JP6212690B2 - Mounting jig set, mounting device angular position adjustment jig, receiving device angular position adjustment jig, mounting method of mounting device to receiving device, and receiving device with mounting device - Google Patents
Mounting jig set, mounting device angular position adjustment jig, receiving device angular position adjustment jig, mounting method of mounting device to receiving device, and receiving device with mounting device Download PDFInfo
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Description
本発明は取付治具セット、取付機器角度位置調整治具、受け側機器角度位置調整治具、受け側機器への取付機器の取付方法および取付機器付き受け側機器の製造方法に係り、特に、脱着式検出器を有する回転機への検出器取付を容易に、かつ精度よく行うことのできる、取付治具セット、取付機器角度位置調整治具、受け側機器角度位置調整治具等に関するものである。 The present invention relates to a mounting jig set, a mounting device angular position adjustment jig, a receiving device angular position adjustment jig, a mounting method of a mounting device to a receiving device, and a manufacturing method of a receiving device with a mounting device. It relates to a mounting jig set, mounting equipment angular position adjustment jig, receiving equipment angular position adjustment jig, etc. that can easily and accurately mount the detector on a rotating machine having a detachable detector. is there.
回転機への検出器の取付に関しては、従来複数の技術的提案がなされている。たとえば後掲特許文献１には、部品点数低減と設置スペース縮小により軽量化可能な回転検出器の取付構造として、センサ部とこれをスタータのハウジングに取り付けるための取付け部を有する回転検出器において、ピニオン窓部が形成されるハウジングノーズ部の開口端面取付け部を直接螺子止め固定する構成が開示されている。 Conventionally, a plurality of technical proposals have been made for mounting the detector to the rotating machine. For example, in Patent Document 1 listed below, as a rotation detector mounting structure that can be reduced in weight by reducing the number of parts and the installation space, in a rotation detector having a sensor unit and a mounting unit for mounting the sensor unit on a starter housing, A configuration is disclosed in which the opening end surface attachment portion of the housing nose portion in which the pinion window portion is formed is directly screwed and fixed.
また特許文献２には、 電気的零位置調整作業を容易とし、かつ潤滑油による回転検出器の劣化やノイズ干渉を低減するものとして、出力軸がロ−タ軸内を貫通してなる同軸型のモ−タにロータ軸の回転位置を検出する回転検出器を取り付けてなるモ−タ用回転検出器の取付け構造として、回転検出器をロ−タ軸の軸端側かつロ−タ軸を支持する軸受けの外側に配置し、さらに、出力軸外周とロ−タ軸内周の間に形成される空間部を流れる潤滑油を封止するシ−ル部材を軸受けの外側かつ回転検出器のさらに外側に配置する構成が開示されている。 Patent Document 2 discloses a coaxial type in which the output shaft penetrates through the rotor shaft, in order to facilitate the electrical zero position adjustment work and reduce deterioration of the rotation detector and noise interference due to the lubricating oil. As a motor rotation detector mounting structure in which a rotation detector for detecting the rotational position of the rotor shaft is mounted on this motor, the rotation detector is connected to the end of the rotor shaft and the rotor shaft is connected to the rotor shaft. A seal member that is disposed outside the bearing to be supported and seals the lubricating oil flowing in the space formed between the outer periphery of the output shaft and the inner periphery of the rotor shaft is disposed outside the bearing and the rotation detector. Further, a configuration arranged on the outer side is disclosed.
さて、脱着式検出器を回転機に取り付ける場合に必要な電気的零位置調整作業には、どうしても一定の煩雑さが伴う。零位置調整作業をより容易に、かつ精度よく行うことの可能な技術が求められている。 Now, the electrical zero position adjustment work required when attaching the detachable detector to the rotating machine inevitably involves certain complexity. There is a need for a technique capable of performing the zero position adjustment work more easily and accurately.
