CN208669508U - Novel renewable energy acquisition based on wave energy utilizes equipment - Google Patents

Abstract

The utility model provides a kind of novel renewable energy acquisition based on wave energy using equipment, including wind porch, tube body, casing, rectifier, stator, rotor, rotary shaft rack, wind wheel circle, flabellum, power-assisted circle, permanent magnet, iron ball, bearing, protective net；Wind porch is placed in waters bank and a part is stretched outside the water surface hereinafter, tube body is connected with wind wheel circle and power-assisted circle, the flabellum inclined direction on wind wheel circle changes with the change of gas flow in the air flow chamber in wind porch in the shaft of generator；Permanent magnet is provided with iron ball towards power-assisted circle, power-assisted circle.Wave generates reciprocal air-flow when rising and falling in wind porch, drive the rotation of wind wheel circle；Permanent magnet attracts iron ball to roll in power-assisted circle, and iron ball pushes driving power-assisted circle rotation, the revolving speed of the rotor of generator when airflow direction being maintained to change gap；The kinetic energy and potential energy of the fluctuating of final wave are converted into electric energy.

Description

Novel renewable energy acquisition based on wave energy utilizes equipment

Technical field

The utility model relates to a kind of generating equipments, adopt more particularly to a kind of novel renewable energy based on wave energy Collection utilizes equipment.

Background technique

Wave in ocean and large-size lake is mainly stormy waves, and the energy of wind comes from the sun, and thus wave energy is A kind of good renewable energy, its development and utilization are very important alleviating energy crisis and reducing environmental pollution. Surging wave motion generates huge, eternal and environmentally friendly energy, if can be by the kinetic energy of wave and the wave of other waters surface Wave can fully utilize, then the prospect of world energy sources can be quite wide and bright.Wave energy is ocean and large-size lake surface The summation of possessed kinetic energy and potential energy, the energy of wave and wave height square, the width of the period of motion of wave and wave slope It spends directly proportional.In addition, the size of wave energy also with wind speed, wind direction, continuously the factors such as time, flow velocity for drying are related.

The cost of extensive wave-energy power generation also hardly possible and conventional energy resource competition in power generation, but the small-power wave energy of specific use Power generation, put it on navigation light buoy, light beacon, beacon etc. application.On outlying island, small-sized wave-energy power generation can be with Diesel generating set competition in power generation.New device should be studied, further from now on to improve wave energy transfer efficiency.Therefore design one Novel renewable energy acquisition kind based on wave energy utilizes equipment, for solve the serious problem of environmental pollution in the world today and Fossil resources exhaustion problem is of great significance, and whether walks Sustainable Development Road from economic society and the protection mankind are rely life The height for the ball ecological environment deposited is set out come the energy supply examined closely or the solution of some specific uses is real, develops new energy Source all has great strategic significance.

Summary of the invention

Therefore, the utility model is to further increase the utilization efficiency of wave energy, provides a kind of based on wave energy Novel renewable energy acquisition utilizes equipment, converts wave energy into reciprocal air-flow, drive motor rotor persistently rotates in same direction.

The technical scheme adopted by the utility model is a kind of novel renewable energy acquisition based on wave energy is utilized and is set It is standby, it is characterised in that: including wind porch, tube body, casing, rectifier, stator, rotor, rotary shaft rack, wind wheel circle, flabellum, power-assisted Circle, permanent magnet, iron ball, bearing, protective net.

The wind porch is mounted in the bank land in waters, is divided into horizontal component and vertical sloping portion, horizontal component is always It is exposed at the water surface or more, the lower semisection of vertical sloping portion protrudes into the water surface or less；It is offered in the vertical sloping portion of the wind porch Intake antrum, intake antrum bottom opening are connected to the waters on the outside of wind porch；It is offered inside the inner end of the horizontal component of the wind porch Atmosphere on the outside of discharge chamber, discharge chamber top opening and wind porch；Wall between the intake antrum and discharge chamber of the wind porch The columnar air flow chamber of horizontal circle is offered, the intake antrum of wind porch is connected to discharge chamber.

