text: the following describes the embodiments of the present disclosure with reference to accompanying drawings . first , a first embodiment of the present disclosure will be described with reference to fig1 - 6 . a print label producing apparatus 1 of this embodiment produces a print label l as a printed object by cutting a label tape with print on which preferred printing was performed at a predetermined length . the general configuration of this print label producing apparatus 1 will now be described with reference to fig1 . in this embodiment , the terms front , rear , left , right , up , and down of the print label producing apparatus 1 indicate the directions shown in fig1 , fig2 , etc . as shown in fig1 and fig2 , a housing 2 of the print label producing apparatus 1 comprises a lower cover 15 constituting the apparatus lower surface , a side cover 16 constituting the apparatus side surface , and an upper cover 17 constituting the apparatus upper surface . the upper cover 17 is provided with a keyboard 3 by which various operations , such as character input , etc ., are performed , a function key group 4 for executing various functions of the print label producing apparatus 1 , and a liquid crystal display 5 for displaying input characters , symbols , and the like , in that order from the front toward the rear . the function key group 4 , in this example , includes a dresser key 4 a , a power switch 4 b , a printer key 4 c , etc . further , a cutter lever 7 for cutting a print label tape 109 with print ( refer to fig3 ) is provided rearward from and on the right side of the side cover 16 . a cartridge holder 9 capable of attaching and detaching a cartridge 8 is provided rearward from and on the lower side of the print label producing apparatus 1 . this cartridge holder 9 is covered when the above described lower cover 15 configured in an openable and closeable manner with the front end of the print label producing apparatus 1 serving as the axis of rotation is closed , and is exposed when the lower cover 15 is opened . further , as shown in fig2 , a battery storage part 70 capable of storing a plurality of batteries bt ( refer to fig4 described later ) is provided adjacent to the cartridge holder 9 , rearward from and on the lower side of the print label producing apparatus 1 . further , in fig2 , reference numeral 60 denotes a dc jack to which the output plug of an ac adapter 220 ( refer to fig4 described later ) serving as an external power source is connected . as shown in fig3 , the cartridge 8 comprises a housing 8 a , a first roll 102 ( actually spiral in shape , but simply shown in a concentric shape in the figure ), around which a strip base tape 101 is wound , and which is disposed within the housing 8 a , a second roll 104 ( actually spiral in shape , but simply shown in a concentric shape in the figure ), around which a transparent cover film 103 constituting a print - receiving object in this embodiment is wound , with approximately the same width as that of the above described base tape 101 , a ribbon supply side roll 111 configured to feed out an ink ribbon 105 ( heat transfer ribbon , which is not required in a case of employing a thermal tape as the print - receiving tape ), a ribbon take - up roller 106 configured to rewind the ribbon 105 after the printing , and a feeding roller 27 rotatably supported near a tape discharging part of the cartridge 8 . the feeding roller 27 is configured to adhere the above described base tape 101 and the above described cover film 103 to each other by applying pressure and feed the above described label tape 109 with print thus formed in the direction of the arrow a in fig3 ( functioning as a pressure roller as well ). the first roll 102 has the above described base tape 101 wound around a reel member 102 a . although not shown in detail , the base tape 101 , in this example , has a four - layer structure comprising a bonding adhesive layer made of a suitable adhesive , a colored base film made of pet ( polyethylene terephthalate ) or the like , a bonding adhesive layer made of a suitable adhesive , and a separation sheet , which are layered in that order from the side rolled to the inside to the opposite side . the second roll 104 has the above described cover film 103 wound around a reel member 104 a . on the rear surface of the cover film 103 fed out from the second roll 104 , the ink ribbon 105 is pressed against and made to contact a thermal head 23 . at this time , in accordance with the configuration of the above - described cartridge 8 , the cartridge holder 9 is provided with a ribbon take - up roller driving shaft 107 for rewinding the above described used ink ribbon 105 , and a feeding roller driving shaft 108 for driving the above described feeding roller 27 for feeding the label tape 109 with print . further , the above described thermal head 23 that performs preferred printing on the cover film 103 is provided to the cartridge holder 9 so that it is positioned at an above described opening 14 thereof when the cartridge 8 is mounted . the ribbon take - up roller 106 and the feeding roller 27 are respectively rotationally driven in coordination by the driving force of a drive motor 211 ( refer to fig4 described later ), which is a pulse motor , for example , provided on the outside of the cartridge 7 , that is transmitted to the above described ribbon take - up roller driving shaft 107 and the above described feeding roller driving shaft 108 via a gear mechanism ( not shown ). in the above described configuration , when the cartridge 7 is mounted to