KR101071526B1 - Horizontal Rotary Water Buoyancy Tidal Current Generator - Google Patents

Horizontal Rotary Water Buoyancy Tidal Current Generator Download PDF

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KR101071526B1
KR101071526B1 KR1020080097512A KR20080097512A KR101071526B1 KR 101071526 B1 KR101071526 B1 KR 101071526B1 KR 1020080097512 A KR1020080097512 A KR 1020080097512A KR 20080097512 A KR20080097512 A KR 20080097512A KR 101071526 B1 KR101071526 B1 KR 101071526B1
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aberration
water
buoyancy
horizontal
generator
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KR1020080097512A
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Korean (ko)
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KR20100038508A (en
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김홍철
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김홍철
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    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F03—MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
    • F03B—MACHINES OR ENGINES FOR LIQUIDS
    • F03B13/00—Adaptations of machines or engines for special use; Combinations of machines or engines with driving or driven apparatus; Power stations or aggregates
    • F03B13/12—Adaptations of machines or engines for special use; Combinations of machines or engines with driving or driven apparatus; Power stations or aggregates characterised by using wave or tide energy
    • F03B13/26—Adaptations of machines or engines for special use; Combinations of machines or engines with driving or driven apparatus; Power stations or aggregates characterised by using wave or tide energy using tide energy
    • F03B13/264—Adaptations of machines or engines for special use; Combinations of machines or engines with driving or driven apparatus; Power stations or aggregates characterised by using wave or tide energy using tide energy using the horizontal flow of water resulting from tide movement
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F03—MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
    • F03B—MACHINES OR ENGINES FOR LIQUIDS
    • F03B17/00—Other machines or engines
    • F03B17/02—Other machines or engines using hydrostatic thrust
    • F03B17/025—Other machines or engines using hydrostatic thrust and reciprocating motion
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F05—INDEXING SCHEMES RELATING TO ENGINES OR PUMPS IN VARIOUS SUBCLASSES OF CLASSES F01-F04
    • F05B—INDEXING SCHEME RELATING TO WIND, SPRING, WEIGHT, INERTIA OR LIKE MOTORS, TO MACHINES OR ENGINES FOR LIQUIDS COVERED BY SUBCLASSES F03B, F03D AND F03G
    • F05B2220/00—Application
    • F05B2220/30—Application in turbines
    • F05B2220/32—Application in turbines in water turbines
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F05—INDEXING SCHEMES RELATING TO ENGINES OR PUMPS IN VARIOUS SUBCLASSES OF CLASSES F01-F04
    • F05B—INDEXING SCHEME RELATING TO WIND, SPRING, WEIGHT, INERTIA OR LIKE MOTORS, TO MACHINES OR ENGINES FOR LIQUIDS COVERED BY SUBCLASSES F03B, F03D AND F03G
    • F05B2220/00—Application
    • F05B2220/70—Application in combination with
    • F05B2220/706—Application in combination with an electrical generator
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F05—INDEXING SCHEMES RELATING TO ENGINES OR PUMPS IN VARIOUS SUBCLASSES OF CLASSES F01-F04
    • F05B—INDEXING SCHEME RELATING TO WIND, SPRING, WEIGHT, INERTIA OR LIKE MOTORS, TO MACHINES OR ENGINES FOR LIQUIDS COVERED BY SUBCLASSES F03B, F03D AND F03G
    • F05B2260/00—Function
    • F05B2260/40—Transmission of power
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E10/00—Energy generation through renewable energy sources
    • Y02E10/20—Hydro energy

Abstract

유속이 빠른 강이나 바닷가에 조류발전기의 축(1)을 바다 쪽으로 60도 각으로 세우고 부력이 발생하는 받침판(3)을 끼우고 그 위에 부력용공기통(12)이 달란 수평식수차 날개(2)8개가 달린 8발이(7)이를 축(1)에 끼우는 순간 자체부력으로 물 위로 뜨고 수차날개(2)도 양면(도9)이 흐르는 물에 받치면 물위로 밀려 오르게 구부러져있어 흐르는 물속에 잠가는 순간 수평으로 떠있든 수차날개(2)는 유속이 빨라질수록 물위로 뜨려는 힘이 강해지면서 조수 간만으로 발생하는 수위 따라 수면조류용수평식수차바퀴(도3) 높이가 자동 조절되다.

