JPS6256253A - Paper sheet and the like accommodating apparatus - Google Patents

Abstract

PURPOSE:To simplify structure by installing a unidirectional clutch which idle- revolves when a lift rises into a power transmission passage formed between the lift and a motor and installing a spring for upward urging onto the lift, in a paper accommodating apparatus such as an automatic credit machine for a bank. CONSTITUTION:When the paper money B fed-in from a paper-money taking-in port 17 is taken into a receipts part 13 on a lift 22, said lift 22 is once lowered, and a prescribed paper-money taking-in space is formed on the taken-in paper money B. In other words, when the rotary shaft 35 of a reversible motor 25 is revolved in the direction of arrow, a unidirectional clutch 33 installed into a power transmission passage 26 is put into lock state, and the turning moment of the motor 25 is transmitted to the lift 22 by the drive in the direction of arrow of the power transmission passage 26, and the lift 22 is lowered. Then, the taking-in rollers 18 and 19 are revolved in the taking-in direction, and the paper money B is taken inwardly and piled. When the motor 25 is driven in the lift raising direction, the undirectional clutch 33 is put into free state, and the lift 22 is raised by a springy force, and when the piling of paper money is completed, the lift 22 automatically stops.

Description

DETAILED DESCRIPTION OF THE INVENTION (a) Field of the Invention The present invention relates to a paper sheet storage device for storing banknotes, such as an automatic teller machine used in banking, for example.

(b) The paper sheet storage device of the invention has conventionally been used, for example, with a lift that places banknotes and lifts them backwards inside the storage section. There is an apparatus which is equipped with a banknote and is configured to control the lowering of the banknotes 71 to 71 according to the amount of banknotes to be stored.

To take in banknotes into the above-mentioned storage section using this conventional device: 1.1: Lower the 3JI lift a predetermined distance to form a space for taking in banknotes above the banknotes that have already been taken in, and place the banknotes in the banknote inlet. The banknotes are taken into the above-mentioned storage section by rotating the bill-taking rollers arranged opposite to each other.

Next, in order to accumulate the banknotes to be taken in, the lift is raised by the above-mentioned motor, and in order to stop the lift at a predetermined -L position, a pressure detection switch is provided. When the switch was turned on due to banknote pressure, the motor was controlled to stop.

As a result, the above-mentioned pressure saw detection switch and control circuit are required, which not only complicates the structure of the apparatus but also increases the manufacturing cost.

(C) Purpose of the Invention This invention stops the riff 1- at a predetermined position 1d by applying a spring force 11 to the 1-yI of the riff 1-. A pressure detection switch between 1 and 1 units is not required, and the 1v supply between the paper sheet storage units can be simplified and the manufacturing process can be reduced. ] Target [Iru.

(D) Summary of the light 1st J This invention provides a leaf l-)-, "direction)) ridge in the power transmission path between the rift motor and the rift motor," The above-mentioned lift is characterized in that it is a paper sheet storage device in which a spring is tensioned to force the lift.

(E) Effects of the Invention According to the present invention, when the motor is driven in the downward direction of the lift, the one-way clutch is activated by the one-way clutch. In this case, the lift can be lowered by the rotational force of the motor, and when the motor is driven in the direction of lift 1 to ljd, the above-mentioned -B direction clutch becomes idling and free, and the lift is moved by the spring force of the spring. Two stomachs Jru.

(For the cho, Su']]・7j to take in to the 10th,) thorn (pJL to penetrate the V class Katsura 7, to the instep) Small 1--Riori 5
of! -If you drive in the direction of 10 adventures, it will turn in one direction.'1
1 tree state/l゛tsuU, -1-mentioned riff] ~ is sublin 7jq) banker, 1n) -Cto v Masano, riff 1
- is automatically 1 when the bud is completed due to the spring force of V.
°' It-shi, leaf! Since the torque rotational force is 61 and 11 degrees, the conventional fl-force detection switch 1 is unnecessary. 9. Practical Examples of the Invention Examples of the present invention are shown in the drawings below.1. ↓Details will follow.

The drawing shows the banknote storage case 1, +43 in Figure 1, 4I: A door 2 is installed on the back of the /7-lung 1 of the main body, which can be opened and closed. 1.1 on the inner surface and upper inner surface of the banknote guide, '3./1 on each side'
H is integrally formed.

A 11v storage plate 5 having a 1-shaped cross section is disposed in the upper area inside the rung 1, which corresponds to the banknote guide 3 on the 1 side described above.
This storage device! A first storage section 6 for storing, for example, 1,000 yen bills and 5,000 yen bills is formed between the banknote guide J3 and the banknote guide J3.

