CN2289271Y - slot machine - Google Patents

Abstract

A coin machine comprises a coin rail, a coin receiving rail, a coin returning rail, a control magnetic valve, a coin sorting device and a sequential coin receiving device, wherein the coin sorting device is provided with the coin rail, two sides of the coin rail are fixedly connected with a coin detecting device for judging the truth of coins, a shifting component of a sorting mechanism is pivoted in an outlet at the tail end of the coin rail so as to guide real coins in the coin rail to the coin receiving rail of the sequential coin receiving device and guide fake coins to the coin returning rail of the sequential coin receiving device, and the sequential coin receiving mechanism is arranged outside one side of the coin receiving rail of the sequential coin receiving device so as to sequentially receive the coins in the coin receiving rail into a coin collecting box.

Description

slot machine

The utility model belongs to coin-operating equipment, in particular to a coin-operating machine provided with a coin sorting device and a sequential coin collecting device.

As shown in Fig. 1 to Fig. 3, a magnetic valve switch 91 is installed on the outside of the coin track 9 in the traditional slot machine, and a baffle plate 92 is controlled by the magnetic valve switch 91 to extend into the coin track 9. , touch the start magnetic valve switch 91, make the baffle 92 withdraw from the coin track 9 completely, make the genuine coin fall in the coin receiving track 93, when the user puts in the counterfeit coin, do not touch the start magnetic valve switch 91, make the baffle 92 Still block the coin receiving track 93, guide the counterfeit coins to the coin return track 94 on the right side and drop to the coin outlet, by operating like a valve, the baffle plate 92 is used to distinguish the true and false coins, but with the baffle plate The discriminating device that 92 constitutes, must withdraw from outside the coin track 9 fully during operation, just can make genuine coin enter in the coin receiving track 93, after long-term use, the magnetic valve rod 911 of baffle plate 92 and magnetic valve switch 91 will be Abrasion, or because of the rocking caused by the slit at the pivotal joint of the baffle plate 92, the baffle plate 92 cannot withdraw from the coin track 9 completely, causing a part of the baffle plate to remain in the coin track, so that even if the coin-operator puts in a real coin, it can be due to The baffle plate 92 cannot withdraw from the coin track 9, so that the genuine coin is still guided into the coin return track 94 and falls to the coin outlet, which brings inconvenience to the user. In addition, the coins dropped by the slot machine user enter the coin collection After being in the track, it is blocked by another baffle 95. When the slot machine touches the coin collection signal due to the call, the baffle 95 is opened so that the coins in the track are no longer blocked and can slide down again, and the collection is completed. Coin action, but when this kind of coin collector puts several coins in the coin receiving track at a time, because each coin in the coin receiving track 93 is completely unobstructed and slides down and pushes together, so in the coin receiving track 93 Each coin in it is very easy to block each other and cause the track to be blocked, so that the coin cannot fall smoothly. Moreover, this coin collector cannot accurately control the number of coins released in the track, because after opening and closing the baffle plate 95 When the coins in the release track, it is very easy to make two adjacent coins fall together between the opening and closing of the baffle plate 95, causing the situation of overcollecting coins.

The purpose of this utility model is to provide a kind of coin slot machine, through the coin sorting device and sequential coin collection device that it is provided with, increase the authenticity of the coin slot machine and the function of sequential coin collection, so that genuine coins and counterfeit coins can be Precisely drop out from different exits, and avoid the phenomenon of several coins leaking down at once.

In order to achieve the above object, the utility model adopts the following technical solutions:

