Abstract: All infusion device (1) for administering a medical fluid to a patient comprises a receptacle (11) for receiving a syringe (2), a pusher device (12) movable in a pushing direction (P) for acting onto a piston (21) of the syringe (2) received in the receptacle (11), a driving rod (14), an electric drive device (141) for driving the driving rod (14), and a clutching device (13) comprising a frame member (131) and at least one clutch element (130A, 130B) movably arranged on the frame member (131). The at least one clutch element (130A, 130B) is constituted to operatively connect, in a clutched state, the driving rod (14) to the pusher device (12) for driving the pusher device (12) by the electric drive device (141). The clutching device (13) is actuatable to assume an unclutched state in which the operative connection between the driving rod (14) and the pusher device (12) is released.

Abstract: A pump device (1) for administering a medical fluid to a patient comprises a holding device (10) for receiving a syringe barrel (20) of a syringe (2), the holding device (10) comprising a stationary section (101) and a holding member (11) movable with respect to the stationary section (101) between an opened position and a closed position, wherein the holding member (11) is configured to secure, in the closed position, the syringe barrel (20) of a syringe (2) received on the holding device (10) with respect to the stationary section (101). A shaft (130) is coupled to the holding member (11), the shaft (130) being constituted to rotate during a movement of the holding member (11).

Abstract: A pump device (1) for administering a medical fluid to a patient comprises a holding device (10) for receiving a syringe barrel (20) of a syringe (2), the holding device (10) comprising a stationary section (101) and a holding member (11) movable with respect to the stationary section (101) between an opened position and a closed position, wherein the holding member (11) is configured to secure, in the closed position, the syringe barrel (20) of a syringe (2) received on the holding device (10) with respect to the stationary section (101). A shaft (130) is coupled to the holding member (11), the shaft (130) being constituted to rotate during a movement of the holding member (11).

Abstract: An infusion device (3) for administering a medical fluid to a patient, comprises a housing (30) and a receptacle (300) arranged on the housing (30) for receiving a syringe (4), the syringe (4) having a barrel (41) for containing a medical fluid and a plunger (42) movable relative to the barrel (41) for delivering the medical fluid out of the barrel (41). A pusher device (32) is movable relative to the housing (30) for acting onto the plunger (42) for moving the plunger (42) relative to the barrel (41), and a drive mechanism (38) drives the pusher device (32). A coupling mechanism (36, 37) is operative to couple the plunger (42) to the pusher device (32) or to couple the pusher device (32) to the drive mechanism (38), and an actuation mechanism arranged on the pusher device (32) comprises an actuation element (33) for actuating the coupling mechanism (36, 37) between a coupling state and an uncoupling state.

Abstract: An infusion device (3) for administering a medical fluid to a patient, comprises a housing (30) and a receptacle (300) arranged on the housing (30) for receiving a syringe (4), the syringe (4) having a barrel (41) for containing a medical fluid and a plunger (42) movable relative to the barrel (41) for delivering the medical fluid out of the barrel (41). A pusher device (32) is movable relative to the housing (30) for acting onto the plunger (42) for moving the plunger (42) relative to the barrel (41), and a drive mechanism (38) drives the pusher device (32). A coupling mechanism (36, 37) is operative to couple the plunger (42) to the pusher device (32) or to couple the pusher device (32) to the drive mechanism (38), and an actuation mechanism arranged on the pusher device (32) comprises an actuation element (33) for actuating the coupling mechanism (36, 37) between a coupling state and an uncoupling state.

Abstract: All infusion device (1) for administering a medical fluid to a patient comprises a receptacle (11) for receiving a syringe (2), a pusher device (12) movable in a pushing direction (P) for acting onto a piston (21) of the syringe (2) received in the receptacle (11), a driving rod (14), an electric drive device (141) for driving the driving rod (14), and a clutching device (13) comprising a frame member (131) and at least one clutch element (130A, 130B) movably arranged on the frame member (131). The at least one clutch clement (130A, 130B) is constituted to operatively connect, in a clutched stole, the driving rod (14) to the pusher device (12) for driving the pusher device (12) by the electric drive device (141). The clutching device (13) is actuatable to assume an unclutchcd state in which the operative connection between the driving rod (14) and the pusher device (12) is released.

Abstract: A braking device for a board for gliding, includes a brake movable between a first, braking position, in which the brake occupies a low position wherein the brake is in frictional contact with the ground, and a second, non-braking position, in which the brake occupies a raised position, and a brake control device connecting the brake with a strap of a boot binding on the board for gliding, such that the brake control device causes the brake to move to the non-braking position upon closing and/or tightening of a strap of the boot binding.

Abstract: A ski, monoski, or snowboard includes a central longitudinal core (7). Variable width side walls (13a, 13b) are connected with sides of the core. Reinforcement layers (8a, 8b, 8c) are connected with upper and lower surfaces of the core and the side walls. A protection and decoration layer (9) is disposed on an upper surface and a sliding layer (10) including a sliding surface (S) and two edges (11a, 11b) are mounted on the lower surface. Each of the variable width side walls includes an inner wall element (13?a, 13?b) and an outer wall element (13?a, 13?b). At least one of the inner and outer wall elements is thicker in selected regions, such as a central, front, and rear region, to enhance the grip of the edges in the selected region.

Abstract: A braking device for a board for gliding, comprising a brake (24, 34, 44) that can occupy a first, braking position, in which it occupies a low position capable of entering into friction with the ground, and a second, non-braking position, in which it occupies a raised position, and comprising a means for controlling the position of the brake, wherein the means for controlling the position of the brake comprises a link means (22; 32; 42) adapted for a link with a strap of a boot binding on a board for gliding, such that the means for controlling the brake lead to the automatic positioning, in the non-braking position, of the brake upon closing and/or tightening of a strap on a boot.

Abstract: A gliding board comprising a connecting means (7) of the cable or bar type extending from a point (6) of connection with the gliding board as far as a moving connecting element (8; 18; 18?; 28; 48) of an adjusting device (5) mounted on the gliding board, wherein the adjusting device (5) comprises a lever actuator (10; 20; 30; 50) acting on the moving connecting element (8; 18; 18?; 28; 48) in such a way as to move it in order to alter the tension exerted on the connecting means (7), so as to alter at least one mechanical characteristic of the gliding board, and wherein the lever actuator (10; 20; 30; 50) is such that it returns to the same position after each actuation irrespective of the position of the moving connecting element (8; 18; 18?; 28; 48).