JPH07290786A - Issuing device of passbook and document - Google Patents

Abstract

PURPOSE:To draw out various kinds of passbooks or documents and enable stabilized taking-out without causing jamming. CONSTITUTION:In a passbook and document publishing device publishing an indicated passbook and/or a document, a passbook-holding unit 9 in which a plurality of passport holding parts 8 are provided in a row, a document- holding unit in which a plurality of the documents holding parts 10 are provided in a row, a passbook drawing-out mechanism 15 which draws out the passbook through the passbook holding unit 9 by being provided between the passbook holding unit 9 and document holding unit 11 and a drawing-out/retaining unit 12 having a passbook retaining part, the document drawing-out mechanism 16 and document retaining part 48 are provided. Therefore, a horizontal moving mechanism moving the drawing-out/retaining unit 12 in a horizontal direction and vertical moving mechanism 13 moving the passbook retaining part and document retaining part 48 to an upper taking-out port are provided.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a passbook certificate document issuing device for issuing various passbooks and certificates in financial institutions.

[0002]

2. Description of the Related Art As an issuing device for issuing a passbook or a certificate as described above, there is one disclosed in Japanese Patent Laid-Open No. 62-65844. The passbook certificate issuing machine described in this publication has a plurality of passbook storage cassettes arranged on one side inside the main body and a plurality of certificate storage cassettes on the other side, respectively. A passbook feeding mechanism and a certificate feeding mechanism are provided on the opposite sides of the cassettes. The passbook and the certificate fed from these cassettes are carried out upward through a common transport system arranged between the facing surfaces of the cassettes. Has been done.

[0003]

However, in the above-mentioned conventional apparatus, since the passbook and the certificate delivery mechanism are provided for each cassette, the structure becomes extremely complicated and the cost increases. In addition, there are many merging sections because the conveyance path for feeding out the passed passbooks and certificates from the individual cassettes merges with each other in the conveying system that conveys them upward, and conveys them upward. As a result, there is a problem that the occurrence rate of jamming is high.

Further, since a passbook and a certificate having greatly different thicknesses are nipped and conveyed by using a common conveying system, the structure of the conveying path must be such that both of them having different thickness can be surely conveyed. However, it is inevitable that its structure will be complicated.

Further, since the operator receives a passbook or a certificate sent from a single transport system, it can process only one book or one sheet at a time. It is important to note that even if a storage unit is provided at the outlet for storage, the carried-out passbook and certificate will be in a mixed state, so later sorting and other processing is required.
There was a problem that the sorting work was troublesome.

In view of this, the present invention provides a passbook certificate document issuing device capable of feeding out a large number of kinds of passbooks and certificates by a small number of feeding mechanisms and capable of stable carry-out without causing jamming. The purpose is to

[0007]

As a means for solving the problems of the above-mentioned conventional techniques, the present invention stores both a passbook and a certificate in advance, and issues an instructed passbook and / or a certificate. In a passbook certificate document issuing device, a plurality of passbook storage units that can store passbooks in a stack are arranged in a horizontal direction, and a plurality of certificate passports that store certificates are arranged in a horizontal direction. Certificate storage unit,
A passbook feeding mechanism that is horizontally movable between the passbook storage unit and the certificate storage unit, and sends out a passbook from the passbook storage unit, a passbook holding unit that holds the passed passbook, and a passbook from the certificate storage unit. A certificate feeding mechanism, a feeding / holding unit having a certificate holding unit for holding the fed-out certificate, a horizontal moving mechanism for horizontally moving the feeding / holding unit, and at least a passbook holding unit of the feeding / holding unit and And a vertical movement mechanism for moving the certificate holding unit to the upper outlet.

[0008]

[Function] The passbook storage unit stores the passbook, and the certificate storage unit stores the certificate.

When a passbook issuance instruction is issued, the horizontal movement mechanism moves the feeding / holding unit to a position corresponding to the passbook storage portion in which the designated passbook is stored, and the passbook feeding mechanism feeds the passbook. The fed-out passbook is held in the passbook holding unit, and then the holding unit is moved to the take-out port by the vertical movement mechanism, and the passbook issuing process ends.

