Multifunctional thermometer

Abstract

The invention relates to the technical field of intelligent thermometers, and particularly discloses a multifunctional thermometer. The multifunctional thermometer is worn on an upper arm and comprises an armlet, a protruding part is arranged on one side of the middle part of the armlet, a touch control monitoring PCB panel is mounted at the protruding part, and a sensor is mounted on the touch control monitoring PCB panel; a section of elastic cloth and Velcro cloth are sequentially connected to the two tail parts of the armlet; the armlet comprises an upper armlet layer and a lower armlet layer, and the touch control monitoring PCB panel is mounted between the upper armlet layer and the lower armlet layer; and a sensor probe mounting hole is formed in the touch control monitoring PCB panel. The multifunctional thermometer has the advantages that the elastic cloth provided with a contraction function is additionally arranged at the tail part of the armlet, the sensor is mounted on thetouch control monitoring PCB panel, winding force of the armlet can enable a sensor probe to be in contact with axillary skin reliably during wearing, and the armlet is prevented from falling off andloosing; and a patch of medical proof fabric is used on the sensor and can fix the position in which the probe is in axilla, the touch control monitoring sensitivity is adjusted, and whether the sensor probe is closely attached to the skin or not is monitored.

Description

technical field [0001] The invention relates to the technical field of intelligent thermometers, in particular to a multifunctional thermometer. Background technique [0002] With the rise of smart hardware, some smart thermometers that can continuously monitor body temperature have appeared at home and abroad. Monitor temperature information of children etc. At present, there are three acceptable temperature measurement points for clinical temperature measurement: oral cavity, rectum, and armpit. Among them, the armpit is a temperature collection point that is easy to achieve continuous measurement. The smart thermometer worn on the upper arm is the most common way. [0003] At present, there are some defects in the upper arm-worn thermometer: the armband structure does not prevent the armband from falling off, and the design is loose. It is generally required to tighten the armband with the sensor on the upper arm of the infant in use, so that the metal probe of the senso...

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Problems solved by technology

[0003] At present, there are some defects in the upper arm-worn thermometer: the armband structure does not prevent the armband from falling off, and the design is loose. It is generally required to tighten the armband with the sensor on the upper arm of the infant in use, so that the metal probe of the sensor is close to the skin of the armpit. This is an unreasonable requirement and design for continuous monitoring of the temperature of infants with fever; it cannot automatically detect whether the armband is on, off, or loose. Due to the active and curious nature of infants, the thermometer may fall off and be caught Take it off; it is not designed to monitor whether the sensor probe is shifted, whether it is aligned with the armpit, or whether it is close to the skin of the armpit, which will affect the accuracy and reliability of the temperature test data

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