JP3216355U

JP3216355U - Power generator

Info

Publication number: JP3216355U
Application number: JP2018000770U
Authority: JP
Inventors: 利長金子
Original assignee: 利長金子
Priority date: 2018-02-15
Filing date: 2018-02-15
Publication date: 2018-05-31
Anticipated expiration: 2028-02-15

Abstract

【課題】回転の負荷を軽減する、渦巻コイルを付けた発電装置を提供する。【解決手段】鉄枠６に付く、鉄心の固定子５複数と、固定子５に対向する回転板３と、回転板３に固定された複数の磁石４と、磁石４と固定子５が対向する面に、中心があいた円形状に一列に巻かれている渦巻コイル１、２と、を備え、複数の固定子５は、絶縁された導線を交互に右巻左巻され鉄枠６上で円形状に配列し固定され、磁石４の倍の数を配置し、複数の磁石４は、全て同極で固定子５に対向し、渦巻コイル１、２は、円形状に配列された固定子面の内径側から外径側方向に、絶縁された導線を一列に重ならない様に渦巻にして、固定子複数を円形状に覆う大きさにして接着し固めた渦巻コイル１、２を、磁石４と固定子５が対向する複数の両面に取り付けて、固定子コイル５より起電される電流を、渦巻コイル２、に通して回転の負荷を減す。【選択図】図１A power generator with a spiral coil that reduces a load of rotation is provided. SOLUTION: A plurality of iron core stators 5 attached to an iron frame 6, a rotating plate 3 opposed to the stator 5, a plurality of magnets 4 fixed to the rotating plate 3, and a magnet 4 and the stator 5 are opposed to each other. And the spiral coils 1 and 2 wound in a line in a circular shape with a center on the surface to be wound. Arranged and fixed in a circular shape, arranged twice as many as the magnets 4, the plurality of magnets 4 are all facing the stator 5 with the same polarity, and the spiral coils 1 and 2 are arranged in a circular shape. From the inner diameter side of the surface to the outer diameter side, the insulated coils 1 and 2 are spirally wound so that they do not overlap in a row, and a plurality of stator coils 1 and 2 are bonded and hardened to a size that covers a circular shape. 4 and the stator 5 are attached to a plurality of opposite surfaces, and the electric current generated by the stator coil 5 is rotated through the spiral coil 2. Lessen the load. [Selection] Figure 1

Description

考案は、発電に関するThe idea is related to power generation

Background technology

現在の発電機は、電流が使用されると効率が低下する。Current generators are less efficient when current is used.

実願２０１６−０３７６７Actual application 2016-03767

Challenges to solve the idea

磁石の正面に、絶縁された導線を、つづら折やコイルバネにした物を、磁石の正面や側面に配置して負荷を軽減させる装置があるが、それ以上の負荷を軽減が望まれる。There is a device that reduces the load by placing an insulated lead wire that is folded or coiled on the front or side of the magnet on the front or side of the magnet, but it is desirable to reduce the load further.

Means for solving the problem

本考案は、鉄枠に付く鉄心の固定子複数と、その固定子に対向する回転板と、回転板に固定された複数の磁石と、磁石と固定子が対向する面に、中心があいた円形状に一列に巻かれている渦巻コイルと、を備え
複数の固定子は、絶縁された導線を交互に右巻左巻され鉄枠上で円形状に配列し固定され、磁石の倍の数を配置、複数の磁石は全て同極で固定子に対向し。
渦巻コイルは、円形状に配置された固定子面の内径から外径方向に、絶縁された導線を一列に重ならない様に渦巻に巻いて、固定子複数を、円形状に覆う大きさにして接着し固めた渦巻コイルを、磁石と固定子が対向する複数の両面に取り付けて、固定子コイルより起電される電流を、渦巻コイル２、に通して回転の負荷を減らす、渦巻コイルを付けた発電装置。The present invention includes a plurality of core stators attached to an iron frame, a rotating plate facing the stator, a plurality of magnets fixed to the rotating plate, and a circle centered on the surface where the magnet and the stator are opposed. A plurality of stators, each having a spiral coil wound in a line in a shape, are alternately wound to the left and right by winding insulated conductors, arranged in a circular shape on an iron frame, and fixed by a multiple of the number of magnets. Arrangement, all the magnets have the same polarity and face the stator.
The spiral coil is formed by winding a plurality of stators in a circular shape by winding the insulated conductors in a spiral so that they do not overlap in a row from the inner diameter of the stator surface arranged in a circular shape to the outer diameter direction. A spiral coil that has been bonded and hardened is attached to a plurality of surfaces on which the magnet and the stator face each other, and the current generated by the stator coil is passed through the spiral coil 2 to reduce the rotational load. Power generator.

