Instruction:
Text: These tools are generally used in the manufacture of dental pieces in machining centers , where extra material is removed from a block to obtain the piece with the desired shape .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"machine or equipment": ["dental pieces", "machining centers", "tools"], "concept or principle": ["manufacture"], "material": ["material"]}


Instruction:
Text: This technique is known as subtractive manufacturing .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"material": ["as"], "manufacturing process": ["manufacturing"]}


Instruction:
Text: Nowadays , a new type of technology is emerging , additive manufacturing , also referred to as 3D printing , that allow building up pieces by adding materials layer-by-layer , based on a computerized 3D model .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"concept or principle": ["materials layer-by-layer", "technology"], "manufacturing process": ["3D printing", "additive manufacturing"], "material": ["as"], "application": ["3D model"]}


Instruction:
Text: This type of technology has suffered great developments in a wide range of areas , allowing to produce pieces of all classes of materials , including materials of biological origin .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"concept or principle": ["materials", "technology"], "process parameter": ["areas", "range"], "material": ["classes of materials"]}


Instruction:
Text: AM focus has been moving from prototype fabrication to rapid manufacturing of small or medium quantities of end-use products .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"manufacturing process": ["AM", "rapid manufacturing", "fabrication"], "concept or principle": ["prototype"]}


Instruction:
Text: Among the main areas of AM application stands out : - Aerospace : AM technology is particularly suitable to obtain a limited number of pieces that are usually required for aerospace applications , with complex geometries and made of advanced materials which are difficult , costly and time-consuming to manufacture .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"process parameter": ["areas"], "manufacturing process": ["AM", "AM technology"], "application": ["Aerospace", "aerospace"], "concept or principle": ["complex geometries", "manufacture", "materials"]}


Instruction:
Text: - Automotive : AM technology is an important tool in this industry , since it can reduce the development cycle , manufacturing and product costs of automotive components .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"application": ["industry", "Automotive", "automotive"], "manufacturing process": ["manufacturing", "AM technology"], "machine or equipment": ["tool"]}


Instruction:
Text: It allows producing small quantities of structural and functional parts and thus , is particularly interesting for racing vehicles , where light-weight alloys and composites are used to obtain highly complex structures .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"machanical property": ["light-weight"], "material": ["alloys", "composites"], "concept or principle": ["complex structures"]}


Instruction:
Text: - Energy : AM technology allows the fast development and fabrication of prototypes to reduce the cost and lead-time of research and development of new solutions that reduce the fossil energy dependency .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"manufacturing process": ["fabrication", "AM technology"], "concept or principle": ["research", "prototypes"], "process parameter": ["lead-time"]}


Instruction:
Text: It increases the design possibilities to improve energy efficiency and/or power density , in alternatives that use renewable and clean energies .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"engineering feature": ["design"], "process parameter": ["power"], "machanical property": ["density"]}


Instruction:
Text: - Biomedical : Recent developments in the biomaterials field , biologic sciences and biomedicine have potentiated the use of AM techniques .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"application": ["biomedicine", "Biomedical"], "material": ["biomaterials field"], "manufacturing process": ["AM techniques"]}


Instruction:
Text: Customization is a critical factor in this area and AM allows the production of a wide range of products with specific properties and shapes that meet the patient needs .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"machanical property": ["specific properties", "critical factor"], "process parameter": ["area", "range"], "manufacturing process": ["AM", "production"]}


Instruction:
Text: For example , it is possible to produce diagnostic platforms , orthopedic and dental implants , drug delivery systems , medical devices , tissue scaffolds and artificial organs .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"application": ["artificial organs", "dental", "medical devices"], "engineering feature": ["scaffolds"]}


Instruction:
Text: Biofabrication through AM emerged in the recent years as a new alternative to fabricate tissues .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"manufacturing process": ["Biofabrication", "AM", "fabricate"], "material": ["as"]}


Instruction:
Text: Here , living cells are deposited layer-by-layer in combination with different biomaterials to obtain complex living structures .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"application": ["cells"], "concept or principle": ["layer-by-layer"], "material": ["biomaterials"]}


Instruction:
Text: In the dentistry field , the use of AM to produce endurable dental structures is expected to bring advantages over conventional manufacturing methods , as reported on other fields .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"application": ["dentistry field"], "manufacturing process": ["AM", "conventional manufacturing"], "machine or equipment": ["dental structures"], "material": ["as"]}


Instruction:
Text: In particular , it shall : - Allow the production of customized near-net-shape dental pieces with intricate details .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"manufacturing process": ["near-net-shape", "production"], "machine or equipment": ["dental pieces"]}


Instruction:
Text: Product complexity shall not add cost to production beyond the design stage , because once the design is set , costs are independent of the shape .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"concept or principle": ["complexity"], "manufacturing process": ["production"], "engineering feature": ["design"], "application": ["set"]}


Instruction:
Text: - Allow reduction of dental parts production time and consequently of time-to-market .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"concept or principle": ["reduction"], "application": ["dental"], "manufacturing process": ["production"]}


Instruction:
Text: Traditional subtractive technologies involve several time-consuming steps , while AM allows a faster direct production starting simply from a 3D scan of the oral cavity .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"manufacturing process": ["AM", "subtractive", "production"], "concept or principle": ["3D"]}


Instruction:
Text: - Limit human error relevance in the procedures .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"concept or principle": ["Limit", "error"]}


