Capillary network and air conditioner parallel indoor temperature control system

Abstract

The invention provides a capillary network and air conditioner parallel indoor temperature control system and belongs to the field of indoor temperature control. The system is characterized in that the user back-home time and the indoor temperature and humidity information are set through an intelligent terminal and are transmitted to a server; the set information is received by the server, and the information is transmitted to a control unit; after the set information is received by the control unit, the an indoor unit, an outdoor unit and a capillary network circuit are controlled by the control unit for start at the set user back-home time, when the outdoor unit and / or the indoor unit and / or the capillary network circuit are started, a detection unit is controlled for starting detectingthe temperature and humidity information of the indoor air, the detected temperature and humidity information of the indoor air is transmitted to the control unit, the control unit selectively activates the air conditioner to enter a corresponding mode according to difference between the set indoor temperature and humidity information and the detected temperature and humidity information of the indoor air, and the outdoor unit and / or indoor unit and / or the capillary network circuit are controlled for operation.

Description

technical field [0001] The invention relates to an indoor temperature control technology, in particular to the technology of an indoor temperature control system in which a capillary network and an air conditioner are connected in parallel. Background technique [0002] At present, air conditioners, as a household indoor temperature control system, have been popularized in consumer households. The split type air conditioner includes an indoor unit and an outdoor unit. In the existing indoor units of an air conditioner, cold or hot air is blown out through the air outlet to provide cooling or heat to the room. When the air outlet blows out, the wind blows on the user, which will bring the user uncomfortable feeling and affect the user's experience. Especially in the heating process, because the wind blows on the user's body and causes a cold feeling, it is necessary to increase the outlet air temperature of the air conditioner. Considering that the outlet air is constantly d...

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Problems solved by technology

[0010] The purpose of the present invention is to provide an indoor temperature control system in which the capillary network and the air conditioner are connected in parallel, so as to solve the problems of loss caused by temperature and humidity coupling in the traditional air conditioning system, convection blowing sensation, noise, etc., as well as the problems existing in the traditional floor heating. Problems such as slow thermal response, high condensation temperature of heat pump units, and low energy efficiency

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