JP2006094686A - Vice power generation and electric power ring and piezo-electric battery - Google Patents

Vice power generation and electric power ring and piezo-electric battery Download PDF

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JP2006094686A
JP2006094686A JP2004319876A JP2004319876A JP2006094686A JP 2006094686 A JP2006094686 A JP 2006094686A JP 2004319876 A JP2004319876 A JP 2004319876A JP 2004319876 A JP2004319876 A JP 2004319876A JP 2006094686 A JP2006094686 A JP 2006094686A
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electric current
vise
current
electric
battery
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Masami Uchiyama
正巳 内山
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Abstract

<P>PROBLEM TO BE SOLVED: To provide an electric current generation system that generates an electric current continually regardless of its location. <P>SOLUTION: By keeping on exerting pressure to a piezoelectric material by a vise to cause positive and negative charge to be generated any time on the surface of the piezoelectric material, and delivering the charge to a coil, an electric current is generated. In addition, a generator is rotated by an electrostatic motor to generate an electric current through electromagnetic induction. Since electrons between N and S of a bar magnet run by a Lorentz force leftward, when electrons are automatically circulated leftward when a circular construction (three layers) is formed, the electric current is automatically circulated rightward reversely from which a nichrome wire is heated by way of a conductor, and an electric current is generated from a thermocouple by the heat of the nichrome wire. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

発明の詳細な説明Detailed Description of the Invention

(分野)
電気関係
(Field)
Electrical

(従来)
1.そこらで、24時間、電流を生産しづつけるもので、又規模しだいで大電流も可能な装置はなかった
(1)圧電体は
2.圧電素子や、コンロの着火や、水晶発振の時計や、ピックアップに使われていた。(コンロの着火は瞬間の火花放電。)
(2)フレミングの法則は、磁力と力と電流の関係を、教科書の知識として展開。(発電機の理解)。
つまり、連続的に電流を生産するための道具の利用はなかった。圧電体もフレミングの法則も。
(Conventional)
1. There was no device capable of producing a current for 24 hours, and no large current was possible depending on the scale. It was used for piezoelectric elements, stove ignition, crystal oscillation watches, and pickups. (The stove is ignited by an instant spark discharge.)
(2) Fleming's law develops the relationship between magnetic force, force, and current as textbook knowledge. (Understanding of generators).
In other words, there was no use of tools to produce current continuously. Both piezoelectrics and Fleming's law.

(課題)
請求項1〜4は、共に、24時間間電流を生産し、又規模しだいで大電流の生産も可能な装置。つまり、請求項1〜4は、主要部として、発電システムの共通であり、志向としては、放置の形でも電流生産のレベルという共通である。
(Task)
The apparatus according to any one of claims 1 to 4, wherein both produce electric current for 24 hours and can produce high electric current depending on scale. In other words, claims 1 to 4 are common to the power generation system as the main part, and the intention is common to the level of current production even in a neglected form.

(手段)
請求項1〜3は、主として圧電体に外圧を与えつづける為、あるいは24時間与えつづけようとする考えにおき、水圧又は万力(バイス)を利用するもの。圧電体は圧力の間中、

Figure 2006094686
請求項4は、いわゆるフレミングの法則又はローレンツ力の法則の、具体化であり、それを、ぐるりと円構造につなげて、電子を自動循環させること(means)
Claims 1 to 3 mainly use water pressure or a vise to keep applying external pressure to the piezoelectric body, or to keep applying pressure for 24 hours. Piezoelectric during pressure,
Figure 2006094686
Claim 4 is an embodiment of the so-called Fleming's law or Lorentz's law, which is connected to a circular structure to automatically circulate electrons.