Instruction:
Text: Minor human intervention is required in AM due to the lower number of manufacturing steps .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"manufacturing process": ["manufacturing", "AM"]}


Instruction:
Text: - Decrease the environmental impact , ensuring a higher manufacturing sustainability .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"concept or principle": ["manufacturing sustainability", "impact"]}


Instruction:
Text: Being an additive technique , it reduces material waste and energy consumption and eliminates the use of conventional manufacturing tools .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"material": ["material", "additive"], "manufacturing process": ["conventional manufacturing"]}


Instruction:
Text: Globally , AM allows moving from mass production to mass customization , with significant efficiency increase and production costs decrease .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"manufacturing process": ["AM"], "concept or principle": ["production costs", "mass production"]}


Instruction:
Text: The expected dissemination of this technology applied to dental prosthesis shall result in equipmentcost decrease .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"concept or principle": ["technology"], "machine or equipment": ["dental prosthesis"]}


Instruction:
Text: Thus , the reduction of final product price is predictable , increasing the accessibility of dental care to the poorest sectors of the population .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"concept or principle": ["reduction", "predictable"], "application": ["dental"], "biomedical": ["population"]}


Instruction:
Text: Due to the recent expiration of the main 3D printing patents , the access to printers became easier and less expensive .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"manufacturing process": ["3D printing"], "machine or equipment": ["printers"]}


Instruction:
Text: Digital dentistry is reported to be one of the fastest growing sectors of the AM technologies .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"application": ["dentistry"], "material": ["be"], "manufacturing process": ["AM technologies"]}


Instruction:
Text: There are several possible applications of AM techniques in dentistry , e.g .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"manufacturing process": ["AM techniques"], "application": ["dentistry"]}


Instruction:
Text: crowns , bridges , dentures , models , surgical guides , implants and orthodontics materials .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"application": ["implants", "dentures"], "concept or principle": ["materials"]}


Instruction:
Text: Several challenges emerge when this technique is considered to produce endurable dental devices .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:


Instruction:
Text: For example , the reliability of the process , surface finishing of the samples and materials density are among the major concerns .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"process characterization": ["reliability"], "concept or principle": ["process", "samples", "materials"], "manufacturing process": ["surface finishing"], "machanical property": ["density"]}


Instruction:
Text: Concerning dental materials that can be used in AM , polymers are the most studied and used ones , followed by metals .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"application": ["dental"], "material": ["metals", "polymers", "be"], "manufacturing process": ["AM"]}


Instruction:
Text: AM of ceramic dental materials is still underdeveloped , mainly due to the difficulties to produce pieces with suitable surface finishing , mechanical properties and dimensional accuracy .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"manufacturing process": ["AM", "surface finishing"], "material": ["ceramic dental materials"], "concept or principle": ["mechanical properties"], "process characterization": ["dimensional accuracy"]}


Instruction:
Text: The available literature regarding AM of ceramic materials represents less than 5 % of the total AM published related work .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"manufacturing process": ["AM"], "material": ["ceramic materials"]}


Instruction:
Text: The studies are even fewer in what concerns ceramic materials for dental applications .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"material": ["ceramic materials"], "application": ["dental applications"]}


Instruction:
Text: This paper presents a recent overview of published work concerning AM of ceramic materials for dental applications .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"manufacturing process": ["AM"], "material": ["ceramic materials"], "application": ["dental applications"]}


Instruction:
Text: A summary of potentially printable dental biomaterials and brief descriptions of the most common digital manufacturing technologies are also provided , highlighting the main features , advantages and drawbacks , to better understand the potential and restrictions of each technology .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"application": ["dental"], "material": ["biomaterials"], "manufacturing process": ["digital manufacturing"], "concept or principle": ["technology"]}


Instruction:
Text: The used keywords strings were : 3D printing AND Dental ; Additive manufacturing AND Dental .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"manufacturing process": ["3D printing", "Additive manufacturing"], "application": ["Dental"]}


Instruction:
Text: Additive manufacturing of bioceramics for dental applicationsbut included in the remaining sections to complement this review and provide any additional remarks .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"manufacturing process": ["Additive manufacturing"], "material": ["bioceramics"], "application": ["dental"]}


Instruction:
Text: 3 Ceramic dental materials Bioceramics are broadly used in the dental field .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"material": ["Bioceramics", "Ceramic dental materials"], "application": ["dental"]}


Instruction:
Text: These materials have some attractive features/attributes which are similar to natural dentition properties , e.g .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"concept or principle": ["properties", "materials"]}


Instruction:
Text: compressive strength , thermal conductivity , radiopacity , colour stability , aesthetics .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"machanical property": ["thermal conductivity", "compressive strength", "stability"]}


Instruction:
Text: However , these materials are brittle , hard and sometimes difficult to process .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"concept or principle": ["process", "materials"], "machanical property": ["brittle"]}


Instruction:
Text: Bioceramics can be divided in 4 categories , depending on their main system composition : glasB-based systems ; glasB-based systems with fillers , usually crystalline ; crystalline-based systems with glass fillers ; polycrystalline solids .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"material": ["Bioceramics", "glass fillers", "be"], "concept or principle": ["composition"]}


Instruction:
Text: GlasB-based systems consist of materials that are made mostly of silicon dioxide and can comprise different amounts of alumina .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"concept or principle": ["materials"], "material": ["alumina", "silicon dioxide"]}


