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Midea Refrigeration and Midea Group obtain patents related to remote control wind direction interface, including the implementation and interaction of the remote control wind direction control interface.
April 5 news, according to information from the National Intellectual Property Administration, Guangdong Midea Refrigeration Equipment Co., Ltd., and Midea Group Co., Ltd. have applied for a patent titled “Graphical User Interface for Air Direction Control for a Remote Controller.” The authorized announcement number is CN309884507S, and the authorized announcement date is March 31, 2026. The application number is CN202530328588.2. The application publication date is March 31, 2026. The application date is June 9, 2025. Inventors are Zhou Le and Lu Wei. The patent agency is Guangzhou Jiaquan Patent & Trademark Affairs Co., Ltd., and the patent agent is Zou Jiawei. Classification numbers are 14-03(15) and 14-04(15).
The patent abstract shows that: 1. The name of this design product: Graphical user interface for air direction control for a remote controller. 2. The purpose of this design product: For a remote controller that adjusts the air direction. 3. The design points of this design product: The interface content of the graphical user interface. 4. The picture or photograph that best indicates the design points: Design 1 is the front view. 5. The hardware design portion and the remaining portions are conventional designs; views after omitting Design 1-10, and the left, right, bottom, and top views are omitted. 6. Specify Design 1 as the basic design. 7. The use of the graphical user interface: The interface of this design product is used to implement the air direction control function and switch between states. 8. The human-machine interaction mode of the graphical user interface: Design 1 front view is the initial interface for the graphical user interface used for air direction control; after launching/awakening the software/mini program, it enters this interface; clicking the “SWING” icon in the Design 1 front view enters the state change diagram 1 for the Design 1 interface; clicking the “SET/(OK)” icon in state change diagram 1 of the Design 1 interface enters the state change diagram 2 for the Design 1 interface; clicking the “SET/(OK)” icon in state change diagram 2 of the Design 1 interface enters the state change diagram 3 for the Design 1 interface; Design 2 front view is the initial interface for the graphical user interface used for air direction control; after launching/awakening the software/mini program, it enters this interface; clicking the “SWING” icon in the Design 2 front view enters the state change diagram 1 for the Design 2 interface; clicking the “SET/(OK)” icon in state change diagram 1 of the Design 2 interface enters the state change diagram 2 for the Design 2 interface; clicking the “” icon in state change diagram 2 of the Design 2 interface enters the state change diagram 3 for the Design 2 interface; clicking the “” icon in state change diagram 3 of the Design 2 interface enters the state change diagram 4 for the Design 2 interface; clicking the “SET/(OK)” icon in state change diagram 4 of the Design 2 interface enters the state change diagram 5 for the Design 2 interface; clicking the “SET/(OK)” icon in state change diagram 5 of the Design 2 interface enters the state change diagram 6 for the Design 2 interface; Design 3 front view is the initial interface for the graphical user interface used for air direction control; after launching/awakening the software/mini program, it enters this interface; clicking the “SWING” icon in the Design 3 front view enters the state change diagram 1 for the Design 3 interface; clicking the “SET/(OK)” icon in state change diagram 1 of the Design 3 interface enters the state change diagram 2 for the Design 3 interface; clicking the “” icon in state change diagram 2 of the Design 3 interface enters the state change diagram 3 for the Design 3 interface; clicking the “” icon in state change diagram 3 of the Design 3 interface enters the state change diagram 4 for the Design 3 interface; clicking the “” icon in state change diagram 4 of the Design 3 interface enters the state change diagram 5 for the Design 3 interface; clicking the “SET/(OK)” icon in state change diagram 5 of the Design 3 interface enters the state change diagram 6 for the Design 3 interface; Design 4 front view is the initial interface for the graphical user interface used for air direction control; after launching/awakening the software/mini program, it enters this interface; clicking the “SWING” icon