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    • 12. 发明授权
    • Rear projection type image display unit
    • 背投式图像显示单元
    • US06771419B1
    • 2004-08-03
    • US09869498
    • 2001-06-28
    • Shigekazu YamagishiHiroshi MiyaiHiroshi YamaguchiKenichi Ikeda
    • Shigekazu YamagishiHiroshi MiyaiHiroshi YamaguchiKenichi Ikeda
    • G03B2160
    • G03B21/625G03B21/62H04N9/31
    • Color lights from image projecting sections (207) that enlarge and project images of red, green and blue, respectively, are made incident on a transparent screen at different angles of incidence, so that image synthesis is carried out. The color lights projected are converted into telecentric light by a Fresnel lens (211), and after principal rays of the respective color lights are converted into substantially parallel rays by a color shading eliminating means (219) provided with lenticular lenses on both sides thereof, the rays are incident on a light diffusing means (224). The light diffusing means (224) is formed with a transparent substrate sheet and a plurality of transparent micro beads made to adhere onto a light-incident surface of the substrate sheet with an opaque adhesive. Image light passes through light transmitting portions between the substrate sheet and the micro beads to be diffused. This configuration enables to provide a rear-projection image display whose display images are hardly affected by external light, which has an increased angle of visibility, and which undergoes less color shading, without a decrease in light utilization efficiency.
    • 来自图像投影部分(207)的颜色光分别以不同的入射角入射到透明屏幕上,从而进行图像合成。 通过菲涅尔透镜(211)将所投射的彩色光转换成远心光,并且通过在其两侧上设置有双凸透镜的着色消除装置(219)将各色光的主光线转换成基本平行的光线后, 光线入射到光漫射装置(224)上。 光扩散装置(224)形成有透明基板和多个透明微珠,其通过不透明粘合剂粘附在基片的光入射表面上。 图像光通过基片和微珠之间的透光部分进行扩散。 该配置能够提供一种背投影图像显示器,其显示图像几乎不受外部光的影响,外部光线具有增加的可见度角度,并且在不降低光利用效率的情况下经受较少的色彩遮蔽。
    • 17. 发明申请
    • PATTERN CHECK DEVICE AND PATTERN CHECK METHOD
    • 图案检查装置和图案检查方法
    • US20110278452A1
    • 2011-11-17
    • US13129201
    • 2009-10-15
    • Mari NozoeHiroshi MiyaiMitsuru OkamuraMakoto SuzukiYusuke Ominami
    • Mari NozoeHiroshi MiyaiMitsuru OkamuraMakoto SuzukiYusuke Ominami
    • H01J37/26H01J37/285
    • H01J37/28H01J37/244H01J2237/0048H01J2237/2008H01J2237/24564H01J2237/2817H01L22/12H01L22/20H01L2924/0002H01L2924/00
    • Provided is a pattern inspection apparatus including: a charge formation means which forms charge on a surface of a substrate (7) by generating an electron beam from a second electron source (20) which is different from an electron source (I) which generates an electron beam before irradiating an electron beam (3), a current measuring means (34) which measures a value of current flowing in the substrate while the charge is formed on the surface of the substrate by the charge formation means; and an adjustment means (37) which adjusts the charge formed by the charge formation means so that the value of the current measured by the current measuring means is a predetermined target value. Provided is also a pattern inspection method which uses the pattern inspection apparatus. Thus, it is possible to easily set an optimal condition of precharge executed before inspection of a pattern formed by a semiconductor apparatus manufacturing process and automatically inspection whether the precharge is good. Then, the inspection result is fed back to the operation afterward. This prevents lowering of the reliability of the inspection result and always enables a stable inspection.
    • 提供了一种图案检查装置,包括:电荷形成装置,其通过从不同于电子源(I)的第二电子源(20)产生电子束,在基板(7)的表面上形成电荷, 电子束(3)之前的电子束;电流测量装置(34),其通过电荷形成装置测量在基板的表面上形成电荷时在基板中流动的电流值; 以及调整装置,其调整由电荷形成装置形成的电荷,使得由电流测量装置测量的电流的值是预定的目标值。 还提供了使用图案检查装置的图案检查方法。 因此,可以容易地设定在由半导体装置制造工艺形成的图案的检查之前执行的预充电的最佳状态,并且自动检查预充电是否良好。 然后,检查结果反馈给操作。 这防止了检查结果的可靠性降低,并且始终能够进行稳定的检查。