Abstract: A lifting lug for a heating, ventilation, and/or air conditioning (HVAC) unit includes a first flange configured to be secured against a surface of the HVAC unit, a second flange configured to be secured against the surface of the HVAC unit, and an intermediate portion extending between the first flange and the second flange. The intermediate portion is offset from the first flange and the second flange to form a space between the intermediate portion and the surface of the HVAC unit in an installed configuration of the lifting lug, and the intermediate portion includes an edge and a notch formed in the edge and through a thickness of the intermediate portion.

Abstract: The present disclosure relates to a computer-implemented method of, a data processing system for, and a computer program product for indicating machine failures as well as to a corresponding machine and a computer-implemented method of training a neural network for indicating machine failures. At least one input signal based on at least one physical quantity of at least one machine part is transformed into at least one feature. A neural network predicts a class and/or a severity of at least one machine failure based on the at least one feature.

Abstract: An oilfield casing centralization tool allows a user to center the casing to install the casing hanger into the bowl profile of a wellhead to support the weight of the casing which can exceed over one million pounds. The oilfield casing centralization tool includes a push jack assembly, an anchoring jack assembly, and an elongated structural member. The anchoring jack assembly allows a user to fully secure the oilfield casing centralization tool to a bolt hole of the wellhead. With the oilfield casing centralization tool fully secured to the wellhead, the push jack assembly allows a user to push the casing a desired distance in order to center the casing within a wellbore. The elongated structural member serves as a rigid hub for the push jack assembly and the anchoring jack assembly.

Abstract: Anchors, clutches, and lifting systems are described herein that increase the size of a shear cone within a precast concrete panel without using multiple clutches and without increasing the complexity of the lift system. A shear cone is the volume within the panel that the anchor and clutch pull on when orienting and positioning the precast concrete panel. Anchors described herein encompass a larger volume of the panel in different ways to produce a larger shear cone. Similarly, the clutches described herein have features that allow a clutch to accommodate the improved anchors. As a result, the anchors, clutches, and lifting systems provide a larger shear cone in the panel to increase the load capacity of the lifting system and reduce the likelihood of failure.

Abstract: A lifting point for lifting loads having a swivel body with which is associated an attaching loop capable of cooperating with a lifting accessory, and a fixing member for fixing said lifting point to a load, the fixing member and the swivel body being joined together by a swivel linkage allowing the body to swivel relative to the fixing member about an axis. The parts of the fixing member and of the swivel body cooperating in the swivel linkage are each made in one piece, so as to form a linkage which cannot be dismantled, one and/or the other of these parts being manufactured by metallic additive manufacturing.

Abstract: A suspension ring for multistrand lifting tackle comprises two parallel rectilinear legs connected to one another at their ends by arcuate connecting legs. A lower connecting leg is along a longitudinal center line of the ring, extending as a circular segment in the central region of its extent and in the two regions in which it merges into each of the two legs. The radii of the rounded portions on the inside of the ring are less than half the internal width of the ring but greater than half the diameter of the legs, and the central region in the form of a circular segment is connected at its ends to the transitional region as a circular segment to the adjacent leg via a rectilinear intermediate segment of the connecting leg. An angle of the intermediate segment ranges from 50° to 75° to the longitudinal center line of the ring.

Abstract: An edge lift anchor for embedment into a concrete panel, the anchor having a head of generally plate-like form for releasable attachment with lifting equipment, and at least one leg extending from the head, for locking into the surrounding concrete, the head having an eye for receiving a locking bolt of a lifting clutch in the form of a ring clutch, the head having an upper edge engageable by the body of the ring clutch when the clutch body is inclined at the commencement of lifting a cast panel from the horizontal configuration in which it is cast to a generally vertical configuration, wherein the width of the head is such that engagement between the clutch body and the edge of the head at the commencement of lifting from a horizontal configuration is at a sufficient distance from the end of the head that any deformation of the edge of the head caused by engagement with the clutch body under the applied lifting load will be wholly contained within the width of the head.

