TWM361681U - Coin hopper - Google Patents

Description

M361681 V. New description: [New technology field] This creation is about a kind of coin retreat. It is a kind of retreat that is set in a coin-operated transaction device to refund the difference. [Prior Art] No, in order to save labor costs and make goods in the current society

The sales time is not limited to the auto-selling in a certain period of time (4), or the public telephone and game machine that provide people to pay the fee to obtain the right to use within a certain period of time, and the payment method is achieved by using a kind of investment and trading equipment. Wherein, the coin withdrawal device is a device that is set in the "trade device towel to calculate the transaction difference and then sends the change from the coin withdrawal port. The prior art coin withdrawal device, such as the Taiwan certificate number No. M331155" The zero-device "type patent" shows that the coins of different currency values are sorted and stored in the coins of the respective currency values, and after calculating the transaction difference, the amount of money t that each coin cylinder should be withdrawn is allocated, and then each - A relay drive corresponding to the side of the coin cylinder - the coin delivery component pushes the coin out of the coin withdrawal port. However, in the above-mentioned prior art money-collecting device, a relay and a coin-carrying component can only be used to control the withdrawal of the money belt in the cylinder, so that in addition to the heavy weight of the prior art money-collecting device, In addition to the high manufacturing cost, 'there is a large space occupied by f (4)' even makes the volume of coin-operated trading equipment with this coin-holding display unable to further reduce; in addition, because the relay mainly uses electromagnetic action The driving coin conveying unit is carried out between the two actions of retracting and not retreating (4). Therefore, when the external force vibrating M361681 is moved, it is easy to cause the coin retreating action to be inaccurate due to poor contact, thereby causing the card currency or the defective amount to be returned. The money of the coin, causing disputes between consumers and the industry, so the existing technology of the money refund device does have further improvements. [New content] The advantages of the prior art are that the present invention provides a coin-return device to design and solve the space required for the prior art coin-collecting device.

