CN106023427B - Paper money processing device - Google Patents

Paper money processing device Download PDF

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Publication number
CN106023427B
CN106023427B CN201610523640.XA CN201610523640A CN106023427B CN 106023427 B CN106023427 B CN 106023427B CN 201610523640 A CN201610523640 A CN 201610523640A CN 106023427 B CN106023427 B CN 106023427B
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CN
China
Prior art keywords
transmission channel
paper money
channel
temporary storage
money
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CN201610523640.XA
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CN106023427A (en
Inventor
吴恩
张晓生
廖任
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Guangzhou Zhiqing Electronic Technology Co ltd
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Guangzhou Zhiqing Electronic Technology Co ltd
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Priority to CN201610523640.XA priority Critical patent/CN106023427B/en
Publication of CN106023427A publication Critical patent/CN106023427A/en
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    • GPHYSICS
    • G07CHECKING-DEVICES
    • G07DHANDLING OF COINS OR VALUABLE PAPERS, e.g. TESTING, SORTING BY DENOMINATIONS, COUNTING, DISPENSING, CHANGING OR DEPOSITING
    • G07D11/00Devices accepting coins; Devices accepting, dispensing, sorting or counting valuable papers
    • G07D11/10Mechanical details
    • G07D11/16Handling of valuable papers
    • G07D11/18Diverting into different paths or containers
    • GPHYSICS
    • G07CHECKING-DEVICES
    • G07DHANDLING OF COINS OR VALUABLE PAPERS, e.g. TESTING, SORTING BY DENOMINATIONS, COUNTING, DISPENSING, CHANGING OR DEPOSITING
    • G07D11/00Devices accepting coins; Devices accepting, dispensing, sorting or counting valuable papers
    • G07D11/10Mechanical details
    • G07D11/12Containers for valuable papers
    • G07D11/13Containers for valuable papers with internal means for handling valuable papers

Abstract

The invention discloses a paper money processing device which comprises a money depositing and withdrawing port, a paper money identification part, a temporary storage part, at least one money storage box, an upper transmission channel, a lower transmission channel and a temporary storage transmission channel, wherein the upper transmission channel, the lower transmission channel and the temporary storage transmission channel are used for conveying paper money, the temporary storage part is arranged on the rear side of the money depositing and withdrawing port, the front end of the upper transmission channel is connected with the outlet end of the temporary storage part and the outlet end of the money depositing and withdrawing port, the front end of the lower transmission channel is connected with the inlet end of the money depositing and withdrawing port, the front end of the temporary storage transmission channel is connected with the inlet end of the temporary storage part, the paper money identification part is installed on the upper transmission channel. The invention has simple structure, simplifies the whole layout of the whole machine, achieves the effect of straight channel, has obvious effects of reducing paper money blocking and noise, and greatly reduces the transportation processing time of paper money by arranging the circulating transportation channel.

Description

Paper money processing device
Technical Field
The present invention relates to a banknote handling apparatus for depositing and dispensing banknotes in an automatic teller machine.
Background
The ATM provides great convenience for the user to withdraw cash, and the ATM can be served 24 hours all day; and people do not need to queue to withdraw cash, so that the workload of bank tellers is greatly reduced. In recent years, with the technical progress, a CRS (CRS) of a cash recycling machine gradually becomes a mainstream of self-service equipment, the CRS can provide cash stored by a user for other users to pick up, the cash recycling equipment greatly reduces the workload of clearing and adding bank notes of a bank, and particularly, the situation that the deposit amount and the withdrawal amount are relatively close can be as long as months without manual intervention, thereby bringing obvious economic benefit to the bank. With the continuous development of the technology, the technology of the depositing and withdrawing circulation device is not only developed in the direction of pursuing higher performance such as high speed, high reliability, large capacity, etc., but also developed in the direction of small volume and low cost. Therefore, high performance and low cost are the subject of technical solution research of the depositing and dispensing device.
