Air-conditioning device and control method thereof

Abstract

The invention provides an air-conditioning device which comprises an image-acquiring unit, a gesture-recognition unit and a central controlling unit. The image-acquiring unit is used for acquiring image information of a current user of the air-conditioning device. The gesture-recognition unit is connected with the image-acquiring unit, and is used for recognizing body silhouette information in the captured image information to confirm the user's gesture. The central controlling unit connected with the gesture-recognition unit is used for reading corresponding parameters according to the confirmed gesture to control the operation of the air-conditioning device. The invention further provides a control method of the air-conditioning device. By setting a camera of the air-conditioning device in a living room, images in the living room are captured, then the captured images are recognized, and the user and the user's gesture (walking gesture or sitting gesture or lying gesture) are determined. According to the user and the user's gesture, the controlling parameters are determined to control operation of the air-conditioning device. The air-conditioning device is convenient to use and more energy-saving in the operation.

Description

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AI Technical Summary

Benefits of technology

This technology allows an air conditioned space inside your house to recognize what people they belong to based upon their positional orientation relative to them during sleep mode. It then adjust settings that affect how well it operates without consuming too much power from its own battery. Additionally, this system uses cameras attached at specific locations throughout the entire building to capture pictures taken by the person who sleeps behind while still breathing outdoor air. These features help save energy when there isn’t enough sunlight needed but also allow individuals to custom tailor certain aspects of their environment such as temperature regulation. Overall, these technical improvements improve the performance and efficiency of the Air Condition System within buildings.

Problems solved by technology

The technical problem addressed by this patented technology relates how users have difficulty adjusting their settings for an indoor unit (IA) based on personal preference factors like weather conditions that may affect comfort level during times they are away from home. This can lead to discomfort if others turn off the device after some time without being able to get back up again later due to changes made while sitting at bedtime.

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