JP3165333B2 - Ball leveling member and ball leveling device using the same - Google Patents

Ball leveling member and ball leveling device using the same

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Publication number
JP3165333B2
JP3165333B2 JP21375394A JP21375394A JP3165333B2 JP 3165333 B2 JP3165333 B2 JP 3165333B2 JP 21375394 A JP21375394 A JP 21375394A JP 21375394 A JP21375394 A JP 21375394A JP 3165333 B2 JP3165333 B2 JP 3165333B2
Authority
JP
Japan
Prior art keywords
ball
path
leveling member
straightening
inclined portion
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Lifetime
Application number
JP21375394A
Other languages
Japanese (ja)
Other versions
JPH0871229A (en
Inventor
良彦 松下
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Universal Entertainment Corp
Original Assignee
Aruze Corp
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Aruze Corp filed Critical Aruze Corp
Priority to JP21375394A priority Critical patent/JP3165333B2/en
Publication of JPH0871229A publication Critical patent/JPH0871229A/en
Application granted granted Critical
Publication of JP3165333B2 publication Critical patent/JP3165333B2/en
Anticipated expiration legal-status Critical
Expired - Lifetime legal-status Critical Current

Links

Description

【発明の詳細な説明】DETAILED DESCRIPTION OF THE INVENTION

【0001】[0001]

【産業上の利用分野】本発明は、パチンコ機、スマート
ボール、ピッチングマシン等の遊技機の球整流路におけ
る球の不揃いを修正する、すなわち不規則状態の球を整
列状態にするための球均し部材、及びこれを使用した球
均し装置に関する。
BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a ball uniforming device for correcting irregularities of balls in a ball straightening path of a game machine such as a pachinko machine, a smart ball, a pitching machine, etc., that is, for aligning irregular balls. And a ball leveling device using the same.

【0002】[0002]

【従来の技術】例えば、パチンコ機においては、遊技中
に発生した入賞に対する報償として、所定個数の球が排
出されて遊技者側に提供される。このための機構とし
て、パチンコ機の裏側において最も上部に位置し、相当
数の球を貯留する貯留タンクと、この貯留タンクから受
け入れた複数個の球を整列させて送出する整流樋と、こ
の整流樋から送出された球を下流の球排出装置に送る送
出樋とが配置されている。この球排出装置の下流には、
パチンコ機の前面に設置されている上下の各球皿に連な
る排出路が形成されている。
2. Description of the Related Art For example, in a pachinko machine, a predetermined number of balls are ejected and provided to a player as a reward for a prize generated during a game. As a mechanism for this, a storage tank that is located at the uppermost position on the back side of the pachinko machine and stores a considerable number of balls, a rectifying gutter that aligns and sends a plurality of balls received from the storage tank, A delivery gutter is provided for sending the ball delivered from the gutter to a downstream ball ejection device. Downstream of this ball discharge device,
A discharge path is formed to be connected to each of the upper and lower ball dishes installed on the front of the pachinko machine.

【0003】このような構成の排出機構に対しては、球
詰まりや球の流通不良等を回避して常時円滑に送出する
ことが要求されている。すなわち、貯留タンクの球出口
は、これをその容量に見合った開口広さに設定して球を
無理なく流通させ得るようになっている。これに対し、
整流樋では貯留タンクから自然に(重力で)流出される
複数の球をできるだけ受け入れた後に自然に整列流下さ
せるために、上流側に貯留タンクの球出口と整合する広
さの球受け部が形成されている。また、下流側に過剰な
球圧が作用しないように、球受け部から下流に複数の球
整流路を並列形成し、さらに上流側から下流側に緩い勾
配をつけて、次の送出樋に対して複列状態のまま円滑に
球を送り込むようにしている。
[0003] The discharge mechanism having such a configuration is required to constantly and smoothly transmit the ball while avoiding clogging of the ball and poor circulation of the ball. In other words, the ball outlet of the storage tank is set to have an opening size commensurate with its capacity so that the ball can be circulated without difficulty. In contrast,
In the straightening gutter, a ball receiving part with a size matching the ball outlet of the storage tank is formed on the upstream side so that the plurality of balls naturally flowing out of the storage tank (by gravity) are received as much as possible and then naturally flow down. Have been. Also, in order to prevent excessive ball pressure from acting on the downstream side, a plurality of ball rectification paths are formed in parallel downstream from the ball receiving part, and further a gentle slope is provided from the upstream side to the downstream side, so that The ball is sent smoothly in the double row state.

【0004】上記のような整流樋の中に形成されている
球整流路は二列となっている場合が多い。各球整流路で
は、貯留タンクの球出口から送られてきた不規則状態の
不揃いの球が俵積み状に重なる。この不揃いの球は、横
方向には整流樋の内壁によって規制されて二列に整列さ
れるが、高さ方向には一列とはならず、規則的な整流を
成し得ない状態となる。もし、このまま球を送出した場
合には、整流樋の出口あるいは送出樋の入口付近で球詰
まりを起こす虞れがある。
[0004] In many cases, the ball straightening paths formed in the straightening gutters described above are arranged in two rows. In each ball rectifying path, irregularly irregular balls sent from the ball outlet of the storage tank overlap in a bale stack. The irregular spheres are laterally regulated by the inner wall of the straightening gutter and are aligned in two rows, but are not aligned in the height direction and cannot be regularly rectified. If the ball is sent out as it is, there is a possibility that the ball may be clogged near the outlet of the straightening gutter or near the inlet of the sending gutter.

【0005】そこで、従来、この整流樋内の球の不揃い
を修正する手段として、複数の球整流路の上方に共通の
軸により揺動自在に支持された2個の振り子状の球均し
部材を設けたもの(実公昭52−15899)や、前記
振り子状の球均し部材に重錘をはめ込んで垂下状態の角
度を変えることができ、球均し作用を変化可能にしたも
の(実公昭53−35027)がある。しかし、このよ
うな機構では、賞球タンクからの球圧が大きい場合には
球均し作用が有効に機能しない場合がある。更に、球整
流路が二列以上存在する場合には、各列ごとに球均し部
材を設ける必要があり、機構全体として大がかりなもの
になる。
Therefore, conventionally, as means for correcting the irregularity of the balls in the straightening gutter, two pendulum-shaped ball leveling members which are swingably supported by a common shaft above a plurality of ball straightening paths. (Japanese Patent Publication No. 52-15899), or a type in which a weight is inserted into the pendulum-shaped ball leveling member to change the angle of the hanging state, and the ball leveling action can be changed ( 53-35027). However, in such a mechanism, when the ball pressure from the winning ball tank is large, the ball leveling action may not function effectively. Furthermore, when there are two or more rows of ball rectification paths, it is necessary to provide a ball leveling member for each row, and the whole mechanism becomes large.

