WO2018166393A1

WO2018166393A1 - Paper money processing apparatus and paper money processing method

Info

Publication number: WO2018166393A1
Application number: PCT/CN2018/078393
Authority: WO
Inventors: 赵振兴; 任乃胜; 刘丙庆; 王春涛
Original assignee: 山东新北洋信息技术股份有限公司
Priority date: 2017-03-13
Filing date: 2018-03-08
Publication date: 2018-09-20
Also published as: CN108573564B; CN108573564A

Abstract

Disclosed are a paper money processing apparatus and a paper money processing method. The paper money processing apparatus comprises a paper money processing assembly, a paper money receiving assembly and a paper money conveying channel, wherein the paper money processing assembly and the paper money receiving assembly are arranged in succession in a first direction; the paper money receiving assembly comprises a filling box and a receiving box; the paper money processing assembly comprises a money outlet and inlet port, a temporary storage mechanism, an identification mechanism and a rejection box; the money outlet and inlet, the temporary storage mechanism and the identification mechanism are all located at one side of the rejection box in a second direction; the second direction is perpendicular to the first direction; and the paper money conveying channel is provided to convey paper money between the paper money processing assembly and the paper money receiving assembly.

Description

Banknote processing device and banknote processing method

Technical field

The present disclosure relates to a financial self-service device, for example, to a banknote processing device and a banknote processing method.

Background technique

1 is a schematic structural view of a banknote processing apparatus according to the related art. As shown in FIG. 1, the banknote processing apparatus includes a depositing and dispensing mechanism 1', an identification mechanism 2', a temporary storage mechanism 3', a reject box 4', and a loading box. 5', and four storage boxes 6', the identification mechanism 2' is disposed at an intermediate position of the upper portion of the device, the identification mechanism 2' is located on the annular passage 11', and is arranged to identify the banknotes; the depositing and dispensing mechanism 1' is disposed in front of the upper portion of the device The depositing and dispensing mechanism 1' communicates with the annular passage 11' through the conveying passage, and is arranged to receive and discharge the banknotes; the temporary storage mechanism 3' and the rejecting box 4' are disposed at the rear of the upper portion of the device, the temporary storage mechanism 3' and the rejecting box 4' is arranged in the up-down direction of the device, wherein the temporary storage mechanism 3' communicates with the annular passage 11' through the conveying passage, and is arranged to temporarily store the banknotes, and the rejecting box 4' is arranged to be recognized by the identification mechanism 2' and is judged as Banknotes rejecting the currency; four storage boxes 6' and one loading box 5' are arranged in the lower part of the apparatus in a front-to-back direction, wherein the reject box 4', the loading box 5', and the loading box 5' Adjacent storage box 6' The common passage 12' communicates with the annular passage 11', and the remaining three storage boxes 6' communicate with the annular passage 11' through respective conveying passages.

A problem with such a banknote processing apparatus is that since the reject box 4' and the temporary storage mechanism 3' are stacked in the vertical direction at the rear of the upper portion of the apparatus, the design size of the reject box 4' is limited by the influence of the upper space of the apparatus. As a result, the design capacity of the reject box 4' is small, and thus it is necessary to frequently stop the cleaning of the reject box 4'. Such a use manner affects the use efficiency of the banknote processing apparatus and increases the workload of the user.

Summary of the invention

The present disclosure provides a banknote processing device capable of obtaining a large-capacity reject box without increasing the overall size of the device, thereby increasing the capacity of the reject box, reducing the frequency of cleaning the reject box, and reducing the user's The amount of work.

The present disclosure also provides a method of performing banknote processing using the above-described banknote processing apparatus.

A banknote processing device includes a banknote processing component, a banknote storage component, and a banknote transporting passage; the banknote processing component and the banknote accommodating component are sequentially arranged along a first direction; the banknote accommodating component comprises a loading box and a storage box; and the banknote processing component comprises a depositing and dispensing port , the temporary storage mechanism, the identification mechanism and the reject box; the access slot, the temporary storage mechanism and the identification mechanism are all located on the same side of the reject box in the second direction; the second direction is perpendicular to the first direction; the banknote transport channel is set to The banknotes are transported between the banknote processing unit and the banknote storage unit.

Optionally, the first direction is a vertical direction and the second direction is a horizontal direction.

Optionally, the temporary storage mechanism and the identification mechanism are sequentially arranged in the first direction.

Optionally, the reject box, the temporary storage mechanism, and the access slot are sequentially arranged in the second direction.

Optionally, the identification mechanism is disposed on the banknote transport channel; the access coin port is connected to the banknote transport channel through the access channel; the temporary storage mechanism is connected to the banknote transport channel through the temporary storage channel; and the reject box is connected to the banknote transport channel through the reject channel The loading box is connected to the banknote conveying passage through the filling passage; the storage box is connected to the banknote conveying passage through the receiving passage.

Optionally, the banknote conveying channel comprises an annular channel and a main channel, wherein two ends of the main channel are respectively connected with the annular channel; the identification mechanism is disposed on the annular channel; the access channel is connected with the annular channel; the temporary channel, the rejection channel, and the filling channel are respectively And the storage channel is respectively connected to the main channel.

Optionally, the access slot includes a coin inlet port and a coin outlet port, and the access channel includes a coin entry path and a coin exit path; the deposit port is connected to the ring passage through the coin entry path; and the coin exit port is connected to the ring channel through the coin exit path. .

Optionally, along the annular channel, the connection point of the access channel and the annular channel, the connection point of the first end of the main channel and the annular channel, the identification mechanism, and the connection point of the second end of the main channel and the annular channel are sequentially arranged.

Optionally, along the main channel, the connection point of the temporary channel and the main channel, the connection point of the rejection channel and the main channel, the connection point of the filling channel and the main channel, and the connection point of the storage channel and the main channel are sequentially arranged.

Optionally, the banknote conveying channel further comprises a connecting channel; the first end of the connecting channel is connected with the annular channel; the second end of the connecting channel is connected with the main channel, and along the main channel, the connection point of the connecting channel and the main channel is rejected The connection point between the channel and the main channel and the connection point between the filling channel and the main channel.

