Comprehensive processing method for data formed after detection of full-water pipeline by using various devices

Abstract

The invention provides a comprehensive processing method for data formed after detection of a full-water pipeline by using various devices, and relates to the technical field of full-water main pipe detection data processing. The method comprises the steps of S1, sorting existing data, specifically, collecting the existing data of a main pipe in a to-be-detected range, and sorting. Through regional division, the whole section of the detected main pipe can be reasonably divided and identified, so that the complicated whole data is divided into small data which is relatively easy to arrange, compare and use, the original data and the detected new data can be more accurately and easily used, the searching and comparing time of workers is shortened, the working efficiency is improved, and the working difficulty during comparison is reduced. The obtained data conclusion can be more accurate through multi-device data comparison, and the phenomena that when one device is used for working, false detection occurs, consequently, a worker processes the position which does not need to be processed, time and labor are wasted, and resources cannot be reasonably controlled and used are prevented.

Description

technical field [0001] The invention relates to the technical field of data processing for the detection of full water main pipes, in particular to a comprehensive processing method for forming data after detection of full water pipes using various devices. Background technique [0002] The main sewage interception pipe is to use a main sewage pipe parallel to the river or the shoreline of the water body to intercept all the main pipes or branch pipes in the drainage area that directly discharge sewage to the water body, and make the sewage flow along the pipe to the sewage treatment plant for treatment or Pipelines that are transported to another discharge area (such as far away from the urban area) and then discharged into the water body after simple treatment. Use a newly built intercepting main pipe to intercept the sewage to reduce or eliminate the environmental pollution that is likely to be caused. This kind of intercepting main pipe generally has a large diameter, an...

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Problems solved by technology

[0002] The sewage interception main pipe is to use a main sewage pipe parallel to the river or the shoreline of the water body to intercept all the main pipes or branch pipes in the drainage area that directly discharge sewage to the water body, and make the sewage flow along the pipe to the sewage treatment plant for treatment or Pipes that are transported to another discharge area (such as far away from the urban area) and then discharged into the water body after simple treatment. Use a newly built intercepting main pipe to intercept the sewage to reduce or eliminate the environmental pollution that is likely to be caused. This kind of intercepting main pipe generally has a large diameter, and the construction is difficult and the cost is high

[0003] Generally, the sewage interceptors are relatively old and far away, and the pipe materials are all reinforced concrete pipes. After a long period of operation, in order to ensure the normal operation of the sewage interceptors, it is necessary to detect their operating status. However, the traditional The current pipeline detection technology has high cost and low efficiency, and needs to be blocked and reversed. At the same time, it may affect the normal collection of urban sewage. Therefore, detection during pipeline operation must be adopted. However, there are more data obtained during pipeline operation, and , there is a possibility of false detection, so a method is needed to process the detected data reasonably to make the result more accurate

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