図１乃至図１２は、発明を実施するための最良の形態である。図１のａ図は、表示側ヒンジ９１のヒンジ構造体９１ａと補強構造体９１ｂとを分解して示す、図１のｂ図は、ヒンジ構造体９１ａが金属筐体１０６の右側壁１１５に固定された形態を示す。図１のｃ図は、表示側ヒンジ９１が金属筐体１０６の右側壁１１５に設けられた形態を示す。図２は、遊技機枠１および遊技盤４１の前側からの外観を示す。図３は、可動枠３および見切り構造体１６を分解した前側からの外観を示す。図４は、表示収容構造体１７を開いた可動枠３の裏側からの外観を示す。図５は、可動枠３および表示収容構造体１７を分解した裏側からの外観を示す。図６は、表示ユニット１０５を分解した前側からの外観を示す。図７は、表示ユニット１０５と制御ユニット１５１およびユニット基盤１５２を分解した前側からの外観を示す。図８は、表示収容構造体１７および制御ユニット１５１を分解した裏側からの外観を示す。図９は、複合駆動装置１８８が複合制御装置１８１の裏側に取り付けられた表示ユニット１０５の裏側からの外観を示す。図１０は、複合駆動装置１８８が駆動収容部１３２の裏側に取り付けられた表示ユニット１０５の裏側からの外観を示す。図１１のａ図は、固定具２００を分解した外観を示す。図１１のｂ図は、固定具２００を被取付部材２１６に取り付けた断面を示す。図１２のａ図は、固定具２００を相手側部材２１９に挿入した断面を示す。図１２のｂ図は、固定具２００を相手側部材２１９に取り付けた断面を示す。本明細書において、「前」、「後」、「裏」、「左」、「右」、「上」、「下」の方向は、図２の状態に遊技機枠１および遊技盤４１を置き、矢印Ａで示す前側から見た場合に特定される方向である。「後」と「裏」とは同じ方向である。
1 to 12 show the best mode for carrying out the invention. 1 shows an exploded view of the hinge structure 91a and the reinforcing structure 91b of the display side hinge 91. FIG. 1b shows the hinge structure 91a fixed to the right side wall 115 of the metal housing 106. FIG. The form which was made is shown. FIG. 1 c shows a form in which the display-side hinge 91 is provided on the right side wall 115 of the metal housing 106. FIG. 2 shows the external appearance of the gaming machine frame 1 and the game board 41 from the front side. FIG. 3 shows an appearance from the front side of the movable frame 3 and the parting structure 16 disassembled. FIG. 4 shows an appearance from the back side of the movable frame 3 with the display housing structure 17 opened. FIG. 5 shows an external appearance of the movable frame 3 and the display housing structure 17 from the disassembled side. FIG. 6 shows an external appearance of the display unit 105 from the front side. FIG. 7 shows an external appearance of the display unit 105, the control unit 151, and the unit base 152 from the front side. FIG. 8 shows an appearance from the rear side in which the display housing structure 17 and the control unit 151 are disassembled. FIG. 9 shows an appearance from the back side of the display unit 105 in which the composite drive device 188 is attached to the back side of the composite control device 181. FIG. 10 shows an appearance from the back side of the display unit 105 in which the composite drive device 188 is attached to the back side of the drive housing portion 132. FIG. 11A shows an external appearance of the fixture 200 disassembled. FIG. 11 b shows a cross section in which the fixture 200 is attached to the attached member 216. FIG. 12 a shows a cross section in which the fixture 200 is inserted into the counterpart member 219. FIG. 12 b shows a cross section in which the fixture 200 is attached to the counterpart member 219. In this specification, the directions of “front”, “rear”, “rear”, “left”, “right”, “upper”, “lower” indicate that the gaming machine frame 1 and the game board 41 are in the state shown in FIG. It is the direction specified when viewed from the front side indicated by the arrow A. “Back” and “back” are in the same direction.
図１を参照し、最良の形態に係る最も主要な構造について説明する。図１のａ図に示すように、表示側ヒンジ９１は、金属製のヒンジ構造体９１ａと金属製の補強構造体９１ｂとを備える。ヒンジ構造体９１ａは、縦長な板状の縦片部９１ｃの上部および下部を同じ側に直角に折り曲げて上ヒンジ片９１ｄおよび下ヒンジ片９１ｅを形成し、上ヒンジ片９１ｄおよび下ヒンジ片９１ｅに丸棒状の上ヒンジピン９１ｆおよび下ヒンジピン９１ｇを溶接で一体に結合した構造である。上ヒンジピン９１ｆは、上ヒンジ片９１ｄから下側に向けて突出する。下ヒンジピン９１ｇは、下ヒンジ片９１ｅから下側に向けて突出する。上ヒンジピン９１ｆの上ヒンジ片９１ｄから下側への突出寸法Ｌ１は、下ヒンジピン９１ｇの下ヒンジ片９１ｅから下側への突出寸法Ｌ２より小さい（Ｌ１＜Ｌ２）。このＬ１＜Ｌ２による寸法の関係によって、次のような利点がある。Ｌ１＝Ｌ２に設定してもよいが、Ｌ１＜Ｌ２に設定することによって、図１のｃ図に示すように、表示側ヒンジ９１が金属筐体１０６に取り付けられた状態において、金属筐体１０６を可動枠３に取り付けるために、表示側ヒンジ９１を図５の枠側ヒンジ９０に嵌め込む場合、下ヒンジピン９１ｇを下ヒンジ孔９０ｇに嵌め込んだ後、上ヒンジピン９１ｆを上ヒンジ孔９０ｆに嵌め込むことができるので、Ｌ１＝Ｌ２に設定された場合よりも、表示側ヒンジ９１を図５の枠側ヒンジ９０に嵌め込む作業を容易に行える。
The most main structure according to the best mode will be described with reference to FIG. As shown in FIG. 1a, the display-side hinge 91 includes a metal hinge structure 91a and a metal reinforcement structure 91b. The hinge structure 91a is formed by bending the upper and lower portions of a vertically long plate-like vertical piece 91c at right angles to the same side to form an upper hinge piece 91d and a lower hinge piece 91e. This is a structure in which a round bar-like upper hinge pin 91f and a lower hinge pin 91g are integrally coupled by welding. The upper hinge pin 91f protrudes downward from the upper hinge piece 91d. The lower hinge pin 91g protrudes downward from the lower hinge piece 91e. The protruding dimension L1 from the upper hinge piece 91d to the lower side of the upper hinge pin 91f is smaller than the protruding dimension L2 from the lower hinge piece 91e to the lower side of the lower hinge pin 91g (L1 <L2). There are the following advantages depending on the dimensional relationship of L1 <L2. Although L1 = L2 may be set, by setting L1 <L2, as shown in FIG. 1c, in the state where the display-side hinge 91 is attached to the metal casing 106, the metal casing 106 When the display-side hinge 91 is fitted into the frame-side hinge 90 of FIG. 5 in order to attach the display hinge 91 to the movable frame 3, the lower hinge pin 91g is fitted into the lower hinge hole 90g, and then the upper hinge pin 91f is fitted into the upper hinge hole 90f. Therefore, the operation of fitting the display-side hinge 91 into the frame-side hinge 90 in FIG. 5 can be performed more easily than when L1 = L2.
補強構造体９１ｂは、縦長な板状の縦片部９１ｈの上部および下部を同じ側に直角に折り曲げて上結合片９１ｉおよび下結合片９１ｊを形成した構造である。上ヒンジ片９１ｄの上面と下ヒンジ片９１ｅの下面との間による外側上下寸法Ｌ３と、上結合片９１ｉの下面と下結合片９１ｊの上面との間による内側上下寸法Ｌ４とは、同一である（Ｌ３＝Ｌ４）。Ｌ３＝Ｌ４は、上ヒンジ片９１ｄの上面の上に上結合片９１ｉの下面が接触させて重ね合わせられ、下ヒンジ片９１ｅの下面の下に下結合片９１ｊの上面を接触させて重ね合わせられることを目安とする寸法である。これによって、ヒンジ構造体９１ａと補強構造体９１ｂとが互いに組み合わせられる場合、上結合片９１ｉが上ヒンジ片９１ｄの上に重ね合わされ、下結合片９１ｊが下ヒンジ片９１ｅの下に重ね合わされる。
The reinforcing structure 91b is a structure in which an upper coupling piece 91i and a lower coupling piece 91j are formed by bending an upper part and a lower part of a vertically long plate-like vertical piece part 91h at right angles to the same side. The outer vertical dimension L3 between the upper surface of the upper hinge piece 91d and the lower surface of the lower hinge piece 91e and the inner vertical dimension L4 between the lower surface of the upper coupling piece 91i and the upper surface of the lower coupling piece 91j are the same. (L3 = L4). L3 = L4 is superimposed on the upper surface of the upper hinge piece 91d with the lower surface of the upper coupling piece 91i in contact with the upper surface, and the upper surface of the lower coupling piece 91j is superimposed on the lower surface of the lower hinge piece 91e. It is a dimension with reference to this. Accordingly, when the hinge structure 91a and the reinforcing structure 91b are combined with each other, the upper coupling piece 91i is overlaid on the upper hinge piece 91d, and the lower coupling piece 91j is overlaid under the lower hinge piece 91e.
図１のｂ図に示すように、縦片部９１ｃが金属筐体１０６の右側壁１１５に溶接部分９１ｋでスポット溶接されることによって、ヒンジ構造体９１ａが金属筐体１０６に固定的に取り付けられる。図１のｃ図に示すように、縦片部９１ｈが金属筐体１０６の右側壁１１５およびに縦片部９１ｃに接触され、上結合片９１ｉが上ヒンジ片９１ｄの上に重ね合わされて上ヒンジ片９１ｄに溶接部分９１ｍでスポット溶接され、下結合片９１ｊが下ヒンジ片９１ｅの下に重ね合わされて下ヒンジ片９１ｅに溶接部分９１ｎでスポット溶接されることによって、補強構造体９１ｂがヒンジ構造体９１ａに固定的に取り付けられる。よって、図１のｂ図に示した構造と図１のｃ図に示した構造とを対比すると、次のような相違点がある。図１のｂ図に示すように、上ヒンジ片９１ｄおよび下ヒンジ片９１ｅが金属筐体１０６の右側壁１１５から外側に突出したように、ヒンジ構造体９１ａが金属筐体１０６に固定されただけの構造において、上ヒンジピン９１ｆおよび下ヒンジピン９１ｇを支持し、金属筐体１０６の上方から押し下げるような外力が金属筐体１０６に作用した場合、上ヒンジ片９１ｄおよび下ヒンジ片９１ｅが縦片部９１ｃに繋がる隅部を中心として上方に傾斜するように変形しやすい。これに対し、図１のｃ図に示すように、補強構造体９１ｂの上結合片９１ｉおよび下結合片９１ｊがヒンジ構造体９１ａの上ヒンジ片９１ｄおよび下ヒンジ片９１ｅに固定された構造において、上ヒンジピン９１ｆおよび下ヒンジピン９１ｇを支持し、金属筐体１０６の上方から押し下げるような外力が金属筐体１０６に作用したとしても、ヒンジ構造体９１ａにおける上ヒンジ片９１ｄと縦片部９１ｃとを互いに繋げる隅部の延びる方向が、補強構造体９１ｂにおける上結合片９１ｉと縦片部９１ｈを互いに繋げる隅部の延びる方向に直交するように交差し、ヒンジ構造体９１ａにおける下ヒンジ片９１ｅと縦片部９１ｃとを互いに繋げる隅部の延びる方向が、補強構造体９１ｂにおける下結合片９１ｊと縦片部９１ｃとを互いに繋げる隅部の延びる方向に直交するように交差しているので、上ヒンジ片９１ｄおよび下ヒンジ片９１ｅが縦片部９１ｃに繋がる隅部を中心として上方に傾斜するように変形しにくい。つまり、上ヒンジピン９１ｆおよび下ヒンジピン９１ｇを支持し、金属筐体１０６の上方から押し下げるような外力が金属筐体１０６に作用した場合、図１のｃ図に示した構造の方が、図１のｂ図に示した構造よりも、ヒンジ構造体９１ａが補強構造体９１ｂの働きで変形しないという利点がある。また、縦片部９１ｈが金属筐体１０６の右側壁１１５およびに縦片部９１ｃに接触されているので、溶接部分９１ｍ；９１ｎの個数が最低数の１個ずつであっても、ヒンジ構造体９１ａおよび補強構造体９１相互の結合が保持できるという利点がある。
As shown in FIG. 1b, the vertical piece 91c is spot welded to the right side wall 115 of the metal casing 106 at the welded portion 91k, so that the hinge structure 91a is fixedly attached to the metal casing 106. . As shown in FIG. 1c, the vertical piece portion 91h is in contact with the right side wall 115 and the vertical piece portion 91c of the metal casing 106, and the upper coupling piece 91i is superimposed on the upper hinge piece 91d. The welded portion 91m is spot welded to the piece 91d, and the lower coupling piece 91j is overlapped under the lower hinge piece 91e and spot welded to the lower hinge piece 91e at the welded portion 91n, whereby the reinforcing structure 91b is hinged structure. It is fixedly attached to 91a. Therefore, when the structure shown in FIG. 1b is compared with the structure shown in FIG. 1c, there are the following differences. As shown in FIG. 1b, the hinge structure 91a is only fixed to the metal casing 106 so that the upper hinge piece 91d and the lower hinge piece 91e protrude outward from the right side wall 115 of the metal casing 106. In this structure, when an external force that supports the upper hinge pin 91f and the lower hinge pin 91g and pushes down from above the metal casing 106 acts on the metal casing 106, the upper hinge piece 91d and the lower hinge piece 91e are the vertical piece portion 91c. It is easy to deform so as to incline upward with the corner connected to the center. On the other hand, as shown in FIG. 1c, in the structure in which the upper coupling piece 91i and the lower coupling piece 91j of the reinforcing structure 91b are fixed to the upper hinge piece 91d and the lower hinge piece 91e of the hinge structure 91a, Even if an external force that supports the upper hinge pin 91f and the lower hinge pin 91g and pushes down from above the metal casing 106 acts on the metal casing 106, the upper hinge piece 91d and the vertical piece 91c in the hinge structure 91a are connected to each other. The extending direction of the connecting corners intersects the upper connecting piece 91i and the vertical piece part 91h in the reinforcing structure 91b so as to be orthogonal to the extending direction of the corner part, and the lower hinge piece 91e and the vertical piece in the hinge structure 91a. The extending direction of the corners connecting the portions 91c to each other is the corner connecting the lower coupling piece 91j and the vertical piece 91c to each other in the reinforcing structure 91b. Since intersect orthogonally to the extending direction of the upper hinge piece 91d and a lower hinge piece 91e is difficult to deform so as to be inclined upwardly around a border portion connecting the vertical piece portion 91c. That is, when an external force that supports the upper hinge pin 91f and the lower hinge pin 91g and pushes down from above the metal casing 106 acts on the metal casing 106, the structure shown in FIG. There is an advantage that the hinge structure 91a is not deformed by the function of the reinforcing structure 91b than the structure shown in FIG. Further, since the vertical piece portion 91h is in contact with the right side wall 115 and the vertical piece portion 91c of the metal casing 106, even if the number of the welded portions 91m; There is an advantage that the mutual coupling of 91a and the reinforcing structure 91 can be maintained.
