JP5876770B2 - Game machine - Google Patents

Description

  The present invention relates to a gaming machine, and more particularly to a gaming machine in which a three-dimensional decoration is applied to a gaming area.

  As shown in FIG. 51 (A), for example, a game board front panel to which obstruction nails, windmills, launch rails and the like are attached to the front surface is used as a transparent resin plate, and a three-dimensional display is provided on the back side. There is one that is provided with a typical shaped body (Patent Document 1). This shaped body is three-dimensionally assembled by assembling so that the upper left decorative member, the lower left decorative member, and the lower right decorative member are stacked on the front side of the holding member.

  In addition, as shown in FIG. 51 (B), there is also a case in which a molded body in which a synthetic resin sheet is three-dimensionally formed is provided at the lower left back position of the game area of the front panel made of transparent synthetic resin (patent) Reference 2). This three-dimensional model is attached so that a flat portion is sandwiched between spacers attached to the back surface of the front panel.

JP2007-307257 (FIGS. 4, 6, and 8) JP2011-87622A (FIGS. 18 to 20)

  According to the techniques disclosed in Patent Documents 1 and 2, a visual effect of making the user feel the depth due to the appearance of the shaped body installed behind the transparent front panel is expected.

  However, the techniques of Patent Documents 1 and 2 have a problem that a stereoscopic effect cannot be produced beyond the space on the back side of the transparent front panel.

  The front panel also has a decoration on the side panel, but this can only be expressed in a limited space between the glass plate and the impact is weak from the viewpoint of giving a three-dimensional effect.

  In addition, the surface of the side decoration may be a translucent member, and the translucent member may be illuminated with a light emitting substrate from the back side of the side decoration, but there is often a normal winning opening near the side decoration, and on the back side There is also a problem that it is difficult to secure a space for arranging the light emitting substrate, such as the necessity of providing a ball passage, and that the cost increases due to the provision of the light emitting substrate.

  In view of the above problems, an object of the present invention is to make it possible to apply a three-dimensional decoration that can express a more three-dimensional and dynamic feeling.

A gaming machine of the present invention made to achieve this object is a gaming machine in which a decorative member is attached from the surface of the front panel to an opening provided in the front panel, and a gaming area is formed in the front panel. And a three-dimensional shaped body installed on the back side of the front panel, the front side of the three-dimensional shaped body is covered with a light transmissive member , and the shaped body is configured to be visible from the front. further characterized in that it comprises also the following configurations.
(1) to the light transmitting member, the rear design a opening through the light-transmitting member back and forth is formed from the back surface design for opening the three-dimensional shaped bodies, a part of It said that they have installed as protrude further forward than the surface of the front panel.

  According to the gaming machine of the present invention, since the front side of the three-dimensional modeled body installed on the back side of the front panel of the game board is covered with the light transmissive plate portion, the three-dimensional modeled body is visually recognized from the front. be able to. Here, the light transmissive plate may be a game board front panel itself made of a transparent synthetic resin, or an opening formed in the game board front panel so as to correspond to a three-dimensional shaped body installed on the back side. It may be attached so as to cover the part. The gaming machine of the present invention is installed so that a three-dimensional shaped body protrudes forward from the front of the front panel of the game board from the back design opening that penetrates the light-transmitting plate part back and forth. By doing so, a three-dimensional molded object can be made more three-dimensional connected from the back to the front of the front panel of the game board. As a result, it is possible to provide a decoration with a dynamic feeling such as a flame that continues from the back of the front panel of the game board to the front of the front panel of the game board.

Here, in the gaming machine of the present invention, it is desirable to further have the following configuration.
(2) the in game area side of the back design for opening the wall section to prevent the entry of a game ball into the back design for opening side is projected forward.

  In the gaming machine of the present invention, as a result of protruding the three-dimensional modeled body to the front side of the game board front panel, the three-dimensional modeled body may be damaged by the collision of the game balls. On the other hand, from the back to the front by preventing the intrusion of the game ball with the wall projecting on the game area side of the back design opening formed in the permeable plate by providing the configuration of (2) This is because it is possible to avoid the problem that the game ball collides against the three-dimensional shaped body installed so as to protrude. In addition, there is no problem that the game ball enters the back side from the back design opening.

In this case, the following configuration may be further provided.
(3) The said wall part is provided with the game ball rolling surface which faces the center side of the said game board front panel.

  The gaming machine of the present invention in which a wall portion is provided around the opening for design is further provided with the configuration of (3), so that the wall portion does not hinder the movement of the game ball but rolls the game ball. It will be a smooth movement and will not cause a sense of incongruity in the entire game.

Furthermore, these gaming machines of the present invention may further have the following configuration.
(4) The game board front panel is provided with a through hole for a prize opening formed in a game area so as to communicate the prize-winning opening on the front side and the game ball guide passage on the back side, and the light-transmitting plate portion Is a base part of a side decoration that is attached so as to close the winning hole through hole from the front side and constitutes the winning hole. The winning hole through hole has the base portion below the winning hole. The through-hole for designs including the back side of the opening for back design of this is continuous.

  This is because the gaming machine of the present invention also has the configuration (4), so that it is possible to give a dynamic decoration that continues from the back to the front of the front panel of the game board below the side winning opening. In many cases, the side decoration is provided with a decorative body that also serves as a rolling surface. However, this decorative body is conventionally formed in a box shape and can only be decorated by engraving on the front of the box. However, by adopting the configuration of the present invention, the decoration on the side decoration can be a three-dimensional and dynamic decoration that continues from the back of the game board to the front.

The gaming machine of the present invention made to achieve the above object is a gaming machine provided with a decorative member configured to be assembled to an opening provided in the front panel, and further has the following configuration. It is characterized by.
(11) The decorative member includes a light-transmitting base portion and a back cover portion to be assembled to the back surface of the base portion, and the back cover portion accommodates a three-dimensional shaped body therein. provided with a space, the base part having said light permeability is provided with a back design for opening a portion of the three-dimensional shaped bodies housed in the housing space, the rear design opening And is configured to protrude forward from the base portion .

  According to the side decoration for a gaming machine of the present invention, even if the front panel of the game board is not light transmissive like so-called veneer, the decoration that penetrates from the back to the front of the front panel of the game board can be applied. it can. Moreover, since the three-dimensional shaped body for applying such decoration can be accommodated in the accommodation space formed between the base plate of the side decoration and the back cover, it can be assembled as a side decoration. Well, it is easy to attach to the game board. The back cover may be a member that does not have optical transparency.

Here, it is desirable that the side decoration for a gaming machine of the present invention further includes the following configuration.
(13) A wall portion for preventing a game ball from entering the back design opening portion side is projected forward on the game area side of the back design opening portion formed in the permeable plate portion. .

  This is because the side decoration for a gaming machine according to the present invention also has the configuration (13), thereby avoiding a problem that a three-dimensional model that provides a dynamic decoration is damaged. As a result, the three-dimensional shaped body can be formed into an elongated shape or a seemingly delicate shape.

Moreover, the side decoration for game machines of this invention provided with the wall part is good to also have the following structures further.
(14) The wall portion includes a game ball rolling surface facing the center side of the game board front panel.

  The wall provided around the opening for the design does not hinder the movement of the game ball, but it rolls the game ball and makes it move smoothly, and does not cause a sense of incongruity with the entire game. is there.

Furthermore, these side decorations for gaming machines of the present invention may further include the following configuration.
(15) The back cover is formed of a light transmissive member.

  This is because if the side decoration for a gaming machine of the present invention has the configuration (15), a light emitting board can be installed behind the back cover and a light emitting effect can be executed. In addition, since the light emission effect is not set to the light emitting substrate on the side decoration, the assembly becomes easy, and in addition, the side decoration itself does not have a complicated structure, and the processing such as wiring becomes easy. .

The side decoration for gaming machines of the present invention may further include the following configuration.
(16) An upper surface of the back cover is provided with a hook for connecting the winning opening and the game ball guide passage.

  Since the game machine side decoration of the present invention also has the configuration of (16), it is possible to smoothly guide the game ball won in the winning opening to the game ball guide passage on the back side, and design of the game ball guide passage This is because it is not necessary to consider the back shape of the side decoration.

  According to the present invention, it is possible to decorate a gaming machine with a three-dimensional and dynamic feeling than before.

The pachinko machine of Example 1 is shown, (A) is a perspective view of the state which removed the game board, (B) is a front view, (C) is an exploded perspective view. It is a front view of the game board of the pachinko machine of Example 1. It is the front view of the game board which showed operation | movement of the various movable body accessory in the pachinko machine of Example 1. FIG. It is the disassembled perspective view seen from the front side of the game board in the pachinko machine of Example 1. FIG. It is the disassembled perspective view seen from the back side of the game board in the pachinko machine of Example 1. FIG. It is the disassembled perspective view seen from the front side of the game board in the pachinko machine of Example 1. FIG. It is the disassembled perspective view seen from the back side of the game board in the pachinko machine of Example 1. FIG. The game board front panel of the pachinko machine of Example 1 is shown, (A) is a front view, (B) is a BB arrow sectional drawing, (C) is an AA arrow sectional drawing. The back unit of the pachinko machine of Example 1 is shown, (A) is a front view, (B) is a BB arrow sectional drawing, (C) is an AA arrow sectional drawing. It is the disassembled perspective view seen from the front side which shows the assembly | attachment state of the circular moon ring movable body accessory to the back unit in the pachinko machine of Example 1. FIG. It is the disassembled perspective view seen from the back side which shows the assembly state of the circular moon ring movable body accessory to the back unit in the pachinko machine of Example 1. It is the perspective view which shows the assembly | attachment state of the circular-ring-wheel movable body accessory to the back unit in the pachinko machine of Example 1, Comprising: The enlarged view of a guide groove is shown together, (A) is the perspective seen from right front (B) is a perspective view seen from the left front. It is a perspective view which shows the assembly | attachment state of the circular ring-wheel movable body accessory to the back unit in the pachinko machine of Example 1, Comprising: The relationship between a guide groove and a guide plate is shown collectively with an enlarged view, (A) is right The perspective view seen from the front, (B) is the perspective view seen from the left front. The back side guide formation member in the pachinko machine of Example 1 is shown, (A) is a top view, (B) is a front view, (C) is a left side view, (D) is a right side view, (E) is a bottom view. FIG. 4F is a rear view. BRIEF DESCRIPTION OF THE DRAWINGS It is a perspective view of the back surface side guide formation member in the pachinko machine of Example 1, Comprising: (A) is the perspective view seen from the right front, (B) is the perspective view seen from the left rear, (C) is from the left front. The perspective view seen, (D) is the perspective view seen from the right rear. The front side guide formation member in the pachinko machine of Example 1 is shown, (A) is a top view, (B) is a front view, (C) is a left side view, (D) is a right side view, and (E) is a bottom view. FIG. 4F is a rear view. BRIEF DESCRIPTION OF THE DRAWINGS It is a perspective view of the front side guide formation member in the pachinko machine of Example 1, Comprising: (A) is the perspective view seen from the right front, (B) is the perspective view seen from the left rear, (C) is from the left front. The perspective view seen, (D) is the perspective view seen from the right rear. It is the disassembled perspective view seen from the front side of the circular moon ring movable body accessory in the pachinko machine of Example 1. FIG. It is the disassembled perspective view seen from the back side of the circular-ring-wheel movable body accessory in the pachinko machine of Example 1. FIG. The circular moon ring movable body accessory in the pachinko machine of Example 1 is shown, (A) is a top view, (B) is a left side view, (C) is a front view, (D) is a right side view, (E) Is a bottom view, and (F) is a rear view. FIG. 2 shows a moving object of a circular moon in the pachinko machine according to the first embodiment, with a gear box removed, (A) is a plan view, (B) is a left side view, (C) is a front view, and (D) is a right side view. (E) is a bottom view and (F) is a rear view. FIG. 2 shows a movable object of a toroidal ring in the pachinko machine of the first embodiment with the gearbox removed, (A) is a front view of the state rotated to the combined position, and (B) is a front view of the state returned to the retracted position. (C) is a rear view of the state rotated to the united position, (D) is a rear view of the state returned to the retracted position. FIG. 2 shows a state in which the movable object in the pachinko machine of the first embodiment is rotated to the combined position, with the gearbox removed, (A) is a perspective view seen from the front side, and (B) is seen from the back side. FIG. The state in which the movable object in the pachinko machine of Example 1 has returned to the retracted position is shown with the gearbox removed, (A) is a perspective view seen from the front side, and (B) is seen from the back side. It is a perspective view. FIG. 2 shows a moving part of an annular wheel in the pachinko machine according to the first embodiment, with the front side guide forming member removed, (A) is a front view of the state where it is returned to the retracted position, and (B) is a state where it is rotated to the combined position. FIG. It is the front view of the game board which showed the center light-emitting body accessory in the pachinko machine of Example 1 with the elements on larger scale. The central luminous body accessory in the pachinko machine of Example 1 is shown, (A) is a top view, (B) is a left side view, (C) is a front view, (D) is a right side view, and (E) is a bottom view. FIG. 4F is a rear view. The central light-emitting body thing in the pachinko machine of Example 1 is shown, (A) is the perspective view seen from the right front, (B) is the perspective view seen from the left rear, (C) is the perspective view seen from the left front. , (D) is a perspective view seen from the right rear. It is the disassembled perspective view seen from the front side of the central luminous body accessory in the pachinko machine of Example 1. FIG. It is the disassembled perspective view seen from the back side of the central luminous body accessory in the pachinko machine of Example 1. FIG. It is the disassembled perspective view seen from the front side regarding the light-emitting body of the center light-emitting body accessory in the pachinko machine of Example 1, a shutter piece, and a cover drive means. It is the disassembled perspective view seen from the back side regarding the light-emitting body of the central light-emitting body accessory in the pachinko machine of Example 1, a shutter piece, and a cover drive means. In the pachinko machine according to the first embodiment, the light emitter, the shutter piece, and the cover driving means are shown with the gearbox removed, (A) is a plan view, (B) is a left side view, and (C) is a front view. (D) is a right side view, (E) is a bottom view, and (F) is a rear view. In the pachinko machine of the first embodiment, the opening / closing state of the shutter piece in the central luminous body accessory is set to the fully closed position ((A1) to (A3)), 1/3 open position ((B1) to (B3)), It is the perspective view, front view, and right view which showed about 2/3 open position ((C1)-(C3)), full open position ((D1)-(D3)), and a stepwise opening / closing angle. The logo movable body accessory in the pachinko machine of Example 1 is shown, (A) is a front view when it exists in a raise position, (B) is a front view when it moves to a fall position. The main part about operation | movement is shown when the logo movable body accessory in the pachinko machine of Example 1 exists in a raise position, (A) is the perspective view seen from the front side, (B) is the perspective view seen from the back side. is there. The main part about operation | movement is shown when the logo movable body accessory in the pachinko machine of Example 1 moved to the falling position, (A) is the perspective view seen from the front side, (B) is the perspective view seen from the back side. It is. It is the disassembled perspective view seen from the front side of the logo movable body accessory in the pachinko machine of Example 1. FIG. It is the disassembled perspective view seen from the back side of the logo movable body accessory in the pachinko machine of Example 1. FIG. It shows about the drive mechanism of the left logo movable body in the pachinko machine of Example 1, (A) is the exploded perspective view seen from the front side, (B) is the exploded perspective view seen from the back side. It shows about the drive mechanism of the right logo movable body in the pachinko machine of Example 1, (A) is the exploded perspective view seen from the front side, (B) is the exploded perspective view seen from the back side. The relationship between the left and right front molded bodies and the base member in the logo movable body accessory in the pachinko machine of Example 1 is shown as a molding example, (A) is a front view of only the left and right front molded bodies, and (B) is the left and right. The front view when a slide block exists in a raise position in the state which attached the front molded object of (2), (C) is a state when a slide block exists in a lowered position in the state which attached the left and right front molded object to the base member. Front view, (D) is a perspective view seen from the front lower side when the slide block is in the lowered position with the left and right front molded bodies attached to the base member, and (E) is the left and right front molded bodies as the base member. It is the perspective view which looked at the time when the slide block exists in a descending position in the state where it attached to from the lower part. It is a perspective view of the game board for demonstrating the left side decoration in the pachinko machine of Example 1. FIG. The left side decoration in the pachinko machine of Example 1 is shown, (A) is an exploded perspective view seen from the front side, (B) is a perspective view seen from the front side of the assembled example assembly state, (C) is (B). FIG. It shows about the left side decoration in the pachinko machine of Example 1, (A) is an exploded perspective view seen from the back side, (B) is a perspective view seen from the back of the molding example assembly state, (C) is (B) It is a principal part expansion perspective view. The left side decoration in the pachinko machine of Example 1 is shown, (A) is a perspective view seen from the front side in a state in which the normal winning opening forming member and the back cover are not mounted, and (B) is a perspective view seen from the back side. (C) is a bottom view of the assembling state of the molding example, and (D) is a plan view of the assembling state of the molding example. It is a perspective view of the back unit for demonstrating the relationship between the light-diffusion part and liquid crystal display device in the pachinko machine of Example 1, Comprising: (A) is the perspective view seen from the front side, (B) is seen from the back side. FIG. It is a figure of the back unit for demonstrating the relationship between the light-diffusion part and liquid crystal display device in the pachinko machine of Example 1, (A) is a top view, (B) is a left view, (C) is a front view. , (D) is a right side view, (E) is a bottom view, and (F) is a rear view. It is a figure of the liquid crystal display device for demonstrating the relationship between the light-diffusion part and liquid crystal display device in the pachinko machine of Example 1, Comprising: (A) is the perspective view seen from the right front, (B) is seen from the left back. (C) is the perspective view seen from the left front, (D) is the perspective view seen from the right rear. BRIEF DESCRIPTION OF THE DRAWINGS It is a figure of the liquid crystal display device for demonstrating the relationship between the light-diffusion part in the pachinko machine of Example 1, and a liquid crystal display device, (A) is a top view, (B) is a left view, (C) is a front view. (D) is a right side view, (E) is a bottom view, (F) is a rear view, and (G) is a front view showing a range of inner and outer divisions of the screen. It is explanatory drawing of a prior art.

