Antenna attitude monitoring system supporting electric tuning function

Abstract

The invention discloses an antenna attitude monitoring system supporting an electric tuning function. The antenna attitude monitoring system is capable of monitoring a mechanical angel parameter of the antenna and uploading the tested data to a server of a network management center remotely, the server of the network management center controls an electric tuning device, and thus the electric inclined angle parameter of the antenna is adjusted. The antenna attitude monitoring system supporting the electrical adjusting function comprises antenna attitude sensors (1) mounted on each surface of the antenna, a control host computer (2) for managing connecting multiple groups of antennae, a branching lightning protection box (3) for connecting the antenna attitude sensors (1) with the control host computer (2), an electric tuning device (4) and a network management center server (5). A user obtains information relative to the antenna through website access and sends command to the control host computer (2) on request, the control host computer (2) controls the electric tuning device (4) which takes corresponding actions, and the antenna is tuned. The antenna attitude monitoring system can be used is the fields of base station antenna, communication pole and tower, electric power iron tower and the like.

Description

technical field [0001] The invention relates to a monitoring system, in particular to an antenna posture monitoring system supporting the electric adjustment function. Background technique [0002] The attitude planning of the base station antenna is not only related to the coverage of the signal, but also related to key network performance such as the quality of the signal coverage. However, unpredictable factors such as typhoons, earthquakes, and material aging often directly affect the posture of base station antennas, thereby affecting signal coverage, resulting in poor call quality and insufficient traffic absorption, seriously affecting network performance and increasing customer complaints. Therefore, the operation, maintenance and optimization of the antenna feeder system is an important guarantee for network performance. [0003] The measurement of the antenna's mechanical azimuth, downtilt, roll angle, latitude and longitude and other information is the key conten...

AI Technical Summary

Problems solved by technology

When manually using a mechanical compass or an inclinometer to measure azimuth and downtilt, the consistency is poor and the efficiency is low

At the same time, the data cannot be uploaded to the background network management center in time, and the whole measurement process has many links, and there are many inconveniences

When measuring with an instrument, the operator needs to bring the instrument to the site of the antenna feeder for measurement, which does not solve the problem that it is difficult for personnel to reach the site of the antenna, and requires increased transportation and labor costs, and personnel factors will still affect the measurement results. Reporting of results also needs to be done manually

When an abnormal situation occurs in the antenna, it will only be known after the inspection and measurement, and the fault and abnormal situation cannot be found in time. This cannot detect problems and prevent hidden dangers through frequent measurement.

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