FIELD: pyrometry devices.
SUBSTANCE: invention relates to pyrometry devices and can be used for remote temperature measurement of various objects with unknown emissivity. The substance of the invention consists in calculating the distance to the temperature measurement point by the diameter of the light spot from the light source on the camera frame and the angular coordinates of the measurement point. A scanning pyrometer is proposed, which contains an optical-electronic temperature measurement unit, a light source rigidly connected to it, a color sensor, an information display unit, a camera with a remote shutter release control and a mini-computer, the output of the mini-computer is connected to the input of the information display unit. On a single fixed platform there are two movable platforms with the ability to rotate in horizontal and vertical directions, having their own positioning systems associated with a mini-computer. On the first platform, an optical-electronic temperature measurement unit, a light source, a color sensor are installed, and on the second platform, a camera, a mini-computer is equipped with four Wi-Fi transceiver units for separate control of the operation of the optoelectronic temperature measurement unit, light source, a color sensor and a camera with Wi-Fi transceiver units.
EFFECT: increasing the speed of measuring the temperature of the measurement object.
1 cl, 1 dwg
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Authors
Dates
2022-08-12—Published
2021-11-15—Filed