JP2011024604A - Attaching device of pachinko game machine - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To automatically fix, detach and angle-adjust a Pachinko game machine without operating screws. <P>SOLUTION: A lower unit 4 and an upper unit 5 for attaching the Pachinko game machine 1 are provided on the side of a bank 3 of game machines. The lower unit 4 is provided with bracket part bodies 6, 11 attached to the side of the bank 3 of game machines, clamp part bodies 7, 13 for fixation to the wooden frame 1B of the Pachinko game machine 1 equipped in bracket part bodies, and a driving mechanism 14 including actuators 9, 15 and 18 for operating the clamp part bodies 7 and 13. The upper unit 5 is provided with the bracket part bodies 6 and 11 attached to the side of the bank 3 of game machines, a slide part body 12 held by the bracket part bodies 6 and 11 so as to be moved back and forth, the clamp part bodies 7 and 13 provided with a part 73 for fixation to the wooden frame 1B of the Pachinko game machine 1 and loaded on the slide part body 12, and the driving mechanism 14 including the actuators 9, 15 and 18 for operating the clamp part bodies 7 and 13. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to an attachment device for a pachinko machine, and more particularly to an attachment device for automatically attaching a pachinko machine to an island side.

  In the amusement hall, a plurality of wooden frames are installed in a portion called “island” in the store, and pachinko machines are respectively attached to the plurality of wooden frames. As a method of attaching the pachinko machine to the island side, conventionally, a pachinko machine body and a wooden frame, which are shipped from a pachinko machine manufacturer, are separated into a main body and a wooden frame, and only the wooden frame is placed on the island side. The top and bottom are fixed with screws or nails, the inclination angle is adjusted so that it is generally vertical, and then the body is attached to the wooden frame.

For this reason, there existed a problem of the loss of the time of attachment work, and the shift | offset | difference of the precision of an inclination angle. These are described below.
1) Loss of installation work time It is necessary to separate the pachinko machine from the main body and the wooden frame. When attaching the wooden frame to the island, first fix the lower side of the wooden frame with wooden screws and nails. The tilting angle of the wooden frame is finely adjusted while applying a tilting device to the side of the wooden frame so as to be almost vertical, and the upper side is fixed with a wooden screw or a nail. At that time, since it is fixed while applying the tilting device, the work is difficult to perform, and there is a case where it is slightly deviated from the vertical. At that time, it is necessary to remove the wood screw or nail once fixed and start again. Therefore, it takes time and labor to install each unit, and much time and great cost are required to replace a large number of units.

2) Inaccuracy of tilt angle When replacing pachinko machines, it is almost always the case that multiple identical machines are installed. As described above, fixing with wood screws using an electric drill or the like while manually attaching the tilt machine. Or, since it is fixed with a nail by a hammer or the like, a slight error is likely to occur in the inclination angle for each unit. Moreover, since a heavy main body is joined to a light wooden frame, errors after installation are very likely to occur. For this reason, there was a risk of hindrance in managing the appearance.

  As a countermeasure, a proposal has been made to enable attachment to the island without disassembling the main body and the wooden frame. In this case, a troublesome operation of loosening and tightening the screw is required, and the adjustment of the tilt angle also requires a labor and time since the screw needs to be loosened and tightened.

Japanese Patent No. 2919349

  The present invention has been made to solve the above-described problems. The pachinko machine can be fixed, removed, and angle-adjusted automatically without the need for screw tightening / loosening operations. An object is to provide a compact mounting device for a pachinko machine.

In order to achieve the above object, the present invention comprises an upper unit and a lower unit for mounting a pachinko machine on the island side, and a bracket unit on which the lower unit is mounted on the island side, and for fixing to a wooden frame of the pachinko machine And a drive mechanism including an actuator that operates the clamp part body, a bracket part body in which the upper unit is attached to the island side, and a slide part body that is movable back and forth with respect to the bracket part body, A driving mechanism including a clamp part mounted on the slide part body and a first actuator that operates the clamp part body, and a fixing mechanism mounted on the clamp part body. It has the structure provided with the drive mechanism containing the 2nd actuator for act | operating a slide part body. The actuator of the lower unit is a motor, and the drive mechanism includes a moving shaft that is moved by the motor, and an opening / closing shaft that is arranged so as to be orthogonal thereto.
In addition, the first actuator of the upper unit is a motor, the drive mechanism includes a moving shaft that is moved by the motor, and an opening / closing shaft that is arranged to be orthogonal thereto, and the second actuator of the upper unit is It is a motor, and the drive mechanism is arranged so that the front and rear feed parts supported by the bracket part are moved by the motor and perpendicular to this, and the front and rear feed parts and the slide part are And a connecting shaft.

