JP2014104329A - Ball shooting device for game machine - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a ball shooting device for a game machine, enabling fine adjustment for a ball hitting direction without any skillful engineer.SOLUTION: In a shooting rail device for a game machine, a base 1 is provided with a pin ball hammer 3 driven repeatedly, and a shooting rail 6 capable of freely adjusting a ball hammering angle is mounted to a rail mounting block 4 formed on the base 1. An angle adjusting block 7 where a plurality of rail receiving parts 7a different in height are formed is fitted to a tip of the rail mounting block 4, and a side plate 60b of the shooting rail 6 is supported on a rail support part 4a of the rail mounting block 4 and rail receiving plates 7a of the angle adjusting block 7.

Description

  The present invention relates to a ball launcher for a gaming machine that launches a ball into the board surface of the gaming machine.

  In order to make it possible to adjust the launch direction of the ball of the gaming machine in the game board surface direction and the glass surface direction, there is one provided with a height adjustment mechanism that makes the inclination of the launch rail variable (see, for example, Patent Document 1).

  This height adjusting mechanism adjusts the inclination of the firing rail by adjusting the amount of protrusion of the tip of the adjusting screw from the lower surface of the firing rail mounting member by turning the adjusting screw. For this reason, in production inspections, the amount of rotation of the adjusting screw must be determined according to the deviation in the ball jump direction measured by the inspection machine. could not. In addition, the adjustment direction may be loosened due to vibration during transportation or gaming, which may change the direction of ball movement.

JP 2001-129173 A

  An object of the present invention is to provide a ball launcher for a gaming machine that can be finely adjusted in the ball flying direction without a skilled engineer and that does not change the ball flying direction even by vibration.

  The present invention provides a launch rail device for a gaming machine in which a ball cage that is repeatedly driven is provided on a base, and a launch rail whose ball launch angle is adjustable is attached to a rail mounting block formed on the base. An angle adjusting block having a plurality of rail receiving portions having a rail mounting portion is attached to the tip of the rail mounting block, and the rail support portion of the rail mounting block and the rail receiving portion of the angle adjusting block support the side plate of the launch rail. This is a ball launcher for gaming machines.

  The angle adjustment block has a cross-shaped cross section, and four rail receiving portions are formed. The upper surface of each rail receiving portion is a launch rail receiving portion, and both sides of each rail receiving portion are to positioning portions formed on the rail mounting block. The upper surface of each rail receiving portion of the angle adjustment block is an inclined surface, and an arc-shaped convex portion that receives the rear portion of the side plate of the launch rail is formed behind the rail support portion of the rail mounting block. The front surface is provided with a display that displays the tilted state, and the positioning pin fitting hole formed in the firing rail is greatly expanded in the ball launch direction from the outer diameter of the positioning pin of the firing rail provided in the rail mounting block Or a reinforcing plate attached to the side surface of the launch rail.

  In the present invention, an angle adjustment block having a plurality of rail receiving portions having different heights is attached to the tip of the rail mounting block, and a side plate of the launch rail is attached to the rail support portion of the rail mounting block and the rail receiving portion of the angle adjustment block. By supporting it, it is possible to finely adjust the ball flight direction simply by changing to a rail receiving part with a different inclination, and it is highly accurate even without a skilled technician, and also due to vibration during transportation and gaming A ball launcher for a gaming machine whose accuracy does not change can be manufactured.

  Further, as in claim 2, the angle adjusting block has a cross-shaped cross section, and four rail receiving portions are formed. The upper surface of each rail receiving portion is a launch rail receiving portion, and both sides of each rail receiving portion are provided with rail mounting blocks. By making the fitting part of the angle adjustment block fit to the positioning part of the rail mounting block, the reference position is set automatically and accurately. Therefore, a technique skilled in angle adjustment is not necessary.

