WO2019077780A1 - Dual power generator - Google Patents
Dual power generator Download PDFInfo
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- WO2019077780A1 WO2019077780A1 PCT/JP2018/014828 JP2018014828W WO2019077780A1 WO 2019077780 A1 WO2019077780 A1 WO 2019077780A1 JP 2018014828 W JP2018014828 W JP 2018014828W WO 2019077780 A1 WO2019077780 A1 WO 2019077780A1
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- WIPO (PCT)
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- rotating body
- pole
- permanent magnets
- armature
- permanent magnet
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02K—DYNAMO-ELECTRIC MACHINES
- H02K16/00—Machines with more than one rotor or stator
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02K—DYNAMO-ELECTRIC MACHINES
- H02K21/00—Synchronous motors having permanent magnets; Synchronous generators having permanent magnets
- H02K21/12—Synchronous motors having permanent magnets; Synchronous generators having permanent magnets with stationary armatures and rotating magnets
- H02K21/24—Synchronous motors having permanent magnets; Synchronous generators having permanent magnets with stationary armatures and rotating magnets with magnets axially facing the armatures, e.g. hub-type cycle dynamos
Definitions
- the generator according to the present invention is a rotatable rotary body in which two or more rod-like permanent magnets are fixed in parallel to the rotation axis in a state of being equally divided into two at an intermediate portion on the rotation axis, an iron core facing in parallel to the rotation axis.
- the armature is fixed at the middle part of the two equally divided permanent magnets,
- the permanent magnet rotating body is rotated by receiving an external force, and the permanent magnet rotating body rotates, causing the coils of the fixed armature arranged on both sides and the middle portion to generate an electric current, which flows in a direction parallel to the rotation axis It is a series excitation generator that generates electricity.
- the conventional generator is mainly of a structure that utilizes the magnetic field and magnetic flux generated around the outer circumference of the rotating outer circle, and has a structure in which a fixed armature or the like is disposed on the outer circumference and the inner rotating body is turned. Is common sense, and we have accumulated ideas for capturing the magnetic flux and magnetic field of the outer circumference of the rotating body, etc., and have reached today.
- the permanent magnets are fixed to the rotary shaft so that the permanent magnets formed by dividing two or more rotatable permanent magnets into two equal parts in parallel are in reverse phase, and the axial extension of the rotary shaft is the permanent magnet rotary member
- the permanent magnet rotary member By arranging a fixed armature in which a coil is wound around an iron core with gaps open on both sides and arranging an armature in which a coil fixed also between intermediate partial permanent magnets is arranged, power generation is performed on the conventional outer circumferential portion It is a duplex generator with better power generation efficiency than that of Problems that the Invention is to Solve
- the fixed armature is not arranged around the outer circle of the permanent magnet rotating body, and one of the two bar magnets fixed to the rotating shaft is the S pole on the opposite side of the N pole,
- the other permanent magnet fixed in parallel along the rotation axis is the one adjacent to the above bar magnet with the S pole next to the reverse N pole and the N pole next to the S pole It is in a state where it is fixed in two equally in the middle part in combination with the pole of.
- the rotating shaft is rotated by the rotational force from the outside between the pair of armature coils of the middle portion, which is one set of both ends fixedly disposed with a gap open in the direction of both sides of the rotating shaft of the permanent magnet rotating body of the above structure.
- the coil fixedly arranged at the position of the spaced-apart intermediate part of the permanent magnet rotating body of the duplex generator may prevent rotation if it is wound around stainless steel which is hard to be magnetized or a rod-like member having excellent heat resistance. I think that the resistance decreases and the power generation effect is comparable. Effect of the invention
- the shapes of the permanent magnet rotating body, armature and coil can be simplified, and an armature can be disposed also in the middle of the permanent magnet rotating body and a gap is provided in a plane. It is uniform in width and superior to conventional generators. The structure is simpler and easier to manufacture than conventional generators. We can provide a generator that can be used in narrow places.
