Abstract: An accessory coupler for a belt includes a main body having a pawl configured to transition between a locked position and an unlocked position and a coupling system positioned about the main body and configured to couple the main body to an accessory. The accessory coupler further includes wherein when the pawl is in the locked position, the main body is configured to be fixed along a length of a belt and when the pawl is in the unlocked position, the main body is configured to be moved along the length of the belt.

Abstract: The present invention is directed to an improved hand tool for using one hand to grasp a workpiece between a first and a second jaw of the hand tool and adjust the force applied to the workpiece. The hand tool includes a first arm and a second arm, the second arm is operably linked to the first arm so as to cause relative motion of the first and second jaws upon motion of the arms. The hand tool further includes a control arm having a first end pivotably linked to the first arm and a second end pivotably linked to the second arm at a moveable pivot location. The control arm is configured to control relative motion of the first and second arms into and out of an overcenter lock position. Movement of a force adjustor located on the second arm in a first direction moves the moveable pivot location so as to increase the level of force required on the second arm to move the control arm into the overcenter lock position.

Abstract: A self-adjusting pliers is operable to grasp a workpiece between an upper jaw and a lower jaw. The pliers includes an upper arm having a first end and a second end, with the upper jaw at the first end. A jaw arm has a first end and a second end. The second end of the jaw arm is pivotably connected to the upper arm at a main pivot adjacent to the second end of the upper arm, so that the first end of the jaw arm is movable in a circular arc relative to the main pivot. The lower jaw is at the first end of the jaw arm in movable facing relation to the upper jaw so that the workpiece may be grasped between the upper jaw and the lower jaw. An engagement mechanism releasably engages the jaw arm to the upper arm at an engagement position responsive to a movement of the jaw arm relative to the upper arm and responsive to a size of the workpiece grasped between the upper jaw and the lower jaw, to thereby prevent rotation of the jaw arm relative to the upper arm.

Abstract: A bayonet system includes a bayonet and a scabbard in which the bayonet is received for storage. The bayonet is formed with an integral blade-and-tang unit. A plastic handle is molded over the tang, with a portion of the tang protruding from a butt end of the handle. A latch plate is attached to the butt end of the handle assembly by a radial rivet to the protruding portion of the tang. The latch plate includes a pair of retainer arms fixed to the latch plate with pins that can be driven out to effect removal of the release arms. The scabbard has a housing with an integral load assembly at its upper end, integral recessed tie-down loops adjacent to its lower end, and an integral hand guard extending from one side at a position intermediate the upper end and the lower end.