In addition, a banknote taking-in lower is formed on the front side of the casing 1, which communicates with the first storage section 6 described above, and inside the taking-in lower, a taking-in roller 10,
11 are placed opposite each other, and the banknotes △ inputted from the banknote intake lower mentioned above are
0 and 11, and are sequentially taken into the first storage section 6 therein.

Further, an X'I-shaped storage guide 12 is disposed on the inner surface of the casing 1 in parallel with the casing 1 blood Sli, facing the banknote guide 4 located at the bottom of the door 2. A second storage section 13 is formed between the storage guide 12 and the above-mentioned banknote guide 4 to store, for example, a million yen hole.

The guide plate 14 is inclined at one side of the second storage section 13. When the guide plate 5 is arranged, a lower guide 16 is arranged approximately horizontally on the lower side of the front guide plate 14 of these guide plates 14 and 15, and the lower guide 16 and the guide Bill intake rj 17 between plate '14
This intake I-117t-L is connected to the second storage section 13 described above, and the intake I-117t-L is connected between the tenth plate 14 and the lower guide 1G. .19'! A versus set [! At the same time, the intake 1 on the 1st side
1-F I and 3 (4 is the roller 18 via bell I-20)
21 which rotates in conjunction with the
The inside of the second storage portion 13 is exposed from between the circumferential guide plates 14 and 15 of the Iz portion of the first storage portion.

The banknotes 11 are stored in this second storage section 13.
Is the inside of the storage part 13 of the lever v? l11 Suri [)] 22
Serving and sipping.

This lift 1-22 is installed in an upright manner between the gauging guide 1 and the storage guide 12.
3. Riff 1 - integral with the tip of the small rug 24 (, - fixed 1) along 3. Next, the above-mentioned glue 71-22 and 7 of the storage part 13 of glue 2
3゜Explaining the formation of the power transmission path 26 between the ``L-'l'' 25 and the above-mentioned casing 1.
An upper pulley 28 fitted to the upper shaft 27 and a lower pulley 30 fitted to the lower shaft 29 are provided on both lower pant parts between the front storage guide 12 and the lower pant. An endless first belt 31 is stretched between each of the pulleys 28 and 30, and the first belt 31 and the lift holder 24 that holds the lift 22 are connected by bolts 32°32.
are connected to each other.

Further, a driven pulley 34 is connected to the lower shaft 29 through a one-way clutch 33 which is locked when the rift is lowered and becomes free to idle when the lift is at its upper limit.

On the other hand, a driving gear 36 is attached to the rotating shaft 35 of the motor 25 mentioned above.
Clutch plate 37 of clutch means 46 to be described later
The idle gear 38 disposed at the free end is connected to the driving gear 3 described above.
6, and a driven gear 40 that constantly meshes with the idle gear 38 and a driving pulley 41 are fitted to the support shaft 39 at the base end of the clutch plate 37. An endless second bell 1-12 is stretched between the driven pulley 34 and the power transmission path 26.
It consists of

′? t', that is, the rotational force of the above-mentioned reversible motor 25 in the specific direction (counterclockwise h1 direction) is
．． /10.39.41.42, 31.33°29 in this order to the first belt 31 stretched between the upper and lower pulleys 28, 30, and the lift 22 connected to these bells 1 to 31. It is configured to be driven.

This lift 22 has a structure shown in FIG.
A spring 43 is tensioned to keep the tension on both sides at all times. That is, the middle part of this spring 43 is guided by the guide roller /I/I, and one end of the spring 43 extending to one side from this guide roller 4/I is attached to the lift holder 2.
4 and the other end of the spring/I3 extending from the guide roller 44 to the other side is locked to the spring seat 45, so that the above-mentioned lift 22 is always spring-biased upward. There is.

Next, the configuration of the clutch means 46 that disconnects the drive gear 36 and the idle gear 38 in conjunction with the opening of the door 2 will be described.

As shown in FIGS. 1 and 3, a clutch arm 48 is pivotally connected to a pivot 47 above the clutch plate 37, and a first spring 49 is inserted between the free ends of the clutch arm 48 and the clutch plate 37. is stretched, and the free end of the clutch arm 48 is biased against the inner surface of the door 2 by the spring force of the first spring 49.

In addition, a second
A spring 51 is stretched.

Each of the above elements 48 to 51 constitutes a reclutching means 46, and when the door 2 is closed, the clutch plate 37 is spring-loaded clockwise by the spring force of the first spring 49, as shown in FIG. While the idle gear P38 is engaged with the drive gear 36 on the motor 25 side, when the door 2 is opened, the clutch arm 48 is moved in the same manner as shown by the imaginary line in FIG. 3 in conjunction with the opening of the door 2. Swing the first spring in the clockwise direction as shown in the figure.
Release the traction force on the clutch plate 37 by I-9, and avoid swinging the clutch plate 37 in the counterclockwise direction by the second spring 51, as shown in FIG. 4, to separate the idle gear 38 from the driving gear 36 on the motor 25 side. The structure is such that the clutch is in an off state when the clutch is turned off.

