Watch self-protection and automatic cleaning device for intelligent manufacturing

Abstract

The invention relates to the technical field of watch manufacturing, and discloses a watch self-protection and automatic cleaning device for intelligent manufacturing. The device comprises a metal frame, wherein watchbands are movably connected to the left end and the right end of the metal frame, driving components are movably connected to the middles of the watchbands, and rubber blocks are movably connected to the upper end and the lower end of each driving component. According to the watch self-protection and automatic cleaning device for intelligent manufacturing, when a dial plate pieceis about to fall on the ground or is scratched, an induction key induces and starts to operate, an adjusting instrument pushes a pressing piece to operate, a drive component tends to get close to themiddle along a rail, a strong spring is changed into a compressed state from an extended state, protective shells are combined with one another, then the dial plate piece is covered, and the protective shells are made of a transparent rubber material, so that the dial plate piece is protected, the glass material on the dial plate which is used for a long time is prevented from being easily abraded, the clear time display is ensured, and the situations of delay of some major meetings or journeys are prevented.

Description

technical field [0001] The invention relates to the technical field of watch manufacturing, in particular to a device for self-protection and automatic cleaning of watches for smart manufacturing. Background technique [0002] Today, watches are a necessity in people's lives. People usually wear watches to facilitate viewing of time, and even as one of the methods of decoration. At present, the existing mechanical watches in the world rely on the periodic oscillation of the balance spring to keep the mechanical watches accurate and stable. Regular continuous movement, mechanical watches can generally be divided into the following two types: hand-wound and self-winding watches. The power source of mechanical watches is powered by the spring in the movement. [0003] However, in the watch production process engineering, the traditional devices do not have the function of turning over, resulting in the glass material on the dial being used for a long time is prone to wear and t...

AI Technical Summary

Problems solved by technology

[0003] However, in the watch production process engineering, the traditional devices do not have the function of turning over, resulting in the glass material on the dial being used for a long time is prone to wear and tear, resulting in unclear display time, leading to some major meetings or schedules being delayed. , as glass is a fragile material, if the watch is accidentally dropped, it is easy to damage the glass of the watch, so a device for self-protection and automatic cleaning of watches for smart manufacturing came into being

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