A separable integrated type vibration isolator includes: divided vibration isolator units comprising casings having accommodation spaces formed open on tops thereof and reinforced concrete comprising reinforcing bars arranged in the accommodation spaces and the connection spaces and concrete cast in the accommodation spaces; casing connection parts for connecting the casings of the divided vibration isolator units to each other; reinforcing bar connection parts for connecting the reinforcing bars exposed to the connection spaces of the neighboring divided vibration isolator units to each other; and fillers adapted to be cast in the connection spaces where the plurality of divided vibration isolator units is connected to form reinforced concrete.

A mounting plate for a medical device support system includes opposed major surfaces in a thickness direction. A group of plate mounting orifices is arranged in a hexagon pattern and extends through the opposed major surfaces and defines a perimeter of an area at the major surfaces. A primary orifice extends through the opposed major surfaces, and a group of primary spindle mounting orifices surround the primary orifice and extend through the opposed major surfaces, the primary orifice and the primary spindle mounting orifices located within the defined area. An auxiliary orifice extends through the opposed major surfaces and a group of auxiliary spindle mounting orifices surrounds the auxiliary orifice and extend through the opposed major surfaces, the group of auxiliary spindle mounting orifices defining a perimeter of an auxiliary spindle mounting area at the major surfaces, one of the plate mounting orifices located within the auxiliary spindle mounting area.

DEVICE FOR ANCHORING AND PROTECTING SELF-SERVICE TERMINALS AND VAULTS IN GENERAL, developed for application on self-service bank terminals (ATMs), as well as cash dispensing equipment, ATM recyclers, recycler vaults and general vaults, as defense against frequent theft in which the equipment is fully displaced using backhoe loaders, said device basically comprising a box (2) and a vertical and central lower column (3), four bearings (6), each including a strap (7) and, below said box (2), a laminate support panel (21), partially vented and including vertical setting screws (5) for height adjustment; in addition, pins (14) driven by springs (16) are provided, said pins (14) being released when the self-service terminal (ATM) is lifted at least 3 mm from the ground, releasing said equipment anchoring plate (15) and, consequently, causing said ATM to drop down inside the metallic box (2) and providing, therefore, increased defense against criminal raids using backhoe loaders, even on sandy soils, with said device being capable of moving downwards at an attempt of lifting the equipment (ATM).

DEVICE FOR ANCHORING AND PROTECTING SELF-SERVICE TERMINALS AND VAULTS IN GENERAL, developed for application on self-service bank terminals (ATMs), as well as cash dispensing equipment, ATM recyclers, recycler vaults and general vaults, as defense against frequent theft in which the equipment is fully displaced using backhoe loaders, said device basically comprising a box (2) and a vertical and central lower column (3), four bearings (6), each including a strap (7) and, below said box (2), a laminate support panel (21), partially vented and including vertical setting screws (5) for height adjustment; in addition, pins (14) driven by springs (16) are provided, said pins (14) being released when the self-service terminal (ATM) is lifted at least 3 mm from the ground, releasing said equipment anchoring plate (15) and, consequently, causing said ATM to drop down inside the metallic box (2) and providing, therefore, increased defense against criminal raids using backhoe loaders, even on sandy soils, with said device being capable of moving downwards at an attempt of lifting the equipment (ATM).

A machine base supports at least one of a clamping unit and an injection unit of an injection molding machine from below. The machine base includes an upper frame extended horizontally and configured to support at least one of the clamping unit and the injection unit. The upper frame has a hollow member and a plate member having a concave cross-section, attached to an upper surface of the hollow member. The plate member and the hollow member are formed with a through hole penetrating from an upper surface of the plate member to a hollow portion in the hollow member.

A baseplate has a top side that includes a support surface and a collecting surface. A hydraulic appliance is configured to be fastened on the support surface. The collecting surface is arranged lower in relation to the support surface so as to collect leakage oil of the appliance.

A baseplate has a top side that includes a support surface and a collecting surface. A hydraulic appliance is configured to be fastened on the support surface. The collecting surface is arranged lower in relation to the support surface so as to collect leakage oil of the appliance.

A gas turbine engine unit (110) for use in a modular power generation system includes an engine package (112) and a mechanical handling system adapted to convey components (114) out of and into the engine package (112). The engine package (112) includes a floor (132), a plurality of side walls (136), and a ceiling (134) that cooperate to define a sheltered space (140) sized to receive a gas turbine engine. The mechanical handling system includes rails (121) adapted to support components (114) conveyed out of and into the sheltered space (140) defined by the engine package (112).

A gas turbine engine unit (110) for use in a modular power generation system includes an engine package (112) and a mechanical handling system adapted to convey components (114) out of and into the engine package (112). The engine package (112) includes a floor (132), a plurality of side walls (136), and a ceiling (134) that cooperate to define a sheltered space (140) sized to receive a gas turbine engine. The mechanical handling system includes rails (121) adapted to support components (114) conveyed out of and into the sheltered space (140) defined by the engine package (112).

A support platform is configured to support at least a portion of the weight of an associated semiconductor manufacturing tool, such as a furnace, when the associated semiconductor manufacturing tool is disposed on the support platform. The support platform comprises a base, a support plate disposed on the base and configured to move respective to the base, a brake plate arranged in fixed position respective to the base, and a damper secured to one of the support plate or the brake plate and frictionally engaging a track of the other of the support plate or the brake plate. The track includes a central track portion and inclined track portions extending away from the central track portion on respective first and opposite second sides of the central track portion. The inclined track portions are each inclined with respect to the central track portion.