a half reclining sorter

Abstract

The utility model relates to a clearing machine technical field, especially one half horizontal type clearing machine, including money inlet mechanism, detection of forgery mechanism, money distributing mechanism, money outlet mechanism, money inlet mechanism below is equipped with the drive mechanism of providing whole machine power, the money outlet mechanism includes the first money outlet mechanism, second money outlet mechanism that distributes from top to bottom, detection of forgery mechanism from top to bottom includes the light source support assembly of turnover, money testing table, upper passage plate assembly, the money channel assembly of turnover, the lower passage plate assembly of turnover in proper order, the paper money that is identified as true through detection of forgery mechanism is transported to the first money outlet mechanism through money distributing mechanism, the paper money that is identified as false through detection of forgery mechanism is transported to the second money outlet mechanism through money distributing mechanism, the utility model has the beneficial effect that: detection of forgery mechanism is layered from top to bottom and sets up, forms the compact, longitudinal reciprocating paper money conveying path, and it is more applicable to small clearing machine.

Description

Technical Field

[0001] This utility model relates to the field of sorting machine technology, specifically a semi-horizontal sorting machine. Background Technology

[0002] The banknote sorting machine is used not only to count the number of banknotes, but also to detect the authenticity of banknotes. When the sorting machine detects counterfeit or problematic banknotes, it sends the problematic banknotes to the return port, while normal banknotes enter the receiving port.

[0003] Utility model patent CN205176989U discloses a banknote sorting machine, including a frame, a banknote feeding platform at the rear end of the frame, a banknote receiving platform at the front end of the frame, a banknote channel between the banknote feeding platform and the banknote receiving platform, a counterfeit detection component and a banknote feeding component on the frame, the banknote channel including a banknote inlet track and a banknote outlet track, the banknote inlet track and the banknote outlet track being cosine-shaped, a banknote return box at the bottom of the banknote inlet track and a magnetic flip-plate structure at the banknote outlet of the banknote outlet track, the first banknote guide surface of which corresponds to the banknote inlet of the receiving platform and the second banknote guide surface of which corresponds to the banknote inlet of the banknote return box, and a set of steering wheels at the connection of the banknote inlet track and the banknote outlet track.

[0004] The aforementioned banknote sorting machine has the following disadvantages: 1. According to the appendix of the aforementioned patent document... Figure 2 It is known that the banknote conveying path of the banknote sorting machine is V-shaped. Such a banknote conveying path results in a loose and not compact internal structure of the sorting machine, which is not suitable for small sorting machines; 2. The counterfeit detection device and banknote channel cannot be opened. If banknotes get stuck or impurities appear inside, they cannot be repaired or cleaned smoothly, affecting practicality. Utility Model Content

[0005] The technical problem to be solved by this utility model is to provide a semi-horizontal banknote sorting machine that addresses the shortcomings of the prior art by arranging the counterfeit detection mechanism in layers from top to bottom, forming a compact, longitudinally reciprocating banknote transport path, which is more suitable for small sorting machines.

[0006] To achieve the above objectives, this utility model provides the following technical solution: a semi-horizontal banknote sorting machine, including a frame, a banknote feeding mechanism at the rear end of the frame, a banknote dispensing mechanism at the front end of the frame, a counterfeit detection mechanism and a banknote sorting mechanism between the banknote feeding mechanism and the banknote dispensing mechanism, the banknote dispensing mechanism including a first banknote dispensing mechanism and a second banknote dispensing mechanism distributed vertically, a drive mechanism providing power to the entire machine below the banknote feeding mechanism, the counterfeit detection mechanism including, from top to bottom, a rotatable light source support assembly, a banknote verification platform, an upper channel plate assembly, a rotatable banknote feeding channel assembly, and a rotatable lower channel plate assembly, the light source support assembly including a first banknote dispensing wheel assembly serving as a flipping axis, and a light source support mounted on the first banknote dispensing wheel assembly and capable of rotating around it, the counterfeit detection mechanism including a first banknote dispensing wheel assembly serving as a flipping axis, and a second banknote dispensing mechanism. The banknote platform is equipped with a first banknote pressing roller assembly, which forms a banknote feeding gap with the first banknote dispensing roller assembly. The banknote feeding gap is located at the output end of the banknote feeding mechanism. A second banknote dispensing roller assembly is provided between the light source bracket and the banknote verification platform. The light source bracket, the banknote verification platform, and the second banknote dispensing roller assembly form a first banknote verification channel for banknote transportation. A second banknote verification channel is formed between the banknote feeding channel assembly and the upper channel plate assembly. A third banknote verification channel is formed between the banknote feeding channel assembly and the lower channel plate assembly. The banknote sorting mechanism is located at both the output end of the lower channel plate assembly and the input end of the banknote dispensing mechanism. Banknotes that are identified as genuine by the counterfeit detection mechanism are transported to the first banknote dispensing mechanism through the banknote sorting mechanism. Banknotes that are identified as counterfeit by the counterfeit detection mechanism are transported to the second banknote dispensing mechanism through the banknote sorting mechanism.

