JP2010142277A - Game machine - Google Patents
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- JP2010142277A JP2010142277A JP2008319783A JP2008319783A JP2010142277A JP 2010142277 A JP2010142277 A JP 2010142277A JP 2008319783 A JP2008319783 A JP 2008319783A JP 2008319783 A JP2008319783 A JP 2008319783A JP 2010142277 A JP2010142277 A JP 2010142277A
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Abstract
Description
本発明は遊技機の役物装置に関し、特に、可動役物の基端側部分を支持して、可動役物を少なくとも第1,第2位置の一方から他方へ回動駆動する役物主駆動機構と、可動役物の回動範囲に含まれる所定回動範囲内において、可動役物の先端側部分を支持して、可動役物を回動駆動する役物副駆動機構とを備えたものである。 The present invention relates to an accessory device for a gaming machine, and in particular, an accessory main drive that supports a proximal end portion of a movable accessory and rotationally drives the movable accessory from one of the first and second positions to the other. A mechanism and an accessory sub-drive mechanism that supports the tip side portion of the movable accessory and rotates the movable accessory within a predetermined rotation range included in the rotation range of the movable accessory. It is.
パチンコ遊技機の可動役物を備えた役物装置において、近年、可動役物が大型化する傾向にある。可動役物が支軸を中心に回動するものでは、役物駆動機構により、可動役物を回動させる回動駆動力を可動役物に支軸側から入力するのが一般的である(例えば、特許文献1参照)。ここで、可動役物の大型化、つまり重量増大に伴い、可動役物を回動させる役物駆動機構の負荷が大きくなる。 In the accessory device provided with the movable accessory of the pachinko gaming machine, the movable accessory tends to increase in size in recent years. In the case where the movable accessory rotates about the support shaft, it is general that a rotation driving force for rotating the movable accessory is input to the movable accessory from the support shaft side by the accessory drive mechanism ( For example, see Patent Document 1). Here, as the movable accessory increases in size, that is, as the weight increases, the load on the accessory driving mechanism that rotates the movable accessory increases.
パチンコ遊技機の役物装置において、可動役物が支軸を中心に回動し、そのために、役物駆動機構により回動駆動力を可動役物に支軸側から入力するのもでは、可動役物の大型化に伴い、特に可動役物を細長く構成した場合に、可動役物を回動させる役物駆動機構の負荷が大きくなるため、可動役物を迅速・機敏に回動させることが困難になる。依って、可動役物の動作遅れが生じる、可動役物の躍動感を出せない、等の問題が発生し、演出効果を高めることができなくなる。 In the accessory device of a pachinko gaming machine, the movable accessory rotates around the support shaft. For this reason, it is possible to input the rotational drive force to the movable accessory from the support shaft side by the accessory drive mechanism. As the size of the accessory increases, especially when the movable accessory is elongated, the load on the accessory driving mechanism that rotates the movable accessory increases. Therefore, the movable accessory can be rotated quickly and quickly. It becomes difficult. Accordingly, problems such as a delay in the operation of the movable accessory and a lack of vigorous feeling of the movable accessory occur, making it impossible to enhance the production effect.
演出効果を高めるために、可動役物を所定回動範囲内で機敏に往復回動させたい場合、勿論上記課題が生じ、役物駆動機構(電動モータ)が過負荷状態となり損傷することも懸念される。そして、略水平姿勢の可動役物を機敏に往復回動させたい場合、可動役物の支軸からの水平方向レバー長が略最大となり、つまり、可動役物を上方へ回動駆動する負荷が略最大となるため、以上の課題は顕著になる。 In order to enhance the production effect, when it is desired to reciprocately rotate the movable accessory within a predetermined rotation range, of course, the above-mentioned problem occurs, and there is a concern that the accessory driving mechanism (electric motor) may be overloaded and damaged. Is done. When a movable object in a substantially horizontal posture is to be reciprocally rotated, the horizontal lever length from the support shaft of the movable object is substantially maximum, that is, there is a load for rotationally driving the movable object upward. Since it is almost the maximum, the above problems become remarkable.
本発明の目的は、可動役物の大型化に伴い特に可動役物を細長く構成した場合に、可動役物を回動させる負荷、特に、可動役物を所定回動範囲内で機敏に往復回動させる負荷を軽減し、更に、可動役物の落下を利用して可動役物を迅速且つ大胆に下方へ回動させ、演出効果を高めることができる、役物装置を備えた遊技機を提供することである。 An object of the present invention is to load the movable accessory in a revolving manner quickly within a predetermined rotation range, particularly when the movable accessory is configured to be elongated in accordance with an increase in the size of the movable accessory. Provided is a gaming machine equipped with an accessory device that can reduce the load to be moved, and further rotate the movable accessory quickly and boldly by using the fall of the movable accessory to enhance the effect. It is to be.
請求項1の発明は、第1位置と第2位置とに亙って回動自在に基端部が支軸(41)を介して機枠(17a) に支持された可動役物(40)を有する役物装置(16)を備えた遊技機(1) において、前記可動役物(40)の基端側部分を支持して、可動役物(40)を少なくとも第1,第2位置の一方から他方へ回動駆動する役物主駆動機構(60)と、前記可動役物(40)の回動範囲に含まれる所定回動範囲内において、可動役物(40)の先端側部分を支持して、可動役物(40)を回動駆動する役物副駆動機構(65)とを備えたことを特徴とする。 According to the first aspect of the present invention, there is provided a movable accessory (40) having a base end portion supported by a machine frame (17a) via a support shaft (41) so as to be rotatable between a first position and a second position. In the gaming machine (1) having the accessory device (16) having the above, the base portion of the movable accessory (40) is supported, and the movable accessory (40) is at least in the first and second positions. An accessory main drive mechanism (60) that rotationally drives from one to the other, and a distal end portion of the movable accessory (40) within a predetermined rotation range included in the rotation range of the movable accessory (40). It is provided with an accessory auxiliary drive mechanism (65) that supports and rotates the movable accessory (40).
請求項2の発明は、請求項1の発明において、前記役物主駆動機構(60)の可動役物(40)に対する連動連結を接続・分離可能な主駆動機構接続分離手段(70)と、前記役物副駆動機構(65)の可動役物(40)に対する連動連結を接続・分離可能な副駆動機構接続分離手段(75)とを備えたことを特徴とする。 The invention of claim 2 is the main drive mechanism connection / separation means (70) capable of connecting / disconnecting the interlocking connection of the accessory main drive mechanism (60) to the movable accessory (40) in the invention of claim 1, Sub-drive mechanism connection / separation means (75) capable of connecting / separating interlocking connection of the accessory sub-drive mechanism (65) to the movable accessory (40) is provided.
請求項3の発明は、請求項2の発明において、前記主駆動機構接続分離手段(70)は、少なくとも役物副駆動機構(65)による可動役物(40)の駆動中、役物主駆動機構(60)の可動役物(40)に対する連動連結を分離し、前記副駆動機構接続分離手段(75)は、少なくとも役物主駆動機構(60)による可動役物(40)の駆動中、役物副駆動機構(65)の可動役物(40)に対する連動連結を分離することを特徴とする。 According to a third aspect of the present invention, in the second aspect of the present invention, the main drive mechanism connection / separation means (70) is at least a main component drive during the driving of the movable accessory (40) by the accessory sub drive mechanism (65) Separating the interlocking connection of the mechanism (60) to the movable accessory (40), the sub-drive mechanism connection separating means (75) is at least during driving of the movable accessory (40) by the accessory main drive mechanism (60), The interlocking connection of the accessory sub-driving mechanism (65) to the movable accessory (40) is separated.
請求項4の発明は、請求項3の発明において、前記第1位置は、可動役物(40)の回動範囲の上端側の待機位置であり、前記第2位置は、可動役物(40)の回動範囲の下端側の作動位置であり、前記役物副駆動機構(65)は、待機位置を含む所定回動範囲内において可動役物(40)を上下に往復回動させることを特徴とする。 According to a fourth aspect of the present invention, in the third aspect of the invention, the first position is a standby position on the upper end side of the rotation range of the movable accessory (40), and the second position is a movable accessory (40 ), The accessory auxiliary drive mechanism (65) reciprocally rotates the movable accessory (40) up and down within a predetermined rotation range including a standby position. Features.
請求項5の発明は、請求項4の発明において、前記役物主駆動機構(60)は、可動役物(40)を作動位置から待機位置へ回動駆動し、前記主駆動機構接続分離手段(70)は、可動役物(40)を待機位置に係止解除可能に係止する役物係止機構(71)を有し、この役物係止機構(71)により可動役物(40)を待機位置に係止した状態で役物主駆動機構(60)の可動役物(40)に対する連動連結を分離するとともに、役物係止機構(71)による可動役物(40)の係止を解除して可動役物(40)を作動位置へ落下させることを特徴とする。 According to a fifth aspect of the present invention, in the invention of the fourth aspect, the accessory main driving mechanism (60) rotationally drives the movable accessory (40) from the operating position to the standby position, and the main driving mechanism connecting / separating means. (70) has an accessory locking mechanism (71) for locking the movable accessory (40) to the standby position so that the unlocking is possible, and the accessory locking mechanism (71) allows the movable accessory (40 ) In the standby position, the interlocking connection of the accessory main drive mechanism (60) to the movable accessory (40) is separated, and the engagement of the movable accessory (40) by the accessory locking mechanism (71) is separated. The stop is released and the movable accessory (40) is dropped to the operating position.
請求項6の発明は、請求項1〜5何れかの発明において、前記役物主駆動機構(60)は、前記支軸(41)から偏心した位置に配設された主駆動軸(61)と、この主駆動軸(61)を回動させる主電動モータ(62)と、主駆動軸(61)に固着された主アーム部材(63)とを有し、この主アーム部材(63)が可動役物(40)の基端側部分に設けられた主係合部(64)に係合解除可能に係合して、可動役物(40)に回動駆動力を入力することを特徴とすることを特徴とする。 The invention of claim 6 is the invention according to any one of claims 1 to 5, wherein the accessory main drive mechanism (60) is disposed at a position eccentric from the support shaft (41). And a main electric motor (62) for rotating the main drive shaft (61), and a main arm member (63) fixed to the main drive shaft (61), the main arm member (63) Engageably engage with a main engagement portion (64) provided at a proximal end portion of the movable accessory (40) to input a rotational driving force to the movable accessory (40). It is characterized by.
請求項7の発明は、請求項1〜5の何れかの発明において、前記役物副駆動機構(65)は、可動役物(40)の先端側に配設された副駆動軸(66)と、この副駆動軸(66)を回動させる副電動モータ(67)と、副駆動軸(66)に固着された副アーム部材(68)とを有し、この副アーム部材(68)が可動役物(40)の先端側部分に設けられた副係合部(69)に係合解除可能に係合して、可動役物(40)に回動駆動力を入力して可動役物を往復回動させることを特徴とすることを特徴とする。 The invention of claim 7 is the invention according to any one of claims 1 to 5, wherein the accessory accessory driving mechanism (65) is provided with an auxiliary drive shaft (66) disposed on the tip side of the movable accessory (40). And an auxiliary electric motor (67) for rotating the auxiliary drive shaft (66), and an auxiliary arm member (68) fixed to the auxiliary drive shaft (66), the auxiliary arm member (68) Engageably engage with a sub-engaging portion (69) provided at the distal end portion of the movable accessory (40), and a rotational driving force is input to the movable accessory (40). It is characterized by reciprocatingly rotating.
請求項8の発明は、請求項1〜7の何れかの発明において、前記可動役物(40)が細長く構成されたことを特徴とする。 The invention of claim 8 is characterized in that, in the invention of any one of claims 1 to 7, the movable accessory (40) is elongated.
請求項1の遊技機によれば、その役物装置において、役物主駆動機構により、可動役物の基端側部分を支持して、可動役物を少なくとも第1,第2位置の一方から他方へ回動駆動し、役物副駆動機構により、可動役物の回動範囲に含まれる所定回動範囲内において、可動役物の先端側部分を支持して、可動役物を回動駆動するので、可動役物の回動駆動を役物主駆動機構と役物副駆動機構とで分担することができる。可動役物を回動させる際、役物主駆動機構の負荷は役物副駆動機構の負荷よりも大きいが、可動役物を少なくとも第1,第2位置の一方から他方へ、即ち、可動役物の回動範囲の略全域に亙って回動させる場合には、役物主駆動機構を利用して行うことができる。そして、可動役物を所定回動範囲内で回動させる場合には、役物副駆動機構を利用して行い、役物副駆動機構の負荷は役物主駆動機構の負荷よりも小さいため、可動役物を機敏に往復回動させることができる。つまり、可動役物の大型化(重量増大)に伴い特に可動役物を細長く構成した場合に、可動役物を回動させる負荷、特に、可動役物を所定回動範囲内で機敏に往復回動させる負荷を軽減し、演出効果を高めることができる。 According to the gaming machine of claim 1, in the accessory device, the accessory main drive mechanism supports the base end side portion of the movable accessory, so that the movable accessory is moved from at least one of the first and second positions. The other side of the movable accessory is driven to rotate by supporting the tip side portion of the movable accessory within a predetermined rotation range included in the rotation range of the movable accessory. Therefore, the rotation driving of the movable accessory can be shared by the accessory main drive mechanism and the accessory auxiliary drive mechanism. When the movable accessory is rotated, the load of the accessory main drive mechanism is larger than the load of the accessory sub-drive mechanism, but the movable accessory is moved from one of the first and second positions to the other, that is, the movable accessory. In the case where the object is rotated over substantially the entire rotation range, the accessory main drive mechanism can be used. And when rotating the movable accessory within a predetermined rotation range, it is performed using the accessory auxiliary drive mechanism, and the load of the accessory auxiliary drive mechanism is smaller than the load of the accessory main drive mechanism. The movable accessory can be quickly reciprocated. In other words, when the movable accessory is configured to be elongated, especially when the movable accessory is increased in size (increase in weight), the load for rotating the movable accessory, in particular, the movable accessory can be quickly reciprocated within a predetermined rotation range. The load to be moved can be reduced and the production effect can be enhanced.
