Vacuum capsule type integrated tube bundle detection device and detection method thereof

Abstract

The invention relates to a vacuum capsule type integrated tube bundle detection device and detection method thereof. The vacuum capsule type integrated tube bundle detection device comprises a vacuum capsule type crawling online detection sensor device (2) which is used for an integrated tube bundle (11) of a submarine and the like, wherein the sensor device comprises a vacuum capsule base body (21) and a plurality of detection sensor modules (3) installed on the periphery of the base body (2). The detection device is characterized in that the plurality of detection sensor modules (3) are attached to the peripheral surface of the vacuum capsule base body (21), and a power supply module comprises a movable power source for driving the detection device and a detection signal power supply at the same time. Integration and miniaturization of the nondestructive detection device are achieved, the device is more suitable for detection of various parameters in various complex pipelines and tube bundle structures integrating different functions, integrated integrated on-line monitoring and detection of various parameters such as heat, sound, light, electricity and magnetism are achieved on various pipeline lines such as gas, water and electricity at the same time, and high-precision detection and positioning functions are achieved.

Description

technical field [0001] The invention relates to the technical field of nondestructive testing, in particular to an integrated nondestructive testing device such as electromagnetic eddy current, in particular to a vacuum capsule type integrated tube bundle testing device and a testing method thereof. Background technique [0002] For example, submarines need to operate in deep water, the space is limited, the internal structure is quite sophisticated, and various pipelines and safety valves such as gas, water, and electricity are densely distributed. The integrated tube bundle can save space, but various safety hazards It is relatively difficult to find and may cause danger, so it is very necessary to carry out on-site safety inspection and monitoring. However, the space between the integrated tube bundles is narrow, and it is inconvenient for ordinary detection devices to extend into the slits of dense pipelines and valves for safety detection, and various functional devices...

AI Technical Summary

Problems solved by technology

[0002] For example, submarines need to operate in deep water, the space is limited, the internal structure is quite sophisticated, and various pipelines and safety valves such as gas, water, and electricity are densely distributed. The integrated tube bundle can save space, but various safety hazards It is relatively difficult to find and may cause danger, so it is necessary to carry out on-site safety inspection and monitoring

However, the space between the integrated tube bundles is narrow, and it is inconvenient for ordinary detection devices to extend into the slits of dense pipelines and valves for safety detection, and various functional devices are gathered together. Therefore, it is necessary to design the detection device to be more flexible and integrated. Various types of detection functions, online monitoring of various parameters of different tube bundles

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