[0007] The present invention, possessing the above-mentioned features, arranges the counterfeit detection mechanism in layers from top to bottom, forming a compact, longitudinally reciprocating banknote transport path, replacing the loose V-shaped path in the prior art. This significantly reduces the space occupied by the counterfeit detection mechanism on the internal structure of the sorting machine, making it more suitable for small sorting machines. Furthermore, the light source support assembly, banknote feeding channel assembly, and lower channel plate assembly in the counterfeit detection mechanism are designed as flip-up structures to solve the problems mentioned in the prior art where the counterfeit detection device and banknote channel cannot be opened. When problems such as banknote jamming or internal impurities occur, repairs and cleaning can be performed.

[0008] A further feature of this invention is that: one end of the light source bracket is mounted on the first banknote dispensing wheel assembly, and the other end is a flip end. The flip end has bracket fixing structures on both sides to restrict its rotation. A fixing shaft tube adapted to the bracket fixing structure is horizontally arranged inside the light source bracket. The bracket fixing structure includes a mounting component fixedly installed inside the frame. A spring channel is provided inside the mounting component, and a spring is installed inside the spring channel. A steel ball connected to the spring is provided at the outlet end of the spring channel. A fixing hole corresponding to the opening of the fixing shaft tube is provided on the frame. Part of the steel ball passes through the fixing hole and is embedded inside the fixing shaft tube.

[0009] The present invention, which has the above-mentioned features, achieves the fixing and flipping of the light source bracket by setting a bracket fixing structure at the flipping end of the light source bracket. Due to the simplicity of the bracket fixing structure, when flipping, only external force is needed to pull the flipping end of the light source bracket upward, and when fixing, only the light source bracket needs to be pressed down into place, thus achieving quick opening and closing.

[0010] A further feature of this invention is that: two first banknote pressing rollers are installed on the fixed shaft tube; a long magnetic head is provided above the flip end of the light source bracket; the long magnetic head is located between the two first banknote pressing rollers; an arc-shaped long groove is formed below the flip end of the light source bracket; the second banknote dispensing roller assembly is placed in the arc-shaped long groove; a gap is provided between the two for banknotes to pass through; and a CIS image tube is provided inside the banknote verification table.

[0011] The present invention, which has the above-mentioned features, has the following characteristics: the first pressing roller, in conjunction with the second dispensing roller assembly, limits the banknote and ensures that the banknote passes smoothly under the long magnetic head, thereby improving the accuracy of counterfeit detection; the long magnetic head, in conjunction with the CIS image tube, achieves dual counterfeit detection, ensuring the accuracy of counterfeit detection.

[0012] A further feature of this invention is that the upper channel plate assembly includes an upper channel plate and a second banknote pressing roller assembly. The upper channel plate includes an upper flat plate. One end of the upper flat plate is integrally formed with an upwardly extending first arc-shaped surface, and the other end is integrally formed with a downwardly extending second arc-shaped surface. The second banknote dispensing roller assembly is disposed on the first arc-shaped surface, and the second banknote pressing roller assembly is disposed on the second arc-shaped surface. The second banknote pressing roller assembly includes a second banknote pressing shaft and a plurality of second bearings spaced apart and sleeved on the second banknote pressing shaft. A bearing groove is provided on the second arc-shaped surface for the second bearings to pass through. The second bearings pass through the second arc-shaped surface and cooperate with the banknote feeding channel assembly to transport banknotes.

