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JP2019080483A - Combination motor using noncontact power supply (contactless power supply) and arbitrary power supply - Google Patents

Combination motor using noncontact power supply (contactless power supply) and arbitrary power supply Download PDF

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JP2019080483A
JP2019080483A JP2017215955A JP2017215955A JP2019080483A JP 2019080483 A JP2019080483 A JP 2019080483A JP 2017215955 A JP2017215955 A JP 2017215955A JP 2017215955 A JP2017215955 A JP 2017215955A JP 2019080483 A JP2019080483 A JP 2019080483A
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power supply
motor
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嘉幸 小林
Yoshiyuki Kobayashi
嘉幸 小林
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Abstract

To impart high speed rotation for a load by combination of a motor supplied with power by noncontact power supply and an arbitrary power supply, even if the number of revolutions of a revolving shaft of the motor is insufficient for the load, and sufficient rotation cannot be imparted.SOLUTION: By combination of a motor 2 supplied with power by noncontact power supply (contactless power supply) and a motor 5 supplied with power by an arbitrary power supply, not only the rotation is obtained by a motor supplied with power from the arbitrary power supply, but also obtained by rotating a motor body supplied with power by noncontact power supply from the arbitrary power supply, and since the number of revolutions of a revolving shaft for connection with the load is the multiplier of the number of revolutions of the revolving shaft of the motor supplied with power from the arbitrary power supply, and the number of revolutions of the revolving shaft of the motor supplied with power by noncontact power supply, high-speed rotation can be imparted to the load compared with a case where only the motor supplied with power from the arbitrary power supply is used, or only the motor supplied power by noncontact power supply is used.SELECTED DRAWING: Figure 1

Description

本発明は、非接触給電（無接点電源）により給電されるモーターと任意の電源により給電されるモーターの組合せによって負荷に対して高速回転を与えるための、非接触給電（無接点電源）と任意の電源を用いた組合せモーターに関するものである。  The present invention is a contactless power supply (contactless power supply) and an optional for providing a high speed rotation to a load by a combination of a motor supplied by a contactless power supply (contactless power supply) and a motor supplied with an arbitrary power supply. The present invention relates to a combination motor using a power supply of

解決しようとする問題点は、モーターによって回転を与えようとする負荷に対して、モーターの回転軸の回転数が足りず、十分な回転を与えられない場合の問題を解決する点にある。  The problem to be solved is to solve the problem in the case where the rotational speed of the rotation shaft of the motor is insufficient for the load to which rotation is to be given by the motor, and the sufficient rotation can not be given.

本発明は、モーターによって回転を与えようとする負荷に対して、モーターの回転数が足りず、十分な回転を与えられない場合の問題を解決するため、非接触給電（無接点電源）により給電されるモーター本体を他の任意の電源で給電されるモーターで回転させ、負荷に対して高速回転を与えることを最も主要な特徴とする。  The present invention solves the problem in the case where the motor is not sufficient in rotational speed and can not be sufficiently rotated with respect to the load to be rotated by the motor. The main feature of the motor is to rotate the motor main body with a motor powered by any other power source and to provide high speed rotation to the load.

本発明の非接触給電（無接点電源）と任意の電源を用いた組合せモーターは、任意の電源により給電されるモーターによって得られる回転だけでなく、非接触給電（無接点電源）により給電されるモーター本体を任意の電源により給電されるモーターによって回転させることにより、負荷に接続される回転軸の回転数は任意の電源により給電されるモーターの回転軸の回転数と非接触給電（無接点電源）により給電されるモーターの回転軸の回転数の乗数となることから、任意の電源により給電されるモーターのみ、もしくは非接触給電（無接点電源）により給電されるモーターのみを用いた場合に比べ負荷に対して高速回転を与えることが可能になるという利点がある。  The combination motor using the non-contact power supply (contactless power supply) of the present invention and an arbitrary power supply is supplied not only by the rotation obtained by the motor supplied by any power supply but also by non-contact power supply (contactless power supply) By rotating the motor body by the motor powered by any power supply, the rotation speed of the rotating shaft connected to the load is the rotation speed of the rotation shaft of the motor powered by any power supply and non-contact power supply (contactless power supply Because it is a multiplier of the number of rotations of the rotating shaft of the motor fed by), compared to the case of using only the motor fed by any power source or only the motor fed by non-contact power feeding (non-contact power source) There is an advantage that it is possible to give high speed rotation to the load.