When an instruction to issue a certificate is issued, the horizontal movement mechanism moves the feeding / holding unit to a position corresponding to the certificate storing section in which the instructed certificate is stored, and the certificate is fed out by the certificate feeding mechanism. The fed-out certificate is held in the certificate holding unit, and then the feeding / holding unit is moved to the take-out port by the vertical movement mechanism, and the certificate issuing process is completed. In the case of issuing a plurality of passbooks or certificates, the feeding operation is continuously performed and sequentially held in the holding unit, and these are collectively moved to the take-out port.

In the second aspect, the passbook feeding mechanism and the certificate feeding mechanism do not protrude from the unit for horizontal movement of the feeding / holding unit, and do not become an obstacle during movement. When it reaches the position corresponding to the storage unit in which the passbooks instructed to be issued are stored, the feeding mechanism protrudes and feeds out the designated amount and feeds it to the holding unit.

[0012]

DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described below with reference to the embodiments shown in the drawings. FIG. 1 shows an external appearance of an embodiment of a passbook document issuing device according to the present invention. At a position near the front of the upper surface of the device main body 1, a passbook type take-out opening 3 opened and closed by a shutter 2 and an operator confirmation. Is provided with an ID card reader 4 for reading an ID card for reading, an operation key 5 for inputting the type of passbooks to be issued and the number (volume) of books, and the rear side of the upper surface within a specified period (for example, A management table printer 6 that prints a management table showing the issuing status of (1 day) is installed. The front surface of the apparatus body 1 can be opened and closed by a front door 7 which is attached so as to be openable and closable.

FIG. 2 is a side view schematically showing the arrangement of the internal structure of the above-mentioned passbook document issuing device, and the passbooks (indicated by reference numeral A) are stored in the upper position inside the device main body 1 as an accumulated state. A passbook storage unit 9, which has a total of 18 passbook storage cassettes 8, 8 ... As a passbook storage unit in three rows in a row in the front-back direction of the apparatus body 1, is arranged at a lower position thereof.
Two certificate storage units 10, 10 ... In which the certificate (denoted by the symbol B) is stored in a tilted state are provided in the front-back direction of the apparatus main body 1 as two.
The certificate storage unit 11 having a total of 18 rows is arranged.

Between the passbook storing unit 9 and the certificate storing unit 11, a feeding / holding unit 12 for feeding the passbook and the certificates from these units 9 and 11 and for holding the fed passbooks is provided in the apparatus main body 1. It is arranged to be movable in the front-back direction. A vertical movement mechanism 13 for moving the holding portion of the feeding / holding unit 12 to the take-out port 3 opened on the upper surface of the apparatus body 1 is arranged at the innermost front part of the apparatus body 1. Reference numeral 14 indicates a caster for moving the apparatus.

Next, a concrete example of the configuration of each of the above parts will be described. FIG. 3 is a cross-sectional view showing a portion of the payout / holding unit 12, and a passbook payout mechanism 15 for paying out a passbook from one passbook storage cassette 8 of the passbook storage unit 9 is provided at an upper part of one side, and a lower part thereof is provided at the lower part thereof. The certificate storage unit 11
Certificate feeding mechanism 1 for feeding a certificate from one storage unit 10
6 is provided, and on the other side, a passbook storage unit 17 for temporarily holding the fed-out passbook and the certificate is provided.

