JP2012183132A - Token sorting device and game machine - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a token sorting device including an anti-clogging mechanism which prevents clogging with tokens irrespective of the time when a movable guide plate is set to a passage-enabled state, and a game machine.SOLUTION: A movable guide plate 302 for guiding a token guided to a token passage so as to be removed is provided with an anti-clogging mechanism 300 that retracts a passage forming plate 308 formed on the movable guide plate 302 when the movement of the movable guide plate 302 is regulated during moving the movable guide plate 302 from a non-passage formation position to a passage formation position by a driving mechanism 301.

Description

  The present invention relates to a medal sorting device provided in a gaming machine such as a slot machine, and more particularly to a medal sorting device and a gaming machine provided with a medal clogging prevention mechanism that reliably prevents clogging of medals at a movable guide portion.

  In general, the medal sorting device provided in this type of gaming machine sorts the medals inserted into the slot into the medal path one by one. If there is a medal of an inappropriate size at the time of sorting, a sorting mechanism for incorporating only a medal of an appropriate size is incorporated.

  Furthermore, since the maximum number of medals per game is limited in this sorting mechanism, if there are surplus medals inserted exceeding the maximum number, the surplus medals are removed and returned to the medal return slot. ing.

  Such a sorting mechanism forms a medal path for rolling medals one by one between the opposing surfaces of the substrate and the opening / closing plate facing each other, and a movable guide that switches the medal path between a path valid state and a path non-valid state. By providing a plate, the medals are sorted into the take-in side and the reject side while the passage is descending.

  By the way, the movable guide plate described above uses a solenoid mounted on the substrate as a drive source, and the solenoid is turned ON / OFF to switch the movable guide plate between the passage valid state and the passage invalid state, and the medal permitted to be taken in is excluded. Medals to be selected are selected (for example, see Patent Document 1).

JP 2002-263257 A.

  However, when medals are to be eliminated, medal clogging may occur at the timing of elimination. For example, when the movable guide plate is switched to the passage valid state from the passage invalid state when the movable guide plate is switched from the passage invalid state to the passage valid state when the movable guide plate is made to be in the passage invalid state along with the removal operation. There has been a problem that the movable guide plate is pinched and locked with the substrate to cause clogging of medals.

  SUMMARY OF THE INVENTION Accordingly, an object of the present invention is to provide a medal sorting device and a gaming machine provided with a medal clogging prevention mechanism that does not cause medal clogging regardless of the timing at which the movable guide plate is in a passage valid state.

  According to the present invention, a medal passage for rolling a medal along a wall surface is formed between opposing surfaces of a substrate and an opening / closing plate facing each other in a standing position, and the medal passage extends from the outer wall surface side of the substrate or the opening / closing plate. A movable guide plate that movably displaces a medal passage forming position for taking in medals and a medal exclusion passage non-forming position that does not form a medal passage to distribute medals guided to the medal passage. A medal sorting device provided with a shaft support portion for pivotally supporting the movable guide plate and a driving means for driving the movable guide plate attached to an outer wall surface of the substrate or the opening / closing plate, wherein the movable guide The plate is formed on the movable guide plate when the movement of the movable guide plate is restricted during the movement of the movable guide plate from the passage non-formation position to the passage formation position by the driving means. Characterized by comprising a medal clogging prevention mechanism for retracting the that passage forming portion.

  The retracting of the passage forming portion includes retracting the passage forming portion in parallel with the medal passage, or rotating the passage forming portion by a predetermined fulcrum provided appropriately.

  According to this invention, when the movable guide plate is moved to the passage formation position, the medal clogging preventing mechanism for retracting the passage forming portion that forms the medal passage separately from the driving means of the movable guide plate is provided. Regardless of the switching timing of the movable guide plate, the medal clogging prevention mechanism can prevent medal clogging reliably by retracting immediately when the passage forming portion receives a load.

  For example, when the movable guide plate is switched from the medal passage invalid state to the medal passage valid state so as to eliminate medals, the movable guide plate is excluded in the passage invalid state between the movable guide plate and the passage wall facing the movable guide plate. If the medal that has been about to be put into the passage valid state before being completely eliminated, the medal may be pinched and locked. Even in such a case, since the passage forming portion of the movable guide plate is retracted, it is possible to eliminate the medal that is to be locked. For this reason, occurrence of clogged medals can be reliably prevented.

  As an aspect of the present invention, the medal clogging prevention mechanism includes a long plate-shaped passage forming portion extending along the passage direction, and a parallel movement for moving the passage forming portion back and forth in a direction intersecting the passage direction in a parallel posture parallel to the passage direction. A link portion and an urging means for urging the passage forming portion inward and outward of the passage by the parallel link portion can be provided.

  By providing the passage forming portion in a long plate shape and moving the long passage forming portion in the passage thickness direction while maintaining a parallel posture parallel to the passage direction by the parallel link portion, any place in a wide range on the medal passage It is possible to prevent clogging of medals with certainty.

  Further, the passage forming portion is urged by an urging means so as to be able to appear and retract with respect to the inside of the passage. For this reason, when the passage forming portion receives an excessive load that locks the medal by contact with the medal, the passage forming portion constituting the sandwiching portion is retracted from the passage and does not form a passage. For this reason, medals about to be pinched fall from the passage, and medal clogging is immediately avoided. Thereafter, the urging means promptly protrudes back to the original guide position, so that the next descending medal can be appropriately taken in.