本発明装置の１実施例の側面図であって、１は非接触給電（無接点電源）により給電されるモーターの回転軸、２は非接触給電（無接点電源）により給電されるモーター、３は非接触給電（無接点電源）の受電側、４は非接触給電（無接点電源）の給電側、５は任意の電源により給電されるモーターである。FIG. 1 is a side view of an embodiment of the device according to the present invention, wherein 1 is a rotary shaft of a motor supplied by non-contact power supply (contactless power supply), 2 is a motor supplied with noncontact power supply (contactless power supply), 3 Is a power receiving side of non-contact power feeding (non-contact power source), 4 is a power feeding side of non-contact power feeding (non-contact power source), and 5 is a motor powered by any power source.

本発明装置の１実施例の正面図であって、１は非接触給電（無接点電源）により給電されるモーターの回転軸、２は非接触給電（無接点電源）により給電されるモーター、５は任意の電源により給電されるモーターである。FIG. 1 is a front view of an embodiment of the device according to the present invention, wherein 1 is a rotary shaft of a motor fed by non-contact power feeding (non-contact power supply), 2 is a motor fed by non-contact power feeding (non-contact power supply) Is a motor powered by any power source.

本発明装置の１実施例の側面図であって、１は非接触給電（無接点電源）により給電されるモーターの回転軸、２は非接触給電（無接点電源）により給電されるモーター、３は非接触給電（無接点電源）の受電側、４は非接触給電（無接点電源）の給電側、５は任意の電源により給電されるモーターの回転軸、６は任意の電源により給電されるモーターである。FIG. 1 is a side view of an embodiment of the device according to the present invention, wherein 1 is a rotary shaft of a motor supplied by non-contact power supply (contactless power supply), 2 is a motor supplied with noncontact power supply (contactless power supply), 3 Is the power receiving side of non-contact power supply (non-contact power supply), 4 is the power supply side of non-contact power supply (non-contact power supply), 5 is the rotary shaft of the motor supplied by any power supply, 6 is supplied by any power supply It is a motor.

本発明装置の１実施例の正面図であって、１は非接触給電（無接点電源）により給電されるモーターの回転軸、２は非接触給電（無接点電源）により給電されるモーター、３は非接触給電（無接点電源）の受電側である。FIG. 1 is a front view of an embodiment of the device according to the present invention, wherein 1 is a rotary shaft of a motor fed by non-contact power feeding (contactless power supply), 2 is a motor fed by noncontact power feeding (contactless power supply), 3 Is the power receiving side of non-contact power feeding (non-contact power source).

本発明装置の１実施例の側面図であって、１は非接触給電（無接点電源）により給電されるモーターの回転軸、２は非接触給電（無接点電源）により給電されるモーター、３は非接触給電（無接点電源）の受電側、４は非接触給電（無接点電源）の給電側、５は任意の電源により給電されるモーターの回転軸、６は任意の電源により給電されるモーター、７ａは８に接続されるファイナルギヤ、７ｂは５に接続されるギヤ、８はファイナルギヤの回転軸である。FIG. 1 is a side view of an embodiment of the device according to the present invention, wherein 1 is a rotary shaft of a motor supplied by non-contact power supply (contactless power supply), 2 is a motor supplied with noncontact power supply (contactless power supply), 3 Is the power receiving side of non-contact power supply (non-contact power supply), 4 is the power supply side of non-contact power supply (non-contact power supply), 5 is the rotary shaft of the motor supplied by any power supply, 6 is supplied by any power supply A motor 7a is a final gear connected to 8, a gear 7b is a gear connected to 5, and 8 is a rotation shaft of the final gear.

