A dump cart comprises a bed, a bed adapter, a frame, and a lift adapter. The bed is configured to carry a load. The bed adapter is configured to receive a bottom wall of the bed and includes a left adapter rail and a right adapter rail. The frame includes a left frame rail pivotally coupled to the left adapter rail and a right frame rail pivotally coupled to the right adapter rail. These connections allow the bed to dump the load to the rear of the dump cart. The lift adapter assists in lifting an object and includes left and right cradle arms that are configured to couple to one or more features of the object and a stabilizer leg that is configured to contact the ground so as to support a portion of the weight of the object.

A dump cart comprises a bed, a bed adapter, a frame, and a lift adapter. The bed is configured to carry a load. The bed adapter is configured to receive a bottom wall of the bed and includes a left adapter rail and a right adapter rail. The frame includes a left frame rail pivotally coupled to the left adapter rail and a right frame rail pivotally coupled to the right adapter rail. These connections allow the bed to dump the load to the rear of the dump cart. The lift adapter assists in lifting an object and includes left and right cradle arms that are configured to couple to one or more features of the object and a stabilizer leg that is configured to contact the ground so as to support a portion of the weight of the object.

The present invention relates to a lifting and transporting device. The device of the invention is useful for lifting and moving any object which has a pair of spaced apart wheels but is particularly adapted for the lifting and transporting of hospital beds. The bed lifter includes an improved means of engaging a bed and supporting the load of the bed or bed/patient combination during lifting and transportation by engaging the bed wheels and not the bed frame.

The present invention relates to a lifting and transporting device. The device of the invention is useful for lifting and moving any object which has a pair of spaced apart wheels but is particularly adapted for the lifting and transporting of hospital beds. The bed lifter includes an improved means of engaging a bed and supporting the load of the bed or bed/patient combination during lifting and transportation by engaging the bed wheels and not the bed frame.

A scraper tractor stand may include a plurality of linear central support beams adapted to be positioned underneath the heavy-duty equipment. A portable first support section may be connected to a respective proximal end of each of the central support beams. The first support section has a first cross-beam registered along a first x-axis. The first cross-beam may be fixedly connected to the heavy-duty equipment. A portable second support section may be connected to a respective distal end of each of the central support beams. The second support section has a second cross-beam registered along a second x-axis. Each of the first and second cross-beams may be independently adjustable along mutually exclusive first and second y-axes respectively. The central support beams may further be coplanar and aligned along a horizontal plane oriented perpendicular to the first and second y-axes respectively.

A scraper tractor stand may include a plurality of linear central support beams adapted to be positioned underneath the heavy-duty equipment. A portable first support section may be connected to a respective proximal end of each of the central support beams. The first support section has a first cross-beam registered along a first x-axis. The first cross-beam may be fixedly connected to the heavy-duty equipment. A portable second support section may be connected to a respective distal end of each of the central support beams. The second support section has a second cross-beam registered along a second x-axis. Each of the first and second cross-beams may be independently adjustable along mutually exclusive first and second y-axes respectively. The central support beams may further be coplanar and aligned along a horizontal plane oriented perpendicular to the first and second y-axes respectively.

A saddle and removable extension for a floor jack having a storage assembly is disclosed. A saddle and extension assembly of the floor jack includes a jack saddle fastened to a mounting bracket of a lifting arm and an extension having a flange and an extension saddle. To withstand off-center loading conditions when the floor jack is in an upper extended position, at least one extension fastener is operable to engage with at least one extension bore by fastening the extension to the jack saddle and the mounting bracket of the lifting arm. A storage assembly is provided on a body of the floor jack to house the extension during storage or transport.

A saddle and removable extension for a floor jack having a storage assembly is disclosed. A saddle and extension assembly of the floor jack includes a jack saddle fastened to a mounting bracket of a lifting arm and an extension having a flange and an extension saddle. To withstand off-center loading conditions when the floor jack is in an upper extended position, at least one extension fastener is operable to engage with at least one extension bore by fastening the extension to the jack saddle and the mounting bracket of the lifting arm. A storage assembly is provided on a body of the floor jack to house the extension during storage or transport.

A wheel component handling (10) device comprising a frame (12) having a plurality of wheels (24). A support shaft (14) extends upwardly from the rear of the frame (12) adjacent a first side (22). A support arm (16) is pivotally mounted at a first end thereof to the support shaft (14) to rotate through a vertical plane and a lifting device (40) is secured to the rear of the frame (12) to engage with the support arm (16) adjacent the first end. A component support (18) is secured to second end of the support arm (16). The component support (18) has a mount for holding a component of a wheel, the mount being located between the first and second ends of the support arm (16) on a side of the support arm (16) facing the second side of the frame (12).

A wheel component handling (10) device comprising a frame (12) having a plurality of wheels (24). A support shaft (14) extends upwardly from the rear of the frame (12) adjacent a first side (22). A support arm (16) is pivotally mounted at a first end thereof to the support shaft (14) to rotate through a vertical plane and a lifting device (40) is secured to the rear of the frame (12) to engage with the support arm (16) adjacent the first end. A component support (18) is secured to second end of the support arm (16). The component support (18) has a mount for holding a component of a wheel, the mount being located between the first and second ends of the support arm (16) on a side of the support arm (16) facing the second side of the frame (12).