JPS59142195A - Device for treating bankbooks - 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 [Field of Application of the Invention] The present invention relates to a passbook handling device, such as an automatic teller machine, an automatic cash dispensing machine, and an automatic bookkeeping device, which automatically records transaction information in passbooks.

[Prior art]

As a conventional passbook handling device of this type, the patent application 1986-
14572 (see Figure 1) has been proposed. However,
In this patent application No. 56-14572, the separation roller 4
Since the new passbook 9' is arbitrarily separated by the claw 44 of No. 6 and fed to the passbook transport path, the opened pages are not uniform and any page can be read. -Therefore, there was a drawback that subsequent processes such as page changes took a long time. Also, when separating the new passbook 9' with the claw 44 of the separation roller 43°, the claw 4
4 also had the disadvantage of damaging the new passbook 9'.

[Purpose of the invention]

The purpose of the present invention is to solve the problems of the prior art and provide a passbook handling device that can automatically issue a new passbook and perform the necessary updating process when a passbook needs to be updated. It's about doing.

[Summary of the invention]

In order to achieve the above object, the passbook handling device of the present invention has the following features:
A passbook transport path connected to the passbook insertion slot, a passbook storage means for storing a newly issued passbook, and a means for feeding the passbook taken out from the passbook storage means in an opened state to the passbook transport path. An automatic page change means, a magnetic recording reading means, an optical detection means for reading a page code, etc., provided in the middle of the passbook transport path, and printing on the passbook.

The passbook is equipped with a printing means, and when there is no more space for printing on the passbook inserted through the passbook insertion slot and led to the passbook transport path, the feeding means transports the unused passbook from the passbook storage means to the passbook. The passbook is fed to the passbook, the necessary information is transferred to the passbook, and a new passbook is issued, and the page changing means changes the pages of the passbook in the passbook transport path as necessary. 0 [Embodiment of the Invention] Hereinafter, an embodiment of the present invention will be described in detail with reference to the drawings. FIG. 2 shows a sectional side view of a passbook handling device which is an embodiment of the present invention. The passbook 9 used in this embodiment is a passbook with an upper and lower opening angle as shown in FIG. 3 (hereinafter simply referred to as a passbook). That is, multiple pages of paper 6
1, and each page consists of 24 printed lines.

A page mark 26 consisting of a Nokuichi code indicating the page number is attached to the upper left corner of each page. In addition, a 27° magnetic stripe is pasted on the back side of the passbook in a vertical direction (some passbooks have a horizontal magnetic stripe), and the information required to conduct transactions using this passbook 9, i.e. Information such as secret numbers, account numbers, etc. used to authenticate individuals.

Information such as printed pages and printed lines of the book is magnetically recorded. □゛The user inserts the passbook 9 (hereinafter referred to as the circulation passbook) in use through the passbook insertion slot 10 Normally, when inserting it, it is preferable to open the circulation passbook to the page to be printed and insert it. The device of the embodiment also notifies the user of this instruction by a means not shown, but there is no problem with the process itself even if another page is opened and inserted.
3 are in communication, and the transport rollers 2.3.4.5 are connected to each other at intervals shorter than the length t of the passbook in the open state.
．． 5' is provided. A detector 10 is disposed on the conveyance path 23 . This detector 10 is, for example, an optical sensor, and is provided on the conveyance path 23 at a position corresponding to the position of the page mark 26 of the bankbook in the open state as shown in FIG. The O printing section 24 is also provided on the O conveying path 23 and sends its detection output to the amplifier 18. The O printing section 24 is equipped with a known platen 7 and a printing spatula (8). This printing pin 8 is slid in the printing line direction of the passbook by known means, and a wire is selectively driven from the outside.
Information consisting of a combination of dots is printed on the pages of a passbook. When printing of one line is completed, the passbook is moved by one line by driving the roller 4, and the next line is set in front of the print head 8.

The passbook transport path 23 is also provided with a magnetic head 11 . Before printing the inserted passbook, information magnetically recorded on the magnetic stripe 27 by the magnetic head 11 (page number to be printed, last line number printed so far, account number, secret number) etc.) are read. Note that, as described later, information is also written to the magnetic stripe 27 by the magnetic head 11.

