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    • 2. 发明申请
    • SYSTEMS FOR AND METHOD OF PREDICTING EARTHQUAKES
    • 地震预报系统及预测方法
    • WO2005031390A1
    • 2005-04-07
    • PCT/US2003/026761
    • 2003-08-27
    • SCIENCE HORIZONS, INC.CHERRY, J., Theodore
    • CHERRY, J., Theodore
    • G01V1/00
    • G01V1/008
    • A method of predicting earthquakes includes the step of positioning a first transducer array adjacent to a seismically active region and at least about 3 meters below the surface of the crust of the Earth. The first transducer array includes a first plurality of seismometers, at least one first clock, and at least one first digitizer. The at least one first clock is in communication with at least one of the first plurality of seismometers, and the at least one first digitizer also is in communication with at least one of the first plurality of seismometers. The method also includes the steps of detecting a plurality of wave movements resulting from dilation of the crust of the Earth prior to an earthquake, and converting at least one of the wave movements into a first voltage. The method further includes the step of discriminating between wave movements resulting from dilation of the crust of the Earth and movements resulting from at least one other event. The step of discriminating includes the step of filtering out wave movements having a frequency below a first predetermined frequency, e.g. , about 180 Hertz. The method also includes the steps of determining a time at which the wave movements are detected by at least one of the first plurality of seismometers, converting the first voltage into digital data, and transmitting the digital data and the time from the at least one first digitizer to a communications interface module. Moreover, the method includes the steps of transmitting the digital data and the time from the communications interface module to a data processor, and determining a likelihood of at least one future earthquake based on a number of the wave movements detected over a predetermined period of time.
    • 预测地震的方法包括将第一换能器阵列邻近地震活动区域定位并且在地壳表面下方至少约3米处的步骤。 第一换能器阵列包括第一多个地震仪,至少一个第一时钟和至少一个第一数字化仪。 所述至少一个第一时钟与所述第一多个地震计中的至少一个进行通信,并且所述至少一个第一数字化仪还与所述第一多个地震仪中的至少一个进行通信。 该方法还包括以下步骤:检测在地震之前由地球膨胀引起的多个波浪运动,以及将至少一个波动转换成第一电压。 该方法还包括区分由地球的膨胀引起的波浪运动和由至少一个其它事件导致的运动的步骤。 鉴别步骤包括滤波频率低于第一预定频率(例如约180赫兹)的波动的步骤。 该方法还包括以下步骤:确定由第一多个地震仪中的至少一个检测到波浪运动的时间,将第一电压转换为数字数据,以及从至少一个第一位置发送数字数据和时间 数字转换器连接到通信接口模块。 此外,该方法包括以下步骤:将数字数据和时间从通信接口模块发送到数据处理器,并且基于在预定时间段内检测到的波动的数量来确定至少一个未来地震的可能性 。
    • 3. 发明申请
    • MULTI-POSITIONAL STAND AND UNDER CABINET MOUNT FOR A TABLET COMPUTER
    • 多功能台和桌面计算机的机柜安装
    • WO2012097277A2
    • 2012-07-19
    • PCT/US2012/021285
    • 2012-01-13
    • AUTUMN HORIZONS, INC.WETZEL, Shelley, AnnePALMQUIST, Mark, Steven
    • WETZEL, Shelley, AnnePALMQUIST, Mark, Steven
    • G06F1/16
    • F16M11/105F16M11/2021F16M13/00F16M13/02F16M2200/022
    • A multi-position stand and mount for a tablet computer includes a mounting plate, a hinge member, a base member, cam-actuated handles or tvvo stabilizer cylinders, a base mount and an attachment knob. The mounting plate can be temporarily coupled to the center of the back of a tablet computer with hook-and-ioop (or similar) or one or two-part, fastening material or a suction device. The mounting plate can be rotationally attached to the flat face on the top front of the hinge member allowing the attached tablet computer to rotate. The bottom of the hinge member can be pivotally attached to the front of the base member allowing the recline angle of said tablet computer to be adjusted. The angular position of the hinge member and base member can be locked in place, in any one of an near infinite number of angular positions within a range or in a number of equally spaced incremental positions.
    • 用于平板计算机的多位置支架和安装架包括安装板,铰链构件,基座构件,凸轮致动手柄或电视稳定器缸,基座和附件旋钮。 安装板可以使用钩和ioop(或类似的)或一个或两个部分的紧固材料或抽吸装置临时连接到平板计算机背部的中心。 安装板可以旋转地附接到铰链构件的顶部前部上的平坦表面,允许附接的平板计算机旋转。 铰链构件的底部可以枢转地附接到基部构件的前部,从而允许调节所述平板计算机的倾斜角度。 铰链构件和基座构件的角度位置可以在一定范围内或多个等间隔的增量位置中的接近无数个角位置中的任何一个中被锁定就位。
    • 4. 发明申请
    • DETERMINING OPTIMAL POSITIONING OF OPHTHALMIC DEVICES BY USE OF IMAGE PROCESSING AND AUTOFOCUSING TECHNIQUES
    • 通过图像处理和自动绘图技术确定眼科装置的最佳定位
    • WO2007079076A3
    • 2007-08-30
    • PCT/US2006049264
    • 2006-12-21
    • ALCON REFRACTIVE HORIZONS INCCAMPIN JOHN ABOWES JOHN J
    • CAMPIN JOHN ABOWES JOHN J
    • A61F9/01A61B3/10
    • A61F9/00802A61B3/0075A61B3/0083A61B3/10A61B3/145A61F2009/00872G06T7/571G06T2207/30041
    • A system (200) or method of positioning an ophthalmic device relative to an eye is provided. The method first obtains a series of images of an eye. In these series of images, the distance between the ophthalmic device and the eye is varied while the region of the eye image remains substantially the same. It is possible then to process these images to determine the high frequency content associated with each image. By comparing the high frequency content associated with each image, it is possible to determine which image has the largest amount of high frequency content. The high frequency content is maximized when the image is the sharpest. An optimally focused image will have the largest amount of high frequency content . By examining the high frequency content associate with the series of images is impossible to adjust the relative position and distance between the eye and the ophthalmic device to the distance associated with the image having the largest amount of high frequency content (i.e., optimally focused) .
