JPS58163696A - Device for turning page of booklet - 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] Object of the Invention The present invention relates to an automatic page changing device for a booklet, and more specifically, it relates to a bank teller device that handles one bankbook, an automatic cash deposit dispensing device, an automatic bookkeeping device, etc. Automatic page changing device for a bankbook that automatically turns the pages of a bankbook in a processing device BACKGROUND ART Various automatic page changing devices for a bankbook of this type have been proposed. For example, this is the technique described in Japanese Patent Application Laid-Open No. WI54-XSSSSZ4. In this Karasu technology, the rubber page change roller is equipped with a lever K and handle, and by rotating this lever, the page change roller approaches the page surface of the bankbook - this roller is moved in the page change direction. Rotate it to the top and change the page.

OBJECTS OF THE INVENTION It is an object of the present invention to provide an automatic booklet page changing device that has a simple configuration and is capable of preventing the booklet interruption page change phenomenon and reliably changing pages one by one. There is K.

41 of the invention, the present invention particularly relates to the upper and lower gII of bank business processing equipment.
The system that handles the 4th passbook can be applied. The page changing of the passbook ζ is performed by a page changing roller connected directly or indirectly to the rotation sK of an excitation drive such as a motor. By rotating this page changing p-ra in the forward and reverse directions, pages are changed in the forward and reverse directions.

In the present invention, in particular, the restraining member is disposed near the tread opening of the page changing paper industry. The function of the wrinkle restraining member is to prevent page changes, and before the page change roller gathers the sheets in the direction of the binding, it is pushed into the vicinity of the binding opening of the page changing paper industry, causing the page change to occur. Restricts freedom of movement around the section and changing pages. Should I do this, change the page? This prevents the occurrence of simultaneous page changes in which two or more JIK sheets are changed at the same time. In other words, when the restraining member comes into contact with the page change paper, the stiffness of the page change sheet becomes higher than K, and the friction force between the page change roller and the paper industry, which is originally the page change paper, is A difference occurs between the paper sheet to be printed and the frictional force of the next page of this paper sheet, and the paper sheet separation becomes better. The restraining member is pressed against the page changing l1a31I before the page changing roller pulls am in the direction of the loose grain, and the page changes after the page changing roller gathers the sheet am in the direction of the edge. The page changing operation is not hindered by the restraining member by being controlled to be attached and detached by the changing paper industry.Example of the InventionHereinafter, the present invention is applied to an automatic page changing device for a bankbook with top and bottom openings. Examples of the case will be described in detail with reference to the inside. The passbook used in this embodiment is a passbook with a magnetic recording section on the back and a different bar code on each page, which opens upward and downward. This stock passbook is well known.

FIG. 1 is a perspective view of an automatic page changing device for a bankbook according to an embodiment of the present invention. In this figure, a bankbook 6 with vertical openings (hereinafter simply referred to as a bankbook) 6 is fed into a transport path 51 in an open state. Although not shown, the conveyance path 51#-4 communicates with the bankbook printing section 1tlsK, and this printing section Fi, for example, is carried out below KR of this -. A conveyance roller 52 for one passbook 5 is provided on the conveyance path 51 . These rows 252
As shown in the side view of FIG.
The distance between the 252 pairs of rows is shorter than the length of an open passbook. The passbook 5 is then held by these transport rows y52 and fed downward or upward.

Two page change rollers 2 are provided at intermediate positions between the upper roller 52 and the lower row 252 of the conveyance path 51. These page changing rollers 2 are fixed to a shaft 1 directly connected to the rotating shaft of a motor 12.

The other end of the shaft 1 has a slit and an inner plate 10.
can be installed. When the shimmotor 12 rotates in the forward or reverse direction under the control of a control unit (not shown), the page changing roller 2 and the insert plate 10 rotate in that direction, and page changing is performed. It will be done. Further, a photoelectric element 11 is arranged corresponding to the rotation locus of the slit in the inner wall plate.

The rotation, stopping, etc. of the motor 12 are controlled by the detection output from the photoelectric element 11.

The detailed configuration of the page changing roller 2 is described in, for example, Japanese Patent Application No. 1855-185916 RSM. Restraint members 10G and 101 are provided above and below the page change roller 2 on the conveyance path 51.

These restraining members 100 and 101 are attached to the shaft 55.

In addition, a solenoid (not shown) is connected to K so that it can swing and rotate about an axis s5. These restraining members 1
00 and 101 are usually evacuated outside the conveyance path 51.

