CN-121977276-A - Air guide control method, air treatment equipment, medium and product

Abstract

The application relates to an air guide control method, air treatment equipment, a medium and a product. The air guide control method is used for air treatment equipment, the air treatment equipment is provided with at least one adjustable air outlet, the method comprises the steps of obtaining current target information, wherein the current target information comprises current position information between at least two target users and the air treatment equipment respectively, and controlling the radiation range and/or the air outlet direction of the at least one adjustable air outlet based on the current target information. According to the air guide control method, the air outlet direction of the adjustable air outlet can be automatically controlled according to the current position information of at least two target users. The real-time air outlet direction requirements of a plurality of users can be met.

Inventors

• YAO DINGSHENG

Assignees

• 深圳市净享智能生活科技有限公司

Dates

Publication Date

20260505

Application Date

20251127

Claims (14)

1. 1. A wind guiding control method is used for air treatment equipment and is characterized in that the air treatment equipment is provided with at least one adjustable air outlet; The method comprises the following steps: acquiring current target information, wherein the current target information comprises current position information between at least two target users and the air treatment equipment respectively; and controlling the radiation range and/or the air outlet direction of the at least one adjustable air outlet based on the current target information.
2. 2. The method of claim 1, wherein the number of the adjustable air outlets is one, the adjustable air outlets are provided with a plurality of first preset air outlet modes, and the radiation ranges and/or the air outlet directions of the different first preset air outlet modes are different; The step of controlling the radiation range and/or the air outlet direction of the at least one adjustable air outlet based on the current target information comprises the following steps: And determining a first preset air outlet mode which is currently matched based on the current target information, and controlling the air outlet mode of the adjustable air outlet to be the first preset air outlet mode which is currently matched.
3. 3. The method of claim 1, wherein the number of adjustable outlets is one; The step of controlling the radiation range and/or the air outlet direction of the at least one adjustable air outlet based on the current target information comprises the following steps: determining a current air-out demand area based on the current target information, wherein the position of any target user is positioned in the current air-out demand area; And controlling the radiation range and/or the air outlet direction of the adjustable air outlet based on the current air outlet demand area until the current air outlet demand area is positioned in the radiation range of the adjustable air outlet.
4. 4. The method of claim 1, wherein the at least one adjustable air outlet comprises a first adjustable air outlet and a second adjustable air outlet, wherein the first adjustable air outlet has a plurality of second preset air outlet modes, wherein the air outlet direction and/or the radiation range of the second preset air outlet modes are different, wherein the second adjustable air outlet has a plurality of third preset air outlet modes, and wherein the air outlet direction and/or the radiation range of the third preset air outlet modes are different; The step of controlling the radiation range and/or the air outlet direction of the at least one adjustable air outlet based on the current target information comprises the following steps: Determining a second preset air-out mode which is currently matched and a third preset air-out mode which is currently matched based on the current target information; And controlling the air outlet mode of the second adjustable air outlet to be a third preset air outlet mode which is matched currently.
5. 5. The method of claim 1, wherein the at least one adjustable air outlet comprises a first adjustable air outlet and a second adjustable air outlet, wherein the current target information comprises first current location information between a first target user and the air treatment device, and second current location information between a second target user and the air treatment device; The step of controlling the radiation range and/or the air outlet direction of the at least one adjustable air outlet based on the current target information comprises the following steps: Judging whether the first current position information is located outside the radiation range of the first adjustable air outlet, if so, controlling the first adjustable air outlet to rotate until the first current position information covers the position of the first target user; and judging whether the second current position information is located outside the radiation range of the second adjustable air outlet, and if so, controlling the second adjustable air outlet to rotate until the position of the second target user is covered.
6. 6. The method of claim 5, wherein the step of controlling the first adjustable air outlet to rotate to cover the first current location information comprises: The method comprises the steps of calculating a first included angle between the first current position information and the side edge of the corresponding side of the first adjustable air outlet, and controlling the air outlet direction of the first adjustable air outlet to rotate by a first rotation angle, wherein the first rotation angle is larger than the first included angle; the step of controlling the second adjustable air outlet to rotate until the second current position information is covered comprises the following steps: calculating a second included angle between the second current position information and the side edge of the corresponding side of the second adjustable air outlet, and controlling the air outlet direction of the second adjustable air outlet to rotate by a second rotation angle, wherein the second rotation angle is larger than the second included angle.
7. 7. The method of claim 5, wherein the current target information further comprises third current location information between a third target user and the air treatment device; the step of controlling the radiation range and/or the air outlet direction of the at least one adjustable air outlet based on the current target information further comprises: And judging whether the third current position information is located outside the radiation ranges of the first adjustable air outlet and the second adjustable air outlet, and if so, controlling the radiation range of the first adjustable air outlet to be outwards prolonged and/or the radiation range of the second adjustable air outlet to be outwards prolonged until the third target user is located in the radiation range of at least one adjustable air outlet.
8. 8. The method according to claim 7, wherein the step of controlling the radiation range of the first adjustable outlet to extend outwardly and/or the radiation range of the second adjustable outlet to extend outwardly to the radiation range of the third target user at least one of the adjustable outlets comprises: And controlling the radiation range of the adjacent adjustable air outlet to be prolonged outwards from the corresponding side until the third target user is positioned in the radiation range of the adjacent adjustable air outlet.
9. 9. The method according to claim 7, wherein the step of controlling the radiation range of the first adjustable air outlet to be extended outwardly and/or the radiation range of the second adjustable air outlet to be extended outwardly until the third current position information is located in the radiation range of at least one of the adjustable air outlets comprises: Judging whether the third current position information is located between the radiation range of the first adjustable air outlet and the radiation range of the second adjustable air outlet, if so, controlling the radiation range of the first adjustable air outlet and the radiation range of the second air outlet to extend oppositely until the radiation range of the first adjustable air outlet and the radiation range of the second adjustable air outlet are adjacent or partially overlapped.
10. 10. The method according to any one of claims 1 to 9, wherein the adjustable outlet has oppositely disposed first and second guide inner walls; the manner of controlling the radiation range and/or the change of the air outlet direction of the adjustable air outlet comprises the following steps: controlling the first guiding inner wall to rotate; and/or controlling the second guiding inner wall to rotate.
11. 11. An air treatment apparatus, comprising: at least one adjustable air outlet; the system comprises a monitoring module, a control module and an air treatment device, wherein the monitoring module is configured to monitor current target information, and the current target information comprises current position information between at least two target users and the air treatment device respectively; a control module configured to control the radiation range and/or the air outlet direction of the at least one adjustable air outlet according to the method of any one of claims 1 to 10.
12. 12. An air treatment device comprising a memory and a processor, wherein the memory has stored therein a computer program, the processor being arranged to run the computer program to perform the method of any of claims 1 to 10.
13. 13. A computer readable storage medium, on which a computer program is stored, characterized in that the computer program, when being executed by a processor, implements the steps of the method of any of claims 1 to 10.
14. 14. A computer program product comprising a computer program, characterized in that the computer program, when executed by a processor, implements the steps of the method of any one of claims 1 to 10.

