CN209803933U - Cash recycling apparatus - Google Patents

Abstract

The utility model provides a cash circulation treatment facility relates to the self-service financial equipment field, for solving the problem design that the high cost and the space are extravagant that bank's acquisition facility exists. The cash recycling device comprises a user operation end, a teller operation end, a money identifying mechanism, a money box and a conveying mechanism, wherein the user operation end and the teller operation end are arranged at intervals, the money identifying mechanism, the money box and the conveying mechanism are arranged at intervals, the user operation end comprises a first money inlet and outlet device, the teller operation end comprises a second money inlet and outlet device, and the conveying mechanism is used for driving paper money to move among the user operation end, the teller operation end, the money identifying mechanism and the money box. The utility model provides a cash circulation treatment facility has realized that an equipment can supply the purpose that bank teller and common user both used, has not only reduced the purchasing cost of equipment, has still reduced the space in bank hall and has taken.

Description

Cash recycling apparatus

Technical Field

The utility model belongs to the technical field of self-service financial equipment and specifically relates to a cash circulation treatment facility is related to.

Background

The cash Recycling Terminal (Bill Recycling Terminal) is a financial self-service device which combines various functions of cash Recycling, deposit, withdrawal, temporary storage, clearing, counting, counterfeit identification, crown word number recording, continuous and uninterrupted coin feeding, cash storage at the end of a day, inquiry and the like, and can realize Recycling of RMB (RMB) of various denominations of paper currency circulating in China.

At present, a bank is generally provided with a cash recycling device used by a common user in a hall, and the cash recycling device used by a bank teller is arranged in the bank.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a cash circulation treatment facility to solve the problem that the high cost and the space are extravagant that the equipment exists is purchased to the bank.

the utility model provides a cash circulation treatment facility, user operation end and the automatic teller operation end that sets up including the interval to and paper money identifying mechanism, paper money case and conveying mechanism, wherein, user operation end includes the first coin device that comes in and go out, automatic teller operation end includes that the second comes in and goes out the coin device, conveying mechanism is used for driving paper currency and is in user operation end automatic teller operation end paper money identifying mechanism and move between the paper money case.

Furthermore, the cash recycling device comprises a plurality of cash boxes, the plurality of cash boxes are sequentially arranged along a set direction, and along the set direction, the teller operating end and the user operating end are respectively arranged on two sides of the cash recycling device.

Further, the conveying mechanism comprises an annular channel, the currency recognizing mechanism is arranged in the annular channel, and the teller operating end, the user operating end and the currency box are communicated with the annular channel.

Furthermore, the first coin inlet and outlet device comprises a coin outlet and inlet mechanism and a first coin outlet mechanism, the coin outlet and inlet mechanism is intersected with the annular channel through a coin inlet and outlet channel, and the intersection position is positioned on the first side of the coin identification mechanism; the first coin outlet mechanism is crossed with the annular channel through a coin outlet channel, and the crossed position is located on the second side of the coin identifying mechanism.

Further, the plurality of cash boxes comprise a recycling box and a plurality of circulating boxes, and the recycling box is arranged adjacent to the teller operating end.

Furthermore, the plurality of money boxes also comprise a sorting box, the recovery box, the sorting box and the plurality of circulation boxes are sequentially arranged along the set direction, wherein the circulation boxes are directly communicated with the annular channel, and the sorting box is communicated with the annular channel through a sorting channel.

Furthermore, the second coin inlet and outlet device comprises a coin inlet mechanism and a second coin outlet mechanism, and the coin inlet mechanism and the second coin outlet mechanism are both communicated with the coin identifying mechanism.

Further, the second coin inlet and outlet device further comprises a temporary storage mechanism, the temporary storage mechanism is communicated with the coin identifying mechanism, an opening is formed in the temporary storage mechanism, a gate is arranged at the opening, and the gate is provided with a first position for opening the opening and a second position for closing the opening.

Furthermore, the coin inlet mechanism, the second coin outlet mechanism and the temporary storage mechanism are sequentially arranged along the vertical direction.

Further, the coin outlet and inlet mechanism and the first coin outlet mechanism are arranged along the up-down direction.