請求項2の遊技機によれば、主駆動機構接続分離手段により、役物主駆動機構の可動役物に対する連動連結を接続・分離可能になり、副駆動機構接続分離手段により、役物副駆動機構の可動役物に対する連動連結を接続・分離可能になるため、可動役物の回動駆動を役物主駆動機構と役物副駆動機構とで確実に分担することができる。 According to the gaming machine of claim 2, the main drive mechanism connection / separation means enables connection / separation of the interlocking connection of the accessory main drive mechanism to the movable accessory, and the accessory drive mechanism connection / separation means enables the accessory accessory sub-drive. Since the interlocking connection of the mechanism to the movable accessory can be connected / separated, the rotational driving of the movable accessory can be surely shared between the accessory main drive mechanism and the accessory sub-drive mechanism.
請求項3の遊技機によれば、主駆動機構接続分離手段は、少なくとも役物副駆動機構による可動役物の駆動中、役物主駆動機構の可動役物に対する連動連結を分離するので、役物主駆動機構を休止させて、役物副駆動機構の負荷にならないようにすることができ、副駆動機構接続分離手段は、少なくとも役物主駆動機構による可動役物の駆動中、役物副駆動機構の可動役物に対する連動連結を分離するので、役物副駆動機構を休止させて、役物主駆動機構の負荷にならないようにすることができる。 According to the gaming machine of claim 3, the main drive mechanism connection / separation means separates the interlocking connection of the accessory main drive mechanism with respect to the movable accessory during the driving of the movable accessory by at least the accessory auxiliary drive mechanism. The article main drive mechanism can be stopped so that it does not become a load on the accessory sub-drive mechanism. The sub-drive mechanism connection / separation means is at least during the driving of the movable accessory by the accessory main drive mechanism. Since the interlocking connection of the drive mechanism to the movable accessory is separated, the accessory sub-drive mechanism can be stopped so that it does not become a load on the accessory main drive mechanism.
請求項4の遊技機によれば、第1位置は、可動役物の回動範囲の上端側の待機位置であり、第2位置は、可動役物の回動範囲の下端側の作動位置であり、役物副駆動機構は、待機位置を含む所定回動範囲内において可動役物を上下に往復回動させるので、可動役物を上方へ回動駆動する負荷が略最大となる所定回動範囲内において、役物副駆動機構を利用して、可動役物を機敏に往復回動させることができる。 According to the gaming machine of claim 4, the first position is a standby position on the upper end side of the rotation range of the movable accessory, and the second position is an operation position on the lower end side of the rotation range of the movable accessory. Yes, the accessory sub-driving mechanism reciprocally moves the movable accessory up and down within a predetermined rotation range including the standby position, so that the load for rotating and driving the movable accessory upward is substantially maximized. Within the range, the movable accessory can be quickly reciprocated using the accessory auxiliary drive mechanism.
請求項5の遊技機によれば、役物主駆動機構は、可動役物を作動位置から待機位置へ回動駆動し、主駆動機構接続分離手段は、可動役物を待機位置に係止解除可能に係止する役物係止機構を有し、この役物係止機構により可動役物を待機位置に係止した状態で役物主駆動機構の可動役物に対する連動連結を分離するとともに、役物係止機構による可動役物の係止を解除して可動役物を作動位置へ落下させるので、役物主駆動機構による駆動と可動役物の落下を利用して、可動役物をその回動範囲の略全域に亙って回動させることができ、特に、可動役物を落下により待機位置から作動位置へ迅速且つ大胆に回動させることができる。 According to the gaming machine of claim 5, the accessory main driving mechanism rotationally drives the movable accessory from the operating position to the standby position, and the main drive mechanism connecting / separating means releases the movable accessory from the standby position. In addition to separating the interlocking connection of the accessory main drive mechanism to the movable accessory in a state where the movable accessory is locked at the standby position by the accessory locking mechanism. Since the movable accessory is released from the locked position by the unlocking mechanism, the movable accessory is dropped to the operating position. It can be rotated over substantially the entire rotation range, and in particular, the movable accessory can be quickly and boldly rotated from the standby position to the operating position by dropping.
請求項6の遊技機によれば、役物主駆動機構は、支軸から偏心した位置に配設された主駆動軸と、この主駆動軸を回動させる主電動モータと、主駆動軸に固着された主アーム部材とを有し、この主アーム部材が可動役物の基端側部分に設けられた主係合部に係合解除可能に係合して、可動役物に回動駆動力を入力するので、可動役物の基端側部分を確実に支持して、可動役物を少なくとも第1,第2位置の一方から他方へ確実に回動駆動し、そして、主駆動機構接続分離手段の機能を確実に発揮させることができる。 According to the gaming machine of the sixth aspect, the accessory main drive mechanism includes a main drive shaft disposed at a position eccentric from the support shaft, a main electric motor that rotates the main drive shaft, and a main drive shaft. The main arm member is fixedly engaged, and the main arm member is engaged with a main engagement portion provided on the base end side portion of the movable accessory so as to be disengageable, and is driven to rotate by the movable accessory. Since the force is input, the base end side portion of the movable accessory is surely supported, and the movable accessory is reliably rotated from one of the first and second positions to the other, and the main drive mechanism is connected. The function of the separating means can be surely exhibited.
請求項7の遊技機によれば、役物副駆動機構は、可動役物の先端側に配設された副駆動軸と、この副駆動軸を回動させる副電動モータと、副駆動軸に固着された副アーム部材とを有し、この副アーム部材が可動役物の先端側部分に設けられた副係合部に係合解除可能に係合して、可動役物に回動駆動力を入力して可動役物を往復回動させるので、可動役物の先端側部分を確実に支持して、可動役物を確実に回動駆動し、そして、副駆動機構接続分離手段の機能を確実に発揮させることができる。 According to the gaming machine of the seventh aspect, the accessory sub-driving mechanism includes a sub-driving shaft disposed on the distal end side of the movable accessory, a sub-electric motor that rotates the sub-driving shaft, and a sub-driving shaft. A sub-arm member that is fixed, and the sub-arm member engages with a sub-engagement portion provided at a tip side portion of the movable accessory so as to be disengageable, so that a rotational driving force is applied to the movable accessory. Is input to reciprocally rotate the movable accessory, so that the distal end portion of the movable accessory is securely supported, the movable accessory is reliably rotated, and the function of the auxiliary drive mechanism connection / separation means is achieved. It can be demonstrated reliably.
請求項8の遊技機によれば、可動役物が細長く構成されたので、それに伴って可動役物を回動させる負荷が増大するが、前記のように、可動役物を回動させる負荷、特に、可動役物を所定回動範囲内で機敏に往復回動させる負荷を軽減し、可動役物の落下を利用して可動役物を迅速且つ大胆に下方へ回動させるのに有効になる。 According to the gaming machine of claim 8, since the movable accessory is configured to be elongated, the load for rotating the movable accessory increases accordingly. As described above, the load for rotating the movable accessory, In particular, it is effective for reducing the load of moving the movable accessory quickly and reciprocally within a predetermined rotation range, and for quickly and boldly rotating the movable accessory downward using the fall of the movable accessory. .
本発明の遊技機の役物装置は、パチンコ遊技機に適用され、第1位置と第2位置とに亙って回動自在に基端部が支軸を介して機枠に支持された可動役物を備え、可動役物の基端側部分を支持して、可動役物を少なくとも第1,第2位置の一方から他方へ回動駆動する役物主駆動機構と、可動役物の回動範囲に含まれる所定回動範囲内において、可動役物の先端側部分を支持して、可動役物を回動駆動する役物副駆動機構とを備えている。 The gaming machine accessory device of the present invention is applied to a pachinko gaming machine and is movable with a base end supported by a machine frame via a support shaft so as to be rotatable between a first position and a second position. An accessory main drive mechanism for supporting the proximal end portion of the movable accessory and rotating the movable accessory from at least one of the first and second positions to the other; Within a predetermined rotation range included in the movement range, a accessory accessory driving mechanism is provided that supports the tip side portion of the movable accessory and rotationally drives the movable accessory.
図1〜図3に示すように、パチンコ遊技機1には、遊技ホールに取付けられる外枠に開閉枠2が開閉自在に装着され、開閉枠2に開閉扉3が開閉自在に装着されている。開閉枠2には遊技盤4が装着され、その遊技盤4の前面側に遊技領域5が形成されている。開閉扉3には窓3aが形成され、その窓3aに透明板3bが装着され、その透明板3bにより遊技領域5の前側が覆われている。 As shown in FIGS. 1 to 3, in the pachinko gaming machine 1, an opening / closing frame 2 is attached to an outer frame attached to the game hall so as to be opened and closed, and an opening / closing door 3 is attached to the opening / closing frame 2 so as to be opened and closed. . A game board 4 is mounted on the open / close frame 2, and a game area 5 is formed on the front side of the game board 4. A window 3a is formed in the opening / closing door 3, and a transparent plate 3b is attached to the window 3a, and the front side of the game area 5 is covered by the transparent plate 3b.
開閉扉3の窓3aの下側に、遊技球を貯留する貯留皿6と、遊技領域5に遊技球を発射させるために操作する発射ハンドル7が装着されている。発射ハンドル7が回動操作されると、貯留皿6から発射位置に導入された遊技球が発射され、ここで、貯留皿6に複数の遊技球が存在する場合には、複数の遊技球が約0.6秒間隔で連続発射される。発射された遊技球はガイドレール8で案内され遊技領域5の上部に投入される。 Below the window 3 a of the open / close door 3, a storage tray 6 that stores game balls and a launch handle 7 that is operated to launch game balls into the game area 5 are mounted. When the launch handle 7 is turned, the game balls introduced from the storage tray 6 to the launch position are launched. When there are a plurality of game balls in the storage tray 6, the plurality of game balls are It is fired continuously at intervals of about 0.6 seconds. The launched game ball is guided by the guide rail 8 and thrown into the upper part of the game area 5.
図2〜図4に示すように、遊技盤4には、遊技領域5に、多数の障害釘10、始動入賞口装置11、ゲート12、大入賞口装置13、複数の普通入賞口14、画像表示器15、役物装置16、センタ役物17が装着され、遊技領域5外に遊技表示盤18が装着され、遊技盤4の裏面側に制御装置20が装着されている。 As shown in FIG. 2 to FIG. 4, the game board 4 includes a number of obstacle nails 10, a start winning port device 11, a gate 12, a big winning port device 13, a plurality of normal winning ports 14, and an image in the game area 5. A display 15, an accessory device 16, and a center accessory 17 are mounted, a game display board 18 is mounted outside the game area 5, and a control device 20 is mounted on the back side of the game board 4.
始動入賞口装置11は、センタ役物17のステージ下側に配置され、所謂電チューを含む構成で、上始動入賞口11a、下始動入賞口11b、下始動入賞口11bを開閉する開閉部材11c、始動入賞口11a,11bに入賞した遊技球を検出する始動口SW11d、開閉部材11cを開閉駆動する電チューソレノイド11eを有する。開閉部材11cは、左右対称の2つの短い羽根部材が盤面直角方向の軸回りに動作するように構成され、閉塞位置で下始動入賞口11bへの遊技球の入賞を不可能にし、開放位置で下始動入賞口11bへの遊技球の入賞を可能にする。図2の開閉部材11cは開放位置にある。 The start winning port apparatus 11 is arranged below the stage of the center accessory 17, and includes a so-called electric chew, and is an opening / closing member 11c that opens and closes the upper start winning port 11a, the lower start winning port 11b, and the lower start winning port 11b. And a start opening SW11d for detecting a game ball won in the start winning openings 11a and 11b, and an electric Chu solenoid 11e for opening and closing the opening / closing member 11c. The open / close member 11c is configured such that two short symmetric wing members move around the axis perpendicular to the board surface, making it impossible to win a game ball to the lower start winning port 11b in the closed position, and in the open position. It is possible to win a game ball in the lower start winning opening 11b. The opening / closing member 11c in FIG. 2 is in the open position.
ゲート12はセンタ役物17の左側に配置され、このゲート12を通過した遊技球を検出するゲートSW12aが付設されている。ゲート12を遊技球が通過することを契機に行われる補助遊技抽選により当選した場合に、補助遊技が発生し、始動入賞口装置11が作動して、通常は閉塞の下始動入賞口11bが開放するように開閉部材11cを開閉動作させる。 The gate 12 is arranged on the left side of the center accessory 17, and a gate SW12a for detecting a game ball that has passed through the gate 12 is additionally provided. When a winning game is won by the passing of a game ball through the gate 12, an auxiliary game is generated, the start winning opening device 11 is activated, and the start winning opening 11b is normally opened under the blockage. Thus, the opening / closing member 11c is opened / closed.
大入賞口装置13は、始動入賞口装置11の下側に配置され、大入賞口13a、大入賞口13aを開閉する開閉部材13b、大入賞口13aに入賞した遊技球を検出する大入賞口SW13c、開閉部材13bを開閉駆動する大入賞口ソレノイド13dを有する。開閉部材13bは、盤面平行方向の軸回りに動作するように構成され、閉塞位置で大入賞口13aへの遊技球の入賞を不可能にし、開放位置で大入賞口13aへの遊技球の入賞を可能にする。図2の開閉部材13bは開放位置にある。 The big prize opening device 13 is arranged below the starting prize opening device 11, and is a big prize opening 13a, an opening / closing member 13b for opening and closing the big prize opening 13a, and a big prize opening for detecting a game ball won in the big prize opening 13a. SW 13c and a large winning opening solenoid 13d for opening and closing the opening and closing member 13b. The opening / closing member 13b is configured to move about an axis parallel to the board surface, makes it impossible to win the game ball to the grand prize opening 13a at the closed position, and wins the game ball to the big prize opening 13a at the open position. Enable. The opening / closing member 13b in FIG. 2 is in the open position.
