The invention relates to a safety harness device for catching a person if they fall, in particular in the case of construction activities, comprising at least one shoulder strap, which has a chest portion, a shoulder portion and a back portion, comprising a locking element for releasably attaching a safety rope, wherein the locking element can be transferred between a working position, in which the locking element is arranged on the back portion side of the shoulder strap, and a catch position, in which the locking element is arranged on the chest portion side of the shoulder strap.

A belt of a roping harness having a flexible knit support strip designed to support the dorsal part of a user, an adjustment device of the circumference of the belt having first and second ends fixed to the support strip in first and second positions, and at least three resistance threads each sewn onto the adjustment device in specific third and fourth positions. At least one of the resistance threads presents a larger length than the distance separating its third and fourth positions along the support strip. The belt includes guidelines formed by a knit fabric which secure the resistance threads with the support strip in separated manner from one another in a direction orthogonal to the longitudinal axis of the support strip. The roping harness comprises a pair of leg loops having similar features.

The invention relates to 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, said component comprising: 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.

A harness adjustment device for adjusting a length of webbing includes a toothed rotational member including a spool structured to receive the webbing and an end portion including teeth disposed at an end of the spool, the toothed rotational member being structured to rotate to draw in or let out the webbing, and an engagement mechanism having an engagement portion. The engagement portion is structured to move between a first position in which the engagement portion abuts against the toothed rotational member between at least two of the teeth and prevents rotation of the toothed rotational member, and a second position in which the engagement portion is separated from the toothed rotational member and allows rotation of the toothed rotational member.

Fall protection apparatus includes a self-retracting lifeline, a tether line and a link member enabling connection of the self-retracting lifeline to the tether line. An anti-connection device is fitted to the link member permitting connection to the self-retracting lifeline but inhibiting connection to other devices when connected to the self-retracting lifeline.

Harnesses for use by a person at height are disclosed. A harness includes a plurality of flexible harness elements, each of which, when in use, encircles part of a user's body. Some or all of the harness elements include a connection piece. A bridge extends between a respective connection piece of two or more harness elements, the bridge extending across a part of a user's body. A connection assembly is connected to the bridge to convey at least part of a user's weight from the harness to a support element. The connection assembly has a coupling element that at least partially surrounds and that can move along the bridge and is capable of loading the bridge at spaced-apart locations. This provides comfort without the need to include any elongate, rigidly-attached component, the presence of which could reduce the flexibility of the harness.

A web harness belt includes multiple layers. A first elastomer layer portion and a second elastomer portion each connected to a ballistic material layer of the multiple layers. The first elastomer layer portion and the second elastomer layer portion each including multiple belt configuration slots.

Various embodiments illustrated herein disclose a full body harness that includes a connector. The connector includes a first plate and a second plate, where the first plate is identical to the second plate. The first plate and the second plate includes a plurality of slits to facilitate passage of a first harness and a second harness therethrough. The first plate is rotatably coupled to the second plate such that they are rotatable with respect to each other. Such a connector automatically enables easy adjustment of the harness based on an activity of a user who is wearing the harness.

A harness adjustment device for adjusting a length of webbing includes a toothed rotational member including a spool structured to receive the webbing and an end portion including teeth disposed at an end of the spool, the toothed rotational member being structured to rotate to draw in or let out the webbing, and an engagement mechanism having an engagement portion. The engagement portion is structured to move between a first position in which the engagement portion abuts against the toothed rotational member between at least two of the teeth and prevents rotation of the toothed rotational member, and a second position in which the engagement portion is separated from the toothed rotational member and allows rotation of the toothed rotational member.

A roping harness includes a belt, a pair of leg loops and an elastic wire element. The belt has a lining arranged between an outer wall and an inner wall. The elastic wire element is securedly attached to the belt and has one end arranged movably with respect to the belt by elastic deformation. The lining defines a channel receiving a part of the elastic wire element. The outer wall defines a right through hole or a left through hole opening out facing the channel. The elastic wire element passes through the two through holes so that the end of the elastic wire element is located outside the channel.