CZ20520U1 - Automatic machine for dispensing and storing coins - Google Patents

Description

Technical field

The technical solution relates to a coin dispensing and storing machine, more particularly to a coin dispensing and storing machine, in which a left turntable and a right turntable are provided separately.

Background Art

There are many types of coin dispensing and storing machines on the market that have a coin collector assembly. Coin collecting tube diameters (diameters) are designed to match the diameters of different coins, thus keeping different coins. For example, in a coin ticket machine, coin changer or vending machine at a public transport stop (public transport) or a railway station, a coin dispensing and storage machine is used. The operator periodically opens the coin dispensing and storing machine to replace almost full coin collecting tubes with empty, thereby maintaining the normal operation of the ticket, coin changer or vending machine.

FIG. 1 depicts a prior art coin dispensing and storing machine comprising a cover 100a, a coin storage cartridge 106a, a front beam 132a, and a rear beam 134a. In the front beam 132a. resp. a coin collecting tube assembly is located in the rear beam 134a (six in this figure). Coin storage cassettes 106a including a front beam 132a and a front beam 132a, respectively. the rear beam 134a is pivotally mounted to the housing 100a via the pivot joint 124a. FIG. 1 shows that the storage cassette 106a rotates outwardly from the housing 100a. The front beam 132a and the rear beam 134a are separated by a pin 126a. Further, a coin exit path 136a is defined between the front beam 132a and the rear beam 134a to allow the coins to exit from the housing 100a.

In practice, such a coin dispensing and storing machine still has drawbacks. Since the coin storage cassette includes a coin collecting tube assembly, the total weight of the coin storage cassette is very large when these coin collecting tubes are full of coins. As a result, the pivot joint 124a and the joint 126a are subjected to a great deal of strain. Not only must the operator have to exert a relatively large force to open the coin storage cassette 106a, but the pin joint 124a and the joint 126a can be very easily damaged and deformed over a long period of time. Thus, the normal operation and lifetime of the coin dispensing and storing machine are negatively affected.

Thus, it is an important task of the inventor of the present invention to solve the above problems.

Principle of technical solution

This technical solution is to provide a coin dispensing and storing machine in which coin collecting tubes are supported by different rotary beams. This not only reduces work consumption, but also the force exerted on the respective swivel beams can be effectively decomposed to reduce damage and deformation.

This technical solution is to provide a coin dispensing and storing machine, which includes a coin splitting body, a coin collecting tube assembly, a left pivot beam, a pivot plate and a right pivot beam. Coins are taken into coin collecting tubes. The left swivel beam is pivotally mounted in one side of the body to distribute the coins. The left swivel beam allows part of the coin collecting tubes to be placed on it. The rotating plate is rotatably mounted on the opposite side of the body to distribute the coins. The right turntable is attached to the turntable. The right swivel beam allows the remainder of the collecting tubes to be positioned thereon. The left pivot beam and the right pivot beam are rotatably mounted in the coin splitting body or pivotally mounted outside the coin splitting body.

-1CZ 20520 Ul

This technical solution provides a coin dispensing and storing machine that includes a coin splitting body, a coin collecting tube assembly, a left pivot beam and a right pivot beam. Coins are taken into coin collecting tubes. The left swivel beam is rotatably mounted on one side of the body to distribute the coins. The left swivel beam allows it to be placed on a portion of the coin collecting tubes on it. The right turntable is rotatably mounted in the other side of the body for the distribution of coins. The right swivel beam allows the remainder of the collecting tubes to be positioned thereon. The left pivot beam and the right pivot beam are rotatably mounted in the coin distribution body or pivotally mounted outside the coin distribution body.

Compared to the prior art, this technical solution has the following advantageous features, since the coin collecting tubes are disposed in the left-hand rotatable beam, respectively. in the right-hand rotary beam, the force exerted on each pivot beam and the associated pins can be distributed so that the pivot beams and the pins of the coin dispensing and storing machine are not easily damaged and thus extend their lifetime. Also, the operation is economical to work with. On the other hand, by combining the rotary plate and the right rotary beam, the volume of the coin dispenser can be reduced.

