Electrical connector with mechanically assisted latch means

In an electrical connector having matable dielectric connector bodies which include means for latching the connector bodies in mating engagement,

• the combination comprising,
• a pair of longitudinally spaced catches on one side of one of said connector bodies,
• a bail wire comprising a continuous piece of wire bent to shape a rectangular body having a triangular handle at one end, said rectangular body having inwardly bent legs at the other end which are pivotally mounted on an opposite side of the one connector body, and said one connector having means positioning the bail wire so that it projects outwardly at an acute angle toward a mating end of the one connector body,
• a latch arm pivotally attached at its middle to one side of the other connector body, said latch arm having a latch at one end and a handle at the other end,
• a projecting cam on the opposite side of said other connector, said projecting cam having a pair of longitudinally spaced notches,
• said bail wire having inwardly bent legs adjacent its handle which snap engage a forward one of the notches of the projecting cam and said latch arm snap engaging a forward one of the catches when said connector bodies are partially mated to retain the connector bodies in a preliminary latched position where the handles of the bail wire and the latch arm are moveable toward each other with one hand,
• said connector bodies being mechanically assisted to the fully mated position by the bail wire riding down the projecting cam when the handles are moved toward each other, and
• said bail wire engaging a rearward one of the notches in the projecting cam and the latch arm engaging a rearward one of the catches to latch the connector bodies in a fully mated position.