WO2018187933A1

WO2018187933A1 - Medium separation mechanism and cash recycling machine

Info

Publication number: WO2018187933A1
Application number: PCT/CN2017/080059
Authority: WO
Inventors: 龙宏伟; 陈志立
Original assignee: 深圳怡化电脑股份有限公司
Priority date: 2017-04-11
Filing date: 2017-04-11
Publication date: 2018-10-18
Also published as: CN107636738A

Abstract

A medium separation mechanism (100) and a cash recycling machine (200) using the medium separation mechanism (100). The medium separation mechanism (100) comprises a banknote input channel (105), a feeding wheel (101), and a conveying wheel (104), and further comprises a cash deposit surface (103), a cash blocking surface (106), and a cash separation wheel (102); the cash deposit surface (103) and the cash blocking surface (106) are respectively located at two sides of the banknote input channel (105); the feeding wheel (101) is located at the side of the banknote input channel (105) proximate to the cash deposit surface (103); the conveying wheel (104) is located at the side of the banknote input channel (105) proximate to the cash blocking surface (106); the outer edge of the cash separation wheel (102) protrudes from a through hole (103a) of the cash deposit surface (103); the cash deposit surface (103) is inclined upwards relative to the horizontal direction; the cash blocking surface (106) is inclined relative to the vertical direction so as to be distant from the cash deposit surface (103). The cash recycling machine (200) has high deposit efficiency, can receive a large amount of banknotes, and supports continuous cash adding.

Description

Media separation mechanism and deposit and withdrawal machine

[0001] The present invention belongs to the field of financial equipment technology, and more particularly to a medium separating mechanism and a depositing and dispensing machine using the medium separating mechanism.

Background technique

[0002] At present, customers are more and more frequently performing deposit and withdrawal operations on automatic deposit and withdrawal machines. A large number of deposit and withdrawal machines are installed in public places to facilitate customers to make deposits or withdraw funds. During peak hours, the machines are often lined up very often. The long queue is waiting for the transaction, so it is necessary to improve the operating efficiency of the deposit and withdrawal machine and provide users with more convenient services. The core component of the deposit and withdrawal machine deposit module is a medium separation mechanism. After the deposit banknotes are placed in the media separation mechanism, they are transferred to the banknote input channel and finally into the banknote box. Therefore, the structure and performance of the media separation mechanism are to increase the deposit and withdrawal of the deposit and withdrawal machine. The key to efficiency. The existing medium separating mechanism generally comprises a bottom plate, a top plate, a billboard for separating the banknotes, and a pushing plate for pressing the banknotes on the billboard. During the depositing process, the user puts the bills at a certain oblique angle. Between the dividing plate and the pushing plate, and then pushing the pressing plate to press the banknote on the dividing plate, the dividing plate separates the banknote and feeds it into the banknote input channel, and after the banknote is completed, the pressing plate moves to the opposite direction to The original position, in this way, the banknote deposit process is completed, and the space for placing the banknotes is formed between the banknote board and the pusher plate, and the space is limited, so that only 100 to 300 banknotes can be deposited at a time, and the user inserts the banknotes each time. All must wait for the banknote deposit process to be completed before proceeding with the banknote deposit process for the next banknote. Therefore, for deposits of a large number of banknotes, users can only deposit them in multiple times, which will extend the operation time and reduce the deposit and withdrawal. Machine efficiency, but also makes the deposit operation cumbersome and inconvenient.

technical problem

[0003] An object of the present invention is to provide a medium separating mechanism, which aims to solve the problem that the conventional medium separating mechanism has low working efficiency, can only separate a small number of banknotes at a time, and cannot continuously add banknotes.

Problem solution

Technical solution

[0004] In order to achieve the above object, the technical solution adopted by the present invention is: providing a medium separation mechanism, including a banknote input channel for inputting banknotes and a feeding wheel and a conveying wheel for cooperating to transport the banknotes to the banknote input channel, further comprising a banknote surface for placing the banknotes, and a banknote for stacking the banknotes with the banknotes And a banknote for separating the banknotes stacked on the banknote, the banknote and the banknote are respectively located on two sides of the banknote input channel, and the feeding wheel is located at The banknote input channel is adjacent to a side of the banknote depositing surface, the transporting wheel is located at a side of the banknote input channel adjacent to the banknote receiving surface, and the banknote loading surface is provided with a through hole, the banknote dividing wheel The outer edge protrudes from the through-hole by the through-hole, the banknote surface is inclined upward with respect to a horizontal direction, and the banknote surface is inclined away from the banknote surface with respect to a vertical direction.