  Hereinafter, specific examples will be described in detail with reference to the drawings as embodiments of the present invention.

[1 Overview of the entire gaming machine]
The pachinko machine of Example 1 is demonstrated in detail based on drawing. In the examples, “left” or “right” indicates “left” or “right” when viewed from the front side (front side) of the pachinko machine. First, a basic configuration of the pachinko machine according to the present embodiment will be briefly described.

  As shown in FIG. 1, the pachinko gaming machine P according to the first embodiment includes an outer frame A, an inner frame B, a game board 1, a front frame D, an upper ball tray E, a lower ball tray F, and a ball hitting device G. I have. The outer frame A is a vertical rectangular frame that forms the outline of the pachinko machine P. The middle frame B is a vertical rectangular frame for setting various game components, and is assembled to the front side of the outer frame A so as to be openable and detachable. The game board 1 is attached to an opening of a middle frame (game board mounting frame) B. The front frame D is a see-through protective window of the game board 1 and is assembled to the front side of the middle frame B so that it can be opened and closed by operating the locking device H. The upper ball tray E is a tray for lending balls or prize balls, and is configured integrally with the lower portion of the front frame D in this embodiment. Therefore, when the front frame D is opened and closed with respect to the middle frame B, the upper ball tray E is also opened and closed together. The lower ball receiving tray F is a receiving tray that receives a game ball discharged when the upper ball receiving tray E is full, a game ball that has been knocked down, and the like, and is fixed to the lower portion of the middle frame B. The hitting ball launching device G is a device for launching the game ball sent from the upper ball receiving tray E to the launching rail with the strength corresponding to the handle operation, and is installed in the lower right portion of the middle frame B.

  The middle frame B includes an upper frame member B1 that forms an upper edge, a lower frame member B2 that forms a lower edge and on which a ball striking device G and the like are installed, a left frame member B3 that forms a left edge, and a right frame that forms a right edge It is composed of a member B4 and is formed in a rectangular frame shape that aligns with the opening of the outer frame A when the upper, lower, left and right frame members B1 to B4 are assembled. An opening portion that opens when the upper, lower, left, and right frame members B1 to B4 are assembled functions as a game board holding portion B5 on which the game board 1 is installed. Here, the middle frame B is pivotally supported via support shafts provided at the upper left end and the lower left end of the outer frame A, and is rotated to the outer frame A by rotating the middle frame B around the left end. On the other hand, the middle frame B can be opened and closed.

  As shown in FIG. 2, the game board 1 is provided with a center accessory 3 having a symbol variation display device (liquid crystal display device) 2. A start winning opening 11 is arranged immediately below the center prize 3, and when a game ball wins the start winning opening 11, the symbols displayed on the liquid crystal display device 2 start to change. Therefore, the space between the liquid crystal display device 2 and the start winning opening 11 is a place where the player pays attention. In addition to these components, the game board 1 includes a large decorative component (center ornament) 12, a special prize opening 13, a guide wheel 14, and a center ornament 3 that are arranged to surround the liquid crystal display device 2. Various components such as the out port 15 and the lower left ordinary winning ports 16a to 16c are attached. In addition, a guide rail 18 is attached to the game board 1 to form a game area 10. Note that the lower left regular winning openings 16 a to 16 c are configured as a part integrated with the left side decoration 500.

  The game board 1 is provided with various movable objects. As shown in FIG. 3, the logo provided on the center ornament upper part is a logo movable body accessory 100 that splits into two and drops while spreading left and right (see (B)). In addition, a circular-ring-wheel movable body accessory 200 that appears from the left and right edges of the center decoration and produces a combined operation is also provided (see (C)). In addition, a rotating shuriken movable body accessory 300 is provided that swings out from the right side of the center ornament toward the center and rotates the shuriken-shaped decorative body at the tip (see (D)). These movable body objects 100, 200, and 300 are configured to be able to execute an effect that operates three at the same time (see (E)).

  As shown in FIG. 2, the game board 1 has a transparent wall member 21 on the back surface of the stage 20, and a shutter is provided at the back of the center of the stage so that it can be seen through the transparent wall member 21. A central luminous body accessory 400 is also provided. In addition, a gear box accessory 600 is provided in the upper right part of the center accessory 3 so that an effect of rotating the gear is executed.

  As shown in FIGS. 4 to 7, the game board 1 includes a veneer front panel 30 and a synthetic resin back unit 40 screwed to the back side of the front panel 30. The liquid crystal display device 2 is attached to the back side of the.

  As shown in FIG. 5, the front panel 30 is formed with a large opening 31 for mounting the center ornament 12 at the center, side ornament mounting openings 32 and 33 at the lower left and right sides, and a prize opening mounting opening at the lower center. 34, a signal line connection opening 35 to the prize ball counter and the like are formed through. In addition, an alignment hole 36 and a screw hole with the back unit 40 are drilled, and an alignment step 38 for the middle frame B is router processed at the four corners. The game area 10 is formed so as to surround the periphery of the large opening 31, and as described above, obstacle nails and the like are attached thereto.

  As shown in FIGS. 5 and 7, the back unit 40 has a window opening 41 for exposing a liquid crystal screen at the center and a display mounting frame 42 for setting the liquid crystal display device 2 on the back side. Here, the frame portion 43 of the back unit 40 is formed of a light-transmitting synthetic resin material, and light diffusion processing (diamond cut surface processing or the like) is applied to the left and right peripheral portions of the window opening 41. A light diffusing unit 45 is provided.

  The liquid crystal display device 2 includes a liquid crystal screen 2 a that is larger than the window opening 41 of the back unit 40. Therefore, as shown in FIG. 7, the light diffusion unit 45 is attached with the edge portion of the liquid crystal screen 2 a positioned on the back surface.

  Also, on the front side of the back unit 40, as shown in FIG. 4, a ball passage is formed to form a lower left ordinary winning opening ball passage 46 a to 46 c communicating with the lower left ordinary winning opening 16 a to 16 c extending to the back side of the front panel 30. A member 46 is attached, and a central ball passage 47 that receives a winning ball from the start winning port 11 and the special winning port 13 is integrally formed.

  Further, a peripheral wall 48 extending forward is formed around the front side of the back unit 40, and the whole is manufactured by injection molding as a front-opening box-shaped molded body. The back unit 40 formed in a box shape serves as a mounting base for the movable body accessory. As shown in FIG. 6, the central luminous body accessory 400 with a shutter is attached to the front surface of the back unit 40, and the window opening is located behind the center of the stage of the front panel 30 so as to be exposed from the upper surface of the stage 20. 41 is attached to the front side of the frame portion on the lower side of 41.

[2 Mounting relationship of movable objects]
As shown in FIG. 8 and FIG. 9, the movable body accessory 100, 200, 300, and 600 are, in order from the back, a toroidal ring movable body accessory 200, a gear box accessory 600, and a rotating shuriken movable object accessory 300. The logo movable body accessory 100 is assembled in this order. The gear box accessory 600 is an accessory that performs an effect of rotating the gear on the spot, and does not execute an operation of appearing or leaving in front of the liquid crystal screen like other movable body accessories. On the other hand, the circular moon ring movable body accessory 200, the rotating shuriken movable body accessory 300, and the logo movable body accessory 100 perform operations of appearing or leaving on the front surface of the liquid crystal screen by turning or sliding. In addition to the single movable body effect, these circular moon ring movable body accessory 200, rotating shuriken movable body accessory 300, and logo movable body accessory 100 also execute a movable body effect in which three operate simultaneously. For this reason, each operation surface is shifted in the front-rear direction and assembled so as not to interfere with each other.

[Details of 3 circle-ring-wheel movable body accessory 200]
As shown in FIGS. 10 and 11, the circular ring movable body accessory 200 attached to the innermost part of the movable body accessories is composed of left and right half ring-shaped movable body accessories 210 and 220. . The left and right halved ring-shaped movable body accessories 210 and 220 are centered on the upper edge 43a of the frame body of the back unit 40 so as to rotate from the opposite sides toward the center of the window opening 41. Can be attached. At this time, the left and right half ring-shaped movable body accessories 210 and 220 are provided with transparent guide plates 211 and 221 on the movable ends 210a and 220a side, respectively. It is attached so that it may be in the state guided by the guide formation member 230 for making it operate | move parallel to a front surface. Moreover, the LED lamp 280 for illuminating the state in which the circular-ring-wheel movable body accessory 200 was united from the left side is also provided.

  The guide forming member 230 includes a back side guide forming member 231 attached to the front surface of the frame lower side edge 43b of the back unit 40, a front left side guide forming member 232 attached to overlap the front surface of the back side guide forming member 231, and The front right side guide formation member 233 is comprised. These back side guide forming member 231, front left side guide forming member 232, and front right side guide forming member 233 are assembled to form guide grooves 234 whose upper surfaces are groove openings 234a and 235a as shown in FIGS. , 235 are formed. The above-described guide plates 211 and 221 are guided from the front and rear in a state of being inserted into the guide grooves 234 and 235 from the groove openings 234a and 235a. As a result, the left and right halved ring-shaped movable objects 210 and 220 are guided so as to rotate in a plane parallel to the front surface of the back unit 40.

  As shown in FIGS. 10, 11, 14, and 15, the back surface side guide forming member 231 includes a flat plate portion 231a having a plate-like shape as a whole in a front view, and a side portion from the lower portion of the flat plate portion 231a. It has the structure provided with the both-sides peripheral wall part 231b extended to the front and back centering on the flat plate part 231a, and the one-sided peripheral wall part 231c extended only behind about the upper part. The central portion of the flat plate portion 231a is a decorative shape portion 231d, and groove bottom ribs 231e, 231e, front ladder ribs 231f, and rear grid ribs 231g constituting the groove bottoms of the guide grooves 234, 235 are integrally formed. Yes.

  As shown in FIGS. 10, 11, 16, and 17, the front left side guide forming member 232 is a flat plate portion 232a having a shape that overlaps in a front view with a portion on the left side of the decorative shape portion 231d of the back side guide forming member 231. A peripheral wall portion 232b erected forward so that the entire periphery of the flat plate portion 232a is the back surface of the flat plate portion 232a, a front ladder rib 232c formed inside the peripheral wall portion 232b, and a shutter Positioning protrusions 232d and 232d for attaching the central luminous body accessory 400 to the front side are integrally formed.

  The front right guide forming member 233 is a part that is symmetrical with the front left guide forming member 232, and as shown in FIGS. 10, 11, 16, and 17, the decorative shape portion of the back side guide forming member 231 is provided. A flat plate portion 233a having a shape overlapping with a portion on the right side of 231d in a front view, a peripheral wall portion 233b erected forward so that the entire periphery of the flat plate portion 233a has the flat plate portion 233a as a back surface, and a peripheral wall portion Front ladder-like ribs 233c formed in a ladder shape inside 233b and positioning projections 233d and 233d for attaching the central luminous body accessory 400 with a shutter to the front side are integrally formed.

  As shown in FIGS. 18 and 19, the left and right half ring-shaped movable body accessories 210 and 220 are semicircular front outer frame molded bodies 212 and 222, and the front outer frame molded bodies 212 and 222, respectively. Semicircular lens members 213 and 223 fitted to the back surface, semicircular LED substrates 214 and 224 attached to the respective back surfaces of these lens members 213 and 223, semicircular back cover members 215 and 225, It is comprised as an assembly which overlap | superposed and screwed. The guide plates 211 and 221 are mounted so as to be sandwiched between the front outer frame molded bodies 212 and 222 and the back cover members 215 and 225 during the assembly operation.