本発明装置の１実施例の正面図であって、１は非接触給電（無接点電源）により給電されるモーターの回転軸、２は非接触給電（無接点電源）により給電されるモーター、３は非接触給電（無接点電源）の受電側、５は任意の電源により給電されるモーターの回転軸、６は任意の電源により給電されるモーター、７ｂは５に接続されるギヤである。FIG. 1 is a front view of an embodiment of the device according to the present invention, wherein 1 is a rotary shaft of a motor fed by non-contact power feeding (contactless power supply), 2 is a motor fed by noncontact power feeding (contactless power supply), 3 Is a power receiving side of non-contact power feeding (non-contact power source), 5 is a rotating shaft of a motor fed with any power source, 6 is a motor fed with any power source, 7 b is a gear connected to 5.

本発明装置の１実施例の側面図であって、１は非接触給電（無接点電源）により給電されるモーターの回転軸、２は非接触給電（無接点電源）により給電されるモーター、３は非接触給電（無接点電源）の受電側、４は非接触給電（無接点電源）の給電側、５は任意の電源により給電されるモーターの回転軸、６は任意の電源により給電されるモーター、７ａは８に接続されるファイナルプーリー、７ｂは５に接続されるプーリー、８はファイナルプーリーの回転軸、９はプーリーを回転させるためのベルトである。FIG. 1 is a side view of an embodiment of the device according to the present invention, wherein 1 is a rotary shaft of a motor supplied by non-contact power supply (contactless power supply), 2 is a motor supplied with noncontact power supply (contactless power supply), 3 Is the power receiving side of non-contact power supply (non-contact power supply), 4 is the power supply side of non-contact power supply (non-contact power supply), 5 is the rotary shaft of the motor supplied by any power supply, 6 is supplied by any power supply A motor 7a is a final pulley connected to 8, a pulley 7b is connected to 5 a pulley, 8 is a rotation shaft of the final pulley, and 9 is a belt for rotating the pulley.

本発明装置の１実施例の正面図であって、１は非接触給電（無接点電源）により給電されるモーターの回転軸、２は非接触給電（無接点電源）により給電されるモーター、３は非接触給電（無接点電源）の受電側、５は任意の電源により給電されるモーターの回転軸、７ｂは５に接続されるプーリー、９はプーリーを回転させるためのベルトである。FIG. 1 is a front view of an embodiment of the device according to the present invention, wherein 1 is a rotary shaft of a motor fed by non-contact power feeding (contactless power supply), 2 is a motor fed by noncontact power feeding (contactless power supply), 3 Is a power receiving side of non-contact power feeding (non-contact power source), 5 is a rotating shaft of a motor fed with any power source, 7b is a pulley connected to 5 and 9 is a belt for rotating the pulley.

非接触給電（無接点電源）により給電されるモーターによって得られる回転に、任意の電源により給電されるモーターによって得られる回転を乗せる（追加する）ことで、より高速な回転を実現するという目的を、最小の部品点数で、モーターおよび非接触給電（無接点電源）が備える機能を損なわずに実現した。  The purpose is to achieve higher-speed rotation by adding (to) the rotation obtained by a motor supplied by any power supply to the rotation obtained by a motor supplied by contactless power supply (contactless power supply). The minimum number of parts was realized without losing the functions of the motor and non-contact power supply (contactless power supply).

図１、図２において、非接触給電（無接点電源）を備え、非接触給電（無接点電源）により給電されるモーターを備え、かつ任意の電源により給電されるモーターとを備え、それぞれのモーターが同一の回転軸線上に配置され、非接触給電（無接点電源）により給電されるモーター本体が任意の電源により給電されるモーターの回転によって回転される構造であり、かつ任意の電源により給電されるモーターの回転軸は中心部が空洞（中空シャフト）であり、非接触給電（無接点電源）により給電されるモーターはこの空洞（中空シャフト）の内側に接して配置され、非接触給電（無接点電源）の給電側と非接触給電（無接点電源）の受電側は接しておらず、非接触給電の受電側は非接触給電（無接点電源）により給電されるモーターに固定される構造とする。  In FIG. 1 and FIG. 2, each motor is provided with a non-contact power supply (contactless power supply), a motor supplied with non-contact power supply (contactless power supply), and a motor supplied with any power supply. Are arranged on the same rotation axis, and a motor body fed by non-contact power feeding (contactless power source) is rotated by rotation of a motor fed by any power source, and is fed by any power source. The rotation shaft of the motor is hollow at the center (hollow shaft), and the motor powered by non-contact power supply (contactless power supply) is placed in contact with the inside of this hollow (hollow shaft). The power supply side of the contact power supply is not in contact with the power reception side of non-contact power supply (non-contact power supply), and the power reception side of non-contact power supply is fixed to the motor supplied by non-contact power supply (non-contact power supply) And the structure.

