A portable intelligent infrared temperature measurement system

Abstract

The invention provides a portable intelligent infrared temperature measuring system, which comprises a field collecting device, a background processing system and a palm platform. The field collecting device carries out the data acquisition on the site, and then transmits the data to the palm platform. The data are preliminarily processed and displayed on the palm platform. Meanwhile, the data are transmitted to the background processing system by the palm platform. The data are processed more deeply to generate a report based on the historical data information of the background processing system and the environment parameter information. Finally, an obtained graph and the report are transmitted back to the palm platform through the internet. According to the technical scheme of the portable intelligent infrared temperature measuring system, a temperature collecting module is separated from an image processing module. Meanwhile, the image processing function is realized by adopting software, so that the size and the weight of field equipment are greatly reduced. The image processing space is released. The orientation normalization of a temperature graph is realized by adopting the vector mapping algorithm, and the graph interoperability is enhanced. The information real-time processing function, the intelligent analysis function and the rapid diagnosis function of equipment are realized.

Description

technical field

[0001] The invention relates to the field of infrared temperature measurement, in particular to a portable intelligent infrared temperature measurement system. Background technique

[0002] Infrared technology has technical advantages such as long-distance and non-contact. It can diagnose and analyze the faults of power equipment without power failure, sampling and disassembly. Effective monitoring and detection of power equipment through infrared temperature measurement can make maintenance The cost is reduced by 25% to 50%, the equipment accident rate is reduced by 75%, and the economic benefits are very significant.

[0003] At present, orbital robot and fixed infrared temperature measurement are being promoted rapidly, but handheld infrared temperature measurement has its unique advantages in temperature measurement accuracy and flexibility, and cannot be completely replaced by the former, but the existing handheld infrared temperature measurement The eq...

Examples

specific Embodiment 1

[0044] Selection of reference orientation: first select an appropriate observation distance, such as 1m-5m from the equipment to be tested. The entire field of view of the optical system 3 in the on-site acquisition device 2 is filled with the equipment under test or the component under test 1, and then the viewing angle is selected. It is recommended to choose a direction perpendicular to the equipment under test or the component under test, and finally through this The portable intelligent infrared temperature measurement system described in the invention takes multiple shots, selects the one with the best effect as a reference map, and transmits its data to the server of the background processing system for later use. The specific shooting process and data processing process are as follows:

[0045] Infrared spectrum shooting: in the vicinity of the observation distance of the reference spectrum of the equipment to be tested or the component to be tested 1 (20cm range befor...

specific Embodiment 2

[0047] Selection of reference orientation: first select an appropriate observation distance, such as 1m-5m from the device under test, so that the device under test or component under test 1 fills the entire field of view of the optical system 3 in the on-site acquisition device 2 . Then select the observation angle, it is recommended to choose the direction perpendicular to the device under test or the part under test, and finally take multiple shots through the portable intelligent infrared temperature measurement system described in this patent, select the best effect as a reference map, and take it The data is transferred to the server of the background processing system for later use. The specific shooting process and data processing process are as follows:

[0048] Infrared spectrum shooting: in the vicinity of the observation distance of the reference spectrum of the equipment to be tested or the component to be tested 1 (20cm range before and after), within the range o...

specific Embodiment 3

[0050] A field acquisition device 2 of the portable intelligent infrared temperature measurement system according to the present invention is composed of an optical system and an infrared detector, connected to a mobile phone through a data line, and powered by the mobile phone to the field collection device 2,

[0051] Selection of reference orientation: first select an appropriate observation distance, such as 1m-5m from the device under test, so that the device under test or component under test 1 fills the entire field of view of the optical system 3 in the on-site acquisition device 2 . Then select the observation angle, it is recommended to choose the direction perpendicular to the device to be tested or the component to be tested, and finally take multiple shots through the portable intelligent infrared temperature measurement system described in the present invention, and select the best position of the device to be tested or the component to be tested in the field of vi...

technical field

[0001] The invention relates to the field of infrared temperature measurement, in particular to a portable intelligent infrared temperature measurement system. Background technique

[0002] Infrared technology has technical advantages such as long-distance and non-contact. It can diagnose and analyze the faults of power equipment without power failure, sampling and disassembly. Effective monitoring and detection of power equipment through infrared temperature measurement can make maintenance The cost is reduced by 25% to 50%, the equipment accident rate is reduced by 75%, and the economic benefits are very significant.

[0003] At present, orbital robot and fixed infrared temperature measurement are being promoted rapidly, but handheld infrared temperature measurement has its unique advantages in temperature measurement accuracy and flexibility, and cannot be completely replaced by the former, but the existing handheld infrared temperature measurement The eq...

Examples

specific Embodiment 1

[0044] Selection of reference orientation: first select an appropriate observation distance, such as 1m-5m from the equipment to be tested. The entire field of view of the optical system 3 in the on-site acquisition device 2 is filled with the equipment under test or the component under test 1, and then the viewing angle is selected. It is recommended to choose a direction perpendicular to the equipment under test or the component under test, and finally through this The portable intelligent infrared temperature measurement system described in the invention takes multiple shots, selects the one with the best effect as a reference map, and transmits its data to the server of the background processing system for later use. The specific shooting process and data processing process are as follows:

[0045] Infrared spectrum shooting: in the vicinity of the observation distance of the reference spectrum of the equipment to be tested or the component to be tested 1 (20cm range befor...

specific Embodiment 2

[0047] Selection of reference orientation: first select an appropriate observation distance, such as 1m-5m from the device under test, so that the device under test or component under test 1 fills the entire field of view of the optical system 3 in the on-site acquisition device 2 . Then select the observation angle, it is recommended to choose the direction perpendicular to the device under test or the part under test, and finally take multiple shots through the portable intelligent infrared temperature measurement system described in this patent, select the best effect as a reference map, and take it The data is transferred to the server of the background processing system for later use. The specific shooting process and data processing process are as follows:

[0048] Infrared spectrum shooting: in the vicinity of the observation distance of the reference spectrum of the equipment to be tested or the component to be tested 1 (20cm range before and after), within the range o...

specific Embodiment 3

[0050] A field acquisition device 2 of the portable intelligent infrared temperature measurement system according to the present invention is composed of an optical system and an infrared detector, connected to a mobile phone through a data line, and powered by the mobile phone to the field collection device 2,

[0051] Selection of reference orientation: first select an appropriate observation distance, such as 1m-5m from the device under test, so that the device under test or component under test 1 fills the entire field of view of the optical system 3 in the on-site acquisition device 2 . Then select the observation angle, it is recommended to choose the direction perpendicular to the device to be tested or the component to be tested, and finally take multiple shots through the portable intelligent infrared temperature measurement system described in the present invention, and select the best position of the device to be tested or the component to be tested in the field of vi...

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