The coin slot machine of the present utility model comprises a coin track, a coin collecting track, a coin returning track and a control magnetic valve, and it is also provided with a coin sorting device and a sequential coin collecting device, and the coin sorting device includes a first base plate, a second base plate , the third substrate, the oscillator, the money channel circuit and the sorting mechanism, the second substrate is elastically pivoted outside the first substrate, the third substrate is fixed on the outside of the first substrate, the connection between the first substrate and the second and third substrates There is a penetrating coin track between them, and an array of oscillating bodies are respectively installed oppositely on both sides of the front section of the coin track, and the oscillating body is connected in series with the money channel circuit for judging the authenticity of coins, and the transfer member provided by the sorting mechanism is pivotally arranged. In the end section of the coin track, it is biased by a driving element, so that the front edge of the plate body of the shifting member is biased against the side wall of the coin track, so as to adjust the exit direction of the coin track, and the sequential coin collection device is connected At the bottom of the coin sorting device, it includes a base, an outer base plate and a sequential coin collection mechanism. One side of the base protrudes from a coin slide rail, and the other side runs through a coin return track. One end of the outer base plate is elastically pivoted to the base. On the outside of the seat, the cover is placed outside the coin slide rail of the base to form a coin collection track. The coin return track and the coin collection track are respectively aligned below the coin track exit of the coin selection device. The sequential coin collection mechanism is provided with a coin collection rod member. The coin receiving rod component controlled by the magnetic valve is pivotally arranged on the outside of the coin return track. The first end of the coin receiving rod member protrudes a blocking arm, and the second end protrudes a supporting member, and they respectively extend into the coin collecting track. To release the coins in the coin receiving track one by one in sequence.

The purpose of this utility model can also be further realized through the following technical measures:

The sorting mechanism of the coin sorting device is provided with a driving element for driving the deflection of the driving lever and is installed outside the third base plate, and a pivot point protrudes from both sides of the bottom end of the shifting member to pivotally mount on the pivot in the coin track. In the seat, the shifting member also protrudes a shifting plate, and the shifting plate passes through a slot for the driving element to slide in the shifting rod. The deflected coin row rod, the other end of the coin row rod is connected to the second substrate, and the outside of the first substrate is also pivotally connected to a second coin row rod, and one end of the second row rod is connected to the end of the coin row rod, and the second row The remote end is connected to the outer base plate of the sequential coin collection device. The coin collection rod member of the sequential coin collection device is pierced with a shaft hole, and is pivotally mounted on the pivot seat of the outer base plate through a pivot tip. The stop arm corresponds to the outer side wall of the coin track A through hole in the coin track extends into the coin track, the holding member corresponds to a guide hole on the outer side wall of the coin track and extends into the coin track, and a coupling seat that pivotally connects the control solenoid valve stem protrudes from the coin receiving rod member , the supporting member of the sequential coin collection device is embedded in the second end of the coin collection rod member with a soft material, and the first substrate of the coin sorting device is integrally connected with the base of the sequential coin collection device, so A baffle is pivotally installed on the outside of the coin collecting track of the sequential coin collecting device, a return spring is set on the top between the valve stem and the control magnetic valve, and the money channel circuit connected in series with the oscillating body is composed of a solenoid valve drive circuit, a coin identification Circuit and optical drive circuit, solenoid valve drive circuit includes coin sorting solenoid valve CN5, coin eating solenoid valve S.C, coin return solenoid valve S.R, 8D trigger U6, triode Q3~Q10, diode D1~D8, among which CN5 and Q3 ～Q6, D1～D4 and peripheral components R11～R16 form a push-pull circuit; Q7～Q10, D5～D8 and peripheral components R26～R37 form another push-pull circuit, the 12 pins of U6 are connected to the base of Q3 through R11, U6 The 16 pins are connected to the base of Q4 through R12. The coin recognition circuit is composed of an oscillation circuit, a metering circuit and an output circuit. Thick and thin oscillating circuit; the second group of coils COIL2 and transistors Q2, R9, R10, C7, and C8 form an oscillating circuit for detecting coin materials; multi-way switch U3, counter U2, and inverters U4B and U4C form a frequency counting circuit, of which U3 The 13 pins of U4B and U4C connected in series are connected to the 10 pins of U2, and the 3 pins of U13 and the 11 pins of U2 are connected to the output circuit respectively. This output circuit is composed of shapers U5A and U5B. The 11 pins of U5A are connected to the 3 pins of U3, and the 9 pins and 13 pins of U5B are respectively connected to the 10 pins and 11 pins of U2. The light drive circuit includes infrared emitting diodes D10, D11 and infrared receiving transistors Q3, Q4, Q11, Q12 and 8-bus transceiver U6, wherein the infrared emitting diode D11 forms two sets of infrared emitting and receiving detection lines with the infrared receiving transistors Q3 and Q4 respectively, and the infrared emitting diode D10 forms another two groups with the infrared receiving transistors Q11 and Q12 respectively Infrared emission and reception detection circuit.

