The assembly has a valve adjusting unit (16) moved between adjusting positions using an electromagnetic actuator (14). A valve adjusting lever (18) is coupled with the unit (16) via a slide that is supported in the unit (16). The actuator has an anchor section (40) that is supported in a coil arrangement and is displaced in an axial direction during excitation of the arrangement. A guide sleeve (60) made of a soft-magnetic material is fixed in the arrangement. An outer surface of the section is coated with friction-resistant material Teflon(RTM: Polytetrafluoroethylene). An independent claim is also included for an electromagnetic actuator for a valve arrangement.

The actuator has a sliding sleeve (1), and an active piston (2) that slides axially in the sleeve and includes with sections (4) made of multi-layers of piezoelectric ceramic. Each piston section has electrodes which control the sections in an independent manner. The sleeve and the piston have, at their interface, a couple of friction layers (3) made of materials with static and dynamic coefficient of friction greater than 0.6.

The disclosure relates to a valve with a pivoting lever. This lever pivots around a pivot point and can move between at least three stable positions. In the rest position, this lever is fixed and solidly connected to the body of the valve, and there is zero fluid flow in the internal fluid passage. In the intermediary released position, the axis of the lever is disposed at a positive, non-zero angle in relation to the axis of the lever in the rest position, the lever being now disconnected from the body, but the fluid flow remains zero. In the active position, the axis of the lever is disposed at a positive non-zero angle in relation to the axis of the lever in the intermediary released position, this lever being disconnected from the body, and with fluid now flowing thorough the internal fluid passage at a non-zero rate.

The disclosure relates to a valve with a pivoting lever. This lever pivots around a pivot point and can move between at least three stable positions. In the rest position, this lever is fixed and solidly connected to the body of the valve, and there is zero fluid flow in the internal fluid passage. In the intermediary released position, the axis of the lever is disposed at a positive, non-zero angle in relation to the axis of the lever in the rest position, the lever being now disconnected from the body, but the fluid flow remains zero. In the active position, the axis of the lever is disposed at a positive non-zero angle in relation to the axis of the lever in the intermediary released position, this lever being disconnected from the body, and with fluid now flowing thorough the internal fluid passage at a non-zero rate.

The invention concerns a wedge (12) comprising: a plate (13), and actuator (16) mounted on the plate (13) while being mobile relative thereto between an active position and an inactive position; a wedge element (19) mounted on the plate (13) and coupled to said actuator (16), said wedge element (19) being deformable between: an inactive configuration, adopted in inactive position of the actuator (16), wherein the wedge element (19) extends in the vicinity of the plate (13), and an active configuration, adopted in the active position of the actuator (16), wherein the wedge element (19) is in straight position while being at least locally spaced apart from the plate (13). The invention also concerns a system comprising a module, a receptacle and such a wedge interposed between them.

The invention concerns a wedge (12) comprising: a plate (13), and actuator (16) mounted on the plate (13) while being mobile relative thereto between an active position and an inactive position; a wedge element (19) mounted on the plate (13) and coupled to said actuator (16), said wedge element (19) being deformable between: an inactive configuration, adopted in inactive position of the actuator (16), wherein the wedge element (19) extends in the vicinity of the plate (13), and an active configuration, adopted in the active position of the actuator (16), wherein the wedge element (19) is in straight position while being at least locally spaced apart from the plate (13). The invention also concerns a system comprising a module, a receptacle and such a wedge interposed between them.

The device has a connecting link (10) and an intake plate that comprises a retainer, where the intake plate is rotatable around 180 degrees. An actuator engages at an actuator point and is connected with a linear drive (7). The intake plate comprises a pivot bearing (9) whose axis coincides with the actuator point. A guiding pin is arranged between the tool and a stacking station and the connecting link comprises two linear sections (11) and a V-shaped section (12) between the two sections.

The invention relates to a gearbox control device comprising an input clutch which is controlled by a clutch release fork (30) and at least two shift actuators (200, 100) which each control two forward gear shifts. The invention is characterised in that the clutch release fork control shaft (50) can be moved by one of the aforementioned actuators.

An electrical appliance housing including a hard plastic housing body defining a switch-actuating aperture. The aperture is sealed with a soft plastic membrane. An actuating button is fastened to a hard plastic base that is bonded to the membrane.

The inventive control system introduces the current ( DELTA I) and voltage ( DELTA C) deviations simultaneously with the injection set point (C) to define a new injection set point (C') that is utilized in conjunction with the measurement of diesel engine speed (VrD) to adjust the injection and with the measurement of the injection flow rate Cr to adjust the generator excitation current.