[0013] The present invention, which has the above-mentioned features, has a first arc-shaped surface and a second arc-shaped surface on the upper channel plate, which make the connection between the second banknote verification channel and the first banknote verification channel, and the connection between the second banknote verification channel and the third banknote verification channel, an arc-shaped path, so as to avoid the banknote from getting stuck at the turning point due to the change of angle, and improve the smoothness of conveying.

[0014] A further feature of this invention is that the banknote feeding channel assembly includes a channel frame and a belt drive device mounted on the channel frame. The belt drive device includes a first drive shaft and a second drive shaft passing through both sides of the channel frame in the width direction. The two ends of the first drive shaft are connected to the frame as a turning shaft, and a plurality of first synchronous pulleys are spaced apart on it. The two ends of the second drive shaft have gaps with the inner wall of the frame, and a second synchronous pulley is mounted on it corresponding to the first synchronous pulley. A belt is provided between the first synchronous pulley and the second synchronous pulley. The first synchronous pulley abuts against the upper channel plate assembly and the lower channel plate assembly, respectively, and the second synchronous pulley abuts against the lower channel plate assembly.

[0015] The present invention, which has the above features, is characterized in that the cash feeding channel assembly is held and fixed by the upper channel plate assembly and the lower channel plate assembly. When the lower channel plate assembly is flipped downward, the lower part of the cash feeding channel assembly loses support and can be flipped downward around the first transmission axis. The flipping and fixing of the cash feeding channel assembly can be achieved without the need for an additional flipping and fixing structure, which simplifies the structure and the use steps to the greatest extent.

[0016] A further feature of this invention is that the lower channel plate assembly includes a lower channel plate, which includes a lower flat plate. One end of the lower flat plate is integrally formed with an upwardly extending third arc-shaped surface, and the other end is provided with a claw plate extending towards the second banknote dispensing mechanism. The end of the third arc-shaped surface is provided with a first support shaft serving as a flipping shaft. The lower side of the lower flat plate is provided with a channel plate fixing structure that restricts its rotation. The channel plate fixing structure includes two rectangular frames spaced apart on the lower side. Each rectangular frame has a partition surface that divides the frame into two parts. A pin is provided on the partition surface. One end of the pin extends out of the rectangular frame and is inserted into the frame, and the other end is provided with a pull buckle. The pull buckle is slidably connected to the rectangular frame.

[0017] The present utility model with the above features has a channel plate fixing structure with a rectangular frame, partition, pin, and pull buckle. By pulling the pull buckle, the pin can be disengaged from the frame to quickly open the lower channel plate, and by pushing the pull buckle, the lower channel plate can be reset and fixed. The operation is convenient and quick.

[0018] A further feature of this invention is that: a plurality of second banknote pressing rollers are provided at intervals below the third arc-shaped surface, the second banknote pressing rollers pass through the third arc-shaped surface and cooperate with the banknote feeding channel assembly; a third banknote pressing roller assembly is provided below the claw plate, the banknote pressing roller of the third banknote pressing roller assembly passes through the claw plate and cooperates with the banknote feeding channel assembly.

[0019] The present invention, which has the above-mentioned features, can prevent banknotes from shifting in the arc-shaped turning section by setting the second banknote pressing roller below the third arc-shaped surface, thereby improving the smoothness of conveying.

[0020] A further feature of this invention is that the driving mechanism includes a first motor and a second motor respectively disposed on the inner walls of both sides of the frame, and the banknote feeding mechanism is provided with a banknote twisting wheel assembly. The output end of the first motor is synchronously driven with the first banknote output shaft of the first banknote output wheel assembly and the banknote twisting shaft of the banknote twisting wheel assembly, and the output end of the second motor is synchronously driven with the second banknote output shaft of the second banknote output wheel assembly.