- the basic operation mode etc. is the same as that of the conventional generator, but the direction of the current flowing in the coil of the armature fixed to the extension of the rotation axis is parallel to the rotation axis. It is a dual power generator with excellent power generation efficiency although the flow direction is different.
- the rotary shaft is fixed at the center position, with two rod-like permanent magnets arranged in parallel so that the N and S poles are in reverse phase, divided into two at the middle part and spaced apart.
- the shape of the iron core of the fixed armature at both ends is in the form of a deformable U-shaped electromagnet, in which the permanent magnet rotor is sandwiched from both sides, and the fixed armature at the middle part is a rod shape . Since the excitation from the permanent magnet is captured by plane rotation at the tip of the magnetic pole surface of the rotating body and the iron core of the fixed armature, it can be used for a wind power generator etc. that can easily obtain rotational power even with weak wind Is a dual generator that can be manufactured at relatively low cost, which can also be used to generate electricity in the flow of electricity.
- FIG. 1 is a cross-sectional view of a generator according to a first embodiment, a schematic explanatory view as viewed from the right front, and a schematic armature coil connection diagram.
- the permanent magnet rotating body (6) has the same structure, and one fixed armature coil is provided outside each of the left and right bearing directions of the rod magnet of the same permanent magnet rotating body, and the rod armature coil is fixed at the middle portion.
- the resistance is increased by being sandwiched by the permanent magnet rotating body from both sides, it is suitable to use a stainless steel which is hard to be magnetized or a material having excellent heat resistance because the middle portion of the coil is wound.
- the winding directions of the coils are all parallel to the rotation axis.
- the armature coil 6-1a of a U-shaped iron core fixed to the left and right of the permanent magnet rotating body in the state of FIG. 1 at the position where the gap is opened flows from the armature coil 6-1a to the next coil. It flows to 7-3d via coil 6-2b through -3c coil.
- Each is a simple dual power generator that generates electricity while changing the direction of current flow as the magnetic poles of the permanent magnet rotor rotate.
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- Engineering & Computer Science (AREA)
- Power Engineering (AREA)
- Permanent Magnet Type Synchronous Machine (AREA)
Abstract
A rotating body is formed by combining two or more permanent magnets so that N-pole and S-pole become adjacent to each other, dividing the permanent magnets in half with an open space portion, and fixing the permanent magnets to the rotating shaft in parallel therewith. This dual power generator has a structure in which, while the rotatable permanent magnets are gapped, the rotating body is sandwiched by a coil at an intermediate portion in the rotational axis direction and fixed armatures fixedly arranged on both end sides and having coils wound therearound. Differently from conventional power generators, the direction of current flowing through the coil of, for example, an armature is parallel with the rotating shaft, so that the dual power generator has a simpler structure than that of conventional power generators. Even if the rotating body is formed by increasing the number of poles of the permanent magnets, as described in the claims, the same effect can be obtained by increasing the number of coils of the fixed intermediate portion, coils of the fixed armature, and other coils.
Description
本発明発電機は、棒状永久磁石２本以上を回転軸上の中間部分で２等分にした状態で回転軸と平行に固着した回転自在の回転体を、回転軸と平行向の鉄芯を用いた固定電機子やコイル等で、ギャップを設けた回転軸方向の両側に前記永久磁石回転体を挟み、前記２等分にした永久磁石の中間部分にも電機子を固定配置した構造で、外部からの力を受けて永久磁石回転体を回転させ、永久磁石回転体が回転することにより、両側と中間部分に配置した固定電機子のコイルに起電し回転軸と平行向きに電流が流れ発電する、直列励磁発電機である。
The generator according to the present invention is a rotatable rotary body in which two or more rod-like permanent magnets are fixed in parallel to the rotation axis in a state of being equally divided into two at an intermediate portion on the rotation axis, an iron core facing in parallel to the rotation axis. With a structure in which the permanent magnet rotating body is sandwiched on both sides in the rotational axis direction with gaps by the fixed armature, coil, etc. used, and the armature is fixed at the middle part of the two equally divided permanent magnets, The permanent magnet rotating body is rotated by receiving an external force, and the permanent magnet rotating body rotates, causing the coils of the fixed armature arranged on both sides and the middle portion to generate an electric current, which flows in a direction parallel to the rotation axis It is a series excitation generator that generates electricity.