図３、図４において、非接触給電（無接点電源）を備え、非接触給電（無接点電源）により給電されるモーターを備え、かつ任意の電源により給電されるモーターとを備え、それぞれのモーターが同一の回転軸線上に配置され、非接触給電（無接点電源）により給電されるモーター本体が任意の電源により給電されるモーターの回転によって回転される構造であり、かつ任意の電源により給電されるモーターの回転軸は非接触給電（無接点電源）の給電側には接しておらず、非接触給電（無接点電源）の受電側の中心点と非接触給電（無接点電源）により給電されるモーターの回転軸に接して配置され、非接触給電（無接点電源）の給電側と非接触給電（無接点電源）の受電側は接しておらず、非接触給電の受電側は非接触給電（無接点電源）により給電されるモーターに固定される構造とする。  In FIG. 3 and FIG. 4, each motor is provided with a non-contact power supply (contactless power supply), a motor supplied with non-contact power supply (contactless power supply), and a motor supplied with any power supply. Are arranged on the same rotation axis, and a motor body fed by non-contact power feeding (contactless power source) is rotated by rotation of a motor fed by any power source, and is fed by any power source. Motor's rotation shaft is not in contact with the non-contact power supply (contactless power supply) power supply side, but is supplied by the non-contact power supply (contactless power supply) center point and noncontact power supply (contactless power supply) Of the non-contact power supply (contactless power supply) and the power receiving side of the non-contact power supply (contactless power supply) are not in contact, and the non-contact power receiving side is noncontact power feeding (Non-contact power supply A structure that is fixed to the motor powered by.

図５、図６において、隣接するギヤに接する複数のギヤを備え、非接触給電（無接点電源）を備え、非接触給電（無接点電源）により給電されるモーターを備え、かつ任意の電源により給電されるモーターとを備え、非接触給電（無接点電源）により給電されるモーター本体が任意の電源により給電されるモーターによって回転する複数のギヤを経由して回転される構造であり、かつファイナルギヤの回転軸は非接触給電（無接点電源）の給電側には接しておらず、非接触給電（無接点電源）の受電側の中心点と非接触給電（無接点電源）により給電されるモーターの回転軸に接して配置され、非接触給電（無接点電源）の給電側と非接触給電（無接点電源）の受電側は接しておらず、非接触給電の受電側は非接触給電（無接点電源）により給電されるモーターに固定される構造とする。  In FIGS. 5 and 6, a plurality of gears in contact with adjacent gears, a non-contact power supply (non-contact power supply), a motor powered by non-contact power supply (non-contact power supply), and any power supply A motor comprising: a motor supplied with power; and a motor main body supplied with non-contact power supply (contactless power supply) is rotated via a plurality of gears rotated by the motor supplied with an arbitrary power supply, and a final The rotating shaft of the gear is not in contact with the non-contact power supply (non-contact power supply) on the power supply side, but is supplied by the non-contact power supply (non-contact power supply) center point and non-contact power supply (non-contact power supply) Non-contact power supply (non-contact power supply) and non-contact power supply (non-contact power supply) power receiving side are not in contact with non-contact power supply (non-contact power supply). Contactless power supply) A structure that is fixed to the motor being electric.

