JPS6249493A - Integration type cash fetcher/discharger - 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] Conventionally, in a cash capture/discharge device, the mechanical systems for discharging and capturing cash operated independently and were not integrated, resulting in complicated mechanical systems and respective dispensing ports, etc. In addition, feeders, sensors, storage systems, WJ feed systems, etc. were required for each of both mechanical systems. In addition, if the operation request is for release, only the ejection mechanical system operates, and if the operation request is for intake, only the intake mechanical system operates, and the device utilization is partial depending on the operation request, and the mechanism is not fully utilized. The rate had to be lower.

Therefore, it is an object of the present invention to eliminate the above-mentioned drawbacks of the prior art, and to
Operation requests are captured for sensors, etc.

An object of the present invention is to provide an integrated cash taking in and discharging device which can be used in common regardless of whether it is being disbursed. This reduces the size of the device, improves the cost-to-performance ratio, and improves operability by unifying the outlet, as well as duplicating the number of coins and using a common feeder to separate cash one by one. The aim is to improve cost and reliability by reducing cash inventory and cash loading work.

Furthermore, the apparatus of the present invention, except for the safe, uses the above-mentioned mechanisms for feeding, transporting, discrimination, storing, detecting, etc. in common for loading, discharging, checking, etc. Therefore, the banknotes to be discharged are processed using an insertion slot for taking in, a feeder that operates at the time of taking in, a discrimination mechanism, a storage box, and a conveyance system. This is done using a discharge outlet, a feeder, and a conveyance system, and when two or more bills are detected, they are fed again to the feeder.The banknotes are unique in that they do not share a safe, but share mechanical systems such as conveyance. be.

FIG. 1 is a schematic diagram of an embodiment of the present invention.

The control mechanism 2 controls the mechanical system, the power system, the vacuum system, the operation panel, as well as the discrimination and determination of banknotes, etc. 9. The control mechanism 2 controls the counting of the number of banknotes, etc. 6. By pressing the keys on the operation panel 4, the transaction code to be activated is input. When the data is transmitted to the control mechanism 2 and taken in, the insertion port 6 is connected to the power system 10.
It is opened by the power of The banknotes inserted into the insertion slot 6 are fed out one by one by the feeder 32, and the banknotes are verified,
It is transported to a checker 18 for determining authenticity and denomination.

Banknotes that are determined to be counterfeit by the checker 18 and should be rejected are transported by a transport system 21 realized by a belt conveyor or the like. At this time, a direction plate that divides the transport direction of the transport system 29 blocks the entrance of the transport system 19 under the control of the control mechanism 2 . The banknotes pass through the conveyance system 23 and are transferred to the banknote stacker 28
are arranged in one place and sent out from the discharge port 8.

Bills determined to be genuine by the checker 18 are stored in a storage box 20 for temporary storage. When all the banknotes inserted into the insertion slot 6 are gone, the control mechanism 2 transmits the counted amount data to 4 and displays it on the numeric display tube in the mechanism of the operation panel 4.

When the operator confirms the amount and presses the confirmation button on the operation panel 4, the banknotes stored in the storage wJ20 are stored in the storage system 16 by the delivery mechanism of the storage box 20.

If the operator presses the cancel button on the operation panel 4,
As shown in FIG. 3, the banknotes are transferred to the conveyance system 22 by a mechanism (feeder 40) that feeds the banknotes one by one provided in the storage box 20.
The banknotes are then conveyed through the conveyance system 23 to the banknote stacker 28.
The fuel is stacked at the outlet 8 and discharged from the outlet 8.

When a discharge instruction is given through the operation panel 4, a code is transmitted to the control mechanism 2, and the control mechanism 2 controls the feed mechanism 24 to feed out the bills one by one from the bill cassette 14. When feeding by the feed mechanism 24,
The operation of the vacuum pump 12 is started under the control of the control mechanism 2, and power is transmitted to the feed mechanism 24 by the motor 10.

The sent bill passes through an optical or mechanical two-bill detection mechanism 27 and is detected again by a vacuum or physical detection mechanism 26. If there is only one bill, the control mechanism 2 moves the conveyance system 29 to the conveyance system. Instruct the 19th side to shut down. The banknotes are stacked through the conveyance system 23 and are discharged from the discharge port 8 to the operator.

Detection mechanism 26. Alternatively, if it is detected that two or more banknotes have been sent out by 27, the control mechanism 2 causes the conveyance system 29 to cut off the conveyance system 23, and the banknotes pass through the conveyance system of the conveyance system 19 and enter the stacker 30 into the insertion slot 6. Aligned. The banknotes are again fed one by one by the feeder 32, the number of banknotes is detected by the checker 18, and if the banknotes are one by one, they pass through the conveyance system 21, reach the conveyance system 23, are stacked in the banknote stacker 28, and are discharged from the discharge port 8. released. At this time, the control mechanism 2 instructs the transport system 29 to cut off the transport system 19.