始動入賞口11a,11bへの遊技球の入賞を契機に行われる大当り抽選で当選した場合に、大当り遊技が発生し、大入賞口装置13が作動して、通常は閉塞の大入賞口13aが開放するように開閉部材13bを開閉動作させる。各普通入賞口14には入賞した遊技球を検出する普通入賞口SW14aが付設されている。 When a winning game is won by winning a game ball at the start winning holes 11a and 11b, a big winning game is generated, the big winning hole device 13 is activated, and the normally closed big winning hole 13a is opened. The opening / closing member 13b is opened / closed so as to be opened. Each normal winning opening 14 is provided with a normal winning opening SW 14a for detecting a winning game ball.
画像表示器15は、液晶ディスプレイからなり、センタ役物17に大きく設けられている。この画像表示器15には、始動入賞口10a,10bへの遊技球の入賞を契機に大当り抽選演出が表示され、その大当り抽選演出では、演出図柄を用いて図柄変動や大当り抽選の結果が表示され、また、大当り遊技中には大当り演出が表示される。 The image display 15 includes a liquid crystal display, and is largely provided in the center accessory 17. The image display 15 displays a jackpot lottery effect triggered by the winning of a game ball at the start winning opening 10a, 10b. In the jackpot lottery effect, the variation of the symbol and the result of the jackpot lottery are displayed using the effect symbols. In addition, a big hit effect is displayed during the big hit game.
役物装置16は、本願特有のものであり、その固定役物35と可動役物40がセンタ役物17の上部から右部に亙って設けられている。この役物装置16については後で詳述する。尚、センタ役物17には、役物装置16以外に種々の電飾が設けられている。 The accessory device 16 is unique to the present application, and the fixed accessory 35 and the movable accessory 40 are provided from the upper part to the right part of the center accessory 17. The accessory device 16 will be described in detail later. In addition to the accessory device 16, the center accessory 17 is provided with various electrical decorations.
発射ハンドル7を回動操作することで、発射され遊技領域5の上部に投入された遊技球は、複数の障害釘10に当たって方向を変えながら落下して、入賞口11a,11b,13a,14の何れかに入賞した場合、そこから遊技領域5外へ排出され、入賞口11a,11b,13a,14の何れにも入賞しなかった場合には、最終的に、遊技領域5の下端部に形成されたアウト口19から遊技領域5外へ排出される。 By turning the launch handle 7, the game balls that are launched and thrown into the upper portion of the game area 5 fall on the obstacle nails 10 while changing their direction, and the winning holes 11 a, 11 b, 13 a, and 14 are dropped. If any of the winning areas is won, the game area 5 is discharged out of the game area 5, and if any of the winning holes 11a, 11b, 13a, 14 is not won, it is finally formed at the lower end of the gaming area 5. It is discharged out of the gaming area 5 from the out-port 19 that has been made.
図4に示すように、制御装置20は、メイン制御装置21とサブ制御装置25とで構成されている。メイン制御装置21は、メイン制御基板22にCPUとROMとRAMを備えて構成され、サブ制御装置25は、払出制御基板26、演出制御基板27、画像制御基板28、ランプ制御基板29を備え、この複数の制御基板26〜29は夫々CPUとROMとRAMを備えて構成されている。 As shown in FIG. 4, the control device 20 includes a main control device 21 and a sub control device 25. The main control device 21 includes a CPU, ROM, and RAM on a main control board 22, and the sub control device 25 includes a payout control board 26, an effect control board 27, an image control board 28, and a lamp control board 29. Each of the plurality of control boards 26 to 29 includes a CPU, a ROM, and a RAM.
メイン制御基板22が、始動口SW11d、ゲートSW12a、大入賞口SW13c、普通入賞口SW14aからの検出信号と、払出制御基板26からの制御情報を受けて、電チューソレノイド11e、大入賞口ソレノイド13d、特別図柄表示器18a、普通図柄表示器18b、特別図柄保留表示器18c、普通図柄保留表示器18dを制御し、払出制御基板26と演出制御基板27に制御情報を出力する。 The main control board 22 receives the detection signal from the start opening SW11d, the gate SW12a, the big prize opening SW13c, the normal prize opening SW14a and the control information from the payout control board 26, and the electric tuning solenoid 11e and the big prize opening solenoid 13d. The special symbol display 18a, the normal symbol display 18b, the special symbol hold display 18c, and the normal symbol hold display 18d are controlled, and control information is output to the payout control board 26 and the effect control board 27.
払出制御基板26は、メイン制御基板22からの制御情報を受けて、払出駆動モータ30を制御し、入賞口11a,11b,13a,14への遊技球の入賞1個について、入賞口11a,11b,13a,14毎に設定された数の遊技球を貯留皿6に払い出し、メイン制御基板22に制御情報を出力する。演出制御基板27は、メイン制御基板22からの制御情報と、貯留皿6に設けられた演出ボタン31からの操作信号を受けて、役物装置16を制御し、画像制御基板28とランプ制御基板29に制御情報を出力する。 The payout control board 26 receives the control information from the main control board 22 and controls the payout drive motor 30 so that the winning mouths 11a and 11b are awarded for one winning game ball to the winning mouths 11a, 11b, 13a and 14. , 13a, and 14 are paid out to the storage tray 6 and the control information is output to the main control board 22. The effect control board 27 receives the control information from the main control board 22 and the operation signal from the effect button 31 provided on the storage tray 6, and controls the accessory device 16, and the image control board 28 and the lamp control board. The control information is output to 29.
画像制御基板28は、演出制御基板27からの制御情報を受けて、画像表示器15とスピーカ32を制御し、演出制御基板27に制御情報を出力する。ランプ制御基板29は、演出制御基板27からの制御情報を受けて、主に画像制御基板28による制御に同期させて、枠ランプ33と盤ランプ34を制御する。スピーカ32と枠ランプ33は開閉扉3に設けられ、盤ランプ34は遊技盤4に設けられている。 The image control board 28 receives control information from the effect control board 27, controls the image display 15 and the speaker 32, and outputs control information to the effect control board 27. The lamp control board 29 receives the control information from the effect control board 27 and controls the frame lamp 33 and the panel lamp 34 mainly in synchronization with the control by the image control board 28. The speaker 32 and the frame lamp 33 are provided on the open / close door 3, and the board lamp 34 is provided on the game board 4.
役物装置16について詳しく説明する。
図2〜図20に示すように、役物装置16は、固定役物35、可動役物40、装飾灯50、役物主駆動機構60、役物副駆動機構65、主駆動機構接続分離機構70(主駆動機構接続分離手段70)、副駆動機構接続分離機構75(副駆動機構接続分離手段75)、ワンウェイダンパ100、緩衝ゴム部材110等を備えている。
The accessory device 16 will be described in detail.
As shown in FIGS. 2 to 20, the accessory device 16 includes a fixed accessory 35, a movable accessory 40, a decorative lamp 50, an accessory main drive mechanism 60, an accessory auxiliary drive mechanism 65, and a main drive mechanism connection / separation mechanism. 70 (main drive mechanism connection / separation means 70), sub drive mechanism connection / separation mechanism 75 (sub drive mechanism connection / separation means 75), one-way damper 100, buffer rubber member 110, and the like.
ここで、センタ役物17には、遊技盤4に取付けられた合成樹脂製の機枠17aが設けられ、この機枠17aに役物装置16が装着され、機枠17aの矩形中央穴に画像表示器15が後側から臨むように取付けられている。 Here, the center accessory 17 is provided with a machine frame 17a made of synthetic resin attached to the game board 4. The accessory device 16 is mounted on the machine frame 17a, and an image is formed in a rectangular central hole of the machine frame 17a. The indicator 15 is attached so as to face from the rear side.
図2、図3、図5〜図11、図14〜図18に示すように、固定役物35と可動役物40は、前記のように、センタ役物17の上部から右部に亙って設けられ、関連のある1つのキャラクタからなる役物を構成している。 As shown in FIGS. 2, 3, 5 to 11, and 14 to 18, the fixed accessory 35 and the movable accessory 40 extend from the upper part to the right part of the center accessory 17 as described above. And constitutes an accessory made up of one related character.
固定役物35が、顔35aと左上腕35bとを形成し、可動役物40が、細長く構成され、左下腕40aと左手の指40bと左手で持たれた火玉40cとを形成している。固定役物35と可動役物40は機枠17aよりも前側に配置され、固定役物35は機枠17aに固定され、可動役物40は図2に示す待機位置(第1位置、上限位置)と図3、図5に示す作動位置(第2位置、下限位置)とに亙って回動自在に基端部が支軸41を介して機枠17aに支持されている。 The fixed combination 35 forms a face 35a and a left upper arm 35b, and the movable combination 40 is formed in an elongated shape, forming a left lower arm 40a, a left finger 40b, and a fireball 40c held by the left hand. . The fixed combination 35 and the movable combination 40 are arranged in front of the machine casing 17a, the fixed combination 35 is fixed to the machine casing 17a, and the movable combination 40 is in the standby position (first position, upper limit position shown in FIG. ) And the operation position (second position, lower limit position) shown in FIGS. 3 and 5, the base end portion is supported by the machine frame 17 a via the support shaft 41 so as to be rotatable.
ここで、機枠17aの上部前面に合成樹脂製の電飾カバー45が取付けられ、この電飾カバー45に電飾文字46(「MUSCL!!」)が設けられている。そして、可動役物40が待機位置のときに、左下腕40aが斜め上方へ挙げられて、指40bと火玉40cの略全体が画像表示器15よりも上方に位置し、この左下腕40aと指40bと火玉40cにより電飾文字46が隠蔽される。また、可動役物40が作動位置のときに、左下腕40aが略水平になって、指40bと火玉40cの略全体が画像表示器15の前側に位置し、電飾文字46が露出する。 Here, an electric decoration cover 45 made of synthetic resin is attached to the upper front surface of the machine casing 17a, and an electric decoration character 46 ("MUSCL!") Is provided on the electric decoration cover 45. When the movable accessory 40 is in the standby position, the lower left arm 40a is raised obliquely upward, and the substantially entire finger 40b and fireball 40c are positioned above the image display 15, and the lower left arm 40a The illumination character 46 is concealed by the finger 40b and the fireball 40c. Further, when the movable accessory 40 is in the operating position, the left lower arm 40a is substantially horizontal, the finger 40b and the entire fireball 40c are positioned on the front side of the image display 15, and the electric character 46 is exposed. .
可動役物40は、左下腕40aと指40bと火玉40cの形状に対応する形状の合成樹脂製のベース部材42を有し、このベース部材42が支軸41に固定的に連結されて、その支軸41が機枠17aに回動自在に支持され、このベース部材42に、左下腕40aと指40bと火玉40cがベース部材42から前方へ膨出するように取付けられている。 The movable accessory 40 has a synthetic resin base member 42 having a shape corresponding to the shape of the left lower arm 40a, the finger 40b, and the fireball 40c. The base member 42 is fixedly connected to the support shaft 41, and The support shaft 41 is rotatably supported by the machine casing 17a, and the lower left arm 40a, the finger 40b, and the fireball 40c are attached to the base member 42 so as to bulge forward from the base member 42.
図2、図3、図5〜図10、図17、図18に示すように、装飾灯50は、可動役物40の先端側部分に設けられ、ベース部材42、LED基板51(プリント基板51)、複数のLED52(光源52)、光透過カバー53、光拡散シート54、図柄表示部材55、複数(例えば、4つ)の突起部56、表示駆動機構57を備えている。 As shown in FIGS. 2, 3, 5 to 10, 17, and 18, the decorative lamp 50 is provided at the distal end portion of the movable accessory 40, and includes a base member 42, an LED substrate 51 (a printed substrate 51). ), A plurality of LEDs 52 (light source 52), a light transmission cover 53, a light diffusion sheet 54, a symbol display member 55, a plurality of (for example, four) protrusions 56, and a display drive mechanism 57.
ベース部材42の先端側部分の前面部に基板取付部42aが形成されている。LED基板51は火玉40cの正面視形状と略同じ形状に形成され、このLED基板51がベース部材42の基板取付部42aに取付けられている。複数のLED52は、夫々、フルカラーLEDからなり、LED基板51の前面に実装されている。 A substrate mounting portion 42 a is formed on the front surface portion of the tip side portion of the base member 42. The LED substrate 51 is formed in a shape substantially the same as the front view shape of the fireball 40 c, and the LED substrate 51 is attached to the substrate attachment portion 42 a of the base member 42. Each of the plurality of LEDs 52 is a full color LED and is mounted on the front surface of the LED substrate 51.
光透過カバー53は、光透過性のある合成樹脂製のカバーであり、厚さ数mm(例えば、1mm程度)で全体的に前方凸となる形状に形成されている。光透過カバー53は、その後端部の複数箇所がベース部材42にビス止めされて取付けられ、火玉40cを形成するとともに、LED基板51(複数のLED52)の前側を覆っている。 The light transmission cover 53 is a cover made of synthetic resin having light transmittance, and has a thickness of several mm (for example, about 1 mm) and is formed in a shape that is convex forward as a whole. The light transmission cover 53 is attached by screwing a plurality of rear end portions thereof to the base member 42 to form a fireball 40c and covers the front side of the LED substrate 51 (the plurality of LEDs 52).