[0021] The present invention, which has the above-mentioned features, divides the drive mechanism into two independent systems by setting a first motor and a second motor. When the equipment stops working, the first motor stops first and the second motor stops later, ensuring that there are no banknotes left inside the sorting machine.

[0022] A further feature of this invention is that the frame includes two vertically arranged side covers, a top cover that flips between the side covers, and a base plate fixedly arranged between the side covers. A second support shaft, serving as the flipping axis of the top cover, passes through the side covers. The inner side of the top cover is provided with a first hook that engages with the second support shaft. The inner wall of the side cover is provided with a pin. The side of the top cover away from the first hook is provided with a second hook. When the top cover is placed on the side covers, the second hook engages with the pin. The base plate includes a first base plate and a second base plate spaced apart, with a flip-out bottom flap between them. The upper end face of the bottom flap is in contact with the lower end face of the base plate. The two sides of the bottom flap are provided with rotating hooks that are rotatably connected to the side covers. The rotating hooks are located above the second base plate. The lower end face of the first base plate is provided with a magnet that attracts the bottom flap.

[0023] The present invention, which has the above features, has an upper cover that can be opened along with the bottom flap, making it easy to clean impurities inside the frame and remove banknotes stuck inside.

[0024] The present invention will now be described in further detail with reference to the accompanying drawings and embodiments. Attached Figure Description

[0025] Figure 1 This is a structural schematic diagram of an embodiment of the present utility model.

[0026] Figure 2 This is a schematic diagram of the internal structure of an embodiment of the present utility model.

[0027] Figure 3 This is a schematic diagram of the internal opening of an embodiment of the present utility model. Figure 1 .

[0028] Figure 4 This is a schematic diagram of the internal opening of an embodiment of the present utility model. Figure 2 .

[0029] Figure 5 This is a schematic diagram of the external opening of an embodiment of the present utility model. Figure 1 .

[0030] Figure 6 This is a schematic diagram of the external opening of an embodiment of the present utility model. Figure 2 .

[0031] Figure 7 This is a schematic diagram of the structure of the light source bracket assembly in an embodiment of the present invention.

[0032] Figure 8 This is a schematic diagram of the structure of the banknote verification station according to an embodiment of the present utility model.

[0033] Figure 9 This is an exploded view of the upper channel plate assembly according to an embodiment of the present invention.

[0034] Figure 10 This is a schematic diagram of the structure of the banknote feeding channel assembly according to an embodiment of the present invention.

[0035] Figure 11 This is a schematic diagram of the channel plate assembly in an embodiment of the present invention.

[0036] Figure 12 This is a rear view of an embodiment of the present utility model. Detailed Implementation

[0037] The present invention will be further described below with reference to the accompanying drawings: like Figure 1-12 The semi-horizontal banknote sorting machine shown includes a frame a, a banknote feeding mechanism b at the rear end of the frame a, a banknote dispensing mechanism c at the front end of the frame a, a counterfeit detection mechanism and a banknote sorting mechanism e between the banknote feeding mechanism b and the banknote dispensing mechanism c, the banknote dispensing mechanism c includes a first banknote dispensing mechanism c1 and a second banknote dispensing mechanism c2 distributed vertically, and a drive mechanism g providing power to the whole machine is located below the banknote feeding mechanism b.