従来の発電機は回転体外円周囲部に発生する磁場や磁束を利用する構造のものが主流であり、外円周部に固定電機子等を配置して内側の回転体を回す構造であるのが常識であり、回転体の外円周部等の磁束や磁場を捉えるための工夫を積み重ねて今日に至っております。
The conventional generator is mainly of a structure that utilizes the magnetic field and magnetic flux generated around the outer circumference of the rotating outer circle, and has a structure in which a fixed armature or the like is disposed on the outer circumference and the inner rotating body is turned. Is common sense, and we have accumulated ideas for capturing the magnetic flux and magnetic field of the outer circumference of the rotating body, etc., and have reached today.
２本以上の回転自在の永久磁石を２等分にして並列に並んた永久磁石は逆相になるよう回転体を回転軸に固定し、前記回転軸の軸延長の、前記永久磁石回転体の両側にギャップを開け挟んで鉄芯にコイルを巻いた固定電機子を配置し、中間部分永久磁石間にも固定したコイルを巻いた電機子を配置することで、従来の外円周部分で発電するものより発電効率の良い複式発電機である。
発明が解決しようとする課題 The permanent magnets are fixed to the rotary shaft so that the permanent magnets formed by dividing two or more rotatable permanent magnets into two equal parts in parallel are in reverse phase, and the axial extension of the rotary shaft is the permanent magnet rotary member By arranging a fixed armature in which a coil is wound around an iron core with gaps open on both sides and arranging an armature in which a coil fixed also between intermediate partial permanent magnets is arranged, power generation is performed on the conventional outer circumferential portion It is a duplex generator with better power generation efficiency than that of
Problems that the Invention is to Solve
発明が解決しようとする課題 The permanent magnets are fixed to the rotary shaft so that the permanent magnets formed by dividing two or more rotatable permanent magnets into two equal parts in parallel are in reverse phase, and the axial extension of the rotary shaft is the permanent magnet rotary member By arranging a fixed armature in which a coil is wound around an iron core with gaps open on both sides and arranging an armature in which a coil fixed also between intermediate partial permanent magnets is arranged, power generation is performed on the conventional outer circumferential portion It is a duplex generator with better power generation efficiency than that of
Problems that the Invention is to Solve
従来の発電機と違って永久磁石回転体の外円周囲部に固定電機子を配置せず、回転軸に固着した２本の棒磁石の１本はＮ極の反対側はＳ極であり、回転軸に沿い並列に固着した、もう１本の永久磁石は、前記の棒磁石の隣側の１本は逆のＮ極の隣はＳ極で、Ｓ極の隣はＮ極で、それぞれ反対の極に組み合わせ中間部分で２等分して固着した状態である。前記の構造の永久磁石回転体の両側回転軸方向にギャップを開け固定配置した両端の１組ずつと、中間部分の１組の電機子コイルには、外部からの回転力で回転軸が回転し永久磁石回転体のＮ極Ｓ極とが回転変化することで、それら電機子コイルに交互に向きの異なる電流が回転軸と平行に流れ発電を始める。前記永久磁石回転体の中間部分に固定配置する棒状形態の鉄芯にコイルを巻くと抵抗が大きくなり過ぎる難点があります。
課題を解決するための手段 Unlike the conventional generator, the fixed armature is not arranged around the outer circle of the permanent magnet rotating body, and one of the two bar magnets fixed to the rotating shaft is the S pole on the opposite side of the N pole, The other permanent magnet fixed in parallel along the rotation axis is the one adjacent to the above bar magnet with the S pole next to the reverse N pole and the N pole next to the S pole It is in a state where it is fixed in two equally in the middle part in combination with the pole of. The rotating shaft is rotated by the rotational force from the outside between the pair of armature coils of the middle portion, which is one set of both ends fixedly disposed with a gap open in the direction of both sides of the rotating shaft of the permanent magnet rotating body of the above structure. Due to the rotational change of the N pole and S pole of the permanent magnet rotating body, currents having different directions alternately flow in the armature coils and flow parallel to the rotation axis to start power generation. If the coil is wound around a rod-shaped iron core fixed to the middle part of the permanent magnet rotor, there is a problem that the resistance becomes too large.
