JP4052591B2 - Prize-winning equipment - Google Patents

Description

  The present invention belongs to the technical field of a ball game machine represented by a pachinko machine, and particularly relates to a winning device equipped in the ball game machine.

A ball game machine such as a pachinko machine is often equipped with a variable winning device that changes between a difficult-to-win state and an easy-to-win state. One type of such a variable winning device is called an attacker. This attacker has a mounting plate that is fixed to the game board with the back surface in contact with the surface of the game board, and an open / close plate that can be reciprocated between a standing position and a lying position around a pair of shafts supported by the mounting board. And a winning opening through which a game ball that has passed over the openable open / close plate is allowed to flow when the open / close plate is closed and opened when the open / close plate is in the lying position. It is often used as a big prize opening that is sometimes open .
Japanese Patent Application Laid-Open No. 11-156011

An object of the present invention is to reduce the vertical dimension of the attachment plate of the attacker.

The winning device according to claim 1 is:
A mounting plate that is fixed to the game board with the back surface in contact with the surface of the game board, an opening / closing plate that can be reciprocally displaced between a standing position and a lying position about a pair of shafts supported by the mounting board; A rectangular winning opening that is closed when the open / close plate is in the standing position and is opened when the open / close plate is in the lying position, and that allows game balls that have passed through the lying open / close plate to flow in when opened. In a winning device comprising a switch for detecting a game ball that has passed through a winning opening,
The mounting plate has a protruding portion in which the winning opening is established and a flange portion surrounding the protruding portion, and the protruding portion protrudes to the player side from the surface of the flange portion,
The pair of shafts are arranged in parallel to the back surface of the mounting plate along the lateral width direction of the winning opening, and are supported by the protrusions with the shaft core positioned on the player side with respect to the surface of the flange portion. It is characterized by.

In the winning device according to claim 1 , the shaft of the opening / closing plate is arranged in parallel with the back surface of the mounting plate along the lateral width direction of the winning opening, and the shaft core is on the player side from the surface of the flange portion. Therefore, the distance from the shaft core to the glass plate can be reduced. Accordingly, since the dimension from the shaft core to the tip of the opening / closing plate can be reduced, the opening height of the winning opening corresponding to the dimension of the opening / closing plate can be reduced. As a result, the vertical dimension of the portion where the winning opening is provided can be reduced, and the vertical dimension of the mounting plate can be reduced.

The winning device according to claim 2 is the winning device according to claim 1,
The pair of shafts is inserted into a bearing groove provided on the back side of the projecting portion .

Next, embodiments of the present invention will be described by way of examples of the present invention.
1 to 6 will be referred to in the description of the embodiment. FIG. 1 is a perspective view of the attacker of the embodiment, FIGS. 2, 3, and 4 are exploded views, and FIG. 5 is when the attacker of the embodiment is opened. FIG. 6 is a longitudinal sectional view of the attacker of the embodiment.

  The attacker 110 corresponding to the winning device includes a mounting plate 111 that is a member for fixing the attacker 110 to a game board (not shown), and is also a member that supports each part of the attacker 110.

The mounting plate 111 is provided with a projecting portion 111a having a winning opening 112 serving as a big winning opening and a flange portion 111b surrounding the projecting portion 111a . As shown in FIG. 6 , the projecting portion 111a has a flange portion 111b. Projects to the player side of the surface.

A shutter 115 corresponding to an opening / closing plate is inserted into the winning opening 112 from the back side. In the shutter 115, a pair of shafts 116 are inserted into the bearing grooves 117 of the mounting plate 111, and the projections 124 of the inner body 125 are fitted into the bearing grooves 117 to prevent the shaft 116 from falling off.

  The shutter 115 can swing back and forth between the standing position and the lying position around both shafts 116, and closes the winning opening 112 at the standing position and opens at the lying position. Further, since it projects forward from the winning opening 112 in the lying position, it receives the game ball falling from above and serves to guide it to the winning opening 112. The shutter 115 is provided with a lever receiver 118, and is driven to reciprocate between a standing position and a lying position by a force acting via the lever receiver 118 (the drive mechanism will be described later).

As shown in FIG. 6 , the shaft core C of the shaft 116 is on the front side (player side) with respect to the surface of the mounting plate 111. In this embodiment, the thickness T1 of the flange 111b of the mounting plate 111 is 2 mm The axis C is at a distance of 3 mm from the back surface of the mounting plate 111 (the surface of the game board). In addition, the protrusion amount of the protrusion part 111a is 3 mm, and the distance T2 from the back surface of the mounting plate 111 to the surface of the protrusion part 111a is 5 mm.

