JPH0443763Y2

JPH0443763Y2 -

Info

Publication number: JPH0443763Y2
Application number: JP1987025405U
Authority: JP
Priority date: 1987-02-23
Filing date: 1987-02-23
Publication date: 1992-10-15
Also published as: JPS63132301U

Description

【考案の詳細な説明】（産業上の利用分野）この考案は、パチンコ台の釘の間隔を微調整す
るに好適なパチンコ台の釘調整用ゲージに関す
る。[Detailed Description of the Invention] (Industrial Application Field) This invention relates to a pachinko machine nail adjustment gauge suitable for finely adjusting the spacing between the nails of a pachinko machine.

（従来の技術）従来、パチンコ台の釘の間隙を調整するゲージ
として、短冊状の透明板を形成し、この透明板の
長手方向に沿つて、パチンコ玉の直径に相当する
間隔の２本の平行線を設けた定規が実公昭58−
4540号公報に記載されている。(Prior Art) Conventionally, a rectangular transparent plate is formed as a gauge for adjusting the gap between the nails of a pachinko machine, and two gauges are inserted along the longitudinal direction of the transparent plate at an interval corresponding to the diameter of a pachinko ball. A ruler with parallel lines was created in 1978.
It is described in Publication No. 4540.

また、釘幅を測定するリングを棒の両端に取り
付けた硬質材のゲージが実開昭57−201902号公報
に記載されている。 Further, a gauge made of a hard material in which rings for measuring nail width are attached to both ends of a rod is described in Japanese Utility Model Application Publication No. 57-201902.

一方、スタツドジベル等の複数本の柱状体を植
設したプレートの外径寸法や、柱状体の植設間隔
等を計測する埋め込み金物測定ゲージが実開昭59
−179303号公報に記載されている。 On the other hand, an embedded metal measuring gauge for measuring the outside diameter of a plate with multiple columnar bodies such as a stud dowel and the spacing between columnar bodies was put into production in 1972.
-Described in Publication No. 179303.

（考案が解決しようとする問題点）前者の定規は、透明板の板面にスケールが設け
られており、計測の際には、この板体を釘頭部に
当てがいながら使用するものである。ところが、
透明板のスケールで釘の頭部間の間隙を測ること
はできても、釘の間にスケールを入れることがで
きないので、頭部から下の軸部間の間隙を正確に
測ることは困難であつた。(Problem that the invention aims to solve) The former ruler has a scale on the surface of a transparent plate, and when measuring, this plate is used while applying it to the head of the nail. . However,
Although it is possible to measure the gap between the heads of nails using a transparent plate scale, it is difficult to accurately measure the gap between the shafts below the head because the scale cannot be inserted between the nails. It was hot.

しかも、パチンコ台の玉の入り具合を調整する
には、釘の頭部間の間隙を調整する位置と釘の軸
部間を調整する位置とがあり、これらの調整が総
合的に調整されなければパチンコ台の出玉数を正
確にコントロールすることはできない。更に、釘
の軸間の間隙を調整するには、基本的には釘の頭
部に近い軸部間と、釘先端に近い軸部間とが等間
隔の平行状態になるように調整する必要がある。
しかしながら、従来のこの種のゲージでは、この
ような釘の調整を正確に行うことはできず、所
謂、釘師と称される熟練した技術者の勘のみをた
よりに調整しているのが現状である。 Moreover, in order to adjust how well balls enter a pachinko machine, there are two positions: adjusting the gap between the heads of the nails and adjusting the distance between the shafts of the nails, and these adjustments must be made in a comprehensive manner. It is not possible to accurately control the number of balls that come out of a pachinko machine. Furthermore, in order to adjust the gap between the nail shafts, it is basically necessary to adjust the shaft parts near the nail head and the shaft parts near the nail tip so that they are equally spaced and parallel. There is.
However, with conventional gauges of this type, it is not possible to accurately adjust nails, and adjustments are currently made based solely on the intuition of skilled technicians known as nailers. It is.

また、パチンコ台の釘幅を測定するリングを設
けた後者のゲージは、釘幅を一定の寸法に調整す
るときに、このゲージの直径部分が調整する釘の
間に位置していなければならない。ところが、ゲ
ージの測定部分がリング状を成しているから、釘
間を正確に調整できるのは、リングの直径部分に
限られる。したがつて、釘をハンマーで叩いた
り、ペンチで曲げて釘間を調整する際に、このリ
ングの直径部分を釘の間に常に正確に当てる必要
があるが、調整部位がリング状を成しているた
め、この直径部分を釘の間に正確に当て続けるこ
とは困難になるなど、調整作業上の問題があつ
た。 Furthermore, when the latter gauge is equipped with a ring for measuring the nail width of a pachinko machine and adjusts the nail width to a certain dimension, the diameter portion of this gauge must be located between the nails to be adjusted. However, since the measurement part of the gauge is ring-shaped, the distance between the nails can be accurately adjusted only at the diameter part of the ring. Therefore, when adjusting the distance between nails by hitting the nails with a hammer or bending them with pliers, it is necessary to always accurately place the diameter part of this ring between the nails. Because of this, there were problems with adjustment work, such as making it difficult to keep this diameter portion accurately in place between the nails.

