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    • 42. 发明授权
    • Seat belt retractor system
    • 安全带卷收器系统
    • US5568939A
    • 1996-10-29
    • US222120
    • 1994-04-04
    • Brian K. BlackburnLouis R. BrownJoseph E. MazurScott B. Gentry
    • Brian K. BlackburnLouis R. BrownJoseph E. MazurScott B. Gentry
    • B60R21/00B60R21/01B60R22/343B60R22/36B60R22/40B60R22/48H02J7/00
    • B60R21/017B60R21/01B60R22/343B60R2022/404
    • A vehicle seat belt retractor system (10) includes two seats (16, 18) each having its own integrated seat belt webbing retractor (60, 112). Each retractor (60, 112) includes a locking assembly (76, 80) for blocking belt withdrawal in response to an electrical signal. At a central location in the vehicle spaced from the seats (16, 18), a sensor (24) is disposed for sensing vehicle deceleration exceeding a predetermined deceleration and for providing a control signal indicative thereof. An RF transmitter (42) is electrically connected with the sensor (24) and is actuatable in response to the control signal to transmit an RF signal. An RF receiver (100, 114) on each vehicle seat (16, 18) receives the RF signal and provides an output signal to actuate the locking assembly (76, 80) of the two seat belt retractors (60, 112). Each vehicle seat (16, 18) also has (a) a battery (98) for supplying electric power to actuate the locking assembly (76, 80) of the retractors (60, 112) and (b) a piezoelectric member (90) responsive to an occupant sitting on the seat for generating an electric current to charge the battery (96). In a second embodiment, a separate deceleration sensor (24a) is mounted on each vehicle seat for electrically actuating its associated retractor. In a third embodiment, the transmitted signal provides the power for actuating a vehicle occupant restraint (178).
    • 车辆安全带卷收器系统(10)包括两个座椅(16,18),每个座椅具有其自己的集成安全带织带卷收器(60,112)。 每个牵开器(60,112)包括用于响应于电信号阻断皮带取出的锁定组件(76,80)。 在与座椅(16,18)间隔开的车辆的中心位置处,设置有用于感测超过预定减速度的车辆减速度并且用于提供指示其的控制信号的传感器(24)。 RF发射器(42)与传感器(24)电连接,并且可响应于控制信号而致动以发送RF信号。 每个车辆座椅(16,18)上的RF接收器(100,114)接收RF信号并提供输出信号以致动两个安全带卷收器(60,112)的锁定组件(76,80)。 每个车辆座椅(16,18)还具有(a)用于提供电力来驱动牵开器(60,112)的锁定组件(76,80)的电池(98)和(b)压电元件(90) 响应于坐在座椅上的乘员产生用于对电池(96)充电的电流。 在第二实施例中,单独的减速传感器(24a)安装在每个车辆座椅上以用于电动致动其相关联的牵开器。 在第三实施例中,所发送的信号提供用于致动车辆乘员约束(178)的动力。
    • 43. 发明授权
    • Method for determining frequency components in a vehicle crash
    • 确定车辆碰撞频率分量的方法
    • US5185701A
    • 1993-02-09
    • US899153
    • 1992-06-12
    • Brian K. BlackburnScott B. Gentry
    • Brian K. BlackburnScott B. Gentry
    • B60R21/01
    • B60R21/01332B60R21/0132B60R21/01334B60R21/01336
    • A method for determining frequency components present in a particular type of vehicle crash for which it is desirable to actuate a passenger restraint system in a vehicle of a predetermined class of vehicles is disclosed. The method comprises the steps of providing a time domain vibratory electric signal that is responsive to and that includes frequency component values indicative of a vehicle crash, crashing a vehicle of the predetermined class under at least one condition in which it is not desirable to actuate the vehicle passenger restaint system and recording an associated vibratory electric signal, crashing a vehicle of the predetermined class under at least one condition in which it is desirable to actuate the vehicle passenger restraint system, recording an associated vibratory electric signal, and performing a frequency domain transform function on the time domain recorded signals so as to identify frequency components for the electric signals recorded both crash conditions. The method further comprises the steps of comparing the frequency components for the crash conditions for which it is not desirable to actuate the passenger restraint system against the frequency components for the crash conditions for which it is desirable to actaute the passenger restraint system, and identifying frequency components present in crash conditions in which it is desirable to actuate the passenger restraint system and not present in the crash conditions in which it is not desirable to actuate the passenger restraint system.