Since the shaft core C of the shaft 116 is 3 mm away from the back surface of the mounting plate 111 (that is, the surface of the game board), the distance from the shaft core C to the glass plate can be reduced. Accordingly, since the dimension from the axis C to the tip of the shutter 115 can be reduced, the opening height of the winning opening 112 corresponding to the dimension of the shutter 115 can be reduced. In the case of the present embodiment, the opening height of the winning opening 112 is about 18.4 mm, which is about 3 mm smaller than the conventional product (applicant's product). As a result, the vertical dimension of the portion where the winning opening 112 is provided can also be reduced. In the case of the present embodiment, the vertical dimension of the cross section of the mounting plate 111 taken along the line DD in FIG. 5 is 38 mm, which is about 3 mm smaller than the conventional product.

  Further, when the shutter 115 stands up and closes the winning opening 112, the shutter 115 is housed inside the protruding portion, and the outer surface (the surface that is on the lower side when lying down) is exposed to the winning opening 112 but protrudes. It doesn't protrude beyond the club.

  A stage 120 is disposed behind the shutter 115. A step 121 is provided on the front side of the stage 120. The step 121 is provided to avoid interference with the rear edge portion of the shutter 115 (the portion closer to the stage 120 than the shaft). The center portion 122 of the stage 120 has an inclination that the front (the winning opening 112 side) is high and the back is low, and the left and right portions 123 are inclinations that lower the center portion 122 side. The stage 120 is held by the internal body 125 behind it.

  The internal body 125 is provided with a receiving chamber 126 at a position facing the winning opening 112, and the stage 120 is accommodated in the receiving chamber 126. A gate portion 127a is opened in an inner wall 127 disposed in the back of the receiving chamber 126, and a distributing portion 128 that communicates with the receiving chamber 126 is provided in the gate portion 127a.

The distribution unit 128 is divided vertically by a horizontal partition 130, and the lower part of the horizontal partition 130 is divided horizontally by a vertical partition 129. The horizontal partition 130 is provided with drop openings 131 and 132, and the left and right sides of the vertical partition 129 are cut out. Sensor holding grooves 133 and 134 are provided on both sides of the vertical partition 129, and hold the V switch 139 and the count switch 140, respectively. The passage openings 139a and 140a of the V switch 139 and the count switch 140 are positions corresponding to the drop openings 131 and 132, respectively, and a game ball passes from the drop opening 131 through the passage opening 139a and from the drop opening 132 to the passage opening 140a. You can fall through. When the game ball passes through the passage openings 139a and 140a, the switches 139 and 1
It is detected by operating 40 .

  A mechanism (opening / closing mechanism) for driving the shutter 115 is arranged on the right side when viewed from the front side behind the inner body 125. The opening / closing mechanism includes a support pin 143 erected on the back surface of the internal body 125, an insulator member 142 that is pivotally supported by the support pin 143, an insulator cover 144 that covers this, an opening / closing solenoid 147 that serves as a drive source, and an opening / closing solenoid. It is constituted by a support 145 that supports 147.

  The lever member 142 includes a shaft hole 142a, a C-shaped holding portion 142b, and a pin portion 142c. The shaft hole 142 a is fitted on the support pin 143, and the lever member 142 is rotatable about the support pin 143. The holding part 142b holds the lever receiver 118 of the shutter 115 so as to hold it, and the pin part 142c passes through the hole 144a of the lever cover 144. An L-shaped relay member 148 is attached to the plunger head 147a of the opening / closing solenoid 147, and the pin portion 142c of the lever member 142 is inserted into the elongated hole 148a. As a result, the shutter 115 can be opened / closed according to whether the opening / closing solenoid 147 is turned on or off (the shutter 115 can be tilted and turned up when the shutter 115 is turned on).

  A reciprocating drive mechanism for reciprocating the moving body 154 placed on the horizontal partition 130 to the left and right is disposed at a position opposite to the opening / closing mechanism with the inner wall 127 interposed therebetween. Note that four protrusions 154 a are provided on the lower surface of the moving body 154, and only these protrusions 154 a are in contact with the horizontal partition 130.

  The reciprocating drive mechanism includes a shaft pin 155 standing on the back surface of the inner wall 127, a slide lever 153 pivotally supported by the shaft pin 155, a switching solenoid 150 serving as a driving source, and a support 149 that supports the switching solenoid 150. Yes.

