CN202468154U

CN202468154U - Wind power linking rotation energy generating device structure

Info

Publication number: CN202468154U
Application number: CN2011204844909U
Authority: CN
Inventors: 黄春秀
Original assignee: Individual
Current assignee: Individual
Priority date: 2011-11-29
Filing date: 2011-11-29
Publication date: 2012-10-03
Anticipated expiration: 2021-11-29

Abstract

The utility model provides a wind power linking rotation energy generating device structure, which has wind blades. A wind receiving sensor of the wind blades is applied for sensing the wind direction so as to control a rope coil controller to draw a controlling rope group. The upwind face of each wind blade is made tightened while the leeward side is in a loosened state. The wind blades drive a rotary disc body in an upwind way and make a middle axle combined with the rotary disc body rotate relative to a rotary bearing seat. The great torsional force generated by the rotation of the rotary disc body makes the linking teeth equipped on the outer circumferential edges of the rotary disc body engage and link with at least one generating body or at least one air compressor body. The configuration of the generating body and the air compressor lowers the rotating speed of the rotary disc body. Meanwhile, the generating body can supply power required by the rope coil controller and the wind receiving sensor and also store generated electric power. Furthermore, the air compressor body generates high-pressure air storage so as to generate effects of high torsional force and low set failure rate.

Description

Wind-force interlock rotating energy generation device structure

Technical field

The utility model is a kind of wind-force interlock rotating energy generation device structure, belongs to the technical field of using wind-force produce power device.

Background technique

Utilize wind-force to be present emerging eco-friendly power source as the kinetic energy produce power; Yet need consider the problem of wind speed, wind direction and torsion as kinetic energy with wind-force; Tradition wind-force continuous action device drives generator set or air compressor unit with the rotor blade group; Electric power or wind-force are stored respectively in electricity storage unit and caisson, but it has the following point existence:

1. produce the torsion deficiency: traditional wind-force continuous action device drives compressor bank with the rotor blade group, and its blade rotation rotating speed is fast and torsion that produce is little, can't make the compressor bank stores compression gas to reservoir device, so it produces the torsion deficiency.

2. the unit rate of fault is high: traditional wind-force continuous action device drives compressor bank with the rotor blade group, and its blade receives turned, and blade fast rotational when the chance wind speed is strong is prone to make generator set or compressor bank to produce and damages, so its unit rate of fault height.

The model utility content

The utility model is accomplished the wind-force interlock rotating energy generation device structure of the utility model because the wind-force interlock energy producing unit of existing technology produces torsion deficiency and the high problem of unit rate of fault.

The main purpose of the utility model is to provide a kind of wind-force interlock rotating energy generation device structure; Its turn fluted disc seat group is provided with a turn disk body and an axis bearing body, and the external side ring edge of this rotating disk is provided with the interlock tooth, and the axis bearing body is provided with a turn bearing support and an axis; This axis is rotatable with the turn bearing support and combines; In addition, this turn disk body extends upward and is provided with several extension strut members, is respectively equipped with a sail leaf on this extension strut members.

As preferably, this sail leaf is provided with a controlling rope group, and receives a wind sensor and a serving controller, and this controlling rope group and this serving controller interlock be provided with, and this serving controller is connected with this wind-engaging sensor electrical.

As preferably, this axis bearing body is a floating platform body, and this floating platform body is provided with the turn bearing support of interlock axis, and axis is provided with a rotation and makes oxygen waterwheel body to extending below.

As preferably, this extension strut members is level, vertical or have angle state and extend and be provided with by the turn disk body to side.

Another kind of wind-force interlock rotating energy generation device structure, it comprises:

One turn fluted disc seat group, this turn fluted disc seat group is provided with a turn disk body, an axis bearing body and an interlock fluted disc body, and this axis bearing body is provided with a turn bearing support; This turn bearing support is the rotatable axis that is provided with; And this turn disk body is fixed at this axis top, and in addition, this interlock fluted disc body is fixed at the turn bearing support side near this axis bearing body; This turn disk body extends upward and is provided with several extension strut members, is respectively equipped with a sail leaf on this extension strut members.

As preferably, this sail leaf is provided with a controlling rope group, and receives a wind sensor and a serving controller, and this controlling rope group and this serving controller interlock are provided with, and this serving controller is connected with this wind-engaging sensor electrical.

As preferably, this turn disk body is fixed at this axis front end, and this interlock fluted disc body is fixed at the tip of the axis in this, and the turn bearing support of this axis bearing body is located at this axis stage casing.

As preferably, this interlock fluted disc body connects and drives at least one air compression body or at least one generator body.