When the coin slot machine of the utility model releases each coin in the coin track, the holding member at the second end of the coin receiving rod member is used to firmly pin down the second coin in the coin track, and only the first coin in the coin track is released. In this way, the coins in the coin track are released into the coin collection box in sequence, so as to avoid blocking the coin track due to the mutual pushing of coins, so as to achieve the purpose of smooth coin collection, release the coins one by one, and avoid the coin collecting machine The situation of over-collecting coins occurs during operation.

Describe embodiment below in conjunction with accompanying drawing:

Figure 1 is a schematic diagram of the plane structure of a traditional slot machine

Figure 2 is a schematic diagram of the traditional slot machine inserting real coins

Figure 3 is a schematic diagram of a traditional slot machine inserting counterfeit coins

Fig. 4 is the schematic diagram of the plane structure of the utility model

Figure 5 is an exploded schematic view of the three-dimensional structure of the coin identification device of the present invention

Fig. 6 is a schematic diagram of the combination of the three-dimensional structure of the coin identification device of the present invention

Fig. 7 is the schematic diagram when inserting genuine coin in the coin discriminating device of the present utility model

Fig. 8 is a schematic diagram of when a counterfeit coin is dropped into the coin discrimination device of the present invention

Figure 9 is an exploded schematic view of the three-dimensional structure of the sequential coin collection device of the present invention

Figure 10 is a schematic plan view of unreleased coins in the sequential coin collection device of the present invention

Figure 11 is a partial cross-sectional schematic view of the direction 11-11 in Figure 10

Fig. 12 is a schematic diagram of unreleased coins of the coin receiving rod member of the utility model

Fig. 13 is a schematic diagram of releasing the coins of the first sequence by deflecting the coin receiving rod member of the utility model

Fig. 14 is a schematic diagram of the front of the utility model sequential coin collecting device releasing the first sequence of coins

Figure 15 is a partial cross-sectional schematic view of the direction 15-15 in Figure 14

Figure 16 is a schematic diagram of the back side of the utility model sequential coin collection device

Figure 17 is a partial cross-sectional schematic diagram of Figure 1617-17 direction

Figure 18 is a schematic diagram of the utility model starting the coin refund control unit

Fig. 19 is a schematic plan view of the state of returning coins of the utility model

Figure 20 is a partial cross-sectional schematic view of the direction 20-20 of Figure 19

Figure 21 is a schematic diagram of the operation of the utility model to remove obstacles

Fig. 22, 23, 24 are schematic diagrams of the utility model money channel circuit

Referring to Fig. 4 to Fig. 7, the coin slot machine of the present utility model includes a coin track, a coin receiving track, a coin returning track and a control magnetic valve, and it is also provided with a coin sorting device 100 and a sequential coin receiving device 200, which can be used The coin 5 put into the coin sorting device 100 by the coin sorting device 100 is authenticated by the coin sorting device 100, and the genuine coin is guided to the coin collection track 61 of the sequential coin collection device 200, and the counterfeit coin is guided to a return coin track 62 , the coins 5 in the coin collection track 61 are sequentially collected in a coin collection box one by one by the sequential coin collection mechanism 8 of the sequential coin collection device 200 .

The coin sorting device 100 includes a first substrate 1, a second substrate 2, a third substrate 3, an oscillating body 20, a money channel circuit 20a and a sorting mechanism 4, the second substrate 2 is elastically pivoted on the outside of the first substrate 1, and the second substrate 2 Three base boards 3 are fixedly arranged on the outside of the first base board 1, form the money track 10 that runs through between the first base board 1 and the second, the third base board 2,3, and the bottom end of the money track 10 is pivotally mounted with a sorting mechanism 4 The transfer member 41 adjusts the exit direction of the coin rail 10 through the deflection of the transfer member 41 in the coin track 10, so that the genuine coins and counterfeit coins in the coin track 10 are discharged from different outlets.

The first coin track 11 included in the first base plate 1 protrudes outside the plate body, and a pivot seat 12 of a pivoting adjustment member 41 is respectively provided on both sides of the bottom end of the first coin track 11, and the pivot seat 13 of the first base plate protrudes. The second base plate 2 is pivotally mounted on the outside of the plate body, and a return spring 131 is supported between the second base plate 2 and the first base plate 1, so as to keep the second base plate 2 aligned with the first base plate 1, and the coin ejector bar 14 Pivoted on the side end of the first base plate 1, one end is connected to the second base plate 2, and the second base plate 2 is controlled and manipulated to deflect outward to expand the distance between the first and second base plates 1 and 2, so that the blockage on the coin track Deformed coin 5 out of 10 is excluded.