도1은

수평회전식 수차부력조류발전기의 축(1)에 끼워진 받침판(3)은 물위에서 120도로 기운 받침판(3)위에 부력이 날개(12)자체에서 발생하는 수차날개(2) 8개가 달린 8발이(7)밑에 기어(16)가 달린 수차바퀴(7)를 끼우면 수차8발이바퀴(도3)는 120도로 기울고 120도로 기운 수차바퀴에 달린 수차날개(2) 50％(8개중4개)은 물(4)속에 잠기고

반대쪽 수차8발이날개(2)이에 달린 수차날개(2) 50％인 수차날개(2)4개는 120도 각으로 기운 받침판(3)에 의해 물 위로 올라와 8발이(7)회전방향 따라 회전하여 다시 물속으로 입수하는 운동이 반복되면서 회전하는 수평식 수차바퀴 8발이(7) 밑에 달란 기어(16)에 연결된 기어(5)를 통해 회전 축(22)으로 전달된 회전운동이 발전기(6)로 전달되어 전기를 발생시키는 조류발전기.

도2는

물속에 수직으로 세워진 수평회전식 수차부력조류발전기의 축(1)에는 도1과는 달리 육지와 연결된 받침판(3)중심에 난 구명(9)을 시점으로 반원으로 구부러진 환봉(17)양끝을 30도 각으로 받침판(3)가장자리로 연결한(도3) 받침판(3)을 끼우고,

그 위에 수평식수차날개(2) 8개가 달린 8발이(7)를 끼우면 도1과 같이 수평식수차바퀴(도3)는 수면에서 유속 흐르는 방향 따라 발생한 회전이 8발이(7)밑에 달린 기어(16)와 연결된 기어(5)를 통해 회전축(22)에 연결된 베벨기어(21)로 이어져 발전기(6)로 전달되어 전기를 발생시키는 조류발전기.

받침판(3)과 수평식수차날개 속에도 부력용 공기통(12)이 달려있고,

수차날개(2)양면이 유속이 빠르면 빠를수록 수면위로 떠오르게 굴곡(도9)이 있어 위로 떠오르면서 수위 따라 수차바퀴가 조절된다.

Figure R1020080097512

수차날개가 8개 달린 8발이. 등고선

Horizontal aberration vanes (2) with the axle (1) of the algae generator at a 60-degree angle toward the sea and a support plate (3) with buoyancy generated thereon, with a buoyant air cylinder (12) above it When eight teeth with seven (7) are inserted into the shaft (1), it floats on the water by its own buoyancy and the aberration blade (2) is bent to be pushed over the water when it is supported by flowing water. Floating aberration (2) floats horizontally at the moment, the height of the flow becomes stronger as the flow rate increases, and the height of the water level wheel for the surface algae (Fig. 3) is automatically adjusted according to the water level generated by the tidal flow.

Figure 1

The support plate (3) fitted to the shaft (1) of the horizontal rotary aberration buoyancy current generator (8) has eight aberrations (8) with eight aberration blades (2) in which buoyancy is generated on the wing (12) itself on the support plate (3) tilted at 120 degrees on the water. If you put the wheel (7) with the gear (16) underneath it, the aberration wheel (Fig. 3) is inclined to 120 degrees and the water wheel (2) 50% (4 of 8) on the wheel is tilted to 120 degrees. 4) submerged

The four aberration blades (2) with 50% of the aberration blades (2) attached to the opposite aberration blades (2) are raised on the water by the support plate (3) tilted at an angle of 120 degrees, and the eight aberrations (7) rotate in the direction of rotation. The rotational motion transmitted to the rotating shaft 22 through the gear 5 connected to the gear 16 is rotated to the generator 6 under the eight horizontal aberration wheels 7 which rotate as the motion of getting into the water is repeated again. An algae generator that is delivered to generate electricity.