Abstract: The invention relates to a lifting beam for lifting and handling a rotor blade of a wind energy plant, comprising a fastening means for fastening the lifting beam to a crane, at least one fastening means for fastening the lifting beam to the rotor blade a longitudinal pivoting means for pivoting the rotor blade which is supported by the lifting beam about a longitudinal axis of the rotor blade, and/or a transverse pivoting means for pivoting the rotor blade which is supported by the lifting beam about a transverse axis perpendicular to the longitudinal axis. The invention further relates to a method for mounting rotor blades of a wind energy plant using a lifting beam according to the invention.

Abstract: A modular tool body having upper and lower sections, a pair of longitudinal members define a central open region, the longitudinal members joined at one end having a lifting feature formed therein configured to accept a manipulator. The lifting feature is positioned such that when the modular tool body and a rig tool connected thereto are lifted by the manipulator, they are easily moved over, aligned with, and connected with a working drillpipe or other rig tool while minimizing possibility of the manipulator slipping off. The lower section includes a threaded end mating with a mating end of a rig tool, a central longitudinal bore, and an upper end formed to accept the lower ends of the longitudinal members of the upper section. Elongate slots in each longitudinal member define one or more manipulating handles. A pair of generally horizontal hand holds may be formed in each longitudinal member.

Abstract: A device (10,110) for lifting a structure (59) having an aperture (62) therein, the device (10,110) including a body (12, 112) adapted to locate the device (10,110) relative to the aperture (62) of the structure (59) and a pin (18, 118) moveably receivable by a bore (16, 116) of the body (12, 112), the pin (18, 118) including a foot (22, 122) which is arranged to pass through the aperture (62) of the structure (59) in a first orientation and be rotated to a second orientation such that the foot (22, 122) is engagable with the aperture (62) of the structure (59).

Abstract: The invention relates to an eyebolt for releasably connecting a carrying, lashing or traction means with an object, comprising a threaded bolt (2) and an eyelet (3), wherein the threaded bolt (2) has an inner bearing part (10) and the eyelet (3) is connected to an outer bearing part (4) which with the incorporation of rolling elements (12a, 12b) is supported on the inner bearing part (10), wherein the rolling elements (12a, 12b) are disposed above one another in a ring around the inner bearing part (10) in at least two planes (E1, E2) extending spaced apart and parallel to one another, wherein: rolling elements (12a) disposed in a first plane (E1) have a radius and rolling elements (12b) disposed in a second plane (E2) have a radius.

Abstract: Liner plates of mild steel layered over with chromium carbide are provided with a bi-planar spacer clip also acting as a lifting eye on the top surfaces thereof and fasteners such as bolts or studs extending from the exposed planar surface of the mild steel layer. A chain and hook arrangement is used to deliver and locate each liner plate adjacent a wall upon which the liner plates are to be mounted in vertically stacked relationship. The clips serve as spacers between vertically stacked liner plates and the fasteners extend through pre-formed holes in the wall of the delivery structure. The clips have a notched base portion which receives a weld bead running along the top exposed edge of only the mild steel layer. The clips are left in place after installation and are gradually worn away by ore traveling through the delivery structure.

Abstract: An apparatus for shipping goods may include a strut, a first beam, a second beam, a lift-eye housing interfacing with the strut, the first beam, and the second beam, and having an opening facing in the direction of the upper wall, and a lift-eye disposed within the lift-eye housing and configured to support the weight of the apparatus and to pivot from a stowed position within the lift-eye housing to a deployed position where a distal portion of the lift-eye projects out of the lift-eye housing.

Abstract: A lifting connector to facilitate the lifting of wear parts used on earthmoving equipment is mechanically secured to a hole in the wear part. The wear part has a latching formation to maintain the head of the connector in a preferred orientation so that it is in the proper service position for connecting the lifting connector to a lifting device. The wear part can be safely maneuvered onto and off of the earthmoving equipment while secured to the lifting device.