The tube body is cylindrical tubes, and central axis is horizontally arranged in the air flow chamber in wind porch, and the tube body both ends are set There is flange, flange is fixed by screws on the wall at air flow chamber both ends.

Radial cabinet supports bar is equipped on the outside of the casing, cabinet supports bar outer end is equipped with the casing stabilizer blade of sheet, Casing stabilizer blade is screwed on inboard wall of tube body；The rectifier is mounted on motor tail end, and the stator is mounted in casing, and described turn Son is mounted on the inside of stator, and one end of the stator is equipped with shaft and stretches out on the outside of motor head end.

For the central tube of the rotary shaft rack through bearing holder (housing, cover) at the middle position region of shaft, central tube is externally provided with spoke The frame support rails of shape are penetrated, the outer end of frame support rails is equipped with the bracket stabilizer blade of sheet, and the bracket stabilizer blade is screwed onto tube body On inner wall.

In the outermost end of shaft, inner ring wraps around central axis and is uniformly provided with multiple spokes the inner ring pin joint of the wind wheel circle The hinge bar of the elongated cylindrical of shape is penetrated, the outer end of the hinge bar is equipped with the outer ring of annular；The outer end and inner end of the hinge bar It is equipped with limit film, the hinged pipe of the flabellum is between the limit film of hinge bar；It is equal around central axis on the outer ring The even guide groove for offering multiple arcs.

The flabellum is fanning strip, along a side of the radial direction of fanning strip, the hinged pipe equipped with mini diameter tube shape；? At the top of the outer arcuate side of fanning strip, the guide rod equipped with thin cylinder, the guide rod is inserted in the guide groove of wind wheel circle.

The center ring pin joint of the power-assisted circle in the shaft on the inside of rotary shaft rack, on the external cylindrical surface of the center ring to Surrounding is radial to be equipped with multiple spokes, and spoke outer end is connected to the splendid attire circle of annular；Splendid attire circle is annular shape, medial surface along Circular ring shape profile offers arc-shaped recess, and the iron ball is spheroidal, rolls containing in the recess on the inside of circle.

The permanent magnet is the cylindrical body of center axis horizontal, and outer end is screwed on inboard wall of tube body, and power-assisted circle is directed toward in inner end；

Opposite in the tube body to be equipped with two sets of generating equipments, two pieces wind wheel circle is located at the both ends open of tube body.

The principles of the present invention are as follows: when the waters liquid level in the wind porch external world rises, the hydraulic pressure in intake antrum increases, on the water surface It rises, the air in intake antrum above the water surface is pressed into air flow chamber, is finally discharged outside wind porch from discharge chamber；The waters in the wind porch external world When liquid level declines, the hydraulic pressure in intake antrum is reduced, and water surface decline, air is inhaled into intake antrum from discharge chamber by air flow chamber； Since the horizontal section area of intake antrum is much larger than the cross-sectional area of air flow chamber, powerful reciprocal gas is constantly generated in air flow chamber Stream.

The angle rotatable range of the flabellum is less than 90 degree, and when air-flow passes through air flow chamber, flabellum is parallel to gas The air pressure of chamber central axis is flowed, the guide rod at the top of flabellum is slided along the guide groove of outer ring to air-flow direction of travel, and flabellum encloses It is rotated around hinged pipe, so that the blade face of flabellum is no longer vertical with airflow direction, flabellum is driven wind wheel circle to turn by after stream pressure It is dynamic；Similarly, when the air-flow counter motion in air flow chamber, promotion of the flabellum by back draught, tip tilt direction, but always It is to drive flabellum mobile towards the side of hinged pipe, guarantees that the rotation direction of wind wheel circle remains unchanged.

