JP2010220842A - Article pushing device and article putout machine - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an article pushing device and an article putout machine preventing jumping-out of an article (a prize) taken out from an article storage section of an article cartridge to the outside, stacking articles (prizes) in a well-ordered condition, and stably moving and pushing the article to an article putout section for putting out the article in a well-ordered condition. <P>SOLUTION: A prize putout machine 10 includes: a stacker lifting/lowering stand 190 capable of temporarily aligning and storing the prizes; a moving means moving the stacker lifting/lowering stand 190; a regulation member 250 which is provided at least on part of the periphery of the prizes to be stored in the stacker lifting/lowering stand 190, can move forward/backward in the moving direction of the moving means and regulates the movement of the prizes; and a prize pushing section 36 which pushes a prizes whose movement is regulated by the regulation member 250, from the stacker lifting/lowering stand 190 to the outside via an outlet opening. <P>COPYRIGHT: (C)2011,JPO&amp;INPIT

Description

  In the present invention, for example, when an article (prize) such as a special prize used in a pachinko hall or the like is paid out, an article extruding apparatus for pushing the article (prize) to the player side, a pachinko machine or the like is installed. The present invention relates to an article dispenser that is installed in a game hall or the like and dispenses articles such as special prizes (prize).

  At game halls, for example, pachinko parlors, when a player acquires a pachinko ball with a pachinko machine or a coin with a slot machine, a special prize is paid out according to the number of pachinko balls or coins acquired. A machine is installed.

  In the prize dispenser, when a prize is taken out from a prize storage section of a prize cartridge for storing a prize, for example, it is taken out by a prize pushing claw provided on a rotating belt. Then, the prizes taken out from the prize storage unit are temporarily stored in the stacker unit and paid out to the outside by the prize paying means (see, for example, Patent Document 1).

  In addition, in the prize dispenser, it is required to shorten the time spent for giving away prizes.

Japanese Patent Laid-Open No. 2005-213335

  As described above, in the conventional prize dispenser, in order to shorten the time spent for giving away prizes, for example, it is conceivable to increase the speed of taking out prizes from the prize storage unit. For this purpose, for example, it is possible to cope by increasing the rotational speed of the rotating belt. However, when the rotation speed of the rotating belt is increased, the prize kicked out by the prize push-out pawl collides with the wall surface of the stacker part and, for example, rises up to the area constituting the prize dispensing means for dispensing the prize. There is. For this reason, problems such as inability to stably extrude prizes arise.

  Therefore, in order to prevent the prize from flying up, for example, the depth of the stacker part, that is, the wall surface of the stacker part may be deepened in the direction in which the prize soars, and the space for storing prizes may be expanded in the direction in which the prize soars. It is done. However, in the case of providing this configuration, the top plate of the premium payout unit provided with the premium payout means for paying out premiums in the stacker portion must be increased by the depth of the stacker portion.

  Therefore, the present invention has been made to solve the above-described problems, and prevents an article (prize) taken out from the article storage section of the article cartridge from jumping out to a state in which the article (prize) is in order. An object of the present invention is to provide an article extruding apparatus and an article dispenser which can be stacked and move to an article dispensing section for dispensing articles in an aligned state to extrude the article.

  In order to achieve the above object, an article extruder according to the present invention includes an article storage section capable of temporarily storing and storing articles, a moving means for moving the article storage section, and an article stored in the article storage section. A regulating member that is provided in at least a part of the periphery of the vehicle and is capable of advancing and retreating in the moving direction of the moving means and restricting the movement of the article, and the article whose movement is restricted by the restricting member from the article storage portion. And an article extruding means for extruding to the outside.

  According to this article extruder, by providing the regulating member, the articles can be aligned and stacked or arranged. Further, since the regulating member is provided so as to be able to advance and retreat in the moving direction of the moving means, for example, in the step of storing the article in the article storage unit, the regulating member is moved so as to protrude in the stacking direction of the articles. Further, it is possible to prevent the article moved to the article storage unit from rising and being released to the outside of the regulating member.

  Further, in the article extruder according to the present invention, the regulating member protrudes in a direction in which the articles in the article storage section are arranged in accordance with the movement of the article storage section, or the direction in which the articles are arranged. Is characterized in that it has left in the opposite direction.

  According to this article extruder, the articles stored in the article storage section can be projected in the direction in which the articles are arranged. For example, in the process of storing articles in the article storage section, the articles moved to the article storage section Can be prevented from being discharged to the outside of the regulating member.

  In the article extruder according to the present invention, the regulating member is in contact with a part of the structure housing the article pushing means and receives a pressing force in a direction opposite to the moving direction, so that the article storing unit It is characterized in that it is in a state where it has left in a direction opposite to the direction in which the articles are arranged from the state in which the articles are arranged in the arranged direction.

  According to this article extruder, for example, when the article storage section is moved to the article dispensing section, the regulating member is opposite to the direction in which the articles are arranged from the state in which the articles in the article storage section are projected in the arrangement direction. Therefore, it is not necessary to provide a space for the restricting member projecting in the article dispensing portion. As a result, the apparatus can be miniaturized.

  Further, in the article extruder according to the present invention, the regulating member has completed the dispensing of the article by the article pushing means, and the moving means moves the article storage section to a position where the articles can be temporarily arranged and stored. In this case, the article in the article storage unit protrudes in the direction in which the articles are arranged.

  According to this article extruder, the regulating member can be brought into a state of protruding in the direction in which the articles in the article storage unit are arranged from a state in which the regulating member is retreated in the direction opposite to the direction in which the articles are arranged. In the step of storing the article in the article storage section, it is possible to prevent the article moved to the article storage section from rising and being released to the outside of the regulating member.

  The article dispensing machine according to the present invention can temporarily store an article storage unit for storing an article, an article take-out means for taking out an article to be dispensed from the article storage part, and an article taken out from the article storage part. An article storage unit, a moving unit that moves the article storage unit, and provided in at least a part of the periphery of the article stored in the article storage unit, and can move forward and backward in the moving direction of the moving unit. A regulating member that regulates the movement of the article, and an article dispensing unit that moves the article, the movement of which is regulated by the regulating member, to the outside through the article dispensing outlet from the article storage unit. It is characterized by.

  According to this article dispenser, by providing the regulating member, the articles can be aligned and stacked or arranged. Further, since the regulating member is provided so as to be able to advance and retreat in the moving direction of the moving means, for example, in the step of storing the article in the article storage unit, the regulating member is moved so as to protrude in the stacking direction of the articles. Further, it is possible to prevent the article moved to the article storage unit from rising and being released to the outside of the regulating member.

  Further, in the article dispensing machine of the present invention, the regulating member protrudes in the direction in which the articles in the article storage section are arranged in accordance with the movement of the article storage section, or the direction in which the articles are arranged. Is characterized in that it has left in the opposite direction.

  According to this article dispenser, since the articles in the article storage section can be projected in the direction in which the articles are arranged, for example, in the process of storing the articles in the article storage section, the articles moved to the article storage section Can be prevented from being discharged to the outside of the regulating member.

  In the article dispensing machine according to the present invention, the regulating member is in contact with a part of the structure housing the article pushing means and receives a pressing force in a direction opposite to the moving direction, thereby It is characterized in that it is in a state where it has left in a direction opposite to the direction in which the articles are arranged from the state in which the articles are arranged in the arranged direction.

  According to this article dispenser, for example, when the article storage section is moved to the article delivery section, the regulating member is opposite to the direction in which the articles are arranged from the state in which the articles in the article storage section are projected in the arrangement direction. Therefore, it is not necessary to provide a space for the restricting member projecting in the article dispensing portion. As a result, the apparatus can be miniaturized.

  Further, in the article dispensing machine according to the present invention, the regulating member has completed the dispensing of the article by the article pushing means, and the moving means moves the article storage section to a position where the articles can be temporarily arranged and stored. In this case, the article in the article storage unit protrudes in the direction in which the articles are arranged.

  According to this article dispensing machine, the regulating member can be in a state of protruding in the direction in which the articles in the article storage unit are arranged from the state in which the regulating members are retreated in the direction opposite to the direction in which the articles are arranged. In the step of storing the article in the article storage section, it is possible to prevent the article moved to the article storage section from rising and being released to the outside of the regulating member.

  According to the article extruding apparatus and the article dispensing machine of the present invention, it is possible to stack the articles (prize) taken out from the article storage section of the article cartridge in a well-prepared state, and the stacked articles (prize) are destroyed. Therefore, the article can be moved in a state in which the article is arranged in the article dispensing unit for dispensing the article.

It is a perspective view from the front (from the player side) of the prize dispenser in one embodiment of the present invention. It is a perspective view from the back (from the cartridge insertion side) of the prize dispenser with the back door closed. It is a perspective view from the back (from the cartridge insertion side) of the prize dispenser with the back door opened. It is a perspective view of a prize cartridge. It is a perspective view which shows a part of one side surface of a prize cartridge. It is a perspective view which shows a mode that a prize cartridge is inserted in a prize cartridge insertion port. It is the perspective view which showed an example of the internal structure of a part of prize dispenser. It is a top view which shows the state in which the prize cartridge was mounted in the cartridge installation board. It is a side view which shows an example of a structure of a lift mechanism. It is a side view of an upper unit and a giveaway unit. It is a top view when the contact part which the special prize W contacts in an upper unit is seen from the direction (direction which looked upward from the premium cartridge side) the special prize contacts. It is a top view from the side of the contact part which a special prize contacts. It is a perspective view when the regulation member on a stacker part raising / lowering stand which is a part of upper unit is seen from the side into which special prizes approach. It is a top view when the prize stacker part comprised by providing a control member on a stacker part lifting stand is seen from upper direction. It is a perspective view when the regulation member on a stacker part raising / lowering base with which special prizes were laminated | stacked is seen from the side into which special prizes approach. It is a perspective view when the restriction member on a stacker part raising / lowering stand in the state where the height of the restriction member of other composition becomes the maximum is seen from the side where a special prize enters. It is a perspective view when the restriction member on the stacker part lifting platform in a state where the height H of the restriction member of another configuration is minimized is viewed from the side where the special prize enters. It is a perspective view when the restriction member on the stacker part lifting platform in a state where the guard member is provided and the guard member protrudes upward from the front end edge of the restriction member is viewed from the side where the special prize enters. It is a perspective view when the restriction member on the stacker unit lifting / lowering base in a state where the guard member is provided and the guard member does not protrude upward from the front end edge of the restriction member is viewed from the side where the special prize enters. It is a perspective view when the restriction member on a stacker part raising / lowering stand at the time of attaching a guard member to a restriction member by another structure is seen from the side into which a special prize enters. . It is a top view when seeing an extrusion member and a power transmission member from the upper part, ie, the upper part of a prize discharge unit. It is a top view when a mode when an extrusion member enters into a regulation member from an opening of a regulation member is seen from the upper part. It is a top view when a mode when an extrusion member moves in the inside of a control member is seen from the upper part. It is a top view when a mode that the extruding member pushes out the special prize W to the prize payout exit after passing through the inside of the regulating member is viewed from above. It is a top view when the pushing member sees the mode after a regulating member from the upper part in the case where the exit of a regulating member serves as a prize paying exit. It is a top view when the extrusion member and power transmission member of another structure are seen from the upper direction, ie, the premium payout unit. A cross-sectional view showing a state where the special prize W stored in the prize storage section is supported by the prize support section and moved upward is shown. It is a side view which shows operation | movement of an upper unit. It is a side view which shows operation | movement of an upper unit. It is a side view which shows operation | movement of an upper unit. It is a side view which shows the operation | movement of a prize paying unit. It is a side view which shows the operation | movement of a prize paying unit.