The utility model discloses beneficial effect that cash circulation treatment facility brought is:

the bank note identification device is characterized in that a teller operation end, a user operation end, a note identification mechanism, a note box and a conveying mechanism are arranged, wherein the teller operation end and the user operation end are arranged at intervals, and the note identification mechanism is used for identifying notes in the circulation process; the banknote box is used for storing banknotes; the conveying mechanism is used for driving paper money to move among the teller operating end, the user operating end, the money identifying mechanism and the money box.

In the working process of the cash recycling processing equipment, when a user deposits money, paper money can be put in by a first money inlet and outlet device arranged at the operation end of the user, the paper money identified as qualified by a money identification mechanism enters a paper money box to finish the deposit, and the unqualified paper money returns to the user by the first money inlet and outlet device; when a user withdraws money, under the driving of the conveying mechanism, paper money in the paper money box enters the money identifying mechanism to be identified, the identified qualified paper money is output through the first money inlet and outlet device and taken away by the user, and the money withdrawal is finished. When the teller deposits money, the paper money can be put in by a second money inlet and outlet device arranged at the operation end of the teller, the qualified paper money enters a paper money box to finish deposit after the paper money is identified by a money identification mechanism under the drive of a conveying mechanism, and the unqualified paper money is returned to the teller by the second money inlet and outlet device; when the teller withdraws money, the paper money in the paper money box enters the paper money identifying mechanism to be identified under the driving of the conveying mechanism, and the paper money identified as qualified is output through the second paper money inlet and outlet device and taken away by the teller.

This cash circulation treatment facility both includes the automatic teller operation end that supplies the bank teller to use, still includes the user operation end that supplies the common user to use, has realized that an equipment supplies both purposes that the bank teller and common user used for the bank need not to purchase two sets of independent equipment, alright satisfy the operation requirement, has not only reduced the purchase cost of equipment, in addition, has still reduced the space and has taken, has practiced thrift the space.

Drawings

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the embodiments or the technical solutions in the prior art will be briefly described below, and it is obvious that the drawings in the following description are some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to these drawings without creative efforts.

Fig. 1 is a schematic view of a cash recycling device according to an embodiment of the present invention.

Reference numerals:

100-teller operating terminal; 200-a user operation end; 300-a currency recognizing mechanism; 400-money box;

110-a coin-in mechanism; 120-a second coin output mechanism; 130-temporary storage mechanism;

210-a coin in and out mechanism; 220-first coin discharge mechanism;

410-a recovery tank; 420-arranging box; 430-circulation box;

510-an annular channel; 511-a first ring segment; 512-a second annular segment; 513-a third ring segment; 514-fourth annular segment; 515-a fifth ring segment; 516-a sixth ring segment;

520-coin-in channel; 521-coin-in section; 522-a first branch section;

530-Access coin channel;

540-arranging channels; 541-a finishing section; 542-a second branch section;

560-coin out channel;

571-a first path; 572-a second path; 573-third path; 574-fourth path; 575-a fifth path; 576-a sixth path; 577-seventh path;

580-recovery channel.

Detailed Description

The technical solution of the present invention will be described clearly and completely with reference to the following embodiments, and it should be understood that the described embodiments are some, but not all embodiments of the present invention. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.

It should be noted that, in the description of the present invention, the terms "first", "second", "third", "fourth", "fifth", "sixth", "seventh" are used for descriptive purposes only and are not to be construed as indicating or implying relative importance.

Fig. 1 is a schematic view of a cash recycling apparatus according to the present embodiment. As shown in fig. 1, the present embodiment provides a cash recycling device, which includes a teller operating end 100 and a user operating end 200, which are arranged at an interval, as well as a money recognizing mechanism 300, a money box 400 and a conveying mechanism, wherein the user operating end 200 includes a first money entering and exiting device, and the teller operating end 100 includes a second money entering and exiting device.