BRIEF DESCRIPTION OF THE DRAWINGS

The technical solution will be explained in more detail by means of specific embodiments shown in the drawings, in which:

FIG. 1 is an exploded perspective view of the technical solution; FIG. 3 is a perspective view of the technical solution; FIG. 4 is a cross-sectional view taken along line 4-4 of FIG. Fig. 3 is an exploded perspective view showing a lifting means and a coin dispenser according to the present invention; Fig. 6 is a partially enlarged view showing that the lifting means installed in the coin dispenser according to the present invention, Fig. 7 is a schematic view (I) showing FIG. 8 is a schematic view (Π) showing the operation of the lifting means according to the present invention; FIG. 9 is a schematic view showing the outer rotation of the left pivoting beam according to the present invention; oto Joint truss according to the invention, FIG. 11 is a perspective view showing the external appearance of this invention after turning it levé35 and right rotary member outwardly.

Examples of technical solutions

The characteristics and technical content of this invention will be described with reference to the accompanying drawings. However, the drawings are merely illustrative without limiting this technical solution.

The following description relates to Figures 2 to 4. This technical solution provides a coin dispensing and storing machine comprising a coin distribution body 10, six coin collecting tubes 20, a left rotating beam 30, a rotary plate 40 and a right rotary beam 50.

The coin distribution body 10 comprises an outer frame 11 and a coin dispenser 15. The outer frame JT is enclosed by a plurality of edge plates 110 and is thus substantially rectangular in shape. The inner side of the left side edge plate 110 is provided with two first pin holders 111. The inner wall of the right side edge plate 110 is connected to the two first pins 112. Further, the center portion and the bottom portion of the right side edge plate 110 are provided with two positioning slots.

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113. The lower portion of the right side edge plate 110 is provided with a V-shaped guide slot 114 and a resilient member 115 (FIG. 3). The guide slot 114 is formed with the locking projection 116 under the flexible member 115 (FIG. 7).

The coin dispenser 15 is located in the outer frame H and includes an inner frame 150, a coin hopper 151 attached to the top of the inner coin receiving frame 150, a coin distribution coin module 152 received by the coin hopper 151, and a storage 153 formed under the module 152 distribution of coins. Both sides of the bottom of the inner frame 150 are provided with a respective shaft hole 154 in the transverse direction of the coin dispensing and storing machine. At the front and rear sides of the shaft bore 154, the inner frame 150 is provided with a cutout 155, respectively. through the aperture 156 (FIG. 5), the front surface of the inner frame 150 has an inner slot 157 formed therein. In addition, the inner frame 150 is provided with a through hole 158 near the cutout

155.

Each coin collecting tube 20 is formed into a hollow cylinder into which a set of coins can be received. The size of each coin collecting tube 20 corresponds to a coin diameter of a certain nominal [5 value]. Coins of different sizes can be received with coin collection manifolds of various sizes.

The left pivot beam 30 is connected to two second pivot pins 3L. The two second pivot pins respectively engage two first pivot holders 111 on the left side of the outer frame 11. The left pivot beam 30 is provided with a plurality of elongate grooves 32 (four in this embodiment), the pro-channel grooves 32 are essentially formed in a semi-cylindrical shape to allow the coin collecting tube 20 to be detachably attached to the elongate grooves 32. Further, when the left pivot beam 30 in this embodiment is closed, it is located outside the right pivot support 50. Coin exit path 33 is thus located in the left-hand pivoting beam 30 and outside the coin-collecting tubes 20. With this arrangement, the coins can be easily ejected outside the coin distribution body 10 without interfering with the opening and closing of the left rotating beam 30 and the right pivot beam 50. Of course, the coin exit path 33 need not only be in the left pivot beam 30 and its placement can be changed according to requirements in practice. Further, one end of the left rotary beam 30 remote from the second pin 31 is provided with two positioning pins 34. The positioning pins 34 can be inserted into positioning cutouts for positioning. In addition, the left and right sides of the bottom of the left pivoting beam are provided with a first stop 35. The first stop 35 is located in a recess 155 of the inner frame 150.