Abstract: Embodiments of the invention provide methods and apparatus for a handling system and attachment of a secondary elevator, and/or other complementary equipment, to a primary elevator. In one embodiment, a casing elevator is provided. The casing elevator includes a body, two first load-rated lift members coupled to a perimeter of the body at a first location on the body, and two second load-rated lift members coupled to the perimeter of the body at a second location on the body, the second location being different than the first location.

Abstract: In an omni-positional hoist ring assembly, a U-bar is pivotally mounted to a body, and a mounting member is threadably mountable to a load. The body is mounted to swivel about the mounting member, and includes a detent engaging bore. The mounting member includes a threaded stud or threaded female connector, and a head engagable by a torque-applying tool. A latching assembly is adapted to axially releasably retain the body to the mounting member, and includes a detent and a C-washer. The C-washer is pivotally mounted to the body and has a threaded detent retaining bore. The detent has a male detent thread engaged with the threaded detent retaining bore for holding the detent in engagement with the C-washer. The detent includes a plunger which is spring biased to reversibly urge a body engaging member into engagement with the detent engaging bore.

Abstract: Provided is a disk hoisting tool which can prevent deformation or fracture of corner portions of a fitting groove, falling of a disk, and damage to a surface forming the fitting groove, and can safely reverse the disk. The disk hoisting tool which is mounted so as to hoist a disk where a plurality of fitting grooves penetrating in a plate thickness direction are circumferentially formed in a peripheral portion, the disk hoisting tool including a hoisting body (11) that includes: an eye plate (21) having a through hole penetrating in a plate thickness direction; and a fitting projection (22) formed so as to be fitted with the fitting groove.

Abstract: A lifting lug is disclosed for use with a low profile heater basket. The lifting lug can include a corner portion including first and second legs. The first and second legs are coupled to each other at respective first ends. The first and second legs can be oriented at an angle with respect to each other. The angle can be from 82.5-degrees to 97.5-degrees. The lifting lug can further include a hook engaging portion having first and second ends connected to respective second ends of the first and second legs. The hook engaging portion has a cylindrical cross-sectional shape. Further, an outer surface of the hook engaging portion is recessed from a bottom surface of a plane formed by bottom surfaces of the first and second legs. Other embodiments are disclosed and claimed.

Abstract: A pipe lifting system including a lift bushing having a first outer surface, a second outer surface, a shoulder interconnecting the first and second outer surfaces, an inner bore extending from a first end surface to a second end surface, and a fastening mechanism operatively associated with the first outer surface or the second outer surface. The lift bushing is dimensioned to be inserted through a flange hole in a flange of a pipe to facilitate lifting of the pipe. The shoulder engages a shoulder of the flange hole. The fastening mechanism retains the lift bushing within the flange hole. The lift bushing is capable of remaining within the flange hole when the flange is attached to a flange of another pipe. The pipe lifting system may also include a shackle assembly capable of selectively engaging the inner bore of the lift bushing.

Abstract: A lug reversibly connectable to a wear plate having a hole extending therethrough. The lug includes a coupling means and a plug. The plug comprises an upper surface. In a first position the lug is connectable to an underside of the wear plate such that the coupling means extends through said hole and outward from an upper surface of the wear plate an in this position can be engaged by a hoist. In a second position the lug is connectable to the underside of said wear plate such that the plug fills said hole whereby the upper surface of the plug is aligned with the upper surface of the wear plate to thereby present an even wear surface.

