CN108053542B - Coin sorting and classifying device - Google Patents

Abstract

The invention discloses a coin sorting and classifying device. The paper coin sorting mechanism is arranged on the upper part of the frame, the coin sorting mechanism is arranged on the lower part of the frame, the paper coin sorting mechanism is positioned above the coin sorting mechanism, and the coin collecting mechanism is positioned below the side of an output port of the coin sorting mechanism; the paper coin sorting mechanism is used for receiving paper coins which are required to be separated, mixing coins and separating out coins, the coin sorting mechanism carries out sorting treatment on the coins, and the coin collecting mechanism is used for accommodating the coins which are separated and sorted by the coin sorting mechanism. The invention utilizes the characteristic that the coins are smaller and lighter than paper money, so that the coins are separated from the lateral screen of the box body, and the coins are classified by utilizing the different diameters of the coins with different face values, thus realizing paper coin separation and coin classification with different track change conditions of the same baffle plate, and having higher classification precision and efficiency.

Description

coin sorting device

technical field

The invention belongs to the field of coin sorting and sorting, and provides a coin sorting and sorting device.

Background technique

With the popularization of public transportation in large and medium-sized cities, the application of public transportation has attracted more and more attention. Existing public transportation, subway etc. mostly adopt the mode of inserting coins or swiping the bus card, thereby it is inevitable to collect a large amount of scattered coins in the public transportation system. When sorting coins, the workload of sorting banknotes and coins of different denominations is relatively large, and manual screening is prone to errors.

In response to the above problems, relevant engineering and technical personnel have developed a series of devices related to coin classification. Among them, it is roughly divided into a separation device for banknotes and coins and a sorting device for coins. Among them, most of the banknote and coin separation devices realize the separation of single banknotes and coins, and the device principles are generally complicated, and it is difficult to apply on a large scale in practical applications. The commonly used methods include lever separation, wind blowing method, and water float method. wait. The coin sorting device mostly adopts the following two methods: the first is the centrifugal separation of coins, which is separated by throwing different coins to different collection trajectories according to the different centrifugal forces of different masses; the other method is Different diameters are used for classification, but most of the existing devices for sorting coins by different diameters are classified through holes of different diameters. The classification accuracy is not high, the efficiency is low, and there is a situation that small diameter holes are blocked by large diameter coins. In view of the above problems, it is very important to design a paper coin sorting and coin sorting device with high separation efficiency and good separation accuracy.

Contents of the invention

In order to make up for the deficiencies in the prior art, the object of the present invention is to provide a coin sorting and sorting device, which sorts and obtains coins from banknotes and coins, and sorts and separates the coins, so as to improve the separation efficiency of paper coins and the speed of coin sorting and accuracy, and can work stably for a long time.

The technical scheme adopted in the present invention is:

The invention comprises a frame and a paper coin sorting mechanism installed on the frame, a coin sorting mechanism and a coin collection mechanism, the paper coin sorting mechanism is installed on the top of the frame, the coin sorting mechanism is installed on the bottom of the frame, and the paper coin sorting The mechanism is located above the coin sorting mechanism, and the coin collecting mechanism is located under the side of the output port of the coin sorting mechanism; the paper coin sorting mechanism is used to receive the paper coins that need to be separated, mix the coins and separate the coins, and the coin sorting mechanism classifies the coins. The collecting mechanism is used to store the coins separated and sorted by the coin sorting mechanism.

The paper coin sorting mechanism includes a separation box, a steering gear frame, a steering gear, a connecting rod mechanism, a spline shaft, a stepping motor and a motor base, and the separation box is composed of two separation box side plates and arranged on two separation boxes. Three coin sieve plates between the side plates of the box are fixed to form a rectangular shell with an opening at the top. The two side plates of the separation box are located on both sides of the separation box. Between the two sides and the bottom, there are bar-shaped gaps for coin leakage on the coin sieve; the stepping motor is fixedly installed on the side of the frame through the motor seat, and the output shaft of the stepping motor is coaxially connected with one end of the spline shaft , the other end of the spline shaft is fixedly connected to the split box side plate on one side of the split box, and the split box side plate on the other side of the split box is hingedly connected to the frame; the top of the two split box side plates on both sides of the top opening of the split box Both are fixed with horizontal chute, and the two top door panels of the separation box are arranged at the top opening of the separation box. Installed in the chute; a steering gear frame is installed between the tops of the side plates of the two separation boxes, and a steering gear is fixed on the bottom surface of the middle part of the steering gear frame, and the steering gear is connected with the top door panels of the two separation boxes through a linkage mechanism.

