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    • 2. 发明授权
    • Time domain imager
    • 时域成像仪
    • US06867808B1
    • 2005-03-15
    • US09531542
    • 2000-03-20
    • Scott T. Boden
    • Scott T. Boden
    • G01S7/487G01S17/89G03B13/00
    • G01S7/487G01S17/89
    • The distance and external contour of objects are imaged using time domain measurement. An array of pixel cells receives a time-varying waveform (e.g., a ramp voltage) time synchronized to a transmitted light pulse. Each pixel cell senses light from the pulse that is reflected from objects in the field of view of the apparatus, and stores the value of the ramp voltage at the time the reflected light pulse is detected at that pixel cell. The ramp voltage at any time is known and therefore serves as a measure of the combined transmission and reflection times of the light pulse for each pixel cell. The speed of light is also known, therefore the stored voltage level at each pixel cell represents the distance between the apparatus of a portion of the object from which the light pulse is reflected. The stored pixel cell voltages can be delivered sequentially to a monochrome video monitor pursuant per any suitable video standard. The imaging technique of the present invention does not record or display the intensity of the reflected and received light; instead, the invention provides an output signal that is an x-y representation of the distance of the distance of viewed objects from the sensor pixel cells. The resulting scene on the display represents distances and external shapes of viewed objects, not patterns, shadings or textures.
    • 使用时域测量对物体的距离和外部轮廓进行成像。 像素单元阵列接收与发射的光脉冲同步的时变波形(例如,斜坡电压)。 每个像素单元感测来自装置的视场中的物体反射的脉冲的光,并且存储在该像素单元处检测反射光脉冲时的斜坡电压值。 任何时候的斜坡电压是已知的,因此用作每个像素单元的光脉冲的组合透射和反射时间的量度。 光的速度也是已知的,因此每个像素单元处存储的电压电平表示光脉冲被反射的物体的一部分的设备之间的距离。 存储的像素单元电压可以根据任何合适的视频标准顺序传送到单色视频监视器。 本发明的成像技术不记录或显示反射和接收光的强度; 相反,本发明提供了一个输出信号,该信号是从所述传感器像素单元观察的物体的距离的距离的x-y表示。 显示器上产生的场景表示被查看对象的距离和外部形状,而不是图案,阴影或纹理。
    • 3. 发明授权
    • Status line monitoring system and method of using same
    • 状态线监控系统及其使用方法
    • US4823914A
    • 1989-04-25
    • US66014
    • 1987-06-24
    • Robert C. McKinneyLloyd F. PerryScott T. Boden
    • Robert C. McKinneyLloyd F. PerryScott T. Boden
    • B66B5/00B66B3/00
    • B66B5/0006B66B5/0037
    • A monitor system for use with a plurality of segregated groups of controls, each group having corresponding status control lines indicative of the operational status of an elevator, an escalator, or the like. The monitor system includes a series of monitor devices for responding to the status control lines. Each one of the monitor devices corresponds to an individual one of the group of controls, for diagnosing the operational problems associated therewith. A computing device is located remotely from the groups of controls, for monitoring them remotely and continuously. A plurality of individual single communication links correspond individually to one of the monitor devices, for facilitating connection selectively and individually of the monitor devices to the remote computing device.
    • 一种用于多个分离的控制组的监视器系统,每个组具有指示电梯,自动扶梯等的操作状态的对应的状态控制线。 监视器系统包括一系列用于响应状态控制线的监视器装置。 每个监视器装置对应于该组控制中的单独一个,用于诊断与其相关联的操作问题。 计算设备远离控制组,远程连续监视它们。 多个单独的单个通信链路单独对应于监视器设备之一,以便于有选择地和单独地将监视器设备连接到远程计算设备。