Manufacturing method for applying soft and hard combined plate to adaptor connector

Abstract

The invention relates to a manufacturing method for applying a soft and hard combined plate to an adaptor connector. The manufacturing method is characterized in that the two ends of the soft and hard combined plate are respectively provided with a first terminal set electrically connected to a first connector body a second terminal set electrically connected to a second connector body, the first connector body rotates by a preset angle relative to the second connector body to enable the soft and hard combined plate to form a deflection state, an insulating layer can be conveniently formed through inner film wrapping, an inner film is wrapped with an electric conduction copper foil to form a shielding layer in a ring welding mode, outer films are molded on the exterior of the first connector body, the exterior of the second connector body and the exterior of the electric conduction copper foil, the first connector body is connected to the second connector body through the deflection soft and hard combined plate to integrally mould a needed preset angle, the situation that the second connector body with wide width shields an connecting port of an adjacent electronic device so that inserting connection cannot be achieved after the first connector body is inserted in the second connector body in a connected mode is avoided, the good structural supporting performance is achieved, the wire arrangement is not required, and the whole operation is easy to achieve.

Description

technical field [0001] The present invention provides a method of manufacturing a rigid-flex board applied to an adapter connector, especially the first connector can be connected to the second connector by flexing the rigid-flex board to form a desired predetermined angle integrally, and has Good structural support and no need for cable management, the overall operation is also quite simple. Background technique [0002] Today's electronic products have higher and higher requirements for multimedia audio-visual and file data transmission, which requires continuous improvement of high-speed transmission interface technology. However, traditional transmission interface technologies (such as DVI, VGA, LVDS, etc.) As 3D and other new audio-visual technologies and applications are gradually maturing, faster transmission interface technology is required. Therefore, the integrated video display port (Display Port) adopts open standards, embedded clock technology, and does not requ...

AI Technical Summary

Problems solved by technology

[0004] However, the specifications of the plugs at both ends of the transmission line used by general electronic products are mostly the same. Although it can effectively extend the length of the transmission line, so as to facilitate the plug of the transmission line to be plugged into the connector of another electronic product, but in order to cope with current notebook computers, With the development trend of light, thin, short and small electronic products such as notebook barebone (Barebone) and mini server, the structure of its connector needs to be more miniaturized and precise, and various connectors of different specifications have been developed. Therefore, Most of the connectors of electronic products can be inserted into the connector at one end of the transfer connector, and use the connectors of different specifications at the other end of the transfer connector to achieve electrical connection with the connector on the monitor screen, large-size LCD digital TV, etc. Connection, but because the connector of the transfer connector is connected to the connector at the other end through a cable to form an electrical connection, it will cause the cable arrangement and wiring of the transfer connector to be more complicated and inconvenient. Therefore, some operators will The joints at both ends of the transfer connector are integrated into one body to facilitate the user to manage the wires. However, the multiple connectors of electronic products are mostly arranged side by side along the internal circuit board. If the multiple connectors of electronic products When several transmission lines need to be plugged at the same time, the miniaturized connector at one end of the transfer connector will be plugged into the connector, while the connector with a different specification and a larger width at the other end will block the adjacent connector and occupy other The space required for the connector to be plugged in will cause the situation that it cannot be plugged in, so that the connector will be limited by the plugging direction and position of the transfer connector, which needs to be redesigned by those engaged in this industry to effectively solve it

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