2 is

Unlike in Fig. 1, the axis (1) of the horizontal rotary aberration buoyancy algae, which is erected vertically in the water, 30 degrees from both ends of the round bar (17) bent in a semicircle with the life (9) centered on the supporting plate (3) connected to the land. Insert the base plate (3) connected to the base plate (3) edge at an angle (Fig. 3),

If the eight wheels (7) with eight horizontal aberration blades (2) are inserted thereon, the horizontal aberration wheels (Fig. 3) are gears with eight rotations (7) under the direction of flow in the water flow direction as shown in FIG. A tidal current generator which is connected to the bevel gear 21 connected to the rotating shaft 22 through the gear (5) connected to the transmission to the generator (6) to generate electricity.

A buoyancy reservoir 12 is also installed in the support plate 3 and the horizontal aberration vane.

Aberration wings (2) The faster the flow rate on both sides, the faster the water floats on the surface (Fig. 9), so it floats up and the aberration wheel is adjusted according to the water level.

Figure R1020080097512

Eight shots with eight aberrations. Contour

Description

수평회전식 수차부력 조류발전기{omitted}Horizontal rotary aberration buoyancy tidal generator

회전 동력이 발생하는 수차가 수평으로 회전함으로 얕은 물에도 수차날개(2)를 길게하여 원하는 동력을 얻을 수 있다.As the aberration generating rotational power rotates horizontally, the aberration blade 2 can be lengthened even in shallow water to obtain desired power.

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수평회전식 수차부력조류발전기는 수평회전식 회전수차날개(2)의 총 8개중 50％인 5개는 물속으로 회전이동하고 50％인 수차날개(2)4개는 수면에 닫지 않고 공중으로 이동 회전함으로 흐르는 물의 방향에 저 향을 받지 않고 순조롭게 회전이 된다.The horizontal rotary aberration buoyancy current generator has 5 of 50% of the total of 8 horizontal rotary aberration vanes (2) rotated into the water, and 4 aberration vanes (2) of 50% are rotated in the air without closing on the surface. It rotates smoothly without being affected by the direction of flowing water.

수평회전식 날개(2)속에도 부력용 공기통(12)이 달려있고, 수차날개(2)위부분에 부력용 공기통이(12) 달려서 수차날개(2) 양면이 안쪽으로 구부러져있어 유속이 빠를수록 수면으로 뜨는 힘이 더해진다.
수평회전날개(2)가 달린 8발이(7)를 받쳐주는 받침판(3)속에도 부력용 공기가 내장되어있어 조수의 수면(4)따라 수평회전식 수차부력조류발전기의 높이가 수면 따라 자동으로 조절이 스스로 되게 한다.The buoyancy reservoir 12 is attached to the horizontal rotary wing 2, and the buoyancy reservoir 12 is mounted above the aberration wing 2 so that both sides of the aberration wing 2 are bent inward, so that the faster the flow rate Floating power is added.
The buoyancy air is built into the support plate (3) supporting the eight-wheel (7) with the horizontal rotary wing (2), so the height of the horizontal rotary aberration buoyancy generator is automatically adjusted according to the surface of the tide. Let yourself be

수폭은 넓고 수심은 얕은 곳에서는 수평회전식 수차날개(2)길이를 길게 하여 큰 힘을 얻는다.
깊은 수심에서 흐르는 심층보다 상층수의 물 흐름이 빠르다.
수평회전식 수차날개(2)50％는 물 따라 회전이동하고 수차날개5)％는 물위로 회전 이동함으로 물 흐는 방향에 관계없다.When the width is wide and the depth is shallow, the horizontal rotary aberration blades (2) are lengthened to obtain great force.
Faster water flows faster than deep water flowing at deeper depths.
50% of horizontal rotary aberration blades 2 rotate along the water, and 5% of aberration blades rotate on water, irrespective of the direction of water flow.

수평회전식 수차부력조류발전기의 축(1)을 육지(18)에 근접하게 세워 수평회전수차를 설치함으로 수평회전식 수차날개(2) 8중 4개는 땅(18)위에서 회전한다.Four of the horizontal rotary aberration vanes (2) rotate on the ground (18) by placing the horizontal aberration buoyancy current generator shaft (1) close to the land (18) and installing a horizontal rotary aberration.

수평회전식 수차날개(2)가 물 흐름속도가 빠른 표층수 속에서 이동하게 한다.Horizontal rotary aberration blades (2) allow them to move in surface waters with high water flow rates.

