Abstract: A cable terminal has a base having a hole, a large portion, a small portion and an annular wall therebetween. The small portion has an annular protrusion and a tilted guiding flat beside the annular protrusion. An outer member has a hole and on a sidewall of the hole is a first protrusion portion, a second protrusion portion, a stop portion and a thread in sequence. The outer member is fitted to the smaller portion of the base with the first protrusion portion crossing the guiding flat and engaged with the annular protrusion. An engaging member is received in both of the base and the outer member and has a plate against the stop portion of the outer member to move the outer member toward the base, in which the first protrusion portion is moved to where between the annular flat and the annular protrusion.

Abstract: A coaxial cable connector is constructed to include a lock nut, a shell inserted in the lock nut, the shell having a smaller front receiving section and a bigger rear receiving section and an inside annular flange at the rear end of the bigger rear receiving section, an inner jacket inserted into the lock nut and the shell and adapted to receive the center conductor of the coaxial cable, the inner jacket having a rear stop flange stopped at a step inside the lock nut and a wedge-like front flange, and an outer jacket inserted into the shell and adapted to hold down the insulative outer shell and outer conductor of the coaxial cable on the periphery of the inner jacket, the outer jacket having a beveled front section, which is forced radially inwards by the inside annular flange of the shell to stop the coaxial cable from displacement.

Abstract: A coaxial cable connector is constructed to include a lock nut, a shell inserted in the lock nut, the shell having a smaller front receiving section and a bigger rear receiving section and an inside annular flange at the rear end of the bigger rear receiving section, an inner jacket inserted into the lock nut and the shell and adapted to receive the center conductor of the coaxial cable, the inner jacket having a rear stop flange stopped at a step inside the lock nut and a wedge-like front flange, and an outer jacket inserted into the shell and adapted to hold down the insulative outer shell and outer conductor of the coaxial cable on the periphery of the inner jacket, the outer jacket having a beveled front section, which is forced radially inwards by the inside annular flange of the shell to stop the coaxial cable from displacement.

Abstract: A cable connector comprising a hollow cylindrical main body of a metal conductive to electricity. The main body has an open end for inserting a cable end. The open end is provided with two extension arms, with each folding in reverse into the main body. The folded segments are provided with a projected section. The two projected sections form therebetween a clamping area. The main body is provided in the wall with two slits corresponding in location to the ends of the two extension arms. The main body is further provided with two pliable movable plate portions, with each being located in an area that is enclosed by the shape of the slit.