JPH03211097A - Preparation of card - Google Patents

Abstract

PURPOSE:To easily and errorlessly prepare a card with good workability by taking the images of a plurality of objects to respectively store the same as image data and reading the respective image data, the desired image data among the data of the respective objects and the data of the object corresponding thereto and synthesizing all of the data to prepare data for surface printing. CONSTITUTION:A floppy camera 10 stores a photographed object, for example, the face of an employee in a disk 11 as image data. The employee's data such as the name of each employee is inputted to a personal computer 12 by a key to be stored in a floppy disk 15. A data editing computer 16 receives each image data from a reproducing apparatus 18 and receives the data of each employee from a drive apparatus 19 to display both data on a display 20 and, on the basis of this display, the selected image data and the employee's data are synthesized to prepare data for surface printing which is, in turn, stored in a disk 23 by a writing apparatus 22. The data for surface printing is printed on a white card 30 and the employee's data is stored in an IC module 29.

Description

DETAILED DESCRIPTION OF THE INVENTION [Object of the Invention] (Industrial Application Field) The present invention relates to a card manufacturing method for manufacturing a photo-embedded IC card and the like.

(Prior Art) FIG. 3 is a flowchart showing a method for manufacturing a photo-embedded IC card. This photo IC card is used, for example, to manage employees of a company, and has a face photo of the employee attached thereto and also stores data regarding the employee, such as an employee number and name. To explain the manufacturing method, first, a photograph of the face of the employee 1 is taken by the film camera 2, and this film is developed. Thereafter, the film is printed on a release print 3, and this release print 3 is filed in a photo ledger 4. At this time, the photo ledger 4 includes the peel-off print 4 and the employee number r8, for example.
907890J and the name "Patent Abe" are listed. On the other hand, an employee list 5 is provided, in which data such as the employee's name, employee number, and date of birth are recorded.

With the photos and list of each employee managed in this way, for example, the employee's name is "Patented Abe" and the employee number is r8.
When making an IC card of 907890J, the photograph 6 of this employee is searched out from the photo ledger 4 and pasted on the transparent vinyl chloride sheet 7. In addition, the data of the same employee is searched from the employee list 5, and the data such as the employee's name "Patented Abe", employee number "8907890", date of birth, etc. Typed on vinyl chloride sheet 8. Next, these transparent vinyl chloride sheet 7 and white vinyl chloride sheet 8 are transferred to a card manufacturing process, and in this process, an IC module is sandwiched between these transparent vinyl chloride sheet 7 and white vinyl chloride sheet 8, and further vinyl chloride sheet and White vinyl chloride sheets are overlapped and heat pressed. After that, the IC card created in this way is inserted into the data writing device 9, and the data writing device 9 writes the employee's name "Totokutabe" and employee number r8907 on the IC module.
Data such as 890J is written. As a result, an IC card with the employee's photo is completed.

However, the above-described IC card manufacturing method is extremely time-consuming and prone to errors. That is, it is difficult to create a photo ledger 4 by pasting the peeled photos 3 of each employee, and furthermore, it takes time to search for the photo 6 of the corresponding employee from this photo ledger 4, and even if you find it, this photo is not enough. It takes time and effort to peel off the sheet 6 and paste it on the vinyl chloride sheet 7, resulting in poor workability. Furthermore, there is a risk that a typing error may occur when typing data on the white vinyl chloride sheet 8, or an incorrect input may occur when writing data. Furthermore, when pasting the photograph 6 onto the vinyl chloride sheet 7, there is a risk that the wrong employee's photograph may be pasted.

(Problems to be Solved by the Invention) The above-described card manufacturing method has poor workability, is very time-consuming, and is prone to errors.

SUMMARY OF THE INVENTION Therefore, an object of the present invention is to provide a card manufacturing method that has good workability and can easily manufacture cards without mistakes.

[Configuration of the Invention (Means and Effects for Solving the Problems) The present invention comprises an imaging process of capturing images of a plurality of objects and storing each object as image data, and data for storing each object data regarding each object. a storage process; a data editing process in which desired image data and object data corresponding to this image data are read out and combined to create front-side printing data from each image data and each object data; A white card creation process that creates a white card equipped with a data storage medium, and a data editing process that prints the surface printing data created on the white card and the object data stored in the data storage process on the data storage medium. This is a card manufacturing method that attempts to achieve the above object by a data printing/storage process.