そこで本発明が解決しようとする課題は、かかる従来技術の問題点をなくし、回転機に対する検出器の取付に際し、零位置調整作業をより容易かつ精度よく行うことを可能とする方法を提供することである。 Therefore, the problem to be solved by the present invention is to provide a method that eliminates the problems of the prior art and makes it possible to perform the zero position adjustment work more easily and accurately when the detector is attached to the rotating machine. It is.
本願発明者は上記課題について検討した結果、回転機−脱着式検出器の取付作業専用の取付治具を開発し、これにより精度よく脱着式検出器を回転機へ取り付けられることを見出し、これに基づいて本発明を完成するに至った。すなわち、上記課題を解決するための手段として本願で特許請求される発明、もしくは少なくとも開示される発明は、以下の通りである。 As a result of studying the above problems, the inventor of the present application has developed a mounting jig dedicated to the mounting operation of the rotating machine-detachable detector, and has found that the removable detector can be accurately attached to the rotating machine. Based on this, the present invention has been completed. That is, the invention claimed in the present application, or at least the disclosed invention, as means for solving the above-described problems is as follows.
〔１〕 回転体ならびに不動体を備えた取付機器を回転体ならびに不動体を備えた受け側機器に取り付ける際に用いる取付治具セットであって、該セットは、該取付機器に用いる取付機器角度位置調整治具と該受け側機器に用いる受け側機器角度位置調整治具とからなり、該取付機器角度位置調整治具および該受け側機器角度位置調整治具にはそれぞれ、回転体位置規制部と不動体位置規制部と基準部とが設けられ、各治具における回転体位置規制部・不動体位置規制部・基準部同士は相互に適合する形態に形成されている
ことを特徴とする、取付治具セット。
〔２〕 適用対象である前記取付機器、前記受け側機器にはそれぞれ、前記取付機器角度位置調整治具、前記受け側機器角度位置調整治具における各回転体位置規制部・不動体位置規制部・基準部とそれぞれ適合する形態が備えられているか、もしくは装備可能であることを特徴とする、〔１〕に記載の取付治具セット。
〔３〕 前記適合する形態は、前記回転体位置規制部・不動体位置規制部・基準部それぞれにおいて、一方が凸状形態で他方がこれに適合する凹状形態であることを特徴とする、〔１〕または〔２〕に記載の取付治具セット。
[1] A mounting jig set for use in mounting a mounting device including a rotating body and a non-moving body to a receiving device including the rotating body and a non-moving body, the set being an mounting device angle used for the mounting device A position adjusting jig and a receiving apparatus angular position adjusting jig used for the receiving apparatus, and each of the mounting apparatus angular position adjusting jig and the receiving apparatus angular position adjusting jig includes a rotating body position regulating portion. And a non-moving object position restricting part and a reference part are provided, and the rotating body position restricting part, the non-moving object position restricting part, and the reference part in each jig are formed in a form compatible with each other, Mounting jig set.
[2] The mounting device and the receiving device to be applied are respectively the rotating device position restricting portion and the non-moving member position restricting portion in the attaching device angle position adjusting jig and the receiving device angle position adjusting jig. The mounting jig set according to [1], wherein a form that is adapted to each of the reference portions is provided or can be equipped.
[3] The conforming form is characterized in that, in each of the rotating body position restricting part, the non-moving object position restricting part, and the reference part, one is a convex form and the other is a concave form conforming thereto. The mounting jig set according to [1] or [2].
