CN201134770Y

CN201134770Y - Solar panel support

Info

Publication number: CN201134770Y
Application number: CNU2007203105227U
Authority: CN
Inventors: 林山城; 林赐鸿
Original assignee: TRANEGY TECHNOLOGY Co Ltd
Current assignee: Sunny Rich Power Co Ltd
Priority date: 2007-12-11
Filing date: 2007-12-11
Publication date: 2008-10-15
Anticipated expiration: 2017-12-11

Abstract

The utility model discloses a solar energy panel bearing frame, a swivel table is pivoted on the top of a base, at least two frames are arranged on the top of the swivel table, a bearing platform which can install a solar energy panel is pivoted on the top of the two frames, a first drive unit is arranged between the base and the swivel table and can drive the swivel table to rotate horizontally to change the direction of the solar energy panel, a second drive unit is arranged between the two frames and the bearing platform and can drive the bearing plate to vertically rotate to change the elevation angle of the solar energy panel, the first and the second drive units can drive the solar energy panel to shift continuously together to keep the solar energy panel in the optimum angle which can receive the sunlight irradiation, and the rotary direction of the bearing platform and the pivot portion of the elevation angle are separated from the drive units and can increase the durable service life of the drive units.

Description

The solar panel bolster

Technical field

The utility model relates to a kind of solar panel bolster, is specifically related to a kind of solar panel that can drive and continues displacement, and solar panel is remained on accept the bolster of sunlight vertical irradiation angle.

Background technology

Solar panel generally all is the position that is installed in open air abundance at sunshine, solar energy converting can be become electric energy, to store for future use; And know that solar panel traditionally is installed in outdoor with fixed form; But, make fixed solar panel can not continue to remain on the angle of accepting the sunlight vertical irradiation because the angle at sunshine can change along with the time.

In order to improve the problems referred to above, present more advanced technology, disclosed a kind of technology that allows solar panel can continue to remain on the angle that to accept solar light irradiation, solar panel is assemblied on the cushion cap at a support body top, cushion cap by a hinge connector hub setting in the support body top, this hinge connector is combined with two driver elements, but each self-driven cushion cap drives solar panel carries out level and vertical rotation, change the direction and the elevation angle of solar panel, sustainable maintenance solar panel is being accepted on the angle of solar light irradiation.

But the way that above-mentioned traditional solar panel adopts single hinge connector and each driver element to mutually combine when solar panel is subjected to high wind and blows, causes the damage of driver element easily, so be badly in need of improving.

Summary of the invention

The purpose of this utility model is to provide a kind of separates the rotation direction of solar panel and the articulated section at the elevation angle with driver element, with the solar panel bolster in durable useful life of promoting driver element.

For reaching above-mentioned purpose, the concrete content of the utility model is:

A kind of solar panel bolster is characterized in that, includes:

One base;

One turntable, hub setting is in base top;

At least two support bodys are located at the turntable top;

The cushion cap of one installing solar panel is hubbed at two support body tops;

One first driver element is located between base and the turntable, and turntable that can horizontally rotate and the described first driver element interlock drive turntable and horizontally rotate, to change the direction of solar panel;

One second driver element is located between two support bodys and the cushion cap, and the cushion cap and the described second driver element interlock of energy vertical rotation drive cushion cap and carry out vertical rotation, to change the elevation angle of solar panel.

Wherein be provided with a cushion dashpot between support body and the cushion cap.

Wherein base is circular, tool one external annulus, and a plurality of outer propelling sheaves that roll on the external annulus of base of the distolateral tool of turntable.

Wherein base is circular, tool one internal ring wall, and a plurality of interior propelling sheaves that roll on the internal ring wall of base of turntable bottom tool.

Wherein base is circular, inner tool one ring-type slide rail, and a plurality of pulleys that roll on the ring-type slide rail of base of turntable bottom tool.

Wherein first driver element comprises:

One first motor, it is distolateral to be located at turntable, drives one first driving wheel and rotates;

One first driving-belt, winding are on first driving wheel, and first driving-belt, two ends are fixed on base both-end side separately, and first driving wheel rotates and moves along first driving-belt, and then drive turntable and rotate in base top.

The a plurality of idle pulleys of adjusting the elasticity of first driving-belt of distolateral tool of first driving wheel and base wherein.

Wherein the cushion cap bottom is installed with a rotating disk, and the axis of rotation of rotating disk is coaxial with the axis of rotation of cushion cap, and second driver element comprises:

One second motor drives one second driving wheel and rotates;

One second driving-belt, winding are on second driving wheel, and second driving-belt, two ends are fixed on rotating disk both-end side separately, and second driving wheel can drive the second driving-belt transmission dial rotation, and then drive cushion cap and rotate in two support body tops.

