JPH0313622B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention generally relates to passbook handling devices that process passbooks, such as automatic teller machines, automatic teller machines, and automatic bookkeeping devices.

The above-mentioned bank business processing equipment, which allows bank customers to deposit cash or inquire about balances using their passbooks, is equipped with a printing function, and each time they deposit cash or inquire about balances, it displays the progress of previous transactions. is now printed on the passbook.

The bankbook used here generally has multiple pages for printing deposit data, etc., and a magnetic stripe on the back of the bankbook on which data necessary for transactions is recorded. Also,
There are two types of passbooks: passbooks that are used with the pages opened vertically (top and bottom open passbooks) and passbooks that are used with the pages opened left and right (left and right open passbooks), but in general, the pages of the passbook are opened vertically. of bankbooks are used in the above-mentioned processing equipment in the banking industry.

The user opens such a bankbook to the page to be printed and inserts it into the device. Of course, in the process of this operation, well-known operations such as setting the transaction type, inputting deposit data, and even entering a secret number to authenticate the user are performed, but in any case, Also, the inserted passbook is sent along the conveyance path to the printing section. In the printing section, the next line after the previous line is set in front of the print head, and the deposit data is printed line by line thereafter. When the last line of a page has been printed in this manner, the passbook is sent backward along the conveyance path and temporarily ejected from the apparatus. If there is still deposit data to be printed, an instruction is issued to the user to open the next page of the passbook and reinsert the passbook. When the user re-enters the passbook according to the instructions, the operations described above continue, and all transaction data that has been made up to that point is printed.

Recently, in order to eliminate the troublesomeness of users changing the pages of their passbook as mentioned above,
As disclosed in Publication No. 123324, if the last line of a page in a passbook is printed and there is still data to be printed, the next page is automatically turned over and printed. A page changing technique has been proposed. According to this technology, as long as there is data to be printed, the pages of the passbook are sequentially changed and printing is performed one by one, which greatly contributes to improving the operability and processing speed of this type of banking transaction device. do.

However, even if the above-mentioned automatic page change technology for passbooks is used, if the last line of the last page of the passbook is printed, and there is still data to be printed, conventional bank The business transaction device simply ejects the passbook after all pages have been printed and instructs the user to request a new passbook to be issued at a bank counter. As a result, bank staff will perform procedures to issue a new passbook in accordance with the user's request. Of course,
Bank staff at counters have the task of issuing passbooks to users who are doing business with the bank for the first time, but at least they cannot issue the above-mentioned passbooks to users who have already done business with the bank. If users are freed from the task of updating bankbooks and issuing new passbooks, it will greatly contribute to operational efficiency and labor savings.

From the user's perspective, this has the benefit of reducing the hassle and waiting time associated with issuing a new passbook. Furthermore, it is possible to prevent the problem of a user ignoring an instruction to issue a new passbook and returning the old passbook with data to be recorded still intact. Conversely, if you use a cashier corner that is open at night, you may run out of blank space in your passbook, making it impossible to record some of the data, and the remaining data will not be recorded until a new passbook is issued the next day. It also eliminates the inconvenience of having to wait for bookkeeping.

Therefore, an object of the present invention is to automatically issue a new passbook and perform the necessary update processing when it becomes necessary to update the existing circulating passbook, thereby streamlining bank operations, saving labor, and improving the efficiency of bank operations. An object of the present invention is to provide a bank business processing device and other similar passbook handling devices that make it possible to improve services for users.

Another object of the present invention is to provide a passbook handling device that can automatically change the pages of a circulating passbook during entry, and can also automatically print the front cover of a new passbook (described later). .

Still another object of the present invention is to provide a passbook for storing an unused passbook to be issued as a new passbook in a closed state, thereby reducing the storage space for unused passbooks and facilitating the work of storing the passbooks. The objective is to provide similar handling equipment.

