Connector adapting structure

Abstract

The invention relates to a connector adapting structure which mainly comprises a shielding housing. The shielding housing comprises a male-end opening and a female base opening of which the opening direction is deviated from that of the male-end opening. Furthermore a first insulating colloid member and a second insulating colloid member at one side of the first insulating colloid member are accommodated in the shielding housing. Furthermore the first insulating colloid member and the second insulating colloid member are provided with a plurality of first transmission conductor sets for forward insertion and backward insertion at the side of the male-end opening. Furthermore the first insulating colloid member and the second insulating colloid member are provided with a plurality of second transmission conductor sets for forward insertion and backward insertion at the side of the female base opening. By means of the connector adapting structure and the integrally formed shielding housing, the first transmission conductor sets and the second transmission conductor sets are simultaneously accommodated, thereby realizing bidirectional forward insertion and backward insertion of the connector at both ends.

Description

technical field [0001] The present invention provides a connector transfer structure, especially a connector transfer structure that uses a single shell to manufacture male-female connectors of different specifications, and allows double-headed bidirectional reciprocal insertion. Background technique [0002] According to, as time changes, electronic products are constantly updated and improved, but for a company, the constant replacement of new electronic product equipment will also increase the cost of the company, and the old electronic product equipment only fails to meet the requirements in a certain field. However, the same effect as that of new electronic equipment can be achieved through a conversion connector, and there is no need to replace it to cause unnecessary waste. This concept brings new business opportunities to connector manufacturers. [0003] In addition, the known USB connector includes an insulating body and several terminals arranged on the insulating...

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Problems solved by technology

[0002] According to, as time changes, electronic products are constantly updated and improved, but for a company, the constant replacement of new electronic product equipment will also increase the company's cost, and the old electronic product equipment only fails to meet the requirements in a certain field. However, the same effect as new electronic equipment can be achieved through a conversion connector, and there is no need to replace it to cause unnecessary waste. This concept brings new business opportunities to connector manufacturers.

[0003] In addition, the known USB connector includes an insulating body and several terminals arranged on the insulating body. When the connector and the mating connector are inserted into each other, the correct (positive insertion) direction must be maintained. If the connector is not If it is inserted carefully, it will not be able to be inserted smoothly, and the plugging action must be performed again, which may even cause structural damage and cause inconvenience to users

[0004] Although there are many patents on the connectors that can be plugged in the front and back, there are already products in the market, whether it is a SIM card, a memory card or a USB connector of various specifications, these connectors can It is not new to make it into a front and back plug. Then, it is used to change the connector specification for the adapter corresponding to the male or female socket to be connected. It is not seen at both ends of the adapter , while designed to allow positive and negative connectors

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