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    • 5. 发明授权
    • Three-dimensional image, and methods for the production thereof
    • 三维图像及其生产方法
    • US5279912A
    • 1994-01-18
    • US881125
    • 1992-05-11
    • Stephen J. TelferMichael J. Zuraw
    • Stephen J. TelferMichael J. Zuraw
    • G03B35/00B41M5/30G02B27/22G03B35/24G03C7/46G03C9/00G03C9/08G03F7/20
    • B41M5/30B41M5/305G02B27/2214G03B35/24G03C7/46G03C9/00G03F7/2022Y10S430/146Y10S430/147Y10S430/165
    • A three-dimensional image is produced using an imaging medium having a lenticular screen, the lenticles of the screen dividing the opposed surface of the imaging medium into a plurality of elongate image areas, the imaging medium having on the opposed side thereof a radiation-sensitive layer, the radiation-sensitive layer comprising a color-forming composition adapted to undergo a change of color upon increase in the temperature of the radiation-sensitive layer above a color-forming temperature for a color-forming time. The radiation-sensitive layer is imagewise exposed to actinic radiation which does not pass through the lenticular screen, thereby causing the color-forming composition to undergo its change in color in exposed areas and to form in the radiation-sensitive layer a composite image, the composite image comprising, in each of the image areas, a plurality of image strips extending lengthwise along the image area, each of the image strips containing information from a view of the object, each of the plurality of image strips in one image area containing information from a different view of the object thereby forming a copy of the composite image in the radiation-sensitive layer, so that a three-dimensional orthoscopic image of the object will appear to an observer seeing the composite image in the radiation-sensitive layer through the lenticular screen.
    • 使用具有双凸透镜屏的成像介质产生三维图像,所述屏幕的透镜将所述成像介质的相对表面分成多个细长图像区域,所述成像介质在其相对侧上具有辐射敏感性 层,该辐射敏感层包括适于在成色时间的成色温度以上的辐射敏感层的温度增加时经历颜色变化的成色组合物。 辐射敏感层被成像地暴露于不通过透镜屏幕的光化辐射,从而使成色组合物在曝光区域中经历其颜色变化,并在辐射敏感层中形成复合图像, 合成图像在每个图像区域中包括沿着图像区域纵向延伸的多个图像条,每个图像条带包含来自对象视图的信息,一个图像区域中的多个图像条带中的每一个包含信息 从对象的不同视图,从而在辐射敏感层中形成复合图像的副本,使得对象的三维无畸变图像将出现在观察者通过辐射敏感层的辐射敏感层中的合成图像 透镜屏。
    • 6. 发明申请
    • Centrifugal atomization for producing zinc powder
    • 用于生产锌粉的离心雾化
    • US20090263728A1
    • 2009-10-22
    • US12148748
    • 2008-04-22
    • Michael J. ZurawPeter B. Harris
    • Michael J. ZurawPeter B. Harris
    • H01M6/14B22F9/10H01M4/42H01M4/50
    • B22F9/10H01M4/42H01M4/50H01M6/04
    • A centrifugal impact atomization process for producing zinc or zinc alloy powder from molten zinc. A stream of molten zinc is injected onto the surface of a spinning disk contained within an atomization chamber. The disk has a cup shaped cavity having an open end, opposing closed end and integral side walls. The disk may have baffles protruding into the open cavity core within the disk. The baffles may have straight or curved side surfaces. The disk is rotated at high speeds between about 10,000 and 15,000 rpm (revolutions per minute). The oxygen content in the chamber is preferably between about 1 and 6 vol %. Zinc powder is produced having more smaller size particles. Zinc alkaline cells utilizing such zinc product as anode active material show improved performance, especially as power source in high discharge services such as digital cameras.
    • 用于从熔融锌生产锌或锌合金粉末的离心冲击雾化工艺。 将熔融锌流注入到雾化室内的旋转盘的表面上。 盘具有杯形空腔,其具有开口端,相对的封闭端和整体侧壁。 盘可以具有突出到盘内的开口腔芯中的挡板。 挡板可以具有直的或弯曲的侧表面。 盘以约10,000至15,000rpm(每分钟转数)的高速旋转。 室中的氧含量优选为约1至6体积%。 生产具有更小尺寸颗粒的锌粉。 使用这种锌产品作为阳极活性材料的锌碱性电池显示出改进的性能,特别是作为诸如数码相机的高放电服务中的电源。
    • 9. 发明授权
    • Registration method
    • 注册方式
    • US5681676A
    • 1997-10-28
    • US121045
    • 1993-10-20
    • Stephen J. TelferMichael J. Zuraw
    • Stephen J. TelferMichael J. Zuraw
    • G03B35/00B41M5/30G02B27/22G03B35/24G03C7/46G03C9/00G03C9/08G03F7/20G03F9/00
    • B41M5/30B41M5/305G02B27/2214G03B35/24G03C7/46G03C9/00G03F7/2022Y10S430/146Y10S430/147Y10S430/165
    • A three-dimensional image is produced using an imaging medium having a lenticular screen, the lenticles of the screen dividing the opposed surface of the imaging medium into a plurality of elongate image areas, the imaging medium having on the opposed side thereof a radiation-sensitive layer, the radiation-sensitive layer comprising a color-forming composition adapted to undergo a change of color upon increase in the temperature of the radiation-sensitive layer above a color-forming temperature for a color-forming time. The radiation-sensitive layer is imagewise exposed to actinic radiation which does not pass through the lenticular screen, thereby causing the color-forming composition to undergo its change in color in exposed areas and to form in the radiation-sensitive layer a composite image, the composite image comprising, in each of the image areas, a plurality of image strips extending lengthwise along the image area, each of the image strips containing information from a view of the object, each of the plurality of image strips in one image area containing information from a different view of the object thereby forming a copy of the composite image in the radiation-sensitive layer, so that a three-dimensional orthoscopic image of the object will appear to an observer seeing the composite image in the radiation-sensitive layer through the lenticular screen.
    • 使用具有双凸透镜屏的成像介质产生三维图像,所述屏幕的透镜将所述成像介质的相对表面分成多个细长图像区域,所述成像介质在其相对侧上具有辐射敏感性 层,该辐射敏感层包括适于在成色时间的成色温度以上的辐射敏感层的温度增加时经历颜色变化的成色组合物。 辐射敏感层被成像地暴露于不通过透镜屏幕的光化辐射,从而使成色组合物在曝光区域中经历其颜色变化,并在辐射敏感层中形成复合图像, 合成图像在每个图像区域中包括沿着图像区域纵向延伸的多个图像条,每个图像条带包含来自对象视图的信息,一个图像区域中的多个图像条带中的每一个包含信息 从对象的不同视图,从而在辐射敏感层中形成复合图像的副本,使得对象的三维无畸变图像将出现在观察者通过辐射敏感层的辐射敏感层中的合成图像 透镜屏。