The passbook delivery mechanism 15 includes a drive pulley 20 fixed to a first drive shaft 19 which is rotationally driven in the direction of an arrow in the drawing at a position above the machine frame 18 of the delivery / holding unit 12 and the first drive. A swinging pulley 22 axially attached to a tip end of a bracket 21 capable of swinging about the axis of the shaft 19; and a feeding belt 23 wound around the swinging pulley 23.
The base end portion of the bracket 21 is connected to a plunger 26a of a solenoid 26 via link members 24 and 25 constituting a link mechanism, and the feeding belt 23 is energized and de-energized by the solenoid 26 so that the feeding belt 23 is shown by a solid line in FIG. When the solenoid 26 is not excited, the bracket 21 is placed in a horizontal position by a biasing means such as a spring (not shown) so that the upper surface of the feeding belt 23 is housed in the feeding / holding unit 12. Is configured. It should be noted that three passbook feeding mechanisms 15 are arranged along the first drive shaft 19 so as to correspond to the rows (three rows) of the passbook storage cassettes 8.

The certificate delivery mechanism 16 includes a drive pulley 28 fixed to a second drive shaft 27 which is rotationally driven in the direction of the arrow in the drawing at a position below the machine frame 18 of the delivery / holding unit 12, and the second drive shaft. The bracket 29 has a feeding belt 31 wound around an oscillating pulley 30 axially attached to the tip end of a bracket 29 that can oscillate about the axis center of 27, and the tip side of the bracket 29 constitutes a link mechanism. It is connected to the plunger 35a of the solenoid 35 via the link members 32, 33, 34, and the feeding belt 31 takes the positions shown by the solid line and the chain line in FIG. 3 by the excitation and non-excitation of the plunger 35. When the magnet 31 is not excited, the bracket 29 is placed in a horizontal posture by a biasing means such as a spring (not shown), and the lower surface of the feeding belt 31 is fed and held. And it is configured to fit in Tsu door 12.

Drive pulley 28 of the feeding belt 31
And the reversing roller 36 in contact with the feeding belt 31.
The reverse rotation roller 36 is provided with the second drive shaft 27.
It is attached via a torque limiter to the third drive shaft 37 (FIG. 4) driven in the same direction (arrow direction).

The second drive shaft 27 is provided with a certificate gathering roller 38 on the peripheral surface of which blades made of an elastic material such as rubber or plastic are provided so as to project in the radial direction. It is to be noted that two of the above-mentioned certificate feeding mechanisms 16 are arranged along the second drive shaft 27 so as to correspond to the rows of the certificate storage units 10.

FIG. 4 shows a drive system for rotating the first, second, and third drive shafts 19, 27, 37.
The feeding / holding unit 12 is provided with _one driving motor M ₁ , and from the pulley 39 of the motor M ₁ to the belt 4
A pulley 41 that rotates through 0, a pulley 42 at the end of the first drive shaft 19, a pulley 43 at the end of the second drive shaft 27, a third
A belt 46 is wound around a pulley 44 and an intermediate pulley 45 at the end of the drive shaft 37 so that all the shafts 19, 27, 37 are rotated in the same direction.

The passbook storage section 17 receives a passbook from the passbook storage cassette 8 by the passbook delivery mechanism 15 and holds the passbook, and the certificate delivery mechanism 16 delivers the passbook from the certificate storage section 10. It comprises a certificate holding unit 48 which receives and holds the certificate. Figure 3
Indicates a state in which the passbook storage unit 17 is raised by a chain line.

The passbook reserving portion 47 is a box-shaped member having an open top and a slightly lower side wall 47a on the side of the passbook feeding mechanism 15, and the certificate reserving portion 48 has a lower end bent in a U-shape. It is constituted by a plate member 49 which is a supporting portion 49a and extends upward, and another plate member 50 faces the plate member 49 with a space therebetween, and the lower end of the plate member 50 covers the certificate advancing roller 38 of the certificate feeding mechanism 16. A part of the peripheral surface of the reverse rotation roller 36 is projected from the window hole of the plate member 50 at the position.

The passbook holding section 47 and the certificate holding section 48
3 can both be pulled out above the payout / holding unit 12 as shown by the chain line in FIG. 3, and at the time of setting, the lower surface of the passbook holding part 47 is placed on the mounting table 51 of the payout / holding unit 12. It has become so. At the time of this placement, the positioning pin 5 erected on the upper surface of the placement table 51
2, 52 are fitted into the positioning holes 63, 63 drilled in the pedestal 53 below the passbook holding section 47, and the positions are determined.