The linkage mechanism includes a long connecting rod and two short connecting rods, the middle part of the long connecting rod is connected with the output end of the steering gear, the two ends of the long connecting rod are respectively hinged with one end of the two short connecting rods, and the two The other ends of the short connecting rods are respectively hinged to the two top door panels of the separation box; the running of the steering gear drives the long connecting rod to rotate, and the short connecting rod drives the two top door panels of the separation box to move horizontally along the chute through the long connecting rod, so that the two The top door panels of the block separation box are separated horizontally or close together.

The operation of the stepping motor drives the separation box to rotate, and paper coins are placed in the separation box. During the rotation of the separation box, the coins mixed in the banknotes pass through the strip-shaped gaps of the coin sieve plate on the separation box due to gravity. fall and be sorted out so that coins are sorted from banknotes and coins.

The coin sorting mechanism includes a slide rail frame, a slide rail, a baffle plate, a coin position correction structure, a side plate, a slide rail baffle plate and a coin track plate; the upper part of the slide rail frame is a square frame structure, and coins are arranged in the middle of the square frame structure The position correction structure, the coin position correction structure is composed of a plurality of triangular prisms arranged in parallel at intervals, there is a gap between adjacent triangular prisms, the gap is greater than the thickness of the coin and less than twice the thickness of the coin; the lower part of the slide rail frame is a 1/4 arc-shaped track frame structure with an inclined downward arrangement, the track frame structure is connected to the lower opening of one side edge of the square frame structure, and there are multiple slide rail stops arranged at intervals between the side plates on both sides of the lower part of the slide rail frame Plate, slide rail baffle divides the space of the track frame structure under the slide rail frame into multiple 1/4 arc-shaped slide rails, the slide rail baffle corresponds to the triangular prism of the coin position correction structure, and the slide rail baffle The upper part of the plate extends to the bottom of the triangular prism; the side of the lower end of the slide rail is provided with a baffle, which is set according to the distance and position between the baffle and the lower end of the slide rail so that different coins do not collide with the baffle or collide with the baffle after sliding out of the slide rail. The baffle bumps against different positions of the coins, so that different coins have different movement trajectories, and finally fall into different positions of the coin collection mechanism to realize classification.

The strip-shaped gaps on the coin sieve plate of the paper coin sorting mechanism are parallel to the slide rails.

So that when the coin falls into the coin position correction structure, it will enter the gap between the adjacent triangular prisms and enter the slide rail below in an upright state. The width of the slide rail is also greater than the thickness of the coin and less than twice the thickness of the coin.

The side plates of the slide rail and the slide rail baffles, and the adjacent slide rail baffles are fixedly connected by fixing screws.

The bottom of the square frame structure on the upper part of the slide rail frame and the track frame structure on the lower part are provided with the same coin track plate, and the coin track plate is used as a plate for accepting and moving coins.

The coins are RMB coins, which are divided into one-yuan coins, five-cent coins and one-cent coins; the coin collection mechanism is mainly composed of three storage areas, which are divided into one-yuan coin storage areas, five-point coin storage areas, and five-point coin storage areas from near to far along the distance from the coin sorting mechanism. The coin storage area and the dime storage area, the dime coin slides out of the slide rail and falls into the dime storage area where the coin collection mechanism is farthest from the coin sorting mechanism without colliding with the baffle plate, and the pentagon coin slides out of the slide rail and touches the baffle plate Bump and fall into the coin collection mechanism next nearest penta coin storage area from the coin sorting mechanism, and the one-yuan coin slides out of the slide rail and collides with the baffle plate and falls into the coin collection mechanism nearest one-yuan coin storage area from the coin sorting mechanism. The different positions where the five-cent coin and the one-yuan coin collide with the baffle plate lead to different falling trajectories of the five-cent coin and the one-yuan coin after they collide.

