JPH10222702A - Certificate automatic issuing device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To shorten an issuing time and to prevent the loss of a certificate by collectively and simultaneously outputting plural certificates. SOLUTION: When a copy of a student discount certificate and a transcript is issued, and when an operating part 110b selects a certificate, a student identification card is issued from a student discount printer 105 according to command of a controller 111. The student identification card is stacked in a stacker mechanism 103. Simultaneously, the transcript that is outputted to a laser beam printer 108 according to command of the controller 111 is carried to a red seal printer 106 by a carrying mechanism 107 and stacked in the mechanism 103 where a seal is printed. In such a case, when a seal is not needed, it is stacked in the mechanism 103 by the mechanism 107 according to a command of the controller 111. Two kinds of stacked certificates are collectively issued to a certificate outputting port 102 by an ejection mechanism 109. A certificate that is left is collected in a collecting mechanism 104 by the mechanism 109.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

The present invention relates to a method for issuing a certificate automatic issuing device.

[0002]

2. Description of the Related Art In Japanese Patent Application Laid-Open No. 2-309469, a plurality of types of certificates are issued by a single printer.

[0003]

According to the present invention, when a plurality of certificates are issued by an automatic machine issuance device, an issuance request has to be made for each type of certificate. By providing a stacker, a plurality of certificates can be output collectively. Also, by providing a collection mechanism, even if the user forgets to obtain the certificate, the next user can use the certificate without stopping the system by collecting the certificate. Seals can also be designated in red and black.

[0004]

A plurality of printers are provided to issue a certificate, and the same type of certificate is stacked in a stacker and a plurality of copies are issued together. Multiple types of certificates can be issued together. This makes it possible to issue another certificate printer by shortening the issuing time and providing a degeneracy function even if a failure occurs in the printer. In addition, by having a collection mechanism, even if a user forgets to obtain a certificate, the certificate can be collected by the collection mechanism and used by the next user.
Seals can also be designated in red and black.

[0005]

DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described below with reference to FIGS.

FIG. 1 shows an external view of the apparatus. 1 C
RT, 2 touch panels, 3 receipt printers, 5 student transfer units, 8 certificate transfer units, 10 bill units, 11 coin units, 13 customer sensors,
It comprises 14 card readers, 15 bill insertion slot, 16 coin insertion slot, and 17 change return slot. The customer's approach is detected by 13 customer sensors, and necessary certificates and the like are selected by 1 CRT and 2 touch panels,
The card is inserted into the card reader No. 14 and the person is recognized. A fee is deposited from the bill insertion slot 15 and the coin insertion slot 16, and a receipt is returned from the receipt printer 3 and change is returned from the change return slot 17. Certificate issuance is shown in Figure 2.
A more detailed description will be given. The certificate issuing machine 101 includes a certificate output port 102, a stacker 103, a collection mechanism 104,
The printer includes a student discount printer 5, a red seal printer 106, a transport mechanism 107, a laser beam printer 108, a discharge mechanism 109, an operation unit 110, and a control device 111. For example, if a student certificate and a transcript are to be partially issued, a student certificate is issued from the student discount 105 printer under the command of the control device 111 when a certificate is selected from the operation unit 110.

[0007] The student discount certificate is stacked on the stacker mechanism 103. At the same time, the transcript output from the laser beam printer 108 by the command of the control device 111 is transported to the red seal printer 106 by the transport mechanism 107, where the seal is printed and stacked on the stacker mechanism 103. At this time, if the stamping is not necessary, the sheet is stacked on the stacker mechanism 103 by the transport mechanism 107 under the command of the control device 111. The two types of certificates stacked are output from the ejection mechanism 109.
Is issued to the certificate output port 102 collectively. The forgotten certificate is collected by the collecting mechanism 104 by the discharging mechanism 109. FIG. 3 shows a mechanism diagram of the transport system. It is composed of 50 transport rollers, 51 paper cassettes A, 52 paper cassettes B, 53 student printing section, and 55 student paper cassettes. When the student discount certificate is issued, the student is conveyed from the student paper cassette 55 to the student printer 105 by the conveying roller 50 and printed by the printing unit 53 in the student printer. The printed student discount certificate 57 is stacked on the stacker 103 in the student discount transport unit by the transport roller 50.