一方、埋め込み金物測定ゲージは、プレートの
側縁に沿つて設けた一対の測定用切欠の夫々内部
に、２本の柱状体を挿入することで、柱状体相互
の間隔や、柱状体を植設したプレートの外径寸法
等を測定するものである。そして、この測定用切
欠は、予め柱状体の外径寸法に、許容誤差値を加
えた幅に設定している。ところが、このゲージに
よると、一対の切欠部夫々に、必ず２本の柱状体
を挿入する必要がある。したがつて、パチンコの
釘のように、釘相互の間隔夫々が極めて大きく異
なつたり、あるいは、釘の頭部や軸部の間隔とが
異なる場合には、２本の柱状体を切欠に入れて測
定するには、面倒な手間を要するものである。し
かも、パチンコの釘の調整は、0.25mm単位の差異
で調整することが最も効果的であり、その上、一
日平均100台もの台の調整が必要なことを鑑みる
と、許容誤差値を加えた幅に設定した一対の測定
用切欠にパチンコの釘を入れて、0.25mmの精度で
調整するには、極めて多くの手間と時間を要す
る。 On the other hand, embedded metal measurement gauges insert two pillars into each of a pair of measurement notches provided along the side edge of the plate, allowing you to adjust the spacing between the pillars and the implantation of the pillars. This is to measure the outer diameter etc. of the plate. The measurement notch is set in advance to have a width equal to the outer diameter of the columnar body plus an allowable error value. However, according to this gauge, it is necessary to insert two columnar bodies into each of the pair of notches. Therefore, when the spacing between the nails differs greatly, such as with pachinko nails, or when the spacing between the heads and shafts of the nails differs, it is necessary to insert two columnar bodies into the notches. It takes a lot of effort to make measurements. Moreover, it is most effective to adjust pachinko nails in increments of 0.25 mm, and considering that it is necessary to adjust an average of 100 machines per day, we add a tolerance value. It takes an extremely large amount of time and effort to insert pachinko nails into a pair of measuring notches set to a certain width and adjust them with an accuracy of 0.25 mm.

また、例え、0.25mmの精度で調整するゲージを
形成したとしても、肉眼では識別し難い0.25mm単
位の変更を読み違える虞もある。 Furthermore, even if a gauge that adjusts with an accuracy of 0.25 mm is formed, there is a risk that changes in 0.25 mm increments, which are difficult to discern with the naked eye, may be misread.

そこでこの考案は上述の問題点を解消すべく案
出されたもので、釘の頭部や軸部の間隔を0.25mm
単位の正確な精度で計測でき、しかも、ゲージの
読み違えを防止し、一日平均100台もの台の調整
を短時間で行うことができるパチンコ台の釘調整
用ゲージの提供を目的とする。 Therefore, this idea was devised to solve the above-mentioned problems, and the distance between the nail head and shaft was reduced to 0.25mm
To provide a gauge for adjusting the nails of pachinko machines that can measure with exact precision, prevent misreading of the gauge, and adjust an average of 100 machines per day in a short time.

（問題点を解決するための手段）上述の目的を達成すべくこの考案は、パチンコ
台の釘の間隔を調整する調整用ゲージであつて、
硬質棒状材から成るゲージ本体の長手端部に、平
板状のゲージ部を段状に積み重ねて複数個設け、
釘間の頭部の間隙を測定する頭部間ゲージと、釘
間の軸部の間隙を測定する軸間ゲージとを形成
し、ゲージの間隔を示す表示部を設け、夫々のゲ
ージの最小計測単位を少なくとも0.25mm単位とす
ることを問題解決のための手段とする。(Means for solving the problem) In order to achieve the above-mentioned object, this invention is an adjustment gauge for adjusting the spacing between the nails of a pachinko machine, which
A plurality of flat gauge parts are stacked in steps on the longitudinal end of the gauge body made of a hard bar material.
A head-to-head gauge for measuring the gap between the heads of nails and a shaft-to-shaft gauge for measuring the gap between the shafts of the nails are formed, and a display section is provided to indicate the gap between the gauges, and the minimum measurement of each gauge is provided. The solution is to set the unit to at least 0.25 mm.

