JPH0435960Y2 - - Google Patents

Description

[Detailed explanation of the invention] [Summary] In automatic teller machines, etc., when there is insufficient space on one side of the slip on which transaction details are printed, the slip is transferred to a front-back reversing device, turned over, and then printed on the printing section again. By transferring the transaction and printing the remaining transaction details on the back side, it is possible to print on both sides of the ticket, thereby reducing the number of tickets and transaction processing time.

[Industrial application field]

When an automatic teller machine makes a deposit or withdraws cash, the details of the transaction are recorded in the passbook, but if the customer does not have a passbook, as part of the service provided to the customer, the details of the transaction are recorded in the passbook. The contents are recorded on a slip as shown in FIG. 4 and provided to the customer. The present invention enables the transaction details to be printed on both the front and back sides of the ticket in an apparatus for recording transaction details on the ticket.

[Conventional technology]

FIG. 5 is a perspective view showing the appearance of the automated teller machine. Operating procedure Insert the card from the card insertion slot 2 according to the operating procedure displayed on the display screen 1.
When cash is inserted into the cash slot 3 and a deposit operation is performed, the deposit process is automatically performed. When a cash withdrawal operation is performed, cash is discharged from the cash opening 3.

At this time, if you insert your passbook into the passbook insertion slot 4,
The transaction details at that time are printed, and all unrecorded transaction details up to that point are also printed. If the customer does not have a passbook, the details of transactions not previously recorded in the passbook are printed on a slip stored in the automated teller machine and provided to the customer.

[Problem that the invention attempts to solve]

Conventionally, when printing transaction details on a ticket, it was printed on only one side of the ticket, and if the transaction details spanned two or more pages, the printed ticket was ejected and then a new ticket was printed. is supplied to the printing unit, printed, and provided to the customer. Therefore, if the transaction details span two or more pages, the operation of ejecting each sheet after printing, printing on the next new ticket, and ejecting must be repeated, which takes time and is inefficient. Moreover, since only one side is printed, it is necessary to store a large number of tickets in the automatic teller machine, which increases the expense required for the tickets and the burden of replenishing the tickets. In order to reduce the frequency of replenishment work, it is necessary to increase the ticket storage space, but as a result, the automatic teller machine becomes larger.
It doesn't match the reality.

The technical problem of this invention is to solve these problems and make it possible to print on the back side of the ticket, thereby shortening the processing time, saving the number of tickets, reducing the burden of ticket replenishment work, and increasing the number of tickets. The purpose is to realize miniaturization of storage space.

[Means for solving problems]

FIG. 1 is a side view illustrating the basic principle of the transaction recording device according to the present invention. Reference numeral 5 denotes a transaction recording device, which has a function of transferring the ticket to the printing unit 6 and printing the details of the cash transaction.

Reference numeral 7 denotes a ticket storage section, where the tickets are fed out one by one and transferred to the printing section 6, where transaction details are first printed on one side. At that time, means 8 is provided for detecting that the printing space on one side is insufficient. When the detecting means 8 detects a lack of space, a means 9 is provided for transferring the cut sheet to a front-back reversing device 10. It also has a device 10 for reversing the slip transferred from the printing section 6 in this way. A device 9 is provided for transferring the reversed ticket to the printing section 6 so that printing is performed on the reversed side of the ticket reversed by the reversing device 10. Note that a single device 9 can be used as both the means for transferring the ticket to the front-back reversing device 10 and the means for transporting the ticket from the front-back reversing device 10 to the printing unit 6 by reversing the direction of rotation.

[Effect]

The tickets are supplied one by one from the ticket storage section 7 to the printing section 6, and transaction details are first printed on one side. When the detector 8 detects that there is insufficient space as a result of printing the transaction details on one side, the ticket is transferred by the transfer means 9 to the front-back reversing device 10 and is reversed. Then, the inverted ticket transfer means 9 supplies the ticket to the printing unit 6 again, and the continuation of the transaction details is printed on the reversed side.

When the printing space on one side of the ticket runs out in this way, the ticket is reversed by the front-back reversing device 10 and the remaining transaction details are printed on the reverse side. Therefore, compared to the conventional operation of discharging a ticket and then feeding a new ticket to the printing section for printing, the processing time is shortened and it is more efficient. Furthermore, since printing can be performed on both the front and back sides of the ticket, the number of tickets can be saved and the ticket storage section 7 can also be made smaller. The frequency of replenishing the ticket storage section 7 is also reduced, and efficiency is improved in this respect as well.

〔Example〕

Next, how the transaction recording device according to the present invention is actually implemented will be explained using examples. FIG. 2 is an internal side view showing an embodiment of the transaction recording device according to the present invention. Slip storage section 7 in transaction recording device 5
A large number of tickets 11 are built in, and are pressed against the feed roller 13 side by a compression coil spring 12. In addition to the ticket transport roller, the ticket transport route includes a printing section 6, a ticket printing space end detector 8, a front-back reversing device 10, and a transport roller 9 between the printing section 6 and the front-back reversing device 10. etc. are arranged.