  The front outer frame molded bodies 212 and 222 have movable end side tip portions 212a and 222a having end surfaces that are staggered in an oblique direction. As shown in FIG. It is configured as. In addition, arc-shaped lens windows 212b and 222b are provided at the center in the width direction, and three rhombus-shaped lens windows 212c and 222c and one triangular lens window 212d and 222d are opened at this angular interval.

  The lens members 213 and 223 have a narrower shape than the front outer frame molded bodies 212 and 222, and project to the outer diameter side and the inner diameter side at positions corresponding to the three rhombus lens windows 212c and 222c. The protruding lenses 213a and 223a are formed at positions corresponding to the single triangular lens windows 212d and 222d so as to protrude only to the inner diameter side. Further, the movable end side tip portions 213d and 223d of the lens members 213 and 223 are cut at positions corresponding to the lowermost rhomboid lens windows 212c and 222c of the front outer frame molded bodies 212 and 222, respectively. Yes.

  The LED substrates 214 and 224 are formed in a shape that overlaps the lens members 213 and 223, and are formed so as to protrude from the arc-shaped main body plate portions 214a and 224a and the main body plate portions 214a and 224a to the outer diameter side and the inner diameter side. LEDs are arranged on the shape plate portions 214b and 224b.

  The back cover members 215 and 225 are formed on flat plates 215a and 225a having dimensions to be fitted inside the front outer frame molded bodies 212 and 222 in a state where the lens members 213 and 223 and the LED substrates 214 and 224 are fitted on the front surface. On the other hand, peripheral ribs 215b and 225b and internal ribs 215c and 225c are integrally formed on the front surface side, and peripheral rib missing portions 215e and 225e are provided on the outer diameter side of the movable end side tip portions 215d and 225d. Yes. The guide plates 211 and 221 are fixed with screws in a state where they are inserted from the peripheral rib missing portions 215e and 225e.

  Follower plates 212f and 222f are integrally formed on the rotation center side base portions 212e and 222e of the front outer frame molded bodies 212 and 222, respectively. The follower plates 212f and 222f are formed with oval holes 212g and 222g which are in the vertical direction when the left and right half-ring movable members 210 and 220 are moved to the combined position. Further, shaft support holes 212h and 222h serving as rotation centers are formed at the upper ends of the follower plates 212f and 222f.

  The shaft support holes 212h and 222h are arranged in the right direction from the follower plate 212f of the left half ring-shaped movable body accessory 210 so that the left and right sides overlap with each other. The shaft support bulges 212i and 222i are formed so as to protrude leftward from the plate 222f. In addition, the left half-ring-shaped movable body accessory 210 is protruded so as to be shifted forward from the front surface of the follower plate 212f so that the bulging portions 212i and 222i for pivot support overlap each other in the front-rear direction. The right half-ring-shaped movable body accessory 220 is formed to be recessed so as to be shifted rearward from the front surface of the follower plate 222f.

  Further, a triangular shutter member 212j that protrudes leftward is formed on the follower plate 212f of the left half ring-shaped movable body accessory 210. As will be described later, the shutter member 212j is for detecting the completion of the operation to the origin position where the movable object 200 is opened. Further, the follower plates 212f and 222f are configured such that the facing side end surfaces 212k and 222k are vertical surfaces that substantially coincide with the centers of the shaft support holes 212h and 222h at the combined position. And semicircular recessed parts 212m and 222m are formed in the lower part of facing side end surface 212k and 222k. The rear unit 40 is provided with a combined center regulating pin 49 so that these semicircular recesses 212m and 222m abut from the left and right during the combined operation (see FIGS. 12 and 13).

  The power of the movable object 200 is provided by a drive motor 250. The drive motor 250 is attached to the left side of the gear box 240 attached to the front surface of the back unit 40 from the front surface side, and two operation gear sets 254 via the three reduction gears 251 to 253 in the gear box 240. , 255 are rotated in the forward and reverse directions to rotate the left and right half ring-shaped movable body accessories 210, 220 between a standby position (open state) and a movable position (combined state).

  The gear box 240 has a front / rear split structure composed of a box rear portion 241 and a box front portion 242, and houses the aforementioned reduction gears 251 to 253 and operation gear sets 254 and 255 inside. The operation gear sets 254 and 255 are configured with a gear ratio of 1: 1, and pins 254a and 255a project forward from the outside of the rotation center. The pins 254a and 255a are fitted into the oval holes 212g and 222g of the follower plates 212f and 222f to function as cam shafts. Therefore, the operating gear sets 254 and 255 are meshed so that the pins 254a and 255a are symmetric with respect to the meshing position. The box front portion 242 of the gear box 240 is formed with a motor opening 243 for inserting the motor shaft and cam shaft openings 244 and 245 for exposing the pins 254a and 255a to the front.

  The drive motor 250 is installed via a base member 260 attached to the front surface of the gear box 240 so as to cover the motor opening 24, and the front surface is covered with a motor cover 259 (see FIG. 10). A photo sensor 270 is attached to the right side of the base member 260. The origin return can be detected from the state in which the shutter member 212j enters the detection unit 271 of the photosensor 270.

  The follower plates 212f, 222f are provided with peripheral walls 212o, 222o and oval hole peripheral walls 212p, 222p projecting rearward so as to form a space on the back side where the wire harness can be accommodated. Back covers 212q and 222q are attached. The wire harness is used to send power and signals to the LED boards 214 and 224 of the half ring-shaped movable object 220 and 230, and is formed on the upper end side of the follower plates 212f and 222f and the back covers 212q and 222q. Are led to the internal spaces 212x and 222x from the opening portion to be connected to the LED boards 214 and 224.

  FIG. 20 shows a state where the components shown in the exploded perspective views of FIGS. 18 and 19 are assembled. FIG. 21 shows a state where the gear box 240 is removed in FIG. As shown in these drawings, the left and right halved ring-shaped movable body accessories 210 and 220 are designed such that the movable end side tip portions 212a and 222a, which are end surfaces that are staggered in the oblique direction, overlap at the combined position. Configured as a body. In the combined position, the semicircular recesses 212m and 222m of the follower plates 212f and 222f approach so as to form a circular hole. At this time, since the united center regulating pin 49 of the back unit 40 is provided, the left and right half-ring-shaped movable body accessories 210 and 220 do not rotate too much.

  The operation state of the circular moon ring movable body accessory 200 is shown in FIGS. 22 (A), (C) and FIG. 23 show the state in which the movable position (the maximum projecting position in the combined state) is operated, and FIGS. 22 (B), (D) and 24 show the retracted position (liquid crystal The figure shows a state of operation to an immersive position escaped from the front surface of the display device. As can be seen from the drawing drawn from the front side, the pins 254a and 255a of the operation gear sets 254 and 255 are engaged with the oval holes 212g and 222g of the follower plates 212f and 222f to constitute a cam follower mechanism. In addition, it can be seen that the drive motor 250 performs a retracting operation by rotating forward and reverse. At this time, since the gear sets for operation 254 and 255 have a gear ratio of 1: 1, the left and right halved ring-shaped movable body accessories 210 and 220 execute symmetrical operations.

  FIG. 25 illustrates a state where the guide plates 211 and 221 are guided in the guide grooves 234 and 235 of the guide forming member 230 after being mounted on the back unit 40. As illustrated, the groove bottoms of the guide grooves 234 and 235 have substantially the same shape as a locus where the guide plates 211 and 221 move by arc motion. In addition, when the guide forming member 230 is attached to the back unit 40, the center horizontal portions 234S and 235S substantially coincide with the lower edge of the window opening 41, and the center horizontal portions 234S and 235S extend leftward and rightward in the window opening 41. The left bulging portion 234B and the right bulging portion 235B project in an arc shape, and are attached so as to be along the front surface of the lower edge of the window opening. In this way, even if the guide plates 211 and 221 are not long enough to be so deep that they have an upper surface shape corresponding to the rotation trajectory, they will not be disengaged from the guide grooves 234 and 235. And even if a part of the lower left and right sides of the liquid crystal screen is hidden, there is little influence on the image effect, and the guide plates 211 and 221 are rotated without being noticed, so that the unnatural feeling in the combined effect is felt. The effect is difficult to give.

[Details of 4 luminous body accessory 400]
As shown in FIG. 26, the game board 1 of the embodiment has a transparent wall member 21 on the back surface of the stage 20, and a central rear surface position ( A central luminous body accessory 400 with a shutter is provided in the rear of the position directly above the start winning opening 11. The stage 20 has a stage surface 22 that is inclined downward from the left and right toward the center, and a central joining portion projects upward in a mountain shape. A stage decoration 23 having two depressions 23a and 23a is attached to the front surface of the stage surface 22 so as to drop the game ball from both sides of the central mountain. In the central mountain portion of the stage 20, a tunnel passage 25 is formed that opens to a position directly above the start winning prize opening 11. The inner end of the tunnel passage 25 is closed with a wall member 21. A semicircular vertical groove 21a is formed at the center lower portion of the wall member 21. The semicircular vertical groove 21a is recessed backward so as to form a circular drop hole together with a semicircular hole formed at the rear edge of the center of the stage. The game ball that has jumped into the upper surface of the stage 20 from the warp passage 26 or the like falls from the recesses 23a, 23a of the stage front decoration 23 to the left and right sides of the start winning opening 11, and falls into the tunnel passage 25 to start winning. It has a structure that may fall directly above the mouth 11.

  As shown in FIGS. 27 and 28, the central luminous body accessory 400 with a shutter is provided at the lower part of an open ring type support body 430 having a shape in which about 1/3 of a circle is opened.

  29, 30, the open ring type support body 430 includes a front outer frame left molded body 431 and a front outer frame right molded body 432, first lens members 433a to 433d, and decorative window members 434a to 434a. 434e, decorative window back lens members 435a to 435e, left LED substrate 436 and right LED substrate 437, left back cover member 438 and right back cover member 439, and central light emitter decorative member 440 are stacked in the front-rear direction. It is constructed as an assembly that is assembled and fixed with screws. Then, the luminous body accessory 400 with the shutter is assembled from the back side of the central luminous body decoration member 440.

  The front outer frame left molded body 431 is an arc-shaped molded body from the upper left of the center accessory to the vicinity of the center of the stage, and includes three trapezoidal windows 431a and three arc-shaped windows 431b. Then, the three first lens members 433a to 433c are fitted on the back side of the three trapezoidal windows 431a, and the three decorative window members 434a to 434c and the three decorations are placed on the back side of the three arcuate windows 431b. The rear lens members 435a to 435c are fitted, the left LED substrate 436 is accommodated, and the molded product can be covered with the left back cover member 438.

  The front outer frame right molded body 432 is an arc-shaped molded body that extends from the vicinity of the center of the stage toward the upper right, and includes one trapezoidal window 432a and two arc-shaped windows 432b. The overall size is about 1/3 of the front outer frame left molded body 431. One first lens member 433d is fitted on the back side of one trapezoidal window 432a of the front outer frame right molded body 432, two decorative window members 434d, 434e and two back side windows of the arcuate window 432b, and Two decorative window back lens members 435d and 435e are fitted, and the right LED substrate 437 is accommodated, and the molded body can be covered with the right back cover member 439.

  The central luminous body decorative member 440 is a molded body in which a central opening 440c is formed so as to surround the left side decoration 440a and the right side decoration 440b, and between the front outer frame left molded body 431 and the front outer frame right molded body 432. It is assembled so as to fit in. In the central light emitter decoration member 440, a front wall 440d is integrally formed below the central opening 440c. A U-shaped semicircular recess 440e in front view is formed at the front upper center of the front wall 440d, and a box-like rib 440f is formed by integral molding on the back side. In addition, a cylindrical wall portion 440g is integrally formed rearward at a portion corresponding to the edge of the central opening 440c, and a total of four bosses 440h with screw holes project from the left and right sides of the cylindrical wall portion 440g. It is a body. The central luminous body decoration member 440 is assembled between the front outer frame left molded body 431 and the front outer frame right molded body 432 so as to be fitted from the front, and the front outer frame left molded body 431 and the front outer frame right molded body are assembled. Screws are fixed from the back side through screw insertion holes 431h and 432h formed at the center side edge of 432.

  As shown in FIGS. 29 to 32, the central illuminator accessory 400 with a shutter includes a illuminant 401, cover members 402 and 403 installed so as to cover the front surface of the light emitter 401, and the cover member 402, Cover cover driving means 410 for moving 403 between a closed position and an open position is provided.

  The light-emitting body 401 has a hemispherical light-transmitting member 401a having an inner surface and an outer surface subjected to light diffusion processing, and a substantially circular shape mounted on the inner surface side of the light-transmitting member 401a so as to emit light forward. LED light emitting board 401b and a hemispherical board composed of a light emitter back cover 401c mounted from the back of the LED board 401b. Hereinafter, the light emitter 401 is referred to as a hemispherical light emitter 401.

  On the light emitter back cover 401c of the hemispherical light emitter 401, a box-shaped opening 401e for connecting a wire harness to the box connector 401d on the back surface of the LED substrate 401b, and the left and right upper corners and the lower center of the box-shaped opening 401e. Three formed cylindrical portions 401f with screw holes are formed.

  The cover members 402 and 403 have a shape in which a hemisphere having a diameter larger than that of the hemispherical light emitter 401 is vertically divided into two parts, and the cover member 402 is hereinafter referred to as the upper hemispherical shutter piece 402 and the cover member 403 is disposed below. This is called a side hemispherical shutter piece 403. The upper hemispherical shutter piece 402 and the lower hemispherical shutter piece 403 are attached so as to have pivots 405a and 405b formed on the same axis passing through the spherical center of the hemispherical light emitter 401 as the center of rotation. It is configured as a pair of sizes that can cover the front surface of the hemispherical light emitter 401 at a position.

  A triangular projecting piece 402a is formed at the center of the lower edge on the closed side of the upper hemispherical shutter piece 402 so as to protrude downward. On the upper edge of the lower hemispherical shutter piece 403 on the closed side, a triangular step 403a that is recessed backward is formed corresponding to the tip shape of the triangular protrusion piece 402a. A spherical back wall 403b is erected so as to form a concentric spherical surface on the back side of the portion 403a.

  The support shafts 405a and 405b protrude horizontally on the left and right sides of the lower hemispherical shutter piece 403, and the shaft insertion holes 402b and 402b of the upper hemispherical shutter piece 402 are fitted into the support shafts 405a and 405b. The upper hemispherical shutter piece 402 and the lower hemispherical shutter piece 403 are configured to be capable of rotating in the vertical direction with the support shafts 405a and 405b serving as a common rotation center.