図２を参照し、遊技機枠１を前側から見た構造について説明する。遊技機枠１は、固定枠２の前側に可動枠３を開閉可能に備え、可動枠３の前側に前扉４および球皿構造体５を開閉可能に備える。固定枠２は、遊技機設置構造体に取り付けるための外枠とも呼ばれる。可動枠３は、遊技盤４１、表示ユニット１０５、制御ユニット１５１など遊技に必要な部品を取り付ける前枠とも呼ばれる。可動枠３は、左側に位置するヒンジ６を中心とし、固定枠２の前側で前側に開かれかつ後側に閉じられるように、片開き可能である。前扉４および球皿構造体５は、個別に、左側に位置するヒンジ７を中心とし、可動枠３の前側で前側に開かれかつ後側に閉じられるように、片開き可能である。可動枠３の右側部には、施錠装置８と複数のロック機構９；１０；１１およびロック解除操作体１２が設けられる。
With reference to FIG. 2, the structure which looked at the gaming machine frame 1 from the front side will be described. The gaming machine frame 1 includes a movable frame 3 that can be opened and closed on the front side of the fixed frame 2, and a front door 4 and a ball tray structure 5 that can be opened and closed on the front side of the movable frame 3. The fixed frame 2 is also called an outer frame to be attached to the gaming machine installation structure. The movable frame 3 is also called a front frame to which parts necessary for the game such as the game board 41, the display unit 105, and the control unit 151 are attached. The movable frame 3 is centered on the hinge 6 located on the left side, and can be opened on one side so that it can be opened to the front and closed to the rear on the front side of the fixed frame 2. The front door 4 and the ball tray structure 5 can be individually opened so that the hinge 7 located on the left side is centered and opened to the front side and closed to the rear side of the movable frame 3. On the right side of the movable frame 3, a locking device 8, a plurality of lock mechanisms 9; 10; 11 and a lock release operation body 12 are provided.
そして、可動枠３が閉じられて固定枠２にロック機構９で開閉不能に支持され、前扉４および球皿構造体５が閉じられて可動枠３にロック機構１０；１１で開閉不能に支持された状態において、遊技店の店員が図外のキープレート（鍵）を遊技機枠１の前側から施錠装置８の鍵穴に挿入し、当該キープレートを例えば右側に９０度回転操作すると、固定枠２と可動枠３とのロック機構９による支持形態が解除される。この支持形態の解除後に、店員が可動枠３を前側に引くことによって、可動枠３はヒンジ６を中心として前側に片開きされる。また、上記施錠装置８の鍵穴に挿入されたキープレートが例えば左側に９０度回転操作されると、可動枠３と前扉４とのロック機構１０による支持形態が解除される。この支持形態の解除後に、店員が前扉４を前側に引くことによって、前扉４はヒンジ７を中心として前側に片開きされる。このように、前扉４が前側に開かれた状態において、店員がロック解除操作体１２を操作すると、可動枠３と球皿構造体５とのロック機構１１による支持形態が解除される。この支持形態の解除後に、店員が球皿構造体５を前側に引くことによって、球皿構造体５はヒンジ７を中心として前側に片開きされる。
The movable frame 3 is closed and supported by the fixed frame 2 so that it cannot be opened and closed, and the front door 4 and the ball tray structure 5 are closed and supported by the movable frame 3 so that it cannot be opened and closed by the lock mechanisms 10 and 11. In this state, when a store clerk of the game store inserts a key plate (key) (not shown) into the key hole of the locking device 8 from the front side of the gaming machine frame 1, and rotates the key plate 90 degrees to the right, for example, 2 and the movable frame 3 by the lock mechanism 9 are released. After the release of this support mode, the store clerk pulls the movable frame 3 to the front side, whereby the movable frame 3 is opened to the front side around the hinge 6. Further, when the key plate inserted into the keyhole of the locking device 8 is rotated 90 degrees to the left, for example, the support form by the lock mechanism 10 between the movable frame 3 and the front door 4 is released. After the release of this support mode, the store clerk pulls the front door 4 to the front side, so that the front door 4 is opened to the front side around the hinge 7. In this way, when the store clerk operates the unlocking operation body 12 in a state where the front door 4 is opened to the front side, the support form by the lock mechanism 11 between the movable frame 3 and the ball tray structure 5 is released. After the release of this support mode, the store clerk pulls the ball tray structure 5 forward, whereby the ball tray structure 5 is opened to the front about the hinge 7.
可動枠３は、可動枠本体１３、盤収容構造体１４、中央開口部１５、見切り構造体１６、表示収容構造体１７を備える。可動枠本体１３は、前側に開口した縦長な長方形の空間を囲む額縁形状である。盤収容構造体１４は、可動枠本体１３の内側に設けられ、遊技盤４１を可動枠３の前側から装着させるように、前側に開口した形状である。中央開口部１５は、盤収容構造体１４の背壁１８に、前後方向への貫通孔として形成される。見切り構造体１６は、可動枠３の前側から中央開口部１５に挿入され、盤収容構造体１４の前面に取り付けられることで、前後方向に貫通する画像透視開口部１９を形成する。表示収容構造体１７は、盤収容構造体１４の裏側に設けられ、表示ユニット１０５を盤収容構造体１４に前側から格納させるように、前側に開口した形状である。表示ユニット１０５は、可動枠３の裏側において、盤収容構造体１４に格納させる。表示収容構造体１７の裏面には、制御ユニット１５１が設けられる。よって、表示収容構造体１７の裏面は、制御ユニット１５１を取り付けるための遊技機枠１の裏面を構成する。
The movable frame 3 includes a movable frame main body 13, a panel housing structure 14, a central opening 15, a parting structure 16, and a display housing structure 17. The movable frame body 13 has a frame shape surrounding a vertically long rectangular space opened to the front side. The board housing structure 14 is provided inside the movable frame main body 13 and has a shape opened to the front side so that the game board 41 can be mounted from the front side of the movable frame 3. The central opening 15 is formed as a through-hole in the front-rear direction in the back wall 18 of the board housing structure 14. The parting structure 16 is inserted into the central opening 15 from the front side of the movable frame 3 and is attached to the front surface of the panel housing structure 14 to form an image see-through opening 19 penetrating in the front-rear direction. The display housing structure 17 is provided on the back side of the board housing structure 14 and has a shape opened to the front side so that the display unit 105 can be stored in the board housing structure 14 from the front side. The display unit 105 is stored in the panel housing structure 14 on the back side of the movable frame 3. A control unit 151 is provided on the back surface of the display housing structure 17. Therefore, the back surface of the display housing structure 17 constitutes the back surface of the gaming machine frame 1 for attaching the control unit 151.
盤収容構造体１４の右下部には、配線孔２１が、前後方向への貫通孔として設けられる。配線孔２１は、盤収容構造体１４と中央開口部１５と表示収容構造体１７と制御ユニット１５１で囲まれて形成される。盤収容構造体１４には、盤押圧部２２、盤受止部２３、盤ロック操作体２４が設けられる。盤押圧部２２が後側で盤受止部２３が前側となるように、盤押圧部２２および盤受止部２３が盤収容構造体１４の左側部に設けられる。盤押圧部２２は、遊技盤４１を前側に押す板ばねような弾性体である。盤受止部２３は、盤押圧部２２で前側に押された遊技盤４１を受け止める突起である。盤ロック操作体２４は、盤収容構造体１４の右側部に位置し、背壁１８から前側に突出し、背壁１８の前面と平行な方向に回転可能に、背壁１８に設けられる。
A wiring hole 21 is provided as a through hole in the front-rear direction in the lower right portion of the board housing structure 14. The wiring hole 21 is formed by being surrounded by the board housing structure 14, the central opening 15, the display housing structure 17, and the control unit 151. The board housing structure 14 is provided with a board pressing part 22, a board receiving part 23, and a board lock operating body 24. The board pressing part 22 and the board receiving part 23 are provided on the left side of the board housing structure 14 so that the board pressing part 22 is on the rear side and the board receiving part 23 is on the front side. The board pressing part 22 is an elastic body such as a leaf spring that pushes the game board 41 forward. The board receiving part 23 is a protrusion that receives the game board 41 pushed forward by the board pressing part 22. The panel lock operating body 24 is located on the right side of the panel housing structure 14, projects forward from the back wall 18, and is provided on the back wall 18 so as to be rotatable in a direction parallel to the front surface of the back wall 18.
盤収容構造体１４の下縁部は、遊技盤４１を搭載する左右方向に平坦な面としての盤棚２５を形成する。盤棚２５から下側に延設された前壁２６の前面には、球発射機構２７、球発射レール２８、戻り球取入口２９、前横樋３０が設けられる。前壁２６の裏面には、機外排出樋３１が設けられる。前扉４は、パネル枠とも呼ばれ、前後方向に貫通する窓３３を囲む額縁形状である。前扉４には、前面パネル３４が、窓３３を覆う格好で、裏面に取り付けられる。球皿構造体５は、球受皿部３５および球発射操作機構３６を、球皿構造体５の前面から前側に突出した形態に備える。球受皿部３５は、遊技に使用する球を受ける上側に開口した上側から下側に窪む容器である。球発射操作機構３６は、遊技者が球を発射するために操作するものである。球皿構造体５の裏面には、球取入口３７および球供給口３８が設けられる。球皿構造体５が閉じられた場合、ロック解除操作体１２、球発射機構２７、球発射レール２８、戻り球取入口２９、前横樋３０は、球皿構造体５で覆い隠される。
The lower edge portion of the board housing structure 14 forms a board shelf 25 as a flat surface in the left-right direction on which the game board 41 is mounted. A ball launching mechanism 27, a ball launching rail 28, a return ball intake port 29, and a front horizontal cage 30 are provided on the front surface of the front wall 26 extending downward from the shelf 25. On the back surface of the front wall 26, an outboard discharge rod 31 is provided. The front door 4 is also called a panel frame and has a frame shape surrounding the window 33 penetrating in the front-rear direction. A front panel 34 is attached to the front door 4 on the back surface so as to cover the window 33. The ball tray structure 5 includes a ball tray portion 35 and a ball launch operation mechanism 36 in a form protruding forward from the front surface of the ball tray structure 5. The ball tray portion 35 is a container that is recessed from the upper side that opens to the upper side that receives the ball used for the game to the lower side. The ball launch operation mechanism 36 is operated by a player to launch a ball. A ball inlet 37 and a ball supply port 38 are provided on the back surface of the ball dish structure 5. When the ball tray structure 5 is closed, the unlocking operation body 12, the ball launching mechanism 27, the ball launch rail 28, the return ball intake 29, and the front horizontal rod 30 are covered with the ball tray structure 5.
