JP3225048U - Coreless coil generator - Google Patents

Coreless coil generator Download PDF

Info

Publication number
JP3225048U
JP3225048U JP2019004380U JP2019004380U JP3225048U JP 3225048 U JP3225048 U JP 3225048U JP 2019004380 U JP2019004380 U JP 2019004380U JP 2019004380 U JP2019004380 U JP 2019004380U JP 3225048 U JP3225048 U JP 3225048U
Authority
JP
Japan
Prior art keywords
wiring
rotating plate
magnets
coreless
coreless coil
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 - Fee Related
Application number
JP2019004380U
Other languages
Japanese (ja)
Inventor
利長 金子
利長 金子
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.)
Individual
Original Assignee
Individual
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 Individual filed Critical Individual
Priority to JP2019004380U priority Critical patent/JP3225048U/en
Application granted granted Critical
Publication of JP3225048U publication Critical patent/JP3225048U/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

Links

Images

Landscapes

  • Permanent Magnet Type Synchronous Machine (AREA)
  • Dc Machiner (AREA)

Abstract

【課題】コアレスコイル発電機を提供する。【解決手段】互いに対向する一対の角板形状の外枠と互いに対向する面に配置の複数磁石と磁石の互いに対向する間に回転自在に配置された回転板と回転板において磁石に対向に円周方向に配置の複数のコアレスコイルと回転板が外力によって起電され、コアレスコイルから流れる電流の配線のコンデンサーとを備え、外枠は、磁気誘導性の素材で角板形状の中心に回転軸の入る孔があり磁石は、その孔の円周方向に複数の磁石が交互に極を変えて固定、対向する磁石は吸引する様に配置し、回転板は無磁性体の素材で円板形状に形成され、回転軸に固定され、絶縁導線が扇形に、交互に巻かれ回転板の複数の凹みに固定し、配線を一方の回転軸の中を通し一方の接点に接続し、他方配線も回転軸の中を通して他方接点に接続、接点より延びる配線を設け、コンデンサーは、4個接点より延びる配線に直列に取付け、電流の位相を225°進める。【選択図】図1A coreless coil generator is provided. A rotating plate rotatably disposed between a pair of square plate-shaped outer frames facing each other and a plurality of magnets disposed on surfaces facing each other and rotatably between the magnets facing each other. A plurality of coreless coils arranged in the circumferential direction and a rotating plate are generated by external force, and a capacitor for wiring of current flowing from the coreless coil is provided. The magnet has a hole in which a plurality of magnets alternately change the poles in the circumferential direction of the hole and is fixed.The opposing magnet is arranged to be attracted, and the rotating plate is made of a non-magnetic material and has a disk shape Formed on the rotating shaft, the insulated conductors are wound alternately in a fan shape and fixed in a plurality of recesses of the rotating plate, the wiring is passed through one rotating shaft and connected to one contact, and the other wiring is also Connected to the other contact through the rotating shaft, extending from the contact Wiring provided, condenser, mounted in series to the wiring extending from the four contacts, advancing the phase of the current 225 °. [Selection diagram] Fig. 1

Description

発電に関する。  Regarding power generation.

背景の技術Background technology

現在の発電機は、電流を使用すると回転が重くなり発電の効率が低下している。  Current generators use electric current to rotate heavily, resulting in reduced power generation efficiency.

文献1Reference 1

登録実用新案公報第3220511  Registered Utility Model Publication No. 3220511

磁石の磁力で発電する時、コイルの磁力が強くなると、回転の負荷が多くなりエネルギーを浪費している、これを減らす事が目的であり部品なども減らす為  When power is generated by the magnetic force of a magnet, if the magnetic force of the coil increases, the load of rotation increases and energy is wasted. The purpose is to reduce this, and to reduce the number of parts