  Hereinafter, an embodiment of the present invention will be described with reference to the drawings.

  FIG. 1 is a perspective view from the front (from the player side) of the prize dispenser 10 according to one embodiment of the present invention. FIG. 2 is a perspective view from the back (from the cartridge insertion side) of the prize dispenser 10 with the back door 31 closed. FIG. 3 is a perspective view from the back (from the cartridge insertion side) of the gift dispenser 10 with the back door 31 opened.

  As shown in FIG. 1, a prize dispensing unit 34 is provided at the top of the prize dispensing machine 10 that functions as an article dispensing machine. The prize payout unit 34 is provided with six prize payout outlets 35 for discharging the special prize W in the longitudinal direction of the prize payout unit 34. The prize payout port 35 is closed by, for example, a shutter 60 except when the special prize W is discharged.

  Here, examples of articles that can be dispensed by the prize dispenser 10 functioning as an article dispenser include, for example, a special prize W having a large special prize 5000 yen and a special prize W having a medium special prize 1000 yen, Special prize W for small special prize 200 yen, special prize for 4 yen coin rental, special prize for 1 yen coin rental, special prize W such as special prize for 20 yen medal rental, cigarette, Packed beverages, and other articles having the same shape that can be stacked and extruded. In addition, below, the case where the special prize W is used as an article is illustrated. Further, even when other articles are used, the same effects as those obtained when the special prize W shown below is used can be obtained.

  The discharge top plate 37 from which the special prize W is discharged from the prize outlet 35 by the prize extruding unit 36 is provided with a recess corresponding to each prize outlet 35, and the recess is configured by, for example, an LED lamp. A payout exit instruction lighting unit 38 is disposed. And the recessed part which has arrange | positioned the discharge exit instruction | indication lighting part 38 is sealed with the discharge top plate 37, for example with a transparent acrylic board etc. so that it may become a flat surface without an unevenness | corrugation. Then, a payout instruction lighting unit 38 corresponding to the prize payout exit 35 from which the special prize W is discharged is turned on, and the prize payout exit 35 from which the special prize W is discharged to the player is shown.

  Since the prize dispenser 10 shown here is provided with six prize payout outlets 35, a maximum of six types of special prizes W can be discharged simultaneously. Further, the prize payout outlets 35 provided in the prize dispenser 10 are not limited to six places. For example, the number of the prize payout outlets 35 may be increased or decreased depending on the type of the special prize W to be paid out.

  In addition, a display unit 39 for displaying the type and quantity of the special prize W to be paid out is installed on the upper right side of the prize payout unit 34. The display unit 39 is composed of, for example, a liquid crystal monitor.

  Furthermore, speakers 40 are provided at both ends of the upper surface of the prize payout unit 34, and for example, voice information such as “Please come” or “Please wait for a prize” is issued to the player.

  The prize dispenser 10 is provided with a main control means 48 mainly composed of an arithmetic unit (CPU), a read only memory (ROM), a random access memory (RAM) and the like. Each prize transport unit 44 to be described later includes a lane mainly composed of an arithmetic unit (CPU), a read-only memory (ROM), a random access memory (RAM) and the like for controlling each prize transport unit 44. Control means 50 is provided. Here, the CPU in the main control means 48 and the lane control means 50 executes various arithmetic processes using programs and data stored in the ROM and RAM. Each lane control unit 50 is communicably connected to the main control unit 48. For example, the lane control unit 50 controls the operation of each prize transport unit 44 based on information from the main control unit 48. Further, the main control unit 48 may be configured to have the function of the lane control unit 50 without including the lane control unit 50.

  As shown in FIGS. 2 and 3, a back door 31 having a locking mechanism 31 a is provided on the back side of the prize dispenser 10. The rear door 31 is provided with a grip portion 31b, and the rear door 31 is opened and closed by grasping the grip portion 31b.

  The locking mechanism 31a has a structure that can be locked or unlocked with a key or the like, for example, and is connected to each lane control means 50 via a line. Further, the locking mechanism 31a is not limited to this configuration, and may be configured with a structure that can be electrically locked or unlocked by an external input signal or the like.

  In addition, as shown in FIG. 3, a rear door opening detection means 31 c that detects that the rear door 31 is closed may be provided on the side surface of the one rear door 31. This back door opening detection means 31c is composed of, for example, a contact switch or the like, and the side surface of the opposing back door 31 is in contact with the back door opening detection means 31c disposed on the side face of one back door 31. This is detected, and it is detected that the rear door 31 is closed. Here, the rear door opening detection means 31c is connected to the main control means 48 via a line.

  In each lane, a prize cartridge 33 is detachably accommodated from the prize cartridge insertion port 32, and a prize transport unit 44 having an upper unit 42 at the upper part and a lower unit 43 at the lower part, and a prize payout outlet 35 are provided. It has been. Six lanes having this configuration are arranged in the lateral direction of the long side of the prize dispenser 10.

  In addition, the prize transport unit 44 is provided with a cartridge insertion slot door 45 that functions as an openable / closable door capable of closing the prize cartridge insertion slot 32, and one end side of the prize transport unit 44 is transported by a pivot support member 45b such as a hinge. It is fixed to the unit 44. By providing the rotation support member 45b, the cartridge insertion door 45 can be opened and closed with the rotation support member 45b as an axis.

  A locking opening 45a is provided at the edge of the cartridge insertion door 45 opposite to the fixed side. When the cartridge opening door 45 is closed, the locking opening 45a locks the lock function portion 49 installed in the prize transport unit 44 corresponding to the locking opening 45a. 45 is locked. Here, the lock function unit 49 is connected to each lane control means 50 via a line. Further, the cartridge insertion opening door 45 is provided with a cartridge insertion opening door gripping portion 45c.

  Further, a contact switch 47 for detecting the opening / closing of the cartridge insertion door 45 may be installed below the prize transport unit 44 in which the lock function unit 49 is installed. The contact switch 47 is connected to each lane control means 50 via a line.

  In the embodiment shown here, the six prize transport units 44 are stacked, but the number of the prize transport units 44 is not limited to six. The number of the prize payout outlets 35 from which the special prize W is discharged corresponds to the number of the prize transport units 44.

  As shown in FIGS. 2 and 3, an operation display panel 41 is provided on the back side of the prize dispenser 10, at the upper part of the prize dispenser unit 34, and facing the back side of the prize dispenser 10. On the operation display panel 41, a display unit 41a composed of, for example, a liquid crystal monitor for displaying the type and quantity of the special gift W to be paid out, and on the left and right ends of the operation display panel 41, the special gift W is displayed. An error occurrence lighting unit 41b that is lit when an error such as a replenishment request or a conveyance failure occurs is provided.

  The prize dispenser 10 can be connected to one or a plurality of prize management devices (POS) (not shown) via a communication line, and the operation display panel 41 includes a number of prize management devices (POS). There is provided a side prize management device number lighting unit 41c that indicates whether or not it is connected. The side prize management device number lighting unit 41c is constituted by, for example, an LED lamp. For example, when one premium management device (POS) is provided side by side, one side prize management device number lighting unit 41c is lit. However, when two premium management devices (POS) are installed side by side, two of the side prize management device number lighting sections 41c are lit. In addition, a ready lighting unit 41d that indicates a ready state of the prize dispenser 10 is provided in the vicinity of the side prize management device number lighting unit 41c. This ready lighting part 41d is also comprised, for example with the LED lamp.

  The operation display panel 41 is provided with a reset button 41g and a mode switching button 41h, and a numeric keypad 41f is provided inside a panel 41e that can be opened and closed. The setting mode is set by the mode switching button 41h and the numeric keypad 41f. The numeric keypad 41f is used to set, for example, the number of types of special prizes W to be handled and the types of special prizes W stored in the prize cartridges 33.

(Configuration of the prize cartridge 33)
Next, the configuration of the prize cartridge 33 will be described with reference to FIGS. 4 and 5.

  FIG. 4 is a perspective view of the giveaway cartridge 33. FIG. 5 is a perspective view showing a part of one side surface of the prize cartridge 33.

  The prize cartridge 33 is composed of a rectangular parallelepiped as a whole, and is composed of each prize storage unit 100 consisting of a plurality of rectangular parallelepiped spaces arranged in a line. In this embodiment, the prize cartridge 33 is composed of three prize storage units 100. However, the present invention is not limited to this, and the number of the prize storage units 100 may be increased or decreased.

  In the bottom of the prize storage unit 100, a center part and a part of the front part are cut out, and a prize stopper 101 formed in a substantially C-shape is fixed to support the special prize W stacked in the prize storage part 100. To do. The shape of the notch of the prize stopper 101 is such that the special prize W accommodated in the prize storage unit 100 can be moved up and down, and the lifting platform that supports the support member and is pushed up by the lift mechanism is movable. If it can support the special prize W stored in 100, it is not limited to the C-shaped.

  The back surface and both side surfaces of the premium storage unit 100 are formed of wall surfaces, and the side surfaces of the adjacent premium storage units 100 are shared. The front and ceiling surfaces of the prize storage unit 100 are opened. A plate-like guide 102 is provided along the premium storage unit 100 at the front side of the premium storage unit 100.

  An insertion grip 103 is disposed on one outer surface of the prize cartridge 33. When the premium cartridge 33 is inserted into the premium cartridge insertion slot 32, an employee or the like grasps the insertion grip portion 103 and inserts it. A cartridge cover (not shown) configured to cover the ceiling surface of the plurality of prize storage units 100 can be attached to the upper part of the prize cartridge 33. The cartridge cover is used by being attached to the prize cartridge 33 when carrying the prize cartridge 33. For example, an employee or the like grips and carries a carrying grip (not shown) provided on the cartridge cover. The cartridge cover is removed when the premium cartridge 33 is inserted into the premium cartridge insertion slot 32.

  As shown in FIG. 5, a magnet plate 106 made of a metal plate may be disposed on the outer surface opposite to the outer surface on which the insertion gripping portion 103 of the prize cartridge 33 is installed. In this embodiment, two magnet plates 106 are disposed at predetermined positions on the outer surface of the giveaway cartridge 33, but the present invention is not limited to this.

  The magnet plate 106 is magnetically connected to a magnet 111 disposed corresponding to the magnet plate 106 to catch means 110 described later. Further, a hall element may be installed in the catch means 110 to determine whether or not the prize cartridge 33 inserted into the prize cartridge insertion port 32 is appropriate.