The pivot 21 included in the second substrate 2 passes through the pivot ears 211 on both sides of the second substrate 2 to be pivoted in the substrate pivot seat 13 of the first substrate 1 , and the pivot 21 is covered with a return spring 131 , the first spring The end 131a is hooked on the protrusion 15 of the first base plate, and the second spring end 131b is pressed against the outside of the second base plate 2, so that the second base plate 2 is often biased towards the first base plate 1, and the second coin track 22 Protrude on the outside of the second base plate 2, when the second base plate 2 is matched with the first base plate 1, the first and second coin tracks 11, 12 constitute the front section of the coin track 10 as a sliding path for guiding the coins 5, and the coin track The top of 10 becomes the coin entrance.

On the outer sides of the first and second substrates 1 and 2, an array of oscillating bodies 20 for distinguishing the authenticity of coins is installed correspondingly. The circuit 20a constitutes a coin detection device to analyze the thickness, material and diameter of the coin passing through the coin track 10 for the central processing unit to calculate and judge whether it is a genuine coin or a counterfeit coin, and send a signal to shift the transfer member 41 to change the coin track 10 in the exit direction.

The money channel circuit is composed of a solenoid valve drive circuit, a coin recognition circuit and a light drive circuit. Now describe its working principle:

1. Solenoid valve drive circuit, using a total of three solenoid valves, namely coin sorting solenoid valve CN5, coin return solenoid valve S.R (SOLENOID REFUND) and coin taking solenoid valve S.C (SOLENOID COLLECT).

1. Coin sorting solenoid valve CN5: After the coin passes through the identification circuit, if it is judged to be genuine, it will be accepted, and if it is counterfeit, it will be rejected. Therefore, the solenoid valve CN5 is responsible for the control, and the action of this solenoid valve is a reset action.

a. When receiving coins, pin 16 of U6 outputs a high potential, and R12 drives Q4 to turn on. After Q4 is turned on, its collector potential is low, and R14 also makes Q5 turn on. The path formed at this time is: The R5V voltage passes through Q5 (emitter-collector), solenoid valve CN5, Q4 (collector-emitter), thus driving the solenoid valve CN5 to move and make the coins enter the storage position of the money channel.

b. When removing coins, similarly, pin 12 of U6 outputs a high potential, forming a conduction path of R5V, Q6, CN5, and Q3, driving the solenoid valve CN5 to act in the other direction, and removing coins from the money channel.

2. Coin refund solenoid valve S.R: The coin refund solenoid valve S.R is usually closed. When the user hangs back the earpiece, if there are unused coins, the solenoid valve S.R will be driven to open to allow the coins to withdraw to the coin refund port. The driving circuit principle is the same as above.

a. Off state circuit path: R5V, Q7, CN4, Q10;

b. Open the coin return circuit path: R5V, Q9, CN4, Q8;

3. Coin-eating solenoid valve S.C: This solenoid valve S.C is a one-way action type. When the call is dialed and the other party answers, it will drive the solenoid valve S.C to make the coins put in by the user fall into the cash box.

Its driving circuit path is that the 12 pins of the socket CN1 pass through the 2 pins of the socket CN4, so that the coin-eating solenoid valve S.C acts to eat coins.

2. Coin identification circuit:

Its coin induction adopts the frequency type, which can detect the diameter (size), thickness and material of the coin. After comparing the data of the coin induction with the existing coins, it can judge whether it is a real coin or a counterfeit coin, and then drive the solenoid valve CN5 to receive the coin. or exclude.

1. Oscillating circuit: The first group of coils COIL1 forms an oscillation circuit with C4, C5, R6, Q1, and R7 to detect the diameter and thickness of coins; the second group of coils COIL2 forms another oscillation with C7, C8, R9, Q2, and R10 The circuit detects the coin material.

2. Frequency counting circuit: The output of the two groups of oscillation frequencies is counted by the counter U2, so the multi-way switch U3 is used as a switch, and then output to U2 to calculate the frequency change when the coin passes.