Description

Air guide control method, air treatment equipment, medium and product Technical Field The application relates to the field of air treatment, in particular to an air guide control method, air treatment equipment, a medium and a product. Background With the improvement of living standard of people, the air treatment equipment is widely applied in life. Some conventional air treatment devices, a user may adjust the air outlet direction of the air treatment device as desired. However, in some scenarios, there may be multiple users, and each user may change location frequently. In these scenarios, even if the air-out direction of the air treatment device is frequently adjusted, it is difficult to satisfy the real-time demands of a plurality of users for the air-out direction. Disclosure of Invention Based on the above, it is necessary to provide an air guiding control method, an air treatment device, a medium and a product, which can meet the real-time requirements of a plurality of users on the air outlet direction. In one aspect, the present application provides a method of controlling air induction for an air treatment device having at least one adjustable air outlet; The method comprises the following steps: acquiring current target information, wherein the current target information comprises current position information between at least two target users and the air treatment equipment respectively; and controlling the radiation range and/or the air outlet direction of the at least one adjustable air outlet based on the current target information. Optionally, the number of the adjustable air outlets is one, and the adjustable air outlets are provided with a plurality of first preset air outlet modes, wherein the radiation ranges and/or the air outlet directions of the different first preset air outlet modes are different; The step of controlling the radiation range and/or the air outlet direction of the at least one adjustable air outlet based on the current target information comprises the following steps: And determining a first preset air outlet mode which is currently matched based on the current target information, and controlling the air outlet mode of the adjustable air outlet to be the first preset air outlet mode which is currently matched. Optionally, the number of the adjustable air outlets is one; The step of controlling the radiation range and/or the air outlet direction of the at least one adjustable air outlet based on the current target information comprises the following steps: determining a current air-out demand area based on the current target information, wherein the position of any target user is positioned in the current air-out demand area; And controlling the radiation range and/or the air outlet direction of the adjustable air outlet based on the current air outlet demand area until the current air outlet demand area is positioned in the radiation range of the adjustable air outlet. Optionally, the at least one adjustable air outlet comprises a first adjustable air outlet and a second adjustable air outlet, wherein the first adjustable air outlet is provided with a plurality of second preset air outlet modes, the air outlet directions and/or the radiation ranges of the second preset air outlet modes are different, the second adjustable air outlet is provided with a plurality of third preset air outlet modes, and the air outlet directions and/or the radiation ranges of the third preset air outlet modes are different; The step of controlling the radiation range and/or the air outlet direction of the at least one adjustable air outlet based on the current target information comprises the following steps: Determining a second preset air-out mode which is currently matched and a third preset air-out mode which is currently matched based on the current target information; And controlling the air outlet mode of the second adjustable air outlet to be a third preset air outlet mode which is matched currently. Optionally, the at least one adjustable air outlet comprises a first adjustable air outlet and a second adjustable air outlet, wherein the current target information comprises first current position information between a first target user and the air treatment equipment and second current position information between a second target user and the air treatment equipment; The step of controlling the radiation range and/or the air outlet direction of the at least one adjustable air outlet based on the current target information comprises the following steps: Judging whether the first current position information is located outside the radiation range of the first adjustable air outlet, if so, controlling the first adjustable air outlet to rotate until the first current position information covers the position of the first target user; and judging whether the second current position information is located outside the radiation range of the second adjustable air outlet, and if so, controlli