JPS6155037A - Paper containing device - Google Patents

Abstract

PURPOSE:To stably carry out both delivery and containing by providing a paper containing part adjacent to a temporarily piling part and installing a conveying force cut-off means between a delivery means and contained sheets of paper, and a paper rear end pressing means on the paper side of a containing means. CONSTITUTION:When temporarily piling sheets of paper are to be contained, a pusher 38 is lowered, and a complementary rod 41 which is retractably provided on its end, is pushed out, to securely depress the temporarily piling sheets of paper 31 from the upper part and make them pass through a central space part. And, a conveying force cut-off member 27 which is made of a thin film type member is lowered by means of a link mechanism 29, to get out of a condition in which it is placed under a delivery roller 8. Thereby, it becomes impossible for the conveying force of the delivery roller 8 to be transmitted to contained sheets of paper 32, preventing a contained sheet of paper from being taken out accompanying the delivery of a temporarily piled sheet of paper 31, to carry out the stable delivery and containing of a small number of sheets of paper.

Description

[Detailed Description of the Invention] [Field of Application of the Invention] The present invention relates to a paper sheet storage device, and more particularly to a paper sheet storage device in which a temporary storage section and a storage section for paper products are provided adjacent to each other. .

[Background of the invention]

A conventional paper sheet storage device of this kind is, for example,
As described in Japanese Patent No. 96451, the temporary stacking section and the storage section are separated by *t L which can store paper sheets, which takes up a lot of space. Due to this space, if the temporary stacking section and the storage section are placed adjacent to each other and the space between them is eliminated, the paper sheets accumulated in the temporary stacking section and the paper sheets stored in the storage section will be separated. There is a problem of taking people out when they come into contact with other people.

[Purpose of the invention]

An object of the present invention is to provide a paper sheet storage system that has a storage mechanism that allows a storage section for paper products and a temporary storage section to be adjacent to each other, and also enables stable feeding and storage in a storage container even when handling a small number of paper M types. The goal is to provide equipment.

[Summary of the invention]

In the paper sheet storage device of the present invention, a conveying force blocking member is disposed between the paper sheet feeding means and the stored paper sheets, so that when feeding out the temporarily accumulated paper sheets, the feeding force without the feeding force of the feeding means is removed. The structure is configured so that the information does not reach the paper sheets stored in the storage container, and the rear end of the paper sheet is placed on the paper side of the paper sheet storage means for storing temporarily accumulated paper sheets in the storage container. The device is characterized in that a pressing auxiliary member is attached so that it can be moved in and out.

[Embodiments of the invention]

Hereinafter, an embodiment of the present invention will be explained with reference to FIGS. 1 to 7 as an example in which it is adopted in a banknote safe of a bank terminal device.6 In FIG. 1, deposited banknotes are sequentially conveyed one by one. After being conveyed by belts 1 and 2 and conveyed by belts 3 and 4, they are sequentially deposited and stored on separator 11, which is a temporary depositing section. Next, when the deposited banknotes are to be returned, the feeding means 1, for example, the feeding rubber roller 8, descends, and the front plate 7, which serves as a guide, also descends to the stopper 9.
is raised, and the sheets are separated and conveyed one by one by the rotation of the feeding rubber roller 8. When deposited banknotes are to be stored without being returned, the separator 11 is also rotated downward by lowering the bushing 38 as a banknote storage means, and the space in the center is used to temporarily pass the stored banknotes. Then, store it in the storage container. Furthermore, separator 1
1 (at a position that partitions the stored banknotes from the banknotes temporarily stored on the separator 11), a slidable conveying force blocking member 27 shown in FIGS. 2 and 3 is installed.

Hereinafter, one embodiment of the present invention will be described with reference to FIGS. 1 to 7 as an example in which it is applied to a bank terminal device, such as a T-treasury.

The deposited banknotes are conveyed from the deposit slot into the device and transferred to the belt 1.
The 0 banknotes are conveyed while being held by the belt 2, and are transferred to the belts 3 and 4 along the guide 17, and then conveyed while being held therebetween. The separator 11 is rotatably supported by a separator 4, an outer guide 26 rotatably supported by a horizontal plate 25, which will be described later, and a conveyance force blocking member 27.

