CN201433138Y

CN201433138Y - Energy-saving wind power oxygen exposure device

Info

Publication number: CN201433138Y
Application number: CN2009201592701U
Authority: CN
Inventors: 陈世雄
Original assignee: JIEBAO TECHNOLOGY Co Ltd
Current assignee: JIEBAO TECHNOLOGY Co Ltd; Jetpro Tech Inc
Priority date: 2009-06-23
Filing date: 2009-06-23
Publication date: 2010-03-31
Anticipated expiration: 2019-06-23

Abstract

The utility model relates to an energy-saving wind power oxygen exposure device which comprises a buoyancy carrier, a wind wheel, a water stirring device and a transmission component, wherein the buoyancy carrier comprises a support structure, the wind wheel is connected with the upper part of the support structure, the water stirring device is arranged on the buoyancy carrier, and the drive component is connected with the wind wheel and the water stirring device which rotates with the help of the rotation of the wind wheel and driving of the drive component; therefore, the energy-saving windpower oxygen exposure device utilizes inexhaustible nature to generate wind power to blow the wind wheel to rotate, rapidly watering driven by the drive component, increases oxygen content in water, promotes the decomposition of organic matters to improve water quality, reduces power consumption of the aquaculture industry, and increases revenue.

Description

The energy-conservation wind-force oxygen device that exposes to the sun

Technical field

The utility model relates to a kind of oxygen device that exposes to the sun, and relates in particular to a kind of energy-conservation wind-force oxygen device that exposes to the sun that utilizes wind-force as input power.

Background technology

In the culture fishery, water quality overfertilization, acidifying, oxygen consumption, the existence of influence breed body is very great, if desire is improved water quality, the dissolved oxygen amount in pond is to be wherein important a kind of condition, it is very low that the dissolved oxygen amount that can provide directly is provided with the water surface right ambient atmosphere at normal temperatures, and the just feasible by day photosynthesis of waterplant need increases the dissolved oxygen in the water, but waterplant changes one's profession to consume the respiration of oxygen during night, so dissolved oxygen amount descends, if the dissolved oxygen in water amount is too low, the microorganism in the water can't decomposing organic pollutant, causes water body to present anaerobic state.Therefore, the oxygen machine Come that need expose to the sun increases oxygen level in the water, causes flowing of water, makes dissolved oxygen more even, promotes organism to decompose improving water quality, and it is dead because of anoxic to prevent to culture body.

The oxygen machine that exposes to the sun can be vane type, water wheel type, the formula of pumping up water, inflatable etc.The kind that culture fishery is the most generally used is that formula of pumping up water or vane type improve the pond aqueous condition, can promote pond convection current down waterborne, also can make level slow ground oxygenation, more can not hinder the breed body.The use time-histories of oxygen machine of exposing to the sun will cooperate the density of putting in a suitable place to breed, condition of water quality, the season of growth to decide with the variation of weather, the right required electricity charge of paying of getting off for a long time also are burdens greatly, the ball energy high electricity price epoch of having petered out at this point, if can be apt to add utilize and be present in the inexhaustible energy of occurring in nature, in order to the expose to the sun running of oxygen machine of driving, then can reduce power consumption, increase the culture fishery income, and reduce the speed that earth resources is exhausted.

The utility model content

The purpose of this utility model is to provide a kind of energy-conservation wind-force oxygen device that exposes to the sun; Use wind-force and be the power of oxygen device of exposing to the sun, blow the wind wheel running, drive and stir hydrophone and fetch water fast, increase the oxygen level in the water; Need not to provide electric power to operate, and the device simple in structure, have high economic benefit.

In order to reach above-mentioned purpose, the utility model provides a kind of energy-conservation wind-force oxygen device that exposes to the sun, and it is characterized in that, comprising:

One buoyancy carrier comprises a supporting structure;

One wind wheel is connected in the top of this supporting structure;

One stirs hydrophone, is installed on this buoyancy carrier; And

One transmission component connects this wind wheel and this stirs hydrophone;

Wherein, this stirs hydrophone and rotates by the rotation of this wind wheel and by the drive of this transmission component.

The above-mentioned energy-conservation wind-force oxygen device that exposes to the sun, wherein, this buoyancy carrier also comprises for the affixed load bearing seat of this supporting structure and is connected in a pair of floating drum at the two ends of this load bearing seat.

