KR100850328B1 - A game machine - Google Patents

Abstract

An object of the present invention is to protect a control board from static electricity generated in an organic group and noise generated outside of the organic group, thereby ensuring a normal processing operation of the organic group.

On the back surface of the organic plate 40, a lamp control board 57 and a voice control board 58 are provided on a metal lamp-voice board 59. On the other hand, on the back of the mechanical plate 70 covering the back of the organic plate 40, a power supply substrate 81a and a launch control substrate 82a are formed on a metal power source / launch control substrate plate 83. The main substrate 84a is provided on the substrate plate 85, and the discharge control substrate 86a is provided on the discharge control substrate plate 87, respectively. The ground layers of the respective control boards 57, 58, 81a, 82a, 84a, 86a are connected to the plates 59, 83, 85, 87, respectively. In addition, the plates 59, 83, 85, and 87 are connected to each other at the E to H portions, thereby forming one metal plate region.

Description

Organic machine {A game machine}

BRIEF DESCRIPTION OF THE DRAWINGS It is explanatory drawing which shows the characteristic of this invention using the pachinko organic group which is an Example.

2 is an explanatory diagram showing a front surface of a pachinko organic group.

3 is an explanatory diagram showing a rear surface of a pachinko organic group.

4 is an explanatory diagram showing a state of input / output wiring of a power supply around a power supply unit.

5 is an explanatory diagram schematically showing a surface of a mechanical plate.

FIG. 6 is an explanatory view showing how a metal plate, a case rail, a product bead / loan bead discharge unit, and a bead base are attached to a mechanical plate.

It is explanatory drawing which shows the attachment state of various control boards on the back surface of an instrument board.

It is explanatory drawing which shows the mode when the periphery of the leg part in the state in which the main board plate was fixed to the back surface of an instrument board from the front of the back surface of an instrument board.

FIG. 9 is an explanatory view showing a state in which a lamp control board and a voice control board are attached to a back surface of an organic panel. FIG.

Fig. 10 is an explanatory view showing the appearance of the lamp control board and the voice control board in the state where the mechanism plate is closed.

FIG. 11 is a graph showing a potential difference occurring in the organic organic group before and after discharge of product beads or rental beads. FIG.

<Description of the symbols for the main parts of the drawings>

10: organic pachinko 12: outer frame

15: prefade card unit 16: guide unit

16b: loan button 16c: return button

17: card unit power cord 20: inner frame

22: glass frame 23: indicator lamp

24: upper plate 25: lower plate

26: launch operation unit 26a: launch handle

30: launch rail 31: launch mechanism unit

40: organic panel 41: special pattern display device

42: normal pattern display device 43: ordinary mouth

44: starting entrance 45: normal pattern display operation gate

46: entrance lamp 54: indicator lamp

56 liquid crystal display 57 lamp control board

58: sound control board 59: plate for lamps and sound board

70: instrument plate 70c: branch furnace

70d: neighboring bead discharge passage 72: bead tank                 

73: tank rail 74: case rail

74c: Aisle for product beads 74d: Aisle for rental beads

74e: organic ball through hole for product beads 74f: organic ball through hole for rental beads

75: product bead / loan bead discharge unit 75c: product bead outlet

75d: Rental bead outlet 76a, 76b: Protective cover

77: bead base 78: bead cover

80: power supply / external terminal unit 80a: power switch

80b: organic power cord 80c: external terminal board for organic panel

80d: External terminal board for the frame 81: Power supply unit

82: launch control unit 82a: launch control board

83: plate for power supply and emission control board 84: main control unit

84a: main substrate 85: main substrate plate

86: discharge control unit 86a: discharge control board

87: plate for the discharge control substrate B: organic sphere

TECHNICAL FIELD This invention relates to an organic group. Specifically, It is related with the organic group which distribute | circulates and distributes organic beads.

In recent years, various techniques have been proposed to prevent the influence of static electricity charged on organic beads from reaching the control panel on the back of the organic panel. For example, in the organic group which distribute | circulates organic sphere as organic beads and discharges product beads etc. when predetermined conditions are provided, the tank which stores the organic sphere supplied from the island of organic field Is formed of a conductive plastic, or a conductive metal plate is attached to the bottom surface of the rail, which is a passage of the organic sphere from the tank, to discharge static electricity charged in the organic sphere from the tank or the metal plate to earth (ground). (Japanese Patent Laid-Open No. Hei 6-39118).

However, in the conventional technique, when organic spheres stored in tanks or rails flow toward the upper or lower dish in response to the discharge of product beads or rental beads, or when the organic spheres enter the outlet in the organic phase. When the organic spheres flowed out of the machine, the static electricity generated by the flow of these organic spheres could not be removed. In particular, in the case of the organic group in which the control plate is installed in the vicinity of the flow path of the organic sphere, it is necessary to protect the control plate from the static electricity generated by the flow of the organic sphere. There is no effective proposal in the related art regarding the protection means of the control board.

On the other hand, as a method of protecting the control board from static electricity generated by the flow of organic spheres at the time of standing, etc., the base member on which the control board is installed is made conductive, and the base member is connected to an external earth (ground). It is contemplated that the structure is connected by conducting wires and discharges static electricity blown out of the organic sphere from the base member to the earth through the conducting wires. However, in such a configuration, since the noise from the outside of the organic group is easily transmitted to the base member through the conductive wires, the control board causes noise from the outside, and this noise causes malfunction of the control board. It may cause.

Therefore, the present invention solves the above problems, protects the controller board from the static electricity generated in the organic group and the noise generated outside the organic group, to ensure the normal processing operation of the organic group, Drunk.

The organic group of the present invention is an organic group in which organic beads are circulated to perform an organic phase. The organic group is provided in a range in which a plurality of control boards for controlling the operation of the organic matter and at least the plurality of control boards are provided to provide a predetermined area. The conductive member is provided in such a state that at least the conductive member is capable of conducting in the conductive member at the time of execution of the organic, and the plurality of control boards are attached to the conductive member. The point is to be installed while ensuring the connection with the ground layer of the control board.

According to the organic group of the present invention, when the static electricity generated in the organic group discharges and affects the periphery of the control board, the static electricity is distributed to the conductive member provided in a wide range where the control board is installed. For this reason, a potential difference hardly arises in a conductive member, and the probability of generating a high voltage locally around a control board becomes low. Therefore, it is possible to prevent static electricity from acting as noise on the control board without discharging static electricity to the outside. As a result, it becomes possible to minimize the possibility of the malfunction of a control board by the static electricity charged in the organic beads and the noise which generate | occur | produced outside the organic group.

It is also preferable to provide as many conductive members as the area exceeding the total area of the plurality of control boards. In this way, the potential difference which arises in an electroconductive member can be made into a lower level.

It is also possible to provide a bead flow passage which is a passage through which organic beads flow, and to provide a conductive member in a range covering at least a part of the bead flow passage. In this way, the static electricity generated by the flow of beads in the bead flow passage can be promptly guided to the conductive member near the point of generation.

A resin plate may be provided between the bead flow passage and the conductive member covering the flow passage. In this way, the static electricity generated by the flow of the beads in the bead flow passage is covered by the resin plate body, making it difficult to directly reach the control plate on the conductive member. Therefore, it is possible to reliably protect the control board from static electricity generated during the bead flow.

It is also preferable to form the electroconductive member by providing many metal plates, and to comprise the connection part which electrically connects these many metal plates. According to this structure, many metal plates become the state which can be electrically conductive through a connection part, and the static electricity guided to one metal plate is disperse | distributed to the whole conductive member. Therefore, the probability of generating a high voltage locally around the control board is lowered, and it is possible to effectively prevent static electricity from acting as noise on the control board without discharging the static electricity to the outside. In addition, by providing the control plates on a plurality of such metal plates, even when one control board and the other control board are arranged at a position separated from each other, the respective control boards can be protected from static electricity and noise. Therefore, the degree of freedom of arrangement of the control board can be increased while ensuring the normal processing operation of the control board.

An organic plate having an organic region formed on its surface, and a plate body provided on the rear surface of the organic plate, comprising: an instrument plate on which various mechanisms necessary for the execution of organic matters are mounted, and at least one metal plate of the plurality of metal plates; At the same time, the other metal plate is installed on the instrument plate, and the connecting portion is provided on at least one of the one metal plate and the other metal plate, and the connecting portion includes one metal plate when the appliance plate is superimposed on the back of the organic panel. It is also suitable to provide it in the aspect which electrically connects another metal plate. In this case, when the mechanism plate is overlapped with the back of the organic plate, one metal plate and the other metal plate are in a state capable of conducting through the connecting portion. For this reason, even when the control board is provided in each of the organic panel and the mechanical board, the respective control boards can be protected from static electricity and noise. Therefore, a large number of control boards can be efficiently arranged while ensuring the normal processing operation of the control board.

