JP2004320971A

JP2004320971A - Generator

Info

Publication number: JP2004320971A
Application number: JP2003153538A
Authority: JP
Inventors: Kaizo Maeda; 開造前田
Original assignee: Individual
Current assignee: Individual
Priority date: 2003-04-13
Filing date: 2003-04-13
Publication date: 2004-11-11

Abstract

<P>PROBLEM TO BE SOLVED: To contribute to the prevention of environmental pollution by reducing the power required for electric power generation by utilizing the gravity of a heavy article. <P>SOLUTION: A large rotator 1 is provided, and to a mechanism for balancing the weight thereof, a gear 2 or the gear 2 and a small rotator 12 rotating each about its own axis are provided and the gear is provided with an heavy article 3 of identical weight. Thereby, regardless of whether the gear rotates due to the weight of the heavy article 3 and the heavy article 3 moves rotationally or not, that weight does not move because it is applied only to the shaft of the gear and thereby the weight of the large rotator 1 can be balanced. Rotation is facilitated by balancing the weight of the large rotator 1 and/or utilizing a matching resilient body and a generator 5 is operated by rotating the gear. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

【０００１】
【産業上の利用分野】
この発明は発電機の分野に利用する。
【０００２】
【従来の技術】
整合弾性体装置特開２００１−３２７６３
発電機関係特願２００１−１５１７３２
上同特願２００２−３４４６６９
重力発電出願人前田開造平成１５年３月１１日特許出願Ｐ００３−０１
【０００３】
【発明が解決しようとする課題】
重量物の重力を利用して、発電の為の必要動力を軽減し、環境汚染防止に役立てる。
【０００４】
【課題を解決する為の手段】
（イ）重量物による重力を手段として利用
（ロ）大重量の重量物を取付けても、全体としてその重量が均衡状態であれば回転が容易であり大回転体の軸を中心とする重量の均衡を手段として利用。
（ハ）大回転体の重量の均衡を保つ為、重量物の取付位置を、一本の軸を中心に回転する歯車又は小回転体とし、重量物の回転移動にかかわらず、その重力は常に一本の軸にのみかかり移動しないことを手段として利用。
（ニ）整合弾性体装置による釣合状態等を手段として利用。
【０００５】
【作用】
作動の際の必要動力を軽減する。
【０００６】
【実施例１】
図１、２、３、は請求項１の実施例である。歯車２は、装置により、重量物３の位置に応じ、回転の停止、始動が可能な機構である。
発電機５を回転させる軸に、自動着脱装置を設け、小歯車４の軸の停止が、発電機の回転に支障を来たさない機構とする。
【０００７】
【実施例２】
図４は緑、図５は円筒、之等の中を大回転体１が回転し、軸６と双方の支えにより、重量による支障を軽減する実施例を示す図である。
【０００８】
【実施例３】
図６、７、は請求項１の実施例であるが、図１、２、３、の場合よりも、更に歯車２を大に、小歯車４を小にする機構を示す実施例である。
【０００９】
【実施例４】
図８、９、１０、は請求項２の実施例である。小回転体１２の利用により、重量物３を、大回転体１の両側に設けられる様にし、歯車２を大に、小歯車４を小にし易くし、更に図１０は、図１、２、３、６、７、８、９、より、重量物３の数を、倍にした実施例である。
【０００１０】
【実施例５】
図１１、１２、１３、は請求項３の実施例である。符号１３の円筒は、図５の符号１０と異なり、大回転体と一体となった実施例である。
【０００１１】
【実施例６】
図１４は請求項４の実施例である。
【０００１２】
【実施例７】
図１５は請求項５の実施例である。
【０００１３】
【実施例８】
図１６は請求項６の実施例である。
【０００１４】
【実施例９】
図１７は、本発明を上下式発電機に利用した一例を示す実施例である。
【０００１５】
【発明の効果】
強動力とする為、重量大の重量物を設けても、均衡化により、上方に持上げる為の回転は容易であり、又大回転体は高速回転の必要もなく、更に重力は、地上であれば如何なる場所でも利用出来る等により、発電の為の必要動力を軽減し環境汚染防止に寄与する。
【図面の簡単な説明】
【図１、図２、図３】請求項１の発電装置
【図４、図５】大回転体の軸に代り、その重量を支える装置。
【図６、図７】請求項１の発電装置であるが、小歯車、引いては発電機の回転数を早くする為の装置図。
【図８、図９、図１０】請求項２の発電装置。
【図１１、図１２、図１３】請求項３の発電装置。
【図１４】請求項４の発電装置
【図１５】請求項５の発電装置
【図１６】請求項６の発電装置
【図１７】上下式発電機に本発明を利用した一例として、請求項１の装置を利用した発電装置。
【符号の説明】
１大回転体
２歯車
３重量物
４小歯車
５発電機
６大回転体軸
７４の軸により回転する大歯車
８７により回転する小歯車
９大回転体が中で回転す縁
１０大回転体が中で回転する円筒
１１２の歯車及び１２の小回転体の台
１２小回転体
１３大回転体１と一体になった円筒
１４歯車軸の支え軸
１５整合弾性体装置の取付軸
１６大回転体の為のクランク用軸
１７大回転体自体に設けた重量物
１８上下式発電機のコイル
１９上下式発電機の永久磁石
２０円筒式の整合弾性体装置。
２１クランク装置。[0001]
[Industrial applications]
The invention applies to the field of generators.
[0002]
[Prior art]
Matching elastic body device
Generator Related Japanese Patent Application 2001-151732
No. 2002-344669
Gravity power generation Applicant Maeda Kaizo Patent application March 11, 2003 P003-01
[0003]
[Problems to be solved by the invention]
Utilizing the gravity of heavy objects, it reduces the power required for power generation and helps prevent environmental pollution.
[0004]
[Means for solving the problem]
(B) Use gravity by means of heavy objects as a means (b) Even if a large heavy object is mounted, it is easy to rotate as long as its weight is in a balanced state as a whole, and the weight is balanced around the axis of the large rotating body Use as a means.
