KR20070081202A - Transportation path opening apparatus of an auto bills treatment machine - Google Patents

Abstract

A device for holding opening of a carrying path of an automatic bill receiving machine is provided to cut down the manufacturing cost by simplifying the structure, and to secure use convenience due to easy operability. In a device for holding opening of a carrying path of an automatic bill receiving machine, an upper structure(24-1) has an upper guide plate combined at the lower side to form the carrying path. The lower end of the upper structure turns around a rotary shaft(26). A lower structure(24-2) has a lower guide plate combined on the upper side. A hanging hook(28) is rotatably joined at the lateral side of a front end of the upper structure, and turned by a user and hung or released. A hanging protruded bar(30) is installed at the side of the lower structure correspondingly to the hanging hook to hang the hanging hook. A sliding plate(32) is installed at the side of the upper structure to slide in a longitudinal direction and slid forward by a user. The sliding plate has a sliding groove(32a) integrally formed at a body and a hanging support unit(32c) integrally installed at the rear end. A fitting protruded bar(34) is projected at the side of the upper structure and fitted to the sliding groove to guide a sliding motion of the sliding plate. A first elastic unit returns the sliding plate by automatically moving the sliding plate to the rear side. A support protruded bar(36) keeps the upper structure opened by supporting the hanging support unit of the sliding plate.

Description

TRANSPORTATION PATH OPENING APPARATUS OF AN AUTO BILLS TREATMENT MACHINE}

1 is a perspective view showing a conveying path open maintenance device of the automatic bill handling machine according to the present invention,

Figure 2 is a perspective view showing a sliding plate of the conveying path open maintenance device of the automatic bill handling machine according to the present invention,

Figure 3 is a perspective view showing an operation state of the conveying path open holding device of the automatic bill handling machine according to the present invention,

4 is an enlarged side view illustrating main parts of FIG. 3.

<Description of the symbols for the main parts of the drawings>

10: inlet 20: return path

22-1: Upper side guide plate 22-2: Lower side guide plate

24-1: superstructure 24-2: substructure

26: rotating shaft 28: hook hook

28a: plate part 28b: hook coupling rod

28c: leaf spring 30: jamming bar

32: sliding plate 32a: sliding groove

32b: sealing part 32c: locking support part

32d: spring mounting portion 34: fitting protrusion bar

36: support protrusion bar 38: coil spring

The present invention relates to an open path maintenance device for the automatic bill handling machine, and more particularly, it is made of a very simple configuration to reduce the manufacturing cost, but also its functionality is very excellent to provide user convenience. It relates to a conveying path open holding device of the automatic bill processor.

In general, banks and the like are widely used in various types of financial automation equipment, and among them, there are devices that automatically receive and process bills, such as a single bill and a check.

In the automatic bill processor, a slot is formed at one side of which a user inserts a sheet of paper from the outside or a banknote to be taken out from the inside. The conveying path is formed between both side (upper and lower side) guide plates, and a pair of upper and lower conveying rollers are provided at predetermined intervals along the conveying path, that is, the upper and lower side guide plates, and the conveying rollers are conveyed motors. As the paper is rotated at the same speed by the rotational driving of the bills, the bills are continuously conveyed by contacting and rubbing sequentially.

In addition, the banknote introduction unit corresponding to the beginning of the conveying path where the banknotes introduced through the feeder starts to be transported, and a shutter device for opening and closing the banknotes, and detecting the banknotes to be opened to open the shutter. Incidentally, many other devices such as an input sensing sensor device for driving a motor and an automatic sorting device for automatically aligning bills to be conveyed after being fed to one side will be additionally provided.

Therefore, in the bill introduction portion, jams (jams) of bills are bundled according to an operation error of a plurality of devices provided, and jams are frequently generated even when the inserted bills are in a bad state or two or more sheets. .

