Automatic processing production line for circular embedded jewelries

Abstract

The invention provides an automatic processing production line for circular embedded jewelries. The automatic processing production line comprises a workbench, a product conveying device is arranged on the workbench, a plurality of positioning seats used for bearing circular rings of accessories are arranged on the upper portion of the product conveying device, and a circular ring feeding mechanical arm, a water gap cutting device, a deburring device, a welding device I, a grinding device, a CCD appearance detection device I, a sorting mechanical arm I, a dispensing device, a gem feeding device, a clamping jaw assembling mechanism used for sequentially welding a plurality of clamping jaws to a bracket, a polishing mechanism used for carrying out polishing operation on the upper surface ofa product with the clamping jaws assembled, a CCD appearance detection device II and a sorting mechanical arm II are sequentially arranged on the upper part of the workbench in the conveying directionof the product conveying device from left to right. According to the whole processing production line, manpower is replaced by mechanical equipment to complete the assembling and processing operationof the circular embedded jewelries, so that the assembling quality and efficiency of the embedded jewelries are improved; and the structure is simple, the operation is convenient, and the automatic processing production line has good market application value.

Description

technical field [0001] The invention relates to the technical field of jewelry processing equipment, in particular to an automatic processing production line for circular inlaid jewelry. Background technique [0002] Without exquisite inlay technology, jewelry cannot be worn on people's necks, wrists and fingers; in order to make jewelry vivid and become a work of art, generations of craftsmen have created many jewelry inlay methods to enhance the fire of gemstones , or hide the metal setting seamlessly; for example, claw setting is one of the setting methods. The claw setting uses metal claws to hold the gemstone tightly, because there is less occlusion, so that the cut surface of the gemstone looks clearer, and it can also let the light The gemstones are injected from different angles and reflected; the prong setting is divided into six prongs, four prongs, and three prongs; the main accessories of round inlaid jewelry include metal brackets assembled by rings and supporti...

AI Technical Summary

Problems solved by technology

[0002] Without exquisite inlay technology, jewelry cannot be worn on people's necks, wrists and fingers; in order to make jewelry vivid and become a work of art, generations of craftsmen have created many jewelry inlay methods to enhance the fire of gemstones , or hide the metal setting seamlessly; for example, claw setting is one of the setting methods. The claw setting uses metal claws to hold the gemstone tightly, because there is less occlusion, so that the cut surface of the gemstone looks clearer, and it can also let the light The gemstones are injected from different angles and reflected; the prong setting is divided into six prongs, four prongs, and three prongs; the main accessories of round inlaid jewelry include metal brackets assembled by rings and supporting plates, gemstones and claws , but with the substantial improvement of people's living standards, the demand for inlaid jewelry is increasing. The current production workshops mostly use manual welding machines to combine the various accessories of inlaid jewelry. However, due to the long processing time of manual tools or equipment Involuntary shaking occurs, which directly affects the quality and efficiency of set jewelry; therefore, the existing technology is deficient and needs to be improved

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