3. Output circuit: When the coins pass through, the oscillation frequency changes due to the induction of the coil. After the frequency change is counted by U2, it is finally shaped by the shaper U5, and then output from pin 12 of U5 to pin 11 of CN1. To the mainboard, the central microprocessor (CPU) of the mainboard compares and identifies genuine and counterfeit coins.

3. Optical drive circuit:

The coin track uses four sets of infrared emitting and receiving detection lines to detect the state of the coin in the coin track. These four groups are composed of infrared emitting diode D11 and infrared receiving transistor Q4, Q11 respectively; infrared emitting diode D10 is connected with infrared receiving transistor respectively. Transistors Q3 and Q12 form another two groups, and their states are read into the central microprocessor (CPU) of the motherboard by the 8-bus transceiver U7 for processing.

ENTRY Q12: When the user throws a coin, the infrared receiving transistor Q12 receives the infrared light emitted by D10, indicating that the coin has been detected, and the coin identification circuit is activated at this time.

PASS Q11: When the infrared ray receiving transistor Q11 receives the infrared ray emitted by D11, it indicates that the coin has passed the induction coil, and the coin identification circuit is turned off at this time.

FULL Q3: When the coin covers Q3 so that it cannot receive the infrared rays emitted by D10, it means that the track space of the coin is full.

COLLECT Q4: Use the infrared receiving transistor Q4 to detect whether the coins are correct, so as to determine whether they have been eaten into the cash box.

The U2 is a commercially available counter, the U3 is a double-four multi-way switch, the model of U6 is 74LS273, and the model of U7 is 74LS245.

The third coin track 31 included in the third base plate 3 is arranged on the bottom section of the first coin track 11, and is combined to form the bottom end of the coin track 10, so that the bottom end of the coin track 10 is defined to form a coin outlet 102, and the transfer member 41 Contained in the coin outlet 102.

A pivot pin 411 protrudes from both sides of the bottom end of the dial member 41 provided by the sorting mechanism 4 to pivot in the pivot seat 12 of the first base plate. Move and lean against the side wall of the coin track 10, to transfer and guide the coins 5 in the coin track 10 to fall out from the both sides of the transfer member 41, and the transfer member 41 protrudes a dial 412, and the dial 412 There is a slot 412a through the middle, and the driving element 42 is arranged on the outside of the coin sorting device 100 to drive the shifting rod 421 to deflect. The front edge 410 of the plate is deflected against the first side wall 10a or the second side wall 10b of the coin rail 10 .

As shown in Figures 6 and 7, when the user inserts a coin 5 from the coin inlet 101 of the coin track 10, the coin 5 slides down along the coin track 10, when it is judged as a genuine coin by the analysis of the array oscillator 20, that is The trigger signal is sent to the driving element 42 of the selection mechanism 4 to drive the lever 412, and the front edge 410 of the plate body of the interlocking transfer member 41 is attached to the first side wall 10a of the bottom section of the coin track 10, so that the coins 5 are transferred along the The first plate surface 41 a of the component 41 slides out, and falls outward from the first side outlet 102 a of the coin outlet 102 into the coin collection track 61 of the sequential coin collection device 200 .

As shown in Figure 8, when the user inserts a coin 5 from the coin inlet 101 of the coin track 10, the coin 5 slides down along the coin track 10, and when it is judged to be a counterfeit coin through the analysis of the array oscillator 20, the signal is triggered To the drive element 42 of the selection mechanism 4, to drive the lever 412, the front edge 410 of the plate body of the interlocking transfer member 41 is attached to the second side wall 10b of the bottom section of the coin track 10, so that the counterfeit currency 5 moves along the transfer member. The second plate surface 41b of 41 slides out downwards, and drops into the coin return track 62 of the sequential coin collection device 200 from the second side exit 102b of the coin exit 102 .

The driving element 42 in the sorting mechanism 4 of the present utility model can be selected from a commercially available magnetic valve switch or other types of driving elements that can be linked to the driving rod 421 .