光透過カバー53の後側内面部は複数のカバー側内面凹凸部53a(カバー側凹凸部53a)を有し、光透過カバーの前側外面部は複数のカバー側内面凹凸部53aに夫々対応する複数のカバー側外面凹凸部53bを有する。尚、複数の凹凸部53a,53bは不規則に形成されている。 The rear inner surface portion of the light transmitting cover 53 has a plurality of cover side inner surface uneven portions 53a (cover side uneven portions 53a), and the front outer surface portion of the light transmitting cover corresponds to the plurality of cover side inner surface uneven portions 53a. The cover side outer surface uneven portion 53b is provided. The plurality of uneven portions 53a and 53b are irregularly formed.
光拡散シート54は、光透過カバー53の複数のカバー側内面凹凸部53aに夫々合致する複数のシート側凹凸部54aを有する形状(光拡散シート54とオフセット形状)に成形されて、光透過カバー53の後側内面部に全体が近接状(略接触する状態)に取付けられている。この光拡散シート54は、光拡散性のある合成樹脂製のシートであり、例えば、前後両面に多数の微細な網目を形成したものである。 The light diffusing sheet 54 is formed into a shape (a light diffusing sheet 54 and an offset shape) having a plurality of sheet side uneven portions 54 a that respectively match the plurality of cover side inner surface uneven portions 53 a of the light transmitting cover 53. The whole is attached to the rear inner surface portion of 53 in a close state (substantially in contact). The light diffusing sheet 54 is a sheet made of synthetic resin having light diffusibility, and is formed, for example, by forming a large number of fine meshes on both the front and rear sides.
光拡散シート54は、平滑な光拡散シートをブロー成形することで形成されている。ここで、光拡散シート54は、その外周部に一体成形された複数(例えば、2つ)の取付片54bを有し、この複数の取付片54bが、ベース部材42と光透過カバー53との間に挟持状に取付けられている。 The light diffusion sheet 54 is formed by blow molding a smooth light diffusion sheet. Here, the light diffusion sheet 54 has a plurality of (for example, two) attachment pieces 54 b integrally formed on the outer peripheral portion thereof, and the plurality of attachment pieces 54 b are formed between the base member 42 and the light transmission cover 53. It is attached in a sandwiched manner.
図柄表示部材55は、LED基板51と光拡散シート54との間において光拡散シート54に接近させた状態でベース部材51に前後の軸心回りに回動可能に装着されている。図柄表示部材55は、複数のLED52の光を前方へ透過する図柄部55aと、図柄部55aと一体的に設けられたベース部55bとを有する。図柄部55aの前面が光拡散シート54に接近し、ベース部55bは図柄部55aの後端側に設けられている。 The symbol display member 55 is attached to the base member 51 so as to be rotatable around the front and rear axes while being close to the light diffusion sheet 54 between the LED substrate 51 and the light diffusion sheet 54. The symbol display member 55 includes a symbol portion 55a that transmits light from the plurality of LEDs 52 forward, and a base portion 55b that is provided integrally with the symbol portion 55a. The front surface of the symbol portion 55a approaches the light diffusion sheet 54, and the base portion 55b is provided on the rear end side of the symbol portion 55a.
図柄部55aは、立体的に形成され、具体的には、前後に厚みがある図柄(文字「肉」)を形成して、その図柄部55aの前面が部分球面状に形成され、ベース部55bは正面視にて図柄部55aよりも多少大きな円板状に形成され、図柄部55aとベース部55bの中心軸が略一致する位置関係にある。ベース部55bの後面全体が鉛直平滑面をなし、即ち、ベース部55bの後面に環状平滑面55cが形成されている。 The symbol portion 55a is formed in a three-dimensional manner. Specifically, the symbol portion 55a is formed with a thickness (character “meat”) having a thickness in the front and rear, the front surface of the symbol portion 55a is formed in a partial spherical shape, and the base portion 55b. Is formed in a disk shape somewhat larger than the symbol portion 55a in a front view, and has a positional relationship in which the central axes of the symbol portion 55a and the base portion 55b substantially coincide. The entire rear surface of the base portion 55b forms a vertical smooth surface, that is, an annular smooth surface 55c is formed on the rear surface of the base portion 55b.
図柄部55aとベース部55bは、夫々、基材として、光透過性のある合成樹脂製の別部材にて構成され、図柄部55aは、その後面をベース部55bの前面に当接させた状態で、図柄部55aの立体的な図柄(文字「肉」)を形成する部分以外の底部が、ベース部55bにビス止めにて固着されている。 The design part 55a and the base part 55b are each constituted by a separate member made of light-transmitting synthetic resin as a base material, and the design part 55a is in a state where its rear surface is in contact with the front surface of the base part 55b. Thus, the bottom portion of the design portion 55a other than the portion forming the three-dimensional design (character “meat”) is fixed to the base portion 55b with screws.
そして、図柄部55aの前後両面以外の側面に遮光膜が形成され、また、ベース部55bの外周面と、ベース部55bの前面のうち図柄部55aが固着された部分以外に遮光膜が形成されている。つまり、複数のLED52の光は、ベース部55bを透過して図柄部55aを透過し、図柄部55aの前面を発光させる。尚、遮光膜については、図柄部55aとベース部55bに着色材を塗布して形成され、この場合、先ず、黒色塗膜を形成し、その黒色塗膜の表面に白色塗膜を形成したものである。 A light shielding film is formed on the side surfaces other than the front and rear surfaces of the design portion 55a, and a light shielding film is formed on the outer peripheral surface of the base portion 55b and the front surface of the base portion 55b other than the portion to which the design portion 55a is fixed. ing. That is, the light of the plurality of LEDs 52 is transmitted through the base portion 55b and transmitted through the symbol portion 55a, and emits light on the front surface of the symbol portion 55a. The light-shielding film is formed by applying a coloring material to the pattern portion 55a and the base portion 55b. In this case, first, a black coating film is formed, and a white coating film is formed on the surface of the black coating film. It is.
ベース部55bの中心部には後方へ突出するボス部55dが一体的に形成され、このボス部55dに軸部材58の前端部が内嵌固着されている。ボス部55dと軸部材58は、LED基板51とベース部材42の基板取付部42aに形成された穴51a,42bを挿通し、軸部材58の後端部がベース部材42に回動自在に支持されている。 A boss portion 55d protruding rearward is integrally formed at the center portion of the base portion 55b, and the front end portion of the shaft member 58 is fitted and fixed to the boss portion 55d. The boss portion 55d and the shaft member 58 are inserted through holes 51a and 42b formed in the substrate mounting portion 42a of the LED substrate 51 and the base member 42, and the rear end portion of the shaft member 58 is rotatably supported by the base member 42. Has been.
複数の突起部56は、LED基板51よりも前方へ突出するように、軸部材58を中心に周方向等間隔(例えば、90度間隔)おきに設けられ、図柄表示部材55のベース部55bの環状平滑面55cに摺動自在に当接して図柄表示部材55をLED基板51の複数のLED52を含む実装部品に接触させないように支持している。複数の突起部56は、ベース部材42の基板取付部42aに前方突出状に一体形成され、LED基板51に形成された複数の孔を挿通して、LED基板51よりも前方へ突出している。 The plurality of protrusions 56 are provided at equal intervals in the circumferential direction (for example, at intervals of 90 degrees) around the shaft member 58 so as to protrude forward from the LED substrate 51, and the protrusions 56 are formed on the base portion 55 b of the symbol display member 55. The symbol display member 55 is supported so as not to contact the mounting component including the plurality of LEDs 52 of the LED substrate 51 by slidingly contacting the annular smooth surface 55c. The plurality of protrusions 56 are formed integrally with the board mounting portion 42 a of the base member 42 so as to protrude forward, pass through the plurality of holes formed in the LED board 51, and protrude forward from the LED board 51.
表示駆動機構57は、図柄表示部材55を動作させるものであり、図柄表示部材55を前後の軸心回りに回動駆動するように構成されている。表示駆動機構57は、図8〜図10に示すように、駆動源となる表示駆動ソレノイド57aと、表示駆動ソレノイド57aによる直線運動を図柄表示部材55の回動運動に変換する変換機構57bとを備えている。表示駆動ソレノイド57aは、ベース部材42の後面部に、前後方向と直交し且つ軸部材58から偏心した点を通る向きに配置固定されている。 The display drive mechanism 57 operates the symbol display member 55 and is configured to rotationally drive the symbol display member 55 around the front and rear axes. As shown in FIGS. 8 to 10, the display drive mechanism 57 includes a display drive solenoid 57 a serving as a drive source, and a conversion mechanism 57 b that converts linear motion by the display drive solenoid 57 a into rotational motion of the symbol display member 55. I have. The display drive solenoid 57a is arranged and fixed on the rear surface portion of the base member 42 in a direction passing through a point orthogonal to the front-rear direction and eccentric from the shaft member 58.
変換機構57bにおいては、円板部材57cが、その中心を軸部材58と一致させた状態で、ベース部材42の後面部に後方突出状の周壁を形成することで形成された凹部42cに回動自在に収容されている。この円板部材57cに軸部材58が貫通状に固着され、円板部材57cの外周近傍部には後方へ突出するピン部57dが一体形成されている。 In the conversion mechanism 57b, the disk member 57c is rotated to a recess 42c formed by forming a rearward protruding peripheral wall on the rear surface portion of the base member 42 with the center thereof aligned with the shaft member 58. It is freely housed. A shaft member 58 is fixed in a penetrating manner to the disc member 57c, and a pin portion 57d that protrudes rearward is integrally formed in the vicinity of the outer periphery of the disc member 57c.
また、変換機構57bにおいて、表示駆動ソレノイド57aのプランジャ57eの先端部に可動部材57fが連結され、ベース部材42の後面部に設けられたケース部42dに収容されて、表示駆動ソレノイド57aの配置方向と同方向へ移動自在にガイドされている。可動部材57fには軸部材58と略直交する向き長孔57gが形成され、この長孔57gに円板部材57cのピン部57dが係合している。プランジャ57eには、可動部材57fを付勢する圧縮コイルバネ57hが外装されている。 In the conversion mechanism 57b, the movable member 57f is connected to the tip of the plunger 57e of the display drive solenoid 57a, and is accommodated in the case portion 42d provided on the rear surface portion of the base member 42. It is guided so that it can move in the same direction. The movable member 57f is formed with an elongated hole 57g that is substantially orthogonal to the shaft member 58, and the pin portion 57d of the disk member 57c is engaged with the elongated hole 57g. A compression coil spring 57h that biases the movable member 57f is externally mounted on the plunger 57e.
表示駆動機構57は、基本的に、図柄表示部材55(文字「肉」)を正面視にして正規姿勢に維持するために、図柄表示部材55を回動させるものである。図10は、可動役物40が待機位置にある状態を示しており、このとき、圧縮コイルバネ57hにより、図柄表示部材55(文字「肉」)が正規姿勢に保持される。可動役物40が待機位置から作動位置に回動されると、表示駆動ソレノイド57aが作動し、圧縮コイルバネ57hの付勢力に抗して可動部材40を引き付けるように駆動して、円板部材57cと共に図柄表示部材55(文字「肉」)が回動され正規姿勢に保持される。 The display drive mechanism 57 basically rotates the symbol display member 55 in order to maintain the symbol display member 55 (character “meat”) in a normal posture when viewed from the front. FIG. 10 shows a state where the movable accessory 40 is in the standby position. At this time, the symbol display member 55 (character “meat”) is held in a normal posture by the compression coil spring 57h. When the movable accessory 40 is rotated from the standby position to the operating position, the display drive solenoid 57a is activated, and is driven so as to attract the movable member 40 against the urging force of the compression coil spring 57h. At the same time, the symbol display member 55 (character “meat”) is rotated and held in the normal posture.
複数のLED52については、可動役物40が待機位置で図柄表示部材55が正規姿勢のときに、第1の一部複数のLED52が、図柄表示部材55の図柄部55aの後側に略全体的に分散して位置するように配置され、可動役物40が作動位置で図柄表示部材55が正規姿勢のときにも、第2の一部複数のLED52が、図柄表示部材55の図柄部55aの後側に略全体的に分散して位置するように配置され、また、第1,第2のLED52の中に共通に使用する複数のLEDが設けられるように配置構成されている。 Regarding the plurality of LEDs 52, when the movable accessory 40 is in the standby position and the symbol display member 55 is in the normal posture, the first partial plurality of LEDs 52 are substantially entirely behind the symbol portion 55 a of the symbol display member 55. Even when the movable accessory 40 is in the operating position and the symbol display member 55 is in the normal posture, the second partial plurality of LEDs 52 are arranged on the symbol portion 55a of the symbol display member 55. The first and second LEDs 52 are arranged so that a plurality of LEDs that are used in common are provided so as to be distributed almost entirely on the rear side.
ここで、固定役物35と可動役物40と機枠17aの他の電飾について説明する。
固定役物35においては、図2、図3、図5、図6、図20に示すように、左上腕35bに、第1,第2固定役物電飾部35c,35d(左上腕35bから膨出する部分環状的な意匠部)が設けられ、この第1,第2固定役物電飾部35c,35dの後側に第1,第2固定役物LED35c1,35d1が設けられている。第1,第2固定役物LED35c1,35d1は、夫々、1又は複数設けられ、LED基板35eの前面に実装され、そのLED基板35eは機枠17aの前面部に取付けられている。
Here, the other electrical decorations of the fixed combination 35, the movable combination 40, and the machine casing 17a will be described.
In the fixed accessory 35, as shown in FIGS. 2, 3, 5, 6, and 20, the left and right upper arms 35b are connected to the first and second fixed accessory illumination parts 35c and 35d (from the left upper arm 35b). A bulging partial annular design portion) is provided, and first and second fixed accessory LEDs 35c1 and 35d1 are provided on the rear side of the first and second fixed accessory electrical decoration portions 35c and 35d. One or a plurality of first and second fixed accessory LEDs 35c1 and 35d1 are provided and mounted on the front surface of the LED substrate 35e, and the LED substrate 35e is attached to the front surface portion of the machine casing 17a.
