摘要:
The invention relates to an arrangement with a helical spring (1) and a support bearing (2) for spring struts (3), especially for automobile spring struts (3) which support wheel axle limbs. The spring strut (3) comprises a shock absorber, a rolling bearing (7) with an axis (x), a supporting body (6) which is located beneath the rolling bearing (7) and supports the same, and a helical spring (1). The helical spring (1) has a force exertion line (f) which is positioned at an angle (a) in relation to the axis (x) of the rolling bearing (7). The helical spring (1) also has a first section (8) which winds around the supporting body (6) starting from the winding end (17) and is in contact with the same. The winding end (17) of the helical spring (1) is located in the area of the plane (E1) determined by the force exertion line (f) and the axis (x). This configuration ensures that the axial forces exerted by the helical spring (1) on the rolling bearing (7) have a maximum in the area of the force exertion line (f) of the transversal forces that act on the rolling bearing (7).
摘要:
The invention relates to an arrangement with a helical spring (1) and a support bearing (2) for spring struts (3), especially for automobile spring struts (3) which support wheel axle limbs. The spring strut (3) comprises a shock absorber, a rolling bearing (7) with an axis (x), a supporting body (6) which is located beneath the rolling bearing (7) and supports the same, and a helical spring (1). The helical spring (1) has a force exertion line (f) which is positioned at an angle (a) in relation to the axis (x) of the rolling bearing (7). The helical spring (1) also has a first section (8) which winds around the supporting body (6) starting from the winding end (17) and is in contact with the same. The winding end (17) of the helical spring (1) is located in the area of the plane (E1) determined by the force exertion line (f) and the axis (x). This configuration ensures that the axial forces exerted by the helical spring (1) on the rolling bearing (7) have a maximum in the area of the force exertion line (f) of the transversal forces that act on the rolling bearing (7).
摘要:
The invention relates to an electrically-supported power assisted steering system for motor vehicles comprising an input shaft (6), which is connected to a pinion shaft (2) by means of a rotational elastic member (5) and is supported in a steering housing (1) by an anti-friction bearing. According to the invention, the anti-friction bearing is configured as an elastically deformable roller bearing (13), whose cylinder rollers (13.5, 13.6) comprise an elastically deformable cylinder roller (13.6) in at least one peripheral location. The diameter of said deformable roller is slightly greater than that of the other cylinder rollers (13.5). This allows the input shaft (6) to be guided in a precise manner, so that the applied steering torque can be used in an unadulterated manner for controlling the servo motor (7), by means of the evaluation unit (15).
摘要:
The invention relates to a suspension strut for a wheel suspension and wheel location of a vehicle. Said suspension strut comprises a shock absorber (2) with a helical spring (16) which surrounds the latter coaxially, one end of said spring being supported on the shock absorber and the other end on a suspension strut bearing (6). Said bearing (6) comprises two plastic support sections, a guide ring (8) and a housing (9) provided with hollow chambers (18). The housing (9) forms both a support surface (15) and a guide collar (17) for the helical spring (16).
摘要:
Disclosed is a thrust-transmitting piece (5) for a rack-and-pinion steering mechanism of a motor vehicle, which is characterized by the fact that at least one axial rolling bearing (9, 10) is respectively disposed in the two opposite support surfaces (5.1, 5.2) thereof, whereby rolling friction between the steering rack (4) and the thrust-transmitting piece is obtained.
摘要:
The invention relates to a linear guide for transmitting torque between a tubular housing (2) that can be rotated about its longitudinal axis and a shaft (1) that is mounted in said housing so that it can be displaced axially by means of rolling bodies. Several axial anti-friction bearings (3) that surround the shaft (1), each having two bearing races or discs, with a set of rolling bodies therebetween, are arranged in the tubular housing (2) in the vicinity of a radial bearing plane. One bearing disc of the anti-friction bearings forms a bushing and is retained in the housing (2), the central axis of said bushing being offset in parallel by a certain distance (a) from the perpendicular of the longitudinal axis of the shaft and the other bearing disc of the anti-friction bearings (3) is dome-shaped, its convex dome surface being supported by a surface region of the shaft (1).
摘要:
The invention relates to an electrically-supported power assisted steering system for motor vehicles comprising an input shaft (6), which is connected to a pinion shaft (2) by means of a rotational elastic member (5) and is supported in a steering housing (1) by an anti-friction bearing. According to the invention, the anti-friction bearing is configured as an elastically deformable roller bearing (13), whose cylinder rollers (13.5, 13.6) comprise an elastically deformable cylinder roller (13.6) in at least one peripheral location. The diameter of said deformable roller is slightly greater than that of the other cylinder rollers (13.5). This allows the input shaft (6) to be guided in a precise manner, so that the applied steering torque can be used in an unadulterated manner for controlling the servo motor (7), by means of the evaluation unit (15).
摘要:
Disclosed is an actuating unit which can be used for an electromechanically actuatable disk brake for motor vehicles, essentially comprising a drive unit (1) or an electric motor (11), and an actuating element (7) which is used to cause two friction linings (4,5) which are displaceably arranged in a brake caliper to engage with a brake disc, in addition to a first and second reduction gear (2,3). Force is transmitted between the planetary cage (34) of the planetary gear (30-34) and the threaded spindle (17 or 22) of the ball screw (16-18) by means of a coupling shaft (40), whereby the ends thereof form universal joints (41,42) with the planetary cage (34 or 49) and the threaded spindle (22).
摘要:
The invention relates to a ball screw, comprising a spindle (1), a nut (3) surrounding the same and balls (4) which are located between them, said balls being arranged in such a way that they can roll in the screw race (2) configured on the spindle (1) and in corresponding screw races (7, 12) configured on rings inside the nut (3). The screw race (7, 12) of one of the rings situated in the nut (3) respectively, has a deviating area for guiding the balls (4) back from a run-out end of a common turn in the screw races (2, 7, 12) to a run-in end of this turn. According to the invention, a screw race (7, 12) is configured on a front face on each of the rings located in the nut (3, 15). The screw races (7, 12) of two adjacent rings, together with the screw race (2) of the spindle (1, 18), delimit a continuous circular channel for the balls (4).
摘要:
The invention relates to a suspension strut for a wheel suspension and wheel location of a vehicle. Said suspension strut comprises a shock absorber (2) with a helical spring (16) which surrounds the latter coaxially, one end of said spring being supported on the shock absorber and the other end on a suspension strut bearing (6). Said bearing (6) comprises two plastic support sections, a guide ring (8) and a housing (9) provided with hollow chambers (18). The housing (9) forms both a support surface (15) and a guide collar (17) for the helical spring (16).