  Further, the upper hemispherical shutter piece 402 and the lower hemispherical shutter piece 403 project on the right side so as to be vertically symmetrical with respect to the horizontal plane passing through the support shafts 405a and 405b in parallel with the support shafts 405a and 405b. Provided pins 402p and 403p are provided.

  Furthermore, the upper hemispherical shutter piece 402 and the lower hemispherical shutter piece 403 have diamond-cut surfaces 402c and 403c that are mirror-finished on their inner surfaces, and the upper hemispherical shutter piece 402 has a peek-like look. A window 402d is formed. The viewing window 402d may be a through hole, but is formed as a transparent thin portion in this embodiment.

  The upper hemispherical upper shutter piece 402 includes support shafts 405a and 405b projecting left and right from the lower hemispherical shutter piece 403 with the hooked bushes 404 and 404 interposed therebetween, and shaft insertion holes 402b and 402b. To be integrated. Further, hooked bushes 404 and 404 are fitted from the outside into the support shafts 405a and 405b protruding from the shaft insertion holes 402a and 402a.

  The hemispherical light emitter 401, the upper hemispherical shutter piece 402, and the lower hemispherical shutter piece 403 are planes formed by a back support frame 411 located on the back side and a right side support frame 412 located on the right side. It is assembled on the front side of the L-shaped frame body portion.

  In this assembly, the hemispherical light emitter 401 has screws inserted from three screw insertion holes 411b formed near the upper left and right corners and near the lower center of the rectangular opening 411a of the back support frame 411. Screw into the cylinder part 401f with screw holes 401c and assemble. As a result, the wire harness connected to the box connector 401d of the LED substrate 401b can be assembled in a state of being pulled out to the outside through the box-shaped opening 401e of the light emitter back cover 401c and the rectangular opening 411a of the back support frame 411. it can.

  A pair of gears 413 and 414 that mesh at a gear ratio of 1: 1 are assembled to the right side surface of the right side support frame 412. Therefore, gear support shafts 412a and 412b for supporting the gears 413 and 414 are projected from the right side surface of the right side support frame 412. The gears 413 and 414 are fitted into the gear support shafts 412a and 412b, and are assembled in a state where they are covered with a back plate 415 from the back side. Therefore, through holes 415a and 415b through which the gear support shafts 412a and 412b are inserted are formed in the back plate 415.

  The gears 413 and 414 include arms 413a and 414a that protrude from the outer peripheral portions of the gears 413 and 414, respectively. Grooves 413b and 414b having openings on the left side are formed in the arms 413a and 414a. The gears 413 and 414 are meshed so that the arms 413a and 414a are vertically symmetrical with respect to a horizontal plane passing through the gear meshing point.

  A circular bearing hole 412c centering on an extension line of the meshing points of the gears 413 and 414 passes through the right side support frame 412, and an arc-shaped groove 412d is formed at an outer vertical position concentric with the bearing hole 412c. , 412e are opened.

  A drive motor 420 that transmits power to the pair of gears 413 and 414 is also attached to the right side support frame 412. For this reason, on the right side surface of the right side support frame 412, two pillars 412 f with screw holes for fixing the motor base 416 and two pillars 412 g with positioning protrusions are formed to project horizontally. . The motor base 416 is formed with a circular hole 416a through which the drive shaft 420a of the motor 420 is inserted, and the screw insertion hole 416b that matches the screw hole of the screw hole-equipped column 412f, and the positioning projection 412g. A positioning hole 416c that coincides with the protrusion is formed.

  The drive motor 420 is assembled from the right side of the motor base 416 so that the drive shaft 420a is inserted into the circular hole 416a, and is fixed with screws. A drive gear 417 is fitted to the tip of the drive shaft 420a from the opposite side across the motor base 416. A shutter member 417a protrudes from a part of the outer periphery of the drive gear 417. The shutter member 417a is for detecting the state of entering the detection unit 425a of the photosensor 425 attached to the lower left side of the motor base 416 as the origin position. The motor base 416 has a positioning projection 416d and a screw hole 416e for attaching the photosensor 425, and the photosensor 425 has a positioning hole 425b and a screw insertion hole 425c. The motor base 416 has a screw hole 416f for fixing the drive motor 420 with screws, and the drive motor 420 has a screw insertion hole 420b.

  The gears 413, 414 and the drive gear 417 are arranged such that the arms 413 a, 414 a of the gears 413, 414 are forward when the shutter member 417 a of the drive gear 417 is in the downward position and enters the detection position 425 a of the photo sensor 425. Assembling of the right side support frame 412, the back plate 415, and the motor base 416 is performed.

  Thus, when the cover driving means 410 is completed by assembling the right side support frame 412, the gears 413 and 414, the back plate 415, the motor base 416, the drive gear 417, the drive motor 420, and the photosensor 425, the hemispherical light emitter 401 is formed. While assembling the assembled back support frame 411 and right support frame 412, the upper and lower hemispherical shutter pieces 402 and 403 are assembled so as to cover the front surface of the hemispherical light emitter 401.

  At this time, the screws inserted from the three screw insertion holes 411h formed at the upper and lower positions about ¼ from the right end of the back support frame 411 were formed from the upper surface of the right support frame 412 immediately above the arc-shaped opening. Screwed into the three screw holes 412h, the back support frame 411 and the right support frame 412 are assembled to assemble an L-shaped frame portion in plan view. At this time, the two positioning protrusions 412i protruding from the upper surface of the right side support frame 412 are fitted into the two positioning holes 411i formed in the back support frame 411 so that the positioning can be performed correctly. It is configured.

  Also in attaching the hemispherical light emitter 401 to the back support frame 411, two positioning projections 401g projecting on the back surface of the light emitter back cover 401c of the hemispherical light emitter 401 are formed on the back support frame 411. By being fitted in the positioning hole 411g, the positioning can be performed correctly.

  The upper hemispherical shutter piece 402 inserts support shafts 405a and 405b projecting left and right from the lower hemispherical shutter piece 403 with the hooked bushes 404 and 404 interposed therebetween, into the shaft insertion hole 402b. And integrate. Further, the flanged bushes 404 and 404 are fitted from the outside into the support shafts 405a and 405b protruding from the shaft insertion hole 402b. Then, the left support shaft 405a is fitted into the bearing hole 411m of the side wall portion 411k projecting from the left front surface of the rear support frame 411, and the right support shaft 405b is inserted into the upper center bearing of the right support frame 412. Fit into the hole 412c. At this time, on the right side of the upper hemispherical shutter piece 402 and the lower hemispherical shutter piece 403, the pins 402p and 403p provided so as to be vertically symmetrical with respect to the horizontal plane passing through the support shaft 405b are connected to the right side support frame. In 412, it inserts in circular-arc-shaped opening 411d, 411e formed in the outer up-and-down position concentric with the bearing hole 411c, and it is made to fit in groove | channel 413b, 414b of arm 413a, 414a of gear 413,414.

  As described above, since the gears 413 and 414 have the arms 413a and 414a facing forward, the upper and lower hemispherical shutter pieces 402 and 403 are attached to the hemispherical light emitter 401 during the assembly. It is assembled with the front face closed (see FIG. 33).

  31 and 32, reference numeral 411p is a screw insertion hole for screwing the back support frame 411 to the 430, reference numeral 411r is a positioning hole for fitting with a positioning protrusion on the 430 side, and reference numeral 411r is a positioning bar. is there.

  The luminous body accessory 400 of the present embodiment configured as described above has a hemispherical luminous body 401 as the luminous body, and the hemispherical luminous body 401 in the closed position in a shape in which the shutter piece is substantially divided into two hemispheres. A pair of hemispherical shutter pieces 402 and 403 having a size capable of covering the front surface, and the hemispherical shutter pieces 402 and 403 are supported on the same axis passing through the center of the spherical body of the hemispherical light emitting body 401. Since the 405b is attached to the center of rotation, as shown in FIG. 34, when the shutter pieces 402 and 403 are rotated to the open position, the luminous body 401 appearing from behind peels off the sphere. Impressive. As a result, when the shutter pieces 402 and 403 are moved, the player does not have too much expectation, but the player's interest can be enhanced only by performing the light emission effect with the skin peeled off.

  In addition, the luminous body accessory 400 according to the present embodiment can realize a synchronized movement with the same rotation angle of the pair of upper and lower shutter pieces 402 and 403 by one drive motor 420, and the completion of the movement to the closed position can be realized. By detecting with the sensor 425, the opening / closing angle can be controlled based on the closed position. As a result, as shown in FIG. 34, the fully closed position ((A1) to (A3)), 1/3 open position ((B1) to (B3)), 2/3 open position ((C1) to (C3) )), Fully open positions ((D1) to (D3)) and stepwise opening / closing angle control can also be executed.

  Furthermore, since the cover driving means 410 enables a steadily operation with a simple configuration, high demands on assembly accuracy and the like are not required. Since it has a simple structure, it can be installed at a position such as the center of the stage 20 where the start winning opening 11 and the like are installed.

  Further, in the closed position (FIGS. 34A1 to A3), the protruding piece portion 42a of the upper hemispherical shutter piece 402 and the stepped portion 403a of the lower hemispherical shutter piece 403 are overlapped. . As a result, a gap at the closed position does not occur even if high assembly accuracy is not required, and no gap occurs even if a secular change occurs. As a result, the contents planned as the light emission effect can be steadily executed.

  In addition, the pair of hemispherical shutter pieces 402 and 403 have diamond-cut surfaces 402c and 403c whose inner surfaces are mirror-finished, and the upper hemispherical shutter piece 402 has a viewing window 402d through which the inside can be seen. Therefore, when the light emitting body 401 is caused to emit light when the shutter pieces 402 and 403 are in the closed position, irregular reflection occurs internally by the diamond cut surfaces 402c and 403c, and light leaks through the viewing window 402d. It is also possible to execute a novel light emission effect.

  A transparent wall member 21 formed of a transparent plate is raised on the back surface of the stage 20, and the illuminant role 401 is located above the start winning opening 11 on the back side of the transparent wall member 21. Since the cover members 402 and 403 are attached to the front side of the frame portion on the lower side of the window opening 41 of the back unit 40 so as to be exposed from the upper surface of the stage 20, The light emission effect is executed in the vicinity of the start winning opening 11 where it is easy for the player to pay attention, and a novel light leakage effect can be effectively executed. Such an effect is obtained by inserting the pins 402p and 403p into the grooves 413b and 414b of the arms 413a and 414a of the gears 413 and 414 having a gear ratio of 1: 1 as described above. A configuration in which the power of the drive motor 420 is transmitted via the motor 417 and the gears 413 and the like are accommodated in a gear box surrounded by the back support frame 411, the right side support frame 412, the back plate 415, and the motor base 416. Therefore, it is easy to install the illuminant accessory 400 in the center of the stage where attention is high.

  Further, in the present embodiment, the front side of the frame portion 43 of the back unit 40 is decorated so as to decorate the inside of the large opening 31 of the front panel 30 of the game board 1 continuously behind the center decoration 12 as a large decorative member. Since the open ring type support body 430 is provided as an inner decorative member that is attached to the front ring frame, the open ring type support body 430 is divided into a front outer frame left molded body 431 and a front outer frame right molded body 432, so A space between the molded bodies 431 and 432 is used as a light body accessory assembling portion, and the periphery of the light emitting body accessory 400 is surrounded between the left and right front outer frame molded bodies 431 and 432 serving as the light body decorative body assembling portion. The central light emitter decoration member 440 is attached to the rear unit 4, and the light emitter accessory 400 is assembled to the open ring type support body 430 that is the inner decoration member. It is attached to the front side. The stage 20 has a mountain-shaped portion that bulges upward in the center of the upper surface, a semicircular drop hole cut out from the rear of the central portion of the mountain-shaped portion, and a game that is continuous with the semicircular drop hole. A tunnel passage 25 for guiding the ball to a position directly above the start winning opening 11 is provided, and a semicircular drop hole and a rear wall of the tunnel passage 25 are formed in the lower center part of the transparent wall member 21 so as to be rearward in a semicircular shape. A semicircular vertical groove 21a that is recessed is formed, and a semicircular recess 440e that can receive a rearward bulge of the semicircular vertical groove 21a of the transparent wall member 21 is formed in the center of the lower portion of the central light emitter decoration member 440. Therefore, the luminous body accessory 400 can be assembled immediately after the tunnel passage 25 at the center of the stage 20.

  As a result, in combination with a lucky impression that the game ball rolls down to the tunnel passage 25 immediately above the start winning opening 11, it is possible to execute a more innovative light emission effect. Further, the transparent wall member 21 does not cause the game ball on the stage 20 to have a problem in the opening / closing operation of the luminous body accessory 400, and even if the wall member 21 is present, it is transparent so that the light-emitting effect is surely played. Since the rear wall of the tunnel passage 25 is formed by the semicircular vertical groove 21a of the transparent wall member 21, the movement of the game ball falling into the tunnel passage 25 and the light emission effect by the luminous body accessory Produces an effect that synchronizes. In addition, this synchronization effect is further enhanced by performing the effect of the illuminant accessory 400 in synchronization with the signal that detected the winning of the game ball to the start winning opening 11.

[5 Details of movable logo item 100]
As shown in FIG. 35, the logo movable body accessory 100 has a left logo movable body 110 and a right logo movable body 120 that are lifted in a state where they are close to each other (see (A)), and each of them is broken and left and right. The upper central light-emitting body that is hidden behind the left and right logo movable objects 110 and 120 by sliding to and from the lowered position (see (B)) that has spread to spread to the left and right. It is comprised so that 130 may be exposed.

  As shown in FIGS. 36 and 37 with the upper central light emitter 130 decorating the back surface removed, the logo movable body accessory 100 is a base that supports the left and right logo movable bodies 110 and 120 so as to be movable in the vertical direction. A left slide guide 150 constituted by a member 140, two parallel oval slide grooves 151, 152 opened to the base member in a downwardly inclined manner to the left, and a parallel opening also opened to the base member 140 in a downwardly inclined manner to the right. Left slide guide 160 constituted by two oval slide grooves 161 and 162 and left and right movable logos 110 and 120 are supported by these left and right slide guides 150 and 160. Block 153 and right slide block 163, left solenoid 170 and right solenoid 180 as drive means, The left and right levers 171 and 181 that transmit the pulling operation of the rods 170a and 180a of the noids 170 and 180 to the lowering operation of the left and right slide blocks 153 and 163, and the left and right levers when the solenoids 170 and 180 are turned off. Biasing springs 172 and 182 for returning the slide blocks 153 and 163 to their raised positions are provided.

  As shown in FIGS. 38 and 39, the logo movable body accessory 100 is configured as an assembly of a plurality of parts.