Therefore, in order to take out and remove the paper money jam is generated, and also to maintain the management of a number of devices provided, the conveying path corresponding to the paper money introduction section can be easily opened by the user, and also need to be maintained in the open state In this case, the transport path opening and maintenance device for this purpose should be able to be implemented inexpensively with as few parts as possible, but also have excellent functionality and provide convenience in use.

The present invention was devised to solve the above problems, and can be implemented through a small number of parts to reduce the manufacturing cost, but also excellent in functionality and conveyance of automatic bill handling machine that can provide convenience in use The purpose is to provide an open maintenance device.

The conveying path open holding device of the automatic bill acceptor processing apparatus of the present invention for achieving the above object is an automatic bill accepting apparatus for opening a conveying path of a certain section located inside the inlet opening and maintaining it in an open state. A conveying path open holding device for a processor, wherein the upper guide plate for forming the conveying path is provided on the lower surface side, and has an upper structure which is rotatably coupled around a separate rotating shaft through a rear end, and forming the conveying path. The lower guide plate for the lower structure is coupled to the upper surface side, and the engaging hook is provided to be rotatable on the front end side of the upper structure to be rotated by the user to be released to engage the hook, so as to correspond to the hook A locking protrusion bar provided on a side surface of the lower structure to catch the hook and the upper hook; A sliding plate coupled to the side surface of the substructure so as to be slidable in a forward and backward direction, and a sliding groove is integrally formed on the body thereof, and a rear end portion of the sliding support is integrally formed and is operated to be slid forward by the user; A protruding bar provided to protrude on a side surface of the upper structure to guide the sliding movement of the sliding plate to the sliding groove; first elastic means provided to automatically return the sliding plate to the rear side; It is characterized in that it comprises a support protrusion bar which is provided to protrude separately in order to support the locking support of the sliding plate to maintain the upper structure in an open state.

The above objects and various advantages of the present invention will become more apparent from the preferred embodiments of the invention described below with reference to the accompanying drawings by those skilled in the art.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Figure 1 is a perspective view showing a conveying path open holding device of the automatic bill handling machine according to the present invention, Figure 3 is a perspective view showing the working state, Figure 4 is an enlarged side view showing the main portion of FIG.

In the bill acceptor automatic receiving processor, an inlet 10 through which bills are introduced from the outside is formed, and on the inner side of the inlet 10, between both side (upper and lower side) guide plates 22-1 and 22-2. A conveying path 20 through which bills are conveyed is formed, and a pair of upper and lower conveying rollers is provided at a predetermined interval along the conveying path 20, that is, upper and lower side guide plates 22-1 and 22-2. As the conveying rollers are rotated at the same speed, the bills are continuously conveyed by sequentially contacting and rubbing.

Further, the banknote introduction part corresponding to the beginning of the conveying path 20 at which the banknotes inserted through the inlet 10 starts to be transported is additionally provided with many other devices such as a shutter device, an input sensor device, and an automatic sorting device. Because of this, the jam of the bills is relatively bundled in the bill introduction portion according to the operation error of such a plurality of devices, and jams are frequently generated in the case where the inserted bills are in poor condition or two or more sheets.

Thus, the conveyance path 20 of the bill introduction portion can be easily opened by the user and can be maintained in the open state in order to take out and remove the jam generated bill and to maintain and manage the plurality of devices. Should be

The present invention provides a transport path holding device for this purpose, hereinafter, the configuration will be described in detail.

The upper and lower side guide plates 22-1 and 22-2 for forming the conveying path 20 are respectively provided on the lower surface of the upper structure 24-1 and the upper surface side of the lower structure 24-2. The upper structure 24-1 corresponding to the introduction portion is rotated to be opened, and can be maintained in the open state.

The upper structure 24-1 of the banknote introduction portion is pivotally coupled to a separate rotation shaft 26 through the rear end thereof, and accordingly, the front end side of the banknote introduction portion is moved from the lower structure 24-2 side. It is spaced apart to be opened, and on the contrary, it is closed.