When a page change process becomes necessary, a solenoid is activated as appropriate, and this pushes the page change process near the binding opening of the passbook 5.

This increases the rigidity of the page change paper industry and prevents page changes. And this, the support member 100,
When the solenoid 101 is de-energized, it is retracted out of the conveyance path 51 by the restoring force of a spring (not shown).

Further, shutters 141 and 142 are provided above and below the page change roller 2 of the conveyance path 510. These shutters 141 and 142 are attached to the shaft 1 and the shaft 54, and are connected to the link 5!, respectively. ! It is connected to solenoid 1sK via 1.552. Although not shown, the link 551 is also connected to the solenoid 15. Usually 1
When transporting the passbook 5, these shutters 14
1,142 is closed, allowing smooth transportation of the passbook 5.

When changing the pages of the bankbook, the solenoid 15 is energized and these seven shutters 141 or 142 are opened. In other words, when turning the pages of 1 @ 5 in the forward direction, K
111 A solenoid (not shown) is energized, and link 551
The shutter 141 is opened. On the other hand, when the page is turned in the opposite direction, the solenoid 1S is energized and the shutter 142 is opened via the link 552. In addition, compared to a device that turns over 50 pages of a bankbook in only one direction.

It is easy to eliminate the need for either shutter.

be understood.

Next, the operation of the automatic page changing device for a bankbook having such a configuration will be described below.

First, with reference to FIG. 2, the operation when turning the pages of a passbook in the forward direction will be described. Although not explained in detail in the first example, a printing section is provided below the page changing mechanism, and printing is thereby performed on the passbook. If printing is performed up to the last line of a certain page, for example, the 20th line, and there is still print data, the page of the passbook must be changed and printed on the next page.

In this case, one passbook 5 is conveyed to the page changing mechanism 11 and stopped at a position where the pages are turned over in the forward direction (FIG. 2A).

When the passbook 5 is stopped, a solenoid (not shown) is driven and the shutter 141 is opened via the link 551.
will be held. (FIG. 2 0) At 22, the state of FIG. 2 (b) which is characteristic of the present invention will be explained in detail using FIG. 4. 92
After the shutter 141 is opened in the state shown in Figure (B), the restraining member 100 is rotated in the direction of the arrow θ1 about the shaft 55 by energizing the solenoid, and is moved to the vicinity of the binding part 9G of the bankbook 5. The page change sheet J115 is pressed against the page change sheet J115, and the freedom of the page change sheet J115 is restrained. In this state, the page changing roller 2 rotates in the direction of the arrow x1 around the shaft 1 by starting the motor 12. The @@St of the page changing roller 2 contacts the page changing @waterfall 15, and the frictional force At this point, start moving the page replacement sheet fi1B toward the binding section 9- side (in the direction of arrow X).

However, since the binding part 9 of the paper sheet 15 and its vicinity during page change is restrained by the restraining member ioo, the stiffness of the page change paper 1s is increased. Therefore, even if the page change operation for the next page 15α is started at the same time as the original page change 15 Fold 11 in the direction of as. This is called page change-2
hm cuff 1 between 2 and page replacement paper Jt15 and 17),
! : , H + m z) Replacement paper s16 and next page ＇＠1S
This is because the relationship between the frictional force Fm and the relationship ic F>1 Hayabusa holds true. As a result, the so-called page change phenomenon can be prevented at an early stage of reprinting. At this point, the restraining part @100 releases the excitation of the solenoid and returns to the direction of the arrow 0m, and 1 passbook 5 is held by the restraining member 100.
The restraint from the page is released, and only the page replacement paper 1lls is moved toward the binding section 9a.

And then, as shown in Figure 2 (c) k, page change row 2
2 normally completes one rotation from start-up, the page replacement paper 1i1s is thrown to the rear of the page replacement paper 2. At this time, the photoelectric element 11 detects the slit in the plate 10 thrown onto the shaft 1. The motor 12 is stopped at a point t11 from the origin of the bankbook 2 (second figure).Next, the conveyance roller 52 is started and the bankbook 5 is conveyed in the direction of arrow A (e), and the bankbook S After a predetermined period of time has elapsed after the start of conveyance, the solenoid is turned off and the shutter 141 is closed.The page change operation is performed in the forward direction in a manner similar to a bolt.In addition, after the page change operation is completed, the page change is ensured. In order to check whether or not this has been done, the barcodes attached to the pages of one bankbook are detected by optical detection means.