  As shown in FIGS. 38 and 39, the left logo movable body 110 includes a left logo front molded body 111, a left logo lens member 112 fitted into the back side of the left logo front molded body 111, and a left logo lens member 112. The left logo LED substrate 113 assembled to the back side of the left logo LED substrate 113 and the left logo back cover member 114 assembled to cover the back side of the left logo LED substrate 113 are configured. The right logo movable body 120 is similarly configured as an assembly of a right logo front molded body 121, a right logo lens member 122, a right logo LED substrate 123, and a right logo back cover member 124.

  The left and right logo front molded bodies 111 and 121 are transparent synthetic resin injection molded bodies, and the inner surfaces thereof are subjected to light diffusion processing by diamond cutting. The left and right logo lens members 112 and 122 are also transparent synthetic resin injection-molded bodies, and the inner and outer surfaces are subjected to light diffusion treatment. Then, on the back surfaces of the left and right logo back cover members 114 and 124, there are three screw holes 114a1 and 124a1 for assembling the left and right slide blocks 153 and 163, respectively. The slide block assembling portions 114a and 124a are projected, and two cable connection windows 114b and 124b for connecting the signal cables to the left and right logo LED boards 113 and 123 are opened.

  The two cable connection windows 114b and 114b opened in the left logo back cover member 114 are opened so as to be aligned on the left-down axis so as to coincide with the sliding direction of the left logo movable body 110, and between them. The cable holding portion 114c is provided. Similarly, the two cable connection windows 124b and 124b opened in the right logo back cover member 124 are opened so as to be aligned on the axis of lower right so as to coincide with the sliding direction of the right logo movable body 120. The cable holding portion 124c is provided between them. In this embodiment, a flat cable integrated in a strip shape is used as a signal cable, inserted from one window, and connected to the cable connectors 113a and 123a on the back surface of the LED boards 113 and 123 at the position of the other window. Thus, the flat cable is attached so as to be pressed by the cable pressing portions 114c and 124c. At this time, the other end of the flat cable is attached to the front surface of the base member 140 so that the wiring is inclined in the same direction as the arrangement of the cable connection windows 114b and 124b.

  As shown in FIGS. 38 and 39, the upper central light emitter 130 installed behind the left and right logo movable bodies 110 and 120 includes a back cover member 131, three LED substrates 132, 133, and 134, and a center. The upper lens member 135, the center assembly frame 136, the center front molded body 137, and the left and right front molded bodies 138 and 139 (see FIGS. 2 and 42) are assembled. The center front molded body 137 includes a transparent lens portion 137a and an opaque decorative portion 137b, and the inner surface of the lens portion 137a is subjected to light diffusion processing. The central assembling frame 136 includes an opening having a shape in which a circular window 136a and a triangular window 136b are continuous. With respect to the center assembly frame 136, the center front molded body 137 is assembled from the front side of the circular window 136a, and the lens member 135 is assembled from the back side of the triangular window 136b. The back cover member 131 is configured as a molded body in which the left arm portion 131b and the right arm portion 131c extend from the upper left and right of the central portion 131a corresponding to the central assembly frame 136. The LED board 132 attached to the left side of the back cover member 131 corresponds to the left arm part 131b, the LED board 133 attached to the center corresponds to the center part 131a, and the LED board 134 attached to the right side corresponds to the right arm part 131c. It has a shape. Then, a central assembly frame 136 in which a central front molded body 137 and a lens member 135 are assembled is mounted on the front surface of the central LED substrate 133, and left and right front molded bodies 138, 139 are mounted on the front surfaces of the left and right LED substrates 132, 134. Is installed.

  The back cover member 131 has a window opening 131d for exposing the connection connectors 132a, 133a, and 134a on the back side of the LED substrates 132, 133, and 134. Further, flat cable connectors 132b and 134b for connecting the other ends of the flat cables connected to the left and right logo movable bodies 110 and 120 are provided on the front side of the left and right LED substrates 132 and 134, respectively. A gap is formed between the left and right LED substrates 132 and 134 and the left and right front molded bodies 138 and 139 so that the flat cables connected to the flat cable connectors 132b and 134b can be drawn out and passed. It is comprised so that it can wire to the cable connectors 113a and 123a of the LED boards 113 and 123 of the logo movable bodies 110 and 120. In this way, the left and right LED boards 132 and 134 are also functioned as relay boards for light emission effect signals to the left and right logo movable bodies 110 and 120.

  As shown in FIGS. 38 to 41, the base member 140 that slidably supports the left and right logo movable bodies 110 and 120 is provided with two parallel strips having a left-down slope constituting the left slide guide 150 at the lower left portion. The oval slide grooves 151 and 152 are opened, and two parallel oval slide grooves 161 and 162 that form a right slide guide 160 and that are inclined downward to the right are opened in the lower right portion.

  As shown in FIG. 40, slide groove edge frame portions 151a and 152a are formed on the front and back surfaces of the left slide guide 150 so as to surround the groove, as shown in FIG. Has been. The front end surfaces and rear end surfaces of the slide groove edge frame portions 151a and 152a are flush with each other and function as the slide surfaces of the slide block 153, respectively.

  As shown in FIG. 41, slide groove edge frame portions 161a and 162a are also formed on the front and back sides of the right slide guide 160 so as to surround the groove. Has been. The front end surfaces and the rear end surfaces of the slide groove edge frame portions 161a and 162a are flush with each other and function as slide surfaces of the slide block 163, respectively.

  The left slide block 153 includes a front member 154 and a rear member 155 as shown in FIGS. As shown in FIG. 40, the front member 154 has three screws when the screws are screwed into the three screw holes 114a1 of the slide block assembly portion 114a on the back surface of the left logo movable body 110 on the front side. A "rice ball-shaped" fitting recess 154a having insertion holes 154a1 at three vertex positions is formed, and two bosses 154b and 154c inserted into the inner oval slide groove 151 are formed on the back surface side. And two bosses 154d and 154e inserted into the outer oval slide groove 152 are projected. Of the bosses 154b and 154c inserted into the inner oval slide groove 151, the tip of the boss 154b positioned above is a stepped small diameter portion 154f.

  The rear member 155 is formed with a small-diameter boss 155b that abuts the stepped thin-diameter portion 154f of the boss 154b on the front side, and is fitted with the other three bosses 154c, 154d, and 154e. Three recessed portions 155c, 155d, and 155e are formed. The small-diameter boss 155b has a tip surface formed lower than the recessed portions 155c to 155e, and is formed so that three claws 155f surround the periphery at intervals of 90 degrees so as to form a storage portion having the tip surface as a bottom. ing. In addition, screw insertion holes are formed in the three recessed portions 155c to 155e, and screw holes are respectively formed in the three bosses 154c to 154e fitted to the three recessed portions 155c to 155e. The front member 154 and the rear member 155 are screwed by using all three of these screw insertion holes and screw holes, or two at the diagonal positions, so that a base member between the oval slide grooves 151 and 152 is obtained. The remaining portion 156 is assembled to the base member 140 so as to be sandwiched from the front and rear.

  The right slide block 163 includes a front member 164 and a rear member 165 as shown in FIGS. 38 and 39. As shown in FIG. 41, the front member 164 has three screws when the screws are screwed into the three screw holes 124a1 of the slide block assembly portion 124a on the back surface of the right logo movable body 120 on the front side. An “onigiri-shaped” fitting recess 164 a having insertion holes 164 a 1 at three vertex positions is formed, and two bosses 164 b and 164 c inserted into the inner oval slide groove 161 are formed on the back surface side. And two bosses 164d and 164e inserted into the outer oval slide groove 162 are protruded. Of the bosses 164b and 164c inserted into the inner oval slide groove 161, the tip of the boss 164b positioned above is a stepped small diameter portion 164f.

  The rear member 165 is formed with a small-diameter boss 165b that abuts the stepped thin-diameter portion 164f of the boss 164b on the front side, and the other three bosses 164c, 164d, and 164e are fitted. Three recessed portions 165c, 165d, and 165e are formed. The small-diameter boss 165b has a tip surface formed lower than the recessed portions 165c to 165e, and is formed so that three claws 165f surround the periphery at intervals of 90 degrees so as to form a storage portion having the tip surface as a bottom. ing. Note that screw insertion holes are formed in the three recessed portions 165c to 165e, and screw holes are respectively formed in the three bosses 164c to 164e fitted to the three recessed portions 165c to 165e. The front member 164 and the rear member 165 are screwed by using all three of these screw insertion holes and screw holes or two at the diagonal positions, so that the base member between the oval slide grooves 161 and 162 is secured. The remaining portion 166 is assembled to the base member 140 so as to be sandwiched from the front and rear.

  The small-diameter boss 155b projecting from the front side of the rear member 155 of the left slide block 153 forms a small-diameter portion having the same diameter on the same axis as the small-diameter step portion 154f of the front-side member 154 at the time of assembly. It is configured. As shown in FIG. 40, a lever connecting pin 155h for connecting the movable end side long hole 171a of the lever 171 protrudes from the rear surface side of the rear member 155. A stopper piece 155i projects outward from the tip of the lever connecting pin 155h.

  Further, as shown in FIG. 40, the upper end 172b of the biasing spring 172 is connected to the back surface side of the left portion of the base member 140 at a position on the extension line of the oval slide groove 151 inside the left slide guide 150. A spring connecting hook 141 for projecting is provided. The urging spring 172 is mounted between the spring connecting hook 141 and a small-diameter portion formed by the boss 154b and the small-diameter boss 155b of the left slide block 153 being attached to each other. An urging force is applied so as to pull upward along the oval slide groove 151. Since this small-diameter portion has a step portion of the boss 154b on the front surface side, the movement of the biasing spring 172 to shift in the axial direction is restricted.

  Further, as shown in FIG. 40, a fulcrum hole 142 into which a fulcrum pin 173 serving as a rotation center of the left lever 171 is fitted is formed in the left portion of the base member 140. The left lever 171 is connected to the connecting long hole 170b at the tip of the rod 170a of the left solenoid 170 by attaching a connecting pin 174 to the rod connecting hole 171b formed at the left end, and to the right of the rod connecting hole 171b. By inserting the fulcrum pin 173 into the fulcrum pin 173 through the fulcrum hole 171c formed in the corner portion that protrudes downward, the fulcrum pin 173 is fitted into the fulcrum hole 142 of the base member 140, thereby back surface of the base member 140. On the side, it is mounted in a rotatable state.

  The lever 171 is connected to the slide block 153 supported by the slide guide 150 by inserting the lever connecting pin 155h of the slide block 153 into the long hole 171a formed in the right end portion of the left lever 171. To do. When the solenoid 170 is turned on, an operation of attracting the rod 170a upward is executed, the lever 171 is rotated clockwise in a front view, and the right end portion thereof moves downward. As a result, the slide block 153 is moved obliquely downward along the slide guide 150. Accordingly, the left logo movable body 110 moves diagonally to the lower left, and a movable body effect is performed so that the left logo movable body 110 appears to fall while opening outward. When the solenoid 170 is turned off, the suction of the rod 170a is released and the urging spring 172 tries to contract. As a result, the slide block 153 is moved upward on the axis of the inner oval slide groove 151, and the slide guide 150 Stop at the top of the. As a result, the left logo movable body 110 moves diagonally to the upper right, and the operation of returning to the initial position close to the right logo movable body 120 is executed.

  The small-diameter boss 165b protruding from the front side of the rear member 165 of the right slide block 163 forms a small-diameter portion having the same diameter on the same axis as the small-diameter step portion 164f of the front member 164 at the time of assembly. It is configured. As shown in FIG. 41, a lever connecting pin 165h for connecting the movable end side long hole 181a of the lever 181 protrudes on the back surface side of the rear member 165. A retaining piece 165i projects outward from the tip of the lever connecting pin 165h.

  Further, as shown in FIG. 41, the upper end 182b of the biasing spring 182 is connected to the back surface of the right side portion of the base member 140 at a position on the extension line of the oval slide groove 161 inside the right slide guide 160. A spring connecting hook 143 for projecting is provided. The urging spring 182 is mounted between the spring coupling hook 143 and a small-diameter portion formed by the boss 164b and the small-diameter boss 165b of the right slide block 163 abutting each other. A biasing force is applied so as to be pulled upward along the oval slide groove 161. Since this small-diameter portion has a step portion of the boss 164b on the front surface side, the movement of the biasing spring 182 to be displaced in the axial direction is restricted.

  Further, as shown in FIG. 41, a fulcrum hole 144 for fitting a fulcrum pin 183 serving as a rotation center of the right lever 181 is formed in the right side portion of the base member 140. The right lever 181 is connected to a connecting long hole 180b at the tip of the rod 180a of the left solenoid 180 by attaching a connecting pin 184 to a rod connecting hole 181b formed at the left end, and to the right of the rod connecting hole 181b. By inserting the fulcrum pin 183 in the fulcrum hole 181c formed in the corner portion that protrudes downward and fitting the fulcrum pin 183 into the fulcrum hole 144 of the base member 140, the back surface of the base member 140 On the side, it is mounted in a rotatable state.

  The lever 181 is connected to the slide block 163 supported by the slide guide 160 by inserting the lever connecting pin 165h of the slide block 163 into the long hole 181a formed in the right end portion of the right lever 181. To do. When the solenoid 180 is turned on, an operation of attracting the rod 180a upward is executed, the lever 181 is rotated clockwise in a front view, and the right end portion thereof moves downward. As a result, the slide block 163 is moved obliquely downward along the slide guide 160. Accordingly, the right logo movable body 120 moves diagonally to the lower right, and a movable body effect is performed so that the right logo movable body 120 appears to fall while opening outward. When the solenoid 180 is turned off, the suction of the rod 180a is released and the biasing spring 182 tries to contract. As a result, the slide block 163 is moved upward on the axis of the inner oval slide groove 161, and the slide guide 160 Stop at the top of the. As a result, the right logo movable body 120 moves obliquely to the upper left and returns to the initial position close to the left logo movable body 110.

  As shown in FIGS. 38 and 39, the left and right solenoids 170 and 180 are fixed to the back surface of the base member 140 so as to be pressed from the back surface by the mounting brackets 191 and 192.

  As described above, in the logo movable body accessory 100 according to the present embodiment, the remaining portion 156 corresponding to the left-down inclined guide bar is formed by the two parallel oval slide grooves 151, 152 inclined to the left. The slide guide 150 is formed. Similarly, a slide guide 160 having a remaining portion 166 corresponding to a guide bar having a right-down inclination is formed by two parallel oval slide grooves 161, 162 having a right-down inclination.

