JPS6246825A - Housing device for cartridge - Google Patents

Abstract

PURPOSE:To make the loading of a cartridge ever so easy, by making one side of an output gear at the side of a device body and an input gear at the side of cartridge rockable, and constituting these gears so as to be separated at the time of cartridge loading, in case of a device bearing the above caption for an automatic money exchanger or the like for a bank. CONSTITUTION:When a cartridge 11 is loaded, a cam corresponding projection 15 being projectingly installed in an outer wall surface of the cartridge 11 comes into contact with a roller cam 21, and a cam support lever 20 is tilted with a pin 26 as a fulcrum via the roller cam 21, while a movable output gear 18 temporarily moves upward via a movable lever 16 being interlocked with the lever 20. With this motion, an input gear will not directly collide with a movable output gear 14 from a side direction, thus housing operation is made performable. Next, simultaneously with completion of the housing operation, the roller cam 21 comes off the projection 15 whereby these levers 20 and 16 are restored to their original states, and both input and output gears 14 and 18 are engaged with each other. With this constitution, cartridge loading becomes so simple enough.

Description

Detailed Description of the Invention (A) Field of the Invention The present invention is directed to an automatic deposit dispensing machine used in banking, for example, and a cartridge configured for dispensing banknotes J3 and taking in banknotes in an automatic 1M machine. Regarding the storage device,
More specifically, the present invention relates to a cartridge storage device with improved operability for attaching and detaching cartridges.

(B) Background of the Invention Usually, this type of cartridge storage device is of the rear type, in which cartridges are loaded and handled by opening and closing the rear wall of the device body, and in recent years, instead of this, there are two types of cartridge storage devices: Due to installation considerations, a front-facing type no-note cartridge storage device is used in which cartridges can be inserted and removed from the customer service side.

However, with this type of storage device, when loading a cartridge, the output gear on the device body side and the input key 1 on the cartridge side are connected.
Due to the relationship between the direction of engagement and the direction of engagement, use is limited to either the front type or the rear type, and therefore, at present, the range of application of the device is limited due to restrictions on where it can be purchased. I was right about the problem.

(c) Purpose of the Invention Therefore, the object of the present invention is to provide a cartridge storage device that allows the cartridges to be loaded into a cylinder regardless of the installation location of the device main body.

(D) Summary of the Invention This invention has two output ports on the device main body side and an input port on the cartridge side.・Equipped so that either one can be swung in the direction away from the other to store the cartridge. 1) In the front storage position, set the driving side gear to the other 1! Yani Su・1,
-11) The cartridge storage device is characterized in that it is provided with a separating means that separates the cartridges and then engages them.

(E) Effects of the Invention According to this invention, when storing the cartridge, the input gear on the cartridge side and the output gear on the device main body side are connected.
Since a separating means is installed to temporarily separate one of the gears so that they can engage from the side direction of the gear, when storing the car 1 helicopter, regardless of the meshing part of the gear, the cars 1 to 2 are connected. 'd I+1 is possible. 1゜For this reason, it is possible to remove the Kerr 1 helicopter 4 from the side of the device body without being subject to 1111 restrictions at the installation location, and the current J, Uni cartridge. There is no restriction on the loading direction, and the range of application of the compensator can be widened.

Kube) Example of 1 Ming An embodiment of the present invention will be described in detail below based on the drawings.

The drawings show a cartridge storage device, and in FIG. It is composed of a device main body 13.

The above-mentioned cartridge 11 is numbered in the shape of a horizontally long box, and stores a large number of banknotes in an upright position inside the box, and the stored banknotes are fed out through a feeding mechanism (outside IIYI). They are provided so as to be fed out one by one from the front end side of the cars 1 to 11.

An input key 1114, which is provided on the same axis J as the internal feeding roller, protrudes from the front side surface of the cartridge 11 on the outside of the car 1 to the cartridge 11, for manually applying power to the internal feeding mechanism. has been done.

Furthermore, as seen on the front end surface of the cartridge 110 on the side of the human key 1 to 14, a protrusion 15 corresponding to a cam for separating a gear 1 engagement part, which will be described later, is protrudingly provided.

The cartridge storage sections 12 described in Mf are provided with openings at regular intervals in the vertical direction of one side of the apparatus main body 13, and the above-mentioned cartridges 11 are placed in each of these storage sections 12 in the horizontal direction. J, will be stored.

Inside this storage portion 12 are locking keys that fit together via the flexible lever 16!・17 and movable output gear 1
8 is disposed, and the fixed output gear 17 receives power from the drive mechanism (not shown) of the device main body 13 to the fixing key 111.
7, thereby rotationally driving the movable output gear 18 meshing therewith.

This rotatably driven movable key 18 is disposed at a corresponding position where it meshes with the upper surface side of the main input gear 14.
The person's key 1/14 is placed on the ridge of Senryokubutsu.

