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    • 4. 发明公开
    • Automatic repositioning of mirrors mounted within concave-shaped boundaries
    • 在einemkonkavförmigenbegrenzten Raum montierten Spiegeln的Wiederpositionierung von。
    • EP0525951A2
    • 1993-02-03
    • EP92305063.7
    • 1992-06-02
    • UNITED TECHNOLOGIES AUTOMOTIVE, Inc.
    • Barrs, John A.
    • G05B19/35G05B19/4061
    • G05B19/351G05B2219/37462G05B2219/41275G05B2219/45185G05B2219/49137G05B2219/49143
    • A memory mirror system having a mirror 19 mounted within concave-shaped mirror movement boundaries, two constant speed motors 16,18 each controlling an axis of mirror movement, position feedback signals 26,28 from each motor, push button inputs 12 and an electronic controller 10, is provided with automatic mirror repositioning that drives the mirror from a start position to a memory position in minimum time without colliding with any mirror movement boundaries by driving the mirror position toward the target along the axis farthest from the target and driving the mirror toward the origin along the other axis until the mirror position is within a predetermined safe region along that axis or the current position is 45 degrees from the target, then driving the mirror in the direction of the target along an axis for which the distance to the target is not less than the distance to the target along the other axis or in which the direction toward the target is also toward the origin.
    • 具有安装在凹形反射镜运动边界内的反射镜19的记忆反射镜系统,每个控制反射镜运动轴的两个恒速马达16,18,来自每个马达的位置反馈信号26,28,按钮输入12和电子控制器 如图10所示,具有自动镜像重新定位,其通过沿着距离目标最远的轴驱动镜像位置朝向目标,并以最短时间将镜子从起始位置驱动到存储器位置,而不会与任何镜像移动边界碰撞,并将镜子朝向 沿着另一轴的原点直到镜子位置沿着该轴线或当前位置在预定的安全区域内与目标物成45度,然后沿目标的方向沿着与目标的距离的轴线驱动镜子 不小于沿着另一轴的目标的距离,或者朝向目标的方向也朝向原点。
    • 5. 发明公开
    • Automatic repositioning of mirrors mounted within concave-shaped boundaries
    • 镜面安装的镜面自动记录
    • EP0525951A3
    • 1994-10-19
    • EP92305063.7
    • 1992-06-02
    • UNITED TECHNOLOGIES AUTOMOTIVE, Inc.
    • Barrs, John A.
    • G05B19/35G05B19/4061
    • G05B19/351G05B2219/37462G05B2219/41275G05B2219/45185G05B2219/49137G05B2219/49143
    • A memory mirror system having a mirror 19 mounted within concave-shaped mirror movement boundaries, two constant speed motors 16,18 each controlling an axis of mirror movement, position feedback signals 26,28 from each motor, push button inputs 12 and an electronic controller 10, is provided with automatic mirror repositioning that drives the mirror from a start position to a memory position in minimum time without colliding with any mirror movement boundaries by driving the mirror position toward the target along the axis farthest from the target and driving the mirror toward the origin along the other axis until the mirror position is within a predetermined safe region along that axis or the current position is 45 degrees from the target, then driving the mirror in the direction of the target along an axis for which the distance to the target is not less than the distance to the target along the other axis or in which the direction toward the target is also toward the origin.
    • 具有安装在凹形反射镜运动边界内的反射镜19的记忆反射镜系统,每个控制反射镜运动轴的两个恒速马达16,18,来自每个马达的位置反馈信号26,28,按钮输入12和电子控制器 如图10所示,具有自动镜像重新定位,其通过沿着距离目标最远的轴驱动镜像位置朝向目标,并以最短时间将镜子从起始位置驱动到存储器位置,而不会与任何镜像移动边界碰撞,并将镜子朝向 沿着另一轴的原点直到镜子位置沿着该轴线或当前位置在预定的安全区域内与目标物成45度,然后沿目标的方向沿着与目标的距离的轴线驱动镜子 不小于沿着另一轴的目标的距离,或者朝向目标的方向也朝向原点。
    • 8. 发明公开
    • Automatic mirror repositioning
    • Automatische Wiederpositionierung eines Spiegels。
    • EP0519618A2
    • 1992-12-23
    • EP92305064.5
    • 1992-06-02
    • UNITED TECHNOLOGIES AUTOMOTIVE, Inc.
    • Barrs, John A.
    • G05B19/37G05B19/4061
    • B60R1/07G05B19/371G05B19/4061G05B2219/37462G05B2219/41275G05B2219/45185G05B2219/49143
    • A "memory" mirror system having a mirror 19 mounted within convex-shaped mirror movement boundaries, two constant speed motors 16,18 each controlling an axis of mirror movement, position feedback signals 26,28 from each motor, push button inputs 12 and an electronic controller 10, is provided with automatic mirror repositioning that drives the mirror from a start position to a "memory" position in minimum time without colliding with any mirror movement boundaries by turning ON the motor, in the direction of the target, whose movement axis is the greatest distance from the target and turning ON the other motor, in the direction of the target, if the direction toward the target is also toward the center of the mirror movement pattern (i.e., away from the nearest boundary).
    • 具有安装在凸形反射镜运动边界内的反射镜19的“记忆”反射镜系统,每个控制反射镜运动轴的两个恒速马达16,18,来自每个马达的位置反馈信号26,28,按钮输入12和 电子控制器10具有自动镜像重新定位,其以最小的时间将镜子从起始位置驱动到“存储器”位置,而不会通过在目标的方向上接通电动机而碰撞任何反射镜移动边界,其移动轴线 如果朝向目标的方向也朝向反射镜运动模式的中心(即远离最近的边界),距离目标的最远距离并且在目标的方向上接通另一个马达。