Therefore, the passbook handling device according to the present invention includes a printing means for printing information on a passbook, a new passbook storage means for storing a new passbook that has not yet been used in a closed state, and a means for flipping the passbook. death,
When the printing means has finished printing up to the predetermined line on the last page of the old passbook and there is still transaction data to be printed, a new passbook is taken out from the passbook storage means and the cover of the new passbook is turned over using the turning means. , characterized in that fixed information such as an account number is printed by the printing means and discharged outside the device.

Furthermore, after printing the fixed information, the inner paper is turned over by the turning means, and the remaining transaction data is printed. Further, the above-mentioned turning means is characterized in that it consists of a means for turning over the cover and a means for turning over the inner paper.

FIG. 1 shows a side sectional view of a passbook handling device which is an embodiment of the present invention. The bankbook 9 used in this embodiment is a bankbook with an upper and lower opening as shown in FIG. 2 (hereinafter simply referred to as a bankbook). That is,
It has a plurality of pages of paper sheets 31, each page consisting of 24 printed lines. A page mark 26 consisting of a bar code indicating the page city number is attached to the upper left corner of each page. In addition, a magnetic stripe 27 is pasted vertically on the back side of the passbook 9, and the information necessary to conduct transactions using this passbook 9, such as a secret number for authenticating the user, and an account number. Information such as the printed pages of the passbook, printed lines, etc. are magnetically recorded.

The user inserts the bankbook 9 (distribution bankbook) in use through the bankbook insertion slot 1. Normally, when inserting it, it is preferable to open the passbook on the page to be printed.
The device of this embodiment also notifies the user of this instruction by means not shown, but there is no problem with the process itself even if another page is opened and inserted. A conveyance path 23 is communicated with the passbook insertion slot 1.
Conveying rollers 2, 3, 4, and 5 are provided on the top at intervals shorter than the length of the passbook in the opened state.
A detector 10 is disposed on the conveyance path 23 . This detector 10 is, for example, an optical sensor, and the page mark 26 of the bankbook in the opened state as shown in FIG.
It is provided on the conveyance path 23 at a position corresponding to the position of , detects the page mark 26 and sends the detection output to the amplifier 18 .

The conveyance path 23 is also provided with a printing section 24 .
The printing section 24 is equipped with a known platen 7 and a printing head 8. The print head 8 is, for example, of the wire matrix type, and the wires are selectively driven while the print head 8 is slid by known means in the direction of the printing lines of the bankbook, so that the pages of the bankbook are formed with a combination of dots. It prints information with an impact. When one line of printing is finished, roller 4
The bankbook is moved by one line by driving, 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, this magnetic head 11 prints the magnetic stripe 2.
Information (page number to be printed, last line number printed up to that point, account number, secret number, etc.) magnetically recorded on 7 is read. Note that, as will be described later, information is also written on 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 issued passbook passes through the roller 5 and its upper end reaches, as will be described later.

At the lower end of the passbook conveyance path 23, a new passbook issuing section 2 is provided.
5 is provided. The new passbook issuing unit 25 has a cassette 12 for storing a plurality of unused passbooks 9' in a closed state. The passbook 9' in the cassette 12 is pushed toward the opening of the cassette 12 by the force of a spring 14 via a push plate 13. A pick-up roller 6 is provided facing the opening of the cassette 12, and the outermost passbook 9' is in contact with the pick-up roller 6. A separation roller 43 having a claw 44 is provided above the pick-up roller 6. This separation roller 43 cooperates with the pick-up roller 6 when issuing an unused passbook 9' as a new passbook, and expands the passbook to be issued onto an arbitrary page. This will be explained later with reference to FIG. In order to detect that the remaining amount of the passbook 9' in the cassette 12 has decreased below a certain amount, a lever 13' that moves together with the push plate 13 and a detector 1 that detects this lever 13' are provided.
5 is provided. 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 lever 13'.