The weight is heavy, the price is expensive, and the coin withdrawal action is easily affected by the external force. In order to achieve the above-mentioned creative purpose, the technical means utilized by the present invention is to make a coin retreating device include: a base 'which contains a carrier disk, a circuit board and a bottom cover, wherein the carrier tray is formed with a plurality of coin outlets and a plurality of (four) plates, the outlets are spaced apart and arranged at a side of one side of the carrier tray, and the tray is formed by protrusion Corresponding to each of the coin outlets on the bottom surface of the carrier tray, and spaced apart from the bottom surface of the carrier tray and disposed parallel to each other, each of the pallets is concavely formed with an arc groove formed on the side thereof, the arc slot and the other phase The circuit board is disposed on the bottom surface of the carrier tray, and the bottom cover is spaced apart to provide a plurality of through holes, the through holes respectively corresponding to the bearing openings;谷%% transmission assembly, which is disposed on the carrier plate of the base, and includes a motor, the transmission shaft group is vertically disposed on the base, and the motor is electrically connected to the control circuit on the circuit board, and is at the end a protruding shaft-drive shaft, the drive shaft and the The drive shaft group phase group rotates; the puller drive shaft ton assembly is disposed on the bottom surface of the carrier tray of the base, and the .15 movable sleeve group is connected to be driven by the drive shaft group to perform the pivoting of the M361681. The other end of the coin assembly is threaded between the arc slots of two adjacent pallets. The coin-receiving device of the present invention can use the motor to transmit the coin in the two adjacent coins at the same time through the transmission shaft group and the feeding component, thereby greatly reducing the weight, the cost and the space required. In addition, the motor is not easy to be affected by the external force, resulting in poor contact, so the drive shaft set and the send + belt can be stably driven, and the action of 退 r* α + ^ can be used to correctly and surely achieve the withdrawal of the coin. [Embodiment] . As shown in the first and second figures, the coin-receiving device of the present invention can be provided with a plurality of belts (50), which can be used for different kinds of money. Classified storage, the coin retreating device comprises a base (1〇), and at least one transmission component (20) and at least a coin delivery component (4〇) disposed on the base (1〇), each transmission component (20 The system is connected to the belt assembly (4〇) and can control the return of the money in the two adjacent coins (50), wherein: the base (1〇) comprises a carrier tray (11), a a circuit board (12), a plurality of inductors (13), a motor mount (14) and a bottom cover 〇 5); as shown in the third figure, the carrier disc (11) is formed with a plurality of a coin port (111), a plurality of pallets (112), at least one perforation (114), at least one positioning protrusion (115), at least one pivot rod (116), at least one guide rod (117), and a plurality of through holes (118); the coin outlets (111) are spaced apart and disposed at one side of the carrier tray (1), and the coin cartridge (50) may be disposed on one of the carrier trays (11) The top surface is respectively disposed corresponding to each of the coin outlets (111); the pallet (112) is slightly semi-circular, and is formed on the bottom surface of the carrier tray (11) corresponding to each coin outlet (111). ) and is spaced from the bottom surface of the carrier tray (1 1) and arranged parallel to each other. The distance between the top surface of the pallet (1 12) and the bottom surface of the carrier tray (1 1) is about 5 M361681 thickness of a coin. The coins stored in the coin cylinder (50) may be further stacked on the pallet (112) of the carrier tray (11), and each of the pallets (112) is concavely formed with an arc groove on its side (11). 3), the arc groove (彳13) is opposite to the arc groove (113A) of another adjacent plate (112A). In a preferred design, the two adjacent plates (112) (112A) The arc formed by the arc groove (113) (113A) has the same center and radius of curvature; the through hole (114) is formed through the other side of the carrier tray (11) and correspondingly located at two adjacent coin outlets ( Between 111); the positioning protrusion (11 5) is formed on the bottom surface of the carrying tray (1彳), and is located adjacent to the perforation (彳彳4) and two corresponding to the perforation (114) Between the mouths (彳'彳); "Hai pivot (116) projecting on the bottom surface of the carrier tray (11) near the two adjacent coin outlets (111); the guide rod (117) protrudes Stretched on the bottom surface of the carrier tray (11) and located between the perforation (114) and the pivot rod (1彳6), in a preferred ° juice, the guide rod (11 7) can be formed by protrusion On the vertical surface of the positioning protrusion (115), and the line between the aforementioned perforation (彳14), the pivot rod (彳16) and the guide rod 〇17) is linearly distributed; "Haibeikong (11 8) is disposed between the through hole (彳彳4) and the pivot rod (彳彳6). In a preferred design, the through hole (118) further penetrates the positioning protrusion (115); (12) The through hole (118) is formed on the top surface of the carrying tray (1); the inductor (13) is disposed on the circuit board (12) and is respectively disposed on the carrying tray (11) The motor fixing seat (14) is disposed on the top surface of the carrier tray (11), and has at least one receiving space formed therein, and includes a bracket (141) and a cover plate. (142), the carrier (141) is fixed to the carrier tray (11) The cover plate (142) M361681 is disposed on the bracket (141), and the receiving space is formed between the bracket (141) and the cover plate (142); the bottom cover (15) is covered on the bearing a bottom surface of the disk (11), and a plurality of through holes are formed in the bottom cover (15). The through holes (1 51) correspond to the respective coin outlets (111) of the carrier tray (1); The transmission assembly (20) is disposed on the base (10), and includes a transmission shaft set and a motor (23); the transmission shaft set is vertically disposed on the base (10), and is better designed in the present invention. The transmission shaft assembly includes a first transmission shaft (21) and a second transmission shaft (22), and the first transmission shaft (21) is vertically disposed on the base (1) motor mount (14) A drive surface (211) (212) is disposed on the annular wall surface near the lower end portion and the other upper end portion respectively. The second transmission shaft (22) is vertically penetrated through the through hole of the carrier tray (11). a transmission surface (221) (222) is disposed around the upper wall portion and the other lower end portion of the ring wall surface, and the transmission surface (221) of the upper end portion and the first transmission shaft (21) The end transmission surfaces (21彳) are connected such that the first and second transmission shafts (21) (22) are mutually driven, and a card protrudes radially between the transmission surfaces (222) of the lower end portion. Buckle (223) (refer to the fourth figure); the motor (23) is disposed on the top surface of the carrier (11) of the base (1), and can be further fixed to the motor mount of the base (10) ( In the accommodating space of 14), the motor (23) is electrically connected to the control circuit on the circuit board (12), and can be activated by the control circuit on the circuit board (12), the motor (23) a drive shaft (231) protruding from the end, the drive shaft (231) is coupled to the first transmission shaft (21) to drive the first and second transmission shafts (2) (22) for rotation; In the preferred embodiment of the present invention, the drive shaft (231) of the motor (23) M361681

a worm, and the (211) (212) (221) (222) of the ends of the first and second transmission shafts (22) are formed to have a matching tooth shape; As shown in the fourth figure, the coin feeding unit (4〇) is disposed on the bottom surface of the carrier (11) of the base (1〇), which includes a coin returning member (41) and a transmission member (42);

