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    • 1. 发明授权
    • Solar air conditioning method and apparatus
    • 太阳能空调方法及装置
    • US4203298A
    • 1980-05-20
    • US912429
    • 1978-06-05
    • William E. Glenn, Jr.Carl A. Ludeke
    • William E. Glenn, Jr.Carl A. Ludeke
    • F24F5/00F24J2/20F24J2/46F25B27/00
    • F24J2/20F24F5/0046F24J2/4612Y02B10/20Y02B10/24Y02E10/44
    • A method and apparatus for cooling internal environment air using energy from the sun. In accordance with the method of the invention, internal environment ("inside") air is circulated over a desiccant and thereby dried. The dried air, which takes on heat as a consequence of the drying operation, is relatively cooled by performing a heat exchange operation with external environment ("outside") air. At this stage, the dried inside air is at a temperature which is only slightly above the temperature of the outside air. Moisture is then added to the dried inside air which had been subjected to the heat exchange operation. The evaporation of the moisture into the dried air restores it to a desired relative humidity and effects a cooling of the air which is then returned to the internal environment. The operation of drying the inside air will, after a time, render the desiccant too wet to perform efficiently. The desiccant is then heated with solar energy so as to remove moisture from the desiccant. In the preferred embodiment of the method of the invention, the desiccant is cooled, after the drying thereof using solar energy, by performing a heat exchange with outside air. In this embodiment, the two heat exchange operations, viz. cooling the dried room air and cooling the dried desiccant, are performed simultaneously.
    • 一种使用太阳能的内部环境空气进行冷却的方法和装置。 根据本发明的方法,内部环境(“内部”)空气在干燥剂上循环并干燥。 通过与外部环境(“外部”)空气进行热交换操作,由于干燥操作而导致热量的干燥空气相对冷却。 在这个阶段,干燥的内部空气处于仅略高于外界空气温度的温度。 然后将水分加入已经进行热交换操作的干燥的内部空气中。 将水分蒸发到干燥的空气中将其恢复到所需的相对湿度,并且对空气进行冷却,然后将空气冷却回到内部环境中。 干燥内部空气的操作将在一段时间后使干燥剂变得太湿而不能有效地进行。 然后用太阳能加热干燥剂,以从干燥剂中除去水分。 在本发明方法的优选实施方案中,干燥剂在使用太阳能干燥之后通过与外部空气进行热交换而被冷却。 在该实施例中,两个热交换操作 冷却干燥的室内空气并冷却干燥的干燥剂,同时进行。
    • 2. 发明授权
    • Optical display apparatus
    • 光学显示装置
    • US4208096A
    • 1980-06-17
    • US881671
    • 1978-02-27
    • William E. Glenn, Jr.
    • William E. Glenn, Jr.
    • G02B6/06G02B27/02G09F9/305G02B5/17
    • G02B27/022G02B6/06G09F9/305
    • The disclosure pertains to an optical display apparatus, or fiber optics magnification panel, and a method of making same. The display apparatus comprises a light input surface defined by one end of each of a multiplicity of elongated optical carrier strands, e.g. fiber optic strands, the one ends being arranged in a relatively closely spaced array of rows and columns. A light output surface is substantially perpendicular to the light input surface and is defined by the other ends of the strands, the other ends being arranged in a relatively remotely spaced configuration of rows and columns. Each column of strands extends rearwardly from the input surface to a depth which depends upon the column's position in the order of columns. Each strand of a column bends sidewardly at its point of greatest depth to an orientation which is substantially parallel to the input surface. The strands of each column are of different length with each strand of a column terminating at a transverse position which depends upon its row order in the column, such that the other ends of the strands of the columns of the input surface define columns of the output surface which are at less than a right angle with respect to the columns of the input surface. The result is a compact wedge-shaped display apparatus.
    • 本发明涉及光学显示装置或光纤放大面板及其制造方法。 显示装置包括由多个细长光学载体股线的每一个的一端限定的光输入表面,例如, 光纤链,其一端以相对紧密间隔的行和列阵列布置。 光输出表面基本上垂直于光输入表面并且由股线的另一端限定,另一端以相对较远的间隔配置的行和列布置。 每列绞线从输入表面向后延伸到一个深度,这取决于柱的位置。 一列的每根股线在其最大深度点侧面向基本上平行于输入表面的取向弯曲。 每列的股线具有不同的长度,柱的每条股终止于横向位置,该横向位置取决于其在列中的行顺序,使得输入表面的列的股线的另一端限定输出的列 表面相对于输入表面的列小于直角。 结果是紧凑的楔形显示装置。
    • 3. 发明授权
    • Noise reduction system for color television
    • 彩色电视降噪系统
    • US4064530A
    • 1977-12-20
    • US740576
    • 1976-11-10
    • Arthur KaiserJames Kenneth MooreWilliam E. Glenn, Jr.
    • Arthur KaiserJames Kenneth MooreWilliam E. Glenn, Jr.
    • H04N5/21H04N7/26H04N9/64H04N9/77H04N9/535
    • H04N9/646
    • A system for reducing noise in a color video signal which utilizes frame store integration and includes a delay or storage device for storing a single television frame, a summing device for adding a fractional amplitude portion of the signal stored in the storage device to a fractional amplitude portion of the present video signal, and a chrominance corrector circuit for altering the chrominance component of the stored signal so as to be in the proper phase relationship to be summed with the chrominance component of the present video signal. The system is operative automatically to change the fractional amplitude portion of the stored signal fed back to the summing device as a function of the difference between stored and present signals thereby to change the integration time constant of the system to accommodate for motion between the present signal and the stored frames. The system functions as a comb filter whose tines are very narrow when there is little or no motion between the present and stored frames and which are automatically widened to allow motion to be portrayed when there is relative motion between past and present signals.
    • 一种用于降低彩色视频信号中的噪声的系统,其利用帧存储集成并且包括用于存储单个电视帧的延迟或存储装置,用于将存储在存储装置中的信号的分数幅度部分加到分数幅度的求和装置 本发明的视频信号的一部分,以及色度校正电路,用于改变所存储的信号的色度分量,使其处于与本视频信号的色度分量相加的适当的相位关系。 该系统可自动地操作,以将存储的信号的分数振幅部分作为存储和当前信号之间的差异反馈到求和装置,从而改变系统的积分时间常数以适应当前信号之间的运动 和存储的帧。 该系统用作梳状滤波器,当当前和存储的帧之间几乎没有或没有运动时,其尖齿非常窄,并且当过去和当前信号之间存在相对运动时,它们被自动加宽以允许描绘运动。