초록 ▼

A brake cable connecting apparatus having a cable end insertion groove 120a formed by U-like folding the free end of a brake lever 120 on one of brake shoes 1, 2 and a guiding member 150 provided onto the cable end insertion groove 120a. The guiding member 150 tends to move toward the bottom of the

A brake cable connecting apparatus having a cable end insertion groove 120a formed by U-like folding the free end of a brake lever 120 on one of brake shoes 1, 2 and a guiding member 150 provided onto the cable end insertion groove 120a. The guiding member 150 tends to move toward the bottom of the insertion groove 120a by a coil spring 160. When the cable end 142 is advanced in the insertion groove 120a, the guiding member 150 moves upward, passage of the cable end 142 is permitted by displacement of the guiding member 150 in a direction away from the bottom of the insertion groove 120a, then the guiding member 150 immediately moves downward, thereby engaging a backward surface of the cable end 142; therefore, restricting the cable end 142 from coming off.

대표청구항 ▼

1. A brake cable connecting apparatus for a drum brake, said apparatus comprising: a brake lever for separating brake shoes apart, the brake lever having a cable end insertion groove for permitting a cable end of a brake cable to pass through, the cable end insertion groove being defined by a lev

1. A brake cable connecting apparatus for a drum brake, said apparatus comprising: a brake lever for separating brake shoes apart, the brake lever having a cable end insertion groove for permitting a cable end of a brake cable to pass through, the cable end insertion groove being defined by a lever body and a folded wall at a free end thereof; a guiding means for guiding the cable end from an entrance of the cable end insertion groove to a position crossing an exit thereof so as to automatically latch the cable end on the brake lever; and a biasing means for flexibly biasing the brake cable inserted from outside of the drum brake toward the free end of the brake lever while deflecting the brake cable, wherein the guiding means is movably provided between the lever body and the folded wall of the brake lever in a direction toward an opening of the cable end insertion groove adjacent to a tip end of the folded wall or a cross-direction of the brake cable, upon the cable end being fed in a space surrounded by the cable end insertion groove and the guiding means, the guiding means slidably moves in the direction away from a bottom of the cable end insertion groove against an application force of a resilient means so as to permit the cable end to pass through the cable end insertion groove and reach the end surfaces of the guiding means and cable end insertion groove at a cable releasing direction side, the guiding means automatically returns by an action of the resilient means to a rest position so as to latch a backward surface of the cable end with the end surfaces of the cable end insertion groove and the guiding means at a side of a cable releasing direction or an exit side of the cable end insertion groove, thereby causing the brake cable to disengage from the brake lever. 2. The apparatus according to claim 1, wherein an engaging project ion formed on the guiding means at the side of the cable releasing direction abuts an end surface of the brake lever at the side of the cable releasing direction. 3. The apparatus according to claim 1, wherein a leading slope, for leading the cable end, is formed on the guiding means at the side of a cable pulling direction. 4. The apparatus according to claim 1, wherein a leading slope, for leading the cable end, is formed on the cable end insertion groove of the brake lever at the side of a cable pulling direction. 5. The apparatus according to claim 1, wherein the brake cable includes a coil spring wound around a cable of the brake cable and compressed against the cable end and the cable end insertion groove at the side of the cable pulling direction is formed to permit the cable end to pass through and to obstruct the coil spring from passing through. 6. The apparatus according to claim 1, wherein the bottom portion of the cable end insertion groove at the side of the cable releasing direction is formed to receive the cable of the brake cable and to obstruct the cable end from passing through. 7. The apparatus according to claim 1, wherein the biasing means is formed as a tail extending from a retaining plate, where the retaining plate restricts lifting of the brake shoe. 8. The apparatus according to claim 7, wherein a cable straightening force on the cable during brake operation is supported by a back plate and a space, for guiding the brake cable, is formed with the tail and the back plate.