얕은 수심에서도 수평회전식수차날개(2) 폭을 좁고 길게 하여 큰 힘을 얻을 수 있다.
수평회전식 수차부력조류발전기 축(1)을 육지에 근접하게 세움으로 설치 및 유지비가 경제적이다.
공해가 전혀 발생하지 않는 청정에너지.Even at shallow depths, the horizontal rotary aberration blades 2 can be narrowed and lengthened to obtain great force.
It is economical to install and maintain the horizontal rotary aberration buoyancy generator shaft (1) close to the land.
Clean energy with no pollution.

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수평회전식 부력조류발전기의 축(1)이 수면과 60도 각으로 선 축(1)과 90도 각으로 축(1)중,The axis (1) of the horizontal rotary buoyancy algae generator is in the axis (1) at an angle of 60 degrees to the surface of the axis (1),

축(1)이 60각으로 기운 수평회전식수차부력 조류발전기는The horizontal rotary aberration buoyant tidal current generator with the shaft (1) tilted at 60 angles

수평회전식 발전기의 축(1)이 바다 쪽으로 수면(4)과60도 각으로 기울게 세워진 축(1)에 평판인 받침판(3)을 끼우면 평판인 받침판(3)을 수면(4)과 60도로 기운 평판으로 된 받침판(3)위 축(1)에 수차날개(2)가 8개 달린 8발이(7)를 끼우면 8발이(7)에 달린 수차날개(2) 8중 50％인 수차날개 4개는 물속으로 잠기고 축(1)을 중심으로 반대쪽 수차날개(2)4개는 물 밖으로 나와 8발이(7) 회전 이동 따라 공중으로 이동 회전하여 다시 물속으로 잠기는 운동이 반복되면서 발생한 회전을 8발이(7)밑에 달린 기어(16)에 연결된 소 기어(5)가 연결된 회전축(22)과 연결된 발전기(6)를 회전시켜 전기를 발생시키는 수평회전식수차조류발전기.
축(1)이 수면과 90도 각으로선
수평회전식 발전기의 축(1)이 수면(4)과 90각으로 선 축(1)에는 자체부력이 발생하는 받침판(3)위에서 회전하는 수평회전날개(2)50％인 수차날개(2)4개가 항상 물위로 올라오게 반원형으로 구부러진 환봉(17)양끝을 등고선(17)철음 되게 가운데는 높게 양 끝은 평판인 받침판(3)에 받침판(3)위에 8개의 수평회전식 수차날개(2)8개가 달린 8발이(7)를 축(1)에 끼우는 순간 수차날개(2)50％인 수차날개(2)4개는 물속으로 잠기는 순간 수차날개(2)는 물 따라 이동회전하고 축(1) 반대쪽 수차날개(2)4개는 물위로 나와 환봉으로 된 등고선(17)을 이동 회전하여 다시물속으로 입수하는 운동이 반복되면서 발생한 회전운동이 8발이(7)밑에 달린 기어(16)와 연결된 기어(5)로 연결된 회전축(22)에 연결된 발전기(6)를 회전시켜 전기를 발생시키는 수평회전식 부력조류발전기.
받침판(3)과 수평회전식 수차날개(2)속에도 공기통(12)이 달려있고, 수평회전식 수차날개(2)양면 안쪽으로 구부러져 유속이 빠를수록 수평회전식 수차날개(2)는 물위로 뜨는 힘이 강해지는 부력으로 수평회전식 부력조류수차(도3)는 수면(4)따라 높이가 자동 조절되다.When the shaft 1 of the horizontal rotary generator is fitted with a flat support plate 3 on the shaft 1 which is inclined at an angle of 60 degrees with the water surface 4, the flat support plate 3 tilts the flat support plate 3 with the water surface 4 and 60 degrees. If the eight support (7) with eight aberrations (2) is fitted on the flat support plate (3), the aberration wings (2) with eight aberrations (7), four aberration wings of 50% of eight 8 submerged aberration blades (2) around the shaft (1) are out of the water and moved eight times (7) rotational movement into the air to rotate and submerged again into the water (8) 7) Horizontal rotating aberration algae generator for generating electricity by rotating the generator (6) connected to the rotary shaft 22 is connected to the small gear (5) connected to the bottom gear (16).
The axis (1) is at an angle of 90 degrees
Axle blades (2) that are 50% of horizontal rotating blades (2) rotating on a support plate (3) on which the shaft (1) of the horizontal rotary generator is at an angle of 90 degrees to the water surface (4). Eight horizontal rotating aberration vanes (2) on the backing plate (3) on the backing plate (3) on the back of the round bar (17) bent in a semicircular shape so that the dog always comes up on the water. As soon as the eight-wheeled axle (7) is inserted into the shaft (1), the four aberration blades (2) with 50% of the aberration blades are submerged into the water. The four aberration blades (2) come out on the water and rotate the contours (17) made of round rods. 5) A horizontal rotary buoyancy algae generator for generating electricity by rotating the generator (6) connected to the rotary shaft 22 connected by.
The air cylinder 12 is also attached to the support plate 3 and the horizontal rotary aberration vane 2, and the horizontal rotary aberration vane 2 is bent inward on both sides, so that the faster the flow velocity, the stronger the horizontal floating aberration vane 2 rises on the water. As the buoyancy horizontal rotary buoyancy algae aberration (Fig. 3) is automatically adjusted according to the height of the water surface (4).