A method of processing banknotes using any one of the above banknote processing apparatuses, comprising at least one of the following steps:

Deposit counting step: the banknotes in the depositing and dispensing port enter the banknote conveying passage through the access passage; the banknotes enter the identification mechanism along the banknote conveying passage; the banknotes recognized as qualified by the identifying mechanism continue to enter the temporary storage channel along the banknote conveying passage, and enter along the temporary storage passage a temporary storage mechanism; the banknotes recognized as unqualified by the identification mechanism continue to enter the access passage along the banknote transport passage, and enter the access slot through the access passage;

Deposit storage step: the banknotes in the temporary storage mechanism enter the banknote transport channel via the temporary storage channel; the banknotes enter the identification mechanism along the banknote transport channel; the banknotes recognized as qualified by the identification mechanism continue to enter the loading channel or the storage channel along the banknote transport channel; When entering the accommodating channel, the banknotes in the accommodating channel enter the storage box along the accommodating channel; when the banknotes enter the loading channel, the banknotes in the loading channel enter the loading box along the loading channel; the banknotes identified as unqualified by the identification mechanism continue along the banknote conveying channel Enter the rejection channel and enter the rejection box along the rejection channel;

The withdrawal step: the banknotes in the storage box enter the banknote transport passage through the storage passage; the banknotes enter the identification mechanism along the banknote transport passage; the banknotes recognized as qualified by the identification mechanism continue to enter the access passage along the banknote transport passage, and enter the access slot along the access passage The banknotes identified as unqualified by the identification mechanism continue to enter the reject channel along the banknote transport passage, and enter the reject box along the reject passage;

Loading step: the banknotes in the loading box enter the banknote conveying passage through the loading channel; the banknotes enter the identification mechanism along the banknote conveying passage; the banknotes recognized as qualified by the identifying mechanism continue to enter the storage passage along the banknote conveying passage, and enter the storage box along the receiving passage; The banknotes identified as unqualified by the identification mechanism continue to enter the reject channel along the banknote transport channel, and enter the reject box along the reject channel;

Loading and recycling step: the banknotes in the storage box enter the banknote conveying passage through the receiving passage; the banknotes enter the identification mechanism along the banknote conveying passage; the banknotes recognized as qualified by the identifying mechanism continue to enter the loading channel along the banknote conveying passage, and enter the loading box along the loading channel The banknotes identified as unqualified by the identification mechanism continue to enter the reject channel along the banknote transport passage, and enter the reject box along the reject passage;

Filling and withdrawing steps: the banknotes in the loading box enter the banknote conveying passage through the loading channel; the banknotes enter the identification mechanism along the banknote conveying passage; the banknotes recognized as qualified by the identifying mechanism continue to enter the access passage along the banknote conveying passage, and enter the entry and exit coins along the access passage The banknote recognized as unqualified by the identification mechanism continues to enter the reject channel along the banknote transport channel, and enters the reject box along the reject channel;

Forgotten recycling step: the banknotes in the access slot enter the banknote transport passage via the access passage; the banknotes enter the identification mechanism along the banknote transport passage; the banknotes of the identified mechanism continue to enter the reject passage along the banknote transport passage, and enter the reject bin along the reject passage .

The banknote processing device and the banknote processing method provided by the present disclosure, by sequentially arranging the banknote storage unit and the banknote processing assembly in the first direction, the access slot, the temporary storage mechanism and the identification mechanism are both located in the second direction of the reject box. The side, the second direction is perpendicular to the first direction, so that the banknote processing device can obtain a large-capacity reject box without increasing the overall size of the device, so as to reduce the frequency of cleaning the reject box and reduce the workload of the user.

DRAWINGS

The drawings that are required to be used in the embodiments will be described below.

1 is a schematic structural view of a banknote processing apparatus provided by a related art;

2 is a schematic structural view of a banknote processing apparatus according to an embodiment;

3 is a schematic structural view of a conveying passage provided by an embodiment;

4 is a schematic structural view of an annular passage provided by an embodiment;

FIG. 5 is a schematic diagram of a banknote processing apparatus according to an embodiment during deposit counting; FIG.

6 is a schematic view of a banknote processing device according to an embodiment during deposit storage;

7 is a schematic view of a banknote processing apparatus according to an embodiment at the time of withdrawal;

Figure 8 is a schematic view of the banknote processing apparatus provided in an embodiment;

9 is a schematic view of a banknote processing apparatus according to an embodiment when loading and recycling;

10 is a schematic view of a banknote processing apparatus according to an embodiment when loading and withdrawing money;

Fig. 11 is a schematic view showing the banknote processing apparatus according to an embodiment for forgetting and recycling.

Icons: 1'-in and out currency mechanism; 2'-identification mechanism; 3'-temporary storage mechanism; 4'-rejection box; 5'-loading box; 6'-receiving box; 11'-annular passage; 12'- Public channel; 10-banknote processing device; 11-banknote processing assembly; 12-banknote storage assembly; 110-in and out coin slot; 111-into coin slot; 112-to-coin port; 120-temporary mechanism; 130-identification mechanism; 140-rejection box; 150-receiving box; 160-filling box; 200-banknote conveying passage; 210-annular passage; 220-main passage; 211-first branch passage; 212-second branch passage; 213-third Branch channel; 214-fourth branch channel; 215-fifth branch channel; 221-first path; 222-second path; 223-third path; 224-fourth path; 230-in and out channel; Path; 232-coin path; 233-temporary channel; 234-reject channel; 235-fill channel; 236-storage channel; 240-connection channel.

detailed description

The present disclosure will be described below in conjunction with the drawings in the present embodiment.

It should be noted that similar reference numerals and letters indicate similar items in the following figures, and therefore, a reference number and a letter are defined in one drawing, and need not be defined and explained in the subsequent drawings.

In the description of the embodiment, the terms "first", "second", and the like are used only to distinguish the description, and are not to be construed as indicating or implying relative importance.

Referring to FIG. 2, FIG. 2 shows the structure of the banknote processing apparatus 10 provided in the embodiment. The banknote processing apparatus 10 includes a banknote processing unit 11, a banknote storage unit 12, and a bill transport path 200.

As can also be seen in FIG. 2, the banknote storage assembly 12 includes a storage bin 150 and a loading bin 160. The banknote processing assembly 11 includes an access slot 110, a temporary storage mechanism 120, an identification mechanism 130, and a reject bin 140.

The banknote processing unit 11 and the banknote storage unit 12 are sequentially disposed in the first direction, and the deposit and withdrawal port 110, the temporary storage mechanism 120, and the identification mechanism 130 are located on one side of the reject box 140 in the second direction. Wherein the second direction is perpendicular to the first direction. In the present embodiment, the first direction is the up and down direction indicated by the arrow in the figure, that is, the vertical direction; the second direction is the front and rear direction indicated by the arrow in the figure, that is, the horizontal direction.