[0005] Further, the banknote surface is inclined at an angle of 35°-45° with respect to the horizontal direction.

[0006] Further, an angle of the banknote surface angle with respect to the banknote surface is 85°-90°.

Further, the length of the banknote surface is 145 mm.

[0008] Further, the banknote surface has a length of 150 mm to 200 mm.

[0009] Further, the utility model further includes a baffle disposed on two sides of the banknote depositing surface.

[0010] Further, each of the baffles is placed vertically.

[0011] Further, the transport wheel is provided with a brush roller for assisting in pressing the banknote.

[0012] Further, a first sending wheel is disposed on a side of the feeding wheel away from the dividing wheel, and a second sending wheel is disposed on a side of the conveying wheel away from the banknote surface, A delivery wheel and the second delivery wheel are located on both sides of the banknote input channel.

[0013] Further, a gate wheel is disposed on a side of the transport wheel adjacent to the banknote surface.

The beneficial effects of the medium separating mechanism provided by the present invention are as follows: Compared with the prior art, in the depositing process of the present invention, the user puts the banknotes on the banknote surface, and the bottommost banknotes are placed flat. On the banknote surface, the side of each banknote falls on the banknote surface, and the banknote roller rotates in the direction of the banknote input channel to separate the bottommost banknote that is in contact with it, and the separated banknote enters the feed wheel and Between the transport wheels that the feed wheels are in contact with, the feed wheel rotates in the direction of the bill input passage, and the transport wheel also rotates in the direction of the bill input passage, and the separated bills are gripped by the feed wheel and the transport wheel and transported to the bill input. Inside the channel. The banknote surface is inclined upward by a certain angle with respect to the horizontal direction, so that the gravity of the stacked banknotes generates a component force in a direction parallel to the banknote surface, the component force provides power to the banknote input channel, and the auxiliary banknote roller feeds the banknote into the banknote Between the wheel and the transport wheel, the speed of the media separation mechanism is increased, and the speed is increased. The efficiency of the banknotes is divided, and the banknotes can be continuously added without waiting for the last deposit process. The banknotes are placed in the space surrounded by the banknotes and the banknotes, and the banknotes are tilted away from the banknotes in the vertical direction. This allows the user to place large amounts of banknotes in a single banknote process. , can deposit more banknotes.

Another object of the present invention is to provide a medium separating mechanism for solving the problem that the existing depositing and dispensing machine has low deposit efficiency, can only deposit a small amount of banknotes at a time, and cannot continuously add banknotes.

[0016] In order to achieve the above object, the technical solution adopted by the present invention is: providing a depositing and dispensing machine, comprising a deposit module for inserting banknotes, a withdrawal module for taking out banknotes, a cash box for storing banknotes, and a cash box for storing banknotes; a banknote path for connecting the deposit module, the withdrawal module and the cash box, the deposit and withdrawal machine further comprising a circuit module disposed therein, the deposit module comprising the medium separation mechanism, The deposit module and the withdrawal module are both located at the deposit and withdrawal machine facing the user end.

[0017] Further, the invention further includes a banknote verification module connected to the deposit module, the withdrawal module and the cash box, wherein the money detector module is adjacent to the deposit module.

[0018] Further, the cash cassette includes a recycling cassette for storing valid banknotes and a waste cassette for storing invalid banknotes.

Advantageous effects of the invention

Beneficial effect

[0019] The media separation mechanism provided by the present invention has the beneficial effects that: compared with the prior art, the deposit module of the deposit and withdrawal machine of the present invention includes the medium separation mechanism, and the user deposits the banknote into the deposit module. And stacking on the banknote surface of the medium separating mechanism, the medium separating mechanism separates the banknotes into the banknote input channel, and the banknote input channel communicates with the banknote path, the banknotes enter the banknote path from the banknote input channel, and then in the banknote path After being transported to the cash box, the user needs to withdraw the money. The money in the cash box enters the banknote path, and then enters the withdrawal module. The withdrawal module and the deposit module are located at the user-facing side of the depositing and dispensing machine, facilitating the user to perform the deposit and withdrawal operation. The depositing and dispensing machine uses the above-mentioned medium separating mechanism, which increases the saving speed and improves the saving efficiency, so that the user can deposit a large number of banknotes at a time while saving money, and can continuously add banknotes without stopping the machine.

