JP3220511U

JP3220511U - Low voltage generator

Info

Publication number: JP3220511U
Application number: JP2018004361U
Authority: JP
Inventors: 利長金子
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-10-25
Filing date: 2018-10-25
Publication date: 2019-03-14
Anticipated expiration: 2028-10-25

Abstract

【課題】磁石の磁力に対向して起電するコイルの磁力が強くなり、回転の負荷が増大することによるエネルギーの無駄を減らすことができる低電圧発電機を提供する。
【解決手段】磁石に対向して起電するコイルの磁力を弱める為にコイルを並列に別けて接続し、電圧を下げて電流を多くする。渦巻きコイル１０を磁石２の両面に配置し電流を通して変圧器５に接続する。電圧を下げた入力電流を、変圧器により、コアレスコイル４を直列接続した時の電圧に増圧して使用する。発電機に鉄心がないので初回転が軽く超電導の磁石での発電や、一般の家庭や車にも応用可能である。
【選択図】図１The present invention provides a low-voltage generator capable of reducing energy waste due to an increase in rotational load caused by an increase in the magnetic force of a coil that is opposed to a magnetic force of a magnet.
In order to weaken the magnetic force of a coil that is opposed to a magnet, the coils are connected in parallel and the voltage is lowered to increase the current. The spiral coil 10 is arranged on both sides of the magnet 2 and connected to the transformer 5 through a current. The input current whose voltage has been lowered is increased by a transformer to the voltage when the coreless coil 4 is connected in series. Since the generator does not have an iron core, it can be applied to power generation using a superconducting magnet with a light initial rotation, and to ordinary homes and cars.
[Selection] Figure 1

Description

発電に関する。 Regarding power generation.

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 become heavier when current is used, reducing the efficiency of power generation.

実願２０１８−０００７７０Actual application 2018-000770

Challenges to solve the idea

磁石の磁力と対向する発電する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る。 When the magnetic force of the coil that generates electricity opposite to the magnetic force of the magnet becomes stronger, the load of rotation increases and energy is wasted. The purpose is to reduce this.

Means to solve the problem

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面に取付けられた渦巻きコイルと、渦巻きコイルの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電圧を変える変圧器と、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、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、磁石複数の面に取付けられた渦巻きコイルの一対が両面に配置され、対向する磁石は、吸引する様に配置
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、導体リングの付く円板が、回転板の両側に配置された一対の中継リングを有し、
コアレスコイルは、絶縁された導線が扇形に巻かれ、コアレスコイル個々の線は、起電される電流の流れが同一方向になる様に並列に９Ａと９Ｂに別けて一対の中継リングに、それぞれ接続され、９Ｂの中継リングより伸びる線は、回転軸の中を通り９Ｂ側の接点をへて、変圧器の低圧側の片方に接続し、９Ａの中継リングも回転軸の中を通り、９Ａ側の接点をへて、渦巻きコイルの一方と他方を通して変圧器の低圧側の、もう片方に接続、
変圧器は、入力された電流を、コアレスコイルを、直列に接続した時の電圧に増圧して使用する低電圧発電機。A pair of square plate-shaped outer frames facing each other, a plurality of magnets arranged on the mutually facing surfaces of the outer frame, spiral coils attached to the mutually facing surfaces of the magnets, and rotation between the spiral coils A rotating plate disposed on the rotating plate, a plurality of coreless coils arranged circumferentially so as to face the magnets on the rotating plate, and an electric force generated by rotating the rotating plate by an external force. A transformer for changing the voltage,
The outer frame is a magnetically inductive material that has a hole in the center of the square plate where the rotation shaft enters, and a plurality of magnets are fixed by alternately changing poles in the circumferential direction of the hole. A pair of spiral coils attached to each other is arranged on both sides, and the opposing magnets are arranged so as to attract each other. The rotating plate is made of a non-magnetic material, is formed in a disk shape, and there are recesses into which a plurality of coreless coils enter. A disk with a conductor ring has a pair of relay rings arranged on both sides of the rotating plate;
The coreless coil is formed by winding insulated conductors in a fan shape, and the individual wires of the coreless coil are separated into 9A and 9B in parallel so that the flow of electromotive current is in the same direction. The line extending from the relay ring of 9B passes through the rotating shaft and passes through the contact on the 9B side and is connected to one of the low voltage side of the transformer. The relay ring of 9A also passes through the rotating shaft, Connect to the other side of the low voltage side of the transformer through one and the other of the spiral coil through the side contact,
The transformer is a low-voltage generator that uses the input current by boosting it to the voltage when the coreless coil is connected in series.