Please continue to refer to FIG. 2, wherein the access slot 110 is configured to put or remove the banknotes by the user; the temporary storage mechanism 120 is configured to temporarily store the banknotes; the identification mechanism 130 can identify and record the denomination, currency, authenticity of the banknotes, and The state of the banknote, wherein when the banknote is recognized as a genuine banknote, the banknote is divided into a reject coin and a normal coin according to the state of the banknote recognized by the identification mechanism 130, wherein the degree of damage, the degree of oldness, and the version do not satisfy the requirement Banknotes suitable for circulation are judged as rejected coins, and the banknotes that are suitable for continued circulation, such as the degree of damage, the degree of oldness, and the version, are judged to be normal coins (normal coins are also called qualified banknotes, and rejected coins and counterfeit coins are again The reject box 140 is provided to accommodate unqualified banknotes; the storage box 150 is provided to store or output banknotes by currency; and the loading box 160 is provided to replenish banknotes to the storage box 150. The loading box 160 can also be used as the storage box 150, and is provided to load the banknotes when the storage box 150 is full. In addition, the loading box 160 may be provided to count and sort the banknotes in each of the storage boxes 150. In the present embodiment, four storage boxes 150 are arranged in parallel.

The temporary storage mechanism 120 and the identification mechanism 130 are disposed in the middle of the upper portion of the apparatus, the temporary storage mechanism 120 and the identification mechanism 130 are arranged in the vertical direction of the apparatus, and the rejection box 140 is disposed at the rear of the upper portion of the apparatus. Further, a plurality of storage boxes 150 and loading boxes 160 are provided in the lower portion of the banknote processing apparatus 10, and are sequentially arranged in the front-rear direction of the apparatus.

In the present embodiment, the banknote processing unit 11 and the banknote storage unit 12 may be disposed in the vertical direction; the deposit and withdrawal port 110, the temporary storage mechanism 120, and the identification mechanism 130 may be disposed on the same side of the reject box 140 in the horizontal direction.

In the present embodiment, by providing the deposit/withdrawal opening 110, the temporary storage mechanism 120, and the identification mechanism 130 on one side of the reject box 140, it is possible to obtain a large-capacity rejection without increasing the overall size of the bill processing apparatus 10. The container 140 is provided to increase the capacity of the banknotes that have been rejected by the banknote processing apparatus 10, and the time interval after the banknote processing apparatus 10 cleans the reject box 140 is delayed, thereby preventing the rejected box 140 from being filled with unacceptable banknotes. The banknote processing device 10 is suspended, affecting the user experience, and at the same time, since the interval after the rejection of the reject box 140 is extended, the cleaning frequency of the reject box 140 is reduced, which reduces the workload of the user and reduces maintenance. the cost of.

In other embodiments, the temporary storage mechanism 120 and the identification mechanism 130 can be arranged in a different order along the first direction to accommodate different usage scenarios. The number of the storage boxes 150 can be adjusted according to the installation space and the capacity of the storage box 150, and at the same time, the number or capacity of the loading boxes 160 can be adjusted according to the needs of use.

Referring to FIG. 2 again, in the present embodiment, the access slot 110 is connected to the bill transport passage 200 through the access passage 230, and the access slot 110 is disposed at the front end of the upper portion of the device in the first direction. The identification mechanism 130 is disposed on the bill transport passage 200 and is located below the temporary storage mechanism 120. Wherein, the identification mechanism includes an image sensor disposed opposite to the banknote transport channel 200, the image sensor being configured to acquire a banknote image; the identification mechanism may further include a magnetic head configured to acquire magnetic data of the banknote. The banknote transport channel 200 may be continuous, the image sensor is embedded in the banknote transport channel 200, and is configured to collect an image of the banknote surface; the banknote transport channel 200 may also be segmented, and the adjacent two segments form a continuous channel by overlapping . The temporary storage mechanism 120 is connected to the banknote transport passage 200 through the temporary storage passage 233; the reject box 140 is connected to the banknote transport passage 200 through the reject passage 234, and traverses the upper portion of the device in the vertical direction; the storage box 150 passes through the storage passage 236 and The bill transport path 200 is connected; the loading box 160 is connected to the bill transport channel 200 through the loading channel 235.

In the present embodiment, please refer to FIG. 3, which shows the structure of the bill transport passage 200 provided in the embodiment. As can be seen in Figure 3, the bill transport channel 200 includes an annular channel 210 and a main channel 220 (the thick solid line in the figure indicates the main channel 220). The main channel 220 includes opposite first ends and second ends, and the main channel 220 includes a first path 221, a second path 222, a third path 223, and a fourth path 224 that are sequentially connected, and the first channel 220 is close to the first The first end of the path 221 and the second end adjacent to the fourth path 224 are respectively connected to the annular passage 210. Further, the storage box 150, the loading box 160, the reject box 140, and the temporary storage mechanism 120 are sequentially in communication with the main passage 220. The temporary storage mechanism 120 communicates with the fourth path 224 through the temporary storage channel 233; the reject box 140 communicates with the second path 222 through the reject channel 234; the loading box 160 communicates with the first path 221 through the loading channel 235; 150 is in communication with the first path 221 through the receiving passage 236.

Alternatively, in the present embodiment, please refer to FIG. 4, which shows the structure of the annular passage 210 provided in the embodiment (the thick solid line in the figure represents the annular passage 210). As can be seen from FIG. 4, the access channel 230 is connected to the annular channel 210, and the identification mechanism 130 is disposed on the annular channel 210. The annular channel 210 includes a first branch channel 211, a second branch channel 212, and a third branch channel 213, The four branch channels 214 and the fifth branch channels 215 are disposed between the first branch channel 211 and the second branch channel 212 and communicate with the first branch channel 211 and the second branch channel 212.

Optionally, in this embodiment, as shown in FIG. 3 and FIG. 4, the first branch channel 211 and the fifth branch channel 215 meet the first path 221; the second branch channel 212 and the third branch channel. 213 is connected; the fourth path 224, the third branch channel 213 and the fourth branch channel 214 meet. Thus, along the annular passage 210, the connection point of the access passage 230 with the annular passage 210, the connection point of the first end of the main passage 220 with the annular passage 210, the identification mechanism 130, and the second end of the main passage 220 and the annular passage 210 The connection points are arranged one after the other. Along the main channel 220, a connection point of the temporary channel 233 and the main channel 220, a connection point of the rejection channel 234 and the main channel 220, a connection point of the filling channel 235 and the main channel 220, and a connection between the storage channel 236 and the main channel 220 Points are arranged one after the other. A reversing mechanism is provided at the intersection of the passage and the passage, and the reversing mechanism can selectively connect any two passages of the junction.