The beneficial effect of the utility model is discussed as follows:

1. it is big to produce torsion: the windward side of its sail leaf presents tension and lee face presents the state of unclasping, and drives the turn disk body down with the wind, and the turn disk body is rotated with respect to the axis bearing body; This turn disk body turn produces big torsion; Make the set interlock tooth of outer ring edge of turn disk body, be engaged and linked at least one air compression body or at least one generator body, the configuration of this air compression body or generator body slows down the rotating speed of turn disk body; Make its generation slow-speed of revolution and strengthen torsion, so its generation torsion is big.

2. the unit rate of fault is low: the windward side of its sail leaf appear the tension and lee face presents the state of unclasping; Drive the turn disk body down with the wind, make the turn disk body with respect to the rotation of axis bearing body, this turn disk body turn produces big torsion; Make the set interlock tooth of outer ring edge of turn disk body; Be engaged and linked at least one air compression body or generator body slows down the rotating speed of turn disk body, prevent each assembly because wind speed when big high speed rotating and damage, so its unit rate of fault is low.

Description of drawings

Fig. 1 is the schematic representation that the integral body of the wind-force interlock rotating energy generation device structure of the utility model is formed structure.

Fig. 2 is the schematic representation of exploded state of the wind-force interlock rotating energy generation device structure of the utility model.

Fig. 3 is the schematic representation of user mode of the wind-force interlock rotating energy generation device structure of the utility model.

Fig. 4 is first embodiment's the schematic representation of the wind-force interlock rotating energy generation device structure of the utility model.

Fig. 5 is second embodiment's the schematic representation of the wind-force interlock rotating energy generation device structure of the utility model.

Fig. 6 is the 3rd embodiment's the schematic representation of the wind-force interlock rotating energy generation device structure of the utility model.

Fig. 7 is the 4th embodiment's the schematic representation of the wind-force interlock rotating energy generation device structure of the utility model.

Fig. 8 is the 5th embodiment's the schematic representation of the wind-force interlock rotating energy generation device structure of the utility model.

Main reference character

10 turn fluted disc seat groups

11 turn disk bodies

110 interlock teeth

12 axis bearing bodies

120 turn bearing supports

121 axis

13 extend strut members

130 sail leaves

130A controlling rope group

130B receives wind sensor

130C serving controller

14 floating platform bodies

140 turn bearing supports

Oxygen waterwheel body is made in 15 rotations

16 interlock fluted disc bodies

20 air compression bodies

21 valves

22 conduits

30 generator bodies

Embodiment

Be structure, characteristic and other purpose that further specifies the utility model, specify preferred embodiment below in conjunction with accompanying drawing, the illustrated embodiment of this legend only supplies the usefulness of explanation, is not to be the unique restriction in the patent application.

As depicted in figs. 1 and 2, be that the integral body of the wind-force interlock rotating energy generation device structure of the utility model is formed structure and exploded view thereof, it comprises:

One turn fluted disc seat group 10; This turn fluted disc seat group 10 is provided with a turn disk body 11 and an axis bearing body 12; Turn disk body 11 outer ring edge are provided with interlock tooth 110, and axis bearing body 12 is provided with a turn bearing support 120 and an axis 121, and this axis 121 is rotatable with turn bearing support 120 and combines; In addition; Turn disk body 11 extends upward and is provided with several and extends strut members 13, is respectively equipped with a sail leaf 130 on this extension strut members 13, and sail leaf 130 is provided with a controlling rope group 130A, and receives a wind sensor 130B and a serving controller 130C; Its controlling rope group 130A and serving controller 130C interlock are provided with, and serving controller 130C is electrically connected with receiving wind sensor 130B;

At least one air compression body 20, this air compression body 20 is engaged and linked with the set interlock tooth of outer ring edge of the turn disk body 11 of turn fluted disc seat group 10; And

At least one generator body 30, this generator body 30 is engaged and linked with the set interlock tooth of outer ring edge of the turn disk body 11 of turn fluted disc seat group 10;

Thereby accomplish the wind-force interlock rotating energy generation device structure of the utility model via the cooperation of said structure.