遊技盤４１の構造について説明する。遊技盤４１は、周辺飾り構造体４２と板状構造体４３とを備える。周辺飾り構造体４２は、非遊技領域を形成する光を遮断する性質の有る合成樹脂から構成され、丸形開口部４４、内ガイドレール４５、外ガイドレール４６、球発射通路４７、アウト口飾り４８、戻り球防止弁４９、球反発体５０、取付部５１、証紙台５２を備える。丸形開口部４４は、盤収容構造体１４に格納される方形板状の中央に、前後方向への貫通孔として形成される。内ガイドレール４５および外ガイドレール４６は、丸形開口部４４の周縁部に設けられる。球発射通路４７は、内ガイドレール４５の左側部と外ガイドレール４６の左側部との間に位置し、前側開放縦溝形状に形成される。アウト口飾り４８は、アウト口６４を縁取るものであって、内ガイドレール４５における下部弧状側面の最下部から内側に突出する。戻り球防止弁４９は、球発射通路４７の出口に位置し、内ガイドレール４５の端部に取り付けられた板ばねであって、球発射通路４７から遊技領域５６に発射された球の遊技領域５６から球発射通路４７への流入を防止する。
The structure of the game board 41 will be described. The game board 41 includes a peripheral ornament structure 42 and a plate-like structure 43. The peripheral ornament structure 42 is made of a synthetic resin having a property of blocking light that forms a non-game area, and includes a round opening 44, an inner guide rail 45, an outer guide rail 46, a ball launch passage 47, an out mouth ornament. 48, a return ball prevention valve 49, a ball repelling member 50, a mounting part 51, and a certificate stand 52. The round opening 44 is formed as a through-hole in the front-rear direction at the center of a square plate stored in the board housing structure 14. The inner guide rail 45 and the outer guide rail 46 are provided at the peripheral edge of the round opening 44. The ball launch passage 47 is located between the left side portion of the inner guide rail 45 and the left side portion of the outer guide rail 46, and is formed in a front open longitudinal groove shape. The out mouth decoration 48 borders the out mouth 64 and protrudes inward from the lowermost part of the lower arc-shaped side surface of the inner guide rail 45. The return ball prevention valve 49 is a leaf spring that is located at the exit of the ball launch passage 47 and is attached to the end of the inner guide rail 45, and is a game area of a ball that is launched from the ball launch path 47 to the game area 56. Inflow from 56 to the ball launch passage 47 is prevented.
球反発体５０は、ゴムまたは合成樹脂などの弾性を有する材料から形成され、内ガイドレール４５の右端部と外ガイドレール４６の右端部との間に取り付けられ、球発射通路４７から遊技領域５６に発射され球が衝突することによって、当該衝突した球を遊技領域５６の中央部の方向に跳ね返す。取付部５１は、遊技盤４１を遊技機枠１に固定するために、周辺飾り構造体４２の右側の上下部に設けられる。取付部５１には、ロック挿入孔５３が設けられる。証紙台５２は、周辺飾り構造体４２の右側の下部に前後方向に開閉可能に設けられる。証紙台５２が、周辺飾り構造体４２との連結部である図外のヒンジを中心として前方に開かれることによって、下部の取付部５１が、周辺飾り構造体４２の前側から見える格好となる。そして、証紙台５２が上記ヒンジを中心として後方に閉じられて証紙台受部５４で受け止められると、下部の取付部５１が証紙台５２で覆われて周辺飾り構造体４２の前側から見えなくなる。閉じられた証紙台５２の前面には、遊技盤４１の検査に合格して販売の認可を受けたことを示す図外の証紙が、貼り付けられる。
The ball repelling member 50 is formed of a material having elasticity such as rubber or synthetic resin, and is attached between the right end portion of the inner guide rail 45 and the right end portion of the outer guide rail 46. When the ball hits and hits, the hit ball rebounds toward the center of the game area 56. The attachment portion 51 is provided at the upper and lower portions on the right side of the peripheral ornament structure 42 in order to fix the gaming board 41 to the gaming machine frame 1. The attachment portion 51 is provided with a lock insertion hole 53. The card stand 52 is provided in the lower part on the right side of the peripheral ornament structure 42 so as to be opened and closed in the front-rear direction. The card holder 52 is opened forward about a hinge (not shown) that is a connecting portion with the peripheral ornament structure 42, so that the lower attachment portion 51 can be seen from the front side of the peripheral ornament structure 42. When the certificate stand 52 is closed rearward about the hinge and received by the certificate stand receiving portion 54, the lower mounting portion 51 is covered with the certificate stand 52 and cannot be seen from the front side of the peripheral decorative structure 42. On the front face of the closed certificate stand 52, a certificate stamp (not shown) indicating that the game board 41 has been inspected and approved for sale is attached.
板状構造体４３は、周辺飾り構造体４２で囲まれた内側の遊技領域５６を形成する光を透過する性質の有る合成樹脂から構成される。板状構造体４３の前面である遊技領域５６には、センター飾り５７、一般入賞部品５８、作動入賞部品５９、始動入賞部品６０、可変入賞部品６１、遊技釘６２、風車６３、アウト口６４などの前側部品が設けられる。一般入賞部品５８は、球を遊技領域５６から取り込み、当該取り込んだ球を遊技領域５６の裏側に排出する、取込形である。一般入賞部品５８の内部には、図外の一般入賞球検出器を備える。作動入賞部品５９は、球を遊技領域５６から取り込み、当該取り込んだ球を遊技領域５６の裏側に取り込むことなく、遊技領域５６に排出する、通過形である。作動入賞部品５９の内部には、図外の作動入賞球検出器を備える。始動入賞部品６０は、左右に開閉する一対の羽根６５の下部を中心とし、一対の羽根６５を図外の始動駆動源で左右方向に開閉する電動チューリップと呼ばれる構造である。始動入賞部品６０は、球を遊技領域５６から取り込み、当該取り込んだ球を遊技領域５６の裏側に排出する、取込形である。
The plate-like structure 43 is made of a synthetic resin having a property of transmitting light that forms the inner game area 56 surrounded by the peripheral decoration structure 42. In the game area 56 which is the front surface of the plate-like structure 43, a center ornament 57, a general winning component 58, an operating winning component 59, a starting winning component 60, a variable winning component 61, a game nail 62, a windmill 63, an out port 64, etc. Front parts are provided. The general winning component 58 is a take-in type that takes a ball from the game area 56 and discharges the taken ball to the back side of the game area 56. A general winning ball detector (not shown) is provided inside the general winning component 58. The action winning component 59 is a passing type that takes a ball from the game area 56 and discharges the taken ball to the game area 56 without taking it into the back side of the game area 56. An operation winning ball detector (not shown) is provided inside the operation winning component 59. The start winning component 60 has a structure called an electric tulip that opens and closes the pair of blades 65 in the left-right direction with a starting drive source (not shown) around the lower portion of the pair of blades 65 that open and close to the left and right. The start winning component 60 is a take-in type that takes a ball from the game area 56 and discharges the taken ball to the back side of the game area 56.
始動入賞部品６０の左右一対の羽根６５は、閉じた場合でも、球を受け入れ得る形態、受け入れない形態のいずれでも適用できる。始動入賞部品６０の内部には、図外の始動入賞球検出器を備える。可変入賞部品６１は、横長な長方形状の開閉体６６の下部を中心とし、開閉体６６を図外の可変駆動源で前後方向に開閉するアタッカーまたは大入賞口と呼ばれる構造である。可変入賞部品６１の開閉体６６で閉じたり開かれたりする空洞形状の球受入部の内部には、図外の可変入賞球検出器を備える。可変入賞部品６１の球受入部に取り込まれた球は、可変入賞球検出器を通過した後に遊技盤４１の裏側に排出される。よって、可変入賞部品６１は、取込形である。
Even when closed, the pair of left and right blades 65 of the start winning component 60 can be applied in either a form capable of accepting a ball or a form not accepting a ball. A start winning ball detector (not shown) is provided inside the start winning component 60. The variable winning component 61 has a structure called an attacker or a large winning opening that opens and closes the opening / closing body 66 in the front-rear direction with a variable drive source (not shown) centering on the lower portion of the horizontally long rectangular opening / closing body 66. Inside the hollow ball receiving portion that is closed or opened by the opening / closing body 66 of the variable winning component 61, a variable winning ball detector (not shown) is provided. The balls taken into the ball receiving portion of the variable winning component 61 are discharged to the back side of the game board 41 after passing through the variable winning ball detector. Therefore, the variable winning component 61 is a take-in type.
センター飾り５７は、光を透過する性質の有る合成樹脂により形成された上側に向けて突出する弧状であって、板状構造体４３の裏面から図外のタッピングスクリューのような止ねじで板状構造体４３の前面に取り付けられる。一般入賞部品５８、作動入賞部品５９、始動入賞部品６０、可変入賞部品６１は、光を遮断する性質の有る合成樹脂により形成された部品であって、板状構造体４３の裏面から図外のタッピングスクリューのような止ねじで板状構造体４３の前面に取り付けられる。遊技釘６２は、真鍮で形成された障害釘とも呼ばれる釘であって、板状構造体４３の前面から内部に打ち込まれる。よって、人が、これらの前側部品を備えた遊技盤４１を前側から見た場合、遊技領域５６における一般入賞部品５８、作動入賞部品５９、始動入賞部品６０、可変入賞部品６１、遊技釘６２で覆われた以外の部分の裏側を視認することができる。遊技盤４１の裏面には、球案内体６７が設けられる。球案内体６７は、セット板や集合樋とも呼ばれ、遊技盤４１の遊技領域５６から一般入賞部品５８、始動入賞部品６０、可変入賞部品６１、アウト口６４を経由して遊技盤４１の裏側に排出された球を下側に誘導するための裏側部品である。
The center ornament 57 has an arc shape projecting upward from a synthetic resin having a light transmitting property, and is plate-shaped with a set screw such as a tapping screw (not shown) from the back surface of the plate-like structure 43. It is attached to the front surface of the structure 43. The general winning component 58, the operation winning component 59, the starting winning component 60, and the variable winning component 61 are components formed of a synthetic resin having a property of blocking light, and are not illustrated from the back side of the plate-like structure 43. It is attached to the front surface of the plate-like structure 43 with a set screw such as a tapping screw. The game nail 62 is a nail called an obstacle nail formed of brass, and is driven from the front surface of the plate-like structure 43 into the inside. Therefore, when a person views the gaming board 41 having these front parts from the front side, the general winning component 58, the operating winning component 59, the starting winning component 60, the variable winning component 61, and the game nail 62 in the gaming area 56 are used. The back side of the portion other than the covered portion can be visually recognized. A ball guide body 67 is provided on the back surface of the game board 41. The ball guide 67 is also referred to as a set board or a collective bowl, and from the game area 56 of the game board 41 through the general prize-winning part 58, the start prize-winning part 60, the variable prize-winning part 61, and the out port 64, the back side of the game board 41. It is a back side part for guiding the sphere discharged to the lower side.
遊技機枠１において、可動枠３が閉じられて固定枠２にロック機構９で開閉不能に支持され、少なくとも、前扉４が可動枠３の前側に片開きされた状態において、遊技盤４１の裏面が遊技機枠１の方に向けられ、遊技盤４１の遊技領域５６が前側に向けられ、遊技盤４１が遊技機枠１の前側から盤収容構造体１４に挿入され、遊技盤４１の下部が盤棚２５の上に載せられ、遊技盤４１の左側部が盤押圧部２２と盤受止部２３との間に挿入されて盤押圧部２２と盤受止部２３とで前後方向から挟まれた後、遊技盤４１の右側部が作業者によって後側に押され、盤ロック操作体２４がロック挿入孔５３に後側から挿入されて前側に突出した状態において、作業者が盤ロック操作体２４を例えば右方向に９０度回転操作すると、盤ロック操作体２４がロック挿入孔５３の周りにおける取付部５１と係合し、遊技盤４１が可動枠３に取り付けられる。遊技盤４１が可動枠３に取り付けられる場合、遊技盤４１の一般入賞球検出器、作動入賞球検出器、始動駆動源、可変入賞球検出器、可変駆動源などの配線は、可動枠３の前側から配線孔２１を経由して可動枠３の裏側に引き出されて、主制御装置１７０に接続される。
In the gaming machine frame 1, the movable frame 3 is closed and supported by the lock mechanism 9 so that it cannot be opened and closed by the fixed frame 2, and at least the front door 4 is opened to the front side of the movable frame 3. The back surface is directed toward the gaming machine frame 1, the gaming area 56 of the gaming board 41 is directed forward, the gaming board 41 is inserted into the board housing structure 14 from the front side of the gaming machine frame 1, and the lower part of the gaming board 41 Is placed on the board shelf 25, and the left side of the game board 41 is inserted between the board pressing part 22 and the board receiving part 23, and is sandwiched between the board pressing part 22 and the board receiving part 23 from the front-rear direction. After that, the right side portion of the game board 41 is pushed rearward by the operator, and in the state where the board lock operating body 24 is inserted into the lock insertion hole 53 from the rear side and protrudes to the front side, the operator performs the board lock operation. For example, when the body 24 is rotated 90 degrees clockwise, the panel lock operating body 24 is operated. Engage the mounting portion 51 at around the lock insert hole 53, the game board 41 is attached to the movable frame 3. When the game board 41 is attached to the movable frame 3, the wiring of the game board 41 such as a general winning ball detector, an operating winning ball detector, a starting drive source, a variable winning ball detector, and a variable drive source are connected to the movable frame 3. It is pulled out from the front side through the wiring hole 21 to the back side of the movable frame 3 and connected to the main controller 170.
