JPH085978Y2 - Stacked storage device for paper sheets - Google Patents

Description

[Detailed Description of the Invention] [Industrial field of application] The present invention relates to a storage device which is used for a banknote depositing device or the like and sequentially stacks and stacks paper sheets such as banknotes that have been inserted, and particularly to a temporary storage device. It consists of a storage section and a final storage box.

[Conventional technology]

FIG. 3 is a schematic structural view of a conventional example, FIG. 4 is a sectional view of an essential part of FIG. 3, and FIG. 5 is an operation state diagram of that of FIG.

In FIG. 3 and FIG. 4, the bill 2 conveyed by the impeller 1 via the belt 1b wound around the pair of pulleys 1a hits the stop wall 3 and comes out of the impeller 1 and is temporarily held. It is temporarily laminated on the bill receiving roller 4 at the bottom of the rectangular tube 6a. After the shutter 8 in the gap between the storage unit 6 and the storage box 7 is opened, the temporarily stacked banknotes 5 are pushed downward by the lowering of the pusher 9 to the banknote 5a at the position indicated by the alternate long and short dash line. At this time, the bill holding plate 10 has already been
A new bill 5a comes in while being pushed on the bill 11 in a state of being stacked and stored on the bill 11 pressed against the lower surface of the bill stop roller 7a near the ceiling 7b of the storage box 7 via the spring 12 and above the bill 11a. The banknotes 5a are piled up on. When the pusher 9 rises, the bills 11a and 5a return to their original positions and are pressed against the bill stop roller 7a, and the shutter 8 closes to complete the storage. It should be noted that the bill stop roller 7a may be omitted, as long as the opening of the ceiling 7b of the storage box 7 has a space corresponding to the bill receiving roller 4.

Since the bills 5 are pushed into the storage box 7 from the holding unit 6 by the pusher 9, the pusher 9 is inserted between the bill receiving rollers 4 of the holding unit 6.
And a gap through which the banknote 5 passes are necessary. Multiple sheets, for example up to 10
The gap B on one side between the pusher 9 and the bill receiving roller 4 is widened by the thickness of a plurality of bills or more in order to push 0 bills together. In addition, the banknotes that have been deposited and stacked in the storage section can be manually taken out for some reason. Therefore, in order to protect the banknotes already stored in the storage box, the storage section 6 and the storage box 7
A shutter 8 that can be opened only when stored is provided between the two.

[Problems to be solved by the device]

When depositing banknotes, there may be cases where a small number of banknotes are bent and the banknotes are bent.

FIG. 5 shows an operating state in which such a bill is handled by the above-mentioned conventional apparatus. In the state of (J), the bent portion D of the banknote 5 comes into contact with the shutter 8 and the friction force causes the shutter 8 to open and the D portion of the banknote to move laterally (to the left in the figure) as shown in (K). ) It shifts and tilts.

When the storage is performed in this state, the state becomes the next (L1), (L2) or (L3) as shown in the figure.

(L1) Since the pusher 9 has a small width and the part D is outside the pusher surface, the bills cannot be spread even when they enter the storage box 7. As a result, as the pusher 9 rises, the pusher 9 easily pops out from the inside of the bill receiving roller 4 to the holding section 6.

(L2) Since the banknote is further offset, even if the banknote is pushed in by the pusher 9, the stroke is not enough and one end of the banknote does not fit into the storage box 7.

(L3) Banknotes wrap around the top of pusher 9 and move together with pusher 9 to rise, so they cannot be stored.

In order to eliminate such defects, if the pitch of the bill receiving roller is narrowed, the width of the pusher will be narrowed, the maximum number of bills that can be pushed in at once will be reduced, and even if the gap between the bill receiving roller and the shutter is widened, it will be effective. It is thin, and if the stroke of the pusher is increased, a wasteful space is created in the upper part of the storage box and the storage capacity is reduced.

An object of the present invention is to provide a paper sheet stacking / storing device having a small number of bills and curving bills and having no such storage failure.

[Means for solving the problem]

In order to achieve the above-mentioned object, the present invention has a paper sheet receiving roller which has a bottom portion having an opened central portion and which is provided on two sides parallel to the horizontal direction of the opening and supports the paper sheets. Then, a holding portion for stacking and holding a plurality of paper sheets on the paper sheet receiving roller, and a central portion below the holding portion and corresponding to an opening at a bottom portion of the holding portion. A storage box having an open ceiling and a pressing plate urged from below by a spring toward the ceiling, and storing a plurality of paper sheets stacked between the pressing plate and the ceiling. A shutter that is located between the bottom of the holding section and the ceiling of the storage box, closes the openings between them and waits, and opens when the paper sheets of the holding section are stored in the storage section; Standing above the paper sheets, and between the bottom of the holding section and the opening of the ceiling of the storage box when the shutter is opened. A stacking and storing apparatus for paper sheets, comprising a pusher for pushing and storing the paper sheets in the holding section into the storage section by reciprocating up and down, and passing through the lower side of the paper sheet receiving roller to hold the paper sheet. A posture control body that projects from the outside to the inside and has flexibility in the vertical direction is provided in each of the two sides of the bottom opening of the holding section that are parallel to the horizontal direction. It is characterized by that.