The invention patent with publication number CN 102074067a proposes a technical solution of a banknote handling device, which aims to shorten the banknote transmission path, simplify the banknote transmission path, and reduce the volume of the device. The scheme is that a deposit and withdrawal port is arranged at the upper front part of an identification part, a temporary storage part is arranged at the upper rear part of the identification part, a paper money storage box is arranged below the identification part, and all functional parts are connected through a bidirectional transmission channel to form an annular transmission channel, so that the deposit and withdrawal function is completed; one of the main methods for reducing the volume of the equipment is to compress the transmission channel among the functional components, and the adverse effects are that the transmission channel is too bent, the paper money is easy to block during transmission, and the noise of the paper money transmission is high. In addition, the equipment space is too compact, and the design difficulty is large.
In order to solve the above problems, the invention of deposit device for automatic teller machine, which is disclosed in patent application CN 103268664B, discloses that the transmission channel is designed to be more straight, so as to improve the smooth transmission of paper money and reduce the noise of paper money transmission. The method for reducing the volume of the equipment and improving the effect of the transmission channel is to arrange the paper money temporary storage part below the paper money deposit and withdrawal port. When in deposit, the paper money in the temporary storage part is lifted to the deposit and withdrawal port by a lifting mechanism, and the temporary storage part shares a separating device of the deposit and withdrawal port, thereby reducing the volume of other parts of the equipment. However, the technical scheme still has the following problems: 1) the temporary storage part is positioned below the deposit and withdrawal port, and the height of the equipment is equal to the height of the deposit and withdrawal port, the height of the temporary storage part, the height of the transmission channel and the height of the paper money storage box, and the height is not compressed to a large extent; 2) the paper money in the temporary storage part is lifted to the deposit and withdrawal port by a lifting mechanism, and a paper money receiving mechanism of the deposit and withdrawal port receives the paper money, so that the process is complex in action and long in response time; 3) in the lifting process of the whole stack of paper money, the paper money is easy to impact other parts to cause faults, and especially when the loaded paper money is full and the paper money has the defects of folds, fluffiness, tearing and the like, the faults are easy to occur; 4) too many actuating mechanisms such as temporary storage part and elevating system, deposit and withdrawal mouth and corresponding mechanism of connecing paper money concentrate on in the same region of equipment, lead to local space very compact, and the product design degree of difficulty increases, is unfavorable for the reliability improvement of product.
Disclosure of Invention
In order to overcome the defects of the prior art, the invention provides a paper money processing device, which has the structure that the height of equipment is further reduced, the deposit response speed of the equipment is improved, and the defects that the curvature of a paper money transmission channel is too large and the space of the equipment is too compact are overcome.
The technical scheme adopted by the invention for solving the technical problems is as follows: a paper money processing device comprises
A deposit/withdrawal port for receiving banknotes for deposit and accumulating banknotes detected as abnormal during deposit and banknotes discharged for withdrawal;
a paper money identification part for detecting and identifying the authenticity and currency of the paper money;
a temporary storage unit for temporarily storing the banknotes recognized by the banknote recognition unit;
at least one currency storage box for storing paper currency;
the upper conveying channel, the lower conveying channel and the temporary storage conveying channel are used for conveying paper money;
the temporary storage part is arranged on the rear side of the deposit and withdrawal port, the front end of the upper transmission channel is connected with the outlet end of the temporary storage part and the outlet end of the deposit and withdrawal port, the rear end of the upper transmission channel is provided with a money counting reverser, the rear ends of the lower transmission channel and the temporary storage transmission channel are respectively connected with the money counting reverser, the front end of the lower transmission channel is connected with the inlet end of the deposit and withdrawal port, the front end of the temporary storage transmission channel is connected with the inlet end of the temporary storage part, the paper currency recognition part is arranged on the upper transmission channel, the paper currency storage box is arranged below the lower transmission channel, and each paper currency storage box is respectively connected with the lower transmission channel through the paper currency storage transmission channel.
Furthermore, the outlet end of the temporary storage part is arranged at the front side of the temporary storage part, the inlet end of the temporary storage part is arranged at the rear side of the temporary storage part, the outlet end of the deposit and withdrawal port is arranged at the rear side of the deposit and withdrawal port, the inlet end of the deposit and withdrawal port is arranged at the front side of the deposit and withdrawal port, the outlet end of the temporary storage part and the outlet end of the deposit and withdrawal port are oppositely arranged, a paper money separator is arranged between the outlet end of the temporary storage part and the outlet end of the deposit and withdrawal port, a money pressing device is respectively arranged in the temporary storage part and the deposit and withdrawal port and can push paper money to the paper money separator from the temporary storage part and the deposit and withdrawal port, the paper money separator is connected with the front end of the upper conveying channel and can separate the paper money of the temporary storage part or the deposit and withdrawal port into single paper money to be conveyed to the upper conveying channel, and a paper money stacking wheel is further, for stacking the banknotes transported in from the temporary transport path.