In the working process of the cash recycling processing equipment, when a user deposits money, paper money can be put into a first money inlet and outlet device of the user operation end 200, the paper money identified as qualified by the money identifying mechanism 300 enters the paper money box 400 to finish the deposit under the driving of the conveying mechanism, and the unqualified paper money is returned to the user through the first money inlet and outlet device; when a user withdraws money, under the driving of the conveying mechanism, paper money in the paper money box 400 enters the paper money identifying mechanism 300 to be identified, the paper money identified as being suitable for circulation is output through the first paper money inlet and outlet device and is taken away by the user, and the money withdrawal is finished. When the teller deposits money, the paper money can be put into a second money input and output device arranged at the operation end 100 of the teller, under the driving of the conveying mechanism, after the paper money is identified by the money identification mechanism 300, the qualified paper money enters the paper money box 400 to finish the deposit, and the unqualified paper money is returned to the teller by the second money input and output device; when the teller withdraws money, under the driving of the conveying mechanism, the paper money in the paper money box 400 enters the paper money identifying mechanism 300 to be identified, and the paper money identified as being suitable for circulation is output through the second paper money inlet and outlet device and is taken away by the teller.

This cash circulation treatment facility both includes the automatic teller terminal 100 that supplies the bank teller to use, still includes the user operation end 200 that supplies the common user to use, has realized that an equipment supplies both purposes of using of bank teller and common user for the bank need not to purchase two sets of independent equipment, alright satisfy the operation requirement, has not only reduced the purchase cost of equipment, and in addition, has still reduced the space and has taken, has practiced thrift the space. Further, since the user operation terminal 200 is spaced apart from the teller operation terminal 100, the cash recycling apparatus can be embedded in a counter, the user operation terminal 200 faces the outside of the counter, and the teller operation terminal 100 faces the inside of the counter, which further saves space.

In this embodiment, the conveying mechanism may include channel plates disposed opposite to each other, a channel space for allowing the paper money to pass through is formed between the two channel plates, two rotating rollers are disposed on two sides of the channel space, the paper money passes between the two rotating rollers, a surface of the paper money contacts with peripheral surfaces of the two rotating rollers during movement of the paper money in the channel space, and when the rotating rollers rotate, the paper money is driven by friction between the rotating rollers and the paper money.

Referring to fig. 1, in this embodiment, the cash recycling device may include a plurality of cash boxes 400, and specifically, the plurality of cash boxes 400 are sequentially arranged along a setting direction, and along the setting direction, the teller operating end 100 and the user operating end 200 are respectively disposed at two sides of the cash recycling device.

Through the arrangement of the plurality of banknote boxes 400, on one hand, the banknote storage capacity of the cash recycling processing equipment is guaranteed, different types of banknotes can be stored in a classified mode, and on the other hand, the banknotes which are not circulated any more can be recycled in a unified mode through at least one banknote box 400. In addition, by respectively arranging the teller operating terminal 100 and the user operating terminal 200 on the two sides of the device, the teller and the user can respectively operate on the two sides of the device, such as: the teller operates behind the counter and the user operates in front of the counter, so that interference in the operation process is reduced.

In this embodiment, the "set direction" may be the left-right direction shown in fig. 1.

Referring to fig. 1, in the present embodiment, the conveying mechanism may include a circular channel 510, and specifically, the money recognizing mechanism 300 is disposed in the circular channel 510, and the teller operating end 100, the user operating end 200, and the banknote box 400 are all communicated with the circular channel 510.

By arranging the money identifying mechanism 300 in the annular channel 510, the paper money output by each mechanism can be more conveniently identified by entering the money identifying mechanism 300, or the paper money identified by the money identifying mechanism 300 can be output, so that the moving efficiency of the paper money is improved.

Specifically, in the present embodiment, the annular channel 510 is used to make the bill move in a single direction in the inside thereof in a preset direction. Due to the arrangement, the paper currency in the annular channel 510 can move along the set direction under the corresponding working mode of the cash recycling device, so that the jam of the paper currency in the moving process is reduced, and the smooth circulation of the paper currency is ensured.

Referring to fig. 1, in the present embodiment, the first coin entering and exiting device may include a coin entering and exiting mechanism 210 and a first coin exiting mechanism 220, wherein the coin entering and exiting mechanism 210 intersects with the annular channel 510 through a coin entering and exiting channel 530, and the intersection is located at a first side of the coin identifying mechanism 300; first coin discharge mechanism 220 intersects annular channel 510 via coin discharge channel 560 at a location on a second side of coin sensing mechanism 300.