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도1은 수평식 수차수직 조류발전기의 측면도.1 is a side view of a horizontal aberration vertical tidal current generator;

도2는 수평식 수차가 60도 기운 조류발전기의 측면도.Figure 2 is a side view of a tidal current generator with a horizontal aberration of 60 degrees.

도3은 수평식 수차 날개8개가 달린 8발이 의 평면도.Figure 3 is a plan view of eight legs with eight horizontal aberration wings.

도4는 수평식 수차 날개 8개가 삽입되는 팔 바리.Figure 4 is an arm bar that is inserted eight horizontal aberration wings.

도5는 수평식 수차 날개8개중 4개는 수면 속에서 흐르는 물 따라 회전하고, 4개는 물위로 나와 물의 저항 없이 회전 하게하는 수위조절판 도.Figure 5 is a level control plate of four of the eight horizontal aberration blades rotate along the water flowing in the water surface, and four are rotated out of the water without resistance.

도6은 속에 부력용 공기가 속에든 수치날개.
도7은 도4의 8바리의 상하운동을 돕는 앙 카.Figure 6 is a numerical wing with buoyancy air in it.
Figure 7 is an anchor helping the up and down movement of the eight bars of Figure 4.

"주요번호""Major number"

1; 수평수차 고정 축. 2; 부력용 공기가 속에 든 수평수차 날개. 3; 수평수치 날개 회전저항을 조절하는 공기가 속에든 수차날개. 4; 수면. 5; 8발리 회전을 모터와 연결하는 기어. 6; 발전기. 7; 8개의 수차날개가 달린 8발리. 8; 상하조절 핀 구멍. 9; 축 삽입 구멍. 10; 육지에 팔 바리를 육지에 고정시키는'ㄱ'자. 11. 수평식 날개를 8바리와 연결시키는 핀 구멍. 12; 수평날개 속 부력용 공기 통. 13; 팔 바리와 연결시키는 수평식 수차날개 구멍. 14; 3번과 10번을 연결시키는 평 철. 15; 수평수차 상하조절 봉. 16; 팔 바리회전을 발전 발전기로 연결시키는 원 기어. 17; 수평식 수차날개를 공기 속으로 나왔다 다시 물속으로 입수시키는 등고선. 18; 육지. 19; 볼트. 20; 벨벳기어. 21; 롤 베어링. 22; 발전기와 8발이와 연결 축.One; Horizontal aberration fixed axis. 2; Horizontal aberration blades with buoyant air in them. 3; Aberration blades with air to control horizontal rotational resistance. 4; Sleep. 5; Gears that connect 8-wheel rotation to the motor. 6; generator. 7; 8 Bali with 8 wheels. 8; Top and bottom adjustment pin hole. 9; Shaft insertion hole. 10; 'A' who fixes the land to the land. 11. Pin holes connecting the eight wings with the horizontal wing. 12; Buoyancy reservoir in horizontal wing. 13; Horizontal aberration wing holes to connect with arm brace. 14; Pyeong-chul connecting 3 and 10. 15; Horizontal aberration up and down adjustment rod. 16; One gear that connects the armwheel rotation to the generator. 17; The contours of the horizontal aberration vanes coming out of the air and back into the water. 18; shore. 19; volt. 20; Velvet Gears. 21; Roll bearing. 22; Generator and 8 shafts and connecting shaft.