Wherein, it all is straight form and mutual parallel arrangement with lower transmission path to go up transmission path, the transmission path of keeping in locates the rear side of the portion of keeping in, it locates to go up transmission path the portion below of keeping in, lower transmission path locates go up the transmission path below. The upper transmission channel comprises a first transmission channel, a second transmission channel and a third transmission channel which are sequentially connected, the front end of the first transmission channel is connected with the outlet end of the temporary storage part and the outlet end of the deposit and withdrawal port, the rear end of the third transmission channel is connected with the currency counting reverser, and the paper currency recognition part is arranged on the third transmission channel; the lower transmission channel comprises a fourth transmission channel, a fifth transmission channel and a sixth transmission channel which are sequentially connected, the rear end of the fourth transmission channel is connected with the currency counting reverser, the front end of the sixth transmission channel is connected with the inlet end of the deposit and withdrawal port, and the currency storage boxes are all arranged below the fourth transmission channel; the front end of the second transmission channel and the front end of the fifth transmission channel are connected with a money taking transmission channel, so that the upper transmission channel and the lower transmission channel form a circulating transportation channel.
The cash recycling system is characterized by further comprising a recycling box for containing abnormal paper money, wherein the recycling box is installed below the sixth transmission channel and is arranged under the cash deposit and withdrawal port, the recycling box is connected with the front end of the sixth transmission channel through the recycling transmission channel, the front end of the sixth transmission channel is also provided with a cash taking reverser, and the cash taking reverser is respectively connected with the recycling transmission channel and the inlet end of the cash deposit and withdrawal port.
Furthermore, the upper conveying channel, the lower conveying channel and the temporary storage conveying channel are all provided with detection sensors for detecting and monitoring the conveying state of the paper money.
When the user deposits, the following control is executed:
the banknote pressing device pushes deposited banknotes to an outlet end of the depositing and withdrawing port, the banknote separator separates the banknotes into single banknotes, the single banknotes are conveyed to the upper conveying channel for conveying, abnormal banknotes are conveyed to the lower conveying channel through the banknote counting reverser after the banknotes are identified by the banknote identification part, the lower conveying channel conveys the banknotes to the inlet end of the depositing and withdrawing port for returning, normal banknotes are conveyed to the temporary storage conveying channel through the banknote counting reverser to reach the temporary storage part (the process is a counting process), the banknotes in the temporary storage part are pushed to the outlet end in the temporary storage part through the banknote pressing device after the returning is finished, the banknotes are conveyed to the upper conveying channel through the banknote separator for conveying, the banknotes are identified again by the banknote identification part and then conveyed to the lower conveying channel, and the normal banknotes are stored in the banknote storage box through the banknote storage conveying channel, the abnormal paper money is deposited in the recycling bin (the process is a deposit process).
Further, still including at least one collection box of forgetting, forget the collection box mountable in collection box below or install in the rear side of the portion of keeping in, forget the collection box and connect retrieve transmission path or connect the transmission path of keeping in. When the cash deposit and withdrawal port has paper money forgotten by a user, the forgotten paper money is transmitted to the upper transmission channel through the forgotten recovery transmission channel and then is transmitted to the lower transmission channel after being identified by the paper money identification part, abnormal paper money is transmitted to the recovery box, and normal paper money is transmitted to the forgotten recovery box (when the forgotten recovery box is arranged at the rear side of the temporary storage part, the forgotten recovery box is connected with the temporary storage transmission channel, the forgotten paper money is identified by the paper money identification part, the abnormal paper money is transmitted to the lower transmission channel through the currency counting reverser and then is transmitted to the recovery box, and the normal paper money is transmitted to the temporary storage transmission channel through the currency counting reverser and then is transmitted to the forgotten recovery box).