【0006】また、複数の球整流路から成る玉整列通路
の上方に球を各々の球整流路に導く偏心円盤と、球の高
さ方向の重なりを防止する偏心ローラとを備えて球均し
を行うもの(実公平5−10847)も知られている。
しかし、この機構においては、モータやソレノイド等の
駆動源及びその制御機構を必要とするので、これを採用
すると、パチンコ機全体のコストが上昇し、裏面構造も
複雑化して故障の原因が多くなるという問題点がある。
A ball leveling device is provided with an eccentric disk for guiding balls to respective ball flow channels above a ball alignment path comprising a plurality of ball flow channels, and an eccentric roller for preventing the balls from overlapping in the height direction. (Japanese Utility Model 5-10847) are also known.
However, this mechanism requires a drive source such as a motor and a solenoid, and a control mechanism therefor. If this mechanism is employed, the cost of the entire pachinko machine increases, the backside structure becomes complicated, and the number of causes of failure increases. There is a problem.

【0007】更に、整流樋の上方に、先端が上流側上方
に向かって湾曲し、かつ整流樋からの高さが下流に向か
って次第に低くなるように配置された整流帯板(実公昭
52−50865)や、ガイド部材(実開平6−467
78)を用いたものが知られている。しかし、これらの
手段でも、複数の球整流路に対しては、整流帯板やガイ
ド部材を複数個設ける必要があり、上記のように二列以
上の球整流路を形成した整流樋に用いるには煩雑で、取
り付けも面倒である。
[0007] Further, a rectifying strip (disclosed in Japanese Utility Model Publication No. 52-78) is disposed above the straightening gutter so that the tip is curved upward and the height from the straightening gutter gradually decreases toward the downstream. 50865) and guide members (actually open flat 6-467)
78) is known. However, even with these means, it is necessary to provide a plurality of rectifying strips and guide members for a plurality of ball rectifying passages, and it is necessary to use a rectifying gutter having two or more rows of ball rectifying passages as described above. Is cumbersome and cumbersome to install.

【0008】また、パチンコ機以外の遊技機において
も、球を整列させて供給するための構造について同様の
問題点がある。
In game machines other than pachinko machines, there is a similar problem in a structure for aligning and supplying balls.

【0009】[0009]

【発明が解決しようとする課題】従って、本発明の目的
は、従来の球均し部材あるいは機構に比べて、球供給部
からの球圧が大きくても良好な球均し作用を発揮できる
と共に、簡単な構造で安価に製造できる球均し部材及び
これを使用した球均し装置を提供することにある。
SUMMARY OF THE INVENTION Accordingly, an object of the present invention is to achieve a good ball leveling action even when the ball pressure from the ball supply section is large, as compared with a conventional ball leveling member or mechanism. Another object of the present invention is to provide a ball leveling member which can be manufactured at a low cost with a simple structure and a ball leveling device using the same.

【0010】[0010]

【課題を解決するための手段】本発明によれば、上流側
から供給された複数個の球を整列させて下流側に送出す
る球整流路の上方に設けられる球均し部材であって、球
整流路と相対するようにほぼ平行に取り付けられる平坦
部と、該平坦部から球整流路の上流側に延び且つ上方に
傾斜する上方傾斜部と、該平坦部から球整流路の下流側
に延び且つ下方に傾斜する下方傾斜部とで構成されてい
ことを特徴とする球均し部材が提供される。
According to the present invention, there is provided a ball leveling member provided above a ball straightening path for aligning a plurality of balls supplied from an upstream side and sending the balls to a downstream side, Flat mounted almost parallel to the ball rectifier path
A portion, an upwardly inclined portion extending from the flat portion to the upstream side of the ball rectification path and inclined upward, and a downstream side of the ball rectification path from the flat portion.
To and inclined downwardly extends consists of the lower inclined portion
Ball leveling member is provided, characterized in that that.

【0011】本発明の球均し部材において、その平坦部
は、球整流路の長さ方向に球の直径の2〜3倍に相当す
る長さを有することが好ましい。
In the ball leveling member of the present invention, it is preferable that the flat portion has a length corresponding to two to three times the diameter of the ball in the length direction of the ball straightening path .

【0012】また、球均し部材は、弾性薄板の中間部分
を前記平坦部とし、該平坦部から球整流路上で上流側、
下流側にそれぞれ延びた部分を前記上方傾斜部、前記下
方傾斜部として形成されることが好ましい。
Also, the ball leveling member may be an intermediate portion of the elastic thin plate.
Is the flat portion, the upstream from the flat portion on the ball straightening path,
The part extending to the downstream side is the upper inclined part, the lower part
It is preferably formed as a sloping portion .

【0013】更に、本発明によれば、上流側から供給さ
れた複数個の球を整列させて下流側に送出するように傾
斜した球整流路、該球整流路の上方にほぼ平行に取り付
けられた平坦部と、該平坦部から球整流路の上流側に延
び且つ上方に傾斜する上方傾斜部と、該平坦部から球整
流路の下流側に延び且つ下方に傾斜する下方傾斜部と
構成された球均し部材、及び、該球均し部材を球整流路
の上方に設置する支持手段を備えた球均し装置が提供さ
れる。
Furthermore, according to the present invention, spherical rectification path which is inclined to deliver the downstream aligning a plurality of balls supplied from the upstream side, Installing substantially parallel to the upper side of the spherical rectifier circuit The flat portion provided and the flat portion extending from the flat portion to the upstream side of the ball rectifying path.
In an upper inclined portion which beauty and inclined upwards, a lower inclined portion inclined to and downwardly extending downstream of the sphere rectifying circuit from said flat portion
Provided is a ball leveling device including a ball leveling member configured and a support means for setting the ball leveling member above a ball straightening path.

