A height adjustment arrangement (10) for an item such as a platform (12). The arrangement (10) includes a hollow first member (14) with an external thread (18) which is engageable with a thread on the platform (12) to permit relative height adjustment, and an elongate second member (18) which is engageable with a thread in the interior of the first member (14) to also permit relative height adjustment.

A support component includes a leg component having a male thread portion that is provided on at least an upper side of a rod extending in a height direction, and a pedestal portion that is provided larger than the rod and provided at a lower end portion of the rod, and a receiving component having a extruded portion that is provided, in a frame material including two vertically separated plate materials constituting a housing bottom portion of an equipment, in the plate material located on an upper side of the frame material and into which the male thread portion of the rod is screwed, and a through-hole that is provided in the plate material located on a lower side of the frame material and through which the rod passes, in which the support component enables height adjustment in a state in which the rod of the leg component is inserted through the extruded portion and the through-hole of the receiving component.

A support component includes a leg component having a male thread portion that is provided on at least an upper side of a rod extending in a height direction, and a pedestal portion that is provided larger than the rod and provided at a lower end portion of the rod, and a receiving component having a extruded portion that is provided, in a frame material including two vertically separated plate materials constituting a housing bottom portion of an equipment, in the plate material located on an upper side of the frame material and into which the male thread portion of the rod is screwed, and a through-hole that is provided in the plate material located on a lower side of the frame material and through which the rod passes, in which the support component enables height adjustment in a state in which the rod of the leg component is inserted through the extruded portion and the through-hole of the receiving component.

In one aspect of the present invention, a plurality of floor to ceiling units are provided, with each unit supporting a portion of an article/object to be supported, such as a television or shelving. Each floor to ceiling unit may include a lower leg assembly and an upper leg assembly that are telescopically connected to one another. In use, they extend from a floor to a ceiling, and are provided with mounting assemblies for engaging the floor and ceiling. Arm assemblies provide the direct support for the article to be supported.

An apparatus and method for easily and permanently leveling an appliance is described. The apparatus involves a modification to the appliance to support shims, and preferably the two-part adjustable leveling shims. Alternatively, a template for affixing two-part adjustable leveling shims is used between the appliance and the mounting surface.

An apparatus and method for easily and permanently leveling an appliance is described. The apparatus involves a modification to the appliance to support shims, and preferably the two-part adjustable leveling shims. Alternatively, a template for affixing two-part adjustable leveling shims is used between the appliance and the mounting surface.

A flexible cleaning lance safety apparatus is described as including a tripod support structure located close to an opening into an object to be cleaned. A flexible lance drive is fastened to the support structure for driving a high pressure fluid through a lance to the object to be cleaned. A snout tube is connected between the lance drive and an opening into the object to be cleaned. One or more micro pressure valves on each leg of the tripod support structure is operative to sense a predetermined force applied between the support structure and a support surface supporting the tripod support structure. When the predetermined force is sensed this causes the high pressure fluid to be diverted from the lance and the object to be cleaned to atmosphere.

A module for an engineering, procurement, and construction (EPC) project is described. The module comprises machinery disposed on a baseplate. The baseplate is coupled with a support structure via adjustable, self-leveling chocks. The chocks maintain a level baseplate surface regardless of whether or not the underside of the baseplate and the support structure are parallel. The chocks reduce and/or eliminate the transfer of the deflection forces from the support structure to the baseplate.

A module for an engineering, procurement, and construction (EPC) project is described. The module comprises machinery disposed on a baseplate. The baseplate is coupled with a support structure via adjustable, self-leveling chocks. The chocks maintain a level baseplate surface regardless of whether or not the underside of the baseplate and the support structure are parallel. The chocks reduce and/or eliminate the transfer of the deflection forces from the support structure to the baseplate.

The resilient foot has a rubber tubular member to provide a resilient support and an insert of solid material within the tubular member to limit the travel of the resilient foot under load. The insert is disposed in a bore of the tubular member and is inwardly spaced a small distance from the support surface of the tubular member to limit the vertical motion. The resilient foot has an enlarged elastomeric flange to provide non-slip characteristics and radial grooves are provided in the flange for the squeezing out of fluid between the foot and a mounting surface.