Further, still include at least one and check the circulation case, check the circulation case adopt with the case of the same specification (size, volume) of storage coin box, check the circulation case install in fifth transmission path below, check the circulation case and connect through checking transmission path fifth transmission path, third transmission path's front end still is equipped with adds paper money transmission path, the other end that adds paper money transmission path connects fifth transmission path's rear end.
When the counting task is executed, the counting circulating box is reserved as an empty box, paper money in any one of the money storage boxes is taken out through a fourth conveying channel and conveyed to a third conveying channel, after being identified by a paper money identification part, the paper money identification part records information such as the number of the paper money in the taken money storage box, the serial number and the like, normal paper money flows back to a fifth conveying channel through a money adding conveying channel and then is conveyed into the counting circulating box, and abnormal paper money flows back to a sixth conveying channel through a money taking conveying channel and then is conveyed into a recycling box; after the paper money in the taken paper money storage box is emptied, the paper money in the counting circulation box sequentially flows back to the third transmission channel through the fifth transmission channel and the paper money adding transmission channel, after being identified by the paper money identification part, normal paper money is returned to the original paper money storage box through the original path of the fourth transmission channel, and abnormal paper money is transmitted to the recovery box through the lower transmission channel. Through the automatic counting process, the accurate number and the information of the paper money in the paper money storage box are obtained; the flow reduces the workload of counting the paper money in the money storage box by the bank.
The invention has the beneficial effects that:
1) the whole layout of the whole machine is simplified, the effect of straight channels is achieved, and the effects of reducing paper money jam and reducing noise are obvious;
2) the temporary storage part shares the paper money separating device of the deposit and withdrawal port, so that the number of the separating devices is simplified and reduced, the structure is simplified, and the cost is reduced; because the paper currency separating device is a very precise part in the depositing and withdrawing equipment, the manufacturing cost is high, and the number of the paper currency separating device is reduced, namely the effect of reducing the cost is achieved;
3) the response time of processing the paper money is reduced, the paper money of the temporary storage part can be directly separated and transmitted to the money storage box, and the separation and transmission can be started without the action of other transmission mechanisms or money receiving mechanisms;
4) through the overall arrangement of this scheme, the volume of complete machine obviously reduces, and equipment height is depositing and withdrawing mouth + upper and lower transmission channel height + storage box height. The height of the device is reduced by nearly one temporary storage part compared with the height of the device disclosed in the patent with the publication number of CN 103268664B, and the effect is very obvious. The height of the equipment is reduced, so that the cost is reduced, the user can conveniently observe and operate the equipment deposit and withdrawal port, and particularly, the user with a shorter height can conveniently observe and operate the deposit and withdrawal port.
Drawings
FIG. 1 is a schematic view of the overall structure of the present invention (example 1);
FIG. 2 is a schematic view of the overall structure of the present invention (example 2);
FIG. 3 is a schematic view of the paper currency circulation status under the checking condition of the present invention;
FIG. 4 is a schematic diagram of the currency status of the bank notes in the processing of the deposit condition according to the present invention;
FIG. 5 is a schematic diagram of the paper currency circulation status of the present invention during the withdrawal condition;
FIG. 6 is a schematic diagram of a paper currency circulation state under a working condition when paper currency forgotten by a user is processed according to the present invention;
FIG. 7 is a schematic view of the currency circulation status of the present invention under the condition of checking the currency storage box;
FIG. 8 is a schematic view of the currency flow state of the present invention during the process of adding banknotes.
Detailed Description
The invention will be further described with reference to the accompanying drawings. The description of the orientation in this document is based on fig. 1.
