JPH0334896A - Page turn apparatus of booklets - Google Patents

Abstract

PURPOSE:To well perform page turn regardless of the thickness of a page by mounting a control means controlling the shaking quantity of a shaking member corresponding to the thickness of a page to be turned over and displacing the contact position of a turning-over roller to the page. CONSTITUTION:When a new passbook T is sent to a page feed apparatus 21 in a folded state, shaking levers 37, 37 are shaken by a drive motor 41 and the upper end parts of the shaking levers 37, 37 are detected by the first detector 47. The drive motor 41 is operated for a predetermined time and the upper end parts of the shaking levers 37, 37 are stopped at a position separated by a predetermined distance from the first detector 47 and turning-over rollers 34, 34 are brought into contact with the cover Ta of the passbook T. A drive motor 45 is rotated and the turning-over rollers 34, 34 are rotated in a counterclockwise direction and the cover Ta of the passbook T is turned up in a curved state. Feed rollers 32, 32 feed the passbook T and the turning-over rollers 34, 34 are raised upwardly to perform the page feed of the cover Ta. In case of a thick cover Ta, the angle of inclination of the shaking lever 37 is made large and the turning-over rollers 34, 34 are brought into deep contact with the cover Ta under pressure and even the thick cover Ta can he certainly turned over.

Description

DETAILED DESCRIPTION OF THE INVENTION [Structure of the Invention] (Industrial Application Field) The present invention relates to, for example, a booklet storage device provided in an automatic teller machine or the like.

(Prior art) When dispensing cash from an automatic teller machine, the user draws a card from Cards J and I, and also uses the passbook matchmaker ■ to make a match with the passbook open. ing.

The bankbook that has been brokered from the above bankbook tin population has the transaction amount printed on its 1″f.

However, in recent years, a system has been developed in which, when a bankbook is used up, a new bankbook can be issued and handed over to the user.

The above-mentioned new passbook is set inside the automatic deposit machine in a pre-folded state, and is issued dynamically one by one.

The above new passbook has the account number, name, etc. printed on the cardboard cover inside the automatic deposit machine, and then is sent to the page break device, which turns over the cover and then processes the new passbook. Afterwards, it is sent to the printing section, where the transaction details are printed on the inner sheet made of thin paper, and then sent back to the passbook entrance.

2. As the page break device, for example, the one shown in FIG. 10 is used.

From the slide, 1 in the figure is a pulling roller, and this (hiring roller)
is attached to the swing lever 3 via the rotating shaft 2. The rocking lever 3 has its end connected to the rotating shaft 2 of the IL11 movement [1 (supported by P1 on the 1.1 degree roller)] integrally with the above-mentioned (grip roller). The rotating X + A belt 7 is passed between the pulley 6 and the pulley 5. Furthermore, a belt 7 is passed between the pulley 6 and the pulley 5. Furthermore, a bell h ] O ( A coil spring 11 is connected to the upper end of the swing lever '3.

On the other hand, first and second solenoids 12 and 13 are disposed on both sides of the moving lever 3.

The first and second solenoids 12 ] 3 are connected via wires 14 to substantially the center of the moving bar '3. The middle portion of the wire 4 is closed by a guide row 15, 1.5.

Therefore, when issuing the Shingentsu Chucho T, the 11th
As shown in the figure, (Ji ↓" is sent to the device in a standing state. At this time, the first solenoid 12 is energized and the wire] 4 is pulled. This causes the oscillation. The lever 3 resists the force of the spring 11 and moves in the direction of the arrow aJJ around the shaft 4 at 17, bringing the pulling roller 1 into contact with the cover Ta of the passbook T.

On the other hand, at this time, the pulse motor 8 is operated, the drive belts 10 and 7 are run, and the turning roller 1 is rotated counterclockwise. As a result, the cover Ta of the passbook T is turned over.

Further, the small set Tb of the passbook T is also turned over in the same manner as when the cover Ta is turned over.

Note that when the passbook T is turned over backwards, the second solenoid 13 is energized and the wire 14 is pulled. As a result, the swing lever 3 or the spring 11's 11. Shi! The roller 1 is moved one step in one direction to bring the tension roller 1 into contact with the cover Ta of the passbook T.

On the other hand, at this time, the pulse motor 8 is reversely rotated, and the island movement bell 1, 10.7, and Lj are rotated.
It rotates in the direction of the force. As a result, the ship is cleared.

The cover page 1a of the T was snatched away. In the same way, the small group Tb under the sail was invited back.

(Problem to be solved by the invention) However, in the past, since the swing lever 3 was operated by the solenoids 1.2 and 1.3, the tilt angle of the turning roller was reduced to one stroke. , n were different in thickness, there was a problem in that the pages could not be turned over with long hits.

Therefore, this invention is based on page 11. The provision of a 1111-type page break device that allows for good page breaks, regardless of the size of the page, is considered a ``j objective.''

