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    • 1. 发明申请
    • Method for detecting component placement errors in product assembly and assemblies made therewith
    • 用于检测产品组装和组件中组件放置误差的方法
    • US20070262131A1
    • 2007-11-15
    • US11433021
    • 2006-05-11
    • Janet ChuaEit Yap
    • Janet ChuaEit Yap
    • G06F17/00
    • H05K1/14H05K1/0269H05K2201/044H05K2201/09063H05K2201/10121
    • An article and a method for testing the assembly of that article are disclosed. The article includes a plurality of modules, at least two of the modules are capable of being placed in two different positions in the article, each module having a correct position in the article. Each module includes an aperture at a location determined by the desired position for that module in the article. The apertures are placed such that the apertures will be aligned to form a transparent channel when the modules are arranged in a predetermined pattern with respect to one another, but not when arranged in any of the possible incorrect orders. The article can be tested for assembly errors by transmitting a test light signal into the first end and testing for light that traversed all of said first transparent channel.
    • 公开了一种用于测试该物品装配的物品和方法。 该制品包括多个模块,至少两个模块能够被放置在制品中的两个不同位置,每个模块在制品中具有正确的位置。 每个模块包括在由该制品中的该模块的期望位置确定的位置处的孔。 这些孔被放置成使得当模块相对于彼此以预定图案布置时,孔将被对准以形成透明通道,但是当以任何可能的不正确顺序布置时,孔不被布置。 可以通过将测试光信号传输到第一端并测试穿过所有所述第一透明通道的光来测试物品的装配误差。
    • 3. 发明申请
    • System and method for obtaining multi-color optical intensity feedback
    • 用于获得多色光强度反馈的系统和方法
    • US20070097358A1
    • 2007-05-03
    • US11264474
    • 2005-11-01
    • Chin OonBoon TanEit Yap
    • Chin OonBoon TanEit Yap
    • G01J1/42
    • G01J3/50G01J3/10G01J3/501G09G3/3413G09G2310/061G09G2320/0693G09G2360/145H05B33/0818H05B33/0869Y02B20/346
    • In LED back-lighted display systems where the LED driving signals are pulse width modulated, brightness of the LED is determined by the duty cycle (length of the “on” pulse). In such systems, it is possible to, from time to time, skip an LED driving pulse without the human eye detecting the absence of (or change in) color during the “skipped” LED pulse. Using this approach, it is possible to measure the intensity of the light output from each LED of a multi-color LED display. Thus, in an embodiment having three colors, such as red, green and blue, it is possible to determine the light intensity from one of the LEDs (for example, the red LED) by skipping (blanking) the input driving pulses to the green and blue LEDs at a particular point in time. During that point in time the only light coming from the display would come from the unblanked LED which, in this case would be the red LED. It is then possible to measure the intensity of the red LED light using a photosensor without use of a filter. In similar manner, and at some later point in time, the light intensity from each of the other color LEDs can be measured using the same photosensor without using a filter. By spacing the blanking periods properly, the resulting change in color of the display will not be perceived by the human eye.
    • 在LED驱动信号被脉宽调制的LED背光显示系统中,LED的亮度由占空比(“on”脉冲的长度)决定。 在这样的系统中,可以不时地跳过LED驱动脉冲,而不会在“跳过”LED脉冲期间人眼检测到颜色不存在(或改变)。 使用这种方法,可以测量从多个LED显示器的每个LED输出的光的强度。 因此,在具有红色,绿色和蓝色三种颜色的实施例中,可以通过将输入驱动脉冲跳过(消隐)到绿色来确定来自一个LED(例如,红色LED)的光强度 和蓝色LED在特定的时间点。 在这个时间点,来自显示屏的唯一光将来自未曝光的LED,在这种情况下,LED将是红色LED。 然后可以使用光电传感器来测量红色LED灯的强度,而不使用滤光片。 以类似的方式,并且在稍后的时间点,来自每个其它颜色LED的光强度可以使用相同的光电传感器测量而不使用滤光器。 通过适当地隔开消隐期,显示器的颜色变化将不被人眼察觉。