A detector 22 is also provided below the conveyance path 23.

This detector 22 is composed of a known light-emitting element and a light-receiving element, and in order to detect the reference position of the bankbook being conveyed, for example, the first line, it is placed at a position that is the distance from the first line to the bottom edge of the bankbook. will be installed. This detector 22 also detects when a newly opened passbook passes through the row 25.5' and its upper end has reached, as will be described later.

A new passbook issuing section 25 is provided at the lower end of the passbook transport path 23. The new bankbook issuing unit 25 has a cassette 12 that stores a plurality of unused bankbooks 9' stacked in a closed state. In addition, the new passbook issuing unit 25 is provided with a suction cup 92 made of a rubber material with good suction properties, such as silicone rubber, at the tip of an arm 91 that swings about a fulcrum 90. When issuing an unused passbook 9' as a new passbook, this suction cup 92 uniformly places the passbook to be issued on the zero page (the next page of the spine is opened), but the details This will be discussed later. A detector 15 is provided to detect when the remaining amount of the passbook 9' in the cassette 12 has decreased below a certain amount. The detector 15 is composed of a known light emitting element and a light receiving element, and outputs a detection signal when the light path is blocked by the arm 91.

Further, a page change section 40 is provided facing the passbook transport path 23. The page changing unit 40 turns over the pages of the bankbook (circular bankbook or newly issued bankbook) fed to the bankbook transport path 25 as necessary.

Its main component is the turning roller 49. Details of the page changing unit 40 will be described later.

The page mark 26 is read by the aforementioned detector 10, and its detection output is sent to the amplifier 18, where it is amplified and waveform-shaped and set in the register 19 as page information. Further, the magnetic stripe information read by the magnetic head 11 is sent to the read/write control circuit 16.

The read magnetic stripe information includes the aforementioned secret number, account number, printed page number, printed number, etc., and this information is stored in the read/write control circuit 16.
The signal is amplified and waveform-shaped, and is temporarily set in storage means (not shown). Among these pieces of information, particularly page number information and printed line number information are sent to the register 20 and set therein.

The arithmetic circuit 21 inputs the page information set in the register 19, that is, the number of the currently opened page, and the information read by the magnetic head 11 and set in the register 20, that is, the page number that is originally to be printed, and calculates the image information. A comparison check is made to see if they match using a known method. As a result of this comparison, if they match, the printing section 24 is driven to print on the relevant page of the passbook. If they do not match, a signal is sent to the control circuit 17 and the passbook is transferred to the page changing section 40.
The rollers 2.5.4.5.5' are driven to send the page to the next page, and the page changing section 40 is also operated.

Hereinafter, the operation of this embodiment and the details of each part will be explained.

When a passbook is inserted through passbook insertion slot 1, rollers 2.5.
4. The passbook is sent along the conveyance path 23 toward the printing section 24 . During transportation, the page mark 26 of the passbook was detected by detector 1.
0 is optically scanned to read information. The detection signal of the detector 10 is amplified and waveform-shaped by the amplifier 18,
Set in register 19. Furthermore, the information on the magnetic stripe 27 of the passbook is read by the magnetic head 11,
Among the read information, the printed page number and printed line number are sent to the register 20 via the read/write control circuit 16 and set therein. The passbook is fed further downward, and the lower end of the passbook is detected by the detector 22. When a detection signal is output from the detector 22, the control circuit 17 stops the roller 23.4. As a result, the first line of the open page of the bankbook is positioned immediately in front of the print head 8 and remains stationary.

In this state, the arithmetic circuit 21 checks whether the currently opened passbook page is the page to be printed.

That is, read from page mark 26 and stored in register 1.
The page number set to 9 and the page number read from the magnetic stripe 27 and set in the register 20 are compared by the arithmetic circuit 21. If there is a match in this comparison, the arithmetic circuit 21 instructs the control circuit 17 to position the line numbered next to the printed line number set in the register 20 on the print head 8. The control circuit 17 is low 2
34 to move the passbook to a predetermined position. When the bankbook is positioned, data is printed on the corresponding line of the bankbook by the print head 8 under the control of a printing control section (not shown).