Referring to Figures 9 and 10, the sequential coin collection device 200 is connected to the bottom of the coin sorting device 100, which includes a base 6, an outer substrate 7 and a coin collection mechanism 8, and a coin slide rail 611 protrudes from one side of the base , the other side runs through a coin return track 62, and one end of the outer base plate 7 is provided with a pivot end 70 to be elastically pivoted in the pivot joint seat 60 outside the base 6, so that the outer base plate 7 is often covered by a spring 71 on the base The outer side of the coin slide rail 611 of 6 is to form the coin collection track 61, and the sequential coin collection mechanism 8 is installed on the outside of the coin collection track 61, and the coin collection rod member 81 that it is provided with controls the coins 5 in the coin collection track 61 one by one released.

The sequential coin collection mechanism 8 includes a coin collection rod member 81 and a control magnetic valve 82. The coin collection rod member 81 is pierced with a shaft hole 811, and is pivotally mounted on the pivot seat 72 outside the outer base plate 7 through a pivot pin 812, so that the coin collection rod The member 81 can be deflected according to the pivot tip 812, and the first end of the coin receiving rod member 81 protrudes a stop arm 813 toward the outer base plate 7, and the stop arm 813 corresponds to a through hole 712 on the outer side wall of the coin collecting track 61, so that The blocking arm 813 extends into the coin collection track 61 by deflecting the coin collection rod member 81 to prevent the coins 5 in the coin collection track 61 from sliding outwards. The jacking member 814, the jacking member 814 corresponds to a guide hole 713 on the outer side wall of the coin collection track 61, so that the jacking member 814 passes through the guide hole 713 and extends into the coin collection track 61 through the deflection operation of the coin receiving rod member 81 In this process, the aligned coin 5′ is firmly supported in the coin collection track 61 to prevent it from sliding down. The end face of the coin collection rod member 81 protrudes a connecting seat 815 pivotally connected to the valve rod 821 of the control magnetic valve 82 , by controlling the valve rod 821 of the magnetic valve 82 to telescopically move, the coin collection rod member 81 is linked, and a block piece 832 is pivotally arranged on the outside of the coin collection track 61. The coin return port 630 between the two ends of the rod member 81, the blocking plate cooperates with the lever 831 of the coin return control unit 83 fixed on the sequential coin collection device 200 to move outwards and withdraw from the coin collection track 61, and the remaining coins will be collected. In the track 61, the bottom of the coin withdraws from the coin port 630.

The supporting member 814 at the second end of the coin receiving rod member 81 can be made of soft material such as rubber, and embedded in the second end of the coin receiving rod member 81 .

The control solenoid valve 82 used in the present invention is provided with a valve stem 821, and a return spring 822 is supported between the valve stem 821 and the control solenoid valve 82 body. Push the valve stem 821 so that the valve stem 821 is linked with the stop arm 813 at the first end of the coin collection rod member 81 to extend into the coin collection track 61. When the sequential coin collection device 200 sends a coin collection signal to trigger the control magnetic valve 82, that is The valve stem 821 retracts magnetically, and the holding member 814 at the second end of the coin receiving rod member 81 is extended into the coin receiving track 61 , and the coin 5 ′ in the second sequence is clamped in the coin receiving track 61 .

As shown in Figures 4, 10, 11, and 12, when the user puts several coins into the coin slot machine and enters the coin collection track 61 through the detection of the authenticity coin detection device, since the coin slot machine has not yet issued The coin collection signal is sent to the control magnetic valve 82, so the first end stop arm 813 of the coin collection rod member 81 is stretched into and stopped in the coin collection track 61 by the linkage of the valve rod 821, so as to stop the user from dropping more coins. Coins continue to slide downwards, as shown in Figures 13 to 15, when the coin slot machine is connected with the coin billing due to the installed machine tool (such as a telephone), it sends a coin collection signal to trigger the control magnetic valve 82, The valve stem 821 is retracted, and the coin collection rod member 81 is deflected through the retraction of the valve stem 821, so that the holding member 814 at the second end extends into the coin collection track 61, and will be arranged in the second order of the coin collection track 61. The coins 5′ are held firmly in the coin collection track 61 by top pressure, and the stop arm 813 at the first end of the coin collection rod member 81 withdraws from the coin collection track 61, and the coins arranged in the first position of the coin collection track 61 5. Without being blocked by the retaining arm 813, it smoothly falls from the coin collection track exit 610 into a coin collection box (not shown in the figure). After completing a coin collection action, the control magnetic valve 82 will be disconnected and reset to extend the valve rod 821 , make the retaining arm 813 of the coin receiving rod member 81 extend into the coin collecting track 61 again, and release the coin 5` in the second order originally held by the supporting member 814, so that the coin 5` moves down to be the retaining arm 813 Stop, become the first coin 5 of the coin collection track 61, and wait for the needs of the next coin collection.