Instruction:
Text: Feldspars are composed of aluminosilicates , found in nature , containing different quantities of potassium and sodium .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:


Instruction:
Text: Feldspars can be modified in several ways in order to produce the glass used in the dental area .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"material": ["glass", "be"], "application": ["dental"], "process parameter": ["area"]}


Instruction:
Text: Additionally , synthetic forms of alumina silicate glasses may as well be manufactured for dental ceramics .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"material": ["as", "glasses", "alumina", "be", "ceramics"], "application": ["dental"]}


Instruction:
Text: The glass composition is almost the same as the pure glass category , being that the difference resides in the amount of different types of crystals that can either be added or grown in the glassy matrix .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:

{"material": ["glass", "as", "be"], "concept or principle": ["composition"]}


Instruction:
Text: Nowadays , the primary crystal types are leucite , lithium dissilicate or fluoroapatite .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {manufacturing standard/machanical property/manufacturing process/material/engineering feature/process parameter/machine or equipment/application/process characterization/enabling technology/biomedical/concept or principle：[entities]}.
Answer:


Instruction:
Text: All of a sudden , a brand-new Silver van appears in the Top-Left of the screen at a speed of 85 kilometers an hour
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["Silver"], "vehicle type": ["van"], "position of vehicle": ["Top-Left"], "vehicle velocity": ["85 kilometers an hour"]}


Instruction:
Text: Find the VAN located in the TOP-LEFT and bottom left whose colors are Silver and dark-brown . As far as I am concerned , they are 297
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"vehicle type": ["VAN"], "position of vehicle": ["TOP-LEFT", "bottom left"], "color of vehicle": ["dark-brown", "Silver"], "vehicle range": ["297"]}


Instruction:
Text: Please find the Silver VAN on the TOP-LEFT of the picture and the dark-brown mpv on the bottom left
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["dark-brown", "Silver"], "vehicle type": ["VAN", "mpv"], "position of vehicle": ["TOP-LEFT", "bottom left"]}


Instruction:
Text: Let the wise man assist me to find out the Silver VAN and dark-brown mpv in the TOP-LEFT of the image that drive Left
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["dark-brown", "Silver"], "vehicle type": ["VAN", "mpv"], "position of vehicle": ["TOP-LEFT"], "orientation of vehicle": ["Left"]}


Instruction:
Text: There is a Silver VAN driving Left with 65km/h and a dark-brown mpv driving this way at a speed of 34 kilometers per hour
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["dark-brown", "Silver"], "vehicle type": ["VAN", "mpv"], "orientation of vehicle": ["Left", "this way"], "vehicle velocity": ["65km/h", "34 kilometers per hour"]}


Instruction:
Text: Find the Van located in the top-right and bottom left whose colors are black and grass-green . As far as I am concerned , they are 95
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"vehicle type": ["Van"], "position of vehicle": ["top-right", "bottom left"], "color of vehicle": ["grass-green", "black"], "vehicle range": ["95"]}


Instruction:
Text: Please find the black Van on the top-right of the picture and the grass-green motorcycle on the bottom left
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["grass-green", "black"], "vehicle type": ["Van", "motorcycle"], "position of vehicle": ["top-right", "bottom left"]}


Instruction:
Text: I need to find out the Van that is for util driven in Away which is in the top-right
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"vehicle type": ["Van"], "orientation of vehicle": ["Away"], "position of vehicle": ["top-right"]}


Instruction:
Text: All of a sudden , a brand-new black Van appears in the top-right of the screen at a speed of 84 kilometers an hour
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["black"], "vehicle type": ["Van"], "position of vehicle": ["top-right"], "vehicle velocity": ["84 kilometers an hour"]}


Instruction:
Text: There is a black Van driving Away with 84km/h and a grass-green motorcycle driving this way at a speed of 37 kilometers per hour
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["grass-green", "black"], "vehicle type": ["Van", "motorcycle"], "orientation of vehicle": ["Away", "this way"], "vehicle velocity": ["37 kilometers per hour", "84km/h"]}


Instruction:
Text: Please find the Black Van on the Top Right of the picture and the peach blossom estate-car on the top-right
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["Black", "peach blossom"], "vehicle type": ["Van", "estate-car"], "position of vehicle": ["Top Right", "top-right"]}


Instruction:
Text: I need to find out the Van that is for util driven in right which is in the Top Right
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"vehicle type": ["Van"], "orientation of vehicle": ["right"], "position of vehicle": ["Top Right"]}


Instruction:
Text: There is a Black Van driving right with 64km/h and a peach blossom estate-car driving this-way at a speed of 55 kilometers per hour
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["Black", "peach blossom"], "vehicle type": ["Van", "estate-car"], "orientation of vehicle": ["right", "this-way"], "vehicle velocity": ["64km/h", "55 kilometers per hour"]}


Instruction:
Text: Let the wise man assist me to find out the BLACK Van and jujube-red mini van in the Upper part of the image that drive RIGHT
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["BLACK", "jujube-red"], "vehicle type": ["Van", "mini van"], "position of vehicle": ["Upper part"], "orientation of vehicle": ["RIGHT"]}


Instruction:
Text: All of a sudden , a brand-new BLACK Van appears in the Upper part of the screen at a speed of 99 kilometers an hour
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["BLACK"], "vehicle type": ["Van"], "position of vehicle": ["Upper part"], "vehicle velocity": ["99 kilometers an hour"]}


