A watch automatic assembly upper gear machine

Abstract

The invention discloses a machine for automatically assembling an upper-layer gear of a clock. The machine comprises a rack having a countertop, a clock core conveying belt mechanism erected on the right side of the countertop and used for conveying a clock core, and a finished product output conveying belt mechanism erected on the left side of the countertop. A clock core conveying device is arranged at the front end of the countertop and is provided with a connection rail and a plurality of shifting forks. The shifting forks can shift the clock core on the clock core conveying belt mechanismto the finished product output conveying belt mechanism along the connection rail in a stepwise manner. A seconds wheel feeding device, a setting wheel feeding device, and a two-wheel feeding devicethat are capable of correspondingly assembling the clock core on the connection rail are installed on the countertop on the rear side of the connection rail sequentially from right to left. The seconds wheel feeding device, the setting wheel feeding device, and the two-wheel feeding device sequentially insert seconds wheels, setting wheels, and two-wheels into corresponding positions in the clockcore to achieve automatic assembly of the upper-layer gear of the clock, improve the assembling efficiency and the yield of the clock core, and reduce the production cost of enterprises.

Description

technical field [0001] The invention relates to a clock and watch automatic assembly upper gear machine, in particular to a clock and watch assembly equipment for automatically installing a second wheel, a setting wheel and a second wheel of a transmission gear train into a movement. Background technique [0002] In the watch movement, there is an upper gear consisting of a second wheel, a setting wheel and a second wheel. As an important part of the transmission gear system in the movement, the watch movement is still assembled by manual assembly. The manufacturer brings the following problems: ①Manually assembling the upper gear of the movement, the production efficiency is low, and the yield rate of the assembled movement is low. In the current traditional manufacturing industry, the transformation and upgrading of production automation and intelligence are initiated, and the manual assembly of the watch movement has already It cannot meet the needs of large-scale industr...

AI Technical Summary

Problems solved by technology

[0002] In the watch movement, there is an upper gear consisting of a second wheel, a setting wheel and a second wheel. As an important part of the transmission gear system in the movement, the watch movement is still assembled by manual assembly. The manufacturer brings the following problems: ①Manually assembling the upper gear of the movement, the production efficiency is low, and the yield rate of the assembled movement is low. In the current traditional manufacturing industry, the transformation and upgrading of production automation and intelligence are initiated, and the manual assembly of the watch movement has already It cannot meet the needs of large-scale industrial automation production of watch movements; ② With the continuous increase of labor costs in recent years, the profits of the watch movement manufacturing industry are getting thinner and thinner. Under the pressure of industry competition, the assembly of watch movements It is imperative to change from manual assembly to automatic assembly. Therefore, it is urgent for enterprises to develop automatic production equipment that can replace manual assembly of clock movements in order to seek long-term development.

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