図７、図８において、複数のプーリーを備え、複数のプーリーを回転させるためのベルトを備え、非接触給電（無接点電源）を備え、非接触給電（無接点電源）により給電されるモーターを備え、かつ任意の電源により給電されるモーターとを備え、非接触給電（無接点電源）により給電されるモーター本体が任意の電源により給電されるモーターによって回転する複数のプーリーとベルトの組合せにより回転される構造であり、かつファイナルプーリーの回転軸は非接触給電（無接点電源）の給電側には接しておらず、非接触給電（無接点電源）の受電側の中心点と非接触給電（無接点電源）により給電されるモーターの回転軸に接して配置され、非接触給電（無接点電源）の給電側と非接触給電（無接点電源）の受電側は接しておらず、非接触給電の受電側は非接触給電（無接点電源）により給電されるモーターに固定される構造とする。  In FIGS. 7 and 8, a motor provided with a plurality of pulleys, provided with a belt for rotating the plurality of pulleys, provided with non-contact power supply (non-contact power supply) and supplied with non-contact power supply (non-contact power supply) And a motor powered by an optional power source, wherein the motor body powered by non-contact power (non-contact power source) is rotated by a combination of a plurality of pulleys and belts rotated by a motor powered by an optional power source And the rotary shaft of the final pulley is not in contact with the feed side of the non-contact feed (contactless power supply), and the center point of the non-contact feed (non-contact power supply) receiving side and non-contact feed ( The power supply side of the non-contact power supply (non-contact power supply) and the power receiving side of the non-contact power supply (non-contact power supply) are not in contact with each other. Power receiving side of the contactless power supply is configured to be secured to the motor which is powered by a contactless power supply (contactless power supply).

モーターの回転軸に接続された負荷に対し、任意の電源により給電されるモーターのみ、もしくは非接触給電（無接点電源）により給電されるモーターのみによって得られる回転に比べ高速回転を与えることが出来、かつ簡単な構造でそれを実現できる。  The load connected to the rotation shaft of the motor can be rotated at a speed higher than that obtained by only the motor supplied by any power supply or only by the motor supplied by non-contact power supply (contactless power supply) It can be realized with a simple structure.

図１、図２において、１は非接触給電（無接点電源）により給電されるモーターの回転軸、２は非接触給電（無接点電源）により給電されるモーター、３は非接触給電（無接点電源）の受電側、４は非接触給電（無接点電源）の送電側、５は任意の電源で給電されるモーター（これは中空モーター）である。  1 and 2, 1 is a rotating shaft of a motor supplied by non-contact power supply (contactless power supply), 2 is a motor supplied with non-contact power supply (noncontact power supply), 3 is non-contact power supply (noncontact) The power receiving side of the power source, 4 is a power transmitting side of non-contact power feeding (non-contact power source), and 5 is a motor (hollow motor) fed with any power source.

図３、図４において、１は非接触給電（無接点電源）により給電されるモーターの回転軸、２は非接触給電（無接点電源）により給電されるモーター、３は非接触給電（無接点電源）の受電側、４は非接触給電（無接点電源）の送電側、５は任意の電源で給電されるモーターの回転軸、６は任意の電源で給電されるモーターである。  In FIG. 3 and FIG. 4, 1 is a rotating shaft of a motor supplied by non-contact power supply (non-contact power supply), 2 is a motor supplied by non-contact power supply (non-contact power supply), 3 is non-contact power supply (non-contact power supply) The power receiving side of the power source, 4 is the power transmitting side of non-contact power feeding (non-contact power source), 5 is a rotating shaft of the motor fed with any power source, and 6 is a motor fed with any power source.

図５、図６において、１は非接触給電（無接点電源）により給電されるモーターの回転軸、２は非接触給電（無接点電源）により給電されるモーター、３は非接触給電（無接点電源）の受電側、４は非接触給電（無接点電源）の送電側、５は任意の電源で給電されるモーターの回転軸、６は任意の電源で給電されるモーター、７ａは２および３に接続されるギヤ（ファイナルギヤ）であり、ギヤの中心が１の延長線上に位置し７ｂによって回転されるギヤ、７ｂは５に接続されるギヤであり、５を中心に回転し、７ａに接しており７ａに回転を与えるギヤ、８は７ａの中心に接続され２および３に回転を与える回転軸である。  In FIGS. 5 and 6, 1 is a rotating shaft of a motor supplied by non-contact power supply (non-contact power supply), 2 is a motor supplied with non-contact power supply (non-contact power supply), 3 is non-contact power supply (non-contact power supply) Power supply side of the power supply, 4 is the power transmission side of non-contact power supply (contactless power supply), 5 is the rotary shaft of the motor supplied with any power supply, 6 is the motor supplied with any power supply, 7a is 2 and 3 The gear (final gear) connected to the gear whose center is on the extension of 1 and rotated by 7b, 7b is the gear connected to 5 and rotates around 5 to 7a A gear 8 which is in contact and imparts rotation to 7a, 8 is a rotation shaft connected to the center of 7a and imparting rotation to 2 and 3.

