JP2005180410A

JP2005180410A - Method of power generation by gravity of water

Info

Publication number: JP2005180410A
Application number: JP2003436601A
Authority: JP
Inventors: Saburo Tsutsui; 三郎筒井
Original assignee: Individual
Current assignee: Individual
Priority date: 2003-12-15
Filing date: 2003-12-15
Publication date: 2005-07-07

Abstract

<P>PROBLEM TO BE SOLVED: To provide a method of power generation capable of obtaining power at low cost and easily installing a generator. <P>SOLUTION: The generator is rotated by the action of the weight of water facing downward, and vertical movement of a moving part is repeatedly performed by utilizing a reduction in weight thereof by discharging water. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

この発明は水の重力を利用した発電方法に係るものである。The present invention relates to a power generation method using the gravity of water.

これまでは電力会社、ソーラー、または風力を主として利用してきた。So far, it has mainly used electricity companies, solar or wind power.

より安価により簡単に電力を獲得したい。I want to acquire power more easily at a lower price.

水の持つ重力を利用、小規模な受水槽を使用して下方に向かう力を発電機に伝達し、電力の獲得を図ろうとするものであり、しかも自動的に下降および上昇を度重ねて繰り返す構成を求めた。It uses the gravity of water, transmits the downward force to the generator using a small water tank, and tries to acquire electric power, and it automatically repeats descending and rising repeatedly. Sought composition.

装置の製作価格および維持費用ともに安価である上、設置は簡単、天候に影響されることも無くしかも実施上の害も発生することが無い。The device is inexpensive to manufacture and maintain, and is easy to install, not affected by the weather, and causes no practical harm.

高層ビルまたは家庭用のそれぞれについて装置の大小がふさわしく設計されることが望ましく、バッテリーに充電を行って棄却した水をふたたび汲み上げ再利用ができて、かつ余剰の電力が作れるならば理想的である。It is desirable that the size of the device is appropriately designed for each high-rise building or home, and it is ideal if the battery can be charged and discarded water can be pumped up again and reused, and surplus power can be generated .

雨水または水道水に満たされた水槽（１）から定量水栓（２）により適量の水が受水槽（３）へ注入される。
重量を増した受水槽（３）がたとえば１０メートルの高さから到達点に対して下降するに伴い発電機（７）の回転軸（８）に取り付けられたプーリー（９）がベルト（１０）の圧着する力の作用により回転する。
受水槽（３）の上部に回動可能な方法で取り付けたＬ字具（５）に紐（６）を介してゴム玉（４）を連結し、Ｌ字具（５）の回動移動に伴ってゴム玉（４）が持ち上げられる構造とする。
受水槽（３）が落下をして行く道筋の適切な位置にＬ字具（５）に引っかかるべき突出部（１２）を配置する。
このように構成をしたから受水槽（３）が落下をするときＬ持具（５）が回動移動をし、ゴム玉（４）は持ち上げられ、内部の水は流出する。
水流の激しさに押されてゴム玉（４）は水が空になるまで水抜き穴に接近はできないが水量が無くなると水抜き穴に帰結する。
水量を失い空になった受水槽（３）はバランサー（９）の重量により引き上げられ動作は常に繰り返され、反復を続けることとなる。風などの影響を避けるため、装置の全体または状況の許される部分は筒状の構造でおおう等、その他の対策を考えるべきであろう。An appropriate amount of water is injected from the water tank (1) filled with rain water or tap water into the water receiving tank (3) by the metering tap (2).
The pulley (9) attached to the rotating shaft (8) of the generator (7) is attached to the belt (10) as the water receiving tank (3) having increased weight descends from the height of 10 meters, for example, to the arrival point. It is rotated by the action of the pressure of pressure bonding.
A rubber ball (4) is connected via a string (6) to an L-shaped tool (5) attached to the upper part of the water-receiving tank (3) in a rotatable manner, and the L-shaped tool (5) is rotated. Along with this, the rubber ball (4) is lifted.
The protrusion (12) to be caught by the L-shaped tool (5) is disposed at an appropriate position on the path along which the water receiving tank (3) drops.
Since it comprised in this way, when the water-receiving tank (3) falls, L holding tool (5) will move rotationally, a rubber ball (4) will be lifted, and water inside will flow out.
Pushed by the intensity of the water stream, the rubber ball (4) cannot approach the drain hole until the water is empty, but when the amount of water is exhausted, it results in the drain hole.
The water receiving tank (3) which has become empty due to the loss of water is pulled up by the weight of the balancer (9), and the operation is always repeated, and the repetition is continued. In order to avoid the influence of wind and the like, other measures should be considered, such as covering the entire device or the permitted portion of the situation with a cylindrical structure.

この発明の説明図である。It is explanatory drawing of this invention.

Explanation of symbols

（１）水槽（８）回転軸ー
（２）定量水栓（９）プーリー
（３）受水槽（１０）ベルト
（４）ゴム玉（１１）バランサー
（５）Ｌ字具（１２）突出部
（６）紐
（７）発電機(1) Water tank (8) Rotating shaft (2) Metering tap (9) Pulley (3) Water receiving tank (10) Belt (4) Rubber ball (11) Balancer (5) L-shaped tool (12) Projection ( 6) String (7) Generator

Claims

A fixed amount faucet (2) is provided in the lower part of the water tank (1), and is configured so that appropriate water storage is repeated every time the water receiving tank (3) repeats vertical movement.
A drain hole is provided on the bottom surface of the water receiving tank (3), and a rubber ball (4) slightly larger than the diameter is disposed.
The L-shaped tool (5) is attached to the upper part of the water receiving tank (3) by a rotatable method, and the rubber ball (4) is connected via the string (6).
Thereafter, the pulley (9) is attached to the rotating shaft (8) of the generator (7), and the water receiving tank (3) is attached to one end of the belt (10) for pressure-bonding to the pulley (9).
Furthermore, the other end of the belt (9) is a balancer that is heavier than the empty water receiving tank (3) itself not filled with water and lighter than the weight when the water receiving tank (3) is filled with water. (11) is attached.
A method of generating electricity by the weight of water, in which a protrusion (12) to be caught by an L-shaped tool (5) is arranged at an appropriate position on the path along which the water receiving tank (3) falls.