The above-mentioned energy-conservation wind-force oxygen device that exposes to the sun, wherein, this load bearing seat comprises for this supporting structure fixed one and holds piece and hold the cross-over connection bar that piece is connected with those floating drums for this.

The above-mentioned energy-conservation wind-force oxygen device that exposes to the sun, wherein, this supporting structure comprises a vertical barrel mast and is fixed in a horizontal barrel mast of this vertical barrel mast.

The above-mentioned energy-conservation wind-force oxygen device that exposes to the sun, wherein, this wind wheel comprises a flabellum rotating shaft that is articulated in this horizontal barrel mast and a flabellum that is fixed in this flabellum rotating shaft.

The above-mentioned energy-conservation wind-force oxygen device that exposes to the sun, wherein, this buoyancy carrier also comprises an adjustment cage plate that is socketed on this vertical barrel mast, and this stirs hydrophone and comprises an impeller shaft that is articulated in this adjustment cage plate and an impeller that is fixed in this impeller shaft, and this flabellum rotating shaft and this impeller shaft are parallel to each other.

The above-mentioned energy-conservation wind-force oxygen device that exposes to the sun, wherein, this wind wheel also comprises one first belt pulley that is socketed on this flabellum rotating shaft, and this stirs hydrophone and also comprises one second belt pulley that is socketed on this impeller shaft, and this transmission component is around linking this first belt pulley and this second belt pulley.

The above-mentioned energy-conservation wind-force oxygen device that exposes to the sun, wherein, this transmission component is a belt.

The above-mentioned energy-conservation wind-force oxygen device that exposes to the sun, wherein, also comprise a tail vane that is fixed in this horizontal barrel mast, this buoyancy carrier also comprises a load bearing seat, this load bearing seat comprises and holds piece, holds the piece top in this and has protruded out a protruding axle, and this vertical barrel mast bottom offers an axis hole, this protruding axle wears and is articulated in this axis hole, so that this supporting structure can pivot with respect to this load bearing seat.

The above-mentioned energy-conservation wind-force oxygen device that exposes to the sun wherein, also comprises a bearing that is embedded between this axis hole and this protruding axle.

For this reason, utilize the wind blows wind wheel running not to the utmost of the inexhaustible usefulness of getting in the Nature, stir hydrophone via the transmission component drive and fetch water fast, increase the oxygen level in the water, and promote organism to decompose to improve water quality; Wind-force is that the earth generates naturally, and is inexhaustible, and utilizing wind-force is the power of oxygen device of exposing to the sun, can reduce the culture fishery power consumption and additional income, and reduce the output that the power station consume fuel produces electric power, reduce the speed that earth resources is exhausted, renewed forever can make the earth; Of the present utility model simple in structure, make easy, cheap, can be effectively with wind power transformation for stirring outlet capacity, have high economic benefit; But wind wheel box haul revolution of the present utility model again is adjusted to the windward side wind-engaging, with more effective wind-force that utilizes.Below in conjunction with the drawings and specific embodiments the utility model is described in detail, but not as to qualification of the present utility model.

Description of drawings

Fig. 1 three-dimensional combination figure of the present utility model;

Fig. 2 is the front view of Fig. 1;

Fig. 3 side-looking of the present utility model and part sectioned view;

Fig. 4 is the enlarged view at A place among Fig. 3;

Fig. 5 the utility model utilizes wind-force to stir the side-view of water;

Fig. 6 the utility model is adjusted the diagrammatic top view of windward side;

Fig. 7 the utility model turns to the three-dimensional combination figure of windward side.

Wherein, Reference numeral

Buoyancy carrier 1 load bearing seat 11

Hold piece 111 cross-over connection bars 112

Protruding axle 113 supporting structures 12

Vertical barrel mast 121 horizontal barrel masts 122

Axis hole 123 flabellum bearings 124

Floating drum 13 is adjusted cage plate 14

Wind wheel 2 flabellum rotating shafts 21

Flabellum 22 first belt pulleys 23

Stir hydrophone 3 impeller shafts 31

Impeller 32 second belt pulleys 33

Transmission component 4 tail vanes 5

Bearing 6

Embodiment

Relevant detailed description of the present utility model and technology contents cooperate graphic being described as follows, yet appended graphic reference and the explanation usefulness of only providing not is to be used for the utility model is limited.

