CN209105082U - A kind of integrally-regulated photovoltaic bracket - Google Patents

Abstract

A kind of integrally-regulated photovoltaic bracket, including infrastructure component, the elevation angle adjust component and bracket component；The infrastructure component is located at the bottom of photovoltaic bracket, fixes on the ground；The elevation angle adjusts the top that component is located at the infrastructure component, forms detachable be fixedly connected with the infrastructure component；The bracket component is located at the top that the elevation angle adjusts component, adjusts component with the elevation angle and engages, the elevation angle is followed to adjust component movement.A kind of integrally-regulated photovoltaic bracket provided by the utility model, pass through the elevation angle of mechanical adjustment bracket, entire photovoltaic panel can be made to rotate in space, eliminate motor operation, adapt to the work under adverse circumstances, cooperated by turbine, connecting shaft conveys mutually torque, achievees the purpose that adjust large area photovoltaic panel.

Description

A kind of integrally-regulated photovoltaic bracket

Technical field

The utility model relates to a kind of photovoltaic bracket more particularly to a kind of manually adjustable photovoltaic brackets.

Background technique

In photovoltaic production, need to adjust the elevation angle of photovoltaic bracket, so that it is determined that the irradiated area of photovoltaic panel, if using Mechanical-hydraulic equipment not only will increase operation cost, but also improve the maintenance difficulties of equipment, photovoltaic apparatus to a certain extent It needs for a long time on spacious ground, dust storm and rainwater can be reduced the service life with the mechanical structure of bad equipment.

Therefore it in this kind of extreme environment, needs to use original mechanical system as far as possible using simply and easily structure, have It conducive to the good operation of equipment in extreme circumstances, and improves service life, mechanical structure is conducive to improve the reliable of equipment Property, to improve the economic benefit of whole equipment.

When the photo-voltaic power generation station for encountering large area, since the area of photovoltaic power generation plate is larger, it is not easy to bracket It manually adjusts, at the scene in adjustment process, phenomena such as stuck often occurs, for such photovoltaic apparatus, after few installations A possibility that being adjusted again, but photovoltaic power generation is the position with the sun and changes, in the equipment that can not be adjusted Productivity effect can be seriously affected.

Utility model content

The utility model is intended to provide a kind of integrally-regulated photovoltaic bracket, can by the mechanical structure of photovoltaic bracket itself To carry out the adjusting at the elevation angle to the photovoltaic panel on photovoltaic bracket, the adjusting side of main shaft rotation is used for large area photovoltaic apparatus Formula does not need all to rotate whole equipment, alleviates adjusting load, improves production efficiency.

To solve the above problems, a kind of integrally-regulated photovoltaic bracket provided by the utility model uses following technical side Case:

A kind of integrally-regulated photovoltaic bracket, including infrastructure component, the elevation angle adjust component and bracket component；The base set Part is located at the bottom of photovoltaic bracket, fixes on the ground；The elevation angle adjusts component and is located at the upper of the infrastructure component Side, forms detachable be fixedly connected with the infrastructure component；The bracket component is located at the elevation angle adjusting group The top of part adjusts component with the elevation angle and engages, the elevation angle is followed to adjust component movement.

It includes turbine, worm screw, regulating arm and handwheel that the elevation angle, which adjusts component,；The turbine is located at the bracket The center of component is fixedly connected with the bracket component；The worm screw is located at below the turbine, and described Regulating arm is fixedly connected, and is engaged with the turbine；The regulating arm is located at the rear of the worm screw, with the worm screw It is fixedly connected；The handwheel is located at the rear of the regulating arm, is fixedly connected with the regulating arm.

Further, the front-rear position of the worm screw is provided with preceding adjusting bracket and rear adjusting bracket；The preceding adjusting bracket Positioned at the front end of the worm screw, be fixedly connected with the infrastructure component, the worm screw on the preceding adjusting bracket from By rotating；The rear adjusting bracket is located at the rear end of the worm screw, is fixedly connected with the infrastructure component, the worm screw It is freely rotated on the preceding adjusting bracket.

Further, the right end of the turbine is provided with attaching nut, and the attaching nut is fixedly connected described Turbine and bracket component.

Further, the bracket component includes main shaft, longitudinal bracing, connection bolt, connecting rod, link block and transverse direction Support；The main shaft is located at the center of the bracket component, from left to right across the bracket component；Described Longitudinal bracing is vertical.It is fixedly connected from top to bottom across the bracket component with the main shaft with the main shaft；Institute The link block stated is located at the lower section of the main shaft, is fixedly connected by the connection bolt with the main shaft；Described Between the main shaft and longitudinal bracing, one end is fixedly connected connecting rod with the link block, the other end and described Longitudinal bracing is fixedly connected；The cross-brace is parallel to the main shaft, is fixedly connected with the longitudinal bracing.

Further, the main shaft is equipped with multistage, is provided with connecting shaft between each section, the connecting shaft with it is adjacent Two sections of the main shaft is fixedly connected, and main shaft described in two sections of the center of the bracket component passes through the whirlpool Wheel is fixedly connected.