Instruction:
Text: There is a BLACK Van driving RIGHT with 99km/h and a jujube-red mini van driving this-way at a speed of 68 kilometers per hour
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["BLACK", "jujube-red"], "vehicle type": ["Van", "mini van"], "orientation of vehicle": ["RIGHT", "this-way"], "vehicle velocity": ["99km/h", "68 kilometers per hour"]}


Instruction:
Text: Please find the black VAN on the Upper-Part of the picture and the brown black vintage-car on the top right
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["black", "brown black"], "vehicle type": ["VAN", "vintage-car"], "position of vehicle": ["Upper-Part", "top right"]}


Instruction:
Text: I need to find out the VAN that is for util driven in Left which is in the Upper-Part
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"vehicle type": ["VAN"], "orientation of vehicle": ["Left"], "position of vehicle": ["Upper-Part"]}


Instruction:
Text: All of a sudden , a brand-new black VAN appears in the Upper-Part of the screen at a speed of 96 kilometers an hour
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["black"], "vehicle type": ["VAN"], "position of vehicle": ["Upper-Part"], "vehicle velocity": ["96 kilometers an hour"]}


Instruction:
Text: Find the Van located in the Lower Part and lower-part whose colors are RED and peach blossom . As far as I am concerned , they are 67
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"vehicle type": ["Van"], "position of vehicle": ["Lower Part", "lower-part"], "color of vehicle": ["peach blossom", "RED"], "vehicle range": ["67"]}


Instruction:
Text: Please find the RED Van on the Lower Part of the picture and the peach blossom fire engine on the lower-part
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["peach blossom", "RED"], "vehicle type": ["Van", "fire engine"], "position of vehicle": ["Lower Part", "lower-part"]}


Instruction:
Text: I need to find out the Van that is for util driven in Away which is in the Lower Part
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"vehicle type": ["Van"], "orientation of vehicle": ["Away"], "position of vehicle": ["Lower Part"]}


Instruction:
Text: All of a sudden , a brand-new RED Van appears in the Lower Part of the screen at a speed of 0 kilometers an hour
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["RED"], "vehicle type": ["Van"], "position of vehicle": ["Lower Part"], "vehicle velocity": ["0 kilometers an hour"]}


Instruction:
Text: Please find the BLUE Van on the Bottom of the picture and the jujube red vintage-car on the top-right
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["BLUE", "jujube red"], "vehicle type": ["Van", "vintage-car"], "position of vehicle": ["Bottom", "top-right"]}


Instruction:
Text: Let the wise man assist me to find out the BLUE Van and jujube red vintage-car in the Bottom of the image that drive AWAY
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["BLUE", "jujube red"], "vehicle type": ["Van", "vintage-car"], "position of vehicle": ["Bottom"], "orientation of vehicle": ["AWAY"]}


Instruction:
Text: All of a sudden , a brand-new BLUE Van appears in the Bottom of the screen at a speed of 0 kilometers an hour
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["BLUE"], "vehicle type": ["Van"], "position of vehicle": ["Bottom"], "vehicle velocity": ["0 kilometers an hour"]}


Instruction:
Text: There is a BLUE Van driving AWAY with 0km/h and a jujube red vintage-car driving left at a speed of 5 kilometers per hour
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["BLUE", "jujube red"], "vehicle type": ["Van", "vintage-car"], "orientation of vehicle": ["left", "AWAY"], "vehicle velocity": ["5 kilometers per hour", "0km/h"]}


Instruction:
Text: Find the Van located in the Lower-Part and top-left whose colors are Black and light green . As far as I am concerned , they are 177
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"vehicle type": ["Van"], "position of vehicle": ["top-left", "Lower-Part"], "color of vehicle": ["light green", "Black"], "vehicle range": ["177"]}


Instruction:
Text: I need to find out the Van that is for util driven in left which is in the Lower-Part
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"vehicle type": ["Van"], "orientation of vehicle": ["left"], "position of vehicle": ["Lower-Part"]}


Instruction:
Text: Let the wise man assist me to find out the Black Van and light green fire engine in the Lower-Part of the image that drive left
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["light green", "Black"], "vehicle type": ["Van", "fire engine"], "position of vehicle": ["Lower-Part"], "orientation of vehicle": ["left"]}


Instruction:
Text: There is a Black Van driving left with 59km/h and a light green fire engine driving this way at a speed of 9 kilometers per hour
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["light green", "Black"], "vehicle type": ["Van", "fire engine"], "orientation of vehicle": ["this way", "left"], "vehicle velocity": ["59km/h", "9 kilometers per hour"]}


Instruction:
Text: I need to find out the Van that is for util driven in Right which is in the bottom right
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"vehicle type": ["Van"], "orientation of vehicle": ["Right"], "position of vehicle": ["bottom right"]}


Instruction:
Text: Let the wise man assist me to find out the Yellow Van and black roadster in the bottom right of the image that drive Right
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["Yellow", "black"], "vehicle type": ["Van", "roadster"], "position of vehicle": ["bottom right"], "orientation of vehicle": ["Right"]}


Instruction:
Text: There is a Yellow Van driving Right with 64km/h and a black roadster driving left at a speed of 45 kilometers per hour
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["Yellow", "black"], "vehicle type": ["Van", "roadster"], "orientation of vehicle": ["Right", "left"], "vehicle velocity": ["64km/h", "45 kilometers per hour"]}


