Forming device for computer network connector

Abstract

The invention discloses a forming device for a computer network connector, and the forming device comprises a concentric-square-shaped ring frame, a concentric-square-shaped conveying strip and a concentric-square-shaped conveying surface belt which are sequentially stacked and correspondingly arranged from top to bottom, and the left side and the right side of the concentric-square-shaped ring frame are respectively provided with a fixed seat; a glue injection device and a clamping device which are independent and circumferentially arranged are respectively mounted on the fixed seats on the left side and the right side, and a cold temperature device which covers a local area of the concentric-square-shaped ring frame is fixedly arranged close to the left side of the clamping device; the collecting boxes are arranged on the concentric-square-shaped noodle conveying belt at equal intervals; and the forming device corresponds to the collecting box and is mounted in the middle of the corresponding collecting box, and the upper end of the forming device is mounted on the corresponding concentric-square-shaped conveying strip.

Description

technical field [0001] The invention relates to the technical field of network joint forming, in particular to a forming device for computer network joints. Background technique [0002] The optical fiber interface is the physical interface used to connect the optical fiber cable. Its external strengthening method is fastened with a metal sleeve, and the connector at the end of the network connector is generally molded by injection molding. Among them, the tail ends of SC, ST and other types of structures are longer, because the degree of bending and scalability are improved, the tail structures are parallel layers of arc-shaped holes. The design of the shape-shaped dislocation groove and the viscosity of the colloid itself lead to the fact that the gas inside the mold cavity is difficult to be completely driven out by the colloid during the injection process of the clamped sealing mold, resulting in a lower filling rate of the colloid filling the arc-shaped dislocation groo...

AI Technical Summary

Problems solved by technology

Among them, the tail ends of SC, ST and other types of structures are longer, because the degree of bending and scalability are improved, the tail structures are parallel layers of arc-shaped holes. The design of the shape-shaped dislocation groove and the viscosity of the colloid itself lead to the fact that the gas inside the mold cavity is difficult to be completely driven out by the colloid during the injection process of the clamped sealing mold, resulting in a lower filling rate of the colloid filling the arc-shaped dislocation groove. Low, which will cause incomplete molding, leakage angle, thin adhesion between adjacent tanks, or even breakage

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