（作用）この考案によると、硬質性棒状体の先端に形成
した平板状の頭部間ゲージと軸間ゲージとが、釘
間の頭部の間隔と、釘間の軸部の間隔とを夫々測
定する。そして、釘の間隔を調整するときは、こ
の平板状のゲージを頭部間や釘間に挿入したまま
の状態を保ち、ペンチ等の器具で釘の間隔を調整
する。このとき、複数本の棒状体を組み合わせる
と、0.25mm単位とする最小計測単位で調整するこ
とができる。(Function) According to this invention, the flat plate-shaped head-to-head gauge and shaft-to-shaft gauge formed at the tip of the hard rod-shaped body respectively measure the distance between the heads of the nails and the distance between the shaft portions of the nails. Measure. When adjusting the spacing between the nails, keep this flat gauge inserted between the heads or between the nails, and adjust the spacing between the nails using a tool such as pliers. At this time, by combining multiple rod-shaped bodies, adjustment can be made in the minimum measurement unit of 0.25 mm.

（実施例）以下、図面を参照してこの考案の実施例を詳細
に説明する。(Example) Hereinafter, an example of this invention will be described in detail with reference to the drawings.

図に示される符号１はゲージ本体であり、ステ
ンレススチール等の金属材や硬質セラミツク材
等、変形や摩耗が極めて少ない硬質材を棒状に形
成する。 Reference numeral 1 shown in the figure is a gauge body, which is formed into a rod shape from a hard material such as a metal material such as stainless steel or a hard ceramic material, which is hardly deformed or worn.

符号２はゲージ本体１の長手端部に設けた平板
状のゲージ部２である。このゲージ部２には、玉
が通る釘Ｐ間の頭部Ｐ１同士の間隙を計測する頭
部間ゲージ２Ａと、釘Ｐ間の軸部Ｐ２同士の間隙
を計測する軸間ゲージ２Ｂとがあり、夫々のゲー
ジ部２は、予め、所定の頭部間隔と軸部間隔との
幅に形成することで設けてある（第１図参照）。 Reference numeral 2 denotes a flat gauge part 2 provided at the longitudinal end of the gauge body 1. This gauge part 2 includes an inter-head gauge 2A that measures the gap between the heads P1 of the nails P through which the ball passes, and an inter-shaft gauge 2B that measures the gap between the shaft parts P2 between the nails P. , each gauge portion 2 is provided by being formed in advance to have a width equal to a predetermined head spacing and a predetermined shaft spacing (see FIG. 1).

この際、同図，に示す如く、一本のゲージ
本体１それぞれには、頭部間ゲージ２Ａと軸間ゲ
ージ２Ｂとを形成し、これらを組み合わせて使用
するものである。 At this time, as shown in the figure, each gauge body 1 is provided with an inter-head gauge 2A and an inter-shaft gauge 2B, and these are used in combination.

そして、各ゲージ本体１のゲージ部２の寸法を
組み合わせることで、最小計測単位を少なくとも
0.25mm単位とするようにゲージ部２の長さを設定
している。すなわち、標準のパチンコ台で使用す
る頭部間ゲージ２Ａの有効寸法は、10.5mm乃至
13.5mmの範囲内を0.25mm毎に８段階に調整するも
のである。また、軸間ゲージ２Ｂは、11mm、11.2
mm、11.5mm等の外、11.03mmの寸法も予定してい
る。100分のmmまでの寸法を予定しているのは、
玉の標準寸法が直径11mm（重量５ｇ）であり、こ
の玉にパチンコ店の刻印等を彫ることにより、玉
の直径に100分の３mm程度の誤差が生じることに
よる。 By combining the dimensions of the gauge part 2 of each gauge body 1, the minimum measurement unit can be at least
The length of the gauge section 2 is set in units of 0.25 mm. In other words, the effective dimension of the head gauge 2A used in a standard pachinko machine is 10.5 mm to 10.5 mm.
It is adjustable in 8 steps within a 13.5mm range in 0.25mm increments. Also, the center gauge 2B is 11mm, 11.2
In addition to mm, 11.5mm, etc., 11.03mm dimensions are also planned. Dimensions up to 100 mm are planned for:
The standard size of the ball is 11 mm in diameter (5 g in weight), and by carving the pachinko parlor's stamp on the ball, there will be an error of about 3/100 mm in the diameter of the ball.

この考案を使用するには、次の通りである。ま
ず、釘Ｐの軸部Ｐ２間を計測するには、軸間ゲー
ジ２Ｂを用いて釘Ｐの頭部Ｐ１近傍の軸部Ｐ２間
と、パチンコ台Ｒに埋設された釘Ｐ先端側の軸部
Ｐ２間とを測る（第２図参照）。このとき、釘Ｐ
の間隔調整にはリードペンチの如き工具を利用す
る。 To use this idea: First, to measure the distance between the shaft parts P2 of the nail P, use the shaft gauge 2B to measure between the shaft parts P2 near the head P1 of the nail P and the shaft part on the tip side of the nail P embedded in the pachinko table R. Measure between P2 and P2 (see Figure 2). At this time, the nail P
Use a tool such as lead pliers to adjust the spacing.