Abstract: Mantle lifting device (10) has a body (26) configured to selectively engage and disengage an opening (24) of a mantle (12) by rotation in respective opposite directions about a central axis (28) of the body (26). The body (26) is provided with a lifting point (30) which is configured to couple with a lifting device such as a crane (not shown). The body (26) is in the general form of a plug having an upper surface (34) and an opposite surface (36) and tapered circumferential surfaces (38 and 40). The surface (40) is provided with indicia (43) commencing at a distance d on the surface (40) below the edge (42). This is used to indicate safe or unsafe lifting conditions. The indicia (43) being visible when the device (10) is engaged with the mantle (12) is an indication that the mantle (12) is worn to the extent that it may not be safe to lift the mantle (12) by way of the device (10), or at least not without additional safety precautions being taken.

Abstract: A pull back system to install or replace underground utilities that is used with a hammer used in horizontal directional drilling operations. The system comprises a drill bit attached to the hammer. The drill bit comprises a cutting face comprising a first and second passage. The system further comprises a pull back adapter comprising an attachment member, a first member, and a second member. The attachment member may be secured to the cutting face of the drill bit by inserting the first member of the pull back adapter through the first passage of the cutting face and inserting the second member of the pull back adapter through the second passage of the cutting face. The first member secures to the second member within an internal cavity of the drill bit to hold the attachment member for movement with the drill bit. A new pipe may be secured to a shackle on the pull back adapter. The drilling machine will then pull the hammer rearwardly through the borehole which in turn pulls the new pipe into the borehole.

Abstract: A device for attaching, lifting, and/or lashing goods, has a load ring (1), the ring lug (2) of which has two retaining pins (7a, 7b) for connecting to fixing frames (3a, 3b), which in turn can be fastened to goods (4). A kit for a device having a load ring (1) and a method for producing the device are also provided. In order to ensure that the retaining pins (7a, 7b) are inserted far enough in the goods (4), the device has at least one axial securing element (X), by which one of the retaining pins (7a, 7b) is secured in a predetermined axial working position (P) in one of the retaining receptacles (8a, 8b).

Abstract: A hoisting device and method of making the same including a hoist body having an inwardly extending post pocket that includes an inwardly facing body groove extending about a post pocket axis. The hoist body further includes an access opening in communication with the body groove. The hoisting device further including a post having a post head that has an outwardly extending post groove configured to functionally align with the body groove of the body such that the two groove are in functional alignment with one another when in an assembled position. The access opening allowing a plurality of bearings to be directed into the bearing groove when the post is in assembled position within the bearing pocket. The hoist device further includes a plug to selectively close the access opening thereby maintaining the plurality of bearings in the bearing grooves.

Abstract: A tension bar for an edge lift anchor for a concrete panel, the tension bar being shaped to provide a central portion to lie adjacent a head portion of the anchor and legs extending from each end of the central portion, an inner side of each leg being profiled to lock into the surrounding concrete, the profiling being formed by a series of longitudinally spaced formations each of generally saw-toothed shape with a leading edge of each formation facing towards the head portion such that on application of tensile load to the tension bar, the leg will lock into the concrete with a generally compressive loading being applied to the concrete in the zone between the two legs.

Abstract: 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.

Abstract: A deployment apparatus is described. The deployment apparatus is for deploying an underwater power generator having a power generating main body from a deployment vessel disposed on the surface of a body of water onto a pylon disposed on the bed of the body of water and the deployment apparatus includes: a frame including one or more connectors disposed on a base region of the frame, the connectors for releasable connection to catches disposed on an upper region of the power generating main body, the connectors being remotely operable between a connected position in which the connectors are engaged with the catches and a disconnected position in which the connectors are disengaged from the catches; and one or more cameras disposed on the frame for providing visual guidance to the vessel of the position of the underwater power generator relative to the pylon. A method for deployment of the underwater power generator is also described.

Abstract: A load transfer device for attachment to a good to be moved via a plurality of wires, the load transfer device including a body having a first fastener and a second fastener. The first fastener is adapted to attach the load transfer device to the good and the second fastener is adapted for attachment of the plurality of wires.