In the present invention, after changing the trajectory of different coins when they leave the slide rail through the slide rail and the baffle plate, by predicting the pre-drop position of the coin and placing the collection box at the position where the different coins fall, the coin collection can be completed. Categorized collection work.

When there are mixed coins that need to be separated, the box body is rotated until the opening and closing mechanism faces upwards, the steering gear drives the connecting rod structure to open the door and put in the mixed coins; the mixed coins are continuously rotated in the box body to sieve the coins; The coin is responsible for collecting and separating the structure, which slides out from the slide rail after the position is adjusted, and falls into the collecting device with different trajectories after passing through the baffle.

Compared with existing coin sorting and sorting mechanisms, the device provided by the invention has the following advantages:

(1) The paper money and coin separation box separation device has a simple structure, which is easier to implement than the existing methods such as wind blowing and water floating, and has strong operability.

(2) The separation efficiency of the paper money and coin separation box is high, and it can be applied to the bus company for sorting paper and coin mixed coins in large quantities.

(3) The coin sorting mechanism, some separation mechanisms and many sorting mechanisms all adopt the method of diameter distinction, but the present invention innovatively adopts the method of changing the parabolic trajectory of coins with different diameters to classify coins.

(4) The coin sorting mechanism has a high efficiency in sorting coins. When the manufacturing accuracy of the equipment is sufficient, the number of slide rails can be increased, so that the coin sorting efficiency can increase linearly; and the coin sorting accuracy can be guaranteed.

(5) In addition to using a steering gear and a stepping motor, the overall device basically adopts a purely mechanical structure, which is low in cost and suitable for commercial mass production.

Description of drawings

Fig. 1 is a structural schematic diagram of a paper coin sorting and coin sorting device according to the present invention.

Fig. 2 is an enlarged structural schematic diagram of the paper coin sorting mechanism in Fig. 1 of the present invention.

Fig. 3 is a schematic diagram of the door opening and closing mechanism in the paper coin sorting mechanism in Fig. 2 of the present invention.

Fig. 4 is a schematic diagram of the structure of the side plate of the collecting box in the paper coin sorting mechanism in Fig. 2 of the present invention.

Fig. 5 is a schematic diagram of the structure of the coin sorting mechanism in Fig. 1 without baffles according to the present invention.

Fig. 6 is a schematic diagram of the coin position correction structure in the coin sorting mechanism in Fig. 5 of the present invention.

Fig. 7 is a schematic side view of the slide rail and baffle mechanism in Fig. 1 of the present invention.

In the figure: 1. steering rack, 2. steering gear, 3. connecting rod mechanism, 4. spline shaft, 5. stepping motor, 6. motor seat, 7. coin sorting mechanism, 8. slide rail, 9. Baffle plate, 10, collection box, 11, rack, 12, slide rail frame, 13, paper coin sorting mechanism, 14, coin sieve plate, 15, separation box side plate, 16, bearing seat, 17, chute, 18, slide block, 19, separation box top door panel, 20, coin position correction structure, 21, fixed screw rod, 22, side plate, 23, slide rail baffle plate, 24, coin track plate.

Implementation

The present invention will be further described below in conjunction with accompanying drawing and example.

As shown in Figure 1, the specific implementation of the present invention comprises frame 11 and paper coin sorting mechanism 13, coin sorting mechanism 7 and coin collecting mechanism that are installed on frame 11, and paper coin sorting mechanism 13 is installed in frame 11 tops , coin sorting mechanism 7 is installed in frame 11 bottoms, and paper coin sorting mechanism 13 is positioned at coin sorting mechanism 7 tops, and coin collecting mechanism is positioned at the side below of coin sorting mechanism 7 outlets. The paper coin sorting mechanism 13 and the coin sorting mechanism 7 are supported and assisted by the frame 11. The main material of the frame 11 is an aluminum profile. The paper coin sorting mechanism 13 is used to receive the paper coins that need to be separated. The sorting mechanism 7 sorts the coins, and the coin collection mechanism is used to store the coins separated and sorted by the coin sorting mechanism. The specific implementation of the coins can be RMB coins of one dime, five jiao and one yuan.