  The lower unit and the upper unit are installed on the island side in advance, and the actuator of the lower unit is driven to operate the clamp body to be fixed to the lower wooden frame. In addition, the clamp body is actuated by driving the first actuator of the upper unit and is fixed to the upper wooden frame. Therefore, it is not necessary to separate the main body and the wooden frame, and it can be easily and quickly fitted and fixed to the island side in an integrated state.

  Then, by driving the second actuator, the slide part moves forward or backward while the wooden frame is fixed, so that it can be easily and quickly adjusted to the vertical state while the pachinko machine is in a playable state. Therefore, even when mounting a plurality of pachinko machines, it is possible to fix the tilt angles in a uniform state in a short time without requiring labor.

  Further, when the moving shaft translates by rotating the motor forward, the open / close shaft moves forward along the guide groove, so that the clamp body operates and the wooden frame is fixed at the fixing portion. When removing the wooden frame, if the motor is reversed, the opening / closing shaft moves rearward along the guide groove, so that the clamp body is reversed and the fixing portion is separated from the wooden frame. Therefore, it is possible to perform fixing and removal with a simple structure and without any manual rotation of the screws.

It is a whole perspective view which shows the use condition of the pachinko machine mounting apparatus by this invention. FIG. 2 is a detailed view of FIG. 1. (a) is a side view showing the unlocked state of the lower unit, and (b) is a side view showing the fixed state. It is a disassembled perspective view of a lower unit. (a) is a side view showing an unfixed state of the upper unit, and (b) is a side view showing a fixed state. (a) is a side view showing a forward movement state by the upper unit, and (b) is a side view showing a rear movement state by the upper unit. It is a disassembled perspective view of an upper unit. It is a perspective view of the control system of the present invention. It is a block diagram of a control system.

On the island side in the vicinity of the upper unit, there is a controller that is electrically connected to each actuator to control driving.
For this reason, the pachinko machine can be fixed, removed, and angle-adjusted by the lower unit and the upper unit by remote operation from the front side of the pachinko machine row, so that the work can be performed very simply and quickly.

The actuator of the lower unit is composed of a motor, and the drive mechanism is a moving shaft that translates by the rotation of the motor, and both ends of the shaft penetrate through guide grooves provided on both sides of the bracket part body, and the clamp part body An opening / closing shaft that fits into an inclined guide groove provided on both sides is provided.
According to this, when the moving shaft translates by rotating the motor in the forward direction, the opening / closing shaft moves forward along the guide groove, so that the clamp body operates and the wooden frame is firmly fixed at the fixing portion. Fixed.
When removing the wooden frame, if the motor is reversed, the opening and closing shaft moves rearward along the guide hole, so that the clamp body reversely moves and the fixing portion is separated from the wooden frame. Therefore, it can be fixed and removed with a simple structure and without any manual rotation of the screws.

  The slide part of the upper unit has left and right side walls provided with horizontal guide grooves, the clamp part has a part for fixing to the wooden frame of the pachinko machine in the upper half of the upper part, and inclined guide grooves on both sides. A movable shaft that is disposed so as to straddle the slide part body and is pivotally supported with a rear end part so as to be tiltable. The first actuator of the upper unit is a motor, and the drive mechanism is translated by the rotation of the motor. And fixed at right angles to this, both ends penetrate the guide grooves provided on both sides of the slide part body, fit into the inclined guide grooves provided on both sides of the clamp part body, and moved by the moving shaft It has a shaft for opening and closing.

  According to this, when the first motor is driven, the slide part does not move back and forth, and the open / close shaft moves forward along the guide groove in the same manner as the lower unit, so that the clamp part operates. Because the fixing part holds the wooden frame, it is firmly fixed. When removing the wooden frame, if the motor is reversed, the opening / closing shaft moves rearward along the guide groove, so that the clamp body moves backward with the base end as a fulcrum and the fixing portion is separated from the wooden frame. Therefore, fixing and detaching can be performed with a simple structure without any need.