Abstract: This invention provides an apparatus and method for safely lifting large off-highway truck bodies and also allows for lifting these truck bodies inside off-highway truck service bays with limited overhead lifting clearances. The invention minimizes the stresses on the truck body and on the lifting cables/slings. This lifting apparatus and method incorporates temporary lifting eyes installed through lifting hole receivers in the truck body floor. The temporary lifting eyes can be designed such that their strength is gained thru interlocking steel members versus simply welding.

Abstract: A method of lifting an aircraft at a lifting location including the steps of securing a fitting to the aircraft when the aircraft is at the lifting location, the fitting including an attachment member configured to be secured to the item and a lifting member which is pivotally coupled to the attachment member. The lifting member has a socket for engaging a crane hook. Engaging the fitting with the crane hook and transmitting lifting load from the crane hook to the aircraft via the fitting. The crane hook has an attachment link having a first pivot point attached to the hook forward of its center of gravity, and a second pivot point configured to be lifted by a crane.

Abstract: A jaw crusher liner handling tool includes a lifting eye having a radially extending shank and a radially extending lug, the lug including a hole parallel to the axis of the eye. The shank includes an elongate head on its end that is remote from the eye and is parallel to the axis of the eye.

Abstract: A mounting tool for use in safely lifting a heavy object such as a wind tower segment. Mounting tools may be provided in a kit that includes a tool that is especially adapted for attachment to the top of the object, and a tool that is especially adapted for attachment to the bottom of the object. Both the top and bottom mounting tools include a mounting bracket for removably mounting the tool to a mounting ring on a heavy object. To accommodate different bolt patterns in mating holes in the objects, the mounting bracket has a slotted mounting hole and two generally annular mounting holes extending therethrough. These mounting holes are arrayed along a common axis. A hoist ring assembly is mounted to the mounting bracket and includes a bail adapted for swiveling and pivoting movement to define a generally hemispheric envelope.

Abstract: A mounting tool for use in safely lifting a heavy object such as a wind tower segment. Mounting tools may be provided in a kit that includes a tool that is especially adapted for attachment to the top of the object, and a tool that is especially adapted for attachment to the bottom of the object. Both the top and bottom mounting tools include a mounting bracket for removably mounting the tool to a mounting ring on a heavy object. To accommodate different bolt patterns in mating holes in the objects, the mounting bracket has a slotted mounting hole and two generally annular mounting holes extending therethrough. These mounting holes are arrayed along a common axis. A hoist ring assembly is mounted to the mounting bracket and includes a bail adapted for swiveling and pivoting movement to define a generally hemispheric envelope.

Abstract: A hoist ring assembly with expansion anchor includes an anchor subassembly and a rotatable and pivotable lifting loop. The anchor subassembly includes a bushing element, an engagement element and a retainer element. The bushing element has an anchor shaft extending along a major axis. The engagement element has a threaded bore extending long a bore axis which is approximately parallel to the major axis when the assembly is in assembled state. The threaded bore is adapted to threadably receive a threaded portion of the retainer element. The bore axis may be forced out of alignment with the major axis by way of a tightening rotation of the threaded portion with respect to the threaded bore, thus expanding the effective diameter of the combined anchor shaft and engagement element. The assembly is thereby releasably anchorable to a pre-drilled hole in a load to be lifted.

Abstract: A mounting tool for use in safely lifting a heavy object such as a wind tower segment. Mounting tools may be provided in a kit that includes a tool that is especially adapted for attachment to the top of the object, and a tool that is especially adapted for attachment to the bottom of the object. Both the top and bottom mounting tools include a mounting bracket for removably mounting the tool to a mounting ring on a heavy object. To accommodate different bolt patterns in mating holes in the objects, the mounting bracket has a slotted mounting hole and two generally annular mounting holes extending therethrough. These mounting holes are arrayed along a common axis. A hoist ring assembly is mounted to the mounting bracket and includes a bail adapted for swiveling and pivoting movement to define a generally hemispheric envelope.