Instruction:
Text: Please find the Red Van on the upper part of the picture and the aqua-green ambulance on the bottom right
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["aqua-green", "Red"], "vehicle type": ["Van", "ambulance"], "position of vehicle": ["bottom right", "upper part"]}


Instruction:
Text: Please find the Silver Van on the top of the picture and the fuchsia red mpv on the upper-part
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["Silver", "fuchsia red"], "vehicle type": ["Van", "mpv"], "position of vehicle": ["top", "upper-part"]}


Instruction:
Text: I need to find out the Van that is for util driven in left which is in the top
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"vehicle type": ["Van"], "orientation of vehicle": ["left"], "position of vehicle": ["top"]}


Instruction:
Text: All of a sudden , a brand-new Silver Van appears in the top of the screen at a speed of 26 kilometers an hour
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["Silver"], "vehicle type": ["Van"], "position of vehicle": ["top"], "vehicle velocity": ["26 kilometers an hour"]}


Instruction:
Text: There is a Silver Van driving left with 26km/h and a fuchsia red mpv driving this way at a speed of 69 kilometers per hour
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["Silver", "fuchsia red"], "vehicle type": ["Van", "mpv"], "orientation of vehicle": ["this way", "left"], "vehicle velocity": ["26km/h", "69 kilometers per hour"]}


Instruction:
Text: Please find the Grey Truck on the Bottom left of the picture and the dark-brown vintage car on the top
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["dark-brown", "Grey"], "vehicle type": ["vintage car", "Truck"], "position of vehicle": ["top", "Bottom left"]}


Instruction:
Text: I need to find out the Truck that is for util driven in away which is in the Bottom left
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"vehicle type": ["Truck"], "orientation of vehicle": ["away"], "position of vehicle": ["Bottom left"]}


Instruction:
Text: Let the wise man assist me to find out the Grey Truck and dark-brown vintage car in the Bottom left of the image that drive away
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["dark-brown", "Grey"], "vehicle type": ["vintage car", "Truck"], "position of vehicle": ["Bottom left"], "orientation of vehicle": ["away"]}


Instruction:
Text: All of a sudden , a brand-new Grey Truck appears in the Bottom left of the screen at a speed of 92 kilometers an hour
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["Grey"], "vehicle type": ["Truck"], "position of vehicle": ["Bottom left"], "vehicle velocity": ["92 kilometers an hour"]}


Instruction:
Text: Find the Truck located in the Lower part and bottom whose colors are YELLOW and coffee . As far as I am concerned , they are 182
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"vehicle type": ["Truck"], "position of vehicle": ["bottom", "Lower part"], "color of vehicle": ["YELLOW", "coffee"], "vehicle range": ["182"]}


Instruction:
Text: I need to find out the Truck that is for util driven in Away which is in the Lower part
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"vehicle type": ["Truck"], "orientation of vehicle": ["Away"], "position of vehicle": ["Lower part"]}


Instruction:
Text: Let the wise man assist me to find out the YELLOW Truck and coffee mpv in the Lower part of the image that drive Away
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["YELLOW", "coffee"], "vehicle type": ["mpv", "Truck"], "position of vehicle": ["Lower part"], "orientation of vehicle": ["Away"]}


Instruction:
Text: All of a sudden , a brand-new YELLOW Truck appears in the Lower part of the screen at a speed of 57 kilometers an hour
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["YELLOW"], "vehicle type": ["Truck"], "position of vehicle": ["Lower part"], "vehicle velocity": ["57 kilometers an hour"]}


Instruction:
Text: There is a YELLOW Truck driving Away with 57km/h and a coffee mpv driving this way at a speed of 13 kilometers per hour
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["YELLOW", "coffee"], "vehicle type": ["mpv", "Truck"], "orientation of vehicle": ["Away", "this way"], "vehicle velocity": ["57km/h", "13 kilometers per hour"]}


Instruction:
Text: Let the wise man assist me to find out the BLACK Truck and snow-white van in the lower-part of the image that drive THIS-WAY
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["BLACK", "snow-white"], "vehicle type": ["Truck", "van"], "position of vehicle": ["lower-part"], "orientation of vehicle": ["THIS-WAY"]}


Instruction:
Text: There is a BLACK Truck driving THIS-WAY with 18km/h and a snow-white van driving right at a speed of 92 kilometers per hour
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["BLACK", "snow-white"], "vehicle type": ["Truck", "van"], "orientation of vehicle": ["THIS-WAY", "right"], "vehicle velocity": ["18km/h", "92 kilometers per hour"]}


Instruction:
Text: Find the Truck located in the Bottom-Left and bottom-right whose colors are Silver and peach-blossom . As far as I am concerned , they are 201
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"vehicle type": ["Truck"], "position of vehicle": ["bottom-right", "Bottom-Left"], "color of vehicle": ["Silver", "peach-blossom"], "vehicle range": ["201"]}


Instruction:
Text: Please find the Silver Truck on the Bottom-Left of the picture and the peach-blossom motorcycle on the bottom-right
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["Silver", "peach-blossom"], "vehicle type": ["motorcycle", "Truck"], "position of vehicle": ["bottom-right", "Bottom-Left"]}


Instruction:
Text: I need to find out the Truck that is for util driven in This-way which is in the Bottom-Left
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"vehicle type": ["Truck"], "orientation of vehicle": ["This-way"], "position of vehicle": ["Bottom-Left"]}