Also, facing the passbook conveyance path 23, a page changing section 40
is provided. The page changing unit 40 turns over the pages of the bankbook (circular bankbook or newly issued bankbook) fed to the bankbook transport path 23, as necessary. Its main component is the turning roller 49. Details of the page changing section 40 are shown in FIGS. 4 and 5.
This will be explained later using figures.

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 a read/write control circuit 16. The read magnetic stripe information includes information such as the aforementioned secret number, account number, printed page number, printed line number, etc., but this information is amplified and waveform-shaped by the read/write control circuit 16 and stored in a memory (not shown). Temporarily set to means. Of those information,
In particular, page number information and printed line number information are sent to and set in register 20.

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 to be printed next. 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 don't match,
A signal is sent to the control circuit 17 to drive the rollers 2, 3, 4, and 5 in order to send the passbook to the page change section 40, and also to operate the page change section 40.

The operation of this embodiment and the details of each part will be explained below.

When a passbook is inserted through the passbook insertion slot 1, the passbook is moved along the conveyance path 23 to the printing section 24 by rollers 2, 3, and 4.
sent in the direction. During transportation, the page mark 26 of the passbook is optically scanned by the detector 10 to read information. The detection signal from the detector 10 is amplified and waveform-shaped by an amplifier 18, and then set in a register 19. Furthermore, the magnetic stripe of the passbook 27
The information is read by the magnetic head 11, and 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 rollers 2, 3, and 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 bankbook page is the page to be printed. That is, the page number read from the page mark 26 and set in the register 19 is compared with the page number read from the magnetic stripe 27 and set in the register 20 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 drives the rollers 3 and 4 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 print control section (not shown). When printing of one line is completed, the passbook is sent by one line under the control of the control circuit 17, and in the same manner, the passbook is sent by one line.
Printing is performed line by line. 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 has been printed in this manner, the rollers 3 and 4 are driven under the control of the control circuit 17, and the magnetic stripe 27 of the passbook is scanned by the magnetic head 11. The read/write control circuit 16 drives the bearish head 11 to update the magnetic stripe information with the information in the register 20. When the updating of the magnetic stripe 27 is completed, the passbook is sent along the conveyance path 23 by rollers 2, 3, and 4, and is ejected from the passbook insertion slot 1 to the outside.

If the last line is reached during printing and it is necessary to change the page of the passbook to print the remaining data, or if the open page of the inserted passbook is different from the page that should be printed, as described above. If the page numbers are compared and a mismatch is found, the arithmetic circuit 21 instructs the control circuit 17 to send the passbook to the page changing unit 40 to change the page.

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 unit 40 will be explained in detail with reference to FIGS. 1, 4, and 5.

The turning roller 49, which is a main component of the page changing section 40, is basically composed of a main body part 132 and a tooth part 131, as shown in an enlarged view in FIG. The main body portion 132 is fixed to the shaft 101,
It is made of aluminum or brass, for example.
The main body portion 132 is composed of a slope portion 106 having a predetermined curvature and a constriction portion 107 connected thereto, and is further provided with a tooth portion 131 extending approximately halfway around 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.
In normal times, that is, when the passbook is simply conveyed and the pages of the passbook are not changed, the slope portion 106 faces the conveyance path 23 as shown in FIG. Passbooks are now transported smoothly without any problems. When turning the pages of the passbook in the forward or reverse direction, the turning roller 49 is rotated in the x ₁ direction or the x ₂ direction, respectively. This rotation is performed by a motor 112 connected to the shaft 101.
It is. A timing disk 110 is attached to one end of the shaft 101 to detect the rotation angle of the turning roller 49. This timing disk 1
In order to detect the slit 110' formed at one location of 10, a detector 1 consisting of a light emitting element and a light receiving element is used.
11 is provided, and the slit 110' is the detector 11.
1, a detection signal is output from the detector 111 and sent to the control circuit 17. The control circuit 17 recognizes the number of rotations (page change amount) of the turning roller 49 based on the detection signal from the detector 111,
It also controls the timing at which the turning roller 49 is stopped. Note that although only one turning roller 49 is shown, the number thereof is arbitrary.