The hook hook 28 is provided on the front end side of the upper structure 24-1 so as to be rotatable, and the locking protrusion bar 30 is coupled to the side of the lower structure 24-2 so as to correspond thereto. One hook hook 28 is integrally formed with the plate part 28a for the rotational operation by the user.

Therefore, the upper structure 24-1 is normally closed by the locking hook 28 being caught by the locking protrusion bar 30, and is rotated when the user is pushed and rotated through the plate part 28a. The jam is released from the locking protrusion bar 30, and when the user's operation is completed, the locking hook 28 is automatically rotated in the reverse direction and is locked by the locking protrusion bar 30 again. For the reverse rotation, the hook hook 28 is provided to be elastically supported. In the drawing, the hook coupling rod 28b, which is integrally coupled to the hook hook 28, is attached to the leaf spring 28c, which is an elastic means. The case where elastic support is carried out by the above is shown.

Furthermore, a sliding plate 32 as shown in FIG. 2 is coupled to the side surface of the upper structure 24-1 so as to be slidable in the front-rear direction, and at least one sliding groove 32a is provided on the body of the sliding plate 32. ) Is formed in the front-rear direction, and the front plate side of the sliding plate 32 is integrally formed so that the sliding plate portion 32b for user operation is bent and protrudes, and the rear end side of the sliding plate 32 is engaged. The support part 32c is integrally formed.

Meanwhile, the fitting protrusion bar 34 is coupled to the side surface of the upper structure 24-1 to guide the sliding movement of the sliding plate 32 by being inserted into the sliding groove 32 a of the sliding plate 32 described above. Since the sliding plate 32 should be coupled so as not to be separated from the side of the upper structure 24-1, the ends of the fitting protrusion bar 34 described above are riveted to the outside of the sliding plate 32. It may be configured to support the side, or to support the outer surface of the sliding plate 32 by the rotary shaft 26 described above is fitted into the corresponding sliding groove (32a) and then the end is riveted.

In addition, the coil spring 38 is provided as an elastic means for the sliding plate 32 is automatically moved to the rear side when the user slides the above-mentioned sliding plate 32 to the front side, and is released. One end of the coil spring 38 is fixed to the spring mounting portion 32d integrally formed at a predetermined position of the sliding plate 32, and the other end thereof has a fitting protrusion bar 34 positioned relatively to the rear side. It is to be provided to be fixed to the end of the.

In addition, the support structure is supported to support the locking support part 32c formed on the rear end side of the sliding plate 32 in the state in which the upper structure 24-1 is opened so that the open state can be maintained. Protruding bar 36 is appropriately provided with a coupling.

The operation of the conveying path open holding device of the automatic bill processor according to the present invention having the above configuration will be described below.

Usually, the upper structure 24-1 is caused by the engaging hook 28 of the upper structure 24-1 being caught by the locking protrusion bar 30 on the side of the lower structure 24-2. It will remain in close contact with 2).

Then, in the case where the state of the banknotes inserted through the input slot 10 is poor or two or more sheets, or in accordance with an operation error of other incidental devices such as a shutter device and an automatic sorting device provided in the banknote introduction unit, When the jam of bills is generated in operation 20) and an operation error occurs, the conveyance path 20 of the bill introduction portion needs to be opened to remove and remove the bills in which the jam has been generated, and also requires maintenance management of the accompanying devices. At the point where it becomes necessary to open the conveyance path 20 of a banknote introduction part, a user opens the conveyance path 20 of a banknote introduction part.

To this end, the user first rotates the hook hook 28 by contacting and rotating the contact plate 28a of the hook hook 28 so that the hook is released from the hook protrusion bar 30, and the sliding plate ( The sliding plate 32 is moved to the front side by contacting and pushing the front plate portion 32b of the 32, and then lifts and opens the front end side of the upper structure 24-1.

