JP3207949U

JP3207949U - Generator

Info

Publication number: JP3207949U
Application number: JP2016003767U
Authority: JP
Inventors: 利長金子
Original assignee: 利長金子
Priority date: 2016-07-15
Filing date: 2016-07-15
Publication date: 2016-12-15
Anticipated expiration: 2026-07-15

Abstract

【課題】負荷を減らし、発電効率を向上できる安価な発電機を提供する。【解決手段】回転子磁石１の両側面に絶縁した導線をコイルバネ状にして置く事や絶縁した導線を磁石の巾より大きくつづら折りにして回転方向に平行に並べ一列に重ならない様にそろえて磁石の正面全体を覆い、両側面に折り曲げて磁石に接着する。つづら折りにした導線を固定子に付けても良い。【選択図】図１An inexpensive generator capable of reducing a load and improving power generation efficiency is provided. The insulated conductor is placed on both sides of the rotor magnet in the form of a coil spring, or the insulated conductor is folded in a manner larger than the width of the magnet and aligned in parallel to the rotational direction so that they do not overlap in a row. Cover the entire front side of the wire, fold it to both sides and bond it to the magnet. A zigzag lead may be attached to the stator. [Selection] Figure 1

Description

回転子の負荷を減らす発電機Generator to reduce rotor load

Background technology

固定子に対向する回転子磁石で起電する発電機A generator that generates electricity with a rotor magnet facing the stator

固定子と回転子磁石の発電はそのままの回転でも負荷があります電流が固定子に流れると空回転の半分の回転となりますこの負荷を減らす事が必要ですThere is a load even when the stator and rotor magnet generate electricity as it is. When the current flows through the stator, it becomes half of the idle rotation. It is necessary to reduce this load.

鉄枠に左巻き右巻きした巻線の付く固定子を円周上に複数個並べた中心に回転軸の入る穴がありそこに回転軸の付いた回転板を配置固定子に対向する磁石は固定子の半分の個数にして全部同極を回転子磁石にしますその磁石の側面右に絶縁した導線をコイルバネに巻いて側面右の回転軸方向の長さまで巻いて側面左に線を伸ばしコイルバネに巻き側面左の回転軸方向の長さまで巻いた線の両端を結び磁石が対向する面より出ない様取付けて回転子磁石として回すと負荷を減らす事が出来る発電機を提供する事が出来ますThere is a hole where the rotating shaft is inserted in the center where a plurality of stators with windings wound left and right on the iron frame are arranged on the circumference. A rotating plate with a rotating shaft is placed there. The magnet facing the stator is fixed. Half the number of the children and make all the same poles into rotor magnets Wrap the insulated wire on the right side of the magnet around the coil spring, wind it to the length in the direction of the rotation axis on the right side of the magnet, extend the wire to the left side and wind it around the coil spring We can provide a generator that can reduce the load by connecting both ends of the wire wound to the length of the rotation axis on the left side of the side so that the magnet does not protrude from the facing surface and turning it as a rotor magnet.

固定子に対向する磁石の正面に細い絶縁した導線をつづら折りに左右に折り曲げる巾を回転方向磁石の巾より大きく折り曲げて線を回転方向に平行になる様に並べ重ならない様一列にそろえ磁石の正面全体を覆い両側面右と左の回転板方向に折り曲げて磁石に接着した回転子磁石を回わす事で負荷が減ります又このつづら折りにした物を固定子に付けても良いFold the width of the thin insulated conductors to the front of the magnet facing the stator and fold it left and right to be larger than the width of the rotating magnet so that the lines are aligned in parallel to the rotating direction. The load is reduced by turning the rotor magnet that covers the whole and bends in the direction of the right and left rotating plates on both sides and adheres to the magnet. You can also attach this folded piece to the stator.

部品も少なく簡単でこの部品を付けるだけで負荷を減らす事が出来ます発電効率をあげる事が第一と思いますThe number of parts is simple and the load can be reduced just by attaching this part.

Form for carrying out the invention

鉄枠（３）に巻線（４）の付いた固定子（２）がありそれに対向する回転子磁石が回り起電する発電機ですこの発電所の回転板（７）に付く磁石（１）の両側面右と左にコイルバネ（５）を置くのに磁石（１）の正面よりはみ出ない様にして絶縁した導線を隙間なく巻いたコイルバネ（５）を側面右の長さ（回転軸方向）まで巻き側面左側に導線を伸し側面左も隙間なく回転軸方向の長さまで巻いた線の両端を結びこれをはずれない様に固定して回転子磁石として回すと負荷が減りますThis is a generator that has a stator (2) with a winding (4) on an iron frame (3), and a rotor magnet facing it. The magnet attached to the rotating plate (7) of this power plant (1) Coil springs (5) are wound on the right and left sides of the wire, and the coil springs (5) wound with a conductive wire insulated so that they do not protrude from the front of the magnet (1) Extend the lead wire to the left side of the winding side, and connect the ends of the wire wound to the length in the direction of the rotation axis without any gaps on the left side of the winding.

更に固定子（１）に対向する回転子磁石に細い絶縁した導線をつづら折り（６）に左右に折り曲げ磁石（１）の回転方向の巾より大きく折り曲げた線を回転方向に平行になる様並べ重ならない様に一列にそろえ固定子（２）に対向する磁石（１）の正面全体を覆い側面右と左の回転板（７）の方向に曲げて磁石（１）に接着する又このつづら折り（６）にした物を固定子（１）に付けても良いFurther, a thin insulated lead wire is folded on the rotor magnet facing the stator (1) and folded to the left and right, and the line bent larger than the width in the rotation direction of the magnet (1) is arranged so as to be parallel to the rotation direction. Align the entire front face of the magnet (1) facing the stator (2) so that it does not become bent, bend in the direction of the right and left rotating plates (7) and adhere to the magnet (1). ) May be attached to the stator (1)

全体図 Overall view 部品の配置図 Component layout

１磁石
２固定子
３鉄枠
４巻線
５コイルバネ
６つづら折り曲げ
７回転板
８回転軸
９磁石の側面右
１０磁石の側面左DESCRIPTION OF SYMBOLS 1 Magnet 2 Stator 3 Iron frame 4 Winding 5 Coil spring 6 Bending 7 Rotating plate 8 Rotating shaft 9 Right side of magnet 10 Left side of magnet

Claims

This is a generator that has a stator with windings on an iron frame, and a rotor magnet facing it that rotates around it. Magnets are used to place insulated coil springs on both sides of the rotating direction of the magnet attached to the rotating plate of this generator. A coil spring with a coiled wire wound around the front side of the magnet without any gaps is wound to the length of the right side of the magnet in the direction of the rotation axis, and the insulated wire is stretched to the left side of the magnet. When the magnet is wound to the length of the left side of the magnet in the direction of the axis of rotation, the ends of the right side coil spring and the left side coil spring are tied together and fixed to the side of the magnet so that they do not come off, and the rotor is loaded, It is a generator characterized by attaching insulated wire coil springs on both sides of the magnet in this way

In addition, the insulated wire is folded in the rotor magnet facing the stator, and the wires bent larger than the width of the magnet in the rotational direction are aligned in parallel so that they are parallel to the rotational direction. This is a generator that covers the entire front of the magnet to be covered, adheres to the bending magnet from the front in the direction of the rotating plate on both sides, and turns the rotor magnet to reduce the load of rotation. good