【0014】本発明の球均し装置においては、球整流路
が複数列設けられている場合、前記球均し部材は、球整
流路の各列毎に上方傾斜部及び下方傾斜部を有しかつ球
整流路の全列に共通な平坦部を有する板で形成される
とが好ましい。
[0014] In the sphere leveling apparatus of the present invention, when the ball rectifying passage is provided a plurality of rows, the ball leveling member is to have the upper inclined part and the lower inclined portion for each column of the sphere rectifier circuit And ball
It is preferable to be formed of a plate having a flat portion common to all rows of the rectification path .

【0015】更に、球均し装置の好ましい態様では、球
均し部材の上方傾斜部の傾斜角度は球整流路の傾斜角度
より大きく、下方傾斜部の傾斜角度は球整流路の傾斜角
度に30゜を加えた傾斜角度以下であるように構成され
る。
Further, in a preferred embodiment of the ball leveling device, the angle of inclination of the upper inclined portion of the ball leveling member is larger than the angle of inclination of the ball straightening path, and the angle of inclination of the lower slope portion is 30 degrees. It is configured to be equal to or less than the inclination angle obtained by adding ゜.

【0016】[0016]

【作用】球整流路の上流側に供給された球は、殆ど不揃
いの不規則状態で、球均し部材の上方傾斜部に到達する
が、ここで高さ方向に整列させられ、球均し部材の平坦
部によってその整列状態を維持しながら、下流側に延び
た下方傾斜部の下側に移動する。この平坦部が全く無い
かあるいは短い場合には、この部分で球詰まりを起こす
場合があるが、本発明では、平坦部が球整流路と相対す
るようにほぼ平行に設けられているので、球整流路上の
球は、平坦部に沿って高さ方向に整列しながら下方傾斜
部に達する。ここで、球は高さ方向に積み重なった状態
から一列、すなわち積み重ならない状態に整流される。
上記のように、球均し部材は、その上方傾斜部と下方傾
斜部の間に球整流路とほぼ平行な平坦部を有するので、
球が球整流路上で平坦部に沿って移動するとき、移動方
向への球圧の変動が抑えられる。このため、球整流路内
で球詰まりを起こすことなく、球の上流側から下流側へ
の円滑な移動が達成される。
[Function] The sphere supplied to the upstream side of the rectification path is almost irregular.
Reach the upper slope of the ball leveling member under irregular conditions
Is now aligned in the height direction and the flattening member
Extending downstream while maintaining its alignment by the
To the lower side of the downward slope. There is no flat
If it is short or short, it will cause clogging in this area
In some cases, however, in the present invention, the flat portion is opposed to the ball rectifying path.
So that they are almost parallel,
Sphere tilts down while aligning in the height direction along the flat part
Reach the department. Here, the balls are stacked in the height direction
Rectified into a single row, ie, a non-stacked state.
As described above, the ball leveling member has its upward inclined portion and downward inclined portion.
Since there is a flat part almost parallel to the ball rectification path between the slopes,
When a ball moves along a flat part on a ball straightening path,
The fluctuation of the ball pressure in the direction is suppressed. Therefore, without clogging the ball in the ball straightening path, from the upstream side of the ball to the downstream side
Smooth movement of Ru is achieved.

【0017】上記球均し部材の好ましい態様では、平坦
部は球の直径の2〜3倍に相当する長さであるので、こ
の平坦部を球が移動する間に送出方向への球圧の変動が
少なくなる。従って、球詰まりが起こりにくく、球の整
列の効果が高められる。
In a preferred embodiment of the above-mentioned ball leveling member, the flat portion has a length corresponding to two to three times the diameter of the ball. Fluctuations are reduced. Therefore, ball clogging hardly occurs, and the effect of ball alignment is enhanced.

【0018】また、球均し部材が、弾性薄板の中間部分
を前記平坦部とし、該平坦部から球整流路上で上流側、
下流側にそれぞれ延びた部分を前記上方傾斜部、前記下
方傾斜部として形成された場合には、送られてくる球が
急激に増加したり、球が相当の球圧をもって球均し部材
に当接したりしても、球均し部材の弾性によって良好な
球均し作用が可能であり、球均し部材の破損も防止でき
る。
Also, the ball leveling member may be an intermediate portion of the elastic thin plate.
Is the flat portion, the upstream from the flat portion on the ball straightening path,
The part extending to the downstream side is the upper inclined part, the lower part
When the ball is formed as a sloping portion, even if the incoming ball increases rapidly or the ball comes into contact with the ball leveling member with a considerable ball pressure, it is good due to the elasticity of the ball leveling member. A smooth ball leveling action is possible, and breakage of the ball leveling member can be prevented.

【0019】本発明の球均し装置においては、上記球均
し部材を支持手段により球整流路の上方に設置するよう
にしたので、球整流路の上方の任意の位置に球均し部材
を配置することができる。
In the ball leveling device of the present invention, the ball leveling member is installed above the ball straightening path by the support means, so that the ball leveling member can be placed at an arbitrary position above the ball straightening path. Can be arranged.

【0020】また、球整流路が複数列設けられていて
も、球均し部材は、球整流路の各列毎に上方傾斜部及び
下方傾斜部を有しかつ球整流路の全列に共通な平坦部を
有する一枚の板で形成できるので、球均し部材の製造及
び取付けが容易で、球均し装置の価格も低くすることが
できる。
Further, even if the sphere rectifying path provided a plurality of rows, spheres leveling member is common upper inclined portion and a downwardly inclined portion to all rows of the chromatic vital sphere commutation path for each column of the sphere rectifier circuit A flat part
Since it can be formed with a single plate, the manufacture and mounting of the ball leveling member are easy, and the cost of the ball leveling device can be reduced.

【0021】更に、球均し装置の好ましい態様によれ
ば、球均し部材の上部傾斜部と下部傾斜部とが球整流路
の面に対して一定の角度をもって設置されるので、球を
整列させるとき球詰まり一層起こりにくくなる。
Further, according to a preferred embodiment of the ball leveling device, the upper inclined portion and the lower inclined portion of the ball leveling member are installed at a fixed angle with respect to the surface of the ball straightening path, so that the balls are aligned. When clogging, ball clogging is less likely to occur.