FIG. 5 shows an embodiment of a horizontal movement mechanism 54 for moving the feeding / holding unit 12 in the front-back direction of the apparatus main body 1. A sliding member 55 attached to the side surface of the feeding / holding unit 12 is shown. Is engaged with a guide rail 56 installed inside the apparatus main body 1 so that the unit 12 can slide in the front-rear direction.

A pair of front and rear pulleys 57, 58 are axially mounted on the inner side surface of the apparatus main body 1, and three relay pulleys 59, 60, 61 are formed on the side surface of the feeding / holding unit 12.
Is attached to each of the pulleys 57, 58, 5
An endless belt 62 for horizontal movement is wound around 9, 60 and 61, a rear pulley 57 is connected to a horizontal drive motor M ₂ capable of normal and reverse rotation, and the other pulleys are freely rotatable. when the motor M ₂ is driven in a clockwise direction in FIG. 5, feed-hold unit 12 is the main body 1
When driving in the counterclockwise direction, it moves forward. This moving range is movable over substantially the entire area inside the apparatus body 1.

FIG. 6 is an exploded view of an embodiment of a vertical moving mechanism 13 for moving the passbook holding section 17 of the feeding / holding unit 12 to the take-out port 3 above the apparatus main body 1. This vertical movement is shown in FIG. The mechanism 13 is provided on the substrate 64 provided on the inner surface of the front door 7 of the apparatus body 1, and when the front door 7 is closed, the mechanism 13 is located in the moving space of the feeding / reserving unit 12 and in front of the passbook storage unit 9. It is supposed to be done.

On the substrate 64, two guide rails 65, 65 on the left and right in the vertical direction, and a pair of upper and lower pulleys 66, 67 are mounted between them, and these pulleys 66,
A wire 68 is wound between 67, and a vertical movement motor M ₃ for rotating one pulley 67 is provided. The rotation is transmitted from the motor M ₃ to the pulley 67 through a belt 69. ing.

An elevator member 70 is supported on the guide rails 65, 65 so as to be movable up and down. The elevator member 70 includes a mounting portion 72 having a pair of left and right sliding members 71, 71 that engage with the guide rails 65, 65.
And a pair of left and right insertion portions 73, 73 extending horizontally from the lower portion of the attachment portion 72 to the rear of the apparatus main body 1, and the attachment portion 72 is fixed to one portion of the wire 68.

Two front and rear positioning pins 74 and 74 are provided on the upper surfaces of the insertion portions 73 and 73, respectively.
With the elevator member 70 in the lowest position,
When the holding unit 12 moves to the frontmost position, the insertion portion 7
3, 73 are inserted into the lower position of the lower surface of the passbook holding section 47 of the passbook holding section 17, and the elevator member 70 is lifted by the drive of the vertical movement motor M ₃ and its insertion section 73, 73 lifts the passbook holding section 17, and at that time, the positioning pins 74, 74 are fitted into the positioning holes 75, 75 formed on the bottom surface of the passbook holding section 47. The moving range of the elevator member 70 is from the front position of the moving range of the feeding / holding unit 12 to the position immediately below the take-out port 3.

FIG. 7 shows a cross section of an example of the configuration of the passbook storage unit 9. The passbook storage unit 9 has a storage frame 76 that is long in the front-rear direction and a plurality of (in the embodiment, front and rear) loaded in the storage frame 76. It is composed of passbook cassettes 8, 8 ...

The storage frame 76 can be pulled out forward by opening the front door 7 of the apparatus main body 1, and the passbook storage cassettes 8, 8 ... Can be attached and detached when the storage frame 76 is pulled out.

The passbook storage cassette 8 has a box structure in which the bottom surface 77 is inclined to one side, and the passbook feeding mechanism 1 of the feeding / holding unit 12 is located at the central position of the bottom surface 77.
An opening 78 through which the 5 can enter is formed, and a passbook feeding port 79 is formed at the lower end position of the bottom surface 77 which is inclined downward.

