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    • 3. 发明申请
    • Graduated train braking
    • 刻度列车制动
    • US20060012246A1
    • 2006-01-19
    • US11067440
    • 2005-02-25
    • Eugene SmithSteven KellnerGlen PeltonenBrian Staton
    • Eugene SmithSteven KellnerGlen PeltonenBrian Staton
    • B60T13/00
    • B60T7/128B60T7/16B60T13/665B60T17/228B60T2230/04B61L3/127
    • A system (10) and method for automatically controlling braking of a train (38). The method includes applying a first degree of braking to the train during a first period of time, and then applying a second degree of braking to the train during a second time period following the first time period so that the train is slowed in a manner effective to limit a peak deceleration rate experienced by the train. The system includes a sensor (36) providing a signal indicative of an operating condition of a locomotive of the train requiring braking of the train, a memory (22) storing a braking schedule, and a processor (18) comprising logic executable for accessing the braking schedule stored in the memory responsive to the signal to automatically control braking of the locomotive according to the schedule.
    • 一种用于自动控制列车(38)的制动的系统(10)和方法。 该方法包括在第一时间段内对列车施加第一程度的制动,然后在第一时间段之后的第二时间段内对列车施加第二程度的制动,使得列车以有效的方式减速 以限制列车经历的峰值减速度。 该系统包括传感器(36),其提供指示需要制动列车的列车的机车的操作条件的信号;存储器(22),其存储制动调度;以及处理器(18),其包括用于访问 存储在存储器中的制动调度响应于信号,以根据时间表自动控制机车的制动。
    • 5. 发明申请
    • Configurable locomotive
    • 可配置机车
    • US20050120904A1
    • 2005-06-09
    • US11008708
    • 2004-12-09
    • Ajith KumarGlenn ShafferWolfgang DaumLeonard HillJames CorryDaniel WolfSteven Kellner
    • Ajith KumarGlenn ShafferWolfgang DaumLeonard HillJames CorryDaniel WolfSteven Kellner
    • B60L15/32B61L15/00B61C3/00
    • B61L15/0072B60L15/32B60L2200/26B61L15/0081B61L2205/04
    • A locomotive (10) is operable in two or more distinct configurations, with the change in configuration being response to a configuration input signal (35). A locomotive configuration is represented by the set of end use device control signals (13) that are generated by the locomotive control systems (22) in response to the respective set of operational input values (27). For a given set of operational input values, a first set of end use device control signals is generated when a configuration input has a first value, and a second set of end use device control signals is generated when a configuration input has a second value. The configuration input variable may be responsive to the locomotive location, a wayside device signal, an operator action or the health of the locomotive, for example. Locomotive configuration changes may include peak horsepower rating, number of engine cylinders fueled, number of throttle notch settings, adhesion limits, mission priorities or emission profile, for example.
    • 机车(10)可以以两种或多种不同的配置操作,配置的变化响应配置输入信号(35)。 机车配置由响应于相应的一组操作输入值(27)由机车控制系统(22)生成的一组终端使用设备控制信号(13)表示。 对于给定的一组操作输入值,当配置输入具有第一值时,产生第一组最终使用装置控制信号,并且当配置输入具有第二值时产生第二组最终使用装置控制信号。 例如,配置输入变量可以响应于机车位置,路边设备信号,操作者动作或机车的健康。 例如,机车配置更改可能包括峰值功率等级,燃油发动机气缸数量,节气门缺口设置数量,附着力限制,任务优先级或排放轮廓。
    • 6. 发明授权
    • Raster scan emulation of conventional analog CRT displays
    • 传统模拟CRT显示器的栅格扫描仿真
    • US4816813A
    • 1989-03-28
    • US211120
    • 1988-06-21
    • Gregory S. FurnoSteven Kellner
    • Gregory S. FurnoSteven Kellner
    • G01R13/34G09G1/16G09G1/00
    • G01R13/345G09G1/162
    • A segment constituting several points of digitized waveform data from a digitizer is stored in a pixel memory which has a number of memory locations corresponding to the number of pixels in the horizontal screen width of a raster scan video screen. As each new data point is written into a sequentially higher location in the memory, the data at the memory location a selected number of memory locations lower, constituting the desired number of pixels in the waveform segment, is erased. When a full new segment of data is in the waveform memory, the contents of the memory is provided to a raster scan graphics control unit which causes a new raster scan frame to be written on the video monitor screen. Only the portion of the waveform corresponding to the segment of waveform data in the waveform memory is illuminated on the screen. New data continues to be written into the waveform memory until another full segment of waveform data is in the memory and all previous waveform data points have been erased. The content of the waveform memory then is again provided to the raster scan graphics control which causes another raster scanned frame to appear on the video monitor screen, with the new segment of waveform illuminated on the video screen displaced sequentially from the previously displayed waveform segment. The continued illumination of new waveform segments in this manner causes the waveform to appear to move from left to right across the video screen in a fashion which emulates a conventional analog CRT display of the waveform.
    • 构成来自数字转换器的数字化波形数据的段的段被存储在具有与光栅扫描视频屏幕的水平屏幕宽度中的像素数量相对应的多个存储位置的像素存储器中。 当每个新的数据点被写入存储器中的顺序更高的位置时,擦除存储器位置处的数据,构成波形段中所需数量的像素的选定数量的存储器位置较低。 当全新的数据段在波形存储器中时,存储器的内容被提供给光栅扫描图形控制单元,其导致将新的光栅扫描帧写入视频监视器屏幕。 只有与波形存储器中的波形数据段对应的波形部分在屏幕上被点亮。 新数据将继续写入波形存储器,直到另外一整段波形数据在存储器中,并且所有之前的波形数据点都已被擦除。 然后,波形存储器的内容再次提供给光栅扫描图形控制,其导致另一个光栅扫描帧出现在视频监视器屏幕上,其中在视频屏幕上照亮的新的波形段从先前显示的波形段顺序地移位。 以这种方式继续照明新的波形段使得波形看起来以模拟常规的波形模拟CRT显示器的方式在视频屏幕上从左向右移动。