【0022】[0022]

【効果】上記のように、本発明の球均し部材によれば、
簡易な構造の部材で球均しを円滑かつ確実に行うことが
できる。特に、球整流路上で高さ方向に積み重なった球
を、球均し部材の上部傾斜部、平坦部、下部傾斜部で段
階的に均すことができるので、球均し部材や球整流路を
形成している樋などに不要な負荷をかけることがなく、
球整流路の出口での球詰まりを防止できる。
As described above, according to the ball leveling member of the present invention,
Ball smoothing can be performed smoothly and reliably with a member having a simple structure. In particular, the balls stacked in the height direction on the ball straightening path can be leveled stepwise at the upper inclined portion, flat portion, and lower inclined portion of the ball leveling member, so that the ball leveling member and the ball straightening path can be used. No unnecessary load is applied to the forming gutters, etc.
Ball clogging at the exit of the ball straightening path can be prevented.

【0023】また、パチンコ機などの遊技機に対して
は、本発明の球均し部材を取り付けるだけで、他の制御
関連部品を設置する必要が全くないことから、遊技機の
他の機構にいかなる影響も及ぼすことなく容易に製造す
ることができる。
Further, for a game machine such as a pachinko machine, only the ball leveling member of the present invention is attached, and there is no need to install any other control-related parts. It can be easily manufactured without any effect.

【0024】更に、本発明の球均し装置によれば、球均
し部材による効果に加えて、支持手段により球均し部材
を球整流路の上流側から下流側に至る間の任意の位置に
設置することができる。
Further, according to the ball leveling device of the present invention, in addition to the effect of the ball leveling member, an arbitrary position between the upstream side and the downstream side of the ball straightening path by the supporting means can be used to move the ball leveling member. Can be installed in

【0025】[0025]

【実施例】図1は、実施例の球均し板を用いたパチンコ
機の裏面の一部を示す。この裏面2の上部には、図示し
ない球補給装置から供給される相当数のパチンコ球(以
下単に「球」という)を貯留する貯留タンク4が配置さ
れている。この貯留タンク4の底面部には、その図示左
端に複数個の球を流出させることのできる球出口6が設
けられている。
FIG. 1 shows a part of the back surface of a pachinko machine using the ball leveling plate of the embodiment. Above the back surface 2, a storage tank 4 for storing a considerable number of pachinko balls (hereinafter simply referred to as "balls") supplied from a ball supply device (not shown) is arranged. A ball outlet 6 through which a plurality of balls can flow out is provided on the bottom of the storage tank 4 at the left end in the figure.

【0026】この貯留タンク4の下方には、整流樋8が
右下方に緩く傾斜して配置されている。この整流樋8の
図示左端には、貯留タンク4の球出口6から球の供給を
受ける球受け部10が設けられ、整流樋8の図示右端に
は下向きの送出路12が球1個分の通路を形成して、そ
の最下端が送出樋14に連結されている。
Below the storage tank 4, a flow straightening gutter 8 is disposed so as to be slightly inclined to the lower right. At the left end of the straightening gutter 8 in the drawing, a ball receiving portion 10 for receiving a supply of the ball from the ball outlet 6 of the storage tank 4 is provided, and at the right end of the straightening gutter 8 a downward sending path 12 for one ball is provided. A passage is formed, the lowest end of which is connected to the delivery gutter 14.

【0027】整流樋8には、そのほぼ中央に弾性薄板か
ら成る球均し板16と、前述の送出路12の直上に配置
されている球送り制御部材18(後述)とがある。これ
らのうち、球均し板16は、整流樋8内の球を不規則状
態から規則状態に均し、球送り制御部材18は送出樋1
4に1個ずつの球を規則的に送出させる。
The flow control gutter 8 has a ball leveling plate 16 made of an elastic thin plate at substantially the center thereof, and a ball feed control member 18 (described later) disposed immediately above the delivery path 12. Among these, the ball leveling plate 16 levels the balls in the straightening gutter 8 from the irregular state to the regular state, and the ball feed control member 18 controls the delivery gutter 1.
Let 4 send out one ball at a time.

【0028】図2に示すように、整流樋8は横長で上面
が開放されて樋状になっている。整流樋8の内部は、球
の送出方向に沿って底面中央に設けられた区画壁22に
より2列に区分され、2つの球整流路19,20が形成
されている。各球整流路19,20内には、球受け部1
0から送出路12に至るまで直線的に切り欠いて成る整
流溝62,64が設けられ、これにより、球整流路1
9,20内において球が横方向に1列ずつに整列されて
送出されやすくなっている。なお、整流溝62,64は
整流樋8のほぼ全長にわたって延びているので、複数の
補強板60を整流樋8の外側底面に所定の間隔を置いて
配設することにより、整流樋8の底部を補強している。
この整流樋8は、前述の球受け部10から送出路12に
至るまで緩やかな勾配(水平方向からの傾き)をもち、
球をその自重によって球受け部10側から送出路12側
に転動させるようになっている。
As shown in FIG. 2, the straightening gutter 8 has a horizontally elongated shape and an open upper surface, and has a gutter shape. The inside of the flow straightening gutter 8 is divided into two rows by a partition wall 22 provided at the center of the bottom surface along the direction in which the ball is fed, and two ball flow straightening paths 19 and 20 are formed. In each ball straightening path 19, 20, there is a ball receiving portion 1
Straightening grooves 62 and 64 formed by linearly notching from 0 to the delivery path 12 are provided.
The spheres are arranged side by side in rows 9 and 20 so as to be easily transmitted. Since the rectifying grooves 62 and 64 extend over substantially the entire length of the rectifying gutter 8, a plurality of reinforcing plates 60 are arranged at predetermined intervals on the outer bottom surface of the rectifying gutter 8. Has been reinforced.
The straightening gutter 8 has a gentle gradient (inclination from the horizontal direction) from the above-described ball receiving portion 10 to the delivery path 12.
The ball is rolled from the ball receiving portion 10 side to the delivery path 12 side by its own weight.