The front side of the rotary pad 40 is provided with two third pins 41 and its rear side is provided with two half-cylinder second pin holders 42. The two second pin holders 42 are pivotally connected to the first pins 112 on the right side of the outer frame 11. Further, the bottom side of the second holder is

42 of the pivot plate 40 is connected to the second stop 43. The second stop 43 extends through the through hole 156 of the inner frame 150.

One side of the right rotary beam 50 adjacent to the rotary plate 40 is formed with two third pin holders 51. The two third pin holders 51 allow the third pins 41 to engage with them. By this arrangement, when the turntable causes the right turntable 50 to be received in the receiving space 153, the right turntable 50 can rotate relative to the turntable 40 so that they form a substantially right angle therebetween, so that the right turntable 50 can abut against the rear of the inner wall of the outer JT frame (FIG. 4). Further, the right turntable 50 is also provided with a plurality of elongated grooves 52 (two in this embodiment). The profile of each of the elongate grooves 52 is essentially formed in a semi-cylindrical shape into which coin collecting tubes 20 can be detachably mounted.

Referring to Figures 5 and 6, the coin dispensing and storing machine of the present invention further comprises a lifting means 60 that includes a handle 61, a pair of shafts 62, a pair of front lift cams 63 and a pair of torsion springs 64, Handle 61 is flat and elongated and connected to the inner slot 157. The shafts 62 penetrate through the through holes 158, and are then attached to the left and right holes respectively. so that the handle 61 can be pivoted relative to the inner frame 150. Each of the front lifting cams 63 is fixedly attached to one end of the shaft 62 outwardly from

The shaft 62 penetrates the torsion spring 64. The two ends of the torsion spring 64 are supported on the inner frame 150, respectively. the handle 61, the handle 61 being able to return to its initial position by the resilient forces of the torsion springs 64 (FIG. 7).

The front lift cam 63 is positioned facing the first left turn beam stop 35.

The rocking action of the handle 61 causes each front lift cam 63 to lift the first stop 35, whereby the positioning pins 34 of the left pivot beam 30 can be removed from the positioning cutouts 113 of the outer frame LL. the rear lifting cam 66. The coupling arm 65 is pivotally connected to the front lifting cam 63 on the right side of the inner frame 150. The rear lifting cam 66 is pivotally connected to the shaft bore 154 of the inner frame 150 and the connecting arm 65 and is positioned so as to fit the passage The opening of the inner frame 150 and the second stop 43 of the rotary plate 40. The rocking action of the handle 61 and the front lifting cam 63 causes the rear lifting cam 66 to raise the second stop 43, and in this embodiment the connecting arm 65 is formed with a pin 651 can be received in the guide slot 114 outside H. him frame (Fig. 7). The deformation of the elastic member 115 and the stop action exerted by the locking projection 116 on the pin 651 can provide the locking and positioning effect of the left and right rotary beams.

Referring to Figures 7 to 11. When the operator intends to open the coin dispensing and storing machine, the operator first grips the handle 61 and exerts a force to swing the handle 61 with the shaft 62 as the center of rotation, with both front lift the cams 63 can rotate upward. At this point, the front lift cams 63 lift the first stop 35 so that the positioning pins 34 of the left pivot beam 30 can be removed from the positioning cutouts 113 of the outer frame 11 (FIG. 3). Then, since the right side of the left pivot beam 30 has been removed from the outer frame 11, the left pivoting beam 30 can be swung out to leave the storage space 153 of the inner frame 150, using a second pivot 31 as the center of rotation (FIGS. 9 and 11). Similarly, by combining the coupling arm 65 and the rear lifting cam 66, the pivoting of the front lifting cam 63 causes the coupling arm 65 to move and cause the second stop 43 to be lifted by the rear lifting cam 66. In this manner, the rotary plate 40 and the right rotary beam 50 are lifted from the inner At this point, the right pivot beam 50 can be swung out relative to the pivot plate 40 and the outer frame 11 so that the right pivot beam 50 can swing outwardly from the receptacle 153 of the inner frame 150 (Fig. 10).