〔４〕 前記取付機器は回転機用検出器（以下、「検出器」という。）であり、前記受け側機器は回転機であることを特徴とする、〔１〕ないし〔３〕のいずれかに記載の取付治具セット。
〔５〕 〔１〕ないし〔４〕のいずれかに記載の取付治具セットを構成可能な、取付機器角度位置調整治具。
〔６〕 〔１〕ないし〔４〕のいずれかに記載の取付治具セットを構成可能な、受け側機器角度位置調整治具。
〔７〕 〔１〕ないし〔４〕のいずれかに記載の取付治具セットを用いて行う、受け側機器への取付機器の取付方法。
〔８〕 〔１〕ないし〔４〕のいずれかに記載の取付治具セットを用いて行う、取付機器付き受け側機器の製造方法。
[4] Any one of [1] to [3], wherein the attachment device is a detector for a rotating machine (hereinafter referred to as “detector”), and the receiving device is a rotating machine. Mounting jig set as described in
[5] A mounting device angular position adjustment jig capable of configuring the mounting jig set according to any one of [1] to [4].
[6] A receiving-side device angular position adjusting jig that can constitute the mounting jig set according to any one of [1] to [4].
[7] A method for attaching an attachment device to a receiving device, which is performed using the attachment jig set according to any one of [1] to [4].
[8] A method for manufacturing a receiving side device with an attachment device, which is performed using the attachment jig set according to any one of [1] to [4].
本発明の取付治具セット、取付機器角度位置調整治具、受け側機器角度位置調整治具、受け側機器への取付機器の取付方法および取付機器付き受け側機器の製造方法は上述のように構成されるため、これによれば、脱着式検出器を有する回転機への検出器取付を容易に、かつ精度よく行うことことができる。すなわち本発明によれば、電気的な零点調整ではなく、専用の取付治具を用いることによって工程の全てを機械的（メカ的）に行うことができるため、作業が簡便・容易であり、かつ必要な精度も十分に得ることができる。 As described above, the mounting jig set, the mounting device angular position adjustment jig, the receiving device angular position adjustment jig, the mounting method of the mounting device to the receiving device and the manufacturing method of the receiving device with the mounting device of the present invention are as described above. Therefore, according to this configuration, the detector can be easily and accurately attached to the rotating machine having the removable detector. That is, according to the present invention, since the entire process can be performed mechanically (mechanically) by using a dedicated mounting jig instead of electrical zero adjustment, the operation is simple and easy, and The necessary accuracy can be sufficiently obtained.
以下、図面により本発明を詳細に説明する。
図１は、本発明の取付治具セットの基本構成を概念的に示す説明図であり、断面視の図である。図示するように本取付治具セット１０は、回転体６Ｒならびに不動体６Ｓを備えた取付機器６を、回転体７Ｒならびに不動体７Ｓを備えた受け側機器７に取り付ける際に用いるものであり、該取付治具セット１０は、取付機器６に用いる取付機器角度位置調整治具１と、受け側機器７に用いる受け側機器角度位置調整治具２とからなる。
Hereinafter, the present invention will be described in detail with reference to the drawings.
FIG. 1 is an explanatory view conceptually showing the basic structure of the mounting jig set of the present invention, and is a cross-sectional view. As shown in the figure, the mounting jig set 10 is used when mounting the mounting device 6 including the rotating body 6R and the non-moving body 6S to the receiving device 7 including the rotating body 7R and the non-moving body 7S. The mounting jig set 10 includes an mounting device angular position adjustment jig 1 used for the mounting device 6 and a receiving device angular position adjustment jig 2 used for the receiving device 7.
取付機器角度位置調整治具１には、回転体位置規制部１３、不動体位置規制部１４、および基準部１５が設けられ、一方、受け側機器角度位置調整治具２にも、回転体位置規制部２３、不動体位置規制部２４、および基準部２５が設けられている。そして、各治具１、２それぞれにおける回転体位置規制部１３、２３、不動体位置規制部１４、２４、基準部１５、２５同士は、それぞれ相互に適合する形態に形成されていることを、本取付治具セット１０は基礎的構成とする。 The mounting device angle position adjusting jig 1 is provided with a rotating body position restricting portion 13, a non-moving body position restricting portion 14, and a reference portion 15. On the other hand, the receiving device angle position adjusting jig 2 also has a rotating body position. A restricting portion 23, a non-moving object position restricting portion 24, and a reference portion 25 are provided. Then, the rotating body position restricting parts 13 and 23, the non-moving object position restricting parts 14 and 24, and the reference parts 15 and 25 in the jigs 1 and 2 are formed in a form that is compatible with each other. The mounting jig set 10 has a basic configuration.
