Multi-sensor synchronous non-contact measuring probe of infrared thermometer
AssigneeFamidoc Technology Co., Ltd.
InventorLiang Cao
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Abstract
The present disclosure discloses a multi-sensor synchronous non-contact measuring probe of an infrared thermometer, comprising a sensor fixing sleeve and a pressing block arranged at the inner end of the sensor fixing sleeve, wherein at least two infrared sensors are arranged on the pressing block, the sensor fixing sleeve is provided with optical channels with the same number as that of the infrared sensors, the detection surface of each of the infrared sensors is interfaced with a corresponding optical channel, and the infrared sensors are connected with MCU chips.
Claims7
A multi-sensor synchronous non-contact measuring probe of an infrared thermometer, comprising a sensor fixing sleeve and a pressing block arranged at the inner end of the sensor fixing sleeve, wherein at least two infrared sensors are arranged on the pressing block, the sensor fixing sleeve is provided with optical channels with a same number as that of the infrared sensors, a detection surface of each of the infrared sensors is interfaced with a corresponding optical channel, and the infrared sensors are connected with microcontroller unit chips;
- wherein the optical channels are spaced from each other at the sensor fixing sleeve.
A multi-sensor synchronous non-contact measuring probe of an infrared thermometer, comprising a sensor fixing sleeve and a pressing block arranged at the inner end of the sensor fixing sleeve, wherein at least two infrared sensors are arranged on the pressing block, the sensor fixing sleeve is provided with optical channels with a same number as that of the infrared sensors, a detection surface of each of the infrared sensors is interfaced with a corresponding optical channel, and the infrared sensors are connected with microcontroller unit chips;
- wherein at least one of the at least two infrared sensors corresponds to a circular optical path through the optical channel directing at a target area of a body head, and the other one of the at least two infrared sensors corresponds to an elongated optical path through the optical channel directing at an elongated acquisition area at a position of blood vessels below the target area.
Dependencies are inferred from the claim text.