When printing of one line is completed, the passbook is changed to 1 under the control of the control circuit 17.
The paper is fed by one line, and printing is performed line by line in the same manner. In parallel with this printing operation, the printed line number in the register 20 is updated by the arithmetic circuit 21 every time one line is printed. When all the data to be printed is printed in this way, the roller 3.4 is driven under the control of the control circuit 17, and the magnetic stripe 27 of the passbook is printed by the magnetic head 11.
to scan. The read/write control circuit 16 includes a register 20
In order to update the magnetic stripe information with the information of
The magnetic head 11 is driven. When the updating of the magnetic stripe 27 is completed, the passbook is sent along the conveyance path 23 by rollers 2, 3.4, and is ejected from the passbook insertion slot 1 to the outside.

If the last line is reached in the middle of printing, the remaining days are

If it is necessary to change the page of the passbook to print a new page, or if the open page of the inserted passbook is different from the page to be printed and the above page number comparison results in a discrepancy. , the arithmetic circuit 21 instructs the control circuit 17 to send the passbook to the page changing section 40 for page changing.

First, the passbook is conveyed downward to a position where the lower end of the passbook is detected by the detector 22, and then the rollers 4 and 3 are reversed and the passbook is conveyed upward. Here, details of the page changing section 40 will be explained in detail with reference to FIGS. 2, 4, and 5.

Turning sheet roller 4, which is a main component of the page changing section 40
9 is basically composed of a main body portion 162 and a tooth portion 131, as shown in an enlarged view in FIG. - The main body part 132 is fixed to the shirt 101, and is made of aluminum or brass, for example. This main body portion 132 includes a slope portion 106 having a predetermined curvature and a constriction portion 1 connected thereto.
07, and a tooth portion 131 is further provided over approximately half the circumference of the position facing the slope portion 106. The tooth portion 131 is made of an elastic member such as rubber having a large coefficient of friction, and its outer peripheral portion has an uneven shape. Normally, i.e.
When the passbook is simply conveyed and the page 2 of the passbook is not changed, the slope portion 106 faces the conveyance path 23 and the edge of the passbook is moved by the Mekuyu roller 4 as shown in Fig. 5C.
9 was not hit, and the transfer of bankbooks was carried out smoothly. When turning the pages of the passbook in the forward or reverse direction, the turning roller 49 is rotated in the x1 direction or the x2 direction, respectively. This rotation is performed by ′
A motor 112 is connected to the shaft 101. .

In order to detect the rotation angle of the turning roller 49, a timing disk 110 is attached to one end of the shaft 101. A detector 111 consisting of a light emitting element and a light receiving element is provided to detect the Surin) 110' formed at one location on the timing disk 110, and each time the Surin) 110' passes through the detector 111, the A detection signal is output from the control circuit 17 and sent to the control circuit 17°. The control circuit 17 controls the turning roller 49 based on the detection signal from the detector 111.
It recognizes the number of rotations (amount of page changes) and controls the timing at which the turning row 249 is stopped. In addition,.

Although only one turning roller 49 is shown, the number of turning rollers 49 is arbitrary.

Now, returning to FIG. 2, the opening/closing plates 141 and 142 are located on the upper and lower sides of the flip-up Jiro 249, respectively, with shafts 141'.

It is rotatably supported by 142'. this.

Although not shown, the shafts 141' and 142' are, for example, phosphorus.

It is connected to a solenoid via a mechanism that allows it to open and close. When the page is not changed, both the opening/closing plates 141 and 142 are in the closed state (vertical state).
The passbook is held in place to facilitate smooth transportation of the passbook through the transportation path 23. Then, only when changing pages, one of the opening/closing plates 141 and 142 is opened depending on the direction of page turning. Further, on the opposite side of the transport path 23 from the opening/closing plates 141 and 142, a 1° pair of levers 47 is swingably supported by a shaft 47'. Each lever 47 is connected to a solenoid 45, and is pulled to the right in the figure by a spring 46. When a page is not to be changed, all solenoids 45 are deenergized and each lever 47 is pushed back by a spring 460. When changing pages, the solenoids 45 are alternately energized by the control circuit 17, and the levers 47 alternately swing and strike the back of the bankbook, smoothing out the page changing action.