  As an aspect of the present invention, the bottom of the lateral passage in the substantially L-shaped medal passage is formed by rolling down the passage forming portion from the vertical passage to the lateral passage by the weight of the medal. It can be set as the structure which appears and disappears in a position.

  In this case, the passage forming portion can be raised and lowered to form the bottom surface of the lateral passage, so that the medal clogging at the bottom surface of the passage where the medal is easily sandwiched can be surely prevented.

  If the medal sorting device configured in this way is used for a gaming machine, it can be operated as a gaming machine with a high medal acceptance processing capability that eliminates clogging of medals.

  An object of the present invention is to provide a medal sorting device and a gaming machine provided with a medal clogging prevention mechanism that does not cause medal clogging even when the movable guide plate is switched to the passage valid state at any timing.

The external appearance perspective view which shows a slot machine. The perspective view which shows the internal structure which opened the front door of the slot machine. (A) is the external appearance perspective view of the surface side of a medal selector, (B) is the external appearance perspective view which removed the cover of the surface side of a medal selector. (A) is the external appearance perspective view of the back surface side of a medal selector, (B) is the external appearance perspective view which removed the cover of the back surface side of a medal selector. (A) is a front view showing the inner surface of the substrate of the medal selector, (B) is an external perspective view showing an enlarged displacement guide piece. (A) is a front view of the displacement guide piece, (B) is a cross-sectional view taken along line aa in FIG. 6 (A), and (C) is an initial lowering guide state of the small-diameter medal M1 in FIG. 6 (A). A sectional view taken along line bb, (D) is a sectional view showing a guiding state in an intermediate guide region of the small diameter medal M1, and (E) is a sectional view showing a sideways guiding state of the small diameter medal M1. (A) is a perspective view showing the inner surface of the substrate of the medal selector, (B) is a front view of the front side of the medal selector with the front cover removed. FIGS. 8A to 8C are cross-sectional views taken along the line aa in FIG. (A) thru | or (C) is a bb arrow directional cross-sectional view of FIG. 7 which shows the removal process of a small diameter medal. (A) thru | or (C) is explanatory drawing which shows a state when a proper medal passes a displacement guide piece. (A) thru | or (C) is explanatory drawing which shows the passage state of the appropriate medal which passes a displacement guide piece. (A) thru | or (C) is explanatory drawing which shows the removal process of a small diameter medal. (A) thru | or (C) is explanatory drawing which shows the removal process of the small diameter medal which passes a displacement guide piece corresponding to the inner surface of an opening-and-closing plate. (A) is a perspective view which shows the protrusion state of the channel | path formation plate with which the movable guide plate was equipped, (B) is a perspective view which shows the retracted state of the channel | path formation plate with which the movable guide plate was equipped. (A) is a longitudinal cross-sectional view which shows the protrusion state of the channel | path formation plate with which the movable guide plate was equipped, (B) is a longitudinal cross-sectional view which shows the retracted state of the channel | path formation plate with which the movable guide plate was equipped. (A) is a front view showing the movable guide plate of the medal clogging prevention mechanism, (B) is a cross-sectional view taken along the line aa of FIG. 16 (A) showing the urging state of the urging spring of the medal clogging prevention mechanism. The longitudinal cross-sectional view which shows the clogging avoidance state of a medal clogging prevention mechanism.

  An embodiment of the present invention will be described below with reference to the drawings.

  The drawing shows a slot machine installed in a game hall as an example of a gaming machine, and FIG. 1 shows an external perspective view of the slot machine. This slot machine 11 has a panel 12 and a reel portion 13 at the front upper part corresponding to customer service, has three parallel stop buttons 14 in the width direction of the front center, and a start lever 15 and a multiplying number setting on the left side thereof. There are a button 16a and a settlement button 16b, a return button 17 on the right side and a slot 18 for inserting medals M one by one, and a tray 19 at the lower front of these.

  When the player uses the slot machine 11 for a game, medals M are inserted into the insertion slot 18 one by one. The inserted medals M are sorted by a medal sorting device (medal selector) 25, which will be described later, and the appropriate medals M selected as valid are taken into the inside, and medals selected as inappropriate and surplus exceeding a predetermined number The medal is returned to the tray 19 through the medal payout chute 26 and the return port 27 (see FIG. 2). The medal M is also returned to the tray 19 when the player depresses the settlement button 16b to stop the game.

  FIG. 2 is a perspective view showing the internal structure of the door in which the front door 11a of the slot machine 11 is opened in a single opening manner. In the opened slot machine main body 11b, a control unit 11c is installed in the upper part of the internal space, and three rows of reel units 13 are installed in the central part for rotating and stopping the position of the pattern on the outer peripheral surface to use the game. In the lower center, a medal take-out and payout medal payout device 21 is installed, a power supply device 22 is installed on the left side, and an overflow tank 23 is installed on the right side. The controller 11c processes signals from the medal selector 25 and controls each part of the slot machine 11.

  On the other hand, the front door 11a has a reel cover 24, a medal selector 25 for selecting the suitability of medals, a medal payout chute 26, and a return port 27 in this order from the top to the bottom. The medal inserted into the insertion slot 18 is once guided to the medal selector 25, and after the suitability is selected here, the accepted medal is passed through the medal transport passage 25a connected to the outlet of the medal selector 25. The hopper tank 21 a provided at the upper part of the medal payout device 21 is received. On the other hand, the medal rejected by the medal selector 25 is returned to the tray 19 through the medal payout chute 26 and the return port 27.