the above described cartridge holder 6 and the roll holder is moved from a release position ( not shown ) to a printing position shown in fig3 , the cover film 103 and the ink ribbon 105 are held between the above described thermal head 23 and the platen roller 26 provided facing this thermal head 23 . with this , the base tape 101 and the cover film 103 are held between the feeding roller 27 and a pressure roller 28 provided facing the feeding roller 27 . then , the ribbon take - up roller 106 and the feeding roller 27 are synchronously rotationally driven along the directions denoted by arrow b and arrow c , respectively , in fig3 by the driving force of the above described drive motor . furthermore , the aforementioned feeding roller driving shaft 108 , the above described pressure roller 28 , and the platen roller 26 are connected to one another by a gear mechanism ( not shown ). with such an arrangement , with the driving of the feeding roller driving shaft 108 , the feeding roller 27 , the pressure roller 28 , and the platen roller 26 rotate , thereby feeding out and supplying the base tape 101 from the first roll 102 to the feeding roller 27 as previously described . on the other hand , the cover film 103 is fed out from the second roll 104 , and a plurality of heating elements provided to the thermal head 23 is energized to generate heat by a thermal head control circuit 217 ( refer to fig4 described later ). at this time , on the rear surface side of the cover film 103 ( that is , the side to be adhered with the above described base tape ), the ink ribbon 105 driven by the ribbon take - up roller 106 is pressed and made to contact the above described thermal head 23 . as a result , print ( details described later ) corresponding to print data of preferred print contents is printed on the rear surface of the cover film 103 . then , the above described base tape 101 and the cover film 103 on which the above described printing is completed are adhered and integrated by the above described bonding adhesive layer by the pressing of the above described feeding roller 27 and the pressure roller 28 so as to form a single tape , thereby forming the label tape 109 with print , which is then discharged to outside the cartridge 8 . the ribbon take - up roller driving shaft 107 is then driven to rewind the ink ribbon 105 , which has been used to print the print on the cover film 103 , onto the ribbon take - up roller 106 . a cutting mechanism 42 comprising a fixed blade 40 and a moveable blade 41 is provided to the downstream side of the transport path of the label tape 109 with print discharged to the outside of the cartridge 8 . the movable blade 41 operates when the above described cutter lever 7 is operated , cutting the above described label tape 109 with print , thereby generating the print label l ( refer to fig5 , etc .). next , the control system of the print label producing apparatus 1 will now be described with reference to fig4 . in fig4 , the print label producing apparatus 1 has a cpu 212 constituting a computing part that performs predetermined computations . the above described liquid crystal display 5 , a rom 214 , and a ram 213 are connected to the cpu 212 . further , the cpu 212 is connected with a power source circuit 215 that is connected to the ac adapter 220 and performs the on / off processing of the power source of the print label producing apparatus 1 , a motor driving circuit 216 that controls the drive of the drive motor 211 that drives the above described platen roller 26 , and the thermal head control circuit 217 configured to control the energization of the heating elements of the above described thermal head 23 . the rom 214 is provided with a decoration style storage part 214 a , a frame storage part 214 b , and a symbol storage part 214 c described later . the details of the stored contents of these storage parts will be described later . the rom 214 also stores various control programs . further , the ram 213 temporarily stores ( saves ) the contents of the decoration style of text characters t , a frame f , and a symbol s ( details described later ) set from the above described decoration style storage part 214 a , frame storage part 214 b , and symbol storage part 214 c , respectively . then , the cpu 212 performs signal processing in accordance with a program stored in advance in the rom 214 while utilizing the temporary storage function of the ram 213 , and controls the entire print label producing apparatus 1 accordingly . in the above basic configuration , the special characteristics of this embodiment lie in the fact that the operator can quickly and easily produce a suitably decorated print label l without performing operations that are complex and cumbersome for a novice user by simply performing a text character input operation via the function key group 4 and a production start instruction operation ( details described later ) via the dresser key 4 a , etc . that is , as shown in fig5 , in the print label producing apparatus 1 of this embodiment , when producing the print label l that expresses the preferred text characters t intended by the operator , it is possible to set various decoration styles of the text characters t , the frame f surrounding the text characters t , and symbol s additionally formed along with the text characters t as decorations for the text characters t . that is , the above described decoration style storage part 214 a of the aforementioned rom 214 stores the above described decoration styles of a plurality of types pertaining to the text characters t