  Further, as shown in FIG. 6 described later, the prize cartridge 33 is inserted and installed in the prize dispenser 10 from the prize cartridge insertion port 32.

  Here, different types of special prizes W or the same type of special prizes W are stored in each prize storage unit 100 of the prize cartridge 33.

(Internal configuration of the gift dispenser 10)
Next, an example of the internal configuration of the prize dispenser 10 will be described with reference to FIGS.

  FIG. 6 is a perspective view showing how the premium cartridge 33 is inserted into the premium cartridge insertion slot 32. FIG. 7 is a perspective view showing an example of the internal configuration of a part of the prize dispenser 10. FIG. 7 shows one prize transport unit 44 and prize dispensing unit 34 of the prize dispenser 10, and description of the operation display panel 41 and the like is omitted. FIG. 8 is a plan view showing a state where the prize cartridge 33 is placed on the cartridge installation plate 134.

  As shown in FIG. 7, the prize dispenser 10 includes a prize transport unit 44 including a lower unit 43, a prize cartridge insertion slot 32, and an upper unit 42, and a prize transport unit 44 and a discharge top plate 37. The prize payout unit 34 is arranged mainly through a stack.

  On both sides of the lower end position of the premium cartridge insertion slot 32, cartridge guide rails 130 are installed in a belt shape from the premium cartridge insertion slot 32 to the back. A part of the cartridge guide rail 130 is cut out so that a support member 131 that lifts and lowers the special prize W and a lift base 132 that supports the support member 131 are movable.

  A plurality of guide rollers 133 are installed between the cartridge guide rails 130 on both sides. On the guide roller 133, a cartridge installation plate 134 that supports the prize cartridge 33 is placed.

  As shown in FIG. 5, catch means 110 may be erected at the end of the cartridge installation plate 134 on the back side of the premium cartridge insertion port 32. When the prize cartridge 33 is placed on the cartridge installation plate 134, the magnet 111 arranged on the catch means 110 and the magnet plate 106 arranged on the outer surface of the prize cartridge 33 are magnetically connected. The When a hall element is installed in the catch means 110, it is possible to determine whether the prize cartridge 33 inserted into the prize cartridge insertion port 32 is appropriate using this hall element. If the prize cartridge 33 is not appropriate, it can be notified by, for example, a buzzer. This Hall element is connected to the lane control means 50 or the main control means 48 via a line.

  The cartridge installation plate 134 is provided with notches 135 corresponding to the notches of the prize stopper 101 of the prize cartridge 33 placed on the cartridge installation board 134. The notch 135 is notched so that the support member 131 that raises and lowers the special prize W and the lifting platform 132 that supports the support member 131 are movable.

  Furthermore, a gear portion (not shown) that engages with a gear portion of a timing belt 137 that transmits power from the stepping drive motor 136 installed at the bottom of the lower unit 43 is provided on the lower end surface of the cartridge installation plate 134. ing. The cartridge installation plate 134 moves on the guide roller 133 by driving the stepping drive motor 136. Note that the stepping drive motor 136 is rotated forward and backward according to an instruction from the connected lane control means 50. Note that the lane control unit 50 controls the stepping drive motor 136 and the like based on information from the main control unit 48.

  Here, the lane control means 50 can also detect the movement position of the prize cartridge 33 installed on the cartridge installation plate 134. This detection can be performed, for example, by providing an encoder unit for detecting the rotation speed of the rotation shaft of the stepping drive motor 136 on the rotation shaft of the stepping drive motor 136. For example, in order to enable the payout of the special prize W, it is possible to select the optimal payout control by detecting the movement stage of the prize cartridge 33 when the prize cartridge 33 is moving.

  Further, for example, in the movement operation for enabling the special prize W to be paid out from the prize storage section 100 having the special prize W because the special prize W on the prize support section 170 is lost, the lane control means 50 moves the movement. Time etc. can also be measured. By obtaining information on the elapsed time for enabling the special prize W to be paid out, it is possible to select an optimal payout control.

  As shown in FIGS. 6 to 8, the prize cartridge 33 inserted from the prize cartridge insertion port 32 and placed on the cartridge installation board 134 is inserted to a predetermined position, so that the outside of the cartridge installation board 134 is removed. The magnet plate 106 disposed on the side surface and the magnet 111 disposed on the catch means 110 are connected. Thus, the placement of the prize cartridge 33 on the cartridge installation plate 134 is completed. In the state where the placement of the prize cartridge 33 on the cartridge installation plate 134 is completed, the notch of the prize stopper 101 at the lower part of each prize cartridge 33 is formed in the notch portion 135 of the cartridge installation board 134 provided correspondingly. It is installed at the opposite position.

  Further, as shown in FIG. 6, a cartridge insertion port door 45 may be provided in the premium cartridge insertion port 32 and closed after the premium cartridge 33 is inserted. Further, a lock function part 49 for locking the cartridge insertion door 45 may be provided in front of the prize transport unit 44 on the side where the cartridge insertion door 45 is opened and closed. Further, a contact switch 47 may be provided in the prize transport unit 44 to detect opening / closing of the cartridge insertion door 45. The lock function unit 49 and the contact switch 47 are connected to the lane control unit 50 via a line, for example.

  Further, as shown in FIG. 8, a light reflecting plate 107 that reflects light formed of an iron plate or the like is installed on the outer surface of the wall portion that forms the back surface of the prize storage unit 100 of the prize cartridge 33 on the catch means 110 side. Has been. Further, as shown in FIG. 7, position detection sensors 108 are provided at three positions on the inner wall surface of the prize transport unit 44 into which the prize cartridge 33 is inserted, corresponding to the movement of the light reflecting plate 107. Yes. The three position detection sensors 108 are installed on the inner wall surface of the prize transport unit 44 at intervals corresponding to the distance between the prize storage units 100 of the prize cartridge 33.

  The light emitted from the position detection sensor 108 is reflected by the light reflection plate 107, and the reflected light is detected by the position detection sensor 108, whereby the position of the prize storage unit 100 on the catch means 110 side can be detected. . The movement of the prize cartridge 33 can be controlled by controlling the stepping drive motor 136 based on the detection information. The position detection sensor 108 is connected to the lane control unit 50 via a wiring.

  Here, the component for moving the prize cartridge 33 and the component for detecting the position of the prize cartridge 33 also function as a part of the discharge set mechanism.

(Configuration of lift mechanism)
Next, an example of the configuration of a lift mechanism that raises and lowers the special prize W installed on the prize support unit 170 on the elevator platform 132 will be described with reference to FIGS. 7 and 9.

  FIG. 9 is a side view showing an example of the configuration of the lift mechanism.

  The lift mechanism includes a stepping drive motor 151, a gear portion 152 that transmits power of the stepping drive motor 151, power of the stepping drive motor 151 is transmitted by the gear portion 152, and a spiral shaft 153 that is rotatably installed. It is mainly composed of a linear shaft 154 installed in parallel with the shaft 153 at a predetermined interval, and a lifting platform 132 mounted on linear guides 155a and 155b provided on the spiral shaft 153 and the linear shaft 154, respectively. ing.

  The lifting platform 132 is formed of a flat plate having a convex shape, and is installed at a position where the convex portion can pass through the notched portion of the cartridge guide rail 130. Further, a through hole is formed on one end side of the wide portion of the lifting platform 132 so as to penetrate the small diameter cylindrical portion of the linear guide 155a in which a groove engaging with the spiral shaft 153 is screwed into the inner cylindrical wall. In addition, a through hole is formed on the other end side of the wide portion of the lifting platform 132 so as to penetrate the small diameter cylindrical portion of the linear guide 155b in which the linear shaft 154 and the inner cylindrical wall are in sliding contact.

  And the small diameter cylinder part of the linear guide corresponding to each through-hole is penetrated, and the raising / lowering stand 132 is mounted on the upper end surface of the large diameter cylinder part of the linear guides 155a and 155b, and is fixed. Then, the spiral shaft 153 is rotated by the stepping drive motor 151, and the linear guide 155a moves to raise or lower the lifting platform 132.

  The spiral shaft 153 and the linear shaft 154 are installed from the bottom of the lower unit 43 to the ceiling surface of the upper unit 42. Further, an opening 158 is opened on the ceiling surface of the prize cartridge insertion port 32 so that the prize support part 170 installed on the lifting platform 132 can move.

  In addition, a position detection plate 156 for detecting that the lifting / lowering base 132 is located at a predetermined lowermost portion is sandwiched between the lifting / lowering base 132 and the linear guide 155b. A position detection sensor 157 for detecting the position detection plate 156 is installed on the bottom surface of the lower unit 43 so as to correspond to the position detection plate 156. For example, an optical sensor or the like is used as the position detection sensor 157, and the position detection sensor 157 is connected to the lane control means 50 via a line.

  In the vicinity of the lower end of the ceiling surface of the upper unit 42, a prize placement detection sensor 159 that predicts the number of special prizes W remaining on the prize support unit 170 is installed. The prize placement detection sensor 159 includes a contact switch sensor, an optical sensor, and the like, and is connected to the lane control means 50 via a line. For example, the stack height of the special prize W remaining on the prize support unit 170 is calculated based on the information from the encoder section 160 and the detection signal of the prize placement detection sensor 159, and the stack height is calculated as one sheet. By dividing by the thickness of the special prize W, the number of remaining special prizes W can be predicted. Further, for example, when the special prize W is fully filled in the prize storage unit 100 of the prize cartridge 33, information on the special prize W remaining in the prize storage part 100 is displayed on the numeric keypad of the operation display panel 41. The initial value can be set by inputting the value using 41f or the like.

  In addition, an empty sensor (not shown) for detecting whether or not the special prize W is placed on the prize support unit 170 is installed near the lower end of the ceiling surface of the upper unit 42. This empty sensor is composed of a contact switch sensor, an optical sensor, and the like, and is connected to the lane control means 50 via a line.

  A stepping drive motor 151 that transmits power to the spiral shaft 153 via the gear portion 152 and rotates the spiral shaft 153 is installed on the bottom surface of the lower unit 43. The stepping drive motor 151 can rotate forward and backward, and is connected to the lane control means 50 via a line.

  An encoder unit 160 that detects the number of rotations of the rotation shaft of the stepping drive motor 151 is provided on the rotation shaft between the gear unit 152 connected to the stepping drive motor 151 and the stepping drive motor 151. The encoder unit 160 is connected to the lane control means 50 via a line. Based on the information from the encoder unit 160, the number of special prizes W on the prize support unit 170 can be detected.

  Further, based on information from the encoder unit 160, the movement position of the prize support unit 170 can also be detected. For example, in order to enable the payout of the special prize W, it is possible to select the optimum payout control by detecting the movement stage of the prize support section 170 when the prize support section 170 is moving.