  Here, the oval slide grooves 151 and 152 inclined downward to the left are provided with the slide groove edge frames 151a and 152a so as to protrude forward and backward, respectively, so that the slide guide 150 is structurally robust. It is. Since the front end surfaces and rear end surfaces of the slide groove edge frame portions 151a and 152a are flush with each other, the back surface of the front member 154 of the slide block 153 and the front surface of the rear member 155 are the slide groove edge frame portions 151a. , 152a is firmly guided in the front-rear direction. The slide block 153 has two bosses 154b and 154c on the back side of the front member 154 fitted in the inner oval slide groove 151 and two outer bosses 154d and 154e fitted in the outer oval slide groove 152, respectively. Therefore, the lateral direction is guided by the inner peripheral surfaces of the slide groove edge frame portions 151a and 152a. As a result, the left slide block 153 can perform a slide operation in a state of being firmly guided along the slide guide 150 inclined downward to the left.

  The front side member 154 of the left slide block 153 is firmly fitted to the slide block assembly portion 114a projecting from the back surface of the left logo movable body 110 by a fitting recess 154a formed on the front surface, and three pieces are provided. It is fixed with screws. As a result, the left logo movable body 110 is assembled in a state of being firmly guided by the slide guide 150 formed at the lower left portion of the base member 140.

  Further, the slide block 153 is connected to the lever 171 and the movable end side long hole 171a through the lever connecting pin 155h of the rear member 155 and is prevented from being detached by the retaining piece 151i. Since the connection is made by a long hole and a pin, play is ensured, and the slide block 153 follows the slide guide 150 configured by a straight line descending to the left with respect to the arc-shaped rotation of the lever 171. Slide operation can be executed smoothly.

  The lever 171 is configured to allow the connecting pin 174 to be inserted into the long hole 170b on the rod side even when the solenoid 170 is connected to the rod 170a, so that the linear movement of the solenoid 170 is caused by the fulcrum pin 173 and the fulcrum hole. A smooth movement due to the presence of play is ensured also in the rotational movement around 142.

  As a result, when the rod 170a is attracted upward by turning on the solenoid 170, the lever 171 smoothly rotates clockwise, and the slide block 153 moves along the slide guide 150 that is inclined to the left. Thus, it is possible to smoothly execute a slide operation that moves downward while moving leftward. When the solenoid 170 is turned off and the rod 170 a is unsucked, the biasing spring 172 pulls the boss 154 b on the inner upper side of the slide block 153 along the inner oval slide groove 151. As a result, the rod 170 a is pulled out, and the slide block 153 rises to the upper end of the slide guide 150.

  As a result, the left logo movable body 110 is slid downwardly to the left when the solenoid 170 is turned on, and is slid upwardly to the original raised position by the biasing spring 172 when the solenoid 170 is turned off. The

  Similarly, since the oval slide grooves 161 and 162 inclined downward to the right are provided so that the slide groove edge frames 161a and 162a protrude forward and backward, the slide guide 160 is also structurally strong. It is. Since the front end surfaces and the rear end surfaces of the slide groove edge frame portions 161a and 162a are flush with each other, the back surface of the front member 164 of the slide block 163 and the front surface of the rear member 165 are the slide groove edge frame portions 161a. , 162a is firmly guided in the front-rear direction. The slide block 163 has two bosses 164b and 164c on the back side of the front member 164 fitted in the inner oval slide groove 161 and two outer bosses 164d and 164e fitted in the outer oval slide groove 162, respectively. Therefore, the lateral direction is guided by the inner peripheral surfaces of the slide groove edge frame portions 161a and 162a. As a result, the left slide block 163 can perform a slide operation in a state of being firmly guided along the slide guide 160 inclined downward to the left.

  The front side member 164 of the right slide block 163 is firmly fitted to the slide block assembly portion 124a projecting from the back surface of the right logo movable body 120 by a fitting recess 164a formed on the front surface, and is provided with three pieces. It is fixed with screws. As a result, the right logo movable body 120 is assembled in a state of being firmly guided by the slide guide 160 formed at the lower right side of the base member 140.

  The slide block 163 is connected to the lever 181 and the movable end side long hole 181a inserted through the lever connecting pin 165h of the rear member 165 and is prevented from being detached by the retaining piece 161i. Since the connection is made by a long hole and a pin, play is ensured, and the slide block 163 follows the slide guide 160 configured by a straight line descending to the right with respect to the arc-shaped rotation of the lever 181. Slide operation can be executed smoothly.

  Since the lever 181 is configured to allow the connecting pin 184 to be inserted into the rod-side long hole 180b even when the solenoid 180 is connected to the rod 180a, the linear movement of the solenoid 180 is caused by the fulcrum pin 183 and the fulcrum hole. Even when the pivoting movement is performed around 144, a smooth movement due to the presence of play is ensured.

  As a result, when the rod 180a is attracted upward by turning on the solenoid 180, the lever 181 smoothly rotates clockwise, and the slide block 163 moves along the slide guide 160 inclined downward to the right. Thus, it is possible to smoothly execute a slide operation that moves downward while moving rightward. When the solenoid 180 is turned off and the rod 180a is unsucked, the biasing spring 182 pulls up the boss 164b on the inner upper side of the slide block 163 along the inner oval slide groove 161. As a result, the rod 180a is pulled out, and the slide block 163 moves up to the upper end of the slide guide 160.

  As a result, the right logo movable body 120 is slid downwardly to the left when the solenoid 180 is turned on, and is slid upwardly to the original raised position by the biasing spring 182 when the solenoid 180 is turned off. The

  When the solenoids 170 and 180 are simultaneously turned on, the left and right movable logo bodies 110 and 120 fall as if they are cracked left and right, and move to a protruding position that overlaps the front surface of the liquid crystal screen 2a. When both solenoids 170 and 180 are turned off, the left and right logo movable bodies are moved by the return operation of the biasing springs 172 and 182 stretched in the same direction as the slide grooves 151 and 161 inside the slide guides 150 and 160. 110 and 120 return to an upper retreat position that does not overlap the liquid crystal screen 2a, and form a decoration on the upper part of the center character by one logo by the left and right logo movable bodies 110 and 120.

  Further, since the return operation to the retracted position is executed by the biasing springs 172 and 182, there is no need to provide a position detection sensor or to drive the motor, and the solenoids 170 and 180 are used as a drive source. If possible. This makes the operation smooth by a configuration in which the biasing springs 172 and 182 are mounted so as to overlap the inner slide grooves 151 and 161. In addition, this is formed so that the pins 155h and 165h for connecting to the levers 171 and 181 are located on the same axis on the back side of the bosses 154b and 164b to which the lower ends 172a and 182a of the biasing springs 172 and 182 are mounted. Therefore, when the solenoids 170 and 180 are turned on, the structure in which the biasing springs 172 and 182 can be extended most efficiently is also effective.

  Further, as described above, each slide block 150, 160 is firmly guided in the front-rear direction by the front end surface and the rear end surface of the slide groove edge frame portions 151a, 152a, 161a, 162a, and the biasing spring 172. Since the three bosses 154c to 154e, 164c to 164e not fitted with 182 are fitted to the recessed portions 155c to 155a and 165c to 165e of the rear member 160, the structure is easily assembled. Moreover, it is integrated with sufficient strength.

  In addition, since the solenoids 170 and 180 are fixed to the back side of the base member 140 so that the levers 171 and 181 and the urging springs 172 and 182 are located on the back side of the base member 140, these logo movable body features An installation space for 100 drive mechanisms (lever 171, 181, biasing springs 172, 182 and solenoids 170, 180) can be easily secured.

  In addition, the logo movable body accessory 100 is composed of left and right logo movable bodies 110 and 120 divided into two, and slide blocks 153 and 163, levers 171 and 181, biasing springs 172 and 182, and solenoids 170 and 180. Are respectively provided for the left and right logo movable bodies 110 and 120, and the slide guides 150 and 160 are formed obliquely by changing the inclination direction so that the left and right logo movable bodies 110 and 120 have a divergent relationship. The lever 181 is located between the left and right slide blocks 153 and 163, and the left lever 171 is assembled so as to be outside (left side) of the left slide block 153. Therefore, the overall configuration can be made compact. In order to enable such a configuration, driving by the solenoids 170 and 180 and restoring by the biasing springs 172 and 182 are possible. It is alive configuration that.

  In addition, the production by the logo movable object 100 is not the production in which the logo simply falls, but if only one of the solenoids 170 and 180 is turned on, only half of the logo falls, and if both are turned on, the logo New and innovative effects such as falling as the whole spreads are possible. Such a novel and novel effect is to enclose the remaining base member portions 156 and 166 as the slide guides 150 and 160 for stably and smoothly performing the vertical movement of the left and right logo movable bodies 110 and 120. The adoption of the slide blocks 153 and 163 to be installed effectively works. The levers 171 and 181 are connected to the pins 155h and 165h projecting on the back side of the slide blocks 153 and 163, and the levers 171, 181 Solenoids 170 and 180 having rods 170a and 180a connected to the rear end side of 181 are provided, and play is ensured by making these connecting parts into long holes and pins, and the protruding operation is a return operation (retracting operation) by solenoid driving. ) Are the biasing springs 172 and 182 so that the sliding operation in the oblique direction can be executed stably and smoothly. Precisely because, which enables innovative production in such a novel. In addition, since the slide guides 150 and 160 have a divergent relationship in the left and right logo movable bodies 110 and 120, it is possible to have a compact configuration as described above. Playing organic actions, the unique actions and effects as described above can be achieved.

  As shown in FIGS. 42D and 42E, the left front molded body 138 and the right front molded body 139 mounted on the front left and right of the base member 140 in the logo movable body accessory 100 swell greatly forward. The logo movable body moving ranges 138a and 139a, which have a front surface shape and the logo movable bodies 110 and 120 are mounted on the front surface and slide, are located on the vertical surfaces of the left and right front molded bodies 138 and 139 that are substantially the same. However, it is configured not to interfere with the sliding operation.

  42 (B) and 42 (C), the inner lower edge of the logo movable body moving range 138a of the left front molded body 138 is viewed from the front of the base member 140 so that the slide guide 150 is completely exposed. On the other hand, it is a notch 138b that is largely cut. As shown in FIG. 42 (A), this notch is cut into two steps, and a part thereof is a rectangular notch 138d having an upper side 138c having an inclination substantially coincident with the inclination of the slide guide 150. Yes.

  Also, the right front molded body 139 has an isosceles trapezoidal window 139b opened at a position overlapping the slide guide 160 near the inner edge of the logo movable body moving range 139a, as shown in FIGS. Has been. The upper base 139c and the lower base 139d of the isosceles trapezoidal window 139b substantially coincide with the inclination of the slide guide 160. Further, a rectangular window 139e is also opened at a position on the upper right side of the isosceles trapezoidal window 139b. The rectangular window 139e is opened as a rectangle inclined so as to be substantially parallel to the slide guide 160.

  Further, the left front molded body 138 and the right front molded body 139 are assembled by bringing the back column portions 138h and 139h into contact with the front surface of the base member 140, as shown in FIGS. Sufficient space can be secured in front of the rectangular cutout 138d and the rectangular window 139e.

  The rectangular cutout 138d of the left front molded body 138 and the rectangular window 139e of the right front molded body 139 are located behind the cable connection windows 114b and 124b on the back of the logo movable bodies 110 and 120, and are flat cables. Is provided as an opening through which these molded bodies 138 and 139 are drawn out. Further, as described above, the rectangular cutout portion 138d and the rectangular window 139e are inclined in the same direction as the slide guides 150 and 160, and the cable connection windows 114b and 124b on the rear surfaces of the left and right logo movable bodies 110 and 120, respectively. Is also inclined in the same direction as the slide guides 150 and 160.

  As a result, flat cable connectors 132b and 134b provided on the front side of the left and right LED substrates 132 and 134 mounted on the front surface of the base member 140, and LEDs mounted on the back surfaces of the left and right logo movable bodies 110 and 120, respectively. The flat cable connected between the cable connectors 113a and 123a provided on the back side of the substrates 113 and 123 can follow the sliding movement of the logo movable body 110 and 120 without being twisted.

  Further, as shown in FIGS. 42B and 42C, the slide blocks 153 and 163 have a rice ball-shaped fitting recess 154a in both the upper end position and the lower end position of the slide guides 150 and 160. , 164a is exposed from the front, and the notch 138b and the isosceles trapezoidal window 139b are notched or opened. It is located on the back side of the body 138, 139 and is supported by the front end face, the rear end face of the slide guides 150, 160 and the inner peripheral wall of the slide grooves. Since the portion is hidden behind the left and right front molded bodies 138 and 139 and the logo movable bodies 110 and 120 and is not conspicuous, suitable decorative properties are also ensured.

  As described above, according to the logo movable body accessory 100 of the present embodiment, the movable bodies 110 and 120 can be moved in the vertical direction with a smooth operation, and the installation space is not so large and necessary. It can be attached to a gaming machine without requiring high assembly accuracy.

[6 Details of left side decoration 500]
Next, the details of the left side decoration 500 employed by the gaming machine of this embodiment will be described. As shown in FIG. 43, the left side decoration 500 is configured as an integral part with the lower left normal winning openings 16 a to 16 c provided at the lower left portion of the game area 10. In the gaming machine of this embodiment, the right side decoration 590 is also attached to the lower right portion of the gaming area 10. Therefore, as shown in FIG. 5, side ornament mounting openings 32 and 33 are formed through the left and right lower portions of the front panel 30.

  What is characteristic in this embodiment is the configuration of the left side decoration 500. As shown in FIGS. 44 and 45, the left side decoration 500 includes a base portion 510 attached to the front surface of the edge of the side ornament attachment opening 32, a back cover 550 attached to the back side of the base portion 510, and a three-dimensional structure. This is configured as an assembly formed by assembling the shaped body 560 and the normal winning opening forming members 571 and 572.

  The base portion 510 has an upper rolling surface 521 that is slightly lowered to the right at a position that is lowered by about ¼ of the height direction from the upper left end, and extends downward from the right end of the upper rolling surface 521. A base front frame member 530 in which a side decoration main body 520 having a continuous right rolling surface 522 is integrally protruded forward, and a base rear perspective window member 540 assembled to the back surface side of the base front frame member 530. It consists of and.

  The base front side frame member 530 is provided with a base plate 531 having a width from a diagonally upper left side of the side decoration body 520 to a position slightly beyond the position corresponding to the three normal winning holes 16a to 16c. The base plate 531 is formed with winning opening 532, 533, 534, and below the winning opening 532, 533, 534, a central lower notch cut out in a design shape. 535 and a lower right window portion 536 opened in the same design shape. In addition, an upper left cutout portion 537 that is cut out from the left side is also provided above the upper rolling surface 521 of the side decoration body 520.

  The base rear side see-through member 540 includes an upper left notch portion 537, a center lower notch portion 535, and a left upper see-through portion 541, a center lower see-through portion 542, and a lower right see-through portion 543 that fit into the window portion 536 of the base front side frame member 530. And a base plate 544 which is continuous on the back side. The base rear side see-through member 540 is manufactured as a transparent synthetic resin injection molded product.