The storage frame 76 has a positioning portion 80 for regulating the front and rear positions of the passbook storage cassettes 8, 8.
.. and lower support parts 81, 81 ... for supporting and positioning the lower ends of the set passbook storage cassettes 8, 8, ... Are provided for each passbook storage cassette 8, 8 ... At the position, two-sheet feeding prevention rollers 82, 82 for restricting the two-sheet feeding of the passbook at the same time are provided, and these rollers 82 are rotatable and are urged downward by a spring 83.

FIG. 8 shows a cross section of an example of the construction of the certificate storage unit 11. This certificate storage unit 11 is divided into a plurality of partitions (in the embodiment, nine in the front-rear direction, two in each case). Certificate storage units 10 and 10 (18 in total)
Is formed and the passbook storage unit 9 is formed.
Like the above, it can be pulled out from the apparatus main body 1.

The certificate storage section 11 is tilted rearward so that the certificates can be stored in a slanted rearward direction, and the upper portion of the certificate stored in the storage section 10 is pressed to the front of the apparatus main body 1. The pressing mechanism 85 is separately provided. This pressing mechanism 85 has a certificate storage unit 10 as shown in a detailed example in FIG.
A connecting member 87 is rotatably attached to a central position of a rotary shaft 86 provided so as to pass through the inside of the rotary shaft 86, and is constantly urged clockwise by a torsion spring 88 in FIG. A pressing member 89 is attached to the tip of the connecting member 87 by a pin 90 so that the pressing member 89 can be swung freely, and the upper position of the certificate can be moved to the front partition plate 8 via the pressing member 89.
It has been given the habit of trying to press it on the 4. A pressing pin 91 is provided so as to project from the rotary shaft 86, and the pressing pin 91 abuts on the upper surface of the connecting member 87.

One end of the rotary shaft 86 (on the right side when viewed from the front of the apparatus main body 1) penetrates the side plate 92 of the certificate storage unit 11, and one end of an arm 93 is fixed to the end of the side plate 92, near the tip of the arm 93. Is provided with an engaging pin 93a. The side plate 93 of the certificate storage unit 11 is provided with a projection 94 for sliding and a projection 95 for spring engagement.

Device main body 1 on the side of the certificate storage unit 11
A slide member 96 is arranged inside. The slide member 96 has a plurality of elongated hole-shaped engagement holes 97 into which the engagement pins 93a are fitted and slide holes 98 into which the slide projections 94 are fitted. A tension spring 99 is stretched between one end of the slide member 96 and the slide member 96 is urged to draw the slide member 96 rearward with respect to the certificate storage unit 11.

Therefore, when the certificate storage unit 11 is pulled out from the apparatus main body 1, the slide member 96 is pulled rearward by the spring 99, and the slide projection 94 reaches the front end of the slide hole 98 as shown in FIG. It has stopped at the position where it was made. As the slide member 96 retracts, the engagement pin 93a of the arm 93 is also pulled backward, and the rotation shaft 86 is rotated counterclockwise. The pressing force of the rotating shaft 86 causes the pressing pin 91 to press the connecting member 87, and the pressing operation of the certificate is released.

When the certificate storage unit 11 is pushed into the apparatus main body 1, the front end surface of the slide member 96 comes into contact with the engaging member 100 provided on the inner surface of the apparatus main body 1, and the slide member 96
Is moved forward (relative to the certificate storage unit). By this movement of the slide member 96, the rotational force applied to the rotary shaft 86 is released, and the coaxial shaft becomes free. The connection member 87 in the certificate storage unit 10 is the torsion spring 8
Since it is urged in the clockwise direction in FIG. 9 by 8, the pressing member 89 presses the upper position of the certificate against the front partition plate 84 as shown in FIG. The pressing operation and the releasing operation of these certificates are performed by setting and pulling out the certificate storage unit.
It is designed to be collectively performed at 0 ...

