JPH0257394A - How to change pages of passbooks - Google Patents

Abstract

PURPOSE:To rapidly turn over a page at a high speed by continuously simultaneously turning over the page of a bankbook by page turning means in response to a command page number when a command of turning the page of the bankbook is received. CONSTITUTION:When a bankbook 20 is inserted into an inserter 2, it is conveyed to the position of a magnetic reader 6 and an optical sensor 7. When the page to be described is confirmed, it is conveyed to a printer 8, then printed, and returned as long as there is no further description. On the other hand, if it is turned over for describing on other page, when a processor 14 of page turning means 10 receives an instruction of turning over several pages from a host apparatus 9, a motor 12 is controlled to continuously rotate a page turning roller 11 in response to an instructed page number to continuously simultaneously turn the page of the bankbook 20. Accordingly, if a plurality of items are traded, the pages can be turned over for a short period of time. Thus, a customer's service can be enhanced that much.

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial Field of Application] The present invention particularly relates to a method for changing the pages of a bankbook, in which a large number of pages are turned over.

[Conventional technology]

This type of page changing device for passbooks is used in the passbook printing device of automatic teller machines, and for example, when an attempt is made to record a specified item on a desired page of a passbook, that page is automatically changed. The transaction efficiency is improved by calculating whether the desired page has been reached when turning the passbook, checking the page each time the passbook is turned, and repeating these operations to automatically turn the desired page. I'm trying to improve it.

Note that related devices of this type include, for example, Japanese Patent Publication No. 55-26996.

[Problem to be solved by the invention]

By the way, if a bankbook consists of multiple types of items, such as old deposits and time deposits, and transactions are made in multiple types of items, the page for one item can be changed from the other item's page. Since it is necessary to record on the subject page, you usually have to flip through several passbooks.

However, with the above-described conventional technology, the bankbook is turned over one page at a time and the page code of the bankbook is checked for each page turned over, so when transacting multiple types of items, the desired number of pages is required. There are problems in that it takes a lot of time to find the location, the customer has to wait for a long time, and the efficiency is significantly reduced.

In view of the problems of the prior art described above, an object of the present invention is to provide a method for changing the pages of passbooks that can turn the pages extremely quickly, and another object of the present invention is to turn the pages quickly. To provide a method for changing the pages of passbooks etc., which enables the user to change the pages of passbooks and the like, and also allows the pages to be turned over neatly.

(Means for Solving the Problems) In the method of the present invention, when receiving a command to turn over the number of pages of a bankbook, the pages of the bankbook are continuously turned all at once by a page changing means according to the commanded number of pages. That's what I do.

In addition, in the method of the present invention, the number of consecutive pages to be turned over is set in advance, and when a command to turn over a number greater than the set number is received, the commanded number of pages is divided into blocks according to the set number. At the same time, calculate the fractional number resulting from block division, and successively turn over the pages of the passbook for each block.
At the point when the pages of the bankbook are continuously turned, the turning page of the bankbook is flattened, and after the turning page of the last block of the bankbook is flattened, the fractional number of pages of the bankbook is turned over. After that, the fractional pages of the bankbook are smoothed out.

[Effect]

As described above, in the method of the present invention, when receiving a command to turn multiple pages of a bankbook, the pages of the bankbook are sequentially turned all at once according to the number of pages instructed, so summer turning can be carried out extremely quickly. , efficiency can be greatly increased.

In addition, in the method of the present invention, as described above, the commanded number of pages is divided into blocks by a preset number of pages, and the pages of the passbook are sequentially turned over in accordance with the set number of pages for each block division. In comparison, you can turn pages quickly, and each block can be turned through! Since the page surface for turning pages is flattened, even if there are many pages to be ordered,
You can turn the pages reliably and neatly.

〔Example〕

Embodiments of the present invention will be described below with reference to FIGS. 1 to 4. FIG. 1 is a schematic diagram showing an embodiment of a bookkeeping device for carrying out the method of the present invention. FIG. 2 is an explanatory diagram showing a bankbook, and FIG. 3 is an enlarged explanatory view showing U-turning of the bankbook.