可動役物40においては、図2、図3、図5〜図7、図17、図18、図20に示すように、左下腕40aに、第1,第2,第3可動役物電飾部40d,40e,40f(左下腕40aから膨出する部分環状的な意匠部)が設けられ、この第1,第2,第3可動役物電飾部40d,40e,40fの後側に第1,第2,第3可動役物LED40d1,40e1,40f1が設けられている。第1,第2,第3可動役物LED40d1,40e1,40f1は、夫々、複数設けられ、LED基板40g,40hの前面に実装され、そのLED基板40g,40hはベース部材42の前面部に取付けられている。 In the movable accessory 40, as shown in FIGS. 2, 3, 5 to 7, 17, 18, and 20, the first, second, and third movable accessory illuminations are provided on the left lower arm 40 a. 40d, 40e, 40f (partial annular design parts bulging from the left lower arm 40a) are provided, and the first, second, and third movable accessory lighting parts 40d, 40e, 40f 1st, 2nd, 3rd movable accessory LED40d1, 40e1, 40f1 is provided. A plurality of first, second, and third movable accessory LEDs 40d1, 40e1, and 40f1 are provided and mounted on the front surfaces of the LED substrates 40g and 40h, and the LED substrates 40g and 40h are attached to the front surface portion of the base member 42. It has been.
機枠17aにおいては、図3、図5、図20に示すように、前記のように、機枠17aの上部前面に取付けられた電飾カバー45に電飾文字46が設けられ、この電飾文字46の後側に機枠LED46aが設けられている。機枠LED46aは複数設けられ、LED基板(図示略)の前面に実装され、そのLED基板は機枠17aの前面部に取付けられている。 In the machine frame 17a, as shown in FIGS. 3, 5, and 20, as described above, the illumination character 46 is provided on the illumination cover 45 attached to the upper front surface of the machine frame 17a. A machine frame LED 46 a is provided behind the character 46. A plurality of machine frame LEDs 46a are provided and mounted on the front surface of an LED substrate (not shown), and the LED substrate is attached to the front surface portion of the machine frame 17a.
図11〜図15、図20に示すように、役物主駆動機構60は、可動役物40の基端側部分を支持して、可動役物40を、可動役物40の回動範囲の下端側の作動位置から可動役物40の回動範囲の上端側の待機位置へ回動駆動する。 As shown in FIG. 11 to FIG. 15 and FIG. 20, the accessory main drive mechanism 60 supports the base end side portion of the movable accessory 40, and moves the movable accessory 40 in the rotation range of the movable accessory 40. Rotation driving is performed from the lower end side operation position to the standby position on the upper end side of the rotation range of the movable accessory 40.
役物主駆動機構60は、支軸41から偏心した位置に配設された主駆動軸61と、この主駆動軸61を回動させる主電動モータ62と、主駆動軸61に固着された主アーム部材63とを有し、この主アーム部材63が可動役物40の基端側部分に設けられた主係合部64に係合解除可能に係合して、可動役物40に回動駆動力を入力する。 The accessory main drive mechanism 60 includes a main drive shaft 61 disposed at a position eccentric from the support shaft 41, a main electric motor 62 that rotates the main drive shaft 61, and a main drive shaft fixed to the main drive shaft 61. An arm member 63, and the main arm member 63 engages with a main engagement portion 64 provided at a proximal end portion of the movable accessory 40 so as to be disengageable, and rotates to the movable accessory 40. Input driving force.
支軸41の上側に駆動ユニット80が設けられ、この駆動ユニット80は機枠17aに後側から取付けられている。駆動ユニット80において、ユニットケース81の後面部に主電動モータ62が前向きに取付けられ、ユニットケース81の内部にギヤ機構(図示略)が設けられている。主駆動軸61は、支軸41の上方近傍において前後方向に延びるように配設され、ベース部材42に形成された軸挿通孔42eを挿通している。 A drive unit 80 is provided above the support shaft 41, and this drive unit 80 is attached to the machine casing 17a from the rear side. In the drive unit 80, the main electric motor 62 is mounted forward on the rear surface portion of the unit case 81, and a gear mechanism (not shown) is provided inside the unit case 81. The main drive shaft 61 is disposed so as to extend in the front-rear direction in the vicinity of the upper portion of the support shaft 41, and is inserted through a shaft insertion hole 42 e formed in the base member 42.
主駆動軸61の後端部が前記ギヤ機構の従動ギヤに固着支持され、このギヤ機構を介して主電動モータ62の出力が主駆動軸61に伝達される。軸挿通孔42eは、可動役物40が待機位置と作動位置とに亙って回動可能に、主駆動軸61がベース部材42と干渉しないように支持41を中心とする略円弧状に形成されている。ベース部材42には、軸挿通孔42eを形成した部分を含む部分に前側から後側へ凹む凹部42fが形成され、この凹部42fの上部側壁が主係合部64を形成している。 The rear end portion of the main drive shaft 61 is fixedly supported by the driven gear of the gear mechanism, and the output of the main electric motor 62 is transmitted to the main drive shaft 61 via the gear mechanism. The shaft insertion hole 42e is formed in a substantially arc shape centered on the support 41 so that the main drive shaft 61 does not interfere with the base member 42 so that the movable accessory 40 can rotate between the standby position and the operating position. Has been. The base member 42 includes a recess 42f that is recessed from the front side to the rear side in a portion including the portion where the shaft insertion hole 42e is formed, and the upper side wall of the recess 42f forms the main engagement portion 64.
主アーム部材63は、主駆動軸61の前端部に一体形成され、主駆動軸61と直交する方向へ延び凹部42fに収容されている。ユニットケース81の内部には、主アーム部材63の原点位置を検出する主アーム部材原点SW63aが設けられている。主アーム部材63は、主駆動軸61から左方へ延びる略水平姿勢で原点位置となり、この原点位置の主アーム部材63には、主係合部64を含むベース部材42が干渉することなく、可動役物40が待機位置と作動位置とに亙って回動可能になる。 The main arm member 63 is integrally formed with the front end portion of the main drive shaft 61 and extends in a direction orthogonal to the main drive shaft 61 and is accommodated in the recess 42f. Inside the unit case 81, a main arm member origin SW 63a for detecting the origin position of the main arm member 63 is provided. The main arm member 63 becomes an origin position in a substantially horizontal posture extending leftward from the main drive shaft 61, and the base member 42 including the main engagement portion 64 does not interfere with the main arm member 63 at the origin position. The movable accessory 40 can be rotated between the standby position and the operating position.
可動役物40が作動位置のとき、主アーム部材63が原点位置から正面視にて時計回り方向に回動されると、主アーム部材63の先端部が主係合部64に係合して、この役物主駆動機構60と可動役物40が連動連結された状態になり、可動役物40を作動位置から待機位置へ回動させる。尚、符号82は、主電動モータ62をカバーするユニット外側ケースである。 When the movable accessory 40 is in the operating position, when the main arm member 63 is rotated clockwise from the origin position in a front view, the tip of the main arm member 63 is engaged with the main engagement portion 64. The accessory main drive mechanism 60 and the movable accessory 40 are linked and connected, and the movable accessory 40 is rotated from the operating position to the standby position. Reference numeral 82 denotes a unit outer case that covers the main electric motor 62.
図17、図18、図20に示すように、役物副駆動機構65は、可動役物40の回動範囲に含まれる所定回動範囲内であって、待機位置を含む所定回動範囲内において、可動役物40の先端側部分を支持して、可動役物40を回動駆動し、可動役物40を上下に往復回動させる。 As shown in FIGS. 17, 18, and 20, the accessory sub-driving mechanism 65 is within a predetermined rotation range included in the rotation range of the movable accessory 40 and includes a standby position. , The tip of the movable combination 40 is supported, the movable combination 40 is rotationally driven, and the movable combination 40 is reciprocally rotated up and down.
役物副駆動機構65は、可動役物40の先端側に配設された副駆動軸66と、この副駆動軸66を回動させる副電動モータ67と、副駆動軸66に固着された副アーム部材68とを有し、この副アーム部材68が可動役物40の先端側部分に設けられた副係合部69に係合解除可能に係合して、可動役物40に回動駆動力を入力して可動役物40を往復回動させる。 The accessory sub-driving mechanism 65 includes a sub-drive shaft 66 disposed on the distal end side of the movable accessory 40, a sub-electric motor 67 that rotates the sub-drive shaft 66, and a sub-fixed to the sub-drive shaft 66. An arm member 68, and the sub arm member 68 is engaged with a sub engaging portion 69 provided at the tip side portion of the movable accessory 40 so as to be disengageable, and is driven to rotate by the movable accessory 40. A force is input to reciprocate the movable accessory 40.
機枠17aの上部左部に駆動ユニット85が取付けられ、この駆動ユニット85に役物副駆動機構65が設けられている。駆動ユニット85に、副電動モータ67が前向きに取付けられ、また、駆動ギヤ67aと従動ギヤ67bを有するギヤ機構が設けられている。副駆動軸66は、待機位置の可動役物40の先端部の左方近傍において前後方向に延びるように配設されている。 A drive unit 85 is attached to the upper left portion of the machine casing 17a, and an accessory auxiliary drive mechanism 65 is provided in the drive unit 85. A sub electric motor 67 is attached to the drive unit 85 in a forward direction, and a gear mechanism having a drive gear 67a and a driven gear 67b is provided. The sub drive shaft 66 is disposed so as to extend in the front-rear direction in the vicinity of the left side of the distal end portion of the movable accessory 40 at the standby position.
副駆動軸66の後端部が従動ギヤ67bに固着支持され、駆動ギヤ67aと従動ギヤ67bを介して副電動モータ67の出力が副駆動軸66に伝達される。副アーム部材68は、副駆動軸66の前端部に一体形成されて、副駆動軸66と直交する方向へ延びている。 The rear end portion of the sub drive shaft 66 is fixedly supported by the driven gear 67b, and the output of the sub electric motor 67 is transmitted to the sub drive shaft 66 through the drive gear 67a and the driven gear 67b. The sub arm member 68 is integrally formed with the front end portion of the sub drive shaft 66 and extends in a direction orthogonal to the sub drive shaft 66.
駆動ユニット85には、副アーム部材68の原点位置を検出する副アーム部材原点SW68aが設けられている。この副アーム部材原点SW68は、発光部と受光部とを有する光学センサ(フォトインタラプタ)かなり、副アーム部材68に一体的に設けられた遮蔽バー68bが発光部と受光部とを遮蔽することで、副アーム部材68の原点位置を検出する。副アーム部材68は、副駆動軸66から下方へ延びる略鉛直姿勢で原点位置となり、この原点位置の副アーム部材68には、副係合部69を含むベース部材42が干渉することなく、可動役物40が待機位置と作動位置とに亙って回動可能になる。 The drive unit 85 is provided with a sub arm member origin SW 68 a for detecting the origin position of the sub arm member 68. The sub arm member origin SW 68 is an optical sensor (photo interrupter) having a light emitting part and a light receiving part. The shielding bar 68 b provided integrally with the sub arm member 68 shields the light emitting part and the light receiving part. The origin position of the sub arm member 68 is detected. The sub arm member 68 has a substantially vertical posture extending downward from the sub drive shaft 66 and becomes an origin position. The base arm 42 including the sub engagement portion 69 does not interfere with the sub arm member 68 at the origin position without moving. The accessory 40 can be rotated between the standby position and the operating position.
副係合部69は、ベース部材42の先端部から後方へ延びて、ベース部材42に前後の軸心回りに回動自在に支持されたローラ部材からなる。可動役物40が待機位置のとき、副アーム部材68が原点位置から正面視にて反時計回り方向へ回動されると、副アーム部材68の先端部が副係合部69に係合して、この役物副駆動機構65と可動役物40が連動連結された状態になり、可動役物40を待機位置を含む所定回動範囲内において上下に往復回動させる。 The sub-engaging portion 69 is composed of a roller member that extends rearward from the distal end portion of the base member 42 and is supported by the base member 42 so as to be rotatable around the front and rear axes. When the movable accessory 40 is in the standby position, when the sub arm member 68 is rotated counterclockwise from the origin position when viewed from the front, the tip of the sub arm member 68 engages with the sub engaging portion 69. Thus, the accessory accessory driving mechanism 65 and the movable accessory 40 are linked to each other, and the movable accessory 40 is reciprocated up and down within a predetermined rotation range including the standby position.
ここで、図11、図14、図15、図16に示すように、可動役物40を待機位置と作動位置とに亙って回動可能にガイド支持するガイド機構90が設けられている。このガイド機構90は、ベース部材42に設けられ支軸41を中心とする円弧状に形成されたガイド部材91と、機枠17aに回転自在に支持されてガイド部材91の前面を転動するガイドローラ92とを有する。 Here, as shown in FIGS. 11, 14, 15, and 16, a guide mechanism 90 is provided that guides and supports the movable accessory 40 so as to be rotatable between the standby position and the operating position. The guide mechanism 90 includes a guide member 91 provided on the base member 42 and formed in an arc shape centered on the support shaft 41, and a guide that is rotatably supported by the machine frame 17a and rolls on the front surface of the guide member 91. And a roller 92.
ベース部材40には後側から前側へ凹む円弧凹部42gが形成され、この円弧凹部42gの約半分を塞ぐように、ガイド部材91がベース部材42の後面部にビス止めされている。ガイドローラ92は円弧凹部42gに収容され、ローラ支持部材93に回転自在に支持されている。ローラ支持部材93にはガイド部材91の後面に摺動自在に当接可能な当接部93が形成され、このローラ支持部材93が支持脚94を介して機枠17aにビス止めされている。 The base member 40 is formed with an arc recess 42g that is recessed from the rear side to the front side, and a guide member 91 is screwed to the rear surface portion of the base member 42 so as to close about half of the arc recess 42g. The guide roller 92 is accommodated in the circular arc recess 42g and is rotatably supported by the roller support member 93. The roller support member 93 is formed with an abutment portion 93 that can slidably abut on the rear surface of the guide member 91, and the roller support member 93 is screwed to the machine frame 17 a via a support leg 94.