Means to solve the problem
課題を解決するための手段 Unlike the conventional generator, the fixed armature is not arranged around the outer circle of the permanent magnet rotating body, and one of the two bar magnets fixed to the rotating shaft is the S pole on the opposite side of the N pole, The other permanent magnet fixed in parallel along the rotation axis is the one adjacent to the above bar magnet with the S pole next to the reverse N pole and the N pole next to the S pole It is in a state where it is fixed in two equally in the middle part in combination with the pole of. The rotating shaft is rotated by the rotational force from the outside between the pair of armature coils of the middle portion, which is one set of both ends fixedly disposed with a gap open in the direction of both sides of the rotating shaft of the permanent magnet rotating body of the above structure. Due to the rotational change of the N pole and S pole of the permanent magnet rotating body, currents having different directions alternately flow in the armature coils and flow parallel to the rotation axis to start power generation. If the coil is wound around a rod-shaped iron core fixed to the middle part of the permanent magnet rotor, there is a problem that the resistance becomes too large.
Means to solve the problem
複式発電機の永久磁石回転体の間隔を開けた中間部分の位置に固定配置するコイルは、帯磁し難いステンレスか耐熱性に優れた部材の棒状形態のものに巻き付ければ、回転の妨げになる抵抗が少なくなり発電効果は劣らないと考えます。
発明の効果 The coil fixedly arranged at the position of the spaced-apart intermediate part of the permanent magnet rotating body of the duplex generator may prevent rotation if it is wound around stainless steel which is hard to be magnetized or a rod-like member having excellent heat resistance. I think that the resistance decreases and the power generation effect is comparable.
Effect of the invention
発明の効果 The coil fixedly arranged at the position of the spaced-apart intermediate part of the permanent magnet rotating body of the duplex generator may prevent rotation if it is wound around stainless steel which is hard to be magnetized or a rod-like member having excellent heat resistance. I think that the resistance decreases and the power generation effect is comparable.
Effect of the invention
回転体の軸方向で発電すると永久磁石回転体と電機子やコイルの形状を単純化できるのと、永久磁石回転体の中間にも電機子を配置が可能で平面でギャップをつけられ、ギャップの幅が均一で従来の発電機より優れています。従来の発電機より構造が簡単で製造しやすい。狭い箇所に使える発電機を提供できます。基礎的な作動形態などは全て従来の発電機と変わらないが、回転軸延長に固定した電機子のコイルに流れる電流の向きは 回転軸と平行に流れる構造で、従来の発電機とは電流の流れる方向が違うが発電効率が優れた複式発電機です。
If power generation is performed in the axial direction of the rotating body, the shapes of the permanent magnet rotating body, armature and coil can be simplified, and an armature can be disposed also in the middle of the permanent magnet rotating body and a gap is provided in a plane. It is uniform in width and superior to conventional generators. The structure is simpler and easier to manufacture than conventional generators. We can provide a generator that can be used in narrow places. The basic operation mode etc. is the same as that of the conventional generator, but the direction of the current flowing in the coil of the armature fixed to the extension of the rotation axis is parallel to the rotation axis. It is a dual power generator with excellent power generation efficiency although the flow direction is different.