prepared in advance , the above described frame storage part 214 b stores the frame f of a plurality of types prepared in advance , and the above described symbol storage part 214 c stores the symbols s of a plurality of types prepared in advance . for example , when the operator , as shown in fig5 , inputs the text characters t “ u - tec ,” for example , using the above described keyboard 3 and then issues the production start instruction for the print label l using the above described dresser key 4 a , first a decoration style of one or more types ( one type in this example ) is set at random from the decoration styles of a plurality of types stored in the decoration style storage part 214 a . in the example of fig5 , from the prepared “ regular style ,” “ italics style ,” “ outline style ,” and other types , the “ italics style ” is set . further , from the frames f of a plurality of types stored in the frame storage part 214 b , the frame f of one type is set at random . in the example of fig5 , from the prepared “ flowering plants ,” “ hearts ,” and other types , the frame f of the “ flowering plants ” is set . furthermore , from the symbols s of a plurality of types stored in the symbol storage part 214 c , the symbol s of one type is set at random . in the example of fig5 , from “ animals ” made of the faces of a dog and cat , “ celebration ” made of crackers and a cake , and other types prepared , the symbol s of “ animals ” is set . then , the text characters t of the above described set decoration style , the frame f of the set type , and the symbol s of the set type ( that is , two symbols s ) are used to generate the print data ( details described later ; refer to step s 60 of fig6 described later ). then , based on that print data , the feeding roller driving shaft 108 and the thermal head 23 are controlled in coordination , thereby producing the corresponding print label l . in the example of fig5 , the print label l with the frame f of the above described flowering plants surrounding the outer periphery of the text “ u - tec ” at the center , and the symbols s and s of the faces of the dog and cat disposed on both the left and right ends of the frame f of the flowering plants is produced . fig6 shows the processing procedure executed by the cpu 212 in order to achieve the technique of this embodiment described above . in fig6 , the operator , for example , operates the power switch 4 b of the above described function key group 4 , thereby starting this flow . first , in step s 10 , the cpu 212 receives input of the text characters t ( characters , symbols , etc .) that the operator input by suitably operating the keyboard 3 and wants printed on the print label l . in step s 20 , the cpu 212 determines whether or not a production start instruction for the print label l was issued by the pressing of the dresser key 4 a . if the dresser key 4 a has not been pressed , the decision is made that the condition of step s 20 is not satisfied ( s 20 : no ), and the flow loops and enters a standby state until the condition of step s 20 is satisfied . in a case where the dresser key 4 a was pressed , the decision is made that the condition of step s 20 is satisfied ( s 20 : yes ), and the flow proceeds to step s 30 . note that , unlike the above described steps s 10 and s 20 , the flow may proceed to steps s 30 and thereafter when the dresser key 4 a is first pressed by the operator , the input of the above described text characters t is received via a suitable operation such as that of the keyboard 3 , etc ., and the print key 4 c is subsequently operated as a production start instruction for the print label l . in step s 30 , the cpu 212 sets at random one type of decoration style from the plurality of types stored in the above described decoration style storage part 214 a of the rom 214 as the decoration style that is to be applied to the text characters t input in the above described step s 10 . subsequently , in step s 40 , the cpu 212 sets at random one type of the frame f from the plurality of types stored in the above described frame storage part 214 b of the rom 214 as the frame f to surround the text characters t input in the above described step s 10 . then , in step s 50 , the cpu 212 sets at random one type of the symbol s from the plurality of types stored in the above described symbol storage part 214 c of the rom 214 as the symbol to be disposed on both the left and right sides of the frame f set in the above described step s 40 . in step s 60 , the cpu 212 produces the print data using the text characters t reflecting the decoration style set in the above described step s 30 , the frame f set in the above described step s 40 , and the symbol s set in the above described step s 50 . note that generation of the print data is not always limited to use of all three described above , allowing generation using at least one of the text characters t reflecting the decoration style set in the above described step s 30 , the frame f set in the above described step s 40 , and the symbol s set in the above described step s 50 . subsequently , in step s 70 , the cpu 212 outputs a control signal to the motor driving circuit 216 , causing the drive motor 211 to start the driving of the feeding roller driving shaft 108 and the ribbon take - up roller driving shaft 107 . as a result , the feeding of the cover film 103 , the base tape 101 , and the label tape 109 with print ( hereinafter suitably and simply “ the cover film 103 , etc .”) is started . then , in step s 80 , the cpu 212 determines whether or not the fed