When the certificate storage unit 11 is pushed and set from the pulled-out state, the front end surface of the slide member 96 collides with the locking member 100, but the elastic deformation of the tension spring 99 reduces the impact at the time of pushing. Also has the meaning.

On the upper surface 84a of the partition plates 84, 84, there is attached a certificate display sticker 101, 101 ... Which indicates the type of the certificate stored in the certificate storage section 10, 10. This seal has a sticky adhesive applied thereto and can be used repeatedly.

Next, the operation of the above embodiment will be described item by item. Loading of passbooks The passbook storage cassettes 8, 8 of the passbook storage unit 9 and the certificate storage units 10, 10 of the certificate storage unit 11 are loaded with a passbook and a certificate in advance before operation. For this loading, the front door 7 of the apparatus main body 1 is opened, the passbook storage unit 9 is pulled out, the passbook storage cassettes 8, 8 ... Are removed, and the passbooks are stacked in the passbook storage cassettes 8, 8. Load it. Next, the passbook storage cassettes 8 and 8 loaded with passbooks ...
Is set in the storage frame 76 and the passbook storage unit 9 is pushed into the apparatus main body 1.

On the other hand, when the certificate storage unit 11 is pulled out,
Since the slide member 96 is unlocked by the locking member 100 of the apparatus body 1 and retracts with respect to the certificate storage unit 11, the pressing of the storages 10, 10 ... Is released. In this state, the certificate is placed in each certificate storage unit 10, 10 ... And stored, and the certificate storage unit 11 is pushed into the apparatus main body 1.

When the certificate storage unit 11 is pushed in, the slide member 96 moves forward to move the respective certificate storage units 10, 1.
The pressing mechanism 85 for 0 ... Is energized. Then, the front door 7 is closed to complete the loading of the passbook and the certificate. In the standby state, the feeding / holding unit 12 is at the deepest position, and the elevator member 70 of the vertical moving mechanism 13 is at the lowest position. Passing-out operation of passbooks After the operator passes the ID cart through the ID card reader 4 to confirm the operation qualification, the operation key is operated to input the type and number of passbooks to be taken out.

When the horizontal movement motor M _{2 of the} horizontal movement mechanism 54 is driven to rotate the belt 62, the feeding / holding unit 12 moves forward along the guide rail 56 to store the input passbook to be taken out. .. are stopped at positions corresponding to the passbook storage cassettes 8, 8. After that, when the feeding motor M ₁ is driven and the solenoid 26 at the corresponding position is excited, the feeding belt 23 rotates and partly enters the passbook storage cassette 8 through the opening 78 of the bottom surface 77 of the passbook storage cassette 8. , Touch the lowest passbook and pay only one. The passed passbooks are fed out from the passbook feeding port 79 and accumulated in the passbook holding unit 47. At this time, even if the next passbook is taken out together, the feeding of the second passbook is blocked by the roller 82, and only the one passbook is fed out. That is, the roller 8
Reference numeral 2 denotes a free rotation roller that is urged to be pressed against the feeding belt 23, and is driven to rotate in contact with the feeding belt 23 until the passbook enters, and when one passbook enters, the passbook rubs against the feeding belt 23. The second passbook, which is sent out by the force of force and is placed on top of it, can obtain the propulsion force only by a small frictional force between it and the lower passbook, and the tip of the second passbook. Does not come out by coming into contact with the roller 82 to stop its progress.

When the designated number of passbooks are fed, the passbook storage cassette 8 in which the passbook to be taken out next is stored.
The feeding / holding unit 12 is moved to the position (1) to feed the designated number of passbooks in the same manner as described above, and when all designated passbooks have been fed, the feeding / holding unit 12 is moved to the foremost position of the apparatus main body 1 and stopped for vertical movement. When the horizontal movement motor M ₂ is driven to rotate the belt 62, the feeding / holding unit 12 moves to the front of the apparatus main body 1 along the guide rail 56, and the inputted certificate to be taken out is stored. It stops at the position corresponding to the certified certificate storage unit 10.