Instruction:
Text: There is a Silver Truck driving This-way with 68km/h and a peach-blossom motorcycle driving right at a speed of 91 kilometers per hour
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["Silver", "peach-blossom"], "vehicle type": ["motorcycle", "Truck"], "orientation of vehicle": ["right", "This-way"], "vehicle velocity": ["91 kilometers per hour", "68km/h"]}


Instruction:
Text: I need to find out the Truck that is for util driven in Left which is in the TOP RIGHT
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"vehicle type": ["Truck"], "orientation of vehicle": ["Left"], "position of vehicle": ["TOP RIGHT"]}


Instruction:
Text: All of a sudden , a brand-new WHITE Truck appears in the top-right of the screen at a speed of 80 kilometers an hour
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["WHITE"], "vehicle type": ["Truck"], "position of vehicle": ["top-right"], "vehicle velocity": ["80 kilometers an hour"]}


Instruction:
Text: Find the Truck located in the top-left and lower-part whose colors are SILVER and caramel . As far as I am concerned , they are 114
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"vehicle type": ["Truck"], "position of vehicle": ["lower-part", "top-left"], "color of vehicle": ["SILVER", "caramel"], "vehicle range": ["114"]}


Instruction:
Text: All of a sudden , a brand-new SILVER Truck appears in the top-left of the screen at a speed of 3 kilometers an hour
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["SILVER"], "vehicle type": ["Truck"], "position of vehicle": ["top-left"], "vehicle velocity": ["3 kilometers an hour"]}


Instruction:
Text: There is a SILVER Truck driving Away with 3km/h and a caramel sports-car driving left at a speed of 81 kilometers per hour
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["SILVER", "caramel"], "vehicle type": ["sports-car", "Truck"], "orientation of vehicle": ["Away", "left"], "vehicle velocity": ["3km/h", "81 kilometers per hour"]}


Instruction:
Text: Find the Truck located in the Bottom Left and top-right whose colors are aqua green and soft red . As far as I am concerned , they are 105
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"vehicle type": ["Truck"], "position of vehicle": ["Bottom Left", "top-right"], "color of vehicle": ["soft red", "aqua green"], "vehicle range": ["105"]}


Instruction:
Text: Please find the aqua green Truck on the Bottom Left of the picture and the soft red police car on the top-right
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["soft red", "aqua green"], "vehicle type": ["Truck", "police car"], "position of vehicle": ["Bottom Left", "top-right"]}


Instruction:
Text: I need to find out the Truck that is for util driven in THIS WAY which is in the Bottom Left
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"vehicle type": ["Truck"], "orientation of vehicle": ["THIS WAY"], "position of vehicle": ["Bottom Left"]}


Instruction:
Text: Let the wise man assist me to find out the aqua green Truck and soft red police car in the Bottom Left of the image that drive THIS WAY
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["soft red", "aqua green"], "vehicle type": ["Truck", "police car"], "position of vehicle": ["Bottom Left"], "orientation of vehicle": ["THIS WAY"]}


Instruction:
Text: All of a sudden , a brand-new aqua green Truck appears in the Bottom Left of the screen at a speed of 15 kilometers an hour
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["aqua green"], "vehicle type": ["Truck"], "position of vehicle": ["Bottom Left"], "vehicle velocity": ["15 kilometers an hour"]}


Instruction:
Text: There is a aqua green Truck driving THIS WAY with 15km/h and a soft red police car driving away at a speed of 27 kilometers per hour
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["soft red", "aqua green"], "vehicle type": ["Truck", "police car"], "orientation of vehicle": ["THIS WAY", "away"], "vehicle velocity": ["15km/h", "27 kilometers per hour"]}


Instruction:
Text: Please find the BLACK Truck on the top right of the picture and the grass green sedan on the top
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["grass green", "BLACK"], "vehicle type": ["sedan", "Truck"], "position of vehicle": ["top", "top right"]}


Instruction:
Text: I need to find out the Truck that is for util driven in this way which is in the top right
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"vehicle type": ["Truck"], "orientation of vehicle": ["this way"], "position of vehicle": ["top right"]}


Instruction:
Text: All of a sudden , a brand-new orange SEDAN appears in the Upper-Part of the screen at a speed of 5 kilometers an hour
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["orange"], "vehicle type": ["SEDAN"], "position of vehicle": ["Upper-Part"], "vehicle velocity": ["5 kilometers an hour"]}


Instruction:
Text: There is a orange SEDAN driving THIS WAY with 5km/h and a rose-bloom truck driving right at a speed of 37 kilometers per hour
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["orange", "rose-bloom"], "vehicle type": ["truck", "SEDAN"], "orientation of vehicle": ["THIS WAY", "right"], "vehicle velocity": ["5km/h", "37 kilometers per hour"]}


Instruction:
Text: Please find the rose-madder SEDAN on the Bottom right of the picture and the prussian blue fire-engine on the top left
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["prussian blue", "rose-madder"], "vehicle type": ["fire-engine", "SEDAN"], "position of vehicle": ["Bottom right", "top left"]}


Instruction:
Text: Let the wise man assist me to find out the rose-madder SEDAN and prussian blue fire-engine in the Bottom right of the image that drive left
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["prussian blue", "rose-madder"], "vehicle type": ["fire-engine", "SEDAN"], "position of vehicle": ["Bottom right"], "orientation of vehicle": ["left"]}