    • 公开了一种用于确定存在于特定类型的车辆碰撞中的频率分量的方法,其中期望在预定类别的车辆的车辆中启动乘客约束系统。 该方法包括以下步骤:提供响应于并且包括指示车辆碰撞的频率分量值的时域振动电信号,并且在至少一个不希望启动该预定等级的条件下撞击预定等级的车辆 车辆乘员停放系统,并记录相关联的振动电信号,在需要致动车辆乘客约束系统的至少一个状态下撞击预定等级的车辆,记录相关联的振动电信号,以及执行频域变换 对时域记录的信号进行功能,以识别记录两种碰撞条件的电信号的频率分量。 该方法进一步包括以下步骤:比较不期望的起动条件的频率分量,以针对需要对乘客约束系统起作用的碰撞状况的频率分量进行驾驶,并识别频率 存在于碰撞条件下的部件,其中期望致动乘客约束系统并且不存在于不期望起动乘客约束系统的碰撞状态。
    • 44. 发明授权
    • Method and apparatus for controlling a plurality of controllable devices
    • 用于控制多个可控制装置的方法和装置
    • US6157372A
    • 2000-12-05
    • US921938
    • 1997-08-27
    • Brian K. BlackburnScott B. GentryWilliam R. Swihart
    • Brian K. BlackburnScott B. GentryWilliam R. Swihart
    • G06F3/033G06F3/048G09G5/00
    • G06F3/04883E05Y2400/852E05Y2400/86
    • An apparatus (10) and a method for controlling a plurality of controllable devices (14, 16, 18 and 20). Preferably, the devices (14, 16, 18 and 20) are located within a vehicle. A touch pad (46) of the apparatus (10) has an array of manually touchable areas (48) and provides signals indicative of manual touches to the areas (48). The array of manually touchable areas (48) are arranged such that various swiping and non-swiping manual touch patterns to the array can be accomplished. The touch patterns include touch patterns which correspond to controllable aspects of the devices (14, 16, 18 and 20). The apparatus (10) includes a control module (52). A receiver function (60) of the control module (52) receives the signals provided by the touch pad (46). An interpreter function (64) of the control module (52) interprets information contained within the received signals to identify touch patterns to the touch pad (46). A communication function (66) of the control module (52) provides control signals to control the controllable aspects of the devices (14, 16, 18 and 20) in response to the identified touch patterns.
    • 一种用于控制多个可控设备(14,16,18和20)的设备(10)和方法。 优选地,装置(14,16,18和20)位于车辆内。 设备(10)的触摸板(46)具有手动可触摸区域(48)的阵列,并且提供指示对区域(48)的手动触摸的信号。 手动可触摸区域(48)的阵列被布置成使得可以实现针对阵列的各种滑动和非滑动手动触摸图案。 触摸图案包括对应于装置(14,16,18和20)的可控方面的触摸图案。 装置(10)包括控制模块(52)。 控制模块(52)的接收机功能(60)接收由触摸板(46)提供的信号。 控制模块(52)的解释器功能(64)解释包含在接收信号内的信息以识别触摸板(46)的触摸图案。 响应于所识别的触摸模式,控制模块(52)的通信功能(66)提供控制信号以控制设备(14,16,18和20)的可控方面。
    • 45. 发明授权
    • Method and apparatus for sensing a vehicle crash in the frequency domain
    • 用于感测频域中的车辆碰撞的方法和装置
    • US5109341A
    • 1992-04-28
    • US708830
    • 1991-05-29
    • Brian K. BlackburnScott B. Gentry
    • Brian K. BlackburnScott B. Gentry
    • B60R21/01
    • B60R21/01336B60R21/0132B60R21/0133B60R21/01334
    • A method and apparatus is disclosed for controlling actuation of an air bag restraint system. The apparatus includes a sensor securable to the vehicle for providing a vibratory electric signal having various frequency components indicative of whether the vehicle is in a deployment condition. The particular frequency components indicative of an deployment condition are not present when the vehicle is in a non-deployment condition. A filter circuit is connected to the sensor for providing an electric signal having a value indicative of the value of the particular frequency components indication of the occurrence of a deployment condition that are present in the signal provided by the sensor. A signal generator provides the actuation signal when the signal from the filtering circuit exceeds a predetermined value.
