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    • 72. 发明公开
    • VEHICLE PASSENGER RESTRAINT SYSTEM WITH DISTRIBUTED SENSORS
    • FAHRZEUGINSASSENRÜCKHALTESYSTEMMIT VERTEILTEN SENSOREN
    • EP1585653A2
    • 2005-10-19
    • EP04704916.8
    • 2004-01-23
    • Siemens VDO Automotive Corporation
    • KNUEPPEL, AndreasTYROLLER, TobiasWINKLER, Gerd
    • B60R21/01
    • B60R21/01332B60R21/013B60R21/01336B60R21/0136B60R2021/0006B60R2021/01115B60R2021/0119
    • A distributed sensing system and method improves sensing of events that may require restraint deployment in a vehicle by distinguishing between deployment events and non-deployment events using data from more than one sensor. A transmission check process continuously monitors an incoming signal from a sensor and counts the number of data samples that exceed a selected value using a counter. If the counter value exceeds a selected threshold, the system indicates that the transmission check is fulfilled and allows deployment of the restraint. A correlation acceleration difference (CAD) algorithm calculates a CAD term corresponding to a degree of intrusion of a foreign object into a vehicle at a given time. Acceleration data from sensors disposed at supporting sides of the vehicle are checked if they respond to an event, and the absolute values of the acceleration data are subtracted from each other to obtain an absolute difference from which the CAD term is calculated.
    • 分布式感测系统和方法通过使用来自多个传感器的数据区分部署事件和非部署事件来改善可能需要在车辆中进行限制部署的事件的感测。 传输检查过程连续监测来自传感器的输入信号,并使用计数器对超过选定值的数据样本数进行计数。 如果计数器值超过所选择的阈值,则系统指示传输检查已满足并允许部署约束。 相关加速度差(CAD)算法在给定时间计算对应于外来物体进入车辆的程度的CAD项。 检查设置在车辆的支撑侧的传感器的加速度数据,如果它们对事件做出响应,并且将加速度数据的绝对值相互减去以获得计算CAD项的绝对差。 一种减少系统算法中运行时间的方法对计算进行了优先级排序,以便它们在具有更高可能性需要约束部署的条件的一侧进行。 计算的优先顺序也可以避免在已经部署了约束的一方进行重新计算,减少系统需要执行的计算总数。 评估来自给定传感器的火灾判定是必须部署约束的事件的结果的可信性的方法包括在发出限制发射请求之前检查系统中其他传感器的状态的合理性检查。 可以调整合理性检查中使用的具体术语,以适应不同的车辆硬件配置,车辆设置和要求。
    • 73. 发明公开
    • A load-detecting device for an object on a seat
    • Vorrichtung zur Erfassung der Sitzbelastung
    • EP1559617A1
    • 2005-08-03
    • EP05250308.3
    • 2005-01-21
    • Aisin Seiki Kabushiki Kaisha
    • Sakai, Morio, Int. Property DepartmentMori, Masaki, Int. Property Department
    • B60R21/01G01G19/414
    • B60R21/01516B60N2/002B60R21/0152B60R2021/01115G01G19/4142
    • A load-detecting device for an object on a seat (1) of an automobile comprises a plurality of load sensors (21,22,23,24) for generating output signals corresponding to an object on the seat at least two of the load sensors (21,23 or 22,24) being different in character, a plurality of signal processing circuits (31,32,33,34) for processing the output signals so as to provide load signals with unique IDs corresponding to each of the sensors, and a control unit (25) including a plurality of ports (P1,P2,P3,P4) in communication with the signal processing circuits (31,32,33,34) so as to load the load signals in the control unit (25), wherein the control unit (25) executes an initialization process so that the ports (P1,P2,P3,P4) are assigned in relation to the signal processing circuits based on the unique IDs included in the load signals. The signal processing circuits (31,32,33,34) may be dispensed with.
    • 用于汽车座椅(1)上的物体的负载检测装置包括多个负载传感器(21,22,23,24),用于产生对应于座椅上的物体的至少两个负载传感器的输出信号 (21,23或22,24)具有不同的特征,多个信号处理电路(31,32,33,34),用于处理输出信号,以便为每个传感器提供具有唯一ID的负载信号, 以及包括与所述信号处理电路(31,32,33,34)通信的多个端口(P1,P2,P3,P4)以便将所述负载信号加载到所述控制单元(25)中的控制单元(25) ),其中控制单元(25)执行初始化处理,使得根据包括在负载信号中的唯一ID,相对于信号处理电路分配端口(P1,P2,P3,P4)。 可以省去信号处理电路(31,32,33,34)。