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    • 5. 发明公开
    • Steering control system
    • 转向控制系统
    • EP0135669A3
    • 1986-07-02
    • EP84105882
    • 1984-05-23
    • FMC CORPORATION
    • Gunnarsson, Arne N.
    • B62D07/00B62D03/00E01H01/08
    • B62D3/00B62D7/00E01H1/08
    • The steering control system of the present invention includes a steering gear box mounted on an axle of a vehicle substantially of the midpoint between steerable wheels journaled on and connected to knuckle joints on the ends of the axle. The input shaft of the gear box is connected to the steering wheel shaft by a slip joint. The longitudinal axis of the input shaft, slip joint shaft and wheel shaft are all angled upwardly and rearwardly with the total rearward angle being about 22° and the rearward angle of the input shaft being about 7°. Mounting the gear box on the axle rather than on a sprung portion of the vehicle minimizes impact forces due to rough roads from being transmitted to the operator through the steering wheel and from damaging the gear box.
    • 本发明的转向控制系统包括安装在车辆的车轴上的转向齿轮箱,其基本上位于轴上的可转向轮之间的中点,并且连接到车轴端部的转向节。 齿轮箱的输入轴通过滑动接头连接到方向盘轴。 输入轴,滑动关节轴和轮轴的纵向轴线全部向上和向后成角度,总后角约为22度,输入轴的后角约为7度。 将齿轮箱安装在车轴上,而不是在车辆的弹簧部分上,由于粗糙的道路通过方向盘传递到操作员并损坏齿轮箱,使冲击力最小化。
    • 8. 发明公开
    • Sweeper with speed control for brush and vacuum fan
    • 用于BRUSH和真空风扇的速度控制的SWEEPER
    • EP0173301A3
    • 1987-07-15
    • EP85110766
    • 1985-08-27
    • TENNANT COMPANY
    • Frederick, Sherman B.Crimes, Charles E.Kimzey, Paul W.
    • E01H01/08
    • E01H1/0854
    • @ This invention is concerned with a sweeper, meaning a sweeper with a rotary main brush opposite a hopper, and increasing its ability to load light debris, such as paper, dry leaves and the like so that light debris will be propelled farther into the debris hopper. This is done by setting the speed of the main brush at a lower speed for normal operation to effectively throw what may be thought of as heavier material, such as sand, forwardly into the hopper with the speed being such that excessive wear of the brush is avoided and a higher speed of rotation being effected from time to time so that paper, dry leaves and the like, which may be considered lightweight material, are thrown farther into the hopper with the increased speed of the main brush overcoming the air resistence that normally stops such lightweight material which, at normal operation of the brush, tends to pile up in the rear of the hopper. The sweeper uses a vacuum fan to create a suction in the hopper with the vacuum fan also being speeded up with the brush speed increase which assists in loading the lightweight debris in the hopper. Since the increased speed is used for the main brush and vacuum fan only from time to time when light debris is encountered and on a limited basis, the increased brush wear and power consumption caused thereby is tolerable.