It is good also as a structure which the connection part provided in one metal plate or another metal plate has elastic force to another metal plate or one metal plate direction. In this case, when the mechanism plate is stacked on the back surface of the organic plate, one metal plate and the other metal plate can be reliably connected by the elastic force of the connecting portion.                     

One of a plurality of control boards, comprising: a power supply board for converting AC power supplied to an organic device into direct current; and other boards other than the power supply board are provided in the periphery of the power supply board; It is also preferable to set it as the structure which supplies. The other board | substrate to which DC power supply is supplied from a power supply board is provided in the periphery of a power supply board, and the supply path of DC power supply from a power supply board to another board | substrate becomes short. Therefore, it is difficult to cause noise in the middle of the supply path, and it is possible to further reduce the probability of malfunction of the control plate.

EXAMPLE

EMBODIMENT OF THE INVENTION In order to make clear the structure and effect | action of this invention demonstrated above, embodiment of this invention is described below based on an Example. Fig. 1 is an explanatory diagram showing the features of the present invention by using a pinch organic group 10 which is an embodiment of the present invention. In this FIG. 1, the shape when the pachinko organic group 10 is seen from behind is shown. In addition, in the following description, the surface when the pachinko organic group 10 is seen from the front direction is called "surface", and the surface when the pachinko organic group 10 is seen from the back direction is called "back side".

As shown in FIG. 1 (A), on the rear surface of the pachinko organic device 10, a mechanism plate 70 on which various mechanisms such as product bead discharge mechanisms are mounted is superimposed on the rear surface of the organic panel 40 having an organic region. It is attached in a state.

On the back surface of the organic panel 40 in the opening portion 70a of the mechanical plate, a metal lamp and sound board plate 59 is provided. On this metal lamp-negative substrate plate 59, as shown by a dashed-dotted line in Fig. 1A, the lamp control substrate 57 controls the display mode of the display lamp, and is output to the outside in the organic state. Two control boards, called voice control boards 58, are provided for controlling the contents of the voice.

On the back of the mechanical plate 70 below the opening 70a, a plate 83 for metal power supply and emission control substrate is provided. On this power supply / launch control board plate 83, as shown by a dashed-dotted line in FIG. 1 (A), the AC power supplied to the pachinko organic machine 10 is converted into direct current and supplied to another control board. Two control boards are provided, a power supply board 81a and a launch control board 82a for controlling the firing operation of the organic sphere B, which is an organic bead.

As shown in Fig. 1B, above the power supply substrate 81a and the launch control substrate 82a, the metal main substrate plate 85 and the metal emission control substrate plate 87 are shown. Plates are installed in a fixed state on the back of the instrument plate (70). As shown by the dashed-dotted line in FIG. 1B, a main substrate 84a is provided on the main substrate plate 85 to control operations accompanying organic such as pattern display, and the discharge control substrate plate 87 The discharge control board 86a for controlling the discharge operation of the merchandise beads or the rental beads is installed on the c).

In this embodiment, the power source / emission control board plate 83 and the discharge control board plate 87 are made to conduct at the E part shown in Fig. 1B, and the plate for the discharge control board ( 87) and the main board plate 85 are made to conduct in the F part shown in FIG. 1 (B), and the main board plate 85 and the power supply / projector substrate for the G part shown in FIG. 1 (B). The plate 83 is made conductive. At the portion H shown in FIG. 1B, the main substrate plate 85 and the lamp and negative substrate plate 59 are turned on. As a result, the four plates 59, 83, 85, and 87 become conductive through the main substrate plate 85, and one metal plate region is formed by the four plates 59, 83, 85, and 87. Is formed. A series of members which form this metal plate area | region correspond to the electroconductive member mentioned in a claim. That is, in the present invention, each of the control plates 57, 58, 81a, 82a, 84a on the metal plate area having an area exceeding the total area of the six control plates 57, 58, 81a, 82a, 84a, 86a. And 86a, the controller boards 57, 58, 81a, 82a, 84a and 86a are effectively protected from static electricity generated in the organic sphere B and noise generated from the outside.

Next, the whole structure of the pachinko organic group 10 of this embodiment is demonstrated with reference to FIG. 2 and FIG. 2 and 3 show the front and rear surfaces of the pachinko organic group 10, respectively. As shown in FIG. 2, the palatable organic group 10 is equipped with the wooden outer frame 12 and the prefade card unit 15 set in the outer surface of this outer frame 12. As shown in FIG.

The prefade card unit 15 is a device for supplying a predetermined number of organic spheres B to the upper plate 24 by inserting a prefade card in which information on the number of rental beads is recorded. The AC 100 volt card unit power cord (17) (refer FIG. 3) and the guide unit 16 which has the frequency display part 16a, the loan button 16b, the loan button lamp, and the return button 16c. The configuration in which beads are borrowed by the prepaid card unit 15 will be described later.

The pachinko organic device 10 includes an inner frame 20 installed on the outer frame 12 so as to be opened and closed through a hinge 13 for the inner frame. Each component attached to this inner frame 20 is demonstrated below. In the opening formed in the frame of the inner frame 20, an organic plate 40 with a sheet drawn in advance is fitted, and the organic plate 40 is covered with the glass surface of the glass frame 22. The glass frame 22 is provided with the display lamp 23 which flashes or lights corresponding to organic conditions around the glass surface. The glass frame 22 is provided to be opened and closed via the hinge 21 for the glass frame mounted on the inner side of one side (left side in FIG. 2) of the inner frame 20.

Below the glass frame 22, the upper dish 24 which stores the organic sphere B as a rental beads or a product beads is provided. The upper plate 24 is provided on the inner side of one side (left side in FIG. 2) of the inner frame 20 so as to be openable and openable through an upper plate hinge (not shown).

In addition, the glass frame 22 and the upper plate 24 are closed at the end of the inner frame 20 on the opposite side of the glass frame hinge 21 and the upper plate hinge (right side in FIG. 2). (22) A coupling member 29 is fitted which engages with the coupling portion at the rear and the coupling portion behind the hinge for the upper dish. As the respective engaging portions are engaged with the engaging members 29, the glass frame 22 and the upper plate 24 are kept in a closed state as shown in FIG. The engagement state of the engagement portion 29 and the engagement member 29 of the glass frame 22 is a part of the engagement member 29 is moved by the unlocking operation of the lock 28 installed in the keyhole ornament 27. Is released. Thereby, the glass frame 22 becomes rotatable about the hinge 21 for glass frames, and the glass frame 22 can be opened. In addition, the engagement state of the coupling portion 29 and the coupling member 29 of the upper plate 24, after opening the glass frame 22, put a finger between the back of the upper plate 24 and the surface of the inner frame 20 to engage. It is released by pressing and moving a part of the member 29. As a result, the upper plate is rotatable about the hinge of the upper plate, so that the upper plate 24 can be opened.

On the surface of the inner mold 20 below the upper dish 24, the lower dish 25 for storing the organic spheres B discharged beyond the capacity of the upper dish 24, and for the rotation operation of the launch handle 26a. Thereby, the firing operation unit 26 etc. which shoot the organic sphere B supplied from the upper pan 24 toward the organic area | region are provided. In addition, on the surface of the inner mold 20 exposed when the upper dish 24 is opened, a firing rail 30 for guiding the organic spheres emitted by the rotation operation of the firing handle 26a to the outer rail 51 is mounted. It is.

On the other hand, as shown in FIG. 3, on the back side of the inner frame 20, the launch mechanism unit which consists of a launch motor, a batting rod, etc. in the position corresponding to the attachment position of the upper pan 24 and the launch operation unit 26. As shown in FIG. (31) is provided. Moreover, the metal support member 33 for supporting the mechanism plate 70 mentioned later is attached to the side surface of one side (right side in FIG. 3) of the inner frame 20. As shown in FIG. Moreover, support pieces 32a and 32b which support the sandwiched organic plate 40 from the back side of the inner frame 20 are provided in the left and right of the opening part in the back side of the inner frame 20. After the left and right support pieces 32a and 32b are rotated about an axis, the organic plate 40 can be pulled out and the organic plate 40 can be removed from the back side of the inner frame 20.

Next, the organic panel 40 will be described. As shown in FIG. 2, the outer side rail 51 and the inner side rail 49, which guide | induce the organic sphere B projected by the launching operation unit 26 to the organic region on the surface of the organic panel 40 are organic, Foul ball stopper 50 to prevent returning to the inner rail 49 side of the organic sphere B exiting the region, the return rubber 52, a number of obstacle nails to change the direction in which the ball flows in the organic region, Windmill 47 and lamp windmill 48 for varying the speed or direction in which the other ball flows down in the organic region, several ordinary standing mouths 43 for entering the organic sphere flowing down in the organic region, and one starter. 2) the normal mouth display 44, the organic sphere B, which operates as the organic sphere B passes through the normal pattern display operating gate 45, and the organic sphere B is the starting mouth 44. Special pattern display device 41 which starts pattern change as it enters, This special pattern display device 41 By the specific pattern is displayed, various parts, such as the entrance mouth 46 which is opened when the specific pattern is displayed, and the display lamp 54 which lights or flashes in various forms according to the standing situation to each said mouth opening 43, 44, 46 is attached. . Further, an outlet 53, which is a hole into which the organic sphere B which does not granulate in the organic region, is formed in the center lower portion of the organic panel 40. By each of these parts, an organic region is formed on the organic panel 40 over the glass frame 22.