Brief description of the drawing

DRAWINGS 1 is a schematic structural diagram 1 of a medium separation mechanism according to an embodiment of the present invention;

2 is a partial enlarged view of the A direction in FIG. 1;

3 is a schematic structural diagram 2 of a medium separating mechanism according to an embodiment of the present invention;

Figure 4 is a partial enlarged view of the B direction in Figure 3;

FIG. 5 is a schematic structural diagram of a deposit and withdrawal machine according to an embodiment of the present invention.

[0025] In the drawing: 100-media separation mechanism; 101-feed wheel; 102-note wheel; 103-banknote surface; 103a-through hole; 104-transport wheel; 104a-brush roller; 105-note input channel 106-note-receiving surface; 107-baffle; 108-first delivery wheel; 109-second delivery wheel; 110-gate wheel; 106a-groove; 111-first transmission wheel; 112-second transmission wheel 113-third transmission wheel; 114-fourth transmission wheel; 115-drive wheel; 116-belt; 200-check-in machine; 201-deposit module; 202- withdrawal module; 203-cartridge; 204-banknote Path; 205-circuit module; 206-counterfeit module; 203a-recirculating cassette; 203b-waste box.

Embodiments of the invention

The present invention will be further described in detail below with reference to the accompanying drawings and embodiments. It is understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

[0027] Referring to FIG. 1 to FIG. 4 together, the medium separating mechanism 100 provided by the present invention will now be described. The medium separating mechanism 100 includes a bill input channel 105 for inputting banknotes, a feeding wheel 101 for transporting bills to the bill input channel 105, and a transporting wheel 104, and a banknote surface 103 for placing bills, The banknote surface 106 for stacking the banknotes with the banknotes 103 and the banknotes 102 for separating the banknotes stacked on the banknotes 103 are stacked on the banknotes of the banknote 103 when the user saves the money. In position 102, the dispensing roller 102 is in contact with the last sheet of the stack of banknotes, the dividing roller 102 rotates in the direction of the entrance of the banknote input passage 105, and the friction between the dividing roller 102 and the lowest banknote in contact therewith The banknote is driven into the banknote input channel 105 to realize the function of separating the banknote, and the bottom banknote separated by the banknote roller 102 enters the banknote input channel 105, and is clamped by the feeding wheel 101 and the transporting wheel 104. As the feed wheel 101 and the transport wheel 104 both rotate toward the bill input channel 105, the banknote is further fed into the bill input channel 105, thereby improving the stability of the bill transport; the banknote 103 is provided with a through hole 103a. An outer edge of the banknote separating wheel 102 protrudes from the through hole 103a in the banknote depositing surface 103, such that the banknote separating wheel 102 can be placed on the banknote depositing surface 103 The bottom banknote is contacted to achieve separation of the banknotes, and the structure is simple and easy to process; the banknote surface 103 is inclined upward with respect to the horizontal direction, so that the gravity of the stacked banknotes generates a component force in a direction parallel to the banknote surface 103. The component force powers the banknotes toward the banknote input channel 105, and the auxiliary banknote roller 102 feeds the banknotes between the feed wheel 101 and the transport wheel 104, thereby increasing the speed of the media separation mechanism 100 and increasing the banknotes. Efficiency, and can continuously add banknotes; the banknote surface 106 is inclined away from the banknote surface 103 with respect to the vertical direction, and the banknotes are placed in the space surrounded by the banknotes 103 and the banknotes 106, and the banknotes 106 are opposed to each other. It is inclined in the vertical direction away from the banknote surface 103, so that the space for the user to place the banknotes is large enough, and more banknotes can be stored in one banknote deposit process.