  3A is an external perspective view showing a state in which the front side (front side) of the medal selector 25 is covered with a front cover 25b, and FIG. 3B is an external perspective view showing a state in which the front cover 25b is removed. 4A is an external perspective view showing a state in which the back side (back side) of the medal selector 25 is covered with the rear cover 25c, and FIG. 4B is an external perspective view showing a state in which the cover 25c is subsequently removed. .

  Next, the configuration of the medal selector 25 will be described. The medal selector 25 rolls in and accepts an appropriate medal accepted and accepts the board 28 and the opening / closing plate 29 so as to be openable and closable so as to eliminate an improper small-diameter medal refused to be accepted. It is composed.

  The substrate 28 is U-shaped in plan view, and the standing front surface has a square shape. Then, one surface of the passage is formed on the inner surface of the square substrate, and each member for selecting the medal is attached to the outer surface of the substrate.

  On the other hand, the opening / closing plate 29 has a plate shape that is slightly smaller than the U-shaped space of the substrate 28 in a plan view. A support shaft 31 disposed perpendicularly to one side portion of the opening / closing plate 29 is pivotally supported on a bearing portion 30 provided on one side portion of the substrate 28. As a result, the opening / closing plate 29 is opened and closed in a single-opening manner in a direction facing the substrate 28 with the support shaft 31 as a rotation fulcrum. The opening / closing plate 29 is also pivotally supported by another bearing portion below the bearing portion 30 of the substrate 28.

  Further, the opening / closing plate 29 has a coil spring 32 for pressing the opening / closing plate wound around a support shaft 31, and the opening / closing plate 29 is always urged toward the substrate 28 by the urging force of the coil spring 32 to keep the closed state. A medal passage 33 is formed between the opposing surfaces of the substrate 28 and the opening / closing plate 29.

  5A shows one side of the medal passage 33 formed on the inner surface of the substrate 28, and FIG. 5B shows a displacement guide of the small-diameter medal lowering guide mechanism 100 provided on a part of the passage surface of the medal passage 33. The piece 101 is shown enlarged.

  The medal passage 33 described above is connected to the lower side corresponding to the slot 18 of the slot machine 11 and connects at least between the inlet 34 opened upward and the lower outlet 35 as shown in FIG. It is formed in a shape having a longitudinal passage and a transverse passage arranged in a substantially L shape. The substantially L-shaped medal passage 33 includes a longitudinal passage L1, a transverse passage L2 that is inclined obliquely downward to reach the outlet 35, and a curved portion L3 that connects these bidirectional passages L1 and L2 in a smooth curved shape. Composed.

  Inadequate large-diameter medals with respect to this medal passage 33 are large, and thus insertion is restricted at the insertion slot 18, but small medals smaller than proper medals are inserted and need to be excluded internally. Therefore, a small-diameter medal descent guide mechanism 100 as a small-diameter medal exclusion unit is provided in the vertical passage L1 immediately before the curved portion L3.

  The small-diameter medal descent guide mechanism 100 includes a displacement guide piece 101 and an urging spring 102 (FIG. 8).

  As shown in FIG. 5B, the displacement guide piece 101 has a contact guide surface 103 having a substantially J-shape in front view at the front, and this contact guide surface 103 is used for promoting the medal removal. It is intended to be able to appear and disappear from the back side to the passage surface of the longitudinal passage L1.

  The contact guide surface 103 is disposed so that the vertical portion of the substantially J-shaped vertical direction is located on the inner side L10 of the substantially L shape. Here, the substantially L-shaped inner side L10 is a side corresponding to the inner peripheral side of the curved portion L3 that smoothly changes the direction of the small-diameter medal M1 from the vertical direction to the horizontal direction. The side in the direction and the lateral passage L2 after the direction change are connected to the upper side.

  At the rear part of the displacement guide piece 101 arranged in this way, the rear part extends to the back side of the substrate 28, and the guide piece shaft is pivotally supported by the extended part so as to freely rotate in the passage thickness direction. A branch 104 is provided. The guide piece shaft support portion 104 is rotatably supported by a substantially horizontal guide piece support shaft 105 disposed on the back side of the substrate 28. As a result, the displacement guide piece 101 advances and retreats with the contact guide surface 103 on the front side turning in the passage thickness direction with the guide piece support shaft 105 as the rotation fulcrum, and the contact guide surface 103 can be moved into and out of the passage. It is provided as follows.

  Further, the contact guide surface 103 has a lowering guide portion 103a, which will be described later, in order to eliminate the small diameter medal with a high degree of freedom of movement in the passage while smoothly guiding the small diameter medal to descend. In addition, a sideways guide portion 103b and an intermediate guide region 103c are formed.

  Further, the displacement guide piece 101 has a substantially J-shaped linear portion and a curved portion, which are easy to receive the circular tip of the small-diameter medal M1 when the small-diameter medal M1 is displaced to the substantially L-shaped outer side L20. It is configured in a letter shape.

  6A shows a front view of the displacement guide piece 101, FIG. 6B shows a raised portion of the descending guide portion 103a as a cross section, and FIG. 6C shows a raised portion of the sideways guide portion 103b. FIG. 6D shows a cross-sectional view of the lowered state of the small diameter medal M1 guided by the intermediate guide region 103c, and FIG. 6E shows the small diameter medal M1 lying on its side by the sideways guide portion 103b. The state is shown as a cross section.