Further, the quantity of the longitudinal bracing is no less than two, is evenly distributed on the main shaft, each Connection described in link block described in being provided with one on the longitudinal bracing, connection bolt described in two and two Bar.

Further, the quantity of the cross-brace is two, the upper and lower position of the symmetrical main shaft.

Further, the infrastructure component includes sole plate and column；The sole plate is located at photovoltaic bracket Bottom, fix on the ground；The column is located on the sole plate, with the fixed company of the sole plate It connects, while adjusting component with the elevation angle and being fixedly connected.

The utility model has the beneficial effects that: a kind of integrally-regulated photovoltaic bracket provided by the utility model, passes through machine The elevation angle of tool adjusting bracket can make entire photovoltaic panel rotate in space, eliminate motor operation, adapt under adverse circumstances Work, cooperated by turbine, connecting shaft conveys mutually torque, achieve the purpose that adjust large area photovoltaic panel.

Detailed description of the invention

Attached drawing 1 is the main view of the preferred embodiment in the utility model.

Attached drawing 2 is the right view of the preferred embodiment in the utility model.

Attached drawing 3 is enlarged drawing at the A of the preferred embodiment in the utility model.

Wherein: 1. infrastructure components, 11. sole plates, 12. columns, 2. elevations angle adjust adjusting bracket, 22. whirlpools behind component, 21. Adjusting bracket, 25. handwheels, 26. regulating arms, 27. attaching nuts, 3. bracket components, 31. main shafts, 32. are indulged before wheel, 23. worm screws, 24. To support, 33. connection bolts, 34. connecting rods, 35. link blocks, 36. cross-braces, 37. connecting shafts.

Specific embodiment

In order to better understand technical solution provided by the utility model, with reference to the accompanying drawing with specific embodiment pair The utility model is described further.

It as shown in the picture, is a kind of integrally-regulated photovoltaic bracket provided by the utility model, including infrastructure component 1, the elevation angle Adjust component 2 and bracket component 3；The infrastructure component 1 is located at the bottom of photovoltaic bracket, fixes on the ground, as whole The support of a bracket；The elevation angle adjusts the top that component 2 is located at the infrastructure component 1, with 1 shape of infrastructure component It is fixedly connected at detachable, adjusts power for providing；The bracket component 3 is located at the elevation angle and adjusts component 2 Top, adjust component 2 with the elevation angle and engage, the elevation angle is followed to adjust the movement of component 2, the branch as photovoltaic panel Support.

It includes turbine 22, worm screw 23, regulating arm 26 and handwheel 25 that the elevation angle, which adjusts component 2,；The turbine 22 It in the center of the bracket component 3, is fixedly connected with the bracket component 3, for by the elevation angle adjusting group The adjusting power that part 2 provides is transmitted on the bracket component 3；The worm screw 23 is located at 22 lower section of turbine, with The regulating arm 26 is fixedly connected, and is engaged with the turbine 22, provides power by the regulating arm 26；The tune Joint arm 26 is located at the rear of the worm screw 23, is fixedly connected with the worm screw 23, for transmitting power；The handwheel 25 Positioned at the rear of the regulating arm 26, it is fixedly connected, is used to provide power with the regulating arm 26.

Further, the front-rear position of the worm screw 23 is provided with preceding adjusting bracket 24 and rear adjusting bracket 21；Before described Adjusting bracket 24 is located at the front end of the worm screw 23, is fixedly connected with the infrastructure component 1, the worm screw 23 is described It is freely rotated on preceding adjusting bracket 24, the fixed frame and rotation fixed point as the worm screw 23 use；The rear adjusting bracket 21 are located at the rear end of the worm screw 23, are fixedly connected with the infrastructure component 1, the worm screw 23 is in the rear adjusting It is freely rotated on frame 21, the fixed frame and rotation fixed point as the worm screw 23 use.

Further, the right end of the turbine 22 is provided with attaching nut 27, and the attaching nut 27 is fixedly connected The turbine 22 and bracket component 3.

Further, the bracket component 3 includes main shaft 31, longitudinal bracing 32, connection bolt 33, connecting rod 34, connects Connect block 35 and cross-brace 36；The main shaft 31 is located at the center of the bracket component 3, from left to right across described Bracket component 3, the main body as the bracket component 3；The longitudinal bracing vertical 32 in the main shaft 31, From top to bottom across the bracket component 3, it is fixedly connected with the main shaft 31, for enhancing the longitudinal strength of photovoltaic panel； The link block 35 is located at the lower section of the main shaft 31, connects by the way that the connection bolt 33 and the main shaft 31 are fixed It connects, for enhancing the intensity of the main shaft 31；The connecting rod 34 between the main shaft 34 and longitudinal bracing 32, One end is fixedly connected with the link block 35, and the other end is fixedly connected with the longitudinal bracing 32, enhances the longitudinal direction The intensity of support 32；The cross-brace 36 is parallel to the main shaft 31, is fixedly connected with the longitudinal bracing 32, uses In the planar support for reinforcing photovoltaic panel.