図11〜図15、図20に示すように、主駆動機構接続分離機構70は、役物主駆動機構60の可動役物40に対する連動連結を接続・分離可能なものである。この主駆動機構接続分離機構70は、役物主駆動機構60と、役物主駆動機構60を制御する演出制御基板27を含み、少なくとも役物副駆動機構65による可動役物40の駆動中、役物主駆動機構60の可動役物40に対する連動連結を分離する。 As shown in FIGS. 11 to 15 and 20, the main drive mechanism connection / separation mechanism 70 can connect / separate the interlocking connection of the accessory main drive mechanism 60 with the movable accessory 40. The main drive mechanism connection / separation mechanism 70 includes an accessory main drive mechanism 60 and an effect control board 27 that controls the accessory main drive mechanism 60. At least during the driving of the movable accessory 40 by the accessory sub drive mechanism 65, The interlocking connection of the accessory main drive mechanism 60 to the movable accessory 40 is separated.
主駆動機構接続分離機構70は、可動役物40を待機位置に係止解除可能に係止する役物係止機構71を有し、この役物係止機構71により可動役物40を待機位置に係止した状態で役物主駆動機構60の可動役物40に対する連動連結を分離するとともに、役物係止機構71による可動役物40の係止を解除して可動役物40を作動位置へ落下させる。 The main drive mechanism connection / separation mechanism 70 has a accessory locking mechanism 71 that locks the movable accessory 40 at the standby position so that the movable accessory 40 can be released from the standby position. In this state, the interlocking connection of the accessory main drive mechanism 60 to the movable accessory 40 is separated, and the interlock of the movable accessory 40 by the accessory locking mechanism 71 is released to move the movable accessory 40 to the operating position. Let fall.
役物係止機構71は、可動役物40の基端側に上下動可能に配設された係止部材72と、この副駆動軸66を上方へ駆動する係止解除モータ73とを有し、係止部材72に待機位置の可動役物40のベース部材42の基端側部分に形成された係合アーム42hが係合解除可能に係合して、可動役物40を待機位置に係止解除可能に係止する。 The accessory locking mechanism 71 includes a locking member 72 disposed on the base end side of the movable accessory 40 so as to be movable up and down, and a locking release motor 73 that drives the auxiliary drive shaft 66 upward. The engaging arm 42h formed on the base end portion of the base member 42 of the movable member 40 at the standby position engages with the locking member 72 so as to be disengageable, and the movable member 40 is engaged with the standby position. Lock it so that it can be released.
この役物係止機構71は、役物主駆動機構60と共通の駆動ユニット80に設けられ、この駆動ユニット80において、ユニットケース81の後面部に係止解除モータ73が前向きに取付けられ、係止部材72が下方位置と上方位置とに亙ってユニットケース81に移動自在に支持されて、ユニットケース81から前方へ突出している。ユニットケース81の内部に、係止解除モータ73で駆動され係止部材72を下方位置から上方位置へ押上げる押上機構(図示略)が設けられている。 The accessory locking mechanism 71 is provided in a drive unit 80 common to the accessory main drive mechanism 60, and in this drive unit 80, an unlocking motor 73 is attached to the rear surface portion of the unit case 81 in a forward direction. The stop member 72 is movably supported by the unit case 81 over the lower position and the upper position, and protrudes forward from the unit case 81. Inside the unit case 81, there is provided a push-up mechanism (not shown) that is driven by the lock release motor 73 and pushes the lock member 72 from the lower position to the upper position.
また、ユニットケース81の内部には、前記押上機構の原点位置を検出する押上機構原点SW73aが設けられている。押上機構が原点位置のとき、係止部材72が下方位置になり、押上機構に連動連結されることなく、上方位置へ移動可能になる。そして、押上機構が原点位置から駆動されることで、係止部材72に連動連結されて、係止部材72を上方位置へ移動させ、その後、押上機構が原点位置へ駆動される過程で、係止部材72との連動連結が解除され、係止部材72が下方位置へ移動する。 Further, inside the unit case 81, a push-up mechanism origin SW 73a for detecting the origin position of the push-up mechanism is provided. When the push-up mechanism is at the origin position, the locking member 72 is in the lower position and can be moved to the upper position without being interlocked with the push-up mechanism. Then, when the push-up mechanism is driven from the origin position, it is interlocked and connected to the locking member 72, the locking member 72 is moved to the upper position, and then the push-up mechanism is driven to the origin position. The interlocking connection with the stop member 72 is released, and the locking member 72 moves to the lower position.
係止部材72は正面視3角形状に形成され、その下部に、右方程下方へ移行する僅かに凸に湾曲した傾斜面72aが形成されている。押上機構が原点位置で係止部材72が下方位置のとき、役物主駆動機構60により可動役物40が作動位置から待機位置へ回動されると、ベース部材42の係合アーム42hの先端部が、係止部材72の傾斜面72aに当接して、係止部材72を上方位置へ押し上げ、係止部材72の右側まで移動したところで、係止部材72が下方位置へ移動して、係合アーム42hの先端部を係止する。この状態で、係止解除モータ73により係止部材72が上方位置へ駆動されることで、係止アーム42の先端部との係止を解除する。 The locking member 72 is formed in a triangular shape when viewed from the front, and an inclined surface 72a that is slightly convexly curved and moves downward in the right direction is formed in the lower part thereof. When the push-up mechanism is at the origin position and the locking member 72 is at the lower position, when the movable accessory 40 is rotated from the operating position to the standby position by the accessory main drive mechanism 60, the tip of the engaging arm 42h of the base member 42 The portion abuts against the inclined surface 72a of the locking member 72, pushes up the locking member 72 to the upper position, and moves to the right side of the locking member 72. The tip of the combined arm 42h is locked. In this state, the locking member 72 is driven to the upper position by the locking release motor 73, so that the locking with the distal end portion of the locking arm 42 is released.
図17、図18、図20に示すように、副駆動機構接続分離機構75は、役物副駆動機構65の可動役物40に対する連動連結を接続・分離可能なものである。この副駆動機構接続分離機構70は、役物副駆動機構65と、役物副駆動機構65を制御する演出制御基板27を含み、少なくとも役物主駆動機構60による可動役物40の駆動中、役物副駆動機構65の可動役物40に対する連動連結を分離する。 As shown in FIGS. 17, 18, and 20, the sub drive mechanism connection / separation mechanism 75 can connect / disconnect the interlocking connection of the accessory sub drive mechanism 65 to the movable accessory 40. This sub-drive mechanism connection / separation mechanism 70 includes an accessory sub-drive mechanism 65 and an effect control board 27 that controls the accessory sub-drive mechanism 65, and at least during the driving of the movable accessory 40 by the accessory main drive mechanism 60, The interlocking connection of the accessory sub-driving mechanism 65 to the movable accessory 40 is separated.
図12、図19に示すように、ワンウェイダンパ100は、支軸41に作動可能に連結され、可動役物40が待機位置から作動位置へ回動する際にのみ作動して可動役物40を制動する。このワンウェイダンパ100は、コイル式ダンパからなり、機枠17aの後面部に取付けられている。 As shown in FIGS. 12 and 19, the one-way damper 100 is operably connected to the support shaft 41, and operates only when the movable accessory 40 rotates from the standby position to the operating position, thereby moving the movable accessory 40. Braking. The one-way damper 100 is a coil type damper and is attached to the rear surface portion of the machine casing 17a.
このワンウェイダンパ100は、機枠17aの後面部に固定される取付板101と、取付板101の後面に固定されたダンパケース102とを有するとともに、このダンパケース102に収容された回動部材103とコイルバネ104とを有する。支軸41はダンパケース102を回動自在に挿通し、支軸41の後端部にOリング105が装着され、このOリング105によりダンパケース102に対して支軸41が抜け止めされている。 The one-way damper 100 includes a mounting plate 101 fixed to the rear surface portion of the machine casing 17a and a damper case 102 fixed to the rear surface of the mounting plate 101, and a rotating member 103 accommodated in the damper case 102. And a coil spring 104. The support shaft 41 is rotatably inserted in the damper case 102, and an O-ring 105 is attached to the rear end portion of the support shaft 41, and the support shaft 41 is prevented from coming off from the damper case 102 by the O-ring 105. .
回動部材103はダンパケース102に回動自在に収容支持され、この回動部材103に支軸41が貫通状に固着されている。コイルバネ104は、その両端部がダンパケース102と回動部材103に形成された係止部102a,103aに係止されている。ダンパケース102と回動部材103には、略連続する同径の締付外周面102b,103bが形成され、この締付外周面102b,103bにコイルバネ104が外装されている。 The rotating member 103 is rotatably accommodated and supported by the damper case 102, and the support shaft 41 is fixed to the rotating member 103 in a penetrating manner. Both ends of the coil spring 104 are locked to locking portions 102 a and 103 a formed on the damper case 102 and the rotating member 103. The damper case 102 and the rotation member 103 are formed with tightening outer peripheral surfaces 102b and 103b having substantially the same diameter, and a coil spring 104 is externally mounted on the tightening outer peripheral surfaces 102b and 103b.
図19は可動役物40が待機位置にあるときのワンウェイダンパ100の状態を示しており、コイルバネ104の大部分と締付外周面102b,103bとの間に適度な隙間がある。そして、可動役物40が待機位置から作動位置へ回動するに従って、コイルバネ104が縮径して、締付外周面102b,103bへ密着していく。これにより、可動役物40を制動する制動力が発生し、更に、その制動力は、コイルバネ104が縮径する程、つまり、可動役物40が作動位置へ近づく程大きくなる。 FIG. 19 shows the state of the one-way damper 100 when the movable accessory 40 is in the standby position, and there is an appropriate gap between most of the coil spring 104 and the tightening outer peripheral surfaces 102b and 103b. Then, as the movable accessory 40 rotates from the standby position to the operating position, the coil spring 104 is reduced in diameter and is brought into close contact with the tightening outer peripheral surfaces 102b and 103b. As a result, a braking force for braking the movable accessory 40 is generated, and the braking force increases as the coil spring 104 decreases in diameter, that is, as the movable accessory 40 approaches the operating position.
図14、図15に示すように、緩衝ゴム部材110は、可動役物40を下限位置で受け止め可能に機枠17aに取付けられている。具体的に、緩衝ゴム部材110は、可動役物40のベース部材42の後方位置において、機枠17aに上向きに取付けられている。そして、ベース部材42の後面部には被受部111が一体的に形成され、この被受部111が緩衝ゴム部材110に上方から当接して受け止められる。 As shown in FIGS. 14 and 15, the shock absorbing rubber member 110 is attached to the machine casing 17 a so that the movable accessory 40 can be received at the lower limit position. Specifically, the shock-absorbing rubber member 110 is attached upward to the machine casing 17 a at a position behind the base member 42 of the movable accessory 40. A receiving portion 111 is integrally formed on the rear surface portion of the base member 42, and the receiving portion 111 is received by being in contact with the shock absorbing rubber member 110 from above.
以上説明した役物装置16の効果について説明する。
装飾灯50によれば、光透過カバー53の後側内面部は複数のカバー側内面凹凸部53aを有するので、この光透過カバー53を立体的に形成して、立体感を出すことができる。光拡散シート54は、光透過カバー53の複数のカバー側内面凹凸部53aに夫々合致する複数のシート側凹凸部54aを有する形状に成形されて、光透過カバー53の後側内面部に近接状に取付けられたので、光拡散シート54の前記状態での取付けを簡単確実に行うことができ、この光拡散シート54により、複数のLED52が点光りするのを抑制することができ、また、LED基板51の前面(複数のLED52を含む)を前方から見えにくくして見栄えの悪化を防止することができる。
The effect of the accessory device 16 described above will be described.
According to the decorative lamp 50, the rear inner surface portion of the light transmission cover 53 has a plurality of cover-side inner surface irregularities 53a. Therefore, the light transmission cover 53 can be formed in three dimensions to give a three-dimensional effect. The light diffusion sheet 54 is formed into a shape having a plurality of sheet-side uneven portions 54 a that respectively match the plurality of cover-side inner surface uneven portions 53 a of the light-transmitting cover 53, and close to the rear-side inner surface portion of the light-transmitting cover 53. Accordingly, the light diffusion sheet 54 can be easily and reliably attached in the above-described state, and the light diffusion sheet 54 can suppress the plurality of LEDs 52 from being lit up. It is possible to prevent the front of the substrate 51 (including the plurality of LEDs 52) from being seen from the front, thereby preventing the appearance from deteriorating.
複数のLED52の光を前方へ透過する図柄部55aを有する図柄表示部材55が、LED基板51と光拡散シート54との間において光拡散シート54に接近させた状態でベース部材42に装着されたので、複数のLED52により図柄部55aを内側から光らせて表示し、光透過カバー53の後側内面部に光拡散シート54が近接状に取付けられたことによって、図柄表示部材55の発光する図柄を明瞭に表示することができる。光透過カバー53の後側内面部に光拡散シート54が近接状に取付けられたことで、LED基板51と光拡散シート54との間の間隔を広くすることができ、故に、図柄表示部材55を比較的大型にした場合でも、図柄表示部材55の装着スペースを確保することができる。 A symbol display member 55 having a symbol portion 55 a that transmits light of the plurality of LEDs 52 forward is mounted on the base member 42 in a state of being close to the light diffusion sheet 54 between the LED substrate 51 and the light diffusion sheet 54. Therefore, the symbols 55a are lit from the inside by the plurality of LEDs 52 and displayed, and the light diffusing sheet 54 is attached to the rear inner surface portion of the light transmission cover 53 so that the symbols emitted from the symbol display member 55 are emitted. It can be displayed clearly. Since the light diffusion sheet 54 is attached to the rear inner surface portion of the light transmission cover 53 in a close proximity, the interval between the LED substrate 51 and the light diffusion sheet 54 can be widened. Even when the size is relatively large, a space for mounting the symbol display member 55 can be secured.