なお、図示するように、本取付治具セット１０の適用対象である取付機器６、受け側機器７にはそれぞれ、取付機器角度位置調整治具１、受け側機器角度位置調整治具２における各回転体位置規制部（１３、２３）・不動体位置規制部（１４、２４）・基準部（１５、２５）とそれぞれ適合する形態が備えられているか、もしくは装備可能であることを、本発明の前提とする。すなわち、取付機器６には、取付機器角度位置調整治具１における回転体位置規制部１３、不動体位置規制部１４、基準部１５とそれぞれ適合する形態として、形態（構造）６３、６４、６５が備えられているか、もしくは装備可能である。 As shown in the drawing, the attachment device 6 and the receiving device 7 to which the present attachment jig set 10 is applied are respectively attached to the attachment device angle position adjustment jig 1 and the receiving device angle position adjustment jig 2. It is provided that the rotary body position restricting part (13, 23), the non-moving object position restricting part (14, 24), and the reference part (15, 25) are respectively equipped or can be equipped. Assuming that In other words, the mounting device 6 has forms (structures) 63, 64, 65 that are suitable for the rotating body position restricting portion 13, the non-moving member position restricting portion 14, and the reference portion 15 in the attaching device angular position adjusting jig 1. Is equipped or can be equipped.
同様に、受け側機器７には、受け側機器角度位置調整治具２における回転体位置規制部２３、不動体位置規制部２４、基準部２５とそれぞれ適合する形態として、形態（構造）７３、７４、７５が備えられているか、もしくは装備可能である。 Similarly, the receiving device 7 has a form (structure) 73 as a form that matches the rotating body position restricting portion 23, the non-moving object position restricting portion 24, and the reference portion 25 in the receiving device angle position adjusting jig 2, respectively. 74, 75 are provided or can be equipped.
図示するように取付機器６、受け側機器７それぞれにおける適合する形態は、回転体位置規制部６３、７３、不動体位置規制部６４、７４、基準部６５、７５それぞれにおいて、一方が凸状形態で、他方がこれに適合する凹状形態であるものとして構成することができる。本発明はかかる具体的形状に限定されないが、凹凸嵌合する形状とする構成が最も容易であり、かつ十分な作用効果を得られる。 As shown in the figure, the fitting form in each of the attachment device 6 and the receiving side device 7 is such that one of the rotating body position restricting parts 63 and 73, the non-moving object position restricting parts 64 and 74, and the reference parts 65 and 75 are convex. Thus, the other can be configured as a concave shape conforming thereto. Although the present invention is not limited to such a specific shape, a configuration that can be formed into a concavo-convex shape is the easiest and sufficient effects can be obtained.
以下、本発明取付治具セット１０の使用方法について説明する。
図２Ａ、２Ｂは、取付機器への治具使用方法を順に示す説明図である。なおいずれの図にも、その右側には、取付機器の状態を左側面図にて示している。これらに図示するように、本取付治具セット１０の一部品である取付機器角度位置調整治具１は取付機器６に対して適用されるが、このとき、取付機器６における各適合する形態（構造）６３、６４、６５は必ずしも、取付機器角度位置調整治具１における回転体位置規制部１３、不動体位置規制部１４、基準部１５とそれぞれ適合する位置にあるとは限らない（図２Ａ）。
Hereinafter, the usage method of this invention mounting jig set 10 is demonstrated.
2A and 2B are explanatory views sequentially showing a method of using a jig for a mounting device. In each figure, the state of the mounting device is shown on the right side in a left side view. As shown in these figures, the mounting device angular position adjustment jig 1 which is a part of the mounting jig set 10 is applied to the mounting device 6. (Structure) 63, 64, 65 are not necessarily in positions that respectively match the rotating body position restricting portion 13, the non-moving object position restricting portion 14, and the reference portion 15 in the mounting device angular position adjusting jig 1 (FIG. 2A). ).