  The slide lever 153 includes a shaft hole 153b, a main shaft 153c, and a pin portion 153a. The shaft hole 153 b is fitted on the shaft pin 155, and the slide lever 153 is rotatable about the shaft pin 155.

An L-shaped relay member 151 is attached to the plunger head 150a of the switching solenoid 150, and the main shaft 153c of the slide lever 153 is inserted into the elongated hole 151a. And the pin part 153a extended from the main axis | shaft 153c is penetrated by the lever hole 154b standingly arranged by the upper surface of the moving body 154. As shown in FIG.
Accordingly, the moving body 154 can be slid left and right in accordance with the switching solenoid 150 being turned on and off.

  The movable body 154 is provided with a horizontally long passage hole 158. The short diameter of the passage hole 158 exceeds the diameter of the game ball, and the game ball can pass therethrough. The long diameter is sufficiently longer than the distance between the axes of the passage openings 139a and 140a of the switches 139 and 140. In addition, a pair of baffle plates 159 and 160 are erected from the edge of the moving body 154 on the front side (winning opening 112 side). The distance between the baffle plates 159 and 160 is substantially equal to the distance between the axes of the passage openings 139a and 140a of the switches 139 and 140, and exceeds twice the diameter of the game ball. The cross-sectional shape of the baffle plates 159, 160 is wedge-shaped, and the front surface (the surface on the winning opening 112 side) is a tapered surface 159a, 160a that guides the game ball colliding therewith to the space between the baffle plates 159, 160. It has become.

A rear body 146 is arranged so as to cover the moving body 154. The back body 146 is provided with a pair of slide supports 161a and 161b. These slide supports 161a and 161b form a substantially series of surfaces with the horizontal partition 130, and support the moving body 154 protruding from the horizontal partition 130 when slid left and right. Also, the back body 146 and the stage 120
The movement of the moving body 154 in the front-rear direction is restricted.

  The moving body 154 is slid left and right in accordance with the switching solenoid 150 being turned on and off. At this time, the passage hole 158 moves above the passage openings 139a and 140a of the switches 139 and 140.

  When the switching solenoid 150 is on (when the plunger is retracted), the baffle plate 160 blocks the path from the stage 120 to the passage port 140a, and the baffle plate 159 has retreated from the path from the stage 120 to the passage port 139a. Become position. At this time, the end 158c of the passage hole 158 on the baffle plate 160 side is in a position substantially aligned with the region where the passage opening 140a is projected onto the moving body 154, and does not hinder the movement of the game ball from the passage hole 158 to the passage opening 140a. . In addition, the end 158 b on the baffle plate 159 side of the passage hole 158 is at a position sufficiently away from the region where the passage opening 139 a is projected onto the moving body 154.

  On the other hand, when the switching solenoid 150 is off (when the plunger is protruded), the baffle plate 159 blocks the path from the stage 120 to the passage port 139a, and the baffle plate 160 passes from the stage 120 to the passage port 140a. It becomes the position where it left more. At this time, the end 158b of the passage hole 158 on the baffle plate 159 side is in a position that substantially matches the region where the passage opening 139a is projected onto the moving body 154, and does not hinder the movement of the game ball from the passage hole 158 to the passage opening 139a. . Further, the end 158 c of the passage hole 158 on the baffle plate 160 side is at a position sufficiently away from the region where the passage opening 140 a is projected onto the moving body 154.

  With such a configuration, when the switching solenoid 150 is on, the game ball that has flowed into the stage 120 from the winning opening 112 is guided in the direction of the passing port 139a. However, the baffle plate 160 blocks only the front of the passage opening 140a and does not block the upper side of the vertical partition 129, so that the game ball flows from the stage 120 through the upper portion of the vertical partition 129 and flows into the passage opening 140a from the passage hole 158. it can. As a result of experiments in this example, in this state, approximately 80% of the game balls that flowed in from the winning opening 112 flowed into the passage opening 139a and almost 20% flowed into the passage opening 140a.

  On the other hand, when the switching solenoid 150 is off, the game ball that has flowed into the stage 120 from the winning opening 112 is guided toward the passing port 140a. However, since the baffle plate 159 blocks only the front of the passage opening 139a and does not block the upper side of the vertical partition 129, the game ball flows from the stage 120 through the upper portion of the vertical partition 129 and flows into the passage opening 139a from the passage hole 158. it can. As a result of an experiment in this example, in this state, approximately 80% of the game balls that flowed in from the winning opening 112 flowed into the passage port 140a and almost 20% flowed into the passage port 139a.