Instruction:
Text: All of a sudden , a brand-new rose-madder SEDAN appears in the Bottom right of the screen at a speed of 3 kilometers an hour
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["rose-madder"], "vehicle type": ["SEDAN"], "position of vehicle": ["Bottom right"], "vehicle velocity": ["3 kilometers an hour"]}


Instruction:
Text: There is a rose-madder SEDAN driving left with 3km/h and a prussian blue fire-engine driving right at a speed of 5 kilometers per hour
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["prussian blue", "rose-madder"], "vehicle type": ["fire-engine", "SEDAN"], "orientation of vehicle": ["right", "left"], "vehicle velocity": ["5 kilometers per hour", "3km/h"]}


Instruction:
Text: Find the Sedan located in the Top and top-right whose colors are aqua green and orange . As far as I am concerned , they are 252
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"vehicle type": ["Sedan"], "position of vehicle": ["top-right", "Top"], "color of vehicle": ["orange", "aqua green"], "vehicle range": ["252"]}


Instruction:
Text: I need to find out the Sedan that is for util driven in LEFT which is in the Top
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"vehicle type": ["Sedan"], "orientation of vehicle": ["LEFT"], "position of vehicle": ["Top"]}


Instruction:
Text: Let the wise man assist me to find out the aqua green Sedan and orange vintage-car in the Top of the image that drive LEFT
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["orange", "aqua green"], "vehicle type": ["vintage-car", "Sedan"], "position of vehicle": ["Top"], "orientation of vehicle": ["LEFT"]}


Instruction:
Text: All of a sudden , a brand-new aqua green Sedan appears in the Top of the screen at a speed of 49 kilometers an hour
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["aqua green"], "vehicle type": ["Sedan"], "position of vehicle": ["Top"], "vehicle velocity": ["49 kilometers an hour"]}


Instruction:
Text: I need to find out the Sedan that is for util driven in Right which is in the Top-Right
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"vehicle type": ["Sedan"], "orientation of vehicle": ["Right"], "position of vehicle": ["Top-Right"]}


Instruction:
Text: Let the wise man assist me to find out the dark grey Sedan and purple van in the Top-Right of the image that drive Right
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["dark grey", "purple"], "vehicle type": ["Sedan", "van"], "position of vehicle": ["Top-Right"], "orientation of vehicle": ["Right"]}


Instruction:
Text: There is a dark grey Sedan driving Right with 117km/h and a purple van driving this-way at a speed of 11 kilometers per hour
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["dark grey", "purple"], "vehicle type": ["Sedan", "van"], "orientation of vehicle": ["this-way", "Right"], "vehicle velocity": ["11 kilometers per hour", "117km/h"]}


Instruction:
Text: Find the SEDAN located in the lower part and top right whose colors are Red and light green . As far as I am concerned , they are 134
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"vehicle type": ["SEDAN"], "position of vehicle": ["lower part", "top right"], "color of vehicle": ["light green", "Red"], "vehicle range": ["134"]}


Instruction:
Text: Please find the Red SEDAN on the lower part of the picture and the light green van on the top right
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["light green", "Red"], "vehicle type": ["van", "SEDAN"], "position of vehicle": ["lower part", "top right"]}


Instruction:
Text: All of a sudden , a brand-new Red SEDAN appears in the lower part of the screen at a speed of 113 kilometers an hour
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["Red"], "vehicle type": ["SEDAN"], "position of vehicle": ["lower part"], "vehicle velocity": ["113 kilometers an hour"]}


Instruction:
Text: There is a Red SEDAN driving right with 113km/h and a light green van driving this-way at a speed of 5 kilometers per hour
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["light green", "Red"], "vehicle type": ["van", "SEDAN"], "orientation of vehicle": ["right", "this-way"], "vehicle velocity": ["5 kilometers per hour", "113km/h"]}


Instruction:
Text: Find the SEDAN located in the upper-part and top-right whose colors are Multi-Color and peach-blossom . As far as I am concerned , they are 50
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"vehicle type": ["SEDAN"], "position of vehicle": ["upper-part", "top-right"], "color of vehicle": ["Multi-Color", "peach-blossom"], "vehicle range": ["50"]}


Instruction:
Text: Please find the Multi-Color SEDAN on the upper-part of the picture and the peach-blossom mini van on the top-right
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["Multi-Color", "peach-blossom"], "vehicle type": ["mini van", "SEDAN"], "position of vehicle": ["upper-part", "top-right"]}


Instruction:
Text: Let the wise man assist me to find out the Multi-Color SEDAN and peach-blossom mini van in the upper-part of the image that drive This Way
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["Multi-Color", "peach-blossom"], "vehicle type": ["mini van", "SEDAN"], "position of vehicle": ["upper-part"], "orientation of vehicle": ["This Way"]}


Instruction:
Text: All of a sudden , a brand-new Multi-Color SEDAN appears in the upper-part of the screen at a speed of 123 kilometers an hour
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["Multi-Color"], "vehicle type": ["SEDAN"], "position of vehicle": ["upper-part"], "vehicle velocity": ["123 kilometers an hour"]}


Instruction:
Text: There is a Multi-Color SEDAN driving This Way with 123km/h and a peach-blossom mini van driving this-way at a speed of 5 kilometers per hour
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["Multi-Color", "peach-blossom"], "vehicle type": ["mini van", "SEDAN"], "orientation of vehicle": ["This Way", "this-way"], "vehicle velocity": ["5 kilometers per hour", "123km/h"]}


