Temperature control system and method based on embedded linux real-time operating system

Abstract

The invention belongs to the technical field of data processing, and discloses a temperature control system and method based on an embedded linux real-time operation system. The temperature control system based on the embedded linux real-time operation system comprises a linux real-time operation system sensible temperature control strategy module, a human body sensible temperature adjustment control module, an air conditioner temperature mode control module, an individual sleep quality detection and evaluation device, an individual comfortable sleep temperature prediction module, a sensible temperature change trend prediction module and a sensible temperature detection sensor matrix device. According to the temperature control system and method based on the embedded linux real-time operation system, the actual requirements of a user are technologically met, the energy-saving actual beneficial effect is achieved, the user experience feeling is improved, the identity sense of the user on a product is improved, and the emotional comfortableness between partners is improved to a certain extent; and meanwhile, the technical implementation method has the innovativeness, and the conditions of meeting the user requirements and achieving the commercial value and the social benefit are achieved.

Description

technical field [0001] The invention belongs to the technical field of data processing, and in particular relates to a temperature control system and method based on an embedded linux real-time operating system. Background technique [0002] At present, the closest existing technology: household air conditioners are a traditional way of regulating temperature, but this method is to regulate the temperature of the entire bedroom environment space, so this method has three obvious disadvantages: 1. In the actual scene of sleeping at night, only need to regulate The ambient temperature in a small space around the human body can achieve the desired effect. The traditional method of regulating the temperature of the entire room through the air conditioner causes a great waste of energy; 2. The temperature regulation of the large space environment is slow and not accurate enough, neither can achieve the best The accuracy of the comfortable sleeping temperature cannot achieve fast ...

AI Technical Summary

Problems solved by technology

[0002] At present, the closest existing technology: household air conditioners are a traditional way of regulating temperature, but this method is to regulate the temperature of the entire bedroom environment space, so this method has three obvious disadvantages: 1. In the actual scene of sleeping at night, only need to regulate The ambient temperature in a small space around the human body can achieve the desired effect. The traditional method of regulating the temperature of the entire room through the air conditioner causes a great waste of energy; 2. The temperature regulation of the large space environment is slow and not accurate enough, neither can achieve the best The accuracy of the comfortable sleeping temperature cannot achieve fast and accurate temperature regulation; 3. It is impossible to regulate the temperature in a personalized, precise and real-time manner.

[0005] (1) The existing technology has low accuracy in detecting and trending the body temperature of various parts of the human body

[0006] (2) The existing technology has poor control over the somatosensory temperature of various parts of the human body

[0007] (3) The existing technology has low accuracy in predicting the most comfortable sleep body temperature of various parts of the human body

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