As shown in fig. 1 and 2, a banknote handling device includes a deposit and withdrawal port 1, a banknote identifying part 4, a temporary storage part 2, at least one banknote storage box 5, and an upper transport channel a, a lower transport channel B and a temporary storage transport channel 34 for transporting banknotes, wherein the upper transport channel a includes a first transport channel 11, a second transport channel 12 and a third transport channel 13 which are connected in sequence, the lower transport channel includes a fourth transport channel 14, a fifth transport channel 15 and a sixth transport channel 16 which are connected in sequence, and the upper transport channel a, the lower transport channel B and the temporary storage transport channel 34 are all provided with a detection sensor for detecting a transport state of monitoring banknotes; the outlet end of the deposit and withdrawal port 1 is arranged at the rear side of the deposit and withdrawal port 1, the inlet end of the deposit and withdrawal port 1 is arranged at the front side of the deposit and withdrawal port 1, the temporary storage part 2 is arranged at the rear side of the deposit and withdrawal port 1, the outlet end of the temporary storage part 2 is arranged at the front side of the temporary storage part 2, the inlet end of the temporary storage part 2 is arranged at the rear side of the temporary storage part 2, the front end of the first transmission channel 11 is respectively connected with the outlet end of the temporary storage part 2 and the outlet end of the deposit and withdrawal port 1 through a first connecting channel 21 and a second connecting channel 22, the rear end of the third transmission channel 13 is provided with a currency counting reverser 31, the rear ends of the fourth transmission channel 14 and the temporary storage transmission channel 34 are respectively connected with the currency counting reverser 31 through a third connecting channel 23 and a fourth connecting channel 24, the front end of the sixth transmission channel 16 is connected with the inlet end of the deposit and withdrawal port 1 through a fifth connecting channel, the front end of the temporary storage transmission channel 34 is connected with the inlet end of the temporary storage part 2, the paper money identification part 4 is installed on the third transmission channel 13, the coin storage boxes 5 are installed below the fourth transmission channel 14, and each coin storage box 5 is respectively connected with the fourth transmission channel 14 through a coin storage transmission channel 51. Wherein, it all is straight form and the mutual parallel arrangement with the horizontal plane to go up transmission path A and lower transmission path B, the front end of second transmission path 12 with the front end of fifth transmission path 15 is connected with and gets paper money transmission path 41, makes and goes up transmission path A and lower transmission path B formation circulation transport passageway.
Further, the outlet end of the temporary storage part 2 is opposite to the outlet end of the deposit and withdrawal port 1, the first connecting channel 21 and the second connecting channel 22 are distributed in a V shape, and the lower ends of the first connecting channel 21 and the second connecting channel 22 are connected with the first transmission channel 11; a paper money separator 3 is arranged between the outlet end of the temporary storage part 2 and the outlet end of the deposit and withdrawal port 1, the paper money separator 3 comprises two groups of paper pickup wheels which are respectively arranged at the outlet end of the temporary storage part 2 and the outlet end of the deposit and withdrawal port 1, a paper money pressing device 6 is respectively arranged in the temporary storage part 2 and the deposit and withdrawal port 1, the paper money pressing device 6 comprises a pressing plate for storing paper money and a driving device for driving the pressing plate to move forwards and backwards, the paper money can be respectively pushed to the paper money separator 3 from the temporary storage part 2 and the deposit and withdrawal port 1 through the forward and backward movement of the driving pressing plate, the paper money separator 3 is connected with the front end of the upper conveying passage A, the paper pickup wheels separate the paper money of the temporary storage part 2 or the deposit and withdrawal port 1 into single paper money which is conveyed to the upper conveying passage A, a paper money stacking wheel 33 is also arranged at the inlet end of the temporary storage part 2 and used for stacking, and then stored on the platen of the buffer 2 for waiting for transmission.
Further, the banknote recycling device comprises a recycling box 7 for containing abnormal banknotes, wherein the recycling box 7 is installed below the sixth transmission channel 16 and is arranged right below the deposit and withdrawal port 1, the recycling box 7 is connected with the front end of the sixth transmission channel 16 through a recycling transmission channel 71, a banknote taking reverser 32 is further installed at the front end of the sixth transmission channel 16, and the banknote taking reverser 32 is respectively connected with the recycling transmission channel 71 and the fifth connecting channel 25.
Further, the system also comprises at least one forgotten recovery box 8, wherein the forgotten recovery box 8 can be installed below the recovery box 7 (as shown in fig. 1) or on the same horizontal space at the rear side of the temporary storage part 2 (as shown in fig. 2), a forgotten recovery transmission channel 25 is connected between the front end of the upper transmission channel a and the depositing and withdrawing port 1, and the forgotten recovery box 8 is connected with the recovery transmission channel 71 (as shown in fig. 1) or the temporary storage transmission channel 13 (as shown in fig. 2).
