JPS58114189A - Paper money discriminator - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a banknote validating device, and more particularly to a banknote validating device in which a banknote holder and a banknote storage device are integrated.

Conventional currency exchange machines in vending machines, etc. have separate bill validators and bill storage devices (hereinafter referred to as t-stackers).
The banknotes were connected in series, and only banknotes that were judged to be Shinarashi banknotes after being judged by the banknote validating machine were transported to the next stacker.

Tuna 1 diagram and a! Reference numeral z indicates an example of such a conventional banknote validating device, where 2 is a stacker connected to the rear stage of the banknote validating machine 1. Banknote validator 1
When a banknote 4 is inserted into the 11p slot 3, the banknote 4 is detected by the optical sensor 5m and 5B, and a detection signal is output to a control circuit (not shown), which causes a motor (not shown) to be activated. is driven to completely change the temporary direction of the drive pulley 6. 7 is the connection between drive 1 Iby-re 6 and its driven pulley 8! This belt 7 is sandwiched between the belt 7 and a presser roller 9$5 and an idler pulley 1G. It is guided to the threshold of , and conveyed toward the stacker 2 provided at the next stage.

Reference numeral 11 denotes a magnetic sensor, and reference numerals 12, 12B, 17'C, and 1311 indicate optical sensors, respectively, and the banknote 4 is conveyed on the belt 7 by these sensors. 11.1
! Mu.

1211.13 and 13B, and if the banknote 4 is determined to be genuine, it continues to be conveyed and is guided to the junction between the stacker 20 guide plate 4 and 1411.

15 is J! It is a button for pushing towards i[1@. As is well known, this button 15 has a rough surface 15 parallel to the banknote 4,
At all times, the banknote receiving plate 1 is placed above the guide plate 14 and 1411.
Pause at the opposite position from 6, and the banknote 4 is on the guide plate 1.
Once transferred to 4mS and t4mallA, it moves downward after a predetermined period of time. 17 is a number of nine receiving plate support springs installed between the receiving plate 16 and the wall of the stacker 20;
The banknote group 4 is always stacked on the receiving plate 16 by the spring force.
The guide plates 14 and 14 are pressed against each other.

Here 1. As shown in FIG. 2, the guides 1 and 14B have a symmetrical shape and are arranged facing each other and spaced apart from each other. Base circle 4119 that guides both ends of the Bay Sui banknote 40 when pushing it toward the banknote 16
The banknote #4, which has been pushed toward the receiver plate 16 through the threshold between the guides 1i19Δ and 19B and is stored, is pushed between the receiver plate 16 and the support spring 17 by the spring force. It is formed by holding parts 20A and 20B. Note that the distance between the guide walls 19m and 19B is 40 banknotes.
Width and narrow (determined. Also, the guide plate 14A,
The rollers for transferring the 141 Kt banknotes to the grooves 18 and 18B of the guide plates 1'4A and 14B, and the rollers that transfer the banknotes to the predetermined positions of the grooves 18 and 18B, that is, the storage position in the stacker 2, are used. Sensing sensors are also provided, but these are not shown to facilitate understanding of the drawings.

Groove section 18 between bill guide plates 14 and 14B, xsBt
! The banknotes 4 that have been transferred by IK are pushed into the receiving plate 16 through the surface xsAKi of the bushing 15 that is waiting here, pass between the guide walls 19 and 19B, and then reach the receiving plate 1.
6 is accumulated on the fcM banknote #4 and pressed against it, and as the button 15 retreats, the receiving plate 16 and the holding part 20A are
and 20B by the spring force of the spring x7tDk1.

However, in such a conventional banknote validating device, since the banknote validating device 1 and the stacker 2 are 81j long, the depth dimension is long, and when installed in a vending machine, a money changer, etc. As a result, t) 14-structure becomes larger.

Furthermore, even if there is a fold, it is necessary to ensure that the banknotes are conveyed exactly in the center where the banknotes have a long conveyance path, which makes the structure complicated.

SUMMARY OF THE INVENTION An object of the present invention is to eliminate the above-mentioned drawbacks and to provide a banknote validator i&direct in which a stacker is integrated into a banknote validator.

That is, the present invention provides a conveyance path through which one banknote is conveyed, a banknote discrimination sensor that is inserted along the conveyance path and discriminates the authenticity of the banknote, and a banknote identification sensor that is inserted from the banknote into the banknote. an fc paper storage vine disposed at a position corresponding to the M distribution route where the banknotes are identified by the banknote discrimination sensor; The present invention also includes a storage means for guiding banknotes from the transfer path to the banknote storage chamber.

Next, the present invention will be explained in detail based on the drawings.

In the following, both parts of the eyelid surgery similar to those in Fig. 1 and Fig. 2 will be given the same reference numerals and their explanations will be omitted.

Fig. 3 and Fig. sg4 show an embodiment of the construction of the invention, which is a 21iXm banknote validating machine. Bill insertion slot 3
The conveyance device for guiding the inserted banknotes 4 into the separate banknote tank 21 is the same as the example shown in FIG. 22mm, 22B and 23mm, 23B are optical sensors that measure banknotes O1k, 24mm, 24Bi6 and 25A, 25
B (Fig. 4) is an optical sensor that distinguishes the printed pattern, IIA, thickness, etc. of a banknote with the object of ``/2 or more of the total length of the banknote. It is a magnetic sensor that detects the magnetism that is
These sensors are placed at predetermined positions on both sides of the conveyor @27.