As shown in Figure 2, paper coin sorting mechanism 13 comprises separation box, steering gear frame 1, steering gear 2, linkage mechanism 3, spline shaft 4, stepping motor 5 and motor seat 6, and separation box is made of two Separation box side plates 15 and three coin sieve plates 14 arranged between the two separation box side plates 15 are fixed to form a rectangular housing with an open top. The two separation box side plates 15 are located on both sides of the separation box symmetry. Three coin sieve plates 14 are respectively positioned between the both sides and the bottom of two separation box side plates 15, as shown in Figure 4, are arranged with the bar-shaped slit that is used for coin to leak through on the coin sieve plate 14, and bar-shaped slit can set The size is 5×30mm. The stepping motor 5 is fixedly installed on the side of the frame 11 through the motor base 6, the output shaft of the stepping motor 5 is coaxially connected with one end of the spline shaft 4, the output shaft of the stepping motor 5 is supported and installed through the bearing seat 16, and the spline The other end of the shaft 4 is fixedly connected to the separation box side plate 15 on one side of the separation box, and the separation box side plate 15 on the other side of the separation box is hingedly connected to the frame 11;

As shown in Figure 3, the two separation box side panels 15 tops on both sides of the top opening of the separation box are fixed with horizontal chute 17, and the two separation box top door panels 19 are arranged at the top opening of the separation box, and the two separation boxes The both sides of box top door plate 19 are fixedly connected with slide block 18 respectively, and the slide block 18 on both sides of separation box top door plate 19 is all embedded in the chute 17; A steering gear frame is installed between two separation box side plates 15 tops 1. The steering gear 2 is fixed on the bottom surface of the middle part of the steering gear frame 1. The steering gear 2 is connected to the two top door panels 19 of the separation box through the linkage mechanism 3, and the top door panels 19 of the separation box are driven by the steering gear 2 through the linkage mechanism 3 to separate and move closer.

The linkage mechanism 3 includes a long connecting rod and two short connecting rods, the middle part of the long connecting rod is connected to the output end of the steering gear 2, the two ends of the long connecting rod are respectively hinged with one end of the two short connecting rods, and the two short connecting rods The other ends of the short connecting rods are respectively hinged to the two top door panels 19 of the separation box; the operation of the steering gear 2 drives the long connecting rod to rotate, and the long connecting rod drives the short connecting rod to push the two top door panels 19 of the separation box to move horizontally along the chute 17 , so that the top door panels 19 of the two separation boxes are horizontally separated or approached, that is, the top of the separation box is opened or closed.

The operation of the stepper motor 5 drives the separation box to rotate, and paper coins are placed in the separation box. During the rotation of the separation box, the coins mixed in the banknotes fall through the strip-shaped gaps of the coin sieve plate 14 on the separation box due to gravity. And be sorted out, and make to sort out coin from banknote and coin, fall into the coin sorting mechanism below. In specific implementation, the rotation of the separation box driven by the stepping motor 5 should be slow.

As shown in Figure 5, coin sorting mechanism 7 comprises slide rail frame 12, slide rail 8, baffle plate 9, coin position correction structure 20, side plate 22, slide rail baffle plate 23 and coin track plate 24; It is a square frame structure, and a coin position correction structure 20 is arranged in the middle of the square frame structure, and the coins sorted out by the paper coin sorting mechanism 13 directly fall on the coin position correction structure 20, as shown in Figure 6, the coin position correction structure 20 is It is formed by a plurality of triangular prisms arranged in parallel at intervals, and there is a gap between adjacent triangular prisms, the gap is greater than the thickness of the coin and less than twice the thickness of the coin; so that when the coin falls into the coin position correction structure 20, it will enter the adjacent The gap in the middle of the triangular prism enters in the slide rail 8 below in an upright state.

As shown in Figures 5 and 7, the lower part of the slide rail frame 12 is a 1/4 arc-shaped track frame structure that is arranged obliquely downward. The track frame structure is connected to the lower end opening of one side edge of the square frame structure. A plurality of slide rail baffles 23 are arranged at intervals between the side plates 22 on both sides of the lower part of the 12, and the slide rail baffles 23 divide the space of the track frame structure at the lower part of the slide rail frame 12 into a plurality of 1/4 arc-shaped slide rails. Rail 8 ', the width of slide rail 8 is also greater than coin thickness and less than twice of coin thickness, slide rail baffle plate 23 is corresponding to the triangular prism of coin position correction structure 20, and slide rail baffle plate 23 tops extend to triangular prism Each triangular prism corresponds to a slide rail baffle 23; between the side plate 22 and the slide rail baffle 23, and between adjacent slide rail baffles 23 are fixedly connected by fixing screws 21.