  The above-described lowering guide portion 103a is formed by raising the substantially L-shaped inner side of the approximately J-shaped displacement guide piece 101 as shown in FIG. As a result, when the lowering guide portion 103a faces the longitudinal passage L1, the lower guide portion 103a on the substantially L-shaped inner side is slightly protruding, and the side end portion of the small-diameter medal descending here is Contact will occur along the raised portion.

  Therefore, when the side end portion of the small-diameter medal M1 comes into contact with the raised descent guide portion 103a as shown in FIG. 6B, the small-diameter medal M1 descends by pushing the displacement guide piece 101 down. At this time, the displacement guide piece 101 is displaced toward the outer side of the substantially L shape, which is the direction in which the lowering of the lowering guide portion 103a is low, by an urging force of an urging spring 102 described later urging the displacement guide piece 101 into the passage. Descent while being. For this reason, the small-diameter medal M1 is displaced toward the outer side of the substantially L shape, and the displaced small-diameter medal M1 is along the reference edge (lower guide plate 107) serving as the radial path reference of the substantially L-shaped outer side L20. Descent and descend without bouncing in the aisle.

  Here, the substantially L-shaped outer side L20 is a side corresponding to the outer peripheral side of the curved portion L3 for smoothly changing the direction of the small-diameter medal M1 from the vertical direction to the horizontal direction, and is a width in the vertical passage L1 before the direction change. It is the side connected to the lower side in the lateral passage L2 outside the curve in the direction and after the direction change.

  The intermediate guide region 103c described above is formed on the outer side of the substantially L shape from the formation position of the lowering guide portion 103a and on the upstream side from the formation position of the sideways guide portion 103b. Further, the intermediate guide region 103c is formed such that the protrusion into the medal passage is lower than the lowering guide portion 103a and the sideways guide portion 103b, and the medal passage surface and the sideways guide portion 103b are connected by a smooth curved surface. is doing.

  When the small-diameter medal M1 is guided to the intermediate guide region 103c of the displacement guide piece, the small-diameter medal M1 slides and moves to the outer peripheral side in the width direction from the raised guide part 103a raised on the displacement guide piece 101. The circular tip of the medal M1 is guided by sliding to the intermediate guide region 103c, which is the lower portion, and the small-diameter medal M1 is easily slid. Further, since the small diameter medal M1 can take a large difference in height from the sideways guide part 103b raised from the lower intermediate guide region 103c, the inclination of the small diameter medal M1 when it is urged by the sideways guide part 103b with respect to the descending direction. The effect of eliminating the small-diameter medal M1 can be further enhanced.

  The above-described sideways guide portion 103b is connected to the downstream side of the substantially J-shaped displacement guide piece 101, and the position on the downstream side of the longitudinal passage intersecting the longitudinal passage L1 is shown in FIG. 6C. Raised and formed. As a result, when the sideways guide portion 103b faces the longitudinal passage L1, the sideways guide portion 103b protrudes in the passage width direction.

  The small diameter medal M1 guided by the intermediate guide region 103c and descending while pushing down the displacement guide piece 101 as shown in FIG. 6 (D) gets over the sideways guide portion 103b by the intermediate guide region 103c smoothly connected, Descent further.

  Thereafter, when the small-diameter medal M1 reaches the side exclusion port 200 as shown in FIG. 6E, the small-diameter medal M1 is laid sideways by the sideways guide portion 103b of the displacement guide piece 101 biased by the biasing spring 102. And can be eliminated from the lateral exclusion port 200.

  Further, the displacement guide piece 101 is designed so that the contact area in contact with the medal is as small as possible so that the descent speed of the medal is not reduced too much. For example, when the displacement guide piece 101 faces the medal passage surface, the surface shape that contacts the descending medal is configured so that only a necessary portion is brought into contact with the medal.

  7A shows the medal passage 33 on the board 28 side, FIG. 7B shows a front view of the medal selector 25 with the front cover 25b removed, and FIGS. 8A to 8C show FIG. B) represents a cross section taken along line aa, and FIGS. 9A to 9C represent cross sections taken along line bb in FIG. 7B. 3 (B) and 7 (B) show a state where the appropriate medal M is lowered and a state where the small-diameter medal M1 is about to fall down.

  At this time, the state before the small diameter medal M1 is guided to the medal passage 33 is represented by the cross-sectional views of FIGS. 8A and 9A, and the state where the small diameter medal M1 corresponds to the displacement guide piece 101 is illustrated. 8B and 9B, and the state where the small-diameter medal M1 passes the displacement guide piece 101 is shown in the cross-sectional views of FIGS. 8C and 9C.

  When the small diameter medal M1 is guided down by the displacement guide piece 101, the small diameter medal M1 receives the displacement guide action of the displacement guide piece 101 and smoothly moves along the substantially L-shaped outer side L20 while the vertical passage L1 is descending. To descend. As a result, the small-diameter medals descending from the vertical passage L1 can be prevented from coming into contact with each other even if they reach the lateral passage L2, so that they do not bounce, and the small-diameter medals M1 become the reference for measuring the diameter of the lateral passage L2. Guided along the lower reference edge (lower guide plate 107), the small-diameter medal M1 can be laid down and removed as shown in FIGS. 8C and 9C.

