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
    • 3. 发明申请
    • Method for identifying vehicle wheels having low tire pressure
    • 识别轮胎压力低的车轮的方法
    • US20090173149A1
    • 2009-07-09
    • US12316665
    • 2008-12-15
    • Andre BorkTobias MunkoDetlef Schmidt
    • Andre BorkTobias MunkoDetlef Schmidt
    • G01L7/00G01M17/02
    • B60C23/061
    • A method for identifying low-pressure tires includes determining the number of revolutions of each wheel over a preselected driving distance, and comparing crosswise by summing the number of revolutions of the diagonally opposite front right/rear left and front left/rear right wheels and taking the difference between the sums, a diagonal containing a low-pressure tire being identifiable via the sign of the difference between the diagonals. A further comparison for each side of the vehicle is effected by summing the revolutions of the front left/rear left side and front right/rear right side wheels and comparing the difference between the sums, the side containing a low-pressure tire being identifiable via the sign of the difference between the sides. The difference between diagonals is compared with a low-pressure threshold value. If the threshold is exceeded, the signs of the difference between diagonals and between sides are logically combined to identify the low-pressure tire.
    • 用于识别低压轮胎的方法包括:在预定行驶距离之后确定每个车轮的转数,并且通过将对角线相对的前右/后左和前左/右后轮之间的转数相加来进行横向比较, 总和之间的差异,包含低压轮胎的对角线可以通过对角线之间的差异的符号来识别。 对车辆的每一侧的进一步比较通过对前左/右后/右后/右后轮的转数相加来进行比较,并且比较包含可识别的低压轮胎的一侧的总和 双方之间的差异的标志。 将对角线之间的差异与低压阈值进行比较。 如果超过阈值,则对角线和侧面之间的差异的符号被逻辑地组合以识别低压轮胎。
    • 5. 发明授权
    • Method and system for monitoring tire pressure in vehicles equipped with anti-lock braking systems
    • 配备防抱死制动系统的车辆轮胎气压监测方法及系统
    • US06799129B2
    • 2004-09-28
    • US10084541
    • 2002-02-26
    • Detlef SchmidtAndré BorkKlaus PapeGerhard RuhnauThomas Dieckmann
    • Detlef SchmidtAndré BorkKlaus PapeGerhard RuhnauThomas Dieckmann
    • G01R1300
    • B60C23/0408B60C23/007B60C23/008B60C23/061
    • A tire pressure monitoring system and method for vehicles equipped with anti-lock breaking systems (ABS), especially vehicles with more than two axles, is provided. Wheel sensors associated with the ABS are utilized to sense variables which depend on wheel rotation, such as speed of rotation of the wheels or travel distances covered by the wheels. An ABS control unit logically combines the determined variables with one another and performs an evaluation with respect to change of rolling radii of the wheels while allowing for changes of the variable caused by driving operation. The ABS control unit generates a warning signal when the change of variables caused by tire pressure decrease exceeds a preselected limit value. In addition to the wheel sensors, a tire pressure measuring system which measures the absolute tire inflation pressure of the wheels of at least one axle and generates a warning signal when the measured tire inflation pressure drops below a preselected setpoint pressure can be utilized.
    • 本发明提供一种具有防闭锁系统(ABS)的车辆轮胎压力监测系统和方法,特别是具有两个以上车轴的车辆。 与ABS相关联的车轮传感器用于感测取决于车轮旋转的变量,例如车轮的旋转速度或车轮所覆盖的行驶距离。 ABS控制单元将所确定的变量相互逻辑地组合,并且对允许由驾驶操作引起的变量的变化相对于车轮的滚动半径的变化进行评估。 当由轮胎压力降低导致的变量变化超过预选极限值时,ABS控制单元产生警告信号。 除了车轮传感器之外,还可以使用轮胎压力测量系统,其测量当至少一个轴的车轮的绝对轮胎充气压力并且当所测量的轮胎充气压力低于预先设定的设定点压力时产生警告信号。
    • 7. 发明授权
    • Method for identifying vehicle wheels having low tire pressure
    • 识别轮胎压力低的车轮的方法
    • US07870780B2
    • 2011-01-18
    • US12316665
    • 2008-12-15
    • Andre BorkTobias MunkoDetlef Schmidt
    • Andre BorkTobias MunkoDetlef Schmidt
    • G01M17/02
    • B60C23/061
    • A method for identifying low-pressure tires includes determining the number of revolutions of each wheel over a preselected driving distance, and comparing crosswise by summing the number of revolutions of the diagonally opposite front right/rear left and front left/rear right wheels and taking the difference between the sums, a diagonal containing a low-pressure tire being identifiable via the sign of the difference between the diagonals. A further comparison for each side of the vehicle is effected by summing the revolutions of the front left/rear left side and front right/rear right side wheels and comparing the difference between the sums, the side containing a low-pressure tire being identifiable via the sign of the difference between the sides. The difference between diagonals is compared with a low-pressure threshold value. If the threshold is exceeded, the signs of the difference between diagonals and between sides are logically combined to identify the low-pressure tire.
    • 用于识别低压轮胎的方法包括:在预定行驶距离之后确定每个车轮的转数,并且通过将对角线相对的前右/后左和前左/右后轮之间的转数相加来进行横向比较, 总和之间的差异,包含低压轮胎的对角线可以通过对角线之间的差异的符号来识别。 对车辆的每一侧的进一步比较通过对前左/右后/右后/右后轮的转数相加来进行比较,并且比较包含可识别的低压轮胎的一侧的总和 双方之间的差异的标志。 将对角线之间的差异与低压阈值进行比较。 如果超过阈值,则对角线和侧面之间的差异的符号被逻辑地组合以识别低压轮胎。
    • 9. 发明授权
    • Electric motor with a retractable shaft
    • 带有伸缩轴的电动机
    • US07786633B2
    • 2010-08-31
    • US11956526
    • 2007-12-14
    • Martin R. PaisShumin ChengDetlef Schmidt
    • Martin R. PaisShumin ChengDetlef Schmidt
    • H02K7/06H02K7/10
    • H02K7/125H02K7/061
    • An electric motor (100) for controlling the lateral displacement of a shaft (114) connected to a rotor (104) of the electric motor (100) is provided. The electric motor (100) includes one or more stator conductors (106) for carrying a current and one or more permanent magnets (108) to produce a magnetic field (504). The one or more stator conductors (106) interact with the magnetic field (504) when the power is applied, to purposely generate a force with an axial (Fa) and a circumferential component (Fc). The electric motor (100) includes the shaft (114) that travels along a rotor axis (506) in an axial direction when the power is applied, under an action of the axial component of the force. However, when the power is removed, the shaft (114) retracts under the action of a biasing force from a tension device (118).
    • 提供一种用于控制连接到电动机(100)的转子(104)的轴(114)的横向位移的电动机(100)。 电动机(100)包括用于承载电流和一个或多个永磁体(108)以产生磁场(504)的一个或多个定子导体(106)。 当施加电力时,一个或多个定子导体(106)与磁场(504)相互作用,以有意地产生具有轴向(Fa)和周向分量(Fc)的力。 电动机(100)包括在力的轴向分量的作用下沿着转子轴线(506)在轴向方向上施加电力的轴(114)。 然而,当动力消除时,轴(114)在来自张紧装置(118)的偏置力的作用下缩回。