In an embodiment of a bookkeeping device for carrying out the method of the present invention, a transport section 2 for taking in and returning a bankbook 2o is provided in the main body I of the device.

The transport section 2 was arranged along the transport path with an inserter 3 provided at one end of the transport path.

It has a lower pair of paper guides 4 and a lower pair of feed rollers 5 arranged in plurality at predetermined positions on the conveyance path,
Ill pass the inserter 3! When 20 is inserted, "2,
The lower pair of feed rollers 5 sandwich and rotate the passbook 2o to take the passbook 20 inside along between the vapor guides 4, and the feed rollers 5 reversely rotate to insert the taken passbook 2o. I'm trying to return it to Taki.

Further, at predetermined positions on the conveyance path of the conveyance mechanism, there are provided a magnetic reading section 6 and an optical sensor 7 for reading data on the passbook 2°, a printing section 8 for printing data on the passbook 20, and a page change means 10. are arranged respectively.

The magnetic reading section 6 is connected to Ill! 20 magnetic stripes 2
The optical sensor 7 reads the page code 22 of the passbook 20, and the read data is sent to the host device 9 via a processing circuit 14, which will be described later. ing.

The printing unit 8 prints the passbook 20 based on support from the host device 9.
The passbook 20 inserted through the inserter is read by the magnetic reading section 6 and the optical sensor 7, conveyed to the printing section 8, where it is printed, and then printed on other pages. If there is no need to print on it, it is returned to the inserter 2 and received by the customer.

Note that the bankbook 20 is provided with a magnetic stripe 21 and pages 22, as shown in FIG.

On the other hand, the page changing means 10 includes a page changing roller 1 provided on the conveyance path and a motor 1 that drives the page changing roller Sakaki.
2, a drive control circuit 13 that controls the motor 12,
The processing circuit 14 executes page turning of the bankbook 20 based on a command from the host device 9, and when the processing circuit 14 receives a command from the host device 9, the drive control circuit 13 drives the motor 12, The page changing roller 11 rotates counterclockwise as shown in FIG. 3, and the pages of the bankbook 20 are turned over by the frictional force between the page changing roller 11 and the paper surface of the bankbook 20. Therefore, it is preferable that the page change roller 11 has a large frictional force with the paper surface of the bankbook 20, and is made of, for example, a comb, and is configured to turn over one page of the bankbook 20 by rotating once.

When the page changing means 10 receives a command to turn a plurality of pages from the host device 9, the page changing roller 11 is continuously rotated according to the commanded number of pages, thereby continuously changing the true number of the bankbook 20. I try to turn them all at once.

In that case, after the pages of the bankbook 20 are continuously turned over by the page changing means 10, the bankbook 20 is conveyed by the conveyance unit 2 to the optical sensor 7 position, and the optical sensor 7
By reading the page code 22 on the turn page, the passbook 2
I try to check the turned page of 0.

Further, in the page changing means 10, the processing circuit 14 sets in advance the number of pages of the passbook 20 to be successively turned over, and when the higher-level device receives a command to turn the number of pages of the bankbook 20 that is greater than the set number of pages, The commanded number of pages is divided into blocks according to the set true number, the fractional number of pages resulting from the block division is calculated, and the number of pages is divided into blocks for each block. 20 pages are continuously turned over, and when the bankbook 20 is turned over continuously, the turned page surface of the bankbook 20 is flattened, and after the bankbook 20 is flattened in the final block, the rounding tools are continuously turned. After flipping through the pages, he also smooths out the odd pages of the passbook 20.

For example, when the processing circuit 14 sets the number of pages to be continuously turned as 3 pages, when receiving a command from the host device 9 to turn 5 pages, the processing circuit 14 first divides the commanded number of pages into 1 block, and then Find 2 pages as a fraction.