  The biasing spring 102 is configured using, for example, a coil spring as a biasing member that biases the above-described displacement guide piece 101. As shown in FIG. 8, the urging spring 102 is wound around a guide piece support shaft 105 provided on the back surface of the substrate 28, and the urging force of the urging spring 102 always provides a contact guide for the displacement guide piece 101. The surface 103 is urged to face the longitudinal passage L1. As a result, the contact guide surface 103 can freely move in and out of the vertical passage L1, and when it comes into contact with the medal that has descended, it receives the descent force of the medal and immediately immerses and retreats so that it does not hinder the medal descent. Is set.

  The displacement guide piece 101 urged and supported in this manner protrudes into the passage when there is no load, and is immersed by contact with the descending medal, and then projects again after passing the medal. Further, in order not to prevent the movement of the displacement guide piece 101, the displacement guide piece 101 has the upper end side (intermediate guide region 103c) of the displacement guide piece 101 that comes into contact with the medal first, flush with the inner wall surface of the medal passage. Set it lower than that.

  For reference, when the displacement guide piece 101 is not provided, the small-diameter medal M1 moves down the vertical passage L1 substantially directly under its own weight without resistance by a movable object and vigorously contacts the lower edge of the curved portion L3. rebound. Therefore, if there is no displacement guide piece 101, the small-diameter medal M1 bounces and fluctuates up and down on the lateral passage L2 as shown by an imaginary line in FIG. 13C. Become.

  However, by providing the displacement guide piece 101 in the vertical passage L1, the small-diameter medal M1 can be lowered without being bounced. As a result, it is possible to ensure a stable removal operation that can eliminate the cause of swallowing during the descent process.

  Further, the opening / closing plate 29 is provided with a lateral exclusion port 200 that serves as an exclusion portion for the small-diameter medal M1. The lateral exclusion port 200 is opened to the opening / closing plate 29 along the medal passage 33, and has an opening length that connects the downstream side of the longitudinal passage L1 and the upstream side of the lateral passage L2. The opening width is set to a size that excludes the small-diameter medal M1. Furthermore, the start end side of the lateral exclusion opening 200 is opened from a position facing the displacement guide piece 101 that promotes the removal of the small-diameter medal M1.

  As a result, the small-diameter medal M1 laid down by the displacement guide piece 101 is quickly removed from the lateral exclusion port 200. The excluded small-diameter medal M1 is lowered from between the opening / closing plate 29 and the front cover 25b and returned through the medal payout chute 26.

  In addition to excluding the small-diameter medal M1, an eject pin 208 (FIG. 4) for excluding the medal by manual operation of the player is provided. This ejection pin 208 is disposed on the outer surface of the substrate 28 and is disposed so as to push and open the opening / closing plate 29 in conjunction with the pressing of the return button 17. Then, when the player presses the return button 17 and the eject pin 208 is pressed, the opening / closing plate 29 is opened in conjunction with this, and the medal falls downward from the opening between the two open plates, forcing it. Is excluded.

  Further, an upper guide plate 106 and a lower guide plate 107 (FIG. 11) made of metal with good wear resistance are installed on the upstream side of the lateral passage L2 on the opening / closing plate 29 side, and roll in a standing position. The upper and lower parts of an appropriate medal M are guided by conveyance. The front cover 25b covers the lateral exclusion opening 200 of the opening / closing plate 29 that excludes the small-diameter medal M1, and serves as a cover for preventing the medal M and the small-diameter medal M1 from popping out.

The medal clogging prevention mechanism 300, the link blocker 400, the first sensor S1, and the second sensor S2 are disposed in the lateral passage L2 at the rear stage of the displacement guide piece 101 described above.
The medal clogging prevention mechanism 300 includes a drive mechanism 301 mounted on the substrate 28 and a movable guide plate 302 mounted on the opening / closing plate 29.

  The drive mechanism 301 described above has a solenoid 303 attached to the outer surface of the substrate 28 and a movable plate 304 that is movable in response to the driving force, and the tip of the movable plate 304 that is driven by the solenoid 303 is provided. A link arm 305 (FIG. 4) biased by a spring (not shown) for returning the movable plate is provided.

  In the link arm 305, a link shaft 306 (FIG. 7) provided on the inner surface side protrudes from the outer surface side of the substrate 28 toward the lateral passage L2, and the protruded link shaft 306 presses a movable guide plate 302 described later. .

  The above-mentioned movable guide plate 302 has a lever shape that is long in the vertical direction, and a central portion of the movable guide plate 302 is attached to a support shaft 307 that is installed on the outer surface of the opening / closing plate 29 along the passage direction of the lateral passage L2. Is pivotally supported.

  Further, the link shaft 306 protruding from the outer surface of the substrate 28 toward the inner surface is opposed to the upper inner surface of the movable guide plate 302, and the tip thereof is the upper inner surface 315 of the movable guide plate 302 (FIG. 14). ) To oppose each other.

  A coiled movable guide plate biasing spring (not shown) is interposed between the lower inner surface of the movable guide plate 302 and the outer surface of the opening / closing plate 29 in a compressed state. With this movable guide plate urging spring, the movable guide plate 302 is urged to the outer surface side with the support shaft 307 as a rotation fulcrum, the upper portion is urged to the inner surface side, and the upper inner surface 315 is pushed by the link shaft 306. Then, the lower part of the movable guide plate 302 rotates toward the substrate 28 against the urging force of the movable guide plate urging spring with the support shaft 307 as a fulcrum.