On the other hand, the back surface of the organic panel 40, as shown in Fig. 3, the lamp control board for controlling the display form of the liquid crystal display 56, the display lamps 23, 54 that function as the special pattern display device 41 (57), an audio control board 58 for controlling the contents of the audio output to the outside in accordance with the operation condition of the special pattern display device 41 is provided together with the electrical wiring. In addition, the lamp control board 57 and the audio control board 58 are attached to the organic panel 40 via a metal lamp / voice board plate 59. The liquid crystal display 56, the lamp control board 57, and the voice control board 58 are covered with a resin cover (not shown).

Next, the resin plate 70 made of resin will be described. As shown in FIG. 3, metal mechanical plate hinges 71 and 79 are attached to two places on the side surface of the mechanical plate 70 with screws. By setting the mechanism plate hinges 71 and 79 to the support member 33 attached to the inner frame 20, the mechanism plate 70 is mounted to be opened and detached with the organic plate 40 being held in place.

The rectangular opening 70a is formed in the substantially center of the instrument board 70. As shown in FIG. 3, in the state where the mechanism plate 70 is closed, the liquid crystal display 56, the lamp control substrate 57, and the voice control substrate 58 on the back of the organic panel 40 are in the opening 70a. have.

On the back of the instrument plate 70, a bead tank 72 for temporarily storing organic spheres supplied from the bead supply device of the organic field, and successively passing from the bead tank 72 to the product beads / loan ball discharge unit 75 The tank rail 73 and the case rail 74 are provided. As shown in FIG. 3, two convex parts 72a and 72b are formed in the lower part of the bead tank 72 attached to the uppermost part. These convex portions 72a and 72b are in contact with the upper end of the tank rail 73. The end of the tank rail 73 is in contact with the front end of the case rail 74.                     

At the end of the case rail 74, the product beads / rental beads discharge unit 75 with the protective covers 76a and 76b and the bead base 77 with the bead cover 78 are in contact with each other. These case rails 74, the product beads / loan ball discharge unit 75, and the bead cylinder base 77 are placed on a rectangular metal plate 90 provided on the rear surface of the mechanical plate 70, as shown in FIG. It is installed in contact with this metal plate 90. The end of the tank rail 73 in contact with the front end of the case rail 74 is also provided on the metal plate 90 in contact with the metal plate 90. The aspect in which this metal plate 90, the case rail 74, the goods beads / ligation ball discharge unit 75, and the bead cylinder base 77 are provided in the instrument board 70 is mentioned later.

The power supply / external terminal unit 80 is attached to the region above the case rail 74 of the mechanical plate 70. The power supply / external terminal unit 80 performs on / off supply power by an organic power supply cord 80b for introducing AC 24 volt power into the organic organic device 10 from the island of the organic field and an operation. The external terminal board 80c for outputting the number of winnings by the display of the specific pattern generated in the power switch 80a, the pachinko organic device 10 to the outside, the information on the bead rental or the bead disconnection, product beads, etc. It consists of an external terminal board 80d for outputting a frame. The power of AC 24 volts introduced from the organic power supply cord 80b is sent to the power supply unit 81 (to be described later) through electrical wiring.

Below the opening 70a, the power supply unit 81 having the power supply substrate 81a and the launch control unit 82 having the launch control substrate 82a are provided with a metal power source / launch control substrate plate 83. It is attached to the back of the instrument plate (70). In addition, a main plate plate 85 made of metal is attached to the back surface of the instrument plate 70 so as to cover a part of the upper surface of the power supply unit 81 and the launch control unit 82. A main control unit 84 having a main substrate 84a is attached thereto. In addition, a metal discharge control board plate 87 is attached to the back surface of the mechanical plate 70 so as to cover the upper surface of the bead cover 78 and a part of the upper surface of the power supply unit 81. An emission control unit 86 having an emission control substrate 86a is attached on the plate 87.

The power supply unit 81 connected to the external terminal unit 80 through electrical wiring converts the AC power sent from the organic power cord 80b into direct current, and converts the converted direct current power through the feed line to the liquid crystal display 56. And lamp control board 57, voice control board 58, launch control unit 82, main control unit 84, and discharge control unit 86 and the like. The launch control unit 82 controls the firing operation of the launch mechanism unit 31, and the main control unit 84 controls the pattern display operation of the special pattern display device 41 or the normal pattern display device 42, and the like. Control the operation accompanying the discharge control unit 86, the discharge operation by the product beads / rental beads discharge unit 75.

The state of the input / output wiring of the power supply in the vicinity of the power supply unit 81 is shown in FIG. 4. In FIG. 4, the wiring which inputs the power supply of AC 24 volts from the power supply and the external terminal unit 80 is shown by the thick dashed line, and the feed line which outputs the DC 5 volts power after conversion is shown by the thick solid line, respectively.

As shown in FIG. 4, the launch control unit 82, the main control unit 84, the discharge control unit 86, the lamp control board 57, and the audio control board 58 are peripheral regions of the power supply unit 81. Is placed on. For this reason, the length of the feeder line connecting the launch control unit 82, the main control unit 84, the discharge control unit 86, the lamp control board 57 and the audio control board 58 and the power supply unit 81 is Each has the shortest length from the power supply unit 81.

With this arrangement, the supply path of the DC power supply from the power supply board 81a to the respective control boards 57, 58, 81a, 82a, 84a, 86a is shortened. Therefore, it is difficult to cause noise in the middle of the supply path, so that the probability of malfunction of the control plates 57, 58, 81a, 82a, 84a, 86a can be reduced than before.

Returning to FIG. 3, the description will be provided. As shown by the dashed-dotted line in FIG. 3, various passages for inducing the organic sphere B are provided on the surface of the mechanical plate 70. One is the guide path 70b which is a passage which guides the organic sphere B discharged | emitted as product beads or a rental beads to the upper dish 24. As shown in FIG. In addition, organic spheres entering the branch passage 70c and the outlet 53 which are passages leading to the organic sphere B discharged beyond the capacity of the upper dish 24 to the lower dish 25 ( The out bead discharge passage 70d, which is a passage for discharging B) out of the machine as the out bead, is also provided. This branch passage 70c and out-bead discharge passage 70d correspond to the bead flow passage in the claims.

5 is an explanatory diagram schematically showing the surface of the instrument plate 70. In Fig. 5, the mechanical plate (in the plate 83 for power supply and emission control substrate, the main substrate plate 85, the discharge control substrate plate 87, and the metal plate 90) attached to the back surface of the mechanical plate 70 is formed. 70) The part which contact | connects the back surface is shown with the dotted line, and the part which does not contact the back surface of the instrument board 70 is shown by the dashed-dotted line. 5, illustration of the hinge plates 71 and 79 for instrument boards is abbreviate | omitted.

As shown in FIG. 5, the guide path 70b, the branch path 70c, and the out-bead discharge path 70d are integrally formed with the mechanism board 70 on the surface of the resin mechanism board 70 made from resin. . A power source / launch control substrate plate 83 is provided on the rear surface of the mechanism plate 70 corresponding to the formation range of the branch passage 70c and the out-bead discharge passage 70d. The plate 83 for power supply and emission control board is provided in the range which covers a part of branch path 70c-the out-bead discharge path 70d, and is installed also in the range near guide path 70b. As a result, the resin mechanism plate 70 is interposed between the branch path 70c and the out-bead discharge passage 70d and the power source / launch control substrate plate 83.

6 shows an example in which the metal plate 90, the case rail 74, the product bead / loan bead discharge unit 75, and the bead base 77 are attached to the instrument plate 70. As shown in FIG. 6, in the instrument board 70, the guide path 70b which guides the organic sphere B discharged | emitted as goods beads or a rental ball to the upper plate 24 and the lower plate 25 is a mechanical plate. It is provided through 70 in the width direction. The metal plate 90 is affixed slightly above this guide path 70b (y direction shown in FIG. 6).

 As shown in FIG. 6, the bent parts 90a and 90b are formed in the side end part of the metal plate 90, and these bent parts 90a and 90b are attached to the hinge 71 and 79 for instrument boards, respectively. As a result, the metal plate 90 is in a state capable of conducting with the mechanical plate hinges 71 and 79 through the bent portions 90a and 90b. Of course, even if the metal plate 90 and the mechanism plate hinges 71 and 79 are previously formed integrally, there is no problem.                     

The bead base 77 is attached to the lower position on the metal plate 90 (position in the -y direction shown in FIG. 6). In the bead base 77, a passage 77a of the organic sphere B discharged as product beads or rental beads is formed, and a bell 77c is attached to the center of the passage 77a.