Iron ball can be rolled into the splendid attire circle inboard groove bottom of power-assisted circle under the effect of gravity, when the magnetic force suction by permanent magnet When drawing, iron ball is rolled towards the direction of permanent magnet, breaks the force balance state of power-assisted circle, iron ball deviate the splendid attire circle of side by Downward pressure, so that containing circle rotation.Permanent magnet can only maintain the rolling of iron ball to the attraction of iron ball, and magnetic force does not arrive greatly will Iron ball adsorbs completely and influences to contain circle rotation.

In the stage of air flow chamber interior air-flow direction change, the rotation of power-assisted circle can effectively assist the velocity of rotation of wind wheel circle, Preventing the revolving speed of wind wheel circle quickly reduces, and keeps the generated output of generating equipment.

A kind of novel renewable energy acquisition based on wave energy of the utility model is had the advantages that using equipment

(1) the huge difference in areas for utilizing intake antrum horizontal section area and air flow chamber cross-sectional area, by the fluctuating of water level Be converted to strong air-flow；

(2) guide rod and guide groove structure are utilized, realizes the variation of flabellum deflection angular direction, realizes wind wheel circle in reciprocal gas One-directional rotation under the conditions of stream；

(3) by magnetic force attract and iron ball structure, maintain change of the wind gap when wind wheel circle higher rotation speed.

So this novel renewable energy acquisition based on wave energy utilizes equipment, convert wave energy into reciprocal Air-flow, drive motor rotor persistently rotate in same direction, withered for solving the serious problem of environmental pollution in the world today and fossil resources The problem of exhausting is of great significance, and has great strategic significance to the development for pushing new energy technology.

Other feature and advantage of the utility model will illustrate in the following description, or this is practical new by implementation Type and understand.

Detailed description of the invention

Attached drawing is only used for showing the purpose of specific embodiment, and is not considered as limitations of the present invention, entire In attached drawing, identical reference symbol indicates identical component.

Fig. 1 is the structural schematic diagram on wind porch installation bank land.

Fig. 2 is the structural schematic diagram for the discharge chamber top exit that protective net is mounted on wind porch.

Fig. 3 is the assembling schematic diagram of tube body and wind porch of the wind porch after plane of symmetry cutting.

Fig. 4 is the schematic diagram of internal structure of wind porch of the wind porch after plane of symmetry cutting.

Fig. 5 is that power generation mechanism is mounted on the intracorporal structural schematic diagram of pipe.

Fig. 6 is the power generation mechanism schematic diagram of tubular body of the tube body after central axis cutting.

Fig. 7 is the structural schematic diagram of the intracorporal electrification structure of pipe.

Fig. 8 is the structural schematic diagram for the power generation mechanism that motor, rotary shaft rack, wind wheel circle and power-assisted circle are constituted.

Fig. 9 is the structural schematic diagram that rotary shaft rack is mounted in the shaft of motor.

Figure 10 is the structural schematic diagram that the shaft of the rotor of motor is stretched out from motor casing.

Figure 11 is the electrification structure schematic diagram of the inside of motor casing.

Figure 12 is the dismantling schematic diagram of bearing and rotary shaft rack.

Figure 13 is the direction of rotation schematic diagram of wind wheel circle when air-flow enters discharge chamber from intake antrum.

Figure 14 is the direction of rotation schematic diagram of wind wheel circle when air-flow is redirected back into intake antrum from discharge chamber.

Figure 15 is the structural schematic diagram of wind wheel circle.

Figure 16 is the structural schematic diagram at the outer ring of wind wheel circle.

Figure 17 is the structural schematic diagram at the inner ring of wind wheel circle.

Figure 18 is the structural schematic diagram of flabellum.

Figure 19 is the relative position schematic diagram of power-assisted circle and permanent magnet.

Figure 20 is the airflow direction schematic diagram in the wind porch when water level of intake antrum rises.