[Structure of the Invention] (Means for Solving the Problems) In order to solve the above problems, the present invention provides a method in which the speed roller swung by the oscillating part is moved by a shim of Ilr. In a page turning device for booklets, which contacts the 100 of the 100 sheets consisting of 1 and 1 and rotates the pulling roller to turn up the 100 sheets, the thickness of the 100 sheets to be rolled up is adjusted. [Second front! It is characterized by having a control means for controlling the amount of rocking of the self-swinging part (O) and for changing the contact position of the sliding roller to the woman's position.

(Function) By the above means, the turning roller is positioned at the optimum position according to the thickness of the page of 1111 children.

(Unaccompanied Embodiment) The present invention will now be described with reference to an embodiment shown in FIGS. 1 to 10. Figure 2 is an automated teller machine (ATM)
FIG. 6 is a cross-sectional view without showing an overview of the passbook printer unit] 6 installed in the bankbook printer unit. In the figure, reference numeral 17 indicates a medium entrance/exit which also serves as a passbook ejector, and ] 8 indicates a port for opening and closing the entrance/exit 17.

1111 Entrance/exit with passbook T open as child] 7
When it is pushed in further, an optical detector (not shown) is activated, the shutter gate = 1.18 is opened, and then the conveyance rollers 32 of the conveyance path 20 are driven, and through the conveyance path 20, the passbook printer unit] is driven. It is transported to the back side.

Opposed to the conveyance path 20, the length device (auto turn) 21, the magnetic, I;' 22, U The bankbook ◆ has the bill light row sections 25 to 27 arranged therein.

The accepted passbook 'r is then scanned by the magnetic stripe or magnetic head 22 affixed to the front and back covers, and the kif1 content information of the n-location number is read. If it stops, it will be accepted, and if it does not stop or the reading is not good, 117 will be returned.

hE L (The accepted passbook T is further checked by the optical line finer placed on the back side!・2) to read the jT mark, printed lines, etc. of the opened r[/->j('
1 will be given. Based on the printing information of this line find 23, printing of A: 1 inclusive for the person whose pass width is not recorded and & transaction printing are performed. It is well known that printing information can be exchanged online, so detailed tax information will be omitted.

When the print lines on that page are full, the passbook 71' is returned to the opening V device 21 and the page is turned over. And +I', L < turned over line find 23
At this time, if it is not turned over correctly, the IIT tx turning operation is performed in the inspection device 21.

Then, when it is confirmed that the passbook P has been correctly turned over, the number of unregistered persons is recorded ψ1 (in the printing unit 24). After the registration, the passbook P is released from the entry/exit n17.

In addition, the printed lines of the passbook P have some markings, and once the last line of the last page is printed, there is no margin left. At this time, a new passbook T is issued from the first to third passbook issuing units 25, 26, and 27.

When a new passbook T is issued by a picker device (1. not shown) that has a lower ejector, the account number, name, etc. are printed on the cover, and after the cover is turned over as necessary, the passbook 'r Information about customers with account numbers O, L; is written on the magnetic stripe. After that, the fruit part is printed,
Entrance/exit 1. Returned to customer from 'l 17. When issuing a new passbook, the printed passbook T will be temporarily saved to the passbook storage area.
At the time of return, it will be returned to the customer consecutively with the new passbook T.

Note that tii slip Q is used for transactions other than passbook transactions.

One by one,''21;
j, Figure '52, and Figure 3 of the vessel (1tc) for explanation.

In the figure, 34.34 is a turning roller provided between the pair of self-conveying rollers 33.33. These turning rollers34. '
:34 is taken by Noyaft 35, as shown in Figure 3'X3. Both ends of the said/yaft 35 C:
N-motion lever 37. 3'7 (7) 1-7 end d1. !
1 These swinging levers 37 are supported in a rotating manner.
One end of 7 is fixedly supported by shirt 38'
There is.

The front shaft 38 (between the two shafts 336
A pulley 39 is provided at one end of the motor 8, and this shaft 39 is connected to a pulley 42 of a first drive motor 41 via a heald 40.

A pulley 43 is attached to one end of the shaft 35 of the turning roller 34.
or connected.

On the other hand, the locus 37 of the I:n moving end of the 411 moving lever 37
The first and second detectors 47 and 48 are arranged in a.

The first and second detectors 4748 have a light emitting element 49 and a light receiving element T-50, as shown in FIG.
When the upper end of the swing lever 37 passes between the light emitting element 49 and the light receiving element 50 and blocks the light from the light emitting element 48, its position is detected.

The first and second detectors 47 and 48 are 11! I 8
51 via a signal path 52, and the control section 51 is connected to the first drive motor 4 via a signal path 53.
1 is connected.

Furthermore, a determining means 55 is connected to the control section 51 via a signal path 54.

The determining means 55 is adapted to determine whether the page to be turned over by the notification head T is a thin inner sheet or a thick cover.

The control section 5] is adapted to vary the inclination angle of the swinging lever 37 of the turning rows 34 and 34 depending on whether the page to be turned over of the passbook T is the cover page Ta or the inner page Tb.

0 When it is determined that it is Zunaichi, ↑Saruheki EVE or cover Ta, as shown in Figure 4 or Figure 6,
When the second end of the swing lever 37 is detected by the first or second detector 47, 48, the drive of the first drive motor 4 is stopped to stop the swing of the swing lever 37. .

