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    • 1. 发明申请
    • Electric jack load balancing method and device
    • 电插座负载平衡方法及装置
    • US20060104766A1
    • 2006-05-18
    • US11243233
    • 2005-10-04
    • Robert FordJohn ManfredaMark WoloszykShawn Haley
    • Robert FordJohn ManfredaMark WoloszykShawn Haley
    • B60P3/00
    • B60S9/04B66F3/46
    • An electric jack load balancing method and device for reducing the difference in load carried by each jack of a pair of electric jacks while adjusting the attitude of a platform. The device includes a controller configured to reduce the difference in load carried by each jack of a pair of electric jacks. The method includes monitoring the power draws of the jack motors of the pair of electric jacks, comparing the ratio of the power draws of the jack motors to a predetermined desirable power draw ratio, and when the jack motor power draw ratio differs from the desirable power draw ratio, modifying the operation of the jacks in such a way as to decrease the difference between their actual power draw ratio and the predetermined desirable power draw ratio.
    • 一种电动千斤顶负载平衡方法和装置,用于在调整平台姿态的同时减小一对电动千斤顶的每个千斤顶承受的负载差异。 该装置包括控制器,该控制器被配置为减少由一对电插座的每个插座承载的负载差异。 该方法包括监测一对电气插座的千斤顶电机的功率消耗,将千斤顶电机的功率比与预定的期望功率拉伸比进行比较,以及当千斤顶电机功率拉伸比与期望功率不同时 拉伸比,以减小它们的实际功率拉伸比和预定的期望功率拉伸比之间的差异的方式修改插孔的操作。
    • 2. 发明授权
    • Method of automatic continuous calibration for an electric compass
    • 电子罗盘自动连续校准方法
    • US06651003B2
    • 2003-11-18
    • US09918197
    • 2001-07-30
    • Mark WoloszykJohn ManfredaRobert FordShawn Haley
    • Mark WoloszykJohn ManfredaRobert FordShawn Haley
    • G01C2126
    • G01C17/38
    • An autocalibration method for use within an electronic compass in a vehicle is disclosed. The method includes steps of initializing variables and then retrieving sensor readings from at least two axis. The method then compares the compass tilt to a predetermined threshold. Next the method will determine if the sensor reading is a minimum or maximum for the current calibration cycle. Next the method will determine if the maximum value of the sensor readings is greater than the predetermined minimum spread. Then the method will calculate an offset value for each axis and calculate a sensor value for each axis. Then the method will calculate an azimuth value with the new sensor values and determine the heading using the azimuth.
    • 公开了一种在汽车电子罗盘内使用的自动校准方法。 该方法包括初始化变量,然后从至少两个轴检索传感器读数的步骤。 该方法然后将罗盘倾斜度与预定阈值进行比较。 接下来,该方法将确定传感器读数是否为当前校准周期的最小值或最大值。 接下来,该方法将确定传感器读数的最大值是否大于预定的最小值。 然后,该方法将计算每个轴的偏移值,并计算每个轴的传感器值。 然后,该方法将使用新的传感器值计算方位角值,并使用方位角确定航向。
    • 4. 发明授权
    • Actuator position homing method and apparatus
    • 执行机构位置归位方法及装置
    • US08028973B2
    • 2011-10-04
    • US12021480
    • 2008-01-29
    • Robert FordShawn HaleyMark WoloszykJohn Manfreda
    • Robert FordShawn HaleyMark WoloszykJohn Manfreda
    • B66F7/00B66F7/20B60S9/00
    • B66F3/44H02P6/16
    • An electric actuator motor drives an actuator leg between inner and outer limits of an actuator stroke relative to an actuator base. A controller detects when the actuator leg is at one of the inner and outer stroke limits by monitoring and comparing actuator motor power draw to known actuator motor power draw values associated with the operation of an electric actuator when its leg has reached an actuator leg stroke limit. A position sensor senses changes in the position of a monitored actuator component and provides corresponding signals to the controller. The controller calculates the position of the monitored actuator component relative to the position that the monitored actuator component was in when the actuator leg was in a predetermined home position. The controller recognizes and records the concurrent position of the monitored actuator component as indicating that the actuator leg is in the home position whenever the leg reaches a stroke limit.