cover film 103 , etc ., was fed up to a predetermined start position of a print area ( whether or not the cover film 103 , etc ., was fed up to a transport direction position where the print head 23 directly faces the front end of a print area ) as described above . this determination may be made by simply using a suitable known technique , such as counting the number of pulses of the above described drive motor 211 comprising a stepping motor , for example . if the cover film 103 , etc ., is not fed up to the start position of the print area , the decision is made that the condition of step s 80 is not satisfied ( s 80 : no ), and the flow loops and enters a standby state until the condition of step s 80 is satisfied . once the cover film 103 , etc ., is fed up to the start position of the print area , the decision is made that the condition of step s 80 is satisfied ( s 80 : yes ), and the flow proceeds to step s 90 . in step s 90 , the cpu 212 performs print processing that energizes the heating elements of the thermal head 23 based on the print data generated in step s 60 . with this arrangement , the ink of the ink ribbon 105 is transferred by the above described energized heating elements and the print corresponding to the above described print data is formed on the cover film 103 . subsequently , in step s 100 , the cpu 212 determines whether or not the fed cover film 103 , etc ., was fed up to an end position of the print area ( whether or not the cover film 103 , etc ., was fed up to a transport direction position where the print head 23 directly faces the rear end of the print area ). this determination may also be made by simply using a known technique similar to the above . if the cover film 103 , etc ., is not fed up to the end position of the print area , the decision is made that the condition of step s 100 is not satisfied ( s 100 : no ), the flow returns to step s 90 , and the same procedure is repeated . once the cover film 103 , etc ., is fed up to the end position of the print area , the decision is made that the condition of step s 100 is satisfied ( s 100 : yes ), and the flow proceeds to step s 110 . in step s 110 , the cpu 212 determines whether or not the fed cover film 103 , etc ., was fed up to the predetermined cutting position set on the label rear end side from the print area based on the above described print data ( whether or not the label tape 109 with print was fed up to the transport direction position where the above described movable blade 41 directly faces the above described cutting position ). this determination may also be made by simply using a known technique similar to the above . if the cover film 103 , etc ., is not fed up to the cutting position , the decision is made that the condition of step s 110 is not satisfied ( 5110 : no ), and the flow loops and enters a standby state until the condition of step s 110 is satisfied . once the cover film 103 , etc ., is fed up to the cutting position , the decision is made that the condition of step s 110 is satisfied ( 5110 : yes ), and flow proceeds to step s 120 . in step s 120 , the cpu 212 outputs a control signal to the motor driving circuit 216 , causing the drive motor 211 to stop the driving of the feeding roller driving shaft 108 and the ribbon take - up roller driving shaft 107 . as a result , the feeding of the cover film 103 , the base tape 101 , and the label tape 109 with print stops . subsequently , in step s 130 , the cpu 212 outputs a display signal to the liquid crystal display 5 . with this arrangement , a suitable display that prompts the operator to operate the cutter lever 7 , activate the cutting mechanism 15 , and cut the label tape 109 with print is executed . when the operator operates the cutter lever 7 , the label tape 109 with print is cut , thereby generating the print label l such as the example shown in fig5 in which the frame f set in the above described step s 40 surrounds the periphery of the text characters t reflecting the decoration style set in the above described step s 30 , and the symbols s and s set in the above described step s 50 are further respectively disposed on both label ends . this process then terminates here . as described above , according to this embodiment , the operator can quickly and easily produce the print label l decorated with the decoration style of the text characters t , the frame f , and the symbol s by simply performing the input operation of the text characters t using the keyboard 3 and the production start instruction operation using the dresser key 4 a ( or the print key 4 c ). accordingly , it is possible for even a novice user who at present has only performed the above two operations ( the text input operation and the production start operation ), for example , to enjoy decorating the print label l as described above . as a result , it is possible to make the novice user aware that the print label producing apparatus 1 is provided with a decoration adding function ( the adding of the decoration style , the frame f , and the symbol s ) such as previously described , and spark the interest of the novice user in the adding of decorations . further , the decoration styles , the frames f , and the symbols s combinable as previously described are respectively selected at random from the plurality of types ( refer to steps s 30 , s 40 , and s 50 ), thereby producing the print label l of different print forms each time the operator performs the above described operations . with this as well , it is possible to further spark the interest of the novice user in the above