A leg pad assembly for a safety harness, the leg pad assembly including a pair of leg pad portions structured to receive leg straps of the safety harness, a central pad portion connecting the pair of leg pad portions and structured to receive a seat strap of the safety harness, a pair of handles, wherein each handle is attached to one of the pair of leg pad portions, and elastic cording attached to each of the pair of handles and being structured to bias the pair of handles toward each other and against the pair of leg pad portions.

A harness for supporting a person working at height is disclosed. The harness includes a waist belt, a pair of leg loops and a ventral attachment assembly. The ventral attachment assembly includes a flexible structural component, typically a webbing loop that is secured to the waist belt, and that may be permanently sewn to form a lower bight within, and at least one upper bight that provides a connection point through which loads can be transferred into the waist band. The harness further includes one or a pair of link components, each being connected to a connecting piece and to at least one of the leg loops. The component or components are capable of acting in tension to transfer load from the waist and/or leg loops to the ventral attachment assembly.

The roping harness comprises a pair of leg loops and a suspension point. The suspension point comprises: distinct first and second rings, a connecting part fixed continuously to the two distinct rings, the connecting part mechanically connecting the two distinct rings with the pair of leg loops, a closed metal connector provided with a rod.

The two rings are separated from one another by a first distance in a first direction and define an empty space between a first lateral surface of the first ring and a second lateral surface of the second ring. The two rings are arranged so as to allow fitting of the rod of the connector in the two rings. The rod presents a longitudinal axis coinciding with the first direction. The rod is fitted movable in rotation in the two rings and the connector is mounted movable in rotation around the rod.

Implementations described and claimed herein provide an integrated body armor harness system. In one implementation, a front panel extends between a proximal end and a distal end. A shackle harness is integrated with the front panel, and the shackle harness has at least one shackle strap extending from the front panel and having a shackle loop adapted to receive a shackle for releasably engaging a sling. A leg harness extends from the distal end of the front panel. The leg harness includes a set of leg straps forming a first leg loop and a second leg loop. A back panel is disposed opposite the front panel, with the front panel and the back panel forming a tactical vest. A torso harness is integrated with the back panel, and the torso harness includes a set of shoulder straps.

A component for fitting to a safety harness for a human user, for at least partially preventing obstruction of the femoral vein of the user. The component includes a support structure; two leg harness pads fitted to the support structure at such a distance from one another that, when the component is fitted to the safety harness, a section of the support structure arranged between the two leg harness pads, in particular a section without a leg harness pad, at least partially prevents obstruction of the femoral vein of the user, if the user has put on the safety harness; and a detachable fastening mechanism, that is fitted or can be fitted to the support structure, for detachably fastening the component to the safety harness.

In various aspects, a harness includes a connector, a first strap coupled to the connector, a second strap coupled to the connector, and a web that is coupled to the first strap and the second strap. The web is positioned at least partially behind the connector.

A harness having a deployable rappelling assembly is disclosed. The harness includes a strap construction including an upper torso securing portion having shoulder straps that extend from a rear torso portion to a front torso portion, a leg securing portion extending downward from the rear torso portion and having right and left leg straps, each of the left and right leg straps including a releasable connector, and a rappelling assembly connected to the front torso portion. The rappelling assembly may fold from a stowed position to a deployed position, and include loops and a cross member. The leg straps may be passed through the loops to connect the front torso portion to the leg securing portion for climbing or rappelling. The harness also may be incorporated into a garment.

Harnesses for supporting a person working at height are disclosed. They include a back, leg loops, two forward connection arrangements and a flexible load-bearing member that extends between the connection arrangements, the forward connection arrangements serving to transferring load from the back and the leg loops to the load-bearing member. Each forward connection arrangement includes: a base that is permanently connected to the harness and retention components that can be removably and rigidly connected to the base to removably secure the flexible load-bearing member to the body.

Safety harness for the human body, having two leg harnesses for two human legs, wherein at least one of the leg harnesses has an opening which is arranged in such a way as to the keep the vena femoralis at least partially free.

A leg pad assembly for a safety harness, the leg pad assembly including a pair of leg pad portions structured to receive leg straps of the safety harness, a central pad portion connecting the pair of leg pad portions and structured to receive a seat strap of the safety harness, a pair of handles, wherein each handle is attached to one of the pair of leg pad portions, and elastic cording attached to each of the pair of handles and being structured to bias the pair of handles toward each other and against the pair of leg pad portions.