in the Design 4 front view enters the state change diagram 1 for the Design 4 interface; clicking the “SET/(OK)” icon in state change diagram 1 of the Design 4 interface enters the state change diagram 2 for the Design 4 interface; clicking the “” icon in state change diagram 2 of the Design 4 interface enters the state change diagram 3 for the Design 4 interface; clicking the “” icon in state change diagram 3 of the Design 4 interface enters the state change diagram 4 for the Design 4 interface; clicking the “” icon in state change diagram 4 of the Design 4 interface enters the state change diagram 5 for the Design 4 interface; clicking the “SET/(OK)” icon in state change diagram 5 of the Design 4 interface enters the state change diagram 6 for the Design 4 interface; Design 5 front view is the initial interface for the graphical user interface used for air direction control; after launching/awakening the software/mini program, it enters this interface; clicking the “SWING” icon in the Design 5 front view enters the state change diagram 1 for the Design 5 interface; clicking the “SET/(OK)” icon in state change diagram 1 of the Design 5 interface enters the state change diagram 2 for the Design 5 interface; clicking the “” icon in state change diagram 2 of the Design 5 interface enters the state change diagram 3 for the Design 5 interface; clicking the “” icon in state change diagram 3 of the Design 5 interface enters the state change diagram 4 for the Design 5 interface; clicking the “” icon in state change diagram 4 of the Design 5 interface enters the state change diagram 5 for the Design 5 interface; clicking the “” icon in state change diagram 5 of the Design 5 interface enters the state change diagram 6 for the Design 5 interface; Design 6 front view is the initial interface for the graphical user interface used for air direction control; after launching/awakening the software/mini program, it enters this interface; clicking the “SWING” icon in the Design 6 front view enters the state change diagram 1 for the Design 6 interface; clicking the “” icon in state change diagram 1 of the Design 6 interface enters the state change diagram 2 for the Design 6 interface; clicking the “SET/(OK)” icon in state change diagram 2 of the Design 6 interface enters the state change diagram 3 for the Design 6 interface; clicking the “SET/(OK)” icon in state change diagram 3 of the Design 6 interface enters the state change diagram 4 for the Design 6 interface; Design 7 front view is the initial interface for the graphical user interface used for air direction control; after launching/awakening the software/mini program, it enters this interface; clicking the “SWING” icon in the Design 7 front view enters the state change diagram 1 for the Design 7 interface; clicking the “” icon in state change diagram 1 of the Design 7 interface enters the state change diagram 2 for the Design 7 interface; clicking the “SET/(OK)” icon in state change diagram 2 of the Design 7 interface enters the state change diagram 3 for the Design 7 interface; clicking the “” icon in state change diagram 3 of the Design 7 interface enters the state change diagram 4 for the Design 7 interface; clicking the “SET/(OK)” icon in state change diagram 4 of the Design 7 interface enters the state change diagram 5 for the Design 7 interface; Design 8 front view is the initial interface for the graphical user interface used for air direction control; after launching/awakening the software/mini program, it enters this interface; clicking the “SWING” icon in the Design 8 front view enters the state change diagram 1 for the Design 8 interface; clicking the “” icon in state change diagram 1 of the Design 8 interface enters the state change diagram 2 for the Design 8 interface; clicking the “SET/(OK)” icon in state change diagram 2 of the Design 8 interface enters the state change diagram 3 for the Design 8 interface; clicking the “” icon in state change diagram 3 of the Design 8 interface enters the state change diagram 4 for the Design 8 interface; clicking the “” icon in state change diagram 4 of the Design 8 interface enters the state change diagram 5 for the Design 8 interface; clicking the “SET/(OK)” icon in state change diagram 5 of the Design 8 interface enters the state change diagram 6 for the Design 8 interface; Design 9 front view is the initial interface for the graphical user interface used for air direction control; after launching/awakening the software/mini program, it enters this interface; clicking the “SWING” icon in the Design 9 front view enters the state change diagram 1 for the Design 9 interface; clicking the “” icon