At this time, when the number of issued sheets is one,
0 issues a student discount certificate 57. When the number of issued cards is two or more, after all the issued cards are stacked on the stacker 103, the student discount certificate 57 is issued collectively. When the transcript 56 is issued, the transcript is conveyed and printed by the conveyance roller 50 from the paper cassette A51 or the paper cassette B52 in the laser beam printer 108, and is conveyed to the transcript conveyance unit 8. The red seal printer 10 is driven by the transport rollers 50 in the transcript transport unit 8.
6 and need stamping, the printing unit 53 in the red seal printer 106 performs stamp printing and is stacked on the stacker 103 by the transport rollers 50. At this time, when the number of issued sheets is one, the transcript 56 is issued by the transport roller 50. When the number of issued sheets is two or more, the transcript 56 is issued collectively after all the issued sheets are stacked on the stacker 103. When issuing either a transcript or a student discount certificate only, issue either a transcript or a student discount certificate. When issuing two types of certificates, issue a transcript and student discount Issue both certificates at the same time. Also, the forgotten certificate or the like is collected by the collecting mechanism 104 by the 50 transport roller and can be used by the next user.

FIG. 4 shows an example of the above flow, which will be described below.

[0013] 13 A user is detected by a customer sensor, the user selects a transaction from the ICRT, makes a selection input using the 2 touch panel, 14 inserts a card into the card reader, inputs a password using the 2 touch panel, and further copies Enter necessary items such as A commission is inserted from the 15 bill insertion slot or 16 coin insertion slot. When both the certificate and the student discount certificate are output, output of both is started, when only the certificate is output, the output of only the certificate is started, and when only the student discount certificate is output, only the student discount certificate is output. . When both the certificate and the student discount certificate are output, the certificate and student discount certificate issuance starts, the certificate is stamped according to the presence or absence of the seal, and the certificate is stacked on the stacker of 103, and the student certificate is also stacked on the stacker of 103. You. A receipt is issued from the 3 receipt printer, the card is ejected from the 14 card reader, and the stacked certificates are output collectively from the 102 certificate output port. Each forgotten certificate is collected by the 104 collection mechanism and can be used by the next user.

[0011]

The present invention employs the above-described system and has the following effects. According to the present invention, it is possible to shorten the issuance time by simultaneously outputting a plurality of certificates in a lump, and to prevent the loss of the certificates by collecting the forgotten certificates. Seals can also be selected from red and black.

[Brief description of the drawings]

FIG. 1 is an external view of an apparatus of a certificate batch output system.

FIG. 2 shows a system configuration example of a certificate batch output system.

FIG. 3 shows a mechanism diagram of a certificate batch output method.

FIG. 4 shows a flow example of a certificate batch output method.

[Explanation of symbols]

1 ... CRT, 2 ... Touch panel, 3 ...
Receipt printer, 5: Student transfer unit, 8: Transcript transfer unit, 10: Banknote unit, 11: Coin unit, 13: Customer sensor, 14: Card reader, 15: Banknote slot, 16: Coin slot, 1
7: change return port, 50: transport roller, 51 ...
Paper cassettes A, 52: Paper cassettes B, 53: Printing section, 55: Student discount paper cassette, 56: Transcript, 57: Student certificate, 101: Certificate issuing machine, 102: Certificate output port, 103: Stacker ,
104: Collection mechanism, 105: Student discount printer, 106: Red seal printer, 107: Transport mechanism, 108: Laser beam printer, 109: Ejection mechanism, 11
0: operation unit, 111: control device.

Claims (1)

[Claims] An automatic certificate issuing device includes a laser beam printer, a red seal printer, and a student discount printer, and a certificate and student certificate issuing device for transporting a sheet by a sheet transport mechanism. Is the same place, the mechanism for forgetting to collect certificates and student certificates, stacking multiple certificates and student certificates and outputting the number of sheets stacked at a time, and the certificate can be designated with seals and black marks Automatic certificate issuing device.