そこで、形態６３と回転体位置規制部１３、形態６４と不動体位置規制部１４、形態６５と基準部１５とが、それぞれ適合するように、取付機器６の回転体６Ｒ−不動体６Ｓの位置関係（角度位置）を調整する。もっともこの調整は、形態６５と基準部１５とを合わせ、形態６４と不動体位置規制部１４とを合わせた状態で、回転体６Ｒを回転させることで容易に行うことができる。このようにして、取付機器６における各形態６３、６４、６５は所望の角度位置関係に調整される（図２Ｂ）。 Therefore, the position of the rotating body 6R-non-moving body 6S of the mounting device 6 is such that the form 63 and the rotating body position restricting part 13, the form 64 and the non-moving object position restricting part 14, and the form 65 and the reference part 15 are matched. Adjust the relationship (angular position). However, this adjustment can be easily performed by rotating the rotating body 6R in a state in which the form 65 and the reference portion 15 are combined, and the form 64 and the non-moving object position restricting portion 14 are combined. Thus, each form 63,64,65 in the attachment apparatus 6 is adjusted to desired angular positional relationship (FIG. 2B).
図３Ａ、３Ｂは、受け側機器への治具使用方法を順に示す説明図である。なおいずれの図にも、その左側には、受け側機器の状態を右側面図にて示している。これらに図示するように、本取付治具セット１０の一部品である受け側機器角度位置調整治具２は受け側機器７に対して適用されるが、このとき、受け側機器７における各適合する形態（構造）７３、７４、７５は必ずしも、受け側機器角度位置調整治具２における回転体位置規制部２３、不動体位置規制部２４、基準部２５とそれぞれ適合する位置にあるとは限らない（図３Ａ）。 3A and 3B are explanatory views sequentially illustrating a method of using a jig for a receiving device. In each figure, the state of the receiving device is shown on the left side in a right side view. As shown in these figures, the receiving device angular position adjustment jig 2 which is a part of the mounting jig set 10 is applied to the receiving device 7. The forms (structures) 73, 74, and 75 to be performed are not necessarily in positions that respectively match the rotating body position restricting portion 23, the non-moving object position restricting portion 24, and the reference portion 25 in the receiving device angular position adjusting jig 2. No (Figure 3A).
そこで、形態７３と回転体位置規制部２３、形態７４と不動体位置規制部２４、形態７５と基準部２５とが、それぞれ適合するように、受け側機器７の回転体７Ｒ−不動体７Ｓの位置関係（角度位置）を調整する。もっともこの調整は、形態７５と基準部２５とを合わせ、形態７４と不動体位置規制部２４とを合わせた状態で、回転体７Ｒを回転させることで容易に行うことができる。このようにして、受け側機器７における各形態７３、７４、７５は所望の角度位置関係に調整される（図３Ｂ）。 Therefore, the rotating body 7R-non-moving body 7S of the receiving device 7 is adapted so that the form 73 and the rotating body position restricting part 23, the form 74 and the non-moving object position restricting part 24, and the form 75 and the reference part 25 are matched. Adjust the positional relationship (angular position). However, this adjustment can be easily performed by rotating the rotating body 7R in a state in which the form 75 and the reference part 25 are combined, and the form 74 and the non-moving object position restricting unit 24 are combined. Thus, each form 73, 74, 75 in the receiving device 7 is adjusted to a desired angular position relationship (FIG. 3B).