Specifically, the in-out mechanism 210 is used to input banknotes put in by the user into the apparatus or output banknotes for removal by the user, and the first out-of-banknote mechanism 220 is used to output waste banknotes or refund banknotes. By arranging the intersection positions of the coin outlet and inlet mechanism 210 and the first coin outlet mechanism 220 and the annular channel 510 at two sides of the coin identifying mechanism 300, the paths of the user for depositing, withdrawing and withdrawing unqualified paper money are optimized, and the working reliability of the cash recycling processing equipment of the embodiment is ensured. The waste currency is the deposited unidentified paper currency, such as: counterfeit, altered banknotes, and the like.

referring to fig. 1, in the present embodiment, the plurality of banknote boxes 400 includes a recycling box 410 and a plurality of recycling boxes 430, wherein the recycling box 410 is disposed adjacent to the teller operating end 100. Through the arrangement of the plurality of circulation boxes 430, the banknotes with various denominations are respectively stored, so that various deposit and withdrawal requirements of users are met. By arranging the recycling bin 410, the unified recycling of the paper money identified by the money identifying mechanism 300 to have problems (such as folded corners and old paper money which does not enter circulation any more) is realized, and the layout mode that the recycling bin 410 is arranged close to the operation end 100 of the teller machine is convenient for the teller machine to take out and process the paper money in the recycling bin 410, so that the work efficiency of the teller machine is improved.

Referring to fig. 1, in the present embodiment, the plurality of banknote cassettes 400 may further include a sorting cassette 420, and specifically, the recycling cassette 410, the sorting cassette 420, and the plurality of recycling cassettes 430 are sequentially arranged along a set direction, wherein the recycling cassettes 430 are directly communicated with the circular passage 510, and the sorting cassette 420 is communicated with the circular passage 510 through the sorting passage 540.

when the banknotes in the cash recycling device need to be checked, the banknotes in the sorting box 420 can be discharged to the right and emptied into a certain recycling box 430, and then the checking of the banknotes in the target recycling box is started, namely: and (3) enabling the paper money in the target circulation box to be discharged rightwards, enabling the paper money to enter the annular channel 510, enabling the paper money to enter the sorting box 420 through identification and counting of the paper money identifying mechanism 300, and enabling the checked paper money to return to the target circulation box along the original path to complete paper money checking in the target circulation box.

due to the arrangement, in the process of arranging the paper money, the paper money inlet and outlet direction of the paper money box 400 cannot be changed, so that the probability of blocking the paper money is reduced, and the smoothness of the paper money arranging process is ensured.

Referring to fig. 1, in the present embodiment, the second coin inlet and outlet device may include a coin inlet mechanism 110 and a second coin outlet mechanism 120, and the coin inlet mechanism 110 and the second coin outlet mechanism 120 are both connected to the coin sensing mechanism 300. Specifically, the coin entry mechanism 110 and the second coin exit mechanism 120 communicate with the coin sensing mechanism 300 through an annular channel 510. The input mechanism 110 is used for inputting the paper money put in by the teller into the device, and the second output mechanism 120 is used for outputting the paper money to the teller. With this arrangement, the teller operating end 100 can perform independent operations of banknote input and banknote output.

Referring to fig. 1, in the present embodiment, the second coin in and out device further includes a temporary storage mechanism 130, specifically, the temporary storage mechanism 130 is communicated with the coin identifying mechanism 300, and the temporary storage mechanism 130 is provided with an opening, and the opening can be provided with a gate, wherein the gate has a first position for opening the opening and a second position for closing the opening. The gate is configured to be capable of being in a first position or a second position when the teller deposits money; the gate is configured to be able to be in the second position only when the user deposits money.