Then, the feeding motor M ₁ is driven and the solenoid 35 at the corresponding position is excited, and the feeding belt 31 is rotated to move the feeding belt M through the notch (not shown) of the partition plate 84 so that it is placed in the certificate storage unit 10. The department enters and touches the foremost certificate and feeds it one by one. At this time, even if the next certificate is taken out, the reverse rotation roller 36
Is returned to the certificate storage unit 10 and only one sheet is fed out.

The fed-out certificate is taken into the certificate holding section 48 of the feeding / holding unit 12, and when its rear end passes between the feeding belt 31 and the reverse rotation roller 36, the feeding belt 31 and the certificate gathering roller 38. By the action of and, they are accumulated in a state of being brought close to the vertical portion of the certificate holding unit 48.

When the designated number of certificates have been delivered, the delivery / holding unit 12 moves to a position corresponding to the certificate storage unit 10 in which the certificate to be taken out next is stored, and the delivery operation is performed in the same manner as above. After all the designated certificates have been fed, the feeding / holding unit 12 moves to the most advanced position to prepare for vertical movement.

When both the passbook and the certificate are issued, the payout / holding unit 12 receives a plurality of passbooks and a plurality of passbook storage cassettes 8 in which the certificates are stored. Then, the ones located in the rear of the certificate storage unit 10 are temporarily stopped and sequentially advanced while feeding. By doing this, the feeding / holding unit 12
It is possible to eliminate the unnecessary movement of the passbook and efficiently throw out the passbook and the certificate, and to shorten the processing time. Passbook-type Transport Operation The elevator member 70 of the vertical movement mechanism 13 is at the lowest position during standby, and in this state the feeding / holding unit 12 moves forward, so that the insertion portions 73, 73 of the elevator member 70 It is inserted along the lower surface of the bottom of the passbook holding section 47. Then, when the vertical movement motor M ₃ is driven,
The elevator member 70 rises through the wire 68, and lifts the passbook storage unit 17. At this time, the insertion parts 73, 73
The positioning pins 74, 74 projecting from the upper surface of are fitted and positioned in the positioning holes 75, 75 opened in the lower surface of the passbook holding portion 47.

The passbook is placed in the passbook holding unit 47 in an accumulated state, the lower edge of the certificate is carried by the lower edge support portion 49a of the certificate holding unit 48, and the elevator member 70 is at the highest position. When it reaches, the passbook holding unit 47 is located immediately below the take-out port 3, the shutter 2 of the take-out port 3 is opened, and the operator takes out the passbook or the certificate, thereby completing one take-out operation.

After that, the shutter 2 is closed, the elevator member 70 descends, and when the elevator member 70 reaches the lowermost position, the passbook storage unit 17 causes the payout / reservation unit 1 to move out.
It is delivered to the second mounting table 51. At this time, the positioning pins 52, 52 provided on the mounting table 51 are fitted and positioned in the positioning holes 75, 75 opened on the lower surface of the passbook storage section 17. Then, the horizontal movement motor M2 is driven in the reverse direction to move the payout / holding unit 12 to the rear of the apparatus main body 1, reach the rearmost portion, and return to the standby state. Printing the management table When the work of the day is completed, the administrator IDs the ID card
When a predetermined operation is performed after confirming the operation qualification through the card reader 4, the management table is printed by the management table printer 6 placed on the upper part of the apparatus main body 1. This management table displays information such as the number of issued books for each type of passbook.

[0053]

As described above, according to the present invention, various kinds of passbooks and certificates can be dispensed and dispensed by the passbook dispensing mechanism and the certificate dispensing mechanism of one dispensing / holding unit, so that the apparatus can be made compact. It can be manufactured and stable throwing can be performed without causing jamming. Further, even if the passbook and the certificate are thrown out in a single process, both do not coexist, and they can be taken out separately at the close positions, and the operation after feeding can be facilitated.

On the other hand, according to claim 2, wherein the passbook feeding mechanism and the certificate feeding mechanism can be swung, a large space required for horizontal movement of the feeding / holding unit is not required, and the apparatus can be further downsized. You can

[Brief description of drawings]

FIG. 1 is an external perspective view showing an embodiment of a passbook document issuing device according to the present invention.