  By making the upper surface of each rail receiving portion of the angle adjustment block as an inclined surface and forming an arc-shaped convex portion for receiving the rear portion of the side plate of the launch rail behind the rail supporting portion of the rail mounting block, Since the firing rail is supported by the inclined surface of the angle adjusting block, the angle of the firing rail can be set with high accuracy in the game board surface direction and the glass surface direction. Further, since the rear side of the firing rail is supported in line contact with the arc-shaped convex portion, it can correspond to each angle of the firing rail received by a plurality of rail receiving portions having different heights. Furthermore, by using the arc-shaped convex portion, the stress at the time of tightening is dispersed, and deformation of the arc-shaped convex portion can be suppressed, so that highly accurate angle adjustment can be performed.

  By providing a display unit for displaying the tilt state on the front surface of the angle adjustment block as in claim 4, it is possible to easily check the tilt state of the rail receiving portion whose size cannot be visually confirmed, and to perform accurate adjustment work. It can be done easily and quickly.

  By adjusting the angle by increasing the diameter of the positioning pin fitting hole formed in the firing rail in the ball launching direction from the outer diameter of the positioning pin of the firing rail provided in the rail mounting block as in claim 5. It can absorb the inclination of the launch rail and errors in processing.

  By attaching a reinforcing plate to the side surface of the launch rail as in claim 6, it is possible to prevent the launch rail from being deformed by the tightening force when the launch rail is attached. Can be prevented.

It is a partially cutaway perspective view showing a preferred embodiment of the present invention. It is a partially cutaway perspective view which expands and shows the principal part of preferable embodiment of this invention. It is a partially cutaway perspective view showing the mounting structure of the firing rail. It is a partially cutaway perspective view showing a rail mounting block. It is a perspective view which decomposes | disassembles and shows preferable embodiment of this invention. It is a perspective view which shows the assembly | attachment state of preferable embodiment of this invention. It is a perspective view of an angle adjustment block. It is a front view of an angle adjustment block. It is a side view of an angle adjustment block. It is a top view of an angle adjustment block. It is a front view which shows the non-adjustment state of an angle adjustment block. It is a front view which shows the state which inclined the angle adjustment block to the glass side (-0.2 degree). It is a front view which shows the state which inclined the angle adjustment block to the board surface side (0.2 degree). It is a front view which shows the state which inclined the angle adjustment block to the board surface side (0.4 degree). It is a side view which shows the attachment state of a firing rail.

Next, a preferred embodiment of the present invention will be described in detail with reference to the drawings.
In FIG. 1, reference numeral 1 denotes a base made of resin such as polyetherimide, and a bullet ball cage 3 that is repeatedly driven by a rotary solenoid 2 is attached to the base 1. Reference numeral 4 denotes a rail mounting block provided on the base 1 so as to face the pivot trajectory of the ball cage 3, and 5 denotes a ball stopper block provided on the base 1 so as to face the rail mounting block 4. Reference numeral 6 denotes a firing rail attached to the rail attachment block 4 via a side plate, and reference numeral 7 denotes an angle adjustment block attached to the tip of the rail attachment block 4. Reference numeral 8 denotes a rubber stopper attached to a bullet stop position of the ball bowl of the base 1, and 9 denotes a rubber stopper provided at a position before the hit of the ball bowl 3 of the base 1.

  As shown in FIG. 4, the rail mounting block 4 has an elliptical block standing on the base 1, and positioning pins 40 and 40 for mounting the firing rail 6 and screw fixing holes 41 on the upper surface thereof. As shown in FIG. 15, arc-shaped convex portions 42, 42 that receive the rear portion of the side plate of the firing rail 6 are provided on the rear side. By receiving the rear portion of the side plate of the firing rail 6 by the line contact by the arc-shaped convex portions 42, 42, the angle of the firing rail 6 can be accurately adjusted in either the game board surface side or the glass surface side. The arc shape disperses the stress at the time of tightening and suppresses deformation, so that the angle can be adjusted with high accuracy.