  The second actuator of the upper unit is composed of a motor, and the drive mechanism is pivotally supported at the upper end of the bracket part and has a guide groove at the lower end, and extends backward in the bracket part. However, a moving shaft that translates by the rotation of the motor, a longitudinally moving shaft that is mounted orthogonal to the moving shaft, and a horizontal shape that is provided on both sides of the bracket part body from the guide groove of the forward and backward feeding part body A guide shaft extending through the guide groove into a hole in the side wall portion of the slide portion body, and connecting the slide portion body so as to move integrally with the front and rear feed portion screwed to both ends of the front and rear shaft. Yes.

  The second actuator of the upper unit is a motor that is internally held in the bracket body so that the output shaft extends upward, and the front / rear drive mechanism is disposed outside the bracket body and pivots to the upper end of the bracket body. An arm-like front / rear feed unit supported at the lower end of the slide unit, a moving shaft that extends upward in the bracket unit and translates by the rotation of the motor, and is fixed to the moving shaft orthogonally. The front and rear feed parts are provided with front and rear shafts extending from both ends to the inclined guide grooves of the front and rear feed parts through longitudinal guide grooves provided on both sides of the bracket part. The body tilts and the slide body is moved back and forth.

  Accordingly, the translational movement of the moving shaft causes the front / rear feed section to tilt with the upper base end as a fulcrum. Thereby, the slide part is pushed forward while the clamp part is mounted. As a result, the wooden frame moves forward while being held in a fixed state by the clamp body, so that the entire pachinko machine is inclined. If the motor is reversely rotated, the above-described reverse operation is performed, and the wooden frame is tilted backward while being kept fixed by the clamp body. Therefore, the wooden frame and the main body can be adjusted to a desired angle without any rotation operation or the like.

Embodiments of the present invention will be described below with reference to the accompanying drawings.
1 to 9 show a pachinko machine mounting apparatus according to the present invention.
1 and 2 show the whole, 1 being a pachinko machine, a main body 1A and a rectangular wooden frame 1B surrounding the main body 1A and being connected to the main body 1A by a hinge mechanism. 3 is a frame-like structure on the back side called an island, and usually 15 to 30 pachinko machines 1 are attached.
Reference numerals 4 and 4 denote lower units for attaching the pachinko machine, and a plurality of lower units are arranged on the left and right of the lower cross member 30 of the island 3. Reference numerals 5 and 5 denote upper units for attaching the pachinko machine, and a plurality of upper units are arranged on the left and right of the upper cross member 31 of the island 3. Reference numeral 2 denotes a controller disposed in an openable and closable opening provided on the top of the island 3, and reference numeral 2 </ b> A denotes a remote controller that sends signals to the controller 2.

  As shown in FIG. 3 and FIG. 4, the lower units 4, 4 include a bracket portion body 6 that is installed and fixed to the lower cross member 30 of the island 3, a clamp portion body 7, and the clamp portion body. 7 and a drive mechanism 8 including an actuator 9 for driving up and down.

The bracket portion 6 is made of a sheet metal processed product, and as shown in FIG. 4, left and right seat portions 60, 60 to be installed on the lower cross member 30 and fixed with screws, and side wall portions 61, 61 rising from these, A stopper wall 63 having a ceiling wall portion 62 for connecting them and having a front end of the horizontal portion 10 below the wooden frame abutting as shown in FIG.
Guide grooves 610 and 610 made of elongated holes extending horizontally are provided in regions from the front ends of the side wall portions 61 and 61. The guide grooves 610 and 610 are provided at a height that substantially coincides with the upper surface level of the horizontal portion 10 below the wooden frame.

  The clamp body 7 is made of a sheet metal processed product. In this example, the clamp body 7 is pivotally supported by the bracket body 6 so as to be tiltable with a base end portion, and is composed of an arm that holds the lower lateral portion 10 of the wooden frame 1B in a lying state. Yes. The clamp part 7 is arranged so as to straddle the bracket part 6, and leg parts 71, 71 are extended on the side wall part that can be fitted onto the side wall parts 61, 61, and the side wall part is connected to the ceiling. A wall 72 is provided. In the lower half of the front half of the side wall portion, a tooth portion 73 is formed as a fixing portion for the horizontal portion 10 below the wooden frame.

