76results about "Swivels" patented technology

A swivel coupling is provided for connecting a multi-piece restraint having two trapezoidally shaped segments capable of rotating with respect to each other. Each segment includes rectangular and multiple cylindrical portions with one being orthogonal to the segment and having an orifice for receiving a connecting means to join the segments. In another embodiment, one segment is joined to an attachment having a hook that includes a base portion and a hook portion where the base portion includes an orthogonal cylindrical portion having an orifice for receiving a connecting means that extends through the orifice and through the second orifice of the segment.

Disclosed is a stopping point comprising a connecting eye (1) used with stopping or lashing means. Said connecting eye is rotatably mounted on an anchoring screw (4) which is undetachably connected to a supporting disc (10). The base (2) of the connecting eye leans against a ring flange (13) of the anchoring screw (4) head (5) via a first series of rolling bodies (11) and against the supporting disc (10) via a second series of rolling bodies (12) so as to ensure high rotatability of the connecting eye (1) in relation to the anchoring screw (4).

A swivel attachment device comprising a pair of rings able to rotate freely with respect to one another around an axis of rotation defined by a central pivot-pin. At least one of the rings is in the form of a hook delineating a lateral access space. A removable closing part, composed of a spacer through which a fixing screw passes, is able to close said space performing partial take-up of the tensile forces.

Disclosed is an attaching device for attaching stopping or lashing means to objects that are to be transported or tied down, comprising a fixing element (1), an attaching element (16), and a connecting element (15) which is rotatably mounted on a socket (4) wrapped around the fixing element (1) and connects the attaching element (16) to the fixing element (1). The connecting element (15) leans against ring flanges (6, 7) placed at the ends of the socket (4) via series of rolling bodies (12, 13) so as to allow said connecting element (15) to rotate without jerking and make it sufficiently tilt-proof.

A retaining keeper assembly for a hoisting device. A shank has a plurality of circumferential grooves perpendicular to an axis of the shank. A thrust bearing surrounds the shank and is supported by the hoisting device. A split retaining collar having a plurality of interior circular protrusions mates with the circumferential grooves in the shank to prevent axial movement of the shank. A cylindrical retaining keeper ring having an open top and an open bottom encloses the assembled retaining collar, the keeper ring having an inner diameter slightly larger than an outer diameter of the retaining collar. A pair of retaining rings surround the split retaining collar above and below the keeper ring to trap the keeper ring in place.

A connecting device which has an excellent appearance, produces no frictional sound between a connecting device main body such as a swivel hook main body and a belt attaching member and can be assembled easily and securely. The connecting device includes a neck portion (24) standing from a proximal portion (22-1) of a main body (2, 50) of the connecting device (1, 5) and an engagement head (25) which is expanded in an outward direction form a center of an axis line such that a diameter thereof can be reduced, the engagement head being provided at a front end of the neck portion (24). A belt attaching member is connected to the main body rotatably around the neck portion. A through hole which the engagement head can be engaged with by insertion is formed in part of the belt attaching member. In the through hole, a small-diameter hole portion having a smaller diameter than the diameter of the engagement head and a large-diameter hole portion having a large diameter than the diameter of the engagement head are connected via a stepped portion. The large-diameter hole portion has a ring-like member which allows the neck portion to be inserted therethrough. The ring-like member has a cylindrical wall portion which is accommodated in the large-diameter hole portion and a ring-like engaging portion provided at an end of the wall portion and extended toward a center thereof. An inside diameter of the engaging portion (43) is equal to an outside diameter of the diameter of the engagement head (25) when it is reduced.

A swivel (100) for a mooring line comprises a first element (110) with a first line coupler (111) and a second element (112) with a second line coupler (113). The first element (110) and the second element (112) are rotatable relative to each other. An electric power generator (120) converts a relative rotation between the first element (110) and the second element (112) into electric power. In use, the line couplers (111, 113) are attached to separate segments of the mooring line. A pull F applied to or relieved from the mooring line causes the relative rotation. The swivel preferably contains a battery and a control unit, and may supply power to one or more sensors (130) built into or external to the swivel (100). A system for monitoring a mooring arrangement is also disclosed.

