JPS58137088A - Automatic securities issuing processor - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention] [Technical outline of the invention] The present invention provides a system for automatically issuing certificates such as commuter passes and certificates of deposit, and for prohibiting the reuse of old commuter passes. The present invention relates to an automatic document issuance processing device that is capable of processing.

[Technical background of the invention and its problems]

Conventionally, in this type of device, for example, an automatic commuter pass issuing machine, when a purchaser inserts a commuter pass that is nearing its expiration date, the magnetic information is read through and determined, and the determination result is read. In addition to issuing new commuter passes based on
The nine commuter passes (old commuter passes) that have been taken in will be allowed to fall and accumulate inside the device, and at a later date, the staff will collect and transport the old commuter passes and dispose of them at a designated location.

However, if the devices are simply accumulated in the device, they are often lost while being transported by staff, and there is a problem that they may be used illegally by people who find them with malicious intent.

[Purpose of the invention]

The present invention has been made in view of the above circumstances, and aims to prevent unauthorized use of certificates such as old periodic certificates taken into the device. The purpose is to provide a processing device.

[A chest of inventions]

In order to achieve the above object, the present invention captures and transports a document IR on which magnetic information is recorded, and records the magnetic information of the document being transported. Once the magnetic information on the document has been erased based on the results of the gun capture, a message is printed on the document to the effect that it will be reused, and then the document is stored in a storage box provided inside the device. It is characterized by nine things.

[Embodiments of the invention]

An embodiment of the present invention will be described below with reference to the drawings. Figure 2 is an external view and a control system block diagram of an automatic commuter pass vending machine to which the device of the present invention is applied. In II, 1 is a main body, and 11 of this main body 1 contains a control device Ii2. An old ticket reading section 3 connected to this control section 2. Insert the purchase application form P into the device and read the name. WIL, paper? ticket price.

Name transcription unit that prints ticket number etc. 4. 5. Ticketing mechanism department that actually issues the regular tickets. A mechanism controller 6 that controls the drive mechanism in the ticket issuing mechanism 115 according to commands from the control section 2, a printing controller 6 that controls the printing form in the ticket issuing mechanism 115, a-47, and a customer service panel section 8 that provides guidance to purchasers. Banknote discrimination 119, which takes in nine inserted banknotes, determines whether they are genuine or false, and counts the number of inserted banknotes. Returning the fishing tag to the purchaser s10. A counter that collects coins, determines whether they are genuine or false, counts the number of coins, and returns the change to the purchaser.A tabulation system that records information on commuter passes sold, such as the ticket number, 2 fares, 1 period, etc. Recording section 12. Operator operation s16 to monitor the status of the device and operate each mechanical device. A power supply unit 14 and the like that supplies power to various mechanical devices is stored.In addition, the old bill reading [13° name transfer unit 42 and banknote validating unit 8] are input.

The discharge trays 5m, 4@, and 9g are exposed and formed on the front of the customer service panel section 8.In addition, the coin slot 1 of the change check section
1! Similarly, the front m< of the customer service panel section 8 is exposed. And on the lower left side of the customer service panel s8 is a ticket issuing machine 1ffi.
5, a commuter pass and change outlet 15 are arranged as shown in FIG. A return slot for returning banknotes and a return ticket slot for paying out change to customers are arranged.0 And a display 17 for displaying the amount of money deposited on the customer service panel s8. A display 18 that displays the amount of the commuter pass to be purchased.A display 19 that displays the amount of change.Voice guidance 1111 (not shown) that provides voice guidance to the purchaser.Cancellation switch 20 that cancels the purchase.Calls an attendant. Call switch 21. Various other indicators are installed to provide various guidance to purchasers.Furthermore, a condition setting SSO is provided at the bottom to set ticket issuance conditions according to the purchaser's operations. SmFl is a block diagram showing an example of the configuration of the main parts included in the control s2 and the old ticket reading 115.

That is, the one-day ticket reading section 3 reads I! Figure 6 (g), Cb
) is a reading device 22 for reading magnetic information Tε from a commuter pass T, and a demagnetizing device 123 for demagnetizing magnetic information Tat. It has a round printing device 24 for printing on the commuter pass T. Said l! The measuring device 2 is, for example, a reading magnetic head 25 (shown in FIG. 4) that reads magnetic information as will be described later.
2B and sent to the card face synthesis circuit 26 via control 11.2. The ticket face synthesis circuit 26 receives information read by the magnetic head 25, that is, various information such as boarding section information and expiration date information from the control s2, and selects and issues a pattern corresponding to the setting information from the memory 27. Compose the expected card face pattern. Thus, all the face information necessary for issuance is synthesized by the face synthesis circuit 26.

