JP3188601B2 - Software Product Consolidation Copy Processor - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION The present invention selects one or more software products to be provided to a user (hereinafter referred to as "selected software products") from a plurality of software products having different capacities, and selects one or more software products. The present invention relates to a software merchandise integrated copy processing apparatus which collectively copies a plurality of cassette recording media.

[0002]

2. Description of the Related Art There are an extremely large number of software products (programs, etc.) that can be provided by a manufacturer. Conventionally, individual users are provided with only software products selected from among them (selected software products). ,
For example, they are collectively copied on a cassette recording medium called 1 / 4CRMT, and the copied cassette recording medium or cassette recording medium group is supplied to the user.

FIG. 11 shows an example of a configuration for copying a selected software product. In the figure, reference numeral 1 denotes a host computer, 2 denotes a keyboard, 3 denotes a display, 4 denotes a duplicator, 5i denotes a drive unit, 6 denotes a cassette recording medium, 7 denotes a table, and 8 denotes an operator.

In the conventional case, an operator 8 designates master data to the host computer 1 via the keyboard 2 and inserts one of the cassette recording media 6 into one drive unit, for example, 5A. As a result, the host computer 1 causes the drive unit 5A to copy the desired selected software product to the cassette recording medium 6. The cassette recording medium 6 on which copying has been completed is taken out of the drive unit 5A, and the worker 8 moves to the drive unit 5A.
To set a new cassette recording medium 6 to be copied next.

[0005]

In the conventional case, a cassette recording medium is set in each drive section 5i of the duplicator 4, or the cassette recording medium is ejected from each drive section 5i. It is easy to make a work mistake because the work is a monotonous repetition of work. Further, since the time for copying to each cassette recording medium is about 20 minutes, the work efficiency is poor, and the time dedicated to the copy work is interrupted halfway. Furthermore, in order to copy a plurality of selected software products to a cassette recording medium, each of the selected software products is read from a disk, temporarily stored in an intermediate memory, and then read from the intermediate memory to the cassette recording medium. Must be transcribed, and the operation for that purpose is likely to cause a work error.

SUMMARY OF THE INVENTION It is an object of the present invention to solve the above problems and to take out a selected software product from a disk and automatically copy it to a cassette recording medium.

[0007]

FIG. 1 is a block diagram showing the principle of the present invention. In the figure, reference numeral 1 denotes a host computer, 4 denotes a duplicator, 5A to 5D denote drive units, 6
Is a cassette recording medium, 9 is a printer, 10 is arithmetic means,
11 is an extended memory, 12 is a disk, and 12 'is contents stored on the disk (software products a, b, c,
...).

The host computer 1 performs overall control and processing. The duplicator 4, the drive unit 5i, and the cassette recording medium 6 correspond to the conventional case (FIG. 11).
On the disk 12, as shown by the content 12 ', the software product a is data of 10 MB, the software product b is data of 5 MB, and the software product c is 150 MB.
MB data is stored.

The printer 9 prints a label to be stuck on the created (recorded) cassette recording medium 6. Assuming that the selected software product to be copied in the drive unit 5A is a product (a, c, d) in the extended memory 11, the selected software product (a , C, d) are read from the disk 12 and stored. Similarly, the selected software product (a,
b, c, d) are shown in transferred form.

When the software product to be selected is transcribed for each drive unit, the calculating means 10 calculates that the total capacity of the software product (a, c, d), for example, is 36
It calculates that it is 0 MB. In addition, assuming that one cassette recording medium 6 has a recording capacity of 150 MB, three cassette recording media are used for copying selected software (a, c, d) to be copied in the drive unit 5A. 6 is required.

[0011]

Although not shown, the cassette recording medium 6
(A "-1, A" -2, A "-3) shown in the figure are sequentially set in the drive unit 5A so that copying is performed, and the copies are discharged. The same applies to the drive units 5B to 5D. Needless to say, the processing in each of the drive units 5A to 5D is performed individually and in parallel.

The host computer 1 performs overall control and processing. When the cassette recording medium after the writing is performed in each drive unit 5i is ejected, the host computer 1 prints the corresponding label by the printer 9 in accordance with the ejection, and then displays the label. The omitted label attaching section is controlled and attached to each cassette recording medium 6.