As shown in Figures 16 to 20, when the user has finished using and there are remaining coins, the user can hang up the phone or press the coin return button (not shown in the figure) to trigger the coin return control unit of the slot machine 83, the coin return control unit 83 is driven to turn the shift lever 831, and the shift lever 831 shifts the retaining piece 832 originally stretched in the coin collection track 61 outwards, and no longer blocks the coin return port 630, so that the coin collection track 61 The remaining coins 5 can be withdrawn from the coin outlet 630.

The first substrate 1 of the coin sorting device 100 of the present utility model and the base 6 of the sequential coin collection device 200 can be integrally formed, or can be a single body.

As shown in Figure 21, if the coin 5 thrown by the user is a deformed coin, the coin 5 is stuck in the coin track 10 of the first and second substrates 1, 2 or in the sequential coin collection device 200 during the sliding process. When it is in the coin collection track 61, the coin ejection rod 14 pivotally mounted on the outside of the first base plate 1 is deflected in the P direction, so that the front end of the coin ejection rod 14 will move the second base plate 2 outwardly, and the first and second The distance between the substrates 1 and 2 expands so that the coin 5 can smoothly drop down into the coin return port. The outside of the coin collector of the present utility model can also be pivotally mounted with a second row of coin bars 141, the second row of coin bars 141 One end is connected to the end of the coin-ejecting rod 14, and the outer substrate 7 of the coin-receiving device 200 is deflected outwardly by the linkage and deflection of the second-end coin-removing rod 141, expanding the direction of the coin-receiving track 61. distance, to smoothly discharge the coins stuck in the coin receiving track 61, and the user presses the coin return button on the outside of the phone to eliminate the fault when the coins are stuck, so as not to lose coins, and it is convenient to remove the phone shell during maintenance. troubleshooting.

In the utility model, a shifting member 41 is arranged in the center of the coin track of the coin slot machine. Through the deflection of the shifting member 41, the genuine coins and counterfeit coins guiding the coin track are respectively dropped from different coin outlets on both sides of the shifting member 41. , so that the real coin falls into the coin collection track, and the counterfeit coin falls into the coin return port. The transfer member 41 is to transfer and guide the different falling directions of the coin 5 in the bottom section of the coin track 10. It only needs to use The front edge 410 of the plate body of the dialing member 41 abuts against or is adjacent to the side arm of the coin track 10 (the gap is smaller than the thickness of the coin), so that the coin 5 can be correctly guided to different coin track exits and output outwards. Even if there is wear and tear, the path of the coin track 10 can still be precisely controlled, and the genuine and counterfeit coins can be discriminated effectively.

To sum up, the structural design of the utility model is reasonable and practical, overcomes the defects of traditional products, and achieves the expected design purpose.

Claims (10)

1; A kind of slot machine; Comprise the coin track; Receive the coin track; Move back coin track and control magnet valve; It is characterized in that; It also is provided with the coin selecting device and order is received the coin device; The coin selecting device comprises first substrate; Second substrate; The 3rd substrate; Oscillating body; Money road circuit and sort mechanism; Second substrate elasticity is articulated in the outside of first substrate; The 3rd substrate is fixed at the first substrate outside; First substrate and second; The coin track that becomes to connect between the 3rd substrate; The array oscillating body is relatively installed respectively in coin track leading portion both sides; Oscillating body is connected in series with the money road circuit of the described differentiation coin true and false; Sorting the member of alloting that mechanism is provided with is hubbed in the coin track latter end; Order is received the bottom that the coin device is connected the coin selecting device; It comprises pedestal; Outer substrate and order coin collecting mechanism; Pedestal one pleurapophysis is stretched a coin slide rail; Opposite side connects one and moves back the coin track; Outer substrate one end elasticity is pivoted in the pedestal outside; Cover cap is received the coin track to consist of outside pedestal coin slide rail; Move back the coin track and receive the coin track export below that the coin track aligns respectively the coin selecting device; The order coin collecting mechanism is provided with one and receives coin bar member; Be hubbed on by the receipts coin bar member of control magnet valve control and move back the coin track outside; Receive blocking arm of first end projection of coin bar member; Its second distal process is stretched one and is held member, and stretches into respectively and receive in the coin track.

