The present invention relates to machine weight regulation system which comprises one or more ballasts (1); a fastening system (2); and a machine (3) containing a housing; capable of carrying a plurality of types of extra weight.

The present invention relates to machine weight regulation system which comprises one or more ballasts (1); a fastening system (2); and a machine (3) containing a housing; capable of carrying a plurality of types of extra weight.

Disclosed is a base assembly for supporting a crane pedestal. The base assembly comprises four base units, each having a first end and a second end, and each base unit being of an L-shape with an outside beveled corner. Fastening devices connect each base unit at their first and second end to respective first and second ends of another of the four base units. The four base units are dimensioned so that, when connected by said fastening devices, they form an octagonal-shaped base structure. The four base units are also dimensioned to support four pads that each rest on a face of each unit adjacent to its beveled corner when the four base units are assembled in the octagonal-shaped base structure. Also disclosed is a method for assembling a base assembly for supporting a crane pedestal and a fastening device for connecting the ends of two units together.

Disclosed is a base assembly for supporting a crane pedestal. The base assembly comprises four base units, each having a first end and a second end, and each base unit being of an L-shape with an outside beveled corner. Fastening devices connect each base unit at their first and second end to respective first and second ends of another of the four base units. The four base units are dimensioned so that, when connected by said fastening devices, they form an octagonal-shaped base structure. The four base units are also dimensioned to support four pads that each rest on a face of each unit adjacent to its beveled corner when the four base units are assembled in the octagonal-shaped base structure. Also disclosed is a method for assembling a base assembly for supporting a crane pedestal and a fastening device for connecting the ends of two units together.

A corrosion resistant machine base with a combination of a foundation pedestal with a rebar cage, a mounting surface with foundation bolt holes, leveling vials, and/or integrated drip pans.

Embodiments of the present disclosure generally relate to a pumping unit base and methods for operating with the pumping unit base. The pumping unit base may include a plurality of driven piles installed in the ground, and a metal platform fixedly attached to the plurality of driven piles, wherein the metal platform is positioned above the ground. The metal platform may be removed from the driven piles and reinstalled to the driven piles.

Embodiments of the present disclosure generally relate to a pumping unit base and methods for operating with the pumping unit base. The pumping unit base may include a plurality of driven piles installed in the ground, and a metal platform fixedly attached to the plurality of driven piles, wherein the metal platform is positioned above the ground. The metal platform may be removed from the driven piles and reinstalled to the driven piles.

The present invention relates to an apparatus for anchoring a work machine to a foundation that comprises a mounting plate (1) for placing onto a foundation (6), a counter-plate (2) for casting in the foundation (6), a hollow pipe (3) that connects the mounting plate (1) to the counter-plate (2) and is accessible toward its inner side from the side of the mounting plate (1) remote from the counter-plate (2), and a tensile element (4) for introducing into the hollow pipe (3), with the tensile element (4) being releasably anchorable to the counter-plate (2) by a rotational movement. The apparatus is characterized in that it comprises an element providing security against rotation (5) that is connected to an outer contour of the tensile element (4) and arranges it in a rotationally fixed manner. An unintentional release of the tensile element (4 from an anchoring means connected to the counter-plate (2) is suppressed by this apparatus.

The present invention relates to an apparatus for anchoring a work machine to a foundation that comprises a mounting plate (1) for placing onto a foundation (6), a counter-plate (2) for casting in the foundation (6), a hollow pipe (3) that connects the mounting plate (1) to the counter-plate (2) and is accessible toward its inner side from the side of the mounting plate (1) remote from the counter-plate (2), and a tensile element (4) for introducing into the hollow pipe (3), with the tensile element (4) being releasably anchorable to the counter-plate (2) by a rotational movement. The apparatus is characterized in that it comprises an element providing security against rotation (5) that is connected to an outer contour of the tensile element (4) and arranges it in a rotationally fixed manner. An unintentional release of the tensile element (4 from an anchoring means connected to the counter-plate (2) is suppressed by this apparatus.

An ergonomic stabilizer pad and ergonomic assembly that stabilizes equipmente.g., cranes or vehicles with outriggersduring use as well as protects the ground surface on which the equipment is placed. The stabilizer pad includes an ergonomic handle and arrangement. An ergonomic stabilizer pad assembly comprises modular components that divide the weight of the assembly between individual components. Each component can be separately transported and a stabilizer pad assembly quickly and easily constructed and deconstructed. Furthermore, the ergonomic stabilizer pad assembly compensates for deflection of the pad that occurs during use and may be used with existing stabilizer pads. The invention eases lifting tasks associated with transporting and positioning stabilizer pads and may reduce the incidence of user injuries. According to the invention, any size pad, even large sizes with a large weight, can be easily handled.