If the checker 18 detects two or more bills, they are aligned in the insertion slot 6 again by the stacker 30 via the conveyance system 21.19. The checker 18 repeats the operation until the banknotes in the insertion slot 6 become empty, but the number of repetitions can be specified. If the number of times is n, the control mechanism 2 performs a check against this, and if the number of times is n or more, the banknotes are passed through the storage box 20 and transferred to the storage system 1.
6.

The insertion port 6 and the discharge port 8 are equipped with a sensor that detects whether or not the banknote is empty, and transmits the detection result to the control mechanism 2.

FIG. 2 is a flowchart showing the procedure for controlling the flow of banknotes.

FIG. 3 shows an embodiment centered on the mechanical system of the above device.

As explained above, this device has first-order effects.

(1) Improved reliability by sharing mechanisms By using the same number of detection mechanisms (sensors, checkers, etc.), it is possible to use twice as many detection mechanisms over and over again compared to conventional devices that are not integrated. , reliability is improved.

(2) Cost reduction and miniaturization of equipment through simplification of the mechanical system The number of discharge ports, storage systems, transport systems, etc. can be reduced by about half, making it possible to realize the same functions at a lower price.

Further, the size of the device for realizing the same function can be reduced to -tJs type. It is possible to improve the utilization rate of the mechanism.

(3) By integrating the work reduction mechanism by reusing banknotes, when two banknotes sent out for release are detected, conventional devices have no choice but to collect them in the storage box, but with this device, In other words, the banknotes can be re-fed as many times as needed and used without having to be collected. The same applies to import.

It is also possible to directly discharge the banknotes from the storage box, which reduces the work of loading banknotes into the banknote inventory.

(4) Possibility of advance release Before the operator instructs release, a fixed number of sheets are sent out using a feeder and stored in a storage system for temporary storage, allowing the operator to release the number of sheets specified by the operator. can be shortened.

(5) By sharing a means (feeder) for feeding banknotes one by one, the following effects are achieved.

■ In general, feeders require advanced mechanical technology and are expensive, so sharing them has a large economic effect.

(■ Generally speaking, conveyance systems require a large space volume,
The device is mainly composed of feeders, and therefore, as the number of feeders decreases, the number of conveyance systems decreases and the device becomes smaller.

■ A feeder usually has a detection mechanism such as a two-sheet detection mechanism, and therefore, as the number of feeders decreases, the number of detection mechanisms also decreases.

[Brief explanation of the drawing]

Fig. 1 is a block diagram for explaining the present invention, Fig. 2 is a flowchart for showing the procedure for controlling the flow of banknotes, and Fig. 3 is a diagram showing an embodiment of the present invention. Engraving of the Wakiken Area Money Collection Slave Recreation Drawing (No change in content &) 233-3 Parent gold type cash collection procedure amendment 3 (Method) % formula % Display of incident 1986 Patent Application No. 96709 Name of the invention Relationship with 19 cases (person who amends the integrated cash taking and discharging device) Patent applicant name (51
0) Kuchitachi Co., Ltd. Manufacturer Director Address: 5, Chome, Marunouchi, Chiyoda-ku, Tokyo 100
No. 1 Co., Ltd. Kuchitate Seisakusho Shirayuki Story Tokyo 212-1111 (Main representative) Target of correction Drawing

Claims (1)

[Claims] ¥1¥, a cash deposit slot, a means for sending out the deposited cash one by one, a means for temporarily storing the cash, and a means for temporarily storing the cash for 1 yen. An integrated cash intake system characterized by having a means for transferring cash to a means for dispensing cash one by one, and a means for discharging cash from the means for temporarily storing cash through the means for dispensing cash one by one. Emission device. ￥2￥, a means for detecting that the means for sending out the cash one by one has sent out cash in error, and a first or second means for sending out the cash one by one again when it detects that the money has been sent out in error. 2. An integrated cash taking and dispensing device according to claim 1, characterized in that it has means for applying to the second dispensing means. 3. The integrated cash taking in and discharging device according to claim 1 or 3, comprising: a safe for storing cash for discharging; and means for storing cash from the safe into the temporary storing means. ¥4, The integrated cash receiving and discharging device according to claim 1, wherein the temporary storing means comprises a plurality of storing means corresponding to each denomination. 5. The integrated cash taking and dispensing device according to claim 1, further comprising means for storing in advance a predetermined number of coins to be discharged at once in the temporary storage means prior to issuing an instruction to discharge cash.