Please refer to shown in Figure 1ly, the utility model is a kind of energy-conservation wind-force oxygen device that exposes to the sun, and comprises that a buoyancy carrier 1, a wind wheel 2, stir a hydrophone 3 and a transmission component 4.

Buoyancy carrier 1 has a load bearing seat 11, it comprises to hold piece 111 and connect and holds a cross-over connection bar 112 of piece 111 bottom surfaces, be connected with a supporting structure 12 of setting in holding piece 111 surfaces, surface in cross-over connection bar 112 two ends is provided with a pair of floating drum 13 that is fixed with round tube type, supporting structure 12 comprises and is connected in a vertical barrel mast 121 that holds piece 111 surfaces and a horizontal barrel mast 122 that is fixed in vertical barrel mast 121 tops, is socketed with one in vertical barrel mast 121 bottoms and adjusts cage plate 14.

Wind wheel 2 comprises a flabellum rotating shaft 21 that is articulated in horizontal barrel mast 122 front ends and a flabellum 22 that is fixed in flabellum rotating shaft 21, in being socketed with one first belt pulley 23 in the flabellum rotating shaft 21 and between horizontal barrel mast 122 and flabellum 22.

Stir hydrophone 3 and comprise an impeller shaft 31 that is articulated in adjustment cage plate 14 front ends and an impeller 32 that is fixed in impeller shaft 31, impeller shaft 31 also is axle center linear parallel (please refer to Fig. 2, shown in Figure 2) with flabellum rotating shaft 21, in being socketed with one second belt pulley 33 on the impeller shaft 31 and between adjusting between cage plate 14 and the impeller 32.

Transmission component 4 is a belt, tighten around linking first belt pulley 23 and second belt pulley 33.

Please refer to shown in Figure 3ly, the utility model also comprises a pair of flabellum bearing 124, a tail vane 5 and a bearing 6; This is installed in horizontal barrel mast 122 inside to flabellum bearing 124, and flabellum rotating shaft 21 is worn pivot and pivoted in to flabellum bearing 124 at this; Tail vane 5 is fixed in the rear end of horizontal barrel mast 122, hold piece 111 tops and protruded out a protruding axle 113, vertically barrel mast 121 bottoms offer an axis hole 123, protruding axle 113 wears and is articulated in the axis hole 123, between protruding axle 113 and the axis hole 123 and be embedded with bearing 6 and (please refer to shown in Figure 4, enlarged view for A among Fig. 3), so that supporting structure 12 pivot with respect to load bearing seat 11.

Please refer to shown in Figure 5ly, the energy-conservation wind-force oxygen device that exposes to the sun floats on the surface with floating drum 13, and impeller 32 Lower Halves or a part of stirring hydrophone 3 sink to the underwater, and impeller 32 first halves expose on the water surface; Wind wheel 2 is horizontal shaft type, higher power coefficient and torque are arranged, flabellum 22 is subjected to wind, because of aerodynamic effect, to flabellum 22 moment of torsion that rotates, make flabellum 22 rotations, the drive flabellum rotating shaft 21 and first belt pulley 23 rotate synchronously, and first belt pulley 23 drives second belt pulley 33 by transmission component 4, second belt pulley 33 also makes impeller shaft 31 and impeller 32 rotates synchronously, 32 in the impeller of rotation is patted continuously and is gone out the water surface, brings into air in the water and is refined into bubble and do to mix with water molecules, increases water oxygen level.

According to the flexible transmission theory, the rotating speed of belt pulley is inversely proportional to the wheel footpath, the wheel footpath of first belt pulley 23 is greater than the wheel footpath of second belt pulley 33, then the rotating speed of second belt pulley 33 is greater than the rotating speed of first belt pulley 23, meaning is that the rotating speed of rotating ratio flabellum 22 of impeller 32 is fast, as long as wind wheel 2 wind-engagings runnings is stirred hydrophone 3 and just can be fetched water fast, effectively with wind power transformation for stirring outlet capacity; After device used for some time again, transmission component 4 wore out tension force is weakened, and the adjustment cage plate 14 that will be socketed in vertical barrel mast 121 this moment moves down, but retighten transmission component 4 keeps driving force.

