JPS5817061A - Storing device for sheet - Google Patents

Abstract

PURPOSE:To enable to lower a back-up plate and prevent a bill from flying out, by generating a high reaction force by an external force at the time of lowering the back-up plate, in a device for storing bills into a storing part from a stacking part. CONSTITUTION:The back-up plate 31 is fixed to a guide block 34 fitted into a guide hole 32 of a storing case 10. A part of a brake cam 36 attached to the block 34 is so located as to make contact with the side surface of the hole 32. When a pressure is exerted on the plate 31 in the direction of an arrow, a force P2 is increased by a torque action of a pressing spring provided on the cam 36, a contact force is exerted on the guide hole 32, and a frictional force is increased to generate a high reaction force, whereby the bill on the plate 31 is prevented from flying out. On the other hand, when lifting up the plate 31 by inserting a finger into a hole 33 opened through the plate 31, the cam 36 is separated from the guide hole 32, thereby reducing the pressure exerted on the hole 32, and the plate 31 is lifted up smoothly.

Description

[Detailed description of the invention] Regarding equipment.

For example, in a conventional banknote sorting and tallying machine, there is a first storage located below the temporary storage section where banknotes are sorted and stacked by denomination and type.
Storage cabinets are installed as shown in the figure. In other words, the storage compartment (phantom) has an opening (2) at the top 11, and a lid (3) O guiding groove (4) is provided along the edge of the upper end. Accordingly, after inserting the lid (3) in the direction of the arrow and closing the opening (2) of the storage compartment (11), it can be locked through the key hole (5) provided on the front. In addition, at the upper end of both side walls of the storage compartment (13), there are holes (6 m) for i-sensing (not shown), (D).
When the detector a detects a banknote on the storage compartment (%A, not shown) which can be moved up and down, the detector detects the banknote. The trap is such that the knock-up plate is lowered to the exposed position and repeated until it is full.

However, the banknotes stored in the storage compartment (1) had to be taken out after opening the lid (31t), and there was a drawback that it was difficult to take out the banknotes. Detection of removal of accumulated banknotes Detection of removal of banknotes accumulated in the storage area (1) Unless the banknotes are removed from the device, the banknotes will not be detected unless the banknotes are removed from the device. Ta.

Furthermore, the back-up board is a trap that is supported by a spring, so it is stored on the 9-tuck-up board.

The banknote 1 [t;
There was a fear that it could easily fly out from the matt-up board.

The vertically movable back-up plate installed inside is stopped,
Can be pushed down with light force when rising 11.111
The present invention aims to provide an m storage device.

The present invention will be described below based on an embodiment shown in FIGS. 112 to 14. Fig. 2 shows an exploded perspective view of the storage.
It consists of a door (a) with a 12 m) and a lid (2) which closes off the upper part and has a rear end folded over. The above-mentioned door a is provided in the front part, and by inserting a medium (not shown) into the good hole a4 and operating it, one ivy part α is provided in the casing (1 m). The center of the matching hole alK can be inserted into and removed from the door aSt and the housing aυ. The upper part is occluded. Moreover, the attachment and detachment of the nose ring shows a mechanism for fixing the lid I.

In the 3rd E, the lower KM of the storage warehouse and temporary storage area a barrel
Opened elm: Guided by the single-shaped storage receiving area, the elm is attached so that it can be attached and detached in the direction of the arrow X. That is, a lock hole rlJ is formed in the guide #Iaη of the storage wheel, and a lock lever base (all) is fixed to the device (not shown) as shown in Fig. 4.

The lock arm (which is pivotally supported on the four lever base) is configured to be able to swing freely under the tension of a spring. At this time, the above-mentioned p-tsuku arm is biased by the spring (c), but is blocked by the arm stock/set mounted on the lock lever base (2) 66, and the above-mentioned storage A trap is provided to prevent the center from colliding with the tip of the lock arm 4 when inserting the tAI.

One! rK%jlIT Figures 9 through 9 show the state in which the lid is attached to the storage, and Figure 10 shows the state in which the lid is removed from the storage. In the figure, the lid I is formed so as to cut off communication with a temporary storage section located above the storage wheel. A sloped surface is formed at one end of the rear side of the back side of the lid body a1, and a good stopper (c) is attached at the same time, and the tip of the key plate ■ attached to the lock@01 rotation part is attached to the nose ring of the storage compartment αQ. This is done in advance so that the door protrudes from the upper end of the door a, in a so-called locked state. Therefore, when the lid a3 is inserted into the guide #Iaη of the storage wheel, the stopper fixed to the lid a3 (
C) enters while being deformed due to the presence of key plate (■), and at the same time as it passes through the key plate @ tube, the stopper (C) returns to its original O-shape 11. As shown in FIG. 10, the lid body 0 cannot be removed until the key plate @ is released (by the key @). In addition, the tip of the above-mentioned lid α field is shown in Figure 1I5,
As shown by the dashed line, there is a notch (
13a) is provided, and when the stopper (2) of the lid body 0 passes through the key plate ■ and becomes locked as shown in FIG. )
is engaged with the notch (13a), and a predetermined space (6) is formed between the tip edge (13%) of the lid body a30 and the inner wall surface (11m) of the storage compartment (1G). In order to remove the storage wheel from this device, push the upper cover body Ql further to raise the inner wall surface (lla) of the storage compartment QlO. 2) is rotated in the direction of the arrow Y while slidingly contacting the notch (13&), and is held in an open state as shown in FIG.

