Reducing mechanism for photovoltaic power generation solar tracking

Abstract

The invention discloses a reducing mechanism for photovoltaic power generation solar tracking. The reducing mechanism for the photovoltaic power generation solar tracking comprises a reducing gearbox, a first-stage reducing mechanism, a second-stage reducing mechanism and a third-stage reducing mechanism, wherein the first-stage reducing mechanism, the second-stage reducing mechanism and the third-stage reducing mechanism are arranged inside the reducing gearbox. The first-stage reducing mechanism comprises a driving motor and a reducer connected with the driving motor; the second-stage reducing mechanism comprises a worm driving shaft connected with the reducer, a worm which is connected with the worm driving shaft through a coupling, a second-stage reducing gear engaged with the worm, and a gear transmission shaft for mounting the second-stage reducing; the third-stage reducing mechanism comprises a third-stage reducing pinion mounted on the gear transmission shaft, a third-stage reducing large gear engaged with the third-stage reducing pinion, and a transmission spindle used for mounting the third-stage reducing large gear, wherein the transmission spindle extends out of the reducing gearbox and serves as the output shaft of the reducing mechanism. The reducing mechanism for the photovoltaic power generation solar tracking is reasonable in design, high in transmission precision and reduction ratio, stable in transmission process, low in fault rate, high in practicality, good in use effects and applicable to popularization.

Description

technical field [0001] The invention relates to the technical field of photovoltaic power generation, in particular to a deceleration mechanism for solar tracking of photovoltaic power generation. Background technique [0002] The reducer is a power transmission mechanism that decelerates the number of revolutions of the motor to the desired number of revolutions and obtains a larger torque. In the mechanism currently used to transmit power and motion, the application range of the reducer is quite wide, and it can be seen in almost all kinds of mechanical transmission systems, from ships, automobiles, locomotives, construction vehicles, etc. Heavy-duty machinery, processing machinery and automatic production equipment used in the machinery industry, to common household appliances, clocks and watches in daily life; its application ranges from large-power transmission work to small loads, and precise direction tracking can see the role of the reducer Applications, such as pho...

AI Technical Summary

Problems solved by technology

In the mechanism currently used to transmit power and motion, the application range of the reducer is quite wide, and it can be seen in almost all kinds of mechanical transmission systems, from ships, automobiles, locomotives, construction vehicles, etc. Heavy-duty machinery, processing machinery and automatic production equipment used in the machinery industry, to common household appliances, clocks and watches in daily life; its application ranges from large-power transmission work to small loads, and precise direction tracking can see the role of the reducer applications, such as photovoltaic power generation industrial applications, but at present, the deceleration mechanisms on the market not only have many parts, large volume, and complex transmission structure, but also have high production costs, high failure rates, and inconvenient maintenance, causing a lot of inconvenience to users.

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