Further, since the edge plate 110 of the outer frame 11 is provided with a guide slot 114, a resilient member 115 and a locking projection 116, the displacement path of the connecting arm 65 is limited by its pin 651 sliding in the guide slot 114. Thus, as shown in FIG. 61, the position of the locking projection 116 can be adjusted to the lowest position, since the locking projection 116 can be stopped on the pin 651. Thus, the respective coin collecting tube 20 can be easily removed from the left pivot beam 30 and the right pivot beam 50, respectively. The coin collecting tube 20 is mounted in the left pivot beam 30 and the right pivot beam 50, and the right pivot beam 50 is pushed into the receptacle 153, the operator can push the handle 61 back so that the peg 651 can pass through the locking projection 116 by resiliently deforming the resilient member 115 and move into the guiding slit otherwise 114 to its original position. At this point, the left pivot beam 30 and the right pivot beam 50 are limited and repositioned by the outer frame JT or the inner frame 150.

Furthermore, this technical solution has another embodiment which is a structure substantially identical to the previous embodiment. For simplicity, a redundant description is omitted and only the difference between them is explained. The third right-hand pivot pin holders 51 are pivotally connected to the pivot shafts 112 on the right side of the outer frame 1T (not shown). At this point, the right-hand rotary beam 50 rotates outwardly and inwardly directly relative to the outer frame JT. Such an arrangement can be applied depending on the type of coin dispensing and storing machine. This embodiment also has the same effect as the previous embodiment.

Indeed, according to the above, the coin dispensing and storing machine according to the present invention indeed has industrial applicability, novelty and inventive activity. Next structure

The present invention has not yet been observed in a product of the same kind or left for public use. This technical solution therefore meets the requirements for protection by means of a utility model.

Claims (5)