When the teller deposits, the gate is firstly positioned at the second position for closing the opening, at this time, the teller puts in the paper money through the paper money inlet mechanism 110, and under the action of the conveying mechanism, the paper money enters the paper money identifying mechanism 300 for identification and finally enters the temporary storage mechanism 130 for temporary storage; if the teller cancels the deposit, the gate of the escrow mechanism 130 moves to the first position that opens the opening through which the teller can remove the banknotes. When the user deposits money, the gate is always positioned at the second position, the opening is always closed, at the moment, the user puts in the paper money through the paper money outlet and inlet mechanism 210, and the paper money enters the paper money identifying mechanism 300 to be identified under the action of the conveying mechanism and finally enters the temporary storage mechanism 130 to be temporarily stored; if the user cancels the deposit, the banknotes in the temporary storage mechanism 130 are returned to the in-out mechanism 210 by the transport mechanism and can be removed by the user.

Due to the arrangement, a teller and a user can use the same temporary storage mechanism 130 during deposit, so that the equipment purchasing cost is reduced, the space occupation of the equipment is reduced, and the miniaturization and the compactness design of the cash recycling equipment are facilitated.

Referring to fig. 1, in the present embodiment, the coin input/output mechanism 210 and the first coin output mechanism 220 are preferably arranged in the vertical direction. With the arrangement, not only the horizontal space occupation of the user operation terminal 200 is reduced, but also the user operation is facilitated.

Similarly, with reference to fig. 1, in the present embodiment, preferably, the coin inserting mechanism 110, the second coin discharging mechanism 120 and the temporary storage mechanism 130 are also disposed along the vertical direction, and the three mechanisms are sequentially arranged. Such an arrangement not only reduces the horizontal space occupation of the teller operating end 100, but also facilitates the teller operation.

referring to fig. 1, in the present embodiment, the annular channel 510 includes a first annular segment 511, a second annular segment 512, a third annular segment 513, a fourth annular segment 514, a fifth annular segment 515, and a sixth annular segment 516, which are connected in sequence; coin insertion path 520 includes a coin insertion section 521 coupled to coin insertion mechanism 110 and a first branch section 522 coupled to coin insertion section 521, wherein first branch section 522 is in intersecting communication with annular path 510 at the junction of second annular section 512 and third annular section 513; the collation channel 540 includes a collation section 541 connected to the collation box 420 and a second branch section 542 connected to the collation section 541, wherein the second branch section 542 meets the loop channel 510 at the junction of the third loop section 513 and the fourth loop section 514.

Referring to fig. 1, in the present embodiment, the conveying mechanism further includes a first path 571, a second path 572, a third path 573, a fourth path 574, a fifth path 575, and a sixth path 576 connected in sequence, wherein a starting point of the first path 571 is a junction between the coin-in section 521 and the first branch section 522, and an end point of the sixth path 576 is a junction between the sorting section 541 and the second branch section 542. The conveying mechanism further includes a seventh path 577, one end of the seventh path 577 is connected to a junction of the first path 571 and the second path 572, and the other end of the seventh path 577 is connected to a junction of the fifth path 575 and the sixth path 576. The recovery tank 410 is connected at the intersection of the fourth pathway 574 and the fifth pathway 575 by a recovery channel 580.

Referring to fig. 1, in this embodiment, the connection positions of the ring segments, the paths, the channel segments, and the branch segments are provided with reversing pieces, and the reversing pieces are used for switching the channels of the banknote flow at the intersection. The switching principle and the switching process of the reversing element are well known in the prior art, and are not improved in this embodiment, so that detailed descriptions thereof are omitted.

when the teller deposits money, please continue to refer to fig. 1, the teller deposits the paper money through the money input mechanism 110, the paper money enters the annular channel 510 through the money input section 521 and the first branch section 522, and enters the money recognition mechanism 300 along the second annular section 512 and the first annular section 511, and the paper money input by the teller is recognized by the money recognition mechanism 300; the recognized bills will enter the second branch section 542 along the sixth annular section 516, the fifth annular section 515, and the fourth annular section 514, and further enter the temporary storage mechanism 130 through the sixth path 576, the seventh path 577, the second path 572, and the third path 573 for temporary storage.