(実施例)
○請求項1の説明 図面1の図1におき
圧電セラミック(1)を、絶縁のプラスチック板(2)をはさんで、万力(けいたい用バイス)でしめつける。すると、その万力の圧力のしめつける間中、圧電セラミックの表面には、

Figure 2006094686
その量は、しめつけの力に比例する。(短絡は流れも)
Figure 2006094686
導線を介し、コイル(4)に入れる。
するとコイルは動的な電磁石となり、新たな導線(7)の自由電子に作用し、導線(7)に電流が流れる。更にこれはインバーターでつなげてもよい。
従って従来の、圧電効果利用として、コンロの着火などでは、瞬間的に圧力をバネで与えて瞬間的な、電圧の火花放電であったが、この発明は、つねに電流生産ができる。
○請求項3におき、 図面1の図2におき
圧電体セラミックス(1)を、プラスチック板(2)ではさみ、それを万力(けいたい用バイス)(3)で、しめつける。
Figure 2006094686
流れつづける
それを、それぞれライデンびん(5)とライデンびん(7)でうけて、静電モーター(スパークモーター)(8)を回す。
その回転を、歯車軸(9)で直角、かつ、つなげて、その歯車軸で電きしの発電機(10)を回す。
以上のように、圧電体を、万力で圧力を与えつづけての、生産の電荷の力により、電磁誘導電流を生産、これは、万力の間中、24時間、電磁誘導がほっておくだけでできる。部屋のそこらでもできる。
○請求項4におき、 図面2の図1におき、
ガラスのドーナツ状の、絶縁した管の中に、真空をして、電子鏡で電子を注入したところの、閉じた円管(2)があり、それの中(3)は、電子が入っている。
それを永久磁石の棒磁石(1)と棒磁石(5)で上下より、はさんで、かつぐるりと、その対を並べ回す。
つまり、磁石(1)はN極が下、磁石(7)はS極が上の、はさんだ対のその磁石列の円状である。(x個並べ)つまり、3つの層の、3つの円である。
プラスチックの台で支える。Nと通路とSの3点は一直線。
そうすると、ローレンツ力により、電子は磁力をうけて、左向きに走り、又管が円で閉じているため、循環もする磁力が永久磁石ならば、その効力がある間中、自動循環をする。その時、電子と反対に電流は右むきに自動循環するつまり管の中を電子が左に、電流は右むきに回り続ける。つまり、磁石を動かさなくとも、電流がつねに発生しつづけている。
その一たんに導線(4)を通し、その外で、一たんをニクロム線(5)にするすると、その電流は外部に一たんでて、又入る途中で、ニクロム線を熱する。
そしてそのニクロム線の熱を熱電対(又は熱電装置)で電流にかえる。
つまり、永久磁石の効力の間中、熱電装置より、電流が生産できる棒磁石の力→電子の循環→電流の発生と循環→ニクロム線の発熱→熱電対の発電である。(Example)
Description of Claim 1 As shown in FIG. 1 of FIG. 1, the piezoelectric ceramic (1) is clamped with a vise (visitor vise) with an insulating plastic plate (2) interposed therebetween. Then, while the pressure of the vise is tightened, the surface of the piezoelectric ceramic is
Figure 2006094686
The amount is proportional to the force of tightening. (Short-circuiting also flows)
Figure 2006094686
It puts in a coil (4) through a conducting wire.
The coil then becomes a dynamic electromagnet, acts on the free electrons of the new conductor (7), and a current flows through the conductor (7). Furthermore, this may be connected by an inverter.
Therefore, in the conventional use of the piezoelectric effect, in the ignition of a stove or the like, the pressure was instantaneously applied by a spring and the spark discharge was instantaneous, but the present invention can always produce current.
According to claim 3, as shown in FIG. 2 of FIG. 1, the piezoelectric ceramic (1) is sandwiched between plastic plates (2) and is clamped with a vise (visitor vise) (3).
Figure 2006094686
The electric current (spark motor) (8) is turned by receiving the continuous flow with the Leiden bottle (5) and Leiden bottle (7), respectively.
The rotation is connected at right angles with the gear shaft (9), and the electric generator (10) is rotated with the gear shaft.
As described above, an electromagnetic induction current is produced by the force of the electric charge produced by continuously applying pressure to the piezoelectric body with a vise, which is allowed to be electromagnetically induced for 24 hours throughout the vise. Just do it. You can do it in the room.
○ As in claim 4, as in Fig. 1 of drawing 2,
In a glass donut-shaped, insulated tube, there is a closed tube (2) where a vacuum is applied and electrons are injected with an electron mirror. Inside (3) is an electron. Yes.
A pair of the permanent magnets (1) and (5) are arranged between the upper and lower sides of the permanent magnets.
That is, the magnet (1) has the N pole below, and the magnet (7) has the S pole above. (X arrangement) That is, three circles of three layers.
It is supported by a plastic stand. N, passage and S are 3 straight lines.
Then, due to the Lorentz force, the electrons are magnetized and run to the left, and the tube is closed with a circle, so if the circulating magnetic force is a permanent magnet, it will automatically circulate throughout its effectiveness. At that time, the current automatically circulates to the right as opposed to the electrons, that is, the electrons continue to turn to the left and the current to the right in the tube. In other words, current is always generated without moving the magnet.
When the lead wire (4) is passed through the lead wire and the lead wire is turned into the nichrome wire (5), the current is accumulated outside and the nichrome wire is heated while entering the outside.
And the heat | fever of the nichrome wire is changed into an electric current with a thermocouple (or thermoelectric device).
That is, during the effectiveness of the permanent magnet, the force of the bar magnet that can produce current from the thermoelectric device → electron circulation → current generation and circulation → nichrome wire heat generation → thermocouple power generation.