  Further, the lane control means 50 and the main control means 48 eliminate, for example, the special prize W on the prize support section 170, for example, a prize cartridge 100 having the same kind of special prize W or a prize cartridge mounted in another lane. It is possible to pay out the same type of special prize W from the 33 prize storage units 100.

(Structure of the upper unit 42 and the giveaway unit 34)
Next, an example of the configuration of the upper unit 42 and the prize payout unit 34 will be described with reference to the drawings.

  First, an example of the configuration of the upper unit 42 will be described.

  FIG. 10 is a side view of the upper unit 42 and the prize paying unit 34. FIG. 11 is a plan view of the abutment portion 180 with which the special prize W abuts in the upper unit 42 as viewed from the direction in which the special prize W abuts (the direction as viewed upward from the prize cartridge 33 side). FIG. 12 is a plan view from the side of the contact portion 180 with which the special prize W contacts. FIG. 13 is a perspective view of the restriction member 250 on the stacker lifting platform 190, which is a part of the upper unit 42, as viewed from the side on which the special prize W enters. FIG. 14 is a plan view of a prize stacker unit 183 configured to include a regulating member 250 on the stacker unit lifting platform 190 when viewed from above. FIG. 15 is a perspective view of the restriction member 250 on the stacker lifting platform 190 on which the special prize W is stacked as viewed from the side where the special prize W enters.

  As shown in FIG. 10, the abutment portion 180 of the upper unit 42 abuts the special prize W supported by the support member 131 and has six rotatable prize receiving rollers 181 installed in two horizontal rows, A special prize W that abuts on the prize receiving roller 181 is mainly composed of a rotating belt 184 that pushes the prize extruding claw 182 to the prize stacker unit 183. In this configuration, the discharge means and the contact portion are integrally configured, but the configuration is not limited to this configuration.

  The rotating belt 184 is rotated by a drive motor (not shown) connected to the lane control means 50 via wiring. Then, it is detected by a rotary encoder (not shown) that the prize push-out claw 182 that discharges the special prize W to the prize stacker unit 183 for each sheet is detected, and is discharged to the prize stacker unit 183. The number of special prizes W is counted. Here, the rotational drive is transmitted to a rotary encoder (not shown) at a predetermined gear ratio so that the position of the rotating belt 184 can be detected. This rotary encoder is connected to the lane control means 50 via wiring. Further, when the sky sensor (not shown) does not detect the special prize W, the rotating belt 184 is not driven.

  Further, as shown in FIGS. 11 and 12, for example, one end of an elastic member 185 provided with springs on both end faces is connected to the central portion of the side surface of the contact portion 180 in the longitudinal direction. The other end is connected to the bottom member of the upper unit 42. The other end of the elastic member 185 is not limited to the bottom member of the upper unit 42. For example, the elastic member 185 does not move during the payout on the top of the ceiling plate of the prize cartridge insertion port 32 or the prize dispenser body. Any part may be used.

  At least one elastic member 185 is provided on each side surface of the contact portion 180. The elastic member 185 is not limited to a spring, and may be an elastic member that changes at a constant rate with respect to a predetermined force. By providing the elastic member 185, the contact portion 180 can move up and down within a predetermined range. Further, a constant force due to the weight of the contact portion 180 and the elastic member 185 can be applied to the special prize W in contact with the contact portion 180, and the special prize W is discharged to the prize stacker portion 183 stably and smoothly. be able to.

  Further, a sliding member 187 that slides along a track rail 186 standing on the bottom surface member of the upper unit 42 or the ceiling plate of the premium cartridge insertion slot 32 may be provided on the side surface of the contact portion 180. . When providing this sliding member 187, it is preferable to provide at least one sliding member 187 on each side surface of the contact portion 180. By providing the track rail 186 and the sliding member 187, the contact portion 180 can move on a predetermined track.

  Further, a position detection plate 188 for detecting the upper limit position and the lower limit position of the contact portion 180 is installed on the side surface of the contact portion 180. This position detection plate 188 is formed of an iron plate or the like, and has a convex portion 188a that is long in the lateral direction for detecting the upper limit position at the upper portion, and a lower portion of the convex portion 188a that is shorter in the lateral direction than the convex portion 188a. A convex portion 188b for detecting the position is formed. Two position detection sensors are provided on the inner wall surface of the upper unit 42 facing the side surface of the contact portion 180 where the position detection plate 188 is installed, corresponding to the upper limit position and the lower limit position of the contact portion 180, respectively. 189 (upper limit position detection sensor, lower limit position detection sensor) is installed.

  As this position detection sensor 189, for example, an optical sensor that emits light and detects reflected light from the position detection plate 188 of the emitted light is used. This position detection sensor 189 connects the lane control means 50 with a line. Connected through.

  The upper unit 42 supports the special prize W pushed out by the prize stacker unit 183, and is disposed on the stacker unit elevator 190 that can be moved up and down, and the stacker unit elevator 190. Power is applied via a restriction member 250 that restricts the movement of the special prize W in a predetermined direction above and a gear part 191 that engages with a gear part 190a provided on the back surface of the stacker part lifting platform 190, and the stacker part is lifted and lowered. A stepping drive motor 192 that moves the table 190 up and down. Furthermore, an opening 195 is formed in the discharge top plate 37 on which the ceiling portion of the upper unit 42 and the prize payout unit 34 are installed so that the regulating member 250 and the stacker lifting platform 190 can pass.

  Note that the stacker unit lifting platform 190 (including the gift stacker unit 183) functions as an article storage unit, and the regulating member 250 on the stacker unit lifting platform 190 also functions as an article storage unit. Moreover, the structure of the gear part 190a, the gear part 191, the stepping drive motor 192, etc. which move the stacker part raising / lowering base 190 functions as a moving means.

  Further, a front gate 193 that passes when the special prize W abutting on the abutting portion 180 is discharged to the prize stacker portion 183 and a rear gate 194 on the side opposite to the discharge side of the special prize W are provided in a wall shape. Yes.

  The front gate 193 prevents a plurality of special prizes W from being discharged to the prize stacker unit 183 when the special prize W abutting on the abutting part 180 is discharged to the prize stacker part 183. Therefore, the gap in the height direction between the contact portion 180 and the front gate 193 is slightly larger than the standard thickness of the special prize W, and does not exceed twice the standard thickness of the special prize W. On the other hand, the gap between the rear gate 194 and the abutting portion 180 is such that the prize extruding claw 182 of the rotating belt 184 can pass through.

  Here, the regulating member 250 is a wall surface member provided at a part of the periphery of the special prize W stored in the prize stacker unit 183 so as to have a predetermined height in the stacking direction of the special prize W.

  For example, as shown in FIG. 13 and FIG. 14, the regulating member 250 is an L-shaped wall member 260 having a height H, and both side edges along the direction in which the special prize W enters the stacker lifting platform 190. The long side portion 260a of the L-shaped wall member 260 is disposed and configured. By arranging the L-shaped wall member 260 in this way, an opening 251 through which the special prize W enters is formed on the front gate 193 side. Further, on the side facing the opening 251, an opening 252 is formed between the short sides 260 b of the L-shaped wall member 260 into which the prize push-out part 36 of the prize dispensing unit 34 can be introduced. Thus, it is preferable that the restricting member 250 is provided so as to restrict the movement of the special prize W in the direction perpendicular to the direction in which the prize stacker part 183 moves, excluding the direction toward the opening 251 side. The regulating member 250 also functions as an article alignment member.

  Here, the width I of the opening 251 shown in FIG. 13 is configured to be slightly longer than the width of the special prize W that enters (the length of the special prize W in the width I direction of the opening 251). The length of the restriction member 250 in the direction from the opening 251 to the opening 252 (hereinafter referred to as the depth J of the restriction member 250) is the length of the special prize W that enters (the depth of the restriction member 250 in the special prize W). (Length in the J direction) is slightly longer or the same length. In addition, the height H of the regulating member 250 is set to be at least equal to or higher than the stacking height of the special prize W that can be stacked on the stacker unit lifting platform 190. That is, the size of the space in the restriction member 250 can be temporarily stored on the stacker unit lifting / lowering base 190 without a part of the special prize W protruding from the restriction member 250, and the laminated special prize W is collapsed. It is set so that there is nothing.

  Further, the special prize W stored in the regulating member 250 is stacked in an aligned state as shown in FIG.

  The configuration of the regulating member 250 is not limited to the above-described configuration, and the movement of the special prize W pushed out to the prize stacker unit 183 by the prize extruding claw 182 on the stacker unit lifting platform 190 is regulated, Any structure can be used as long as it can be aligned and stacked on the stacker unit lifting platform 190. Furthermore, the special prize W on the stacker lifting platform 190 may be pushed out to the outside of the stacker lifting platform 190 by the premium pusher 36 of the premium dispensing unit 34.

  As described above, by providing the restriction member 250 on the stacker unit lifting / lowering base 190, it is possible to prevent the special prize W kicked out by the prize push-out claw 182 from rising on the stacker unit lifting / lowering base 190. Further, by providing the regulating member 250 on the stacker unit lifting platform 190, the movement of the special prize W on the stacker unit lifting platform 190 is regulated, and the special prize W is aligned and stacked on the stacker unit lifting platform 190. be able to.

  In the above, an example of the regulating member 250 provided so as to regulate the movement of the special prize W in the direction perpendicular to the direction in which the stacker lifting platform 190 moves except the direction toward the opening 251 side. Although shown, it is not limited to this configuration.

  For example, the above-described restricting member 250 may further be configured to restrict the movement of the special prize W in the same direction as the direction in which the stacker unit lifting platform 190 is moved. Specifically, a lid member may be provided so as to cover the upper side of the restriction member 250 described above, that is, to cover the opening on the distal end side of the restriction member 250. Thus, the special prize W kicked out by the prize extruding claw 182 can be prevented from rising higher than the height H of the regulating member 250.

  Next, another configuration of the regulating member 250 will be described.

  FIG. 16 is a perspective view of the regulating member 250 on the stacker lifting platform 190 in a state where the height H of the regulating member 250 having another configuration is maximized, as viewed from the side where the special prize W enters. FIG. 17 is a perspective view of the restricting member 250 on the stacker unit lifting / lowering base 190 in a state where the height H of the restricting member 250 having another configuration is minimized when viewed from the side on which the special prize W enters.

  For example, as shown in FIGS. 16 and 17, the regulating member 250 includes an L-shaped wall member 260 having a long side 260 a and a short side 260 b and having a predetermined height. The base 190 may be attached to be movable in the moving direction.

  In the case of this configuration, the long side portion 260a of the restricting member 250 is along both side surfaces of the stacker portion lifting base 190 along the direction in which the special prize W enters, and the short side portion 260b of the restricting member 250 is Attached so as to be able to advance and retreat in the direction in which the stacker lifting platform 190 moves along the side of the table 190 that faces the side where the special prize W enters. In addition, a long hole 261 for attaching the regulating member 250 to the stacker unit lifting / lowering base 190 so as to be movable back and forth in the moving direction of the stacker unit lifting / lowering base 190 is formed in the long side portion 260a. The regulating member 250 is moved in the direction in which the stacker lifting platform 190 moves by a fixing member 262 such as a member made of a combination of bolts, nuts and washers made of metal or plastic, for example, through the long hole 261. It is attached so as to be able to advance and retreat.