Also, if the holding section 1T is the inner paper Tb, when the paper is separated, as shown in FIG. 5 or FIG. detector 47
．． Driving motor 4 of Chichi, scoop detected by 48
1 continues to be driven, and when the upper end of the swinging lever 37 is separated from the first or second detector 4748 by a predetermined distance, the driving of the first drive module 4] is stopped, and the swinging lever 37 is stopped.
It is designed to stand still and stop the oscillation.

When a new passbook T is sent in a folded state from the issuing units 25 to 27 to the page changing device 21, the first drive motor 41 is activated. By the operation of the first drive motor 41, the shaft 38 is rotated via the belt 40, and the swing lever 37]137 is swung as shown in FIG. Due to this swinging, the upper end of the swinging lever 37.
(at this time, it is detected that the passbook T should be rolled up
It has been previously determined by the determining means 55 that l is the cover Ta), and after this detection, the first drive motor 4
] or for a predetermined period of time, and the upper end of the swing lever 37 is moved to the first position.
Stops at a position a predetermined distance away from the detector 47 of +l-,L,
The turning roller 34.34 contacts the cover Ta of the passbook T.

After that, the second drive motor 45 is activated and the belt 4 is rotated.
The shaft 35 rotates through the turning roller 34.3.
4 rotates counterclockwise as shown in FIG. 9(a). Thereby, the cover Ta of the passbook T is rolled up in a curved shape. Next, the conveyor roller pair 32.32 is shown in Figure 9 (b).
As shown in FIG. 9(C), the passbook T is rotated in the direction of the arrow and conveyed, and the turning rollers 34, 34 are lifted upward by the swinging of the swinging lever 37, and as shown in FIG. 9(C), the cover book T is transported. Ta or page break.

In this way, when the cover page Ta is changed, the pair of conveying rollers 32 is rotated in the direction of the arrow and the passbook T is sent to the marking section 24, as shown in FIG. 9(d)1. here,
After the details of the transaction are signed, the transaction is sent to the device 2 (not shown). The first drive motor 41 is activated.

By the operation of the four first drive motors, the shaft 38 is simultaneously moved via the belt 37, and the swing lever 37.37
is swayed.

This swinging causes the upper end of the swinging lever 37.37 to move to the fourth position.
As shown in the figure, when detected by the first detector 47, it stops. Thereafter, the second drive motor 45 is activated, the shaft 35 is rotated via the belt 44, and the turning rollers 34, 34 are rotated in the direction of the arrow as shown in FIG. 9(e).

As a result, the inner paper Tb of the passbook T is lifted up in a bay-northern shape, and the pair of transport rollers 32 and 32 are rotated simultaneously to transport the passbook T, as shown in FIG. 9(f). , by the swinging of the turning rollers 34, 34 or the swinging lever 37, the inner paper is lifted up to 3 Tb or the pages are changed as shown in FIG. 9(g). After that, the pages will be changed sequentially.

As described above, the inclination angle of the turning rollers 34, 34 is changed according to the thickness of the page to be turned over of the passbook T. In other words, in the case of a thick cover Ta, the inclination angle of the swing lever 37 is increased. Since the turning rollers 34, 34 are brought into deep pressure contact with the cover Ta and rotated, even a thick cover Ta can be turned over with certainty.

[Effects of the Invention] As explained above (111), according to the present invention, even if the true thickness of the layers is different, the thickness of
′().

[Brief explanation of drawings]

Figures 1 to 9 show one embodiment of the present invention. Figure 1 is a side view showing the opening device, Figure 2 is a side sectional view showing the passbook printer unit, and Figure 3 is the width. Figure 4 is a side view showing the position of the turning roller when turning the inner sheet forward, and Figure 5 is a side view showing the position of the turning roller when turning the cover forward. , Figure 6 shows the speed C when turning the inner paper backwards.
Fig. 7 is a side view showing the position of the pulling roller when connecting the covers, Fig. 8 is a side view showing the position of the rake roller, and Fig. 8 is the i1i
FIG. 9 is a block diagram showing the control system, FIG. 9 is an explanatory diagram for handling the turning operation of a bankbook, FIG. 10 is a block diagram showing a conventional reforming device, and FIG. 11 is an explanatory diagram of its operation. '34 Turning roller, 37 ↑; E moving lever (swinging member), 51 control means, T bankbook, Fa front page, Tb-inner paper. Figure 3 Figure 7 Figure (a) Figure (b) 〒-38 (C) Figure (d) (e) (9) Figure 9(f) Figure 0 Figure 1

Claims (1)

[Claims] In a page turning device for booklets, which brings a turning roller swung by a swinging member into contact with pages of a booklet having pages of different thicknesses, and rotates the turning roller to turn over the pages, the above-mentioned A page turning device for booklets, characterized by comprising a control means for controlling the amount of swing of the swinging member according to the thickness of the page to be turned, and for displacing the contact position of the turning roller with respect to the page.