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    • 22. 发明授权
    • Deformation device for a steering column
    • 转向柱变形装置
    • US07422240B2
    • 2008-09-09
    • US11183126
    • 2005-07-14
    • Kay-Uwe GramsHerniu MichalskiBurkhard SchäferRainer Schmidt
    • Kay-Uwe GramsHerniu MichalskiBurkhard SchäferRainer Schmidt
    • B62D1/00
    • F16D1/072B62D1/192F16D3/387F16F7/127
    • A deformation device, especially for the steering column of a motor vehicle. The deformation device comprises a deformation tube (2), which can be deformed in a defined manner, as well as a deforming cone (1) associated with the deformation tube (2). The deformation device has at the deforming cone (1) at least one elevation (13, 28) or recess, whose edges (8) engage edges (9) of at least one impression (23, 25) or recess (10), whose shape corresponds to the elevation of the cone or the recess of the cone at the cone-side end of the deformation tube (2), in a positive (material blocking) manner, as a result of which essentially any desired high torque can be transmitted between the deformation tube (2) and the deforming cone (1) without any change in the good behavior in a collision. The design of deformation devices, especially for steering lines of motor vehicles, can be substantially simplified and despite the improvement in product quality that is made possible, considerable cost savings are achieved in the manufacture of steering line components for motor vehicles.
    • 一种变形装置,特别适用于机动车辆的转向柱。 变形装置包括可以以限定的方式变形的变形管(2)以及与变形管(2)相关联的变形锥体(1)。 变形装置在变形锥体(1)处具有至少一个仰角(13,28)或凹部,其边缘(8)接合至少一个印模(23,25)或凹部(10)的边缘(9),其中 形状对应于以变形管(2)的锥侧端部的锥体或凹部的凹凸(正面(材料阻塞))的方式,其结果是可以传播基本上任何所需的高扭矩 在变形管(2)和变形锥(1)之间,碰撞中的良好行为没有任何变化。 变形装置的设计,特别是机动车辆的转向线路的设计可以被大大简化,并且尽管可以提高产品质量,但是在制造用于机动车辆的转向线部件方面可以节省大量成本。
    • 24. 发明授权
    • Casing for electric connections and process for manufacturing such a casing
    • 电气连接套管和制造这种套管的工艺
    • US07417190B2
    • 2008-08-26
    • US11463419
    • 2006-08-09
    • Belisario Pini
    • Belisario Pini
    • H01R4/00H02G3/06H02G15/08
    • H02G15/003H01R4/70H01R9/24H02G15/06H02G15/113H02G15/115Y10S439/936
    • Casing for electric connections comprising two elements (1,1′; 100,102; 200, 201) which can be reciprocally coupled in a reversible or irreversible manner and delimiting an internal cavity (2; 101; 210) for a terminal box (3) or similar device and a plurality of in/out openings for one or more cables (5) which can be connected to the terminal box (3) or similar device. The internal space of at least one of said elements (1,1′; 100,102; 200, 201) is filled with dielectric gel (G) which occupies said space before the positioning of the terminal box (3) or similar device into said cavity (2; 101; 210), that is to say it is provided with a predetermined quantity of dielectric gel (G) which occupies its internal space.
    • 包括两个元件(1,1'; 100,102; 200,201)的电气连接,其可以可逆或不可逆的方式往复耦合并限定用于接线盒(3)的内部空腔(2; 101; 210)或 类似的装置和用于可以连接到接线盒(3)或类似装置的一个或多个电缆(5)的多个输入/输出开口。 至少一个所述元件(1,1'; 100,102; 200,201)的内部空间填充有电介质凝胶(G),所述电介质凝胶(G)在将所述接线盒(3)或类似装置定位到所述空腔 (2; 101; 210),也就是说,其具有预定量的占据其内部空间的电介质凝胶(G)。
    • 25. 发明授权
    • Press device
    • 按设备
    • US07415862B2
    • 2008-08-26
    • US10598766
    • 2005-08-26
    • Shoji FutamuraKeizo Ohtani
    • Shoji FutamuraKeizo Ohtani
    • B21J9/18B30B1/18B30B15/00
    • B30B15/0041B30B1/186B30B15/0035B30B15/007
    • In a press device for pressing a slider with a plurality of motors as driving sources, pressing is performed while a slider is kept horizontal even if an eccentric load is applied. In this press device, in the teaching stage, when the eccentric load is to be applied, a degree of shortage of a driving torque in each of the driving sources is determined at each timing when the eccentric load is applied so that a torque addition signal for compensating for the torque shortage is supplied to the respective corresponding driving sources corresponding to the respective timing during the actual machining
    • 在用多个电动机作为驱动源按压滑块的按压装置中,即使施加偏心负载,也可以在滑块保持水平的同时进行按压。 在该按压装置中,在示教阶段,当施加偏心负载时,在施加偏心负载的每个定时,确定每个驱动源中的驱动转矩的不足程度,使得转矩附加信号 用于补偿扭矩不足被提供给在实际加工期间对应于相应定时的各个对应的驱动源
    • 28. 发明授权
    • Process for setting an anesthesia apparatus or respirator
    • 设置麻醉设备或呼吸器的过程
    • US07321802B2
    • 2008-01-22
    • US11120347
    • 2005-05-02
    • Carsten WasnerHubertus KochFranz Urbanski
    • Carsten WasnerHubertus KochFranz Urbanski
    • G06F17/00
    • A61M16/00A61M16/01A61M2205/505
    • A process for setting an anesthesia apparatus or respirator with a control unit controlling the respiration is wherein a) after selecting an input sector for a respiration parameter by pressing the rotary and acknowledge switch and keeping it pressed beyond a preset first time threshold and by subsequently adjusting same corresponding to the direction of rotation of the rotary and acknowledge switch, an increase or decrease in the value of the selected parameter is brought about directly via the control unit, b) the set value of the selected parameter is changed over into the presetting by releasing the rotary and acknowledge switch, c) repeated pressing of the rotary and acknowledge switch and keeping it pressed within a second preset time threshold after releasing the rotary and acknowledge switch according to b) leads to the setting of the parameter selected with an increased or decreased value according to a), so that a further adjustment of the selected parameter setting is possible, d) pressing and releasing the rotary and acknowledge switch within the first time threshold after one of the steps a) or b) brings about the confirmation of the set parameter setting.