[0038] The counterfeit detection mechanism, from top to bottom, includes a rotatable light source support assembly d1, a banknote verification platform d2, an upper channel plate assembly d3, a rotatable banknote feeding channel assembly d4, and a rotatable lower channel plate assembly d5. The light source support assembly d1 includes a first banknote dispensing wheel assembly d11 serving as a rotating axis, and a light source support d12 mounted on the first banknote dispensing wheel assembly d11 and capable of rotating around it. The first banknote dispensing wheel assembly d11 includes a first banknote dispensing shaft d111 and several banknote dispensing wheels d112 spaced apart on the first banknote dispensing shaft d111. The light source support d12 is fitted onto the first banknote dispensing shaft d111 and can rotate around the shaft. The banknote verification platform d2 contains a first banknote pressing roller assembly d21, which includes a first banknote pressing shaft d211 and several banknote pressing wheels d212 spaced apart on the first banknote pressing shaft d211. The first banknote pressing roller assembly d21 and the first banknote dispensing wheel assembly d211... A banknote feeding gap f1 is formed between the wheel assemblies d11. The banknote feeding gap f1 is located at the output end of the banknote feeding mechanism b. A second banknote dispensing wheel assembly d6 is provided between the light source bracket d12 and the banknote verification platform d2. The second banknote dispensing wheel assembly d6 has the same structure as the first banknote dispensing wheel assembly d11. A first banknote verification channel f2 for banknote transportation is formed between the light source bracket d12, the banknote verification platform d2, and the second banknote dispensing wheel assembly d6. A second banknote verification channel f3 is formed between the banknote feeding channel assembly d4 and the upper channel plate assembly d3. A third banknote verification channel f4 is formed between the banknote feeding channel assembly d4 and the lower channel plate assembly d5. The banknote sorting mechanism e is located at both the output end of the lower channel plate assembly d5 and the input end of the banknote dispensing mechanism c. Banknotes that are identified as genuine by the counterfeit detection mechanism are transported to the first banknote dispensing mechanism c1 via the banknote sorting mechanism e. Banknotes that are identified as counterfeit by the counterfeit detection mechanism are transported to the second banknote dispensing mechanism c2 via the banknote sorting mechanism e.

[0039] One end of the light source bracket d12 is mounted on the first cash dispensing wheel assembly d11, and the other end is a flip end d121. The flip end d121 has bracket fixing structures d122 on both sides to restrict its rotation. A fixing shaft tube d13 adapted to the bracket fixing structure d122 is horizontally arranged inside the light source bracket d12. The bracket fixing structure d122 includes a mounting component d1221 fixedly installed inside the frame a. The mounting component d1221 has a spring channel d12211 inside, and a spring d1222 is installed inside the spring channel d12211. A steel ball d1223 connected to the spring d1222 is located at the outlet end of the spring channel d12211. The frame a... A fixing hole (not shown in the figure) is provided corresponding to the opening of the fixing shaft tube d13. A portion of the steel ball d1223 passes through the fixing hole a1 and is embedded in the fixing shaft tube d13. Two first banknote pressing rollers d14 are installed on the fixing shaft tube d13. A long magnetic head d15 is provided above the flip end d121 of the light source bracket d12. The long magnetic head d15 is located between the two first banknote pressing rollers d14. An arc-shaped long groove d123 is formed below the flip end d121 of the light source bracket d12. The second banknote dispensing roller assembly d6 is placed in the arc-shaped long groove d123. A gap is provided between the two for banknotes to pass through. A CIS image tube d16 is provided in the banknote verification table d2.

[0040] The upper channel plate assembly d3 includes an upper channel plate d31 and a second banknote pressing roller assembly d32. The upper channel plate d31 includes an upper flat plate d311. One end of the upper flat plate d311 is integrally formed with an upwardly extending first arc-shaped surface d312, and the other end is integrally formed with a downwardly extending second arc-shaped surface d313. The second banknote pressing roller assembly d32 is disposed on the second arc-shaped surface d313. The second banknote pressing roller assembly d32 includes a second banknote pressing shaft d321 and several second bearings d322 spaced and sleeved on the second banknote pressing shaft d321. The second arc-shaped surface d313 has a bearing groove d3131 for the second bearings d322 to pass through. The second bearings d322 pass through the second arc-shaped surface d313 and cooperate with the banknote feeding channel assembly d4 to transport banknotes.

[0041] The banknote feeding channel assembly d4 includes a channel frame d41 and a belt drive device mounted on the channel frame d41. The belt drive device includes a first drive shaft d42 and a second drive shaft d43 passing through both sides of the channel frame d41 in the width direction. The two ends of the first drive shaft d42 are connected to the frame a as a turning shaft, and a plurality of first synchronous pulleys d44 are spaced on it. The two ends of the second drive shaft d43 have gaps with the inner wall of the frame a, and a second synchronous pulley d45 is mounted on it corresponding to the first synchronous pulleys d44. A belt d46 is provided between the first synchronous pulleys d44 and the second synchronous pulleys d45. The first synchronous pulleys d44 abut against the upper channel plate assembly d3 and the lower channel plate assembly d5 respectively, and the second synchronous pulleys d45 abut against the lower channel plate assembly d5.