遊技盤４１が可動枠３に取り付けられ、前扉４および球皿構造体５が閉じられて可動枠３にロック機構１０；１１で開閉不能に支持され、電源装置７９から供給された電力によって主制御装置１７０、図柄制御装置１７５、複合制御装置１８１、発射払出制御装置８０が起動した状態において、遊技者が球受皿部３５に球を入れて球発射操作機構３６を操作すると、発射払出制御装置８０が球発射機構２７を球発射操作機構３６から出力された操作量に応じた発射力で例えば１分間に１から１００発未満までの所定数の間隔で駆動し、球発射機構２７が球受皿部３５から球供給口３８を経由して発射レールに供給された球を１個ずつ遊技盤４１の球発射通路４７に向けて発射する。この球発射通路４７に発射された球が、球発射通路４７から戻り球防止弁４９を押し開けて遊技領域５６に到達した後に遊技領域５６を流下する過程において、一般入賞部品５８や始動入賞部品６０あるいは可変入賞部品６１に入賞すると、一般入賞部品５８や始動入賞部品６０あるいは可変入賞部品６１に入賞した球が、遊技盤４１の裏側に排出される一方、それぞれの入賞に対応する賞球としての球が、球払出機構８４から球受皿部３５に払い出される。一般入賞部品５８や始動入賞部品６０あるいは可変入賞部品６１に入賞しないで遊技領域５６の最下部に流れた球は、アウト口６４に取り込まれた遊技盤４１の裏側に排出される。電源装置７９、主制御装置１７０、図柄制御装置１７５、複合制御装置１８１、発射払出制御装置８０、球払出機構８４は、図３に示す。
A game board 41 is attached to the movable frame 3, the front door 4 and the ball tray structure 5 are closed, and the movable frame 3 is supported by the lock mechanism 10; 11 so that it cannot be opened and closed. When the player puts a ball into the ball tray 35 and operates the ball launch operation mechanism 36 in a state where the control device 170, the symbol control device 175, the composite control device 181 and the launch / payout control device 80 are activated, the launch / payout control device 80 drives the ball launching mechanism 27 with a firing force corresponding to the operation amount output from the ball launching operation mechanism 36, for example, at a predetermined number of intervals from 1 to less than 100 shots per minute. The balls supplied from the unit 35 to the launch rail via the ball supply port 38 are launched one by one toward the ball launch passage 47 of the game board 41. In the process in which the ball launched into the ball launch passage 47 flows down the game area 56 after pushing the ball prevention valve 49 back from the ball launch path 47 and reaching the game area 56, the general winning component 58 and the start winning component When winning 60 or the variable winning component 61, the winning ball in the general winning component 58, the starting winning component 60 or the variable winning component 61 is discharged to the back side of the game board 41, and as a winning ball corresponding to each winning prize. Are dispensed from the ball dispensing mechanism 84 to the ball tray 35. The ball that has flowed to the bottom of the game area 56 without winning the general winning component 58, the starting winning component 60 or the variable winning component 61 is discharged to the back side of the game board 41 taken into the out port 64. The power supply device 79, the main control device 170, the symbol control device 175, the composite control device 181, the launch payout control device 80, and the ball payout mechanism 84 are shown in FIG.
図３を参照し、見切り構造体１６の構造について説明する。見切り構造体１６は、画像透視開口部１９を囲む、上側壁６９と左側壁７０および右側壁７１からなる三方枠の形状である。上側壁６９には、係合部７２が、左右に分かれて、上側壁６９から上方に突出した後に裏側に折り曲がりさらに下側に折り曲がったフック形状に設けられる。左側壁７０の下部、右側壁７１の下部には、取付部７３が、左側壁７０および右側壁７１から下側に突出して個別に設けられる。取付部７３には、ねじ挿入孔７４が、前後方向の貫通孔として設けられる。可動枠３には、見切り構造体１６を取り付けるための、係合孔７４および取付孔７５が設けられる。そして、見切り構造体１６が可動枠３の前側から中央開口部１５に挿入され、係合部７２が係合孔７４に挿入されて係合し、タッピングスクリューのような止ねじ７６が見切り構造体１６の前側からねじ挿入孔７４を経由して取付孔７５に締結され、見切り構造体１６が可動枠３に固定的に取り付けられる。
The structure of the parting structure 16 will be described with reference to FIG. The parting structure 16 has a three-sided frame shape including an upper side wall 69, a left side wall 70, and a right side wall 71 that surround the image see-through opening 19. On the upper side wall 69, the engaging portion 72 is provided in the shape of a hook that is divided into left and right sides and protrudes upward from the upper side wall 69 and then bent to the back side and further bent to the lower side. At the lower part of the left side wall 70 and the lower part of the right side wall 71, mounting portions 73 are individually provided so as to protrude downward from the left side wall 70 and the right side wall 71. The attachment portion 73 is provided with a screw insertion hole 74 as a through hole in the front-rear direction. The movable frame 3 is provided with an engagement hole 74 and an attachment hole 75 for attaching the parting structure 16. The parting structure 16 is inserted into the central opening 15 from the front side of the movable frame 3, the engaging part 72 is inserted into the engaging hole 74 and engaged, and a set screw 76 such as a tapping screw is formed. The parting structure 16 is fixedly attached to the movable frame 3 by being fastened to the attachment hole 75 via the screw insertion hole 74 from the front side.
図４を参照し、可動枠３を裏側から見た構造について説明する。可動枠３の裏側、具体的には、盤収容構造体１４の裏面には、球払出装置７８、電源装置７９、発射払出制御装置８０、枠用外部中継端子装置８１；８２が設けられる。球払出装置７８では、タンク構造体８３が遊技機設置構造体における図外の球補給機構から供給された球を貯蔵した状態において、球払出機構８４の図外のステップモータが発射払出制御装置８０からの出力で一方向に回転駆動すると、球払出機構８４のスプロケットのような払出体８５が球を１個ずつ分離しつつ賞球または貸球として払い出し、球払出機構８４の図外の払出球検出器が払出体８５から払い出された球を電気的に検出して払出球検出信号を主制御装置１７０および発射払出制御装置８０に出力する。球払出機構８４から払い出された球は、縦樋８６と満タン検出機構８７および前横樋３０を経由して球受皿部３５に払い出される。前横樋３０、球受皿部３５は、図２参照。
With reference to FIG. 4, the structure which looked at the movable frame 3 from the back side is demonstrated. A ball payout device 78, a power supply device 79, a launch / payout control device 80, and a frame external relay terminal device 81; 82 are provided on the back side of the movable frame 3, specifically, on the back surface of the panel housing structure 14. In the ball payout device 78, in a state where the tank structure 83 stores the balls supplied from the ball supply mechanism (not shown) in the gaming machine installation structure, the step motor (not shown) of the ball payout mechanism 84 is used for the launch / payout control device 80. , And a payout body 85 such as a sprocket of the ball paying mechanism 84 pays off as a winning ball or a rental ball while separating the balls one by one. The detector electrically detects the ball paid out from the payout body 85 and outputs a payout ball detection signal to the main controller 170 and the launch payout controller 80. The balls paid out from the ball paying mechanism 84 are paid out to the ball receiving tray 35 via the vertical rod 86, the full tank detecting mechanism 87, and the front horizontal rod 30. Refer to FIG.
満タン検出機構８７は、満タン検出機構８７における筐体の内部に図外の満タン検出器を備える。満タン検出器は、球受皿部３５から前横樋３０および満タン検出器まで球が満杯となると、球払出機構８４による払出動作を停止するために、満タン検出器が満杯となった球でオン動作して電気的な満杯検出信号を主制御装置１７０に出力し、満杯検出信号を受信した主制御装置１７０は球払出停止信号を発射払出制御装置８０に出力し、発射払出制御装置８０が球払出機構８４のモータの駆動を停止する。これによって、球払出機構８４による払出動作が停止する。
The full tank detection mechanism 87 includes a full tank detector (not shown) inside the casing of the full tank detection mechanism 87. The full tank detector is a ball that is filled with the full tank detector in order to stop the dispensing operation by the ball dispensing mechanism 84 when the ball is filled from the ball tray 35 to the front recumbent 30 and the full tank detector. The main controller 170, which is turned on and outputs an electrical full detection signal to the main controller 170, receives the full detection signal, outputs a ball payout stop signal to the launch / payout controller 80, and the launch / payout controller 80 The driving of the motor of the ball dispensing mechanism 84 is stopped. As a result, the payout operation by the ball payout mechanism 84 is stopped.
電源装置７９は、遊技機設置構造体に設けられる島電源装置から供給される２４ボルトの交流電源をパチンコ機に使用する例えば５ボルト、１２ボルト、２４ボルトなどの電圧の直流電源に変換して出力するとともに２４ボルトの交流電源もそのまま出力する機能を備え、盤収容構造体１４の裏側の右側に位置し、前壁２６の裏面に取り付けられる。発射払出制御装置８０は、電源装置７９を裏側から覆うように、前壁２６の裏面に取り付けられる。枠用外部中継端子装置８１は、遊技店の営業を管理するホールコンピュータや主制御装置１７０からの配線を接続するための複数のコネクタを備え、盤収容構造体１４の裏側の上部に位置し、球払出装置７８に取り付けられる。枠用外部中継端子装置８２は、パチンコ機の横に並べられて遊技機設置構造体に設けられるカードサンドと呼ばれる球貸機の制御装置や発射払出制御装置８０からの配線を接続するための複数のコネクタを備え、盤収容構造体１４の裏側の左側に位置し、前壁２６の裏面に取り付けられる。盤収容構造体１４における背壁１８の裏面には、表示ユニット１０５を前側に収納した表示収容構造体１７が開閉可能に設けられる。表示収容構造体１７は、ヒンジ８９を中心とし、盤収容構造体１４の裏側で後側に開かれかつ前側に閉じられるように、片開き可能である。ヒンジ８９は、枠側ヒンジ９０と表示側ヒンジ９１とにより構成される。
The power supply device 79 converts the 24 volt AC power supply supplied from the island power supply device provided in the gaming machine installation structure into a DC power supply of a voltage such as 5 volt, 12 volt, or 24 volt used in the pachinko machine. It has a function of outputting 24 volt AC power as it is, and is located on the right side on the back side of the panel housing structure 14 and attached to the back surface of the front wall 26. The firing / dispensing control device 80 is attached to the back surface of the front wall 26 so as to cover the power supply device 79 from the back side. The frame external relay terminal device 81 includes a plurality of connectors for connecting wiring from the hall computer that manages the business of the amusement store and the main control device 170, and is located at the upper part on the back side of the panel housing structure 14, It is attached to the ball dispensing device 78. The frame external relay terminal device 82 is connected to the wiring from the ball lending machine control device called the card sand and the launch / payout control device 80 which are arranged next to the pachinko machine and provided in the gaming machine installation structure. The connector is located on the left side of the back side of the panel housing structure 14 and is attached to the back surface of the front wall 26. A display housing structure 17 in which the display unit 105 is housed on the front side is provided on the back surface of the back wall 18 in the panel housing structure 14 so as to be openable and closable. The display housing structure 17 is centered around the hinge 89 and can be opened one side so as to be opened rearward and closed frontward on the back side of the panel housing structure 14. The hinge 89 includes a frame side hinge 90 and a display side hinge 91.
