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    • 2. 发明授权
    • Magnetic field sensor
    • 磁场传感器
    • US08150639B2
    • 2012-04-03
    • US12306028
    • 2007-05-25
    • Teunis IkkinkHans Boeve
    • Teunis IkkinkHans Boeve
    • G01C17/38
    • G01C17/38G01C17/00
    • Magnetic field sensors (1) comprising field detectors (10) for detecting magnetic fields are provided with environment detectors (11) for detecting environments and with processors (12) for, in response to detected environments, performing processes such as loading calibration parameter sets and (re)calibrations for the field detectors (10), to allow the magnetic field sensors (1) to be used in different subsequent environments. The environment detectors (11) may comprise code detectors for detecting codes indicative for environments and may comprise user interfaces (13) for, in response to detected environments and via user interactions, selecting processes to be performed by the processors (12). Devices (2) comprise magnetic field sensors (1). Apparatuses (3) such as cradles removably fix the devices (2) and may comprise code generators (30) for generating the codes indicative for the environments.
    • 具有用于检测磁场的场检测器(10)的磁场传感器(1)设置有用于检测环境的环境检测器(11)和用于响应于检测到的环境的处理器(12)执行诸如加载校准参数集和 (re)校准,以允许磁场传感器(1)在不同的后续环境中使用。 环境检测器(11)可以包括用于检测指示环境的代码的代码检测器,并且可以包括用于响应于检测到的环境并且经由用户交互而选择要由处理器(12)执行的处理的用户接口(13)。 设备(2)包括磁场传感器(1)。 设备(3),例如托架可移除地固定设备(2),并且可以包括用于生成指示环境的代码的代码生成器(30)。
    • 3. 发明授权
    • Sensor for sensing accelerations
    • 用于感测加速度的传感器
    • US08862422B2
    • 2014-10-14
    • US12306041
    • 2007-05-25
    • Teunis IkkinkHans Boeve
    • Teunis IkkinkHans Boeve
    • G01P15/08G01P15/18G11B19/04
    • G01P15/0891G01P15/18G11B19/043
    • Sensors (1) for sensing accelerations are provided with accelerometers (11) for measuring accelerations, with magnetometers (12) for measuring magnetic fields, and with processors (13) for, in response to acceleration measurements and magnetic field measurements, judging the accelerations. The processors (13) may comprise acceleration units (14) for comparing acceleration signals with acceleration thresholds, and magnetic field units (15) for comparing changes of magnetic field signals per time interval with rate thresholds. The processors (13) may further comprise decision units (17) for, in response to comparison results from the acceleration units (14) and the magnetic field units (15), deciding whether a total acceleration forms part of a tumbling free-fall or a non-tumbling free-fall or not. The processors (13) may yet further comprise distinguishing units (18) and control units (19). Devices (2) may comprise sensors (1).
    • 用于感测加速度的传感器(1)具有用于测量加速度的加速度计(11),用于测量磁场的磁力计(12)以及用于响应加速度测量和磁场测量来判断加速度的处理器(13)。 处理器(13)可以包括用于将加速度信号与加速度阈值进行比较的加速单元(14),以及用于将每个时间间隔的磁场信号的变化与速率阈值进行比较的磁场单元(15)。 处理器(13)还可以包括响应于来自加速单元(14)和磁场单元(15)的比较结果的决定单元(17),决定总加速度是否形成滚动自由落体的一部分,或者 不倒翁自由落体。 处理器(13)还可以包括区分单元(18)和控制单元(19)。 设备(2)可以包括传感器(1)。
    • 4. 发明申请
    • SENSOR FOR SENSING ACCELERATIONS
    • 传感器用于感应加速
    • US20100010771A1
    • 2010-01-14
    • US12306041
    • 2007-05-25
    • Teunis IkkinkHans Boeve
    • Teunis IkkinkHans Boeve
    • G01P15/08
    • G01P15/0891G01P15/18G11B19/043
    • Sensors (1) for sensing accelerations are provided with accelerometers (11) for measuring accelerations, with magnetometers (12) for measuring magnetic fields, and with processors (13) for, in response to acceleration measurements and magnetic field measurements, judging the accelerations. The processors (13) may comprise acceleration units (14) for comparing acceleration signals with acceleration thresholds, and magnetic field units (15) for comparing changes of magnetic field signals per time interval with rate thresholds. The processors (13) may further comprise decision units (17) for, in response to comparison results from the acceleration units (14) and the magnetic field units (15), deciding whether a total acceleration forms part of a tumbling free-fall or a non-tumbling free-fall or not. The processors (13) may yet further comprise distinguishing units (18) and control units (19). Devices (2) may comprise sensors (1).
    • 用于感测加速度的传感器(1)具有用于测量加速度的加速度计(11),用于测量磁场的磁力计(12)以及用于响应加速度测量和磁场测量来判断加速度的处理器(13)。 处理器(13)可以包括用于将加速度信号与加速度阈值进行比较的加速单元(14),以及用于将每个时间间隔的磁场信号的变化与速率阈值进行比较的磁场单元(15)。 处理器(13)还可以包括响应于来自加速单元(14)和磁场单元(15)的比较结果的决定单元(17),决定总加速度是否形成滚动自由落体的一部分,或者 不倒翁自由落体。 处理器(13)还可以包括区分单元(18)和控制单元(19)。 设备(2)可以包括传感器(1)。
    • 5. 发明申请
    • MAGNETIC FIELD SENSOR
    • 磁场传感器
    • US20090281739A1
    • 2009-11-12
    • US12306028
    • 2007-05-25
    • Teunis IkkinkHans Boeve
    • Teunis IkkinkHans Boeve
    • G01R15/00G01R35/00G01R33/00
    • G01C17/38G01C17/00
    • Magnetic field sensors (1) comprising field detectors (10) for detecting magnetic fields are provided with environment detectors (11) for detecting environments and with processors (12) for, in response to detected environments, performing processes such as loading calibration parameter sets and (re)calibrations for the field detectors (10), to allow the magnetic field sensors (1) to be used in different subsequent environments. The environment detectors (11) may comprise code detectors for detecting codes indicative for environments and may comprise user interfaces (13) for, in response to detected environments and via user interactions, selecting processes to be performed by the processors (12). Devices (2) comprise magnetic field sensors (1). Apparatuses (3) such as cradles removably fix the devices (2) and may comprise code generators (30) for generating the codes indicative for the environments.
    • 具有用于检测磁场的场检测器(10)的磁场传感器(1)设置有用于检测环境的环境检测器(11)和用于响应于检测到的环境的处理器(12)执行诸如加载校准参数集和 (re)校准,以允许磁场传感器(1)在不同的后续环境中使用。 环境检测器(11)可以包括用于检测指示环境的代码的代码检测器,并且可以包括用于响应于检测到的环境并且经由用户交互而选择要由处理器(12)执行的处理的用户接口(13)。 设备(2)包括磁场传感器(1)。 设备(3),例如托架可移除地固定设备(2),并且可以包括用于生成指示环境的代码的代码生成器(30)。