The leg portions 71 and 71 are provided with fulcrum holes 711 and 711 at the rear end portions, and the pivot shaft 74 is passed through them and screwed into the rear portion of the side wall portion of the bracket portion body 6. It can be tilted.
The leg portions 71 and 71 are provided with inclined guide grooves 710 and 710 at positions corresponding to the guide grooves 610 and 610 of the side wall portions 61 and 61. In the illustrated case, the guide groove is high so that the level of the front end substantially matches the level of the upper surface of the lower part 10 of the wooden frame, and the level after that is lowered.

The actuator 9 may be a fluid pressure cylinder or the like, but normally a motor capable of rotating forward and reverse is used. The actuator is housed in the casing 9 </ b> A and fitted between the side wall parts 61, 61 of the bracket part 6. The drive mechanism 8 may be of a type that tilts the clamp part 7 by rotating the pivot with the driving force of the motor.
In order to avoid an increase in size and to securely fix the clamp portion 7 to the wooden frame, the rotational motion of the motor is converted into a translational motion so that the clamp portion 7 is tilted. Yes.

  The drive mechanism 8 is connected to the opening / closing shaft 80 penetrating the leg portions 71, 71 and the guide grooves 710, 710, 610, 610 of the side wall portions 61, 61, and orthogonally to the shaft 80. A moving shaft 81 that extends rearward and translates by driving the motor is provided.

In order to obtain this translational movement, a reduction gear 83 that meshes with a drive gear 82 attached to the output shaft of the motor is provided, and the reduction gear 83 is rotatably held by a boss of the casing 9A. The moving shaft 81 is inserted through the center of the reduction gear 83. The moving shaft 81 has a male screw 810 at the rear half thereof, which is integrally provided at the center of the reduction gear 83 or screwed with a female screw 84 that is separately formed and assembled as a nut.
Therefore, when the reduction gear 83 rotates, the internal thread 84 rotates integrally, so that the moving shaft 81 that is prevented from rotating in relation to the opening / closing shaft 80 moves in the axial direction.

Next, the upper units 5 and 5 will be described. In addition to having the clamp unit as in the lower unit, the upper unit moves the clamp unit in the front-rear direction while holding the wooden frame. It has a mechanism.
The upper unit 5 is shown in FIGS. 5 to 7, and includes a bracket portion 11 fixed to the upper cross member 31 of the island 3, a slide portion 12 that can be moved forward and backward while being held by the bracket portion 11, and the slide portion A clamp part 13 mounted on the body 12, a drive mechanism 14 including a first actuator 15 mounted on the slide part body 12 for operating the clamp part body 13, and the frame 11 for operating the slide part body 12. And a drive mechanism 17 including a second actuator 18 mounted on the motor.

The bracket part 11 is made of a sheet metal processed product, and left and right seat parts 110 and 110 to be in contact with the upper cross member 31 and fixed by screws, and a U-shape that is bent from them and rises upward is opened. And a horizontally long guide wall portion is provided at the left and right lower ends of the surrounding wall portion.
Guide grooves 1120 and 1121 each consisting of a horizontal elongated hole are provided in the guide wall portion separately in the front-rear direction.

The slide part 12 is made of a sheet metal processed product, and has left and right side wall parts to be installed in the lower half part of the U-shaped surrounding wall part 111 of the bracket part 11 and a bottom wall part that connects the lower ends of the front half parts. is doing.
The left and right side wall portions are provided with female screw holes for attaching screws as mounting shafts at positions corresponding to the guide grooves 1120 and 1121 of the guide wall portion.
A horizontal guide groove 1201 is provided in the first half of the left and right side walls below the female screw hole to move the clamp body. This guide groove 1201 is preferably set at a level that substantially coincides with the lower surface of the horizontal portion 10 'on the wooden frame.

  In this example, the clamp part 13 is composed of an arm that pivotally supports the base end part of the slide part 12 and holds the upper horizontal part 10 'of the wooden frame 1B in a lying state. The clamp body 13 is made of a sheet metal processed product, and is disposed so as to straddle the slide body 12. The clamp body 13 has legs 131 and 131 on side walls that can be fitted to the lower half of the left and right side walls. The side wall portion has a bottom wall portion 132 connecting them. A tooth part 133 as a fixing part for the horizontal part 10 'on the wooden frame is formed at the upper part of the front half of the side wall part.