(効果)
以上のように、場所を問わず、かつつねに電流を、ミニの電池としても、又大規模としてもとれるこの装置は、請求項1〜3では、圧電体を万力でしめつける事を基本に、又請求項4では、フレミングの法則を、ぐるりとつなげる形を基本に可能になった。(又は、ローレンツ力の、循環的延長で)
これは、他の発電方法と比べ、進歩としてたとえば火力や原子力のように資源もいらず、又太陽や風力のような、時間や場所の制約もない。
その意味で、「発電システム」として、火力にも原子力にも、太陽熱や風力より進歩と思う。
○又万力というネジ1つでこのような発電が現出するのは業者にとっても意外性にみちており、又フレミングの法則をぐるりとするというのも、一種のあそび心で意外性がたかく業者は容易に考えにくいものと考える。
○ともかく、志向(課題)そのものが、放置の形でも、(規模を大きくすれば)、そこらで24時間、大電流を生産できるものという事目体、業者の水準からは、夢のような、非常識にちかいような飛躍であって、予測不可能なものであったと考える。
○圧電体を万力で常して圧力を加え、その電荷をコイルでとって電流してするという圧電電池は、新領域の開拓であるそしてこれは、期限容量とそのコストにおき、他の電池にまさる進歩がある
○又この万力による常時圧力と、その電荷をコイルでとる仕組みのくみあわせは独創であり、この独創により、はじめて圧電電池という領域が可能になった。
1880年の圧電効果の発見以来、業者は勿ろん電気関係者の誰も「圧電電池」を作らなかった。
以上をまとめてかんたんにいうと、この発明は発電に燃料の消費がいらない。
火力や原子力と比較してどうであろうか。又この発明は部屋のそこらで放置したまま24時間の発電(電池)ができる。太陽熱発電と比べてどうであろうか。
従って、ここから従来より、顕著な進歩は歴然と考える。
(effect)
As described above, this device, which can be used as a mini-battery or a large-scale device, regardless of location, is based on the fact that in claim 1 to 3, the piezoelectric body is clamped in a vise. Further, according to the fourth aspect of the present invention, the Fleming's law can be basically connected. (Or by cyclic extension of Lorentz force)
Compared to other power generation methods, this does not require resources such as thermal power and nuclear power, and there are no time and place restrictions such as solar and wind power.
In that sense, as a “power generation system”, I think that it is more advanced than solar heat and wind power in both thermal power and nuclear power.
○ It is also surprising for a contractor to generate such power generation with a single vise screw, and it is also a kind of playfulness that makes Fleming's Law unsurpassed. The trader thinks that it is difficult to think easily.
○ In any case, even if the intention (problem) itself is in the form of neglect (if the scale is increased), from the perspective of being able to produce a large current for 24 hours there, from the level of the contractor, it is like a dream, I think that it was a leap that was close to insane, and that it was unpredictable.
○ Piezoelectric batteries, in which pressure is applied to the piezoelectric body in a vise and the electric charge is taken by a coil, is a pioneering of new areas. There is an advance over the battery. ○ The constant pressure by this vise and the combination of the mechanism that takes the electric charge with the coil are original, and this originality enabled the field of piezoelectric battery for the first time.
Since the discovery of the piezoelectric effect in 1880, no one in the electrical industry has ever made a “piezoelectric battery”.
Summing up the above, this invention does not require fuel consumption for power generation.
How does it compare with thermal power and nuclear power? In addition, this invention can generate power (battery) for 24 hours while being left in the room. How does it compare with solar thermal power generation?
Therefore, the remarkable progress from here is obvious.

