Flat single-shaft multi-point transmission system

Abstract

The invention discloses a flat single-shaft multi-point transmission system, which comprises nine stand columns, six main shaft square tubes, three speed reducers and a motor, wherein the nine stand columns are vertically arranged and distributed at equal intervals, the three speed reducers are arranged at the upper ends of three stand columns respectively, and supporting blocks are vertically arranged at the upper ends of the other six stand columns. The beneficial effects of the invention are that the output ends above the speed reducers drive the six main shaft square tubes to rotate and adjust, so that solar panels mounted on the plurality of mounting brackets are driven to be overturned and adjusted. According to the system, the solar panels on the plurality of mounting brackets can be driven by one motor to turn over and adjust, so that the turnover transmission efficiency of the system to the solar panels is improved, the power consumption of the system in use is reduced. In addition, the three speed reducers are connected through the six transmission shafts, and the three speed reducers can be driven to rotate synchronously only through one motor, so that the output transmission is more stable, and the power generation service life of the system is prolonged.

Description

technical field [0001] The invention relates to a transmission system, specifically a flat single-axis multi-point transmission system, and belongs to the technical field of solar panel installation transmission equipment application. Background technique [0002] With the rapid development of science and technology, the flat uniaxial transmission system is used more and more in the field of solar power generation. By installing multiple solar panels on multiple brackets on the top of the flat uniaxial transmission system, and the A plurality of motors drives the support and the solar panel to turn over to adjust the position and angle of receiving solar energy, so as to improve the power generation efficiency of the solar panel. [0003] The existing flat single-axis transmission system still has great defects in use. The existing flat single-axis transmission system needs multiple motors to drive multiple solar panels through the reducer to turn over and transfer, which no...

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Problems solved by technology

[0004] The purpose of the present invention is to solve the problem that the existing flat uniaxial transmission system requires multiple motors to respectively drive multiple solar panels through the reducer for flipping and mobilization, which not only leads to large power loss when driving the solar panels flipping, but also causes solar The efficiency of the plate being turned over to adjust the position is slow, the turning and mobilization is not uniform, the output transmission of the motor driven reducer is not stable enough, the wear and tear between the components of the flat single-shaft transmission system is large during work, and the service life is short; and the existing flat single-shaft transmission The connection between the transmission shaft on the system and the worm at the input end of the reducer is not convenient and fast enough, and the connection between the transmission shaft and the worm is not stable and reliable; the square tube of the main shaft and the transmission shaft on the flat single-axis transmission system are not flexible enough to rotate when rotating; and A motor on the existing flat single-shaft transmission system can drive the solar panels to turn over, resulting in low power generation efficiency of the solar panels; the input shaft and output shaft of the reducer on the existing flat single-shaft transmission system are not in the same On the same horizontal line, and the transmission shaft and the main shaft square tube are not located on the same horizontal line, resulting in low transmission efficiency and small output torque of the transmission system, and a flat single-axis multi-point transmission system is proposed

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