図５を参照し、表示収容構造体１７と盤収容構造体１４とを互いに取り付けるための取付構造について説明する。盤収容構造体１４の裏面には、枠側ヒンジ９０、取付部９２、ストッパー９３が設けられる。枠側ヒンジ９０は、金属製であって、縦長な板状の縦片部９０ａから裏側に上折曲部９０ｂおよび下折曲部９０ｃを直角に折り曲げ、上折曲部９０ｂの上部を右側に折り曲げて上ヒンジ片９０ｄを形成し、下折曲部９０ｃの上部を右側に折り曲げて下ヒンジ片９０ｅを形成し、上ヒンジ片９０ｄに上ヒンジ孔９０ｆを上下への貫通孔として設け、下ヒンジ片９０ｅに下ヒンジ孔９０ｇを上下への貫通孔として設けた構造である。縦片部９０ａが盤収容構造体１４に盤収容構造体１４の裏側からタッピングスクリューのような止ねじ９６で固定的に取り付けられることによって、枠側ヒンジ９０が中央開口部１５よりも右部に位置して盤収容構造体１４に固定的に設けられる。取付部９２は、中央開口部１５よりも上部および左下部に位置し、盤収容構造体１４に個別に設けられる。ストッパー９３は、閉じた表示収容構造体１７の上側への移動を規制するものであって、枠側ヒンジ９０よりも上側に位置し、盤収容構造体１４の裏面から裏側に突出し、盤収容構造体１４の裏面に固定的に設けられる。表示収容構造体１７には、表示側ヒンジ９１および取付部９９が設けられる。
With reference to FIG. 5, the attachment structure for attaching the display housing structure 17 and the panel housing structure 14 to each other will be described. A frame side hinge 90, a mounting portion 92, and a stopper 93 are provided on the back surface of the panel housing structure 14. The frame-side hinge 90 is made of metal, and the upper bent portion 90b and the lower bent portion 90c are bent at right angles from the vertically long plate-like vertical piece portion 90a to the back side, and the upper portion of the upper bent portion 90b is on the right side. The upper hinge piece 90d is formed by bending and the upper part of the lower bent part 90c is bent to the right to form the lower hinge piece 90e. The upper hinge piece 90d is provided with an upper hinge hole 90f as a vertical through hole. This is a structure in which a lower hinge hole 90g is provided as a vertical through hole in the piece 90e. The vertical piece 90a is fixedly attached to the board receiving structure 14 from the back side of the board receiving structure 14 with a set screw 96 such as a tapping screw, so that the frame side hinge 90 is located on the right side of the central opening 15. It is positioned and fixedly provided on the board housing structure 14. The attachment portion 92 is located above and below the left side of the central opening 15 and is provided individually on the panel housing structure 14. The stopper 93 restricts the upward movement of the closed display housing structure 17, is located above the frame-side hinge 90, protrudes from the back surface of the panel housing structure 14 to the back side, and the panel housing structure It is fixedly provided on the back surface of the body 14. The display housing structure 17 is provided with a display side hinge 91 and a mounting portion 99.
そして、表示側ヒンジ９１の下ヒンジピン９１ｇが枠側ヒンジ９０の下ヒンジ孔９０ｇに上側から嵌め込まれ、表示側ヒンジ９１の上ヒンジピン９１ｆが枠側ヒンジ９０の上ヒンジ孔９０ｆに上側から嵌め込まれることによって、表示収容構造体１７が盤収容構造体１４の裏側に取り付けられる。その状態において、表示ユニット１０５における画像表示器１０７の表示画面１２３が見切り構造体１６の画像透視開口部１９の方向に向くように、表示収容構造体１７が矢印Ｘ１方向に閉じられるのに伴い、表示収容構造体１７における表示ユニット１０５の前面よりも前側に突出する部分が、見切り構造体１６における盤収容構造体１４よりも裏側に突出した部分を外側から囲むように、見切り構造体１６に嵌め込まれ、ストッパー９３の真下に配置され、固定具１０３が取付部９２に装着されることによって、表示収容構造体１７が盤収容構造体１４に固定される。このように表示収容構造体１７が盤収容構造体１４の裏側に固定的に取り付けられると、表示ユニット１０５の前面が、可動枠３の前側から画像透視開口部１９を通して視認可能となる。表示ユニット１０５を表示収容構造体１７に収納した形態は、画像表示装置として概念できる。
Then, the lower hinge pin 91g of the display side hinge 91 is fitted into the lower hinge hole 90g of the frame side hinge 90 from above, and the upper hinge pin 91f of the display side hinge 91 is fitted into the upper hinge hole 90f of the frame side hinge 90 from above. Thus, the display housing structure 17 is attached to the back side of the board housing structure 14. In this state, as the display housing structure 17 is closed in the direction of the arrow X1 so that the display screen 123 of the image display device 107 in the display unit 105 faces the direction of the image see-through opening 19 of the parting structure 16, The display housing structure 17 is fitted into the parting structure 16 so that the part projecting forward from the front surface of the display unit 105 surrounds the part projecting rearward from the panel housing structure 14 in the parting structure 16 from the outside. Then, the display housing structure 17 is fixed to the board housing structure 14 by being disposed immediately below the stopper 93 and mounting the fixture 103 on the mounting portion 92. Thus, when the display housing structure 17 is fixedly attached to the back side of the panel housing structure 14, the front surface of the display unit 105 can be viewed through the image see-through opening 19 from the front side of the movable frame 3. The form in which the display unit 105 is housed in the display housing structure 17 can be conceptualized as an image display device.
図６を参照し、表示ユニット１０５の構造について説明する。表示ユニット１０５は、金属筐体１０６、画像表示器１０７、保護パネル１０８、金属フレーム１０９を備える。金属筐体１０６は、画像表示器１０７の裏面と対応する方形な筐体基盤１１１の周囲から上側壁１１２、下側壁１１３、左側壁１１４、右側壁１１５を前側に直角に折り曲げ、画像表示器１０７および金属フレーム１０９を金属筐体１０６の前側から格納させるように、前側に開口した形状である。上側壁１１２、下側壁１１３、左側壁１１４、右側壁１１５は、相互に結合される。金属筐体１０６には、軽量化孔１１６、表示駆動覆部１１７、コネクタ用孔１１８、放熱用孔１１９、表示側ヒンジ９１、取付部１２０、ねじ挿入孔１２１、受止部１２２が設けられる。軽量化孔１１６は、金属筐体１０６の重さを軽くするためのものであって、筐体基盤１１１の中央部に位置し、前後方向への貫通孔として、筐体基盤１１１に形成される。表示駆動覆部１１７は、筐体基盤１１１の右側部に位置し、筐体基盤１１１から後側に突出し、表示駆動回路部１２５を金属筐体１０６の前側から格納させるように、前側に開口した形状である。コネクタ用孔１１８および放熱用孔１１９は、表示駆動覆部１１７に、前後方向への貫通孔として形成される。取付部１２０は、下側壁１１３の左右に位置し、下側壁１１３から下側に直角に折り曲げられた板状である。取付部１２０には、ねじ挿入孔１２１が、前後方向への貫通孔として設けられる。受止部１２２は、左側壁１１４の上下に位置し、左側壁１１４から左側に直角に折り曲げられた板状である。
The structure of the display unit 105 will be described with reference to FIG. The display unit 105 includes a metal housing 106, an image display 107, a protection panel 108, and a metal frame 109. The metal casing 106 bends the upper side wall 112, the lower side wall 113, the left side wall 114, and the right side wall 115 from the periphery of the rectangular casing base 111 corresponding to the back surface of the image display 107 to the front side at a right angle. In addition, the metal frame 109 has a shape opened to the front side so that the metal frame 109 can be stored from the front side of the metal casing 106. The upper side wall 112, the lower side wall 113, the left side wall 114, and the right side wall 115 are coupled to each other. The metal casing 106 is provided with a weight reduction hole 116, a display drive cover portion 117, a connector hole 118, a heat dissipation hole 119, a display side hinge 91, a mounting portion 120, a screw insertion hole 121, and a receiving portion 122. The lightening hole 116 is for reducing the weight of the metal casing 106 and is located in the central portion of the casing base 111 and is formed in the casing base 111 as a through hole in the front-rear direction. . The display drive cover 117 is located on the right side of the housing base 111, protrudes rearward from the housing base 111, and opens to the front so that the display drive circuit unit 125 can be stored from the front side of the metal housing 106. Shape. The connector hole 118 and the heat dissipation hole 119 are formed in the display driving cover 117 as through holes in the front-rear direction. The attachment part 120 is located on the left and right of the lower side wall 113, and has a plate shape bent at a right angle from the lower side wall 113 to the lower side. The attachment portion 120 is provided with a screw insertion hole 121 as a through hole in the front-rear direction. The receiving part 122 is located above and below the left side wall 114 and has a plate shape that is bent at a right angle from the left side wall 114.
画像表示器１０７が液晶表示器の場合、バックライトや導光部材および拡散部材などのような画像表示器１０７の表示画面１２３を全体的に照明するバックライト機構部材が、画像表示器１０７に含まれる。画像表示器１０７の表示画面１２３には、保護パネル１０８が、接触かつ重ね合わされて設けられる。保護パネル１０８は、ガラスまたは合成樹脂などの光を透過する性質の有る材料からなる板状である。画像表示器１０７および保護パネル１０８の周囲は、金属フレーム１０９で支持される。金属フレーム１０９で囲まれた前開口部１２４には、保護パネル１０８の前面が露出する。表示画面１２３に表示された画像は、金属フレーム１０９の前側から、前開口部１２４および保護パネル１０８を経由して視認可能となる。画像表示器１０７の裏面には、表示駆動回路部１２５およびコネクタ１２６が、画像表示器１０７の裏面から裏側に突出して設けられる。表示駆動回路部１２５は、画像表示器１０７が表示画面１２３に画像を表示し得るように画像表示器１０７を起動したり、バックライトを点灯したりする電気部品である。
When the image display 107 is a liquid crystal display, the image display 107 includes a backlight mechanism member that totally illuminates the display screen 123 of the image display 107 such as a backlight, a light guide member, and a diffusion member. It is. A protective panel 108 is provided on the display screen 123 of the image display 107 in contact with and superimposed on the display screen 123. The protective panel 108 has a plate shape made of a material having a property of transmitting light, such as glass or synthetic resin. The periphery of the image display 107 and the protection panel 108 is supported by a metal frame 109. The front surface of the protective panel 108 is exposed at the front opening 124 surrounded by the metal frame 109. The image displayed on the display screen 123 is visible from the front side of the metal frame 109 via the front opening 124 and the protection panel 108. A display driving circuit unit 125 and a connector 126 are provided on the back surface of the image display 107 so as to protrude from the back surface of the image display 107 to the back side. The display drive circuit unit 125 is an electrical component that activates the image display 107 and lights a backlight so that the image display 107 can display an image on the display screen 123.
そして、金属筐体１０６の前面と画像表示器１０７の裏面とが互いに向かい合わされ、画像表示器１０７が金属筐体１０６の前側から内部に格納され、金属筐体１０６の内面と金属フレーム１０９の外面とが互いに接触して、画像表示器１０７と保護パネル１０８および金属フレーム１０９からなる構造体が金属筐体１０６の内部に装着される。これによって、表示ユニット１０５が図７に示す形態に組み立てられる。
The front surface of the metal housing 106 and the back surface of the image display 107 are opposed to each other, and the image display 107 is housed inside from the front side of the metal housing 106, and the inner surface of the metal housing 106 and the outer surface of the metal frame 109 are stored. Are in contact with each other, and a structure including the image display 107, the protection panel 108, and the metal frame 109 is mounted inside the metal housing 106. Thus, the display unit 105 is assembled in the form shown in FIG.
図７を参照し、表示収容構造体１７の前側から見た構造、表示ユニット１０５の表示収容構造体１７への取り付け方、ユニット基盤１５２の前側から見た構造について説明する。表示収容構造体１７は、表示ユニット１０５の裏面と対応する方形な収容基盤１２７の周囲から上側壁１２８、下側壁１２９、左側壁１３０、右側壁１３１を前側に直角に折り曲げ、表示ユニット１０５を表示収容構造体１７の前側から格納させるように、前側に開口した形状である。上側壁１２８、下側壁１２９、左側壁１３０、右側壁１３１は、相互に結合される。表示収容構造体１７には、取付部９９、固定具１０３、駆動収容部１３２、受止部１３３、取付部１３４、コネクタ用孔１３５、延設部１３６、切欠部１３７；１３８、逃部１３９、残渣孔１４０が設けられる。上側壁１２８に設けられた取付部９９は、上側壁１２８の前縁部から上側に突出する。下側壁１２９と左側壁１３０との隅部に設けられた取付部９９は、下側壁１２９左壁の前縁部から上側および左側壁１３０の前縁部から右側に突出する。固定具１０３は、取付部９９に、表示収容構造体１７の後側から個別に装着される。
With reference to FIG. 7, the structure seen from the front side of the display housing structure 17, the method of attaching the display unit 105 to the display housing structure 17, and the structure seen from the front side of the unit base 152 will be described. The display housing structure 17 bends the upper side wall 128, the lower side wall 129, the left side wall 130, and the right side wall 131 at a right angle from the periphery of the rectangular accommodation base 127 corresponding to the back surface of the display unit 105, thereby displaying the display unit 105. It is a shape opened to the front side so as to be stored from the front side of the housing structure 17. The upper side wall 128, the lower side wall 129, the left side wall 130, and the right side wall 131 are coupled to each other. The display housing structure 17 includes a mounting portion 99, a fixture 103, a drive housing portion 132, a receiving portion 133, a mounting portion 134, a connector hole 135, an extending portion 136, a notch portion 137; 138, a relief portion 139, Residual holes 140 are provided. The attachment portion 99 provided on the upper side wall 128 protrudes upward from the front edge portion of the upper side wall 128. Mounting portions 99 provided at the corners of the lower wall 129 and the left side wall 130 protrude upward from the front edge of the left wall of the lower wall 129 and rightward from the front edge of the left side wall 130. The fixtures 103 are individually attached to the attachment portion 99 from the rear side of the display housing structure 17.
