Manufacturing device and manufacturing method of numerically controlled arbitrary-paired chain

Abstract

The invention relates to a manufacturing device and manufacturing method of a numerically controlled arbitrary-paired chain, so that the standard procedures of the chain post-processing process are met and the fashionable design of random pattern and color pairing is realized, and the perfect appearance and personalized cultural connotation are built. The manufacturing device comprises a machine bench; a transmission module is installed on the machine bench; a plurality of working coordinate seats are installed on the transmission module; coordinate positioning devices capable of identifying the working coordinate seats correspondingly are arranged on the transmission module; and the transmission module is connected with multiple groups of material transport devices, a multi-group die pressing device, a multi-group claw device, an out-of-chain sleeve device, and an industrial 4.0 control unit and the like. According to the invention, when the manufacturing device and manufacturing method are applied to one chain link, more than one different design, different patterns, different colors, and different matched pairs can be made; and stories needing to be expressed can be expressed onone chain by different markets and different cultures.

Description

technical field [0001] The invention relates to an automatic chain forming method, in particular to a method for stamping and folding metal materials used as decorations, and using the precision of inner buttonholes to form fastening, precision rivet-type willow and welding-type fusion. Differently designed segments, materials of any different colors, fastened end to end according to the input command, a fantasy decorative chain, especially a precious metal chain with two or more different pitches, different appearances, different colors, Different designs, different internal structure shapes, similar chain link forms or similar chain link dimensions, any matching fantasy chains with different styles and patterns on the pitch surface, automatically connect these differently designed chain links and make them A chain manufacturing device and a manufacturing method for achieving the purpose of expressing the designer's product connotation. technical background [0002] Those ...

AI Technical Summary

Problems solved by technology

[0003] If the current process needs to produce more than two sections with different appearance and internal structure, please refer to the attached Figure 9 The matching chains of multiple designs with the effect shown, in the known chain manufacturing process, can only be made of forming sheet materials with different pitches first, and then assembled one by one by using a manual assembly device, because to achieve Figure 9 Effects and different appearance designs on the same chain link, it is very difficult to use the manual mode. The proportion of materials available for such chains made of sheet materials is very small (16-32%), such as producing any different pairings The fantasy chains of the present invention must be assembled by hand, and the different pairings of the present invention can be expressed by the ∞ (endless) code, which can basically meet the design of more than double digits, or be calculated by the length of the general decoration or jewelry in the market , you can list a chain link number for reference. If you assemble it by hand with this number, it will not only take time and labor, the quality of the chain cannot be controlled, the production efficiency is not high, and it is impossible to mass produce. A large number of workers must operate in shifts. , the output is low cost and the quality is difficult to control, which is unacceptable in the current market

Therefore, this invention is aimed at the personalized requirements of fashion accessories, and for different markets and consumer groups. While considering the development of this series of products, we will also consider the cost, quality, output and full automation of the equipment, and expand the design. It is necessary to evaluate the extensibility of technology in a targeted manner to improve the problems left over in technology and design of such products. For the entire chain manufacturing plant, the original technology has too many workers, high labor costs, and chain problems. The production capacity is low, and this model has been more than ten years old, and there are still problems such as breakthroughs in concepts and manufacturing processes.

[0004] In addition, because the chain links of different designs and the chains of the casting mode are all assembled by hand, the process is difficult to control in a standard mode, and it is easy to be affected by factors such as the environment and emotions. Workers' concentration is not easy to achieve standardization, resulting in The completed chain has problems such as poor product quality stability and poor product quality; in addition, in the manufacturing process of the chain, most of the quality of each section cannot be controlled, and inspection points cannot be set. Once the product has a defective product, it is often It cannot be detected in time, and the standard of the processing procedure after the chain is formed cannot be controlled, because most of the products are made of precious metals, such as platinum, gold, K gold, palladium, precious synthetic metals, etc. If the quality is unstable, in In the post-processing process, the product cannot reach a standard and controllable specification, and the quality of the product cannot be controlled, which affects the enthusiasm of consumers to buy, and may cause major economic losses to the chain manufacturer.

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