Further, when the bead base 77 is attached, the organic spheres B in the passage 77a are discharged in the direction of the upper dish 24 at the position facing the guide passage 70b and the branch passage 70c. A first outlet 77b and a second outlet 77f for discharging the organic sphere B in the passage 77a in the lower plate 25 direction are formed. A partition plate 77e is placed upright between the first outlet 77b and the second outlet 77f. The guide plate 77d is provided in the inclined state on the upper side of the partition plate 77e. This guide plate 77d is provided in the range which covers the 2nd outlet 77f.

The merchandise beads / loan ball discharge unit 75 is mounted above the passage 77a of the bead base 77 (z direction shown in FIG. 6). The bead base 77 below the mounting position of the merchandise bead / loan bead discharge unit 75 (in the -y direction shown in Fig. 6) is covered by the bead cover 78. A user hole (hole with a bottom) 78a is formed in one of the top surfaces of the bead barrel cover 78, and the main substrate plate 85 is formed in the hole of the user hole 78a. And a nut (to be described later) for attaching the plate 87 for the discharge control substrate are fitted.

The product bead / loan ball discharge unit 75 is provided with two stoppers (not shown) for opening and closing the motor 75a, 75b as a power source therein. This stopper becomes closed, and the fall of the organic sphere B from the case rail 74 is prevented. In addition, two protective covers 76a and 76b are attached to the top surface of the product bead / loan ball discharge unit 75 so as to cover the motors 75a and 75b, respectively.

At the bottom (in the -y direction shown in Fig. 6) of the product bead / loan ball discharge unit 75, a product bead discharge port 75c and a rental bead discharge port 75d which are successively passed from the position of each stopper are formed. In addition, in the vicinity of the product bead discharge port 75c and the rental bead discharge port 75d in the product bead / rental ball discharge unit 75, the product beads discharged from the product bead discharge port 75c and the rental bead discharge port 75d, are rented. A merchandise beads / lending beads sensor (not shown) which detects the number of organic spheres B as beads is embedded.

In FIG. 6, the case rail 74 has shown the state before the combination divided | segmented up and down. In the case rail 74 attached to the upper position of the metal plate 90, the entrance opening 74a which the organic sphere B which flowed from the tank rail 73 enters, and the organic opening B which entered from this entrance opening 74a Branch wall 74b for branching the product bead passage 74c and the rental bead passage 74d, the organic ball passage opening 74e that is the exit of the branched organic sphere B, the oil for the rental bead An instrument passage opening 74f is formed.

Bead tank 72, tank rail 73, case rail 74, commodity beads / loan bead discharge unit 75 described above, bead cylinder base 77, bead cylinder cover 78, guide path 70b And the branch path 70c forms a passage through which the organic spheres B as product beads or rental beads are discharged to the upper dish 24 or the lower dish 25. That is, in the pachinko organic machine 10, when there are no granularity or beads rental, the two stoppers in the product beads / loan ball discharge unit 75 are closed. For this reason, the flow of the organic sphere B is prevented by two stoppers, and the organic sphere B is stored in the bead tank 72, the tank rail 73, and the case rail 74. As shown in FIG.

On the other hand, when the organic sphere B enters into the ordinary mouth opening 43 or the large mouth opening 46 in the organic matter, the discharge control unit 86 which detects the entry of this organic sphere B is the product bead outlet ( The opening of the stopper on the 75c) side is instructed. As a result, the organic beads B accumulated in the product bead passage 74c of the case rail 74 are discharged from the product bead / rental bead discharge unit 75 from the product bead organic ball passage port 74e. Enter the passage 77a of the bead base 77 through 75c. The organic sphere B which has entered this passage 77a collides with the bell 77c, rings the bell 77c, is guided to the guide plate 77d, and flows down toward the first outlet 77b. 1 is discharged from the outlet 77b to the guide path 70b. Thereby, the predetermined number of organic spheres B as product beads are discharged | emitted through the guide path 70b to the upper dish 24 of the front surface side of the organic product 10.

When the organic sphere B exceeding the capacity of the upper dish 24 is discharged, the organic sphere B cannot flow from the guide path 70b to the upper dish 24. As a result, the guide path 70b and the first outlet 77b are blocked by the organic sphere B, so that the organic sphere B stays in the lower portion near the first outlet 77b in the bead base 77. . When the organic sphere B stays up to the height exceeding the partition plate 77e, the organic sphere B flows over the partition plate 77e toward the second outlet 77f and from the second outlet 77f. It is discharged to the branch furnace 70c. Thereby, the organic sphere B as a commodity beads is discharged | emitted to the lower dish 25 of the front side of the pachinko organic group 10 via the branch path 70c.

In addition, when the loan button 16b of the guide unit 16 is pressed after the prepaid card unit 15 is inserted into the prepaid card unit 15, the discharge control unit 86 that detects the information of the number of rental beads is rented. The opening of the stopper on the bead discharge port 75d side is instructed. As a result, the organic sphere B accumulated in the rental bead passage 74d of the case rail 74 is discharged from the rental bead discharge port 75 in the merchandise bead / rental bead discharge unit 75 from the rental bead organic sphere passage opening 74f. Enter the passage 77a of the bead base 77 through 75d. The organic sphere B entering this passage 77a collides with the bell 77c and flows down toward the first outlet 77b while ringing the bell 77c, and guides (from the first outlet 77b). 70b). Thereby, the predetermined number of organic spheres B as a rental ball are discharged | emitted through the guide path 70b to the upper dish 24 by the front side of the pachinko organic group 10 front side. When the organic sphere B is discharged beyond the capacity of the upper dish 24, the organic sphere B as a rental bead passes through the branch path 70c from the second outlet 77f as in the case of the product beads. It is discharged to the lower dish 25 at the front side of the organic group 10.

According to the discharge of the product beads or the rental beads, the organic balls B accumulated in the case rail 74, the tank rail 73, and the bead tank 72 are sequentially transferred to the product beads / rental beads discharge unit 75. Move to face. When it is detected that the number of stored water in the bead tank 72 is less than or equal to a certain number by discharge of the merchandise beads or the rental beads, the bead supply device for the organic field is based on the instructions from the frame external terminal board 80d which received this detection result. The organic sphere B is replenished to the bead tank 72 from this.                     

In addition, the number of discharged product beads or rental beads is detected by a product beads / rental beads sensor (not shown) installed in the product beads / rental beads discharge unit 75. The product bead / rental bead sensor sends a detection result to the discharge control unit 86 when a predetermined number of discharges have been detected, and the discharge control unit 86 having received this detection result is from the product bead discharge port 75c side to the loan. Closing of the stopper on the bead discharge port 75d side is instructed. By closing the stopper, the flow of the organic sphere B from the organic sphere passage opening 74e for product beads or the organic sphere passage opening 74f for rental beads is stopped. As a result, the inside of the bead tank 72, the tank rail 73, and the case rail 74 return to the state where the same organic sphere B was stored as before granularity or bead loan generation.

7 shows the attachment positions of the various control boards on the back surface of the instrument board 70. As shown in FIG. 7, the plate 83 for power supply and emission control board is attached to the metal plate 90 in the non-contact state on the back surface of the mechanism board 70. As shown in FIG. On this power source / launch control board 83, a power supply unit 81 having a power supply board 81a and a cover 81w covering the power supply board 81a, a launch control board 82a and the launch control. The launch control unit 82 having a cover 82w covering the substrate 82a is attached laterally aligned. The plate 83 for power supply and emission control substrate is formed with an area larger than the total area of the power supply substrate 81a and the launch control substrate 82a.

As shown in Fig. 7, four threaded portions 83a to 83d and four positioning portions 83i to 83l are arranged at predetermined intervals at the end of the long side facing the plate 83 for the power supply and emission control substrate. Is installed. The screw portions 83a to 83d and the positioning portions 83i to 83l are set up at a constant height from the surface of the power source / launch control board plate 83, and the center of the top surface of the set up screw portions 83a to 83d is provided. In the inner peripheral wall, a screw hole with a female thread groove is drilled.

One short side end portion (the left end portion in FIG. 7) of the power source / launch control board plate 83 has a shape in which its central portion is extended. This extended shape part is called extension part 83q hereafter. In the substantially center of the extension portion 83q, one through hole 83r having an inner diameter into which a bolt can be inserted is formed. The through hole 83r is formed at a position overlapping with a nut (not shown) fitted to the back of the instrument plate 70 when the power source / launch control substrate plate 83 is aligned with the mounting position on the back of the instrument plate 70. It is.

As shown in FIG. 7, four attachment holes are formed in four corners of the launch control board 82a through the launch control board 82a. In addition, the cover 82w is formed using resin of transparent color, and four screw insertion holes are formed in the four corners of the top surface of the cover 82w through the cover 82w.