The rejecting member (41) is pivotally mounted on the pivot (1彳6) of the carrying tray (11), and includes a positioning piece (411) and a rocker (416). The positioning piece (411) is fan-shaped. And having an arc edge and two oblique sides, the positioning piece (411) is formed with an arc-shaped guide hole (41 2), a plurality of reset alignment holes (41 3), and at least one first-return coin alignment hole ( 414), at least one second return coin registration hole (414A) and - long hole (415) 'the guide hole (412) is disposed along the mother side of the positioning piece (411), and is available for bearing

The guide rod (11 7) of the carrier (11) is disposed in the 'reset alignment hole (4彳3), the first coin counter alignment hole (414) and a second coin counter alignment hole (414A) They are respectively disposed along the V hole (41 2), and the reset alignment hole (41 3) is oppositely disposed at a middle portion of the guide hole (412), and can simultaneously be respectively connected with the through hole on the carrier disk (1彳) (彳彳8) Correspondingly, the first coin counter alignment hole (414) and the second coin counter alignment hole (414A) are respectively disposed at two oblique edges of the positioning piece (411), the long hole (4)彳 5) disposed along the radial direction of the positioning piece (41), the rocker (416) protrudingly disposed between two adjacent pallets (112) (1 12A) on the carrier (I), the rocker (41) 6) Vertically projecting a vertical T-shaped lever (41 7) near the free end thereof, the lever (41 7) can be inserted through the arc groove of two adjacent pallets (112) (112A) Between (1 13) and (113A), the coin on the pallet (11 2) (11 2A) is pushed out; the s-hai transmission member (42) is pivoted on the guide bar (117) of the carrier plate (11) The upper part includes a transmission piece (421) and a transmission rod (424), and the transmission piece (421) has a fan shape and has an arc edge. Arc of the edge of the movable plate is formed with a transmission surface

M361681 (422), the transmission surface (422) is connectable to the transmission surface (222) at the second lower end of the transmission assembly (2), and is adapted to match the transmission surface of the lower end portion of the second transmission shaft (22) (222) The upper tooth shape, the transmission surface (422) of the transmission member (42) may also be formed with a tooth shape that can be coupled thereto, and further, between the transmission surfaces (422) of the transmission member (42) Further radially concavely formed with a slot (423), the card slot (423) is just opposite to the snap block (223) at the lower end of the second drive shaft (22) of the transmission assembly (20) The first transmission shaft (22) of the transmission member (42) and the transmission assembly (2〇) can be connected at a specific angle, and the transmission rod (424) has an axial extension protruding from the free end thereof. a positioning post (425), the positioning post (425) is disposed between the long holes (415) of the coin returning member (41). In the above-mentioned coin dropping device of the present invention, the motor of the transmission component (2〇) (23) And the control mode of the drive shaft (231) is achieved by the sensor sensing its relative position with the reject member (41) of the belt assembly (40). In a preferred embodiment, the carrier (11) of the base (1) is provided with two through holes (118) on the side of each of the guide bars (117), and the through holes (11 8) are respectively provided with a predetermined one. The sensor (彳3) and the coin feeding unit (4〇) • The positioning piece (411) of the coin returning piece (41) is provided with two reset registration holes (413) and a first coin returning hole. (414) and a second coin counter alignment hole (414A). As shown in the fourth figure, when the sensor (13) senses each reset registration hole (413) of the coin returning member (41), When the through holes (118) of the carrying tray (1彳) correspond to each other, it means that the rejecting member (41) is located at a position where no coin withdrawal is performed; further, as shown in the fifth and sixth figures, when the present invention is provided When a coin-operated parent-fed device of the coin-returning device calculates that a certain coin (6〇) must be returned, the control circuit of the circuit board (12) will start with the coin holder M361681 (50) storing the currency value. Corresponding motor (23), driving the drive shaft (231) of the motor (23) through the first and second transmission shafts (21) (22) of the transmission assembly (20) to drive the coin delivery assembly (40), wherein When the drive assembly 20) When the second transmission shaft (22) rotates counterclockwise (clockwise), the transmission member (42) of the coin feeding unit (40) can be rotated by the counterclockwise rotation (clockwise) and the positioning column of the transmission member (42) (425) driving the rejecting member (41) to rotate counterclockwise (clockwise), and when the rejecting member (41) is pivoted to cause the sensor (13) to sense the coin returning hole of the rejecting member (41) ( 414) (414A) is in communication with the consistent hole (11 8) of the carrier tray (11) and the other through hole (11 8) is subjected to the coin returning member

