5G mobile communication signal omnibearing test equipment

Abstract

The invention discloses 5G mobile communication signal omnibearing test equipment structurally comprising a machine body, a display screen, a control panel and a physical port. Most of the physical ports are made of copper. Copper easily generates verdigris with oxygen in humid air; the verdigris is attached to the inner wall of the port; the moving block moves in and out of the physical port along with the wire; verdigris on the inner wall of the port is removed; the attachment of verdigris to the inner wall of the port is reduced; the width of the inner wall of the port is reduced; interfaces of different wires are different in size; therefore, the wire interface cannot be completely inserted into the port; the port is in poor contact with the wire; the signal is transmitted intermittently and the signal detection and analysis are affected; when verdigris enters a collecting chamber through the filter screen, the verdigris in the collecting chamber easily flows back along a scrap inlet groove due to continuous rotation of a bottom rod, and the situation that the verdigris in the collecting chamber flows back, flows out along the top groove, falls onto the inner wall of the port and affects contact between the port and a wire is reduced through opening and closing between the push plates.

Description

technical field [0001] The invention belongs to the field of 5G communication signal sensors, and more specifically, relates to an all-round testing device for 5G mobile communication signals. Background technique [0002] With the development of communication technology, the emergence of 5G mobile communication network has accelerated the speed of information dissemination. Since the 5G network is regional, it is necessary to test the network signal in all directions within the range, and use a network analyzer to connect to the 5G mobile communication network. Analyze the strength of the network signal by the analyzer; when the network analyzer in the prior art analyzes the signal, because the analyzer uses a physical port to connect with the 5G signal transmitter through a wire, the information is transmitted to the inside of the instrument, while the analyzer Most of the physical ports are made of copper. Copper is easy to form patina with oxygen in humid air. The patina...

AI Technical Summary

Problems solved by technology

[0002] With the development of communication technology, the emergence of 5G mobile communication network has accelerated the speed of information dissemination. Since the 5G network is regional, it is necessary to test the network signal in all directions within the range, and use a network analyzer to connect to the 5G mobile communication network. Analyze the strength of the network signal by the analyzer; when the network analyzer in the prior art analyzes the signal, because the analyzer uses a physical port to connect with the 5G signal transmitter through a wire, the information is transmitted to the inside of the instrument, while the analyzer Most of the physical ports are made of copper. Copper is easy to form patina with oxygen in humid air. The patina is attached to the inner wall of the port, which reduces the width of the inner wall of the port. The interface sizes of different wires are different, so that the wire interface cannot be completely inserted into the Inside the port, and the port is not in good contact with the wire, resulting in intermittent signals and affecting the detection and analysis of the signal

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