駆動収容部１３２は、収容基盤１２７の右側部に位置し、表示駆動覆部１１７を表示収容構造体１７の前側から格納させるように、収容基盤１２７から裏側に窪み、収容基盤１２７の前面に開口する。受止部１３３は、上側壁１２８の前縁部から下側に突出し、左右に分かれて、上側壁１２８に設けられる。駆動収容部１３２には、配線孔１４１が設けられる。取付部１３４は、収容基盤１２７の下部に位置し、左右に分かれて、収容基盤１２７から前側に突出し、収容基盤１２７に設けられる。取付部１３４には、ねじ結合孔１４２が、取付部１３４の前面から内部への窪みとして、取付部１３４に設けられる。コネクタ用孔１３５は、収容基盤１２７の左側に位置し、収容基盤１２７に前後方向への貫通孔として設けられる。延設部１３６は、収容基盤１２７の下縁部から下側に突出し、右部に位置し、収容基盤１２７に設けられる。切欠部１３７は、下側壁１２９に設けられる。切欠部１３８は、左側壁１３０に設けられる。逃部１３９は、表示側ヒンジ９１を表示収容室から表示収容構造体１７の外側に突出するためのものであって、右側壁１３１に設けられる。残渣孔１４０は、表示収容構造体１７を合成樹脂で形成するための成形型における収容基盤１２７の裏面に基盤取付部を形成するための可動中子を抜き取った跡の孔であって、収容基盤１２７の下部に位置し、左右に分かれて、収容基盤１２７の前後方向への貫通孔として、収容基盤１２７に設けられる。
The drive housing portion 132 is located on the right side of the housing base 127, and is recessed from the housing base 127 to the back side so as to store the display drive cover portion 117 from the front side of the display housing structure 17, and is opened on the front surface of the housing base 127. To do. The receiving portion 133 projects downward from the front edge portion of the upper side wall 128, is divided into left and right sides, and is provided on the upper side wall 128. A wiring hole 141 is provided in the drive housing portion 132. The attachment portion 134 is located at the lower part of the accommodation base 127, is divided into left and right, protrudes from the accommodation base 127 to the front side, and is provided on the accommodation base 127. A screw coupling hole 142 is provided in the attachment portion 134 as a recess from the front surface to the inside of the attachment portion 134. The connector hole 135 is located on the left side of the housing base 127 and is provided in the housing base 127 as a through hole in the front-rear direction. The extending portion 136 projects downward from the lower edge of the accommodation base 127, is located on the right side, and is provided on the accommodation base 127. The notch 137 is provided in the lower wall 129. The notch 138 is provided in the left side wall 130. The escape portion 139 is for projecting the display side hinge 91 from the display storage chamber to the outside of the display storage structure 17, and is provided on the right side wall 131. The residual hole 140 is a hole formed by removing the movable core for forming the base mounting portion on the back surface of the storage base 127 in the molding die for forming the display storage structure 17 with synthetic resin. The housing base 127 is provided in the housing base 127 as a through hole in the front-rear direction of the housing base 127.
表示ユニット１０５を表示収容構造体１７に取り付ける場合、表示収容構造体１７の前面と画像表示器１０７の裏面とが互いに向かい合わされ、表示ユニット１０５の上縁部が表示収容構造体１７の前側から収容基盤１２７と受止部１３３との間に嵌め込まれ、表示ユニット１０５が表示収容構造体１７の内部に収容され、表示駆動覆部１１７が駆動収容部１３２に取り込まれ、取付部１２０が取付部１３４の前部に嵌め込まれ、タッピングスクリューのような止ねじ１４３が、表示ユニット１０５の前側からねじ挿入孔１２１を経由してねじ結合孔１４２に締結されることによって、表示ユニット１０５が表示収容構造体１７に固定的に取り付けられる。このように表示ユニット１０５が表示収容構造体１７に取り付けられた場合、コネクタ１２６がコネクタ用孔１３５に配置される（図８参照）。
When the display unit 105 is attached to the display housing structure 17, the front surface of the display housing structure 17 and the back surface of the image display 107 are opposed to each other, and the upper edge of the display unit 105 is housed from the front side of the display housing structure 17. The display unit 105 is housed in the display housing structure 17, the display drive cover portion 117 is taken in the drive housing portion 132, and the mounting portion 120 is mounted on the mounting portion 134. A set screw 143 such as a tapping screw is fastened to the screw coupling hole 142 via the screw insertion hole 121 from the front side of the display unit 105, so that the display unit 105 is connected to the display housing structure. 17 is fixedly attached. When the display unit 105 is thus attached to the display housing structure 17, the connector 126 is disposed in the connector hole 135 (see FIG. 8).
ユニット基盤１５２は、基盤本体１５３、上延設部１５４、下延設部１５５、膨出部１５６、固定具１５７、係合部１５８を備える。基盤本体１５３は、表示収容構造体１７の収容基盤１２７と対応する方形である。上延設部１５４は、基盤本体１５３の上縁部から上側に突出し、基盤本体１５３の右部に位置し、基盤本体１５３に設けられる。下延設部１５５は、基盤本体１５３の下縁部から下側に突出し、基盤本体１５３の中央部および右部にわたって位置し、基盤本体１５３に設けられる。膨出部１５６は、基盤本体１５３の前面から裏側に突出し、基盤本体１５３の下部に位置し、基盤本体１５３に設けられる。膨出部１５６には、空間部が、基盤本体１５３の前面に開口し、基盤本体１５３の前面から裏側に窪む形状形成される。係合部１５８は、基盤本体１５３の下縁部から下側に突出し、下延設部１５５よりも右部および左部に分かれて、基盤本体１５３に設けられる。固定具１５７は、基盤本体１５３の上部に位置し、左右に分かれて、基盤本体１５３の裏側から基盤本体１５３に装着される。
The unit base 152 includes a base body 153, an upper extension part 154, a lower extension part 155, a bulging part 156, a fixture 157, and an engagement part 158. The base body 153 has a rectangular shape corresponding to the storage base 127 of the display storage structure 17. The upper extension 154 protrudes upward from the upper edge of the base body 153, is located on the right side of the base body 153, and is provided on the base body 153. The lower extending portion 155 protrudes downward from the lower edge portion of the base body 153, is located over the center part and the right part of the base body 153, and is provided on the base body 153. The bulging portion 156 protrudes from the front surface of the base body 153 to the back side, is positioned below the base body 153, and is provided on the base body 153. In the bulging portion 156, a space is formed in a shape that opens to the front surface of the base body 153 and is recessed from the front surface of the base body 153 to the back side. The engaging portion 158 protrudes downward from the lower edge portion of the base body 153, and is provided on the base body 153 so as to be divided into a right part and a left part with respect to the lower extension part 155. The fixing tool 157 is located at the upper part of the base body 153, is divided into left and right, and is attached to the base body 153 from the back side of the base body 153.
図８を参照し、表示収容構造体１７および制御ユニット１５１を裏側から見た構造、制御ユニット１５１の表示収容構造体１７への取り付け方、主制御装置１７０と図柄制御装置１７５および複合制御装置１８１のユニット基盤１５２への取り付け方について説明する。表示ユニット１０５のコネクタ１２６は、図柄制御装置１７５における図外のコネクタに配線で接続される。表示収容構造体１７は、収容基盤１２７に、取付部１４５；１４７および係合部１４６；１４８を備える。取付部１４５は、収容基盤１２７の裏面から裏側に筒状に突出し、上部に位置し、左右に分かれて、収容基盤１２７に設けられる。係合部１４６は、収容基盤１２７の裏面から裏側に突出し、残渣孔１４０と対応し、左右に分かれて、上側に開口し、上側から下側への窪みとして、収容基盤１２７に設けられる。取付部１４７は、駆動収容部１３２の裏面から裏側に筒状に突出し、駆動収容部１３２に設けられる。係合部１４８は、配線孔１４１の下縁部により形成される。
Referring to FIG. 8, the structure in which display housing structure 17 and control unit 151 are viewed from the back side, how to attach control unit 151 to display housing structure 17, main control device 170, symbol control device 175, and composite control device 181. How to attach the unit base 152 to the unit base 152 will be described. The connector 126 of the display unit 105 is connected to a connector outside the figure in the symbol control device 175 by wiring. The display housing structure 17 includes a mounting base 127 and mounting portions 145 and 147 and engaging portions 146 and 148. The attachment portion 145 protrudes in a cylindrical shape from the back surface of the housing base 127 to the back side, is located at the top, is divided into left and right, and is provided on the housing base 127. The engaging portion 146 protrudes from the back surface of the housing base 127 to the back side, corresponds to the residue hole 140, is divided into left and right, opens upward, and is provided on the housing base 127 as a depression from the top to the bottom. The attachment portion 147 protrudes in a cylindrical shape from the back surface to the back side of the drive housing portion 132 and is provided in the drive housing portion 132. The engaging portion 148 is formed by the lower edge portion of the wiring hole 141.
ユニット基盤１５２は、基盤本体１５３に、取付部１６０；１６２；１６４；１６６；、係合部１６１；１６３；１６５、配線クランプ１６７を備える。取付部１６０は、膨出部１５６の裏面から裏側に筒状に突出し、右部に位置し、収容基盤１２７に設けられる。係合部１６１は、膨出部１５６の裏面から裏側に突出し、右部に位置し、上側および左側を開口し、下側および右側を閉鎖した溝として、収容基盤１２７に設けられる。取付部１６２は、収容基盤１２７の裏面から裏側に筒状に突出し、上部に位置し、左右に分かれて、収容基盤１２７に設けられる。係合部１６３は、膨出部１５６の上棚部１６８に位置し、左右に分かれて、上下方向への貫通孔として、収容基盤１２７に設けられる。取付部１６４は、収容基盤１２７の裏面から裏側に筒状に突出し、上部に位置し、左右に分かれて、収容基盤１２７に設けられる。係合部１６５は、膨出部１５６の上棚部１６８に位置し、左右に分かれて、上下方向への貫通孔として、収容基盤１２７に設けられる。取付部１６６は、収容基盤１２７の裏面から裏側に筒状に突出し、中央部に位置し、収容基盤１２７に設けられる。配線クランプ１６７は、収容基盤１２７の裏面から裏側に突出した二股クランプとして、取付部１６６の上部および下部に分かれ、膨出部１５６の上部の左右に分かれて、収容基盤１２７に設けられる。
The unit base 152 includes an attachment portion 160; 162; 164; 166 ;, an engagement portion 161; 163; 165, and a wiring clamp 167 on the base body 153. The attachment portion 160 protrudes in a cylindrical shape from the back surface to the back side of the bulging portion 156, is located on the right side, and is provided on the accommodation base 127. The engaging portion 161 protrudes from the back surface of the bulging portion 156 to the back side, is located on the right portion, and is provided on the receiving base 127 as a groove that opens on the upper side and the left side and closes the lower side and the right side. The mounting portion 162 protrudes in a cylindrical shape from the back surface to the back side of the housing base 127, is located at the top, is divided into left and right, and is provided on the housing base 127. The engaging portion 163 is located on the upper shelf portion 168 of the bulging portion 156, is divided into left and right, and is provided on the receiving base 127 as a through hole in the vertical direction. The attachment portion 164 protrudes in a cylindrical shape from the back surface to the back side of the storage base 127, is located at the top, is divided into left and right sides, and is provided on the storage base 127. The engaging portion 165 is located on the upper shelf portion 168 of the bulging portion 156, is divided into left and right, and is provided on the receiving base 127 as a through hole in the vertical direction. The attachment portion 166 protrudes in a cylindrical shape from the back surface to the back side of the housing base 127, is located at the center, and is provided on the housing base 127. The wiring clamp 167 is a bifurcated clamp that protrudes from the back surface of the accommodation base 127 to the back side, and is divided into an upper part and a lower part of the attachment part 166, and is divided into left and right parts of the upper part of the bulging part 156.
