会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 13. 发明授权
    • Protective circuit
    • 保护电路
    • US4663537A
    • 1987-05-05
    • US748859
    • 1985-06-26
    • Walther GoldnerHorst Kramer
    • Walther GoldnerHorst Kramer
    • H02H3/08H02H7/085
    • H02H7/0851
    • A protective circuit for a manually controllable adjusting device for motor vehicle seats, which is driven by an electric motor, has a current sensor (11) with an output voltage which corresponds to the sum of all instantaneous currents flowing in the motor electrical circuit of the adjusting device. Furthermore, a threshold switch stage (14, 16, 24, 25, 26) which responds to a predetermined value of the output sensor (11) and a switch (12) which lies in the electrical circuit of the electric motor are provided. This switch (12) can be switched from its closed condition into its opened condition by the threshold switch stage when a threshold value is exceeded.
    • 用于由电动机驱动的用于机动车辆座椅的手动可调节调节装置的保护电路具有电流传感器(11),其具有对应于流过电动机电路中的所有瞬时电流之和的输出电压 调整装置。 此外,提供响应于输出传感器(11)的预定值的响应阈值开关级(14,16,24,25,26)和位于电动机的电路中的开关(12)。 当超过阈值时,该开关(12)可以通过阈值开关级从其闭合状态切换到其打开状态。
    • 14. 发明授权
    • Vacuum brake power booster
    • 真空制动助力器
    • US6053090A
    • 2000-04-25
    • US952571
    • 1998-02-02
    • Peter DrottFrank StohrHorst Kramer
    • Peter DrottFrank StohrHorst Kramer
    • B60T13/57B60T13/72F15B13/16
    • B60T13/72
    • A vacuum brake power booster for automotive vehicles has a booster housing with a movable wall and a control housing which carries the movable wall. The control housing includes a main part which is accommodated in a guide tube along with a cover part axially slipped onto the main part. A solenoid for actuating a control valve is positioned in the control housing, and one axial side of the solenoid is mounted in the main part and the other axial side thereof is mounted in the cover part. The cover part has axially projecting centering segments which elastically deform and center the main part in a clearance-free manner during the assembly of the control housing.
    • PCT No.PCT / EP96 / 02322 Sec。 371日期1998年2月2日 102(e)1998年2月2日PCT 1996年5月30日PCT PCT。 公开号WO96 / 38329 日期1996年12月5日用于机动车辆的真空制动助力器具有带可移动壁的增压器壳体和承载活动壁的控制壳体。 控制壳体包括主体部分,其与轴向滑动到主要部分上的盖部分一起容纳在引导管中。 用于致动控制阀的螺线管位于控制壳体中,螺线管的一个轴向侧安装在主体部分中,另一个轴向侧安装在盖部分中。 盖部件具有轴向突出的定心段,其在控制壳体的组装期间以无间隙的方式弹性变形并使主体部分居中。
    • 15. 发明申请
    • Adjustable pedal device
    • 可调踏板装置
    • US20070266816A1
    • 2007-11-22
    • US11820958
    • 2007-06-21
    • Ralf JakobiHorst KramerMichael HaberJurgen SchonlauHolger KranlichThomas Sellinger
    • Ralf JakobiHorst KramerMichael HaberJurgen SchonlauHolger KranlichThomas Sellinger
    • G05G1/14
    • G05G1/405B60T7/06Y10T74/20528
    • The present invention relates to an adjustable pedal device including at least two pedals whose initial position is variable. A pedal device is disclosed wherein a control member is rotatably articulated at the pedal lever for the brake, while the lever is rotatable about a third axis. It is disadvantageous in the prior art construction that a second pedal, particularly an accelerator pedal, cannot be simultaneously adjusted according to said principle because the forces acting upon the individual pedals are not effective in the same direction. The invention relates to a pedal device which has a simple design and in which the initial position of the mentioned two pedals can be adjusted in a substantially uniform manner, the two pedals being mounted in a twistable mounting support while being rotated about axes that are offset one relative to the other.
    • 本发明涉及一种可调踏板装置,其包括至少两个其初始位置可变的踏板。 公开了一种踏板装置,其中控制构件可旋转地铰接在用于制动器的踏板杆上,同时杆可绕第三轴线旋转。 在现有技术的结构中,不利于第二踏板,特别是加速器踏板,由于作用在各个踏板上的力在相同的方向上不起作用,因此根据所述原理是不利的。 本发明涉及一种具有简单设计的踏板装置,其中所述两个踏板的初始位置可以以基本均匀的方式进行调节,两个踏板安装在可扭转的安装支撑件中,同时围绕被偏移的轴线旋转 一个相对于另一个。
    • 19. 发明授权
    • Testing method for determining the magnetic properties of ferromagnetic
powders
    • 确定铁磁粉末磁性能的试验方法
    • US4369648A
    • 1983-01-25
    • US261744
    • 1981-05-08
    • Karlheinz UhleHorst Kramer
    • Karlheinz UhleHorst Kramer
    • B03B5/44B03B13/00G01N15/04G01N27/72
    • G01N27/72B03B13/005B03B5/44G01N15/04
    • The invention relates to a method permitting ferromagnetic powders to be readily tested for their qualification for use in heavy medium suspensions for the float-sink dressing of minerals. To this end, the invention provides(a) for ferromagnetic powder particles with a size within the range 63 to 100.mu. to be admixed with a quantity of a glycerol/water mixture necessary to obtain a heavy medium suspension having a specific density within the range 1.45 to 1.55 g/cm.sup.3 ;(b) for the heavy medium suspension to be demagnetized in a cyclicly decreasing alternating field at maximum field strengths within the range 1200 to 1600 amperes/cm and for its relative sedimentation velocity to be determined by means of a sedimentometer;(c) for the demagnetized heavy medium suspension to be magnetized in a magnetic steady field at field strengths within the range 700 to 900 amperes/cm and for its relative sedimentation velocity to be determined by means of a sedimentometer; and for(d) the magnetized heavy medium suspension to be demagnetized in a cyclicly decreasing alternating field at maximum field strengths within the range 1200 to 1600 amperes/cm and for its relative sedimentation velocity to be determined by means of a sedimentometer.Ferromagnetic powder is fully serviceable for use in heavy medium suspensions in the event of the relative sedimentation velocity determined in step (b) being smaller than 0.25 cm/second, that determined in step (c) being greater than 2.5 cm per second and that determined in step (d) being smaller than 0.4 cm/second.
    • 本发明涉及一种允许铁磁粉末容易地测试其在矿物浮选敷料的重介质悬浮液中的使用资格的方法。 为此,本发明提供(a)尺寸在63至100微米范围内的铁磁粉末颗粒与一定量的甘油/水混合物混合,以获得特定密度在该范围内的重介质悬浮液 1.45〜1.55g / cm3; (b)使重介质悬浮液以最大场强在1200至1600安培/厘米的范围内以循环降低的交变场退磁,并且通过沉降计确定其相对沉降速度; (c)对于在700-900安培/ cm范围内的场强的磁稳定磁场中的磁化重磁介质悬浮液,并且通过沉降计确定其相对沉降速度; 并且(d)磁化重介质悬浮液在循环降低的交变场中以最大场强在1200至1600安培/ cm 2范围内消磁,并且其相对沉降速度通过沉降计确定。 在步骤(b)中确定的相对沉降速度小于0.25cm /秒的情况下,在步骤(c)中确定的大于2.5cm /秒的铁磁粉末完全可用于重介质悬浮液,并且确定 在步骤(d)中小于0.4cm /秒。