Now, when a customer makes a cash transaction without a passbook, the feed roller 13 rotates in the direction of the arrow, and one ticket is
Only one sheet is fed to the feed rail 14 and supplied to the cut sheet transport path. Then, the slip 17 is once transferred to the side opposite to the printing section 6 by the transfer roller 15, and when detected by the detection section 16, the transfer roller 15 is reversed and the ticket 17 is transferred toward the printing section 6. 1 in printing part 6
Each time a line is printed, the line feed roller 18 feeds the line of the cut sheet, and printing is performed. Transaction details are printed on the entire surface of one side of the ticket, and when the printing space runs out, the tip of the ticket is detected by a detector 8 and transferred to a front-back reversing device 10 by a transfer roller 9. This front-back reversing device 10 has a dead end-shaped cut retraction section 19 and a rotary blade 20, and when a cut is transferred by a transfer roller 9, the rotary blade 20 guides the sheet into the cut retraction section 19, The roller 21 of the front/back reversing device 10 sucks the sheet into the cut sheet retracting section 19. When the entire length of the cut sheet is sucked into the cut sheet retraction section 19, the rotary blade 20 rotates 60 degrees clockwise. Thereafter, the ticket in the ticket retracting section 19 is lowered by the roller 21 and guided by the rotating blade 20 toward the transfer roller 22 side. When the tip of the cut is detected by the detector 23, the rotary blade 20 is further rotated by 60 degrees to become horizontal, allowing the cut to pass. In this state, the transfer roller 22 rotates in reverse to move the cut sheet backward. Then, the paper is supplied to the printing unit 6 by the transfer roller 9, and after the continuation of the transaction is printed, it is transferred to the exit 24 by the rollers 18, 15, and 16.

Only when there is insufficient printing space even after printing on both the front and back sides of the ticket, the second ticket is taken out from the ticket storage section 7 and printing is performed on the second sheet.

FIG. 3 is a side view showing another embodiment of the front-back reversing device 10. In this embodiment, the sheet is turned upside down by making a U-turn, and the pulley 2
The belt 27 that is hung between 5 and 26 and the pulley 2
A belt 30 placed between 8 and 29 is arranged in a V-shape at an angle θ, and is attached to a pulley 2 on the side of the recording unit 6.
Numbers 6 and 29 are so close that they can squeeze a ticket between them.
Print space end detector 8 and pulleys 26, 29
A cage lever 31 is attached to a shaft 32 between the two. Also, pinch rollers 33, 3 are pressed against pulleys 29, 28 on the front and rear sides of the horizontal belt 30.
4, a bottom guide 35 is disposed between the pinch rollers 33 and 34, and a ceiling guide 36 is provided above the horizontal belt 30.

When the detector 8 detects the space end of the cut sheet, the support shaft 32 rotates counterclockwise, and the cage lever 31 moves from the chain line position to the solid line position. As a result, the ticket 17 is the gate lever 31
It is guided between the pulley 29 and the pinch roller 33, and is transferred onto the bottom guide 35 by the rotation of both. Before the rear end of the cut sheet leaves between the pulley 29 and the pinch roller 33, the front end of the cut sheet is sandwiched between the left pulley 28 and the pinch roller 34 and transferred into the ceiling guide 36, as shown at 17a. , make a U-turn. When the rear end of the ticket is detected by the detector 37, the support shaft 32 rotates clockwise and the gate lever 31 returns to the chain line position. Therefore, the single sheet consists of belts 30, 27, pulleys 26, 2
At step 9, the paper is transferred to the recording section 6 side, and printing is performed on the back side.

In addition to detecting the leading edge of a ticket, the space end detection of a ticket can also be done by counting the number of line breaks during printing or by detecting marks pre-set on the ticket. The detection means also
It shall be included in the Space End Detector.

[Effect of idea]

As described above, according to the present invention, the transaction details are printed on both the front and back sides of the ticket, so the processing time for recording the transaction details is shortened and the number of tickets is also saved. The frequency of replenishing sheets in the sheet storage section is also reduced, making it more efficient. Since the amount constantly stored in the ticket storage section is also small, the transaction recording device can be downsized.

[Brief explanation of drawings]

FIG. 1 is a diagram explaining the basic principle of the transaction recording device according to the present invention, FIG. 2 is a side view showing an embodiment of the device according to the present invention, and FIG. 3 is a side view showing another embodiment of the front-back reversing device. Figure 4 is a perspective view showing the appearance of a single sheet;
FIG. 5 is a perspective view showing the appearance of the transaction recording device. In the figure, 6 is a recording section, 7 is a ticket storage section,
Reference numeral 8 indicates a print space end detector, 9 a cut sheet transport roller, 10 a front-back reversing device, and 17 a cut sheet.

Claims (1)

[Scope of Utility Model Registration Request] In a transaction recording device that transfers a ticket to a printing unit and prints the details of a cash transaction, etc., when the transaction details are printed on one side of the ticket in the printing unit 6, means 8 for detecting that there is insufficient printing space; and means 9 for transporting the ticket to the front-back reversing device 10 when the detecting means 8 detects that the space is insufficient.
a device 10 for reversing the ticket transferred from the printing section 6; and a device 10 for reversing the ticket transferred from the printing unit 6; A transaction recording device characterized by comprising: means 9 for transferring to a computer;