Splicing method for ball embedded patches

Abstract

The invention relates to a splicing method for ball embedded patches. The splicing method comprises the following steps that (1), materials are used for making the embedded patches with the corresponding shape and size, the front faces of the embedded patches are printed with patterns or words according to needs, labels are arranged on the back faces of the embedded patches, and the labels are marked with a part code and readable identifying information; (2), the readable identifying information of each embedded patch is identified to confirm the information of the embedded patch; (3), the embedded patches are sent into specific temporary storage classification lattices according to the information of the embedded patches; and (4), the embedded patches in the specific temporary storage classification lattices are embedded in the specified positions of corresponding balls according to the part codes of the embedded patches by following set rules. According to the splicing method for theball embedded patches, the embedded patches on the corresponding balls can be easily classified and spliced, requirements for operators are reduced, production efficiency is effectively improved, andthe splicing method for the ball embedded patches is suitable for being applied to batch production.

Description

technical field [0001] The invention relates to the technical field of ball production, in particular to the splicing of ball inlay sheets. Background technique [0002] In sports, ball games are more popular. Among them, football is known as "the world's first ball", is one of the most influential sports, and is a kind of global sports competition. The football generally includes an inner bladder and an inlay sheet covering the inner bladder, and the inlaid sheet is basically pasted or sewn onto the sphere by hand. There are 32 inlay pieces on a conventional football. The shape, size and appearance pattern of different inlay pieces on the same football are different. It needs to be manually identified one by one with the naked eye, and then fixed to the designated position of the football. The method has a large amount of labor. When the number and types of inlaid sheets are various after production, especially for mass production, the subsequent splicing will cause consid...

AI Technical Summary

Problems solved by technology

There are 32 pieces of inlays on a conventional football. Different inlays on the same football have different shapes, sizes and appearance patterns. It needs to be manually identified one by one with the naked eye, and then embedded in the designated position of the football. There is a large amount of labor in the method, and when the number and types of inlaid pieces are various after production, especially for mass production, it will cause considerable difficulty for the next splicing; in addition, for the operators who perform splicing processing, Since I am not a designer and relatively lack of knowledge, I can't do the homework without long-term training and study.

Therefore, many production companies will first train the operators, but this not only affects the work efficiency but also increases the production cost, which brings troubles to the production of the company.

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