The leg portions 131 and 131 are provided with fulcrum holes 1311 and 1311 at rear end portions thereof, and can be tilted by being pivoted through these pivot shafts 134 and screwed into the rear portion of the side wall portion of the slide portion body 12. .
The leg portions 131 and 131 are formed with inclined guide grooves 1310 and 1310 at positions corresponding to the guide grooves 1201 and 1201 of the movable frame side wall portions 120 and 120, respectively. This guide groove has a high level at the rear end and is lowered thereafter.

The actuator 15 may be a fluid pressure cylinder or the like, but normally a motor capable of rotating forward and reverse is used. The actuator is housed in the casing 15A and fitted and fixed between the side walls of the slide body 12, and the lower half protrudes downward as shown in FIG.
The drive mechanism 14 may be of a type in which the pivot part is rotated by the driving force of the motor to move the clamp part body 13. However, in this embodiment, an increase in size is avoided and the tree part of the clamp part body 13 is moved. In order to securely fix the frame, the rotary motion of the motor is converted into a translational motion to tilt the clamp portion 13.

  The drive mechanism 14 is connected to an opening / closing shaft 140 passing through both guide grooves 1310, 1310, 1201, 1201 on the leg portion and the side wall portion of the slide portion, and is orthogonally connected thereto, and is rearward in the slide portion 12. And a moving shaft 141 that translates by driving the motor.

In order to obtain this translational movement, a reduction gear 143 that meshes with a drive gear 142 attached to the output shaft of the motor is provided, and the reduction gear 143 is rotatably held by a boss of the casing 15A. The moving shaft 141 is inserted into the center of the reduction gear 143, and the moving shaft 141 has a male screw 1410 in the rear half thereof, which is provided integrally with the center of the reduction gear 143 or separately as a nut. It is screwed with the female screw 144 made and assembled.
Therefore, when the reduction gear 144 rotates, the internal thread rotates integrally, so that the moving shaft 141 that is prevented from rotating in relation to the opening / closing shaft 140 moves in the axial direction.

Further, the drive mechanism 14 has a front / rear feed part 16. The front / rear feed part 16 has levers 160, 160 spaced in the vicinity of the left and right wall parts of the bracket part 11 and a connecting part 161 connecting them, and the whole has an arm shape, and the upper ends of the levers 160, 160 are brackets. The left and right walls of the body 11 are pivotally supported by pivots 163 and 163.
The levers 160 and 160 are provided with vertically elongated guide grooves 1601 and 1601 at lower ends of the levers 160 and 160, respectively, through which thread-like guide shafts 165 that form part of the longitudinal movement shaft are passed. In this example, the guide shaft reaches the hole in the side wall portion of the slide portion 12 through the guide groove 1120 of the bracket portion 11.

The actuator 18 for driving the front-rear feed unit 16 may be a fluid pressure cylinder or the like, but usually a motor capable of reversible rotation is used. The actuator is housed in the casing 18 </ b> A and is fitted into and fixed to the upper half of the surrounding wall 111 of the bracket body 11.
As a drive form, a form in which the pivot 163 is rotated by the drive force of the motor to tilt the front-rear feed part 16 may be used. However, in this embodiment, in order to avoid the increase in size and reduce the size, the motor The forward / backward feed body 16 is tilted by converting the rotational motion of the above to the translational motion.

  The drive mechanism 17 includes, in addition to the front / rear feed part 16, a moving shaft 171 that extends rearward in the bracket part 11 and translates by driving the motor, and a front / rear shaft 170 attached orthogonally to the shaft. The guide shafts 165 and 165 are screwed to both ends of the front and rear shaft 170. As a result, the front / rear feed portion 16, the moving shaft 171, and the slide portion 12 are coupled so as to move together.

  In order to obtain the translational movement of the moving shaft 171, the moving shaft 171 has a reduction gear 173 that meshes with a drive gear 172 attached to the output shaft of the motor, and the reduction gear 173 is rotatably held by a boss of the casing 18 </ b> A. The moving shaft 171 is inserted into the center of the reduction gear 173, and the moving shaft 171 has a male screw 1710 in the rear half thereof, which is provided integrally with the center of the reduction gear 173 or separately as a nut. It is screwed with the female screw 174 made and assembled.

