The present disclosure relates to a stop ring (1) comprising a support eye lug (2) used to suspend a stopping or lashing means and a threaded pin (6), rotatably arranged with respect to the supporting eye lug (2), for fixing to an object to be lifted or fixed, the support eye lug (2) and the threaded pin (6) being connected to each other in a form-fitting manner by a bearing journal (5) of the threaded pin (6), which engages in the bearing bore (4) of the support eye lug (2), and a plurality of bearing rollers (8), and having a locking element (13) by means of which, in a locking position, the support eye lug (2) and the threaded pin (6) can be blocked against rotation, characterized in that the bottom (3) of the support eye lug (2) is closed at the top.

The invention relates to a stop point for inserting into an undercut opening. The stop point has a stop region for stopping a lashing, lifting, or stopping means, a shaft which extends along a shaft longitudinal axis away from the stop region for inserting into the opening, and a holding protrusion on the shaft end facing away from the stop region, said protrusion protruding transversely to the shaft longitudinal axis (L). In order to improve the reliability of stop points and in particular the axial load-bearing capacity, the holding protrusion is immovably connected to the shaft according to the invention.

A clip composed of two similar hooks, pivoting around a common axis, and facing each other. Hooks are biased toward each other around the common pivot by a torsion spring. The two hooks form a loop that retains a dog collar D ring. The tips of the hooks overlap each other, allowing each hook to carry half the load. Finger pads are positioned opposite the hooks, such that when pressure is applied to the finger pads, the hooks are separated, and an ejector tab forces the dog collar D ring into the opening between the hooks, releasing the dog collar D ring. This clip is cold temperature tolerant.

A clip composed of two similar hooks, pivoting around a common axis, and facing each other. Hooks are biased toward each other around the common pivot by a torsion spring. The two hooks form a loop that retains a dog collar D ring. The tips of the hooks overlap each other, allowing each hook to carry half the load. Finger pads are positioned opposite the hooks, such that when pressure is applied to the finger pads, the hooks are separated, and an ejector tab forces the dog collar D ring into the opening between the hooks, releasing the dog collar D ring. This clip is cold temperature tolerant.

The present invention relates to a swivel for the reduction of twist of a rope, having two swivel parts which are rotatable with respect to one another in the longitudinal direction of the rope, wherein a rotary drive is provided for the forced rotation of the two parts with respect to one another. In accordance with the invention, at least one direction of rotation measurement unit is provided at the swivel for the detection of the direction of twist of the rope with respect to the swivel, wherein the rotary drive can be controlled by a control apparatus in dependence on the determined direction of twist such that the swivel part connected to the rope is rotated in the direction of the detected direction of twist.

A swivel assembly is disclosed that allows first and second sub-assemblies to swivel with respect to one another. The assembly comprises a first component and a second component, at least one having a connection formation for connection to another object. An interconnection assembly interconnects the components such that they are free to rotate about an axis. The interconnection assembly comprises an axle secured for free rotation about the axis within a recess of the second component. The axle is retained within the recess by a bearing secured within the recess by a cap located in an opening of the recess that is directed towards the first component, the axle extending through the cap along the axis for connection with the first component.

A swivel assembly is disclosed that allows first and second sub-assemblies to swivel with respect to one another. The assembly comprises a first component and a second component, at least one having a connection formation for connection to another object. An interconnection assembly interconnects the components such that they are free to rotate about an axis. The interconnection assembly comprises an axle secured for free rotation about the axis within a recess of the second component. The axle is retained within the recess by a bearing secured within the recess by a cap located in an opening of the recess that is directed towards the first component, the axle extending through the cap along the axis for connection with the first component.

A high-strength swivel device for transferring axial tension load while avoiding transfer of side loads may comprise a swivel chain connector having a swivel chain connector head and a swivel chain connector clevis, a clevis pin for capturing the terminal link of a chain within said swivel chain connector clevis; a swivel body comprising a first swivel body half and a second swivel body half, said swivel body designed and configured to capture said swivel chain connector head within the swivel device such that the swivel chain connector head may rotate within, and transfer axial loads through the swivel device; a collar for capturing the first and second swivel body halves, the swivel chain connector and the clevis pin into a structural subassembly; and a connection flange designed and configured to enable attachment of an anchor to the swivel device.

A high-strength swivel device for transferring axial tension load while avoiding transfer of side loads may comprise a swivel chain connector having a swivel chain connector head and a swivel chain connector clevis, a clevis pin for capturing the terminal link of a chain within said swivel chain connector clevis; a swivel body comprising a first swivel body half and a second swivel body half, said swivel body designed and configured to capture said swivel chain connector head within the swivel device such that the swivel chain connector head may rotate within, and transfer axial loads through the swivel device; a collar for capturing the first and second swivel body halves, the swivel chain connector and the clevis pin into a structural subassembly; and a connection flange designed and configured to enable attachment of an anchor to the swivel device.

A swivel connection device having a housing body, two coupling elements connected to the housing body, and hinged connection elements connected to the housing body is provided. The two coupling elements are freely rotatable relative to one another about a main rotation axis defined by the hinged connection elements. Each coupling element, in an operating configuration, supports a respective load directed along a respective load direction substantially parallel to the main rotation axis. The housing body defines a plurality of connection seats, and each connection seat defines a stop wall. Each of the two coupling elements is inserted into a respective connection seat, against a respective stop wall, along an insertion direction. The insertion direction of each coupling element is in a direction concordant with the load direction of the load supported by a same coupling element.