[0028] Compared with the prior art, in the depositing process of the present invention, the user places the banknotes on the banknote 103, and the bottom banknotes are placed on the banknotes 103, the sides of each banknote. Both of them fall on the banknote surface 106, and the banknote roller 102 rotates in the direction of the banknote input channel 105 to separate the bottommost banknotes that are in contact with it, and the separated banknotes enter the feeding wheel 101 and come into contact with the feeding wheel 101. Between the transport wheels 104, the feed wheel 101 rotates in the direction of the bill input channel 105, and the transport wheel 104 also rotates in the direction of the bill input channel 105, and the separated bills are nipped by the feed wheel 101 and the transport wheel 104 and transported to the bills. Input channel 105. The banknote surface 103 is inclined upward by a certain angle with respect to the horizontal direction, so that the gravity of the stacked banknotes generates a component force in a direction parallel to the banknote surface 103, and the component force supplies power to the banknote input channel 105, and the auxiliary banknote roller 102 is provided. The banknotes are fed between the feeding wheel 101 and the transporting wheel 104, which speeds up the dispensing speed of the medium separating mechanism 100, improves the efficiency of dividing the bills, and can continuously add bills without waiting for the last deposit process. The banknotes are placed in the space surrounded by the banknotes 103 and the banknotes 106, and the banknotes 106 are inclined away from the banknotes 103 with respect to the vertical direction, so that the space for the user to place the banknotes is large enough. In the process of depositing one banknote, more banknotes can be deposited.

Further, in the present embodiment, the feed wheel 101 and the transport wheel 104 are misaligned, and the outer contours of the feed wheel 101 and the transport wheel 104 are tangent along the axial direction of the respective central axes, and the banknotes enter. The feed wheel 101 and the transport wheel 104 are held by both and fed into the bill input passage 105. In other embodiments, the feed wheel 101 is distributed correspondingly to the transport wheel 104, and the feed wheel 101 and the corresponding transport wheel 104 are in contact with each other, and the outer contours of the two are tangent.

[0030] Further, in the embodiment, the surface of the feed wheel 101 is provided with a friction member. Preferably, the friction member is a toothed structure. In other embodiments, the friction member may also be knurled, and the friction member is used for reinforcement. Feed The friction between the wheel 101 and the banknote enables the banknote separated by the dispensing wheel 102 to be fed into the banknote input channel 105 with a greater force, and the banknote separation effect is better. In other embodiments, the surface of the transport wheel 104 may also be provided with a friction member to enhance the friction between the transport wheel 104 and the banknote, and further increase the force of feeding the banknote separated from the bill transfer wheel 102 into the bill input channel 105, so that The banknotes are separated accurately and quickly.

[0031] Further, in the embodiment, the surface of the dividing roller 102 is provided with a friction member. Preferably, the friction member is a toothed structure. In other embodiments, the friction member may also be knurled, and the dividing wheel 102 is utilized. A frictional force is generated between the strong friction member and the banknote in contact with the banknote, and the banknote is separated and fed to the feed wheel 101. Therefore, the banknote roller 102 can be stacked on the banknote surface 103 at a high speed rotation. The upper banknotes are separated one by one and fed into the banknote input channel 105.

[0032] Further, referring to FIG. 1 and FIG. 3, in the embodiment, the banknote surface 103 is inclined upward with respect to the horizontal direction by an angle of 35°-45°, and the banknote surface 103 is inclined upward with respect to the horizontal direction. If the angle is too small, the force of the banknotes along the parallel banknotes 103 is not large enough, and the effect on the banknote efficiency is not significant. If the angle of the tilt is too large, the banknotes are gravity-banked along the parallel banknotes. The separation in the direction of the face 103 is too large, which causes the banknotes to be easily deformed in this direction, and the banknotes are not easily stabilized on the banknote surface 103. Therefore, the angle of inclination is 35°-45°, which improves the separation. The efficiency of the banknotes enables the banknotes to be stably stacked on the banknote surface 103.