Please refer to shown in Figure 6ly, wind direction changes because of season or atmosphere change at any time, and the change of tail vane 5 box hauls is adjusted into the wind-engaging wind direction with flabellum 22, with more effective wind-force that utilizes; Please refer to shown in Figure 7, when flabellum 22 box hauls change the orientation, windward side, because of wind wheel 2 is fixedly installed on the supporting structure 12, the axis hole 123 of supporting structure 12 then to be embedded with bearing 6, be articulated in spin in the protruding axle 113, flabellum rotating shaft 21 and impeller shaft 31 all are placed on the supporting structure 12 again, it is center and revolution synchronously with supporting structure 12 that supporting structure 12 rotations make flabellum rotating shaft 21 and impeller shaft 31, the axle center linear parallel that keeps 31 of flabellum rotating shaft 21 and impeller shafts, and flabellum rotating shaft 21 is fixed in 23 sockets of first belt pulley, impeller shaft 31 is fixed in 33 sockets of second belt pulley, meaning i.e.

first belt pulley

23 and 33 of second belt pulleys also keeps the axle center linear parallel, avoids transmission component 4 distortions and causes the structure deteriorate of rotating shaft.

Certainly; the utility model also can have other various embodiments; under the situation that does not deviate from the utility model spirit and essence thereof; those of ordinary skill in the art work as can make various corresponding changes and distortion according to the utility model, but these corresponding changes and distortion all should belong to the protection domain of the appended claim of the utility model.

Claims

1, a kind of energy-conservation wind-force oxygen device that exposes to the sun is characterized in that, comprising:

One buoyancy carrier comprises a supporting structure;

One wind wheel is connected in the top of this supporting structure;

One stirs hydrophone, is installed on this buoyancy carrier; And

One transmission component connects this wind wheel and this stirs hydrophone;

2, the energy-conservation wind-force according to claim 1 oxygen device that exposes to the sun is characterized in that, this buoyancy carrier also comprises for the affixed load bearing seat of this supporting structure and is connected in a pair of floating drum at the two ends of this load bearing seat.

3, the energy-conservation wind-force according to claim 1 oxygen device that exposes to the sun is characterized in that, this load bearing seat comprises for this supporting structure fixed one and holds piece and hold the cross-over connection bar that piece is connected with those floating drums for this.

4, the energy-conservation wind-force according to claim 1 oxygen device that exposes to the sun is characterized in that this supporting structure comprises a vertical barrel mast and is fixed in a horizontal barrel mast of this vertical barrel mast.

5, the energy-conservation wind-force according to claim 4 oxygen device that exposes to the sun is characterized in that this wind wheel comprises a flabellum rotating shaft that is articulated in this horizontal barrel mast and a flabellum that is fixed in this flabellum rotating shaft.

6, the energy-conservation wind-force according to claim 5 oxygen device that exposes to the sun, it is characterized in that, this buoyancy carrier also comprises an adjustment cage plate that is socketed on this vertical barrel mast, this stirs hydrophone and comprises an impeller shaft that is articulated in this adjustment cage plate and an impeller that is fixed in this impeller shaft, and this flabellum rotating shaft and this impeller shaft are parallel to each other.

7, the energy-conservation wind-force according to claim 6 oxygen device that exposes to the sun, it is characterized in that, this wind wheel also comprises one first belt pulley that is socketed on this flabellum rotating shaft, this stirs hydrophone and also comprises one second belt pulley that is socketed on this impeller shaft, and this transmission component is around linking this first belt pulley and this second belt pulley.

8, the energy-conservation wind-force according to claim 7 oxygen device that exposes to the sun is characterized in that this transmission component is a belt.

9, the energy-conservation wind-force according to claim 4 oxygen device that exposes to the sun, it is characterized in that, also comprise a tail vane that is fixed in this horizontal barrel mast, this buoyancy carrier also comprises a load bearing seat, this load bearing seat comprises and holds piece, holds the piece top in this and has protruded out a protruding axle, and this vertical barrel mast bottom offers an axis hole, this protruding axle wears and is articulated in this axis hole, so that this supporting structure can pivot with respect to this load bearing seat.

10, the energy-conservation wind-force according to claim 9 oxygen device that exposes to the sun is characterized in that, also comprises a bearing that is embedded between this axis hole and this protruding axle.