光透過カバー53の前側外面部は複数のカバー側内面凹凸部53aに夫々対応する複数のカバー側外面凹凸部53bを有するので、この光透過カバー53を全体的に立体的に形成して、立体感を高めることができる。表示駆動機構57により図柄表示部材55を動作させるので、その図柄を可動に表示することができる。その結果、装飾性を高めることができる。図柄表示部材55は、その図柄部55aが立体的に形成されたので、発光する図柄を立体的に表示して、全体的な立体感を高めることができる。 The front outer surface portion of the light transmission cover 53 has a plurality of cover side outer surface uneven portions 53b corresponding to the plurality of cover side inner surface uneven portions 53a, respectively. A feeling can be heightened. Since the symbol display member 55 is operated by the display drive mechanism 57, the symbol can be displayed movably. As a result, the decorativeness can be enhanced. Since the symbol display portion 55a is three-dimensionally formed, the symbol display member 55 can display the emitted symbol in three dimensions to enhance the overall three-dimensional effect.
図柄表示部材55は、その図柄部55aと一体的に設けられ且つ後面に環状平滑面55cが形成されたベース部55bを有し、表示駆動機構57は、図柄表示部材55を回動駆動するように構成され、複数の突起部56がLED基板51よりも前方へ突出するように設けられ、ベース部55bの環状平滑面55cに摺動自在に当接して図柄表示部材55をLED基板51の複数のLED52を含む実装部品に接触させないように支持するので、ベース部55bをLED基板51に接近させ、図柄部55aを光拡散シート54に近接させて、立体的な図柄部55aを有する比較的大型の図柄表示部材55をLED基板51と光拡散シート54との間に確実に装着し、LED基板51の実装部品が図柄表示部材55との接触により損傷するのを確実に防止することができる。 The symbol display member 55 has a base portion 55b provided integrally with the symbol portion 55a and having an annular smooth surface 55c formed on the rear surface thereof, and the display drive mechanism 57 drives the symbol display member 55 to rotate. The plurality of protrusions 56 are provided so as to protrude forward from the LED substrate 51, and slidably contact the annular smooth surface 55 c of the base portion 55 b to attach the symbol display member 55 to the plurality of LED substrates 51. Therefore, the base portion 55b is brought close to the LED substrate 51, the design portion 55a is brought close to the light diffusion sheet 54, and the relatively large size having the three-dimensional design portion 55a is supported. The symbol display member 55 is securely mounted between the LED substrate 51 and the light diffusing sheet 54, and it is confirmed that the mounted components of the LED substrate 51 are damaged by the contact with the symbol display member 55. It is possible to prevent the.
図柄部55aの前面が部分球面状に形成されたので、発光する図柄を立体的に確実に表示することができる。光拡散シート54は、平滑な光拡散シートをブロー成形することで形成されたので、光透過カバー53の複数のカバー側内面凹凸部53aに夫々合致する複数のシート側凹凸部54aを有する光拡散シート54を容易に形成することができる。光拡散シート54は、その外周部に一体成形された複数の取付片54bを有し、この複数の取付片54bが、ベース部材42と光透過カバー53との間に挟持状に取付けられたので、この複数の取付片54bにより、光拡散シート54を光透過カバー53の後側内面部に近接状に確実に位置決めして取付けることができる。 Since the front surface of the symbol portion 55a is formed in a partial spherical shape, the emitted symbol can be reliably displayed in three dimensions. Since the light diffusion sheet 54 is formed by blow-molding a smooth light diffusion sheet, the light diffusion sheet 54 has a plurality of sheet side uneven portions 54a that respectively match the plurality of cover side inner surface uneven portions 53a of the light transmission cover 53. The sheet 54 can be easily formed. The light diffusion sheet 54 has a plurality of mounting pieces 54 b integrally formed on the outer peripheral portion thereof, and the plurality of mounting pieces 54 b are attached in a sandwiched manner between the base member 42 and the light transmission cover 53. The light diffusing sheet 54 can be reliably positioned and attached to the rear inner surface portion of the light transmission cover 53 by the plurality of attachment pieces 54b.
役物装置16によれば、役物主駆動機構60により、可動役物40の基端側部分を支持して、可動役物40を作動位置から待機位置へ回動駆動し、役物副駆動機構65により、可動役物40の回動範囲に含まれる所定回動範囲内において、可動役物40の先端側部分を支持して、可動役物40を回動駆動するので、可動役物40の回動駆動を役物主駆動機構60と役物副駆動機構65とで分担することができる。 According to the accessory device 16, the accessory main drive mechanism 60 supports the proximal end portion of the movable accessory 40, and rotationally drives the movable accessory 40 from the operating position to the standby position. Because the mechanism 65 supports the distal end portion of the movable accessory 40 within a predetermined rotation range included in the rotation range of the movable accessory 40 and drives the movable accessory 40 to rotate, the movable accessory 40 Can be shared by the accessory main drive mechanism 60 and the accessory sub-drive mechanism 65.
可動役物40を回動させる際、役物主駆動機構60の負荷は役物副駆動機構65の負荷よりも大きいが、可動役物40を作動位置から待機位置へ、可動役物40の回動範囲の略全域に亙って回動させる場合には、役物主駆動機構60を利用して行うことができる。そして、可動役物40を所定回動範囲内で回動させる場合には、役物副駆動機構65を利用して行い、役物副駆動機構65の負荷は役物主駆動機構60の負荷よりも小さいため、可動役物40を機敏に往復回動させることができる。つまり、可動役物40の大型化(重量増大)に伴い特に可動役物を細長く構成した場合に、可動役物40を回動させる負荷、特に、可動役物40を所定回動範囲内で機敏に往復回動させる負荷を軽減し、演出効果を高めることができる。 When rotating the movable accessory 40, the load of the accessory main drive mechanism 60 is larger than the load of the accessory auxiliary drive mechanism 65, but the movable accessory 40 is moved from the operating position to the standby position. When rotating over substantially the entire moving range, it is possible to use the accessory main drive mechanism 60. When the movable accessory 40 is rotated within a predetermined rotation range, the accessory auxiliary drive mechanism 65 is used. The load of the accessory auxiliary drive mechanism 65 is greater than the load of the accessory main drive mechanism 60. Therefore, the movable accessory 40 can be quickly and reciprocally rotated. That is, when the movable accessory 40 is configured to be elongated in accordance with an increase in the size (increase in weight) of the movable accessory 40, the load for rotating the movable accessory 40, in particular, the movable accessory 40 is agile within a predetermined rotation range. It is possible to reduce the load of reciprocating and to enhance the production effect.
主駆動機構接続分離機構70により、役物主駆動機構60の可動役物40に対する連動連結を接続・分離可能になり、副駆動機構接続分離機構75により、役物副駆動機構65の可動役物40に対する連動連結を接続・分離可能になるため、可動役物40の回動駆動を役物主駆動機構60と役物副駆動機構65とで確実に分担することができる。 The main drive mechanism connection / separation mechanism 70 enables connection / separation of the interlocking connection of the accessory main drive mechanism 60 to the movable accessory 40, and the sub drive mechanism connection / separation mechanism 75 enables the movable accessory of the accessory sub drive mechanism 65. Since the interlocking connection with respect to 40 can be connected / separated, the rotational driving of the movable accessory 40 can be reliably shared by the accessory main drive mechanism 60 and the accessory sub-drive mechanism 65.
主駆動機構接続分離機構70は、少なくとも役物副駆動機構65による可動役物40の駆動中、役物主駆動機構60の可動役物40に対する連動連結を分離するので、役物主駆動機構60を休止させて、役物副駆動機構65の負荷にならないようにすることができ、副駆動機構接続分離機構75は、少なくとも役物主駆動機構60による可動役物40の駆動中、役物副駆動機構65の可動役物に対する連動連結を分離するので、役物副駆動機構65を休止させて、役物主駆動機構60の負荷にならないようにすることができる。 Since the main drive mechanism connection / separation mechanism 70 separates the interlocking connection of the accessory main drive mechanism 60 to the movable accessory 40 at least during the driving of the movable accessory 40 by the accessory sub-drive mechanism 65, the accessory main drive mechanism 60. Can be stopped so as not to become a load on the accessory auxiliary drive mechanism 65. The auxiliary drive mechanism connection / separation mechanism 75 is at least during the driving of the movable accessory 40 by the accessory main drive mechanism 60. Since the interlocking connection of the drive mechanism 65 to the movable accessory is separated, the accessory sub-drive mechanism 65 can be stopped so that it does not become a load on the accessory main drive mechanism 60.
可動役物40の待機位置は、可動役物40の回動範囲の上端側の位置であり、可動役物40の作動位置は、可動役物40の回動範囲の下端側の位置であり、役物副駆動機構65は、待機位置を含む所定回動範囲内において可動役物40を上下に往復回動させるので、可動役物40を上方へ回動駆動する負荷が略最大となる所定回動範囲内において、役物副駆動機構65を利用して、可動役物40を機敏に往復回動させることができる。 The standby position of the movable accessory 40 is a position on the upper end side of the rotation range of the movable accessory 40, and the operating position of the movable accessory 40 is a position on the lower end side of the rotation range of the movable accessory 40, The accessory accessory driving mechanism 65 reciprocates the movable accessory 40 up and down within a predetermined rotation range including the standby position, so that the load for rotationally driving the movable accessory 40 upward becomes approximately maximum. Within the movement range, the movable accessory 40 can be quickly reciprocated using the accessory auxiliary drive mechanism 65.
役物主駆動機構60は、可動役物40を作動位置から待機位置へ回動駆動し、主駆動機構接続分離機構70は、可動役物40を待機位置に係止解除可能に係止する役物係止機構71を有し、この役物係止機構71により可動役物40を待機位置に係止した状態で役物主駆動機構60の可動役物40に対する連動連結を分離するとともに、役物係止機構71による可動役物40の係止を解除して可動役物40を作動位置へ落下させるので、役物主駆動機構60による駆動と可動役物40の落下を利用して、可動役物40をその回動範囲の略全域に亙って回動させることができ、特に、可動役物40を落下により待機位置から作動位置へ迅速且つ大胆に回動させることができる。 The accessory main drive mechanism 60 rotationally drives the movable accessory 40 from the operating position to the standby position, and the main drive mechanism connection / separation mechanism 70 locks the movable accessory 40 at the standby position so as to be unlocked. In addition to separating the interlocking connection of the accessory main drive mechanism 60 to the movable accessory 40 in a state in which the movable accessory 40 is locked at the standby position by the accessory locking mechanism 71. Since the movable member 40 is released from the locking position by releasing the engagement of the movable member 40 by the object locking mechanism 71, the movable member 40 is moved by using the driving by the accessory main drive mechanism 60 and the dropping of the movable member 40. The accessory 40 can be rotated over substantially the entire rotation range. In particular, the movable accessory 40 can be quickly and boldly rotated from the standby position to the operating position by dropping.
役物主駆動機構60は、支軸41から偏心した位置に配設された主駆動軸61と、この主駆動軸61を回動させる主電動モータ62と、主駆動軸61に固着された主アーム部材63とを有し、この主アーム部材63が可動役物40の基端側部分に設けられた主係合部64に係合解除可能に係合して、可動役物40に回動駆動力を入力するので、可動役物40の基端側部分を確実に支持して、可動役物40を作動位置から待機位置へ確実に回動駆動し、そして、主駆動機構接続分離機構70の機能を確実に発揮させることができる。 The accessory main drive mechanism 60 includes a main drive shaft 61 disposed at a position eccentric from the support shaft 41, a main electric motor 62 that rotates the main drive shaft 61, and a main drive shaft fixed to the main drive shaft 61. An arm member 63, and the main arm member 63 engages with a main engagement portion 64 provided at a proximal end portion of the movable accessory 40 so as to be disengageable, and rotates to the movable accessory 40. Since the driving force is input, the base end side portion of the movable accessory 40 is reliably supported, the movable accessory 40 is reliably rotated from the operating position to the standby position, and the main drive mechanism connection / separation mechanism 70 is obtained. The function of can be demonstrated reliably.
役物副駆動機構65は、可動役物40の先端側に配設された副駆動軸66と、この副駆動軸66を回動させる副電動モータ67と、副駆動軸66に固着された副アーム部材68とを有し、この副アーム部材68が可動役物40の先端側部分に設けられた副係合部69に係合解除可能に係合して、可動役物40に回動駆動力を入力して可動役物40を往復回動させるので、可動役物40の先端側部分を確実に支持して、可動役物40を確実に回動駆動し、そして、副駆動機構接続分離機構75の機能を確実に発揮させることができる。 The accessory sub-driving mechanism 65 includes a sub-drive shaft 66 disposed on the distal end side of the movable accessory 40, a sub-electric motor 67 that rotates the sub-drive shaft 66, and a sub-fixed to the sub-drive shaft 66. An arm member 68, and the sub arm member 68 is engaged with a sub engaging portion 69 provided at the tip side portion of the movable accessory 40 so as to be disengageable, and is driven to rotate by the movable accessory 40. Since the movable combination 40 is reciprocally rotated by inputting force, the distal end portion of the movable combination 40 is securely supported, the movable combination 40 is reliably rotated, and the sub-drive mechanism is connected and separated. The function of the mechanism 75 can be exhibited reliably.
