Method of making a coupling nut for an electrical connector having a molded anti-decoupling mechanism

Claim 1

A method of making a coupling nut for an electrical connector of the type including a plurality of ratchet teeth around its outer periphery, said coupling nut being of the type having an integral spring finger extending therefrom for engaging the ratchet teeth whereby to resist rotation, the steps of the method being characterized by providing a pair of mold cores and a pair of mold plates with said mold cores and mold plates having, respectively, an axial front face thereof positionable into abutting relation, said pair of mold plates when positioned defining a common passage therethrough for receiving the mold cores in a clearance fit therewithin whereby to define a pair of annular cavities which represent the coupling nut and the spring finger, one and the other said mold core having, respectively, an arcuate relief portion extending longitudinally inward from its front face and a blade extending perpendicularly from its front face, abutting the front faces of the mold cores so that the blade is confronting the relief portion to form one said annular cavity for forming the spring finger, abutting the front faces of said mold plates, mounting said mold core into the common passage of the mold plates to form the other annular cavity for forming the coupling nut, and injecting plastic into the annular cavities whereby to form the coupling nut having an integral spring finger.

Claim 2

A method of making a coupling nut for an electrical connector of the type including a plurality of ratchet teeth around its outer periphery, said coupling nut being of the type having an integral spring finger extending therefrom for engaging the ratchet teeth whereby to resist rotation, the steps of the method being characterized by providing a pair of mold cores and a pair of mold plates with said mold cores and mold plates having, respectively, an axial front face thereof positionable into abutting relation, said pair of mold plates when positioned defining a common passage therethrough for receiving the mold cores in a clearance fit therewithin whereby to define a pair of annular cavities which represent the coupling nut and the spring finger, one and the other said mold core having, respectively, an arcuate relief portion extending longitudinally inward from its front face and a blade extending perpendicularly from its front face, abutting the front faces of the mold cores so that the blade is confronting the relief portion to form one said annular cavity for forming the spring finger, abutting the front faces of said mold plates, mounting said mold core into the common passage of the mold plates to form the other annular cavity for forming the coupling nut, and injecting plastic into the annular cavities whereby to form the coupling nut having an integral spring finger.