In this embodiment, referring again to FIG. 2, and in conjunction with FIGS. 3 and 4, the access slot 110 includes a coin inlet 111 and a coin outlet 112. Among them, the coin insertion port 111 is set as an input banknote, and the coin dispensing port 112 is set as an output banknote. The access channel 230 includes a deposit path 231 and a dispensing path 232. The deposit port 111 is connected to the deposit path 231, and the deposit path 231, the first path 221, the first branch channel 211, and the fifth branch channel 215 meet. The coin dispensing port 112 is connected to the dispensing path 232, and the coin dispensing path 232, the fourth branching channel 214, and the fifth branching channel 215 meet. By the independent arrangement of the coin insertion opening 111 and the dispensing opening 112, the banknotes are not carried out in the same channel when the banknote processing apparatus 10 is input and output, and the clogging is prevented due to the two-way movement of the banknotes in the same channel. At the same time, the operational efficiency of the banknote processing apparatus 10 is improved. When the access passage 230 includes the deposit path 231 and the dispensing path 232, the connection point of the access passage 230 and the annular passage 210 refers to the connection point of the entry path 231 and the annular passage 210 or the connection point of the exit path 231 and the annular passage 210 .

In this embodiment, referring again to FIG. 2, the banknote transport passage 200 further includes a connecting passage 240; the connecting passage 240 includes opposite first and second ends, and the first end of the connecting passage 240 and the second end of the annular passage 210 The branching channel 212 is connected; the second end of the connecting channel 240 is connected to the main channel 220, and along the main channel 220, the connection point of the connecting channel 240 and the main channel 220 is located at the connection point of the rejecting channel 234 and the main channel 220 and the filling channel 235 Between the connection point with the main channel 220. Since the intersection of the connecting passage 240 and the main passage 220 is close to the intersection of the loading passage 235 and the main passage 220, the banknote processing apparatus 10 can shorten the entry of the banknotes in the main passage 220 near the loading passage 235 during operation. The movement distance in the identification mechanism 130 improves the work efficiency during the filling process.

The operation of the banknote processing apparatus 10 provided in this embodiment will be described below.

Referring to Fig. 5, Fig. 5 is a schematic view of the banknote processing apparatus 10 according to an embodiment at the time of deposit counting (the arrow and the thick solid line in the figure indicate the movement route of the banknote). As shown in FIG. 5, when the user places the banknotes in the coin insertion port 111, the corresponding reversing mechanism is first controlled so that the coin-receiving path 231 communicates with the first branching passage 211, and the banknotes located at the coin-receiving port 111 are one. One by one, the first branch channel 211 is fed through the money path 231, and moves along the first branch channel 211 to the identification mechanism 130. The identification mechanism 130 identifies the authenticity of the banknote, the currency and the state of the banknote, and passes through the identification mechanism 130. The identified banknotes continue to move along the second branch passage 212 of the annular passage 210. According to the recognition result of the identification mechanism 130, when the banknote is judged to be a qualified banknote, the corresponding reversing mechanism is controlled to make the fourth path 224 and the annular passage 210 The third branch channel 213 is connected, the banknote moves along the annular channel 210, enters the fourth path 224 after passing through the third branch channel 213, and controls the corresponding reversing mechanism to connect the fourth path 224 with the temporary storage channel 233. The temporary storage channel 233 is sent to the temporary storage mechanism 120 for storage; if it is determined that the banknote is a defective banknote, the corresponding switching mechanism is controlled to make the currency path 232 and the fourth branch channel of the annular channel 210 214 is connected, and the unqualified banknotes are sent back to the coin dispensing port 112 along the fourth branch channel 214 via the coin dispensing path 232, and returned to the user. When the user inputs the information of the cancellation deposit transaction, the corresponding reversing mechanism is controlled such that the temporary storage channel 233 communicates with the fourth path 224 of the main channel 220 while the fourth path 224 of the main channel 220 and the fourth path of the annular channel 210 are The branch channel 214 is connected to communicate with the fourth branch channel 214 of the annular channel 210. After the banknote enters the fourth path 224 of the main channel 220 along the temporary channel 233, the banknote enters the fourth branch channel 214 and the currency path 232. Go to the coin outlet 112 and let the user take it out. When the deposit is canceled, since the banknote can be quickly returned to the coin dispensing port 112 via the above path, the processing efficiency of the banknote processing apparatus 10 is improved.

Referring to Fig. 6, Fig. 6 is a schematic view showing the banknote processing apparatus 10 according to an embodiment at the time of deposit storage (the arrow and the thick solid line in the figure indicate the movement route of the banknote). As shown in FIG. 6, when the user inputs the information confirming the deposit transaction, the corresponding switching mechanism is controlled to connect the temporary storage channel 233 with the fourth path 224 while the fourth path 224 and the third branch channel of the annular channel 210 are made. 213 is connected, and the banknote temporarily stored in the temporary storage mechanism 120 enters the annular passage 210 along the temporary path 233 via the fourth path 224, and then moves along the third branch passage 213 and the second branch passage 212, and passes through the identification mechanism 130 again. Identification, according to the recognition result of the identification mechanism 130, when determining that the banknote is a qualified banknote, controlling the corresponding reversing mechanism such that the first branch passage 211 communicates with the first path 221 of the main passage 220 while the corresponding storage box 150 is made The storage passage 236 communicates with the first path 221 of the main passage 220, and the banknote moves along the first branch passage 211 and enters the first path 221 of the main passage 220, and enters the corresponding storage box 150 through the storage passage 236 for storage. When it is determined that the banknote is a defective banknote, the banknote moves through the first path 221 and the second path 222 after entering the first path 221 . At this time, the corresponding reversing mechanism is controlled such that the reject passage 234 communicates with the second path 222, the bill moves along the main passage 220, and enters the reject box 140 after passing through the reject passage 234. In the process of storing, when the storage box 150 cannot continue to store the banknotes, the loading passage 235 is communicated with the main passage 220 by controlling the corresponding switching mechanism, and the loading box 160 is used as the storage box 150. The working process and principle of the loading of the loading box 160 are similar to the storage steps of the storage box 150.