Next, referring to 115jll, the operation of turning over the pages of a bankbook in the reverse direction will be explained. The reverse page change is opposite to the above-described forward page change, and is a page change in the direction in which the page space is decreased. In this case, the first passbook 5 is transported to the page changing mechanism and stopped at a position where the pages are turned in the opposite direction (No.
Figure A).

When the passbook 5 is stopped, the solenoid 15 is activated.

Shutter 142 is opened via link 552.

Similarly to the forward page changing operation explained using FIG. The freedom of the page replacement sheet 1115 is restricted by pressing it into the page replacement sheet 15 near s9a. In this state, when the page changing roller 2 rotates around the shaft 1 in the direction of arrow 1, the teeth 51 of the page changing p-22 come into contact with the page changing paper fi15, and the page changing paper $ is removed by frictional force.
Loosen 15 and begin to tighten the first part 9α (in the direction of arrow x7). However, the binding of page replacement paper 1a15 @ h9c
Since the freedom is restrained by the L near 6u restraint member 101, the page changing operation is started at the same time as the paper sheet 15 that should have been originally paged. The previous page paper work 15b of the paper slip is the restraining member 10
It is knocked down in the direction of arrow X$ by the pushing action of step 1,
The so-called page change phenomenon can be prevented at the initial stage of page change. At this point, the restraining member 101 is restored to the direction of the arrow θ by releasing the excitation of the solenoid, and the bankbook 5 is released from the restraint from the restraining member 101, and only the page change sheet is reliably replaced. 9a direction
It is pulled together in the direction of the n arrow x7.

Finally, as shown in Figure #I5 (c), when the page changing row 2.2 normally completes one rotation from its activation, the page changing sheet Jli 15 is thrown off to the rear of the page changing row 92.

Next, the transport row 52 is activated and the bankbook 5 is transported in the direction of arrow B. (Fig. 3) Then, after a predetermined period of time has elapsed since the start of conveyance of the bankbook 5, the solenoid 15 is shut off and the shutter 142 is closed. In this way, the page rotation operation in the reverse direction is performed. Note that after the reverse page change operation is completed, a check is made to see if the page change has been reliably performed using the same means as in the case of forward page change.

In the present invention, the page change is performed by rotating the page changer 22 in the forward or reverse direction, but by rotating the p'-42 several times in succession as shown in Figure 185. Thus, continuous page changes are performed over several pages.

This is accomplished by repeating the operations of the embodiment shown in FIG. 92 described above. Of course, in this case, the rotation of 4-22 does not stop during the page change, and the operation ends after rotating for the required number of page changes.

Effects of the Invention As described above, according to the present invention, 11. Rotate the page change a-t in the forward and reverse directions,
It is possible to prevent the delayed page change phenomenon and change pages at a high speed.

[Brief explanation of the drawing]

Figure JR1 is a perspective view of an automatic page change device for a passbook according to an embodiment of the present invention, Atsushi2Ev*5rllJ1 and Figure 4 are diagrams for explaining the operation of automatic page change for a passbook, and Figure 2 is a perspective view of an automatic page change device for a passbook according to an embodiment of the present invention. An explanatory diagram of the operation for turning the page in the reverse direction, Figure S is an explanatory diagram of the operation for turning the page in the forward direction, and Figure 4 is an explanatory diagram of the operation for turning the page in the forward direction. 55 (W4 state details E1 diagram, FIG. 5 is an explanatory diagram of the operation when the pages of the passbook are consecutively set. 1...Shaft, 2...Page change row 2゜51--Tooth section, 52-...Body section. 7--constriction, 12--peak. 5.-Passbook, 100...Forward constraint S*t. 101... Reverse direction restraining member. 14j-...Forward replacement shutter. 142...Reverse page change shutter. 1) Li +ra +, , 11'. O 4 Figure O 5 Prisoner-452・

Claims (1)

[Claims] An automatic page changing device aVc for a booklet consisting of a plurality of pages, which turns over the sheets of a certain page in the direction of the binding,
11 on the page where the child is located.
'A page change roller that contacts JIIfR and rotates in a predetermined direction so as to pull the paper sheet in the direction of the stitch, and a binding part of the quantum of the paper sheet that is pulled in the direction of the stitch by the page change roller 2. It has a restraining member that presses down near the base. Page change device for a booklet configured to release the restraint of the page change sheet near the binding base by the cough restraining member after the sheets have started to gather together - 0