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    • 3. 发明申请
    • CONTAINER
    • 集装箱
    • WO1998025756A1
    • 1998-06-18
    • PCT/EP1997006828
    • 1997-12-06
    • ZF FRIEDRICHSHAFEN AGMERZ, Johann
    • ZF FRIEDRICHSHAFEN AG
    • B29C65/06
    • B29C66/5344B29C65/0627B29C65/0672B29C66/112B29C66/1122B29C66/114B29C66/1224B29C66/1226B29C66/131B29C66/322B29C66/543B29C66/612F15B1/26
    • A container for a flow medium made of plastic material comprises a container pot (1) which can be closed by a lid (2). The container pot (1) and the lid (2) are adapted to each other, as far as their position is concerned, on a mold parting line (7), and fixed by a centering device (8). Both the container pot (1) and the lid (2) comprise a surface (10, 11), which are adjacent to each other. A welded plate (12), which also consists of plastic, engages with the adjacent surfaces of the container pot (1) and the lid (2), said plate being adjusted to the neighboring surfaces (10, 11). The container pot (1) and the lid (2) are hermetically interconnected by the welded plate (12) using a friction welding process. This configuration makes it possible to prevent plastic particles arising from lateral wastes during friction welding from entering the flow medium container.
    • 一种流体塑料容器包括容器壶(1),其由一个盖(2)关闭。 容器杯(1)和盖(2)被固定在其在分型线(7),以彼此调整到彼此位置,并通过一个配件(8)。 到容器杯(1)和盖(2)各自具有表面(10,11),被布置彼此相邻。 一种焊接板(12),其同样由塑料材料制成,延伸容器杯(1)和盖(2)的相邻表面上,并连接到适于相邻表面(10,11)。 容器杯(1)和盖(2)通过由摩擦焊接以密封的方式连接在所述焊接板(12)相连接。 利用该布置,有可能的是塑料颗粒,其产生作为焊接在摩擦焊接出芽可以进入流体容器的内部来防止。
    • 5. 发明申请
    • RACK-AND-PINION ASSISTED STEERING SYSTEM
    • 转向器福彩
    • WO1998022326A1
    • 1998-05-28
    • PCT/EP1997006334
    • 1997-11-13
    • ZF FRIEDRICHSHAFEN AGHAFERMALZ, Jens-Uwe
    • ZF FRIEDRICHSHAFEN AG
    • B62D05/22
    • B62D5/22B62D3/123Y10T74/1967
    • In a rack-and-pinion assisted steering system with an elastic connection housing, for example made of plastics, arranged between the pinion housing (6) and the cylinder housing, the bearing points of the rack (1) and pinion (2) are not fixed in a housing. The pinion axis (A) is aligned with the pinion housing by using the existent contact line (B) between rack and pinion teeth. According to the invention, the rack teeth are pressed without play between the pinion teeth by means of an additional pressure member (7) in the lid (5) of the compression piece (3), aligning thereby the pinion axis (A) with the pinion housing (6). After the rack-and-pinion assisted steering system is mounted in the vehicle, the pressure member (7) is removed and the effect of the spring-mounted compression piece (3) is re-established. The aligned pinion axis (A) ensures a good rolling between pinion and rack teeth.
    • 在具有弹性的连接器壳体的齿条助力转向,例如 小齿轮壳体(6)和所述气缸壳体之间塑料,机架(1)和小齿轮的支承点(2)不刚性地固定在壳体中。 小齿轮轴(A)通过所述齿条齿的接触(B)与所述小齿轮齿的现有行中的小齿轮壳体的方向。 根据本发明,通过在覆盖附加的推力构件(7)推压齿条齿(5)的压片(3)无间隙地在小齿轮齿的,从而对齐与小齿轮壳体中的小齿轮轴(A)(6)。 在车辆中的齿条辅助动力转向组件被移除之后,压力件(7)和所述弹簧加载的压力件(3)的作用被恢复。 对准的小齿轮轴(A)确保良好的滚动小齿轮和齿条之间的啮合部。
    • 6. 发明申请
    • DRIVE CONTROL
    • 驱动控制
    • WO1998022302A1
    • 1998-05-28
    • PCT/EP1997006271
    • 1997-11-11
    • ZF FRIEDRICHSHAFEN AGSALG, Ditmar
    • ZF FRIEDRICHSHAFEN AG
    • B60K23/08
    • B60K23/08B60W2530/16
    • The invention relates to a drive control for motor vehicles or utility vehicles wherein sensors enable the speed of the wheels and the steering angle to be measured. Driving axle slip is determined by comparing the average peripheral wheel speeds of the driven and non driven axles and by taking steering geometry into account. Driving force and finally chassis efficiency are determined by the slip with the assistance of standard characteristic curves. All-wheel drive efficiency is compared with rear wheel drive efficiency. The drive with the higher degree of efficiency is engaged.
    • 本发明涉及一种用于电力或商用车辆的驱动控制。 借助于传感器,车轮的速度和所述转向角来测量。 在驱动轴的滑动是在考虑从从动和非被驱动的轴的平均轮圆周速度的比较转向几何形状来确定。 关于滑移是用确定的标准曲线,驱动力和最终决定了底盘效率。 它互相全轮驱动的和效率进行比较。 驱动到分别更高效率的切换。
    • 9. 发明申请
    • TOROIDAL DRIVE
    • 变速器
    • WO1998003806A1
    • 1998-01-29
    • PCT/EP1997003755
    • 1997-07-14
    • ZF FRIEDRICHSHAFEN AGBART, Hans-JörgSAIBOLD, Friedrich
    • ZF FRIEDRICHSHAFEN AG
    • F16H37/08
    • F16H37/086F16H2015/383F16H2037/088
    • The invention concerns a toroidal drive which can be operated in two performance ranges. The input shaft (2) of the gear is connected to an intermediate shaft (5) via a first transformation stage (wheels (3) and (4)). From the intermediate shaft a continuously variable transmission (CVT) is driven via a further transformation stage (wheels (6) and (7), drive chain (9)). A further transformation stage (21) is connected downstream of the CVT. The input power is either fed directly to a summarizing gear set (24) or - with the power being branched - is introduced into the summarizing gear set (24) via a further transformation stage (wheels (29) and (30)). The total of three transformation stages present enable the ratios between the speeds of rotation within the CVT to be optimized. Preferably the drive is suitable for use in a vehicle in whose drive train the engine, transmission and output are disposed in a line.
    • 本发明涉及一种可以在两个功率范围操作的摩擦。 经由第一传输级中的变速器的输入轴(2)(轮3和4)具有一中间轴(5)。 从这里开始,通过进一步的平移台(齿轮6和7),驱动链(9)的CVT的驱动实现。 无级变速器之后是进一步传输级(21)。 的驱动电力被供给或者直接给求和齿轮(24)或 - 通过另一齿轮级中求和引入(齿轮29和30)(24) - 其具有功率分流。 总现有三条传动比允许无级变速器内的速度比的最优化。 优选地,DUR使用的发送是在具有动力传动系,其中所述发动机,变速箱和输出被配置成一列的车辆。