FIG. 2 is a schematic cross-sectional view showing the positional relationship of the internal structure of FIG.

FIG. 3 is a sectional view showing details of a feeding / holding unit in FIG.

FIG. 4 is a perspective view showing a drive system of the feeding mechanism of FIG.

FIG. 5 is a perspective view showing a horizontal movement mechanism of the feeding / holding unit.

FIG. 6 is an exploded perspective view showing the vertical movement mechanism of the same.

FIG. 7 is a sectional view showing details of the passbook storage unit in FIG.

FIG. 8 is a sectional view showing details of the certificate storage unit in FIG.

FIG. 9 is an enlarged perspective view of an upper part of the same.

FIG. 10 is a sectional view showing a state at the time of setting the same.

FIG. 11 is a side view of the same.

FIG. 12 is a cross-sectional view showing a state of the drawer at the same time.

FIG. 13 is a side view of the same.

[Explanation of symbols]

 1 Device main body 3 Passbook take-out port 7 Front door 8 Passbook storage cassette 9 Passbook storage unit 10 Certificate storage unit 11 Certificate storage unit 12 Feeding / holding unit 13 Vertical movement mechanism 15 Passbook feeding mechanism 16 Certificate feeding mechanism 17 Passbook holding unit 19 First drive shaft 23 Delivery belt 27 Second drive shaft 31 Delivery belt 36 Reverse rotation roller 37 Third drive shaft 38 Certificate gathering roller 47 Passbook holding section 48 Certificate holding section 51 Placement table 54 Horizontal movement mechanism 70 Elevator member 73 Insert section 84 Partition Plate 85 pressing mechanism 89 pressing member 96 sliding member

─────────────────────────────────────────────────── ─── Continuation of the front page (51) Int.Cl. ⁶ Identification code Internal reference number FI technical display location G07D 9/00 436 A

Claims (2)

[Claims] 1. A passbook certificate document issuing device for preliminarily accommodating both a passbook and a certificate and issuing an instructed passbook and / or a certificate, wherein a plurality of passbook accommodating units capable of accommodating the passbooks in a horizontal direction are provided in a horizontal direction. A passbook storage unit arranged in a row, a plurality of certificate storage units for storing the certificates, and a certificate storage unit arranged in a horizontal direction, and a horizontally movable unit between the passbook storage unit and the certificate storage unit. , A passbook feeding mechanism for feeding a passbook from the passbook storing unit, a passbook holding unit for holding the fed passbook, a certificate feeding mechanism for feeding a passbook from the certificate storing unit, a feeding unit having a certificate holding unit for holding the fed certificate. Hold unit and this feeding
A horizontal movement mechanism that moves the holding unit horizontally,
A passbook document issuing device, comprising: a vertical movement mechanism for moving at least the passbook holding section and the certificate holding section of the feeding / holding unit to an upper take-out port. 2. In a passbook certificate document issuing device for storing both a passbook and a certificate in advance and issuing an instructed passbook and / or a certificate, a plurality of passbook storage units capable of storing the passbooks in an integrated state are provided in a horizontal direction. A passbook storage unit arranged in a row, a plurality of certificate storage units for storing the certificates, and a certificate storage unit arranged in a horizontal direction, and a horizontally movable unit between the passbook storage unit and the certificate storage unit. , A passbook feeding mechanism that is attached to the passbook storage unit side so as to be able to project and passes a passbook, a passbook holding unit that holds the passed passbook, a certificate feeding mechanism that is attached to the certificate storage unit side so as to project and issues a certificate, A feeding / holding unit having a certificate holding unit for holding the fed-out certificate, a horizontal movement mechanism for horizontally moving the feeding / holding unit, and the feeding / holding unit. Least passbook card document issuing apparatus characterized by comprising a vertical movement mechanism for moving the passbook holding portion and certificate holding unit above the outlet of.