主制御装置１７０、図柄制御装置１７５、複合制御装置１８１、複合駆動装置１８８は、互いに別体である。主制御装置１７０は、光を透過する性質の有る合成樹脂からなる主制御筐体の内部に、ＣＰＵ、ＲＯＭ、ＲＡＭ、インタフェース、コネクタなど制御に必要な電気部品の実装された回路基板を格納し、主制御筐体を開閉不能に封止した構造である。コネクタは、図柄制御筐体に形成されたコネクタ用孔から図柄制御筐体の裏側に突出する。主制御装置１７０は、取付部１７１および係合部１７２を備える。取付部１７１は、主制御筐体の右部から右側に突出し、主制御筐体に設けられる。取付部１７１には、固定具１７３が設けられる。係合部１７２は、主制御筐体の左部から左側に突出し、主制御筐体に設けられる。そして、係合部１７２がユニット基盤１５２の裏側から係合部１６１に嵌め込まれて下側および裏側に離脱しないように係合され、固定具１７３が取付部１６０に押し込まれることによって、主制御装置１７０がユニット基盤１５２における膨出部１５６の裏面に固定的に取り付けられる（図９参照）。
The main control device 170, the symbol control device 175, the composite control device 181 and the composite drive device 188 are separate from each other. The main controller 170 stores a circuit board on which electrical components necessary for control such as a CPU, ROM, RAM, interface, and connector are mounted in a main control casing made of a synthetic resin that transmits light. The main control housing is sealed so that it cannot be opened and closed. The connector protrudes from the connector hole formed in the symbol control casing to the back side of the symbol control casing. The main control device 170 includes an attachment portion 171 and an engagement portion 172. The attachment portion 171 protrudes from the right part of the main control casing to the right side and is provided in the main control casing. A fixture 173 is provided on the attachment portion 171. The engaging portion 172 protrudes from the left part of the main control housing to the left side and is provided in the main control housing. Then, the engaging portion 172 is engaged with the engaging portion 161 from the back side of the unit base 152 so as not to be disengaged from the lower side and the back side, and the fixture 173 is pushed into the mounting portion 160, whereby the main control device 170 is fixedly attached to the back surface of the bulging portion 156 in the unit base 152 (see FIG. 9).
図柄制御装置１７５は、光を透過する性質の有る合成樹脂からなる図柄制御筐体の内部に、ＣＰＵ、ＲＯＭ、ＲＡＭ、インタフェース、コネクタなど制御に必要な電気部品の実装された回路基板を格納した構造である。コネクタは、図柄制御筐体に形成されたコネクタ用孔１１８から図柄制御筐体の裏側に突出する。図柄制御装置１７５は、取付部１７６および係合部１７７を備える。取付部１７６は、図柄制御筐体の上部から上側に突出し、左右に分かれて、図柄制御筐体に設けられる。取付部１７６には、ねじ挿入孔１７８が、前後方向への貫通孔として設けられる。係合部１７７は、図柄制御筐体の下部から下側に突出し、左右に分かれて、図柄制御筐体に設けられる。そして、係合部１７７がユニット基盤１５２の裏側から係合部１６３に嵌め込まれて下側および裏側に離脱しないように係合され、タッピングスクリューのような止ねじ１７９がねじ挿入孔１７８から取付部１６２に締結されることによって、図柄制御装置１７５がユニット基盤１５２における上部の裏面に左側に位置し固定的に取り付けられる（図９参照）。
The symbol control device 175 stores a circuit board on which electrical components necessary for control such as a CPU, ROM, RAM, interface, and connector are mounted in a symbol control casing made of a synthetic resin having a light transmitting property. Structure. The connector protrudes from the connector hole 118 formed in the symbol control casing to the back side of the symbol control casing. The symbol control device 175 includes an attachment portion 176 and an engagement portion 177. The attachment portion 176 protrudes upward from the upper part of the symbol control casing, and is divided into left and right portions and provided in the symbol control casing. The attachment portion 176 is provided with a screw insertion hole 178 as a through hole in the front-rear direction. The engaging part 177 protrudes downward from the lower part of the symbol control housing, and is divided into left and right, and is provided in the symbol control housing. Then, the engaging portion 177 is engaged with the engaging portion 163 from the back side of the unit base 152 so as not to be detached from the lower side and the back side, and a set screw 179 such as a tapping screw is attached from the screw insertion hole 178 to the mounting portion. By being fastened to 162, the symbol control device 175 is positioned on the left side and fixedly attached to the upper rear surface of the unit base 152 (see FIG. 9).
複合制御装置１８１は、光を透過する性質の有る合成樹脂からなる複合制御筐体の内部に、ＣＰＵ、ＲＯＭ、ＲＡＭ、インタフェース、コネクタなど制御に必要な電気部品の実装された回路基板を格納した構造である。コネクタは、複合制御筐体に形成されたコネクタ用孔から複合制御筐体の裏側に突出する。複合制御装置１８１は、取付部１８２と係合部１８３；１８４およびリブ１８５を備える。取付部１８２は、複合制御筐体の上部から上側に突出し、左右に分かれて、複合制御筐体に設けられる。取付部１８２には、ねじ挿入孔１８６が、前後方向への貫通孔として設けられる。係合部１８３は、図柄制御筐体の下部から下側に突出し、左右に分かれて、複合制御筐体に設けられる。係合部１８４およびリブ１８５は、図柄制御筐体の裏面から裏側に突出し、複合制御筐体に設けられる。そして、係合部１８３がユニット基盤１５２の裏側から係合部１６５に嵌め込まれて下側および裏側に離脱しないように係合され、タッピングスクリューのような止ねじ１８７がねじ挿入孔１８６から取付部１６４に締結されることによって、複合制御装置１８１がユニット基盤１５２における上部の裏面に右側に位置し固定的に取り付けられる（図９参照）。
The composite control device 181 stores a circuit board on which electrical components necessary for control, such as a CPU, ROM, RAM, interface, and connector, are mounted in a composite control casing made of a synthetic resin having a light transmitting property. Structure. The connector protrudes from the connector hole formed in the composite control housing to the back side of the composite control housing. The composite control device 181 includes an attachment portion 182, an engagement portion 183; 184, and a rib 185. The mounting portion 182 protrudes upward from the upper part of the composite control casing, and is divided into left and right, and is provided in the composite control casing. The attachment portion 182 is provided with a screw insertion hole 186 as a through hole in the front-rear direction. The engaging portion 183 protrudes downward from the lower part of the symbol control casing, is divided into left and right, and is provided in the composite control casing. The engaging portion 184 and the rib 185 protrude from the back surface of the symbol control housing to the back side, and are provided in the composite control housing. Then, the engaging portion 183 is engaged with the engaging portion 165 from the back side of the unit base 152 so as not to be detached from the lower side and the back side, and a set screw 187 such as a tapping screw is attached from the screw insertion hole 186 to the mounting portion. By being fastened to 164, the composite control device 181 is positioned on the right side and fixedly attached to the upper rear surface of the unit base 152 (see FIG. 9).
複合駆動装置１８８は、複合制御装置１８１を起動する電気部品であって、光を透過する性質の有る合成樹脂からなる複合駆動筐体の内部に、複合制御装置１８１を動作するのに必要な電気部品やコネクタの実装された回路基板を格納した構造である。コネクタは、複合駆動筐体に形成されたコネクタ用孔から複合駆動筐体の裏側に突出する。複合駆動装置１８８は、取付部１８９および係合部１９０を備える。取付部１８９は、複合駆動筐体の右部から右側に突出し、複合制御筐体に設けられる。取付部１８９には、固定具１９２が設けられる。係合部１９０は、図柄制御筐体の左部から右側に突出し、上下に分かれて、複合制御筐体に設けられる。そして、複合駆動装置１８８の複合駆動筐体が複合制御装置１８１の裏側から上側のリブ１８５と下側のリブ１８５との間に挟まれるように挿入され、係合部１９０が複合制御装置１８１の裏側から係合部１８４に嵌め込まれて下側および裏側に離脱しないように係合され、固定具１９２が取付部１６６に押し込まれることによって、複合駆動装置１８８が複合制御装置１８１の裏側に重なり合ってユニット基盤１５２における上部の裏面に右側に位置し固定的に取り付けられる（図９参照）。上延設部１５４の裏面には、盤用外部中継端子装置１９３が、図外の止ねじで、ユニット基盤１５２の裏側から取り付けられる。盤用外部中継端子装置１９３には、遊技店の営業を管理するホールコンピュータや主制御装置１７０からの配線を接続するための複数のコネクタを備える。
The composite drive device 188 is an electrical component that activates the composite control device 181, and is an electric component necessary for operating the composite control device 181 inside a composite drive housing made of a synthetic resin that transmits light. A circuit board on which components and connectors are mounted is stored. The connector protrudes from the connector hole formed in the composite drive housing to the back side of the composite drive housing. The composite drive device 188 includes an attachment portion 189 and an engagement portion 190. The mounting portion 189 protrudes from the right part of the composite drive housing to the right and is provided in the composite control housing. A fixture 192 is provided on the attachment portion 189. The engaging part 190 protrudes from the left part of the symbol control casing to the right side, is divided into upper and lower parts, and is provided in the composite control casing. Then, the composite drive housing of the composite drive device 188 is inserted from the back side of the composite control device 181 so as to be sandwiched between the upper rib 185 and the lower rib 185, and the engaging portion 190 of the composite control device 181 is inserted. The composite drive device 188 is overlapped with the back side of the composite control device 181 by being fitted into the engagement portion 184 from the back side and engaged so as not to be disengaged from the lower side and the back side, and the fixture 192 is pushed into the mounting portion 166. The unit base 152 is fixedly attached to the upper back of the unit base 152 (see FIG. 9). A panel external relay terminal device 193 is attached to the back surface of the upper extension portion 154 from the back side of the unit base 152 with a set screw (not shown). The board external relay terminal device 193 is provided with a plurality of connectors for connecting wires from the hall computer that manages the business of the game shop and the main controller 170.
図９において、主制御装置１７０、図柄制御装置１７５、複合制御装置１８１、複合駆動装置１８８、盤用外部中継端子装置１９３を相互に接続する配線は、主制御装置１７０、図柄制御装置１７５、複合制御装置１８１よりも裏側に突出しないように、主制御装置１７０と図柄制御装置１７５との間の隙間、図柄制御装置１７５と複合制御装置１８１との間の隙間、主制御装置１７０と複合制御装置１８１との間の隙間、主制御装置１７０と駆動収容部１３２との間の隙間に配置され、配線クランプ１６７でユニット基盤１５２の裏面に取り付けられる。主制御装置１７０、図柄制御装置１７５、複合制御装置１８１、複合駆動装置１８８が、ユニット基盤１５２に取り付けられた場合、主制御装置１７０、図柄制御装置１７５、複合制御装置１８１、複合駆動装置１８８、盤用外部中継端子装置１９３、図４に示す電源装置７９、発射払出制御装置８０、枠用外部中継端子装置８１；８２が相互に配線で接続される。主制御装置１７０、図柄制御装置１７５、複合制御装置１８１、複合駆動装置１８８が、ユニット基盤１５２に取り付けられた状態において、人が、固定具１９２をユニット基盤１５２の裏側に引っ張って取付部１６６が取り外した後、複合駆動装置１８８を上側に持ち上げて係合部１９０を係合部１８４から取り外す。そして、人が、上記取り外した複合駆動装置１８８の前面をユニット基盤１５２の裏面と平行としたまま、係合部１９０が下側となり、固定具１９２が上側となるように、複合駆動装置１８８を回転した後、係合部１９０をユニット基盤１５２の裏側から配線孔１４１に挿入して係合部１４８に係合し、固定具１９２を取付部１４７に押し込むことによって、複合駆動装置１８８が図１０に示すように駆動収容部１３２の裏面に重なり合って固定的に取り付けられる。よって、遊技機製造会社からパチンコ機が出荷される場合は、複合駆動装置１８８を図９に示すように複合制御装置１８１の裏側に配置し、遊技店でパチンコ機が使用される場合は、複合駆動装置１８８を図１０に示すように駆動収容部１３２の裏側に配置して、パチンコ機が遊技店の遊技機設置構造体に設置された場合、制御ユニット１５１が遊技機設置構造体に設けられた紙幣搬送機構などの付帯設備と干渉することを防止することができる。
In FIG. 9, the main controller 170, the symbol controller 175, the composite controller 181, the composite driver 188, and the panel external relay terminal device 193 are interconnected with the main controller 170, the symbol controller 175, and the composite. The gap between the main controller 170 and the symbol controller 175, the gap between the symbol controller 175 and the composite controller 181, the main controller 170 and the complex controller so as not to protrude to the back side of the controller 181. It is arranged in a gap between the main control device 170 and the drive housing portion 132 and attached to the back surface of the unit base 152 with a wiring clamp 167. When the main control device 170, the design control device 175, the composite control device 181 and the composite drive device 188 are attached to the unit base 152, the main control device 170, the design control device 175, the composite control device 181, the composite drive device 188, The panel external relay terminal device 193, the power supply device 79 shown in FIG. 4, the firing / dispensing control device 80, and the frame external relay terminal device 81; 82 are connected to each other by wiring. In a state where the main control device 170, the symbol control device 175, the composite control device 181, and the composite drive device 188 are attached to the unit base 152, a person pulls the fixture 192 to the back side of the unit base 152, so that the attachment portion 166 is After the removal, the composite drive device 188 is lifted upward to remove the engaging portion 190 from the engaging portion 184. Then, with the front surface of the removed composite drive device 188 parallel to the back surface of the unit base 152, the person moves the composite drive device 188 so that the engaging portion 190 is on the lower side and the fixture 192 is on the upper side. After the rotation, the engaging portion 190 is inserted into the wiring hole 141 from the back side of the unit base 152 and engaged with the engaging portion 148, and the fixing device 192 is pushed into the attaching portion 147, so that the composite driving device 188 is shown in FIG. As shown in FIG. 3, the drive housing portion 132 is fixedly attached so as to overlap the back surface. Therefore, when a pachinko machine is shipped from a gaming machine manufacturing company, a composite drive device 188 is disposed on the back side of the composite control device 181 as shown in FIG. When the driving device 188 is disposed on the back side of the drive housing portion 132 as shown in FIG. 10 and the pachinko machine is installed in the gaming machine installation structure of the gaming store, the control unit 151 is provided in the gaming machine installation structure. It is possible to prevent interference with incidental equipment such as a banknote transport mechanism.