【0029】球均し板16は、整流樋8の両側壁9の上
縁から外向きに張り出した張出部3,5の上に支持され
る。各張出部3,5の下方には、内部に雌ネジを形成し
た取付部7,11が一体に設けられている(図4参
照)。従って、球均し板16の上方からネジ44,45
を取付部7,11の雌ネジにねじ込むことにより、球均
し板16を2つの球整流路19,20の上方に橋渡しす
るように固定することができる。この実施例では、整流
樋8の張出部3,5と取付部7,11及び固定具として
のネジ44,45が球均し板16の支持手段を構成して
いるが、支持手段はこれに限らず、球均し部材を球整流
路の上方に固定できるものであれば、任意の構成でよ
い。
The ball leveling plate 16 is supported on the projecting portions 3 and 5 projecting outward from the upper edges of the side walls 9 of the straightening gutter 8. Below the overhangs 3 and 5, there are integrally provided mounting portions 7 and 11 each having a female screw formed therein (see FIG. 4). Therefore, the screws 44 and 45 are positioned from above the ball leveling plate 16.
Is screwed into the internal threads of the mounting portions 7, 11, whereby the ball leveling plate 16 can be fixed so as to bridge over the two ball straightening paths 19, 20. In this embodiment, the projecting portions 3 and 5 of the straightening gutter 8, the mounting portions 7 and 11, and the screws 44 and 45 as fixing devices constitute support means for the ball leveling plate 16. Not limited to this, any configuration may be used as long as the ball leveling member can be fixed above the ball straightening path.

【0030】球均し板16の形状は上方からみて略H形
であり、その中央部に球整流路19,20と相対し、ほ
ぼ平行に取り付けられた平坦部24を有する。この平坦
部24より上流側(整流樋8の球受け部10側)には、
平坦部24から二又で球整流路19,20の勾配より大
きい傾斜角度を持ち、球整流路19,20のそれぞれに
対してその上方に位置するように構成された上方傾斜部
26が延びている。平坦部24より下流側(送出路12
側)には、上方傾斜部26と同じく二又に形成され、下
方に傾斜した下方傾斜部28が位置するように構成され
ている。
The shape of the ball leveling plate 16 is substantially H-shaped when viewed from above, and has a flat portion 24 at the center thereof , which is opposed to the ball straightening passages 19 and 20 and is mounted substantially parallel thereto. On the upstream side of the flat portion 24 (on the ball receiving portion 10 side of the straightening gutter 8),
From the flat portion 24, an upper inclined portion 26 having a bifurcated inclination angle larger than the gradient of the ball rectifying passages 19, 20 and configured to be located above each of the ball rectifying passages 19, 20 extends. I have. The downstream side of the flat portion 24 (the delivery path 12
On the side), a lower inclined portion 28 which is formed bifurcated like the upper inclined portion 26 and which is inclined downward is located.

【0031】球均し板16は弾性薄板で形成されている
が、これは上方傾斜部26と下方傾斜部28とが球整流
路19,20を送出されてきた球と当接した場合に、弾
性により球詰まりを防止するためのものである。従っ
て、弾性を有しているものであれば、形状は薄板に限ら
ず、また、材質は金属製でも合成樹脂製でも良い。上方
傾斜部26と下方傾斜部28は、図2に示されるような
二又形状に限らず、連続する一枚の板で形成されていて
もよい。この場合、区画壁22において、高さ方向に上
方傾斜部26及び下方傾斜部28と干渉する部分を切り
欠いておく。
The ball leveling plate 16 is formed of an elastic thin plate. When the upper inclined portion 26 and the lower inclined portion 28 come into contact with the balls sent out through the ball straightening paths 19 and 20, This is for preventing ball clogging by elasticity. Therefore, the shape is not limited to a thin plate as long as it has elasticity, and the material may be metal or synthetic resin. The upper inclined portion 26 and the lower inclined portion 28 are not limited to the bifurcated shape as shown in FIG. 2 and may be formed of a single continuous plate. In this case, a portion of the partition wall 22 that interferes with the upper inclined portion 26 and the lower inclined portion 28 in the height direction is cut out.

【0032】図3は、整流樋8に取り付けられた球均し
板16と球との関係を示す上面図である。球は、各球整
流路19,20毎に、横方向に1列になるように規制さ
れるが、球均し板16の上方傾斜部26より上流の部分
(図面左側)では複数段に重なる。図4に示すように、
各球整流路19,20において、下方傾斜部28より下
流側では、球は高さ方向に単列で整列されている。ま
た、図5に示すように、球は球均し板16の上流側から
下流側に至る過程において、球均し板16により、各球
整流路19,20で高さ方向に単列に整流される。
FIG. 3 is a top view showing the relationship between the ball and the ball leveling plate 16 attached to the straightening gutter 8. The spheres are regulated so as to be arranged in one row in the horizontal direction for each sphere straightening path 19, 20. However, the portion upstream of the upper inclined portion 26 of the ball leveling plate 16 (left side in the drawing) overlaps in a plurality of stages. . As shown in FIG.
In each of the ball rectifying paths 19 and 20, the balls are arranged in a single row in the height direction on the downstream side of the lower inclined portion 28. As shown in FIG. 5, the spheres are rectified in a single row in the height direction by the sphere rectification paths 19 and 20 by the sphere leveling plate 16 in the process from the upstream side to the downstream side of the sphere leveling plate 16. Is done.

【0033】このように球を上下に複数段に重なった状
態から整列状態にする球均し板16の作用について説明
する。貯留タンク4内の球は、球出口6から球の自重に
よって落下して整流樋8内の球受け部10に一旦収容さ
れ、ここから整流樋8の勾配により球整流路19,20
のいずれかに入る。このとき球は、整流樋8内におい
て、球送出方向に対して横方向には2列に整理され、そ
れぞれの球整流路19,20に1列ずつの状態で区分整
列されている。しかし、高さ方向には俵積み状の不規則
状態を呈している。
The operation of the ball leveling plate 16 for bringing the balls into an aligned state from a state in which the balls are vertically stacked in a plurality of stages will be described. The ball in the storage tank 4 drops from the ball outlet 6 by its own weight and is temporarily stored in the ball receiving portion 10 in the straightening gutter 8, and from there, the ball straightening passages 19 and 20 by the gradient of the straightening gutter 8.
Enter one of At this time, the spheres are arranged in the rectification gutter 8 in two rows in the transverse direction with respect to the sphere sending direction, and are sorted and aligned in a row in each of the sphere rectification paths 19 and 20. However, in the height direction, it has an irregular state of bale stacking.