  By arranging the L-shaped wall member 260 in this way, an opening 251 through which the special prize W enters is formed on the front gate 193 side. Further, on the side facing the opening 251, an opening 252 is formed between the short sides 260 b of the L-shaped wall member 260 into which the prize push-out part 36 of the prize dispensing unit 34 can be introduced. Thus, it is preferable that the restricting member 250 is provided so as to restrict the movement of the special prize W in a direction perpendicular to the direction in which the stacker lifting platform 190 moves, except for the direction toward the opening 251 side.

  Further, a flat plate-like protruding portion 263 that protrudes outward is formed at the upper end edge of the short side portion 260b. The projecting portion 263 is a portion that functions when the regulating member 250 is moved from the lower position as shown in FIG. 17 to the upper position as shown in FIG. That is, in a state where the regulating member 250 is moved downward (see FIG. 17), for example, when the stacker lifting platform 190 is lowered, the protruding portion 263 is engaged with a predetermined stationary member around which the stacker lifting platform 190 moves. In other words, the regulating member 250 is not lowered together with the stacker unit lifting platform 190. Accordingly, the regulating member 250 can be slid upward with respect to the stacker unit lifting platform 190, and the regulating member 250 is moved upward (see FIG. 16). As the predetermined stationary member, for example, an edge of the discharge top plate 37 in the opening 195 through which the stacker lifting platform 190 and the like can pass can be cited.

  Here, the height H of the regulating member 250 from the upper surface of the stacker unit lifting / lowering base 190 is above the stacker unit lifting / lowering base 190 when the regulating member 250 is moved downward as shown in FIG. It is set to the stacking height of the special prize W when the maximum number of special prizes W that can be stacked is stacked.

  On the other hand, when the regulating member 250 is moved upward as shown in FIG. 16, the height H of the regulating member 250 is, for example, that the special prize W kicked out by the prize pushing claw 182 is the stacker portion. The height is set so as not to be discharged to the outside even if it rises on the lifting platform 190. For example, the height H of the restricting member 250 in this case is set in correspondence with the maximum height at which the special prize W kicked by the prize push-out pawl 182 soars on the stacker lifting platform 190.

  Further, the width I of the opening 251 of the restricting member 250 is configured to be slightly longer than the width of the special prize W that enters (the length in the width I direction of the opening 251 in the special prize W). The length of the depth J of the restricting member 250 is slightly longer than or equal to the length of the special prize W that enters (the length of the restricting member 250 in the depth J direction of the special prize W). Yes.

  As described above, the special prize W kicked out by the prize push-out claw 182 is soared on the stacker part lifting platform 190 by attaching the regulating member 250 so as to be able to advance and retreat in the moving direction of the stacker part lifting platform 190. Can be prevented. Further, when the special prize W is kicked onto the stacker lifting platform 190, the restriction member 250 is moved upward. For example, even when the special prize W rises, The special prize W can be stacked on the stacker lifting platform 190 without being discharged. Further, the restriction member 250 is attached so as to be able to advance and retreat in the direction in which the stacker unit lifting platform 190 moves, so that the movement of the special prize W on the stacker unit lifting platform 190 is regulated, and the special prize W is placed on the stacker unit lifting platform 190. Can be aligned and stacked.

  Furthermore, the other structure of the control member 250 is demonstrated.

  FIG. 18 shows the regulating member 250 on the stacker lifting platform 190 in a state in which the guard member 270 is provided and the guard member 270 protrudes upward from the leading edge of the regulating member 250 as viewed from the side where the special prize W enters. FIG. FIG. 19 shows the regulating member 250 on the stacker lifting platform 190 in a state in which the guard member 270 is provided and the guard member 270 does not protrude upward from the leading edge of the regulating member 250, as viewed from the side where the special prize W enters. FIG.

  As shown in FIG. 18, a guard member 270 is provided on the restriction member 250 so as to be able to advance and retreat in the direction in which the stacker lifting platform 190 moves (here, the vertical direction). The guard member 270 is configured by an L-shaped wall surface member 280 having a long side portion 280 a and a short side portion 280 b, similarly to the restriction member 250, and is disposed so as to cover the periphery of the restriction member 250.

  In addition, a long hole 281 for attaching the guard member 270 to the restriction member 250 so as to be able to advance and retract in the moving direction of the stacker unit lifting platform 190 is formed in the long side portion 280a. The guard member 270 is moved in a direction in which the stacker lifting platform 190 moves through a long hole 281 by a fixing member 282 made of a combination of bolts, nuts, and washers, for example, made of metal or plastic. It is attached so as to be able to advance and retreat.

  Further, a flat plate-like protruding portion 283 that protrudes outward is formed at the upper end edge of the short side portion 280b. The protruding portion 283 is configured so that the guard member 270 moves from the state where it is moved downward as shown in FIG. This is a part that functions when protruding upward from the leading edge. That is, in a state where the guard member 270 does not protrude upward from the front end edge of the regulating member 250 (see FIG. 19), for example, when the stacker unit lifting platform 190 is lowered, a predetermined stationary area around the stacker unit lifting platform 190 is moved. The protrusion 283 is engaged with the member, and the guard member 270 is not lowered together with the regulating member 250. Accordingly, the guard member 270 can be slid upward with respect to the restricting member 250, and the guard member 270 protrudes upward from the leading edge of the restricting member 250 (see FIG. 18). As the predetermined stationary member, for example, an edge of the discharge top plate 37 in the opening 195 through which the stacker lifting platform 190 and the like can pass can be cited.

  Here, the height H of the restricting member 250 is set to the stacking height of the special prize W when the maximum number of special prizes W that can be stacked on the stacker unit lifting platform 190 is stacked. Further, the protruding length L from the leading edge of the regulating member 250 in a state where the guard member 270 is projected upward from the leading edge of the regulating member 250 (see FIG. 18) is kicked out by, for example, the prize extruding claw 182. The special prize W is set to a height at which the special prize W is not released to the outside even if it rises on the stacker lift platform 190. For example, the protruding length L from the front end edge of the regulating member 250 is set in correspondence with the maximum height at which the special prize W kicked out by the prize push-out claw 182 rises on the stacker lifting platform 190. Note that, in a state where the guard member 270 is not protruded upward from the front end edge of the restriction member 250, it is preferable that the front end of the restriction member 250 and the front end of the guard member 270 be on the same plane.

  In addition, the structure which attaches the guard member 270 to the control member 250 so that advancement / retraction is possible is not restricted to an above-described structure.

  FIG. 20 is a perspective view of the restriction member 250 on the stacker lifting platform 190 when viewed from the side where the special prize W enters when the guard member 270 is attached to the restriction member 250 with another configuration.

  As shown in FIG. 20, the bottom surface of the guard member 270 and the top surface of the stacker lifting platform 190 may be connected by an elastic member 290 such as a spring, for example. In addition, a guide groove 291 having an L-shaped cross section is provided to advance and retract the guard member 270 along the regulating member 250 in the direction in which the stacker unit lifting platform 190 moves. The guide groove 291 is provided, for example, on the outer wall of the edge of the long side portion 280a on the opening 251 side and on the outer wall of the edge of the short side portion 280b on the opening 252 side. The guard member 270 is fitted in the guide groove 291 and can move in the vertical direction along the outer surface of the regulating member 250.

  Here, in a state where an external force such as a pressing force is not applied to the guard member 270, the guard member 270 is in a state in which the guard member 270 protrudes upward, that is, upward from the tip edge of the regulating member 250 by the elastic member 290. It is maintained to be.

  For example, the stacker unit lifting platform 190 is raised, and the leading edge of the guard member 270 comes into contact with the contact member at a predetermined position, so that the guard member 270 moves downward relative to the regulating member 250. Is done. As a result, the guard member 270 does not protrude upward from the leading edge of the regulating member 250.

  The configuration shown in FIG. 20 does not require the configuration of the long hole 281 of the long side portion 280a, the fixing member 282, the protruding portion 283 of the short side portion 280b, etc., as in the configuration shown in FIGS. Become.

  As described above, the guard member 270 is provided in the restricting member 250, so that the special prize W kicked out by the prize extruding claw 182 can be prevented from rising on the stacker unit lifting platform 190. Further, when kicking the special prize W onto the stacker lifting platform 190, the guard member 270 is maintained in a state of protruding upward from the leading edge of the regulating member 250. For example, even when the special prize W soars The special prize W can be stacked on the prize stacker unit 183 without releasing the special prize W to the outside. Further, by providing the restricting member 250 on the prize stacker unit 183, the movement of the special prize W on the prize stacker unit 183 can be regulated, and the special prize W can be aligned and stacked on the prize stacker unit 183. .

  Next, an example of the configuration of the premium payout unit 34 will be described.

  As shown in FIG. 10, the prize payout unit 34 functions as an article payout means, and is provided in a case of the prize payout unit 34, and the special prize W conveyed into the prize payout unit 34 by the stacker unit lifting platform 190. It is mainly composed of a prize push-out portion 36 that is pushed out and discharged on the discharge top plate 37.

  The prize extruding unit 36 is formed by an extruding member 201 that contacts the special prize W and extrudes the special prize W, and a gear part that is connected to the pushing member 201 and connected to a drive motor (not shown). And a power transmission member 202 that moves in a predetermined direction.

  The height of the premium payout unit 34, that is, the distance from the top surface of the discharge top plate 37 to the bottom surface of the top plate of the premium payout unit 34 is, for example, the maximum number of special prizes W that can be stacked on the stacker lift platform 190. A distance corresponding to a height slightly higher than the stack height of the special prize W when stacked (a height having a gap that can push the special prize W when the special prize W is stacked to the maximum); can do.

  For example, when the restriction member 250 is provided on the stacker unit lifting / lowering base 190 as described above, the height of the prize payout unit 34 can be a distance corresponding to the height H of the restriction member 250. Further, when the regulating member 250 is provided so as to be able to advance and retreat in the moving direction of the stacker unit lifting platform 190, the height of the prize payout unit 34 is the state in which the regulating member 250 is moved downward (see FIG. 17). The distance corresponding to the height H of the regulating member 250 can be made. Further, when the regulating member 250 provided with the guard member 270 is provided, the premium payout unit 34 has a height in a state where the guard member 270 does not protrude upward from the front end edge of the regulating member 250 (see FIG. 19). The distance can be a distance corresponding to the height H of the regulating member 250. The height of the pushing member 201 is configured to correspond to the height of the prize dispensing unit 34.

  Further, for example, a shutter 60 that allows the special prize W to be paid out by moving or opening when the special prize W is paid out may be provided at the prize payout outlet 35 of the prize payout unit 34. In this way, when the prize payout outlet 35 is provided with the shutter 60 and the special prize W is not paid out, the prize payout outlet 35 is closed so that, for example, foreign matter such as dust is introduced from the prize payout outlet 35. Can be prevented. Further, it is possible to prevent the player from inserting a hand or the like.