The banknotes conveyed between the separator 11 and the front plate 7 are fed by the friction between the stack rollers 6 and 5, and are stopped at a position where the leading end hits the stopper 9. In the same way, subsequent banknotes are sequentially stacked and stored on top of the previously stored banknotes 31. 6. When returning the temporarily piled banknotes, the stopper 9 is raised, and the front plate 7 and the banknotes 31 are used as a feeding means, for example. rubber roller 8 is lowered. By rotating the feeding rubber roller 8, the temporary stacked paper +1r
'F advances along the guide 1o, and is separated one by one by an overlap mechanism formed by the feed roller 34 and the gate roller 33 (; Here, the separator 11 serves as a receiving member that receives the stored banknotes with a certain pressing force, for example, by the spring force (tension of the spring 19) applied to the bottom plate 13 and the seat plate 12. Suppression is applied indirectly. Note that 20 is a guide for the spring 19.

Next, when storing the temporarily stacked paper ', +i') in the safe, for example, a busher 38 is lowered as a banknote storage means, and its tip presses down the temporarily stacked banknote 31. An auxiliary rod 41, for example, is attached to the banknote side of the busher 38 as an auxiliary member that can be moved in and out. Details will be explained later with reference to FIGS. 5 to 7. Next, the structures of the outer guide 26 and the conveyance force blocking member 27 will be explained.

The conveying force blocking member 27 is made of a thin film-like member. The conveying force blocking member 27 made of this thin film-like member is the outer guide 2.
6 prevents upward warping and guides the inside of the corner portion bent by 90" with an inner guide 37. Conveying force blocking member 27
One end is fixed to the upper part of the link part 29, which is a slide at, with a fixing plate 36. Since the lower end of the link gutter groove is fixed to the frame 28, when the fixing plate 36 of the conveying force blocking member 27 is lowered, v! The tip of the JI force feeding cutoff member 27 slides toward the link mechanism and is removed from the feeding rubber roller 8.

Next, the shape of the conveyance force blocking member 27 is shown in FIG.

The width dimension e of the conveyance force X cutting member 27 is longer than the width of the feeding rubber roller 8.

The length Q is the rubber roller 8 for edging in the set state.
The dimension shall be longer than the position where it touches.

Regarding the thickness t, the upper limit is a thickness that allows the conveying force blocking member to be bent by 180 degrees with an appropriate force, and the lower limit is a range in which the shape after restoration returns to almost its original shape and does not cause plastic deformation.

Note that the notch 39 as a relief for the bushing 38 is
Although shown in the figure, it is not necessary. Also, the conveying force blocking member 27
An example is shown in which a soft member 40 is covered around the banknote to prevent damage to the banknote and injury to the handler. An example of the cover 40 is a soft low-friction material such as a fluororesin tape.

Next, the mechanism of the busher 38 when storing one temporarily stored bill in the busher 38 according to the present invention will be explained with reference to FIGS. 5 and 6. FIG. 5 shows a view with the auxiliary rod 41 of the bushing 38 taken out, and FIG. 6 shows a view with the auxiliary rod 41 housed. In FIG. 6, when the busher 38 is lowered to store banknotes, the bar 39 hits a starting cover 44 (fixed to the main body) having appropriate elasticity and rotates upward. Then, the link A40 rotates counterclockwise around the pin 42 and pushes out the auxiliary rod 41. The auxiliary rod 41 is pushed out until the upper fixing point of the snap spring 43 is fixed by the pin 42, after which the activation bar 44 is bent to allow the bar 39 to pass, and the operation of the auxiliary rod 41 is stopped. Next, in FIG. 5, when the storage of the temporarily stacked banknotes is completed and the pusher 38 is raised, the bar 39 is moved to the activation bar 44.
When the link A40 hits and rotates clockwise 6, the link A40 rotates upward and pulls up the auxiliary rod 41. The auxiliary rod 41 is pulled up until the lower fixing point of the snap spring 43 is fixed by the pin 42. After that, the starting bar 44 bends and passes the bar 39 in the same way as when descending, and the auxiliary vI4
The operation of 1 stops.

Next, 1 temporarily deposited on the separator 11 as shown in FIG.
A method of storing bills in a safe using a pusher 38 with an auxiliary rod is shown.

FIG. 7 shows a state in which the pusher 38 is lowered after one deposited banknote 31 is temporarily deposited on the separator 11.
It separates between 1 and 1.