Further, the present invention includes an imaging step of capturing images of a plurality of objects and storing them as image data, a data storage step of storing each object data regarding each object, and a data storage step of each image data and each object data. A data editing process in which desired image data and object data corresponding to this image data are read and combined to create data for front side printing, and a white card creation process in which a white card is created with a data storage medium in which no data has been input. The object data stored in the process and the data storage step is stored in a data storage medium, and the object data is later read out and displayed from this data storage medium, and the data for surface printing corresponding to this object data is whitened. This is a card manufacturing method that attempts to achieve the above object by a data printing and storage step of printing on the card.

(Example) Hereinafter, a first example of the present invention will be described according to the flowchart of card manufacturing shown in FIG.

This card manufacturing method consists of an imaging step A1, a data storage step B1
The data editing process C1 consists of a white card creation process and a data print storage process E.

The imaging process A is equipped with a floppy camera 10. A floppy disk 11 for image data is inserted into the floppy camera 10, and an imaged object, for example, the face of an employee 1, is stored as image data on the floppy disk 11 for image data. However, in this imaging step A, facial photographs of a plurality of employees 1 are photographed by the floppy camera 10, and image data of these facial photographs are stored in the floppy disk 11 for image data.

On the other hand, the data storage process B is equipped with a personal computer 12 for data input. This personal computer 12 for data input includes a computer main body 13 equipped with a CPU, an internal memory, and a keyboard, and a display 1.
4, and a data floppy disk 15 is inserted into the computer main body 13.

This data input personal computer 12
Employee data such as the name, employee number, and date of birth of each employee 1 is entered into the Flo-Sopy disk 15.
is memorized. Note that data is stored on the floppy disk 15 in individual files for each employee.

The data editing process C is equipped with a data editing computer 16. The data editing computer 16 is connected to an image data reproducing device 18 via an A/D converter 7, a data floppy disk drive device 19, and a display device 20,
A keyboard 21 and a data writing device 22 are connected.

The data editing computer 6 receives each image data from the image data reproducing device 18 and receives each employee data from the data floppy disk drive device 19, and displays these image data and employee data on the display device 20. The image data selected by this display and the employee data are combined to create front side printing data, and this front side printing data is stored in the front side printing floppy disk 23 by the data writing device 22. There is.

White card making process is white vinyl chloride sheet 2
4. A white card 30 is created by pressing a white vinyl chloride sheet 26 with holes 25 and a white vinyl chloride sheet 28 with holes 27 and inserting an IC module 29 into the holes 25 and 27. be.

The data print storage step E is provided with a data print storage device 31, and data floppy disk drive devices 32 and 33 are connected to this data print storage device 31. The data printing storage device 31 is equipped with a printer function, and prints the surface printing data created in the data editing process C on the white card 30, and also prints the data for front side printing created in the data editing process C.
The worker data stored in the above is stored in the IC module 29.

In a manufacturing process consisting of such steps, in the imaging step A, a photograph of each employee's face is taken by the floppy camera 10, and the image data is stored in the floppy disk 11 for image data. The image data floppy disk 1] is then taken out from the floppy camera 10 and inserted into the image data reproducing device 18.

On the other hand, in data storage step B, the employee data of each employee is stored on the data floppy disk 15 by the data input personal computer 12. In this case, the film number of the image data floppy disk 11 is also stored.

0 Thereafter, the data floppy disk 15 is taken out from the data input personal computer 12 and inserted into the data floppy disk drive device 19.

Next, in the data editing step C, when an editing instruction is entered manually from the keyboard 21, the data editing computer 1
Reference numeral 6 reads image data from the image data reproducing device 18 and also serves as a data floppy disk drive device 1.
Read employee data from 9. For example, when manufacturing an IC card for an employee with employee number r8907890j, the data editing computer 16 plays back the first disk of the image data FD and records the corresponding personal data.
Load the th file and synthesize it. 1 for the second and subsequent pictures
When the nth file of the image data FD is reproduced in the same manner as the nth file, the nth file of personal data corresponding to this is read and combined. Here, if the image data displayed on the display device 20 and the employee data do not match, the key 1 is pressed from the keyboard 21. The computer for data editing] 6 is an image data reproducing device 18 and a floppy disk drive device for data. Select and change each data to be read from 19. Then, when the image data and the employee data match, the data editing computer 16 sends the image data and the employee data to the data writing device 22. The combined data is stored in the floppy disk 23 for surface printing.

Then, the front side printing floppy disk 23 is inserted into the data floppy disk drive device 32.

On the other hand, in the white card creation process, the white vinyl chloride sheets 24, 26 and 28 are pressed, and the IC module 29 is inserted into the hole 25, 27.
A white card 30 is created. This white card 30 is then set in the data print storage device 31.

