Thermal imaging body temperature intelligent monitoring system with built-in infrared calibrator

Abstract

The invention relates to a thermal imaging body temperature intelligent monitoring system with a built-in infrared calibrator. The system comprises a deployment support, a thermal imaging monitoring device, a signal analysis device, a rear-end processing device, a holder, a display device, and a power supply device. The deployment support is detachably arranged on a monitoring place. The thermal imaging monitoring device is detachably installed on the upper portion of the deployment support through a holder, the output end of the thermal imaging monitoring device is electrically connected withthe input end of the signal analysis device, the output end of the signal analysis device is electrically connected with the input end of the rear-end processing device, and the output end of the rear-end processing device is electrically connected with the display device. The input end of the power supply device is electrically connected with mains supply, and the display device and the thermalimaging monitoring device are electrically connected with the output end of the power supply device. The system is movably installed in a monitoring place through the magnetic part, is suitable for installation in various monitoring places, is easy to adjust in height and rotation angle, and is high in flexibility. An infrared calibrator and various sensors are integrated in the hot wire instrument, so that the temperature measurement precision is improved.

Description

technical field [0001] The invention relates to the technical field of body temperature monitoring, in particular to a thermal imaging body temperature intelligent monitoring system with a built-in infrared calibrator. Background technique [0002] At present, the infrared thermal imaging body temperature screening equipment consisting of cameras, thermal imaging and other monitoring equipment on the market can be used in the following similar scenarios (diplomatic personnel on entry special planes, drive-thru personnel in entry vehicles at highway ports, passengers temporarily during major outbreaks) Body temperature monitoring points), there are the following defects in the intelligent monitoring of the body temperature of relevant personnel in the past: a. Cameras, thermal imaging and other monitoring equipment on the market mostly use fixed structures, such as both sides of the road and indoor monitoring equipment are limited to fixed areas. For example, fixed camera pan...

AI Technical Summary

Problems solved by technology

[0002] At present, the infrared thermal imaging body temperature screening equipment consisting of cameras, thermal imaging and other monitoring equipment on the market can be used in the following similar scenarios (diplomatic personnel on entry special planes, drive-thru personnel in entry vehicles at highway ports, passengers temporarily during major outbreaks) Body temperature monitoring points), there are the following defects in the intelligent monitoring of the body temperature of relevant personnel in the past: a. Cameras, thermal imaging and other monitoring equipment on the market mostly use fixed structures, such as both sides of the road and indoor monitoring equipment are limited to fixed areas. For example, fixed camera pan / tilt, handheld anti-shake and other equipment can only meet the needs of short-term monitoring, but the flexibility is poor; b. Infrared thermal imaging body temperature screening equipment installed in public places such as ports, airports, and docks There are generally limitations such as large size, interference from other high-temperature objects in the field of view, prone to false alarms, and low temperature measurement accuracy when used outdoors; moreover, uncooled infrared focal plane thermal imaging cameras on the market are used in human body When measuring temperature, the indoor infrared calibrator is usually used as the benchmark reference object for temperature detection, which has higher temperature measurement accuracy requirements for thermal imaging cameras, and the actual relevant application scenarios often face huge environmental reflection radiation and atmospheric radiation. (For example, the temperature of the special plane may be too high in the outdoors). At the same time, because the location of the above scene is flexible and changeable, it does not have the conditions for rapid deployment of outdoor infrared calibrator, which further reduces the accuracy of temperature measurement; therefore, the existing technology has defects and requires Improve

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