  The drive motor (not shown) is connected to the main control means 48 or the lane control means 50 via a line.

  Here, the structure of the extrusion member 201 and the power transmission member 202 will be described in detail.

  FIG. 21 is a plan view of the pushing member 201 and the power transmission member 202 as viewed from above, that is, from above the prize dispensing unit 34. FIG. 22 is a plan view of a state in which the pushing member 201 enters the restriction member 250 from the opening 252 of the restriction member 250 when viewed from above. FIG. 23 is a plan view of the state in which the pushing member 201 moves in the regulating member 250 as viewed from above. FIG. 24 is a plan view when the state in which the special prize W is pushed out to the prize payout outlet 35 after the pushing member 201 passes through the regulating member 250 is viewed from above. FIG. 25 is a plan view of the state after the pushing member 201 passes through the regulating member 250 when the outlet of the regulating member 250 becomes the prize payout port 35 when viewed from above.

  As shown in FIG. 21 and FIG. 22, the pushing member 201 is provided on the center contact portion 210 that can contact the special prize W, and on both side ends of the center contact portion 210. An outer contact portion 211 that can contact the special prize W on the outside, and a connecting member 212 that connects the outer contact portion 211 so as to be rotatable in the pushing direction of the special prize W and in the direction opposite to the pushing direction. ing. Moreover, the connection member 212 is comprised by elastic members, such as a spring, for example.

  As shown in FIG. 21, the pushing member 201 has a center abutting portion 210 in which the center abutting portion 210 and the outer abutting portion 211 are normally positioned linearly by the connecting member 212 and abuts the special prize W. The abutment surface 210a and the abutment surface 211a of the outer abutment portion 211 that abuts the special prize W are located on the same plane. Further, the width M of the pushing member 201 when the center abutting portion 210 and the outer abutting portion 211 are positioned linearly is greater than the width N of the special prize W that is in contact with the pushing member 201 (see FIG. 24). Is configured to be larger.

  When the pushing member 201 is moved by the power transmission member 202 and enters the opening 252 of the restricting member 250 in order to pay out the special prize W on the stacker unit lifting platform 190, as shown in FIG. Rotates in the direction opposite to the direction in which the special prize W is pushed out. Then, the central abutting portion 210 that has passed through the opening 252 of the regulating member 250 abuts on the special prize W stacked in the regulating member 250 on the stacker unit lifting platform 190, and the special prize W is placed in a predetermined pushing direction. Press to move. Here, the predetermined pushing direction is a linear direction, for example, a direction in which the special prizes W are stacked or a direction perpendicular to the arranged direction.

  When the pushing member 201 is further moved in the pushing direction, the outer abutting portion 211 also passes through the opening 252 of the restricting member 250, and the push member 201 enters the restricting member 250 as shown in FIG. Since the width M of the extruding member 201 that abuts the special prize W is larger than the width I of the restricting member 250, the outer abutting portion 211 enters the restricting member 250 from the opening 252, thereby attaching the connecting member 212. Although it is slightly restored by the force, within the restricting member 250, it remains rotated in the direction opposite to the direction in which the special prize W is pushed out. Therefore, only the center contact portion 210 contacts the special prize W in the regulating member 250. Even in the state where only the central abutting portion 210 is in contact with the special prize W, the movement of the special prize W in directions other than the pushing direction and the upward direction within the regulating member 250 is restricted. It is regulated by. Therefore, the stacked special prizes W are moved in a well-maintained state while maintaining the stacked state.

  Here, a case will be described in which after the pushing member 201 passes through the regulating member 250, the special prize W is further pushed out toward the prize payout exit 35 and the special prize W is paid out from the prize payout exit 35.

  As shown in FIG. 24, the pushing member 201 that has passed through the regulating member 250 is in contact with the special prize W in a state where the central contact portion 210 and the outer contact portion 211 are positioned in a straight line. Further, the contact area of the extrusion member 201 with the special prize W is larger when passing through the regulating member 250 than when inside the regulating member 250. In this state, as described above, since the width M of the extrusion member 201 is larger than the width N of the special prize W that contacts the extrusion member 201, the extrusion member 201 is laminated even after passing through the regulation member 250. The special prize W can be pushed out to the prize payout exit 35 in a state where it is in order.

  The opening of the prize payout outlet 35 is configured to have a size that can pass through the stacked special prize W, and the opening area of the prize payout outlet 35 is equal to or smaller than the area of the pushing member 201 on the side in contact with the special prize W. It is preferable that it is comprised so that. For example, the opening area of the prize payout outlet 35 is preferably configured to be equal to or less than the projected area when the push member 201 is projected onto the wall surface on which the prize payout outlet 35 is formed.

  On the other hand, after paying out the special prize W, the pushing member 201 is moved by the power transmission member 202 in a direction opposite to the direction in which the special prize W is paid out. When the pushing member 201 enters the opening 252 of the regulating member 250, the outer contact portion 211 rotates in the reverse direction in which the pushing member 201 is moved, and passes through the regulating member 250. Further, in the opening 252 of the restricting member 250, the outer contact portion 211 further rotates in the reverse direction in which the pushing member 201 is moved, and passes through the opening 252 of the restricting member 250. The pushing member 201 that has passed through the opening 252 of the restricting member 250 returns to a state in which the central contact portion 210 and the outer contact portion 211 are positioned linearly as shown in FIG.

  Next, the payout of the special prize W when the exit of the restricting member 250 becomes the prize payout exit 35 will be described.

  When the outlet of the restricting member 250 is the prize payout outlet 35, as shown in FIG. 25, the end of the opening 251 of the restricting member 250 gradually moves outward as the special prize W moves in the moving direction. It is preferable to form in the taper shape which spreads. In addition, a notch groove 211b is formed at the outer edge of the outer abutting portion 211 and on the portion on the premium payout outlet 35 side. By forming this notch groove 211b, after the pushing member 201 passes through the regulating member 250, the contact surface 210a of the central contact portion 210 and the contact surface of the outer contact portion 211 as shown in FIG. 211a is configured to be located on the same plane as the outer surface on which the prize payout outlet 35 of the prize payout unit 34 is formed.

  Further, the width I of the tapered end edge, that is, the end edge of the opening 251 of the regulating member 250 is the width of the extrusion member 201 in a state where the central contact portion 210 and the outer contact portion 211 are linearly positioned. It is configured to be approximately equal to or slightly larger than M. In addition, the width of the contact surface 210a of the center contact portion 210 and the contact surface 211a of the outer contact portion 211 excluding this tapered portion is configured to be larger than the width N of the special prize W. Is preferred.

  Further, as shown in FIG. 23, after the pushing member 201 passes through the regulating member 250, that is, after the special prize W has passed through the prize payout port 35, the pushing member 201 has a central contact portion 210 and an outer contact portion 211. And are positioned in a straight line.

  The opening of the prize payout outlet 35 is configured to have a size that can pass through the stacked special prize W, and the opening area of the prize payout outlet 35 is equal to or smaller than the area of the pushing member 201 on the side in contact with the special prize W. It is preferable that it is comprised so that. For example, the opening area of the prize payout outlet 35 is preferably configured to be equal to or less than the projected area when the push member 201 is projected onto the wall surface on which the prize payout outlet 35 is formed.

  Even in this case, the contact area of the pushing member 201 with the special prize W is larger after passing through the regulating member 250 than when inside the regulating member 250. Therefore, after the pushing member 201 passes through the regulating member 250, the same effect as the case where the special prize W is pushed out toward the prize payout exit 35 and the special prize W is paid out from the prize payout exit 35 is obtained. be able to.

  On the other hand, after paying out the special prize W, the pushing member 201 is moved by the power transmission member 202 in a direction opposite to the direction in which the special prize W is paid out. When the pushing member 201 enters the opening 252 of the regulating member 250, the outer contact portion 211 rotates in the reverse direction in which the pushing member 201 is moved, and passes through the regulating member 250. Further, in the opening 252 of the restricting member 250, the outer contact portion 211 further rotates in the reverse direction in which the pushing member 201 is moved, and passes through the opening 252 of the restricting member 250. The pushing member 201 that has passed through the opening 252 of the restricting member 250 returns to a state in which the central contact portion 210 and the outer contact portion 211 are positioned linearly as shown in FIG.

  Here, the configuration of the pushing member 201 is not limited to the above-described configuration. FIG. 26 is a plan view of the other configuration of the pushing member 201 and the power transmission member 202 as viewed from above, that is, from above the prize dispensing unit 34.

  As shown in FIG. 26, the pushing member 201 is provided on the central contact portion 310 that can contact the special prize W, and on both end sides of the central contact portion 310, and a part of the central contact portion 310 is provided. You may comprise so that the outer side contact part 311 comprised so that accommodation is possible is provided. In this case, as shown in FIG. 26, the outer end 311a of the outer abutting portion 311 is formed such that the distance between the surface that contacts the special prize W and the surface facing the surface gradually increases toward the tip. The taper shape is small. Note that the surface of the end portion 311a having a tapered shape, which is in contact with the special prize W, and the surface facing the surface are each formed by a curved surface that protrudes outward.

  Further, the inner end 311b of the outer abutting portion 311 is formed thinner than the thickness of the central abutting portion 310, and is configured to be able to advance and retreat in the central abutting portion 310 in a direction orthogonal to the pushing direction of the special prize W. ing. In a state where no external force is applied from the outside, the outer contact portion 311 is in a state in which the end portion 311b protrudes from the center contact portion 310 to the outside as shown in FIG. For example, the end 311b may be configured to receive a force in the outward direction by an elastic member such as a spring provided in the center contact portion 310.

  In the pushing member 201 having this configuration, for example, when the pushing member 201 enters the opening 252 of the regulating member 250, the outer contact portion 211 moves in a direction orthogonal to the direction in which the pushing member 201 is moved, It can pass through the opening 252.

  Also in this configuration, the width M of the pushing member 201 in a state where the end 311b protrudes from the center contact portion 310 is the width N of the special prize W that contacts the pushing member 201 (see FIG. 21). It is comprised so that it may become larger. In the case of this configuration, the width of the extruding member 201 excluding the tapered end portion 311a, that is, the width at the portion in contact with the special prize W is larger than the width N of the special prize W (see FIG. 24). Configured as follows.

  In each lane of the prize dispenser 10 of this embodiment, a prize cartridge 33 is detachably accommodated from the prize cartridge insertion slot 32, and an upper unit 42 is provided at the upper part and a lower unit 43 is provided at the lower part. 44, and a prize payout exit 35. Six lanes having this configuration are arranged in the lateral direction of the long side of the prize dispenser 10. As a prize payout function as one lane, a prize cartridge 33 including three prize storage units 100 that are stacked prize rows is operated as follows, and one of the three prize storage parts 100 is supported by a prize. The prize support unit 170 is moved up and down as follows, and the special prize W is discharged to the stacker unit lifting platform 190 one by one, and the stacker platform lifting platform 190 is raised. Thereafter, the prize pusher 36 is driven to pay out the designated number of special prizes W to the prize payout exit 35.

