Device for monitoring basal body temperature

Abstract

The invention relates to a device for monitoring basal body temperature. The device for monitoring the basal body temperature comprises a portable measurement component, a mobile phone and mobile phone application software thereof; the portable measurement component comprises a button cell, a power supply management chip, a temperature sensor, a microprocessor and a bluetooth module; the button cell is connected with the temperature sensor, the micro processor and the bluetooth module respectively through the power supply management chip; the temperature sensor is connected with the microprocessor and directly digitalizes a signal of high-precision body temperature, and transmits the digitalized signal to the microprocessor for processing; the microprocessor sends the signal of the body temperature to the mobile phone through the bluetooth module; and the basal body temperature of each day is displayed on temperature recording and temperature curve drawing software of the mobile phone. The device can automatically acquire temperature at fixed time; data is transmitted to the mobile phone through the bluetooth module; after the data is received by the mobile phone, the curve of the basal body temperature is drawn automatically; and an automatic ovulation alarm is given according to the state of the basal body temperature. The device for monitoring the basal body temperature has the advantages of not influencing normal life, along with small volume of components, low price and economy and environment-friendliness and the like, and is easy to operate.

Description

technical field [0001] The invention relates to a body temperature monitoring device, in particular to a body temperature monitoring device for women. Background technique [0002] Nowadays, many people have obstacles in reproduction, such as difficulty in conceiving. A more feasible and convenient auxiliary method is to monitor the woman's ovulation status. If ovulation can be known at the right time, this method of pregnancy may be more effective than artificial insemination. Commonly used methods for monitoring ovulation include B-ultrasound monitoring method; basic body temperature measurement method; ovulation test paper test method and time calculation method for women with regular menstruation. Although the B-ultrasound monitoring method is the most accurate method of ovulation monitoring, but to go to the hospital for a B-ultrasound scan, you need to register and queue up. Because the hospitals are overcrowded, it takes a lot of time to wait, and it is not suitable...

AI Technical Summary

Problems solved by technology

The operation is more complicated, and it is not suitable for women with color blindness

Test strips and sampling cups are disposable and not environmentally friendly

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