described adding of decorations . next , a second embodiment of the present disclosure will be described with reference to fig7 - 9 . note that components identical to those in the first embodiment are denoted using the same reference numerals , and descriptions thereof will be omitted or simplified as appropriate . according to this embodiment , the symbols s of the plurality of types are each separated and stored according to a plurality of categories . that is , in this embodiment as well , similar to the above described first embodiment , as shown in fig7 , when producing the print label l that expresses the preferred text characters t intended by the operator , it is possible to set various decoration styles of the text characters t , the frame f surrounding the text characters t , and the symbol s additionally formed along with the text characters t as decorations for the text characters t . note , however , according to the print label producing apparatus 1 of this embodiment , a rom 214 ′ is provided in place of the rom 214 of the above described first embodiment , as shown in fig8 . this rom 214 ′ is provided with a symbol storage part 214 ′ c that separately stores the symbols s of a plurality of types according to a plurality of categories , in addition to the same decoration style storage part 214 a and the frame storage part 214 b as the above described first embodiment . this symbol storage part 214 ′ c separates the symbols s of a plurality of types prepared in advance for formation along with the text characters t on the print label l according to a plurality of categories predetermined in relation to the print label l . these symbols s are stored in each of a plurality of ( in this example , three ) category storage parts sc 1 , sc 2 , sc 3 , . . . . returning to fig7 , the operator , for example , first presses the dresser key 4 a twice ( thereby transitioning to a category selection state ), and then selects the category “ lady ” by performing a suitable operation on the keyboard 3 . subsequently , the operator , similar to the above , inputs the text characters t “ u - tec ” using the keyboard 3 . then , first , similar to the above described first embodiment , a decoration style of one or more types ( one type in this example ) is set at random from the decoration styles of a plurality of types stored in the decoration style storage part 214 a . in the example of fig7 , similar to the above described first embodiment , from the prepared “ regular style ,” “ italics style ,” “ outline style ,” and other types , the “ italics style ” is set . further , from the frames f of a plurality of types stored in the frame storage part 214 b , the frame f of one type is set at random . in the example of fig7 , similar to the above described first embodiment , from the prepared “ flowering plants ,” “ hearts ” and other types , the frame f of the “ flowering plants ” is set . then , the symbol s of one type is set at random from the symbols s of a plurality of types stored in the “ lady ” category storage part of the symbol storage part 214 c corresponding to the above described selected “ lady ” category . in the example of fig7 , from the prepared “ lady ( 1 )” made of the face of a young lady and berries , “ lady ( 2 )” made of a hat and flower , and other types , the symbol s of the “ lady ( 2 )” is set . then , the text characters t of the set decoration style , the frame f of the set type , and the symbols s of the set type ( that is , two ) are used to generate the print data ( second print data ; refer to step s 60 of fig9 described later ), and the corresponding print label l is produced accordingly . in the example of fig9 , the print label l with the frame f of the above described flowering plants surrounding the outer periphery of the text “ u - tec ” at the center , and the symbols s and s of the hat and flower disposed on both the left and right ends of the frame f of the flower plants is produced . fig9 shows the processing procedure executed by the cpu 212 in order to achieve the technique of this embodiment described above . in the flow shown in fig9 , the steps s 1 and s 2 are newly provided before the step s 10 of the flow of the above described fig6 , step s 11 is provided in place of step s 20 , and step s 51 is provided in place of step s 50 . that is , first , in step s 1 , the cpu 212 determines whether or not the dresser key 4 a was pressed twice . as previously described , according to this embodiment , pressing this dresser key twice changes the mode to one of receiving a category selection of step s 2 described later . if the dresser key 4 a is not pressed twice , the decision is made that the condition of step s 1 is not satisfied ( s 1 : no ), and the flow loops and enters a standby state until the condition of step s 1 is satisfied . once the dresser key 4 a is pressed twice , the decision is made that the condition of step s 1 is satisfied ( s 1 : yes ), and the flow proceeds to step s 2 . in step s 2 , the cpu 212 receives the above described category selection ( selection of the category “ lady ” in the above described example ) via a suitable operation on the keyboard 3 by the operator . subsequently , the cpu 212 receives input of the text characters t in step s 10 , similar to the above described first embodiment . note that , unlike the flow of the above described steps s 1 , s 2 , and s 10 , the above described category selection may be received by first receiving the input of the text characters t using the keyboard 3 and then transitioning to a mode for receiving the