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    • 6. 发明授权
    • Personal restraint system
    • 个人约束系统
    • US06896291B1
    • 2005-05-24
    • US10122912
    • 2002-04-12
    • Beverly M. Peterson
    • Beverly M. Peterson
    • B60R21/00B60R22/14B60R22/24
    • B60R22/14B60R2021/0037
    • A personal restraint system includes a central mounting assembly that is couplable to an interior surface of a vehicle. The central mounting assembly has a base member. The central mounting assembly has a rotatable coupling portion that is rotatably coupled to the base member. An elongate member has a first and second end. The first end is operationally couplable to the rotatable coupling portion. A harness assembly is operationally couplable to the second end of the elongate member. The elongate member is providing vertical support for a user when the harness assembly is worn by the user and the harness assembly is coupled to the central mounting assembly via the elongate member. The harness member is for inhibiting unwanted movement of the user relative to the interior of the vehicle.
    • 个人约束系统包括可连接到车辆内表面的中央安装组件。 中央安装组件具有基座部件。 中心安装组件具有可旋转地联接到基座构件的可旋转联接部分。 细长构件具有第一和第二端。 第一端可操作地联接到可旋转联接部分。 线束组件可操作地联接到细长构件的第二端。 当线束组件被使用者佩戴时,细长构件为使用者提供垂直支撑,并且线束组件经由细长构件联接到中央安装组件。 线束构件用于防止使用者相对于车辆内部的不必要的移动。
    • 7. 发明申请
    • Safety device for a fairground attraction
    • 游乐场吸引力的安全装置
    • US20030024428A1
    • 2003-02-06
    • US10106111
    • 2002-03-27
    • Cobra Beheer B.V.
    • Louisito Johannes Eusebio KroonAlbert Louisito Phillipus Kroon
    • E05G001/00
    • A63G27/04B60R22/02B60R2021/0037B60R2021/0097B60R2021/0206
    • A safety device for a construction in which people are able to sit and with which movements can be executed, for example for an attraction for a fairground or an amusement park, comprises a base that can be fixed to the construction, a restraint that at one end is pivotably connected to the base and that can be moved between a lifted-up position such that the person is able to sit down in the construction or to leave the latter, and a safety position in which the person is secured in the construction, as well as locking means for locking the restraint in the safety position. The locking means have a locking component that is located at the end of the restraint that faces away from the end where the restraint is pivotably mounted.
    • 用于建筑的安全装置,其中人们能够坐下并且可以执行哪些运动,例如用于游乐场或游乐场的吸引力,包括可以固定在该结构上的基座,一个在一个 所述端部可枢转地连接到所述基座并且可以在提升位置之间移动,使得所述人能够在所述构造中坐下或离开所述构造,以及所述人被固定在所述构造中的安全位置, 以及用于将约束件锁定在安全位置的锁定装置。 锁定装置具有锁定部件,该锁定部件位于限制器的端部处,其远离限制器可枢转地安装的端部。
    • 8. 发明授权
    • Occupant sensor
    • 乘员传感器
    • US06392542B1
    • 2002-05-21
    • US09614086
    • 2000-07-11
    • James G. Stanley
    • James G. Stanley
    • G08B1326
    • B60R21/01534B60N2/002B60N2/28B60N2/286B60N2/2863B60N2/5685B60R21/01516B60R21/01532B60R21/01536B60R21/01556B60R2021/0034B60R2021/0037G01B7/023G01V3/088G08B13/26H03K17/955
    • An electric field sensor (12) comprising at least one electrode (26) mountable within a seat (14) is operatively coupled to a sensing circuit (38), which applies an oscillating signal (28), comprising at least one frequency or at least one pulse, to at least one electrode (26) and generates a signal (32) responsive to at least one electric-field-influencing property of an object proximate to the electric field sensor (12). At least one frequency or pulse width of the applied signal (28) are adapted to be at most weakly responsive to a wetting condition of the seat (14). A method of sensing an occupant comprises placing at least one electrode (12) within a seat (14) of a motor vehicle (16), applying an oscillating signal (28) to at least one electrode, measuring (1112) the amplitude (1026) and phase (1038) of a signal (26) responsive to the at least one electrode (26), rotating (1116) the measured amplitude (1026) and phase (1038), compensating (1118) the rotated amplitude by a value responsive to the rotated phase, and comparing (1120) the compensated amplitude with a threshold.
    • 包括可安装在座位(14)内的至少一个电极(26)的电场传感器(12)可操作地耦合到感测电路(38),所述感测电路(38)施加振荡信号(28),所述振荡信号包括至少一个频率或至少 一个脉冲,至少一个电极(26)并且响应于靠近电场传感器(12)的物体的至少一个电场影响特性产生信号(32)。 所施加的信号(28)的至少一个频率或脉冲宽度适合于对座椅(14)的润湿状态最弱的响应。 感测乘员的方法包括将至少一个电极(12)放置在机动车辆(16)的座(14)内,向至少一个电极施加振荡信号(28),测量振幅(1026) )和响应于至少一个电极(26)的信号(26)的相位(1038),旋转(1116)测量的幅度(1026)和相位(1038),将旋转振幅补偿(1118)一个响应值 并将补偿幅度与阈值进行比较(1120)。