JPS5898665A - Hydraulic generator - Google Patents

Abstract

PURPOSE:To enable to install a hydraulic generator on the bottom of the sea, by arranging a generator and turbines driven by the water pressure at the bottom of the sea in a pressure-resisting spherical vessel, and employing a water discharge pump disposed at the lower part of the vessel for discharging water used for driving the turbines by use of a part of electric power generated by the generator. CONSTITUTION:The sea water is introduced into a pressure-resisting spherical vessel 1 from a water inlet port 2 and ejected to a plurality of turbines 5 from a plurality of nozzles 4 for turning the turbines 5 by water pressure and generating electric power by a generator 6. Water used for driving the turbines 5 is collected at the bottom of the vessel 1 and then discharged from a water discharge pipe 11 to the bottom of the sea by means of a water discharge pump 9 that is driven by superfluous electric power. Thus, since the generator and the turbines are arranged in a pressure-resisting spherical vessel, it can be installed on the bottom of the sea after prefabricating the same on the ground.

Description

【発明の詳細な説明】 本考案は原子力発電による、放射能公害や、現在の水火
力発電による、自然破かいを守り、天然物資の節約等に
役だだせるもので゛、１００米以上の平地海底なら設置
発電は可能である。この機構は火７Ｊ発市と同様にて、
ノズルをもって海底水圧をタービンに噴射せるものであ
り、本考案の作用は耐圧球型容器ｌ内にタービン、及び
発電装置等を設置したものを、海底の平地に置き、その
耐圧球型容器ｌに海水を取り入口２から導入し、導水管
３より出ている複数のノズル４から複数のタービン５に
海水を噴射させ、その水圧をもって、タービン５を回転
させタービン５に接続の発電機６に回転を伝い、発電さ
せるもので、回転の調整は調整パルプ７をもって行なう
、又タービン５からの余水は耐圧球型容器ｌの底部に集
め、余剰電力をもって、排水ポンプモーター８を回転さ
せ、連結の排水ポンプ９で余水は吸水管ｌＯを通り排水
ポンプ９をへて排水管１１から、海底水圧の１割増圧、
にして、海底に排水する。なお初電発排水は、自己余剰
発電までは陸上から、送電を行い、後自己発電に切替、
排水を行なう。又耐圧球型容器ｌを海底に安定させるた
めに、重量安定台１２を取りける。なお機械操作室等は
耐圧球型容器Ｉの上部１３で行ない、出入口１４から人
員の出入を行なうものである。なお又Ｎ０１５はタービ
ンカバーを示スモの０ 本考案は、海底の水圧を利用したもので、発電機構ｌこ
異状の生じないかぎり運転は平均して行なわイするもの
で、耐圧球型容器内にタービン及び発電機を収容するの
で陸上で組立後、海底ζこ設置−することが出きる。[Detailed Description of the Invention] This invention can be used to prevent radioactive pollution caused by nuclear power generation, to protect natural disasters caused by current water-fired power generation, and to save natural resources. Installed power generation is possible on the ocean floor. This mechanism is similar to the one on Tuesday 7J,
Seabed water pressure is injected into a turbine using a nozzle, and the function of this invention is to place a turbine, power generation equipment, etc. inside a pressure spherical container l on a flat surface of the seabed, Seawater is introduced from an intake port 2, and is injected from a plurality of nozzles 4 coming out of a water conduit 3 to a plurality of turbines 5, and the water pressure is used to rotate the turbine 5, which causes a generator 6 connected to the turbine 5 to rotate. The rotation is adjusted using the adjusting pulp 7, and the surplus water from the turbine 5 is collected at the bottom of the pressure spherical container l, and the excess power is used to rotate the drain pump motor 8, which connects the With the drainage pump 9, the surplus water passes through the water suction pipe lO, passes through the drainage pump 9, and then from the drainage pipe 11, the pressure is increased by 10% of the seabed water pressure.
and drain it to the seabed. In addition, the initial power generation wastewater will be transmitted from land until surplus generation is generated, and then switched to self-generation.
Perform drainage. In addition, a weight stabilizing stand 12 can be attached to stabilize the pressure spherical container l on the seabed. The machine operation room and the like are located in the upper part 13 of the pressure spherical container I, and personnel enter and exit through the entrance 14. In addition, N015 indicates that the turbine cover is closed.The present invention utilizes the water pressure of the seabed, and as long as no abnormality occurs in the power generation mechanism, the operation is carried out evenly. Since it houses the turbine and generator, it can be assembled on land and then installed on the seabed.