[0042] The lower channel plate assembly d5 includes a lower channel plate d51, which includes a lower flat plate d511. One end of the lower flat plate d511 has an integrally formed upwardly extending third arc-shaped surface d512, and the other end has a claw plate d513 extending towards the second banknote dispensing mechanism c2. A first support shaft d52, serving as a flipping axis, passes through the end of the third arc-shaped surface d512. The lower side of the lower flat plate d511 has a channel plate fixing structure d53 that restricts its rotation. The channel plate fixing structure d53 includes two rectangular frames d531 spaced apart on the lower side. Each rectangular frame d531 has a partition surface d5311 that divides the frame into two parts. 1. A pin d532 is provided on the upper part. One end of the pin d532 extends out of the rectangular frame d531 and is inserted into the frame a. The other end is provided with a pull buckle d533, which is slidably connected to the rectangular frame d531. Several second banknote pressing rollers d54 are provided at intervals below the third arc surface d512. The second banknote pressing rollers d54 pass through the third arc surface d512 and cooperate with the banknote feeding channel assembly d4. A third banknote pressing roller assembly d55 is provided below the claw plate d513. The third banknote pressing roller assembly d55 has the same structure as the first and second banknote pressing roller assemblies. The banknote pressing roller d551 of the third banknote pressing roller assembly d55 passes through the claw plate d513 and cooperates with the banknote feeding channel assembly d4.

[0043] The first synchronous wheel d44 abuts against the second banknote pressing roller assembly d32 in the upper channel plate assembly d3 and the second banknote pressing roller d54 in the lower channel plate assembly d5, respectively, and the second synchronous wheel d45 abuts against the third banknote pressing roller assembly d55 in the lower channel plate assembly d5.

[0044] The drive mechanism g includes a first motor g1 and a second motor g2 respectively disposed on the inner walls of both sides of the frame a. The banknote feeding mechanism b is provided with a banknote twisting wheel assembly b1. The output end of the first motor g1 is synchronously driven with the first banknote output shaft d111 of the first banknote output wheel assembly d11 and the banknote twisting shaft b11 of the banknote twisting wheel assembly b1. The output end of the second motor g2 is synchronously driven with the second banknote output shaft d61 of the second banknote output wheel assembly d6. The banknote twisting wheel assembly is a conventional technical means in this field.

[0045] The frame a includes two vertically arranged side covers a2, a top cover a3 flipped between the side covers a2, and a base plate a4 fixed between the side covers a2. A second support shaft a5, serving as the flipping axis of the top cover a3, passes through the side covers a2. The inner side of the top cover a3 has a first hook a31 that engages with the second support shaft a5. The inner wall of the side covers a2 has a pin a6. The top cover a3 has a second hook a32 on the side away from the first hook a31. When the top cover a3 is placed on the side cover a2, the top cover a3 is positioned on the side away from the first hook a31. When the side cover a2 is on, the second hook a32 engages with the pin a6. The base plate a4 includes a first base plate a41 and a second base plate a42 spaced apart, with a flip-out bottom flap a7 between them. The upper end face of the bottom flap a7 is in contact with the lower end face of the base plate a4. The bottom flap a7 has rotating hooks a71 on both sides that are rotatably connected to the side cover a2. The rotating hooks a71 are located above the second base plate a42. The lower end face of the first base plate a41 has a magnet a8 that attracts the bottom flap a7.

[0046] A stack of banknotes is placed into the banknote feeding mechanism b. After passing through the banknote twisting wheel assembly b1, individual banknotes are separated from the stack and sent to the counterfeit detection mechanism. The banknote passes through the counterfeit detection mechanism along the banknote feeding gap f1-first banknote detection channel f2-second banknote detection channel f3-third banknote detection channel f4. If the banknote is identified as genuine, it is sent out through the third banknote detection channel f4 and then sent to the first banknote dispensing mechanism via the banknote sorting mechanism. If it is identified as counterfeit, it is sent out through the third banknote detection channel f4 and then sent to the second banknote dispensing mechanism via the banknote sorting mechanism. The remaining banknotes repeat the above operation without stopping the machine. When the banknotes are counted and the machine stops, the first motor stops first, followed by the second motor, to ensure that there are no banknotes left inside the sorting machine.