最良の形態によれば、金属筐体１０６がヒンジ構造体９１ａおよび補強部材９１ｂからなる表示側ヒンジ９１と枠側ヒンジ９０とで可動枠３に取り付けられているので、表示収容筐体１７、画像表示器１０７、制御ユニット１５１などの複数の構成部材が金属筐体１０６に組み付けられても、ヒンジ構造体９１ａが補強構造体９１ｂの働きで変形しないという利点がある。また、表示側ヒンジ９１および金属筐体１０６が互いに別々に形成され、表示側ヒンジ９１が金属筐体１０６に取り付けられているので、金属筐体１０６を表示側ヒンジ９１よりも板厚の薄い金属板により形成し、金属筐体１０６を軽量にすることができるという利点がある。
According to the best mode, the metal housing 106 is attached to the movable frame 3 by the display side hinge 91 and the frame side hinge 90 made of the hinge structure 91a and the reinforcing member 91b. Even when a plurality of constituent members such as the display 107 and the control unit 151 are assembled to the metal casing 106, there is an advantage that the hinge structure 91a is not deformed by the function of the reinforcing structure 91b. Further, since the display side hinge 91 and the metal casing 106 are formed separately from each other, and the display side hinge 91 is attached to the metal casing 106, the metal casing 106 is a metal having a plate thickness smaller than that of the display side hinge 91. There is an advantage that the metal casing 106 can be reduced in weight by being formed of a plate.
図１１のａ図を参照し、図８に示した固定具１０３；１５７；１７３；１９２に相当する固定具２００の構造について説明する。固定具２００は、係合具２０１と操作具２０２とを備える。係合具２０１および操作具２０２は、互いに別々に形成される。係合具２０１は、前後方向に貫通する中心孔２０３を有する円筒本体２０４の一端部に受部２０５を備え、円筒本体２０４の他端部に掛止部２０６を備える。受部２０５は円筒本体２０４の一端部より軸心方向の一方の外側に開口する皿状である。受部２０５と掛止部２０６との間における円筒本体２０４の外周面は、受部２０５の外径と掛止部２０６の外径との双方よりも細い、くびれ部２０７として形成される。掛止部２０６は、割溝２０８によって、周方向に独立した複数の片持ち梁のような弾性片として形成される。割溝２０８は、掛止部２０６の他端部とくびれ部２０７との間を、軸心方向と直径方向とに切り欠かれる。掛止部２０６を構成する各弾性片の中心孔２０３を囲む内面には、突起２０９が、軸心方向に向けて突出する。
The structure of the fixture 200 corresponding to the fixtures 103; 157; 173; 192 shown in FIG. 8 will be described with reference to FIG. The fixture 200 includes an engagement tool 201 and an operation tool 202. The engagement tool 201 and the operation tool 202 are formed separately from each other. The engagement tool 201 includes a receiving portion 205 at one end of a cylindrical main body 204 having a central hole 203 penetrating in the front-rear direction, and a latching portion 206 at the other end of the cylindrical main body 204. The receiving portion 205 has a dish shape that opens from one end portion of the cylindrical main body 204 to one outer side in the axial direction. The outer peripheral surface of the cylindrical main body 204 between the receiving portion 205 and the hooking portion 206 is formed as a constricted portion 207 that is narrower than both the outer diameter of the receiving portion 205 and the outer diameter of the hooking portion 206. The latching portion 206 is formed as an elastic piece such as a plurality of cantilever beams independent in the circumferential direction by the dividing groove 208. The split groove 208 is notched in the axial direction and the diametrical direction between the other end portion of the latching portion 206 and the constricted portion 207. A protrusion 209 protrudes in the axial direction on the inner surface surrounding the center hole 203 of each elastic piece constituting the latching portion 206.
操作具２０２は、棒本体２１１の一端部に鍔２１２とくびれ部２１３と摘み２１４とを備え、棒本体２１１の他端部に係合溝２１５を備える。棒本体２１１は、受部２０５の方向から中心孔２０３に挿入されるとともに、中心孔２０３に挿入された場合に突起２０９を中心孔２０３の径方向外側に押して掛止部２０６を押し広げる、太さである。鍔２１２は、棒本体２１１の外径よりも大きな外径であって、受部２０５における周壁で囲まれた内部に取り込まれる大きさである。くびれ部２１３は、鍔２１２から同軸状に突出し、鍔２１２と摘み２１４との双方よりも細い。摘み２１４は、摘み２１４から同軸状に突出し、くびれ部２１３と鍔２１２との双方よりも太い円盤形状である。
The operating tool 202 includes a rod 212, a constricted portion 213, and a knob 214 at one end of the rod main body 211, and an engagement groove 215 at the other end of the rod main body 211. The rod body 211 is inserted into the center hole 203 from the direction of the receiving portion 205, and when inserted into the center hole 203, the protrusion 209 is pushed radially outward of the center hole 203 to widen the latching portion 206. That's it. The flange 212 has an outer diameter larger than the outer diameter of the rod body 211 and is sized to be taken into the inside of the receiving portion 205 surrounded by the peripheral wall. The constricted portion 213 protrudes coaxially from the collar 212 and is narrower than both the collar 212 and the knob 214. The knob 214 protrudes coaxially from the knob 214 and has a disk shape that is thicker than both the constricted portion 213 and the hook 212.
図１１のｂ図を参照し、固定具２００が被取付部材２１６に取り付けられた構造について説明する。被取付部材２１６は、図８に示す取付部９９；１７１；１８９やユニット基盤１５７に相当する。被取付部材２１６には取付孔２１７が形成される。そして、係合具２０１のくびれ部２０７が、被取付部材２１６の取付孔２１７に嵌め込まれることによって、受部２０５と掛止部２０６とが、取付孔２１７の周囲における被取付部材２１６を挟む格好となり、係合具２０１が、被取付部材２１６に取り付けられ、掛止部２０６が被取付部材２１６の表面２１８より突出する。そして、操作具２０２の棒本体２１１が、係合具２０１の受部２０５の方向から中心孔２０３に挿入されることによって、係合溝２１５が、突起２０９に嵌め込まれた格好となり、操作具２０２が、係合具２０１に取り付けられる。これによって、固定具２００が被取付部材２１６に取り付けられる。
A structure in which the fixture 200 is attached to the attached member 216 will be described with reference to FIG. The mounted member 216 corresponds to the mounting portions 99; 171; 189 and the unit base 157 shown in FIG. A mounting hole 217 is formed in the mounted member 216. Then, when the constricted portion 207 of the engaging tool 201 is fitted into the mounting hole 217 of the mounted member 216, the receiving portion 205 and the latching portion 206 sandwich the mounted member 216 around the mounting hole 217. Thus, the engaging tool 201 is attached to the attached member 216, and the latching portion 206 protrudes from the surface 218 of the attached member 216. Then, the rod body 211 of the operation tool 202 is inserted into the center hole 203 from the direction of the receiving portion 205 of the engagement tool 201, so that the engagement groove 215 is fitted into the projection 209, and the operation tool 202 is placed. Is attached to the engagement tool 201. As a result, the fixture 200 is attached to the attached member 216.
図１２のａ図を参照し、被取付部材２１６に固定具２００が相手側部材２１９に取り付けられる構造について説明する。相手側部材２１９は、図５に示す盤収容構造体１４、図８に示す表示収容構造体１７やユニット基盤１５７に相当する。相手側部材２１９には取付孔部２２０が筒状に突出する。そして、固定具２００の掛止部２０６が、取付孔部２２０の内部孔２２１に挿入され、被取付部材２１６の表面２１８と取付孔部２２０の表面２２２とが互いに接触する。
A structure in which the fixture 200 is attached to the mating member 219 will be described with reference to FIG. The mating member 219 corresponds to the panel housing structure 14 shown in FIG. 5, the display housing structure 17 and the unit base 157 shown in FIG. A mounting hole 220 projects in a cylindrical shape on the mating member 219. Then, the latching portion 206 of the fixture 200 is inserted into the inner hole 221 of the attachment hole 220, and the surface 218 of the member to be attached 216 and the surface 222 of the attachment hole 220 come into contact with each other.
次に、図１２のｂ図に示すように、人が、操作具２０２の摘み２１４を矢印Ｘ２で示す方向に押すことによって、上記突起２０９と係合溝２１５との嵌まり合いが解除され、棒本体２１１が中心孔２０３の内部を奥に進入する。これに伴い、棒本体２１１の外周面が、突起２０９を中心孔２０３の径方向外側に押して、掛止部２０６を押し広げる。この押し広げられた掛止部２０６が、取付孔部２２０を径方向外側に突っ張るように、取付孔部２２０に接触する。これによって、固定具２００が取付孔部２２０に押し込まれた形態となり、被取付部材２１６が、相手側部材２１９に、固定具２００で、取り付けられる。
Next, as shown in FIG. 12 b, when a person presses the knob 214 of the operation tool 202 in the direction indicated by the arrow X <b> 2, the fitting between the protrusion 209 and the engagement groove 215 is released, The rod body 211 enters the inside of the center hole 203 to the back. Along with this, the outer peripheral surface of the rod main body 211 pushes the protrusion 209 outward in the radial direction of the center hole 203 and pushes the latching portion 206 wide. The extended latching portion 206 contacts the mounting hole 220 so as to stretch the mounting hole 220 radially outward. As a result, the fixture 200 is pushed into the attachment hole 220, and the attached member 216 is attached to the mating member 219 with the fixture 200.
このように被取付部材２１６が、相手側部材２１９に、固定具２００で、取り付けられた状態において、人が、操作具２０２の摘み２１４を矢印Ｘ３で示す方向に引くことによって、棒本体２１１が中心孔２０３の奥から手前に後退する。これに伴い、上記棒本体２１１の外周面による突起２０９に対する中心孔２０３の径方向外側への押し力が弱くなり、掛止部２０６が自身の弾性によって径方向内側に復帰し、突起２０９が係合溝２１５に嵌まり込み、掛止部２０６が取付孔部２２０から離れ、図１２のａ図の状態になる。これによって、固定具２００と取付孔部２２０との係合が解除された形態となり、人が被取付部材２１６を支持して相手側部材２１９から離れる方向に移動すると、固定具２００の装着されたままの被取付部材２１６が相手側部材２１９から取り外される。
When the attached member 216 is attached to the counterpart member 219 with the fixture 200 in this manner, the person pulls the knob 214 of the operation tool 202 in the direction indicated by the arrow X3, so that the rod main body 211 is removed. Retreat from the back of the center hole 203 to the front. Along with this, the pushing force of the outer peripheral surface of the rod body 211 on the protrusion 209 to the outer side in the radial direction of the center hole 203 is weakened, the latching portion 206 returns to the inner side in the radial direction by its own elasticity, and the protrusion 209 is engaged. The fitting portion 215 is fitted, and the latching portion 206 is separated from the attachment hole portion 220, and the state shown in FIG. As a result, the engagement between the fixture 200 and the attachment hole 220 is released, and when a person moves in a direction away from the counterpart member 219 while supporting the attachment member 216, the fixture 200 is attached. The remaining attached member 216 is removed from the counterpart member 219.
