A vibration isolator mount system includes a base rail; a mounting rail coupled to a piece of equipment, the mounting rail including a mounting bracket; and a vibration isolator. The vibration isolator includes an isolator body. The vibration isolator includes a foundation pin, the foundation pin extending downward from the isolator body and through a base hole formed in the base rail. The foundation pin includes a base plate and a foundation elastomeric body. The foundation elastomeric body may be positioned between the isolator body and the base plate. The vibration isolator includes a stud. The stud may extend upward from the isolator body and through a stud hole formed in the mounting bracket.

A tool for disassembling and assembling bearings which support an engine mounting frame of an internal combustion engine, is mounted on a base, a bearing having opposing metal securing plates and a resiliently deformable damping element extending between the securing plates, said tool comprising opposing, parallel mounting plates, each mounting plate being mountable on a securing plate of a bearing to be dissassembled or assembled, and comprising a turnbuckle, via which the opposing mounting plates are operatively connected.

A tool for disassembling and assembling bearings which support an engine mounting frame of an internal combustion engine, is mounted on a base, a bearing having opposing metal securing plates and a resiliently deformable damping element extending between the securing plates, said tool comprising opposing, parallel mounting plates, each mounting plate being mountable on a securing plate of a bearing to be dissassembled or assembled, and comprising a turnbuckle, via which the opposing mounting plates are operatively connected.

A wiper mount bracket including an attachment portion, a pair of first welded portions each of which is provided with a welding point to be spot welded to the vehicle body, a second welded portion that is disposed on one side with respect to the attachment portion and the first welded portions in a direction perpendicular to an arrangement direction of the pair of first welded portions and that is provided with a welding point to be spot welded to the vehicle body, and a recess portion that is disposed between the second welded portion and the attachment portion together with the first welded portions. A protruding bead through which an input load from the wiper driving unit is transmitted toward an outer edge of the first welded portion is provided in a vicinity of each of the welding points of the first welded portions.

A wiper mount bracket including an attachment portion, a pair of first welded portions each of which is provided with a welding point to be spot welded to the vehicle body, a second welded portion that is disposed on one side with respect to the attachment portion and the first welded portions in a direction perpendicular to an arrangement direction of the pair of first welded portions and that is provided with a welding point to be spot welded to the vehicle body, and a recess portion that is disposed between the second welded portion and the attachment portion together with the first welded portions. A protruding bead through which an input load from the wiper driving unit is transmitted toward an outer edge of the first welded portion is provided in a vicinity of each of the welding points of the first welded portions.

A pump installation member has a first and second mutually discrete support members to be secured to predetermined installation portions of the first and second pump units, respectively. The pump installation member further has installation elastic members to be set between the first and second support members and the installation surface. The installation elastic members are elastically deformable as the first and second support members are displaced toward the installation surface when the first and second support members are fastened to the installation surface.

A portable platform device is described comprising a central body and a plurality of legs located on the central body near a distal end of the central body and spaced radially around the central body wherein the legs are configured for placement on a surface. A ball joint is mounted at its distil end to a proximal end of the central body and a platform is configured to be fixed to a proximal end of the ball joint and configured to be adjustable to a horizontally level and vertically plumb position.

A portable platform device is described comprising a central body and a plurality of legs located on the central body near a distal end of the central body and spaced radially around the central body wherein the legs are configured for placement on a surface. A ball joint is mounted at its distil end to a proximal end of the central body and a platform is configured to be fixed to a proximal end of the ball joint and configured to be adjustable to a horizontally level and vertically plumb position.

A support leveling device includes leveling feet mounted on a bottom plate of an appliance. Each leveling foot comprises a sheath, having a hollow cavity with an opening, and mounted on the plate; a regulating foot, the plate having a through hole corresponding to the opening of the hollow cavity, one end of the regulating foot passing through the through hole and extending into the hollow cavity of the sheath for axial movement relative thereto, and another end of the regulating foot located at an outer side of the bottom plate and supported on a support surface; and a hydraulic medium sealed in a cavity defined by the regulating foot and the sheath. When the leveling foot is placed on an uneven support surface, the regulating feet are stressed to axially move along the sheath, and the hydraulic medium is stressed to act on the regulating foot for support leveling.

A support leveling device includes leveling feet mounted on a bottom plate of an appliance. Each leveling foot comprises a sheath, having a hollow cavity with an opening, and mounted on the plate; a regulating foot, the plate having a through hole corresponding to the opening of the hollow cavity, one end of the regulating foot passing through the through hole and extending into the hollow cavity of the sheath for axial movement relative thereto, and another end of the regulating foot located at an outer side of the bottom plate and supported on a support surface; and a hydraulic medium sealed in a cavity defined by the regulating foot and the sheath. When the leveling foot is placed on an uneven support surface, the regulating feet are stressed to axially move along the sheath, and the hydraulic medium is stressed to act on the regulating foot for support leveling.