[0033] Further, referring to FIG. 1 and FIG. 3, in the embodiment, the angle between the banknote surface 106 and the banknote surface 103 is 85°-90°, and the user deposits the banknote after the banknote is deposited. In the space enclosed by the banknote 103 and the banknote surface 106, the angle between the banknote surface 103 and the banknote surface 106 is too small, which results in a space for storing the banknotes being too narrow, and the banknote storage amount is limited, and the banknote surface is restricted. If the angle between the 103 and the banknote surface 106 is too large, the side of the banknote will fall after the banknote surface 106 is slid. The banknote surface 106 has poor support for the banknote, and the banknote is unstable. The angle between the banknote surface 106 and the banknote surface 103 is 85°-90°吋, which can have sufficient space for placement, and the banknote can be stably supported on the banknote surface 106 by the banknote surface 106.

[0034] Further, referring to FIG. 1 and FIG. 3, in the embodiment, the banknote surface 106 is along the axial direction of the transport wheel 104 in the width direction of the banknote surface 106, and the axial direction of the vertical transport wheel 104. For the length direction of the banknote surface 106, the length of the banknote surface 106 is 145 mm. Since the medium separating mechanism 100 has the advantage of being able to deposit a large number of banknotes at one time and not continuously stopping the machine during the banknote deposit process, the banknotes are Stack height Higher, the length of the banknote surface 106 is 145 mm, which can satisfy the stacking height of the banknotes for storing a large amount of money at a time, and can make the structure of the medium separating mechanism 100 not too large and complicated.

[0035] Further, referring to FIG. 1 and FIG. 3, in the present embodiment, the banknote surface 103 is along the axial direction of the feed wheel 101 in the width direction of the banknote surface 103, and the axis of the vertical feed wheel 101. The direction of the banknote surface 103 is the length of the banknote surface 103, and the length of the banknote surface 103 is 150 mm to 200 mm. When the user deposits the banknote, the user must deposit a large amount of banknotes, and the banknotes need to be deposited into small banknotes. There are also banknotes that need to be deposited in different countries. The sizes of these banknotes are different. Therefore, the length of the banknote surface 103 is set to 150mm-200mm, which can hold banknotes of various sizes and can make the medium separation mechanism 100 not It will be too big.

[0036] Further, referring to FIG. 1 to FIG. 3, in the embodiment, the medium separating mechanism 100 further includes a baffle 107 disposed on both sides of the banknote surface 103, and the baffle 107 is used to prevent depositing of banknotes. The banknotes on the face 103 are dropped from both sides of the banknote surface 103, and serve to protect the banknotes.

[0037] Further, referring to FIG. 1 to FIG. 3, in the present embodiment, each of the baffles 107 is placed in a vertical direction, so that the structure of the medium separating mechanism 100 is simple and easy to install into the depositing and dispensing machine 200.

[0038] Further, referring to FIG. 1 to FIG. 3, in the embodiment, the transporting wheel 104 is sleeved with a brush roller 104a for assisting the pressing of the banknotes, and the brush roller 104a is disposed on the same axis of the central axis of the transporting wheel 104. The press-fit member having flexibility and forming an inverted J-shape is radially disposed in four directions, and the brush roller 104a rotating in the same direction as the feed wheel 101 can reinforce the clamping between the feed wheel 101 and the transport wheel 104. The pressing action of the banknotes causes the banknotes to enter the banknote input channel 105.

[0039] Further, referring to FIG. 1 to FIG. 4, in the embodiment, the medium separating mechanism 100 further includes a first sending wheel 108 and a second sending wheel 109 disposed on two sides of the bill input channel 105, first The sending wheel 108 is disposed on the side of the feeding wheel 101 away from the dividing wheel 102, and the second sending wheel 109 is disposed on the side of the carrying wheel 104 away from the banknote 106, both of which rotate toward the banknote input channel 105, and the first sending wheel 108 The rotation direction of the feed wheel 101 is the same, the second delivery wheel 109 is the same as the rotation direction of the transport wheel 104, and the banknote is again fed by the feed wheel 101 and the transport wheel 104 after being fed into the banknote input channel 105. The wheel 108 and the second delivery wheel 109 are clamped and continue to be sent to the banknote input passage 105 leading to the inside of the depositing and dispensing machine 200. The first delivery wheel 108 and the second delivery wheel 109 can improve the stability of the input of the banknote, The separated banknotes are input more smoothly, and it is not easy to bend, twist and break the banknotes.