    • 用控制呼吸的控制单元设置麻醉装置或呼吸器的方法是其中a)在通过按压旋转和确认开关并保持其按压超出预设的第一时间阈值并且随后调整之后,为呼吸参数选择输入扇区之后 对应于旋转和确认开关的旋转方向相同,通过控制单元直接引入所选参数的值的增减,b)所选参数的设定值被转换为预置 释放旋转和确认开关,c)根据b)解除旋转和确认开关之后,重复按下旋转和确认开关并将其按压在第二预设时间阈值内,导致通过增加或 根据a)减小值,使得可以进一步调整所选择的参数设置 d)d)在步骤a)或b)中的一个之后,在第一时间阈值内按压并释放旋转和确认开关,从而确定设定的参数设置。
    • 30. 发明授权
    • Torsional rigidity control device
    • 扭转刚度控制装置
    • US07162945B2
    • 2007-01-16
    • US10503760
    • 2003-10-10
    • Masamura TatsuyaHagidaira Shinichi
    • Masamura TatsuyaHagidaira Shinichi
    • F15B11/042
    • B60G21/0558B60G17/0162B60G21/0555B60G2202/413B60G2202/442B60G2400/0523B60G2400/104B60G2400/204B60G2400/41B60G2400/50B60G2400/51B60G2500/02B60G2800/0122B60G2800/24
    • A torsional rigidity control device capable of controlling a moment provided to stabilizers (1f) and (1r) against the moment based on an external moment loaded from the outside to the stabilizers (1f) and (1r), comprising a moment variable mechanism for varying the moment loaded on the stabilizers (1f) and (1r) by regulating a fluid pressure supplied from a fluid pressure source driving rotary actuators (2f) and (2r) connected to the intermediate parts or one ends of the stabilizers (1f) and (1r) or the cylinders (51f) and (51r) connected to one ends of the stabilizers (1f) and (1r), characterized in that the necessary value of the fluid pressure for driving the rotary actuators (2f) and (2r) or the cylinders (51f) and (51r) is calculated based on the value of the external moment, the value of the fluid pressure supplied to the rotary actuators (2f) and (2r) or cylinders (51f) and (51r) is compared with the necessary value of the fluid pressure, and based on the compared result, the fluid pressure is regulated to control the moment, whereby a stable torsional rigidity can be developed by stabilizing a fluid pressure in a pressure chamber to increase a riding comfortableness at the time of rolling of a vehicle even when the device is mounted on the vehicle.
    • 一种扭转刚度控制装置,其能够基于从外部加载到稳定器(1f)和(1r)的外部力矩来控制提供给稳定器(1f)和(1r)的力矩的扭矩,包括一定时间 通过调节从连接到中间部分或一端的驱动旋转致动器(2f)和(2r)的流体压力源供应的流体压力来改变稳定器(1f)和(1r)上加载的力矩的可变机构, 的稳定器(1f)和(1r)或连接到稳定器(1f)和(1r)的一端的气缸(51f)和(51r)的特征在于流体的必要值 基于外力矩的值计算供给到旋转致动器的流体压力的值(2f)和(2r)和(2r)或气缸(51f)和(51r)的驱动压力 2 f)和(2 r)或气缸(51 f)和(51 r)与流体压力的必要值进行比较 并且基于比较结果,调节流体压力以控制力矩,从而通过稳定压力室中的流体压力来提高稳定的扭转刚度,以增加车辆滚动时的乘坐舒适性,甚至 当设备安装在车辆上时。