Referring to Fig. 7, Fig. 7 is a schematic view of the banknote processing apparatus 10 according to an embodiment at the time of withdrawal (the arrow and the thick solid line in the figure indicate the movement route of the banknote). As shown in FIG. 7 , when the user performs the withdrawal operation by the banknote processing device 10 , the corresponding reversing mechanism is first controlled to connect the storage passage 236 of the corresponding storage box 150 with the first path 221 , and the first path 221 and the annular passage 210 . The first branch channel 211 is in communication. At this time, the banknote to be sent enters the first path 221 of the main channel 220 through the receiving channel 236, and moves along the first path 221 into the first branch channel 211, and the first channel 211 in the ring channel 210 A branch channel 211 continues to move and is sent to the identification mechanism 130 for identification. According to the recognition result of the identification mechanism 130, when it is determined that the banknote is a qualified banknote, the corresponding switching mechanism is controlled to make the fourth branch passage 214 and the dispensing path 232. In communication, the banknote moves along the annular passage 210 and passes through the fourth branch passage 214, and enters the coin dispensing port 112 from the dispensing path 232 for the user to take out. When it is determined that the banknote is a defective banknote, the corresponding reversing mechanism is controlled to connect the fourth path 224 with the third branch channel 213 of the annular channel 210, and the third path 223 is connected to the reject channel 234, and the banknote is along the ring. The channel 210 moves into the fourth path 224, and after passing through the third path 223 and the reject channel 234, it enters the reject box 140 for storage.

Referring to Fig. 8, Fig. 8 is a schematic view of the banknote processing apparatus 10 according to an embodiment at the time of loading (the arrow and the thick solid line in the figure indicate the movement route of the banknote). As shown in FIG. 8, the banknotes in the loading box 160 are fed into the storage box 150, and the banknotes are replenished to the storage box 150. By controlling the corresponding reversing mechanism, the loading passage 235 is communicated with the first path 221 of the main passage 220, and the first path 221 is communicated with the connecting passage 240, so that the connecting passage 240 communicates with the second branch passage 212 of the annular passage 210. The banknotes enter the first path 221 through the loading channel 235 and move along the first path 221, sequentially pass through the connecting channel 240 and the second branch channel 212, and then enter the identification mechanism 130 for identification. According to the recognition result of the identification mechanism 130, when it is determined that the banknote is a qualified banknote, the corresponding switching mechanism is controlled to make the first branch passage 211 communicate with the first path 221, and the corresponding storage passage 236 is connected to the first path 221 After passing through the first branch passage 211, the banknotes enter the first path 221 and move along the first path 221 through the storage passage 236, and then enter the corresponding storage box 150 for storage. When it is determined that the banknote is a defective banknote, the corresponding switching mechanism is controlled to connect the first branch channel 211 with the fifth branch channel 215, the fourth branch channel 214 is in communication with the fourth path 224, and the third path 223 is rejected. The passage 234 is in communication, and the banknote moves along the annular passage 210 and enters the fourth path 224, and enters the reject box 140 through the third path 223 and the reject passage 234 for storage.

Referring to Fig. 9, Fig. 9 is a schematic view showing the banknote processing apparatus 10 according to an embodiment at the time of loading and recycling (the arrow and the thick solid line in the figure indicate the movement route of the banknote). As shown in FIG. 9, by feeding a part of the banknotes in the storage box 150 into the loading box 160, the work efficiency of the banknote processing apparatus 10 can be improved, and the operation can be simplified, and the filling of the loading box 160 can be completed. The maintenance of the banknote handling device 10 reduces the difficulty and cost of maintenance. The storage passage 236 is communicated with the first path 221 by controlling the corresponding reversing mechanism, and the first path 221 is communicated with the first branch passage 211 of the annular passage 210, and the banknote enters the first path 221 after passing through the storage passage 236. And entering the identification mechanism 130 along the first path 221 through the first branch channel 211 for identification. According to the recognition result of the identification mechanism 130, when determining that the banknote is a qualified banknote, controlling the corresponding reversing mechanism to make the annular channel 210 The third branch channel 213 is in communication with the fourth path 224 of the main channel 220, while the loading channel 235 is in communication with the first path 221, and the banknote enters the fourth path 224 via the third branch channel 213 and moves along the fourth path 224. The third path 223, the second path 222, and the loading channel 235 enter the loading box 160 for storage. When it is determined that the banknote is a defective banknote, unlike the above process, after entering the third path 223, the banknote controls the corresponding reversing mechanism to make the reject channel 234 communicate with the third path 223, and the banknote follows the third path. The 223 moves and enters the reject box 140 through the reject channel 234 for storage.

Referring to Fig. 10, Fig. 10 is a schematic view of the banknote processing apparatus 10 according to an embodiment when loading and withdrawing money (the arrow and the thick solid line in the figure indicate the movement route of the banknote). As shown in FIG. 10, when the storage box 150 does not satisfy the withdrawal condition or the loading box 160 is used as the storage box 150, the operation of withdrawing money can be completed by the loading box 160, thereby preventing the shutdown due to the small amount of banknotes of the storage box 150. Problems, improve equipment operating efficiency. When the user inputs the withdrawal information, the corresponding reversing mechanism is controlled to connect the loading channel 235 with the first path 221, and the connecting channel 240 is connected to the second path 222 and the second branch channel 212. The loading channel 235 enters the first path 221 and moves within the first path 221, and after passing through the connecting channel 240 and the second branch channel 212 in sequence, enters the identification mechanism 130 for identification, and determines according to the recognition result of the identification mechanism 130. When the banknote is a qualified banknote, the corresponding reversing mechanism is controlled such that the first branch passage 211 communicates with the fifth branch passage 215, the fifth branch passage 215 communicates with the coin-out path 232, and the banknote continues to move along the annular passage 210, and After the money exit path 232, the coin outlet 112 is entered for the user to take out. When it is determined that the banknote is a defective banknote, the corresponding reversing mechanism is controlled to connect the fourth path 224 with the fourth branching passage 214, and the rejecting passage 234 is communicated with the third path 223, and the banknote moves along the annular passage 210. After entering the third path 223, the rejected channel 234 enters the reject box 140 for storage.

Referring to Fig. 11, Fig. 11 is a schematic view showing a state in which the banknote processing apparatus 10 according to an embodiment is forgotten and recovered (the arrow and the thick solid line in the figure indicate the movement route of the banknote). When the user forgets to take out the banknotes at the coin outlet 112, in order to protect the rights of the user, the banknote processing apparatus 10 can also collect the forgotten banknotes into the reject box 140 for storage. First, the corresponding reversing mechanism is controlled such that the coin-out path 232 is in communication with the fifth branch channel 215 of the annular channel 210, the fifth branch channel 215 is in communication with the first branch channel 211, and the fourth path 224 is the third of the annular channel 210. The branch path 213 is in communication, the fourth path 224 is in communication with the third path 223, and the third path 223 is in communication with the reject channel 234. At this time, the forgotten banknote enters the fifth branch channel 215 of the annular channel 210 via the coin-out path 232, moves along the fifth branch channel 215 and the first branch channel 211 of the annular channel 210, and sequentially passes through the identification mechanism 130 and the second branch. The channel 212, the third branch channel 213, and the fourth path 224 and the third path 223 of the main channel 220 enter the reject box 140 through the reject channel 234 for storage.

