CN2626054Y

CN2626054Y - Adjusting structure for rotation angle of solar cell

Info

Publication number: CN2626054Y
Application number: CN 03226088
Authority: CN
Inventors: 许卫华
Original assignee: Individual
Current assignee: Individual
Priority date: 2003-05-15
Filing date: 2003-05-15
Publication date: 2004-07-14
Anticipated expiration: 2013-05-15

Abstract

The utility model provides a regulation structure applied to adjusting the rotation angle of a solar cell, comprising a column, a flip horizontal regulation component and a circumferential rotation regulation component. The circumferential rotation regulation component comprises a rotation connection block that is connected and matches with the end part of the column by a connector. The utility model can realize the omnibearing rotation both in horizontal and circumferential directions of a solar panel and can meet the installation requirements in different places and directions flexibly and conveniently; besides, the utility model is very convenient to be adjusted according to different external conditions during application process; the utility model is applied to adjusting the irradiating surface of a solar cell, suitable for all electrical apparatus, equipments, tools, etc, whose power is supplied by the solar cell, such as solar lights, solar water heaters, etc, and thus having a wide scope of application and good market prospect.

Description

Solar cell anglec of rotation adjustment structure

Technical field

The utility model relates to technical field of solar batteries, particularly a kind of solar cell anglec of rotation adjustment structure.

Background technology

In the modern society, people more and more pay attention to the protection to natural energy resources, thereby the solar cell of environmental protection is widely used in growing field, for example is used for illumination, heating etc., and existing solar street light is exactly the instrument that utilizes the solar cell for supplying power illumination specially; In application process, solar cell if continue to work efficiently just need to guarantee solar panel as far as possible with sunlit direction over against, the energy conversion rate height that could absorb solar energy as much as possible and make solar cell like this, so, general just need be when solar cell is set according to the actual sunshine angle of different location and with its be set as different angles with realize solar panel in the long as far as possible time with the direction of solar light irradiation over against; The existing electrical equipment of solar energy that utilizes becomes fixing form with solar cell design as street lamp, water heater etc., the solar cell of this form can not be according to the direction that shines upon and with flexible, thereby when producing, just need be prefabricated into certain angle according to the angle at sunshine of place to use, like this for different places, just need to produce the product of different size, or need identical product be arranged to different user modes, so produce, use very inconvenient in different places.In order to overcome the shortcoming that prior art exists, a kind of " cell panel adjustable angle formula solar energy refrigerator " disclosed in the patent No. is 01243544.9 Chinese utility model patent, this refrigerator utilizes solar cell for supplying power, its solar cell is arranged on the connector of locating with fanning strip, have location notch hole on the fanning strip, the column upper end that the refrigerator both sides connect is provided with the fanning strip alignment pin that can insert the fanning strip location notch hole; When the adjusting alignment pin is inserted different location notch holes, solar cell just may be adjusted to different from angle, so just can realize the adjustable angle of solar cell, but this adjusting angle mode realizes the upset of level only, can not realize circumferential rotation adjusting, thereby still have certain restriction when using, when for example being used for solar street light with regard to limited big limitation, because solar street light can not can arbitrarily move as refrigerator, so as can not realize circumferential rotation adjusting, just need the rotation entire product to make solar cell be positioned at suitable circumferential position when mounted, and in case after fixing, its circumferential position also just can not be more according to circumstances variation and regulated, so install, use very inconvenience.

Summary of the invention

The purpose of this utility model is to overcome the shortcoming of prior art, and a kind of adjusting level easily and circumferential setting angle are provided, and is simple in structure, the solar cell anglec of rotation adjustment structure that range of application is wider.

The purpose of this utility model is achieved through the following technical solutions: this solar cell anglec of rotation adjustment structure comprises column, flip horizontal adjustment means, it is characterized in that also including circumferential rotation adjustment means.

Described circumferential rotation adjustment means comprises the piece that is rotationally connected, and piece and the post end of being rotationally connected is connected by bolt (nail).

Described column can be solid or hollow shape, the piece that is rotationally connected is designed to the form that matches and be connected with column, as column is the tube-shaped tube of hollow, the part that can be designed to the piece that is rotationally connected stretches into the connected mode in the column, also can be designed to be positioned at post end fully and the type of attachment that do not insert into the inner portion; As column is solid column form, and the piece that is rotationally connected so is designed to be positioned at the connected form of post end.

Described column can be circle or regular polygon with the cross sectional shape of the piece that is rotationally connected, and for example can be that the limit number is 3～10 regular polygon.

Described flip horizontal adjustment means comprises movable support rod, support bar sleeve pipe, regulates bolt (nail), one end of movable support rod is connected with solar panel one end, the other end inserts in the support bar sleeve pipe, regulates the fixedly relative position of movable support rod and support bar sleeve pipe of bolt (nail).

Described flip horizontal adjustment means also can comprise the locating piece of being with arcuate furrow, and downside and solar panel that described locating piece is positioned at solar panel fuse, and locating piece is connected with the piece that is rotationally connected by rotating shaft and set bolt.

Action principle of the present utility model is: the flip horizontal adjustment means in this solar cell anglec of rotation adjustment structure is regulated solar panel and is overturn along trunnion axis, circumferentially rotate adjustment means and regulate solar panel, thereby utilize this structure can realize simultaneously that solar panel is in level and circumferential rotation around the circumferential rotation of column.

The utility model has following advantage and effect with respect to prior art: because this solar cell anglec of rotation adjustment structure can realize simultaneously that solar panel is in level and circumferential comprehensive rotation, so can flexibly, easily be applicable to the installation requirement of different places, different directions, again because this structure fixing and regulate very simple, so in use regulate also very convenient again according to the variation of external condition again; This structure is used for the adjusting of solar cell shadow surface, is applicable to all electrical equipment that utilize solar cell and power, equipment, instrument etc., and as solar street light, solar water heater, solar energy refrigerator etc., the scope of application is wider, good market prospect.