Next, the page change operation will be explained in detail with reference to FIG.

For example, suppose that the last line of a certain page has been printed and there is still data to be printed.

As described above, under the control of the control circuit 17, the passbook is fed so that the edge line of the passbook is at a predetermined position above the turning roller 49, and then stopped (the state shown in FIG. 5(a)). Then, under the control of the control circuit 17, the upper opening/closing plate 141 is opened. The motor 112 is driven, and the turning roller 49 is rotated once in the direction of arrow X0. At this time, solenoid 45
is intermittently energized, and the lever 47 applies vibration to the passbook. The page of the passbook that is in contact with the tooth portion 131 of the turning roller 49 is turned upward to the page 48 in FIG. 1 and FIG. become a state. Note that even if the edges of the passbook pages are bent, the bent edges are hooked on the constriction 107 and sent upward.
Pages can be changed reliably. Next, under the control of the control circuit 17, the driving of the solenoid 45 and the motor 112 is stopped, and the row 22.3.4 is immediately driven to send the passbook downward. When the page is completely expanded as shown in Figure 5 (→) by moving the passbook downward, the opening/closing plate 141
is closed as before. This completes the forward page change for one page. At this point, the page number in the register 20 has been updated by the operation 21.

During the downward movement of the passbook, the page mark 26 is read and set in the register 19. The arithmetic circuit 21 compares the page numbers in the registers 19 and 20 and checks that the page has been correctly changed to a predetermined page. If a match is found in this comparison, the control circuit 17 stops the roller 264 when the detection signal is output from the detector 22, and instructs the print control unit to print the remaining data from the first line. do.

If the above comparison does not result in a match, the arithmetic circuit 21 issues an instruction to the control circuit 17 to change the pages anew by the number of pages corresponding to the difference between the two page numbers.

In addition, if two or more pages are not changed in a row, turn the turning roller 49 once and turn the page for one page as shown in Figure 5 (/
After turning the predetermined number of pages by rotating the turning roller 49 the required number of times, the page is turned completely as shown in Figure 5)) and Figure 5). Perform a page change. In the same manner, check whether the passbook has been opened to the correct page and resume printing.

In addition, to change pages in the opposite direction, that is, to change pages from the larger page number to the smaller page number, position the passbook so that the edge line of the passbook is at a predetermined position below the flipping roller 49, and then Open the opening/closing plate 142. Then, the turning roller 49 is rotated in the direction of arrow X2 to turn the required number of pages downward and move the passbook upward. The subsequent steps are the same as in the case of forward page changes.

Next, a case will be described in which there is still data to be printed even after printing up to the last line of the last page of the inserted passbook. In other words, this is about the operation when issuing a new bankbook, which is a characteristic feature of the present invention.

In the register 20, the page number being printed at each point in time and the line number at which printing has been completed at that point are set. When the arithmetic circuit 21 recognizes that printing has been performed from the page number and line number in the register 20 to the last line of the last page of the passbook, if there is still data to be printed, it sends a message to the control circuit 17. and instruct the issuance of a new passbook.

Here, details of the new passbook issuing unit 25 will be explained with reference to Fig. 2 and Fig. 6.18.

FIG. 6 is an operational explanatory diagram for explaining the new passbook issuing operation in the new passbook issuing section 25.

When the control circuit 17 receives an instruction to issue a new passbook, it performs the following control.

First, as shown in Fig. 2, drive the rollers 2.64 to force the used bankbook (a distributed bankbook whose printing is blank up to the last line of the last page) upwards and place it near the insertion slot 1. evacuate to a predetermined position.