Next, in the data printing storage step E, the second floppy disk 23 for surface printing is inserted into the data floppy disk drive device 32, and the data floppy disk 15 is inserted into the data floppy disk drive device 33, and the white card 30 is inserted into the data floppy disk drive device 33.
When set, the data printing storage device 31 reads the front side printing data from the front side printing floppy disk 23 and prints it on the white card 30, and also reads the worker data from the data floppy disk 15 and stores it in the IC module 29. do. Thus, photo I
C card 34 is completed.

In this way, in the above embodiment, image data of each employee's face is stored, data of these employees is stored, and desired image data and employee data among these image data and employee data are associated with each other. On the other hand, a white card 30 was created and the data for front side printing was printed on the white card 30, and the employee data was stored in the IC module 29. The effort required to manufacture cards is greatly simplified, eliminating the possibility of confusing image data with employee data, and furthermore, input errors in employee data can be greatly reduced. Card manufacturing may be carried out by one operator operating each computer 12, 16, 31.

Next, a second embodiment of the present invention will be described with reference to the flowchart of card manufacturing shown in FIG. Note that the same parts as in FIG. 1 are given the same reference numerals, and detailed explanation thereof will be omitted. A display 35 is connected to the data print storage device 31. This data printing storage device 31 stores the employee data stored in the data storage step B in the IC module 29, reads out the employee data from the IC module 29, displays it on the display 35, and then displays the employee data on the display 35. Transfer the corresponding surface printing data to White Card 3.
It has the function of printing 0.

With this configuration, in addition to the effects of the first embodiment, it is possible to check the correspondence between the surface printing data and the employee data. Furthermore, since editing work, which takes a relatively long time, can be performed separately from the manufacturing process, manufacturing time can also be shortened.

Note that the present invention is not limited to the above-mentioned embodiment, and may be modified without departing from the spirit thereof. For example, in the data editing process of combining and editing image data and personal data, the data floppy disk drive device 19
The employee data of the employee number ``8907890'' and the film number of the floppy disk for image data are read out from , the image data of this film number is read out from the image data reproducing device 18, and these data are combined and displayed on the display 20. You can do it like this. Also,
The floppy camera 10 may be replaced with an IC card camera. Furthermore, the card can also be applied as an identification card.

[Effects of the Invention] As described in detail above, according to the present invention, it is possible to provide a card manufacturing method that has good workability and can easily manufacture cards without mistakes.

5

[Brief explanation of drawings]

FIG. 1 is a card manufacturing flowchart showing a first embodiment of the card manufacturing method according to the present invention, FIG. 2 is a card manufacturing flowchart showing a second embodiment of the card manufacturing method according to the present invention, and FIG. It is a flowchart of a card manufacturing method. DESCRIPTION OF SYMBOLS 10... Floppy camera, 11... Floppy disk for image data, 12... Personal computer for data input, 13... Computer body, 14.
... Display, 15... Floppy disk for data, 16... Computer for data editing, 17...
・A/D converter, 18... Image data reproducing device, 19
...Data floppy disk drive device, 20
... Display device, 21 ... Keyboard, 22
... Data writing device, 23 ... Floppy disk for surface printing, 24 ... White vinyl chloride sheet, 2
6... White vinyl chloride sheet, 28... White vinyl chloride sheet, 29... IC module, 30...
・White card, 31...Data printing storage device, 3
2.33... Floppy disk drive for data 6 Drive device, 34... IC card with photo, 5... Display.

Claims (2)

[Claims] (1) An imaging step of capturing images of a plurality of objects and storing them as image data, a data storage step of storing each object data regarding each object, and each of the image data and each object data. a data editing step of reading and combining desired image data and the object data corresponding to the image data to create surface printing data;
a white card creation step of creating a white card equipped with a data storage medium in which no data has been input; and printing the surface printing data created in the data editing step on the white card, and printing the data stored in the data storage step on the white card. A card manufacturing method, comprising a data print storage step of storing object data in the data storage medium. (2) an imaging step of capturing images of a plurality of objects and storing each as image data; a data storage step of storing each object data regarding each of the objects; a data editing step of reading and combining desired image data and the object data corresponding to the image data to create surface printing data;
a white card creation step of creating a white card provided with a data storage medium in which no data has been input; and a step of storing the object data stored in the data storage step in the data storage medium and later transferring the object data from the data storage medium A card manufacturing method, comprising a data print storage step of reading and displaying object data, and printing surface print data corresponding to the object data on the white card.