図４は、角度位置調整された取付機器が角度位置調整された受け側機器に取付けられた状態を示す説明図である。角度位置調整された取付機器６と、角度位置調整された受け側機器７それぞれから、治具１、２が外され、取付機器６側の適合する形態６３、６４、６５が、受け側機器７側の適合する形態７３、７４、７５とそれぞれ合わされて取付機器６の受け側機器７に対する取付状態が形成され、取付機器付き受け側機器９０となる（製造される）。 FIG. 4 is an explanatory diagram illustrating a state in which the attachment device whose angular position has been adjusted is attached to the receiving device whose angular position has been adjusted. The jigs 1 and 2 are removed from the mounting device 6 whose angle position has been adjusted and the receiving device 7 whose angle position has been adjusted, and the fitting forms 63, 64, 65 on the mounting device 6 side are the receiving device 7. The attachment state of the attachment device 6 with respect to the receiving device 7 is formed by combining with the matching forms 73, 74, 75 on the side, and the receiving device 90 with attachment device is manufactured (manufactured).
このように本発明は、取付機器６を受け側機器７に取付けせしめるための各適合する形態と同じ形態を、いわば鋳型のように備えた治具を用いることによって、メカ的な零点調整を容易に実現するものである。 As described above, the present invention facilitates the mechanical zero adjustment by using a jig having the same form as each suitable form for attaching the attachment device 6 to the receiving device 7, which is like a mold. It will be realized.
本発明の適用対象たる取付機器６は、回転体６Ｒおよび不動体６Ｓを備えた構成であり、またこれに対応する受け側機器７は、回転体７Ｒならびに不動体７Ｓを備えた構成である。そして前者を後者に対して取り付ける際に、本発明は用いられる。かかる取付機器６−受け側機器７の具体的仕様は、決して電機分野に限定されるものではないが、取付機器たる回転機用検出器（検出器）を受け側機器たる回転機に対して取付ける用途において、とりわけ有用である。以下、検出器−回転機での実施例について説明する。 The mounting device 6 to which the present invention is applied has a configuration including a rotating body 6R and a non-moving body 6S, and the receiving device 7 corresponding thereto has a configuration including a rotating body 7R and a non-moving body 7S. The present invention is used when attaching the former to the latter. The specific specifications of the attachment device 6 and the receiving device 7 are not limited to the electric field, but are attached to a rotating machine that is a receiving device and is a detector for a rotating machine that is an attachment device. Especially useful in applications. Hereinafter, embodiments of the detector-rotor will be described.
図５は、本発明取付治具セットの実施例を示す写真図である。また、
図６〜８は、取付治具セット実施例の使用例を順に示す写真図である。
（１）検出器の零点出し
予め、検出器１０６単体で、零点の位置出しを行う。検出器１０６と取付機器角度位置調整治具１０１（以下、単に「冶具１０１」）のピン位置を合わせ、零点の位置出しを行う（図６、（ａ））。検出器１０６の軸と板バネのピン穴１６４が、図中の位置にて零点となる（図６、（ｂ））。
FIG. 5 is a photograph showing an embodiment of the mounting jig set of the present invention. Also,
FIGS. 6-8 is a photograph figure which shows the usage example of an attachment jig set Example in order.
(1) Zero point detection of the detector The zero point is previously determined by the detector 106 alone. The pin positions of the detector 106 and the mounting device angular position adjustment jig 101 (hereinafter simply referred to as “jig 101”) are aligned, and the zero point is positioned (FIG. 6, (a)). The shaft of the detector 106 and the pin hole 164 of the leaf spring become the zero point at the position in the figure (FIG. 6, (b)).
（２）回転機の零点出し
回転機１０７側の軸および検出器設置板にピンを挿入しておく（すなわち、それぞれ、回転機の軸のピン１７３、検出器設置板のピン１７４）（図７、（ｄ））。
回転機の軸のピン１７３と受け側機器角度位置調整治具１０２（以下、単に「冶具１０２」）のピン用溝１２３とをメカ的に合わせ、取り付ける。回転機の軸と検出器設置板のピン１７４が、図中の位置にて零点となる（図７、（ｃ）、（ｄ））。
(2) Zeroing out of the rotating machine Pins are inserted into the shaft on the rotating machine 107 side and the detector installation plate (that is, the pin 173 of the shaft of the rotating machine and the pin 174 of the detector installation plate, respectively) (FIG. 7). (D)).
