Abstract: A ramp apparatus may include a first beam and a second beam extending between a first ramp end and a second ramp end. The beams may include a top wall, a bottom wall opposite the top wall, and a side walls that each extend between the top and bottom walls. Brace walls interior to the first beam and the second beam. The first beam and the second beam are arranged in a lengthwise manner and a side wall of the first beam secured to a side wall of the second beam by a tongue and groove joint.

Abstract: A ramp has a first end and a second end. The ramp includes a form core which has a first core surface and a second core surface. A metal skin is secured to and at least partially surrounds the form core. The metal skin forms at least a first skin surface secured to the first core surface and a second skin surface secured to the second core surface.

Abstract: A ramp includes an extruded beam extending between a first end and a second end. The extruded beam includes a top plate and a bottom plate opposite the top plate. A first side wall and a second side wall each extend between the top plate and the bottom plate. A series of alternately angled brace walls are interior of the first and second side walls. Adjacent brace walls of the series form a series of right triangles between the top plate and the bottom plate.

Abstract: A ramp apparatus may include an extruded beam extending between a first ramp end and a second ramp end. The extruded beam may include a top wall, a bottom wall opposite the top wall, and a first side wall and a second side wall that each extend between the top and bottom walls. A first brace wall can extend at an angle away from the first side wall at a first interior corner of the extruded beam. A second brace wall may extend at an angle away from the second side wall at a second interior corner of the extruded beam.

Abstract: A ramp includes an extruded beam extending between a first end and a second end. The beam includes a first plate and a second plate opposite the first plate. A first side wall and a second side wall each extend between the first plate and the second plate. A first brace wall extends from a first corner to the first plate. The first corner is between the second plate and the first side wall. A second brace wall extends from a second corner to the first plate. The second corner is between the second plate and the second side wall.

Abstract: A ramp apparatus may include an extruded beam extending between a first ramp end and a second ramp end. The extruded beam may include a top wall, a bottom wall opposite the top wall, and a first side wall and a second side wall that each extend between the top and bottom walls. A first brace wall can extend at an angle away from the first side wall at a first interior corner of the extruded beam. A second brace wall may extend at an angle away from the second side wall at a second interior corner of the extruded beam.

Abstract: A ramp has a first end and a second end. The ramp includes a form core which has a first core surface and a second core surface. A metal skin is secured to and at least partially surrounds the form core. The metal skin forms at least a first skin surface secured to the first core surface and a second skin surface secured to the second core surface.

Abstract: A wheel chock system includes a wheel chock configured to support a wheel of a vehicle and having an arm that extends from the wheel chock. The wheel chock includes a crossbar that has an outer wall, an open interior, and a tab extending from the outer wall into the open interior. The arm has an outer surface in which a notch is defined, and when the notch is aligned with the tab the arm is slidably received in the open interior and extendable therefrom.

Abstract: A wheel chock system includes a wheel chock configured to support a wheel of a vehicle and having an arm that extends from the wheel chock. The wheel chock includes a crossbar that has an outer wall, an open interior, and a tab extending from the outer wall into the open interior. The arm has an outer surface in which a notch is defined, and when the notch is aligned with the tab the arm is slidably received in the open interior and extendable therefrom.

Abstract: A ramp system includes a rail with an outer wall that defines an extent of the ramp in a width dimension. The rail includes an inner wall that is connected to the outer wall at a curb head. The inner wall extends away from the curb head at an angle relative to the outer wall. A side wall is oriented parallel to the outer wall. A lower end of the side wall is connected to a lower end of the outer wall by a bottom wall. A shelf is connected between an upper end of the side wall and a lower end of the inner wall. The shelf extension is connected between the lower end of the inner wall and the outer wall. A deck is secured to the shelf.

Abstract: A ramp system includes a rail with an outer wall that defines an extent of the ramp in a width dimension. The rail includes an inner wall that is connected to the outer wall at a curb head. The inner wall extends away from the curb head at an angle relative to the outer wall. A side wall is oriented parallel to the outer wall. A lower end of the side wall is connected to a lower end of the outer wall by a bottom wall. A shelf is connected between an upper end of the side wall and a lower end of the inner wall. The shelf extension is connected between the lower end of the inner wall and the outer wall. A deck is secured to the shelf.

Abstract: A tiltable hauling device includes a frame assembly that supports a ramp. The frame assembly includes a pivot bracket with a first pivot guide and a second pivot guide. The ramp includes a first hinge pin and a second hinge pin. A tilt assembly includes a pivot guide that is configured to selectively engage the first hinge pin and the second hinge pin to optionally restrain and permit movement of the first hinge pin and the second hinge pin within the respective first pivot guide and the second pivot guide to enable tilting of the rack in two directions respectively about the first hinge pin and the second hinge pin.

Abstract: A folding hitch assembly, system, and method includes two opposed sides plates and a vehicle shank secured partially between the two opposed sides plates and extends outward therefrom. A support ledge is secured between the two opposed side plates and a support bar is secured between the two opposed side plates in a position intermediate the pivot holes and the vehicle shank. An accessory shank is pivotable about a pivot point between a first position at least partially defined by engagement of the accessory shank with the support ledge and a second position at least partially defined by engagement of the accessory shank with the support ledge and a support bar, a first pair of retention holes are configured to receive a retention rod to lock the accessory shank in one of the first and second position.

Abstract: A folding hitch assembly, system, and method includes two opposed sides plates and a vehicle shank secured partially between the two opposed sides plates and extends outward therefrom. A support ledge is secured between the two opposed side plates and a support bar is secured between the two opposed side plates in a position intermediate the pivot holes and the vehicle shank. An accessory shank is pivotable about a pivot point between a first position at least partially defined by engagement of the accessory shank with the support ledge and a second position at least partially defined by engagement of the accessory shank with the support ledge and a support bar, a first pair of retention holes are configured to receive a retention rod to lock the accessory shank in one of the first and second position.