A transmission mechanism using a climbing rope

Abstract

The invention provides a transmission mechanism with a climbing rope. The transmission mechanism with the climbing rope comprises a cross beam, a motor, a driving wheel, a driven wheel, a synchronizing belt, flexible transmission shafts and traction devices. The motor shaft is connected with the driving wheel which is connected with the driven wheel through the synchronizing belt. The driven wheel is fixed to the position below the cross beam through a first support. Wheel shafts of the driven wheel are connected with the flexible transmission shafts through flexible shaft connectors. The other ends of the flexible transmission shafts are connected with the traction devices. The traction devices are fixed to the position below the cross beam through a second support and each comprises a first drive wheel, a second drive wheel, at least four guide wheels and pulling ropes. The flexible transmission shafts are connected with wheel shafts of the first drive wheels through flexible shaft connectors. Each first drive wheel is connected with the corresponding second drive wheel through the synchronizing belt. Every four guide wheels are distributed on the portions located between the corresponding first drive wheel and the corresponding second drive wheel and located on the two sides of the corresponding first drive wheel and the corresponding second drive wheel. The first drive wheels and the second drive wheels are connected with the adjacent guide wheels through the pulling ropes. The transmission mechanism with the climbing rope is easy to install, guarantees that a brush cleaner will not deviate in operation and prevents a photovoltaic module from being in contact with hard matter and being scratched.

Description

technical field [0001] The invention relates to a transmission mechanism device, in particular to a transmission mechanism using a climbing rope suitable for a photovoltaic module cleaning system. Background technique [0002] Photovoltaic power generation is a clean energy that has been widely used all over the world. Photovoltaic modules are the source of electricity generated by solar power plants, and the efficiency of photovoltaic modules directly determines the power generation of solar power plants. If dust adheres to the surface of the photovoltaic module, it will affect the light transmittance, and then affect the radiation received by the surface of the module, which will affect the power generation efficiency, and because the distance between the dust and the battery is very close, it will form a shadow, and it will Photovoltaic modules locally form a hot spot effect, which reduces the power generation efficiency of the modules, and even burns the modules. Theref...

AI Technical Summary

Problems solved by technology

If dust adheres to the surface of the photovoltaic module, it will affect the light transmittance, and then affect the radiation received by the surface of the module, which will affect the power generation efficiency, and because the distance between the dust and the battery is very close, it will form a shadow, and it will Photovoltaic modules locally form a hot spot effect, which reduces the power generation efficiency of the modules, and even burns the modules. Therefore, keeping the photovoltaic modules clean is an effective way to ensure the maximum power generation capacity of the photovoltaic power station

[0003] Existing photovoltaic module cleaning systems are all driven by wire rope traction. This structure requires high installation accuracy and is troublesome to install.

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