A method of attaching the launch control unit 82 to the power source / launch control substrate plate 83 will be described. First, the launch control board 82a is placed on the screw sections 83a to 83d and the positioning sections 83i to 83l, and the four mounting holes of the launch control board 82a are screwed to the respective thread sections 83a to 83d. Match the position of the hole. Next, the cover 82w is covered from the top of the launch control board 82a, and the four screw insertion holes of the cover 82w are aligned with the four attachment hole positions of the launch control board 82a. After positioning in this manner, a metal male screw is inserted from each screw insertion hole of the cover 82w into each attachment hole of the launch control board 82a and the screw hole of each of the screw portions 83a to 83d. Are screwed into the screw holes of the respective screw portions 83a to 83d. Thereby, attachment of the launch control unit 82 to the power source and launch control substrate plate 83 is completed. Further, in the state where the launch control unit 82 is mounted, the screw portions 83a to 83d and the positioning portions 83i to 83l between the launch control substrate 82a and the surface of the plate 83 for power supply and launch control substrate. The space of the height is formed.

In addition, the positioning portions 83i to 83l are placed on the ground layer of the launch control substrate 82a when the four mounting holes of the launch control substrate 82a are aligned with the position of the screw holes of the respective thread portions 83a to 83d. It is installed in abutting position. Therefore, the launch control unit 82 is mounted on the power source / launch control substrate plate 83, whereby the launch control substrate 82a has its ground layer for the power supply / launch control substrate via the positioning portions 83i to 83l. It is in the state connected to the plate 83.

In the region where the power supply unit 81 is mounted on the power source / launch control board plate 83, four screw portions 83e to 83h and four positioning portions are formed in the same manner as the mounting region of the launch control unit 82. 83m to 83p are provided integrally with the plate 83 for power supply and emission control board.

As shown in Fig. 7, four attachment holes and four screw insertion holes are formed at four corners of the top surface of the power supply board 81a and the cover 81w, respectively, through the power supply board 81a and the cover 81w. do. Moreover, in the state which covered the cover 81w shown in FIG. 7, the slit 81ws is formed in the side surface of the cover 81w located in the vicinity of the screw part 83e.

The power supply unit 81 is similar to the above-described firing control unit 82, by tightening the power supply board 81a and the cover 81w on the four screw portions 83e to 83h with a male screw made of metal to supply the power and the emission control board. It is attached to the plate 83. In Fig. 7, the state in which the power supply unit 81 is almost completely attached to the power supply / launch control substrate plate 83 is shown. As shown in FIG. 7, in the state where the power supply unit 81 is mounted, between the power supply substrate 81a and the surface of the power supply / launch control substrate plate 83, the screw portions 83e to 83h and the positioning portion ( A space equal to the height of 83m to 83p) is formed.

The positioning portions 83m to 83p are provided at positions to contact the ground layer of the power supply substrate 81a when the four mounting holes of the power supply substrate 81a are aligned with the position of the screw holes of the respective screw portions 83m to 83p. have. Therefore, when the power supply unit 81 is attached to the power source / emission control board plate 83, the power supply board 81a has its ground layer via the positioning portions 83m to 83p. 83).

Since the cover 81w is formed using a resin of transparent color, as shown in Fig. 7, even after the power supply unit 81 is mounted, the state of the power supply substrate 81a can be seen over the cover 81w. . In addition, inserting or tightening the male screw to the screw portion 83e of the four screw portions 83e to 83h is performed at the time of mounting the discharge control substrate plate 87 described later.

In this way, after the power supply unit 81 and the launch control unit 82 are attached to the power supply / launch control board plate 83, the main substrate is covered so as to cover the top of the power supply unit 81 and the launch control unit 82. The plate 85 is mounted. The main substrate plate 85 is formed with a larger area than the main substrate 84a.

As shown in FIG. 7, the edge part (the right edge part in FIG. 7) of the short side of the main board plate 85 is a shape extended in the substantially horizontal direction. This extended portion is referred to as extension portion 85s.

On the other hand, the leg part 85p of the shape extended substantially vertically downward is provided in the other end part (left end part in FIG. 7) of the other short side of the plate 85 for main boards. The leg portion 85p extends by a length slightly exceeding the overall height of the cover 82w, and a horizontal portion 85q extending substantially in the horizontal direction on the opposite side to the extension portion 85s is formed at the end thereof. The leg portion 85p and the horizontal portion 85q are formed integrally with the main substrate plate 85 by forming the main substrate plate 85 in a bent shape in advance.

In the center of each of the horizontal portion 85q and the extension portion 85s, a through hole 85r and a through hole 85t having an inner diameter into which a bolt can be inserted are formed. The through-hole 85r and the through-hole 85t are the through-holes 83r of the power source / launch control substrate plate 83, respectively, when the main substrate plate 85 is aligned with the mounting position on the back of the mechanical plate 70. ) And the user hole 78a of the bead cover 78.

At the end of the leg portion 85p, a metal elastic plate 92 having a predetermined elasticity is attached by screws. As shown in FIG. 7, this elastic plate 92 is attached at an oblique upward angle to the surface opposite to the side on which the horizontal portion 85q is formed.                     

On the main substrate plate 85, four screw portions 85a to 85d (not shown for 85c and 85d) and four positioning portions are formed in the same manner as the plate 83 for the power supply and emission control substrate. 85i to 85l (85k and 85l not shown) are integrally provided with the main substrate plate 85.

The method of attaching such a main substrate plate 85 to the back surface of the instrument plate 70 will be described. First, while the main substrate plate 85 is covered from above the launch control unit 82 and the power supply unit 81, the extension portion 85s of the main substrate plate 85 is placed on the top of the bead cover 78. On the surface and the horizontal portion 85q of the main substrate plate 85 is placed on the extension portion 83q of the power source / launch control substrate plate 83, respectively. Next, the through hole 85t of the extension portion 85s is aligned with the position of the user hole 78a, and the through hole 85r of the horizontal portion 85q is aligned with the position of the through hole 83r. After aligning in this way, a bolt is inserted into the through hole 83r from the through hole 85r, and this bolt is fitted to the nut fitted to the back surface of the instrument board 70. As a result, the main substrate plate 85 is temporarily fixed to the back surface of the instrument plate 70, and the power source / launch control substrate plate 83 is completely fixed to the back surface of the instrument plate 70.

The leg portions 85p to the horizontal portion 85q of the main substrate plate 85 and the extension portion 83q of the plate 83 for the power supply and emission control substrate are connected in the claims (the main substrate plate 85 ) And a portion where the horizontal portion 85q and the extended portion 83q overlap with each other correspond to the G portion shown in FIG. That is, the extension portion 83q and the horizontal portion 85q are always kept in contact with each other by the insertion of the bolt from the through hole 85r into the through hole 83r and the fitting with the nut. The main board plate 85 and the power source / launch control board 83 are conductive.

In addition, the main board plate 85 is completely fixed to the back surface of the instrument plate 70 with the mounting of the discharge control board plate 87 described later. The state when the periphery of the leg part 85p in the state in which the main board plate 85 was fixed to the back surface of the instrument board 70 from the front of the back surface of the instrument board 70 is shown in FIG. As shown in FIG. 8, the tip of the leg part 85p abuts on the plate 83 for power supply and emission control board, The upper part is located above the opening part 70a of the instrument board 70. As shown in FIG. On the other hand, the elastic plate 92 attached to the leg part 85p extends from the end of the leg part 85p, and is arrange | positioned in the area | region inside the opening part 70a.

Returning to Fig. 7 will be described. The main control unit 84 having the main board 84a and the cover 84w covering the main board 84a is similar to the firing control unit 82 and the like described above. It is mounted on the substrate plate 85. In FIG. 7, the state when the main board 84a is mounted on the screw parts 85a-85d and the positioning parts 85i-85l of the main board plate 85 is shown. Further, in the state where the main control unit 84 is mounted, the height of the screw portions 85a to 85d and the positioning portions 85i to 85l is between the main substrate 84a and the surface of the main substrate plate 85. Space is formed.

The positioning portions 85i to 85l are provided at positions where they are in contact with the ground layer of the main substrate 84a when the four attachment holes of the main substrate 84a are aligned with the positions of the screw holes of the respective screw portions 85a to 85d. It is. Thus, the main control unit 84 is mounted on the main board plate 85, whereby the ground layer of the main board 84a is connected to the main board plate 85 via the positioning portions 85i to 85l. It is in a state.

In this way, after the main control unit 84 is mounted on the main board plate 85, the discharge control board plate 87 is mounted to cover the top of the bead barrel cover 78 and the power supply unit 81. The discharge control board plate 87 is formed with a larger area than the discharge control board 86a.

As shown in Fig. 7, the end of one long side of the discharge control substrate plate 87 (the end of the left side in Fig. 7) has a shape in which a portion thereof extends in the substantially horizontal direction. This extended shape part is called extension part 87s below.