Airflow direction schematic diagram in wind porch when Figure 21 is the water level decreasing of intake antrum.

Figure label: 1- wind porch, 101- intake antrum, 102- air flow chamber, 103- discharge chamber, 2- tube body, 201- flange, 3- machine Shell, 301- cabinet supports bar, 302- casing stabilizer blade, 4- rectifier, 5- stator, 6- rotor, 601- shaft, 7- rotary shaft rack, 701- central tube, 702- frame support rails, 703- bracket stabilizer blade, 8- wind wheel circle, 801- inner ring, 802- hinge bar, the outer ring 803-, 804- guide groove, 805- limit film, 9- flabellum, 901- hinged pipe, 902- guide rod, 10- power-assisted circle, 1001- center ring, 1002- spoke, 1003- contain circle, 11- permanent magnet, 12- iron ball, 13- bearing, 14- protective net, the bank a- land, b- water, c- Current direction, d- wind direction, e- wind wheel circle direction of rotation.

Specific embodiment

Below with reference to the drawings and examples novel renewable energy acquisition based on wave energy a kind of to the utility model It is described in further detail using equipment.

A kind of novel generating equipment based on wave energy, it is characterised in that: including wind porch 1, tube body 2, casing 3, rectifier 4, stator 5, rotor 6, rotary shaft rack 7, wind wheel circle 8, flabellum 9, power-assisted circle 10, permanent magnet 11, iron ball 12, bearing 13, protective net 14。

The wind porch 1 is mounted in the bank land in waters, is divided into horizontal component and vertical sloping portion, horizontal component is always It is exposed at the water surface or more, the lower semisection of vertical sloping portion protrudes into the water surface or less；It is offered in the vertical sloping portion of the wind porch 1 Intake antrum 101,101 bottom opening of intake antrum are connected to the waters in 1 outside of wind porch；In the inner end of the horizontal component of the wind porch 1 Portion offers discharge chamber 103, the atmosphere in 1 outside of 103 top opening of discharge chamber and wind porch；The intake antrum 101 of the wind porch 1 The columnar air flow chamber 102 of horizontal circle is offered on wall between discharge chamber 103, by the intake antrum 101 and discharge chamber of wind porch 1 103 connections.

Further, the horizontal sectional area of the intake antrum 101 of the wind porch 1 is 50 times of 102 cross-sectional area of air flow chamber More than.

Further, netted protective net 14 is housed at the top exit of the discharge chamber 103, prevents extraneous animal from entering wind 1 internal sabotage power generating equipment of corridor.

The tube body 2 is cylindrical tubes, and central axis is horizontally arranged in the air flow chamber 102 in wind porch 1, the tube body 2 Both ends are equipped with flange 201, and flange 201 is fixed by screws on the wall at 102 both ends of air flow chamber.

Radial cabinet supports bar 301 is equipped on the outside of the casing 3,301 outer end of cabinet supports bar is equipped with the machine of sheet Shell stabilizer blade 302, casing stabilizer blade 302 are screwed on 2 inner wall of tube body；The rectifier 4 is mounted on motor tail end, and the stator 5 is pacified In casing 3, the rotor 6 is mounted on 5 inside of stator, and one end of the stator 5 is equipped with shaft 601 and stretches out in motor head end Outside.

The central tube 701 of the rotary shaft rack 7 is sleeved at the middle position region of shaft 601 by bearing 13, center Pipe 701 is externally provided with radial frame support rails 702, and the outer end of frame support rails 702 is equipped with the bracket stabilizer blade 703 of sheet, institute Bracket stabilizer blade 703 is stated to be screwed on the inner wall of tube body 2.