in state change diagram 1 of the Design 9 interface enters the state change diagram 2 for the Design 9 interface; clicking the “SET/(OK)” icon in state change diagram 2 of the Design 9 interface enters the state change diagram 3 for the Design 9 interface; clicking the “” icon in state change diagram 3 of the Design 9 interface enters the state change diagram 4 for the Design 9 interface; clicking the “” icon in state change diagram 4 of the Design 9 interface enters the state change diagram 5 for the Design 9 interface; clicking the “” icon in state change diagram 5 of the Design 9 interface enters the state change diagram 6 for the Design 9 interface; clicking the “SET/(OK)” icon in state change diagram 6 of the Design 9 interface enters the state change diagram 7 for the Design 9 interface; Design 10 front view is the initial interface for the graphical user interface used for air direction control; after launching/awakening the software/mini program, it enters this interface; clicking the “SWING” icon in the Design 10 front view enters the state change diagram 1 for the Design 10 interface; clicking the “” icon in state change diagram 1 of the Design 10 interface enters the state change diagram 2 for the Design 10 interface; clicking the “SET/(OK)” icon in state change diagram 2 of the Design 10 interface enters the state change diagram 3 for the Design 10 interface; clicking the “” icon in state change diagram 3 of the Design 10 interface enters the state change diagram 4 for the Design 10 interface; clicking the “” icon in state change diagram 4 of the Design 10 interface enters the state change diagram 5 for the Design 10 interface; clicking the “” icon in state change diagram 5 of the Design 10 interface enters the state change diagram 6 for the Design 10 interface; clicking the “” icon in state change diagram 6 of the Design 10 interface enters the state change diagram 7 for the Design 10 interface.
Tianyancha data shows that Guangdong Midea Refrigeration Equipment Co., Ltd. was established on October 22, 2004, with the legal representative being Wang Jianguo. The company’s industry is electrical machinery and equipment manufacturing, its enterprise scale is large, registered capital is 85,400 million yuan, paid-in capital is 854M yuan, and its registered address is at Lin Gang Road (multiple addresses on one license), Beijiao Town, Shunde District, Foshan City. Guangdong Midea Refrigeration Equipment Co., Ltd. has made external investments in 5 companies in total, participated in 18,937 bidding and tendering projects, has 406 trademark-related leads in terms of property lines, 5,000 patent-related pieces of information, and holds 242 administrative licenses.
The recent patent status of Guangdong Midea Refrigeration Equipment Co., Ltd. is as follows:
Midea Group was established on April 7, 2000, and was listed on the Shenzhen Stock Exchange on September 18, 2013. The company is a globally well-known home appliance enterprise, with its core business being the manufacturing and sales of home appliances. It has advantages across the entire value chain and significant investment value. The company’s registered address is in Foshan City, Guangdong Province. Its office address is in Foshan City, Guangdong Province, and in Hong Kong, China.
Midea Group is a company mainly engaged in the manufacturing and sales of household appliances. Its Shenwan industry classification is Household Appliances - White Goods - Air Conditioners. It covers concept areas such as the C2M concept, water purification concept, and value brand concepts. Its products are mainly divided into three categories: consumer appliances, HVAC (heating, ventilation, and air conditioning), and robots and automation systems. These include central air conditioners, kitchen appliances, etc. It also engages in motor production and logistics businesses, and its products are sold widely both domestically and internationally.
In 2025, Midea Group’s operating revenue reached 854M yuan, ranking 1/2 in the industry, far exceeding the second-place company Hisense Home Appliances’ 456.45B yuan, and also higher than the industry average and median by 272.19 billion yuan. In terms of principal business, the smart home business contributed 299.93B yuan, accounting for 51.78%. Regarding net profit, for the current period it was 44.52 billion yuan, also ranking 1/2 in the industry, higher than the second-place Hisense Home Appliances’ 4.73B yuan, and also higher than the industry average and median by 24.63B yuan.
The recent patent status of Midea Group Co., Ltd. is as follows:
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