  The side decoration main body 520 is provided with an inverted L-shaped front wall 523 having an inverted L-shape when viewed from the front, continuously on the front side of the upper rolling surface 521 and the right rolling surface 522. Then, an inner wall 524 having a reverse L-shaped vertical cross section is formed integrally with the inverted L-shaped front wall 523 toward the rear. In addition, the upper left see-through portion 541 of the base rear see-through member 540 is formed so that an inverted L-shaped portion 545 serving as a back cover of the inner wall 524 continuing to the inverted L-shaped front wall 523 is continuous. As a result, the base portion 510 formed by assembling the base front side frame member 530 and the base rear side see-through member 540 has an outer side of the inner side wall 524 connected to the reverse L-shaped front wall 523 of the side decoration body 520 (reverse L-shaped An opening surrounded by the guide rail is formed on the inner side. In addition, two cylindrical holes 523a and 523b are formed in the inverted L-shaped front wall 523, and the decorative member 525 is mounted so that the column portions 525a and 525b are fitted into the cylindrical holes 523a and 523b. Since this decoration member 525 is also formed in an inverted L-shape as a whole and decorates the corners of the inverted L-shaped front wall 23 of the side decoration 520, it does not block the aforementioned opening.

  The back cover 550 is dimensioned so that it can pass through the side ornament mounting opening 32 of the front panel 30, and is rearward so as to form an accommodation space for accommodating the three-dimensional shaped body 560 with the base portion 510. The shape is swollen. In addition, on the upper surface wall 551 of the back cover 550, winning hole 樋 s 552, 553, and 554 that are continuous with the winning hole openings 532, 533, and 534 opened in the base front frame member 530 are integrally formed. Further, on the upper left portion of the lower surface wall 555, there is an arc-shaped plate 556 that is fitted so as to connect the upper left end portion and the lower right end portion of the inverted L-shaped portion 545 of the base rear side see-through member 540 in an arc shape. It is integrally formed so as to be further forward from the front end of 555. Accordingly, the arc-shaped plate 556 is fitted in between so as to be the lower edge of the inverted L-shaped portion 545. Thereby, as the whole left side decoration 500, the side decoration mounting opening 32 can be tightly closed from the front.

  In addition, the lower surface wall 555 of the back cover 550 is in a relationship sufficiently positioned below the upper edge 545a and the right edge 545b of the inverted L-shaped portion 545 in the assembled state. As a result, the accommodation space formed by the base portion 510 and the back cover 550 is forward through the opening 580 surrounded by the upper edge 545a and the right edge 545b of the inverted L-shaped portion 545 and the bottom wall 555 of the back cover 550. It has become open to.

  The three-dimensional model 560 includes a right model 561 and a left model 562.

  The right-hand shaped body 561 has a three-dimensional design including cylindrical portions 561a and 561b at both left and right ends, and a main body portion 561c formed in the shape of a flame extending between the cylindrical portions 561a and 561b in the vertical direction and the front-rear direction. It is a body. The right shaped body 561 is assembled so that the cylindrical portions 561a and 561b are fitted into the shaped body support pins 538a and 538b protruding from the back surface of the base front side frame member 530, and the central lower notch 535 and the lower right Attached to the back of the window 536. Therefore, the main body 561c, which is a three-dimensional design body, can be viewed from the front via the central lower perspective part 542 and the lower right perspective part 543 of the base rear side perspective member 540.

  The left shaped body 562 is formed so that a flame extends from the cylindrical portion 562a provided only at the left end in the right direction from the cylindrical portion 562a, and in particular, an intermediate flame portion 562c about ¼ from the tip 562b is large forward. It is a three-dimensional design body composed of a main body 562d formed in a bent shape. In addition, a circular recess 562e is also formed on the front surface side at a position about 1/4 from the leftmost cylindrical portion 562a to the right. The left shaped body 562 has a cylindrical portion 562a fitted into a shaped body support pin 539 projecting from the upper left of the back surface of the base front frame member 530, and has an L-shaped portion that is opposite to the upper left see-through portion 541 of the base rear see-through member 540. A circular recess 562e is fitted and assembled to a positioning pin 549 protruding toward the back surface at a continuous portion with 545, and attached to the back side of the side decoration main body 520 in a state of lowering to the right. At this time, the intermediate flame portion 562c is mounted in a state protruding forward from the opening 580. Accordingly, the left portion of the main body 562d of the left shaped body 562 is in a state of being visually recognized from the front side through the upper left see-through portion 541 of the base rear side member 540, and from the middle flame portion 562c to the front end portion 562b. The right side portion of the sword jumps out from the opening 580 and is directly visible through the window glass of the gaming machine.

  The normal winning opening forming member 571 is connected to the upper left ridge 552 of the back cover 550 on the back side of the front decorative plate 571a constituting one decoration so as to constitute one ordinary winning opening 16a at the upper left. 571b is provided. On the other hand, the normal prize opening forming member 572 is formed on the back side of the front decorative plate 572a in which two decorations are connected so as to form two normal prize winning holes 16b and 16c. Are provided with ridges 572b and 572c continuous with each of the above.

  These normal winning opening forming members 571, 572 are attached from the front side of the base portion 510, and the collars 571b, 572b, 572c are in contact with the collars 552, 553, 554 of the back cover 550, and the lower left ordinary Constituents 16a to 16c are configured. When the game board is assembled, the bags 552 to 554 are in contact with the lower left ordinary winning ball paths 46a to 46c (see FIG. 4) of the back unit 40.

  As described above, the left side decoration 500 employed in the gaming machine of the present embodiment covers the front side of the three-dimensional shaped bodies 561 and 562 with the base portion 510 and also forms the base front frame member that constitutes the base portion 510. In 530 and the base rear side see-through member 540, the side decoration main body 520 is configured to have a shape in which the lower left is opened in an inverted L shape when viewed from the front, and as shown in FIG. A part was installed so as to protrude forward from the front surface of the front panel 30 of the game board.

  And since the front side of the right side modeling body 561 is covered with the base rear side see-through member 540 which has a light transmittance, the said three-dimensional right side modeling body 561 can be visually recognized from the front. Similarly, the left side portion of the left shaped body 562 can be viewed from the front through the base rear side see-through member 540 having light transmittance. Then, the right side portion of the left shaped body 562 was installed so as to protrude forward from the front surface of the game board front panel 30 through an inverted L-shaped opening 580 formed so as to be surrounded by the side decoration body 520. Thereby, the three-dimensional left side model 562 can be made more three-dimensional connected from the back side to the front side of the game board front panel 30. As a result, it is possible to apply a decoration with a lively feeling of flame that continues from the back of the game board front panel 30 to the front of the game board front panel 30.

  In addition, a left side decoration body 520 exists on the game area side of the opening 580 that protrudes the left shaped body 562 forward in this way, and the left side decoration body 520 is attached in a state of being substantially in contact with the guide rail. As a result, the game ball can be prevented from entering the opening 580 serving as the opening for the back design, and the game ball collides with the left shaped body 562 protruding forward from the opening 580 and is damaged. There is no. As a result, as shown in the embodiment, the three-dimensional model 560 can be formed into an elongated shape or a seemingly delicate shape.

  Further, since the left side decoration body 520 includes an upper rolling surface 521 and a right rolling surface 522, the rolling surfaces 521 and 522 roll the game ball smoothly without interfering with the movement of the game ball. Will not cause a sense of incongruity with the entire game.

  Further, the side ornament mounting opening 33 formed in the game area 10 is formed in the game board front panel 30 so that the lower left ordinary winning holes 16c to 16a communicate with the lower left ordinary winning opening ball passages 46a to 46c of the back unit 40. The left side decoration 500 is attached so as to close the side decoration mounting opening 32 from the front side. Then, the base portion 510 of the left side decoration 500 is mounted with the normal winning opening forming members 571 and 572 constituting the lower left normal winning openings 16a to 16c. In this embodiment, the base portion 510 is composed of the base front side frame member 530 and the base rear side see-through member 540, and the back side of the base portion 510 is formed with a space for accommodating the three-dimensional shaped body 560. The structure covered with the back cover 550 is adopted. As a result, the right shaped body 561 is mounted on the lower side of the lower left ordinary winning holes 16a to 16c so as to be visible through the central see-through part 542 and the lower right see-through part 543, and is related to the right shaped object 562. Since the left shaped body 561 having a left side decoration 520 can be mounted so as to partially protrude forward from the opening 580 surrounded by the left side decoration 520, from the back of the game board front panel 30 below the lower left regular winning holes 16a to 16c. You can decorate with a dynamic feeling that continues to the front. In addition, in the past, only box-shaped side decorations could be decorated by engraving on the front surface, etc., but the three-dimensional left shaped body 562 functions as a decoration for the side decorations, and the side decoration itself It can also be given a three-dimensional and dynamic decoration that continues from the back of the game board beyond the front.

  Furthermore, the base rear side see-through member 540 constituting the base portion 510 is formed of a light transmissive member, and the rear side of the base portion 510 is rearward so as to form an accommodation space for accommodating the three-dimensional shaped body 560. A back cover 550 having a swollen shape is attached, and an opening 580 for a back design penetrating back and forth through the base portion 510 is formed by the base front side frame member 530 and the base rear side see-through member 540, and is accommodated in the accommodation space. Since a part of the three-dimensional shaped body 560 protrudes forward from the opening 580 for the back design, even if the front panel 30 of the game board does not have light transmittance like so-called veneer, Decoration that penetrates from the back surface of the game board front panel 30 to the front surface can be applied. Moreover, since the three-dimensional model 560 for applying such decoration can be accommodated in the accommodation space formed between the base portion 510 of the left side decoration 500 and the back cover 550, the side It is only necessary to assemble it as a unit as a decoration, and it is easy to attach it to the game board.

  In addition, since the back cover 550 is formed of a light transmissive member, a light emitting board can be installed behind the back cover 550 to perform a light emission effect. Further, by not installing the light emitting substrate on the left side decoration 500, the assembly becomes easy, the side decoration itself does not have a complicated structure, and processing such as wiring is facilitated.

  As described above, since the upper left wall 551 of the back cover 550 is provided with the flanges 552 to 553 that connect the lower left ordinary winning openings 16a to 16c and the ball path forming member 46, the lower left ordinary winning opening 16a. It is possible to smoothly guide the game ball that won a prize to 16c to the lower left ordinary winning ball passage 46a to 46c on the back side, and it is not necessary to consider the back shape of the side decoration in the design of the game ball guide path The effect is also demonstrated.

  Above all, it is possible to decorate the gaming machine with a three-dimensional and dynamic feeling than before.

[7 Light emission effect by edge of liquid crystal display device 2]
Next, a light emission effect using the light diffusing portions 45 at the left and right peripheral portions of the window opening 41 of the back unit 40 and the edge of the screen 2a of the liquid crystal display device 2 overlapping the light diffusing portion 45 will be described.

  As shown in FIGS. 47 and 48, the back unit 40 has a window opening 41 for exposing a liquid crystal screen at the center and a display mounting frame 42 for setting the liquid crystal display device 2 on the back side. Further, on the front side, in addition to the central ball passage 47 that receives the winning balls from the start winning opening 11 and the special winning opening 13 described above, a ball passage that is mounted corresponding to the lower left ordinary winning openings 16a to 16c is formed. The lower left ball passage 46m located on the back side of the member 46 is also integrally formed so as to penetrate the back side. In addition, the logo movable body accessory 100, the circular moon ring movable body accessory 200, the rotating shuriken movable body accessory 300, the open ring type support 430 of the central light emitter accessory 400 with the shutter, the gear box accessory 600, and the like. Protrusions and holes for positioning and screwing are formed, a peripheral wall 48 extending forward is formed around the front side, and the whole is manufactured by injection molding as a front-opening box-shaped molded body. Yes.

  In the present embodiment, the frame part 43 of the back unit 40 is formed of a material having translucency. The light diffusing portion 45 provided at the peripheral edge of the window opening 41 of the frame portion 43 is obtained by performing diamond cutting on the front side. As shown in FIGS. 49 and 50, in the liquid crystal display device 2, the liquid crystal screen 2a is larger than the window opening 41, and the light diffusion portion 45 is also sized to fit within the screen. Then, as shown in FIG. 50G, different effect displays are executed on the inner partial screen 2a1 positioned on the inner side of the window opening 41 of the liquid crystal screen 2a and the outer partial screen 2a2 positioned on the outer side. It is configured.

  Further, as shown in FIG. 5, a game board front panel 30 is attached to the front surface of the back unit 40 on which the liquid crystal display device 2 is mounted on the back side. At this time, the cylindrical center ornament 12 is attached to the large opening 31 of the game board front panel 30. The inner surface of the center ornament 12 is mirror-finished by plating. Further, the center decoration 12 is positioned outside the window opening 41 of the back unit 40 and further outside the light diffusion portion 45.

  In this way, in this embodiment, the center ornament 12 is arranged so as to be somewhat outside the window opening 41 of the back unit 40, and is positioned outside the window opening 41 in the liquid crystal screen 2a by the display effect control device. By the light emission effect on the outer partial screen 2a2, the light emission effect can be executed through the light diffusion portions 45 formed on the left and right peripheral portions of the window opening 41 of the back unit 43. The light emission effect on the outer partial screen 2a2 is executed as an effect different from the display effect (background image, fluctuating image, notice image, etc.) on the inner partial screen 2a1.

  Accordingly, not only the method of executing the light emission effect on the outer partial screen 2a2 with the size of the background screen of the display effect as the inner partial screen 2a1, but the outer partial screen 2a2 It is possible to realize this by a simple process of superimposing a color frame image corresponding to the image in front of the background screen without greatly modifying the data for display effects.

  In addition, in the era when liquid crystal panels of a certain size can be procured cheaply due to the recent decrease in liquid crystal panel manufacturing costs, the outer partial screen 2a2 that is no longer used due to the securing of game areas etc. is effectively used. Therefore, it is desirable from the viewpoint of ecology.

  Here, the above-described display effect control device is configured to execute the light emission effect centered on the light emission color and the luminance for the outer partial screen 2a2. As a result, the light diffusing unit 45 that has been subjected to the light diffusing function by the diamond cutting process diffuses the light, and as a result, the player has an image different from the normal liquid crystal display of the change in color and brightness around the effect screen. In addition, a light emission effect similar to a pure light emission effect using an LED can be realized without an installation space such as a light emitting substrate.

  Further, since the inner surface side of the center ornament 12 is plated so as to reflect light as described above, the light emission effect by the color and brightness executed on the outer partial screen 2a2 of the liquid crystal display device 2 is further reduced. Can be turned over.