Instruction:
Text: Find the SEDAN located in the Lower-Part and top right whose colors are Silver and green . As far as I am concerned , they are 283
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"vehicle type": ["SEDAN"], "position of vehicle": ["top right", "Lower-Part"], "color of vehicle": ["green", "Silver"], "vehicle range": ["283"]}


Instruction:
Text: Let the wise man assist me to find out the Silver SEDAN and green police-car in the Lower-Part of the image that drive This Way
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["green", "Silver"], "vehicle type": ["police-car", "SEDAN"], "position of vehicle": ["Lower-Part"], "orientation of vehicle": ["This Way"]}


Instruction:
Text: There is a Silver SEDAN driving This Way with 122km/h and a green police-car driving left at a speed of 40 kilometers per hour
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["green", "Silver"], "vehicle type": ["police-car", "SEDAN"], "orientation of vehicle": ["This Way", "left"], "vehicle velocity": ["40 kilometers per hour", "122km/h"]}


Instruction:
Text: Please find the Black SEDAN on the LOWER-PART of the picture and the reddish-orange fire-engine on the lower part
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["reddish-orange", "Black"], "vehicle type": ["fire-engine", "SEDAN"], "position of vehicle": ["LOWER-PART", "lower part"]}


Instruction:
Text: I need to find out the SEDAN that is for util driven in This way which is in the LOWER-PART
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"vehicle type": ["SEDAN"], "orientation of vehicle": ["This way"], "position of vehicle": ["LOWER-PART"]}


Instruction:
Text: All of a sudden , a brand-new Black SEDAN appears in the LOWER-PART of the screen at a speed of 61 kilometers an hour
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["Black"], "vehicle type": ["SEDAN"], "position of vehicle": ["LOWER-PART"], "vehicle velocity": ["61 kilometers an hour"]}


Instruction:
Text: There is a Black SEDAN driving This way with 61km/h and a reddish-orange fire-engine driving this-way at a speed of 22 kilometers per hour
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["reddish-orange", "Black"], "vehicle type": ["fire-engine", "SEDAN"], "orientation of vehicle": ["this-way", "This way"], "vehicle velocity": ["22 kilometers per hour", "61km/h"]}


Instruction:
Text: Let the wise man assist me to find out the Beige SEDAN and ponceau police-car in the LOWER-PART of the image that drive This way
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["Beige", "ponceau"], "vehicle type": ["police-car", "SEDAN"], "position of vehicle": ["LOWER-PART"], "orientation of vehicle": ["This way"]}


Instruction:
Text: All of a sudden , a brand-new Beige SEDAN appears in the LOWER-PART of the screen at a speed of 118 kilometers an hour
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["Beige"], "vehicle type": ["SEDAN"], "position of vehicle": ["LOWER-PART"], "vehicle velocity": ["118 kilometers an hour"]}


Instruction:
Text: Find the Sedan located in the bottom left and lower part whose colors are YELLOW and vermeil . As far as I am concerned , they are 234
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"vehicle type": ["Sedan"], "position of vehicle": ["lower part", "bottom left"], "color of vehicle": ["vermeil", "YELLOW"], "vehicle range": ["234"]}


Instruction:
Text: Please find the YELLOW Sedan on the bottom left of the picture and the vermeil hatchback on the lower part
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {vehicle type/position of vehicle/color of vehicle/orientation of vehicle/vehicle velocity/vehicle range/brand of vehicle/vehicle model/SUV/hatchback/sports car/sedan/bus/truck/vintage car/coupe/roadster/estate car/motorcycle/MPV/van：[entities]}.
Answer:

{"color of vehicle": ["vermeil", "YELLOW"], "vehicle type": ["hatchback", "Sedan"], "position of vehicle": ["lower part", "bottom left"]}


Instruction:
Text: There is a single methionine codon-initiated open reading frame of 1,458 nt in frame with a homeobox and a CAX repeat , and the open reading frame is predicted to encode a protein of 51,659 daltons.
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {cell line/protein/RNA/DNA/cell type：[entities]}.
Answer:

{"DNA": ["open reading frame", "homeobox", "methionine codon-initiated open reading frame", "CAX repeat"]}


Instruction:
Text: When the homeodomain from HB24 was compared to known mammalian and Drosophila homeodomains it was found to be only moderately conserved, but when it was compared to a highly diverged Drosophila homeodomain , H2.0, it was found to be 80% identical.
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {cell line/protein/RNA/DNA/cell type：[entities]}.
Answer:

{"DNA": ["HB24", "homeodomain", "Drosophila homeodomain"]}


Instruction:
Text: The HB24 mRNA was absent or present at low levels in normal B and T lymphocytes ; however, with the appropriate activation signal HB24 mRNA was induced within several hours even in the presence of cycloheximide .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {cell line/protein/RNA/DNA/cell type：[entities]}.
Answer:

{"RNA": ["HB24 mRNA"], "cell type": ["T lymphocytes"]}


Instruction:
Text: Characterization of HB24 expression in lymphoid and select developing tissues was performed by in situ hybridization .
【Named Entity Recognition】From the given text, extract all the entities and types. Please format the answer in json {cell line/protein/RNA/DNA/cell type：[entities]}.
Answer: