Waterproof screen structure and waterproof watch

Abstract

The invention relates to the field of waterproof design of electronic instruments, and aiming at the problems that in the prior art, the waterproof level of a screen is limited by structure and spaceand the waterproof level cannot be enhanced, discloses a waterproof screen structure comprising a screen, a shell used for supporting the edge of the screen, and an annular press cover used for pressing the edge of the screen into the shell; the press cover is pressed on the screen, and a first waterproof sealed part is formed through setting waterproof glue; the outer edge of the press cover is fit with the end face of the shell, and a second waterproof sealed part is formed through setting the waterproof glue at the fit part. After being pressed, the press cover is more tightly fit with theend face of the screen and the end face of the shell, the screen can be clamped between the shell and the press cover, the screen can be more tightly connected with the shell due to the pressure suffered by the screen, and the waterproof effect under high pressure is achieved. Due to the design of installing the screen out of the shell, the installation space in the shell is saved. The invention also discloses a waterproof watch comprising the waterproof screen structure.

Description

technical field [0001] The invention relates to the technical field of electronic waterproof devices, and more specifically, relates to a screen waterproof structure. In addition, the present invention also relates to a waterproof watch comprising the above-mentioned screen waterproof structure. Background technique [0002] At present, with the expansion of application scenarios and fields of wearable products, the scope of application of wearable products has gradually expanded. [0003] The waterproof structural design of the front and rear shells and buttons of sports watches in wearable products is relatively mature, and most of them adopt the combination of structural waterproof and mechanical waterproof. Usually, structural waterproof can be realized by O-ring springs and other structures. However, the waterproof design of the screen in sports watches is relatively complicated. Screws and other structures are required to achieve sealing and waterproofing through mech...

AI Technical Summary

Problems solved by technology

However, the waterproof design of the screen in sports watches is relatively complicated. Screws and other structures are required to achieve sealing and waterproofing through mechanical structures. The space limitation of sports watches prevents the screen waterproof from reaching a higher waterproof level. Currently, most sports watch products are 50 meter water resistance, unable to reach higher level water resistance settings

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