On the other hand, as shown in Fig. 7, at one end (one end of the left side in Fig. 7) of the discharge control board plate 87, a leg portion 87p having a shape extending substantially vertically downward is provided. It is installed. This leg portion 87p extends a length slightly over the entire height of the bead base 77 with the bead cover 78, and at the end thereof, a horizontal portion extending substantially horizontally like the extension portion 87s. 87q is formed. The leg portion 87p and the horizontal portion 87q are integrally formed with the discharge control board plate 87 by forming the discharge control board plate 87 in a bent shape in advance.

In the center of each of the horizontal portion 87q and the extension portion 87s, a through hole 87r and a through hole 87t having an inner diameter into which a bolt can be inserted are formed. The through-holes 87r and through-holes 87t are the through-holes 85t of the main substrate plate 85 and the through-holes 87t when the discharge control substrate plate 87 is aligned with the mounting position on the back surface of the instrument plate 70, respectively. It is formed in the position which overlaps with the nut 89 fitted in the back surface of the instrument board 70 slightly lower than the mounting position of the power supply unit 81.

On the horizontal portion 87q of the discharge control board plate 87, as shown in FIG. 7, a metal connecting plate 94 connecting the launch control board plate 83 and the discharge control board plate 87 is shown. Is placed. At one end (right end in FIG. 7) of the connecting plate 94, an overlapping portion 94q overlapping with the horizontal portion 87q extends substantially in the horizontal direction. At the other end of the connecting plate 94 (left end in FIG. 7), the fitting portion 94a that is slightly narrower in width than the width of the slit 81ws on the cover 81w extends substantially in the horizontal direction. . In the substantially center of the overlapping portion 94q, a through hole 94r having an inner diameter into which a bolt can be inserted is formed in a positional relationship corresponding to the through hole 87r of the horizontal portion 87q. In the center of the fitting portion 94a, a through hole 94b having an inner diameter into which a male screw can be inserted is formed in a positional relationship corresponding to the attachment hole of the power substrate 81a above the screw portion 83e.

On the discharge control substrate plate 87, four screw portions 87a to 87d (87c and 87l are not shown) and four positioning portions 87i to 87l in the same form as the main substrate plate 85. (Not shown for 87k and 87l) is integrally provided with the plate 87 for the discharge control substrate.                     

A method of attaching such a discharge control board plate 87 to the back surface of the mechanical plate 70 will be described. First, while covering the discharge control board plate 87 on the top of the bead barrel cover 78 and the power supply unit 81, the horizontal portion 87q of the discharge control board plate 87 is placed on the mechanism plate 70. On the nut 89 and the extension 87s of the discharge control substrate plate 87 are disposed on the extension 85s of the main substrate plate 85, respectively. Subsequently, the overlap portion 94q of the connecting plate 94 is placed on the horizontal portion 87q, and the fitting portion 94a of the connecting plate 94 is pierced through the slit 81ws on the cover 81w. It mounts on the board | substrate 81a.

Next, the through hole 87t of the extension portion 87s is positioned at the through hole 85t of the extension portion 85s, and the through hole 94r of the overlap portion 94q penetrates the horizontal portion 87q. The through holes 94b of the fitting portion 94a are aligned with the mounting hole positions of the power supply substrate 81a above the screw portion 83e, respectively, at the same time as the positions of the holes 87r.

After aligning in this way, a bolt is inserted into the through hole 85t and the user hole 78a from the through hole 87t, and this bolt is fitted to the nut fitted in the user hole 78a and the through hole 94r. ), A bolt is inserted into the through hole 87r and the user hole 78a, and the bolt is fitted to the nut 89 fitted on the back surface of the instrument plate 70. Thereby, the discharge control board plate 87 and the main board plate 85 are completely fixed to the back surface of the instrument plate 70.

Next, a metal male screw is inserted into the through hole 94b, the mounting hole of the power supply board 81a, and the screw hole of the screw portion 83e from the screw insertion hole of the cover 81w, and the male screw is screwed into the screw hole. Combine. Thereby, the power supply unit 81 is fully attached to the plate 83 for power supply and emission control boards.

The extension portion 85s of the main substrate plate 85 and the extension portion 87s of the discharge control substrate plate 87 are connected in the claims (the main substrate plate 85 and the emission control substrate plate). 87) and the part where the extension part 85s and the extension part 87s overlapped is corresponded to the F part shown in FIG. That is, the extension part 85s and the extension part 87s are always kept in contact with each other by inserting the bolt from the through hole 87t to the through hole 85t and the user hole 78a and fitting the nut. As a result, the main substrate plate 85 and the discharge control substrate plate 87 become conductive.

A male screw fitted to the leg portions 87p to the horizontal portion 87q of the discharge control board 87, the connecting plate 94 and the screw portion 83e, and the screw portion of the power supply / release control board plate 83 ( 83e corresponds to the connection part (connection part which the discharge control board plate 87 and the power supply / emission control board plate 83 electrically connect) in the claim, and the part in which the connection plate 94 is provided is shown in FIG. It corresponds to E part shown in 1. That is, the horizontal portion 87q of the discharge control board 87 is kept in contact with the overlapping portion 94q of the connecting plate 94 at all times, and the screw portion of the plate 83 for power supply / release control board 83 83e) is joined to the fitting portion 94a of the connecting plate 94 via a male screw. As a result, the discharge control board plate 87 and the power supply / release control board plate 83 become conductive.

The discharge control unit 86 having the discharge control board 86a and the cover 86w covering the discharge control board 86a is similar to the above-described shot control unit 82 and the like. Is mounted on the discharge control board plate 87. In FIG. 7, the state when the discharge control board 86a is mounted on the screw parts 87a-87d and the positioning parts 87i-87l of the discharge control board plate 87 is shown. By attaching this discharge control board 86a and the cover 86w, attachment of various control boards to the back surface of the instrument board 70 is completed. Further, in the state where the discharge control unit 86 is mounted, the screw portions 87a to 87d and the positioning portions 87i to 87l are disposed between the discharge control substrate 86a and the discharge control substrate plate 87 surface. Space as much as height is formed.

The positioning portions 87i to 87l are placed at positions which abut against the ground layer of the discharge control substrate 86a when the four attachment holes of the discharge control substrate 86a are aligned with the position of the screw holes of the respective screw portions 87a to 87d. It is installed. Therefore, the discharge control unit 86 is mounted on the discharge control board plate 87, whereby the discharge control board 86a has its ground layer via the positioning sections 87i to 87l. Is connected to.

Next, a structure in which the main substrate plate 85 attached to the rear surface of the mechanical plate 70 becomes conductive with the lamp and sound substrate plate 59 by closing the mechanical plate 70 is shown in FIGS. It demonstrates with reference to 10. FIG. 9 is an explanatory view showing a state in which the lamp control board 57 and the voice control board 58 are attached to the back of the organic panel 40, and FIG. 10 is a lamp control board in the state in which the instrument board 70 is closed ( 57) and an explanatory diagram showing a state around the voice control substrate 58. FIG.

As shown in Fig. 9, the lamp control board 57, the voice controller board 58, and the lamp control board, which are arranged side by side in the longitudinal direction, on the lamp-voice board 59 on the back of the organic panel 40. A cover 60 covering the 57 and the voice control board 58 is mounted. The lamp and sound board plate 59 is formed with an area larger than the total area of the lamp control board 57 and the sound control board 58.

Leg portions 59a and 59b having a shape extending substantially vertically downward are provided at the end portions of the short side facing each other of the plate 59 for lamp and sound substrate, and are substantially horizontal at the ends of the leg portions 59a and 59b. Horizontal portions 59c and 59d extending in the direction are formed. On the other hand, wall portions 59e and 59f extending substantially vertically upward by a length slightly exceeding the entire height of the cover 60 are provided at the end portions of the long sides of the lamp-negative plate 59 facing each other. In addition, on the lamp and sound board plate 59, eight screw portions and eight positioning portions (not shown) are provided at positions corresponding to the male screws in Fig. 9 in the same form as the main substrate plate 85. have. These leg portions 59a and 59b, horizontal portions 59c and 59d, wall portions 59e and 59f, screw portions and positioning portions are formed in a curved shape in advance on the plate 59 for the lamp and sound substrate. It is formed integrally with the negative substrate plate 59.

Four attachment holes are formed in four corners of the lamp control substrate 57 through the lamp control substrate 57, and four attachment holes are formed in the audio control substrate 58 in the same manner. In addition, the cover 60 is formed using a resin of transparent color, and on the top surface of the cover 60, four screw insertion holes penetrating the cover 60 are provided for the lamp control board 57 and the voice control board ( It is formed in the position corresponding to each attachment hole of 58).

The lamp 59 board, the lamp control board 57, the voice control board 58, and the cover 60 are mounted on the rear surface of the organic panel 40 as follows. First, the lamp-negative substrate plate 59 is placed at the mounting position on the rear surface of the organic panel 40, and the horizontal portions 59c and 59d are attached to the rear surface of the organic panel 40. As a result, the plate 59 for the lamp and sound substrate is fixed to the rear surface of the organic panel 40.