Now, returning to FIG.
1' and 142'. Although not shown, the shafts 141' and 142' are connected to a solenoid via a link mechanism, for example, so that they can be opened and closed. When pages are not changed, the opening/closing plates 141 and 142 are both held in a closed state (vertical state) to smoothly transport the passbook along the transport path 23.
Then, only when changing pages, one of the on-off valves 141 and 142 is opened depending on the direction of page turning. Further, on the opposite side of the conveyance path 23 from the on-off valves 141, 142, a pair of levers 47 are 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 retracted by the force of a spring 46. When changing pages,
Each solenoid 45 is alternately energized by the control circuit 17, and each lever 47 swings alternately to 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 binding line of the passbook is at a predetermined position above the turning roller 49, and then stopped (the state shown in FIG. 5A). Then, under the control of the control circuit 17, the upper opening/closing plate 141 is opened. The motor 112 is driven,
The turning roller 49 is rotated once in the direction of arrow _x1 . At this time, the solenoid 45 is intermittently energized, and the lever 47 applies vibration to the passbook. The page of the passbook that comes into contact with the teeth 131 of the turning roller 49 is turned upward as shown by reference numeral 48 in FIGS. 1 and 5B, and the turning roller 49
When it rotates once, the state shown in Fig. 5C is reached. Note that even if the edges of the pages of the passbook are bent, the folded edges are hooked on the constriction 107 and sent upward, so that the 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 rollers 2, 3, and 4 are immediately driven to feed the bankbook downward. When the bankbook is moved downward and the page is completely expanded as shown in FIG. 5D, the opening/closing plate 141 is closed as before. This completes forward page change for one page.
At this point, the register 2 is
The page number within 0 has been updated.

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 whether the page has been correctly changed to a predetermined page. If this comparison yields a match, then
The control circuit 17 stops the rollers 2, 3, and 4 when the detection signal is output from the detector 22, and instructs the print control section to print the remaining data from the first line.

If the above comparison does not result in a match, the arithmetic circuit 21 sends a signal to the control circuit 1 in order to change the page anew by the number of pages corresponding to the difference between the two page numbers.
Instructions will be given to 7.

When changing two or more pages in succession, turn the turning roller 49 once to turn one page to the state shown in Fig. 5C, and then turn the turning roller 49 the required number of times. After turning over a predetermined number of pages, the operation is performed as shown in FIGS. 5D and 5B to completely change the pages. 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, from a page with a larger page number to a page with a smaller page number, position the passbook so that the binding line of the passbook is at a predetermined position below the turning roller 49, and then open/close the lower side. Open plate 142. Then point the turning roller 49 with the arrow x ₂
Rotate the passbook in the direction of the passbook, turn it down the required number of pages, 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 passbook.

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 in time are set. The arithmetic circuit 21 has a register 2
When it is recognized that printing has been done from the page number and line number in 0 to the last line of the last page of the passbook, if there is still data to be printed, the control circuit 17 is instructed to issue a new passbook. Instruct.

Here, regarding the details of the new passbook issuing unit 25,
This will be explained with reference to FIGS. 3 and 6.

Figure 3 shows the pick-up roller 6 and separation roller 4.
FIG. 3 is an enlarged perspective view of the feeding mechanism including FIG. The pick-up roller 6 is attached to a shaft 39, and is rotated in the direction of the arrow by a motor 41 connected to the shaft 39. The separation roller 43 is attached to the shaft 32, and is rotated in the direction of the arrow by rotating the shaft 32 with the motor 33. A notch 3 is provided at one end of the shaft 32.
A timing disc 34 having a diameter of 4' is attached, and a notch 3 of this timing disc 34 is attached.
A detector 35 is provided to optically detect 4'. This detector 35 outputs a detection signal every time it detects the notch 34'. Based on this detection signal, the control circuit 17 controls the stop timing of the motor 33.