Abstract: A hoist ring assembly includes an anchor subassembly with bushing, retainer and threaded fastener elements, and a loop subassembly with a lifting loop and pair of pin elements. The assembly is adapted such that the lifting loop is rotatable through a 360-degree angle about a major axis, and pivotable through at least 180-degree angle about a minor axis. The assembly can be rapidly assembled or disassembled, and incorporates one or more components which may be substantially fabricated by way of forging operation, particularly the retainer member.

Abstract: Embodiments of the invention provide methods and apparatus for a handling system and attachment of a secondary elevator, and/or other complementary equipment, to a primary elevator. In one embodiment, a casing elevator is provided. The casing elevator includes a body, two first load-rated lift members coupled to a perimeter of the body at a first location on the body, and two second load-rated lift members coupled to the perimeter of the body at a second location on the body, the second location being different than the first location.

Abstract: A method for bracing a lifting loop for a concrete element at least during a concrete element lifting operation effected by using the lifting loop, whereby the lifting loop is at least partially located inside a recess prepared on a surface of the concrete element, in which method at least forces, which are longitudinal relative to a concrete element to be lifted and which are applied to the lifting loop, are conveyed to the concrete element to be lifted by means of a support piece to be set at least partially in said concrete element's recess prepared in association with the lifting loop. The invention relates also to such a lifting loop support piece.

Abstract: A sling element and a combination for coupling sling gear, to a goods item to be transported, wherein the sling element has a fastening section, into which an oblong-shaped opening is formed which leads from the upper side of the fastening section to a contact area formed on the underside of the fastening section. The combination enables the sling element to be fastened in a durably secure way even with adverse loads. This is achieved by a wedge area aligned in the longitudinal direction of the opening of the fastening section being formed on the fastening section, which wedge area runs in a plane which intersects the longitudinal axis of the opening at an acute angle and is designed as a support for a fastening member which is provided to brace the sling element on the goods item to be transported.

Abstract: A lifting bracket for a lifting assembly to lift a cylindrical object having an annular flange with a plurality of spaced-apart holes formed therein using a lifting device is provided. The bracket includes a flange attachment piece having at least one adjustable hole assembly for aligning with at least one hole of said plurality of spaced-apart holes on the flange such that the bracket may be used to lift objects having spaced-apart holes of varying distances. The bracket also includes a hoist ring for receiving a wire rope and a swivel device having a hoist ring connection loop. The swivel device freely rotates about a pin and the hoist ring freely pivots when the object is being lifted from a horizontal position to a vertical position.

Abstract: An apparatus and method for a lifting assembly to lift an object using a lifting device are provided. The lifting assembly comprises of an upper lifting bracket and a lower lifting bracket which are used to lift the object. The lifting brackets are adjustable such that they can be adapted to lift a number of different objects having different assemblies with different bolt patterns. The adjustability feature is provided by incorporating at least one cam into the lifting brackets.

Abstract: A method for the installation of a lifting loop in a fresh hollow core slab, said hollow core slab having its top surface broken for an opening substantially in line with a neck between the cavities, and said method comprises placing in the obtained opening a lifting loop-forming part set to bear against the hollow core slab's pre-stressing strands, the lifting loop-forming part's end sections being placed under the hollow core slab's pre-stressing strands by providing either a permanent or temporary deformation in the lifting loop-forming part. The invention relates also to an apparatus for implementing such a method, as well as to a lifting loop-forming part compatible with the method.

Abstract: A vehicular traction apparatus is manufactured which includes a connecting member having a female thread portion mountable to a vehicular side and a traction hook. At one end of the traction hook is a male thread portion screwable into the female thread portion and at the other end thereof is a hook portion to which a traction member is mountable. An original position and/or a terminal portion of the male thread portion of the traction hook is arranged in a predetermined position relative to the hook portion. After the male portion is clamped to the connecting member, position of the hook member is settable in a predetermined, allowable angle position.