  In addition, a positioning portion 43 formed of a concave step portion for fitting and locking the rail receiving portion 7a of the angle adjusting block 7 is formed in the lower step portion, and each rail receiving portion 7a of the angle adjusting block 7 and the rail are formed. As shown in FIG. 8, the receiving portion 7c has a constant distance H from the center of the screw hole 7b to the side surfaces of the rail receiving portions 7a and 7c. Become. The angle adjusting block 7 is locked by engaging the reference surface with the upper surfaces of the left and right convex portions of the positioning portion 43 and engaging and locking the inclined surface of the rail receiving portion in the concave portion of the positioning portion 43. Easy and accurate positioning. Reference numeral 44 denotes a small-width arch-shaped portion formed subsequent to the positioning portion 43, and the angle adjusting block 7 is screwed to the distal end surface of the arch-shaped portion 44.

  As shown in FIG. 6, the firing rail 6 having an M-shaped cross section has an oval hole 61 that can be fitted into the rail mounting block 4 in the side plate 60a, and positioning that allows the positioning pins 40 and 40 to be loosely fitted in the side plate 60b. Pin fitting holes 62 and 62 and screw fixing holes 63 and 63 are formed. The positioning pin fitting holes 62 and 62 are oval so that the diameter of the positioning pin is greatly expanded in the ball launching direction, so that the positioning pin fitting holes 62 and 62 can cope with the inclination of the firing rail 6 that occurs when the angle is adjusted. Further, when the angle of the firing rail 6 is adjusted, the firing rail 6 is attached to the rail mounting block 4 while being lifted from the base 1 so that the base edge of the side plate 60a does not hit the base 1. In the embodiment, the firing rail 6 has an M-shaped cross section. However, the firing rail 6 may have an L-shaped cross section including only the side plate 60b in which the positioning pin fitting holes 62 and 62 and the screw fixing holes 63 and 63 are formed.

  The angle adjustment block 7 has a cross-shaped cross section with a screw hole 7b at the center, and three rail receiving portions 7a having different heights on the upper surface and one rail receiving portion 7c having a reference height. As shown in FIGS. 7, 8, 9 and 10, the upper surface of each rail receiving portion 7a has a first inclined surface 70 inclined by −0.2 ° on the glass side, and 0.2 on the board surface side. The rail receiving portion 7c having a reference height is composed of a second inclined surface 71 inclined by 0 ° and a third inclined surface 72 inclined by 0.4 ° toward the board surface, and the non-inclined surface 73 having an inclination angle of 0 °. And Reference numeral 75 denotes a display unit. The display unit 75 has three types of hemispherical markings that display the tilted state engraved on the front surface of the angle adjustment block 7, and one hemispherical one is the first inclined surface. The two hemispherical ones have the second inclined surface 71, and the three hemispherical ones have the third inclined surface 72. In addition, the display unit 75 can be confirmed by touch as a protrusion. In the embodiment, the angle adjusting block 7 has a cross-shaped cross section, but may be a pentagonal or hexagonal polygonal body.

  Reference numeral 10 denotes a reinforcing plate attached to the inner surface of the other side plate 60b of the firing rail 6. The reinforcing plate 10 has substantially the same shape as the firing rail 6 and the other side plate as shown in FIGS. When the firing rail 6 is screwed to the rail mounting block 4, the firing rail 6 is prevented from being distorted even if an excessive tightening force is applied. In the embodiment, in order to facilitate the press work, the firing rail 6 is made thinner and the reinforcing plate 10 is attached. However, if the firing rail 6 is made thicker, the reinforcing plate 10 is unnecessary. .