For 801 pin joint of inner ring of the wind wheel circle 8 in the outermost end of shaft 601, it is uniform that inner ring 801 wraps around central axis Hinge bar 802 equipped with multiple radial elongated cylindricals, the outer end of the hinge bar 802 are equipped with the outer ring 803 of annular；It is described The outer end and inner end of hinge bar 802 are equipped with limit film 805, and the hinged pipe 901 of the flabellum 9 is mounted in the limit of hinge bar 802 Between piece 805；The guide groove 804 of multiple arcs is uniformly provided on the outer ring 803 around central axis.

Further, bearing 13 is housed between the hinge bar 802 and hinged pipe 901.

Further, the arc center of circle of the guide groove 804 is overlapped with the central axis of hinge bar 802.

Further, the outer diameter of the wind wheel circle 8 is less than 2 3~5cm of internal diameter of tube body.

The flabellum 9 is fanning strip, along a side of the radial direction of fanning strip, the hinged pipe equipped with mini diameter tube shape 901；At the top of the outer arcuate side of fanning strip, the guide rod 902 equipped with thin cylinder, the guide rod 902 is inserted in wind wheel circle 8 In guide groove 804.

Further, the central axis of the guide rod 902 is overlapped with the center of circle of flabellum 9.

Further, the rotation angle range of the flabellum 9 is less than 90 degree.

1001 pin joint of center ring of the power-assisted circle 10 is in the shaft 601 of 7 inside of rotary shaft rack, the center ring 1001 External cylindrical surface on it is radial around multiple spokes 1002 are housed, the splendid attire circle 1003 of annular is terminated with outside spoke 1002；Institute Splendid attire circle 1003 is stated as annular shape, medial surface offers arc-shaped recess along circular ring shape profile, and the iron ball 12 is spheroidal, It contains and is rolled in the recess of 1003 inside of circle.

Further, the internal diameter of the arc-shaped recess for containing circle 1003 is greater than 3.5~5mm of iron ball sphere diameter.

Further, the material of the power-assisted circle 10 is non-ferrous light-duty material.

The permanent magnet 11 is the cylindrical body of center axis horizontal, and outer end is screwed on 2 inner wall of tube body, and power-assisted is directed toward in inner end Circle 10；

Further, the central axis of the permanent magnet 11 and the axially symmetric face of power-assisted circle 10 are coplanar.

Further, the height of the permanent magnet 11 is between the minimum point and central axis for containing circle 1003.

Opposite in the tube body 2 to be equipped with two sets of generating equipments, two pieces wind wheel circle 8 is located at the both ends open of tube body 2.

When the extraneous waters liquid level of wind porch 1 rises, the hydraulic pressure in intake antrum 101 increases, and the water surface rises, in intake antrum 101 Air above the water surface is pressed into air flow chamber 102, is finally discharged outside wind porch 1 from discharge chamber 103；The extraneous waters liquid of wind porch 1 When face declines, the hydraulic pressure in intake antrum 101 is reduced, water surface decline, air from discharge chamber 103 by air flow chamber 102 be inhaled into In water cavity 101；Since the horizontal section area of intake antrum 101 is much larger than the cross-sectional area of air flow chamber 101, in air flow chamber 102 Constantly generate powerful reciprocal air-flow.

The angle rotatable range of the flabellum 9 is less than 90 degree, and when air-flow passes through air flow chamber 102, flabellum 9 is by parallel In the air pressure of 102 central axis of air flow chamber, the guide rod 902 at 9 top of flabellum is along the guide groove 804 of outer ring 803 to air-flow row Slided into direction, flabellum 9 is around the rotation of hinged pipe 901 so that the blade face of flabellum 9 is no longer vertical with airflow direction, flabellum 9 by Wind wheel circle 8 is driven to rotate after stream pressure；Similarly, when the air-flow counter motion in air flow chamber 102, flabellum 9 is by reversed gas The promotion of stream, tip tilt direction, but be to drive flabellum 9 mobile towards the side of hinged pipe 901 always, guarantee wind wheel circle 8 Rotation direction remains unchanged.

