Views:0 Author:Site Editor Publish Time: 2020-08-13 Origin:Site
Application Advantages of Infrared Thermal Imaging Inspection Robot for Pipe Gallery
With the increasing development of cities, the application of pipe corridors has become more and more extensive, and the operating environment is facing various unfavorable objective factors. Therefore, the requirements for the preparation of the pipe gallery have gradually increased, indicating that the inspection work of the integrated pipe gallery has more stringent and accurate standards. Traditional inspection technology has become more and more difficult to overcome various unfavorable operating environments, and it is necessary to innovate the integrated pipeline gallery inspection technology. Therefore, the infrared thermal imaging inspection robot and its monitoring technology have begun to be widely used in the inspection work of the integrated pipeline gallery. Infrared thermal imaging inspection robots can achieve 24-hour uninterrupted work, replacing manual tasks such as patrol inspection, environmental monitoring, fault warning, and image intelligent analysis in complex and dangerous environments. It has the following three advantages and has been growing. The more widely used it is in corridors, tunnels, subways, chemical plants, power stations, airports and other occasions.
Figure 1. Infrared thermal imaging inspection robot for pipe gallery.
(1) Reduce inspection costs
Before the infrared thermal imaging inspection robot technology, in order to complete the comprehensive pipeline gallery inspection work, the measurement team mostly chose manual or camera-equipped robots to jointly complete the shooting and measurement work, which consumed a lot of labor costs. Infrared thermal imaging inspection robots replace manual equipment to a certain extent to complete equipment inspections. In terms of operation and maintenance costs, only regular basic maintenance of the robot body is required, which can reduce the application of a large number of video monitoring equipment costs, regular operation and maintenance costs, and the disassembly and assembly of malfunctioning devices, reducing the difficulty of maintenance.
(2) Improve the resolution of obtaining data
Infrared thermal imaging inspection robot technology can be applied in harsh weather conditions, and it can adjust inspection methods in combination with different ground heights and different operating speeds, which greatly improves the resolution of obtaining data. In fact, the resolution of the infrared thermal imaging inspection robot is higher than that of the satellite. In addition, the infrared thermal imaging inspection robot technology in the integrated pipeline corridor inspection process requires less human intervention, which reduces the probability that the data obtained by the inspection is affected by human factors, thereby improving the accuracy of the inspection results.
(3) Improve the macroscopicity of detection
Infrared thermal imaging inspection robot technology not only includes remote sensing information collection technology, but also remote sensing information processing technology, which makes the application of infrared thermal imaging inspection robot technology in the inspection work of integrated pipe corridors have a high degree of integration and macro It can realize the coordinated application between various detection systems. In addition, the robot is small in size and easy to operate. It can pass through a relatively small space to complete the information collection work, which means that the inspector can adjust the speed and height of the robot to perform a larger range of inspections.
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