Abstract: A locking pin is provided for securing movable mechanical components, and includes a tubular body defining an axial passageway. The tubular body has an actuating end and a tapered working end opposite the actuating end, and has at least one latch opening proximate the working end. The pin has a spindle constructed and arranged for reciprocation in the passageway, as well as at least one locking element, each positioned within the passageway at a corresponding latch opening, and being urged toward the corresponding latch opening by the spindle. A cap is fastened to the working end for restricting entry of contaminants into the passageway.

Abstract: A locking pin is provided for securing movable mechanical components, and includes a tubular body defining an axial passageway. The tubular body has an actuating end and a tapered working end opposite the actuating end, and has at least one latch opening proximate the working end. The pin has a spindle constructed and arranged for reciprocation in the passageway, as well as at least one locking element, each positioned within the passageway at a corresponding latch opening, and being urged toward the corresponding latch opening by the spindle. A cap is fastened to the working end for restricting entry of contaminants into the passageway.

Abstract: A retaining mechanism or lanyard for retaining a connecting member proximate to a point of connection. A flexible elongated member has an eyelet or loop on a first end, a connector having a connecting pin on the opposite end and a receptacle in between. The connecting member is placed between the connector and receptacle after which the connector is snap fit into the receptacle. The lanyard has unitary construction from a plastic material and requires no additional components during fabrication.