Although it is possible to eject the used passbook from the insertion slot 1, it is preferable not to eject it at this point but to set it aside. (In other words, in order to prevent problems caused by theft if the end user receives only the used passbook and leaves behind the new passbook that will be issued afterwards). In,
The information on the magnetic stripe 27 of the used passbook is erased by the magnetic head 11 and then saved.

When this evacuation is completed, as shown in FIG.
' is retracted in the direction of arrow X3, and arm 91 is swung in the direction of arrow θ1 about shaft 90 by a drive source (not shown). Suction cup 92 attached to the tip of arm 91
is pressed against the spine 9a of the uppermost layer of the newly issued passbook 9' stored in a closed state in the cassette 12, and is attracted to the spine 9a by the elastic suction effect of the suction cup 92 as shown in FIG. ), by swinging the arm 91 again in the direction of arrow θ2 using a drive source (not shown), the newly issued passbook 9
Only the spine 9a of ' is fed between the conveyance rollers 5 and 5', and the next page of the spine 9a, that is, the zero page 100:
Ak Ryo- is converted to chastity. Next, as shown in Figure 6(a)-
The conveying roller 5', which had been retracted in the state shown in FIG. 6(B), swings in the direction of arrow X4 and returns to the state shown in FIG. 6(A). Then, the spine 9a of the newly issued passbook 9' is sandwiched between the transport rollers 5 and 5'. In this state, suction cup 9
2 is inflated with air, and the suction cup 92, which had been suctioned to the spine 9a, separates from the spine 9a75>. In this state, the conveyance roller 2.3.4.5.5' is driven to feed the newly issued passbook 9' in the direction of arrow X5, and the new passbook 9' is printed as shown in FIG. The zero pages 100 are uniformly loaded and fed through the conveyance path 23.

Here, the suction effect of the suction cup 92 will be explained.

The configuration of the suction cup 92 is shown in FIGS. 7(a) and 7(b). The landing plate 92 is roughly divided into a main body part 96 made of a soft rubber material with good adsorption properties such as silicone rubber, and a slide bin 94.
It is composed of three parts: and a recovery spring 95. Main body part 9
3 has an air chamber 96 and a slide hole 97, and a slide bin 94 is inserted into the slide hole 97 of . A compression spring 95 for recovery is inserted between the slide bin 94 and the main body part 96, and the tapered part 98 of the slide hole 97 of the main body part 93 and the technical parts of the slide bin 94 are in close contact with each other in the normal state, and air is removed. A chamber 96 is formed.

Next, the suction operation of the suction cup 92 will be explained.

8(a), (b), (...) are explanatory diagrams of the suction operation of the suction cup 92. FIG. 8(a) is a diagram of the standby state before suction, and shows the hinge part 97 of the main body part 93 and the slide bin 94.
The tapered part 99 of is brought into close contact with the compressive force of the recovery spring 95, forming an air chamber 96. From this state, when the main body part 93 is pressed against the spine 9a of the newly issued passbook 9' with a predetermined pressure, Since the main body part 93 is made of a comb material such as silicone rubber which is soft and has good adsorption properties, it comes into close contact with the back cover 9a and at the same time expels the air inside the air chamber 96 to the outside of the air chamber 96.

When the compression applied to the main body part 93 is released in this state, the air chamber 9
The air in the new passbook 9' attracts the spine 9a of the new passbook 9', and the main body 96' will not separate from the spine 9a unless a predetermined force is applied.

The feeding mechanism of the present invention utilizes this suction force to form newly issued bankbooks stored in a closed state into uniform pages.
It is intended to be fed to a conveyance means. FIG. 8 (B) is a diagram of this suction state, and in the explanation of the operation of the device, FIG. 6 (B) shows the state of this suction state.
The suction release state diagram shown in FIG. 8 (Q') shows how this suction state is released. In other words, the adsorption state shown in Figure 8 (b) continues.

