Multifunctional wireless pipeline television inspection device, and application and use method thereof

Abstract

The invention relates to a multifunctional wireless pipeline television inspection device, and an application and a use method thereof. The multifunctional wireless pipeline television inspection device comprises a housing, and a bracket component, an image collection component, an image processing component, an image storage component, an automatic control system component and a power supply component, which are arranged on the housing; the automatic control system component is respectively connected with the image collection component, the image processing component and the image storage component; the image processing component is respectively connected with the image collection component, the image processing component and the image storage component; and the automatic control system component comprises a programmable controller, a data converter, a data comparator, a data memory and a wireless remote communication component. The multifunctional wireless pipeline television inspection device has the advantages of reasonable structural design, simple operation, low maintenance cost, capability of effectively reducing the labor intensity, safe and reliable operation, high degreeof automation, and capability of being widely applied to toxic sewage, toxic gas, pipeline blockage, long-term or short-term monitoring of underground pipelines and the like, as well as capability ofremotely realizing data transmission, etc.

Description

technical field [0001] The invention relates to the technical field of underground pipeline detection, in particular to a multifunctional wireless pipeline TV inspection device and its application and usage method. Background technique [0002] With the continuous improvement of people's living environment, the construction of urban municipal pipe network is also becoming more and more perfect, especially the construction of urban drainage pipe network, which has made great progress in recent years, and the total construction volume has also increased day by day. After research, it was found that some of the previously constructed drainage pipe networks are prone to damage due to the increase in service life. If they are not inspected in time, it is easy to cause accidents such as road subsidence, and serious casualties and vehicle damage. In order to make it easier for municipal personnel to detect damage in the drainage pipe network in a timely manner, some handheld pipeli...

AI Technical Summary

Problems solved by technology

After research, it was found that some of the previously constructed drainage pipe networks are prone to damage due to the increase in service life. If they are not inspected in time, it is easy to cause accidents such as road subsidence, and serious casualties, vehicle damage, etc.

In order to make it easier for municipal personnel to detect damage in the drainage pipe network in a timely manner, some handheld pipeline TV inspection devices have appeared in recent years. However, after a period of use, it was found that such inspection tools have single functions and a low degree of automation. , especially for special occasions, such as toxic and harmful sewage pipes, etc., the inspection frequency of such pipes is relatively high, and the use is relatively strict. The traditional hand-held ones have certain limitations. In addition, for the activity space Narrow small-diameter pipes, the same hand-held inspection device will be limited

Although some researchers have adopted a pipeline monitoring device with a walking device, the motion path design of this type of pipeline monitoring device is not ideal, which may easily lead to inaccurate pipeline inspection. At the same time, some obstacles in the pipeline cannot be avoided in time , which will easily lead to a decrease in inspection efficiency. In addition, the inspection data cannot be monitored remotely in real time, which has a certain impact on inspection efficiency.

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