The same coin track plate 24 is arranged at the bottom of the square frame structure on the top of the slide rail frame 12 and the track frame structure of the lower part, and the coin track plate 24 is used as a plate for receiving and moving coins.

After the slide rail accepts the coins sorted out by the paper coin sorting mechanism, the coin will roll along the predetermined trajectory, and finally fly out from the end along the parabolic trajectory. The side of the slide rail 8 lower end is provided with a baffle 9, according to the 9 and the distance between the lower end of the slide rail 8 and the position are set so that different coins do not collide with the baffle plate 9 after sliding out of the slide rail 8 and collide with the baffle plate 9 at different positions of the coins, so that different coins have different trajectories. Finally, it falls into different positions of the collecting box 10 so as to realize classification.

In specific implementation, the height of a single slide rail 8 is about 80-100 mm, the distance between the centers of two adjacent slide rails 8 is 30 mm, which is slightly larger than the maximum diameter of a coin of 25 mm, and there is a gap of 3 mm between adjacent slide rails 8 . The circle radius 135mm of the 1/4 circular arc of slide rail 8 is suitable for sliding down of three kinds of coins of one yuan, five jiao and one jiao.

The working principle of the present invention is mainly as follows.

After the mixed currency mixed with banknotes and coins passes through the paper coin sorting mechanism 13, the remaining banknotes remain in the separation box, and the coins fall into the coin sorting mechanism 7 positioned directly below the paper coin sorting mechanism through the coin sieve plate 14. In the coin sorting mechanism, the coin is adjusted in the slide rail 8 after passing through the coin position correction mechanism 20, enters in the semicircular arc exit track through the coin track plate 24 and flies out from the end of the track, after the diameter baffle plate 9 hits, different The coins of the specifications have produced different parabolic trajectories, wherein the one-yuan coin with a diameter of 25mm has the most obvious change in trajectory, falling into the partition of the collecting box 10 closest to the coin sorting mechanism 7, and the pentagon coin with a diameter of 20.5mm slightly changes the trajectory, Falling into the partition in the middle of the collection box 10, the dime coin with a diameter of 19mm has no track change and falls into the farthest partition of the collection box 10, thereby realizing the classified collection of various currencies.

Figure 2 shows an enlarged view of the paper coin sorting mechanism. When the overall mechanism is not working, the stepper motor 5 will rotate, driving the spline shaft to rotate, and the spline shaft will drive the sorting mechanism to rotate so that the top door plate 19 of the separation box is in an upward state, and the side door shaft side is fixedly connected with the slider 18, The sliding block 18 is lined in the sliding groove 17 and can realize low-friction sliding. When device starts working, steering gear 2 drives four-bar linkage 3 and rotates and separate box top door panel 19 is opened, and after dropping into paper coin mixed currency, driving four-bar linkage 3 rotates and separate box top door panel 19 is closed by steering gear 2. Then the stepping motor 5 starts to rotate, and the paper coin mixed currency in the paper coin sorting mechanism 13 will constantly rotate, and the coin wherein will pass through the coin sieve plate 14 and leak from the rectangular hole of 5 × 30mm that has on the sieve plate, and the banknote Then stay in the paper coin sorting mechanism 13. After the coins in the paper coin sorting mechanism 13 are completely separated, the first step of paper coin sorting is realized.

After the coins separated from the paper coin sorting mechanism fall into the coin sorting mechanism 7, what pass through at first is a coin position correction structure 20 in the shape of a triangular prism. The distance between two adjacent triangular prisms is 30mm, which is 25mm larger than the diameter of the largest coin. When the coin falls into the correction structure, it will enter the middle part of the adjacent triangular prism. There is a gap of 3mm between the two triangular prisms, and the maximum allowable thickness is 1.85mm. The passage of the one-dollar coin of mm. After the coin position correction structure 20 adjusts the coin position, each coin can be in a vertical state and enter the slide rail 8 . After the coin enters the slide rail 8, it falls into the coin track plate 24 assembled at the lower end of the slide rail 8. After the movement of the coin track plate 24, it will finally fall into the quarter circle area at the lower end of the track and fly out freely through the end. . The end is equipped with a baffle plate 9 outside, and the lowest position of the baffle plate 9 is 19.5mm away from the lowest point of the arc at the end of the coin track plate 24.