Then, the drive control circuit 13 causes the page changing roller 11 to rotate three times in succession, and pages n, to n3 of the passbook 20 are changed over as shown in FIG. 4 (a).
), the passbook 20 is continuously turned over as shown in FIG. The page change roller 1 is moved by the drive control circuit 13 to make the turning page of the passbook 20 flat.
1 twice continuously, and passbook 2 as shown in the same figure (d).
0 pages n4+ns are continuously turned over, and then, as in the case of blocking, the pass 1B20 is reciprocated by the conveyance section 2 to flatten the surface of the fractional pages of the passbook 20.

At that time, if the fractional true number is 1 page, only one page of the passbook 20 is turned over, and if there is no fractional page number, that is, if the commanded number of pages is divisible by the set true number, the passbook is turned over in the last block. After turning over 20 sheets in succession, I flatten them out.

4. After flattening the surface of the fractional pages of the passbook 20, the passbook 20 is transported to the optical sensor 7 position by the conveyance unit 2 in the same way as when turning over the passbook 20 in batches, and the optical sensor 7 The turned page of the passbook 20 is checked by reading the page code 22 of the turned page.

Next, an embodiment of the method of the present invention will be described in relation to the operation of the bookkeeping device of the embodiment.

When the passbook 111120 is inserted into the inserter 2, the passbook 20 is transported to the position of the magnetic reading section 6 and the optical sensor 7, and the magnetic reading section 6 reads the data on the magnetic stripe 21 of the passbook 20, and the optical sensor 7 reads the data on the magnetic stripe 21 of the passbook 20. When the data of the page code 22 of the bankbook 20 is read, and as a result, the customer and the page to be filled in in the bankbook 20 are confirmed, the bankbook 20 is further conveyed to the printing section 8, and the printing section 8 prints the data. After that, the book is returned to the inserter 3 only if there is no need to record it even after turning other pages.

On the other hand, when the passbook 20 receives an instruction to turn over a plurality of pages in order to record on another page, the drive control circuit 13 starts the motor 1.
2, the page change roller 11 continuously rotates according to the number of instructions from the -F position device 9, thereby changing the page of the passbook 20 to the third page.
Continuously turn over all at once as shown in the figure.

Therefore, the page changing roller 11 of the page changing means 10
Since the 0's are turned over continuously and all at once, pages can be quickly turned over by scrolling. As a result, when transactions are made across multiple types of items, pages can be turned in a short time, thereby improving service to customers.

Further, after turning over the passbooks 20 in batches, the passbooks 20 are conveyed to the optical sensor 7 position by the conveyance section 2,
Since the page code of the turned page of the bankbook 20 is read and checked by the optical sensor 7, the page of the bankbook can be turned accurately.

The bankbook 20 is also turned over by the page changing means 10 as follows. That is, the processing circuit 14 of the page changing means 10 sets in advance the pages to be continuously turned, and when it receives a command from the host device 9 to turn a true number greater than the set number of pages, it changes the commanded number of pages to the set number of pages. Divide into blocks accordingly and calculate the fractional number of pages. In this case, if the set antilog of the processing circuit 14 is, for example, 3 pages, and a command to turn 5 pages is received from the host device 9,
Dividing into one block results in a fractional page number of two pages.

Then, in one block, the pages of the bankbook 20 are continuously turned over according to the set pages, and after turning, the bankbook 20 is moved back and forth by the conveyance unit 2 to flatten the turned page surface of the bankbook 20,
After flattening the turned pages of the bankbook 20 in the final block, the pages of the bankbook 20 are turned continuously according to the fractional number (2 pages), and then the turned pages of the bankbook 20 are flattened in the same manner as described above. figure.

As a result, the commanded number of pages is divided into blocks according to the preset number of pages, and the pages of the passbook are turned over continuously according to the set number of blocks for each block division, so compared to the conventional example of turning over one page at a time. Pages can be turned quickly, and when the pages of the bankbook 20 are continuously turned in each block, the surface of the bankbook 20 to be turned is flattened, so even if the number of pages to be commanded is large, it can be done reliably. You can turn the pages quickly and neatly.