Further, still include at least one circulation case 9 of checking, check circulation case 9 adopt with the case of the same specification (size, volume) of storage coin case, theoretically 2 at least storage coin cases can accomplish the task of checking, check circulation case 9 install side by side in the front side of storage coin case 5, check circulation case 9 install in fifth transmission path 15 below, check circulation case 9 connect through checking transmission path 91 fifth transmission path 15, the front end of third transmission path 13 still is equipped with and adds paper money transmission path 42, the other end that adds paper money transmission path 42 is connected the rear end of fifth transmission path 15.
The operation of the device will be further explained with reference to fig. 3-8, in which the arrows indicate the direction of transport of the banknotes.
As shown in fig. 3 and 4, when a user deposits money, the banknotes for depositing are put in through the deposit and withdrawal port 1, the banknote pressing device 6 pushes the deposited banknotes to the outlet end of the deposit and withdrawal port 1, the banknote separator 3 separates the banknotes into single banknotes, the single banknotes are conveyed to the upper conveying channel a to be conveyed, the single banknotes sequentially pass through the first connecting channel 21, the first conveying channel 11, the second conveying channel 12 and the third conveying channel 13, after the banknotes are identified by the banknote identification portion 4, abnormal banknotes are conveyed to the fourth conveying channel 14 through the banknote counting reverser 31, the banknotes conveyed by the lower conveying channel B reach the inlet end of the deposit and withdrawal port 1 to be returned, normal banknotes are conveyed to the temporary storage portion 2 through the banknote counting reverser 31 to the temporary storage conveying channel 34 (the process is a counting process, as shown in fig. 3), after the return, the banknotes in the temporary storage portion 2 are pushed to the outlet end of the temporary storage portion 2 through the banknote pressing device 6, the paper money is conveyed by the paper money separator 3 to the upper conveying channel A again for carrying, is identified by the paper money identification part 4 again, and is conveyed to the lower conveying channel B, normal paper money is stored in the money storage box 5 through the money storage conveying channel 41 of the fourth conveying channel 14, and abnormal paper money is stored in the recycling box 7 through the sixth conveying channel 16 (the process is a deposit process, and is shown in fig. 4).
As shown in fig. 5, when the user withdraws money, the banknotes sequentially pass through the banknote storage transmission channel 51 from the banknote storage box 5 to the fourth transmission channel 14, the fourth transmission channel 14 transports the banknotes leftwards to the third transmission channel 13 of the upper transmission channel a, the third transmission channel 13 transports rightwards, the banknotes are identified by the banknote identification portion 4 and then flow back to the sixth transmission channel 16 through the second transmission channel 12 and the banknote taking transmission channel 41, the sixth transmission channel 16 transports rightwards, the abnormal banknotes are transported into the recycling box 7 through the banknote taking reverser 32, and the normal banknotes are transported to the fifth connection channel 25 through the banknote taking reverser 32 to reach the deposit and withdrawal port 1 for withdrawal.
As shown in fig. 6, when there is a banknote left behind by the user at the deposit and withdrawal port 1, the left behind banknote is sequentially transferred from the outlet end of the deposit and withdrawal port 1 to the second connecting channel 22 and the upper transport channel a through the banknote separator 3, and then transferred to the lower transport channel B after being recognized by the banknote recognition unit 4, and the abnormal banknote is transferred to the recycle box 7, and the normal banknote is transferred to the left behind recycle box 8 (as shown in fig. 2, when the left behind recycle box is installed at the rear side of the temporary storage unit, the left behind recycle box 8 is connected to the temporary storage transport channel 34, and after being recognized by the banknote recognition unit 4, the abnormal banknote is transferred to the lower transport channel B through the banknote counting reverser 31 and then transferred to the recycle box 7, and the normal banknote is transferred to the temporary storage transport channel 34 through the banknote counting reverser 31 and then transferred to the left behind recycle box 8).