(C) In order to maintain the weight balance of the large rotating body, the mounting position of the heavy body should be a gear or a small rotating body that rotates around one shaft. Utilized as a means to avoid moving only on the axis of the book.
(D) The state of equilibrium by the matching elastic device is used as a means.
[0005]
[Action]
Reduces the power required for operation.
[0006]
Embodiment 1
FIGS. 1, 2, and 3 show an embodiment of the first aspect. The gear 2 is a mechanism capable of stopping and starting rotation according to the position of the heavy object 3 by the device.
An automatic attachment / detachment device is provided on a shaft for rotating the generator 5 so that stopping of the shaft of the small gear 4 does not hinder rotation of the generator.
[0007]
Embodiment 2
FIG. 4 is a view showing an embodiment in which the large rotating body 1 rotates in green, FIG. 5 shows a cylindrical body, and the like.
[0008]
Embodiment 3
FIGS. 6 and 7 show the embodiment of the first embodiment, but show a mechanism for making the gear 2 larger and the small gear 4 smaller than those shown in FIGS.
[0009]
Embodiment 4
8, 9 and 10 show an embodiment of the second aspect. The use of the small rotating body 12 allows the heavy object 3 to be provided on both sides of the large rotating body 1 and facilitates making the gear 2 large and the small gear 4 small. , 6, 7, 8, and 9, the number of the heavy objects 3 is doubled.
[00010]
Embodiment 5
FIGS. 11, 12, and 13 show a third embodiment. The cylinder denoted by reference numeral 13 is different from the reference numeral 10 shown in FIG.
[00011]
Embodiment 6
FIG. 14 shows an embodiment according to the fourth aspect.
[00012]
Embodiment 7
FIG. 15 shows an embodiment according to the fifth aspect.
[00013]
Embodiment 8
FIG. 16 shows an embodiment according to the sixth aspect.
[00014]
Embodiment 9
FIG. 17 is an embodiment showing an example in which the present invention is applied to a vertical generator.
[00015]
【The invention's effect】
Even if a heavy object is installed, it is easy to rotate it to lift it up by equilibration, and the large rotating body does not need to rotate at high speed. It can be used in any place, etc., which reduces the power required for power generation and contributes to the prevention of environmental pollution.
[Brief description of the drawings]
FIGS. 1, 2 and 3 are the power generator according to claim 1. FIGS. 4 and 5 are devices for supporting the weight of a large rotating body instead of the shaft.
FIG. 6 and FIG. 7 are views of the power generating apparatus according to claim 1, which are used to increase the rotation speed of the small gear and thus the generator.
8, 9, and 10. The power generator according to claim 2.
11, 12, and 13. The power generator according to claim 3.
14 is a power generator according to claim 4. FIG. 15 is a power generator according to claim 5. FIG. 16 is a power generator according to claim 6. FIG. 17 is an example in which the present invention is applied to a vertical generator. A power generation device using the above device.
[Explanation of symbols]
DESCRIPTION OF SYMBOLS 1 Large rotating body 2 Gear 3 Heavy object 4 Small gear 5 Generator 6 Large rotating body shaft 7 Large gear 8 rotated by the axis of 4 Small gear 9 rotated by 7 Edge of large rotating body rotates inside 10 Large rotating body rotates inside The gear of the cylinder 112 and the base of the small rotating body 12 The small rotating body 13 The cylinder 14 integrated with the large rotating body 1 The support shaft 15 of the gear shaft 15 The mounting shaft 16 of the matching elastic body device 16 For the crank for the large rotating body Shaft 17 Heavy object provided on large rotating body itself 18 Coil of vertical generator 19 Permanent magnet of vertical generator 20 Cylindrical matching elastic body device.
21 Crank device.