When the teller confirms the deposit, please continue to refer to fig. 1, the banknotes in the temporary storage mechanism 130 enter the annular channel 510 along the third path 573, the second path 572, the first path 571, the first branch segment 522, and enter the banknote identifying mechanism 300 along the second annular segment 512 and the first annular segment 511, and the banknote passing through the annular channel is identified by the banknote identifying mechanism 300, wherein the banknotes meeting the requirements (the old and new degrees, the versions, and the like all meet the circulation requirements) enter the circulation box 430 through the sixth annular segment 516 and the fifth annular segment 515 for storage; the banknotes that are determined to be no longer circulated by the banknote identifying mechanism 300 (the old and new degrees, versions, and the like do not satisfy the circulation requirement) are output along the sixth ring segment 516, the fifth ring segment 515, and the fourth ring segment 514, and enter the second dispensing mechanism 120 through the second branch segment 542, the sixth path 576, the seventh path 577, and the second path 572.

When the teller withdraws money, please continue to refer to fig. 1, the banknotes in the circulation box 430 enter the annular channel 510, enter the money sensing mechanism 300 along the fifth annular segment 515 and the sixth annular segment 516, and are identified by the money sensing mechanism 300, wherein the banknotes identified by the money sensing mechanism 300 as meeting the requirement are output to the second money output mechanism 120 along the first annular segment 511, the second annular segment 512, the first branch segment 522, the first path 571 and the second path 572, and are taken away by the teller; the banknotes identified as defective by the banknote identifying mechanism 300 are further diverted to the third path 573 and the fourth path 574 through the second path 572, and finally enter the recycling bin 410 through the recycling channel 580 for recycling.

When the user deposits money, please continue to refer to fig. 1, the user puts the paper money into the in-out and in-out mechanism 210, the paper money enters the annular channel 510 through the in-out channel 530, and enters the money identifying mechanism 300 along the first annular segment 511, and the paper money is identified by the money identifying mechanism 300; the recognized banknotes will exit the annular channel 510 along the sixth annular segment 516, the fifth annular segment 515, and the fourth annular segment 514, and further enter the escrow mechanism 130 along the second branch segment 542, the sixth path 576, the seventh path 577, the second path 572, and the third path 573.

When the user cancels the deposit, please continue to refer to fig. 1, the banknotes in the temporary storage mechanism 130 enter the annular channel 510 along the third path 573, the second path 572, the first path 571 and the first branch section 522, and enter the in-out passage 530 along the second annular section 512, and the banknotes are output from the in-out mechanism 210 to be taken away by the user.

When the user confirms the deposit, please continue to refer to fig. 1, the banknotes in the temporary storage mechanism 130 enter the annular channel 510 along the third path 573, the second path 572, the first path 571 and the first branch segment 522, and enter the banknote identifying mechanism 300 along the second annular segment 512 and the first annular segment 511, and the banknotes are identified by the banknote identifying mechanism 300, wherein the banknotes which are suitable for circulation according to the requirement enter the circulation box 430 through the sixth annular segment 516 and the fifth annular segment 515, so as to realize the deposit; the paper money which is identified by the paper money identifying mechanism 300 and is not circulated any more enters the recycling bin 410 through the sixth annular section 516, the fifth annular section 515, the fourth annular section 514, the second branch section 542, the sixth path 576, the fifth path 575 and the recycling channel 580; the banknotes that cannot be identified by the banknote identifying mechanism 300 enter the first dispensing mechanism 220 via the sixth ring segment 516 and the dispensing channel 560 and are removed by the user.

When the user withdraws money, please continue to refer to fig. 1, the paper money in the circulation box 430 enters the annular channel 510 and enters the money identifying mechanism 300 along the fifth annular segment 515 and the sixth annular segment 516 for identification, wherein the paper money meeting the requirement enters the money inlet and outlet mechanism 210 through the first annular segment 511 and the money inlet and outlet channel 530, and is taken away by the user; the banknotes that are recognized by the banknote recognition mechanism 300 to be out of circulation enter the recycling bin 410 through the first annular section 511, the second annular section 512, the first branch section 522, the first path 571, the second path 572, the third path 573, the fourth path 574 and the recycling path 580 for recycling.