互いに対向する一対の角板形状の外枠と、外枠の互いに対向する面に配置された複数の磁石と、磁石の互いに対向する間に回転自在に配置された回転板と、回転板において磁石に対向する様に円周方向に配置された複数のコアレスコイルと、回転板が外力によって回される事で起電され、コアレスコイルから流れる電流の配線は付く複数のコンデンサーと、を、備え、
外枠は、磁気誘導性を有する素材で、角板形状の中心に回転軸の入る孔があり磁石は、その孔の円周方向に複数の磁石が交互に極を変えて固定され、対向する磁石は、吸引する様に配置し
回転板は、無磁性体の素材で、円板形状に形成され、複数のコアレスコイルの入る凹みがあり、回転軸に固定され
コアレスコイルは、絶縁された導線が扇形に、右巻き左巻きと、交互に巻かれ回転板の複数の凹みにコアレスコイルを固定し、配線を一方の回転軸の中を通し一方の接点に接続し、他方の配線も回転軸の中を通して他方の接点に接続、接点より延びる配線を設け、コンデンサーは、起電する電流の波形が180°置きにN・S・N・S・と連続して流れる交流に、1個付けると90°進み2個以上は45°ずつしか進まない為コンデンサーを4個接点より延びる配線に直列に取付け、電流の位相を225°進めるコアレスコイル発電機。
A pair of square plate-shaped outer frames facing each other, a plurality of magnets arranged on mutually facing surfaces of the outer frame, a rotating plate rotatably arranged between the magnets facing each other, and a magnet in the rotating plate A plurality of coreless coils arranged in the circumferential direction so as to be opposed to each other, and a plurality of capacitors to which a rotating plate is turned by an external force to generate an electric current and to which a current flowing from the coreless coil is attached,
The outer frame is made of a material having magnetic conductivity, and has a hole in which the rotation axis enters at the center of the square plate shape, and the magnets are fixed by alternately changing the poles in the circumferential direction of the hole with a plurality of magnets facing each other. The magnet is arranged so as to be attracted, and the rotating plate is made of a non-magnetic material and formed in a disk shape, has a recess for receiving multiple coreless coils, is fixed to the rotating shaft, and the coreless coil is an insulated conductor. Are wound in a fan shape, right-handed left-handed, and alternately wound.A coreless coil is fixed in a plurality of dents of the rotating plate, the wiring is passed through one rotating shaft and connected to one contact, and the other wiring is also connected to the rotating shaft. The wiring is connected to the other contact through the inside, and a wiring extending from the contact is provided. The capacitor becomes 90% when one is attached to the alternating current in which the waveform of the current to be generated continuously flows with N.S.N.S. every 180 degrees. Advance 2 ° or more, only 4 ° Attached in series to the wiring extending from the contact point, the phase of the current 225 ° advances coreless coil generator.

交互に異極が複数対向する間を、回転方向へ回るコアレスコイルの両端が異極を通過し両側の磁束を同時に切って起電されて出る電流にコンデンサーを取付けて電流の位相を進ませる為、コンデンサーで225°進めるのに、4個のコンデンサーが必要となる。  In order to advance the phase of the current by attaching a capacitor to the current that is generated when both ends of the coreless coil that rotates in the rotation direction pass through the different poles and simultaneously cut off the magnetic flux on both sides while multiple different poles oppose each other In order to advance 225 ° with a condenser, four condensers are required.

位相をずらす事ができれば、コアレスコイルで起電する電流の位相を180°進める為、コンデンサーを3個付けコアレスコイルが回転方向N極に進むと、コアレスコイルの一方の面が、S磁力となりN極に吸引されS極に反発となる、他方の面は、その逆となる、これに力卒を良くする為コンデンサーを4個にして直列に接点より延びる配線に取付け電流の位相を225°進めると空回転と同じ回転となる。  If the phase can be shifted, the phase of the current generated by the coreless coil will be advanced by 180 °. If three capacitors are attached and the coreless coil advances in the north direction in the rotation direction, one surface of the coreless coil becomes S magnetic force and becomes N magnetic. The other surface which is attracted to the pole and repels the south pole, the opposite is the other way around. To improve brute force, four capacitors are attached to the wiring extending from the contact in series and the phase of the current is advanced by 225 °. And the same rotation as the idle rotation.

交互に異極の磁石が複数対向する間を、コアレスコイルの付く回転板を配置して、出る電流をショートさせた状態で回転させると、空回転の回転が36回転する時、3回転しか回りません、この出る電流にコンデンサーを接点より延びる配線に4個を直列に接続し、回転させると36回転となり電流量も変わりません、225°電流の位相を進めると軽く回る。  A rotating plate with a coreless coil is placed between a plurality of magnets of different polarity alternately, and when the rotating current is short-circuited, when the idle rotation rotates 36 times, only 3 turns In addition, four capacitors are connected in series to the wiring extending from the contact point to this outgoing current, and when it is rotated, it becomes 36 rotations, the current amount does not change, and when the phase of the 225 ° current is advanced, it turns slightly.

