Automatic temperature regulating method and system for air conditioner

Abstract

The invention relates to an automatic temperature regulating method and system for an air conditioner. The automatic temperature regulating method comprises the following steps: defining an air conditioner automatic control fitting function taking a control instruction as an output parameter by obtaining user body temperature data, user heart rate data and a control instruction, on the air conditioner, of the user, and inputting re-obtained user body temperature and the user heart rate into the air conditioner automatic control fitting function; taking the control instruction (namely the output parameter) which corresponds to the air conditioner automatic control fitting function as an action behavior after air conditioner automatic control, and enabling the air conditioner to perform corresponding action according to the action behavior after air conditioner automatic control. Thus, the air conditioner can automatically regulate an air conditioner temperature to a state that user bodycomfort requirements are met by combining with a user body temperature and heart rate condition. The automatic temperature regulating method achieves intelligent regulation needs on the air conditioner temperature, and avoids the defect of frequently regulating the air conditioner temperature manually by the user.

Description

technical field [0001] The invention relates to the field of air conditioners, in particular to an automatic temperature adjustment method and system for an air conditioner. Background technique [0002] As an important electrical device for adjusting the indoor temperature, the air conditioner has been adopted by more and more families. After the air conditioner is started, the user only needs to touch the corresponding function buttons on the remote control, such as start, shutdown, temperature up or down, etc., and the air conditioner will perform corresponding actions according to the instructions sent by the remote control. Fully meet the user's temperature adjustment needs for the indoor environment. [0003] However, in today’s adjustment and control process for air-conditioning temperature, since the user’s body temperature is not constant, even in an air-conditioning environment with a fixed temperature, the user’s body temperature and heart rate will change due to...

AI Technical Summary

Problems solved by technology

[0003] However, in today’s adjustment and control process for air-conditioning temperature, since the user’s body temperature is not constant, even in an air-conditioning environment with a fixed temperature, the user’s body temperature and heart rate will change due to the influence of the ambient temperature , that is, the temperature adjustment command issued by the user manually (manipulating the remote control or operating the button of the air conditioner function area) at the previous moment is difficult to meet the needs of the user's body for temperature comfort in the current environment, resulting in the need for the user to frequently adjust the air conditioner manually. temperature, which seriously affects the original intention of users to easily adjust the temperature by using the air conditioner

This insufficiently intelligent air-conditioning temperature adjustment method is not only difficult to meet the user's conventional temperature adjustment needs, but also difficult to meet the situation that the user has no time to manually adjust the air-conditioning temperature due to busyness

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