Electronic card connector

Abstract

An electronic card connector is provided. The electronic card connector includes a first plastic cement body, a first terminal group buried in the first plastic cement, a shielding casing covered on the first plastic cement body, and a metal body buried in the first plastic cement body, wherein the first plastic cement body, the first terminal group and the shielding casing form a first accommodating space in a surrounding manner, wherein the first accommodating space is used for accommodating an electronic card. The first plastic cement body comprises a first base portion, and first side portions which integrally extend from two sides of the first base portion. The shielding casing comprises a main body portion, and side walls which extend downwards from two sides of the main body portion and wrap the side walls of the first side portions of the first plastic cement body. The metal body includes a plurality of exposed portions which extend from the first side portions and extend out from the first plastic cement body, wherein the exposed portions are provided with open holes which are adjacent to the first side portions; and the side walls of the shielding casing extend downwards so as to form a plurality of insertion portions which are inserted into the open holes of the metal body. With the electronic card connector adopted, warping and deformation of the first plastic cement body can be prevented.

Description

technical field [0001] The invention relates to an electric connector, especially a card connector. Background technique [0002] In the manufacturing process of electronic card connectors, due to the increasingly light and thin product design, the thickness of the plastic body of the card connector is thinner. The plastic body is prone to warpage and deformation. [0003] Patent application No. 201010242016.5 of the People's Republic of China discloses an electronic card connector. In order to prevent plastic warping, the electronic card connector increases the overall rigidity of the plastic body by embedding the strips of conductive terminals in the plastic body , although the method of embedding metal strips in the plastic body improves the plastic warpage problem to some extent, but the conductive terminals need to be cut off after being formed on the plastic body for electrical isolation, resulting in the plastic body as a whole still There is a risk of warping. Co...

AI Technical Summary

Problems solved by technology

[0002] In the manufacturing process of electronic card connectors, due to the increasingly light and thin product design, the thickness of the plastic body of the card connector is thinner. Describe the problem that plastic bodies are prone to warping and deformation

[0003] Patent application No. 201010242016.5 of the People's Republic of China discloses an electronic card connector. In order to prevent plastic warping, the electronic card connector increases the overall rigidity of the plastic body by embedding the strips of conductive terminals in the plastic body , although the method of embedding metal strips in the plastic body improves the plastic warpage problem to some extent, but the conductive terminals need to be cut off after being formed on the plastic body for electrical isolation, resulting in the plastic body as a whole still risk of warping

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