  Furthermore, as shown in FIGS. 12 and 13, the circular moon ring movable body accessory 200 executes a movable body effect that moves to the operating position in front of the window opening 41, but the standby position is set to the back unit 40. It is attached to the front side of the back unit 40 so as to be located outside the light diffusion portion 45 of the back unit 40. Therefore, as in the present embodiment, even if the movable body is large, the standby position is a position that does not cover the light diffusion portion 45 of the back unit 40, and therefore the outer partial screen 2a2 of the liquid crystal screen 2a described above. The lighting effect is not hindered.

  On the contrary, as shown in FIG. 2, the rotating shuriken movable object 300 is attached to the front side of the back unit 40 so as to overlap the light diffusion portion 45 of the back unit 40 at the standby position. Yes. In this case, the display effect control device is configured to execute the display effect by the outer partial screen 2a2 when the revolving shuriken movable object 300 is moving from the standby position, so that the revolving shuriken movable object is performed. When 300 is operated from the standby position, when it is operating, when it returns, a light emission effect using the outer partial screen 2a2 of the liquid crystal display device 2 is executed. In this case, the operation of the revolving shuriken movable body accessory 300 and the light emission effect are synchronized, so that the operation of the revolving shuriken movable body accessory 300 can give a sense of brilliancy and dynamics. And the effect that installation of the LED light-emitting body for exhibiting such an effect is not required is exhibited similarly.

  In this way, by performing a light emission effect using the light diffusing unit 45 of the back unit 40 and the liquid crystal display device 2, even when it is difficult to secure a space for installing the light emitting decorative body on the game board, the light emission effect is provided. It can implement suitably.

  As described above, the first embodiment has been described using the present invention as an embodiment. However, the present invention is not limited to this, and various modifications can be made without departing from the scope of the present invention.

  The present invention can be used in a pachinko machine.

[1 Explanation of signs related to the entire gaming machine]
P ... Pachinko machine, A ... Outer frame, B ... Middle frame, D ... Front frame, E ... Upper ball tray, F ... Lower ball tray, G ... -Hitting ball launcher, H ... Locking device,
DESCRIPTION OF SYMBOLS 1 ... Game board, 3 ... Center part, 10 ... Game area, 11 ... Start prize opening, 12 ... Center decoration, 13 ... Special prize opening, 14 ... Information Car, 15 ... Out port, 16a-16c ... Lower left regular winning port, 18 ... Guide rail, 300 ... Rotating shuriken movable object, 590 ... Right side decoration, 600 ... Gear box,
[2. Explanation of reference numerals for liquid crystal display devices]
2 ... Liquid crystal display device, 2a ... Liquid crystal screen, 2a1 ... Inside partial screen, 2a2 ... Outside partial screen,
[Explanation of signs related to 3 stages]
DESCRIPTION OF SYMBOLS 20 ... Stage, 21 ... Wall member, 21a ... Semicircular longitudinal groove, 22 ... Stage surface, 23 ... Stage decoration, 23a, 23a ... Depression, 25 ... Tunnel passage , 26 ... Warp passage,
[4 Explanation of symbols on the front panel]
30 ... front panel, 31 ... large opening, 32 ... left side decoration mounting opening, 33 ... right side decoration mounting opening, 34 ... winning opening installation opening, 35 ... Signal line connection opening, 36... Alignment hole, 38.
[Explanation of symbols for 5 back units]
40 ... Back unit, 41 ... Window opening, 42 ... Display mounting frame, 43 ... Frame body part, 43a ... Frame body upper edge, 43b ... Frame body lower edge,
45... Light diffusing section, 46... Ball passage forming member, 46 a to 46 c... Lower left normal winning opening ball passage, 46 m. Peripheral wall, 49 ... union center regulating pin,
[Explanation of symbols related to the 6 logo movable body character]
100 ... logo movable body character,
110 ... Left logo movable body, 111 ... Left logo front molded body, 112 ... Left logo lens member, 113 ... Left logo LED substrate, 113a, 123a ... Cable connector, 114 ... Left logo back cover member, 114a ... slide block assembly part, 114a1 ... screw hole, 114b ... cable connection window, 114c ... cable holding part,
120 ... Right logo movable body, 121 ... Right logo front molded body, 122 ... Right logo lens member, 123 ... Right logo LED substrate, 124 ... Right logo back cover member, 124a ... Slide block assembly part, 124a1 ... screw hole, 124b ... cable connection window, 124c ... cable holding part,
130: upper central light emitter, 131: back cover member, 131a: center, 131b: left arm, 131c: right arm, 131d: window opening, 132, 133 134 ... LED substrate, 132a, 133a, 134a ... connector connector, 132b, 134b ... flat cable connector, 135 ... center upper lens member, 136 ... center assembly frame, 136a. ..Circular window, 136b ... Triangle window, 137 ... Center front molding, 137a ... Lens part, 137b ... Decoration part,
138 ... Left front molded body, 138a ... movable range of moving logo, 138b ... notch, 138c ... upper side, 138d ... rectangular notch, 138h ... post,
139: Right front molded body, 139a: Moving range of logo movable body, 139b ... Equiped trapezoidal window, 139c ... Upper bottom, 139d ... Lower bottom, 139e ... Rectangular window 139h ... strut part,
140: base member, 141: spring coupling hook, 142: fulcrum hole, 143: spring coupling hook, 144: fulcrum hole,
150 ... Left slide guide, 151,152 ... Oval slide groove, 151a, 152a ... Slide groove edge frame, 153 ... Left slide block, 154 ... Front side member, 154a ... Fitting recess, 154a1 ... screw insertion hole, 154b, 154c, 154d, 154e ... boss, 154f ... stepped small diameter portion, 155 ... rear side member, 155b ... small diameter boss, 155c, 155d, 155e ... recessed portion, 155f ... claw, 155h ... lever connecting pin, 155i ... retaining piece, 156 ... base member remaining portion,
160 ... right slide guide, 161, 162 ... oval slide groove, 161a, 162a ... slide groove edge frame, 163 ... right slide block, 164 ... front side member, 164a ... Fitting recess, 164a1 ... screw insertion hole, 164b, 164c, 164d, 164e ... boss, 164f ... stepped small diameter part, 165 ... rear side member, 165b ... small diameter boss, 165c, 165d, 165e ... recessed portion, 165f ... claw, 165h ... lever connecting pin, 165i ... retaining piece, 165h ... lever connecting pin,
170 ... left solenoid, 170a ... rod, 170b ... long hole for connection, 171 ... lever, 171a ... long hole at the movable end, 171b ... rod connection hole, 171c ... Fulcrum hole, 172 ... biasing spring, 172a ... lower end, 172b ... upper end, 173 ... fulcrum pin, 174 ... connecting pin, 191 ... mounting bracket,
180 ... right solenoid, 180a ... rod, 180b ... long hole for connection, 181 ... lever, 181a ... long hole on the movable end side, 181b ... rod connection hole, 181c ... Fulcrum hole, 182 ... biasing spring, 182a ... lower end, 182b ... upper end, 183 ... fulcrum pin, 184 ... connecting pin, 192 ... mounting bracket,
[Explanation of symbols related to the 7-yen ring movable object]
200 ... circular ring movable body accessory 210, 220 ... left half ring-shaped movable body accessory, 210a, 220a ... movable end, 211, 221 ... guide plate,
212, 222 ... front outer frame molded body, 212a, 222a ... movable end side tip, 212b, 222b ... arc lens window, 212c, 222c ... rhombus lens window, 212d, 222d ..Triangular lens window, 212e, 222e ... Rotation center side base, 212f, 222f ... Follower plate, 212g, 222g ... Oval hole, 212h, 222h ... Shaft support hole, 212i , 222i ... swollen portion for shaft support, 212j ... shutter member, 212k, 222k ... facing side end surface, 212m, 222m ... semicircular recess, 212o, 222o ... peripheral wall, 212p, 222p ... Oval hole peripheral wall, 212q, 222q ... Back cover, 212x, 222x ... Internal space,
213, 223 ... Lens member, 213a, 223a ... Projection lens, 213b, 223b ... Projection lens, 213d, 223d ... Movable end tip,
214, 224 ... LED substrate, 214a, 224a ... main body plate part, 214b, 224b ... triangular plate part,
215, 225 ... back cover member, 215a, 225a ... flat plate, 215b, 225b ... peripheral rib, 215c, 225c ... internal rib, 215d, 225d ... movable end side tip, 215e, 225e ... peripheral rib missing part,
230 ... Guide forming member, 231 ... Back side guide forming member, 231a ... Flat plate part, 231b ... Both side peripheral wall part, 231c ... One side peripheral wall part, 231d ... Decoration shape part, 231e ... Groove bottom ribs, 231f ... Front ladder ribs, 231g ... Rear grid ribs, 232 ... Front left guide forming member, 232a ... Flat plate part, 232b ... Perimeter wall part, 232c・ ・ ・ Front ladder ribs, 232d, positioning protrusions, 233, front right guide forming member, 233a, flat plate portion, 233b, peripheral wall portion, 233c, front ladder rib, 233d ... Positioning projections, 234 ... Guide grooves, 234a ... Groove openings, 234S ... Central horizontal part, 234B ... Left bulging part, 235 ... Guide grooves, 235a ... Grooves Open , 235S ··· central horizontal portion, 235B ··· right bulging portion,
240 ... gear box, 241 ... box rear, 242 ... box front, 243 ... motor opening, 244,245 ... cam shaft opening,
250... Drive motor, 251 to 253... Reduction gear, 254, 255... Operating gear set, 254a, 255a... Pin, 259.
260 ... base member,
270 ... Photo sensor, 271 ... Detector,
280 ... LED lamp,
[8 Explanation of reference numerals for central luminous body accessory with shutter]
400: Central luminous body with shutter,
401 ... hemispherical light emitter, 401a ... light transmissive member, 401b ... LED substrate, 401c ... light emitter back cover, 401d ... box connector, 401e ... box-shaped opening, 401f ... Cylinder with screw holes, 401g ...
402 ... Upper hemispherical shutter piece, 402a ... Triangular protrusion piece, 402b ... Shaft insertion hole, 402c ... Diamond cut surface, 402d ... Viewing window, 402p ... Pin,
403 ... Lower hemispherical shutter piece, 403a ... Triangular step, 403b ... Spherical back wall, 403c ... Diamond cut surface, 403p ... Pin,
404 ... bush with bush,
405a, 405b ... spindles,
410 ... Cover driving means,
411 ... back support frame, 411a ... rectangular opening, 411b ... screw insertion hole, 411c ... bearing hole, 411d, 411e ... arc opening, 411g ... positioning hole, 411h ... Screw insertion hole, 411i, positioning hole, 411k, side wall, 411m, bearing hole, 411p, screw insertion hole, 411q, positioning hole, 411r, positioning bar,
412 ... right side support frame, 412a, 412b ... gear support shaft, 412c ... bearing hole, 412d, 412e ... arc-shaped groove, 412f ... post with screw hole, 412g ... positioning Prop with projection, 412h ... Screw hole, 412i ... Positioning projection,
413, 414 ... gear, 413a, 414a ... arm, 413b, 414b ... groove,
415 ... back plate, 415a, 415b ... insertion hole,
416 ... Motor base, 416a ... Circular hole, 416b ... Screw insertion hole, 416c ... Positioning hole, 416d ... Positioning protrusion, 416e ... Screw hole, 416f ... Screw hole,
417 ... Drive gear, 417a ... Shutter member,
420 ... Drive motor, 420a ... Drive shaft, 420b ... Screw insertion hole,
425 ... photo sensor, 425a ... detection section, 425b ... positioning hole, 425c ... screw insertion hole,
430: Open ring type support body, 431: Front outer frame left molded body, 431a: Trapezoidal window, 431b ... Arc-shaped window, 431h, 432h ... Screw insertion hole, 432 ... Front outer frame right molded body, 432a ... trapezoidal window, 432b ... arc-shaped window, 433a-433d ... first lens member, 434a-434e ... decorative window member, 435a-435e ..Decorative window lens member, 436 ... Left LED substrate, 437 ... Right LED substrate, 438 ... Left back cover member, 439 ... Right back cover member,
440 ... Central luminous body decorative member, 440a ... Left side decoration, 440b ... Right side decoration, 440c ... Central opening, 440d ... Front wall, 440e ... Semicircular recess, 440f ... Box-like ribs, 440g ... Cylindrical wall, 440h ... Boss with screw holes,
[9 Explanation of symbols for left side decoration]
500 ... Left side decoration,
510 ... base part,
520: Side decoration main body, 521: Upper rolling surface, 522 ... Right rolling surface, 523 ... Inverted L-shaped front wall, 523a, 523b ... Cylindrical hole, 524 ... Inside Walls, 525 ... decorative members, 525a, 525b ... struts,
530: Base front frame member, 531 ... Base plate, 532, 533, 534 ... Opening for winning hole, 535 ... Lower notch in the center, 536 ... Lower right window, 537 .... Upper left notch, 538a, 538b ... modeling object support pin, 539 ... modeling object support pin,
540... Rear rear see-through window member, 541... Upper left see-through portion, 542... Lower center see-through portion, 543 .. lower right see-through portion, 544... Base plate, 545. Character part, 545a ... Upper edge, 545b ... Right edge, 549 ... Positioning pin,
550 ... back cover,
551... Upper surface wall, 552, 553, 554...
560 ... Three-dimensional shaped body,
561... Right side shaped body, 561a, 561b... Cylindrical portion, 561c.
562 ... left-hand model,
562a ... cylindrical portion, 562b ... tip, 562c ... intermediate flame portion, 562d ... main body portion, 562e ... circular recess,
571: Ordinary winning opening forming member, 571a: Front decorative plate, 571b ...
572 ... Normal winning opening forming member, 572a ... Front decorative plate, 572b, 572c ... 樋,
580 ... opening,

Claims (3)

In the gaming machine in which a decorative member is attached to the opening provided in the front panel from the surface of the front panel and a game area is formed in the front panel, the three-dimensional modeling installed on the back side of the front panel A game characterized by comprising a body , covering the front side of the three-dimensional modeled body with a light-transmitting member so that the modeled body can be viewed from the front , and further comprising the following configuration: Machine.
(1) to the light transmitting member, the rear design a opening through the light-transmitting member back and forth is formed from the back surface design for opening the three-dimensional shaped bodies, a part of It said that they have installed as protrude further forward than the surface of the front panel. The gaming machine according to claim 1, further comprising the following configuration.
(2) the in game area side of the back design for opening the wall section to prevent the entry of a game ball into the back design for opening side is projected forward. A gaming machine comprising a decorative member configured to be assembled to an opening provided in a front panel, and further comprising the following configuration.
(11) The decorative member includes a light-transmitting base portion and a back cover portion to be assembled to the back surface of the base portion, and the back cover portion accommodates a three-dimensional shaped body therein. provided with a space, the base part having said light permeability is provided with a back design for opening a portion of the three-dimensional shaped bodies housed in the housing space, the rear design opening And is configured to protrude forward from the base portion .