Abstract In order to provide a single-sided, conductor-pinching connector suitable for connecting numerous conductors while reducing occupation space, it comprises an insulating body having a flat male projection extending on its mating side, contact pieces whose contact stems are laid on the opposite surfaces of the flat male projection of the insulating body, a shell enclosing the mating side of the insulating body, and a press plate to press the stripped ends of the insulated conductors against the conductor-pinching rear ends of the contact pieces. The conductor-pinching rear ends are bent at right angle relative to the contact stems of the contact pieces, and are directed in one and same direction. The arranging of upright conductor-pinching ends in one and same direction rather than the opposite directions permits reduction of the connector thickness to possible minimum.
A method of making a single-sided, conductor-pinching connector comprising steps of: preparing a plurality of conductor-pinching contact pieces having long and short contact stems integrally connected to a carrier strip and conductor-pinching rear ends; preparing a primary insulating body component; putting the plurality of conductor-pinching contact pieces on the primary insulating body component with said long and short contact stems laid on opposite surfaces thereof, and with the conductor-pinching, rear ends directed perpendicular to the contact stems such that the conductor-pinching rear ends are all directed in the same direction; forming a secondary insulating body component by insert-molding the contact pieces thus put on the primary insulating body component; cutting and removing the carrier strip from the contact pieces; and applying press plates to the conductor-pinching rear ends of the contact pieces.
Claim 2
Independent Claim
132 words
A method of making a single-sided, conductor-pinching connector comprising steps of: preparing a plurality of conductor-pinching contact pieces having long and short contact stems integrally connected to a carrier strip and conductor-pinching rear ends; preparing a primary insulating body component; putting the plurality of conductor-pinching contact pieces on the primary insulating body component with said long and short contact stems laid on opposite surfaces thereof, and with the conductor-pinching, rear ends directed perpendicular to the contact stems such that the conductor-pinching rear ends are all directed in the same direction; forming a secondary insulating body component by insert-molding the contact pieces thus put on the primary insulating body component; cutting and removing the carrier strip from the contact pieces; and applying press plates to the conductor-pinching rear ends of the contact pieces.