[0013]

FIG. 2 shows an embodiment of the present invention. The drawing is drawn as a top view centering on the mechanism from the setting of the cassette recording medium 6 to the ejection thereof.
Denotes a duplicator, 5A to 5D denote drive units, 6 denotes a cassette recording medium, 13 denotes a cassette recording medium supply unit in which unwritten cassette recording medium 6 is stored in a plurality of recesses, and 14 denotes a first recording medium. Belt conveyor 15 is a case opening unit for opening a case containing a cassette recording medium and taking out the cassette recording medium.
Reference numeral 6 denotes a first robot for taking in the cassette recording medium 6 from the belt conveyor 14, and reference numeral 17 denotes a second robot for setting the cassette recording medium 6 taken over from the first robot 16 in each drive unit 5i. And a unit for discharging the copied cassette recording medium 6, 18 for a second belt conveyor, 19 for a label sticking unit, and 20 for a case closing unit for putting the label-attached cassette recording medium 6 in a case. , 21 are cassette recording medium discharge units for storing copied cassette recording media in a plurality of recesses, 22A ", 22D", 22C ".
Represents a label.

Under the control of the host computer 1, a cassette recording medium (unwritten) to be copied in each drive unit 5i is stored in the first belt conveyor 1
4, the case is opened in the case opening unit 15, and the cassette recording medium is taken out of the case.

Similarly, under the control of the host computer 1, the first robot 16 and the second robot 17 set the cassette recording media in the respective drive units 5i.
The host computer 1 sequentially copies the selected software product (a, c, d) to three cassette recording media A "-1, A" -2, A "-3 in the drive unit 5A, for example.

When the copying is completed, the cassette recording medium is placed on the second belt conveyor 18 via the second robot 17 under the control of the host computer 1. In response to the end of copying to each cassette recording medium, the host computer 1 controls the printer 9 to print a label to be attached to each cassette recording medium. Then, the label affixing section 19 to which the copied cassette recording medium is fed attaches the label and puts it on the first belt conveyor 14.

Next, under the control of the host computer 1, the case closing unit 20 is controlled, and the cassette recording medium with the label attached is stored in the case and stored in the cassette recording medium discharge unit 21.

FIG. 3 shows an embodiment of a cassette recording medium used in the present invention. The cassette recording medium 6 has the same shape as the cassette of the video tape recorder as shown in the figure, and has a recording tape wound inside. The above-described case is a case where the cassette recording medium 6 shown in FIG. 3 is stored.

As shown in FIG. 3, a label 22 is attached to the surface of the cassette recording medium 6. FIG. 4 is a diagram for explaining an aspect of label attaching by the label attaching section. Reference numerals 5i, 6, 18, and 19 in the figure respectively correspond to FIG.

As described above, each of the drive units 5A to 5D
Selected software products a to be copied at
If b, c... are determined, the time required for copying in each of the drive units 5A to 5D is determined, and for example, individual cassette recording media A "-1, A"-for copying in the drive unit 5A. 2, the copy end time for A "-3. Of course, the same applies to the copy in the other drive unit 5B, the copy in the drive unit 5C, and the copy in the drive unit 5D.

FIG. 4 shows each cassette recording medium 6.
The label to be affixed to the cassette recording medium 6 is printed in accordance with the timing at which copying of the cassette recording medium ends. In the case shown in FIG.
When the product e is copied in C, the label C 'is printed, and the cassette recording medium C "copied in the drive unit 5C is also transferred to the second belt conveyor 1.
8 on top. Next, the drive units 5A, 5B, 5
In D, the copying is completed substantially simultaneously on the cassette recording media A "-1, B" -1, and D "-1, respectively, and each is placed on the second belt conveyor 18. In this case, the time is the same. If there is, priority is given to the drive units 5A, 5B, 5C, and 5D in this order.

Next, the copy to the cassette recording medium D "-2 is completed in the drive section 5D, and the cassette recording medium D" -2 is put on the second belt conveyor 18. The same applies to the following description. Finally, the copying of the cassette recording medium B ″ -3 is completed, and the cassette recording medium B ″ -3 is placed on the second belt conveyor 18. Each of the cassette recording media fed on the second belt conveyor 18 will be described. , Each corresponding label C ', A'-1, B'-1, D'-
1, D'-2, A'-2, A'-3, B'-3 are attached.