また、釘Ｐの頭部Ｐ１間を計測するには、頭部
間ゲージ２Ａを釘Ｐの頭部Ｐ１間に差し込んで計
測する（第３図参照）。 Further, in order to measure the distance between the heads P1 of the nail P, the head distance gauge 2A is inserted between the heads P1 of the nail P and measured (see FIG. 3).

（考案の効果）この考案は上述の如く構成したことにより、当
初の目的を達成する。(Effects of the invention) This invention achieves its original purpose by being configured as described above.

すなわち、パチンコ台Ｒの釘調整用ゲージにお
いて、平板状の頭部間ゲージ２Ａや軸間ゲージ２
Ｂを釘Ｐの間に挿入したままで釘Ｐの間隔を調整
できるから、極めて容易に調整することが可能に
なる。また、夫々のゲージの最小計測単位を少な
くとも0.25mm単位としたことで、パチンコの釘の
調整単位として、最も効果的な単位で調整するこ
とができる。この結果、一日平均100台もの台を
0.25mmの精度で行う調整作業を極めて短時間で、
しかも正確に行なうことができる。 That is, in the nail adjustment gauge of pachinko machine R, the flat head gauge 2A and the center gauge 2 are used.
Since the spacing between the nails P can be adjusted while B is inserted between the nails P, the adjustment can be made extremely easily. Furthermore, by setting the minimum measurement unit of each gauge to at least 0.25 mm, adjustment can be made in the most effective unit as the adjustment unit for pachinko nails. As a result, an average of 100 cars a day
Adjustments can be made with an accuracy of 0.25 mm in an extremely short time.
And it can be done accurately.

更に、複数のゲージ部２を組み合わせて、夫々
のゲージ最小計測単位を少なくとも0.25mm単位と
したことで、肉眼では識別し難い0.25mm単位の変
更を、ゲージ部を代えることで容易に行うことが
できる。しかも、各ゲージには、間隔を示す表示
部を設けてあるから、この僅かな寸法の調整に際
して、ゲージを読み違える不都合も解消された。 Furthermore, by combining a plurality of gauge parts 2 and setting the minimum measurement unit of each gauge to at least 0.25 mm, changes in 0.25 mm increments, which are difficult to discern with the naked eye, can be easily made by replacing the gauge parts. can. Furthermore, since each gauge is provided with a display section that indicates the interval, the inconvenience of misreading the gauge when adjusting this slight dimension is eliminated.

このようにこの考案によると、釘の頭部や軸部
の間隔を0.25mm単位の正確な精度で計測でき、し
かも、ゲージの読み違えを防止し、一日平均100
台もの台の調整を短時間で行うことができるな
ど、実用上有益な効果を奏する。 According to this invention, it is possible to measure the spacing between nail heads and shafts with an accuracy of 0.25 mm, and it also prevents misreading of the gauge, making it possible to measure the distance between nail heads and shafts with an accuracy of 0.25 mm.
This has practical effects such as being able to adjust the table in a short time.

[Brief explanation of the drawing]

図面はこの考案の実施例を示すもので、第１図
，は夫々異なつた実施例を示す正面図、第２
図，は釘の軸部間を計測する状態を示す側面
図、第３図は釘の頭部間を計測する状態を示す正
面図である。Ｐ……釘、Ｐ１……頭部、Ｐ２……軸部、Ｒ…
…パチンコ台、１……ゲージ本体、２……ゲージ
部、２Ａ……頭部間ゲージ、２Ｂ……軸間ゲー
ジ。 The drawings show embodiments of this invention; Fig. 1 is a front view showing different embodiments, and Fig. 2 is a front view showing different embodiments.
FIG. 3 is a side view showing a state in which the distance between the shafts of the nail is measured, and FIG. 3 is a front view showing a state in which the distance between the heads of the nail is measured. P... Nail, P1... Head, P2... Shaft, R...
...Pachinko machine, 1... Gauge body, 2... Gauge part, 2A... Gauge between heads, 2B... Gauge between shafts.

Claims

[Scope of utility model registration request]

This is an adjustment gauge for adjusting the spacing between the nails of a pachinko machine, and the longitudinal end of the gauge body made of a hard rod-shaped material is provided with a plurality of flat gauge parts stacked in steps, and the head between the nails is adjusted. forming an inter-head gauge for measuring the gap and an inter-shaft gauge for measuring the gap between the shaft parts between the nails, and providing a display section for indicating the interval between the gauges,
The minimum measurement unit for each gauge is at least 0.25mm
A pachinko machine nail adjustment gauge characterized by having units.