低電圧の電流を、渦巻コイルに通さず変圧器に接続して、直列に接続した時の電圧に増圧した電流の両線を接続して回転させると、電流量は減らず１４回転と重くなるが、渦巻コイルに通電すると２０回転となる。 When a low voltage current is connected to a transformer without passing through a spiral coil and connected to both lines of the increased current to the voltage when connected in series, the current amount does not decrease and it is as heavy as 14 rotations. However, when the spiral coil is energized, 20 rotations are required.

Effect of device

コアレスコイルを磁石と磁石の間で回す時電流が少ないと軽く回る為、電圧を下げ磁力を弱くし、尚通電する渦巻きコイルを磁石の両面に配置し、出る電流を変圧器で増圧して使用すると負荷が少ない。 When turning the coreless coil between magnets, if the current is small, it turns lightly, so the voltage is lowered, the magnetic force is weakened, the energized spiral coil is placed on both sides of the magnet, and the current that is output is increased with a transformer Then the load is small.

本体側面図 Body side view 渦巻コイル Spiral coil 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の互いに対向する面に取付けられた渦巻きコイル１０と、渦巻きコイル１０の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から流れる電流の電圧を変える変圧器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、磁石２複数の面に取付けられた渦巻きコイル１０の一対が両面に配置され、対向する磁石２は、吸引する様に配置
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の入る凹みがあり、導体リングの付く円板が、回転板３の両側に配置された一対の中継リング９を有し、
コアレスコイルは、絶縁された導線が扇形に巻かれ、コアレスコイル４、個々の線は、起電される電流の流れが同一方向になる様に並列に９Ａと９Ｂに別けて一対の中継リング９に、それぞれ接続され、９Ｂの中継リング９より伸びる線は、回転軸７の中を通り９Ｂ側の接点８をへて、変圧器５の低圧側の片方に接続し、９Ａの中継リング９も回転軸７の中を通り、９Ａ側の接点８をへて、渦巻きコイル１０の一方と他方を通して変圧器５の低圧側の、もう片方に接続、変圧器５は、入力された電流を、コアレスコイル４を、直列に接続した時の電圧に増圧して使用する低電圧発電機。A pair of opposing square plate-shaped outer frames 1, a plurality of magnets 2 disposed on mutually opposing surfaces of the outer frame 1, a spiral coil 10 attached to the mutually opposing surfaces of the magnet 2, and a spiral coil The rotating plate 3 rotatably disposed between the plurality of coreless coils 4, the plurality of coreless coils 4 disposed in the circumferential direction so as to face the magnet 2 in the rotating plate 3, and the rotating plate 3 being rotated by an external force. And a transformer 5 that changes the voltage of the current flowing from the coreless coil 4.
The outer frame 1 is a magnetically inductive material, and has a hole into which a rotation shaft enters at the center of a square plate shape. A plurality of magnets are fixed by changing their poles alternately in the circumferential direction of the hole. A pair of spiral coils 10 attached to the surface of the coil is disposed on both surfaces, and the opposing magnet 2 is disposed so as to attract. A disk having a recess into which the coil 4 is inserted and having a conductor ring has a pair of relay rings 9 disposed on both sides of the rotating plate 3,
In the coreless coil, insulated conductors are wound in a fan shape, and the coreless coil 4 and the individual wires are separated in parallel into 9A and 9B so that the flow of electromotive current is in the same direction. In addition, a line extending from the relay ring 9 of 9B passes through the rotary shaft 7, passes through the contact 8 on the 9B side, and is connected to one of the low voltage side of the transformer 5, and the relay ring 9 of 9A is also connected. It passes through the rotary shaft 7, passes through the contact 8 on the 9A side, passes through one and the other of the spiral coil 10, and is connected to the other side on the low voltage side of the transformer 5. A low-voltage generator that uses the coil 4 by increasing the voltage to the voltage when it is connected in series.