In the present invention, the reason why the label is affixed after the copying to the cassette recording medium is completed is to confirm that the copying to each cassette recording medium 6 has been performed correctly. And try to attach the label.

FIG. 5 shows a processing flow for labeling. Step (S1): Processing starts. Step (S2): Receive order data, that is, the selected software product name.

Step (S3): Using the index of the selected software product (for example, a, b, c, etc.), the relevant product is transcribed from the disk 12 to the extended memory 11 corresponding to each drive unit. .

Step (S4): Using this operation,
The calculating means 10 calculates the sum of the capacities of the selected software products corresponding to the respective drive units. Step (S5): It is checked whether the capacity of one cassette recording medium is sufficient.

Step (S6): If insufficient, indicate how many are needed. Step (S7): Writing (copying) to one cassette recording medium is performed.

Step (S8): When copying to the cassette recording medium is completed, label printing to be applied to the cassette recording medium is performed. Step (S9): It is checked whether or not copying to the cassette recording medium in the corresponding drive unit has been completed. If not, the process returns to step (S7).

Step (S10): When the copy in the drive unit is completed, the process ends. FIG. 6 shows an embodiment of the control system of the present invention. 1, 4, 5i, 9, 1 in the figure
1,12,13,14,15,16,17,18,1
Reference numerals 9, 20, and 21 correspond to FIGS. 1 and 2, respectively, and a sequencer denoted by reference numeral 23 represents a control mechanism that operates under processing in the host computer 1.

As described above, the software product centralized copy processing device is constituted, and the selected software products required by the customer are collectively copied onto the cassette recording medium. It can be considered that one processing system in the automatic production system of the data processing system related to the order receiving processing shown in FIGS.

Hereinafter, FIGS. 7 to 10 will be briefly described.
This is a processing device in the “aggregated CRMT production processing unit 135” shown in FIG.

FIG. 7 is a system configuration diagram showing an automatic production system of a data processing system relating to order receiving processing composed of hardware and software. This automatic production system comprises a host system 104 and a line 103
And one or more terminals (hereinafter referred to as sales terminals) 101 connected via the Internet. The host system 104 is installed in a software production factory. The sales terminal 101 is installed in a sales office or the like where software is received.

The sales terminal 101 receives the shipping instruction data 102 of the ordered software by a sales representative. The sales terminal 101 temporarily stores the input shipping instruction data 102 in a file, and transmits the file to the host system 104 via the line 103. This gives
The shipping instruction data (order data) 102 can be transferred online to the host system 104 or the software production system 10.
7, the time from order receipt to production (turnaround time) can be reduced.

The shipping instruction data 102 is information indicating the contents (order) of the order, and includes the configuration and number of hardware and software to be shipped from the factory, the contents of constituent members, and the like. The shipping instruction data 102 is described according to a predetermined format, and in the shipping instruction data 102, the configuration and number of hardware and software, the contents of components, and the like are described at predetermined positions. By referring to the shipping instruction data 102, the software 109 to be produced can be known.

The host system 104 is an order receiving system 1
05 and a software production system 107.
Host system 104 includes a host computer. Order receiving system 105 and software production system 107
Are each composed of an order receiving system control program, a software production system control program, and a CPU of a host computer. The order receiving system control program and the software production system control program exist on the main memory of the host computer.

The host system 104 is provided with a terminal 110 (hereinafter, factory terminal) installed in a software production factory. The factory terminal 110 is an input / output device, and is used, for example, to input order pool data 106, order reception data 140, production plan data 142, product information data 145, and the like, and to input changes to these.

The order receiving system 105 includes a plurality of business terminals 1
01 are stored in a predetermined file in the order of reception, and are managed as order pool data 106. Therefore, the order pool data 106 is a set of a plurality of shipping instruction data 102 received from each business terminal 101. Order system 105
Creates, for each of the shipping instruction data 102 constituting the received order pool data 106, the order reception data 140 including only the information on the software except for the information on the hardware, and sends it to the software production system 107. Therefore, the order reception data 14
0 is information indicating the configuration, the number, the contents of the constituent members, etc. of the software 109 to be produced and shipped at the factory in the shipping instruction data 102. By referring to the order reception data 140, the ordered software 109 can be produced.