Coin is to adopt Renminbi coin, is divided into one yuan coin, five jiao coin and one jiao coin; Described collecting box 10 mainly is made up of three storage areas, is divided into one yuan coin storage area, five jiao coin storage area along distance coin sorting mechanism 7 from near to far. area and a dime storage area.

When the coin flying out is a one-yuan coin with a diameter of 25mm, the parabolic trajectory of the one-yuan coin will be greatly changed, so as to fall into the partition (one-yuan coin storage area) in the collection box 10 closest to the coin sorting mechanism 7 .

When the flying coin is a pentagon coin with a diameter of 20.5 mm, the parabolic trajectory of the pentagon coin will be slightly changed, thereby falling into the partition (penta coin storage area) in the middle of the collection box 10 .

When the coin that flies out is the dime of diameter 19, dime can not touch with baffle plate 9, therefore can not have the change of parabolic trajectory, thereby falls into the collection box 10 farthest away from coin sorting mechanism 7 In the partition (dime storage area), the classified collection of three different coins is finally realized.

It can be seen that the present invention makes use of the feature that the coin itself is smaller and lighter than paper money to separate the coins from the screen on the side of the box body, and uses the different diameters of coins of different denominations so that the trajectory changes after passing through the same baffle are different to carry out coin classification. Paper coin separation, coin classification, and classification accuracy and efficiency are relatively high.

Claims (8)