Figure 0003225048
Figure 0003225048

本体側面図  Body side view 回転板  Rotating plate

互いに対向する一対の角板形状の外枠1と、外枠1の互いに対向する面に配置された複数の磁石2と、磁石2の互いに対向する間に回転自在に配置された回転板3と、回転板3において磁石2に対向する様に円周方向に配置された複数のコアレスコイル4と、回転板3が外力によって回される事で起電されコアレスコイル4から流れる電流の配線に付く複数のコンデンサー5と、を、備え、
外枠1は、磁気誘導性を有する素材で、角板形状の中心に回転軸の入る孔があり、その孔の円周方向に複数の磁石が交互に極を変えて固定され、対向する磁石2は、吸引する様に配置し
回転板3は、無磁性体の素材で、円板形状に形成され、複数のコアレスコイル4の入る凹みが複数あり回転軸7、に固定され、
コアレスコイル4は、絶縁された導線が扇形に右巻き左巻きと交互に巻かれ、回転板3の複数の凹みに、コアレスコイル4を固定し、配線を一方の回転軸7の中を通して一方の接点に、接続して、他方の配線も回転軸7の中を通して、他方の接点に接続、接点より延びる配線を設け、コンデンサー5は、起電する電流の波形が180°置きにN・S・N・S・と連続して流れる交流に、1個付けると90°進み2個以上は45°ずつしか進まない為コンデンサー5を4個接点8より延びる配線に直列に取付け、電流の位相を225°進めるコアレスコイル発電機。
A pair of square plate-shaped outer frames 1 facing each other, a plurality of magnets 2 arranged on surfaces of the outer frame 1 facing each other, and a rotating plate 3 rotatably arranged between the magnets 2 facing each other; A plurality of coreless coils 4 arranged in the circumferential direction so as to face the magnets 2 on the rotating plate 3, and a current flowing from the coreless coil 4 when the rotating plate 3 is rotated by an external force is attached to wiring. And a plurality of condensers 5,
The outer frame 1 is made of a magnetically inductive material, and has a square plate-shaped center having a hole into which a rotation axis is inserted, and a plurality of magnets are alternately fixed in the circumferential direction of the hole by alternately changing the poles. 2 is arranged so as to be attracted, and the rotating plate 3 is made of a non-magnetic material and is formed in a disk shape, and has a plurality of recesses into which a plurality of coreless coils 4 enter, and is fixed to a rotating shaft 7,
The coreless coil 4 has an insulated conducting wire wound alternately in a fan shape in a right-handed and left-handed manner. The coreless coil 4 is fixed to a plurality of recesses of the rotating plate 3. And the other wiring is connected to the other contact through the rotary shaft 7 and provided with a wiring extending from the contact. The capacitor 5 has a N.S.N.・ If one is added to the alternating current that flows continuously with S., it leads 90 ° and two or more leads only 45 °, so four capacitors 5 are attached in series to the wiring extending from the contact 8 and the phase of the current is 225 ° Coreless coil generator to advance.

交互に異極が複数対向する間を、コアレスコイル4の両端が、回転方向へ異極を通過し両方の磁束を同時に切って、起電する電流にコンデンサー5を取付けて電流の位相を進ませる為、コンデンサー5で225°進めるのに4個のコンデンサー5が必要となる。  While a plurality of different poles alternately face each other, both ends of the coreless coil 4 pass through the different poles in the rotating direction and simultaneously cut off both magnetic fluxes, and attach a capacitor 5 to the generated current to advance the current phase. Therefore, four condensers 5 are needed to advance 225 ° by the condenser 5.

位相を、ずらす事ができれば、コアレスコイル4で起電する電流の位相を、180°進める為コンデンサー5を3個付けコアレスコイル4が進行方向のN極2、右に進むとコアレスコイル4の一方側の面がS磁力となりN極2、右に吸引されてS極2、左に反発する、他方側は逆になる、力卒を高上させる為、コンデンサー5を4個取付けて225°位相を進める  If the phase can be shifted, three capacitors 5 are attached to advance the phase of the current generated by the coreless coil 4 by 180 °, and the coreless coil 4 moves to the N pole 2 in the traveling direction. The surface on the side becomes S magnetic force, N pole 2, attracted to the right and S pole 2, rebounds to the left, the other side is reversed, four capacitors 5 are attached to raise the power, 225 ° phase Advance

回転板3の両側に中継リングを設け接点にしても良い。  Relay rings may be provided on both sides of the rotating plate 3 to serve as contacts.

コンデンサー5を4個直列に登録第3220511に取付けると、回転が尚軽く回る。  If four condensers 5 are attached in series to 3220511, the rotation is still light.

1 外枠
2 磁石
3 回転板
4 コアレスコイル
5 コンデンサー (4個)
6 プーリー
7 回転軸 (一方側と他方側)
8 接点 (一方側と他方側)
1 outer frame 2 magnet 3 rotating plate 4 coreless coil 5 condenser (4 pieces)
6 Pulley 7 Rotary shaft (one side and the other side)
8 contacts (one side and the other side)

Claims (1)

