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6 results about "Exit point" patented technology

Device for the occupant protection of a vehicle, as well as a vehicle with such a device

Device (1) for occupant protection of a vehicle for catching the legs (21) of a vehicle occupant (2), comprising a flexible catching element (6), wherein the catching element (6) is connected at both or at least at one end (61, 62) to a release device, wherein the at least one release device is designed to convert the catching element (6) from an unstretched to a taut state by inflating it or by applying a tensile force, a) wherein the collecting element (6) in the taut state runs substantially parallel to the vehicle floor (5), characterized in that b) the device (1) comprises a housing (8) that can be integrated into or attached to a vehicle floor (5) and that contains the collecting element (6) in its unstretched state, wherein the housing (8) has an outlet point designed such that the collecting element (6) can exit from the outlet point when transitioning from an unstretched to a taut state, and c) the device (1) has deflectors (7) designed to guide the receiving element (6) when transitioning from the unstretched to the taut state, so that the receiving element (6) is tensioned between the deflectors (7) in the taut state, the deflectors (7) being arranged in a position raised relative to the vehicle floor (5).
Owner:CONTINENTAL AUTOMOTIVE TECHNOLOGIES GMBH

Pump device

The invention relates to a pump device comprising a pump piston (12) which is longitudinally movable in a pump housing (10) and which, controlled by a magnetic actuation apparatus (14), acts on an inlet valve (16) and an outlet valve (18), the inlet valve (16) opening during the intake stroke of the pump piston (12), and the outlet valve (18) opening during the delivery stroke thereof. The inlet valve (16) has an annular valve piston (20) which encompasses the pump housing (10) which has an entry point (22) and an exit point (24) for fluid. The valve piston (20) has a pressure-sensing surface (26) which is controlled by the pump piston (12) in such a way that, during the intake stroke, the pressure-sensing surface (26) of the valve piston (20) is moved counter to the action of an energy store (28) in the movement direction of the pump piston (12) and in the process vacates a fluid path into a pump chamber (30) of the pump housing (10) by means of the pump piston (12) and, during the delivery stroke, the valve piston (20) of the inlet valve (16), under the action of the energy store (28) and the pressure-sensing surface (26), blocks this fluid path and opens the outlet valve (18).
Owner:HYDAC FLUITECHNIK GMBH

Card clothing for a revolving flat of a card

PCT designated stageWO2026104505A1Carding machinesStructural engineeringKnee height
The invention relates to a card clothing (20) for a card (1), and to a card (1). The card clothing (20) has a working direction (16), a foundation (21) and a plurality of clothing tips (26). The clothing tips (26) are formed from U-shaped wire hooks (22) which are pierced through the foundation (21) at a penetration angle (α) and each have limbs (24) forming two clothing tips (26) and a back (23) connecting the two limbs (24). The backs (23) are at a right angle to the working direction (16). The backs (23) form a base plane (29) on a side of the foundation (21) lying opposite the clothing tips (26). The wire hooks (22) have a total height (a) perpendicular to the base plane (29), and the limbs (24) each have a free limb length (c) perpendicular to the base plane (29) protruding from an exit point (27) out of the foundation (21) to the clothing tip (26). The limbs (24) are bent counter to the working direction (16) by a knee angle (β) at a knee height (b) from the clothing tip (26) and perpendicular to the base plane (29). Furthermore, a setting line (28) running perpendicularly to the base line (29) and through the exit point (27) of the respective limb (24) is determined. The clothing tips (26) are arranged on the setting line (28) or by a tip offset (d) away from the setting line (28) in the working direction (16).
Owner:GRAF CIE AG

Smart tagline system and method for motion control of a suspended object

A system for compensating motion of a load (46, 47) that is suspended from a suspension point on a boom (34) of a crane (28). The boom (34) is rotatable over a luffing angle (γ1) and / or a hoisting distance (H) between the load (40, 46, 47) and the suspension point (48) is adjustable. The system includes two taglines (44, 45) for exerting tensile forces on the load in directions towards the boom, two guiding members (56, 57) defining respective exit points (58, 59) at or near the boom where the taglines extend towards coupling points (54, 55) on the load, a pose sensor (38) for determining a momentary pose of the load, and a controller (21) for controlling motions of the load in at least two selected degrees of freedom by dynamically and individually adjusting tensions in the taglines based on the momentary pose of the load, and by dynamically adjusting respective positions of the guiding members (56, 57) along the boom (34) in response to a change in the boom luffing angle (γ1) and / or in the hoisting distance (H), to maintain each of the taglines substantially parallel with a horizontal plane (Ph) during operation.
Owner:DELTA LAB HLDG BV