When the positioning piece (411) of (41) is shielded, it means that the coin returning piece (41) is located on one of the pallets (11 2) (11 2A), and one of the coins (60) is pushed out of the coin withdrawing device. At the same time, at the same time, the dialing of the end of the rocker (41 6) of the rejecting member (41) is threaded into the arc of the pallet (彳乜...彳2A) entering the bottom surface of the carrying tray (11). Between the slots (113) (113A), one of the coins (60) stacked on the pallet (112) (112) is pushed away from the pallet (112) (112A), and then the coin (6〇) ), the through hole (151) on the bottom cover (15) of the base (10) can be lowered to achieve the action of withdrawing the coin; the control circuit of the plate (2) is driven through the motor (23) (231) ) and the transmission component (2〇), drag the returning component (4) of the belt feeding assembly (4〇) back to the position where the coin is not returned, and wait for the instruction of the next-step coin withdrawal operation. The present invention is merely a preferred embodiment of the present invention, and is not intended to limit the present invention. Although the present invention has been implemented on the preferred side, but is not intended to limit the creation of the present, the person is not deviated from the creation. The skill of the group is fortunate to /..., 'the technique of the profession reveals the technology' within the scope of the program', when the technical content of the upper domain can be used to make this example, but where β m: is equivalent to change The equivalent implementation does not deviate from the content of the creation of the technical solution of the creation of the syllabus, and any simple modification and modification of the above embodiments according to the technical essence of the creation 10 M361681 is still within the scope of the technical solution of the creation. [Simple diagram of the figure] The first picture is the three-dimensional appearance of the creation. The second picture is the exploded view of the creation. The second picture is the exploded view of some of the components of the creation. The fourth picture is the bottom of the creation. view.

Equivalent change The fifth picture is a schematic diagram of the action of the bottom view of the creation. The sixth picture is another schematic diagram of the action of the bottom view of the creation. [Main component symbol description]

(1 〇) base (111) coin outlet (11 3) (11 3A) arc slot (115) positioning bump (117) guide rod (12) circuit board (14) motor mount (142) cover plate (151 ) through hole (21) first transmission shaft (212) transmission surface (221) transmission surface (223) snap block (2 31) drive shaft (11) carrier plate (112) (112A) pallet (114) perforation ( 1 1 6) Pivot (118) Through hole (13) Sensor (141) Shelf (15) Bottom cover (20) Transmission assembly (211) Transmission surface (22) Second transmission shaft (222) transmission surface ( 23) Motor (40) coin feeder assembly 11 M361681 (41) coin withdrawal member (412) guide hole (41 4) first coin counter alignment hole (415) long hole (417) lever (421) transmission piece (423 ) card slot (425) positioning post (60) coin (411) positioning piece (413) reset registration hole (414A) second coin reversing registration hole (416) rocker (42) transmission member (4 22) transmission surface (424) transmission rod (50) coin holder

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Claims (1)