Beforehand, the information in the memory 27 is displayed on the purchase amount display 18 of the iI customer panel section 8 via the control section 2. If the amount is equal to or greater than the displayed amount, the information is displayed on the bill discriminating section 9. When the change is put into the check s11, the fraudulent information synthesized by the ticket face synthesis circuit 26 is supplied to the print control. The control s2 sends a command to the mechanism controller 6 in response to the composite information signal supplied to the print controller 7, thereby causing the ticket issuing mechanism 55t to operate and print the commuter pass, and at the same time, the input amount is (Purchase amount) If large, change tag section 10 and check change 18
11 operates to release the change to the release port. Also, at the same time as the ticket issuing mechanism section 5 operates, the old ticket reading section 3 reads the magnetic information TcL.
Demagnetization 1i1123, which erases magnetic information by applying a magnetic field to
is activated, and furthermore, the printing area A' (6th
Characters and patterns indicating that reuse is not allowed are printed in the area indicated by the broken lines in Figure (h), and then! In addition, the control section 2Kld pulse converter 48 is connected. This pulse counter 48
◎ is used to plant the drive pulse of the Nords motor 34 provided inside the old ticket reader yIILII 30, which will be described later, and the distance traveled by the commuter pass TO can be determined from this count value. is connected to Il & level conversion s49. This [lE level converter 4
9 is for changing the reading setting level of the reading device 220. For example, when the magnetic information on the commuter pass T has deteriorated and sufficient reading cannot be performed, the command from the control unit It operates based on I! Lower the level of effort,
Alternatively, it may be set to a higher value to ensure that the bladder is removed in preparation for the re-reading operation. - Here, an example of the internal mechanism of the old ticket reading s3 is 1141
One end of the input/output port 3α for the commuter pass T is led out from the front end surface (the left end surface in the drawing) of the 0 old ticket reading unit board 29 shown in FIG. 1 and explained. A commuter pass detection sensor 3 is located at a position corresponding to the other end of the input and output ports 61IE on the board 29.
o, and take-in rollers 31a and 31A facing each other in the vertical direction are also provided. On the other hand, the rear II (II on the right in the figure) IC of the substrate 29 is disposed opposite to each other in the vertical direction, and drive rows 232g and 327 connected with gears are disposed. The drive roller 326 is connected to the rotating shaft of the pulse motor 34 by a belt 33. Then, the driving row 232g, the sinking line 61α, and the tension roller 35
The conveyor belt 66 is connected to the drive roller 2324, the take-in roller 31A, and the tension roller 35.
7 are stretched respectively ◇These conveyor belts 36
．． The midway portion of 37H is appropriately pressed in opposing directions by a plurality of tension rollers 68, so that the conveyor belt 3<S, 37 is brought into close contact, and a clamping conveyance path 39 for the commuter pass r6c is formed. Ru. A commuter pass detection sensor 40 is disposed near the take-in rollers 31g and 31A on the conveyance path 39. A dot printing type printing device 24 is disposed behind this sensor 4o. On one side, a reading magnetic head 25 as a weaving device 22 is connected to a conveying path 39.
A transport path 6 is disposed on the lower surface of the magnetic head 25, and faces the magnetic head 25.
A head pressing row ``y41'' is provided on the top surface of 9.
Furthermore, a degaussing magnetic head 42 as a degaussing device 26 is disposed on the lower surface of the conveyance path 69 in the reading IN position 22, and a head pressing roller 41 is provided on the upper surface of the conveyance path 59 facing the degaussing head 42. It is arranged. A commuter pass detection sensor 45 is disposed at the rear of the degaussing device 23, and a removable storage box 44 with an open top is located behind the drive roller 52 and below the conveyance path 69. The provided number 045 indicates the amount of commuter passes T stored in the storage box 44 (
For example, it is a sensor for detecting when the battery is full. A rotary lens 46 is provided in front of the board 29 and located below the input and output ports 6α, and the rotary lens 46 opens and closes the 7-piece 47 (moves up and down). . By moving upward, this shutter 47 connects the other end of the input and discharge port 3a with the sensor 3.
It is located between 0 and 0 to prevent the insertion of a commuter pass.