Next, a banknote validating device o stacker according to the present invention will be explained.

In Figures 3 and 4, 28mm 8 and 28B are U-shaped symmetrically arranged guide plates 1, and banknotes 4 are conveyed along the lower surfaces of the guide plates 28mm and 28B. Butsusha 15 wo construction ag 1 and 2 as banknote storage means
The button 15 is positioned at the bottom of the banknote 40, opposite to the position shown in the figure, and the button 15 moves the banknote 4 to the guide plates 28, 28.
By pushing up toward the receiving plate 16 above B, the banknotes 4 are guided to the upper storage chamber. 29A and 2
9B is the guide plate 28m, and the guide wall of 28B is f.
i, 30AX and 30B are holding parts for banknote group 4m.

With this configuration, the banknote 4 banknote discriminator is installed.
is inserted into the bill insertion slot 3, the optical sensors 22, 2
2B senses this and rotates the drive pulley 6 in the direction of the hour hand, causing the conveyor belt 7 to rotate. Thus, the bill 4 is conveyed on the axillary belt 7 by the rotation of the drive pulley 6, presser roller 9, idler pulley lO, and driven roller 8. After the banknotes 4 are conveyed, the authenticity of the banknotes 4 is determined by a sensor. That is, in the bill validating device of the present invention, unlike the conventional method, the bill 40 is
Authenticity should be determined after the trailing edge has passed through all the sensors III. Even if the trailing edge does not pass through all cents/l, it is possible to determine whether it is "true" or "false".
By the time the banknote passes Bt', the identification of all the senna has been completed, and the banknote 4C) can immediately stop advancing a short distance after the end passes the sensors 22m and 22B.

As soon as the banknotes 4 are stopped, the banknotes 4 that are determined to be "true" by the senna classification are pushed up toward the receiving plate 16 in the banknote storage compartment of the bush 15, and are piled up on the banknote group 4 that has accumulated on the receiving plate 16. It will be done. Next, the button 15 retreats downward, and the banknote 4 is moved between the receiving plate 16 and the holding parts 30, 30.
It is held in relation to B. In addition, in the clay figurine, Butsusha 15
The pusher 15 and the cradle 16 are placed on the lower side of the banknote 4, and the pedestal 16 is placed above the banknote 40. It is also possible to *a to press down. Also, it is of course possible to use only an optical sensor instead of using both an optical sensor and a magnetic sensor as in the case of clay figurines.

As explained above, according to the present invention, a guide plate and a button for storing banknotes are provided in a recognition section in which a recognition sensor is disposed, and a stacker is integrated with banknotes of different types. It is possible to shorten the depth dimension of the container, and it is possible to increase the space for accommodating goods such as the amount of automatic sales to be carried out and goods such as internal transfers, while maintaining the rudder.

Furthermore, the bill validator according to the present invention has a simple structure and is easy to manufacture, and since the bill conveyance path is a shell, it is possible to reliably convey and store bent bills and the like.

[Brief explanation of drawings]

Figure 41 is a configuration diagram showing the Ichigu of the Ippei weaving device of Yosukemai, @2
The figure is a cross-sectional view taken along line A in Figure 1, Figure 3 is a configuration diagram showing an embodiment of the construction invention bill validating device, and Figure 4 is a cross-sectional view taken along line B-B in Figure 3.
FIG. ! ...Banknote validator, 2 "°° stacker 13
...Insertion slot, 4 ゛°° play coin 14A・
...Banknote group, sA, sn...Optical sensor, 6...
Drive pulley, 7... Belt, 8... Driven pulley, 9... Presser roller, xO... idler pulley, 11... Magnetic sensor, 12 Mu, 12
B, 13mm, 13B... optical sensor, 14mm, t [・
... Guide plate, 15 ... Butsusha, 15A... Butsusha surface, 16 ... Reception plate 1.17-4! Ne, 18A,
18B-@#. 19mm, 19B...Guidance wall, 20mm, 20B...
・Holding unit, 21 ・Banknote validator, 22 people, 22B, 23A, 23B, 24mu. 24B, 25mm, 25B... optical sensor, 26...
・Magnetic sensor, 27 ... Conveyance path, 28A, 2J
iB...Guidance plate, 29mm, 29B...Guidance wall, 30A, 30B...Holding section. Patent applicant Fuji 1 Niki Seizo Co., Ltd. Figure 3 1-B -B Figure 4

Claims (1)

[Claims] A conveyance path through which banknotes inserted from the expansion port are conveyed and a conveyance path for conveying banknotes, which are installed along the iron transport path to distinguish between authenticity and falsity of the banknotes, and at least - 1, and is arranged at a position corresponding to the conveyance path where the banknotes are discriminated (by the paper 11 discrimination sensor), and is arranged at a position corresponding to the conveyance path where the banknotes are discriminated. A bill validating device comprising: storage means leading to the bill storage chamber.