Abstract: A device for transmitting a force, in particular for carrying a load, including two curved arch segments which lie opposite each other and which are connected to each other by two straight limbs that are equally long is provided. The curved arch segments and the straight limbs are produced continuously from one material at the transition points of the arch segments and limbs. A force application and exertion occurs via two bolt-like structural elements which have an outer contour that is adapted to the corresponding curved arch segments and which are to be arranged within the two arch segments in order to transmit the force. The transition of the curvature at the transition points from the limbs to the arch segments and along the respective arch segments is constant.

Abstract: A shackle bow comprises a generally U-shaped body having a first end, a second end and aligned openings defined in the first and second ends. The body has a load bearing portion positioned between the first and second ends. The load bearing portion has a cross section comprising a bearing surface that curves through more than 180 degrees and an intersecting channel-shaped supporting surface. The channel-shaped supporting surface comprises opposing channel side portions extending from opposite sides of a channel base surface and a series of spaced apart ribs connecting the opposing channel side portions to each other.

Abstract: A hoisting device and method of making the same including a hoist body having an inwardly extending post pocket that includes an inwardly facing body groove extending about a post pocket axis. The hoist body further includes an access opening in communication with the body groove. The hoisting device further including a post having a post head that has an outwardly extending post groove configured to functionally align with the body groove of the body such that the two groove are in functional alignment with one another when in an assembled position. The access opening allowing a plurality of bearings to be directed into the bearing groove when the post is in assembled position within the bearing pocket. The hoist device further includes a plug to selectively close the access opening thereby maintaining the plurality of bearings in the bearing grooves.

Abstract: A lift stub with an elongated shaft member that has a longitudinal axis, a proximal end and a distal end. A lift eye element is spaced laterally by a lateral distance from the longitudinal axis, a first distance from the proximal end, and a second distance from the distal end. The lift eye element pivotally mounts a clevis member to the elongated shaft member for rotation about a clevis axis that extends generally normal to the longitudinal axis of the elongated shaft member. The clevis has a throat that is adapted to receiving a lifting hook therein. A foot portion extends from the distal end towards the proximal end for a third distance, which is approximately less than the second distance. A spur element projects generally laterally of the elongated shaft member adjacent the distal end and generally laterally opposed to the lift eye element.

Abstract: A hoist ring assembly with expansion anchor includes an anchor subassembly and a rotatable and pivotable lifting loop. The anchor subassembly includes a bushing element, an engagement element and a retainer element. The bushing element has an anchor shaft extending along a major axis. The engagement element has a threaded bore extending long a bore axis which is approximately parallel to the major axis when the assembly is in assembled state. The threaded bore is adapted to threadably receive a threaded portion of the retainer element. The bore axis may be forced out of alignment with the major axis by way of a tightening rotation of the threaded portion with respect to the threaded bore, thus expanding the effective diameter of the combined anchor shaft and engagement element. The assembly is thereby releasably anchorable to a pre-drilled hole in a load to be lifted.

Abstract: A method of lifting an aircraft at a lifting location, the method comprising: securing a fitting (10) to the aircraft when the aircraft is at the lifting location; engaging the fitting with a crane hook (100); transmitting lifting load from the crane hook to the aircraft via the fitting; and removing the fitting from the aircraft. A fitting (10) for transmitting lifting loads from a crane hook (100) to an item, the fitting comprising: an attachment member (11) configured to be secured to the item; and a lifting member (12) which is pivotally coupled to the attachment member and configured to be engaged by the crane hook (100) so as to transmit lifting loads from the crane hook to the item. A crane hook (100) with a ball-and-socket connection is provided.

Abstract: A lifting ring assembly includes a shackle plate, a shackle operably associated with the shackle plate, and a lifting ring operably associated with the shackle. The lifting ring assembly further includes a biasing element operably associated with the shackle plate and the lifting ring for biasing the lifting ring away from the shackle plate.