[0040] Further, in this embodiment, the first delivery wheel 108 and the second delivery wheel 109 are mutually misaligned, The outer contours of one of the delivery wheels 108 and the second delivery wheel 109 are tangent to the axial direction of the respective central axes, and the banknotes enter between the first delivery wheel 108 and the second delivery wheel 109, are clamped by both, and are fed into the banknotes. Input channel 105. In other embodiments, the first delivery wheel 108 and the second delivery wheel 109 are correspondingly distributed, and the first delivery wheel 108 and the corresponding second delivery wheel 109 are in contact with each other, and the outer contours of the two are tangent.

Further, friction surfaces are provided on the surfaces of the first delivery wheel 108 and the second delivery wheel 109 to enhance the force for feeding the banknotes into the banknote input channel 105.

[0042] Further, referring to FIG. 1 to FIG. 3, in the embodiment, a side of the transport wheel 104 adjacent to the banknote surface 106 is provided with a gate wheel 110, and the gate wheel 110 is disposed to be in contact with the feed wheel 101. It is offset in the axial direction and its outer circumference overlaps with the outer circumference of the feed wheel 101, and is rotated in the same direction as the rotation direction of the transporting wheel 104, so as to be inserted into the bill input passage 105, so that the bill separated by the bill dispensing wheel 102 will enter. The banknotes that are separated between the wheel 101 and the transporting wheel 104 without being separated by the dispensing wheel 102 remain on the banknote surface 103 to separate the banknotes separated by the dividing wheel 102 and the feeding wheel 101 one by one. Make the banknote effect more accurate and better.

[0043] Further, in the embodiment, the surface of the gate wheel 110 is provided with a friction member. Preferably, the friction member is a toothed structure. In other embodiments, the friction member may also be knurled, and the friction member is used for reinforcement. The friction between the gate wheel 110 and the banknotes enables the banknotes separated by the dispensing wheel 102 to be selectively fed into the banknote input channel 105, while the banknotes that are not separated by the banknote wheel 102 are still Stay on the banknote 103.

[0044] Further, in the embodiment, the banknote surface 106 is disposed near the transport wheel 104 with a gutter 106a for the pass wheel 110 to pass through, and the gutter 106a faces the side of the transport wheel 104 and the banknote surface 106. With the edge penetrating, the gate wheel 110 protrudes from the banknote surface 106 at the edge of the banknote surface 106. This structure allows the banknote surface 106 to be as close as possible to the banknote surface 103. The structure of the medium separating mechanism 100 is further compact and the banknote effect is achieved. better.

[0045] Further, the central axes of the feed wheel 101, the transport wheel 104, the first delivery wheel 108, and the second delivery wheel 109 all protrude outwardly from the side baffles 107, and the portions extending beyond the baffle 107 are respectively provided. There are a first transmission wheel 111, a second transmission wheel 112, a third transmission wheel 113 and a fourth transmission wheel 114. A drive wheel 115 is further disposed outside the baffle 107. The central axis of the drive wheel 115 is connected to an external driving device, and is driven. A pulley 116 is disposed on the wheel 115. The belt 116 bypasses the driving wheel 115 and then bypasses the second transmission wheel 112, the first transmission wheel 111, the third transmission wheel 113 and the fourth transmission wheel 114, respectively. The belt 116 is on the driving wheel 115. It is misaligned with the transport wheel 104, and is misaligned between the transport wheel 104 and the feed wheel 101, and is between the feed wheel 101 and the first delivery wheel 108. The side is wound, and the first delivery wheel 108 and the second delivery wheel 109 are misaligned, and the second delivery wheel 109 and the drive wheel 115 are misaligned, so that the external driving device drives the driving wheel 115 toward the smooth Rotating in the needle direction, the power of the driving wheel 115 is transmitted to the second transmission wheel 112, the first transmission wheel 111, the third transmission wheel 113, and the fourth transmission wheel 114 through the belt 116, so that the conveying wheel 104 rotates in the reverse pin direction and feeds The wheel 10 1 rotates in the direction of the needle, and also causes the first delivery wheel 108 to rotate in the direction of the needle and the second delivery wheel 109 to rotate in the direction of the needle, so that the feed wheel 101 and the transport wheel 104 both face the banknote input passage 105. Rotation, the first delivery wheel 108 and the second delivery wheel 109 also rotate toward the banknote input passage 105. The feed wheel 101 and the transport wheel 104 can hold the banknotes and transport them into the banknote input passage 105. The first delivery wheel 108 and The second delivery wheel 109 can also carry the banknotes in the banknote input channel 105.