[Action]

In this invention, by sufficiently narrowing the distance between the tips of the attitude control bodies that are projected into the opening at the bottom of the holding section, it is possible to create a shatter when a folded sheet is held in the holding section. Since the contact can be prevented, it is possible to prevent the sheet from coming into contact with the shutter and being displaced when it is opened when the number of the sheets retained in the retaining section is small.

Moreover, since the attitude control body is provided below the paper sheet receiving roller and has flexibility in the up-down direction, it determines the maximum number of sheets that can be collectively pushed in and stored. It does not affect the relationship between the distance between the similar receiving rollers and the width of the pusher, and the number of sheets does not decrease.

〔Example〕

FIG. 1 is a sectional view of the embodiment, and FIG. 2 is an operation state diagram of that of FIG.

In these drawings, the same reference numerals as those in the conventional example have approximately the same functions. For the attitude control of the banknote 5, for example, a highly flexible attitude control body 13 such as a stainless thin plate for spring is used. The attitude control body 13 passes under the bill receiving roller 4 from the bottom surface of the holding portion 6 and has its front end projected from the left to the right inward to form a pair. Further, the tip is rolled up in a curl shape and bent obliquely upward, but the height may be lower as the pitch of the tip is narrower. Similar to the conventional example, the opening of the ceiling 7b of the storage box 7 has the bill receiving roller 4
If there is a spread corresponding to, the bill stop roller 7a may be omitted.

Similarly to the conventional example, the banknotes 5 with the folded curl that have been conveyed by the impeller are removed from the impeller so that the storage portion 6 remains with the folded curl like the banknote 5 shown in the figure.
Held in. At this time, when the number of processed sheets is small, it is light, so the banknote 5 rides on the attitude control body 13 and does not contact the bill receiving roller 4 and the shutter 8 so that even if the shutter is opened, it shifts sideways as in the conventional case. There is no. Then, when the shutter 8 opens and the pusher 9 starts to descend, the posture control body is bent as shown by the pressing of the pusher 9 through the bill 5, and the bill 5
Enters the storage box 7. When the pusher 9 further descends, the banknote 5 is separated from the attitude control body 13, and the attitude control body 13 returns to its original position by its restoring force and the banknote is safely stored.

When the number of processed sheets is large during the temporary holding, the attitude control body 13 bends due to its weight, and the bill is directly supported by the bill receiving roller. At this time, for example, even if the lowermost banknote has a crease and is in contact with the shutter, the lowermost banknote is unlikely to be laterally displaced when the shutter is opened due to the weight of the upper banknote. Further, since the posture control body 13 is rich in flexibility, it does not affect the maximum number of sheets that the pusher can press at once.

For the posture control body, it is advisable to attach a thin plastic plate having a larger area to a thin stainless steel plate to protect the human hand. A pair of U-shaped stainless wires may be used, or a pair of straight stainless wires may be used.

[Effect of device]

According to this invention, the attitude control body that protrudes inward from the outside through the lower side of the paper sheet receiving roller into the opening of the bottom portion of the holding portion and has flexibility in the vertical direction is provided on the bottom portion of the holding portion. By arranging for each of the two sides of the opening parallel to the horizontal direction, when the number of paper sheets held in the holding unit is small, the paper sheets come into contact with the shutter and are displaced when opened. Since the posture control body does not affect the number of sheets of paper sheets that can be pushed in and stored at the same time, more sheets can be pushed in and stored at the same time and the paper sheets that are held It can be stored reliably regardless of the number of items.

[Brief description of drawings]

FIG. 1 is a sectional view of an embodiment, FIG. 2 is an operation state diagram of that of FIG. 1, FIG. 3 is a schematic structural view of a conventional example, and FIG. 4 is a sectional view of a main part of FIG. FIG. 5 is an operation state diagram of the one shown in FIG. 2,5,5a, 11,11a …… Banknotes, 4 …… Bill receiving rollers, 6 …… Reservation section, 7 …… Storage box, 7a …… Bill stop rollers, 8 …… Shatter, 9 …… Pushier, 13… ... Attitude control body.

Claims (1)

[Scope of utility model registration request] 1. A paper sheet receiving roller for supporting a paper sheet, the paper sheet receiving roller being provided on two sides parallel to the horizontal direction of the opening, the bottom portion having an opening at the center thereof, and the paper sheet receiving roller. A holding section for stacking and holding a plurality of paper sheets on a roller, and a ceiling below the holding section and having a central portion opening corresponding to an opening at the bottom of the holding section. A storage box that has a pressing plate that is urged by a spring from below toward the ceiling, and stores a plurality of paper sheets stacked between the pressing plate and the ceiling; and a bottom part of the holding section. Between the ceiling of the storage box, the space between the openings is closed to stand by, and a shutter is opened when the paper sheets in the storage section are stored in the storage section, and above the paper sheets in the storage section. By waiting and reciprocating up and down between the bottom of the holding section and the opening of the ceiling of the storage box when the shutter is opened A stacking and storing apparatus for paper sheets, comprising a pusher for storing the paper sheets in the storing section by pushing them into the storing section, in an opening at the bottom of the storing section passing under the sheet receiving roller. Protruding from the outside to the inside,
A stacking and storing apparatus for paper sheets, characterized in that a posture control body having flexibility in the up-down direction is provided for each of two sides of the opening of the bottom portion of the storage section parallel to the horizontal direction.