(Example of operation of the gift dispenser 10)
Next, referring to the drawings, examples of the operation of loading the prize cartridge 33 into the prize dispenser 10, the raising / lowering operation of the special prize W, and the upper unit 42 and the prize dispensing unit 34 in the prize dispenser 10 described above will be described. I will explain.

  First, each operation of the gift dispenser 10 will be described.

(Loading operation of the prize cartridge 33 to the prize dispenser 10)
First, the operation of loading the prize cartridge 33 into the prize dispenser 10 will be described with reference to FIGS.

  Here, it is possible to load six prize cartridges 33 into the prize dispenser 10, but here, the loading operation of one of the prize cartridges 33 will be described. The loading operation of the other prize cartridges 33 is the same as the loading operation described below.

  In addition, different types of special prizes W may be stored in the prize storage unit 100 of each prize cartridge 33, or the same type of special prize W may be stored according to the application.

  Further, for example, when there are six lanes in which the prize cartridge 33 of the prize dispenser 10 is mounted, for example, a prize cartridge 33 in which different types of special prizes W are stored is installed in the three lanes. In the remaining three lanes, a prize cartridge 33 containing the same type of special prize W may be mounted.

  As shown in FIG. 6, the prize cartridge 33 storing the special prize W is inserted into the prize dispenser 10 from the prize cartridge insertion port 32 with one end as a tip. Further, as shown in FIG. 5, the prize cartridge 33 inserted from the prize cartridge insertion port 32 and placed on the cartridge installation board 134 is inserted to a predetermined position, whereby the outer surface of the cartridge installation board 134 is obtained. Are connected to the magnet plate 106 disposed on the catch means 110.

  Here, it is assumed that the catch means 110 is provided with a hall element for identifying the inserted prize cartridge 33. The lane control means 50 determines whether or not the prize cartridge 33 inserted into the prize cartridge insertion port 32 is appropriate based on the information from the Hall element installed in the catch means 110. In this determination, if the inserted prize cartridge 33 is not appropriate, for example, a buzzer or the like is notified.

  Subsequently, based on the information from the main control means 48, the lane control means 50 drives the stepping drive motor 136, rotates the timing belt 137, and moves the cartridge installation plate 134 to the rear side when viewed from the prize cartridge insertion port 32. Move.

  When the cartridge installation plate 134 is moved, a limit switch that detects that the limit position has been reached by the runaway of the cartridge installation plate 134 may be provided. When this limit switch is provided, the lane control means 50 stops the driving of the stepping drive motor 136 based on information from the limit switch.

  Subsequently, during the movement of the cartridge installation plate 134, the support member 131 is based on the reflected light from the light reflection plate 107 provided on the outer surface of the wall portion that forms the back surface of the prize storage unit 100 on the catch means 110 side. When the position detection sensor 108 detects that the prize cartridge 33 is located at the initial position, the lane control unit 50 stops the driving of the stepping drive motor 136.

(Operation to lift and lower the special prize W)
Next, an example of an operation for pushing up the special prize W stored in the prize storage unit 100 of the prize cartridge 33 moved to the initial setting position will be described with reference to FIGS.

  FIG. 27 is a cross-sectional view showing a state in which the special prize W stored in the prize storage unit 100 is supported by the prize support unit 170 and moved upward.

  When the stepping drive motor 151 is driven based on an instruction from the lane control unit 50, the gear unit 152 transmits the power to the spiral shaft 153 to rotate the spiral shaft 153. When the spiral shaft 153 rotates, the lifting platform 132 rises and the prize support portion 170 starts to rise.

  The prize support unit 170 is raised, and the upper surface of the support member 131 of the prize support unit 170 is in contact with the lower surface of the lowermost special prize W stored in the prize storage unit 100.

  The stacked special prize W is supported by the support member 131 and moved upward in the prize storage unit 100.

  The upper part of the stacked special prize W passes through the opening 158 opened in the ceiling surface of the prize cartridge insertion port 32 and is conveyed into the upper unit 42.

  Then, as shown in FIG. 10, the special prize W supported by the support member 131 is installed in a state where it abuts on the prize receiving roller 181 of the abutting portion 180.

  Here, the lane control unit 50 determines whether the position of the contact portion 180 is at a predetermined position based on information from the position detection sensor 189 and sets the position of the contact portion 180.

  Further, when it is detected by the empty sensor (not shown) installed in the vicinity of the lower end of the ceiling surface of the upper unit 42 that the special prize W stored in the prize storage section 100 on the prize cartridge insertion port 32 side is lost. The main control means 48 outputs information for rotating the stepping drive motor 151 in the direction to lower the prize support section 170 via the lane control means 50, and the upper surface of the support member 131 of the prize support section 170 is installed in the cartridge. The prize supporter 170 is lowered until it is positioned below the plate 134.

  Subsequently, the main control means 48 drives the stepping drive motor 136 via the lane control means 50 and moves the cartridge installation plate 134 to the prize cartridge insertion slot 32 side, and stores the prizes closest to the prize cartridge insertion slot 32 side. The prize storage unit 100 adjacent to the unit 100 is moved onto the prize support unit 170.

  Subsequently, the special prize W stored in the adjacent prize storage section 100 is brought into contact with the prize receiving roller 181 of the contact section 180 as in the case of the prize storage section 100 closest to the prize cartridge insertion port 32. And the setting operation | movement of the position of the contact part 180 mentioned above is performed.

  Further, when it is detected by the sky sensor (not shown) that all the special prizes W in the three rows of prize storage units 100 have been lost, the main control means 48 supports the prize support via the lane control means 50. Information for rotating the stepping drive motor 151 in the direction in which the part 170 is lowered is output, and the prize support part 170 is lowered until the upper surface of the support member 131 of the prize support part 170 is positioned below the cartridge installation plate 134. Then, the prize cartridge 33 is brought into a state where it can be taken out from the prize cartridge insertion port 32.

  Here, the position at which the prize cartridge insertion slot 32 can be taken out means that the farthest prize storage unit 100 is located at a position where the cartridge guide rail 130 is notched, that is, the prize installed on the lifting platform 132. This means that the special prize W stored in the deepest prize storage section 100 can be moved upward by the support section 170.

  Further, when the premium cartridge 33 is ready to be taken out from the premium cartridge insertion port 32, for example, the main control means 48 notifies that the premium cartridge 33 can be taken out from the premium cartridge insertion port 32. Information may be output to the speakers 40 installed at both ends of the upper surface of the gift payout unit 34. From the speaker 40 to which the information has been input, for example, audio information such as “The prize cartridge can be taken out” is emitted.

  Further, the main control means 48 may output information for notifying that the prize cartridge 33 can be taken out from the prize cartridge insertion port 32 to the display unit 41 a provided in the operation display panel 41. On the display unit 41a to which the information is input, for example, a message such as “Premium cartridge can be taken out” is displayed.

  Even when the prize storage unit 100 for discharging the special prize W is moved as described above, the special prize W can be paid by using the prize cartridge 33 loaded in the other prize cartridge insertion slot 32. It is possible to continue operation.

  Further, in the operation of making the prize cartridge 33 ready to be taken out from the prize cartridge insertion port 32, all the special prizes W in the prize storage unit 100 in three rows are lost based on the output from the sky sensor (not shown). In addition to the case where it is detected, for example, an instruction to take out the prize cartridge 33 can be given by the numeric keypad 41f provided on the operation display panel 41 of the prize dispenser 10. Further, when the rear door opening detection means 31c detects that the rear door 31 of the gift dispenser 10 has been opened, an operation is performed to make the premium cartridge 33 ready for removal from the premium cartridge insertion port 32. Also good.

(Operations of the upper unit 42 and the giveaway unit 34)
Next, operations in the upper unit 42 and the prize payout unit 34 will be described with reference to FIGS. 28 to 32.

  28 to 30 are side views showing the operation of the upper unit 42. FIG. 31 and FIG. 32 are side views showing the operation of the prize paying unit 34.

  The lane control unit 50 drives a drive motor (not shown) that drives the rotating belt 184 based on information relating to the payout of the special prize W from the main control unit 48 to rotate the rotating belt 184. Then, the rotating belt 184 rotates, and the prize extruding claw 182 of the rotating belt 184 pushes out the uppermost special prize W in contact with the prize receiving roller 181 (see FIG. 28).

  The special prize W pushed out from the laminated portion of the special prize W by the prize extruding claw 182 passes through the gap between the contact part 180 and the front gate 193 and is discharged to the prize stacker part 183, and the stacker part lifting platform 190. It enters the regulating member 250 installed above. The movement of the special prize W that has entered the regulating member 250 is regulated by the regulating member 250 (see FIG. 29).

  In the case where the regulating member 250 is provided so as to be able to advance and retreat in the direction in which the stacker lifting platform 190 moves, the regulating member 250 is moved upward in the process of storing the special prize W in the regulating member 250. (See FIG. 16). Further, when the restriction member 250 including the guard member 270 is used, the guard member 270 protrudes upward from the leading edge of the restriction member 250 in the process of storing the special prize W in the restriction member 250. (See FIGS. 18 and 20).

  The above-described operation is repeated, and a predetermined number of special prizes W are stacked in the regulating member 250 installed on the stacker lift table 190 (see FIG. 30). When the regulating member 250 is provided so as to be able to advance and retreat in the moving direction of the stacker unit lifting platform 190, the regulating member 250 prevents the special prize W from rising on the stacker unit lifting platform 190, and the stacker unit lifting platform Special prizes W can be aligned and stacked on 190. In addition, when the regulating member 250 including the guard member 270 is used, the guard member 270 prevents the special prize W from rising on the stacker lifting platform 190, and the special prize W is aligned on the stacker lifting platform 190. Can be laminated.

  When the lane control unit 50 detects that a predetermined number of special prizes W are placed on the stacker unit lifting platform 190, the lane control unit 50 drives the stepping drive motor 192 to raise the stacker unit lifting platform 190. The raising of the prize payout unit 34 is stopped at a position where the upper surface of the stacker lift 190 is parallel to the lower face of the prize payout unit 34 (the upper surface of the discharge top plate 37) (see FIG. 31).

  At this time, the front end of the regulating member 250 is in contact with the lower surface of the prize payout unit 34 or there is a slight gap between the front end of the regulating member 250 and the lower face of the prize payout unit 34. Further, when the regulating member 250 is provided so as to be able to advance and retreat in the moving direction of the stacker unit lifting platform 190, the tip of the regulating member 250 comes into contact with the lower surface of the giveaway dispensing unit 34 and receives a pressing force. The restricting member 250 is moved downward (see FIG. 17). Further, when the restriction member 250 including the guard member 270 is used, the guard member 270 is attached to the restriction member 250 because the tip of the guard member 270 comes into contact with the lower surface of the prize dispensing unit 34 and receives a pressing force. On the other hand, it is moved relatively downward. As a result, the guard member 270 does not protrude upward from the leading edge of the regulating member 250 (see FIG. 19).