【0034】上記の不規則状態の球が、球均し板16の
上方傾斜部26に到達すると、図3〜図5に示すよう
に、複数段に積み重ねられた球は上方傾斜部26によっ
て、まず高さ方向に2列に整列させられる。これら2列
に整列させられた球は、平坦部24によって、この整列
状態を維持する。球は2列状態のまま、平坦部24から
下流側に延びた下方傾斜部28の下側に移動する。この
平坦部24が、全く無いかあるいは短い場合には、この
部分で球詰まりを起こす場合があるので、実際上この平
坦部24の長さを球の直径の2〜3倍に設定することが
望ましい。下方傾斜部28は、高さ方向に2列になった
状態の球を1列にするためのもので、図4及び図5に示
されるように球は下流に向かって高さ方向に一列に整流
されている。
When the balls in the irregular state reach the upper inclined portion 26 of the ball leveling plate 16, the balls stacked in a plurality of stages are moved by the upper inclined portion 26 as shown in FIGS. First, they are aligned in two rows in the height direction. The spheres aligned in these two rows maintain this alignment by the flat portion 24. The balls move to the lower side of the lower inclined portion 28 extending downstream from the flat portion 24 while maintaining the two rows. If the flat portion 24 is completely absent or short, the ball may be clogged at this portion. Therefore, in practice, the length of the flat portion 24 is set to be two to three times the diameter of the sphere. desirable. The downward inclined portion 28 is for making the balls in a state of being arranged in two rows in the height direction into one row, and the balls are arranged in a row in the height direction toward the downstream as shown in FIGS. It is rectified.

【0035】上方傾斜部26と下方傾斜部28の水平状
態からの傾斜角は、望ましい整流効果を得るためには、
整流樋8自体の勾配(水平方向に対する角度)より大き
く、水平方向より30度を超えない範囲が好適である。
The inclination angles of the upper inclined portion 26 and the lower inclined portion 28 from the horizontal state are determined in order to obtain a desired rectifying effect.
A range that is larger than the gradient (angle with respect to the horizontal direction) of the flow straightening gutter 8 itself and does not exceed 30 degrees from the horizontal direction is preferable.

【0036】図6及び図7は、上部傾斜部26及び下部
傾斜部28の望ましい傾斜角を示す図である。図6にお
いて、上方傾斜部26及び下方傾斜部28は、同部2
6,28に当接する球列の傾きより大きくなければなら
ない。ここで、整流樋8の傾斜角度をAとすると、前記
球列の傾きもAである。また、上方傾斜部26及び下方
傾斜部28の傾斜角度は、上の列の球50の中心と下の
列の球52の中心とを結ぶ線分CDに対する法線EFの
水平方向と成す角度B以下でなければならない。Bの角
度は(A+30)度であるから、上部傾斜部26及び下
部傾斜部28の角度は、球整流路19,20を基準にし
て30度以内ということになる。
FIGS. 6 and 7 are diagrams showing the desired inclination angles of the upper inclined portion 26 and the lower inclined portion 28. FIG. In FIG. 6, the upper inclined portion 26 and the lower inclined portion 28 are
It must be greater than the inclination of the ball array that abuts 6, 28. Here, assuming that the inclination angle of the straightening gutter 8 is A, the inclination of the ball array is also A. The inclination angle of the upper inclined portion 26 and the lower inclined portion 28 is an angle B formed by the horizontal direction of a normal EF to a line segment CD connecting the center of the sphere 50 in the upper row and the center of the sphere 52 in the lower row. Must be: Since the angle of B is (A + 30) degrees, the angles of the upper inclined portion 26 and the lower inclined portion 28 are within 30 degrees with respect to the spherical rectification paths 19 and 20.

【0037】図示の例では、整流樋8内の球整流路1
9,20、球均し板16及び上記支持手段で球均し装置
を構成している。この実施例は、球均し板16と球整流
路19,20により、不規則状態の球をまず高さ方向に
1列の状態に整列させ、球送り制御部材18により、横
2列から1列に変更整流して整流樋8の出口から送出路
12に送出するものである。
In the illustrated example, the ball straightening path 1 in the straightening gutter 8 is
9, 20, the ball leveling plate 16 and the support means constitute a ball leveling device. In this embodiment, the balls in the irregular state are first aligned in one row in the height direction by the ball leveling plate 16 and the ball straightening passages 19 and 20, and the ball is controlled from the two horizontal rows by the ball feed control member 18. The flow is changed into a row and is sent out from the outlet of the straightening gutter 8 to the delivery path 12.

【0038】2列の球整流路19,20は、図8に示す
ように、整流樋8の両側壁9と整流樋8内部の中央の区
画壁22により、ともに同一の路幅及び勾配で区画形成
されている。各球整流路19,20の球は、整流樋8の
下流側にある球送り制御部材18に数珠繋ぎ状態で整列
して送出される。
As shown in FIG. 8, the two rows of ball straightening passages 19 and 20 are defined by both side walls 9 of the straightening gutter 8 and a center partition wall 22 inside the straightening gutter 8 so as to have the same width and gradient. Is formed. The spheres of the ball rectification paths 19 and 20 are aligned and delivered to the ball feed control member 18 on the downstream side of the rectification gutter 8 in a daisy chain.

【0039】球送り制御部材18は、整流樋8の右端に
ある送出路12の上方の整流樋8内に形成されている球
貯留部21に、2列の球整流路19,20内の賞球を1
個ずつ所定のタイミング差をもって交互に送出するため
のものである。
The ball feed control member 18 is connected to a ball storage section 21 formed in the straightening gutter 8 above the delivery path 12 at the right end of the straightening gutter 8, and awarded in two rows of ball straightening paths 19, 20. One ball
This is for alternately sending out a predetermined timing difference for each piece.

【0040】図9に示すように、球送り制御部材18
は、両側壁9に球整流路19,20と直交する垂線に対
し傾斜して両側壁9に両端を固定した軸30と、この軸
30に回転自在に遊嵌された筒軸部36と一体に形成さ
れた一対のラチェット状の整流盤32,34とから成
る。軸30は、筒軸部36の軸穴38(図10)を貫通
している。
As shown in FIG. 9, the ball feed control member 18
Is integrally formed with a shaft 30 having both ends fixed to both side walls 9 at an angle to a perpendicular line orthogonal to the ball rectifying paths 19 and 20 on both side walls 9 and a cylindrical shaft portion 36 rotatably fitted to the shaft 30. And a pair of ratchet-shaped rectifying plates 32 and 34 formed in the same. The shaft 30 passes through a shaft hole 38 (FIG. 10) of the cylindrical shaft portion 36.

