Hardened adhesive O-ring type deep drawing socket connector manufacturing method and hardened adhesive O-ring type deep drawing socket connector manufactured by this manufacturing method

摘要

The present invention relates to a method for manufacturing a hard-adhesive O-ring type deep-drawing socket connector, in which the O-ring is cured and bonded by a hardened adhesive silicone, so that the bonding force of the O-ring is not affected by temperature. The purpose is to maintain the binding force with the droim shell. That is, the present invention provides a deep drawing socket connector manufacturing method, a shell deep drawing process consisting of processing a deep drawing shell by deep drawing a plate material, and a deep drawing shell molded through the shell deep drawing process Expansion to the outside at the end O-ring flange forming process comprising the process of forming an O-ring flange to support the O-ring, O-ring assembly process comprising the process of fitting the O-ring to the O-ring flange formed by the O-ring flange forming process, O-ring assembled through the O-ring assembling process Adhesive silicone injection process consisting of a process of injecting hardened adhesive silicone into the hardened adhesive hole formed between the inner wall of the deep droim shell and the adhesive silicone injection process. It is characterized in that it consists of a silicone curing bonding process consisting of a process of curing and bonding the O-ring to the deep droim shell, and a connector mold bonding process consisting of a process of bonding the socket mold to the deep droim shell on which the silicone curing bonding process is completed. Therefore, in the present invention, the O-ring coupled to the deep-drome shell is cured and adhesively bound by the hardening adhesive silicone, so that the binding force of the O-ring is not affected by the temperature, and the bonding force with the deep-drome shell is maintained in the smart device installation process. It has the effect of maximizing the order function.