  In such a ball launcher for a gaming machine, as shown in FIG. 11, the launch rail 6 is supported by the rail receiving portion 7c having the non-inclined surface 73 of the angle adjustment block 7 with an angle of 0 ° and then assembled. Test to see if the ball jumps on the glass or board side of the gaming machine. When the ball jumps to the glass surface side, the firing rail 6 is removed, the angle adjustment block 7 is removed from the positioning portion 43, and 0 on the board surface side having two display portions 75 made of hemispherical markings. As shown in FIG. 13, the rail receiving portion 7 a having the third inclined surface 72 is fitted and locked to the positioning portion 43 so that the second inclined surface 71 inclined by 2 ° receives the firing rail 6. Stop.

  If the launch rail 6 is attached to the rail attachment block 4 after the angle adjustment block 7 is attached, the launch rail 6 will be adjusted by 0.2 ° to the board surface side. To do. If there is still a blur on the glass side, the glass may be damaged by the ball and the player may be damaged. Therefore, the launch rail is formed by the third inclined surface 72 that is further inclined by 0.4 ° toward the board surface in the same manner as described above. As shown in FIG. 14, the rail receiving portion 7 c having the non-inclined surface 73 is fitted and locked to the positioning portion 43 and screwed so that 6 can be received.

  Further, when the ball jumps to the board surface side, the firing rail 6 is removed, the angle adjustment block 7 is removed from the positioning part 43, and −0 is placed on the glass side where one display part 75 made of hemispherical marking is attached. As shown in FIG. 12, the rail receiving portion 7a having the second inclined surface 71 is fitted and locked to the positioning portion 43 so that the second inclined surface 71 inclined by 2 ° receives the firing rail 6. Stop. If you hit the board side, the glass is broken and there is no possibility of hurting the player, so the adjustment is complete. By using the angle adjustment block 7 in this way, it is possible to adjust the angle of the firing rail 6 with high accuracy without a skilled engineer.

1 Base 2 Rotary solenoid 3 Ball cage 4 Rail mounting block
4a Rail support
40 Positioning pin
41 Screw fixing hole
42 Arc-shaped convex part
43 Positioning part
44 Arched part 5 Ball stop block 6 Launch rail
60a side plate
60b side plate
61 Oval hole
62 Positioning pin fitting hole
63 Screw hole 7 Angle adjustment block
7a Rail receiver
7b Screw hole
7c Rail receiver with standard height
70 Inclined surface facing the glass
71 Inclined surface facing the board
72 Inclined surface facing the board
73 Non-tilted surface
75 Display section 8 Rubber stopper 9 Rubber stopper
10 Reinforcing plate

Claims (6)

  A launch rail device for a gaming machine in which a ball cage that is repeatedly driven is provided on a base, and a launch rail whose ball launch angle is adjustable is attached to a rail mounting block formed on the base, and a plurality of launch rail devices having different heights An angle adjusting block formed with a rail receiving portion is attached to the tip of the rail mounting block, and a side plate of the launch rail is supported by the rail supporting portion of the rail mounting block and the rail receiving portion of the angle adjusting block. Ball launcher.   The angle adjustment block has a cross-shaped cross section, and four rail receiving portions are formed. The upper surface of each rail receiving portion is a launch rail receiving portion, and both sides of each rail receiving portion are applied to positioning portions formed on the rail mounting block. The ball launcher for a gaming machine according to claim 1, wherein the ball launcher is a contact portion.   The upper surface of each rail receiving part of an angle adjustment block is made into the inclined surface, and the arc-shaped convex part which receives the rear part of the side plate of a launch rail is formed in the back of the rail support part of a rail mounting block. A ball launcher for gaming machines.   The ball launcher for gaming machines according to claim 1, 2, or 3, further comprising a display unit for displaying an inclined state on a front surface of the angle adjustment block.   The positioning pin fitting hole formed in the firing rail is greatly expanded in the ball launch direction from the outer diameter of the positioning pin of the firing rail provided in the rail mounting block. 4. A ball launcher for gaming machines according to 4.   6. The ball launcher for a gaming machine according to claim 1, wherein a reinforcing plate is attached to a side surface of the launch rail.

Images