A swivel attachment device comprising a pair of rings able to rotate freely with respect to one another around an axis of rotation defined by a central pivot-pin. At least one of the rings is in the form of a hook delineating a lateral access space. A removable closing part, composed of a spacer through which a fixing screw passes, is able to close said space performing partial take-up of the tensile forces.

The invention discloses a swivel comprising two coaxial, mutually rotatable members is provided with means for transferring operating and / or controlling media or the like between the members. The means can be flexible hoses or cables connected between the members. The hoses or cables are connected to the members by means of quick-couplings.

Disclosed is an attaching device for attaching stopping or lashing means to objects that are to be transported or tied down, comprising a fixing element (1), an attaching element (16), and a connecting element (15) which is rotatably mounted on a socket (4) wrapped around the fixing element (1) and connects the attaching element (16) to the fixing element (1). The connecting element (15) leans against ring flanges (6, 7) placed at the ends of the socket (4) via series of rolling bodies (12, 13) so as to allow said connecting element (15) to rotate without jerking and make it sufficiently tilt-proof.

A triangular lift frame may include a first load block, a second load block and a third lift block, each load block including a hoist ring at each end. A first frame member extends between the first and second load blocks; a second frame member extends between the second and third load blocks; and a third frame member extends between the first and third load blocks. The frame members are arranged in a triangular fashion. In one embodiment, the triangular fashion may be such that a load force carried by each respective pair of load blocks is transmitted linearly longitudinally along a respective frame member extending between the respective pair of load blocks.

A swivel has a main body, a longitudinal locking unit, and a lateral locking unit. The main body has a longitudinal axis, a lateral axis being perpendicular to the longitudinal axis, an accommodating gap, a through hole, a threaded hole, and a receiving space. The accommodating gap is disposed between and communicates with the through hole and the threaded hole. The receiving space is disposed along the lateral axis and communicates with the through hole. The longitudinal locking unit has a shaft mounted through the through hole and screwed with the threaded hole. The lateral locking unit has a lateral locking component mounted in the receiving space and able to block the shaft to prevent the shaft from falling off from the accommodating gap. The swivel is capable of multiple locking manners to securely connect a belt and a heavy object.

A connecting device which has an excellent appearance, produces no frictional sound between a connecting device main body such as a swivel hook main body and a belt attaching member and can be assembled easily and securely. The connecting device includes a neck portion standing from a proximal portion of a main body of the connecting device and an engagement head which is expanded in an outward direction form a center of an axis line such that a diameter thereof can be reduced, the engagement head being provided at a front end of the neck portion. A belt attaching member is connected to the main body rotatably around the neck portion. A through hole which the engagement head can be engaged with by insertion is formed in part of the belt attaching member. In the through hole, a small-diameter hole portion having a smaller diameter than the diameter of the engagement head and a large-diameter hole portion having a large diameter than the diameter of the engagement head are connected via a stepped portion. The large-diameter hole portion has a ring-like member which allows the neck portion to be inserted therethrough. The ring-like member has a cylindrical wall portion which is accommodated in the large-diameter hole portion and a ring-like engaging portion provided at an end of the wall portion and extended toward a center thereof. An inside diameter of the engaging portion is equal to an outside diameter of the diameter of the engagement head when it is reduced.

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 / quick release device having a shaft adapted to receive a load at one end operated associated with a bearing means at its other end; a housing in which said shaft is slidably mounted. A release and attachment means is disposed in the housing around the bearing means releasably retaining an attachment for a tow rope. Spring means is present within the housing and engaging the shaft such that as a load is increasingly applied to one end of the shaft, the spring means is compressed within the housing until the attachment for a tow rope is released.