Iron ball 12 can be rolled into the 1003 inboard groove bottom of splendid attire circle of power-assisted circle 10 under the effect of gravity, when by permanent magnet When 11 magnetic force attracts, iron ball 12 is rolled towards the direction of permanent magnet 11, breaks the force balance state of power-assisted circle 10, and iron ball 12 is inclined The splendid attire circle 1003 of side is moved by downward pressure, so that containing 1003 rotation of circle.Attraction of the permanent magnet 11 to iron ball 12 The rolling of iron ball 12 can only be maintained, magnetic force does not arrive the absorption completely of iron ball 12 greatly and influences to contain 1003 rotation of circle.

In the stage of 102 interior air-flow direction change of air flow chamber, the rotation of power-assisted circle 10 can effectively assist the rotation of wind wheel circle 8 Speed prevents the revolving speed of wind wheel circle 8 from quickly reducing, and keeps the generated output of generating equipment.

It is a kind of based on wave energy novel renewable energy acquisition utilize method:

(1) a part is set on waters bank and is stretched outside water surface wind porch structure below；

(2) fluctuating of wave is converted into the flowing of 1 interior air-flow of wind porch, drives wind wheel circle 8 using the reciprocal flowing of air-flow Rotation；

(3) 9 inclined direction of flabellum on wind wheel circle 8 is rotated with the change of wind direction, and the steering of wind wheel circle 8 immobilizes；

(4) iron ball 12 is attracted to roll using permanent magnet 11, driving power-assisted circle 10 rotates, and maintains wind in the gap that wind direction substitutes The revolving speed of wheel rim 8.

The preferable specific embodiment of the above, only the utility model, but the protection scope of the utility model is not It is confined to this, anyone skilled in the art within the technical scope disclosed by the utility model, can readily occur in Change or replacement, should be covered within the scope of the utility model.

Claims (10)

1. based on wave energy novel renewable energy acquisition utilize equipment, it is characterised in that: including wind porch (1), tube body (2), Casing (3), rectifier (4), stator (5), rotor (6), rotary shaft rack (7), wind wheel circle (8), flabellum (9), power-assisted circle (10), forever Magnet (11), iron ball (12), bearing (13), protective net (14)；

The wind porch (1) is mounted in the bank land in waters, is divided into horizontal component and vertical sloping portion, horizontal component reveals always More than the water surface, the lower semisection of vertical sloping portion protrudes into the water surface or less；It is offered in the vertical sloping portion of the wind porch (1) Intake antrum (101), intake antrum (101) bottom opening are connected to the waters on the outside of wind porch (1)；The horizontal component of the wind porch (1) Inner end inside offer discharge chamber (103), the atmosphere on the outside of discharge chamber (103) top opening and wind porch (1)；The wind The columnar air flow chamber of horizontal circle (102) is offered on wall between the intake antrum (101) and discharge chamber (103) of corridor (1), by wind The intake antrum (101) of corridor (1) is connected to discharge chamber (103)；

The tube body (2) is cylindrical tubes, and central axis is horizontally arranged in the air flow chamber (102) in wind porch (1), the tube body (2) both ends are equipped with flange (201), and flange (201) is fixed by screws on the wall at air flow chamber (102) both ends；

Radial cabinet supports bar (301) is equipped on the outside of the casing (3), cabinet supports bar (301) outer end is equipped with sheet Casing stabilizer blade (302), casing stabilizer blade (302) are screwed on tube body (2) inner wall；The rectifier (4) is mounted on motor tail end, institute It states stator (5) to be mounted in casing (3), the rotor (6) is mounted on the inside of stator (5), and one end of the stator (5), which is equipped with, to be turned Axis (601) stretches out on the outside of motor head end；

The central tube (701) of the rotary shaft rack (7) is sleeved at the middle position region of shaft (601) by bearing (13), Central tube (701) is externally provided with radial frame support rails (702), and the outer end of frame support rails (702) is equipped with the bracket of sheet Stabilizer blade (703), the bracket stabilizer blade (703) are screwed on the inner wall of tube body (2)；