1. A coin sorting and sorting device, characterized in that: it comprises a frame (11) and a paper coin sorting mechanism (13), a coin sorting mechanism (7) and a coin collection mechanism installed on the frame (11), The paper coin sorting mechanism (13) is installed on the top of the frame (11), the coin sorting mechanism (7) is installed on the bottom of the frame (11), and the paper coin sorting mechanism (13) is located above the coin sorting mechanism (7). The collection mechanism is located under the side of the output port of the coin sorting mechanism (7); the paper coin sorting mechanism (13) is used to receive the paper coins that need to be separated, mix the coins and separate the coins, and the coin sorting mechanism (7) classifies the coins, The coin collecting mechanism is used to receive the coins separated and sorted by the coin sorting mechanism; The coin sorting mechanism (7) includes a slide rail frame (12), a slide rail (8), a baffle (9), a coin position correction structure (20), a side plate (22), and a slide rail baffle (23) and the coin track plate (24); the upper part of the slide rail frame (12) is a square frame structure, and a coin position correction structure (20) is arranged in the middle of the square frame structure, and the coin position correction structure (20) is composed of a plurality of triangular prisms spaced in parallel Arranged, there is a gap between adjacent triangular prisms, the gap is greater than the thickness of the coin and less than twice the thickness of the coin; the lower part of the slide rail frame (12) is a 1/4 arc-shaped track frame that is arranged obliquely downward structure, the track frame structure is connected to the lower opening of one side edge of the square frame structure, and a plurality of slide rail baffles (23) are arranged at intervals between the side plates (22) on both sides of the lower part of the slide rail frame (12). The plate (23) divides the space of the lower track frame structure of the slide rail frame (12) into multiple slide rails (8) in the shape of a 1/4 arc, and the slide rail baffle (23) corresponds to the coin position correction structure (20 ) of the triangular prism, and the upper part of the slide rail baffle (23) extends below the triangular prism; the side of the lower end of the slide rail (8) is provided with a baffle (9), according to the baffle (9) and the slide rail ( 8) The distance and position between the lower ends are set so that different coins do not collide with the baffle (9) after sliding out of the slide rail (8) and collide with the baffle (9) at different positions of the coins, so that different coins have different The motion trajectory finally falls into different positions of the coin collecting mechanism (10) so as to realize classification. 2. A coin sorting and sorting device according to claim 1, characterized in that: the paper coin sorting mechanism (13) includes a separation box, a steering gear frame (1), a steering gear (2), a connecting Rod mechanism (3), spline shaft (4), stepper motor (5) and motor seat (6), the separation box is composed of two separation box side plates (15) and arranged on two separation box side plates (15 ) between three coin sieve plates (14) fixed to form a rectangular shell with an open top, two separation box side plates (15) are located on both sides of the separation box symmetry, and three coin sieve plates (14) are located on Between the two sides and the bottom of the side plates (15) of the two separation boxes, strip-shaped gaps for coin leakage are arranged on the coin sieve plate (14); the stepper motor (5) passes through the motor seat (6) and the bearing seat (16) Fixedly installed on the side of the frame (11), the output shaft of the stepping motor (5) is coaxially connected with one end of the spline shaft (4), and the other end of the spline shaft (4) is separated from the side of the separation box The box side plate (15) is fixedly connected, and the separation box side plate (15) on the other side of the separation box is hingedly connected to the frame (11), and is fixed to the frame (11) through the bearing seat (16) on the other side; The two side plates (15) of the separation box on both sides of the top opening of the separation box are fixed with horizontal chute (17) on the top, and the two top door panels (19) of the separation box are arranged at the top opening of the separation box. Both sides of the box top door panel (19) are fixedly connected with the sliders (18) respectively, and the sliders (18) on both sides of the top door panel (19) of the separation box are all embedded in the chute (17); A steering gear frame (1) is installed between the tops of the plates (15), and a steering gear (2) is fixed on the bottom surface of the middle part of the steering gear frame (1). The door panel (19) is connected. 3. A coin sorting and sorting device according to claim 2, characterized in that: said link mechanism (3) includes a long link and two short links, the middle part of the long link and the rudder The two ends of the long connecting rod are respectively hinged to one end of the two short connecting rods, and the other ends of the two short connecting rods are respectively hinged to the top door panels (19) of the two separation boxes; the steering gear (2) The operation drives the long connecting rod to rotate, and the long connecting rod drives the short connecting rod to push the two separation box top door panels (19) to move horizontally along the chute (17), so that the two separation box top door panels (19) are horizontally separated or move closer. 4. A coin sorting and sorting device according to claim 2, characterized in that: the operation of the stepping motor (5) drives the separation box to rotate, and paper coins are placed in the separation box, and during the rotation of the separation box, The coins mixed in the banknotes are sorted out by falling through the strip-shaped gaps of the coin sieve plate (14) on the separation box due to gravity, so that the coins are sorted out from the banknotes and coins. 5. A coin sorting and sorting device according to claim 1, characterized in that: So that when the coin falls into the coin position correction structure (20), it will enter the gap between the adjacent triangular prisms and enter the slide rail (8) below in an upright state. The width of the slide rail (8) is also greater than the thickness of the coin and less than twice the thickness of the coin. 6. A coin sorting and sorting device according to claim 1, characterized in that: The side plates (22) and the slide rail baffles (23) and adjacent slide rail baffles (23) are fixedly connected by fixing screws (21). 7. A coin sorting and sorting device according to claim 1, characterized in that: The bottom of the square frame structure on the upper part of the slide rail frame (12) and the track frame structure on the lower part are provided with the same coin track plate (24), and the coin track plate (24) is used as a plate for receiving and moving coins. 8. A coin sorting and sorting device according to claim 1, characterized in that: The coins are RMB coins, which are divided into one-yuan coins, five-cent coins and one-cent coins; the coin collection mechanism (10) is mainly composed of three storage areas, which are divided into The one-yuan coin storage area, the five-cent coin storage area and the dime coin storage area, the dime coin slides out of the slide rail (8) and falls into the coin collection mechanism (10) without colliding with the baffle (9). In the far away dime storage area, the pentacle coin slides out of the slide rail (8) and collides with the baffle (9) and falls into the penta coin storage area closest to the coin sorting mechanism (7) of the coin collection mechanism (10). After the one-yuan coin slides out of the slide rail (8), it collides with the baffle plate (9) and falls into the coin collection mechanism (10) in the nearest one-yuan coin storage area of the coin sorting mechanism (7).

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