Figure 2 and Figure 3, the utility model is linked rotating wind energy generating means and the use of a partially exploded state of a reference picture, rotating support plate 11 and the central axis of the body 12? 121 end of the central axis Department of combined control group 130A rope rope with a volume controller 130C linkage set,

roll rope controller

130C and 130B by the wind sensor is electrically connected via sailing leaves 130 senses the

wind direction sensor

130B, 130C controller to control the volume rope Pull the control rope group 130A, so that leaves 130 sailing windward and leeward rendered taut rendering unclamp state, wind driven rotating disk body 11, so that the combination of rotating disk body 11 relative to the central axis 121 rotating bearing 120 rotates, and the rotating disk body 11 generated by rotating torque, the rotating disk body 11, the outer edge of the set ring interlocking teeth, at least one interlocking engagement of air compressor body 20 or at least one generator body 30, The air compressor body 20 or the configuration of the generator body 30 plate body 11 slow rotating speed, and the generator body 30 to provide a volume controller 130C rope sensor 130B and the power required by the wind, electricity can be generated reservoir, in addition , to generate high pressure air compressor air storage body 20 by the air compressor nozzle body 20 into tank 21 and the conduit 22, the bottom side of the pool or fish farms, the compressed gas from the bottom to the surface diffusion of oxygen making the overall space, which has generated large torque and unit failure rate effect.

As shown in Figure 4; Be first embodiment's the reference drawing of the wind-force interlock rotating energy generation device structure of the utility model, wherein shaft stool body 12 is a floating platform body 14, and this floating platform body 14 is provided with the turn bearing support 140 of interlock axis 121; And axis 121 is provided with a rotation and makes oxygen waterwheel body 15 to extending below; Via sail leaf 130 receive wind sensor 130B sensing wind direction, with control serving controller 130C pulling controlling rope group 130A, the windward side that makes sail leaf 130 presents tension and lee face presents the state of unclasping; Drive turn disk body 11 down with the wind; Turn disk body 11 is rotated with respect to the turn bearing support of floating platform body 14 140, and axis 121 is made oxygen waterwheel body 15 to the rotation that extends below and is also rotated in the underwater and make oxygen, to increase the multiple practicability of the utility model.

To shown in Figure 7, is second embodiment, the 3rd embodiment and the 4th embodiment's the reference drawing of the wind-force interlock rotating energy generation device structure of the utility model like Fig. 5, and turn fluted disc seat group 10 is provided with a turn disk body 11, an axis bearing body 12 and an interlock fluted disc body 16; Axis bearing body 12 is provided with a turn bearing support 120, and this turn bearing support 120 is rotatable and is provided with an axis 121, and turn disk body 11 is fixed at axis 121 tops; In addition, interlock fluted disc body 16 is fixed at turn bearing support 120 sides near axis bearing body 12, turn disk body 11 upwards or side be level, vertical or have angle state and extend and be provided with several and extend strut members 13; Be respectively equipped with a sail leaf 130 on this extension strut members 13; And sail leaf 130 is provided with a controlling rope group 130A, and receives a wind sensor 130B and a serving controller 130C, and its controlling rope group 130A and serving controller 130C interlock are provided with, and serving controller 130C is electrically connected with receiving wind sensor 130B; Receive wind sensor 130B sensing wind direction via sail leaf 130; With control serving controller 130C pulling controlling rope group 130A, the windward side that makes sail leaf 130 presents tension and lee face presents the state of unclasping, and drives turn disk body 11 down with the wind; Make the turn disk body 11 and interlock fluted disc body 16 that are fixed at axis 121; With respect to 120 rotations of the turn bearing support of axis bearing body 12, the torsion that these turn disk body 11 turns are produced is big, makes interlock fluted disc body 16 be engaged and linked at least one air compression body 20 or at least one generator body 30; The configuration of this air compression body 20 or generator body 30 slows down the rotating speed of interlock fluted disc body 16; And generator body 30 can provide serving controller 130C and receive wind sensor 130B required electric power, also can the electric power that produce be stored, in addition; Air compression body 20 produces high-pressure air and stores, to increase the multiple practicability of the utility model.

As shown in Figure 8, be the 5th embodiment's the reference drawing of the wind-force interlock rotating energy generation device structure of the utility model, its turn fluted disc seat group 10 is provided with a turn disk body 11, an axis bearing body 12 and an interlock fluted disc body 16; Axis bearing body 12 is provided with a turn bearing support 120, and this turn bearing support 120 is rotatable and is provided with an axis 121, and turn disk body 11 is fixed at axis 121 front ends; In addition, interlock fluted disc body 16 is fixed at the end of axis 121, and the turn bearing support 120 of axis bearing body 12 is located at axis 121 stage casings; Turn disk body 11 1 side direction sides extend and to be provided with several and to extend strut members 13, are respectively equipped with a sail leaf 130 on this extension strut members 13, and sail leaf 130 is provided with a controlling rope group 130A, and receives a wind sensor 130B and a serving controller 130C; Its controlling rope group 130A and serving controller 130C interlock are provided with; Serving controller 130C is electrically connected with receiving wind sensor 130B, via sail leaf 130 receive wind sensor 130B sensing wind direction, with control serving controller 130C pulling controlling rope group 130A; Make the windward side of sail leaf 130 present tension and lee face presents the state of unclasping; Drive turn disk body 11 down with the wind, make the turn disk body 11 and interlock fluted disc body 16 that are fixed at axis 121, with respect to turn bearing support 120 rotations of axis bearing body 12; And the torsion that these turn disk body 11 turns are produced is big; Make interlock fluted disc body 16 be engaged and linked an air compression body 20 or a generator body 30, the configuration of this air compression body 20 or generator body 30 slows down the rotating speed of interlock fluted disc body 16, and generator body 30 can provide serving controller 130C and receive wind sensor 130B required electric power; Also can the electric power that produce be stored; In addition, air compression body 20 produces high-pressure air and stores, to increase the multiple practicability of the utility model.