For inner ring (801) pin joint of the wind wheel circle (8) in the outermost end of shaft (601), inner ring (801) wraps around central axis It is uniformly provided with the hinge bar (802) of multiple radial elongated cylindricals, the outer end of the hinge bar (802) is equipped with the outer ring of annular (803)；The outer end and inner end of the hinge bar (802) are equipped with limit film (805), hinged pipe (901) dress of the flabellum (9) Between the limit film (805) of hinge bar (802)；Multiple arcs are uniformly provided with around central axis on the outer ring (803) Guide groove (804)；

The flabellum (9) is fanning strip, along a side of the radial direction of fanning strip, the hinged pipe equipped with mini diameter tube shape (901)；At the top of the outer arcuate side of fanning strip, the guide rod (902) equipped with thin cylinder, the guide rod (902) is inserted in wind In the guide groove (804) of wheel rim (8)；

Center ring (1001) pin joint of the power-assisted circle (10) is in the shaft (601) on the inside of rotary shaft rack (7), the center ring (1001) radial around on external cylindrical surface that multiple spokes (1002) are housed, the splendid attire of annular is terminated with outside spoke (1002) It encloses (1003)；The splendid attire circle (1003) is annular shape, and medial surface offers arc-shaped recess, the iron ball along circular ring shape profile (12) it is spheroidal, is rolled containing in the recess on the inside of circle (1003)；

The permanent magnet (11) is the cylindrical body of center axis horizontal, and outer end is screwed on tube body (2) inner wall, and power-assisted is directed toward in inner end It encloses (10)；

Opposite in the tube body (2) to be equipped with two sets of generating equipments, two pieces wind wheel circle (8) is located at the both ends open of tube body (2) Place.

2. the novel renewable energy acquisition according to claim 1 based on wave energy utilizes equipment, it is characterised in that: institute The horizontal sectional area for stating the intake antrum (101) of wind porch (1) is 50 times or more of air flow chamber (102) cross-sectional area.

3. the novel renewable energy acquisition according to claim 1 based on wave energy utilizes equipment, it is characterised in that: institute It states at the top exit of discharge chamber (103) equipped with netted protective net (14), prevents extraneous animal from entering wind porch (1) internal sabotage hair Electric facility.

4. the novel renewable energy acquisition according to claim 1 based on wave energy utilizes equipment, it is characterised in that: institute The arc center of circle for stating guide groove (804) is overlapped with the central axis of hinge bar (802).

5. the novel renewable energy acquisition according to claim 1 based on wave energy utilizes equipment, it is characterised in that: institute The outer diameter for stating wind wheel circle (8) is less than tube body (2) 3~5cm of internal diameter.

6. the novel renewable energy acquisition according to claim 1 based on wave energy utilizes equipment, it is characterised in that: institute The central axis for stating guide rod (902) is overlapped with the center of circle of flabellum (9).

7. the novel renewable energy acquisition according to claim 1 based on wave energy utilizes equipment, it is characterised in that: institute The rotation angle range of flabellum (9) is stated less than 90 degree.

8. the novel renewable energy acquisition according to claim 1 based on wave energy utilizes equipment, it is characterised in that: institute The internal diameter for stating the arc-shaped recess for containing circle (1003) is greater than 3.5~5mm of iron ball sphere diameter.

9. the novel renewable energy acquisition according to claim 1 based on wave energy utilizes equipment, it is characterised in that: institute The material for stating power-assisted circle (10) is non-ferrous light-duty material.

10. the novel renewable energy acquisition according to claim 1 based on wave energy utilizes equipment, it is characterised in that: The central axis of the permanent magnet (11) is coplanar with the axially symmetric face of power-assisted circle (10)；The height of the permanent magnet (11) between Between the minimum point and central axis for containing circle (1003).