JPS5969343A - Paper sheet matter housing device - Google Patents

Abstract

PURPOSE:To aim at the miniaturization of a device, by coupling a pair of U- shaped paper sheet matter guides and a paper sheet pressure lifting body installed in these paired guides with a crank mechanism, and making it so as to go up and down alternately, in case of a piling-housing device for bank notes, etc. CONSTITUTION:A paper sheet is set in as in a state that a nip between a paper sheet matter setting roll 2 and a pressure belt 3 is flush with the space between paper sheet guides 9 and 9. Then, a pulley 11 is turned round and each of crankshafts 8 and 6 goes up or down. With this, the guide 9 comes to a rising position and a paper sheet matter pressure lifting member 4 presses the paper sheet downward instead. Therefore, the paper sheet in the guide 9 is made to drop in a case 1 and piled up thereat as being pressed by the pressure lifting member 4. Next, the pressure lifting member 4 goes up and the guide 9 therefore goes down so that readiness to receive the next paper sheet is secured. With repetitions of these movements, even such rumpled bank notes can be housed in a device so smooth in an efficient manner instead of using a plunger mechanism, besides miniaturization comes to fruition.

Description

[Detailed description of the invention] The present invention relates to a device for stacking and storing paper sheets such as banknotes.

Conventionally, in machines such as banknote exchange machines or automatic deposit machines, which are loaded with a mix of new and old papers and have various wrinkles, creases, etc., and are required to store and stack these papers without causing jams. It is necessary to press the deposited paper sheets within the stacking case, and for this purpose, it has been common to provide a stacked paper press device independently of the paper conveyance and input device.

However, since such a pressing device usually uses a magnetic plunger, it requires a volume corresponding to the stroke thereof, which has the drawback of increasing the size of the device.

The present invention has been made in order to solve the above-mentioned defects of the conventional paper storage device. A paper leaf article guide in the shape of a square is provided, a paper sheet pressing belt is disposed in the gap between the two guides, and elevating parts for paper sheet suppressing are arranged on both sides of the belt. The object of the present invention is to provide a paper sheet/article storage device in which the materials are connected by several cranks so that when one is raised, the other is lowered one tow.

The present invention will now be described in detail with reference to embodiments shown in the drawings.

FIG. 1 is a partially cutaway perspective view showing an embodiment of a paper storage device according to the present invention.

That is, a paper and paper input roll 2 is fixed at the center of the left end surface of the paper and paper storage device case 1 in FIG. The paper sheet holding belt 3 is connected along the paper sheet feeding direction so as to press and rotate over approximately the entire length of the Ail case 1. Object pressure 5.5.
...through the crankshaft 6.6. It can be rotated freely (= Jke, the above-mentioned crankshaft 6
．． Inputting the paper sheets [1] One end is fixed to those on the back side, and a crank shaft 8.8 is installed at the other end via the other connecting shaft 7゜7, and the shaft 8 , 8 are rotatably connected to U-shaped paper guides 9, 9 arranged along both side walls of the paper storage case 1.

Further, the crank shaft 6.6 on the paper input port side and the crank shafts 8, 8 rotatably attached to the U-shaped paper guides 9, 9 are connected by a connecting rod. First, separate the paper sheets so as not to prevent them from entering the guides 9, 9.

In addition, (4) the above-mentioned shirt) 8, 8. ... 1 yen; Connecting rod 7.7 At the opposite end of the fixed end, there is another connecting rod II 0.10. ... One end is fixed, the other end is rotatably attached to both side walls of the paper storage case 1, and one shaft of the shaft is fixed to a suitable pulley 11, and the rotational force is applied via the pulley 11. is transmitted to the above-mentioned crank mechanism.

The paper storage device of the present invention constructed as described above operates as shown in FIG. 2 (al to +C1).

That is, as shown in FIG. The paper sheets are conveyed between the nips and the guides 9, 9
Injected into the gap.

When the paper input is completed, the pulley 11 of ff1J turns and the guide 9.9 and t'+iJ are rotated by this crank operation.
The elevating and lowering members 4, 4 for suppressing the paper collection are respectively swung, and the former is raised to -, and the latter is lowered to F.

In this way, the paper sheets temporarily stored in the gap between the if guides 9, 9 fall to the bottom of the 11th storage case 1 from between the Ail guides, and further fall into the bottom of the 11th storage case 1. It is deposited after being pressed by. Figure 2 (tel) shows the state in which paper sheets have been deposited, and the same operation can be repeated if paper sheets are thrown in again after this.The present invention will be explained in the following. 11<constituent force)tsu movement a'1
Therefore, even if wrinkled and large banknotes are inserted into the car, the action of the MiJ presser belt 3 (2J270,)
Wrinkles are smoothed out, and the 4.4 inch elevating member not only allows stacking without impairing the volumetric efficiency of the storage case, but also reduces the suppression action of the piled up paper sheets. Since this is done without using an independent plunger mechanism or the like, the dead space of the device is minimized, and it can be made smaller, so it is extremely effective in downsizing banknote exchange machines, automatic teller machines, etc.

[Brief explanation of the drawing]

FIG. 1 is a partially cutaway perspective view showing an embodiment of the paper storage device of the present invention, and FIGS. 2A to 2B are partially cutaway perspective views illustrating its operation. DESCRIPTION OF SYMBOLS 1... Paper leaf storage case, 2... Paper leaf input roll, discharge... Paper leaf removal belt, 4... Paper leaf pressing lifting member, 5, 6, 7.8 and 10 ...Connecting rod and crankshaft constituting the crank mechanism, 9...Paper and paper products Jido Patent Office
Lord 1. Display of the incident Showa off year 47-t De Application No. 77777 Me No. 3,
Relationship with the person making the amendment q+
7-74 1+31 (Representative) 5. Number of inventions increased by amendment Q-(y6, Moon of amendment l
Money

Claims (1)

[Claims] U-shaped paper guides are provided on both sides of the inner wall along the paper input direction of a case for storing and stacking paper leaves, so that the openings face each other, and paper leaves are introduced into the gap between the two guides. A paper sheet picker belt is disposed over substantially the entire length in the direction, and a paper sheet feed roll or belt that is in pressure contact with the paper sheet picker belt is arranged near the paper sheet feed port, and the paper sheet picker belt is Elevating and lowering members for suppressing paper sheets are provided on both sides, and the guide and the elevating member are connected by a crank mechanism so that when one moves up, the other moves down. A paper sheet storage device characterized in that the paper sheets thrown into the guide are compressed and moved into the case by the elevating member and stored and deposited therein.