A room-following humid-heat environment control system for intelligent living room

Abstract

The invention relates to the field of intelligent life, in particular to an intelligent life indoor room following type humid and hot environment control system. The technical problem to be solved bythe invention is to provide an intelligent life indoor room following type humid and hot environment control system. The intelligent life indoor room following type humid and hot environment control system comprises a controller, a wireless terminal and a constant-temperature and constant-humidity control system and the like. The high-precision constant-temperature and constant-humidity effect isachieved on the basis of the constant-temperature and constant-humidity control system or manual operation in cooperation with automatic detection and indoor regulation and control; a more accurate local constant-temperature and constant-humidity effect is achieved, and the phenomenon that passive self-adjustment needs to be conducted by a user is avoided, so that user comfort is increased, and intelligent living experience is realized; and in addition, the following type automatic detection and regulation and control mechanisms stretch out and draw back in a staggered mode, so that the wholeartistic aesthetic feeling can be created, a user cannot feel boring due to monotonous suspended ceilings, and the effects of lighting and atmosphere lamps can be achieved.

Description

technical field [0001] The invention relates to the field of intelligent living, in particular to a room-following damp heat environment control system in an intelligent living room. Background technique [0002] The indoor thermal environment refers to the environmental factors that affect the human body's thermal sensation. These factors mainly include indoor air temperature, air humidity, air velocity, and radiation heat transfer between the human body and the surrounding environment. Appropriate indoor thermal environment refers to the indoor air temperature, humidity, air velocity, and ambient heat radiation that are suitable for the human body to maintain thermal balance and feel comfortable indoor environmental conditions. People's living standards are gradually improving, and they are gradually pursuing high quality of life, especially the requirements for indoor environment comfort are gradually increasing. However, there is still some controversy over the definit...

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Problems solved by technology

[0004] In order to overcome the existing technology in realizing "constant temperature and humidity", the present invention still adopts a very "pan" data to unify the temperature and humidity in the room; then it is not necessary to passively adjust the user to achieve "constant temperature and humidity" Reasonably, when there are abnormal temperature and humidity variables in a certain area in a certain room, the existing technology realizes "constant temperature and humidity" regulation and still maintains a balanced data in the room, then the above-mentioned phenomenon that requires passive self-regulation by the user will occur and when the temperature and humidity abnormal variables in the local area are maintained for a period of time, it will cause abnormal variables to be generated in the corresponding living room "constant temperature and humidity". It is to provide an intelligent living indoor room-following type humidity and heat environment control system

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