As shown in fig. 7, when the banknotes in the banknote storage boxes 5 need to be checked, the checking circulation box 9 is left as an empty box, the banknotes in any one of the banknote storage boxes 5 are taken out through the banknote storage transmission channel 51 and the fourth transmission channel 14 in sequence, and are transmitted to the third transmission channel 13, after being identified by the banknote identification part 4, the banknote identification part 4 records the number, crown word number and other information of the banknotes in the taken banknote storage box, the normal banknotes flow back to the fifth transmission channel 15 through the banknote adding transmission channel 42 and are transmitted into the checking circulation box 9 through the checking transmission channel 91, and the abnormal banknotes flow back to the sixth transmission channel 16 through the banknote taking transmission channel 41 and are transmitted into the recovery box 7; after the paper money in the money storage box 5 is emptied, the paper money checked in the circulation box 9 sequentially flows back to the third transmission channel 13 through the fifth transmission channel 15 and the money adding transmission channel 42, after being recognized by the paper money recognition part 4, the normal paper money is returned and stored in the original money storage box 5 through the fourth transmission channel 14, the abnormal paper money is transmitted into the recycling box 7 through the lower transmission channel B, and the accurate number and the information of the paper money in the money storage box 5 are obtained through the automatic checking process.
As shown in fig. 8, when it is necessary to add money to the money storage box 5, a money box containing the money is added to the counting circulation box 9, the money in the counting circulation box 9 is taken out through the counting transmission channel 91, and is transported to the third transmission channel 13 through the fifth transmission channel 15 and the money adding transmission channel 42 in sequence, after being identified by the money identification unit 4, the number of the money in the taken money storage box and information such as a crown word number are recorded, the money flows back to the fourth transmission channel 14, normal money is stored in the money storage box 5 through the money storage transmission channel 51, and abnormal money is transported to the recycling transmission channel 71 through the fifth transmission channel 15 and the sixth transmission channel 16 in sequence, and is finally stored in the recycling box 7.
The above description is only a preferred embodiment of the present invention, and the scope of the present invention should not be limited thereby, and all the simple equivalent changes and modifications made in the claims and the description of the present invention are within the scope of the present invention.

Claims (7)

1. A paper money processing device is characterized by comprising a money depositing and withdrawing port, a paper money identification part, a temporary storage part, at least one money storage box, at least one counting circulation box, an upper conveying channel, a lower conveying channel and a temporary storage conveying channel, wherein the upper conveying channel, the lower conveying channel and the temporary storage conveying channel are used for conveying paper money, the temporary storage part is arranged on the rear side of the money depositing and withdrawing port, the front end of the upper conveying channel is connected with the outlet end of the temporary storage part and the outlet end of the money depositing and withdrawing port, the rear end of the upper conveying channel is provided with a paper money counting reverser, the rear ends of the lower conveying channel and the temporary storage conveying channel are respectively connected with the paper money counting reverser, the front end of the lower conveying channel is connected with the inlet end of the money depositing and withdrawing port, the front end of the temporary storage conveying channel is connected with the inlet end of the temporary storage part, the paper money identification part is arranged on, each coin storage box is respectively connected with the lower transmission channel through a coin storage transmission channel;
the upper transmission channel and the lower transmission channel are straight and are arranged in parallel with the horizontal plane;
the upper transmission channel comprises a first transmission channel, a second transmission channel and a third transmission channel which are sequentially connected, the front end of the first transmission channel is connected with the outlet end of the temporary storage part and the outlet end of the deposit and withdrawal port, the rear end of the third transmission channel is connected with the currency counting reverser, and the paper currency recognition part is arranged on the third transmission channel; the lower transmission channel comprises a fourth transmission channel, a fifth transmission channel and a sixth transmission channel which are sequentially connected, the rear end of the fourth transmission channel is connected with the currency counting reverser, the front end of the sixth transmission channel is connected with the inlet end of the depositing and withdrawing port, the currency storage boxes are all arranged below the fourth transmission channel, and the front ends of the second transmission channel and the fifth transmission channel are connected with a currency taking transmission channel; the counting circulating box is arranged below the fifth transmission channel and is connected with the fifth transmission channel through the counting transmission channel, the front end of the third transmission channel is also provided with a money adding transmission channel, and the other end of the money adding transmission channel is connected with the rear end of the fifth transmission channel;
the outlet end of the temporary storage part and the outlet end of the deposit and withdrawal port are oppositely arranged, the front end of the first transmission channel is respectively connected with the outlet end of the temporary storage part and the outlet end of the deposit and withdrawal port through a first connecting channel and a second connecting channel, the first connecting channel and the second connecting channel are distributed in a V shape, and the lower ends of the first connecting channel and the second connecting channel are connected with the first transmission channel; the paper money separator is connected with the front end of the upper conveying channel and used for separating paper money of the temporary storage part or the deposit and withdrawal port into a single piece to be conveyed to the upper conveying channel.
