Automatic bead stringing equipment and automatic bead stringing method of stainless steel watchband parts

Abstract

The invention discloses automatic bead stringing equipment of stainless steel watchband parts. The automatic bead stringing equipment comprises a machine frame, a control cabinet and two groups of processing stations; each of the two processing stations comprises a sequencing vibration disc, a rapid positioning threading device, a placing device and a feeding and discharging device, wherein each of the sequencing vibration disc, the rapid positioning threading device, the placing device and the feeding and discharging device is provided with a detection sensor; and each rapid positioning threading device comprises a feeding mechanism, a material clamping mechanism, a silk yarn placing mechanism, a carrying mechanical arm and a fixing support, wherein the carrying mechanical arm is arrangedon the fixing support. The invention further discloses an automatic bead stringing method. According to the equipment and the method, two processing stations are arranged, the production processing efficiency is improved, full automatic processing such as automatic feeding, stringing, positioning and discharging of a processing part and a silk yarn can be realized through the sequencing vibrationdiscs, the rapid positioning threading devices, the placing devices and the feeding and discharging devices, the labor intensity and the cost are reduced, the production efficiency is improved, the stringing quality is guaranteed, and the subsequent grinding quality is improved.

Description

technical field [0001] The invention relates to the technical field of hardware accessories processing, in particular to an automatic beading device and an automatic beading method for stainless steel watchband parts. Background technique [0002] The current watch includes many accessories, and the watch strap is one of the important components. The existing watch strap includes many parts such as watch knots, straps, beads and thread inserts. Most of these parts are made of metal materials. , where the table sections, belts and beads need to be polished before they can be assembled. However, due to their small size, the traditional grinding method is to grind one by one, and the grinding efficiency is low. In order to speed up the grinding efficiency, people use the It can be polished in a row after being strung into other wires such as steel wires or iron wires. However, the existing method of threading beading is to manually thread the strings, and the handling process r...

AI Technical Summary

Problems solved by technology

[0002] The current watch includes many accessories, and the watch strap is one of the important components. The existing watch strap includes many parts such as watch knots, straps, beads and thread inserts. Most of these parts are made of metal materials. , where the table sections, belts and beads need to be polished before they can be assembled. However, due to their small size, the traditional grinding method is to grind one by one, and the grinding efficiency is low. In order to speed up the grinding efficiency, people use the It can be polished in a row after being strung into other wires such as steel wires or iron wires. However, the existing method of threading beading is to manually thread the strings, and the handling process requires manual loading and unloading. The manual labor of this method The strength is high, the labor cost is high, the time is long, the efficiency is low, and the diameter of the steel wire or steel wire is relatively thin. If the manual stringing is slightly improper, it will easily cause deformation of the steel wire or steel wire, which will affect the quality and efficiency of processing, and may Multiple times of grinding are required, which may lead to problems such as unqualified product grinding, resulting in waste of materials and increasing the cost of processing

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