【0041】筒軸部36によって一体に形成された整流
盤32,34は、図10に示すように側面から見て同形
である。すなわち、2つの整流盤32と34は、各々の
回転方向に角度変位差をもたない。これらの整流盤3
2,34は、整流樋8の上流側からの球圧を受けて回転
自在に設置されている。各整流盤32,34において
は、同数のラチェット状の球送り歯40及び球受け部4
2が同じ間隔で形成されている。図9に示すように、球
送り歯40は、それぞれが軸30に対して一定の角度α
を以て取り付けられている。また、前述のように、軸3
0は2つの球整流路19,20と所定の角度(球整流路
19,20の方向に対して垂直な線分と軸30との成す
角)βを以て取り付けられている。ここで、角度βと、
整流盤32,34の送り歯40と軸30がなす角度αと
が等しくなるように構成されている。その理由は、球整
流路19,20を流れてきた球が球受け部42に最適に
受け入れられるためには、最初に球に当接する球送り歯
40が球整流路19,20に対して直角になる必要があ
るからである。
The rectifying plates 32 and 34 formed integrally by the cylindrical shaft portion 36 have the same shape as viewed from the side as shown in FIG. That is, the two rectifiers 32 and 34 do not have a difference in angular displacement in each rotation direction. These rectifiers 3
The reference numerals 2 and 34 are rotatably installed upon receiving a ball pressure from the upstream side of the straightening gutter 8. In each of the rectifiers 32 and 34, the same number of ratchet-shaped ball feed teeth 40 and ball receiving portions 4 are provided.
2 are formed at the same interval. As shown in FIG. 9, the ball feed teeth 40 each have a fixed angle α with respect to the axis 30.
It is attached with. Also, as described above, the shaft 3
0 is attached to the two ball rectifying paths 19 and 20 at a predetermined angle (the angle formed by a line segment perpendicular to the direction of the ball rectifying paths 19 and 20 and the axis 30) β. Where the angle β and
The angle between the feed dogs 40 of the rectifiers 32 and 34 and the shaft 30 is made equal. The reason is that, in order for the balls flowing through the ball straightening passages 19 and 20 to be optimally received by the ball receiving portion 42, the ball feed teeth 40 first contacting the balls are perpendicular to the ball straightening passages 19 and 20. It is necessary to become.

【0042】各整流盤32,34においては、各球送り
歯40が球を1個ずつ取り込みかつ送り出すもので、図
示の場合6つの歯が球1個分に適した角度間隔で回転方
向に同一の向きで配設されている。また、球受け部42
は、各球送り歯40の間に開口して球を1個ずつ保持で
きるようになっている。
In each of the rectifiers 32 and 34, each ball feed dog 40 takes in and feeds one ball at a time, and in the case shown in the figure, six teeth are the same in the rotational direction at an angular interval suitable for one ball. It is arranged in the direction of. Also, the ball receiving section 42
Are open between the ball feed teeth 40 so that one ball can be held.

【0043】次に、球送り制御部材18の作用について
説明する。2つの整流盤32,34はそれぞれ球整流路
19,20に対して斜めに取り付けられ、両整流盤3
2,34の球送り歯40の間には回転方向の角度変位差
がない。また、2つの整流盤32,34の送り歯40と
軸30とは、所定の角度変位差を有している。この角度
変位差は、球整流路19,20を流れてきた球の最初に
当接する球送り歯40が球整流路19,20に対して直
角になるように形成されている。従って、球を円滑に受
け入れることができると共に、一方の整流盤32が他方
の整流盤34よりも送出路12に近い位置にあるので、
2列状態の球を1列状態に整流し、所定のタイミングで
送出路12に送り込むことができる。
Next, the operation of the ball feed control member 18 will be described. The two rectifiers 32 and 34 are mounted obliquely with respect to the ball rectifiers 19 and 20, respectively.
There is no angular displacement difference in the rotation direction between the 2,34 ball feed teeth 40. In addition, the feed dog 40 of the two rectifiers 32 and 34 and the shaft 30 have a predetermined angular displacement difference. This angular displacement difference is formed such that the ball feed teeth 40 that first contact the spheres flowing through the ball flow straightening paths 19 and 20 are perpendicular to the ball flow straightening paths 19 and 20. Therefore, the ball can be smoothly received, and one of the rectifiers 32 is closer to the delivery path 12 than the other rectifier 34.
Balls in a two-row state can be rectified into a one-row state and sent to the delivery path 12 at a predetermined timing.

【図面の簡単な説明】[Brief description of the drawings]

【図1】実施例のパチンコ機の裏面上部を示す図。FIG. 1 is a diagram illustrating an upper portion of a back surface of a pachinko machine according to an embodiment.

【図2】球均し装置を示す斜視図。FIG. 2 is a perspective view showing a ball leveling device.

【図3】整流樋に取り付けられた球均し板の上面図。FIG. 3 is a top view of a ball leveling plate attached to the straightening gutter.

【図4】図3のIV−IV線断面図。FIG. 4 is a sectional view taken along line IV-IV of FIG. 3;

【図5】図3のV−V線断面図。FIG. 5 is a sectional view taken along line VV of FIG. 3;

【図6】上部傾斜部に必要な傾き角を示す図。FIG. 6 is a view showing an inclination angle required for an upper inclined portion.

【図7】下部傾斜部に必要な傾き角を示す図。FIG. 7 is a diagram showing a tilt angle required for a lower tilt portion.

【図8】球送り制御部材と送出路を示す斜視図。FIG. 8 is a perspective view showing a ball feed control member and a delivery path.

【図9】図8の上面図。FIG. 9 is a top view of FIG. 8;

【図10】図9のX−X線断面図。FIG. 10 is a sectional view taken along line XX of FIG. 9;

【符号の説明】[Explanation of symbols]

2…裏面、3…張出部、4…貯留タンク、5…張出部、
6…球出口、7…取付部、8…整流樋、9…側壁、10
…球受け部、11…取付部、12…送出路、14…送出
樋、16…球均し板、18…球送り制御部材、19、2
0…球整流路、21…球貯留部、22…区画壁、24…
平坦部、26…上方傾斜部、28…下方傾斜部、30…
軸、32,34…整流盤、36…筒軸部、38…軸穴、
40…球送り歯、42…球受け部、44,45…ネジ、
60…補強板、62,64…整流溝。
2 ... back side, 3 ... overhang, 4 ... storage tank, 5 ... overhang,
6 ball outlet, 7 mounting part, 8 flow straightening gutter, 9 side wall, 10
... ball receiving part, 11 ... mounting part, 12 ... delivery path, 14 ... delivery gutter, 16 ... ball leveling plate, 18 ... ball feed control member, 19, 2
0: ball straightening path, 21: ball storage section, 22: partition wall, 24 ...
Flat part, 26 ... upward inclined part, 28 ... downward inclined part, 30 ...
Shaft, 32, 34 ... Rectifier board, 36 ... Cylinder shaft part, 38 ... Shaft hole,
40: ball feed dog, 42: ball receiver, 44, 45: screw,
60: reinforcing plate, 62, 64: rectifying groove.