This embodiment also provides a banknote processing method. The banknote processing method provided in this embodiment can be realized by the banknote processing apparatus 10 provided in this embodiment.

The banknote processing method includes at least one of the following steps, please refer to FIG. 5 to FIG.

The deposit counting step: the banknotes in the depositing and dispensing port 110 enter the banknote conveying passage 200 via the access passage 230; the banknotes enter the identification mechanism 130 along the banknote conveying passage 200; the banknotes recognized as qualified by the identifying mechanism 130 continue to enter the temporary storage along the banknote conveying passage 200 The channel 233 enters the temporary storage mechanism 120 along the temporary storage channel 233; the banknotes identified as unacceptable by the identification mechanism 130 continue to enter the access channel 230 along the banknote transport channel 200, and enter the access port 110 through the access channel 230.

Deposit storage step: the banknotes in the temporary storage mechanism 120 enter the banknote transport channel 200 via the temporary storage channel 233; the banknotes enter the identification mechanism 130 along the banknote transport channel 200; the banknotes identified as qualified by the identification mechanism 130 continue to enter the loading along the banknote transport channel 200 The channel 235 or the accommodating channel 236, when the banknote enters the accommodating channel 236, the banknote in the accommodating channel 236 enters the accommodating case 150 along the accommodating channel 236; when the banknote enters the loading channel 235, the banknote in the loading channel 235 enters the filling along the loading channel 235 The box 160; the banknotes identified as unacceptable by the identification mechanism 130 continue to enter the reject channel 234 along the banknote transport channel 200 and enter the reject box 140 along the reject channel 234.

The withdrawal step: the banknotes in the storage box 150 enter the banknote transport channel 200 via the storage channel 236; the banknotes enter the identification mechanism 130 along the banknote transport channel 200; the banknotes recognized as qualified by the identification mechanism 130 continue to enter the access channel 230 along the banknote transport channel 200, And entering the access slot 110 along the access passage 230; the unidentified banknote recognized by the identification mechanism 130 continues to enter the reject passage 234 along the bill transport passage 200 and enters the reject bin 140 along the reject passage 234.

Loading step: the banknotes in the loading box 160 enter the banknote conveying channel 200 via the loading channel 235; the banknotes enter the identification mechanism 130 along the banknote conveying channel 200; the banknotes recognized as qualified by the identification mechanism 130 continue to enter the storage channel 236 along the banknote conveying channel 200, And entering the storage box 150 along the storage channel 236; the banknotes identified as unacceptable by the identification mechanism 130 continue to enter the reject channel 234 along the banknote transport channel 200, and enter the reject box 140 along the reject channel 234.

The loading and recycling step: the banknotes in the storage box 150 enter the banknote transport channel 200 via the storage channel 236; the banknotes enter the identification mechanism 130 along the banknote transport channel 200; the banknotes identified as qualified by the identification mechanism 130 continue to enter the loading channel 235 along the banknote transport channel 200. And entering the loading box 160 along the loading channel 235; the banknotes identified as unacceptable by the identification mechanism 130 continue to enter the reject channel 234 along the banknote transport channel 200 and enter the reject box 140 along the reject channel 234.

Loading and withdrawing step: the banknotes in the loading box 160 enter the banknote conveying passage 200 via the loading passage 235; the banknotes enter the identification mechanism 130 along the banknote conveying passage 200; the banknotes recognized as qualified by the identification mechanism 130 continue to enter the access passage 230 along the banknote conveying passage 200 And entering the access slot 110 along the access passage 230; the unidentified banknote recognized by the identification mechanism 130 continues to enter the reject passage 234 along the bill transport passage 200 and enters the reject bin 140 along the reject passage 234.

Forgotten recovery step: the banknotes in the access slot 110 enter the banknote transport channel 200 via the access channel 230; the banknotes enter the identification mechanism 130 along the banknote transport channel 200; the banknotes of the identification mechanism 130 continue to enter the reject channel 234 along the banknote transport channel 200, And enters the reject box 140 along the reject channel 234.

The banknote processing method will be described below.

In the deposit counting step, referring to FIG. 5 (the arrow and the thick solid line in the figure indicate the movement route of the banknote), the corresponding reversing mechanism is first controlled so that the coin-entry path 231 is in communication with the first branch passage 211, and is located at the coin-in port. The banknotes at 111 are fed into the first branch passage 211 one by one through the money path 231, and are moved along the first branch passage 211 to the identification mechanism 130, and the identification mechanism 130 identifies the authenticity, the currency, and the banknotes of the banknote. In the state, the banknote recognized by the identification mechanism 130 continues to move along the second branch passage 212 of the annular passage 210. According to the recognition result of the identification mechanism 130, when it is determined that the banknote is a qualified banknote, the corresponding reversing mechanism is controlled to make the fourth The path 224 is in communication with the third branch channel 213 of the annular channel 210. The banknote moves along the annular channel 210, enters the fourth path 224 after passing through the third branch channel 213, and controls the corresponding reversing mechanism to make the fourth path 224 and temporarily The storage channel 233 is connected, and the banknote is sent to the temporary storage mechanism 120 via the temporary storage channel 233; if it is determined that the banknote is an unqualified banknote, the corresponding switching mechanism is controlled to make the currency path 232 and Shaped channel 210 of the fourth branch channel 214 communicates, not acceptable bills along the fourth branch channel 214 via path 232 back to the coin outlet slot 112, returned to the user. When the user inputs the information of the cancellation deposit transaction, the corresponding reversing mechanism is controlled such that the temporary storage channel 233 communicates with the fourth path 224 of the main channel 220 while the fourth path 224 of the main channel 220 and the fourth path of the annular channel 210 are The branch channel 214 is connected to communicate with the fourth branch channel 214 of the annular channel 210. After the banknote enters the fourth path 224 of the main channel 220 along the temporary channel 233, the banknote enters the fourth branch channel 214 and the currency path 232. Go to the coin outlet 112 and let the user take it out.