Next, the lamp control board 57 and the voice control board 58 are mounted on the screw portion and the positioning portion of the plate for the lamp / voice board 59, and the lamp control board 57 and the voice control board 58 are attached. Align the hole with the position of the screw hole of each screw part. Next, the cover 60 is covered from the upper side of the lamp control board 57 and the voice control board 58, and the screw insertion hole of the cover 60 is formed in each of the lamp control board 57 and the voice control board 58. Adjust the position of the mounting hole. After aligning in this way, a metal male screw is inserted into each of the mounting holes of the lamp control board 57 and the audio control board 58 and the screw holes of each screw section from each screw insertion hole of the cover 60. Tighten and screw it into the screw hole of each screw part. Thereby, the mounting of the lamp control board 57, the audio control board 58, and the cover 60 to the lamp / voice board plate 59 is completed.

Further, in the state where the lamp control board 57 and the voice control board 58 are mounted, the screw portion and the position between the lamp control board 57 and the voice control board 58 and the lamp / voice board 59 are provided. The space as much as the height of the crystal part is formed. In addition, the positioning section has a ground layer of the lamp control board 57 and the voice control board 58 when the mounting holes of the lamp control board 57 and the voice control board 58 are aligned with the positions of the screw holes of the respective screw sections. It is installed in the position which abuts. Therefore, the lamp control board 57 and the voice control board 58 are mounted on the lamp and voice board plate 59, whereby the ground layer of the lamp control board 57 and the voice control board 58 is positioned. Through the portions, the state is connected to the plate for the lamp and sound substrate 59.

The attachment area between the lamp control board 57 and the audio control board 58 is as shown in FIG. 10 when the mechanism plate 70 is closed with the hinges 71 and 79 for the mechanism plates as the axes. . In FIG. 10, the X part enclosed by the dashed-dotted line shows the state which looked at the plate 85 for main board | substrates from the outer side of the leg part 85p.

As shown in FIG. 10, when the mechanism board 70 is closed, the lamp and sound board plate 59 on the back surface of the organic panel 40 is accommodated in the opening 70a of the mechanism plate 70. In the middle of closing the mechanism plate 70, the elastic plate 92 inside the leg portion 85p of the main substrate plate 85 touches the wall portion 59e of the plate for lamp and sound substrate 59. In addition, when the mechanism plate 70 is closed, the elastic plate 92 gradually approaches the back of the organic plate 40 while being pushed by the wall portion 59e, and when the mechanism plate 70 is completely closed, it is shown in FIG. As it is, it is accommodated in the state adjacent to the outer side of the wall part 59e. The elastic plate 92 has an elastic force in the direction of the wall portion 59e, and the main plate plate 85 and the lamp / sound substrate plate 59 can be reliably connected by the elastic force of the elastic plate 92. have.

The wall portion 59e of the elastic plate 92 mounted on the main board plate 85 and the plate 59 for the lamp and sound board has a connection portion (the main board plate 85 and the lamp and sound board in the claims). And a portion where the elastic plate 92 and the wall portion 59e abut against each other, corresponds to the H portion shown in FIG. 1. That is, by closing the mechanism plate 70 to bring the organic organic group 10 into an organic state, the elastic plate 92 and the wall portion 59e are always kept in contact with each other, whereby the main substrate plate 85 ) And the lamp and sound board plate 59 become conductive.

As described above, each control board 57, 58, 81a, 82a, 84a, 86a is formed on the metal plate area formed by the four plates 59, 83, 85, and 87 which are conductive to each other. And control boards 57, 58, 81a, 82a by discharging by installing while ensuring connection between the ground layers of the layers 58, 81a, 82a, 84a, 86a and the plates 59, 83, 85, 87. Static electricity around the points 84a, 86a are distributed through the plates 59, 83, 85, 87 throughout the metal plate area. As a result, high voltage is not generated locally around each of the control boards 57, 58, 81a, 82a, 84a, 86a, and the influence of noise due to static electricity is greatly reduced than before. In the pachinko organic group 10, the bead tank 72 and the tank, in addition to providing the respective control plates 57, 58, 81a, 82a, 84a, 86a on the metal plate region of the large area. The rail plate 73, the case rail 74, and the product bead / loan bead discharge unit 75 are formed by using a conductive material made of a resin having a different surface resistance value, so that the static electricity charged on the bead tank 72, etc., the metal plate 90 The structure which removes out of a machine through the structure, and the structure which removes the static electricity charged to the launch rail 30, the inner rail 49, the outer rail 51, etc. out of a machine are employ | adopted. The result of measuring the influence of the noise by static electricity in the organic in such a pachinko organic group 10 is shown in the graph of Fig. 11 (B).

FIG. 11 is a graph showing a potential difference occurring in the organic organic group before and after discharge of product beads or rental beads. FIG. The graph shows the change in the potential difference in the power supply line as data. The vertical axis shows the potential difference, and the horizontal axis shows the elapsed time. 11 (A) shows the measurement result of the conventional pachinko organic group, and FIG. 11 (B) shows the measurement result in the case of the pachinko organic group 10 of the present embodiment. As shown in Fig. 11, before the discharge of the merchandise beads and the rental beads, the potential difference in the power supply line is stabilized around 5 volts.

As can be seen by comparing FIG. 11 (A) with FIG. 11 (B), in the conventional pachinko organic group, a potential difference of up to 11 volts and at least -2 volts occurs when product beads or rental beads are discharged. The width W2 at which the voltage changes is 13 volts. On the other hand, in the pachinko organic machine 10 of the present embodiment, when the product beads or the rental beads are discharged, a potential difference of up to 6 volts and at least 4 volts occurs, and the width W1 at which the voltage changes is 2 volts. . As described above, in the pachinko organic device 10 of the present embodiment, the width at which the voltage of the power supply line changes during discharge of product beads or rental beads is about ± 1 volt, to about 1/6 of the conventional pachinko organic device. Is reduced. As mentioned above, in the pachinko organic machine 10 of the present embodiment, it can be seen that the noise caused by static electricity generated by the discharge of product beads, rental beads, etc., is less likely to reach the power supply line than the conventional apparatus.

In the pachinko organic device 10 of the present embodiment described above, four plates 59 and 83 which are in a state capable of conducting with each other are provided in the range where the respective control plates 57, 58, 81a, 82a, 84a, 86a are provided. And a metal plate region consisting of the first and second control plates 57, 58, 81a, 82a, 84a, 86a, and the metal plate region and the respective control plate 57, 58, 81a, 82a. Of the control boards 57, 58, 81a, 82a, 84a, and 86a because the static electricity generated in the pachinko organic group 10 is discharged because the connection with the ground layers of the fabrics 84a and 86a is ensured. In this case, the static electricity is distributed to the metal plate region provided in the wide range in which the control plate is installed. Since the potential difference is unlikely to occur in the region of the metal plate with a small electric resistance, the probability of generating a high voltage locally around each of the control plates 57, 58, 81a, 84a, 86a is low. Therefore, even if static electricity is not discharged out of the machine by earth (grounding) or the like, it is possible to prevent static electricity from acting as noise on each of the control plates 57, 58, 81a, 82a, 84a, 86a. As a result, each of the control boards 57, 58, 81a, 82a, 84a, 86a is protected from both static electricity charged in the organic sphere B and noise generated outside the pachinko organic group 10, thereby minimizing the possibility of malfunction. Can be reduced.

In addition, the pachinko organic group 10 of the present embodiment uses a metal plate region consisting of four plates 59, 83, 85, and 87 to determine the total area of each of the control plates 57, 58, 81a, 82a, 84a, and 86a. Since the large area is provided, the potential difference generated in the metal plate region can be lowered.

In the pachinko organic group 10 of the present embodiment, the above-described various connecting portions are provided on the four plates 59, 83, 85, and 87, and the plates 59, 83, 85, and 87 are connected to each other through the connecting portions. Conductive to form one metal plate region. Therefore, even when the plates 59, 83, 85, 87 are arranged hierarchically, the control plates 57, 58, 81a, 82a, 84a, 86a provided on the plates 59, 83, 85, 87 are therefore arranged. ) Can be protected from static electricity and noise, thereby increasing the degree of freedom in the arrangement of the control plates 57, 58, 81a, 82a, 84a, 86a.                     

In addition, in the pachinko organic machine 10 of the present embodiment, when the instrument plate 70 is overlapped with the back surface of the organic panel 40 by closing the instrument plate 70 on which the main substrate plate 85 is installed, The elastic plate 92 made of metal provided on the plate 85 abuts against the wall portion 59e of the plate 59 for lamps and negative substrates on the back of the organic panel 40, whereby the plate 59 for lamps and negative substrates is provided. And the main substrate plate 85 are electrically connected to each other. As a result, the plates 59, 83, 85, and 87 are electrically connected to each other. Therefore, even when the control board is provided in each of the organic panel 40 and the mechanical plate 70, each of the control boards 57, 58, 81a, 82a, 84a, 86a can be protected from static electricity and noise. Control boards 57, 58, 81a, 82a, 84a, 86a can be efficiently disposed.