The a plurality of idle pulleys of adjusting the elasticity of second driving-belt of distolateral tool of second driving wheel and rotating disk wherein.

First and second driver elements of the present utility model can drive solar panel jointly and continue displacement, and remain on the angle that can accept the sunlight vertical irradiation; Therefore, use at least two support bodys to carry solar panel, can promote the durable useful life of the articulated section of single support body, and the rotation direction of solar panel and the articulated section at the elevation angle are separated with driver element, can promote the durable and useful life of driver element.

Description of drawings

Fig. 1: be a cut-away view of the present utility model.

Fig. 2: be another cut-away view of the present utility model.

Fig. 3: be the cut-away view of the base of the utility model.

Fig. 4: be the user mode figure of Fig. 2.

Embodiment

Below the effect forming and can produce with regard to the structure of the utility model solar panel bolster, conjunction with figs. is described in detail as follows with preferred embodiment:

First see shown in Figure 1ly, be the cut-away view of the preferred embodiment of the utility model solar panel bolster, and cooperate Fig. 2 to illustrate that main composition of the present utility model includes:

One is circular base 1, is circular turntable 2, at least two support bodys 3, cushion cap 4, first driver element 5, second driver element 6, cushion dashpot 7 and solar panels 8; Wherein:

One is circular turntable 2, and hub setting is at base 1 top;

At least two support bodys 3 are located at turntable 2 tops;

One can install the cushion cap 4 of solar panel 8, is hubbed on two support bodys, 3 tops;

One first driver element 5 is located between base 1 and the turntable 2 (cooperating shown in Figure 3), drives turntable 2 and horizontally rotates, and changes the direction of solar panel 8;

One second driver element 6 is located between two support bodys 3 and the cushion cap 4, drives cushion cap 4 and carries out vertical rotation, to change the elevation angle of solar panel 8.

In more concrete enforcement, the utility model also comprises:

Described cushion cap 4 bottoms are provided with two articulated sections 41 (as shown in Figure 1), and each support body 3 top is provided with a pin joint seat 31, and cushion cap 4 is hubbed on the pin joint seat 31 at each support body 3 top by each articulated section 41; Be provided with a cushion dashpot 7 (as shown in Figure 2) separately between described each support body 3 top and cushion cap 4 bottoms.

Described base 1 has an external annulus 11 and an internal ring wall 12 (as Fig. 1 and shown in Figure 3), and turntable 2 is distolateral to be provided with a plurality of outer propelling sheaves 21, can roll on the external annulus 11 of base 1, turntable 2 bottoms are provided with a plurality of interior propelling sheaves 22, can roll on the internal ring wall 12 of base 1; Simultaneously, base 1 inside is formed with a ring-type slide rail 13, and turntable 2 bottoms are provided with a plurality of pulleys 23, can roll on the ring-type slide rail 13 of base 1; Therefore, make the turntable 2 can be in base 1 top stable rotation.

Described first driver element 5 comprises one first motor 51 and one first driving-belt 53 (as shown in Figures 2 and 3); It is distolateral that first motor 51 is installed in turntable 2, can drive one first driving wheel 52 and rotate, and 53 windings of first driving-belt are on first driving wheel 52, and first driving-belt, 53 2 ends are fixed on the both-end side (as shown in Figure 3) of base 1 separately; First driving wheel 52 rotates and moves along first driving-belt 53, and then drive turntable 2 rotates at base 1 top; Simultaneously, be provided with two

idle pulleys

54,55 between first driving wheel 52 and base 1 are distolateral, can packing first driving-belt 53, to adjust the elasticity of first driving-belt 53.

Described first driving-belt, 53 1 ends at base 1 distolateral (as shown in Figure 3), are adjusted the elasticity of first driving-belt 53 by a screw rod 531 spiral shell groups via rotating screw bolt 531; First driving wheel 52 and first driving-belt 53 are respectively gear and chain in this enforcement, and

idle pulley

54,55 is a gear; Perhaps, first driving wheel 52 and first driving-belt 53 also can be respectively belt pulley and belt, and

idle pulley

54,55 also is a belt pulley.