Next, the operation of the above-mentioned component device will be explained with reference to the time chart shown in Fig. 5. For example, Figure 6 (1), (A)k
The commuter pass T as shown is inserted and II4 is inserted into the outlet 38.
If you insert it in the direction of the arrow in the figure, the commuter pass T will appear.

The tip is detected by the senna 30. Then, the pulse motor 34 rotates normally, and the commuter pass T is taken in by the conveyor belts 56 and 57, and is conveyed in the right direction in the figure. On the other hand, when the commuter pass T passes through the sensor 60, the shutter 47 is closed by the rotary lens 46 (the rising lever prevents the insertion of the next commuter pass T. When detected, a pulse counter 48 connected to the control unit 2 operates.This pulse counter 48 counts the drive pulses to the pulse motor 64, and the distance traveled by the commuter pass can be determined based on this count value. The sensor 40 detects the rear layer of the commuter pass T that has been pinched and conveyed.
At the same time, a read start signal is generated in K frill 52 and the magnetic information is detected. The gt-reading device 22 reads the data, and the read content is passed through the control section 2 to the judgment inspection section 28 for judgment inspection.

Furthermore, when the commuter pass Tfl is detected by the n sensor 46 and has been transported a certain amount, the operation of the pulse motor 34 is stopped and the waiting state is established. At the same time, the pulse counter 48 is also turned off.The information inspected by the judgment inspection section 28 is sent to the control section 2.The information necessary to create a new commuter pass T' (see CIIK 711) is sent to the control section 2. Kinari circuit 26
Then, the card face synthesis circuit 26 selects a pattern corresponding to the setting information from the screen print 27 and synthesizes the card face pattern to be issued.

When the commuter pass T' is being issued in this way, a signal indicating that an amount greater than the purchase price has been inserted is sent to the control unit s2, and then the controller 2 issues a commuter pass reverse transmission signal. The pulse motor 64 operates in reverse. Therefore, the commuter pass T moves backward and passes the sensor 43, and at the same time the pulse counter 48 turns on. 1111111 more
When a bill discard start signal is generated from 1112, the erasing AF device 26 is operated and the magnetic information Tg is erased, and when the count value of the pulse counter 48 reaches a predetermined value of 11 [K], the printing range A' of the commuter pass T is When corresponds to the printing unit 24, the printing unit 24 operates and prints characters and a pattern (display indicating that reuse is prohibited) indicating a discarded bill on the surface of the commuter pass sequentially as the commuter pass TO moves backward. When the count value of the pulse counter 48 reaches a predetermined value, the print area A' is changed to the print s.
24, the operation of the printing section 24 stops. Furthermore, the commuter pass T moves backward, and when the regular S&T is detected by the sensor 40, the pulse motor 64 stops, and after a certain period of time, the pulse motor 64 starts rotating forward again due to a timer (not shown), and the non-regular ticket T is transported. The pulse motor 64 is housed in the
After the commuter pass T passes the sensor 43, the timer stops the sensor 43 after a certain period of time. At the same time, the rotary runoid 46 opens the 7-year-old 47 (goes down to accept the insertion of the next commuter pass T. At this time, the newly issued commuter pass T' is inserted into the outlet 15). Similarly, if the amount inserted is greater than the amount purchased, the difference is released to the outlet 15 and the ticket outlet 16.By the way, the sensor 30 detects the commuter pass T. The time from when the cent 40 detects the commuter pass T is measured by a timer (not shown).Then, the cent 40 detects the commuter pass T within a certain period of time after the cent 30 detects the commuter pass Tf. When not detected, the operation of the pulse motor 34 is stopped.In other words, when the inserted commuter pass T is detected by the sensor 60, the pulse motor 64 rotates normally, but the commuter pass T is removed before the commuter pass T reaches the sensor 40. In this case, the operation of the pulse motor 64 is automatically stopped.
If the commuter pass T is inserted with the reverse side (magnetic information side) facing up, the reader 22 will not read any information. In this case, after the commuter pass T is detected by the sensor 46, a commuter pass reverse transmission signal is sent from the control unit 2, the pulse motor 64 operates in reverse, and the degaussing process and the printing process are not performed. When the commuter pass T is detected by the sensor 40, the rotary leonoid 4
6, the 7 guy 47 opens (descends) and inputs, and the non-regular T is discharged to the discharge port 3a.Furthermore, the magnetic information Tε of the non-regular T that was thrown in may be missing for some reason. >, even if the magnetic information surface is damaged and cannot be read by the reading device 122, it is put in and discharged to the discharge port 6α without being subjected to degaussing or printing in the same manner as described above. Also, correctly send the commuter pass Tt to the old ticket reading unit 6.
If only a part of the magnetic information is read by the reader t22 despite the input, that is, if the reading level of the magnetic information Ta is lower than a certain value set previously, the reading [Hi122 means that it cannot be read. Then, when the commuter pass T is detected at the center 45, a commuter pass reverse transmission signal is sent from the control unit 2, and the pulse motor 64
operates in reverse, and the commuter pass T moves backward until it is detected by the sensor 40. When the commuter pass T is detected by the sensor 40, a timer (not shown) is activated, and after a certain amount of backward feeding, the pulse motor 64 is stopped, and at the same time, the reading level converter 49 connected to the control s2 is activated. , reading device 11
Change the setting value of the WIR collection level of 22. When this change in the set value is completed, the pulse motor 34 rotates normally again, the commuter pass T is fed, and when the rear end of the commuter pass T is detected by the sensor 40, a reading start signal is sent from the control s2. It is read by the reading device 22 whose reading level is changed, and the same operation as described above is performed to erase the magnetic information Tα.On the surface of the n1 commuter pass, there are characters indicating discarded bills and an I turn (Fig. 6).
After the stamp "Mori" indicating "Torikeshizumi" is printed in h), the commuter pass T is stored in the storage box 44. For example, if the reading device 22 does not read the clothes even after changing the reading level and re-reading the clothes, the machine may be used without being demagnetized or printed, as in the case where it is placed on the reverse side as described above. The ticket T is inserted and ejected to the ejection port 3a.