Claims

(A) A large rotating body that rotates about an axis or by another method is provided, and several or many gears that rotate about its own axis are provided on the large rotating body, and a mechanism that balances the weight of the large rotating body. To be provided.
(B) A heavy object is provided on each gear, or any of the gears, in a mechanism for maintaining the weight balance of the large rotating body.
(C) A rotary or other type of generator using a coil and a permanent magnet or an electromagnet (hereinafter, both are simply referred to as magnets) is provided, and the generator is operated by rotating a gear by a heavy object, A mechanism that generates power. The rotation of the gears is performed simultaneously, sequentially, or partially simultaneously according to the weight of the heavy object.
(D) The large rotating body is a mechanism that rotates by hydraulic power, electric power, or another method.
By the mechanism as described above, by rotating the large rotating body, the gear with the heavy object rotates, and every time the large rotating body rotates, the gear with the heavy object rotates, and the generator is operated. , A gravity generator configured to continue power generation.

(B) A large rotating body is provided that rotates about an axis or by another method, and the large rotating body is provided with several or many small rotating bodies and gears rotating around its own axis, and the weight of the large rotating body. A mechanism is provided to keep the balance of
(B) A heavy object is provided on the small rotating body and / or the gear, or a mechanism for maintaining the weight balance of the large rotating body.
(C) A rotary or other type of generator using a coil and a magnet is provided, and the generator is operated by rotating a small rotating body and a gear by a heavy object to generate power.
(D) The large rotating body is a mechanism that rotates by thermal power, hydraulic power, electric power, or another method.
A gravity generator configured to rotate a large rotating body by the mechanism as described above to rotate a small rotating body and gears by the gravity of a heavy object, to operate a generator, and to continue power generation.

(B) A large rotating body that rotates around an axis or by another method is provided, and the large rotating body has several or many small rotating bodies and / or gears that rotate about its own axis, and A generator using a coil magnet operated by the small rotator, the gears and the like is provided in a mechanism for maintaining the weight balance of the large rotator.
(B) A heavy object is provided on the small rotating body and / or the gear, in a mechanism for maintaining the weight balance of the large rotating body.
(C) The large rotating body is a mechanism that rotates by thermal power, hydraulic power, electric power, or another method.
By the mechanism as described above, by rotating the large rotating body, the gravity of the heavy object causes the small rotating body and / or the gear to rotate, and the gravity generator configured to operate the generator and continue generating electricity. .

(A) A device similar to that described in claims 1, a, b, c, and d is provided, and a heavy object is further provided on the large rotating body itself, or a part of the heavy material similar to claim 1, b, or c. The weight of the heavy object is changed, and a mechanism similar to the mechanism in a state where the heavy object is provided on the large rotating body itself is adopted.
(B) A plurality of elastic bodies are attached to a plurality of rotatable mounting devices, and a device of a mechanism linked in a circle is provided, and the elasticity of this device is mainly due to the weight caused by heavy objects and the like generated in the large rotating body. A mechanism device (hereinafter, this mechanism device is referred to as a matching elastic body device) that can maintain the operating load during rotation and the equilibrium state or the same ratio within a certain range of strength and weakness is assumed. Alternatively, a device having the same mechanism is formed using a single elastic body.
The gravity generator according to claim 1, wherein the weight balance of the large rotating body is changed to a state of equilibrium with the tension of the upper member by a matching elastic device by the above mechanism.

(A) The same device as described in Claim 2, (a), (b), (c), or (d) is provided, and a heavy object is further provided on the large rotating body itself. The weight of the heavy object is changed, and a mechanism similar to the mechanism in a state where the heavy object is provided on the large rotating body itself is adopted.
(B) A matching elastic device having the same mechanism as described in claim 4 or (b), or a device having a similar mechanism using a single elastic body is provided.
The gravity generator according to claim 2, wherein the balance of the weight of the large rotating body is changed to a state of equilibrium with the tension of the upper part by a matching elastic body device by the above mechanism.

(A) A device similar to that described in claims 3, (a), (b), and (c) is provided, and a heavy object is further provided on the large rotating body itself, or a part of the heavy material similar to that described in (3), (b), or (c) Is changed to a mechanism similar to the mechanism in a state where a heavy object is provided on the large rotating body itself.
(B) A matching elastic device having the same mechanism as described in claim 4 or (b), or a device having a similar mechanism using a single elastic body is provided.
The gravity generator according to claim 3, wherein the balance of the weight of the large rotating body is changed to a state of being balanced with the upper tension by a matching elastic body device by the above mechanism.