Buried depth detecting device and method of communication pipeline

Abstract

The invention relates to a buried depth detecting device and method of a communication pipeline. The detecting device comprises a control unit, and ground penetrating radar system GPR, a GPS device, a display unit and a storage battery connected with the control unit; the storage battery supplies power to the whole device; the control unit sets parameters including time, the buried soil type of a detecting pipeline and the arched shape of the detecting pipeline, and displays detection data via the display unit; the control unit is also connected with a resource management server to upload the detection data; the ground penetrating radar system GPR emits high-frequency electromagnetic waves in 3D conical distribution to the underground via a radar technology, and a radar reception antenna of the ground penetrating radar system GPR can receive electromagnetic waves reflected from the channel pipeline, so that the buried depth of the underground communication pipeline is detected and transmitted to the control unit to generate a visual image; and the GPS device can position the latitude and longitude of the present position of the detecting pipeline, and back feeds the latitude and longitude to the control unit. Thus, the buried depth of the underground communication pipeline can be identified.

Description

technical field [0001] The invention relates to a communication pipeline buried depth detection device and method. Background technique [0002] The domestic XX operator's transmission network currently carries services such as 2G / 3G / 4G, WLAN, group customers, and home broadband. In the early stage, the construction of pipeline network resources of domestic XX operators was mainly based on wireless base station service access. After full service operation, various data services increased rapidly, and the demand for transmission network resources increased sharply, whether it is bandwidth demand or transmission pipeline resources. The demand for all services will increase sharply, especially the construction of home broadband network coverage services, which will occupy a large amount of fiber core and tube hole resources, and bring great pressure to local transmission network resources. [0003] In the current situation of rapid business development and increasingly fierce ...

AI Technical Summary

Problems solved by technology

Most of the existing equipment is limited to the detection of metal pipelines due to detection technology. The performance of the equipment is relatively simple and cannot form intuitive data, which is not conducive to data retention and subsequent editing.

There are relatively few non-metallic underground pipeline detection technology products in the market. The mainstream is the RD1000 ground penetrating radar GPR of British Radiodetection Company. It is a JPG picture format, and with this existing equipment, it is impossible to directly extract information such as burial depth from the picture

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