By the way, in this case, when loading the cartridge 11 from the side, the input gear 14 as a power transmission section is
The output gear 18 is engaged with the output gear 18 from the side of the gear, but this is solved by a spacing mechanism 19 for the gear 17, which will be described later.

The spacing mechanism 19 for the gear 17 described above includes the aforementioned cam corresponding protrusion 15, the movable lever 16, and the cam kneading lever 20J.
5 and a roller cam 21.

The movable lever 16 is stepped in the shape of a 4-shape, one horizontal side of the T-shape is pivotally attached to the fixed shaft portion 22 of the fixed output gear 17, and the other side is pivotally supported by the movable shaft portion 23 of the movable output gear 18. Through this lever 16, these output keys t17,1
8 are held in a horizontal state parallel to each other on the left and right, and the fixed shaft portion 22
The movable lever 16 allows the movable output shaft 18 on the other side to tilt up and down using the movable lever 16 as a fulcrum.

A cam support lever 2 is provided in an L shape via a pivot pin 24 to the single-shaped heavy piece of the movable lever 16.
The upper end of 0 is pivoted.

This cam support lever 20 has a middle part of the lever that is connected to the storage part 12.
It is pivotally connected to the inner wall surface 25 via a fulcrum pin 26, and a roller cam 21 is attached to the lower end of the lever, and when the car 1 to the bridge 11 are stored, the roller cam 21 is attached to the upper cam corresponding protrusion 15. To respond to this action, the lever 20 is tilted about the fulcrum pin 26 to pull down one side of the movable lever 16 and move the movable output gear 18 on the other side upward. , input gear 14 and movable output 1=
The gear meshing surface with the gear 18 is temporarily spaced apart. In the figure, 27 is a biasing spring.

In addition, the cam corresponding protrusion 15 comes into contact with the roller cam 21.
The contact correspondence quality of the input and output gears 14. which should mesh with each other.
18 is in the side direction when storing the cartridge, and these gears t1
4.18, set the length to avoid collision.

When loading the cartridge 11 into the car 1 to the ring storage device 1 configured as described above, when the cartridge 11 is pushed into a predetermined cartridge storage part 12, a cam protruding from the outer wall surface of the ridge 11 is inserted into the car 1. When the corresponding protrusion 15 comes into contact with the roller cam 21 inside the housing section 12 and the cam support lever 20 tilts about the fulcrum pin 26 via the roller cam 21, the movable lever 16 tilts in conjunction with this. Through this, the movable key t718 temporarily moves ten times, and due to this operation, the input gear 14 is retracted without directly colliding with the movable output l'j-14 from the side direction.

Then, at the same time as this storage operation is completed, the roller cam 21 is separated from the cam corresponding protrusion 15, the cam support lever 20 and the movable lever 16 return to their original positions, and along with this, the movable output 1-ya 18 returns to its original position and moves downward, and during this downward movement, the movable output gear 18 engages the input key 17.
It engages with the upper surface of the device 14 to transmit power between the device main body 13 side and the cartridge 11 side.

On the other hand, when taking out the cartridge 11 from the cartridge storage part 12, it is possible to slide the cartridge 11 laterally and take it out with a handle.

As mentioned above, when installing or removing the cartridge, the gear is equipped with a separation mechanism that allows the gears to engage even from the side of the device. Therefore, there is no longer any restriction on the installation location of the main body of the device, as is the case at present.

In the correspondence between the structure of this invention and the above-described embodiment, the cartridge 1 to cartridge of this invention is
1, and similarly below, the device main body corresponds to the main body 13, the input gear corresponds to the input gear 14, the output gear corresponds to the movable output gear 18, and the separating means corresponds to the gear b, which corresponds to the separated configuration 19, is not limited to the u4 configuration of the above-described embodiment.

[Brief explanation of drawings]

The drawings show an embodiment of the present invention; FIG. 1 is a side view of the main part of the cartridge storage device, FIG. 2 is a longitudinal sectional front view of the main part of the cartridge storage device, and FIG.
ll1l12! It is a perspective view of the main part of Jm structure. 11... Cartridge 12... Car 1 to cartridge storage section 13... [f body 14... Input gear 15.
...Cam compatible protrusion 16...Movable lever 18...Movable output gear 19...-1=11 separation mechanism 20...
・Cam support lever 21...Roller cam Figure 3

Claims (1)

[Scope of Claims] 1. A cartridge provided in the main body of the apparatus, which includes a paper sheet feeding mechanism inside and an input gear externally equipped with an input gear for inputting power to the feeding mechanism. A cartridge storage device in which the storage direction is set in such a direction that an output gear and an input gear of the cartridge are engaged with each other by a slight movement of the gear side, the output gear on the device main body side and the input gear on the cartridge side. A cartridge storage device, wherein either one of the cartridges is swingable in the direction of separating the cartridges, and a separating means is provided for temporarily separating the swinging side gear from the other gear at the front stage of the storage position when the cartridge is stored. .