Existing beneficial effect with this creation is discussed as follows:

1. it is big to produce torsion: the windward side of its sail leaf presents tension and lee face presents the state of unclasping, and drives the turn disk body down with the wind, and the turn disk body is rotated with respect to the axis bearing body; And this turn disk body turn produces big torsion; Make the turn disk body get the set interlock tooth of outer ring edge, be engaged and linked at least one air compression body or at least one generator body, the configuration of this air compression body or generator body slows down the rotating speed of turn disk body; Make its generation slow-speed of revolution and strengthen torsion, so its generation torsion is big.

2. the unit rate of fault is low: the windward side of its sail leaf appear the tension and lee face presents the state of unclasping; Drive the turn disk body down with the wind, make the turn disk body with respect to the rotation of axis bearing body, and this turn disk body turn produces big torsion; Make the set interlock tooth of outer ring edge of turn disk body; Be engaged and linked at least one air compression body or generator body slows down the rotating speed of turn disk body, prevents the high speed rotating when each inter-module answers wind speed big and damages, so its unit rate of fault is low.

Claims

1. a wind-force interlock rotating energy generation device structure is characterized in that, comprising:

One turn fluted disc seat group; This turn fluted disc seat group is provided with a turn disk body and an axis bearing body, and the external side ring edge of this rotating disk is provided with the interlock tooth, and this axis bearing body is provided with a turn bearing support and an axis; This axis is rotatable with the turn bearing support and combines; In addition, this turn disk body extends upward and is provided with several extension strut members, is respectively equipped with a sail leaf on this extension strut members.

2. wind-force interlock rotating energy generation device structure according to claim 1; It is characterized in that; This sail leaf is provided with a controlling rope group, and receives a wind sensor and a serving controller; This controlling rope group and this serving controller interlock are provided with, and this serving controller is connected with this wind-engaging sensor electrical.

3. wind-force interlock rotating energy generation device structure according to claim 1 is characterized in that this axis bearing body is a floating platform body, and this floating platform body is provided with the turn bearing support of interlock axis, and this axis is provided with a rotation and makes oxygen waterwheel body to extending below.

4. wind-force interlock rotating energy generation device structure according to claim 1 is characterized in that, this extension strut members is level, vertical or have angle state and extend and be provided with by this turn disk body to side.

5. wind-force interlock rotating energy generation device structure according to claim 1 is characterized in that, this interlock fluted disc body connects at least one air compression body of drive or at least one generator body.

6. a wind-force interlock rotating energy generation device structure is characterized in that, comprising:

One turn fluted disc seat group, this turn fluted disc seat group is provided with a turn disk body, an axis bearing body and an interlock fluted disc body, and this axis bearing body is provided with a turn bearing support; This turn bearing support is the rotatable axis that is provided with; And this turn disk body is fixed at this axis top, and in addition, this interlock fluted disc body is fixed at the turn bearing support side of nearly this axis bearing body; This turn disk body extends upward and is provided with several extension strut members, is respectively equipped with a sail leaf on this extension strut members.

7. wind-force interlock rotating energy generation device structure according to claim 6; It is characterized in that; This sail leaf is provided with a controlling rope group, and receives a wind sensor and a serving controller; This controlling rope group and this serving controller interlock are provided with, and this serving controller is connected with this wind-engaging sensor electrical.

8. wind-force interlock rotating energy generation device structure according to claim 6 is characterized in that, this extension strut members is level, vertical or have angle state and extend and be provided with by this turn disk body to side.

9. wind-force interlock rotating energy generation device structure according to claim 6; It is characterized in that; This turn disk body is fixed at this axis front end, and this interlock fluted disc body is fixed at the tip of the axis in this, and the turn bearing support of this axis bearing body is located at this axis stage casing.

10. wind-force interlock rotating energy generation device structure according to claim 6 is characterized in that, this interlock fluted disc body connects at least one air compression body of drive or at least one generator body.