可動役物40が細長く構成されたので、それに伴って可動役物40を回動させる負荷が増大するが、前記のように、可動役物40を回動させる負荷、特に、可動役物40を所定回動範囲内で機敏に往復回動させる負荷を軽減し、可動役物40の落下を利用して可動役物40を迅速且つ大胆に下方へ回動させるのに有効になる。 Since the movable accessory 40 is configured to be elongated, the load for rotating the movable accessory 40 increases accordingly. However, as described above, the load for rotating the movable accessory 40, in particular, the movable accessory 40 is reduced. It is effective to reduce the load of reciprocating and pivoting quickly within a predetermined rotation range, and to quickly and boldly rotate the movable accessory 40 downward using the fall of the movable accessory 40.
ワンウェイダンパ100が支軸41に作動可能に連結され、可動役物40が待機位置から作動位置へ回動する際にのみ作動して可動役物40を制動するので、可動役物40の大型化に伴い特に可動役物を細長く構成した場合に、可動役物40を待機位置へ付勢するバネを設けることなく、ワンウェイダンパ100により可動役物40を作動位置にて機枠17aで受け止める際の衝撃を軽減し、可動役物40や機枠17aが損傷することを防止し、故に、可動役物40を待機位置から作動位置へ迅速且つ大胆に回動させることができ、これにより、演出効果を高めることができ、しかも、これを実現する為の構成の大型化を抑制し、つまり、ワンウェイダンパ100をコンパクトに設け配置することができる。 Since the one-way damper 100 is operably connected to the support shaft 41 and operates only when the movable accessory 40 rotates from the standby position to the operating position, the movable accessory 40 is braked. In particular, when the movable accessory is elongated, the one-way damper 100 receives the movable accessory 40 at the operating position by the machine frame 17a without providing a spring for biasing the movable accessory 40 to the standby position. The impact is reduced and the movable accessory 40 and the machine casing 17a are prevented from being damaged. Therefore, the movable accessory 40 can be quickly and boldly rotated from the standby position to the operating position. In addition, an increase in the size of the configuration for realizing this can be suppressed, that is, the one-way damper 100 can be provided and arranged in a compact manner.
故に、可動役物40が待機位置にあるときに、主駆動機構接続分離機構70により役物主駆動機構60の可動役物40に対する連動連結を分離した状態で、可動役物40を待機位置から作動位置に迅速且つ大胆に落下させることができ、この場合、役物係止機構71による可動役物40の係止を解除して可動役物40を作動位置へ落下させるので、可動役物40を待機位置から作動位置へ確実に落下させることができる。 Therefore, when the movable accessory 40 is in the standby position, the movable accessory 40 is removed from the standby position with the main drive mechanism connection / separation mechanism 70 separating the interlocking connection of the accessory main drive mechanism 60 to the movable accessory 40. It is possible to quickly and boldly fall to the operating position. In this case, the movable accessory 40 is released to the operating position by releasing the locking of the movable accessory 40 by the accessory locking mechanism 71, and therefore the movable accessory 40 Can be reliably dropped from the standby position to the operating position.
可動役物40を作動位置で受け止め可能に機枠17aに取付けられた緩衝ゴム部材110を備えたので、可動役物40を作動位置にて機枠17aで受け止める際の衝撃をより確実に軽減することができる。ワンウェイダンパ100がコイルバネ式ダンパからなるので、このコイルバネ式ダンパ100を支軸41に作動可能に連結して、コンパクトに設け配置することができ、しかも、可動役物40が待機位置から作動位置へ近づくに連れて、可動役物40を制動する制動力を大きくすることができ、依って、可動役物40を待機位置から作動位置へ迅速に確実に回動させ得るように構成することができる。 Since the shock absorbing rubber member 110 attached to the machine casing 17a is provided so that the movable accessory 40 can be received at the operating position, the impact when the movable accessory 40 is received by the machine casing 17a at the operating position is more reliably reduced. be able to. Since the one-way damper 100 is composed of a coil spring type damper, the coil spring type damper 100 can be operably connected to the support shaft 41 so as to be provided compactly, and the movable accessory 40 is moved from the standby position to the operating position. As approaching, the braking force for braking the movable accessory 40 can be increased, and thus the movable accessory 40 can be configured to be able to quickly and reliably rotate from the standby position to the operating position. .
可動役物40が細長く構成されたので、前記のように、ワンウェイダンパ100により可動役物40を作動位置にて機枠17aで受け止める際の衝撃を軽減し、可動役物40や機枠17aが損傷することを防止し、可動役物40を待機位置から作動位置へ迅速且つ大胆に回動させるのに有効になる。 Since the movable accessory 40 is elongated, as described above, the impact when the movable accessory 40 is received by the machine casing 17a at the operating position by the one-way damper 100 is reduced, and the movable accessory 40 and the machine casing 17a are reduced. This is effective in preventing damage and quickly and boldly rotating the movable accessory 40 from the standby position to the operating position.
前記実施例を次のように部分的に変更してもよい。
(1)装飾灯50
(a)図柄表示部材55を動作させず、ベース部材42に固定的に設ける。即ち、表示駆動機構57を省略する。この場合、複数の突起部56も省略可能である。
(b)光透過カバー53の前側外面部の複数のカバー側外面凹凸部53bを省略する。即ち、光透過カバー53には、その後側内面部にのみ複数のカバー側内面凹凸部53aを設ける。
The above embodiment may be partially modified as follows.
(1) Decorative light 50
(A) The symbol display member 55 is fixedly provided on the base member 42 without being operated. That is, the display drive mechanism 57 is omitted. In this case, the plurality of protrusions 56 can also be omitted.
(B) The plurality of cover-side outer surface uneven portions 53 b on the front outer surface portion of the light transmission cover 53 are omitted. That is, the light transmission cover 53 is provided with a plurality of cover side inner surface uneven portions 53a only on the rear inner surface portion.
(c)表示駆動機構57は、図柄表示部材55を回動させる以外、直線的な往復移動等、種々の動作を実行可能に構成する。
(d)光拡散シート54として、前後両面に多数の微細な網目を形成したもの他に、種々の光拡散シートを採用する。
(e)可動役物40以外の部位に設ける。
(C) The display drive mechanism 57 is configured to be able to perform various operations such as linear reciprocation, other than rotating the symbol display member 55.
(D) As the light diffusing sheet 54, various light diffusing sheets are employed in addition to those in which a large number of fine meshes are formed on both the front and rear surfaces.
(E) Provided in a part other than the movable accessory 40.
(2)可動役物40
(a)細長く構成することを必須としない。
(b)可動役物40を回動させる以外に種々の動作を実行可能に構成する。
(c)可動役物の待機位置(第1位置)と作動位置(第2位置)については、前記位置に限定されるのもではなく、種々の位置を設定してもよい。
(2) Movable accessory 40
(A) It is not essential to make it slender.
(B) Various operations can be performed in addition to rotating the movable accessory 40.
(C) The standby position (first position) and the operating position (second position) of the movable accessory are not limited to the above positions, and various positions may be set.
(3)役物主駆動機構60
可動役物40を作動位置から待機位置へ回動駆動するとともに、待機位置から作動位置への回動するように構成する。
(4)ワンウェイダンパ100
流体式ダンパを採用する。この場合も、この流体式ダンパを支軸41に作動可能に連結して、コンパクトに設け配置することができる。
(3) The accessory main drive mechanism 60
The movable accessory 40 is configured to rotate from the operating position to the standby position and to rotate from the standby position to the operating position.
(4) One-way damper 100
A fluid damper is used. Also in this case, the fluid damper can be operably connected to the support shaft 41 to be compactly disposed.
その他、本発明の趣旨を逸脱しない範囲において、前記開示事項以外の種々の変更を付加して実施可能である。また、本発明は、種々のパチンコ遊技機、或いは、パチンコ遊技機以外のスロットマシン等の種々の遊技機に適用することができる。 In addition, various modifications other than the disclosed items can be added and implemented without departing from the spirit of the present invention. In addition, the present invention can be applied to various gaming machines such as various pachinko gaming machines or slot machines other than pachinko gaming machines.
1 パチンコ遊技機
16 役物装置
40 可動役物
41 支軸
42 ベース部材
50 装飾灯
51 LED基板
52 LED
53 光透過カバー
53a カバー側内面凹凸部
53b カバー側外面凹凸部
54 光拡散シート
54a シート側凹凸部
54b 取付片
55 図柄表示部材
55a 図柄部
55b ベース部
55c 環状平滑面
56 突起部
57 表示駆動機構
60 役物主駆動機構
61 主駆動軸
62 主電動モータ
63 主アーム部材
64 主係合部
65 役物副駆動機構
66 副駆動軸
67 副電動モータ
68 副アーム部材
69 副係合部
70 主駆動機構接続分離機構
71 役物係止機構
75 副駆動機構接続分離機構
100 ワンウェイダンパ
110 緩衝ゴム部材
DESCRIPTION OF SYMBOLS 1 Pachinko machine 16 Accessory apparatus 40 Movable accessory 41 Support axis 42 Base member 50 Decorative lamp 51 LED board 52 LED
53 Light transmission cover 53a Cover side inner surface uneven portion 53b Cover side outer surface uneven portion 54 Light diffusion sheet 54a Sheet side uneven portion 54b Mounting piece 55 Pattern display member 55a Pattern portion 55b Base portion 55c Annular smooth surface 56 Projection portion 57 Display drive mechanism 60 The accessory main drive mechanism 61 The main drive shaft 62 The main electric motor 63 The main arm member 64 The main engagement portion 65 The accessory sub drive mechanism 66 The sub drive shaft 67 The sub electric motor 68 The sub arm member 69 The sub engagement portion 70 The main drive mechanism connection Separation mechanism 71 Accessory locking mechanism 75 Sub drive mechanism connection / separation mechanism 100 One-way damper 110 Buffer rubber member
Claims (8)
前記可動役物の基端側部分を支持して、可動役物を少なくとも第1,第2位置の一方から他方へ回動駆動する役物主駆動機構と、
前記可動役物の回動範囲に含まれる所定回動範囲内において、可動役物の先端側部分を支持して、可動役物を回動駆動する役物副駆動機構と、
を備えたことを特徴とする遊技機。 In a gaming machine provided with an accessory device having a movable accessory whose base end portion is supported by a machine frame via a support shaft so as to be rotatable between a first position and a second position.
An accessory main drive mechanism that supports a base end side portion of the movable accessory and rotationally drives the movable accessory from one of the first and second positions to the other;
In a predetermined rotation range included in the rotation range of the movable accessory, the accessory auxiliary drive mechanism that supports the tip side portion of the movable accessory and rotationally drives the movable accessory;
A gaming machine characterized by comprising:
前記役物副駆動機構は、待機位置を含む所定回動範囲内において可動役物を上下に往復回動させることを特徴とする請求項3に記載の遊技機。 The first position is a standby position on the upper end side of the rotation range of the movable accessory, and the second position is an operating position on the lower end side of the rotation range of the movable accessory,
4. The gaming machine according to claim 3, wherein the accessory accessory driving mechanism reciprocally rotates the movable accessory up and down within a predetermined rotation range including a standby position.
前記主駆動機構接続分離手段は、可動役物を待機位置に係止解除可能に係止する役物係止機構を有し、この役物係止機構により可動役物を待機位置に係止した状態で役物主駆動機構の可動役物に対する連動連結を分離するとともに、役物係止機構による可動役物の係止を解除して可動役物を作動位置へ落下させることを特徴とする請求項4に記載の遊技機。 The accessory main drive mechanism rotationally drives the movable accessory from the operating position to the standby position,
The main drive mechanism connecting / separating means has a accessory locking mechanism for locking the movable accessory at the standby position so that the movable agent can be unlocked, and the movable accessory is locked at the standby position by the accessory locking mechanism. In the state, the interlocking connection of the accessory main drive mechanism to the movable accessory is separated, and the movable accessory is dropped to the operating position by releasing the locking of the movable accessory by the accessory locking mechanism. Item 5. The gaming machine according to item 4.
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JP2013180144A (en) * | 2012-03-02 | 2013-09-12 | Newgin Co Ltd | Game machine |
JP2013180140A (en) * | 2012-03-02 | 2013-09-12 | Newgin Co Ltd | Game machine |
JP2013180143A (en) * | 2012-03-02 | 2013-09-12 | Newgin Co Ltd | Game machine |
JP2013180141A (en) * | 2012-03-02 | 2013-09-12 | Newgin Co Ltd | Game machine |
JP2018047185A (en) * | 2016-09-23 | 2018-03-29 | 株式会社三共 | Game machine |
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JP2007268040A (en) * | 2006-03-31 | 2007-10-18 | Newgin Corp | Movable performance device for game machine |
JP2007275235A (en) * | 2006-04-05 | 2007-10-25 | Kyoraku Sangyo Kk | Movable presentation device of game machine |
JP2008018009A (en) * | 2006-07-12 | 2008-01-31 | Samii Kk | Game machine |
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JP2007268040A (en) * | 2006-03-31 | 2007-10-18 | Newgin Corp | Movable performance device for game machine |
JP2007275235A (en) * | 2006-04-05 | 2007-10-25 | Kyoraku Sangyo Kk | Movable presentation device of game machine |
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JP2013180144A (en) * | 2012-03-02 | 2013-09-12 | Newgin Co Ltd | Game machine |
JP2013180140A (en) * | 2012-03-02 | 2013-09-12 | Newgin Co Ltd | Game machine |
JP2013180143A (en) * | 2012-03-02 | 2013-09-12 | Newgin Co Ltd | Game machine |
JP2013180141A (en) * | 2012-03-02 | 2013-09-12 | Newgin Co Ltd | Game machine |
JP2018047185A (en) * | 2016-09-23 | 2018-03-29 | 株式会社三共 | Game machine |
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