[0046] The present invention further provides a deposit and withdrawal machine 200. Referring to FIG. 5, the deposit and withdrawal machine 200 includes a deposit module 201 for depositing banknotes for depositing money, a withdrawal module 202 for taking out banknotes, and For the banknote 203 storing the banknotes, the depositing and dispensing machine 200 further includes a banknote path 204 connecting the deposit module 201, the withdrawal module 202, and the cash box 203. The deposit module 201 and the withdrawal module 202 are both located at the deposit and withdrawal machine 200 facing the user. The banknotes deposited in the deposit module 201 enter the banknote 203 through the banknote path 204 for storage. When the user needs to withdraw money, the banknotes in the banknote 203 pass through the banknote path 204 to enter the withdrawal module 202, and deposit and withdraw funds. The machine 200 further includes a circuit module 205 disposed therein for controlling the deposit and withdrawal program and the banknote program. The deposit module 201 of the deposit and withdrawal machine 200 uses the medium separating mechanism 100, and the bill input channel 105 of the medium separating mechanism 100 communicates with the billing path 204, and the banknote surface 103 of the medium separating mechanism 100 is inclined upward with respect to the horizontal direction. At a certain angle, the gravity of the deposited banknotes causes a component force in a direction parallel to the banknote surface 103, the component force powers the banknotes toward the banknote input channel 105, and the auxiliary banknote roller 102 feeds the banknotes into the feed wheel 101. Between the transporting wheel 104 and the transporting wheel 104, the speed of the dispensing of the medium separating mechanism 100 is increased, the deposit efficiency is improved, more banknotes can be stored in one banknote deposit process, and the banknotes can be continuously added during the banknote deposit process, Need to stop.

Compared with the prior art, the deposit module 201 of the deposit and withdrawal machine 200 of the present invention includes the medium separating mechanism 100. The user deposits the banknotes into the deposit module 201 and stacks them in the medium separating mechanism 100. On the banknote depositing surface 103, the medium separating mechanism 100 separates the banknotes into the banknote input channel 105, and the banknote input channel 105 communicates with the banknote path 204. The banknotes enter the banknote path 204 from the banknote input channel 105, and then the banknote path The inside of the container 204 is transported to the cash box 203, the user needs to withdraw the money, and the money in the cash box 203 enters the banknote path 20 4, and then enters the withdrawal module 202, the withdrawal module 202 and the deposit module 201 are located at the user-facing end of the deposit and withdrawal machine 200, facilitating the user to perform the deposit and withdrawal operation. The depositing and dispensing machine 200 uses the medium separating mechanism 100, which increases the saving speed, improves the saving efficiency, enables the user to deposit a large number of banknotes at a time, and can continuously add banknotes without stopping the machine.

[0048] Further, referring to FIG. 5, in the embodiment, the money detector module 206 is further connected to the deposit module 201, the withdrawal module 202, and the cash box 203, and the money detector module 206 is located near the deposit module 201. The banknotes enter the banknote path 204 from the deposit module 201, and then enter the banknote verification module 206 from the banknote path 204. The banknote verification module 206 is used to detect the authenticity of the banknotes and whether the banknotes are damaged or folded, and can also be used to detect the banknotes. In the currency, the banknote saving effect can be improved, and the counterfeit banknotes and the banknotes can be prevented. After the banknote verification module 206 completes the inspection of the banknotes, the banknotes enter the banknote path 204 close to the banknotes 203, and then enter the banknotes 203 for storage.