    • 公开了一种用于控制气囊约束系统的致动的方法和装置。 该装置包括可安装到车辆的传感器,用于提供具有指示车辆是否处于部署状态的各种频率分量的振动电信号。 当车辆处于非部署状态时,不存在指示部署状态的特定频率分量。 滤波器电路连接到传感器,用于提供电信号,该电信号具有指示存在于由传感器提供的信号中的部署状况发生的特定频率分量指示值的值。 当来自滤波电路的信号超过预定值时,信号发生器提供致动信号。
    • 48. 发明授权
    • Seat belt system with comfort control
    • 安全带系统带舒适控制
    • US5181739A
    • 1993-01-26
    • US619124
    • 1990-11-27
    • Barney BauerBrian K. BlackburnScott B. Gentry
    • Barney BauerBrian K. BlackburnScott B. Gentry
    • B60R22/44
    • B60R22/44B60R2022/444B60R2022/4486
    • A rotatable spool has seat belt webbing wound around the spool. A motor, when actuated, rotates the spool in the belt withdrawal direction. A spring has a biasing force which rotates the spool to wind the belt webbing onto the spool. A worm gear mechanism is located between the motor and the spool and is selectively drivingly connectable with the spool. When drivingly connected with the spool, the worm gear mechanism prevents the biasing force of the spring from winding the belt webbing onto the spool. A clutch, when engaged, connects the spool and the worm gear mechanism. The clutch is disengaged and the motor is deactuated when a belt tension signal is below a lower predetermined threshold value. The clutch is engaged and the motor is actuated when the belt tension signal is above an upper predetermined threshold value which is greater than the lower predetermined threshold value. The clutch is engaged and the motor is deactuated when the belt tension signal is between the upper and lower predetermined threshold values. A pressure sensor provides the belt tension signal which continuously varies in magnitude as the amount of tension in the belt webbing continuously varies.
    • 可旋转的卷轴具有围绕卷轴缠绕的安全带织带。 电动机在被驱动时沿着带取出方向旋转阀芯。 弹簧具有使卷轴旋转的偏置力,以将带织带卷绕到卷轴上。 蜗轮机构位于电机和阀芯之间,可选择性地与阀芯连接。 蜗杆传动机构与阀芯驱动连接时,可防止弹簧的偏压力将皮带织带卷绕到阀芯上。 离合器在接合时连接阀芯和蜗轮传动机构。 当皮带张力信号低于较低的预定阈值时,离合器分离并且马达停用。 离合器接合并且当皮带张力信号高于大于较低预定阈值的上限预定阈值时,电动机被致动。 当皮带张力信号处于上限和下限预定阈值之间时,离合器接合并且马达停用。 压力传感器提供当皮带织带中的张力持续变化时连续变化的带张力信号。
    • 49. 发明授权
    • Method and apparatus for sensing a vehicle crash with frequency domain
boost
    • 用频域提升感测车辆碰撞的方法和装置
    • US5034891A
    • 1991-07-23
    • US432139
    • 1989-11-03
    • Brian K. BlackburnScott B. Gentry
    • Brian K. BlackburnScott B. Gentry
    • G01P15/00B60R21/01B60R21/16
    • B60R21/01332B60R21/0132B60R21/0133B60R21/01336
    • A method and apparatus is disclosed for controlling actuation of an air bag restraint system. The apparatus includes a sensor securable to the vehicle for providing a vibratory electric signal having various frequency components indicative of whether the vehicle is in a deployment condition. The particular frequency components indicative of an deployment condition are not present when the vehicle is in a non-deployment condition. A filter circuit is connected to the sensor for providing an electric signal having a value indicative of the value of the particular frequency components. An integrator provides a signal having a value indicative of the value of the vibratory electric signal. A summing circuit sums the value of the signal from the integrator and from the filter circuit. A signal generator provides the actuation signal when the signal from the summing circuit exceeds a predetermined value.
    • 公开了一种用于控制气囊约束系统的致动的方法和装置。 该装置包括可安装到车辆的传感器,用于提供具有指示车辆是否处于部署状态的各种频率分量的振动电信号。 当车辆处于非部署状态时,不存在指示部署状态的特定频率分量。 滤波器电路连接到传感器,用于提供具有指示特定频率分量的值的值的电信号。 积分器提供具有指示振动电信号的值的值的信号。 求和电路将来自积分器和滤波器电路的信号的值相加。 当来自求和电路的信号超过预定值时,信号发生器提供致动信号。