The pin 173 of the shaft of the rotating machine and the pin groove 123 of the receiving device angular position adjusting jig 102 (hereinafter simply referred to as “jig 102”) are mechanically aligned and attached. The shaft of the rotating machine and the pin 174 of the detector installation plate become a zero point at the position in the figure (FIGS. 7, (c) and (d)).
（３）検出器の取り付け
回転機の軸のピン１７３、検出器設置板のピン１７４位置を合わせて、回転機１０７に検出器１０６を取り付けることにより、メカ的に零点の位置出しが可能となる（図８、（ｅ））。
(3) Attachment of detector By aligning the position of the pin 173 of the shaft of the rotating machine and the pin 174 of the detector installation plate and attaching the detector 106 to the rotating machine 107, it is possible to mechanically locate the zero point. (FIG. 8, (e)).
つまり、本取付治具セット１０１０を用いて、回転機１０７や検出器１０６の各ピン位置、ピン穴を、それぞれ対応する冶具１０２、１０１に合わせる ことによって、メカ的に、回転機１０７側の軸と検出器１０６の磁極を合わせて設置でき、回転機１０７側の零点位置を精度よくメカ的に位置決めすることが可能となる。 That is, by using this mounting jig set 1010, by aligning the pin positions and pin holes of the rotating machine 107 and the detector 106 with the corresponding jigs 102 and 101, the shaft on the rotating machine 107 side is mechanically adjusted. And the magnetic pole of the detector 106 can be installed together, and the zero point position on the rotating machine 107 side can be mechanically positioned with high accuracy.
なお、以上説明した取付治具セットを構成可能な取付機器角度位置調整治具、受け側機器角度位置調整治具自体もまた、本発明の範囲内である。また、本発明取付治具セットを用いて行う受け側機器への取付機器の取付方法、取付機器付き受け側機器の製造方法もまた、本発明の範囲内である。 Note that the mounting device angle position adjusting jig and the receiving device angle position adjusting jig that can constitute the mounting jig set described above are also within the scope of the present invention. Moreover, the attachment method of the attachment apparatus to the receiving side apparatus performed using this invention mounting jig set, and the manufacturing method of the receiving side apparatus with an attachment apparatus are also within the scope of the present invention.
本発明の取付治具セット、取付機器角度位置調整治具、受け側機器角度位置調整治具、受け側機器への取付機器の取付方法および取付機器付き受け側機器の製造方法によれば、脱着式検出器を有する回転機への検出器取付を容易に、かつ精度よく行うことことができ、工程の全てをメカ的に行うことができる。したがって、当該分野および関連する全分野において、産業上利用性が高い発明である。 According to the mounting jig set, mounting device angular position adjustment jig, receiving device angular position adjustment jig, mounting method of the mounting device to the receiving device and manufacturing method of the receiving device with mounting device according to the present invention, The detector can be easily and accurately attached to the rotating machine having the type detector, and all the processes can be mechanically performed. Therefore, the invention is highly industrially applicable in this field and all related fields.
