Finished product processing equipment for jewelry production streamline

Abstract

The invention discloses finished product processing equipment for a jewelry production streamline. The equipment comprises a polishing and grinding device which comprises a grinding table and an ejecting plate, wherein a plurality of T-shaped sliding chutes are formed in the grinding table; an iron slide block and an electromagnet located at one end of the slide block are inserted into each T-shaped sliding chute, and a first grinding seat and a second grinding seat are mounted at the top end of the ejecting plate; a fourth oil cylinder and a fifth oil cylinder are mounted in the first and second grinding seats, the bottom ends of the fourth oil cylinder and the fifth oil cylinder are separately connected to a first polishing motor and a round disc separately through piston rods, and the bottom end of the first polishing motor is connected to a polishing disc; the equipment also comprises a walking trolley, and the bottom end of the walking trolley is connected to a second polishing motor through a suspension rod; the equipment is suitable for grinding annular jewelry, for example, rings, bracelets and ear rings; if non-annular jewelry needs to be ground, for example, spherical eardrops, necklace parts, the grinding discs at the bottom of the first and second polishing motors are replaced, so that the applicability of the polishing device is improved.

Description

technical field [0001] The invention relates to the field of jewelry processing, in particular to a finished product processing equipment used in a jewelry production line. Background technique [0002] Jewelry refers to the raw materials and semi-finished products of jewelry, jade and precious metals, as well as the jewelry, craft decorations and art collections made of raw materials and semi-finished products of jewelry, jade and precious metals. After just a few years, China's jewelry market has jumped to the forefront of the world from accounting for only 1% of the world in the past few years, second only to the United States and Japan. [0003] The jewelry processing process includes the following steps: [0004] (1) Design: Jewelry designers draw the image of the style in the concept and hand it over to skilled jewelry masters to complete their works. (2) Lifting plate: That is to use the hand-made method to make a jewelry model, and weld a spout rod at an appropriat...

AI Technical Summary

Problems solved by technology

[0008] (1) When making jewelry by the lost wax method, since the trunk of the wax tree is also made of wax, more gold water is needed when pouring the gold water, which costs more, and it is time-consuming and laborious to cut off the jewelry one by one from the gold tree , the operation of getting out the gypsum and separating the jewelry blank from the gypsum is also extremely cumbersome and time-consuming, which greatly prolongs the processing time;

[0009] (2) Most jewelry processing is done manually by operators, so it consumes a lot of labor costs, and the production efficiency of jewelry processing lines is low;

[0010] (3) When polishing jewelry, the operator holds the jewelry in his hand, so that the side of the jewelry is polished by the polishing disc, but when the jewelry is grasped by the hand, the jewelry is not fixed enough, the polishing quality and effect are not good, and the polishing disc It is also very easy to cut people's hands, and the safety of polishing is low, which greatly threatens the personal safety of operators;

[0011] (4) When the operator inlays gemstones on the jewelry, the jewelry is often not fixed well, so the jewelry is easy to slip when inlaid, causing the inlay to fail, which greatly reduces the inlay efficiency, and some jewelry needs to be inlaid in multiple positions , it will take a long time to change the inlay point of jewelry every time and then fix it, which reduces the production efficiency of jewelry

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