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    • 45. 发明申请
    • A DEVICE FOR AND METHOD OF SURVEILLANCE OF A SPACE
    • 一种空间监视装置和监视方法
    • WO1993019385A1
    • 1993-09-30
    • PCT/GB1993000598
    • 1993-03-23
    • ROVER GROUP LIMITEDBURDOCK, William
    • ROVER GROUP LIMITED
    • G01S15/52
    • G01S15/04G01S15/526G08B13/04
    • The device is primarily an anti-theft device or alarm for use in a vehicle and which can operate in a plurality of modes. The first mode may involve transmission of signals in the form of ultrasonic pulses from a transmitter (15) which are reflected from surfaces in the driver/passenger space (11) of the vehicle. The pulses are picked up by a receiver (16) and a pattern of reflections (34) is formed for comparison with a reference (33) based on the current level of background noise and environmental conditions in the space (11) and those associated with types of disturbance not intended to trigger an alarm. If an intrusion or disturbance occurs in the space which does not provide certainty that an alarm should be given, the device switches to a second mode where the transmitter (15) can transmit a continuous ultrasonic signal or a burst of ultrasound for a relatively long period. The reflected signal is picked up by the receiver (16) and compared to a reference level based on the current level of background noise and environmental conditions in the space (11) and those associated with types of disturbance not intended to trigger an alarm. If the reference level is exceeded an alarm is triggered. A third mode can be provided where there is no continuous or burst transmission from the transmitter and the system becomes passive so that the receiver (16) can pick up noise of breaking glass (Fig. 5).
    • 该装置主要是用于车辆的防盗装置或警报器,其可以以多种模式操作。 第一模式可以涉及从来自车辆的驾驶员/乘客空间(11)中的表面反射的发射器(15)的超声波脉冲形式的信号的传输。 脉冲由接收器(16)拾取,并且基于背景噪声和空间(11)中的环境条件的当前水平以及与空间(11)相关联的当前水平的背景噪声和环境条件,形成反射模式(34)以与参考(33)进行比较 扰动类型不是触发报警。 如果在空间中发生入侵或干扰,其不能确定应该给出警报,则设备切换到第二模式,其中发射机(15)可以在相对较长的时间段内发射连续的超声信号或超声波爆发 。 反射信号由接收器(16)拾取,并且基于空间(11)中的背景噪声和环境条件的当前水平以及与不想触发报警的干扰类型相关联的参考水平进行比较。 如果超过参考电平,则触发报警。 可以提供第三种模式,其中没有来自发射器的连续或突发传输,并且系统变为无源的,使得接收器(16)能够拾取破碎玻璃的噪声(图5)。
    • 46. 发明申请
    • MOTOR VEHICLE SUSPENSION SYSTEM
    • 电动车辆悬挂系统
    • WO1997045280A1
    • 1997-12-04
    • PCT/GB1997001393
    • 1997-05-21
    • ROVER GROUP LIMITED
    • ROVER GROUP LIMITEDBROOKES, Graham, RobertCLARE, David, AndrewGREEN, Phillip, JamesSMITH, Richard, JohnWOODHOUSE, Richard, Graham
    • B60G17/015
    • B60G17/0185B60G17/0195B60G2400/208B60G2400/252B60G2400/5122B60G2500/30B60G2600/08
    • A motor vehicle suspension system includes rear suspension units (21, 22) to adjust ride height between sprung and unsprung parts of the vehicle, control means for monitoring and maintaining ride height at a particular setting and wheel speed monitoring means for monitoring wheel speeds. The control means (31) provides a corrective up height change signal (47 or 48) in the event of an unrequested height change (41) and there existed before the unrequested height change a wheel speed signal (44) indicative of vehicle movement. The corrective height change signal (48) may be applied to each suspension unit or the control means may monitor abnormal vehicle activity and provide the corrective height change signal (47) to the appropriate suspension unit. One example of abnormal vehicle activity is when the wheel speeds differ significantly, the control means responding to provide the corrective height change signal to the suspension unit on the side of the vehicle with the highest wheel speed. A second example of abnormal vehicle activity is where the suspension unit uses fluid pressure to support the vehicle and a difference in pressures before and after the unrequested height change is used to provide the corrective height change signal to the suspension unit on the side of the vehicle with the lowest suspension pressure.
    • 一种机动车辆悬架系统,包括用于调整车辆的簧上和非簧下部分之间的行驶高度的后悬架单元(21,22),用于监测和维持在特定设置下的行驶高度的控制装置以及用于监测车轮速度的车轮速度监控装置。 控制装置(31)在未请求的高度变化(41)的情况下提供校正上升高度变化信号(47或48),并且在未请求的高度改变指示车辆运动的车轮速度信号(44)之前存在。 校正高度变化信号(48)可以应用于每个悬架单元,或者控制装置可以监视异常车辆活动,并向适当的悬架单元提供校正高度变化信号(47)。 异常车辆活动的一个示例是当车轮速度显着不同时,控制装置响应于以最高车轮速度向车辆侧面的悬架单元提供校正高度改变信号。 异常车辆活动的第二示例是悬架单元使用流体压力来支撑车辆,并且在使用未请求的高度变化之前和之后的压力差用于向车辆侧面的悬挂单元提供校正高度变化信号 悬挂压力最低。
    • 47. 发明申请
    • A VEHICLE SEAT AND ARMREST ARRANGEMENT
    • 车辆座椅和装置安排
    • WO1997028019A1
    • 1997-08-07
    • PCT/GB1997000201
    • 1997-01-24
    • ROVER GROUP LIMITEDHORSFORD, Peter, SteeleTHOMAS, Wynford
    • ROVER GROUP LIMITED
    • B60N02/46
    • B60N2/36B60N2/757B60N2/79B60N2205/30B60N2205/35B60R5/006
    • A vehicle seat and armrest arrangement comprising two spaced apart backrests independently pivotable about a first axis between an upright passenger seating position and a lowered position and an armrest assembly interposed between the two backrests having an armrest portion, characterised in that the armrest portion is pivotally connected to a pivotable backboard member forming part of said armrest assembly, and that the armrest assembly is movable into three separate configurations, a first configuration in which the armrest portion and backboard are both in an upright position, a second configuration in which the armrest is in the lowered position and the backboard member is in an upright position and a third configuration in which the backboard and the armrest portion are both in a lowered position thereby allowing elongate objects to be carried between the backrests.
    • 一种车辆座椅和扶手装置,包括两个间隔开的靠背,其可在直立乘客座位位置和下降位置之间围绕第一轴线枢转,并且设置在具有扶手部分的两个靠背之间的扶手组件,其特征在于,所述扶手部分枢转连接 到形成所述扶手组件的一部分的可枢转的背板构件,并且所述扶手组件可移动成三个单独的构造,其中所述扶手部分和背板都处于直立位置的第一构造,所述扶手处于其中的第二构型 下降位置和背板构件处于直立位置和第三构造,其中背板和扶手部分都处于降低位置,从而允许细长物体在靠背之间承载。