category selection via the holding down of the dresser key 4 a by the operator . furthermore , in place of selection of one category by the operator as described above , one specific category may be automatically associated according to a specific correlation set in advance from the text characters t input using the keyboard 3 . the flow then passes through the same step s 10 as that of the above described first embodiment , and proceeds to the newly provided step s 11 . in step s 11 , the cpu 212 determines whether or not the print key 4 c was pressed . if the print key 4 c has not been pressed , the decision is made that the condition of step s 11 is not satisfied ( s 11 : no ), and the flow loops and enters a standby state until the condition of step s 11 is satisfied . once the print key 4 c is pressed , the decision is made that the condition of step s 11 is satisfied ( s 11 : yes ), and the flow proceeds to step s 30 . the random setting of the decoration style of step s 30 and the random setting of the frame of step s 40 are the same as those of the above described first embodiment . subsequently , the flow proceeds to the newly provided step s 51 . in step s 51 , the cpu 212 sets at random the symbol s of one type from the plurality of types stored in the category storage part ( the “ lady ” category storage part corresponding to the category “ lady ” in the example of fig7 ) corresponding to the category selected by the operator that was received in step s 2 , as the symbol to be disposed on both the left and right sides of the frame f set in the above described step s 40 . subsequently , the flow proceeds to step s 60 , similar to the above . in step s 60 , similar to the above described first embodiment , the cpu 212 produces the print data using the text characters t reflecting the decoration style set in the above described step s 30 , the frame f set in the above described step s 40 , and the symbol s set in the above described step s 51 . note that , similar to the above , generation of the print data is not always limited to use of all three described above , allowing generation using at least one of the text characters t reflecting the decoration style set in the above described step s 30 , the frame f set in the above described step s 40 , and the symbol s set in the above described step s 51 . the subsequent steps s 70 - s 130 are the same as those of the flow of fig6 , and detailed description thereof will be omitted . in this embodiment as well , the operator can quickly and easily produce the print label l decorated with the decoration style of the text characters t , the frame f , and the symbol s similar to the above described first embodiment , by simply performing the input operation of the text characters t using the keyboard 3 and the production start instruction operation using the print key 4 c ( or by further simply adding a suitable category selection operation ). accordingly , similar to the above described first embodiment , a novice user can enjoy decorating the print label l , making it possible to spark the interest of the novice user in the adding of decorations . next , a third embodiment of the present disclosure will be described with reference to fig1 - 12 . components identical to those in the first and second embodiments are denoted using the same reference numerals , and descriptions thereof are omitted or simplified as appropriate . according to this embodiment , a plurality of combinations of a decoration style , frame , and symbol is set and used . that is , in this embodiment , as shown in fig1 , a plurality of combinations of the above described decoration style , frame f , and symbol s is prepared in advance , and one of the plurality of combinations is automatically set as the decoration for the text characters t when producing the print label l that expresses the preferred text characters t intended by the operator . the combinations are respectively associated with a plurality of categories set in advance . that is , according to the print label producing apparatus 1 of this embodiment , a rom 214 ″ is provided in place of the rom 214 of the above described first embodiment , as shown in fig1 . a combination storage part 214 ″ a is provided to this rom 214 ″. this combination storage part 214 ″ a separates and stores combinations made of the decoration style of a specific type , the frame f of one specific type , and the symbols s and s of two specific types prepared in advance as previously described , according to the above described plurality of categories predetermined in relation to the print label l . these combinations are respectively stored in a plurality ( three in this example ) of category combination storage parts tc 1 , tc 2 , tc 3 , . . . . returning to fig1 , the operator first selects the category “ office ” by a suitable operation on the keyboard 3 , for example . subsequently , the operator , similar to the above , inputs the text characters t “ ueno - tec ” using the keyboard 3 . then , of the category combination storage parts tc 1 , tc 2 , tc 3 , . . . of the above described combination storage part 214 ″ a , the combination of the specific above described decoration style , frame f , and symbols s stored in the “ office ” category combination storage part corresponding to the above described selected category “ office ” is selected and automatically set . in the example of fig1 , the category combination storage part tc 1 corresponding to the “ food ” category stores the combination of a regular decoration style , the frame f of marbles , and