As such, when the user lifts the front end side of the upper structure 24-1, the upper structure 24-1 is rotated about the rotational axis 26 of the rear end side thereof to be opened, and the user in the open state. Releases the sliding plate 32 pushed toward the front side, the sliding plate 32 is automatically moved to the rear side by the elastic restoring force of the coil spring 38 provided thereon and is integrally formed at the rear end side thereof. The support part 32c is positioned at the lower side of the corresponding support protrusion bar 36. Then, when the user releases the upper structure 24-1, the sliding plate 32 of the upper structure 24-1 is placed. The upper support side 24-1 of the engaging support portion 32c of the c) is supported by the support protrusion bar 36, thereby maintaining the open state continuously.

As described above, in the state in which the upper structure 24-1 is opened, the user takes out and removes the jammed bill from the open conveying path 20 or repairs a plurality of devices provided on the conveying path 20 of the bill introduction portion. To manage.

After that, when the jam removal and device maintenance work is completed, the user closes the conveying path 20, for this purpose, by first pushing the sliding plate 32 to the front side to support the engaging support portion 32c of the sliding plate 32 While moving forward with respect to the protruding bar 36, the hook hook 28 is rotated a little, so that the hook hook 28 is in contact with the hook protrusion bar 30 when it is later lowered so as not to interfere, and then The structure 24-1 is lowered so that the upper structure 24-1 is brought into close contact with the lower structure 24-2 side, and then the locking hook 28 is released when the hook hook 28 is released. It is automatically rotated in the reverse direction by the elastic restoring force of 28c to be caught by the locking protrusion bar 30, and when the user releases the sliding plate 32, the sliding plate 32 is elastically resilient by the coil spring 38. It will automatically move in the reverse direction and return. 28 is therefore able becomes caught in an obstacle chulba 30 is an upper structure (24-1), in close contact with the lower structure (24-2) is maintained in a closed state.

As a result, the one-time operation is completed, and the conveying path open and maintain device according to the present invention has a very simple configuration, which is very excellent in terms of ease of operation and ease of use, while also reducing manufacturing costs. It will be able to provide.

In the foregoing description, it should be understood that those skilled in the art can make modifications and changes to the present invention without changing the gist of the present invention as merely illustrative of a preferred embodiment of the present invention.

According to the present invention, it is made of a very simple configuration is provided with a conveying path open maintenance device excellent in its functionality is also very excellent, it is possible to reduce the manufacturing cost according to the simple configuration, it can provide the ease of use according to the ease of operation Effect can be achieved.

Claims (3)

As a conveyance path opening and holding device of an automatic bill acceptor for opening a conveyance path in a certain section located inside the inlet and maintaining it in an open state, The upper structure and the upper guide plate for forming the conveying path is provided coupled to the lower surface side and rotatably coupled around a separate rotation axis through the rear end, A lower structure in which a lower guide plate for forming the conveying path is coupled to an upper surface side; A locking hook coupled to the front end side of the upper structure to be rotatable and rotated by a user to release the hook; A catching protrusion bar provided on a side surface of the lower structure to correspond to the catching hook and catching the catching hook; A sliding plate coupled to the side surface of the upper structure so as to be slidable in a forward and backward direction, and a sliding groove is integrally formed on the body thereof, and a sliding support part is integrally formed at a rear end thereof and is operated to be slid forward by the user. , It is provided so as to protrude on the side of the upper structure is fitted into the sliding groove to guide the sliding movement of the sliding plate and the bar; First elastic means provided for automatically returning the sliding plate to the rear side; And a support protrusion bar which protrudes separately to support the locking support of the sliding plate so that the upper structure is maintained in an open state. The method of claim 1, When the user operation for the hook is completed is automatically rotated in the reverse direction is provided with a second elastic means which is provided to provide an elastic restoring force to be caught by the locking protrusion bar of the automatic bill processor, characterized in that Carrier path open retaining device. The method of claim 1, The first elastic means, Coil spring, One end of the coil spring is fixed to the spring mounting portion formed on the sliding plate, the other end is open to the transport path of the automatic bill processor, characterized in that it is provided to be fixed to the fitting protrusion bar located in the relatively rear side. Retaining device.

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