Infrared thermal-wave detecting system for vacuum low-temperature environment

Abstract

The invention discloses an infrared thermal-wave detecting system for a vacuum low-temperature environment. The infrared thermal-wave detecting system comprises an internal infrared detecting part, external measuring equipment and power supply equipment, wherein the internal infrared detecting part can be arranged in the vacuum low-temperature environment; the external measuring equipment and the power supply equipment are connected by a network data transmission cable and are arranged outside the vacuum low-temperature environment; the internal infrared detecting part comprises a thermal control cabin, an infrared thermal imager and a cloud platform; the infrared thermal imager is arranged in the thermal control cabin in a sealed manner, and the lower part of the infrared thermal imager is supported on the rotatable cloud platform penetrating through the bottom part of the cloud platform; the cloud platform is coated with heating fins for transferring heat for the infrared thermal imager and a plurality of layers of insulating materials; germanium glass is arranged in a position of the thermal control cabin, which is right opposite to a lens of the infrared thermal imager, so as to receive infrared rays of the vacuum low-temperature environment and carry out temperature measurement, and the measurement result is in electric communication with external measuring equipment by the network data transmission cable. The infrared thermal-wave detecting system has the advantages that not only is the problem of non-contact temperature measurement in a vacuum container solved, but also the reasonable thermal control design ensures working safety of the system in the low-temperature environment.

Description

technical field [0001] The invention belongs to the field of thermal imaging, and in particular relates to an infrared detection system suitable for a vacuum and low temperature environment. Background technique [0002] Infrared thermal wave detection is an important technology in the field of non-contact measurement, which plays an important role in non-contact temperature measurement and thermal imaging. [0003] At present, the infrared thermal wave detection method and device developed in China are usually suitable for the environment of normal temperature and pressure, and are mostly used in the fields of civil and weapon equipment technology. [0004] In the spacecraft vacuum thermal test, there is no non-contact temperature measurement method for the large-area surface temperature measurement of the spacecraft or satellite, and the infrared thermal wave detection method has not been used to measure the temperature during the test. In addition, when infrared equipmen...

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Problems solved by technology

[0006] The purpose of the present invention is to provide an infrared thermal wave detection system in a vacuum and low temperature environment, aiming at solving the problem of non-contact temperature measurement of the test piece in a vacuum and low temperature environment. At the same time, a thermal control cabin and a modified network The data transmission line ensures the application and data transmission of the infrared thermal imaging device in a vacuum and low temperature environment

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