Abstract: A pneumatic remote actuating device includes an actuator block, an actuated block and a tube connecting the actuator block to the actuated block. The actuator block includes an enclosure that can be mounted on a generally flat surface. A pushbutton protrudes in front of the actuator block. Depressing the pushbutton causes an increase of pressure within an internal chamber of the enclosure. This pressure is transmitted from the actuator block, via the tube, to the actuated block. The actuated block comprises its own enclosure that can be mounted on a generally flat surface to place the actuated block in an overlapping position over an external pushbutton. The pressure transmitted from the actuator block to the actuated block causes a displacement of a pusher mounted in the enclosure of the actuated block. As a result, the pusher actuates the external pushbutton.

Abstract: A pneumatic remote actuating device includes an actuator block, an actuated block and a tube connecting the actuator block to the actuated block. The actuator block includes an enclosure that can be mounted on a generally flat surface. A pushbutton protrudes in front of the actuator block. Depressing the pushbutton causes an increase of pressure within an internal chamber of the enclosure. This pressure is transmitted from the actuator block, via the tube, to the actuated block. The actuated block comprises its own enclosure that can be mounted on a generally flat surface to place the actuated block in an overlapping position over an external pushbutton. The pressure transmitted from the actuator block to the actuated block causes a displacement of a pusher mounted in the enclosure of the actuated block. As a result, the pusher actuates the external pushbutton.

Abstract: A clamp comprises a lower section and an upper section. The lower section has a U-shaped cross-section forming a channel extending along a first axis. The channel has a flat bottom and two sides extending from the bottom along a second axis. Openings are formed in the bottom of the channel. The upper section has two elongate plates that extend from the two sides of the channel along the first axis. The elongate plates are offset along the second axis from the bottom of the channel. Apertures pierced along a third axis are distributed along the first axis on each of the elongate plates. Corresponding apertures pierced in the two elongate plates are coaxial with each other. Two clamps are anchored on a wall at their channels and two brackets are bolted to the clamps to support a compressor while providing clearance of the compressor from the wall.

Abstract: A clamp comprises a lower section and an upper section. The lower section has a U-shaped cross-section forming a channel extending along a first axis. The channel has a flat bottom and two sides extending from the bottom along a second axis. Openings are formed in the bottom of the channel. The upper section has two elongate plates that extend from the two sides of the channel along the first axis. The elongate plates are offset along the second axis from the bottom of the channel. Apertures pierced along a third axis are distributed along the first axis on each of the elongate plates. Corresponding apertures pierced in the two elongate plates are coaxial with each other. Two clamps are anchored on a wall at their channels and two brackets are bolted to the clamps to support a compressor while providing clearance of the compressor from the wall.