Described cushion cap 4 bottoms are installed with a rotating disk 42 (as depicted in figs. 1 and 2), and the axis of rotation 421 of rotating disk 42 is coaxial with the axis of rotation 411 of the articulated section 41 of cushion cap 4; Described second driver element 6 comprises one second motor 61 and one second driving-belt 63; Second motor 61 is installed on the bearing 32 between two support bodys 3, can drive second driving wheel 62 and rotate, and 63 windings of second driving-belt are on second driving wheel 62, and second driving-belt, 63 2 ends are fixed on rotating disk 42 both-end sides separately; Second driving wheel 62 can drive second driving-belt, 63 transmission rotating disks 42 and rotate, and then drive cushion cap 4 rotates at two support bodys, 3 tops; Simultaneously, be provided with two

idle pulleys

64,65 between second driving wheel 62 and rotating disk 42 are distolateral, can clamp second driving-belt 63, to adjust the elasticity of second driving-belt 63.

At rotating disk 42 distolateral (as shown in Figure 2), rotating screw bolt 631 can be adjusted the elasticity of second driving-belt 63 to described second driving-belt, 63 1 ends by another screw rod 631 spiral shell groups; Second driving wheel 62 and second driving-belt 63 are respectively gear and chain in this enforcement, and

idle pulley

64,65 is a gear; Perhaps, second driving wheel 62 and second driving-belt 63 also can be respectively belt pulley and belt, and

idle pulley

64,65 also is a belt pulley.

According to above-mentioned, utilize program-controlled device, according to the influence value of set point or transducer, control first and

second driver element

5,6 common drive solar panels 8 displacements.

The utility model is made up of above-mentioned member, particularly by day the time, this first and

second driver element

5,6 can drive solar panel 8 jointly and continue displacement (as shown in Figure 4) along the track that the sun moves, make solar panel 8 remain on the angle that to accept the sunlight vertical irradiation, impel solar panel 8 any moment by day can both fully accept the sunlight vertical irradiation; In addition, solar panel 8 bow, face upward running during, this cushion dashpot 7 can absorb the gravity of cushion cap 4 and solar panel 8, slows down solar panel 8 and bows, faces upward running.

When solar panel 8 experience high wind blow, can blow (as shown in Figure 4) by two support bodys 3 and two cushion dashpots, 7 common opposing high wind; Therefore, can promote the durable useful life of the articulated section 41 of single support body 3, and by first and

second driver elements

5,6 are separated with articulated section 41, with the durable useful life of further lifting first and

second driver elements

5,6.

Though the utility model is described by previous embodiment, but still can change its form and details, make not breaking away under the spirit of the present utility model.Aforementioned is the most rational using method of the utility model, one of the mode that can specifically implement for the utility model only, but not as limit.

Claims

1. a solar panel bolster is characterized in that, includes:

One base;

One turntable, hub setting is in base top;

At least two support bodys are located at the turntable top;

One first driver element is located between base and the turntable, turntable that can horizontally rotate and the described first driver element interlock;

One second driver element is located between two support bodys and the cushion cap, the cushion cap and the described second driver element interlock of energy vertical rotation.

2. solar panel bolster as claimed in claim 1 is characterized in that, wherein is provided with a cushion dashpot between support body and the cushion cap.

3. solar panel bolster as claimed in claim 1 is characterized in that wherein base is circular, tool one external annulus, and a plurality of outer propelling sheaves that roll on the external annulus of base of the distolateral tool of turntable.

4. solar panel bolster as claimed in claim 1 is characterized in that wherein base is circular, tool one internal ring wall, and a plurality of interior propelling sheaves that roll on the internal ring wall of base of turntable bottom tool.

5. solar panel bolster as claimed in claim 1 is characterized in that wherein base is circular, inner tool one ring-type slide rail, and a plurality of pulleys that roll on the ring-type slide rail of base of turntable bottom tool.

6. solar panel bolster as claimed in claim 1 is characterized in that, wherein first driver element comprises:

One first driving-belt, winding are on first driving wheel, and first driving-belt, two ends are fixed on base both-end side separately.

7. solar panel bolster as claimed in claim 6 is characterized in that, wherein a plurality of idle pulleys of adjusting the elasticity of first driving-belt of distolateral tool of first driving wheel and base.

8. solar panel bolster as claimed in claim 1 is characterized in that, wherein the cushion cap bottom is installed with a rotating disk, and the axis of rotation of rotating disk is coaxial with the axis of rotation of cushion cap, and second driver element comprises:

One second motor drives one second driving wheel and rotates;

One second driving-belt, winding are on second driving wheel, and second driving-belt, two ends are fixed on rotating disk both-end side separately.

9. solar panel bolster as claimed in claim 8 is characterized in that, wherein a plurality of idle pulleys of adjusting the elasticity of second driving-belt of distolateral tool of second driving wheel and rotating disk.