図７、図８において、１は非接触給電（無接点電源）により給電されるモーターの回転軸、２は非接触給電（無接点電源）により給電されるモーター、３は非接触給電（無接点電源）の受電側、４は非接触給電（無接点電源）の送電側、５は任意の電源で給電されるモーターの回転軸、６は任意の電源で給電されるモーター、７ａは２および３に接続されるプーリー（ファイナルプーリー）であり、プーリーの中心が１の延長線上に位置し７ｂと９によって回転されるプーリー、７ｂは５に接続されるプーリーであり、５を中心に回転し９を介して７ａに回転を与えるプーリー、８は７ａの中心に接続され２および３に回転を与える回転軸、９は７ｂから７ａに回転を与えるベルトである。  In FIG. 7 and FIG. 8, 1 is a rotating shaft of a motor supplied by non-contact power supply (non-contact power supply), 2 is a motor supplied by non-contact power supply (non-contact power supply), 3 is non-contact power supply (non-contact power supply) Power supply side of the power supply, 4 is the power transmission side of non-contact power supply (contactless power supply), 5 is the rotary shaft of the motor supplied with any power supply, 6 is the motor supplied with any power supply, 7a is 2 and 3 The pulley is a pulley (final pulley) connected to the center of the pulley located on the extension of 1 and rotated by 7b and 9, 7b is a pulley connected to 5 and rotates around 5 , 8 is a rotational shaft connected to the center of 7a to provide rotation to 2 and 3, and 9 is a belt providing rotation from 7b to 7a.

Claims (1)

モーターによって回転を与えようとする負荷に対して、モーターの回転数が足りず、十分な回転を与えられない場合の問題を解決するための手段として、非接触給電（無接点電源）により給電されるモーター本体を他の任意の電源で給電されるモーターで回転させ、負荷に対して高速回転を与えることを最も主要な特徴とし、この特徴により、負荷に接続される回転軸の回転数は任意の電源により給電されるモーターによってのみ得られる回転、もしくは非接触給電（無接点電源）により給電されるモーターによってのみ得られる回転だけでなく、任意の電源により給電されるモーターの回転軸の回転数と非接触給電（無接点電源）により給電されるモーターの回転軸の回転数の乗数となることから、任意の電源により給電されるモーターのみ、もしくは非接触給電（無接点電源）により給電されるモーターのみを用いた場合に比べ負荷に対して高速回転を与えることが可能になる利点を持つ、非接触給電（無接点電源）と任意の電源を用いた組合せモーター  It is supplied by non-contact power supply (contactless power supply) as a means to solve the problem when the motor is not enough for the number of rotations of the motor and the load for which rotation is to be given by the motor. Main function is to rotate the motor body with a motor powered by any other power source and to provide high-speed rotation to the load, and this feature makes it possible to set the number of rotations of the rotating shaft connected to the load The number of rotations of the rotation shaft of the motor supplied by any power supply, not only the rotation obtained by the motor supplied by the power supply of the motor, or the rotation obtained only by the motor supplied with the contactless power supply (contactless power supply) And a non-contact power supply (contactless power supply), which is a multiplier of the rotational speed of the rotating shaft of the motor. Contactless power supply (contactless power supply) and optional with the advantage that it is possible to provide high-speed rotation to the load compared to using only a motor powered by contactless power supply (contactless power supply) Combination motor using power supply
JP2017215955A 2017-10-21 2017-10-21 Combination motor using noncontact power supply (contactless power supply) and arbitrary power supply Pending JP2019080483A (en)

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