2. A banknote handling device as claimed in claim 1 wherein the entrance end of the escrow section is further provided with a stacker wheel.
3. The banknote handling device according to claim 1, wherein the upper transport path and the lower transport path are arranged in parallel with each other, the temporary storage transport path is provided at a rear side of the temporary storage section, the upper transport path is provided below the temporary storage section, and the lower transport path is provided below the upper transport path.
4. The banknote handling device according to claim 1, further comprising a recycling bin, wherein the recycling bin is installed below the sixth conveying channel, the recycling bin is connected to a front end of the sixth conveying channel through the recycling conveying channel, a banknote taking reverser is further installed at the front end of the sixth conveying channel, and the banknote taking reverser is respectively connected to the recycling conveying channel and an inlet end of the deposit and withdrawal port.
5. The banknote handling device according to claim 4, further comprising at least one left behind recycling bin, wherein the left behind recycling bin is mountable under the recycling bin or at a rear side of the temporary storage unit, and the left behind recycling bin is connected to the recycling transmission channel or the temporary storage transmission channel.
6. The banknote handling apparatus according to claim 4, wherein the following control is performed at the time of depositing:
the paper money pressing device pushes deposited paper money to an outlet end of the deposit and withdrawal port, the paper money separator separates the paper money into single paper money which is conveyed to the upper conveying channel for conveying, after the paper money is identified by the paper money identification part, abnormal paper money is transmitted to the lower transmission channel through the paper money counting reverser, the lower transmission channel conveys the paper money to the inlet end of the money depositing and withdrawing port for returning, normal paper money is transmitted to the temporary storage transmission channel through the paper money counting reverser to reach the temporary storage part, the paper money in the temporary storage part after the paper money is returned is pushed to the outlet end in the temporary storage part through the paper money pressing device, conveyed to the upper transmission channel through the paper money separator for conveying, and identified by the paper money identification part again, and the paper money is conveyed to the lower conveying channel, normal paper money is stored in the paper money storage box through the paper money storage conveying channel, and abnormal paper money is stored in the recycling box.
7. A banknote handling apparatus according to claim 1, wherein the following control is performed when the banknote storage box is checked:
the counting circulation box is reserved as an empty box, paper money in any one of the money storage boxes is taken out through a fourth transmission channel and is transmitted to a third transmission channel, after being identified by the paper money identification part, the paper money identification part records information such as the number, the serial number and the like of the paper money in the taken money storage box, normal paper money flows back to a fifth transmission channel through the money adding transmission channel and is transmitted into the counting circulation box, and abnormal paper money flows back to a sixth transmission channel through the money taking transmission channel and is transmitted into the recovery box; after the paper money in the taken paper money storage box is emptied, the paper money in the counting circulation box sequentially flows back to the third transmission channel through the fifth transmission channel and the paper money adding transmission channel, after being identified by the paper money identification part, normal paper money is returned to the original paper money storage box through the original path of the fourth transmission channel, and abnormal paper money is transmitted to the recovery box through the lower transmission channel.
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WO2018205103A1 (en) * 2017-05-08 2018-11-15 深圳怡化电脑股份有限公司 Method and device for fast replenishing banknotes into self-service terminal, and self-service terminal
WO2018209648A1 (en) * 2017-05-18 2018-11-22 深圳怡化电脑股份有限公司 Financial self-service device and withdrawing and depositing method
CN110383350A (en) * 2017-05-18 2019-10-25 深圳怡化电脑股份有限公司 Financial self-service equipment and clear plus paper money mend paper money method
CN108961534A (en) * 2017-05-19 2018-12-07 山东新北洋信息技术股份有限公司 Paper money case and automatic teller machine
CN107274545B (en) * 2017-05-31 2019-09-20 深圳怡化电脑股份有限公司 Money-checking control method, money-checking control device and withdrawal equipment

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CN102289861B (en) * 2011-08-17 2013-01-30 易程(苏州)电子科技股份有限公司 Paper money collecting machine capable of automatically feeding whole stack of paper money simultaneously
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