A smart bracelet and a method and device for judging thermal comfort

Abstract

The present application discloses a method for judging thermal comfort, which includes: receiving the detection value of the human body physiological parameter of the target object sent by the sensor; the human body physiological parameter including heart rate and skin impedance; obtaining the reasonable value range of the human body physiological parameter; Compare the size of the reasonable value range to determine whether the current temperature is within the comfortable temperature range of the target object. This application uses physiological parameters such as heart rate and skin impedance to directly reflect the comfort level of the human body, and realizes the indirect detection of the current temperature, thus avoiding setting a fixed temperature threshold range for different targets, and effectively adapting to the temperature tolerance of different targets Different degrees of situations improve the accuracy of judgment results, thereby ensuring the rationality of the user's ambient temperature and ensuring the user's health. The present application also discloses a smart wristband and a thermal comfort judgment device, which also have the above beneficial effects.

Description

technical field [0001] The present application relates to the technical field of smart electronics, in particular to a smart bracelet and a method and device for judging thermal comfort. Background technique [0002] Appropriate human body temperature is an important condition and symbol for maintaining the health of the body. Therefore, especially in medical care work, it is very important and necessary to judge the comfort of the temperature. Most of the judgments of temperature comfort in the prior art are directly based on temperature data. However, different people have different tolerances to temperature, specifically different comfortable temperature ranges. Therefore, the accuracy of the judgment results in the prior art will inevitably be affected. In particular, for some special groups with limited expressive ability or behavioral ability, such as people with cognitive impairment (children, vegetative, mental patients, etc.), people with autonomous behavior loss (...

AI Technical Summary

Problems solved by technology

Most of the judgments of temperature comfort in the prior art are directly based on temperature data. However, different people have different tolerances to temperature, specifically different comfortable temperature ranges. Therefore, the accuracy of the judgment results in the prior art will inevitably be affected

In particular, for some special groups with limited expressive ability or behavioral ability, such as people with cognitive impairment (children, vegetative, mental patients, etc.), people with autonomous behavior loss (paralyzed patients, disabled people, etc.), long-term exposure to inappropriate temperature The environment will likely cause serious adverse effects on their health, and even aggravate the development of the disease

Images