If the newly issued passbook 9' is fed to the conveyance means in the state where the newly issued passbook 9' is in the state where the newly issued passbook 9' is in a state where the newly issued passbook 9' is not in use, the back cover 9a of the newly issued passbook 9' will be damaged. Therefore, as shown in FIG. 6(D)K, the spine 9a of the newly issued passbook 9' is sandwiched between the conveyor rollers 5 and 5' (not shown), or the sliding pin 94 is moved in the direction of the arrow X6 using the Clenoid. When pushed in, the tapered portion 99 of the slide pin 94 and the tapered portion 97 of the main body portion 93 are released from close contact, and the air chamber 96
Since the outside air flows in through the slide hole 97, the adsorption of the main body part 93 to the spine 9a is released, and the spine 9a of the newly issued passbook 9' is not constrained by the feeding mechanism of the present invention and can be moved through the Hikoshield. Conveying means (conveying roller 2.3.4.5.5'
), it can be transported in the direction of arrow X5.

In this way, the new passbook 9' is uniformly removed from the zero page 100 from the new passbook issuing unit 25, and while being moved along the conveyance path 23 in the direction of the arrow X5, the magnetic stripe of the newly issued passbook 9' is removed. Necessary information such as the account number of the old passbook is written in the magnetic pad 11, and the page mark 2 of the newly issued passbook 9' is written by the detector 10.
6 is read and set in register 19. Moreover, at the time when the new passbook issue command is issued by the control circuit 17, the register 20 is once reset,
Zero page information is set again.

The arithmetic circuit 21 compares the page number set in the register 19 and the page number set in the register 20 (ie, zero page). this.

If a match is found in the comparison, the arithmetic circuit 21 instructs the control circuit 17 to set a predetermined line of the newly issued passbook 9' in front of the printing bed 8, and also instructs the print control unit to print the endpaper. do. As a result, as shown in FIG. 8, the front cover 89 of the old bankbook's account number, name of the creditor, store number code, etc. is printed at a predetermined position on the back surface of the spine 9a of the new bankbook 9'.

If the comparison does not result in a match, the arithmetic circuit 21 instructs the control circuit 17 to change pages by the number of pages corresponding to the difference in page numbers in the registers 19 and 20. As a result, the page changing section 40 performs page changing in the reverse direction. When the page change is completed, the arithmetic circuit 21 checks whether the zero page 100 is opened correctly as described above. When the determination result is obtained, the above-mentioned endpaper printing 89 is executed. .

When the endpaper printing 89 is completed, the new bankbook is again sent to the page change section 40 under the control of the control circuit 17, and the page is changed by 1 degree in the forward direction by one page. After checking that the new passbook is opened on the first page, the data left printed in the old passbook is printed sequentially from the first line. When all the 0 data are printed, the register 2
The relevant printed page number within 0 and the printed line number of the moment end are
The magnetic stripe 27 of the new passbook is created by the magnetic head 11.
will be written to. Then, the new bankbook and the old bankbook kept on standby are sent through the conveyance path 23 and ejected from the insertion slot 1.

Although one embodiment of the present invention has been described above, the present invention is not limited to the above embodiment, and may be implemented with various modifications.

For example, on the last page of a distribution passbook, do not print until the last line.
The last few lines indicate [This passbook has been used. Please use the new bankbook for transactions from now on. It is also possible to print a message like this and issue four new books. Also,
When all the bookkeeping data has been printed on the last page,
Even when the number of remaining lines is less than or equal to a predetermined number, a new passbook may be issued by printing a message as described above. Further, although the above embodiment deals with a passbook that opens vertically, it goes without saying that the present invention can be similarly applied to a passbook that opens horizontally.

In addition, in the above example, a savings account and a time deposit account are combined into one
Although no mention has been made of the comprehensive account passbook, the features of the present invention make it possible to easily implement a device that handles the comprehensive account passbook. In other words, if the last page of either a savings account or a time deposit account has been printed to the last line or to a specified level, a new passbook will be issued. And bae.

By using the transfer function, you can print the necessary carryover information on each page of ordinary deposit accounts and time deposit accounts.

Furthermore, in the above embodiment, the old passbook is made unusable by erasing the magnetic stripe record on the used passbook; however, other measures may be taken to prevent misuse by users. good. For example, a punching device or a vermilion stamping device may be attached to the old passbook to punch or stamp letters such as rPAIDJ on the old passbook.