As the bushing 38 descends, the temporarily deposited banknotes 31 are pressed downward, and the separator 11 rotates downward around the fixed rotation part 42 connected to the side plate 41, so that the temporarily stored banknotes 31 are bent along the separator 11. Conveying force blocking member 27
is also bent downward, and the outer guide 26 is also rotated to face downward. At this time, the auxiliary rod 41 provided on the bushing 38
is holding down the vicinity of the rear end of one banknote that is lifted by the conveyance force blocking member 27. When the pusher 38 further pushes down the paper group 1γ, the banknote passes through the separator 11, and the separator 11 returns to its original horizontal position, so that it is located under the separator, and the banknote amount is stored as a member, for example, on the bottom plate 13. The stored banknotes 32 are stacked and stored on top of the stored banknotes 32. The conveying force blocking member 27 also comes off from the lower part above the banknote 3 and returns to its original position vl (horizontal) by the elastic force of the conveying force blocking member itself. The outer cover 26 also has a conveying force blocking member 27.
returns to the original position. At this time, the pusher 3 is removed by sliding and retracting the conveyance force blocking member 27.
According to this embodiment, the temporary deposition section and the storage section can be placed adjacent to each other, so that the entire apparatus can be made compact. Furthermore, it is possible to prevent the stored banknotes from being taken out when returning the temporarily accumulated banknotes, and it is also possible to prevent the rear end of the banknotes from bulging when storing them, so the storage is stabilized and the occurrence of jams. can be prevented. Further, the auxiliary n41 provided on the busher 38 allows stable storage operation without bill bulging without increasing the stroke of the busher 38 even when there are few temporarily deposited banknotes.

〔Effect of the invention〕

According to the present invention, the paper sheet storage section and the temporary storage section are arranged adjacent to each other, and even when handling a small number of paper sheets, it is possible to stably feed out and store the paper sheets in the storage container.

[Brief explanation of drawings]

Fig. 1 is a longitudinal sectional view illustrating an embodiment of the paper sheet storage device of the present invention, Fig. 2 is a front view of the ring shown in Fig. 2, and Fig. 3 is a side view of Fig. 2. FIG. 4 is a plan view of an example of the conveyance force blocking member in FIG. 1, and FIGS. 5 to 7 are cage diagrams for explaining the operation in FIG. Belts 1, 2...Belts 2.3...Belts 3, 4...Belts 4.5...Stack rollers A, 6
...Stack roller B, 7...Front plate, 8...Rubber roller for feeding, 9...Stopper, 10...Separation guide, 11...Separator, 12...Seat plate, 13
...Bottom plate, 14...Belt 5.15...Belt 6
．． 16...Belt 7.17...Guide 1.18...
・Guide 2, 19... Spring, 20... Roller guide, 21... Guide, 22... Safe case, 2
3... Front cover, 24... Upper cover, 25... Horizontal switch, 26... Outer guide, 27... Conveying force blocking member, 28... Frame, 29... Link machine, ! ,3
0...Axle, 31...Temporary stagnant banknote, 32...
- Stored banknotes, 33...gate roller, 34...feed roller. 35...Spring, 36...Fixing plate, 37
...Inner guide, 38...Butsusha, 39...Bar, 40...Link A, 41...Auxiliary rod, 42...
- Pin, 43...Snap spring, 44...Start bar. Agent: Hisashi Masuji <7. i Akio 1'-ゝ, - 1t21 2nd concave 3rd concave 14 squares; 175 concave O6 Fig. 1'-7 squares-23:

Claims (1)

[Claims] A storage container that accumulates and stores paper sheets, a receiving member that receives one side of the stored paper sheets, and a pair of separators that hold down the other side of the stored paper sheets and receive the paper sheets that have temporarily accumulated on the outside thereof. and a paper sheet storage means for storing the paper sheets temporarily piled up on the separator in a storage container, and a paper sheet storage means for storing the paper sheets temporarily piled up on the separator in the vicinity of the pair of separators. A guide member is provided between the paper sheet feeding means and the paper sheets stored in the storage container to apply a conveying force to the stored paper sheets when feeding out the paper sheets temporarily accumulated on the separator. A paper sheet storage device, characterized in that a conveyance force blocking member is disposed to block the paper sheet storage means, and an auxiliary member having a structure that can be freely taken in and out is provided on the paper sheet side of the paper sheet storage means.