１…取付機器角度位置調整治具
１３…回転体位置規制部
１４…不動体位置規制部
１５…基準部
２…受け側機器角度位置調整治具
２３…回転体位置規制部
２４…不動体位置規制部
２５…基準部
６…取付機器
６Ｒ…回転体、 ６Ｓ…不動体
６３、６４、６５…適合する形態（構造）
７…受け側機器
７Ｒ…回転体、 ７Ｓ…不動体
７３、７４、７５…適合する形態（構造）
１０…取付治具セット
９０…取付機器付き受け側機器
DESCRIPTION OF SYMBOLS 1 ... Mounting apparatus angle position adjustment jig 13 ... Rotating body position control part 14 ... Non-moving body position control part 15 ... Reference | standard part 2 ... Reception side apparatus angular position adjustment jig 23 ... Rotating body position control part 24 ... Unmoving body position control Part 25 ... Reference part 6 ... Mounting device 6R ... Rotating body, 6S ... Non-moving body 63, 64, 65 ... Applicable form (structure)
7: Receiving device 7R: Rotating body, 7S: Non-moving body 73, 74, 75 ... Applicable form (structure)
10: Mounting jig set 90: Receiving device with mounting device
１０１…取付機器角度位置調整治具
１１３…回転体位置規制部＜検出器の軸用ピン＞
１１４…不動体位置規制部＜板バネ用位置決めピン＞
１１５…基準部
１０２…受け側機器角度位置調整治具
１２３…回転体位置規制部＜回転機の軸のピン用の溝＞
１２４…不動体位置規制部＜検出器設置板のピン用の穴＞
１２５…基準部
１０６…取付機器＜検出器＞
１０６Ｒ…回転体＜ロータ＞、 １０６Ｓ…不動体＜ケーシング＞
１６３…適合する形態＜検出器の軸のピン溝＞
１６４…適合する形態＜検出器の板バネのピン穴＞
１６５…適合する形態
１０７…受け側機器＜回転機＞
１０７Ｒ…回転体＜ロータ＞、 １０７Ｓ…不動体＜ケーシング＞
１７３…適合する形態（回転機の軸のピン）
１７４…適合する形態（回転機の検出器設置板のピン）
１７５…適合する形態
１０１０…取付治具セット
９００…取付機器付き受け側機器（検出器付き回転機）
DESCRIPTION OF SYMBOLS 101 ... Attached apparatus angle position adjustment jig 113 ... Rotating body position control part <pin for detector shaft>
114 ... Non-moving object position restricting portion <Flat spring positioning pin>
115: Reference unit 102 ... Receiving device angular position adjustment jig 123 ... Rotating body position regulating unit <Groove for pin of shaft of rotating machine>
124 ... Non-moving object position restricting portion <Pin hole for detector installation plate>
125 ... reference unit 106 ... attached device <detector>
106R: Rotating body <rotor>, 106S: Non-moving body <casing>
163 ... Applicable form <pin groove of detector shaft>
164 ... Applicable form <Pin hole of leaf spring of detector>
165 ... Applicable form 107 ... Receiving device <Rotating machine>
107R: Rotating body <rotor>, 107S: Non-moving body <casing>
173 ... Applicable form (pin of rotating machine shaft)
174 ... Applicable form (pin of detector installation plate of rotating machine)
175 ... Applicable form 1010 ... Mounting jig set 900 ... Receiving device with mounting device (rotating machine with detector)
Claims (8)
ことを特徴とする、取付治具セット。 An attachment jig set used when attaching an attachment device having a rotating body and a non-moving body to a receiving device having the rotating body and the non-moving body, the set being an angular position adjustment for the attachment device used for the attachment device. And a receiving device angular position adjustment jig used for the receiving device, the rotating device position restricting portion and the non-moving body in the mounting device angular position adjustment jig and the receiving device angular position adjustment jig, respectively. A mounting jig comprising a position restricting part and a reference part, wherein the rotating body position restricting part, the non-moving object position restricting part, and the reference part of each jig are formed in a mutually compatible form. set.
The manufacturing method of the receiving side apparatus with an attachment apparatus performed using the attachment jig set in any one of Claims 1 thru | or 4.
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| JP2014023098A JP6212690B2 (en) | 2014-02-10 | 2014-02-10 | Mounting jig set, mounting device angular position adjustment jig, receiving device angular position adjustment jig, mounting method of mounting device to receiving device, and receiving device with mounting device |
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| JPH07170696A (en) * | 1993-12-13 | 1995-07-04 | Nikon Corp | Servomotor with encoder |
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