In the pachinko organic group 10 of the present embodiment, the branch path 70c and the out-bead discharge passage 70d, which are the flow paths of the organic sphere B, are formed on the surface of the mechanical plate 70, Since the plate 83 for power supply and emission control board | substrate is provided in the back surface of the mechanism board 70 corresponding to the formation range of this branch path 70c and the out-bead discharge path 70d, the branch path 70c and out The static electricity generated by the flow of the organic sphere B in the bead discharge passage 70d can be promptly directed to the metal plate region near the generation point. In addition, since the mechanical plate 70 made of resin is interposed between the branch path 70c and the out-bead discharge passage 70d and the power source / launch control substrate plate 83, the branch path 70c and the out-bead discharge are discharged. The static electricity generated along with the flow of the organic sphere B in the passage 70d is blocked by the plate body of the instrument plate 70, and the control plates 81a, 82a, on each plate 83, 85, 87, 84a, 86a) is difficult to reach directly. Therefore, the control board 81a, 82a, 84a, 86a can be reliably protected from the static electricity which generate | occur | produces in the flow of the organic sphere B. FIG.

As mentioned above, although the Example of this invention was described, this invention is not limited to this Example, It can implement in various aspects within the range which does not deviate from the summary of invention.

For example, in the above embodiment, the ground layers of the respective control boards 57, 58, 81a, 82a, 84a, 86a are used as the positioning portions 59i-59p, 83i-83p, 85i-85l, 87i-87l. Although each plate 59, 83, 85, 87 is connected via the ground plane of each of the control plates 57, 58, 81a, 82a, 84a, 86a and the plates 59, 83, 85, It is also possible to secure the connection with 87). For example, a ground layer is provided on the inner circumferential wall of the attachment hole of each of the control boards 57, 58, 81a, 82a, 84a, 86a, and the ground layer is placed on each plate through a male male screw inserted into the attachment hole. A configuration for connecting to (59, 83, 85, 87) and the like can be considered.

In this embodiment, the respective portions such as the threaded portion, positioning portion, extension portion, leg portion and horizontal portion of each plate 59, 83, 85, 87 are integrally formed with each plate 59, 83, 85, 87. Although formed, these parts are formed of a separate object from each of the plates 59, 83, 85, and 87, and there is no problem even if the components are mounted on the plates 59, 83, 85, and 87 later. In addition, the position where these parts are provided in each plate 59, 83, 85, 87 can be changed into arbitrary positions according to the wiring design state etc. of a control board.

In addition, in the above embodiment, the elastic plate 92 or the connecting plate 94 is formed of a separate object from each of the plates 83, 85, and 87, but the elastic plates 92 are formed on the plates 83, 85, and 87, respectively. It is also possible to form the elastic plate 92 or the connecting plate 94 integrally with each of the plates 83, 85, and 87 by providing the shape of the or the connecting plate 94.

In the above embodiment, a plate 83 for power supply and emission control substrate is provided on the rear surface of the mechanism plate 70, and the main substrate plate 85 and discharge above the plate 83 for power supply and emission control substrate. Although the board 87 for control boards was provided hierarchically, you may provide each plate 83, 85, 87 other than this. For example, the structure etc. which install each plate 83, 85, 87 on the back of the instrument board 70 can be considered. In addition, it is free to install each plate 59, 83, 85, 87 in the mechanism board 70, the organic board 40, and the inner frame 20, for example, for a lamp | voice board | substrate. It is also possible to provide the plate 59 to the instrument plate 70.

In the above embodiment, the wall portion 59e is provided on the plate 59 for the lamp / negative substrate on the back of the organic panel 40, and the elastic plate 92 is provided on the plate 85 for the main substrate on the back of the instrument plate 70. ), Respectively, and the mechanism plate 70 is closed so that the elastic plate 92 is brought into contact with the wall portion 59e, but instead of the elastic plate 92, the structure can be brought into contact with the wall portion 59e. Even if it adopts the metal plate which is length and does not have elastic force, it does not interfere. In addition, when the mechanism plate 70 is closed without forming the wall portion 59e in the plate 59 for the lamp / voice board, the elastic plate 92 or the metal plate having no elastic force is used for the plate 59 for the lamp / voice board. It is also possible to set it as the structure which abuts on the surface of).

In addition, in the above embodiment, when the mechanism plate 70 is closed and the organic state is feasible, the configuration in which the plates 59, 83, 85, and 87 are electrically connected to each other is adopted. In this state, the plates 59, 83, 85, and 87 are electrically connected to each other without any problem.

In the above embodiment, there is no problem even if the configuration in which the connecting plate 94 is not provided. Even if the connecting plate 94 is not provided, each plate 59, 83, 85, 87 is connected to each of the plates 59, 83, 85, 87 by F-H shown in Fig. 1B. They are connected to each other through the main substrate plate 85. Therefore, the same effects as in the above embodiment can be achieved.

Further, in the above embodiment, one metal plate region is formed by conducting the four plates 59, 83, 85, and 87 to each other, but the number of the plates to be connected to each other is no problem even if the number is three or less. Of course, all the control boards 57, 58, 81a, 82a, 84a, 86a may be provided on one plate.

In the above embodiment, metal plate regions having a predetermined area are formed by the metal plates 59, 83, 85, and 87, but the plates 59, 83, 85, and 87 may be formed of a conductive material other than metal. No problem For example, when carbon, a conductive resin, or the like is used as the material for forming the plates 59, 83, 85, 87, the same effect as in the above embodiment can be achieved.

In the embodiment of the present invention, the pachinko organic group 10 is supplemented with the organic sphere B to the upper plate 24 by bead rental or the like, or the organic sphere B discharged from the upper plate 24 to the lower plate 25. Although it is possible to take out from a machine, organic beads are enclosed in a machine, and this invention is applicable also to the other organic group which carries out organicity by distributing this bead. Further, in the pachinko organic group 10 of the above embodiment, the organic sphere B is discharged as a product bead as a predetermined number of organic spheres B enters the granular sphere such as the ordinary granular sphere 43. The present invention can also be applied to other organic groups that discharge a predetermined number of metals, premiums, etc. instead of the same product beads. As such an organic group, an arrangement ball, a pachinko toy, etc. can be considered.

According to the organic group of the present invention, when the static electricity generated in the organic group discharges and affects the periphery of the control board, the potential difference is generated in the conductive member because the static electricity is dispersed in the conductive member provided in a wide range where the control board is installed. It becomes difficult to perform, and the probability of generating a high voltage locally around the control board becomes low. Therefore, it is possible to prevent static electricity from acting as noise on the control board without discharging static electricity to the outside. As a result, it becomes possible to minimize the possibility of the malfunction of a control board by the static electricity charged in the organic beads and the noise which generate | occur | produced outside the organic group.

Claims (8)

As an organic group which distributes organic beads and performs organic, An organic plate 40 having an organic region formed on its surface, a plate body provided on the rear surface of the organic plate 40, a mechanism plate 70 on which various mechanisms necessary for the execution of organic matter are mounted, and each of the organic substrates. The control boards 57, 58, 81a, 82a, 84a, 86a for controlling the operation are provided with a plurality of metal plates 59, 83, 85, respectively, which are installed while ensuring a connection with the ground layer of the control board and are electrically conductive to each other. 87) comprising a conductive member, While installing one metal plate 59 of the plurality of metal plates on the organic panel 40, the other metal plates 83, 85, and 87 are installed on the instrument plate 70, and the one metal plate. When the connection parts 59e and 92 are provided in at least one metal plate 85 of the 59 and the said other metal plate, and the said connection part is overlapped with the back surface of the said organic plate 40 at said connection part, The organic group provided with the form which electrically connects one metal plate (59) and at least one metal plate (85) of the said other metal plate. An organic group according to claim 1, wherein said conductive member has an area exceeding the total area of said control board (57, 58, 81a, 82a, 84a, 86a). The bead according to claim 1, wherein the organic group includes bead flow passages (70b, 70c, 70d), which are passages through which the organic beads flow, and the other metal plates (83, 85, 87) are at least a part of the bead flow passage. Organic group, characterized in that installed in the range covering. 4. The resin according to claim 3, wherein between the bead flow passages (70b, 70c, 70d) and the other metal plates (83, 85, 87) covering the bead flow passage, An organic group characterized by interposing a plate body made of 樹脂. delete delete 2. An organic group according to claim 1, wherein said connecting portion provided on at least one metal plate (85) of said other metal plate includes an elastic plate (92) having elastic force toward said one metal plate (59). . 2. The organic electroplating apparatus according to claim 1, wherein the organic group includes one of the control boards and includes a power substrate 81a for converting AC power supplied to the organic group into direct current, And a controller board (82a, 84a, 86a) other than the power board, provided around the power board (81a), and supplying the DC power from the power board to the other control board.

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