Effect of device

磁石と固定子の対向する正面に、渦巻コイルを固定し、固定子コイルより起電される電流を、渦巻コイルに通して、回転子磁石を回すと軽くなる、電気を全部使用しても、空回転に近い回転となります、又、何も付けない時の倍の回転となり電流量も変りません。Even if the spiral coil is fixed on the front of the magnet and the stator facing each other, the current generated by the stator coil is passed through the spiral coil and the rotor magnet is turned. The rotation is close to the idling rotation, and it is double the rotation when nothing is attached, and the amount of current does not change.

発電装置の側面図Side view of power generator 渦巻コイル１、の正面図Front view of spiral coil 1 渦巻コイル２、の正面図Front view of spiral coil 2

鉄枠６、に付く鉄心の固定子５、複数と、その固定子５、に対向する回転板３、と回転板３、に固定された複数の磁石４と、磁石４、と固定子５、が対向する面に、中心があいた円形状に一列に巻かれている渦巻コイルと、を備え、複数の固定子５、は、絶縁された導線を交互に右巻左巻され、鉄枠６、上で円形状に配列し固定され、磁石４、の倍の数を配置、複数の磁石４は、全て同極で固定子５、に対向し、渦巻コイルは、円形状に配列された固定子５、の内径から外径方向に絶縁された導線を、一列に重ならない様に渦に巻き、固定子５、複数を円形状に覆う大きさにして接着し固めた渦巻コイルを、磁石４、と固定子５、が対向する複数の両面に取り付けて、固定子コイルより起電される電流を、渦巻コイル２、に通して回転の負荷を減らす、渦巻コイル２、や１、を付けた発電装置。A plurality of iron core stators 5 attached to the iron frame 6, a rotating plate 3 facing the stator 5, a plurality of magnets 4 fixed to the rotating plate 3, a magnet 4, and a stator 5; , And a plurality of stators 5 are alternately wound right-handed and left-handed with insulated wires, Arranged and fixed in a circular shape on the top, arranged in a number twice that of the magnet 4, the plurality of magnets 4 all face the stator 5 with the same polarity, and the spiral coil is a stator arranged in a circular shape 5, a conductive wire insulated from the inner diameter to the outer diameter direction is wound in a vortex so that it does not overlap in a row, and the stator 5, a spiral coil that is bonded and hardened to a size that covers a plurality of circles, And the stator 5 are attached to a plurality of opposing surfaces, and a current generated by the stator coil is passed through the spiral coil 2 to cause negative rotation. Reduce, spiral coil 2, and 1, power generator with a.

図１は、固定子５、の面複数に、渦巻コイル２、を固定、対向する磁石４、に渦巻コイル１、を固定、又は、実願２０１６−０３７６７を磁石４、に取り付けても良い。In FIG. 1, the spiral coil 2 may be fixed to a plurality of surfaces of the stator 5, the spiral coil 1 may be fixed to the opposing magnet 4, or the actual application 2006-03767 may be attached to the magnet 4.

図２は、渦巻コイル１、で、巻いたコイルの両線を接続した物で、電流を通さず取り付けます。Figure 2 shows the spiral coil 1, which connects both wires of the wound coil and is installed without passing current.

図３は、渦巻コイル２、で、巻いたコイルの両線を、固定子コイルより起電する電流を、渦巻コイル２、に接続して電流を通す、又は、外部より入電する。FIG. 3 shows a spiral coil 2 in which both wires of the wound coil are connected to the spiral coil 2 through a current that is generated from the stator coil, or the current is passed from the outside.

渦巻コイル２、に通す電流は、並列に配線して電流の調節を、できる様にしても良い。The current passed through the spiral coil 2 may be wired in parallel so that the current can be adjusted.

回転子磁石に、異極を複数付けて発電させる時も固定子５、や、磁石４、に渦巻コイル２、や１を、取り付けても良い。The vortex coils 2 and 1 may be attached to the stator 5 and the magnet 4 even when a plurality of different poles are attached to the rotor magnet for power generation.

１渦巻コイル（巻線を直結）
２渦巻コイル（電流を通す）
３回転板
４磁石
５固定子（鉄心付）
６鉄枠
７回転軸
８配線1 Spiral coil (Direct connection of winding)
2 Spiral coil (passes current)
3 Rotating plate 4 Magnet 5 Stator (with iron core)
6 Iron frame 7 Rotating shaft 8 Wiring

Claims

A row of iron core stators attached to the iron frame, a rotating plate facing the stator, a plurality of magnets fixed to the rotating plate, and a circular shape with a center on the surface where the magnet and the stator face each other A plurality of stators, each having a spiral coil wound around, are insulated by winding the insulated conductors alternately in a right-handed left turn and arranged in a circular shape on an iron frame, and arranged in a multiple of the number of magnets. All of the magnets have the same polarity and face the stator, and the spiral coil spirals from the inner diameter side to the outer diameter side of the stator surface arranged in a circle so that the insulated conductors do not overlap in a row. Then, a spiral coil, which is bonded and hardened to a size that covers a plurality of stators in a circular shape, is attached to a plurality of surfaces on which the magnet and the stator face each other, and a current generated from the stator coil is supplied to the spiral coil 2. , A power generation device with a spiral coil that reduces the rotational load.