In either case, the tapered surfaces 159a and 160a of the baffle plates 159 and 160 efficiently guided the game ball between the baffle plates 159 and 160.
As described above, the attacker 110 can preferentially guide the game ball flowing from the winning opening 112, that is, the winning ball, to the passing port 139a or the passing port 140a by moving the moving body 154 left and right.

For this reason, the moving body 154 is in a position shown in FIG. 5B (a state in which it is difficult to flow into the passage port 140a until one or more winning balls flow into the specific area (passage port 139a) from the initial opening of the attacker 110 . ), And the moving body 154 is in the position shown in FIG. 5D after the winning ball flows into the passage opening 139a (the state where it is difficult to flow into the passage opening 139a), the game won in the opening stage of the winning opening 112. Since the sphere is mainly directed to the passing port 139a which is a specific area, there is a high possibility that any one sphere will flow into the specific area. Therefore, since the possibility of continuous opening increases, it can respond to a player's request. After that, the position of the moving body 154 may be changed so that the mobile body 154 does not easily flow into the passage port 139a that is a specific area.

  The attacker 110 makes it difficult for the pair of baffle plates 160 to flow into the passing port 140a by interrupting the pair of baffle plates 160 between the winning opening 112 and the passing port 140a (at this time, the other baffle plate 159 is passed from the winning opening 112 to the passing port 139a. The other baffle plate 159 is interrupted between the winning opening 112 and the passage port 139a to make it difficult to flow into the passage port 139a (at this time, the baffle plate). 160 is a position that does not obstruct the movement of the sphere from the winning opening 112 to the passing port 140a.) Therefore, a simple configuration is sufficient.

  Further, the surface on the side of the winning opening 112 of the baffle plates 159, 160 is tapered surfaces 159a, 160a for guiding the game balls colliding with this surface to the space between the baffle plates 159, 160. There is no possibility that the game ball that has passed passes through the baffle plates 159 and 160 toward the winning opening 112 side.

Moreover, since the interval between the baffle plates 159 and 160 is an interval through which two game balls can pass simultaneously, there is no possibility that the game balls are clogged with the interval between the baffle plates 159 and 160.
Although the embodiments of the present invention have been described according to the examples, the present invention is not limited to these examples.

It is a perspective view of the front side (a) and back side (b) of the attacker of an Example. FIG. 2 is an exploded view of FIG. FIG. 2 is an exploded view of FIG. It is a perspective view from the lower surface side of FIG. It is explanatory drawing at the time of opening and closing of the attacker of an Example, Fig.5 (a) is a front view at the time of opening, FIG.5 (b) is a rear view in the state which removed the back body at the time of opening, FIG. FIG. 5C is a front view at the time of closing, and FIG. 5D is a rear view of the state in which the back body at the time of closing is removed. It is a longitudinal cross-sectional view of the attacker of an Example, Fig.6 (a) is DD sectional drawing of Fig.5 (a), FIG.6 (b) is DD sectional drawing of FIG.5 (c).

Explanation of symbols

110 Attacker (winning device)
112 Winning opening 115 Shutter (opening / closing plate)
120 Stage 125 Internal body 126 Receiving chamber 128 Sorting section 129 Vertical partition 130 Horizontal partition 139 V switch 139a passing port 140 Count switch 140a Passing port 146 Back body 147 Opening solenoid 148 Relay member 150 Switching solenoid (drive means)
151 Relay member (drive means)
153 Slide insulator (drive means)
154 Moving body 158 Passing holes 159, 160 Baffle plates 159a, 160a Tapered surface

Claims (2)

A mounting plate that is fixed to the game board with the back surface in contact with the surface of the game board; an opening / closing plate that can be reciprocally displaced between a standing position and a lying position about a pair of shafts supported by the mounting board; A rectangular winning opening that is closed when the open / close plate is in the standing position and is opened when the open / close plate is in the lying position, and that allows the game balls that have passed through the lying open / close plate to flow in when opened. In a winning device comprising a switch for detecting a game ball that has passed through a winning opening
The mounting plate has a protruding portion in which the winning opening is established and a flange portion surrounding the protruding portion, and the protruding portion protrudes to the player side from the surface of the flange portion,
The pair of shafts are arranged in parallel to the back surface of the mounting plate along the lateral width direction of the winning opening, and are supported by the protrusions with the shaft core positioned on the player side with respect to the surface of the flange portion. A prize-winning device. The winning device according to claim 1,
The pair of shafts is inserted into a bearing groove provided on the back side of the protruding portion.

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