the symbols s made of tableware and berries , for example . further , the category combination storage part tc 2 corresponding to the category “ office ” stores the combination of the bold decoration style , the corner - less frame f , and the symbols s made of a mobile phone and pc . further , the category combination storage part tc 3 corresponding to the “ sports ” category stores the combination of the single - byte bold decoration style , the dot frame f , and the symbols s made of soccer gear and baseball gear . in the above example , the combination of the above described bold decoration style , corner - less frame f , and symbols s made of the mobile phone and pc corresponding to the selected category “ office ” is selected , and the above described decoration style , frame f , and symbols s included in the combination are set . then , the text characters t of the set decoration style , the frame f of the set type , and the symbols s of the set types ( that is , two ) are used to generate the print data ( third print data ; refer to step s 60 of fig1 described later ), and the corresponding print label l is produced accordingly . in the example of fig1 , the print label l surrounded by the above described corner - less frame f , with the text of “ u - tec ” disposed at the center and the symbols s and s of the mobile phone and pc disposed on both the left and right ends of the text , is produced . fig1 shows the processing procedure executed by the cpu 212 in order to achieve the technique of this embodiment described above . in the flow shown in fig1 , the step s 1 of the flow of the above described fig9 is omitted . further , the same step s 20 as that in the flow of the above described fig6 and a new step s 52 are provided in place of the steps s 11 , s 30 , s 40 , and s 51 between the steps s 10 and s 60 . first , in step s 2 , similar to the above described fig9 , the cpu 212 receives the above described category selection ( selection of the category “ office ” in the above described example ) via a suitable operation on the keyboard 3 by the operator . subsequently , the flow passes through the same step s 10 as in the above described fig6 and fig9 and proceeds to step s 20 . in step s 20 , similar to the above described fig6 , the cpu 212 determines whether or not a production start instruction for the print label l was issued by the pressing of the dresser key 4 a . in a case where the dresser key 4 a was pressed , the decision is made that the condition of step s 20 is satisfied ( s 20 : yes ), and the flow proceeds to the newly provided step s 52 . note that the above described procedure may be changed , allowing selection of the category by the pressing of the dresser key 4 a of step s 20 followed by reception of the input of the text characters t using the keyboard 3 of step s 10 . in this case , after input of the text characters t , the print key 4 c is pressed . further , in place of selection of one category by the operator as described above , one specific category may be automatically associated according to specific correlations set in advance from the text characters t input using the keyboard 3 ( for example , the above described “ sports ” category may be automatically selected if the text characters t include “ baseball ,” etc .). in step s 52 , the cpu 212 selects and sets a combination stored in the category combination storage part of the combination storage part 214 ″ a of the rom 214 that corresponds to the category selected by the operator and received in the above described step s 2 ( the category storage part corresponding to the category “ office ” in the example of fig1 ). subsequently , the flow proceeds to step s 60 , similar to the above . in step s 60 , similar to the above described first and second embodiments , the cpu 212 produces print data using the text characters t reflecting the decoration style , the frame f , and the symbols s set by the combination in the above described step s 51 . the subsequent steps s 70 - s 130 are the same as those of the flow of fig6 and fig9 , and detailed description thereof will be omitted . in this embodiment as well , the operator can quickly and easily produce the print label l decorated with the decoration style of the text characters t , the frame f , and the symbol s similar to the above described first and second embodiments , by simply performing the category selection operation , the input operation of the text characters t using the keyboard 3 , and the production start instruction operation using the dresser key 4 a . accordingly , similar to the above described first and second embodiments , even a novice user can enjoy decorating the print label l , making it possible to spark the interest of the novice user in the adding of decorations . next , a fourth embodiment of the present disclosure will be described with reference to fig1 and fig1 . note that components identical to those in each of the above described embodiments are denoted using the same reference numerals , and descriptions thereof will be omitted or simplified as appropriate . this embodiment is for subsequently reproducing the decoration style , the frame f , and the symbol s applied to the print label l in the above described first to third embodiments . that is , a different print label ( hereinafter suitable called “ guidance label ”) gl that forms into print the operation method for setting the decoration style , frame f , and symbol s by a manual operation by the operator via the above described function key group 4 is produced . the following describes a