In the deposit storage step, as shown in FIG. 6 (the arrow and the thick solid line in the figure indicate the movement route of the banknote), the corresponding reversing mechanism is controlled to connect the temporary storage passage 233 with the fourth path 224 while making the fourth The path 224 is in communication with the third branch channel 213 of the annular channel 210, and the banknote temporarily stored in the temporary storage mechanism 120 enters the annular channel 210 along the temporary path 233 via the fourth path 224, and then along the third branch channel 213 and the second After the branch channel 212 is moved, it is recognized by the identification mechanism 130 again. According to the recognition result of the identification mechanism 130, when it is determined that the banknote is a qualified banknote, the corresponding reversing mechanism is controlled such that the first branch channel 211 and the first channel 220 are first. The path 221 is connected, and the storage passage 236 of the corresponding storage box 150 is communicated with the first path 221 of the main passage 220. The bill moves along the first branch passage 211 and enters the first path 221 of the main passage 220, and enters through the storage passage 236. Stored in the corresponding storage box 150. When it is determined that the banknote is a defective banknote, the banknote moves through the first path 221 and the second path 222 after entering the first path 221 . At this time, the corresponding reversing mechanism is controlled such that the reject passage 234 communicates with the second path 222, the bill moves along the main passage 220, and enters the reject box 140 after passing through the reject passage 234. During the storage process, when the storage box 150 cannot continue to store the banknotes, the loading passage 235 is communicated with the main passage 220 by controlling the corresponding reversing mechanism, and the bill moves along the first branch passage 211 and enters the main passage 220. A path 221 is stored in the loading box 160 through the filling channel 235.

In the withdrawal step, as shown in FIG. 7 (the arrow and the thick solid line in the figure indicate the movement route of the banknote), the corresponding reversing mechanism is first controlled to connect the storage passage 236 of the corresponding storage box 150 with the first path 221, The first path 221 is in communication with the first branch channel 211 of the annular channel 210. At this time, the banknote to be sent enters the first path 221 of the main channel 220 through the receiving channel 236, and moves along the first path 221 to the first branch channel. 211, the first branch channel 211 of the annular channel 210 continues to move, and sent to the identification mechanism 130 for identification. According to the recognition result of the identification mechanism 130, when it is determined that the banknote is a qualified banknote, the corresponding reversing mechanism is controlled to make the fourth The branch channel 214 is in communication with the dispensing path 232. The banknote moves along the annular channel 210 and passes through the fourth branching channel 214 to enter the dispensing port 112 from the dispensing path 232 for removal by the user. When it is determined that the banknote is a defective banknote, the corresponding reversing mechanism is controlled to connect the fourth path 224 with the third branch channel 213 of the annular channel 210, and the third path 223 is communicated with the reject channel 234. The annular channel 210 moves into the fourth path 224, and after passing through the third path 223 and the reject channel 234, enters the reject box 140 for storage.

In the filling step, as shown in FIG. 8 (the arrow and the thick solid line in the figure indicate the movement route of the banknote), the loading passage 235 is communicated with the first path 221 of the main passage 220 by controlling the corresponding reversing mechanism, while The first path 221 is connected to the connecting channel 240, and the connecting channel 240 is connected to the second branch channel 212 of the annular channel 210. The banknote enters the first path 221 through the filling channel 235 and moves along the first path 221, and sequentially passes through the connecting channel. After the 240 and the second branch channel 212, they enter the identification mechanism 130 for identification. According to the recognition result of the identification mechanism 130, when it is determined that the banknote is a qualified banknote, the corresponding switching mechanism is controlled to make the first branch passage 211 communicate with the first path 221, and the corresponding storage passage 236 is connected to the first path 221 After passing through the first branch passage 211, the banknotes enter the first path 221 and move along the first path 221 through the storage passage 236, and then enter the corresponding storage box 150 for storage. When it is determined that the banknote is a defective banknote, the corresponding switching mechanism is controlled to connect the first branch channel 211 with the fifth branch channel 215, the fourth branch channel 214 is in communication with the fourth path 224, and the third path 223 is rejected. The passage 234 is in communication, and the banknote moves along the annular passage 210 and enters the fourth path 224, and enters the reject box 140 through the third path 223 and the reject passage 234 for storage.

In the loading and recycling step, as shown in FIG. 9 (the arrow and the thick solid line in the figure indicate the movement route of the banknote), the storage passage 236 is communicated with the first path 221 by controlling the corresponding reversing mechanism while making the first The path 221 is in communication with the first branch channel 211 of the annular channel 210. The banknote enters the first path 221 after passing through the receiving channel 236, and enters the identification mechanism 130 along the first path 221 via the first path 221 for identification. As a result of the identification of the mechanism 130, when it is determined that the banknote is a qualified banknote, the corresponding reversing mechanism is controlled such that the third branch passage 213 of the annular passage 210 communicates with the fourth path 224 of the main passage 220, while the loading passage 235 is The first path 221 is connected, and the banknote enters the fourth path 224 through the third branch channel 213 and moves along the fourth path 224. After passing through the third path 223, the second path 222 and the loading channel 235, the banknote enters the loading box 160 for storage. . When it is determined that the banknote is a defective banknote, unlike the above process, after the banknote enters the third path 223, the corresponding switching mechanism is controlled to make the reject channel 234 communicate with the third path 223, and the banknote is along the third The path 223 moves and enters the reject box 140 through the reject channel 234 for storage.

In the loading and withdrawing step, as shown in FIG. 10 (the arrow and the thick solid line in the figure indicate the movement route of the banknote), the corresponding reversing mechanism is controlled to connect the loading passage 235 with the first path 221 while making the connecting passage 240 The second path 222 and the second branch channel 212 are connected. At this time, the banknotes to be sent enter the first path 221 through the loading channel 235 and move in the first path 221, and sequentially pass through the connecting channel 240 and the second branch channel 212. Then, the identification mechanism 130 is entered to recognize, and when it is determined that the banknote is a qualified banknote according to the recognition result of the identification mechanism 130, the corresponding switching mechanism is controlled to connect the first branch passage 211 with the fifth branch passage 215, and the fifth The branch channel 215 is in communication with the dispensing path 232, and the banknote continues to move along the annular channel 210 and enters the dispensing port 112 after exiting the dispensing path 232 for removal by the user. When it is determined that the banknote is a defective banknote, the corresponding reversing mechanism is controlled to connect the fourth path 224 with the fourth branching passage 214, and the rejecting passage 234 is communicated with the third path 223, and the banknote moves along the annular passage 210. After entering the third path 223, the rejected channel 234 enters the reject box 140 for storage.

In the forgetting recovery step, as shown in FIG. 11 (the arrow and the thick solid line in the figure indicate the movement route of the banknote), first, the corresponding reversing mechanism is controlled to make the coin-out path 232 and the fifth branch passage of the annular passage 210. 215, the fifth branch channel 215 is in communication with the first branch channel 211, the fourth path 224 is in communication with the third branch channel 213 of the annular channel 210, the fourth path 224 is in communication with the third path 223, and the third path 223 is rejected. Channel 234 is connected. At this time, the forgotten banknote enters the fifth branch channel 215 of the annular channel 210 via the coin-out path 232, moves along the fifth branch channel 215 and the first branch channel 211 of the annular channel 210, and sequentially passes through the identification mechanism 130 and the second branch. The channel 212, the third branch channel 213, and the fourth path 224 and the third path 223 of the main channel 220 enter the reject box 140 through the reject channel 234 for storage.