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Claims (2)

조류발전기의 축(1)이 바다방향으로 60각으로 기운 축(1)에 수차바퀴의 수위조절이되는 받침판(3)을 끼우면 받침판(3)은 120도 각으로 끼우진 부력용 받침판(3)위에 수차날개(2)속에 공기통(12)이 달린 8개의 날개(2)가 연결된 8발이(7)를 축(1)에 끼우면 8발이(7)에 연결된 수차날개(2)50％인 수차날개(2)4개는 물속에 잠기는 순간 수차날개(2)속에 달린 공기탱크(12)의 부력으로 수차날개(2)끝이 물위로 뜨면서 물따라 이동회전하고 수차날개(2)4개는 120도로 물위로 물위로 기운 받침판(3)위로 이동회전 함으로 물속으로 이동하는 날개(2) 이동방향에 저항을 주지않는 수평식수차부력조류발전기의 축(1)이 60각으로 선 조류발전기.When the supporting plate (3) for adjusting the water level of the aberration wheel is fitted to the shaft (1) tilted at an angle of 60 degrees in the sea direction in the direction of the sea generator, the supporting plate (3) is fitted with a buoyancy supporting plate (3). When the eight blades (7) connected to the eight wings (2) with the air cylinder (12) in the aberration blades (2) on the shaft (1), the aberration blades (2) 50% connected to the eight blades (7) (2) The four are submerged under the buoyancy of the air tank (12) buried in the water at the moment of submerged wing (2), the end of the aberration wing (2) floats on the water and moves along the water, and the aberration wing (2) four is 120 degrees Wings moving in the water by rotating and moving on the support plate (3) tilted on the water (2). The tidal current generator whose axis (1) is 60 degrees of horizontal aberration buoyancy algae generator which does not resist the direction of movement. 자체 부력이 발생하는 받침판(3)위에 환봉으로 등고선(17)으로 구부러진 양끝이 받침판(3)위에 연결된 받침판(3)을 수직으로선 축(1)에 끼워진 축(1)에 8개의 날개(2)가 8발이(7)에 달린 수평식수차(도6)를 끼우면 8발이(7)에 달린 8개의 날개(2)중 수차날개(2)4개는 흐르는 물속에 잠기는 순관 물따라회전하고 물속에 잠겨서 이동한 수차날개(2)는 받침판(3)위에 달린 등고선(17)따라 회전이동하면서 발생한 회전운동이 발전기(6)와 연결된 회전축(22)으로 전달되여 전기가 발생하는 수평식 수차부력조류발전기의 축(1) 수직으로선 조류발전기.Eight blades (2) on a shaft (1) vertically fitted with a support plate (3) connected to the support plate (3) with both ends bent on a contour line (17) with a round bar on the support plate (3) on which its own buoyancy occurs. If you put a horizontal aberration (figure 6) with eight rounds (7), four of the eight wings (2) with eight rounds (7) will rotate along the water pipe and submerge in the water. Locked aberration wing (2) is a horizontal aberration buoyancy generator in which electricity is generated by the rotational movement generated by rotational movement along the contour line (17) on the support plate (3) is connected to the generator (6) (1) vertical tidal current generator.
KR1020080097512A 2008-10-06 2008-10-06 Horizontal Rotary Water Buoyancy Tidal Current Generator KR101071526B1 (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR102326397B1 (en) 2020-06-03 2021-11-12 조희남 A tidal current generator with inclined oblique type rotor and its construction method

Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US4258270A (en) 1978-08-22 1981-03-24 Salen Energy Ab Marine wave power plant
US6365984B1 (en) 1999-04-13 2002-04-02 Chau-Fu Shu Apparatus for converting energy from flowing liquid

Patent Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US4258270A (en) 1978-08-22 1981-03-24 Salen Energy Ab Marine wave power plant
US6365984B1 (en) 1999-04-13 2002-04-02 Chau-Fu Shu Apparatus for converting energy from flowing liquid

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR102326397B1 (en) 2020-06-03 2021-11-12 조희남 A tidal current generator with inclined oblique type rotor and its construction method

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