Therefore, when the reduction gear 173 rotates, the internal thread 174 rotates integrally, so that the moving shaft 171 that is prevented from rotating in relation to the front / rear shaft 170 moves in the axial direction. The connecting portion 161 of the front-rear feed portion 16 is provided with a through hole that allows the male screw 1710 of the moving shaft 171 to pass therethrough, and a stopper made of an E ring or the like is attached to the end of the male screw 1710.
In order to allow the slide part 12 to move back and forth while maintaining the level, the guide shafts 166 and 166 in the form of screws are passed through the guide grooves 1121 and 1121 on the front side of the bracket part 11, and the slide part 12. It is fixed on both sides.

  The actuators 9, 15 and 18 may be directly driven and driven by an operation panel, but it is preferable to adopt a remote control type in order to more easily and quickly attach and remove the pachinko machine.

  In the embodiment, as shown in FIG. 8 and FIG. 9, the drive portions of the actuators 9, 15 and 18 are connected to the controller 2 by cables 19, and the controller 2 is arranged in each mounting device. linked. The controller 2 incorporates a control circuit including forward and reverse driving and stopping of the actuators 9, 15, and 18, and is provided with a photoelectric signal receiving unit 60. The remote controller 2A is provided with selection buttons for fixing the wooden frame of the upper and lower units, removing the wooden frame, moving the upper unit forward and backward, and the signal receiving unit 20 from the remote controller 2A. When the signal is received, the control circuit is turned on, and each actuator 9, 15, 18 operates according to a predetermined program.

Next, the usage and operation of the apparatus according to the present invention will be described. When the pachinko machine 1 is mounted, the main body 1A and the wooden frame 1B are assembled and arranged at a predetermined position on the island 3. At this time, the clamp units 7 and 13 of the lower units 4 and 4 and the upper units 5 and 5 are in a state as shown in FIGS.
When the wooden frame 1B is pushed into the rectangular frame of the island 3, the lower cross member 10 of the wooden frame 1B is positioned in contact with the stoppers 63, 63 of the lower units 4, 4.

  In this state, when a button on the remote controller 2A is pressed to send a signal for fixing a wooden frame to the controller 2, a forward drive signal is sent to the actuators 9 and 9 of the lower units 4 and 4 via the control circuit. When the actuator is driven and the reduction gear 3 and the female screw 84 rotate via the drive gear 82, the moving shaft 81 threaded through the actuator translates.

  As a result, the opening / closing shaft 80 that is orthogonal to each other translates forward along the guide groove 610 of the bracket portion 6 and the guide groove 710 of the clamp portion 7. Since the guide groove 710 of the clamp part 7 is inclined, the movement of the opening / closing shaft 80 causes the clamp part 7 to fall over with the pivot 74 as a fulcrum, so that the tooth part 73 of the clamp part 7 becomes a wooden frame. Since it bites into the lower cross member 10, the wooden frame 1 is automatically fixed to the island side. This is the state of FIG.

  After the lower cross member 10 is fixed or at the same time as the fixing, the button of the remote controller 2A7 is pushed to send a signal of fixing the wooden frame to the controller 2, and the upper units 5 and 5 are connected via the control circuit. A normal rotation drive signal is sent to one actuator 15 to be driven. At this time, the second actuator 18 is placed in a stopped state, and the slide part 12 is in the retreat limit.

Since the reduction gear 143 and the female screw 144 rotate via the drive gear 142, the moving shaft 140 threaded through this translates. As a result, the open / close shaft 140 that is orthogonal to each other is translated forward along the guide groove 1201 of the slide portion 12 and the guide groove 1310 of the clamp portion 13.
Since the guide groove 1310 of the clamp part 13 is inclined, the movement of the opening and closing shaft 140 causes the clamp part 13 to fall over with the pivot 134 as a fulcrum, so that the tooth part 133 of the clamp part 13 becomes a wooden frame. Since it bites into the upper cross member 10 ', the wooden frame 1 is automatically fixed to the island side. This is the state of FIG.
Thus, the wooden frame 1B does not require any screw rotation operation and is automatically firmly fixed to the island-side frame.

  Next, in order to adjust the inclination of the pachinko machine 1, the button of the remote controller 2A is pushed while measuring with an inclinometer, and a signal of moving forward or backward of the wooden frame is sent to the controller 2. A normal rotation signal is sent to the second actuators 18 of the upper units 5 and 5 through the control circuit.

