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    • 3. 发明授权
    • Variable time venting algorithm
    • 可变时间排放算法
    • US06789818B2
    • 2004-09-14
    • US10388428
    • 2003-03-17
    • Tony GioutsosDaniel Tabar
    • Tony GioutsosDaniel Tabar
    • B60R2132
    • B60R21/01504B60R2021/01218
    • An algorithm for evaluating information from sensors interacting with strips that are extended during activation of the airbag determines whether the airbag has contacted an out-of-position occupant. In one embodiment, each strip includes an alternating pattern that generates a frequency in a sensor through which the strip passes during deployment. The frequency generated is based upon the speed with which the strip passes by the sensor and, in turn, the speed of deployment of the airbag. A controller evaluates the frequency and the changes in frequency from the sensor during deployment. Depending upon the specific configuration of the system and the specific vehicle, a decrease in the speed of deployment of the airbag may be indicated by a decrease in the frequency of the signal. A decrease in speed of deployment may indicate that the airbag is in contact with an occupant.
    • 用于评估来自传感器的信息的算法,该传感器与在活塞气囊期间延伸的条带相互作用,确定安全气囊是否已接触到位置不合适的乘客。 在一个实施例中,每个条带包括在传感器中产生频率的交替图案,通过该传感器,条带在展开期间通过该频率。 所产生的频率是基于传送带通过的速度,进而基于安全气囊展开的速度。 控制器在部署期间从传感器评估频率和频率变化。 根据系统和特定车辆的具体配置,可以通过信号频率的降低来指示气囊展开速度的降低。 展开速度的降低可能表示气囊与乘员接触。
    • 5. 发明授权
    • Power rate system and method for actuating vehicle safety device
    • 用于启动车辆安全装置的动力系统和方法
    • US5363302A
    • 1994-11-08
    • US709891
    • 1991-06-04
    • Jace L. AllenTony Gioutsos
    • Jace L. AllenTony Gioutsos
    • B60R21/01B60R21/32
    • B60R21/0133B60R21/0132B60R21/01336
    • A system and method for determining when a vehicle safety device should be actuated includes a sensor whose analog output is filtered and then sampled to provide acceleration data. The acceleration data is integrated to obtain a value representative of vehicle velocity V. Consecutive values of the sampled data are also stored in a RAM and thereafter totaled or averaged to provide at least two acceleration values for calculating vehicle jerk and the square of vehicle acceleration. One of the acceleration values is added to the negative value of another of the acceleration values to obtain an approximation of the slope, or jerk J, of the data; and one of the acceleration values is squared to provide a squared acceleration value A.sup.2. The jerk J is then multiplied by the velocity V to obtain the velocity-jerk product, V*J, which is subsequently added to the squared acceleration value A.sup.2 to obtain a value proportional to the rate of change of power for the sensor's seismic mass. The rate of change of power value is then compared with a threshold value therefor, and the vehicle safety device is actuated when the rate of change of power value exceeds this threshold.
    • 用于确定车辆安全装置什么时候应被致动的系统和方法包括其模拟输出被滤波然后被采样以提供加速度数据的传感器。 加速度数据被积分以获得表示车辆速度V的值。采样数据的连续值也存储在RAM中,然后总计或平均以提供用于计算车辆冲击和车辆加速度的平方的至少两个加速度值。 将加速度值中的一个加到另一个加速度值的负值中,以获得数据的斜率或加速度J的近似值; 并且其中一个加速度值被平方以提供平方加速度值A2。 然后将冲击力J乘以速度V以获得随后加到平方加速度值A2中的速度加速度乘积V * J,以获得与传感器的地震质量的功率变化率成比例的值。 然后将功率值的变化率与其阈值进行比较,并且当功率值的变化率超过该阈值时,启动车辆安全装置。
    • 6. 发明授权
    • Vehicle occupant safety system
    • 车辆乘员安全系统
    • US06882914B2
    • 2005-04-19
    • US10266168
    • 2002-10-07
    • Tony GioutsosDaniel N. Tabar
    • Tony GioutsosDaniel N. Tabar
    • B60R21/01B60R21/015G06F7/00G06F17/00
    • B60R21/0136B60R21/0132B60R21/01562
    • A vehicle occupant safety system includes a crash severity determination system and one or more vehicle occupant safety devices. The crash severity determination system includes at least one crash sensor which generates a crash signal based upon the severity of the crash. A continuously variable crash severity output signal is generated based upon the crash signal from the crash sensor. Generally, for a given crash type, the crash severity signal is inversely proportional to the amount of time between the beginning of the crash and when the crash signal crosses a threshold. This continuously variable crash severity signal is sent to the vehicle occupant safety devices, which activate proportionally to the crash severity signal.
    • 车辆乘员安全系统包括碰撞严重程度确定系统和一个或多个车辆乘员安全装置。 碰撞严重度确定系统包括至少一个碰撞传感器,其基于碰撞的严重性来生成碰撞信号。 基于来自碰撞传感器的碰撞信号产生不断变化的碰撞严重度输出信号。 通常,对于给定的碰撞类型,碰撞严重程度信号与崩溃开始时和碰撞信号越过阈值之间的时间量成反比。 这个不断变化的碰撞严重程度信号被发送到车辆乘员安全装置,其与碰撞严重性信号成比例地激活。
    • 7. 再颁专利
    • System and method for controlling vehicle safety drive
    • 控制车辆安全驾驶的系统和方法
    • USRE36427E
    • 1999-12-07
    • US203851
    • 1998-12-02
    • Tony Gioutsos
    • Tony Gioutsos
    • G01L5/00B60R21/01B60R21/16G01N27/72G01P15/11G01P15/12G01V3/08H03K17/94H03K17/97B60R21/32
    • B60R21/0136G01P15/11G01P15/122G01V3/081H03K17/94H03K17/97H03K2017/9706
    • A system and method for controlling actuation of a vehicle safety device in response to an impact to a first portion of the vehicle includes a ferromagnetic element mechanically coupled with the first portion of the vehicle so as to receive elastic strain waves generated as a result of plastic deformation of the first portion of the vehicle. A permanent magnet is mounted on the vehicle adjacent to the ferromagnetic element so that the ferromagnetic element itself influences the magnetic field. An induction coil is also mounted on the vehicle so as to fall within the magnetic field generated by the magnet. Upon plastic deformation of the first portion of the vehicle, the ensuing elastic strain waves elastically deform the ferromagnetic element to vary its ferromagnetic properties and, in turn, alter the magnetic field so as to induce an electromotive force voltage in the induction coil. A signal processor receives the electromotive force voltage induced in the induction coil by the varying magnetic field. The signal processor actuates the safety device when the electromotive force voltage, or an appropriate measure derived from the electromotive force voltage, exceeds a predetermined threshold.
    • 用于响应于对车辆的第一部分的冲击来控制车辆安全装置的致动的系统和方法包括与车辆的第一部分机械耦合的铁磁元件,以便接收由于塑料而产生的弹性应变波 车辆的第一部分的变形。 永久磁铁安装在邻近铁磁元件的车辆上,使得铁磁元件本身影响磁场。 感应线圈也安装在车辆上,以便落入由磁体产生的磁场内。 随着车辆第一部分的塑性变形,随后的弹性应变波使铁磁元件弹性变形,以改变其铁磁特性,并进而改变磁场,从而在感应线圈中感应出电动势电压。 信号处理器通过变化的磁场接收在感应线圈中感应的电动势电压。 当电动势电压或从电动势电压导出的适当措施超过预定阈值时,信号处理器致动安全装置。