摘要:
A method for assembling a motor vehicle axle including suspension arms and a cross-member mounted between the arms. The method applys an adhesive element on at least one portion of the cross-member, mounts the portion inside a bore of one of the suspension arms to as to leave a clearance between the suspension arm and the adhesive element, and radially deforms one of the assembling elements of the cross-member and the suspension arm to obtain a contact between the adhesive element and the bore of the suspension arm.
摘要:
A method for assembling a motor vehicle axle including suspension arms and a cross-member mounted between the arms. The method applys an adhesive element on at least one portion of the cross-member, mounts the portion inside a bore of one of the suspension arms to as to leave a clearance between the suspension arm and the adhesive element, and radially deforms one of the assembling elements of the cross-member and the suspension arm to obtain a contact between the adhesive element and the bore of the suspension arm.
摘要:
A motor vehicle front suspension arm including three bores corresponding respectively to an articulation of the arm to a wheel support, to a front articulation, and a rear articulation of a hinge formed between the arm and the vehicle body. The suspension arm includes a single-piece sheet metal part and the bores corresponding to the articulations of the hinge have substantially perpendicular axes.
摘要:
A structure for a motor vehicle front end assembly includes a mini-cradle having mounted thereon a suspension arm for each wheel of the front end assembly. The suspension arm has the shape of a boomerang. The supporting end of the suspension arm is coupled to a wheel. A front articulation end (point A) and a rear articulation end of the arm are coupled to the mini-cradle. The mini-cradle has a body and two side rails that extend towards the vehicle front. The two side rails are coupled, via a coupling unit, to a side member of the vehicle in a zone located forward, relative to the longitudinal axis of the vehicle, of point A of the suspension arm. The coupling unit includes at least one hollow body allowing a through screwing unit to couple the rail with the side member.
摘要:
The invention concerns a structure for a motor vehicle front end assembly, comprising a mini-cradle (1) whereon is mounted a suspension arm (3) for each wheel of said front end assembly, said suspension arm (3) being of the type having the shape of a boomerang whereof one of the ends, called supporting end (E) of a rotating part is designed to be coupled to a wheel, the other end, called front articulation (A), and the median part of the arm, called rear articulation (B), being designed to be coupled to said mini-cradle (1), said mini-cradle (1) having a body on either side of which extend towards the vehicle front two side cant rails (15) designed each to be coupled by screwing to a side member (5) of said vehicle. The invention is characterized in that each of said cant rails (15) has means for being coupled (6) to said side member (5) in a zone located forward, relative to the longitudinal axis of said vehicle, of said point A of said suspension arm (3), said coupling means (6) including at least one hollow body allowing through screwing means (2) to couple said cant rail (15) with said side member (5).
摘要:
A motor vehicle front suspension arm including three bores corresponding respectively to an articulation of the arm to a wheel support, to a front articulation, and a rear articulation of a hinge formed between the arm and the vehicle body. The suspension arm includes a single-piece sheet metal part and the bores corresponding to the articulations of the hinge have substantially perpendicular axes.
摘要:
A rear axle assembly for the suspension of a vehicle having independent wheels includes a steering knuckle defining a rear axle and having front and rear joints aligned with a joint axis which is forwardly inclined away from the vehicle. A linkage connects the front and rear joints to the vehicle body in such a manner that only the front joint moves horizontally away from the joint axis and closer to a central vehicle longitudinal axis in response to a rearward force being applied to the vehicle mounted on the rear axle, as a result of which toe-in is produced.