Data line windproof buckle, device and method

Abstract

The invention provides a data line windproof buckle, device and method, and belongs to the technical field of data line fixing. The buckle is designed into a structure comprising a main body, a locking pin and a clamping plug block, so that the data line is fixed on the supporting rod of the antenna through the buckle. The main body can be arranged on the supporting rod in a sleeving manner through the fixing hole, and the main body is fixed by abutting against the supporting rod through the locking pin; and the clamping plug block and the data line are plugged into the clamping hole of the main body, so that the included angle between the notch direction of the clamping plug block and the opening direction of the main body is a preset angle. Due to the fact that the clamping plug block has elasticity, the clamping plug block can play a role in wrapping the data line, the data line is fixed on the supporting rod through the buckle, it can be guaranteed that the data line still cannot swing when encountering strong wind, the data line is protected, safety and stability of data sending are guaranteed, maintenance is avoided, and maintenance cost and time are saved.

Description

technical field [0001] The present application relates to the technical field of data cable fixing, in particular to a data cable windproof buckle, device and method. Background technique [0002] In the early stage or construction process of engineering projects, it is generally necessary to conduct on-site surveying and mapping to obtain information such as coordinates, topography, and landforms. The above work usually needs to be carried out by using the global satellite navigation system. Therefore, it is necessary to set up a radio antenna in the field environment to send or receive information in real time. The height of the radio antenna is generally 2 to 4 meters. It is supported by a circular tube-shaped support rod, and a data cable is needed to connect the ground instrument to the antenna to achieve the purpose of sending data. [0003] The base of the above-mentioned antenna and the data line adopt an integrated design, that is, the data line passes through the ...

AI Technical Summary

Problems solved by technology

[0003] The base of the above-mentioned antenna and the data line adopt an integrated design, that is, the data line passes through the base and extends downward to the ground instrument. Since the above-mentioned work belongs to field work, it often encounters windy weather, resulting in data loss. The connection line is constantly swaying under the action of wind, which will easily lead to fatigue damage at the connection between the data line and the antenna, that is, the data line is damaged, resulting in poor contact between the data line and the antenna

Since the data cable and the antenna connection base are installed in one piece, when the data cable breaks down, it is often necessary to replace the more expensive antenna base together with the data cable, resulting in greater economic losses. Affect the progress of the project

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