Solar power generation mechanical connection structure capable of being installed and debugged on line synchronously and connection method

Abstract

The invention discloses a solar power generation mechanical connection structure capable of being installed and debugged on line synchronously and a connection method. The solar power generation mechanical connection structure comprises a mechanical connection unit and a plurality of N-pole attraction block components and S-pole attraction block components, wherein the mechanical connection unit is provided with a plurality of through holes, a plurality of friction surfaces are arranged on a connection surface of the mechanical connection unit, a plurality of prefabricated pits are arranged on an installation surface of the mechanical connection unit, the positions of the prefabricated pits correspond to the friction surfaces, when two mechanical connection units are mutually connected, the friction surfaces on the mechanical connection units are mutually fitted, the N-pole attraction block components and the S-pole attraction block components are respectively arranged in a pair of mutually corresponding prefabricated pits on the two mechanical connection units, the N-pole attraction block components and the S-pole attraction block components press tightly the two mechanical connection units through the magnetic attraction so as to determine the initial installation position of the two mechanical connection units and regulate through the external force to align the positions. When the solar power generation mechanical connection structure is used in the field installation process of a machine, efficiency is improved and plenty of time is saved.

Description

technical field [0001] The invention relates to a mechanical connection structure, in particular to a solar power generation mechanical connection structure and a connection method for synchronous online installation and debugging. Background technique [0002] In general mechanical assembly, screws and other forms of fastening problems are often encountered. In general construction and installation, it is generally used to absorb and use molds or positioning tools to calibrate the connecting parts and then install and fix them. Errors generated during the fixation process will not be corrected accordingly. If the error exceeds the set range, it will inevitably need to be re-installed and fixed. This is okay when the project volume is not large. In case of large-scale construction, a lot of working time will be wasted, and the installation accuracy will be affected. From this point of view, how to combine the two processes and be compatible with each other, that is, to make...

AI Technical Summary

Problems solved by technology

[0002] In general mechanical assembly, screws and other forms of fastening problems are often encountered. In general construction and installation, it is generally used to absorb and use molds or positioning tools to calibrate the connecting parts and then install and fix them. Errors generated during the fixation process will not be corrected accordingly

If the error exceeds the set range, it will inevitably need to be re-installed and fixed. This is okay when the project volume is not large. In case of large-scale construction, a lot of working time will be wasted, and the installation accuracy will be affected.

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