Ｎ・Ｓ極が逆相になるように棒状の２本の永久磁石を並列に並べたものを中間部分で２等分し間隔を開けた状態の、中央の位置に回転軸を固着し、並列に挟んだ棒磁石の永久磁石回転体の両先端部、回転軸方面にギャップを設け固定した電機子コイルと中間部分の電機子コイルは、外部からの回転力に回転軸をつなぐだけで、永久磁石回転体が回転したときに発電し始める。永久磁石回転体の回転面外円周囲部に固定電機子等を配置しないので外周面積を小さくできる。両端部分の固定電機子の鉄芯の形状は変形的なＵ字形の電磁石の形であり、永久磁石回転体を両側から挟んだ状態であり、中間部分の固定電機子は２本の棒状である。回転体の磁極面と固定電機子の鉄芯等の先端部で永久磁石からの励磁を平面回転で捉えるので、微弱な風でも回転力を得やすい風力発電機等に利用したり、小さい川などの流れで発電するのにも使える比較的に低コストで製造することが可能な複式発電機です。
The rotary shaft is fixed at the center position, with two rod-like permanent magnets arranged in parallel so that the N and S poles are in reverse phase, divided into two at the middle part and spaced apart. Both ends of the permanent magnet rotating body of the bar magnet sandwiched between, armature coil fixed with gap in the direction of the rotation axis, and armature coil in the middle part, by connecting the rotation axis to the rotation force from the outside, it is permanent Power generation starts when the magnet rotor rotates. Since the fixed armature or the like is not disposed around the outer circumferential surface of the permanent magnet rotating body, the outer circumferential area can be reduced. The shape of the iron core of the fixed armature at both ends is in the form of a deformable U-shaped electromagnet, in which the permanent magnet rotor is sandwiched from both sides, and the fixed armature at the middle part is a rod shape . Since the excitation from the permanent magnet is captured by plane rotation at the tip of the magnetic pole surface of the rotating body and the iron core of the fixed armature, it can be used for a wind power generator etc. that can easily obtain rotational power even with weak wind Is a dual generator that can be manufactured at relatively low cost, which can also be used to generate electricity in the flow of electricity.
半月形に整形した２本の棒状の永久磁石を２等分にして間隔を開け、並列に並んだ永久磁石面はＮ・Ｓ極が逆相なるようにして中芯に回転軸を挟んで固着した構造の永久磁石回転体（６）と、同永久磁石回転体の棒磁石の左右両軸受け方向外側に固定電機子コイルを各１組、中間部分に棒状電機子コイルを固定配置した構造であるが、両側から永久磁石回転体に挟まれ抵抗が大きくなるのでコイルを巻く中間部棒状のものは帯磁し難いステンレスか耐熱性に優れた材質のものが適している。コイルの巻き線方向は全て回転軸と平行である。
図１の状態で永久磁石回転体の左右に、ギャップを開けた位置に固着した、Ｕ字型鉄芯の電機子コイル６−１ａから隣のコイルに流れ、導線で繋がっている中間部分の７−３ｃコイルを通じコイル６−２ｂを経て７−３ｄに流れる。それぞれが永久磁石回転体の磁極の回転に併せて、電流の流れる方向を変化させながら発電する、単純な構造の複式発電機であります。 Two bar-shaped permanent magnets shaped in a half-moon shape are equally divided into two and spaced apart, and the permanent magnet faces arranged in parallel are fixed to each other with the rotating shaft at the center core so that the NS pole has opposite phase The permanent magnet rotating body (6) has the same structure, and one fixed armature coil is provided outside each of the left and right bearing directions of the rod magnet of the same permanent magnet rotating body, and the rod armature coil is fixed at the middle portion. However, since the resistance is increased by being sandwiched by the permanent magnet rotating body from both sides, it is suitable to use a stainless steel which is hard to be magnetized or a material having excellent heat resistance because the middle portion of the coil is wound. The winding directions of the coils are all parallel to the rotation axis.