    • 提供了一种相对于眼睛定位眼科装置的系统(200)或方法。 该方法首先获得一系列的眼睛图像。 在这些系列图像中,眼睛装置与眼睛之间的距离是变化的,而眼睛图像的区域保持基本相同。 然后可以处理这些图像以确定与每个图像相关联的高频内容。 通过比较与每个图像相关联的高频内容,可以确定哪个图像具有最大量的高频内容。 当图像最清晰时,高频内容最大化。 最佳聚焦图像将具有最大量的高频内容。 通过检查与该系列图像相关联的高频内容不可能将眼睛和眼科装置之间的相对位置和距离调整为与具有最大量的高频内容(即,最佳聚焦)的图像相关联的距离。
    • 7. 发明申请
    • MANDREL WITH SLIDING EXTERIOR PROJECTION
    • MANDREL与滑动外部投影
    • WO2013022489A1
    • 2013-02-14
    • PCT/US2012/029771
    • 2012-03-20
    • COMPOSITES HORIZONS, INC.SNYDER, KevinDIEM, DennisHYNES, Jeffrey
    • SNYDER, KevinDIEM, DennisHYNES, Jeffrey
    • B29C70/30B29C33/76
    • B29D23/00B29C33/76B29C70/32
    • A mandrel 10 suitable for forming a hollow part from a heat curable material includes an (a) an elongate central member 12 having a coefficient of expansion which is different than the coefficient of expansion of the cured heat curable material, (b) at least one lateral member 14, disposed at a first location 28 and projecting away from the outer surface 24 of the central member 12, the lateral member 14, being slidably attached to the central member 12, and (c) a rigid elongate strut member 16 having a coefficient of expansion substantially similar to the coefficient of expansion of the cured heat curable material. The first end 34 of the strut member 16 is affixed to the lateral member 14, and the second end 36 of the strut member 16 is affixed spaced apart from the lateral member 14.
    • 适于从可热固化材料形成中空部分的心轴10包括(a)具有与固化的可热固化材料的膨胀系数不同的膨胀系数的细长中心构件12,(b)至少一个 横向构件14设置在第一位置28处并远离中心构件12的外表面24突出,横向构件14可滑动地附接到中心构件12,以及(c)刚性细长支柱构件16,其具有 膨胀系数基本上类似于固化的可热固化材料的膨胀系数。 支柱构件16的第一端34固定到横向构件14上,并且支柱构件16的第二端36被固定成与横向构件14间隔开。
    • 8. 发明申请
    • MULTI-POSITIONAL STAND AND UNDER CABINET MOUNT FOR A TABLET COMPUTER
    • 用于平板电脑的多位置和机柜内安装
    • WO2012097277A3
    • 2012-10-26
    • PCT/US2012021285
    • 2012-01-13
    • AUTUMN HORIZONS INCWETZEL SHELLEY ANNEPALMQUIST MARK STEVEN
    • WETZEL SHELLEY ANNEPALMQUIST MARK STEVEN
    • G06F1/16
    • F16M11/105F16M11/2021F16M13/00F16M13/02F16M2200/022
    • A multi-position stand and mount for a tablet computer includes a mounting plate, a hinge member, a base member, cam-actuated handles or tvvo stabilizer cylinders, a base mount and an attachment knob. The mounting plate can be temporarily coupled to the center of the back of a tablet computer with hook-and-ioop (or similar) or one or two-part, fastening material or a suction device. The mounting plate can be rotationally attached to the flat face on the top front of the hinge member allowing the attached tablet computer to rotate. The bottom of the hinge member can be pivotally attached to the front of the base member allowing the recline angle of said tablet computer to be adjusted. The angular position of the hinge member and base member can be locked in place, in any one of an near infinite number of angular positions within a range or in a number of equally spaced incremental positions.
    • 用于平板电脑的多位置支架和支架包括安装板,铰链构件,基座构件,凸轮致动手柄或转盘稳定器圆柱体,基座和连接旋钮。 安装板可以通过钩环(或类似的)或者一个或两个部件的紧固材料或抽吸装置临时耦合到平板电脑背部的中心。 安装板可以旋转地连接到铰接部件的顶部前部上的平坦面上,从而允许所附接的平板电脑旋转。 铰链构件的底部可枢转地附接到基部构件的前部,从而允许调节所述平板电脑的倾斜角度。 铰链构件和基座构件的角位置可以锁定在一定范围内的任何一个接近无限数量的角度位置或多个等距间隔的增量位置中。