Whether information about software or information about hardware can be identified by the description position of the data in the shipping instruction data 102 constituting the order pool data 106. Information on hardware is sent to, for example, a hardware production system (not shown).

The software production system 107 includes a production management processing section 111 and a production processing section 121. The software production system 107 stores the shipping instruction data 102
Is centrally managed by the host computer, and the components of the software 109 as products are collectively and integrally produced in accordance with the configuration of the product to be shipped described in the shipping instruction data 102.

The production management processing unit 111 executes the software 1
Among the processes necessary for the production of the process 09, processes other than the production process of the software 109 performed by the production processing unit 121 are performed. The production management processing unit 111 temporarily stores the order reception data 140 sent from the order receiving system 105 in a predetermined file and manages the file. In addition, the production management processing unit 111
Production plan data 14 based on order reception data 140
2 is stored in a predetermined file, and the production processing unit 121 is instructed to produce the software 109 based on the production plan data 142.

The production processing section 121 produces software. Upon receiving an instruction from the production management processing unit 111, the production processing unit 121 responds to the instruction by the production plan data 142.
, The software 109 is produced based on this.

The software 109 to be produced is composed of a software storage medium storing software (programs and the like) in a narrow sense, software manuals, manuals, software license information (license information), shipping manuals, and the like. Of these, software instructions,
Manuals and shipping instructions are provided in the form of documents printed on paper. That is, it is a document. As described above, a package of these (software shipped with computer hardware) is called a product, and each of these is called a component (of a product or software). The license information is provided in a document or provided by storing key information of a product on a floppy disk.

In the production of the software 109, the production processing section 121 executes the software production material 1 prepared in advance.
08 is used. The software production material 108 includes a software storage medium for storing or printing the software 109 or a print medium such as paper, and original data of the software 109 to be stored or printed on these media.

Various types of software storage media such as a floppy disk (FPD), a magneto-optical disk (MO), and a magnetic tape (CRMT) are prepared. Thereby, based on the shipping instruction data 102, software 109 stored in various types of software storage media can be produced. As the print medium, various kinds of paper such as paper for document printing, base paper for form printing, base paper for label printing, and the like are prepared. As a result, the shipping instruction data 102
A variety of documents can be produced based on. As the original data of the software 109, master data, document data, and license data described later are prepared in advance.

FIG. 8 is a diagram showing the configuration of the embodiment.
21 shows the configuration of the second embodiment. The production processing unit 121 includes a medium / document production processing unit 122 and a license information production processing unit 123.

The medium / document production processing unit 122
In the production of software 109, production plan data 1
Software excluding license information based on C.42
09 is produced. For this purpose, the medium / document production processing unit 122 performs copying of the master data to various software storage media and printing based on the document data to a print medium such as various papers or forms.

In the production of software 109, license information production processing section 123 produces production plan data 142
Of the software 109 produced by the medium / document production processing unit 122, the license information about the software stored in the software storage medium is produced. For this purpose, the license information production processing unit 123 stores or prints the license information on the software storage medium or the print medium according to the license data.

FIG. 9 is a block diagram of the embodiment, showing the configuration of the medium / document production processing unit 122. The medium / document production processing unit 122 includes the document print processing unit 13
1, FPD automatic production processing unit 132, label print processing unit 1
33, a form print processing unit 134, an integrated CRMT production processing unit 135, and an integrated MO production processing unit 136.

The document print processing unit 131 produces a document as a component of the software 109 based on the production instruction data 150, that is, the production plan data 142, using a predetermined sheet as a print output medium. That is, in accordance with the instruction of the production instruction data 150, the corresponding portion of the corresponding document data is printed out on a predetermined sheet. The number of documents to be printed is also specified by the production instruction data 150.

Thus, the components of the software 109 other than the software storage medium (software description,
(Manual, license information, shipping instructions) can be automatically issued from the order reception data 140, that is, the shipping instruction data 102.

The FPD automatic production processing section 132 performs the processing based on the production instruction data 150, ie, the production plan data 142.
The components of the software 109 are produced using a floppy disk (FPD) as a storage medium. That is,
In accordance with the instruction of the production instruction data 150, the corresponding part of the corresponding master data is copied to an unwritten floppy disk. The number of floppy disks to be copied is also specified by the production instruction data 150.