The armature coil 6-1a of a U-shaped iron core fixed to the left and right of the permanent magnet rotating body in the state of FIG. 1 at the position where the gap is opened flows from the armature coil 6-1a to the next coil. It flows to 7-3d via coil 6-2b through -3c coil. Each is a simple dual power generator that generates electricity while changing the direction of current flow as the magnetic poles of the permanent magnet rotor rotate.
図１の状態で永久磁石回転体の左右に、ギャップを開けた位置に固着した、Ｕ字型鉄芯の電機子コイル６−１ａから隣のコイルに流れ、導線で繋がっている中間部分の７−３ｃコイルを通じコイル６−２ｂを経て７−３ｄに流れる。それぞれが永久磁石回転体の磁極の回転に併せて、電流の流れる方向を変化させながら発電する、単純な構造の複式発電機であります。 Two bar-shaped permanent magnets shaped in a half-moon shape are equally divided into two and spaced apart, and the permanent magnet faces arranged in parallel are fixed to each other with the rotating shaft at the center core so that the NS pole has opposite phase The permanent magnet rotating body (6) has the same structure, and one fixed armature coil is provided outside each of the left and right bearing directions of the rod magnet of the same permanent magnet rotating body, and the rod armature coil is fixed at the middle portion. However, since the resistance is increased by being sandwiched by the permanent magnet rotating body from both sides, it is suitable to use a stainless steel which is hard to be magnetized or a material having excellent heat resistance because the middle portion of the coil is wound. The winding directions of the coils are all parallel to the rotation axis.
The armature coil 6-1a of a U-shaped iron core fixed to the left and right of the permanent magnet rotating body in the state of FIG. 1 at the position where the gap is opened flows from the armature coil 6-1a to the next coil. It flows to 7-3d via coil 6-2b through -3c coil. Each is a simple dual power generator that generates electricity while changing the direction of current flow as the magnetic poles of the permanent magnet rotor rotate.
従来の発電機よりも構造が単純で、従来の発電機より比較的に効率の高い発電機を提供することが可能な複式発電機である。
また、構造的に比較的磁力の弱い磁性体の永久磁石の利用でも、電機子コイル巻線の量を増やすこと等でも、効果を得ることが可能である。 It is a dual generator that is simpler in structure than a conventional generator and can provide a generator that is relatively more efficient than a conventional generator.
In addition, it is possible to obtain an effect by using a permanent magnet of a magnetic material having a relatively weak magnetic force structurally, increasing the amount of armature coil winding, or the like.
また、構造的に比較的磁力の弱い磁性体の永久磁石の利用でも、電機子コイル巻線の量を増やすこと等でも、効果を得ることが可能である。 It is a dual generator that is simpler in structure than a conventional generator and can provide a generator that is relatively more efficient than a conventional generator.
In addition, it is possible to obtain an effect by using a permanent magnet of a magnetic material having a relatively weak magnetic force structurally, increasing the amount of armature coil winding, or the like.