PROTECTION REQUIREMENTS A coin dispensing and storing machine comprising a coin dispensing body (10) and a coin collecting tube assembly (20), further comprising a left pivot bar (30) pivotally connected to one side of the coin body (10) for dispensing a coin collecting tube (20). coin distribution, wherein a portion of the coin collecting tubes (20) is disposed in the left swivel beam (30), the turntable (40) rotatably connected to the opposite side of the coin distribution body (10) and the right swivel beam (50) connected to the swivel a plate (40) wherein the remaining portion of the coin collecting tubes (20) is rotatably supported, wherein the left hinge beam (30) and the right hinge beam (50) are rotatably mounted within the coin distribution body (10) or rotate outside the body (10). 10) for the distribution of coins. Coin dispensing and storage machine according to claim 1, characterized in that: 15 wherein the coin distribution body (10) comprises an outer frame (11) and a coin dispenser (15) disposed within the outer frame (11). A coin dispensing and storage machine according to claim 2, characterized in that the inner wall of the outer frame (11) is provided with a first pivot holder (111) and connected to the first pivot (112), the left pivot beam (30) having a second pivot. (31) fitting into the first holder (111) 20 and the pivot plate (40) has a second pivot holder (42) for engagement with the first pivot (112). The coin dispensing and storage machine of claim 3, wherein the turntable (40) has a third pin (41), the right pivot beam (50) has a third pin holder (51) for connection to the third pin (41). thereby allowing the right rotating beam (50) to be connected to the coin dispenser (15). A coin dispensing and storage machine according to claim 2, characterized in that the outer frame (11) is provided with a positioning cutout (113) and the left pivoting beam (30) is formed with a positioning pin (34) for insertion into the positioning slot. (113). A coin dispensing and storage machine according to claim 1, characterized in that the left swivel beam (30) is provided with a coin exit path (33) outside the collecting tubes (20) for 30 coins. The coin dispensing and storage machine of claim 1, further comprising a lifting means (60) mounted at the bottom of the coin distribution body (10) and positioned to fit the left pivot bar (30) for lifting the left one. a rotary beam (30). The coin dispensing and storage machine of claim 1, wherein the left pivot beam (30) has a first stop (35), the lifting means (60) including a handle (61), a shaft (62) rotatably coupled to the body (10) for distributing coins and attached to the handle (61), a front lifting cam (63) attached to the shaft (62) for pushing the first stop (35), and a torsion spring (64) slid on the shaft (62) and resiliently supported on the handle (61) and a body (10) for distributing coins 40. -5GB 20520 Ul The coin dispensing and storage machine of claim 1, further comprising a lifting means (60) mounted at the bottom of the coin distribution body (10) and positioned to fit the left swivel beam (30) and the turntable (30). 40), for lifting the left swivel beam (30) and the turntable (40). Coin dispensing and storage machine according to claim 9, characterized in that the left rotary beam (30) has a first stop (35), the rotary plate (40) has a second stop (43), the lifting means (60) comprises a handle (61), a shaft (62) rotatably coupled to the coin distribution body (10) and mounted on the handle (61), a front lifting cam (63) mounted on the shaft (62) for pushing the first stop (35), a torsion spring (64) threaded on the shaft (62) and resiliently supported on the handle (61) and the coin distribution body (10), a connecting arm (65) pivotally connected to the front lifting cam (63) and guided by the coin distribution body (10) and the rear a lifting cam (66) pivotally connected to the coin distribution body (10) and a connecting arm (65) for pushing the second stop (43). Coin dispensing and storage machine according to claim 10, characterized by 15, wherein the coin distribution body (10) comprises an outer frame (11), the outer frame (11) being provided with a guide slot (114) at a location corresponding to the connecting arm (65), the connecting arm (65) being formed with a pin (651) sliding in the guide slot (114). Coin dispensing and storage machine according to claim 11, characterized in that the guide slot (114) of the outer frame (11) is formed with a resilient part (115), wherein 20, the resilient member (115) is formed with a locking protrusion (116) in the guide slot (114) to stop movement of the pin (651). A coin dispensing and storing machine comprising a coin distribution body (10) and a coin collecting tube assembly (20) to facilitate receiving thereof, further comprising: 25 is a left pivoting beam (30) pivotally connected to one side of the coin distribution body (10), wherein a portion of the coin collecting tubes (20) is located in the left pivoting beam (30) and the right pivoting beam (50) pivotally attached to the other side a coin distribution body (10), the remaining portion of the coin collecting tubes (20) being received in a right-hand swivel beam (50), wherein the left-hand swivel beam (30) and the right-hand swivel beam (50) are rotatably supported in the body (10) for 30, or are rotatably mounted outside the coin distribution body (10). The coin dispensing and storage machine of claim 13, wherein the coin dispensing body (10) comprises an outer frame (11) and a coin dispenser (15) within the outer frame (11). A coin dispensing and storing machine according to claim 14, characterized by 35, wherein the inner wall of the outer frame (11) is provided with a first pivot bracket (111) and connected to the first pivot (112), the left pivot beam (30) having a second pivot (31) mounted in the first bracket (111) the pivot and the right pivot beam (50) has a third pivot holder (42) for securing the first pivot (112). A coin dispensing and storage machine according to claim 14, characterized by 40, characterized in that the outer frame (11) is provided with a positioning cutout (113) and the left pivoting beam (30) is formed with a positioning pin (34) inserted into the positioning cutout (113). A coin dispensing and storage machine according to claim 13, characterized in that the left rotating beam (30) is provided with a coin path (33) outside the coin collecting tubes (20). -6EN 20520 Ul The coin dispensing and storage machine of claim 13, further comprising a lifting means (60) mounted at the bottom of the coin distribution body (10) and positioned to fit the left swivel beam (30) for lifting the left one. a rotary beam (30). A coin dispensing and storage machine according to claim 18, characterized in that the left pivot beam (30) has a first stop (35), the lifting means (60) comprising a handle (61), a shaft (62) rotatably connected to the body (10) for dispensing coins and attached to the handle (61), a front lifting cam (63) attached to the shaft (62) supporting the first stop (35) and a torsion spring (64) slid onto the shaft (62) and resiliently abutting the handle ( 61) and a coin distribution body (10). The coin dispensing and storage machine of claim 13, further comprising a lifting means (60) mounted at the bottom of the coin distribution body (10) and positioned to fit the left swivel beam (30) and the right swivel beam. (50), for lifting the left swivel beam (30) and the right swivel beam (50).