Air supply control system and method for air conditioner

Abstract

The invention provides an air supply control system and method for an air conditioner. A wind force gear position and an air supply mode are set by a remote control, and the system comprises a ranging module, an angle measuring module and a controller. The ranging module is used for measuring spatial structural data of a room, including lengths a and b, width c and height h of the room; the angle measuring module is used for measuring air supply angle data of the air conditioner, including angles of left and right wind guide plates as well as angles of upper and lower wind guide plates of the air conditioner, and the controller is used for controlling an air output of the air conditioner according to spatial structural data, the air supply angle data and the wind power gear position. The air supply control system and method can adjust a wind power strength according to the spatial structure of the room, such that the wind powers in different positions of the room is more balanced, persons in different positions in the room can feel a higher comfort level, and energy consumption is reduced.

Description

technical field [0001] The invention relates to an air conditioner control system, in particular to an air conditioner air supply control system and method. Background technique [0002] The traditional air-conditioning air supply control system adjusts the indoor temperature and moderation by adjusting the wind strength and air supply angle. The wind power level and air supply mode are adjusted by the remote control to adjust the wind force and air supply angle. The control is simple and easy to use. Convenience, as long as the remote controller has set all the parameters, the output wind force of the air conditioner is constant. However, in actual use, affected by the spatial structure of the room, people in different positions in the room will feel different wind force and comfort. The gear position, people who are far away from the air conditioner feel more comfortable, while people who are very close to the air conditioner feel uncomfortable due to the strong blowing se...

AI Technical Summary

Problems solved by technology

[0002] The traditional air-conditioning air supply control system adjusts the indoor temperature and moderation by adjusting the wind strength and air supply angle. The wind power level and air supply mode are adjusted by the remote control to adjust the wind force and air supply angle. The control is simple and easy to use. Convenience, as long as the remote controller has set all the parameters, the output wind force of the air conditioner is constant. However, in actual use, affected by the spatial structure of the room, people in different positions in the room will feel different wind force and comfort. The gear position, people who are far away from the air conditioner feel more comfortable, while people who are very close to the air conditioner feel uncomfortable due to the strong blowing sensation. People who are close to each other feel more comfortable

[0003] On the other hand, the shape and structure of existing houses are generally cuboid or similar to cuboid, and the length, width, and height of different types of houses are quite different. The air supply volume of the air conditioner will be affected by its installation location. In a small room, the air conditioner is limited by the length of the refrigerant delivery pipe, and is generally installed at one end of the room. In order to ensure that the people farthest from the air outlet of the air conditioner can enjoy the comfort brought by the air conditioner, it is necessary to set a strong wind gear to increase the delivery of the air conditioner. Air volume, resulting in high-load operation of the air conditioning unit, wasting energy

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