The illustrated embodiment is constructed as described above, and its operation will be explained below.

Figure 1: Under the condition shown in the figure, the front banknote inlet 1
In order to take in the banknotes B input from 7 into the storage section 13 on the lift 22, the lift 22 is first lowered to form a predetermined banknote reception space above the banknotes B that have already been taken in.

That is, when the rotating shaft 35 of the reversible motor 25 is rotated in the direction of the arrow in FIG. J: for driving in the direction of the arrow.
It can be transmitted to the lift 22 to lower the lift 22.

Specifically, this lift 22 is lowered approximately 2 cm.
A predetermined bill receiving space is formed above the already taken bill B on the lift 22.

Next, the above-mentioned taking-in rollers 18 and 19 are rotated in the taking-in direction, and the banknotes B inputted from the taking-in port 17 are transferred to the above-mentioned pair of [l-ra 18.191f! I'! The banknotes are taken inward through a and taken in [3 to 1'! 7. The banknotes B- are sequentially stacked.

Next, after the loading of banknote B is completed, the loaded banknote [
To accumulate 3, let riff 1-22 take 1-attack.

When the lift 22 is raised, when the reversible motor 25 is reversed in the opposite direction (towards the lift 1 - back direction), the one-j direction clutch interposed in the power transmission path 26 is activated. 33 is an idling free state (lp, the rotational force of the motor 25 is not transmitted to the above-mentioned rift) to 22.

For this reason, the riffs 1 to 22 have a spring 43 shown in FIG.
(by the spring force in the direction of the arrow)
2 automatically stops and covers when stacking of banknotes is completed by the force of the spring 43, so there is no need to provide a pressure detection switch as in the conventional structure.However, the banknotes can be stacked by the force of the spring described above.

In addition, - the above-mentioned motor 215 is a lift soil y? After continuing the reversal in the direction, the rotational force of the rotor 21) is transmitted to the lift 22. -C, t-; I25 should be energized 1fJi11.

As a result of the above-mentioned action, banknotes 1) are sequentially taken into the storage section 13; 1'l; m, the person in charge U opens the device I'Ji''2 of i1+i and takes out the banknote F (4 lines).

When the above-mentioned 1 and 2 are opened, the ramp means 46
As shown in the figure, the condition of the clutch A and
Inquiring about the connection between the 25 and the power transmission path 26...i i3,
1. Therefore, at the end of the banknote retrieval operation 41 by the double lift l-221J clerk (3-), it returns to its original position (see FIG. 1) by the spring force of the spring 43.

As a result, the C-rift 1-22 can be moved to the 9th position r1 (no special 4f shutter reversal control means for returning the banknotes) when taking out banknotes, and the simple configuration using the spring 43 described above can be used. 22 9th place 1N returns can be made to 1 Reno 1.

Furthermore, when the door 2 is opened, the clutch means 46 cuts off the connection between the motor 25 and the power transmission path 26, and the power transmission path 2G is set in a free state.
The above-mentioned rifts 1 to 22 can be manually operated with ease, and as a result, maintenance operability can be improved.

In other words, when stacking banknotes taken on the lift 22, the above-mentioned motor 25 is simply driven in the upper back direction of the lift, and the one-sided clutch 3 interposed in the power transmission path 2G
3 is in a free state, - the above-mentioned lifts 1 to 22 are FW by the spring force of the spring 43, and this lift 22 automatically stops when banknote stacking is completed by the force of the spring 43, and this lift] Since the rotational force of the seventh rotor 25 is not activated in 22, there is no need for a pressure detection switch like the conventional one, which simplifies the structure, reduces space, and saves space. It has the effect of increasing

[Brief explanation of drawings]

The drawings show an embodiment of the present invention; FIG. 1 is an internal side view of the banknote storage device, FIG. 2 is a side view of a part of the power transmission path, and
The figure is a plan view of the Claracia, and Figure 4 is a partial side view of the poly banknote storage device with the door open.
・・Tanabata 2G・・Power transmission path 33・・
・One-way Taratu f-43...Spring

Claims (1)

[Claims] 1. A lift that places paper sheets and lifts them up and down inside the storage compartment; Equipped with a motor that drives this lift A paper sheet storage device, Power transmission path between the above lift and motor To, One-way clutch that slips when the lift goes up established, The above lift is equipped with a spring that moves the lift upward. tensioned spring Paper storage device.