[0049] Further, referring to FIG. 5, in the present embodiment, the cash cassette 203 includes a recycle cassette 203a and a waste cassette 203b, the recycle cassette 203a is used for storing valid bills, and the waste cassette 203b is used for storing counterfeit bills and waste. For banknotes that cannot be circulated, such as banknotes, it is preferable to generally provide four recycle cassettes 203a and one waste cassette 203b, and the banknotes inspected by the banknote verification module 206, if it is a valid banknote that can be circulated, pass the banknote path 204 enters the recycle cassette 203a, and when the withdrawal is required, the banknotes in the recycle cassette 203a enter the withdrawal module 202 through the banknote path 204, and if the banknotes inspected by the banknote verification module 206 are incapable of circulation, The banknotes enter the waste bin 203b through the banknote path 204, and the banknotes in the banknote bin 203b are processed by the staff.

[0050] Further, the recirculating cassette 203a is disposed near the withdrawal module 202, and the distance between the recirculating cassette 203a and the withdrawal module 202 can be reduced. When the withdrawal is required, the bills are transferred from the recirculating cassette 203a to the withdrawal module 202. Short, it can reach the withdrawal module 202 more quickly, making the withdrawal process faster and more efficient. The waste cassette 203b is disposed away from the withdrawal module 202 and located at the outermost layer of each of the cassettes 203, so that the worker can clean the waste box 203b.

The above are only the preferred embodiments of the present invention, and are not intended to limit the present invention. Any modifications, equivalent substitutions and improvements made within the spirit and scope of the present invention are included in the present invention. Within the scope of protection.

Claims

Claim

[Claim 1] The medium separating mechanism includes a bill input passage for inputting bills and a feeding wheel and a transporting wheel for cooperating to transport the bill to the bill input passage, and further comprising a bill for placing the bill a banknote surface, a banknote surface for cooperating with the banknote stacking banknotes, and a banknote for separating banknotes stacked on the banknote surface, wherein the banknote surface and the banknote surface are respectively located The two sides of the bill input passage are located on a side of the bill input passage adjacent to the bill depositing surface, and the transport wheel is located on a side of the bill input passage adjacent to the bill control surface. The banknote surface is provided with a through hole, the outer edge of the banknote is protruded from the through hole by the through hole, and the banknote is inclined upward with respect to a horizontal direction, and the banknote is opposite to the vertical direction Tilting away from the banknote surface.

[Claim 2] The medium separating mechanism according to claim 1, wherein the banknote surface is inclined upward by an angle of 35 to 45 with respect to the horizontal direction.

[Claim 3] The medium separating mechanism according to claim 1, wherein: the angle of the banknote surface is 85°-90° with respect to the banknote surface

[Claim 4] The medium separating mechanism according to claim 1, wherein: said banknote surface has a length of 145

[Claim 5] The medium separating mechanism according to claim 1, wherein the banknote surface has a length of 150 mm to 200 mm.

[Claim 6] The medium separating mechanism according to claim 1, further comprising: a baffle provided on both sides of said banknote depositing surface.

[Claim 7] The medium separating mechanism according to claim 6, wherein: each of said baffles is vertically placed

[Claim 8] The medium separating mechanism according to claim 1, wherein the transporting wheel is provided with a brush roller for assisting in pressing the banknote.

[Claim 9] The medium separating mechanism according to any one of claims 1 to 8, wherein: a first feeding wheel is disposed on a side of the feeding wheel away from the dividing wheel, and the conveying wheel is away from A second sending wheel is disposed on one side of the banknote surface, and the first sending wheel and the second sending wheel are located on two sides of the banknote input channel.

The medium separating mechanism according to any one of claims 1 to 8, wherein a side of the transport wheel adjacent to the banknote surface is provided with a gate wheel.

[Claim 11] a depositing and dispensing machine, comprising a deposit module for inserting banknotes, a withdrawal module for taking out banknotes, a cash cassette for storing banknotes, and for communicating the deposit module, the withdrawal module, and the The banknote depositing machine, wherein the depositing and dispensing machine further comprises a circuit module disposed therein, wherein: the deposit module comprises the medium separating mechanism according to any one of claims 1 to 10, The deposit module and the withdrawal module are located at the deposit and withdrawal machine facing the user end

[Claim 12] The depositing and dispensing machine according to claim 11, further comprising: a money detector module connected to the deposit module, the withdrawal module, and the cash cassette, wherein the money detector module is adjacent to the banknote Deposit module.

[Claim 13] The depositing and dispensing machine according to claim 12, wherein: the cassette includes a circulating cassette for storing valid bills and a reject cassette for storing invalid bills.