[0047] When banknotes get stuck in the sorting machine, causing the machine to malfunction, or when impurities in the sorting machine affect the normal operation of the equipment, in sequence, pry the top cover a3 upward, pry the light source bracket d1 upward, then open the bottom flip plate a7 downward, pull the latch d533 to pull the pin d532 out of the frame, the lower channel plate d51 flips downward, and at the same time the unsupported channel frame d41 flips downward, opening the banknote feeding channel in the equipment.

[0048] Among them, the banknote sorting mechanism, banknote dispensing mechanism, and banknote receiving mechanism are all conventional technical means and will not be elaborated on further.

Claims

1. A semi-horizontal banknote sorting machine, comprising a frame, a banknote feeding mechanism at the rear end of the frame, a banknote dispensing mechanism at the front end of the frame, a counterfeit detection mechanism and a banknote sorting mechanism between the banknote feeding mechanism and the banknote dispensing mechanism, the banknote dispensing mechanism comprising a first banknote dispensing mechanism and a second banknote dispensing mechanism arranged vertically, and a drive mechanism providing power to the entire machine located below the banknote feeding mechanism, characterized in that: The counterfeit detection mechanism, from top to bottom, includes a rotatable light source support assembly, a banknote verification table, an upper channel plate assembly, a rotatable banknote feeding channel assembly, and a rotatable lower channel plate assembly. The light source support assembly includes a first banknote delivery wheel assembly serving as a flipping axis, and a light source support mounted on the first banknote delivery wheel assembly and capable of rotating around it. The banknote verification table contains a first banknote pressing roller assembly, forming a banknote feeding gap between the first banknote pressing roller assembly and the first banknote delivery wheel assembly. This banknote feeding gap is located at the output end of the banknote feeding mechanism. A [further details about the mechanism are missing]. The second banknote dispensing wheel assembly forms a first banknote verification channel for banknote delivery between the light source bracket, the banknote verification platform, and the second banknote dispensing wheel assembly. The banknote delivery channel assembly and the upper channel plate assembly form a second banknote verification channel, and the banknote delivery channel assembly and the lower channel plate assembly form a third banknote verification channel. The banknote sorting mechanism is located at both the output end of the lower channel plate assembly and the input end of the banknote dispensing mechanism. Banknotes identified as genuine by the counterfeit detection mechanism are delivered to the first banknote dispensing mechanism via the banknote sorting mechanism, while banknotes identified as counterfeit by the counterfeit detection mechanism are delivered to the second banknote dispensing mechanism via the banknote sorting mechanism.

2. The semi-horizontal sorting machine according to claim 1, characterized in that: One end of the light source bracket is mounted on the first banknote dispensing wheel assembly, and the other end is a flip end. The flip end has bracket fixing structures on both sides to restrict its rotation. A fixing shaft tube adapted to the bracket fixing structure is horizontally arranged inside the light source bracket. The bracket fixing structure includes a mounting component fixedly installed in the frame. The mounting component has a spring channel, and a spring is installed in the spring channel. A steel ball connected to the spring is provided at the outlet end of the spring channel. The frame has a fixing hole corresponding to the tube opening of the fixing shaft tube. Part of the steel ball passes through the fixing hole and is embedded in the fixing shaft tube.

3. The semi-horizontal sorting machine according to claim 2, characterized in that: Two first banknote pressing rollers are installed on the fixed shaft tube. A long magnetic head is provided above the flip end of the light source bracket. The long magnetic head is located between the two first banknote pressing rollers. An arc-shaped long groove is formed below the flip end of the light source bracket. The second banknote dispensing roller assembly is placed in the arc-shaped long groove. A gap is provided between the two for banknotes to pass through. A CIS image tube is provided inside the banknote verification table.