Further, when the turned pages of the passbook 20 are flattened according to the fractional numbers, the turned pages of the passbook 111i20 are checked by the optical sensor 7 as described above, so that the pages of the passbook 20 can be turned accurately.

In addition, in the embodiment shown in FIGS. 3 and 4, the turned pages of the bankbook 20 are checked only at the end, but
In addition to this, the pages may be checked when the turned pages of the bankbook 20 are flattened for each block.

〔Effect of the invention〕

As described above, according to claim 1, the method of the present invention includes:
Since the pages of passbooks are turned over continuously and in batches according to the commanded number of pages, the pages can be turned extremely quickly and the efficiency can be greatly improved. Also, claim 2
According to this method, since the pages of bankbooks are checked, it is possible to accurately turn the pages of bankbooks. Furthermore, according to claim 3, the pages of the passbook are sequentially turned over in accordance with the predetermined number of pages for each block division, so that page turning can be performed quickly, and the pages of the passbook are continuously turned over for each block. Since the page surface of the passbook is flattened when the page is turned over, even if the number of pages instructed is large, the page can be turned over reliably and neatly. Furthermore, according to claim 4, since the pages of the bankbook etc. are checked, the bankbook e.g.
This has the effect of allowing accurate page turning in step ii.

[Brief explanation of the drawing]

Fig. 1 is a schematic diagram showing an embodiment of a bookkeeping device for carrying out the method of the present invention, Fig. 2 is an explanatory diagram showing a bankbook, and Fig. 3 shows a state in which the bankbook is continuously turned over all at once. Explanatory enlarged view. Figure 4 (a) is an explanatory enlarged view showing a state in which a bankbook is sequentially turned over in blocks. Figure 4 (b) is an explanatory enlarged view showing a state in which the turned pages of a bankbook are folded in the turning direction for each block. The enlarged view (C) is an explanatory enlarged view showing the state in which the turning page of each block of the passbook is flattened, and the figure (d) is an explanatory enlarged view showing the state in which the end device of the passbook is turned over. DESCRIPTION OF SYMBOLS 1... Apparatus main body, 2... Conveyance part, 5... Feed roller, 7... Optical sensor, 9... Host device, 10...
-Page changing means, 11... Page changing roller, 12... Motor, 13... Drive control circuit, I4... Processing circuit, 20
...Passbook, 22...Page code. Agent Patent Attorney Masami Akimoto

Claims (1)

[Scope of Claims] 1. In a page changing method for bankbooks, in which bankbooks are turned to a desired page by a page changing means on a conveyance path, when a command to turn a plurality of pages of a bankbook is received, according to the number of pages instructed, A method for changing the pages of passbooks, which is characterized by turning over the pages of passbooks in a continuous manner. 2. The passbook according to claim 1, characterized in that after the pages of the passbook are continuously turned all at once, a page code provided in advance on each page of the passbook is read to check the turned pages of the passbook. How to change pages. 3. In a method for changing the pages of bankbooks, etc., in which the bankbooks are turned to a desired page by a page changing means on the conveyance path, the number of pages to be continuously turned is set in advance, and the number of pages greater than the set number of pages is turned over. When a command is received, the commanded number of pages is divided into blocks according to the set number of pages, the fractional number of pages resulting from the block division is calculated, the pages of the bankbook are continuously turned over for each block, and the pages of the bankbook are When the pages are continuously turned, the turning page of the passbook is smoothed out, and after the turning page of the last block of the passbook is evened out, the fractional page of the passbook is turned over, and then the fractional number of the passbook is turned over. A method for changing the pages of passbooks, which is characterized by flattening the pages. 4. Only after flattening the fractional pages of the bankbooks, or after flattening the turning pages of each block of the bankbooks, and after flattening the fractional pages of the bankbooks, apply to each page of the bankbooks. 4. The method for changing pages of bankbooks as claimed in claim 3, further comprising reading a provided page code and checking the turned page of the bankbook.