Description of drawings

Fig. 1 is a structural representation of the present utility model.

Fig. 2 is the schematic diagram that structure shown in Figure 1 is adjusted to the another location state.

Fig. 3 is another structural representation of the present utility model.

Fig. 4 is the structural representation of the coupling part of structure shown in Figure 3.

Fig. 5 is the schematic diagram that structure shown in Figure 3 is adjusted to the another location state.

Embodiment

Below in conjunction with embodiment and accompanying drawing the utility model is done further concrete description, but execution mode of the present utility model is not limited thereto.

Embodiment 1

Fig. 1 and Fig. 2 show embodiment of the present utility model, as seen from Figure 1, this solar cell anglec of rotation adjustment structure comprises column 1, the piece 2 that is rotationally connected, underframe 3, movable support rod 4, support bar sleeve pipe 5, regulates bolt 6, solar panel 7; Column 1 is a square with the cross section of the piece 2 that is rotationally connected, both connect by bolt 8 secure fit, be rotationally connected to link on the piece 2 underframe 3 is arranged, solar panel 7 one ends are connected by hinge 9 with underframe 3, the other end is connected with the connecting block 10 of band sliding channel, connecting block 10 is connected by the slip set bolt 11 that passes sliding channel with movable support rod 4, the other end of movable support rod 4 inserts in the support bar sleeve pipe 5, regulates the fixedly relative position of movable support rod 4 and support bar sleeve pipe 5 of bolt 6.

The action principle of this structure is: unclamp the relative position that adjusting bolt 6 and slip set bolt 11 can be regulated movable support rod 4 and support bar sleeve pipe 5, that is scalable solar panel 7 different angles of overturning in the horizontal direction, when waiting to transfer to a suitable angle, secured adjusted bolt 6 and slip set bolt 11 get final product the position of fixed solar cell panel 7 again, specifically as shown in Figure 2; Regulate solar panel 7 in circumferential position as need, unclamp bolt 8, the piece 2 that is rotationally connected can drive solar panel 7 in circumferential rotation, and when waiting to forward suitable circumferential position to, 8 pieces 2 that fixedly are rotationally connected of bolting on again get final product on column 1.

Embodiment 2

Fig. 3～Fig. 5 shows another execution mode of the present utility model, as seen from Figure 3, this solar cell anglec of rotation adjustment structure comprises column 12, the piece 13 that is rotationally connected, the band arcuate furrow 14 locating piece 15, solar panel 16, column 12 is a hollow cylinder shaped, the piece 13 that is rotationally connected is designed to the cylindrical-shaped structure that matches with column 12, the piece 13 that is rotationally connected has a positioning section 13A can stretch in column 12 axis holes to position, column 12 is fixedlyed connected by bolt 18 with the piece 13 that is rotationally connected, and concrete structure as shown in Figure 4; Solar panel 16 downsides are fixedly connected with the locating piece 15 of band arcuate furrow 14, locating piece 15 is connected with the piece 13 that is rotationally connected by rotating shaft 17 and set bolt 18, rotating shaft 17 is all passed the piece 13 that is rotationally connected with set bolt 19, and wherein set bolt 19 is positioned at the arcuate furrow 14 of locating piece 15.

The action principle of this structure is: unclamp set bolt 19 and can regulate

solar panel

16 and 17 turn to different angles around the shaft, when waiting to transfer to a suitable angle, tighten the position that set bolt 19 gets final product fixed solar cell panel 16 again, specifically as shown in Figure 5; Regulate solar panel 16 in circumferential position as need, unclamp bolt 18, the piece 13 that is rotationally connected can drive solar panel 16 in circumferential rotation, and when waiting to forward suitable circumferential position to, bolting on 18 gets final product again.

Claims

1, a kind of solar cell anglec of rotation adjustment structure comprises column, flip horizontal adjustment means, it is characterized in that: include circumferential rotation adjustment means.

2, solar cell anglec of rotation adjustment structure according to claim 1 is characterized in that: described circumferential rotation adjustment means comprises the piece that is rotationally connected, and be rotationally connected piece and post end are connected by connector.

3, solar cell anglec of rotation adjustment structure according to claim 2, it is characterized in that: described column is a hollow structure, the piece that is rotationally connected can be the type of attachment that part stretches in the column or is positioned at post end fully.

4, solar cell anglec of rotation adjustment structure according to claim 2, it is characterized in that: described column is a solid construction, the piece that is rotationally connected is positioned at post end and is bolted to connection with it.

5, solar cell anglec of rotation adjustment structure according to claim 2 is characterized in that: described column is circle or regular polygon with the cross sectional shape of the piece that is rotationally connected.

6, solar cell anglec of rotation adjustment structure according to claim 5 is characterized in that: column is that the limit number is 3～10 regular polygon with the cross sectional shape of the piece that is rotationally connected.

7, solar cell anglec of rotation adjustment structure according to claim 1, it is characterized in that: described flip horizontal adjustment means comprises movable support rod, support bar sleeve pipe, regulates keeper, one end of movable support rod is connected with solar panel one end, the other end inserts in the support bar sleeve pipe, regulates keeper and connects movable support rod and support bar sleeve pipe.

8, solar cell anglec of rotation adjustment structure according to claim 1, it is characterized in that: described flip horizontal adjustment means comprises the locating piece of being with arcuate furrow, downside and solar panel that described locating piece is positioned at solar panel fuse, and locating piece is connected with the piece that is rotationally connected by rotating shaft and set bolt.