【図面の簡単な説明】[Brief explanation of the drawing]

第１図は本願実施例における内部正面説明図第２図は同
上側面説明図 ■・・・耐圧球型容器、５・・・タービン、６・・・発
電機、８・・排水ポンプ 図面の浄書（内容に変更なし） 力ｌ朝 ん７．貢（ 手続補正書（方式） 昭和５７年４月４２，７日 特許庁長官島田春樹　殿 ６　補正する者 事件との関係　特許出願人 ４、補正命令の日付 昭和５７年３月３０日（発送日） ５　補正の対象 明細書（発明の名称、特許請求の範囲、発明の詳細な説
明の各欄）、図面 ６、補正の内容 別紙のとおり ６、　補正の内容 （１）　　明細書の補正 イ、発明の名称「水力発電装置」とあるを「水力発電機
」に補正する。 口、特許請求の範囲を別紙のとおり補正する。 ハ、発明の詳細な説明の欄、２ペ一ジ第１１行「初電発
排水」とあるを「初発型排水」に補正する。 （２）図面の清書（内容に変更なし） 別紙のとおり ２、特許請求の範囲 耐圧球型容器内に、タービン発電装置を収容して、海底
に設置し海水を導入、その水圧を複数のノズルより、複
数のタービンに噴射させ、その水圧力でタービンを回転
させ、連結発電機を回転発電させてタービンの余水は低
部排水ポンプを発電の一部を用いて排水させる海底水圧
を利用した、水力発電機Figure 1 is an internal front explanatory view of the embodiment of the present invention. Figure 2 is an explanatory side view of the same as above. (No change in content) Power morning 7. Tribute (procedural amendment (method) April 42, 7, 1980 Haruki Shimada, Commissioner of the Patent Office, 6 Relationship with the case of the person making the amendment Patent applicant 4, date of amendment order March 30, 1980 (shipment date) ) 5 Specification to be amended (title of the invention, claims, detailed description of the invention), drawing 6, contents of the amendment as shown in Attachment 6, contents of the amendment (1) Amendment of the description a. The title of the invention, "hydroelectric power generation device," is amended to "hydroelectric generator." First, the scope of claims is amended as shown in the attached sheet. C. Detailed description of the invention, page 2, line 11 The phrase "initial power generation wastewater" is corrected to "initial power generation type wastewater." (2) Clean-up of the drawing (no change in content) As shown in Attachment 2, the scope of claims is that a turbine power generation device is installed in a pressure-resistant spherical container. It is installed on the seabed and seawater is introduced, and the water pressure is injected into multiple turbines from multiple nozzles.The water pressure rotates the turbines, and the connected generator rotates to generate electricity. A hydroelectric generator that uses seabed water pressure to drain water using part of the electricity generated by a drainage pump.

Claims (1)

【特許請求の範囲】[Claims] 耐圧球型容器内に、タービン発電装置を収容して、海底
に設置し海水を導入、その水圧を複数のノズルより、複
数のタービンに噴射させ、その水圧力でタービンを回転
させ、連結発電機を回転発電させてタービンの余水は低
部排水ポンプを発電の一部を用いて排水させる海底水圧
を利用した、水力発電装置A turbine generator is housed in a pressure-resistant spherical container, installed on the seabed, and seawater is introduced.The water pressure is injected from multiple nozzles to multiple turbines, and the turbines are rotated by the water pressure to generate a connected generator. This is a hydroelectric power generation device that uses seabed water pressure to rotate the turbine and use a portion of the generated water to drain the surplus water from the turbine.