[図1]は
請求項1の概念図である。
[符号の説明]
1は圧電セラミック
2はプラスチック板
3は万力
4はコイル
5と6は導線(各電荷用)
7は導線
[図2]は
請求項3の概念図
[符号の説明]
1は圧電セラミック
2はプラスチック板
3は万力

Figure 2006094686
Figure 2006094686
8は静電モーター
9は歯車軸
10は発電機
[図3]は
請求項4の概念図
[符号の説明]
1は棒磁石を円に並べたもの(Nが下)
2は絶縁の管(ガラス管)
3は電子の通路
4は導線 5はニクロム線
6は熱電装置
7は棒磁石を円に並べたもの(Sが上)FIG. 1 is a conceptual diagram of claim 1.
[Explanation of symbols]
1 is a piezoelectric ceramic 2 is a plastic plate 3 is a vise 4 is a coil 5 and 6 is a conductor (for each charge)
7 is a conducting wire [FIG. 2] is a conceptual diagram of claim 3 [description of symbols]
1 is piezoelectric ceramic 2 is plastic plate 3 is vise
Figure 2006094686
Figure 2006094686
8 is an electrostatic motor 9, gear shaft 10 is a generator [FIG. 3] is a conceptual diagram of claim 4 [description of reference numerals]
1 is a bar magnet arranged in a circle (N is below)
2 is an insulating tube (glass tube)
3 is an electron passage 4 is a conducting wire 5 is a nichrome wire 6 is a thermoelectric device 7 is a bar magnet arranged in a circle (S is above)

Claims (4)

一たんが万力と、圧電体とコイルであるところの電流生産装置又は電池(圧電電池)Current production device or battery (piezoelectric battery) where one is a vise, a piezoelectric body and a coil 一たんが圧電体に常時圧力を加えつづける部分と、圧電体と(たとえば、水圧しずめと圧電体のシステムなど。)および、その電荷を電流にかゝる部分との、電流生産システムA current production system comprising a part that constantly applies pressure to a piezoelectric body, a piezoelectric body (for example, a hydraulic pressure and piezoelectric system, etc.), and a part that charges the electric current. 一たんが万力と、圧電体と、ライデンびんと、静電モーターと発電機であるところの電流生産装置Current production device where one is a vise, a piezoelectric body, a Leiden bottle, an electrostatic motor and a generator. 一たんが電子が回り通る通路と、それを磁石がNとSで直交してはさんだ形の対が、ぐるりと列になっているところの、電流生産装置又は電池A current producing device or battery in which a path through which an electron passes and a pair of magnets sandwiched between N and S are arranged in a row.
JP2004319876A 2004-09-22 2004-09-22 Vice power generation and electric power ring and piezo-electric battery Pending JP2006094686A (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
EP2209349A1 (en) * 2007-10-09 2010-07-21 Tsugumitsu Matsui Electromagnetic induction type heating device, hot-blast generating device, and power generating device

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
EP2209349A1 (en) * 2007-10-09 2010-07-21 Tsugumitsu Matsui Electromagnetic induction type heating device, hot-blast generating device, and power generating device
EP2209349A4 (en) * 2007-10-09 2015-04-01 Tsugumitsu Matsui Electromagnetic induction type heating device, hot-blast generating device, and power generating device

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