The FPD automatic production processing section 132 automatically packs the floppy disk produced by itself for shipping. That is, according to the instruction of the production instruction data 150, the produced floppy disk is packed in a predetermined shipping box. The type and number of floppy disks to be packed in a box are also indicated by the production instruction data 150.

The label print processing unit 133 uses a predetermined label sheet as a print output medium based on the production instruction data 150, that is, the production plan data 142, and executes a software storage medium (cassette recording) as a component of the software 109. Print the label to be attached to the medium. That is,
According to the instruction of the production instruction data 150, the corresponding part of the corresponding master data or document data is printed out on a predetermined label sheet. The number of label sheets to be printed is also specified by the production instruction data 150.

Further, the label print processing section 133 produces the components of the software 109 using a floppy disk (FPD) as a storage medium based on the production instruction data 150, that is, the production plan data 142. That is, in accordance with the instruction of the production instruction data 150, the corresponding portion of the corresponding master data is copied to an unwritten floppy disk. The number of floppy disks to be copied is also specified by the production instruction data 150.

Further, the label print processing section 133 affixes the label printed by itself to the floppy disk produced by itself based on the production instruction data 150, that is, the production plan data 142. That is, in accordance with the instruction of the production instruction data 150, the corresponding label is attached to the corresponding floppy disk.

The form print processing unit 134 uses the predetermined form as a print output medium based on the production instruction data 150, that is, the production plan data 142, and
Document 9 is produced. That is, in accordance with the instruction of the production instruction data 150, the corresponding part of the corresponding document data is printed out on a predetermined form. The number of forms to be printed is also production instruction data 150
Directed by

The integrated CRMT production processing unit 135 uses a magnetic tape (CRMT) as a storage medium based on the production instruction data 150, that is, the production plan data 142, and
The components of the software 109 are produced. That is, in accordance with the instruction of the production instruction data 150, the corresponding portion of the corresponding master data is copied to an unwritten magnetic tape. The number of magnetic tapes to be copied is also the production instruction data 15
Indicated by 0.

The integrated MO production processing unit 136 produces components of the software 109 based on the production instruction data 150, that is, the production plan data 142, using a magneto-optical disk (MO) as a storage medium. That is, in accordance with the instruction of the production instruction data 150, the corresponding portion of the corresponding master data is copied to an unwritten magneto-optical disk. The number of magneto-optical disks to be copied is also specified by the production instruction data 150.

FIG. 10 is an explanatory view of the embodiment, and shows the processing executed by the production management processing section 111. When the order pool data 106 is sent from the order receiving system 105,
The shipping instruction data management processing unit 112 receives this and stores it as the order reception data 140. Based on the order reception data 140, the production capacity data 141, and the product information data 145, the production plan formulation processing unit 113 formulates the production plan data 142. The product information data 145 is created and managed by the product information management processing unit 116. Further, based on the production plan data 142, the production instruction processing unit 114 creates the production instruction data 150 for each of the processing units 131 to 136, and then,
1 is sent a production instruction.

Upon receiving the production instruction, the production processing unit 121 produces the software 109 based on the production instruction data 150. On the other hand, the customer management processing unit 115 creates shipping performance data 143 with reference to the production plan data 142. Further, the customer management processing unit 115 refers to the shipping result data 143 created by the customer management processing unit 115 and refers to the priority order data 144.
Create

[0061]

As described above, according to the present invention, in accordance with an order from a customer, as a part of a system for managing, producing, and supplying all necessary information, the information is recorded on a cassette recording medium. The selected software products can be copied at a time, and the copying process can be fully automated. In automatically attaching a desired label to the cassette recording medium after copying, it is confirmed that copying has been performed correctly, and the label is attached, so that a highly reliable system can be configured.

In the past, in label pasting, a label was printed starting from the start of copying on a cassette recording medium.
If a processing error occurs during copying, countermeasures for it are serious. Further, the end time of copying to each cassette recording medium varies, and the label attaching process is extremely complicated.

[Brief description of the drawings]

FIG. 1 shows a principle configuration diagram of the present invention.

FIG. 2 shows an embodiment of the present invention.

FIG. 3 shows an embodiment of a cassette recording medium.

FIG. 4 shows an embodiment of label attachment.

FIG. 5 shows a processing flow for labeling.