  As a result, the reduction gear 173 and the female screw 174 rotate via the drive gear 172, so that the moving shaft 171 threaded through this translates. As a result, the front / rear shaft 170 orthogonal to the moving shaft and the guide shaft 165 connected thereto start to advance, and the front / rear feed section 16 rotates so as to approach vertically with the pivot 163 as a fulcrum. As a result, the slide part 12 connected to the front / rear shaft 170 moves forward with respect to the bracket part 11 while holding the clamp part 13, so that the horizontal frame top as shown in FIG. The material 10 'is pushed forward. Since the lower part of the wooden frame is fixed by the lower units 4 and 4, the pachinko machine 1 is inclined forward.

  When the angle is adjusted so as to tilt backward, the second actuator 18 is driven in reverse by a rear movement signal, a series of operations reverse to those described above are performed, the moving shaft 171 moves backward, and the front / rear feed section 16 is pivoted. The slide part 12 moves backward with respect to the 163 as a fulcrum and moves backward with respect to the bracket part 11, and the wooden frame upper cross member 10 ′ is drawn rearward as shown in FIG.

  Therefore, the angle of the pachinko machine 1 can be automatically adjusted steplessly by only operating the button of the remote controller 2A. For this reason, even if the number of pachinko machines is large, neither labor nor skill is required, and fixing and angle adjustment can be performed efficiently. When the pachinko machine 1 is removed, if the actuators 9 and 15 of the lower units 4 and 4 and the upper units 5 and 5 are driven in reverse by the remote controller 2A and the controller 2, the clamp body 7 is shown in FIG. From (a) to (a), the clamp part 13 is changed from (a) to (a) in FIG. 5B to release the holding, so that it can be easily removed from the island. Moreover, since the kind of pachinko machine is not ask | required, versatility can also be made high.

1 ... Pachinko machine 1A ... Body 1A
1B ... Wooden frame 1B
DESCRIPTION OF SYMBOLS 2 ... Controller 2A ... Remote control 3 ... Island 4 ... Lower unit 5 ... Upper unit 6, 11 ... Bracket part 7, 13 ... Clamp part 8, 14, 17・ ・ ・ Drive mechanism 9, 15, 18 ... Actuator 9A, 15A, 18A ... Casing 10 ... Wooden frame horizontal part 12 ... Slide part 16 ... Front / rear feed part 19 ... Cable 20 ... Signal receiving unit 30 ... Lower cross member 31 ... Upper cross member 60 ... Seat portion 61 ... Side wall portion 62 ... Ceiling wall portion 63 ... Stoppers 71, 131 ..Leg 72 ... Top wall 73, 133 ... Teeth 74, 134, 163 ... Axis 80, 140 ... Opening / closing shaft 81, 141, 171 ... Moving shaft 82, 142 ... Drive gears 83, 143, 173 ... Reduction gear 84, 144, 174 ... female screw 110 ... seat 111 ... surrounding wall 120 ... movable frame side wall 132 ... bottom wall 160 ... lever 161 ... connecting part 165, 166 ... guide shaft 170 ... front and rear shaft 172 ... drive gear 610, 710, 1120, 1121, 1201, 1221, 1310, 1601 ... guide groove 711, 1311 ... fulcrum hole

Claims (4)

  An upper unit and a lower unit for attaching a pachinko machine to the island side, a bracket part for attaching the lower unit to the island side, a clamp part for fixing to the wooden frame of the pachinko machine, and the clamp part A bracket that can be mounted on the island side, a slide that can be moved back and forth with respect to the bracket, and a fixing part to the wooden frame of the pachinko machine. A drive mechanism including a clamp part mounted on the slide part and a first actuator for operating the clamp part; and a second mechanism for operating the slide part mounted on the clamp part. An attachment device for a pachinko machine comprising a drive mechanism including an actuator.   An attachment device for a pachinko machine, wherein the actuator of the lower unit is a motor, and the drive mechanism includes a moving shaft that is moved by the motor, and an opening / closing shaft that is arranged so as to be orthogonal thereto.   An attachment device for a pachinko machine, wherein the first actuator of the upper unit is a motor, and the driving mechanism includes a moving shaft that is moved by the motor, and an opening / closing shaft that is arranged so as to be orthogonal thereto. The second actuator of the upper unit is a motor, and the driving mechanism is disposed so as to be orthogonal to the moving shaft that is moved by the motor, with the front-rear feeding part being pivotally supported by the bracket part. A pachinko machine mounting device comprising a shaft connecting the body and the slide body.

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