  Therefore, the movable guide plate 302 is moved and guided to the passage formation position and the passage non-formation position under the pressing force of the link shaft 306 that moves forward and backward based on ON / OFF of the solenoid 303.

  Further, the movable guide plate 302 has a passage forming plate 308 to be described later that forms the passage bottom surface of the medal passage 33 at the lower end. The passage forming plate 308 protrudes freely in and out toward the lower portion of the passage region of the medal passage 33 through a lower opening 309 opened at the lower portion of the opening / closing plate 29.

  When the solenoid 303 is de-energized (power OFF), the passage forming plate 308 of the movable guide plate 302 is retracted from the medal passage 33 by receiving a biasing force of a movable guide plate biasing spring (not shown), and the lower portion of the medal passage 33 is excluded from the medal. Open for use. On the other hand, when the solenoid 303 is excited (power is turned on) and the movable guide plate 302 receives the pressing force from the link shaft 306 and rotates, the lower passage forming plate 308 protrudes to the lower portion of the medal passage 33 and the medal. A bottom surface of the passage 33 is formed to allow the medal M to pass therethrough.

  FIGS. 10A to 10C show a medal acceptance permission state in which the solenoid 303 is driven (power is turned on) to form the medal passage 33, and an appropriate medal M is properly taken in. . 11A to 11C show the medal acceptance permission state on the opening / closing plate 29 side where the solenoid 303 is driven (power is turned on) and the appropriate medal M is properly taken in.

  Among these, FIGS. 10A and 11A show the state when the appropriate medal M is guided to the medal passage 33, and FIGS. 10B and 11B show the displacement of the appropriate medal M. The state corresponding to the guide piece 101 is shown, and FIG. 10C and FIG. 11C show the state where the appropriate medal M passes the displacement guide piece 101.

  When the proper medal M is guided to descend, the proper medal M has a small space for movement in the passage width direction, and therefore the proper medal M moves down smoothly with very little room for fluctuation in the passage. Further, the displacement guide piece 101 protruding into the medal passage 33 is immersed when it comes into contact with the appropriate medal M, and therefore does not prevent the proper medal M from descending.

  12A to 12C show the small-diameter medal exclusion state guided in the medal acceptance permission state in which the solenoid 303 is driven (power is turned on) to form the medal passage 33. FIGS. 13A to 13C show the medal exclusion state on the opening / closing plate 29 side when the small-diameter medal M1 is guided to the medal passage 33 in the medal acceptance permitted state.

Next, the clogging prevention structure and operation of the medal clogging prevention mechanism 300 will be described in detail with reference to FIGS.
14 shows an inner surface side of the movable guide plate 302, FIG. 15 shows a sectional view of the passage forming plate 308 provided in the movable guide plate 302, and FIG. 16 shows a support structure of the passage forming plate 308. Reference numeral 17 shows an example of a medal clogging avoidance operation in a cross-sectional view.

  At the lower part of the inner surface of the movable guide plate 302, a long plate-like passage forming plate 308 parallel to the passage direction of the lateral passage L2, and the passage forming plate 308 is advanced and retracted in the passage crossing direction in a parallel posture parallel to the passage direction. The parallel link portion 310 to be moved, and the passage forming plate urging spring 311 (FIG. 16) for urging the passage forming plate 308 in the lateral passage L2 by the parallel link portion 310 are provided as a medal clogging preventing member. ing.

  FIG. 14A shows a state in which the passage forming plate 308 of the movable guide plate 302 is projected, and FIG. 14B shows a state in which the passage forming plate 308 of the movable guide plate 302 is retracted.

  The movable guide plate 302 has an inner surface substantially vertical as a part of the guide wall surface 312 on one side of the lateral passage L2. A long plate-shaped passage forming plate 308 is disposed along the lower surface 316 of the guide wall surface 312 and the passage forming plate 308 is provided so as to be able to appear and retract in the crossing direction of the lateral passage L2.

  As shown in FIG. 16B, the passage forming plate 308 is normally biased by a passage forming plate urging spring 311 and protrudes horizontally in the passage crossing direction to form a passage bottom surface of the lateral passage L2. It is in.

  At this time, as shown in FIG. 14A, the passage forming plate 308 is configured to be able to project a protrusion amount t that is substantially the same as the medal passage thickness or more in order to form the bottom surface of the passage. Further, the passage bottom surface is configured to allow retraction so as to be openable.

  The parallel link portion 310 includes a pair of left and right rotating arms 313 that are pivotally supported by the shaft supporting portion 317 of the movable guide plate 302, and the tips of the rotating arms 313 are suspended from the lower surface of the passage forming plate 308. The pair of left and right support shafts 314 are pivotally connected to each other. As a result, the passage forming plate 308 has a link structure that advances and retracts in the passage intersecting direction while maintaining a parallel posture parallel to the passage direction via the parallel link portion 310.

  Further, the passage forming plate 308 is biased and supported by the passage forming plate biasing spring 311 so as to protrude inward of the passage. Therefore, when the movable guide plate 302 that has received the driving force from the solenoid 303 moves in the direction in which the medal passage 33 is formed, the tip of the passage forming plate 308 and the passage wall 318 on the side of the substrate 28 facing the tip are formed (see FIG. 17), there is a possibility that a medal pinching phenomenon may occur such that a medal is sandwiched between them. In such a case, even if the movement of the movable guide plate 302 is restricted, the passage forming plate 308 is retracted from the passage against the urging force of the passage forming plate urging spring 311 to temporarily allow the movement of medals. Accordingly, the medal passage 33 is opened. For this reason, the medal that has been sandwiched falls from the open passage, and the medal clogging is immediately avoided. Thereafter, the passage forming plate 308 immediately protrudes to the original passage forming position by the biasing force of the passage forming plate biasing spring 311.