互いに対向する一対の角板形状の外枠と、外枠の互いに対向する面に配置された複数の磁石と、磁石の互いに対向する間に回転自在に配置された回転板と、回転板において磁石に対向する様に円周方向に配置された複数のコアレスコイルと、回転板が外力によって回される事で起電され、コアレスコイルから流れる電流の配線に付く複数のコンデンサーと、を、備え、
外枠は、磁気誘導性を有する素材で、角板形状の中心に回転軸の入る孔があり磁石は、その孔の円周方向に複数の磁石が交互に極を変えて固定され、対向する磁石は、吸引する様に配置し、
回転板は、無磁性体の素材で、円板形状に形成され、複数のコアレスコイルの入る凹みがあり、回転軸に固定され
コアレスコイルは、絶縁された導線が扇形に、右巻き左巻きと、交互に巻かれ回転板の複数の凹みにコアレスコイルを固定し、配線を一方の回転軸の中を通し一方の接点に接続し、他方の配線も回転軸の中を通して他方の接点に接続、接点より延びる配線を設け、コンデンサーは、起電する電流の波形が180°置きにN・S・N・S・と連続して流れる交流に、1個付けると90°進み2個以上は45°ずつしか進まない為コンデンサーを4個接点より延びる配線に直列に取付け、電流の位相を225°進めるコアレスコイル発電機。
A pair of square plate-shaped outer frames facing each other, a plurality of magnets arranged on mutually facing surfaces of the outer frame, a rotating plate rotatably arranged between the magnets facing each other, and a magnet in the rotating plate A plurality of coreless coils arranged in the circumferential direction so as to be opposed to each other, and a plurality of capacitors attached to the wiring of current flowing from the coreless coil, which is generated when the rotating plate is turned by an external force,
The outer frame is made of a material having magnetic conductivity, and has a hole in which the rotation axis enters at the center of the square plate shape, and the magnets are fixed by alternately changing the poles in the circumferential direction of the hole with a plurality of magnets facing each other. The magnet is arranged to attract,
The rotating plate is made of a non-magnetic material and is formed in a disc shape, has a recess for receiving a plurality of coreless coils, and is fixed to the rotating shaft.The coreless coil has a fan-shaped insulated conductor, a right-handed left-handed winding, The coreless coil is fixed in a plurality of recesses of the rotating plate alternately wound, and the wiring is connected to one contact through one rotating shaft, and the other wiring is connected to the other contact through the rotating shaft. Extending wiring is provided, and the capacitor is 90 ° when one is attached to the alternating current in which the waveform of the generated current flows continuously every 180 ° with N, NS, S. A coreless coil generator that attaches a capacitor in series to the wiring extending from the four contacts to advance the current phase and advances the current phase by 225 °.
JP2019004380U 2019-11-01 2019-11-01 Coreless coil generator Expired - Fee Related JP3225048U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP2019004380U JP3225048U (en) 2019-11-01 2019-11-01 Coreless coil generator

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP2019004380U JP3225048U (en) 2019-11-01 2019-11-01 Coreless coil generator

Publications (1)

Publication Number Publication Date
JP3225048U true JP3225048U (en) 2020-02-06

Family

ID=69232996

Family Applications (1)

Application Number Title Priority Date Filing Date
JP2019004380U Expired - Fee Related JP3225048U (en) 2019-11-01 2019-11-01 Coreless coil generator

Country Status (1)

Country Link
JP (1) JP3225048U (en)

Similar Documents

Publication Publication Date Title
JP5328352B2 (en) Single pole motor generator
US8638016B2 (en) Electromagnetic structure having a core element that extends magnetic coupling around opposing surfaces of a circular magnetic structure
CN104578634B (en) A kind of iron-core-free double air gaps axial flux permanent magnet wind-driven generator
US20180269758A1 (en) Permanent magnet applying motor
CN204258453U (en) A kind of stator and accordingly brshless DC motor and three-phase switch reluctance machine
CN203278585U (en) Halbach parallel rotor hybrid excitation synchronous motor
JP3225048U (en) Coreless coil generator
RU2524144C2 (en) Single-phase electrical machine
US20150145260A1 (en) Induction generator
CN206364681U (en) A kind of electronic commutation brush DC motors
CN205195521U (en) Permanent magnet synchronous motor rotor and motor
CN204991340U (en) Multipolar segmentation magnetizer of annular bonding neodymium iron boron magnetism body
CN210983956U (en) Rotating cage type electromagnetic experiment demonstration device
JP2018108007A (en) Generator decreasing magnetic force resistance
JP3216355U (en) Power generator
KR20170058627A (en) Electric motor
RU2316881C2 (en) Electric motor based on constant magnets
JP3220511U (en) Low voltage generator
JP3224859U (en) Low voltage generator
JP2019216530A (en) Permanent magnet generator
CN103532327A (en) Brushless three-phase AC (alternating current) generator
JP2014057502A (en) Power generating device suppressing cogging force
JP2019216531A (en) Cylindrical permanent magnet generator
US20050242673A1 (en) Earth's magnetic lines of force motor/generator
JP2011004576A (en) Generator

Legal Events

Date Code Title Description
R150 Certificate of patent or registration of utility model

Ref document number: 3225048

Country of ref document: JP

Free format text: JAPANESE INTERMEDIATE CODE: R150

LAPS Cancellation because of no payment of annual fees