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

First, the rollers 2, 3, and 4 are driven to transport the used passbook upward and wait at a predetermined position near the insertion slot 1. Although the passbook may be ejected from the insertion slot 1, it is preferable not to eject the passbook at this point and to leave it on standby. In addition, during the above operation, the magnetic stripe 27 of this passbook
The recording is erased by the magnetic head 11.

Next, the motor 33 is driven to rotate the separation roller 43 once. During the rotation of the separation roller 43, its claw 44 catches on the cover 30 of the outermost unused passbook 9' or on the edge of another paper sheet. Therefore, as the separating roller 43 rotates, a part of the passbook 9' is flipped out from the state shown in FIG. 6A to the state shown in FIG. 6B, and when the separating roller 43 rotates once and stops,
The state will be as shown in FIG. 6C.

In this state, the motor 41 is driven to rotate the pick-up roller 6. Pickups Prora 6
At least the peripheral surface is made of a material with a large coefficient of friction such as rubber, and preferably the peripheral surface is provided with a tooth-shaped lining. Due to the frictional force between the circumferential surface of the rotating pick-up roller 6 and the cover surface of the outermost bankbook 9', the entire bankbook 9' is drawn upward, and as shown in FIG.
3 is fed between the rollers 5 through the feeding port 38 at the lower end of the roller. The feeding port 38 has a width dimension slightly larger than the width direction of the new passbook, and has a depth dimension that allows one new passbook that is not opened or closed to pass through, but does not allow two new passbooks to pass through.

Since the roller 5 is rotated at the same time as the pick-up roller 6, a part of the fed new passbook is rolled up and transferred upward, and the new passbook is expanded to an arbitrary page as shown in FIG. That will happen. The control circuit 17 controls the motor 41 when the upper end 28 of the new passbook is detected by the detector 22.
, and the pick-up roller 6 is stopped. Subsequently, the rollers 3 and 4 are rotated to move the new passbook upward, and along the way, necessary information such as the account number of the old passbook is written on the magnetic stripe 27 by the magnetic head 11, and the detector 1
0, the page mark 26 of the new passbook is taken and set in the register 19. Note that the register 20 has been reset at this point.

The arithmetic circuit 21 compares the page number set in the register 19 with the page number set in the register 20 (corresponding to the first page, that is, the page including the back side of the cover). If a match is found in this comparison, the arithmetic circuit 21 instructs the control circuit 17 to position a predetermined line of the new passbook on the print head 8, and also instructs the print control section to print the endpaper. As a result, as shown in FIG.
The account number, holder's name, seat number code, etc. of the old passbook are printed on the back cover 90.

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 between the 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 first page has been opened correctly as described above. If a positive result is obtained, the above-mentioned endpaper printing is executed.

When the end page printing is completed, the new passbook is again sent to the page changing unit 40 under the control of the control circuit 17, and pages are changed in the forward direction by one page. After checking that the new bankbook is opened on the second page, the data left printed in the old bankbook is printed sequentially from the first line.

When all data has been printed, the printed page number and the last printed line number in the register 20 are written on the magnetic stripe 27 of the new bankbook by the magnetic head 11. 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, the last line is not printed, but the last few lines say, ``This passbook has been used. Please use a new passbook for future transactions.''
A new passbook may be issued by printing a message like this. Additionally, even if the number of lines remaining is less than a predetermined number after all the bookkeeping data has been printed on the final page, a new passbook may be issued by printing a message like the one above. . Furthermore, although the above-mentioned embodiment deals with a passbook that opens vertically, it goes without saying that the present invention can be applied to passbooks that open horizontally as well.