When checking the paper money, please continue to refer to fig. 1, firstly, the paper money in the sorting box 420 is emptied into a certain circulation box 430, at this time, the paper money in the sorting box 420 enters the money recognizing mechanism 300 through the sorting section 541, the second branch section 542, the third annular section 513, the second annular section 512 and the first annular section 511, and after the recognition processing of the money recognizing mechanism 300, the paper money enters the circulation box 430 along the sixth annular section 516 and the fifth annular section 515, and the emptying before checking is completed; then, the target circulation box is checked, at this time, the paper money in the target circulation box enters the money identifying mechanism 300 through the fifth annular section 515 and the sixth annular section 516, and after the identification and counting processing of the money identifying mechanism 300, the paper money enters the sorting box 420 along the first annular section 511, the second annular section 512, the third annular section 513, the second branch section 542 and the sorting section 541, and the original path returns after the checking is completed.

Finally, it should be noted that: the above embodiments are only used to illustrate the technical solution of the present invention, and not to limit it; although the present invention has been described in detail with reference to the foregoing embodiments, it should be understood by those skilled in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some or all of the technical features may be equivalently replaced; such modifications and substitutions do not depart from the spirit and scope of the embodiments of the present invention.

Claims (10)

1. The cash recycling device is characterized by comprising a user operation end (200) and a teller operation end (100) which are arranged at intervals, a money identifying mechanism (300), a cash box (400) and a conveying mechanism, wherein the user operation end (200) comprises a first money inlet and outlet device, the teller operation end (100) comprises a second money inlet and outlet device, and the conveying mechanism is used for driving paper money to move among the user operation end (200), the teller operation end (100), the money identifying mechanism (300) and the cash box (400).

2. The cash recycling device according to claim 1, wherein the cash recycling device comprises a plurality of cash cassettes (400), the plurality of cash cassettes (400) are sequentially arranged along a set direction, and the teller operating end (100) and the user operating end (200) are respectively arranged on two sides of the cash recycling device along the set direction.

3. The cash recycling apparatus according to claim 2, wherein the transport mechanism comprises a circular passage (510), the currency recognizing mechanism (300) is disposed in the circular passage (510), and the teller operating end (100), the user operating end (200) and the currency cassette (400) are all communicated with the circular passage (510).

4. The cash recycling apparatus of claim 3, wherein the first coin in and out device comprises a coin in and out mechanism (210) and a first coin out mechanism (220), the coin in and out mechanism (210) meets the annular channel (510) through a coin in and out passage (530), and the meeting location is located on a first side of the coin sensing mechanism (300); the first coin outlet mechanism (220) is intersected with the annular channel (510) through a coin outlet channel (560), and the intersection position is located on the second side of the coin identifying mechanism (300).

5. The cash recycling apparatus according to claim 3, wherein the plurality of cash cassettes (400) includes a recycling cassette (410) and a plurality of recycling cassettes (430), the recycling cassette (410) being disposed adjacent to the teller operating end (100).

6. The cash recycling apparatus according to claim 5, wherein the plurality of cash cassettes (400) further comprises a sorting cassette (420), and the recycling cassette (410), the sorting cassette (420) and the plurality of recycling cassettes (430) are arranged in the set direction in sequence, wherein the recycling cassettes (430) directly communicate with the circular passage (510), and the sorting cassettes (420) communicate with the circular passage (510) through a sorting passage (540).

7. The cash recycling device of claim 1, wherein the second coin in and out device comprises a coin inlet mechanism (110) and a second coin outlet mechanism (120), and the coin inlet mechanism (110) and the second coin outlet mechanism (120) are both communicated with the coin sensing mechanism (300).

8. The cash recycling device according to claim 7, wherein the second coin in and out device further comprises a temporary storage mechanism (130), the temporary storage mechanism (130) is communicated with the coin identifying mechanism (300), and the temporary storage mechanism (130) is provided with an opening, the opening is provided with a gate, and the gate has a first position for opening the opening and a second position for closing the opening.

9. the cash recycling apparatus according to claim 8, wherein the deposit mechanism (110), the second deposit mechanism (120) and the escrow mechanism (130) are arranged in this order in an up-down direction.

10. The cash recycling apparatus according to claim 4, wherein the coin in and out mechanism (210) and the first coin out mechanism (220) are arranged in an up and down direction.