Load Port View of CLJs and CEW in Internal Buffer Equipment (Uni-Direction) In order to define the relationship between CLJs, this Standard Introduction of Carrier Flow Job (CFJ) — introduces CFJ, which manages a carrier flow. CFJ manages the order of CLJs and predicted timings, etc. Image of Data Provided by CFJ In order to enable gradual application to the existing designs, this Standard provides Scalable Specifications — building blocked scalable specifications. Examples are shown in the following table. See Appendices for explanations. Scalability Name Type#1 Main States#2 Predictions Assignment#3 Notes LR LS UR US FB IB LQ LR CV UR LP CID Interim A - - - R R - - R - - - UR Prediction only LP-Based A - - R R - - R R - - - Load port by load port Basic A - - R R - - R R - R O Basic for Fixed Buffer Bi-Direction - A - R R R - R R - R R Bi-Direction Internal Buffer Uni-Direction - A R R R R R R R R R R Uni-Direction Internal Buffer FB = Fixed Buffer Equipment, IB = Internal Buffer Equipment. LQ = Load Queued, LR = Load Request, CV = Carrier Valid, UR = Unload Request. LP = Load Port, CID = Carrier ID. A = Applicable, R = Required, O = Optional, - = Not required. The CLJ and CFJ objects have relationships shown in the following Relationship of the Entities in PCL — figure. Relationship Model of CFJ and CLJ Objects PCL Requirements The PCL Standard defines the behavior, data, and services required for the following PCL Requirements — objects of equipment. This Standard provides a standard interface for host/equipment communications regarding the following information. CFJ is defined in the section Flow Job (CFJ) Carrier Flow Job (CFJ) Object — ‘Carrier Requirements.’ CLJ is defined in the section Logistics Job (CLJ) Object Carrier Logistics Job (CLJ) Object — ‘Carrier Requirements.’
Load Port View of CLJs and CEW in Internal Buffer Equipment (Uni-Direction) Introduction of Carrier Flow Job (CFJ) — In order to define the relationship between CLJs, this Standard introduces CFJ, which manages a carrier flow. CFJ manages the order of CLJs and predicted timings, etc. Image of Data Provided by CFJ Scalable Specifications — In order to enable gradual application to the existing designs, this Standard provides building blocked scalable specifications. Examples are shown in the following table. See Appendices for explanations. Scalability Name Type#1 Main States#2 Predictions Assignment#3 Notes FB IB LQ LR CV UR LR LS UR US LP CID Interim A - - - R R - - R - - - UR Prediction only LP-Based A - - R R - - R R - - - Load port by load port Basic A - - R R - - R R - R O Basic for Fixed Buffer Bi-Direction - A - R R R - R R - R R Bi-Direction Internal Buffer Uni-Direction - A R R R R R R R R R R Uni-Direction Internal Buffer FB = Fixed Buffer Equipment, IB = Internal Buffer Equipment. LQ = Load Queued, LR = Load Request, CV = Carrier Valid, UR = Unload Request. LP = Load Port, CID = Carrier ID. A = Applicable, R = Required, O = Optional, - = Not required. Relationship of the Entities in PCL — The CLJ and CFJ objects have relationships shown in the following figure. Relationship Model of CFJ and CLJ Objects PCL Requirements PCL Requirements — The PCL Standard defines the behavior, data, and services required for the following objects of equipment. This Standard provides a standard interface for host/equipment communications regarding the following information. Carrier Flow Job (CFJ) Object — CFJ is defined in the section ‘Carrier Flow Job (CFJ) Requirements.’ Carrier Logistics Job (CLJ) Object — CLJ is defined in the section ‘Carrier Logistics Job (CLJ) Object Requirements.’