Method and device for setting operation mode of equipment, and air conditioning equipment

Abstract

The invention provides a method and device for setting an operation mode of equipment. The method includes the steps that a relation model between the operation mode and a state is built on the basis of historical relation data representing a historical operation mode and a historical state of the equipment; by means of the relation model, operation modes of the equipment are predicted on the basis of a current state; on the basis of at least part of the predicted operation modes, the current operation mode of the equipment is set.

Description

Technical field [0001] The present invention relates to the field of smart devices, and more specifically, to a method and device for setting the operation mode of the device. Background technique [0002] For traditional air conditioning equipment, users usually use a remote control to set temperature, humidity, and wind direction. Since the air conditioner cannot adaptively change the settings, the user must also use the remote control to modify the settings. This operation is inconvenient and unintelligent. [0003] Some solutions have been proposed to intelligently control the air conditioner through user detection technology. For example, some schemes roughly control the on / off of the air conditioner by detecting the presence of the user. Other schemes change the wind direction according to the user's location. There are mainly two types of intelligent air conditioning control schemes. One type uses infrared sensors to detect the user's location. However, the detection a...

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Problems solved by technology

[0009] However, the above-mentioned schemes all have defects

For example, Document 1 established a human body shape feature database to define the characteristics of motion or static state, so as to judge the characteristics of the current user. This judgment is not accurate enough, and the air-conditioning control method is not smart enough; Document 2 only performs simple control operations on the air-conditioning , and it is very inaccurate to obtain the target position information by comparing the target image captured by the color camera with the stored image in the storage unit; Document 3 calculates the position and movement state of the human body according to the stereo image taken by the camera unit , the effect of stereoscopic images is limited by lighting conditions, and the calculation scheme for establishing stereoscopic images is too complicated; Document 4 only defines three positions of "far, middle and near", the estimation of human body position is very rough, and it uses infrared sensor To detect users, some animals such as cats or dogs may also be detected as users, resulting in misjudgments: the scheme in Document 5 uses a fixed operating parameter curve that cannot adapt to changes in user needs, and only recommends the sleep mode of the air conditioner

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