The banknote processing device 10, the banknote processing assembly 11 and the banknote storage assembly 12 provided in this embodiment are sequentially arranged in the first direction, and the access slot 110, the temporary storage mechanism 120 and the identification mechanism 130 are both located in the second direction of the reject box 140. On one side, the second direction is perpendicular to the first direction. The banknote processing apparatus 10 can obtain a large-capacity reject box 140 without increasing the overall size of the apparatus, so as to reduce the frequency of cleaning the reject box 140 and reduce the workload of the user.

Industrial applicability

Claims

A banknote processing device, comprising a banknote processing assembly, a banknote storage assembly and a banknote conveying passage;

The banknote processing assembly and the banknote storage assembly are sequentially arranged in a first direction; the banknote storage assembly comprises a loading box and a storage box;

The banknote processing assembly includes an access slot, a temporary storage mechanism, an identification mechanism, and a rejection box; the access slot, the temporary storage mechanism, and the identification mechanism are both located in the second direction of the reject box The same side; the second direction is perpendicular to the first direction;

The bill transport channel is configured to transport bills between the bill processing assembly and the bill storage assembly.
The device according to claim 1, wherein

The first direction is a vertical direction and the second direction is a horizontal direction.
The apparatus according to claim 1 or 2, wherein said temporary storage mechanism and said identification mechanism are sequentially arranged in said first direction.
The apparatus according to claim 3, wherein said reject box, said temporary storage mechanism, and said access slot are sequentially disposed in said second direction.
The apparatus according to any one of claims 1 to 4, wherein the identification mechanism is disposed on the bill transport passage; the access slot is connected to the bill transport passage through an access passage; the temporary storage The mechanism is connected to the banknote conveying passage through a temporary storage passage; the rejecting box is connected to the banknote conveying passage through a reject passage; the loading box is connected to the banknote conveying passage through a loading passage; the storage box passes The accommodating passage is connected to the banknote conveying passage.
The apparatus according to claim 5, wherein said bill transport passage comprises an annular passage and a main passage, and both ends of said main passage are respectively connected to said annular passage; said identification mechanism is disposed on said annular passage; The access channel is connected to the annular channel; the temporary storage channel, the rejection channel, the filling channel and the receiving channel are respectively connected to the main channel.
The apparatus according to claim 6, wherein a connection point of said access passage and said annular passage, a connection point of said first end of said main passage with said annular passage, said identification along said annular passage The mechanism, the connection point of the second end of the main channel and the annular channel are sequentially arranged.
The device according to claim 6, wherein along the main channel, a connection point of the temporary storage channel with the main channel, a connection point of the rejection channel with the main channel, and the filling channel The connection point of the main channel and the connection point of the accommodation channel and the main channel are sequentially arranged.
The apparatus according to claim 6, wherein said bill transport passage further comprises a connecting passage; said first end of said connecting passage is connected to said annular passage; and said second end of said connecting passage is connected to said main passage And along the main channel, a connection point of the connection channel and the main channel is between a connection point of the rejection channel and the main channel and a connection point of the filling channel and the main channel.
A method of processing banknotes using the banknote processing apparatus according to any one of claims 5-9, comprising at least one of the following steps:

a deposit counting step: the banknotes in the depositing and dispensing port enter the banknote conveying passage via the access passage; the banknotes enter the identification mechanism along the banknote conveying passage; the banknotes recognized as qualified by the identifying mechanism And continuing to enter the temporary storage channel along the banknote transport channel, and entering the temporary storage mechanism along the temporary storage channel; the banknote recognized as unqualified by the identification mechanism continues to enter the banknote transport channel Describe the access channel and enter the access slot through the access channel;

Deposit storage step: the banknotes in the temporary storage mechanism enter the banknote transport passage via the temporary storage passage; the banknotes enter the identification mechanism along the banknote transport passage; and are recognized as qualified by the identification mechanism The banknotes continue to enter the loading channel or the receiving channel along the banknote conveying channel; when entering the receiving channel, the banknotes in the receiving channel enter the storage box along the receiving channel When entering the loading channel, the banknotes in the loading channel enter the loading box along the loading channel; the banknotes identified as unqualified by the identification mechanism continue to enter along the banknote conveying channel Rejecting the channel and entering the reject box along the reject channel;

a withdrawal step: the banknotes in the storage box enter the banknote transport passage via the storage passage; the banknotes enter the identification mechanism along the banknote transport passage; and the identification is recognized as qualified by the identification mechanism The banknote continues to enter the access channel along the banknote transport passage, and enters the access slot along the access passage; the banknote identified as unqualified by the identification mechanism continues to enter the banknote transport passage along the banknote transport passage Rejecting the channel and entering the rejection box along the rejection channel;

a filling step: the banknotes in the loading box enter the banknote conveying passage via the loading passage; the banknotes enter the identification mechanism along the banknote conveying passage; and the identification device is recognized as qualified by the identification mechanism The banknote continues to enter the storage channel along the banknote transport passage, and enters the storage box along the storage passage; the banknote that is identified as unqualified by the identification mechanism continues to enter the rejection along the banknote transport passage Receiving a passage and entering the reject box along the reject passage;

a loading and recycling step: the banknotes in the storage box enter the banknote conveying passage via the receiving passage; the banknotes enter the identification mechanism along the banknote conveying passage; and are recognized as qualified by the identifying mechanism The banknotes continue to enter the loading channel along the banknote transport channel and enter the loading bin along the loading channel; the banknotes identified as unacceptable by the identification mechanism continue to enter the banknote transport channel along the banknote transport channel Rejecting the channel and entering the rejection box along the rejection channel;

Filling and withdrawing step: the banknotes in the loading box enter the banknote conveying passage via the loading channel; the banknotes enter the identification mechanism along the banknote conveying passage; and are recognized as qualified by the identifying mechanism The banknote continues to enter the access passage along the banknote transport passage, and enters the access slot along the access passage; the banknote that is identified as unqualified by the identification mechanism continues to enter the banknote transport passage Determining the channel, and entering the rejection box along the rejection channel;

Forgotten recovery step: the banknotes in the access slot enter the banknote transport passage via the access passage; the banknotes enter the identification mechanism along the banknote transport passage; the banknotes continue to be passed through the identification mechanism Entering the reject channel along the banknote transport channel and entering the reject bin along the reject channel.