Further, in the above embodiments, there is no mention of a comprehensive account passbook that combines a savings account and a time deposit account into one, but from the features of the present invention, a device that handles a comprehensive account passbook can be easily realized. In other words, if the last page of either the savings account or the fixed deposit account has been printed up to the last line or a predetermined line, a new passbook is issued. Then, by using the page switching function, you can print the necessary carryover information on each page of the savings account and time deposit account.

Furthermore, in the above embodiment, by erasing the magnetic stripe record of used passbooks, it is made impossible to use old passbooks, but other measures are taken to prevent misuse by users. Good too. For example, a punching device or a vermilion stamping device may be added to punch or stamp characters such as "PAID" on the old passbook.

Furthermore, the configurations of the page changing section 40 and the new bankbook issuing section 25 are not limited to those 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, the lever 47, spring 46, solenoid 45, and opening/closing plates 141, 142 that give vibration to the passbook are
This has the effect of ensuring and smoothing the page change operation, but it is not essential. The structure of the turning roller 49 itself also allows various modifications. In addition, the new passbook issuing unit 25 stores the passbook in a closed state to make effective use of the storage space and has disclosed a structure that facilitates the work of storing the passbook. It may also be stored. In that case, the separation roller 43 becomes unnecessary.

As detailed above, according to the present invention, a new passbook can be automatically and quickly issued.
In addition, it is possible to automatically print the front cover of a new bankbook, change the page during book entry, and change the page of a predetermined page of a bankbook opened and inserted on the wrong page. Therefore, it is possible to provide prompt services to users such as banks, and it is also possible to further improve efficiency and save labor in banking operations.

Furthermore, since an unused passbook to be issued as a new passbook is stored in a closed state, it is possible to reduce the storage space for unused passbooks and to facilitate the work of storing the passbooks.

[Brief explanation of the drawing]

FIG. 1 is a partially omitted side sectional view of an embodiment of the passbook handling device according to the present invention, and FIG. 2 is a plan view and side view showing one of the passbooks handled in the same embodiment.
Fig. 3 is an enlarged perspective view of the main parts of the new passbook issuing section in Fig. 1, Fig. 4 is an enlarged perspective view of the main parts of the page change section in Fig. 1, and Fig. 5 A to E are page change A partially omitted side sectional view for explaining the operation of the part, No. 6
Figures A to H are partially omitted side cross-sectional views for explaining the operation of the new bankbook issuing section, and FIG. 7 is a plan view showing how the cover of the bankbook is printed. 1... Passbook insertion slot, 2, 3, 4, 5... Conveyance roller, 6... Pick up roller, 8... Print head, 9, 9'... Passbook, 10, 15, 22...
Detector, 11...Magnetic head, 12...Cassette, 16...Read/write control circuit, 17...Control circuit, 18...Amplifier, 19, 20...Register,
21... Arithmetic circuit, 23... Conveyance path, 24... Printing section, 25... New passbook issuing section, 40... Page changing section, 43... Separation roller, 49... Turning roller.

Claims (1)

[Scope of Claims] 1. A passbook handling device that handles passbooks consisting of a plurality of pages and having a cover and inner paper, including a printing means for printing information on the passbook and storing a new passbook that has not yet been used in a closed state. The passbook storage means has a new passbook storage means and a passbook flipping means, and when there is still transaction data to be printed even after the printing means has finished printing up to a predetermined line on the last page of the old passbook, the passbook storage means A passbook handling device, characterized in that a new passbook is fed out from the machine, the cover of the new passbook is turned over by the above-mentioned turning means, fixed information such as an account number is printed by the above-mentioned printing means, and the paper is ejected from the device. 2. The passbook handling device according to claim 1, wherein after printing the fixed information, the inner paper is turned over by the turning means and the remaining transaction data is printed. 3. The passbook handling device according to claim 1 or 2, wherein the turning means comprises means for turning over the cover and means for turning over the inner paper.