嶋SI M361681 VI. Patent Application Range: 1. A coin retreating device comprising a base, at least one transmission component and at least one belt assembly, wherein: the base comprises a carrier tray, a circuit board and a bottom cover, the carrier The tray is formed with a plurality of coin outlets and a plurality of pallets, and the coin outlets are arranged at intervals along a side of one of the carrier trays, and the pallets are formed on the bottom surface of the carrier tray corresponding to the respective coins. And an opening, which is spaced apart from the bottom surface of the carrier tray and disposed parallel to each other, and each of the pallets is formed with an arc groove formed by a recess of the side thereof, the arc slot being opposite to the arc slot of another adjacent pallet, The circuit board is disposed on the carrying tray, the bottom cover is disposed on the bottom surface of the carrying tray, and the bottom cover is spaced apart and disposed with a plurality of through holes respectively corresponding to the respective coin outlets of the carrying tray; the transmission component is disposed at The carrier tray of the base comprises a drive shaft set and a motor, the drive shaft set is vertically disposed on the base, and the motor is electrically connected to the control circuit on the circuit board and protrudes at the end Have a drive a shaft, the drive shaft is coupled to the drive shaft set and can drive the drive shaft set to rotate; the coin assembly is pivoted on a bottom surface of the carrier tray of the base, and one end thereof is coupled to the drive unit of the drive assembly The drive (4) group is driven to rotate, and the other end of the coin delivery assembly is disposed between the adjacent slots of the two adjacent pallets. 2. The coin-receiving device of claim 2, wherein the carrier tray of the base is further formed with at least one pivot rod and at least one rod. The pivot rod and the guide rod are respectively protruded and formed on the carrier tray. The bottom surface is adjacent to and correspondingly located between the two adjacent coin outlets, and the aforementioned coin feeding assembly further includes a-returning piece and a transmission member, and the retreating piece is pivotally disposed on the pivot of the carrier plate 13 Month M361681 ,, η 曰 each < has a locating piece and a rocker, the locating piece has a fan-shaped arc edge and two oblique sides, the positioning piece is formed with an arc-shaped guiding hole and a long hole to be positioned along the guiding hole The arc edge of the piece is disposed, and the guiding rod of the carrying tray is disposed therein, the long hole is disposed along a radial direction of the positioning piece, and the rocking rod is protrudedly disposed between two adjacent pallets on the carrier plate, the rocker A lever is vertically protruded from a free end thereof, and the lever is disposed between the arc slots of the two adjacent pallets. The transmission member is pivotally disposed on the guide rod of the carrier, and includes a transmission piece. And a driving cup, the driving piece has a fan shape and has an arc edge, and a driving surface is formed on an arc side of the driving piece, and the transmission surface is connectable with the transmission shaft group of the transmission component and is receivable by the driving shaft group The driving rod is pivoted, and a positioning post is protruded axially from the free end of the transmission rod. The positioning rod is disposed between the long holes of the coin returning member to further drive the rejecting member to pivot. 3. The coin retreating device of claim 2, wherein the carrier tray of the base further has a plurality of through holes, the through holes being located on the side of the pivot and correspondingly located in two phases. Between the adjacent (four) ports, the foregoing circuit board system; a top hole is formed on the top surface of the carrier disk, and a plurality of sensors are further disposed on the circuit board, and the sensors are respectively disposed on the carrier disk Between the holes, the positioning piece of the unloading member of the feeding belt assembly is formed along the side of the guiding hole of the positioning piece, and has a plurality of reset matching holes, at least one first return coin counter hole, at least - the second return coin The alignment hole is opposite to the middle hole of the guide hole of the positioning piece and can respectively correspond to the through hole on the carrier plate, and the first coin counter alignment hole and the second coin counter alignment The holes are respectively disposed near the two oblique sides of the positioning piece. 4. The object of claim 100, wherein the base step further comprises a motor mount, and the Shaw motor mount is disposed on the top of the 14 M361681 carrier. In Group A, The inner 卩 is formed with at least one accommodating space, and the motor of the transmission and the cow is fixed in the accommodating space of the motor fixing seat. _ 5. The coin-removing device of claim 4, wherein the front carrier tray is further formed with a perforation formed at the other side of the sin k1 tray, and correspondingly located in two phases Between the adjacent coin outlets: the transmission shaft assembly of the transmission assembly includes a first transmission shaft and a first transmission shaft, and the first transmission shaft is vertically disposed on the base of the motor mount f of the base. A transmission surface is respectively arranged at the lower end portion and the other end portion, and the transmission surface of the upper end portion of the first transmission shaft is connected with the driving shaft of the motor, and the second transmission shaft is vertically disposed between the perforations of the carrier plate, and the ring thereof A transmission surface t is respectively arranged on the wall surface near an upper end portion and the other lower end portion: a transmission surface of the upper end portion of the transmission shaft and a transmission surface of the lower end portion of the first transmission shaft enable the first and second transmission shafts to drive each other The transmission surface of the lower end step of the second transmission shaft is connected to the transmission surface of the transmission member of the sending and dispatching component. 6. The coin withdrawal device of claim 5, wherein the drive shaft of the motor of the transmission and the member is a worm, and the transmission surfaces of the first and second transmission shaft ends of the transmission assembly and The transmission surfaces of the transmission members of the coin feeding unit are respectively formed with a tooth shape that can be coupled to each other. 7. The retreat device according to item 6 of the patent application (4), wherein the transmission unit of the second transmission shaft of the transmission assembly has a radial protrusion between the transmission parts - the snap block 'the transmission of the aforementioned coin conveying unit The drive face of the piece is radially concavely formed with a cut-cut that is just opposite the snap block of the second drive shaft of the transmission assembly. 8. For the retreat of the above-mentioned coin-receiving unit, the lever on the rocker of the unloading member is in the inverted type as described in the second to seventh items of the patent application scope, 15 M361681 9: Patent application Fan Weidi The locating bump on the bottom surface of the susceptor of the pedestal of the pedestal is correspondingly located on the creep surface of the locating lug of the two adjacent coin outlets and further extending through the locating protrusion. Seven, the pattern: (such as the next page) 'The item mentioned in the item, the one-step protrusion molding has a certain =, the above-mentioned bearing tray, the above-mentioned carrier plate through hole 16