  Subsequently, the lane control means 50 drives a drive motor (not shown) that drives the prize pusher 36, and as described above, the pusher member 201 moves in the direction of paying out the special prize W by the power transmission member 202. Is done. Specifically, for example, the pushing member 201 enters the opening 252 of the regulating member 250, and the outer abutting portion 211 rotates in a direction opposite to the pushing direction of the special prize W as shown in FIG. The central abutting portion 210 that has passed through the opening 252 of the regulating member 250 abuts on the special prize W stacked in the regulating member 250 on the stacker unit lifting platform 190 and presses the special prize W in a predetermined pushing direction. Move. Then, the special prize W is discharged from the prize payout exit 35 (see FIG. 32). At this time, the lane control means 50 issues an instruction to open the shutter 60 and opens the shutter 60.

  Here, when the maximum number of special prizes W to be paid out at one time from one prize payout outlet 35 is 10, for example, when the number of special prizes W to be paid out is 11 to 20, prizes in different lanes The special prize W is paid out from the two prize payout outlets 35 using the cartridge 33. When the number of special prizes W to be paid out is 21 or more, the special prize W is paid out from the prize payout outlet 35 by a plurality of payout operations.

  Note that the maximum number of special prizes W to be paid out at one time from one prize payout outlet 35 differs depending on the thickness of the special prize W.

  Further, when the number of special prizes W stored in the prize cartridge 33 of each lane is less than the number to be paid out from the lane, all the stock is paid out from the lane, and the remaining special prize W is stored in the same special prize W. It can be paid out from the prize cartridge 33 in the other lane.

  On the other hand, after the payout of the special prize W is completed, the lane control means 50 drives a drive motor (not shown) that drives the prize pusher 36 so as to move the prize pusher 36 to the initial position, as described above. Then, the prize pusher 36 is moved in a direction opposite to the direction in which the special prize W is paid out. Specifically, for example, when the pushing member 201 enters the opening 252 of the regulating member 250, the outer contact portion 211 rotates in the reverse direction in which the pushing member 201 is moved and passes through the regulating member 250. . Further, in the opening 252 of the restricting member 250, the outer contact portion 211 further rotates in the reverse direction in which the pushing member 201 is moved, and passes through the opening 252 of the restricting member 250. And the extrusion member 201 which passed the opening part 252 of the control member 250 returns to the state which the center contact part 210 and the outer side contact part 211 shown in FIG. 21 located in the linear form.

  Subsequently, the lane control means 50 drives the stepping drive motor 192 to lower the stacker lift 190 and return it to the initial position.

  In addition, when the regulating member 250 is provided so as to be able to advance and retreat in the direction in which the stacker unit lifting platform 190 moves, as described above, when the stacker unit lifting platform 190 is lowered, the regulating member 250 moves upward. (See FIG. 16). Further, when the restriction member 250 including the guard member 270 is used, the guard member 270 protrudes upward from the leading edge of the restriction member 250 when the stacker lifting platform 190 is lowered as described above. (See FIG. 18 and FIG. 20).

  As described above, according to the prize dispenser 10 according to the present invention, the special prize W kicked out by the prize push-out claw 182 is provided by providing the regulating member 250 so as to be able to advance and retreat in the moving direction of the stacker unit lifting platform 190. However, it is possible to prevent the soaring on the stacker lift platform 190. Moreover, by providing the guard member 270 in the restricting member 250, it is possible to prevent the special prize W kicked by the prize extruding claw 182 from flying on the stacker unit lifting platform 190.

  Further, when the regulating member 250 is provided so as to be able to advance and retreat in the direction in which the stacker unit lifting platform 190 moves, when the special prize W is kicked onto the stacker unit lifting platform 190, the regulating member 250 is moved upward. For example, even when the special prize W rises, the special prize W can be stacked on the stacker lifting platform 190 without releasing the special prize W to the outside. In addition, when the restriction member 250 provided with the guard member 270 is used, when the special prize W is kicked onto the stacker unit lifting platform 190, the guard member 270 is maintained in a state of protruding upward from the leading edge of the restriction member 250. Therefore, for example, even when the special prize W rises, the special prize W can be stacked on the stacker lifting platform 190 without releasing the special prize W to the outside.

  Further, by providing the regulating member 250 on the stacker unit lifting platform 190, the movement of the special prize W on the stacker unit lifting platform 190 is regulated, and the special prize W is aligned and stacked on the stacker unit lifting platform 190. be able to.

  Further, according to the prize dispenser 10 according to the present invention, in the regulating member 250, the area where the pushing member 201 abuts on the special prize W is reduced, and only the center abutting portion 210 abuts on the special prize W. It has become. Even in the state where only the central abutment portion 210 is in contact with the special prize W, the movement of the special prize W in directions other than the push-out direction and the upward direction within the regulating member 250 is restricted by the regulating member 250 and the central abutting portion. 210 is regulated. Therefore, the laminated special prize W can be moved in a state in which the laminated state is maintained and arranged.

  Further, according to the prize dispenser 10 according to the present invention, the area where the pushing member 201 abuts the special prize W after passing through the regulating member 250 is the extrusion when passing through the regulating member 250. The area where the member 201 abuts on the special prize W can be made larger. Therefore, even after passing through the regulating member 250, the stacked special prize W can be pushed out to the prize payout outlet 35 in a state where it is in order.

  Although the present invention has been specifically described above with reference to the embodiments, the present invention is not limited to these embodiments, and various modifications can be made without departing from the scope of the invention.

  DESCRIPTION OF SYMBOLS 10 ... Gift dispenser, 31 ... Back door, 31a ... Locking mechanism, 31b ... Grasping part, 31c ... Back door opening detection means, 32 ... Gift cartridge insertion port, 33 ... Gift cartridge, 34 ... Gift dispensing unit, 35 ... Premium payout exit, 36 ... prize extruding section, 37 ... discharge top plate, 38 ... payout exit instruction lighting section, 39 ... display section, 40 ... speaker, 41 ... operation display panel, 41a ... display section, 41b ... error occurrence lighting section , 41c ... Joint prize management device number lighting unit, 41d ... Ready lighting unit, 41e ... Panel, 41f ... Numeric keypad, 41g ... Reset button, 41h ... Mode switching button, 42 ... Upper unit, 43 ... Lower unit, 44 ... Premium transport Unit 45... Cartridge insertion door, 45 a. Locking opening 45 b. Rotating support member 45 c Cartridge insertion door gripping portion 47. 48, main control means, 49 ... lock function section, 50 ... lane control means, 60 ... shutter, 100 ... premium storage section, 101 ... premium stopper, 102 ... guide, 103 ... insertion gripping part, 106 ... for magnet Plate 107, light reflection plate 108, position detection sensor 110, catch means 111, magnet 130, cartridge guide rail 131, support member, 132 lift, 133 roller guide, 134 cartridge installation plate 135: Notch portion, 136: Stepping drive motor, 137: Timing belt, 151 ... Stepping drive motor, 152, 190a, 191 ... Gear portion, 153 ... Spiral shaft, 154 ... Linear shaft, 155a, 155b ... Linear guide, 156 ... Position detection plate, 157... Position detection sensor, 1 DESCRIPTION OF SYMBOLS 8 ... Opening part, 159 ... Prize placement detection sensor, 160 ... Encoder part, 170 ... Prize support part, 180 ... Contact part, 181 ... Prize receiving roller, 182 ... Prize pushing claw, 183 ... Prize stacker part, 184 ... Rotating belt, 185 ... elastic member, 186 ... track rail, 187 ... sliding member, 188 ... position detecting plate, 188a, 188b ... convex portion, 189 ... position detecting sensor, 190 ... stacker lifting platform, 192 ... stepping drive motor , 193 ... front gate, 194 ... rear gate, 195 ... opening, 201 ... push-out member, 202 ... power transmission member, 210, 310 ... central contact part, 210a, 211a ... contact surface, 211, 311 ... outer contact Contact part, 211b ... Notch groove, 212 ... Connection member, 250 ... Restriction member, 251, 252 ... Opening part, 260, 280 ... Wall member, 260a, 28 0a ... long side part, 260b, 280b ... short side part, 261,281 ... long hole, 262,282 ... fixing member, 263,283 ... projection part, 270 ... guard member, 290 ... elastic member, 291 ... guide groove, W ... Special prize.

Claims (8)

An article storage unit capable of temporarily storing and storing articles;
Moving means for moving the article storage unit;
A regulating member that is provided in at least a part of the periphery of the article stored in the article storage unit, is capable of moving forward and backward in the movement direction of the moving means, and regulates the movement of the article;
Article extruding means comprising article extruding means for extruding an article whose movement is regulated by the regulating member from the article storage unit to the outside through a discharge port.   As the article storage unit moves, the regulating member protrudes in a direction in which the articles in the article storage unit are arranged, or retreats in a direction opposite to the direction in which the articles are arranged. The article extruder according to claim 1, characterized in that:   The regulating member is in contact with a part of the structure housing the article push-out means and receives a pressing force in a direction opposite to the moving direction, thereby protruding in the direction in which the articles in the article storage unit are arranged. 3. The article extruder according to claim 1 or 2, wherein the article is retreated in a direction opposite to a direction in which the articles are arranged.   When the article has been paid out by the article push-out means and the moving means moves the article storage section to a position where the articles can be temporarily stored and stored, the regulating member moves the article in the article storage section. The article extruder according to any one of claims 1 to 3, wherein the article extruder is in a state of projecting in an aligned direction. An article storage section for storing articles;
Article take-out means for taking out articles to be dispensed from the article storage section;
An article storage unit capable of temporarily arranging and storing articles taken out from the article storage unit;
Moving means for moving the article storage unit;
A regulating member that is provided in at least a part of the periphery of the article stored in the article storage unit, is capable of advancing and retreating in the movement direction of the moving means, and regulates the movement of the article;
An article dispensing machine, comprising: an article dispensing unit that pushes an article, which is moved to a predetermined position by the moving unit, and whose movement is regulated by the regulating member, from the article storage unit to the outside through an article dispensing outlet. .   As the article storage unit moves, the regulating member protrudes in a direction in which the articles in the article storage unit are arranged, or retreats in a direction opposite to the direction in which the articles are arranged. The article dispenser according to claim 5, wherein   The regulating member is in contact with a part of the structure housing the article push-out means and receives a pressing force in a direction opposite to the moving direction, thereby protruding in the direction in which the articles in the article storage unit are arranged. The article dispensing machine according to claim 5 or 6, wherein the article dispensing machine is in a state of being withdrawn in a direction opposite to a direction in which the articles are arranged.   When the article has been paid out by the article push-out means and the moving means moves the article storage section to a position where the articles can be temporarily stored and stored, the regulating member moves the article in the article storage section. The article dispensing machine according to any one of claims 5 to 7, wherein the article dispensing machine is in a state of protruding in the aligned direction.

Images