Furthermore, the configurations of the page changing section 40 and the new bankbook issuing section 25 are not limited to the ICs of the above embodiments. For example, the page changing unit 40 has a turning roller 49 as its main component, and other components are not essential. For example, a lever 47 that vibrates the passbook, a spring 46, a solenoid 45, and an opening/closing plate 141.14.
2 has the effect of ensuring and smoothing the page change operation, but it is not essential. Turning roller 4
The structure of 9 itself may also be modified in various ways. In addition, one method of uniformly re-opening and taking out the zero page of the new passbook 9' from the new passbook issuing unit 25 is to use a suction cup, but if you don't mind the high cost, you can also use a vacuum pump to take out the new passbook. It's easy to think of.

〔Effect of the invention〕

As described in detail above, according to the present invention, it is possible to automatically and quickly issue a new passbook, and also to change the page during entry, and to change the settings of a passbook opened and inserted on the wrong page. You can automatically change pages.

Therefore, it becomes possible to provide prompt services to users of banks, etc., and further improves efficiency and saves labor in banking operations.

[Brief explanation of the drawing]

FIG. 1 is a side sectional view showing the main structure of an embodiment of a conventional passbook handling device, and FIG. 2 is a side sectional view showing the main structure of an embodiment of a passbook handling device according to the present invention. , FIG. 3 is a plan view and a side view showing an example of the passbook used in the above embodiment,
Fig. 4 is an enlarged perspective view of the page changing unit, Fig. 5 is a side sectional view for explaining the operation of the page changing unit, Fig. 6 is a side sectional view for explaining the new medium length issue operation, and Fig. 7 is the suction cup. 8 is a side sectional view to explain the suction operation of the suction cup, and FIG. 9 is a plan view and side sectional view of a passbook for printing endpapers. Description 1: Passbook insertion slot 2, 3.4. s, s: Conveyance roller 8: Print head 9: Distribution bankbook 9': Newly issued bankbook 10: Detector 11: Magnetic head 40: Page changing unit 92: Suction cup Patent attorney Akio Takahashi 1st m 2nd Day 7 膓 (0-) (shi) Iwa dai 8 rin (i) (ro)
(8) No. q Figure 8c/

Claims (1)

[Claims] 1. A passbook handling device for printing necessary information on passbooks consisting of a cover and inner paper, which is connected to a passbook insertion slot (<L9 passbook conveyance path, A passbook storage means for storing newly issued passbooks, a means for feeding the passbooks taken out from the passbook storage means to the conveyance path in an open state, and a middle of the passbook conveyance path. It is equipped with automatic page changing means, magnetic recording reading means, optical detection means for reading page codes, etc., and printing means for printing on passbooks, etc.
When there is no more space for printing on the passbooks inserted through the passbook insertion slot and led to the passbook transport path, the feeding means transports unused 5-use passbooks from the passbook storage means. transcribing the necessary information to the bankbook and issuing it as a new bankbook, and using the page changing means to change the pages of the bankbook in the bankbook transport path as necessary. A passbook handling device featuring: 2. The passbook storage means stores unused passbooks in a closed state, and when issuing a new passbook, the storage means uses air to suck the spine of the passbook and prints a predetermined page. 2. The passbook handling device according to claim 1, further comprising a feeding means for feeding the passbooks to the passbook conveyance path in a fully opened state. 3. The magnetic recording means recognizes the page number and line number to be printed on the circulating passbook based on information read from the magnetic stripe of the circulating passbook inserted from the passbook insertion slot, and the magnetic recording means recognizes the page number and line number to be printed on the circulating passbook. and a bankbook according to claim 1, wherein information for identifying the page number and line number at the end of printing of the newly issued bankbook is written on the magnetic stripe by the magnetic recording means. Handling equipment. 4. The scope of claims characterized in that the magnetic stripe of new passbooks issued in correspondence with circulating passbooks is written, in addition to the information read from the magnetic stripe of the circulating passbooks, other information is also written. The passbook handling device described in paragraph 4.