Abstract:
Sistema de elevação da altura para aplicação em máquinas e implementos agrícolas formado por um braço de sustentação do rodado (01), conectado a um suporte para articulação (02) através do pino (04), sendo o suporte para articulação (02) preso ao cubo de roda (05) e este ao aro da roda (06). Para movimentar o conjunto, um atuador hidráulico (07) é conectado pelo pino (08) ao braço de sustentação do rodado (01) e ao suporte para articulação (02) pelo pino (09). A regulagem de altura é proporcionada pelo atuador (07), sendo que o mecanismo quando acionado percorre a parte interna do aro da roda (06), permanecendo dentro deste, e protegido em ambas as posições de regulagem de elevação do implemento.
Abstract:
볼 조인트가 개시된다. 볼 조인트는, 볼과 스터드를 포함하는 볼 스터드; 볼의 외주면을 감싸도록 결합되는 베어링; 볼과 베어링을 내부에 수용하는 볼 케이싱; 그리고 볼 케이싱의 내부에 충진되며, 볼 케이싱 및 베어링과 결합되는 인서트;를 포함하되, 베어링의 외측면에서 반경 외측으로 연장되며, 베어링이 외부 압력을 받을 때에 회전하지 못하도록 볼 케이싱의 내측면에 접촉하는 회전방지날개;를 포함한다.
Abstract:
프론트 로어암 장치에 대한 발명이 개시된다. 본 발명의 프론트 로어암 장치는: 서브 프레임에 연결되도록 G점 결합부가 형성되고, 너클부에 연결되도록 B점 결합부가 형성되는 로어암 몸체; 및 로어암 몸체에서 G점 결합부와 B점 결합부 사이에 결합되고, 서브 프레임에 연결되도록 A점 결합부가 형성되는 A점 브라켓을 포함하는 것을 특징으로 한다.
Abstract translation:< p num =“0000”>公开了涉及前下臂装置的发明。 本发明的前下臂装置包括:下臂体是G,并形成点接合部将被连接到一个子帧中,将被连接到转向节接合部分形成点B; 以及A点支架,其连接在下臂主体中的G点联接部分和B点联接部分之间并具有连接到子框架的A点联接部分。
Abstract:
A vehicle is described herein having a rear drive mounted to a sub-frame where the sub-frame is movable relative to the frame, and where a suspension is movable relative to the sub-frame. Thus the vertical travel of the wheels is a combination of the vertical travel of the wheels relative to the sub-frame and the vertical travel of the sub-frame relative to the frame. The sub-frame could in the front or the rear, or both.
Abstract:
A bush is disclosed particularly for flexibly mounting an axle assembly on the chassis of a vehicle. An elastic bush (32) is inserted in a sleeve (30) mounted on the axle assembly. The elastic bush has a tapered bore (34). A pin (42) with a tapered outer face (43) is inserted in the tapered bore and expands the elastic bush into frictional engagement with the sleeve. The sleeve and elastic bush are located between mounting plates (28a, 28b) mounted on the chassis. The pin is fixed to at least one of the mounting plates by means of a bolt (38) which passes through a hole (40) in the mounting plate (28a) and a screw-threaded bore (58) in the pin so that any movement between the axle assembly and the chassis is taken up by flexure of the elastic bush. The axis (64) of the bolt is offset from the axis of the tapered face of the pin so that the pin can be brought into alignment with the hole in the mounting plate by rotating the pin in the bore of the elastic bush.
Abstract:
A motor vehicle wheel suspension has a compliance device (23) which permits limited longitudinal displacement of the wheel relative to the vehicle so that the wheel can be displaced forwardly and rearwardly by rotating out of balance forces when the wheel rotates at a critical wobble speed- and the geometry of the suspension pivot points (3, 9, 18 and 15) is arranged to cause the wheel to toe in for forward longitudinal displacement of the wheel and to toe out for rearward longitudinal displacement of the wheel, the amount of toe in or toe out for a given longitudinal displacement being matched with the toe in and toe out arising from wheel oscillations at the critical wobble speed to reduce the effect of the out of balance forces on the unsprung part of the vehicle.