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    • 3. 发明授权
    • Detection device and image forming apparatus for reducing a cavity effect
    • 用于减小空腔效应的检测装置和图像形成装置
    • US08993990B2
    • 2015-03-31
    • US13093416
    • 2011-04-25
    • Masao ItoIzumi Iwasa
    • Masao ItoIzumi Iwasa
    • G01N21/86H01J3/14G03G15/04
    • G02B1/116G03G15/04036
    • A detection device includes: a detection member that includes an emission member emitting a beam toward a direction of a transportation path and a beam receiving member receiving a reflected beam reflected from a medium; a transmissive member that is provided to allow a regular reflected beam of the beam reflected from the medium to be obliquely incident thereto, and through which the beam emitted from the emission member is transmitted; and a multiple-layered antireflective film that is provided on the transmissive member, the antireflective film being formed such that a maximum value of reflectivity of a first incident beam incident at the same angle as an incident angle of the regular reflected beam becomes smaller than a maximum value of reflectivity of a second incident beam incident in the direction perpendicular to the transmissive member within a visible light wavelength range.
    • 一种检测装置,包括:检测部件,其包括朝向传送路径的方向发射光束的发射部件和接收从介质反射的反射光束的光束接收部件; 透射构件,被设置成允许从介质反射的光束的规则反射光束倾斜地入射到其上,并且从发射构件发射的光束通过该透射构件被透射; 以及设置在所述透射构件上的多层防反射膜,所述防反射膜形成为以与所述正反射光束的入射角成相同角度入射的第一入射光的反射率的最大值变得小于 在可见光波长范围内在垂直于透射构件的方向入射的第二入射光的反射率的最大值。
    • 7. 发明授权
    • Two-dimensional device array, two-dimensional surface light emitting
laser array and image forming apparatus
    • 二维器件阵列,二维表面发光激光器阵列和成像设备
    • US5978403A
    • 1999-11-02
    • US939880
    • 1997-09-29
    • Izumi IwasaHideaki AshikagaYasuji Seko
    • Izumi IwasaHideaki AshikagaYasuji Seko
    • B41J2/44B41J2/45B41J2/455G02F1/1343G02F1/1368H01L27/15H01S5/00H01S5/042H01S5/40H01S3/10
    • H01S5/405G02F1/134336H01L27/156G02F1/1368H01S5/042H01S5/0425
    • Laser elements are arranged in two dimensions in an elongated region which is longer in the horizontal direction than in the vertical direction, wherein n laser elements are arranged in the horizontal direction, while m laser elements in the vertical direction, where n>m. The anode wiring extends to a direction which is inclined to the horizontal direction and the cathode wiring extends to another direction inclined to the horizontal direction, thereby the anode wiring and the cathode wiring crossing with each other. The anodes of m laser elements in maximum arranged in the direction of the anode wiring are connected to an anode wire, while the cathodes of m laser elements in maximum arranged in the cathode wiring are connected to a cathode wire. Accordingly, even if the array is longer in the horizontal direction and a large number of laser elements are aligned in the horizontal direction, the wiring resistance and electrostatic capacitance of each wire forming the oblique matrix wiring can be small and the operation delay of the laser element can also be small.
    • 激光元件在水平方向上比垂直方向更长的细长区域中排列,其中n个激光元件沿水平方向排列,而m个激光元件在垂直方向上,其中n> m。 阳极配线向水平方向倾斜的方向延伸,阴极配线向与水平方向倾斜的另一方向延伸,阳极配线和阴极配线相互交叉。 在阳极布线方向上最大布置的m个激光元件的阳极连接到阳极线,而阴极布线中最多设置的m个激光元件的阴极连接到阴极线。 因此,即使阵列在水平方向上较长并且大量的激光元件在水平方向上排列,则形成倾斜矩阵布线的每根线的布线电阻和静电电容可以较小,并且激光器的操作延迟 元素也可以小。