    • 电致动器马达相对于致动器基座在致动器行程的内部和外部限制之间驱动致动器腿。 控制器通过监测和比较执行器电机的功率消耗与当电动执行机构的行程达到执行器行程极限时与电动执行器的运行相关联的已知执行器电机功率消耗值,来检测执行机构脚处于内外冲程极限之内 。 位置传感器感测所监视的致动器部件的位置的变化并且向控制器提供相应的信号。 当执行机构腿处于预定的起始位置时,控制器计算被监控致动器部件相对于被监控致动器部件所处的位置的位置。 控制器识别和记录被监视的致动器部件的同时位置,指示当腿部达到冲程极限时,致动器腿处于起始位置。
    • 5. 发明申请
    • Electric jack ground contact detection method and device
    • 电插座接地检测方法及装置
    • US20060084308A1
    • 2006-04-20
    • US11243253
    • 2005-10-04
    • Robert FordJohn ManfredaMark WoloszykShawn Haley
    • Robert FordJohn ManfredaMark WoloszykShawn Haley
    • H01R29/00
    • H01R13/641
    • An electric jack ground contact detection method and device for detecting ground contact of an electric motor-driven jack as the jack is being extended to adjust the attitude of a mobile platform. The device includes a controller that monitors the electrical power draw of an electric motor-driven jack while the jack is being extended for use in adjusting the attitude of a mobile platform. The controller recognizes jack ground contact when the monitored power draw value exceeds a ground contact power draw value consistent with jack ground contact. The controller calculates the ground contact power draw value as equaling the sum of a dynamically-adjusted threshold power draw value associated with jack extension before ground contact and a power draw increase value equaling an amount of additional power that the jack is known to draw as a result of jack ground contact.
    • 一种电插座接地检测方法和装置,用于在插孔延伸时检测电动千斤顶的接地接触,以调节移动平台的姿态。 该装置包括控制器,该控制器监视电动机驱动千斤顶的电力消耗,同时插座被延伸以用于调节移动平台的姿态。 当监控的功率消耗值超过与接地触点一致的接地触点功率消耗值时,控制器会识别插座接地触点。 控制器计算地面接触功率抽取值等于在地面接触之前与插座延伸相关联的动态调整的阈值功率消耗值的总和和等于千斤顶已知绘制为的额外功率量的功率消耗增加值之和 插座接地的结果。
    • 6. 发明申请
    • Actuator Position Homing Method and Apparatus
    • 执行器位置归位方法和装置
    • US20090189558A1
    • 2009-07-30
    • US12021480
    • 2008-01-29
    • Robert FordShawn HaleyMark WoloszykJohn Manfreda
    • Robert FordShawn HaleyMark WoloszykJohn Manfreda
    • H02P6/16B66F3/44H02K29/08
    • B66F3/44H02P6/16
    • An electric actuator motor drives an actuator leg between inner and outer limits of an actuator stroke relative to an actuator base. A controller detects when the actuator leg is at one of the inner and outer stroke limits by monitoring and comparing actuator motor power draw to known actuator motor power draw values associated with the operation of an electric actuator when its leg has reached an actuator leg stroke limit. A position sensor senses changes in the position of a monitored actuator component and provides corresponding signals to the controller. The controller calculates the position of the monitored actuator component relative to the position that the monitored actuator component was in when the actuator leg was in a predetermined home position. The controller recognizes and records the concurrent position of the monitored actuator component as indicating that the actuator leg is in the home position whenever the leg reaches a stroke limit.
    • 电致动器马达相对于致动器基座在致动器行程的内部和外部极限之间驱动致动器腿。 控制器通过监测和比较执行器电机的功率消耗与当电动执行机构的行程达到执行器行程极限时与电动执行器的运行相关联的已知执行器电机功率消耗值,来检测执行机构脚处于内外冲程极限之内 。 位置传感器感测所监视的致动器部件的位置的变化并且向控制器提供相应的信号。 当执行机构腿处于预定的起始位置时,控制器计算被监控致动器部件相对于被监控致动器部件所处的位置的位置。 控制器识别和记录被监视的致动器部件的同时位置,指示当腿部达到冲程极限时,致动器腿处于起始位置。