Further, the main shaft 31 is equipped with multistage, is provided with connecting shaft 37, the connecting shaft 37 between each section It is fixedly connected with adjacent two sections of the main shaft 31, adjusts torque for transmitting；The center of the bracket component Main shaft 31 described in two sections is fixedly connected by the turbine 22, provides the torque needed for adjusting.

Further, the quantity of the longitudinal bracing 32 is no less than two, is evenly distributed on the main shaft 31, often Connection bolt 33 described in link block 35, two and two institutes described in being provided with one on longitudinal bracing 32 described in one The connecting rod 34 stated.

Further, the quantity of the cross-brace 36 is two, the upper bottom of the symmetrical main shaft 31 It sets.

Further, the infrastructure component 1 includes sole plate 11 and column 12；The sole plate 11 is located at light The bottom for lying prostrate bracket, fixes on the ground, supports entire photovoltaic bracket；The column 12 is located at the sole plate 11 On, it is fixedly connected with the sole plate 11, while adjusting component 2 with the elevation angle and being fixedly connected.

In use, the handwheel 25 is rotated, is rotated with the regulating arm 26, lead to 23 turns of the worm screw Dynamic, therefore the turbine 22 rotates, and generates torque and is transferred on the main shaft 31, passes through 37 He of connecting shaft Connecting rod 33, so that entire bracket rotates under the action of torque, to reach the effect of adjusting angle.

Claims (8)

1. a kind of integrally-regulated photovoltaic bracket, which is characterized in that adjust component and bracket component including infrastructure component, the elevation angle；Institute The infrastructure component stated is located at the bottom of photovoltaic bracket, fixes on the ground；The elevation angle adjusts component and is located at the base The top of plinth component forms detachable be fixedly connected with the infrastructure component；The bracket component is located at described The elevation angle adjusts the top of component, adjusts component with the elevation angle and engages, the elevation angle is followed to adjust component movement；

It includes turbine, worm screw, regulating arm and handwheel that the elevation angle, which adjusts component,；The turbine is located at the bracket component Center, be fixedly connected with the bracket component；The worm screw is located at below the turbine, with the adjusting Arm is fixedly connected, and is engaged with the turbine；The regulating arm is located at the rear of the worm screw, fixes with the worm screw Connection；The handwheel is located at the rear of the regulating arm, is fixedly connected with the regulating arm.

2. a kind of integrally-regulated photovoltaic bracket as described in claim 1, which is characterized in that the anteroposterior position of the worm screw installs It is equipped with preceding adjusting bracket and rear adjusting bracket；The preceding adjusting bracket is located at the front end of the worm screw, solid with the infrastructure component Fixed connection, the worm screw are freely rotated on the preceding adjusting bracket；After the rear adjusting bracket is located at the worm screw End, is fixedly connected, the worm screw is freely rotated on the preceding adjusting bracket with the infrastructure component.

3. a kind of integrally-regulated photovoltaic bracket as described in claim 1, which is characterized in that the right end of the turbine is provided with Attaching nut, the attaching nut are fixedly connected with the turbine and bracket component.

4. a kind of integrally-regulated photovoltaic bracket as described in claim 1, which is characterized in that the bracket component includes master Axis, longitudinal bracing, connection bolt, connecting rod, link block and cross-brace；The main shaft is located in the bracket component Heart position, from left to right across the bracket component；The longitudinal bracing is vertical, horizontal from top to bottom with the main shaft Across the bracket component, it is fixedly connected with the main shaft；The link block is located at the lower section of the main shaft, passes through institute The connection bolt stated is fixedly connected with the main shaft；The connecting rod is between the main shaft and longitudinal bracing, and one End is fixedly connected with the link block, and the other end is fixedly connected with the longitudinal bracing；The cross-brace is parallel to The main shaft is fixedly connected with the longitudinal bracing.

5. a kind of integrally-regulated photovoltaic bracket as claimed in claim 4, which is characterized in that the main shaft is equipped with multistage, often Connecting shaft is provided between one section, the connecting shaft is fixedly connected with adjacent two sections of the main shaft, the bracket group Main shaft described in two sections of the center of part is fixedly connected by the turbine.

6. a kind of integrally-regulated photovoltaic bracket as claimed in claim 4, which is characterized in that the quantity of the longitudinal bracing is not Less than two, be evenly distributed on the main shaft, one is provided on the longitudinal bracing described in each described in connection Connecting rod described in block, connection bolt described in two and two.

7. a kind of integrally-regulated photovoltaic bracket as claimed in claim 4, which is characterized in that the quantity of the cross-brace is Two, the upper and lower position of the symmetrical main shaft.

8. a kind of integrally-regulated photovoltaic bracket as described in claim 1, which is characterized in that the infrastructure component includes basis Pedestal and column；The sole plate is located at the bottom of photovoltaic bracket, fixes on the ground；The column is located at described Sole plate on, be fixedly connected with the sole plate, while adjusting component with the elevation angle and being fixedly connected.