  As a result, the medal pinching phenomenon that may occur when the movable guide plate 302 is switched from the invalid passage state to the valid state regardless of the timing at which the solenoid 303 is driven to move the movable guide plate 302 to the valid state. Since the passage forming plate 308 that constitutes one of the sandwiched portions has a retracting structure that retracts outward from the passage, it is possible to naturally avoid clogging of medals.

  For example, when the movable guide plate 302 is operated from the medal passage ineffective state to switch to the medal passage effective state, the passage is ineffective between the movable guide plate 302 and the passage wall 318 facing the movable guide plate 302. There is a risk that the medal that was about to fall down will be caught in the passage valid state before being eliminated. Even in such a case, the passage forming plate 308 of the movable guide plate 302 is retracted from the passage, and the portion of the movable guide plate 302 is opened so that medals can be removed.

  The link blocker 400 promotes the removal of medals in conjunction with the movement of the movable guide plate 302. The link blocker 400 is attached to the outer surface of the opening / closing plate 29 adjacent to the movable guide plate 302. Yes. The link blocker 400 is pivotable with the lower portion of the link blocker 400 being pivotally supported by a support shaft 402 installed along the lateral passage L2 at the lower outer surface of the movable guide plate 302.

  The upper end of the link blocker 400 has a blocker portion 401 that is bent from the outer surface of the opening / closing plate 29 toward the inner surface side. Yes.

  Further, a coil spring (not shown) is interposed between the inner surface of the lower end of the link blocker 400 and the outer surface of the opening / closing plate 29 in a compressed state. The blocker 401 is urged toward the inner surface side of the medal passage 33 by the coil spring and protrudes into the medal passage 33.

  Further, the link blocker 400 is arranged so as to overlap with the outer surface of the movable guide plate 302 so as to be interlocked with the movement of the movable guide plate 302, and the corresponding portion is engaged (not shown). is doing. Accordingly, when the movable guide plate 302 is rotated, the link blocker 400 is also rotated in conjunction with the rotation.

  The first sensor S1 is disposed at the center of the lateral passage L2, and detects the passage of medals. The first sensor S1 has the front ends of the large lever 501 and the small lever 502 facing the lateral passage L2 from the back side of the substrate 28 so as to be able to appear and retract.

  The base end side of each of the levers 501 and 502 is detected by a photo sensor or the like (not shown) to detect the passage of medals. The first sensor S <b> 1 is disposed on the back side of the substrate 28 by the first sensor case 503.

  The second sensor S <b> 2 is provided immediately before the outlet 35 of the medal passage 33. The second sensor S2 is disposed so as to face the inner surface from the outer surface of the substrate 28 forming the medal passage 33, and detects a medal M not shown that passes through the end portion of the lateral passage L2 of the medal passage 33. And a second detector in order in the passage direction.

  Both the detection units can be configured by optical detection sensors that detect and detect the passage of the medal M by projecting and receiving light. The medal M moves along the medal path 33, and the medal M is an optical axis of both detection units. Are blocked in this order to detect the passage of the medal M. Specifically, the direction of the medal is detected, the sensor output time, phase difference, output order, etc. are detected, and further, the medal selection and the number of passed medals are counted. Two detectors are arranged at intervals. These two detectors are arranged on the back side of the substrate 28 by a unitized second sensor case 504 for counting medals.

Next, the processing operation of the medal selector 25 will be described.
When the slot machine 11 is in a control state in which the medal M is accepted, the control unit 11c of the slot machine 11 keeps the solenoid 303 in an excited state (ON). At this time, the movable guide plate 302 is rotated in conjunction with the excitation action of the solenoid 303, and as shown in FIG. Is forming.

  When the player inserts a medal into the insertion slot 18 in a state where the medal path 33 is formed, the inserted medal M is guided to the medal selector 25 corresponding to the position directly below, and the medal path 33 of the medal selector 25 is passed through the medal path 33. Flow down. At this time, the medals flow down while changing the direction from the vertical passage L1 to the horizontal passage L2.

  The standing medals M flowing down here are sorted according to the diameter of the medals between the upper guide plate 106 and the lower guide plate 107 arranged on the upper and lower sides of the medals M respectively. Since the medals reach the lateral exclusion port 200 and are biased by the displacement guide piece 101, they are not excluded by the lateral exclusion port 200 because they are guided by both the upper guide plate 106 and the lower guide plate 107. , Properly taken inside.

  On the other hand, when the small-diameter medal M1 is inserted, the small-diameter medal M1 comes into contact with the contact guide surface 103 of the displacement guide piece 101 disposed in the vertical passage L1 and descends. At this time, the small-diameter medal M1 descends while its medal surface comes into contact with the lowering guide portion 103a of the contact guide surface 103 and is displaced toward the outside of the substantially L shape.

  Furthermore, when the small-diameter medal M1 is guided to the intermediate guide region 103c of the displacement guide piece 101, the circular tip at the tip in the descending direction of the small-diameter medal M1 moves to the intermediate guide region 103c which is a lower portion than the lowering guide portion 103a. It is guided by sliding movement to facilitate the sliding movement of the small-diameter medal M1.