１ 発電機ハウジング
２ 両端部固定電機子
２− 中間部分固定電機子
３ 永久磁石回転子
４ 回転軸
５ 軸受とボール
６−１ａ、 ６−２ｂ 両端部電機子コイル
７ 中間部棒状形態を固定する部品
７−３ｃ、 ７−３ｄ 中間部コイル DESCRIPTION OFSYMBOLS 1 Generator housing 2 Both ends fixed armature 2-Middle part fixed armature 3 Permanent magnet rotor 4 Rotor shaft 5 Bearing and ball 6-1a, 6-2b Both ends armature coil 7 Parts which fix middle part rod form 7-3c, 7-3d middle coil
２ 両端部固定電機子
２− 中間部分固定電機子
３ 永久磁石回転子
４ 回転軸
５ 軸受とボール
６−１ａ、 ６−２ｂ 両端部電機子コイル
７ 中間部棒状形態を固定する部品
７−３ｃ、 ７−３ｄ 中間部コイル DESCRIPTION OF
Claims (1)
- 永久磁石２本をＮ極とＳ極が逆相になるよう並列に並べ、前記永久磁石回転体を２等分し間隔を開けて、それらを回転軸に固着した状態で、回転体の回転軸方向の両端側固定電機子と、前記間隔を開けた永久磁石回転体の中間部分に棒状形態にコイルを巻いたものの双方で挟んだ構造の発電機で、コイルを巻いた両端側鉄芯や棒状形態に巻いたコイルは回転軸と平行に電流が流れる仕組みであり、永久磁石回転体が外部の力を受けて回転すると同時に磁極の変化に伴い電流の流れる向きを変化させながら、永久磁石回転体による磁力で電機子等コイルに起電し発電する複式発電機であり、永久磁石の本数や極数を増やす場合は、それぞれ永久磁石の位置に合うようＮ極とＳ極のセット１組に対し同じ率で中間部分に棒状形態のコイルを１組固定設置し、回転軸方向の両端側に電機子コイルを１組追加し固定配置することにより同様の励磁発電する複式発電機であります。 Two permanent magnets are arranged in parallel so that the N pole and the S pole are in reverse phase, and the permanent magnet rotating body is divided into two equally spaced intervals, and fixed to the rotating shaft, the rotating shaft of the rotating body The generator has a structure in which a coil is wound in a rod form around the fixed armature at both ends in the direction and the intermediate portion of the permanent magnet rotor spaced apart from each other. The coil wound in the form is a mechanism in which current flows parallel to the rotation axis, and while the permanent magnet rotating body receives external force and rotates while changing the direction of current flow with the change of the magnetic pole, the permanent magnet rotating body Is a dual power generator that generates electricity by generating electricity in armature coils, etc. by magnetic force, and when increasing the number of permanent magnets and the number of poles, one set of N pole and S pole to match the position of permanent magnets respectively A pair of rod-shaped coils in the middle at the same rate Constant installation, a dual generator for exciting the generator similar by both ends set additional fixedly arranged an armature coil in the rotation axis direction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2019549105A JPWO2019077780A1 (en) | 2017-10-16 | 2018-03-28 | Duplex generator |
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2017-213218 | 2017-10-16 | ||
| JP2017213218 | 2017-10-16 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| WO2019077780A1 true WO2019077780A1 (en) | 2019-04-25 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| PCT/JP2018/014828 WO2019077780A1 (en) | 2017-10-16 | 2018-03-28 | Dual power generator |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JPWO2019077780A1 (en) |
| WO (1) | WO2019077780A1 (en) |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2014053980A (en) * | 2012-09-05 | 2014-03-20 | Toshiba Corp | Rotating electrical apparatus and wind-power generation system |
| JP2014155373A (en) * | 2013-02-12 | 2014-08-25 | Denso Corp | Multi-gap rotary electric machine |
| WO2017006522A1 (en) * | 2015-07-08 | 2017-01-12 | 本田技研工業株式会社 | Generator |
-
2018
- 2018-03-28 JP JP2019549105A patent/JPWO2019077780A1/en active Pending
- 2018-03-28 WO PCT/JP2018/014828 patent/WO2019077780A1/en active Application Filing
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2014053980A (en) * | 2012-09-05 | 2014-03-20 | Toshiba Corp | Rotating electrical apparatus and wind-power generation system |
| JP2014155373A (en) * | 2013-02-12 | 2014-08-25 | Denso Corp | Multi-gap rotary electric machine |
| WO2017006522A1 (en) * | 2015-07-08 | 2017-01-12 | 本田技研工業株式会社 | Generator |
Also Published As
| Publication number | Publication date |
|---|---|
| JPWO2019077780A1 (en) | 2021-02-04 |
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