Abstract: In accordance with one embodiment of the present disclosure, a ramp and/or platform assembly is described. The ramp and/or assembly can include a decking surface for supporting an object. The ramp and/or platform assembly can also include a bracket member that couples to the ramp and/or platform assembly. The ramp and/or platform assembly can also include a handrail assembly which includes an elongated member. The elongated member can include a first end portion that pivotably couples to the bracket member about a pivot point and a second end portion that is distal from the first end portion. The pivot point of the elongated member can be adjustable relative to the decking surface between a first position and a second position. The elongated member can also be adjustable between a first angular position and a second angular position.

Abstract: A modular loading ramp system includes an entry portion configured for contact with the ground, a planar section providing the primary load-carrying portion of the ramp, and a raised-surface-engaging portion for engagement with the threshold of a container, such as a metal storage container or a mobile office. The entry portion has a generally flat top surface that provides smooth transition to the planar section, and an angled lower face that defines the angle that the ramp may assume when deployed, which angle limits the ramp incline during use to no greater than approximately 10%. The raised-surface-engaging portion defines a curved surface configured to engage the container through a line contact to improve stability. Connecting members are provided along opposite side edges of each ramp unit and are configured to mate with connecting members on an opposite edge of an identical ramp unit, thus enabling a modular assembly of multiple ramp units to adapt to varied container entrance configurations.

Abstract: The present disclosure provides elbow assemblies for ramp and platform assemblies, and ramp and platform assemblies. The elbow assembly includes a first elbow sub-part that is configured to nest within a second elbow sub-part. The elbow assembly includes useful features, including structure that enables direct connection either to a tubular support member or a flat portion of a support member, and structure that provides a smooth transition between the first elbow sub-part and the second elbow sub-part at any angle within the range of motion.

Abstract: In one embodiment of the present disclosure, a handrail system for a ramp assembly, the handrail system includes first and second handrail posts oriented substantially perpendicular to a ground surface, a handrail portion having first and second ends extending between the first and second handrail posts, wherein the handrail portion is substantially parallel to a ramping surface ramping from a first elevation to a second elevation at a grade, and first and second interfaces at the first and second ends of the handrail portion for interfacing with the first and second handrail posts. In another embodiment of the present disclosure, an adaptor is configured for a handrail portion.

Abstract: A platform interface includes a platform, a hanger, and a ramping section. The platform defines a slot. The hanger has a body with a first end and a second end, a flange outwardly extending from the body and having a flange lip, and a gap extending between the first end and the flange lip. The ramping section has a hook configured to engage the flange such that the platform supports the ramping section via the flange. The gap is sized to prevent rotation of the hanger relative to the platform when the first end of the hanger is engaged with the slot and the hook engages the flange.

Abstract: A handrail bracket for coupling a handrail to a portion of a ramp and/or platform assembly includes a first portion for coupling to a handrail system, and a second portion for supporting the handrail, the second portion being adjustably coupled to the first portion. A ramp and/or platform assembly includes a handrail system coupled to the decking system at an interface, wherein the handrail system includes a pivoting bracket for adjustable handrail alignment to substantially align a handrail with the grade of the decking system.

Abstract: The present disclosure provides elbow assemblies for ramp and platform assemblies, and ramp and platform assemblies. The elbow assembly includes a first elbow sub-part that is configured to nest within a second elbow sub-part. The elbow assembly includes useful features, including structure that enables direct connection either to a tubular support member or a flat portion of a support member, and structure that provides a smooth transition between the first elbow sub-part and the second elbow sub-part at any angle within the range of motion.

Abstract: A ramp assembly includes a decking system and a handrail system, an interface between the decking system and the handrail system, and a support system pivotably coupled to the interface. Other embodiments include a swivel bracket and a method of assembling a ramp assembly.

Abstract: A ramp and/or platform assembly includes a decking system having a tread surface on at least a portion of a top deck surface of the decking system, wherein the tread surface includes a plurality of multi-tiered ridges on the top deck surface for contact with a traveling body on the top deck surface.

Abstract: A platform interface includes a platform, a hanger, and a ramping section. The platform defines a slot. The hanger has a body with a first end and a second end, a flange outwardly extending from the body and having a flange lip, and a gap extending between the first end and the flange lip. The ramping section has a hook configured to engage the flange such that the platform supports the ramping section via the flange. The gap is sized to prevent rotation of the hanger relative to the platform when the first end of the hanger is engaged with the slot and the hook engages the flange.

Abstract: A ramp and/or platform assembly includes a decking system having a tread surface on at least a portion of a top deck surface of the decking system, wherein the tread surface includes a plurality of multi-tiered ridges on the top deck surface for contact with a traveling body on the top deck surface.

Abstract: In one embodiment, a handrail bracket for coupling a handrail to a portion of a ramp and/or platform assembly includes a first portion for coupling to a handrail system, and a second portion for supporting the handrail, the second portion being adjustably coupled to the first portion. In another embodiment, a ramp and/or platform assembly includes a handrail system coupled to the decking system at an interface, wherein the handrail system includes a pivoting bracket for adjustable handrail alignment to substantially align a handrail with the grade of the decking system.

Abstract: A ramp assembly in accordance with one embodiment of the present disclosure includes a decking system and a handrail system, and an interface between the decking system and the handrail system and a support system pivotably coupled to the interface. Other embodiments include a swivel bracket and a method of assembling a ramp assembly.

Abstract: In one embodiment of the present disclosure, a handrail system for a ramp assembly, the handrail system includes first and second handrail posts oriented substantially perpendicular to a ground surface, a handrail portion having first and second ends extending between the first and second handrail posts, wherein the handrail portion is substantially parallel to a ramping surface ramping from a first elevation to a second elevation at a grade, and first and second interfaces at the first and second ends of the handrail portion for interfacing with the first and second handrail posts. In another embodiment of the present disclosure, an adaptor is configured for a handrail portion.