A panel buckle structure and an air conditioner indoor unit

Abstract

The invention relates to a panel buckling structure and an indoor air conditioner. The panel buckling structure comprises a buckling part arranged between a panel and an engine body and a pivoting part corresponding to the buckling part in position; the pivoting part is arranged between the panel and the engine body, when the panel can be opened corresponding to the engine body around the spin axis of the pivoting part, the buckling part is driven to be loosened, or when the panel is closed corresponding to the engine body, the buckling part is driven to be buckled. According to the panel buckling structure, the pivoting part is additionally arranged on the corresponding position of the buckling part, namely extra constraining force is provided for the moving process of the panel, functions of positioning and supporting are provided for the buckling part, therefore in the closing process of the panel, the buckling part is successfully buckled along a preset track, and it is guaranteed that the panel is assembled in place; after the panel is closed, functions of limiting and tensioning of the pivoting part can be provided for the buckling part, the panel is buckled more firmly, and the phenomenon that the panel is hunched up or totally loosened when suffering external force can be reduced to the greatest extent.

Description

Technical field [0001] The invention relates to a panel connection structure, in particular to a panel buckle structure and an air conditioner indoor unit. Background technique [0002] The air conditioner indoor unit is a device that is installed indoors and adjusts the indoor temperature. Such as figure 1 As shown, the outer casing of the current air conditioner indoor unit mainly includes two parts: a panel 1a and a body 2a. The two ends of the panel 1a are rotatably connected with the body 2a through hinges, and there is a buckle structure in the middle. For the specific composition of the buckle structure, see figure 2 As shown in the enlarged view I, a fixing seat 5a is provided on the reinforcement beam of the body 2a, an arc-shaped buckle 6a is opened on the fixing seat 5a, and a rotating shaft bracket 3a is provided on the panel 1a, and an intermediate rotating shaft 4a is fixed on the rotating shaft bracket 3a. . When the panel 1a is opened, the intermediate shaft 4a ...

AI Technical Summary

Problems solved by technology

[0004] However, for some specific requirements, for example, considering the appearance of the product, the panel 1a needs to be designed as a flat plate. The inventor noticed that the strength of the panel 1a is weak because there is no arc around the panel 1a, especially the panel 1a. The middle is easy to arch, which makes the middle rotating shaft 4a deviate from the predetermined matching track of the buckle 6a on the body 2a and rotate during the closing process of the panel 1a, which will eventually cause the buckle structure to not fit properly, or the panel is pulled by an external force after closing When the panel is in the middle position, the panel will be arched, and in serious cases, it will even fall out as a whole. These problems will affect the user's perception of the quality of the product

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