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    • 3. 发明授权
    • Method for providing a gray scale in a field emission display
    • 在场发射显示器中提供灰度级的方法
    • US6025819A
    • 2000-02-15
    • US943174
    • 1997-10-03
    • Chenggang XieRobert T. SmithRodolfo Lucero
    • Chenggang XieRobert T. SmithRodolfo Lucero
    • G09G3/20G09G3/22
    • G09G3/22G09G3/2014
    • A method for providing a gray scale in a field emission display (50) includes the step of providing a first driving pulse (214) having a pulse width equal to a pulse width separation (115) between the graphs (100, 200) of total charge response versus pulse width of a driving pulse for the non-ideal field emission display and the corresponding ideal field emission display. The pulse width separation (115) is the horizontal distance between the two graphs (100, 200) at a region wherein the two graphs (100, 200) are generally parallel. The pulse width, t.sub.n, of an nth driving pulse corresponding to an nth gray scale level is given by t.sub.n =t.sub.1 +[n-1]*[(t.sub.N -t.sub.1)/(N-1)], wherein t.sub.1 is the pulse width of the first driving pulse (214), N is the total number of gray scale levels, and t.sub.N is the pulse width of the Nth driving pulse.
    • 一种用于在场发射显示器(50)中提供灰度级的方法包括提供第一驱动脉冲(214)的步骤,该第一驱动脉冲(214)具有等于总共的图形(100,200)之间的脉冲宽度间隔(115)的脉冲宽度 用于非理想场发射显示的驱动脉冲的电荷响应与脉冲宽度以及相应的理想场发射显示。 脉冲宽度分离(115)是两个图形(100,200)大致平行的区域之间的两个图形(100,200)之间的水平距离。 对应于第n个灰度级的第n个驱动脉冲的脉冲宽度tn由tn = t1 + [n-1] * [(tN-t1)/(N-1)]给出,其中t1是脉冲宽度 的第一驱动脉冲(214),N是灰度级的总数,t N是第N驱动脉冲的脉冲宽度。
    • 5. 发明授权
    • Method and device for measuring pushing and pulling forces
    • 用于测量推拉力的方法和装置
    • US06666097B2
    • 2003-12-23
    • US10034249
    • 2001-12-27
    • Robert T. Smith
    • Robert T. Smith
    • G01N300
    • G01L5/0028
    • A force measuring device and method for determining a force required to move a cart. The force measuring device includes a force generating device, a load member, a load cell, and a controller. The force generating device is connected to the load member and moves the load member toward or away from the cart so as to apply pushing or pulling forces to the cart. The load cell is disposed between the load member and the cart, and transmits sensed force data to the controller. During a test, the controller collects the force data from the load cell. By testing carts of various configurations under all expected loading conditions, the performance of each cart configuration can be experimentally determined. The performance data is assembled in a database to permit a user to identify an optimum cart for an intended application.
    • 一种用于确定移动推车所需的力的力测量装置和方法。 力测量装置包括力产生装置,负载构件,称重传感器和控制器。 力产生装置连接到负载构件,并使负载构件朝向或远离推车移动,以向推车施加推力或拉力。 称重传感器设置在负载构件和推车之间,并将检测到的力数据传送到控制器。 在测试期间,控制器从称重传感器收集力数据。 通过在所有预期的加载条件下测试各种配置的推车,可以实验确定每个推车配置的性能。 性能数据被组装在数据库中,以允许用户为预期应用识别最佳的车。
    • 7. 发明授权
    • Method of controlling a field emission device
    • 控制场致发射装置的方法
    • US5477110A
    • 1995-12-19
    • US268987
    • 1994-06-30
    • Robert T. SmithDean Barker
    • Robert T. SmithDean Barker
    • H04N5/68G09G1/20G09G3/20G09G3/22H01J1/304G09G3/10
    • G09G3/22G09G3/2011G09G3/2014
    • A digital video word (14) that is utilized to specify an image to be displayed by a field emission device is divided into a plurality of digital subwords (16, 17). Each digital subword (16, 17) is utilized to create a control signal (21, 22) that is applied to an input (23, 26, 32, 33) of a drive source (24, 27, 31). The digital subwords (16, 17) divide the control signals (21, 22) into time slots wherein each time slot has a duration that is greater than the duration of time slots represented by the original digital video word (14). In response to the control signals (21, 22) the drive source (24, 27, 31) provides a drive signal (28, 34) that has an output value and duration that is controlled by the duration of the control signals, and by an active and inactive state encoded by the control signals.
    • 用于指定要由场发射装置显示的图像的数字视频字(14)被分成多个数字子字(16,17)。 每个数字子词(16,17)用于产生施加到驱动源(24,27,31)的输入端(23,26,32,33)的控制信号(21,22)。 数字子词(16,17)将控制信号(21,22)划分成时隙,其中每个时隙具有大于由原始数字视频字(14)表示的时隙的持续时间。 响应于控制信号(21,22),驱动源(24,27,31)提供具有由控制信号的持续时间控制的输出值和持续时间的驱动信号(28,34),并且由 由控制信号编码的有源和无效状态。
    • 9. 发明授权
    • Furcation apparatus for optical fibers
    • 光纤分路装置
    • US06389214B1
    • 2002-05-14
    • US09860014
    • 2001-05-17
    • Duane T. SmithChing-Long TsaiRobert T. SmithKirk A. Halliburton
    • Duane T. SmithChing-Long TsaiRobert T. SmithKirk A. Halliburton
    • G02B600
    • G02B6/3878G02B6/4472
    • A furcation apparatus for a multi-conductor cable of the type having reinforcing fibers for longitudinal strength. The furcation apparatus includes a furcation spacer having a plurality of passages extending through an interior of the furcation spacer from a first end to a second end. Each passage is of a size sufficient to receive a furcation tube having reinforcing fibers, and each furcation tube is of a size sufficient to receive one of the plurality of conductors of the cable. The furcation tube reinforcing fibers approach the furcation spacer from the second end and are anchored adjacent the first end, and the cable reinforcing fibers approach the furcation spacer from the first end and are anchored adjacent the second end, such that tensioning the furcation tube reinforcing fibers and cable reinforcing fibers places the furcation spacer under compressive stress.
    • 一种用于纵向强度的具有增强纤维的多导体电缆的分叉装置。 分叉装置包括分叉间隔件,其具有从第一端延伸穿过分叉间隔物的内部到第二端的多个通道。 每个通道具有足以容纳具有增强纤维的分叉管的尺寸,并且每个分叉管的尺寸足以容纳电缆的多个导体中的一个。 分叉管增强纤维从第二端接近分叉间隔件并且在第一端附近锚固,并且电缆增强纤维从第一端接近分叉间隔件并且邻近第二端锚固,使得分叉管增强纤维 电缆增强纤维将分叉垫片放置在压应力下。