case of the production of the guidance label gl for reproducing the print label l produced in the above described first embodiment as an example . in this case , as shown in fig1 , after the print label l of the above described first embodiment is produced as previously described , the guidance label gl is produced , forming the operation method for setting the decoration style (“ italics ” in this example ), the frame f (“ flowering plants ” in this example ), and the symbol s (“ animals ” in this example ) applied to the print label l by manual operation as a guidance print r . note that , prior to transitioning to production of the guidance label gl , the confirmation message , “ do you want to produce the guidance label ?” is displayed as shown in the figure to verify the intention of the operator . in this example , as shown in fig1 , the operation method ‘( 1 ) operate the “ frame ” key and select “ no . 4 ”’ for setting the frame f of the above described flowering plants by a manual operation is first formed into print on the guidance label gl . further , the operation method ‘( 2 ) operate the “ decoration style ” key and select “ italics ”’ for setting italics as the above described decoration style by a manual operation is formed into print . furthermore , the operation method ‘( 3 ) operate the “ symbol ” key , select “ animals ,” and input “ a1 ”’ for setting the symbol s of the above described face of a cat by a manual operation is formed into print . then , the operation method ‘( 4 ) operate the “ symbol ” key , select “ animals ,” and input “ a2 ”’ for setting the symbol s of the above described face of a dog by a manual operation is formed into print . fig1 shows the processing procedure executed by the cpu 212 in order to achieve the technique of this embodiment . in this embodiment , step s 53 is newly provided between step s 50 and step s 60 of the flow of the above described fig6 . further , after step s 130 , steps s 131 , s 132 , and s 133 are newly provided . in fig1 , after the same steps s 10 - s 50 as those in the above described fig6 are performed , the flow proceeds to the newly provided step s 53 . in step s 53 , the cpu 212 stores the contents of the decoration style , the frame f , and the symbol s respectively set in steps s 30 , s 40 , and s 50 in the ram 213 ( refer to fig4 ). subsequently , the same steps s 60 - s 130 as those in the above described fig6 are executed , the above described print label l that reflects the decoration style , the frame f , and the symbol s respectively set in the steps s 30 , s 40 , and s 50 is produced , and the flow proceeds to the newly provided step s 131 . in step s 131 , the cpu 212 outputs a display signal to the liquid crystal display 5 and displays the confirmation message , “ do you want to produce the guidance label ?” ( refer to fig1 ) on the liquid crystal display 5 . subsequently , in step s 132 , the cpu 212 determines whether or not there was a production instruction for the guidance label gl by the operator via a suitable operation on the keyboard 3 . if there was not a production instruction for the guidance label gl , the decision is made that the condition of step s 132 is not satisfied ( s 132 : no ), and this process terminates . if there is a production instruction for the guidance label gl , the decision is made that the condition of step s 132 is satisfied ( s 132 : yes ), and the flow proceeds to step s 133 . in step s 133 , the cpu 212 generates guidance print data for forming the above described guidance print r that sets the decoration setting contents ( the decoration style set in step s 30 , the frame f set in step s 40 , and the symbol s set in step s 50 ) of the print label l stored in step s 53 by a manual operation . note that the subsequent steps s 170 , s 180 , s 190 , s 200 , s 210 , s 220 , and s 230 have the same contents as the above described steps s 70 , s 80 , s 90 , s 100 , s 110 , s 120 , and s 130 , respectively . in step s 190 , the print corresponding to the above described guidance print data is formed . note that , while the above describes a case of the production of the guidance label gl for reproducing the print label l produced in the first embodiment as an example , the same holds true for a case where the print label l of the second or third embodiment is to be reproduced . according to this embodiment , after the print label l is produced using techniques such as those of the first to third embodiments previously described , it is possible for the operator to reliably recognize the decoration style , the frame f , and the symbol s used to produce that print label l and how to set these via a manual operation by producing the above described guidance label gl . as a result , the operator can easily reproduce the print label l which is of the same print form by performing the manual operation using the keyboard 3 , etc ., thereby making it possible to further improve convenience . note that the arrow shown in each figure , such as fig4 , in the above denotes an example of signal flow , but the signal flow direction is not limited thereto . also note that the present disclosure is not limited to the procedures illustrated in the flowcharts of fig6 , fig9 , fig1 , fig1 , etc ., and additions and deletions as well as sequence changes to the procedure may be made without deviating from the spirit and scope of the disclosure . further , other than that already stated above , techniques based on the above described embodiments and each of the modifications may be suitably utilized in combination as well .