2, slot machine according to claim 1, it is characterized in that, the driving element of the driving driving lever deflection that the selection mechanism of described coin selecting device is provided with is installed in the 3rd substrate outside, the both sides, bottom of alloting member respectively trunnion of projection to be installed in the pivot seat in the coin track, allot member also one of projection dial plate, one of this group plate break-through is worn groove for the driving element sliding sleeve in driving lever.

3, slot machine according to claim 1, it is characterized in that, first substrate outside pivot of described coin selecting device connects a usefulness and moves back row's coin bar that the coin button is pushed promotion deflection, row's coin bar other end connects second substrate, the outside of first substrate is gone back pivot and is connected one second row's coin bar, one end of second row's coin bar connects the end of row's coin bar, and the far-end order of connection of second row's coin is received the outer substrate of coin device.

4, slot machine according to claim 1, it is characterized in that, the receipts coin bar member that described order is received the coin device wears an axis hole, be journaled into by a trunnion on the pivot seat of outer substrate, a through hole of the corresponding coin track of blocking arm outer side edges wall also stretches in the coin track, hold a guide hole of the corresponding coin track of member outer side edges wall and stretch in the coin track, receive the coupling seat of a pivot joint control of projection magnet valve valve rod on the coin bar member, a back-moving spring is established on the top between valve rod and the control magnet valve.

5, slot machine according to claim 1 is characterized in that, described order is received the member that holds of coin device and used the soft material caulked at second end of receiving coin bar member.

6, slot machine according to claim 1 is characterized in that, first substrate of described coin selecting device is that one is connected with the pedestal that order is received the coin device.

7, slot machine according to claim 1 is characterized in that, described order is received the outer pivot dress of receipts coin track a slice catch of coin device.

8, slot machine according to claim 1, it is characterized in that, the money road circuit of described oscillating body serial connection is made up of driving circuit for electromagnetic valve, coin identification circuit and light drive circuit, driving circuit for electromagnetic valve comprises that coin sorts solenoid valve CN5, eats coin solenoid valve S.C, moves back coin solenoid valve S.R, 8D trigger U6, triode Q3～Q10, diode D1～D8, and wherein CN5 and Q3～Q6, D1～D4 and peripheral element R11～R16 form push-pull circuit; Q7～Q10, D5～D8 and peripheral element R26～R37 form another push-pull circuit, and 12 pin of U6 connect the base stage of Q3 through R11, and 16 pin of U6 connect the base stage of Q4 through R12.

9, slot machine according to claim 8, it is characterized in that, described coin identification circuit is made up of oscillatory circuit, metering circuit, output circuit, first group of inductive coil COIL1, forms the diameter that detects coin and the oscillatory circuit of thickness with Q1, R6, R7, C4, C5; Second group of coil COIL2 and triode Q2, R9, R10, C7, C8 form the oscillatory circuit that detects the coin material; Multi-way switch U3, counter U2 and phase inverter U4B, U4C form the meter frequency circuit, wherein 13 pin of U3 connect 10 pin of U2 through U4B, the U4C of serial connection, 3 pin of U13 and 11 pin of U2 connect described output circuit respectively, this output circuit is made up of reshaper U5A, U5B, 2 pin of U5A are connected with 11 pin of U5B, 6 pin of U5A connect 3 pin of U3, and 9 pin of U5B, 13 pin connect 10 pin, 11 pin of U2 respectively.

10, slot machine according to claim 9, it is characterized in that, described light drive circuit comprises that infrared light emitting diode D10, D11 and infrared ray receive triode Q3, Q4, Q11, Q12 and 8 bus transceiver U6, wherein infrared light emitting diode D11 forms two groups of infrared and receives detection lines with infrared ray reception triode Q3, Q4 respectively, and infrared light emitting diode D10 receives triode Q11, Q12 with infrared ray respectively and forms two groups of infrared reception detection lines in addition.

Images