磁石２の両面に取付く渦巻きコイル１０の線を細くする為、安定した電流を外部より入電する。 In order to thin the spiral coil 10 attached to both sides of the magnet 2, a stable current is applied from the outside.

低電圧で空回転が２０回転すると、電流を渦巻コイル１０を通さず直結すると、１４回転と重いが電流が多い、渦巻コイル１０に電流を通して直結すると、２０回転ですが低電圧の電流である、これを変圧器５を通して増圧した電流を、お互いに接続すると２０回転と回転が軽いが電流が１０％減る、外部より渦巻コイル１０に通電すると、電流が減らず２０回転となる。 If the idle rotation is 20 turns at low voltage, if the current is directly connected without passing through the spiral coil 10, it is heavy as 14 turns, but there is a lot of current. If the current is directly connected to the spiral coil 10, it is 20 turns but the current is low voltage. When the current increased through the transformer 5 is connected to each other, the rotation is 20 rotations and the rotation is light, but the current is reduced by 10%. When the spiral coil 10 is energized from the outside, the current does not decrease and becomes 20 rotations.

対向する両渦巻コイル１０が同じ方向に巻いて配置された時、電流を渦巻コイル１０の内側の線に入力し、外側から対向側の渦巻コイル１０の内側に接続し外側を変圧器５に接続し、異なる時は、内側に入力し外側の線を対向側の外側に接続し、内側の線を変圧器５へ接続しないと、回転数と電流が減る。 When both opposing spiral coils 10 are arranged in the same direction, current is input to the inner line of the spiral coil 10, connected to the inner side of the opposite spiral coil 10 from the outer side, and connected to the transformer 5 on the outer side. However, at different times, if the input is made inside, the outside line is connected to the outside of the opposite side, and the inside line is not connected to the transformer 5, the number of revolutions and current are reduced.

コアレスコイル１０は、一対の磁石２、に対して一個を設けるか、又は、二対の磁石２、に対して一個を設ける。 One coreless coil 10 is provided for the pair of magnets 2 or one coreless coil 10 is provided for the two pairs of magnets 2.

１外枠６プーリー
２磁石７回転軸
３回転板８接点（Ａ側とＢ側）
４コアレスコイル９中継リング（ＡとＢ）
５変圧器１０渦巻きコイル（一方と他方）1 Outer frame 6 Pulley 2 Magnet 7 Rotating shaft 3 Rotating plate 8 Contact (A side and B side)
4 Coreless coil 9 Relay ring (A and B)
5 Transformer 10 Spiral coil (One and the other)

Claims

A pair of square plate-shaped outer frames facing each other, a plurality of magnets arranged on the mutually facing surfaces of the outer frame, spiral coils attached to the mutually facing surfaces of the magnets, and rotation between the spiral coils A rotating plate disposed on the rotating plate, a plurality of coreless coils arranged circumferentially so as to face the magnets on the rotating plate, and an electric force generated by rotating the rotating plate by an external force. A transformer for changing the voltage,
The outer frame is a magnetically inductive material that has a hole in the center of the square plate where the rotation shaft enters, and a plurality of magnets are fixed by alternately changing poles in the circumferential direction of the hole. A pair of spiral coils attached to each other is arranged on both sides, and the opposing magnets are arranged so as to attract each other. The rotating plate is made of a non-magnetic material, is formed in a disk shape, and there are recesses into which a plurality of coreless coils enter. A disk with a conductor ring has a pair of relay rings arranged on both sides of the rotating plate;
The coreless coil is formed by winding insulated conductors in a fan shape, and the individual wires of the coreless coil are separated into 9A and 9B in parallel so that the flow of electromotive current is in the same direction. The line extending from the relay ring of 9B passes through the rotating shaft and passes through the contact on the 9B side and is connected to one of the low voltage side of the transformer. The relay ring of 9A also passes through the rotating shaft, Connect to the other side of the low voltage side of the transformer through one and the other of the spiral coil through the side contact,
The transformer is a low-voltage generator that uses the input current by boosting it to the voltage when the coreless coil is connected in series.