Claims (6)

(57)【特許請求の範囲】(57) [Claims] 【請求項1】上流側から供給された複数個の球を整列さ
せて下流側に送出する球整流路の上方に設けられる球均
し部材であって、 前記球整流路と相対するようにほぼ平行に取り付けられ
る平坦部と、該平坦部から前記球整流路の上流側に延び
且つ上方に傾斜する上方傾斜部と、該平坦部から前記
整流路の下流側に延び且つ下方に傾斜する下方傾斜部と
で構成されていることを特徴とする球均し部材。
1. A ball leveling member provided above a ball straightening path for aligning a plurality of balls supplied from an upstream side and sending the ball to a downstream side, wherein the ball leveling member is substantially opposed to the ball straightening path. Mounted in parallel
A flat portion extending from the flat portion to an upstream side of the ball rectifying path.
And an upper inclined portion inclined upward, a lower inclined portion extending from the flat portion to the downstream side of the ball rectifying path and inclined downward.
Sphere leveling member, characterized in that it consists in.
【請求項2】請求項1記載の球均し部材において、前記
平坦部は、前記球整流路の長さ方向に球の直径の2〜3
倍に相当する長さを有することを特徴とする球均し部
材。
2. The ball leveling member according to claim 1, wherein the flat portion has a diameter of 2 to 3 in a length direction of the ball straightening path.
A ball leveling member having a length equivalent to twice as long.
【請求項3】請求項1記載の球均し部材において、弾性
薄板の中間部分を前記平坦部とし、該平坦部から前記球
整流路上で上流側、下流側にそれぞれ延びた部分を前記
上方傾斜部、前記下方傾斜部として形成されていること
を特徴とする球均し部材。
3. The ball leveling member according to claim 1, wherein
The middle portion of the thin plate is the flat portion, and the flat portion is
On the rectification path, the parts extending to the upstream and downstream
A ball leveling member formed as an upper inclined portion and the lower inclined portion .
【請求項4】上流側から供給された複数個の球を整列さ
せて下流側に送出するように傾斜した球整流路、 該球整流路の上方にほぼ平行に取り付けられた平坦部
、該平坦部から前記球整流路の上流側に延び且つ上方
に傾斜する上方傾斜部と、該平坦部から前記球整流路の
下流側に延び且つ下方に傾斜する下方傾斜部とで構成さ
れた球均し部材、及び該球均し部材を前記球整流路の上
方に設置する支持手段を備えて構成される均し装置。
4. A ball rectifying path inclined so that a plurality of spheres supplied from an upstream side are aligned and sent to a downstream side, and a flat portion mounted substantially parallel above the ball rectifying path.
When, of composed of the flat portion and the upper inclined portion which is inclined and upwardly extending to the upstream side of the ball rectifier path, and the lower inclined part of and inclined downwardly extending downstream of the ball rectifying passage from the flat section
Spheres leveling member, and the spherical leveling member for leveling ball configured with a support means for installing above the sphere rectifier circuit device.
【請求項5】請求項4記載の球均し装置において、前記
球整流路は複数列設けられ、前記球均し部材は前記球
整流路の各列毎に前記上方傾斜部及び前記下方傾斜部を
しかつ前記球整流路の全列に共通な平坦部を有する板
で形成されていることを特徴とする球均し装置。
5. A ball leveling apparatus of claim 4, wherein the ball rectifying passage is provided in a plurality of rows, the ball leveling member, said upper inclined portion and said lower inclined for each column of the sphere commutation path plate having a common flat part of the parts to all columns of the chromatic vital the ball rectifying path
A ball leveling device characterized by being formed of:
【請求項6】請求項4又は5記載の球均し装置におい
て、前記球均し部材の上方傾斜部の傾斜角度は前記球整
流路の傾斜角度より大きく、前記下方傾斜部の傾斜角度
は前記球整流路の傾斜角度に30゜を加えた角度以下で
あるように構成したことを特徴とする球均し装置。
6. A ball leveling device according to claim 4 or 5, wherein the inclination angle of the upper inclined portion of the sphere leveling member is larger than the inclination angle of the ball rectifying passage, the inclination angle of the lower inclined portion the A ball leveling device, wherein the angle is equal to or less than an angle obtained by adding 30 ° to the inclination angle of the ball straightening path.
JP21375394A 1994-09-07 1994-09-07 Ball leveling member and ball leveling device using the same Expired - Lifetime JP3165333B2 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP21375394A JP3165333B2 (en) 1994-09-07 1994-09-07 Ball leveling member and ball leveling device using the same

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP21375394A JP3165333B2 (en) 1994-09-07 1994-09-07 Ball leveling member and ball leveling device using the same

Publications (2)

Publication Number Publication Date
JPH0871229A JPH0871229A (en) 1996-03-19
JP3165333B2 true JP3165333B2 (en) 2001-05-14

Family

ID=16644461

Family Applications (1)

Application Number Title Priority Date Filing Date
JP21375394A Expired - Lifetime JP3165333B2 (en) 1994-09-07 1994-09-07 Ball leveling member and ball leveling device using the same

Country Status (1)

Country Link
JP (1) JP3165333B2 (en)

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* Cited by examiner, † Cited by third party
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JP4518803B2 (en) * 2004-01-14 2010-08-04 株式会社浅間製作所 Pachinko machine prize ball payout mechanism
JP5179734B2 (en) * 2006-09-15 2013-04-10 株式会社平和 Game machine
JP5339266B2 (en) * 2007-11-30 2013-11-13 サミー株式会社 Rectifying mechanism of a ball game machine
JP5557993B2 (en) * 2008-09-02 2014-07-23 株式会社マースエンジニアリング Pachinko ball lifting device, ball passage, pedestal machine and game machine counter
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Also Published As

Publication number Publication date
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