FIG. 6 shows an embodiment of a control system according to the present invention.

FIG. 7 shows a system configuration diagram.

FIG. 8 shows a configuration diagram of an embodiment.

FIG. 9 shows a configuration diagram of an embodiment.

FIG. 10 shows an explanatory view of the embodiment.

FIG. 11 shows a block diagram of a conventional method.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Host computer 4 Duplicator 5 Drive part 6 Cassette recording medium 9 Printer 10 Processing means 11 Extended memory 12 Disk 13 Cassette recording medium supply part 14 First belt conveyor 15 Case opening unit 16 First robot 17 Second robot 18 Second belt conveyor 19 Label attaching section 20 Case closing unit 21 Cassette recording medium discharge section 22 Label 23 Sequencer 101 Terminal 102 Shipping instruction data 103 Line 104 Host system 105 Order receiving system 106 Order receiving pool data 107 Software production system 108 Software production material 109 Software 110 Terminal 111 Production management processing unit 121 Production processing unit 135 Aggregated CRMT production processing unit 140 Order reception data 142 Production planning data

──────────────────────────────────────────────────続 き Continued on the front page (72) Inventor Naga Ekichi ▼ Misaka 98-2 Unoki-nu, Unoki-cho, Kawakita-gun, Ishikawa Pref. In PF Software Co., Ltd. (72) Inventor Makiko Kinoshita Kawakita, Ishikawa 98 Uno-ki, Gunno-gun, Gunno-gun 2 PFU Software Co., Ltd. in the laboratory (72) Inventor Shizunobu Hasegawa 98-2 Uno-ki-nu, Unoki-cho, Kawakita-gun, Ishikawa Pref. Person Hiroyoshi Terashima 98-2 Unoki-nu, Unoki-cho, Kawakita-gun, Ishikawa Pref. Inside PFU Corporation (56) References JP-A-4-268276 (JP, A) JP-A-63-131327 (JP, A) JP JP-A-6-195355 (JP, A) JP-A-5-147723 (JP, A) JP-A-63-47026 (JP, A) JP-A-63-272717 (J , A) (58) investigated the field (Int.Cl. ^7, DB name) G06F 17/60 G06F 19/00 G06F 9/06 B65G 43/00

Claims (1)

(57) [Claims] 1. A function of writing, for a plurality of software products having different capacities, one or more selected software products selected from the plurality of software products under the control of a host computer. In a software product centralized copy processing apparatus for copying on a cassette recording medium by using a duplicator having: a disk that stores holding a plurality of software products, under the control of said host computer, said the selected software item, to the drive unit corresponding, and extended memory that stores read from the disc, the cassette recording those unwritten medium, the Set
The storage medium is stored in the case where the storage medium is stored.
A cassette recording medium supply unit for supplying the cassette recording medium in a case stored in a case, and the cassette recording medium under the control of the host computer.
The cassette recording medium supplied from the recording medium
And supplies the cassette recording medium to the drive unit.
And remove it from the drive
And delivery to the case opening unit, the unwritten cassette recording medium which is delivery from the casing opening unit subjected sheet above Symbol part individual drives, and the upper
Cassettes for which copying has been completed in multiple drive units
The host computer supplies a copy supply / discharge unit that discharges the recording medium from the drive unit in the order in which the copy is completed, and a written cassette recording medium that is discharged by the copy supply / discharge unit.
And a label attaching section for attaching a label to be printed under the control of the host computer, and the label attaching section under the control of the host computer.
The individual cassette recording media labeled in
And the cassette recording medium is a cassette recording medium described later.
Before being stored in the body discharge section,
Closed unit that puts in a case, and a written label with a label attached at the label attaching section
Only the cassette recording medium is
Zona example a cassette recording medium discharge portion are sequentially stored in a state of being accommodated in a cassette, and with respect to the extended memory, to the drive unit corresponding, from the disk, when writing the object selected software product, includes a calculation means to calculating the sum of the respective capacitance for that the selected software product, the host computer, corresponding to the sum of volume computed by said computing means, said cassette recording at the drive unit set the number of cassette recording medium to be copied to the medium, and onto the cassette recording medium as well as configured to incrementally copy said the selected software product, and corresponding to the end of the processing of copy to the cassette recording medium
And printing control on the label is controlled .