Next, Figures 11 and 11 to 13 show the temporary accumulation section α.
This figure shows a vertically movable nozzle pick-up board and a backup mechanism for pushing the banknotes that have been sorted and accumulated into a storage compartment aQ by using a pusher (not shown). In Fig. 11, one side wall (11b) of the storage wheel
K is the guide hole that guides the vertical movement of υ in the back-up plate (
(to) is perforated, and banknotes from a temporary collection (not shown) are pushed onto the grasshopper.
The storage board Cl0) stores banknotes.

while descending. When the backup 1161 descends to the bottom of the storage compartment, the banknotes are taken out and processed, and the lifting hole drilled in the center of the knock-up plate 01) opens the hole. The structure is such that it can be used and lifted by hand. The backup 111- is inserted into the guide hole # and is set at 9 guide blocks NKII, and is set at 1 so that it can be smoothly moved up and down by the backup mechanism shown in No. 11111.

That is, the guide block a4 is provided with a nine-rotatable O-playing cam supported by the bottle, and a part of the O-brake cam is connected to the guide hole aaO-a surface (32a).
The brake cams are placed in contact with each other, and the contact position of the brake cam is positioned far away from the pin (to) when the brake cam is stored as shown by the arrow. In addition, the brake cam @ has a pressing spring to constantly apply a moment.
A guide hole is provided to apply tactile pressure to the guide hole.

Therefore, when the pressing force shown by the arrow is applied to the knock-up plate 01, the pressing force receives the pressure of the spring, so that P increases by the difference between P and P, and is suppressed by one side of the guide hole, increasing the frictional force and further increasing the pressure due to the wedge effect.
When attempting to lift the backup plate o1 by inserting a finger into the use hole (to), IIK moves toward the guide hole (to) because the brake cam (to) rotates in the direction away from the guide hole (2). The pressing force of is reduced by /J%. It can be lifted in the open state.

Next, I! Figure 14 shows the steps when attaching and detaching the storage to this device.
This figure shows a device that detects the withdrawal of banknotes stored in a storage, the insertion and removal of banknotes, and the attachment/detachment of the storage.

Figure 14 Ks? Ite, storage - Oili II wall (lx
Translucent holes (6m) and (61e) are drilled in b) and ax@), and are placed on the side 111 of the storage power station Q, and the upper end of the back-up board Detect. On the other hand, there is a separate light-transmitting hole (6@) on the side wall (llb) above.
A second detector 1iia is placed on the line connecting the shell to the center of the hole in the center of the backup msn, and this detector detects the The system is configured to detect whether or not there are any banknotes remaining.

has been done. Therefore, in the initial case, the backup board Cυ in the storage compartment αq is the first one that can be used for $P at the time of setting in a so-called empty state where no banknotes are stored.
The detector θυ emits a clear signal, and the second detector ring emits a light signal. It is possible to detect that it is set correctly. Therefore, when the storage is removed from the device, an O detection signal is sent to 1&! Table 1 is obtained when expressed in Trix.

In this way, ○ indicates light and ・ indicates dark.
By combining the detection signals of the first detection 1141 and the second detection a wheel, it is possible to determine whether or not the initial state is reached. Even if you open the door a with the banknotes set in the device and take out the banknotes on the /2 pick-up board (2), you will not be able to see whether the 0 banknotes in the storage shaft have been processed or not. It becomes possible to make a determination.

As explained above, according to the present WAK, when the back-up plate installed in the storage compartment and capable of moving up and down nine times is lowered, it generates a high resistance force due to the pressing force of the external plate and can lower the knock-up plate. - It has the excellent effect of preventing the leaves stored on the back-up board from flying out, and when rising, it has a low resistance force and can be pushed up with a light force.

[Brief explanation of drawings]

Figure #I1 is a perspective view showing a conventional storage and a part of the bag; Figure 2 is an exploded perspective view showing a storage and a part of the lid according to an embodiment of the present invention; A perspective view showing the position of the insertion method and installation of the device, FIG. 4 is a partial perspective view showing the locking mechanism of the storage compartment, #! 5 and 6 are partial FWIi views showing the locked state and waste release state of the storage, FIG. 7 is a partial sectional view showing the state of the storage before the lid and the bag are inserted, and FIG. 8 The figure is a partial cross-sectional view showing the state in which the bag is inserted into the storage, and Figure 9 shows the lid inserted into the storage.
Fig. 10 is a partial sectional view showing the lid being removed from the storage, and Fig. 11 is a partial drawing showing the back-up board inside the storage. A perspective view, FIG. 12 is a front view showing the backup plate O-mekup mechanism, FIG. 13 is a cross-sectional view of the same mechanism, and FIG. 14 is a cross-section showing the detection position and detector arrangement for detecting the situation inside the storage room. It is a diagram. 1G... Storage 31... Backup plate 32... Guide hole 34... Guide mark 36... Brake cam 37... Spring agent for pressing Patent attorney Inoue - Male number 1 Figure 4 Figure 5 Figure 6 Figure 7 Figure 9Fl! J Figure 1 Figure 12 Figure 13

Claims (1)

[Claims] A storage main body, a vertically movable back-up board on which paper sheets are placed, which is provided inside the storage main body, and a back-up board that is provided at the interface between the above-mentioned storage main body and the knock-up board, and which lowers the grasshopper-up board. This paper sheet storage device is equipped with a guide mechanism that generates a high drag force when the grasshopper lifts up and a low drag force when the grasshopper up plate is raised.