4. The semi-horizontal sorting machine according to claim 1, characterized in that: The upper channel plate assembly includes an upper channel plate and a second banknote pressing roller assembly. The upper channel plate includes an upper flat plate. One end of the upper flat plate is integrally formed with an upwardly extending first arc-shaped surface, and the other end is integrally formed with a downwardly extending second arc-shaped surface. The second banknote pressing roller assembly is disposed on the second arc-shaped surface. The second banknote pressing roller assembly includes a second banknote pressing shaft and a plurality of second bearings spaced apart and sleeved on the second banknote pressing shaft. The second arc-shaped surface has bearing grooves for the second bearings to pass through. The second bearings pass through the second arc-shaped surface and cooperate with the banknote feeding channel assembly to transport banknotes.

5. The semi-horizontal sorting machine according to claim 1, characterized in that: The banknote feeding channel assembly includes a channel frame and a belt drive device mounted on the channel frame. The belt drive device includes a first drive shaft and a second drive shaft passing through both sides of the channel frame in the width direction. The two ends of the first drive shaft are connected to the frame as a turning shaft, and a plurality of first synchronous pulleys are spaced apart on it. The two ends of the second drive shaft have gaps with the inner wall of the frame, and a second synchronous pulley is mounted on it corresponding to the first synchronous pulley. A belt is provided between the first synchronous pulley and the second synchronous pulley. The first synchronous pulley abuts against the upper channel plate assembly and the lower channel plate assembly, respectively, and the second synchronous pulley abuts against the lower channel plate assembly.

6. The semi-horizontal sorting machine according to claim 1, characterized in that: The lower channel plate assembly includes a lower channel plate, which includes a lower flat plate. One end of the lower flat plate has an integrally formed third arc-shaped surface extending upward, and the other end has a claw plate extending towards the second banknote dispensing mechanism. The end of the third arc-shaped surface is provided with a first support shaft serving as a flipping axis. The lower side of the lower flat plate is provided with a channel plate fixing structure that restricts its rotation. The channel plate fixing structure includes two rectangular frames spaced apart on the lower side. Each rectangular frame has a partition surface that divides the frame into two parts. A pin is provided on the partition surface. One end of the pin extends out of the rectangular frame and inserts into the frame, and the other end has a pull buckle that is slidably connected to the rectangular frame.

7. The semi-horizontal sorting machine according to claim 6, characterized in that: Below the third arc-shaped surface, there are several spaced second banknote pressing rollers. The second banknote pressing rollers pass through the third arc-shaped surface and cooperate with the banknote feeding channel assembly. Below the claw plate, there is a third banknote pressing roller assembly. The banknote pressing roller of the third banknote pressing roller assembly passes through the claw plate and cooperates with the banknote feeding channel assembly.

8. The semi-horizontal sorting machine according to claim 1, characterized in that: The driving mechanism includes a first motor and a second motor respectively disposed on the inner walls of both sides of the frame. The banknote feeding mechanism is provided with a banknote twisting wheel assembly. The output end of the first motor is synchronously driven with the first banknote output shaft of the first banknote output wheel assembly and the banknote twisting shaft of the banknote twisting wheel assembly. The output end of the second motor is synchronously driven with the second banknote output shaft of the second banknote output wheel assembly.

9. The semi-horizontal sorting machine according to any one of claims 1-8, characterized in that: The frame includes two vertically arranged side covers, a top cover that flips between the side covers, and a base plate fixed between the side covers. A second support shaft, serving as the flipping axis of the top cover, passes through the side covers. The inner side of the top cover has a first hook that engages with the second support shaft. The inner wall of the side cover has a pin. The top cover has a second hook on the side away from the first hook. When the top cover is placed on the side cover, the second hook engages with the pin. The base plate includes a first base plate and a second base plate spaced apart. A flip-up bottom plate is provided between the two. The upper end face of the bottom plate is in contact with the lower end face of the base plate. The two sides of the bottom plate have rotating hooks that are rotatably connected to the side covers. The rotating hooks are located above the second base plate. The lower end face of the first base plate has a magnet that attracts the bottom plate.

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