Abstract: A material handling apparatus includes a support portion having a beam, a wheel disposed on one side of the beam, and a wheel bracket disposed on an opposing side of the beam. The wheel bracket has two legs and a yoke, and is disposed with the legs against the beam to define a gap between the beam and the yoke. The beam and wheel bracket each include a defined pattern of identically arranged holes, a first set arranged on a square pattern, a second set arranged on rectangular non-square pattern, and a third set arranged on a rectangular pattern similar to that of the second set but oriented ninety degrees to the second set. The wheel bracket is disposed having its defined pattern of holes aligned with the defined pattern of holes in the beam. The wheel, beam and wheel bracket are attached by fasteners passing through one set of holes and traversing the gap.

Abstract: An apparatus includes a swivel having a first flange with a first pivot on one side of a swivel pivot, and a second flange with a second pivot on an opposite side of the swivel pivot, and first, second, third and fourth rods. The first and second rods are each pivotally attached at a respective first end to the first pivot and extend outwardly therefrom. The third and fourth rods are each pivotally attached at a respective first end to the second pivot and extend outwardly therefrom. The first and third rods are respectively pivotable about the first and second pivots in a first plane, and the second and fourth rods are respectively pivotable about the first and second pivots in a second plane, wherein the first plane is parallel to the second plane.

Abstract: A locking mechanism for a cabinet door is disclosed. A handle pivotally attached to the cabinet door has a first portion on a front side of the door and a second portion on a back side of the door, wherein rotation of the first portion causes rotation of the second portion. An upper rod is pivotally coupled to the second portion of the handle and is translationally coupled to an upper guide via two regions of engagement. A lower rod is pivotally coupled to the second portion of the handle and is translationally coupled to a lower guide via two regions of engagement. Rotation of the handle causes translational movement of the upper rod relative to the upper guide in a line of motion defined by the two regions of engagement at the upper guide, and causes translational movement of the lower rod relative to the lower guide in a line of motion defined by the two regions of engagement at the lower guide.

Abstract: A material handling apparatus having a support portion is disclosed. The support portion includes a beam, a wheel disposed on one side of the beam, and a wheel bracket disposed on an opposing side of the beam. The wheel bracket has two legs and a yoke, and is disposed with the legs against the beam to define a gap between the beam and the yoke. The beam and wheel bracket each include a defined pattern of three sets of identically arranged holes, a first set arranged on a square pattern, a second set arranged on rectangular non-square pattern, and a third set arranged on a rectangular pattern similar to that of the second set but oriented ninety degrees to the second set. The wheel bracket is disposed having its defined pattern of holes aligned with the defined pattern of holes in the beam. The wheel, beam and wheel bracket are attached by fasteners passing through one set of holes and traversing the gap.