  Subsequently, the small diameter medal M1 gets over the sideways guide part 103b by the sideways guide part 103b and descends. At this time, as shown in FIGS. 8C and 9C, When reaching the side exclusion port 200, the passage surface on the opening / closing plate 29 side is opened and freed, and the small-diameter medal M1 is laid down by being biased from the substrate 28 side by the displacement guide piece 101, and opened in its sideways direction. It is excluded from the horizontal exclusion port 200.

  In this way, the small-diameter medal M1 is laid down in the middle of the flow corresponding to the displacement guide piece 101, and is removed from the lateral exclusion opening 200 opened in the lateral direction. Then, the medals excluded from the lateral exclusion port 200 descends the medal payout chute 26 and is returned to the tray 19 of the slot machine 11.

  On the other hand, when the control unit 11c of the slot machine 11 refuses to accept the medal M, the solenoid 303 is not supplied with power and is in a non-excited state (OFF). For this reason, the movable guide plate 302 is not subjected to the excitation action of the solenoid 303, and the movable guide plate 302 rotates in a direction away from the substrate 28, so that the medal passage 33 is opened and the medal can be removed downward. Further, the blocker portion 401 of the link blocker 400 also rotates and protrudes into the medal passage 33, restricts the passage of the medal M guided here, and removes the medals M such as surplus medals from the medal passage 33 with certainty. Let

  Further, when the movable guide plate 302 is switched from the passage ineffective state to the passage effective state, the medal that has fallen in the exclusion direction between the movable guide plate 302 and the passage wall 318 facing the movable guide plate 302. There is a risk of being pinched and locked before being eliminated.

  Even in such a case, since the passage forming plate 308 of the movable guide plate 302 is retracted from the medal passage 33, the medal passage 33 is opened and the medal can be removed. For this reason, there is no possibility of clogging of medals at the movable guide plate 302, and clogging of medals can be reliably prevented.

  As described above, when the small-diameter medal M1 is inserted, the small-diameter medal M1 is smoothly lowered by moving the small-diameter medal M1 to the substantially L-shaped outer side L20 by the displacement guide piece 101 while the small-diameter medal M1 is descending the vertical passage L1. Can be made. Further, when the small-diameter medal M1 reaches the lateral exclusion opening 200, the small-diameter medal M1 can be surely excluded by the guide action of the laterally inclined guide portion 103b and the intermediate guide region 103c. Thereby, swallowing of a small diameter medal can be prevented reliably.

  Further, when the movable guide plate 302 is switched from the passage ineffective state to the passage effective state, even if a medal clogging occurs between the medals, the passage forming plate 308 provided in the movable guide plate 302 is clogged. Therefore, it is possible to operate as a highly reliable slot machine that can prevent the clogging of medals accurately.

In correspondence between the configuration of the present invention and the configuration of the above-described embodiment,
The medal sorting device of the present invention corresponds to the medal selector 25 of the embodiment,
Similarly,
The drive means corresponds to the drive mechanism 301,
The passage forming portion corresponds to the passage forming plate 308,
The biasing means corresponds to the passage forming plate biasing spring 311,
Although the gaming machine corresponds to the slot machine 11, the present invention can be applied based on the technical idea shown in the claims, and is not limited to the configuration of the above-described embodiment. For example, in the above-described embodiment, a medal used in a gaming machine is shown as an example.

  The present invention can be applied to all processing apparatuses that prevent medal clogging.

DESCRIPTION OF SYMBOLS 11 ... Slot machine 25 ... Medal selector 28 ... Substrate 29 ... Opening / closing plate 33 ... Medal passage 300 ... Medal clogging prevention mechanism 301 ... Drive mechanism 302 ... Movable guide plate 308 ... Passage formation plate 310 ... Parallel link part 311 ... With passage formation plate Force spring

Claims (4)

A medal passage for rolling medals along a wall surface is formed between opposing surfaces of the substrate and the opening / closing plate facing each other in a standing position, and the medal passage is extended from the outer wall side of the substrate or the opening / closing plate to the medal passage. A movable guide plate that movably displaces a medal taken into the medal passage and a medal removal passage non-forming position that does not form a medal passage, and distributes the medal guided to the medal passage;
A medal sorting device in which a shaft support portion for pivotally supporting the movable guide plate and a driving means for driving the movable guide plate are attached to an outer wall surface of the substrate or the opening / closing plate,
In the movable guide plate,
When the movement of the movable guide plate is restricted during the movement of the movable guide plate from the passage non-formation position to the passage formation position by the driving means, a passage formation portion formed on the movable guide plate is provided. A medal sorting device equipped with a mechanism for preventing medal clogging. The medal clogging prevention mechanism is
A long plate-like passage forming section along the passage direction;
A parallel link part for advancing and retracting the passage forming part in a direction crossing the passage direction in a parallel posture parallel to the passage direction;
2. The medal sorting device according to claim 1, further comprising: an urging unit that urges the passage forming portion inward and out of the passage by the parallel link portion. The passage forming portion,
3. The structure according to claim 1, wherein the medal path is formed so as to appear at a position where a bottom surface of the horizontal path is formed in the substantially L-shaped medal path that is rolled down from the vertical path to the horizontal path by the weight of the medal. Medal sorting device.   A gaming machine comprising the medal sorting device according to claim 1.

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