Low-cost self-study temperature controller and its methods

Abstract

The invention provides a low-cost self-study temperature controller, comprising a power switch, an adjustment module, a processing module and a self-learning control module, wherein the adjustment module comprises a temperature adjustment unit and an air volume adjustment unit, the processing module uses a micro processor unit to receive and identify the status information of the adjustment module or the self-learning control module, adjust the temperature and air volume and control the self-learning process; the self-learning control module includes self-learning button units which are used for selecting a self-learning control mode; the self-learning control module is connected with the processing module and used for setting the self-learning status. According to the invention, the temperature and air volume of an air-condition room are adjusted automatically by realizing the self-learning process without screen and time input, the temperature and air volume corresponding to the self-learning status are adjusted in all weather by means of a self-learning mode in order to reduce the cost of production and usage, meanwhile, the degree of operation humanization of the temperature controller is promoted, the low-cost self-learning temperature controller is realized, and the operation is simple.

Description

Technical field [0001] The invention relates to a temperature controller, in particular to a low-cost self-learning temperature controller and a method thereof. Background technique [0002] The thermostat is an electric switch device that controls the temperature of an air-conditioned room. At present, the thermostat has extended from the simple temperature control to the time-programmable stage, which controls the indoor temperature according to different times. In addition, temperature control The operation of the device is becoming more and more humanized, such as adding touch control, etc., but other components or touch screens are constantly added to improve the humanized operation. The accompanying increase in hardware cost and operation complexity will greatly increase The production cost of the thermostat, and the added touch screen and other devices themselves need extra power consumption, which means that it will increase the power consumption of the thermostat when it...

AI Technical Summary

Problems solved by technology

[0002] The thermostat is an electrical switching device that controls the temperature of the air-conditioned room. At present, the thermostat extends from the previous simple temperature control to the time-programmable stage, and controls the indoor temperature according to different times. In addition, the temperature control The operation of the device is also becoming more and more user-friendly, such as adding touch control, etc., but adding other components or touch screens to improve human-friendly operation is accompanied by an increase in hardware cost and operation complexity, which will greatly increase The production cost of the thermostat, and the added touch screen and other devices themselves need additional power consumption, which means that the power consumption of the thermostat will be increased when the thermostat is used, and the cost of the thermostat will also be increased in terms of use. It does not conform to the concept of environmental protection. It can be seen that the more complicated the thermostat is, the better.

On the contrary, if the thermostat is too simple, it will not meet the requirements of people to continuously improve the quality of life. The thermostat only has the function of temperature adjustment and air volume adjustment, and the user needs to manually adjust the temperature and air volume respectively. The steps are cumbersome. Before the user adjusts the thermostat, the thermostat will not change the air volume according to the temperature change, the operation is not humanized enough, and energy is wasted

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