By the way, when the sensor 45 detects that the nine commuter passes T stored in the storage box 44 are full, the rotary lens 46 closes (raises) the seven commuter passes 47 to prevent the next ticket from being inserted. At the same time, the old ticket full display (not shown) on the staff operating unit 16 is lit via the control W1.2 to inform the staff, and the staff takes out the commuter pass from the storage box 44.
By resetting, the picker 47 is opened (lowered) and the next ticket can be inserted.

Note that this device does not necessarily require you to insert the commuter pass T into the old ticket reader 1113.
Use lI50 to set the issuing conditions for the commuter pass you want to purchase, and
Transfer your name on the commuter pass purchase application form P as shown in the figure.
4, and by inserting the fare, a commuter pass T' is issued. o@A indicates the name 1M is read, and B indicates the printing part.

The present invention is not limited to the above-mentioned embodiments, but can also be applied to, for example, an apparatus for issuing certificates such as time deposit certificates and stock certificates.

〔Effect of the invention〕

As detailed above, the present invention captures and transports documents,
This is because it reads the magnetic information of the documents being transported, takes them in based on the reading results, erases the magnetic information on the documents, prints a message prohibiting reuse, and then stores them in the storage box. Even if stored documents are lost, unauthorized use at automatic ticket gates or manned ticket gates can be prevented, and reliability can be improved. In addition, in the case of the embodiment in which rereading is performed, the purchaser does not have to repeat the insertion operation many times, which has the advantage of speeding up the issuance process and improving customer service. There is. moreover,
Condition setting St- that the purchasing customer has set in the customer service panel
An example in which a new certificate can be obtained through operation has the effect of promoting unmanned operation.

[Brief explanation of drawings]

The drawings show one embodiment of the present invention, and FIG. 1 is an overall plan view, a! 2 is a schematic block diagram showing the internal structure of the device shown in FIG. 1, FIG. 3 is a block diagram showing the main parts in FIG. 2, and FIG. A schematic sectional view showing the internal mechanism of the reading unit, Fig. 5, a time chart for explaining the enlarged operation, Fig. 6(g),
(b) is a back view and a front view of the commuter pass to be discarded;
Figure 7 is a front view of the new commuter pass, and Figure 8 is a front view of the application form.01...Main body, 2...Control unit, 6...
Old ticket reading section, 5... ticket issuing mechanism section, 22... reading device, 26... degaussing device, 24... printing device, 2
8... Judgment inspection section, 34... Pulse motor, 44
...Storage box, 48...Pulse counter, 49...
- Reading level converter, T...commuter pass, Ta...magnetic information, A'...printing area.

Claims (1)

[Claims] A device that takes in documents with magnetic information recorded on them, transports them, reads the magnetic information on the documents being transported, erases the magnetic information on the documents based on the reading results, and instructs the document to prohibit its reuse. An automatic document issuance processing device characterized in that the document is printed and then stored in a storage box provided inside the device.