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    • 31. 发明申请
    • Member with concave portions, a method of manufacturing a member with convex portions, a transmission screen, and a rear projection
    • 具有凹部的构件,制造具有凸部的构件的方法,透射屏和后突起
    • US20060109550A1
    • 2006-05-25
    • US11262997
    • 2005-10-31
    • Nobuo Shimizu
    • Nobuo Shimizu
    • G03B21/60G03B21/56
    • G03B21/625G03B21/10
    • A member 6 with concave portions used to manufacture a member with convex portions is disclosed. Each of the member with concave portions and the member with convex portions has two major surfaces, and a plurality of convex portions are formed on one of the two major surfaces of the member with convex portions. The member 6 with concave portions includes: a first region 67 provided on one of the two major surfaces of the member 6 with concave portions, a plurality of first concave portions 61 being formed in the first region 67 and used to form the plurality of convex portions of the member with convex portions; and a second region 68 provided on the one major surface of the member 6 with concave portions, the second region 68 being located adjacent to the first region 67, a plurality of second concave portions 62 being formed in the second region 68. In this case, the density d2 of the plurality of second concave portions 62 in the second region 68 is smaller than the density d1 of the plurality of first concave portions 61 in the first region 67.
    • 公开了一种用于制造具有凸部的构件的具有凹部的构件6。 具有凹部的构件和具有凸部的构件具有两个主表面,并且在具有凸部的构件的两个主表面的一个上形成多个凸部。 具有凹部的构件6包括:第一区域67,其设置在具有凹部的构件6的两个主表面中的一个主表面上,多个第一凹部61形成在第一区域67中,并用于形成多个凸起 具有凸部的部件的部分; 以及在构件6的一个主表面上设置有凹部的第二区域68,第二区域68位于与第一区域67相邻的位置,多个第二凹部62形成在第二区域68中。 在这种情况下,第二区域68中的多个第二凹部62的密度d 2 <2>小于多个第一凹部61的密度d <1 < 在第一区67。
    • 32. 发明申请
    • Screen and projector
    • 屏幕和投影机
    • US20060012877A1
    • 2006-01-19
    • US11177418
    • 2005-07-11
    • Akira ShinboShunji KamijimaKazuhisa MizusakoNobuo Shimizu
    • Akira ShinboShunji KamijimaKazuhisa MizusakoNobuo Shimizu
    • G03B21/60
    • G03B21/625H04N9/3141
    • A screen includes a lens array having a plurality of spherical lens elements. A first length of the spherical lens elements, along a first direction at substantially a center of each of respective spherical lens elements, and a second length of the spherical lens elements, along a second direction at substantially the center of each of the respective lens elements and substantially orthogonal to the first direction, are set such that the second length is larger than the first length. A curvature center position of any one of the plurality of spherical lens elements is arranged to be at substantially a half of the first length along the first direction, with respect to a curvature center position of another spherical lens element adjacent to the lens element in the second direction.
    • 屏幕包括具有多个球面透镜元件的透镜阵列。 球形透镜元件的第一长度沿着各个球面透镜元件的大致中心的第一方向和第二长度的球面透镜元件沿着每个相应透镜元件的大致中心的第二方向 并且基本上与第一方向正交,被设定为使得第二长度大于第一长度。 多个球面透镜元件中的任何一个的曲率中心位置被布置成沿着第一方向大致为第一长度的一半,相对于与该透镜元件相邻的另一球面透镜元件的曲率中心位置 第二个方向
    • 37. 发明授权
    • Method of making glass waveguide for optical circuit
    • 制造光路的玻璃波导的方法
    • US4425146A
    • 1984-01-10
    • US213069
    • 1980-12-04
    • Tatsuo IzawaHidefumi MoriNobuo ShimizuYasuji Murakami
    • Tatsuo IzawaHidefumi MoriNobuo ShimizuYasuji Murakami
    • C03C15/00C03C17/02C03C17/34G02B6/136C03B19/00
    • C03C17/3411C03C15/00C03C17/02G02B6/136C03C2217/42Y10S65/16
    • Halides of Si and Ti, B, P, or Ge and oxygen or steam are introduced into a reaction vessel and heated in a vapor phase to form fine glass particles by oxidation or hydrolysis. The fine glass particles are deposited on a substrate. The deposited fine glass particles are heated and vitrified into a transparent glass layer, which is etched to form a core having a desired pattern by a reactive sputter etching process using Freon gas. The core is coated by a clad. In a waveguide thus formed, the cross sectional configuration and dimensions of the core layer and the refractive index difference are precisely controlled. The waveguide is manufactured with good reproducibility. The fabrication method is suitable for mass production of waveguides. An expansion coefficient transient layer is provided between the core layer and the substrate to prevent a crack in the waveguide. The glass softening temperature of the cladding layer is set lower than that of the core layer, so that the cross sectional configuration and dimensions of the core layer is unchanged against the heat in the vitrification process of the cladding layer. The refractive index is reduced in the vicinity of the boundary between the core and clad to prevent the loss of light due to light scattering on the core side faces.
    • 将Si和Ti,B,P或Ge和氧气或蒸汽的卤化物引入反应容器中并在汽相中加热以通过氧化或水解形成细玻璃颗粒。 细玻璃颗粒沉积在基底上。 将沉积的细玻璃颗粒加热并玻璃化成透明玻璃层,其通过使用氟利昂气体的反应溅射蚀刻工艺被蚀刻以形成具有所需图案的芯。 芯由涂层涂覆。 在如此形成的波导中,芯层的横截面形状和尺寸以及折射率差被精确地控制。 制造的波导具有良好的再现性。 该制造方法适用于大规模生产波导。 在芯层和衬底之间提供膨胀系数瞬变层以防止波导中的裂纹。 包覆层的玻璃软化温度设定为低于芯层的玻璃软化温度,使得芯层的截面形状和尺寸相对于包覆层的玻璃化过程中的热量而变化。 在芯和包层之间的边界附近,折射率降低,以防止由于芯侧面上的光散射引起的光的损失。
    • 40. 发明授权
    • Mobile phone and mobile phone control method
    • 手机和手机控制方式
    • US07526316B2
    • 2009-04-28
    • US11354938
    • 2006-02-16
    • Nobuo Shimizu
    • Nobuo Shimizu
    • H04B1/38
    • G06F3/04892
    • In a mobile phone remotely operating an information device, a communication unit receives information displayed on the information device. A display device displays a part of the information. A plurality of operation buttons respectively inputs an operation signal. A display control unit divides a screen of the display device into a plurality of cells, discriminately displays each of the plurality of cells on the screen, and displays a cursor on the screen. The cursor overlaps the part of the information on the screen. An operation control unit moves the cursor on one of the cells on the screen in response to the operation signal.
    • 在远程操作信息设备的移动电话中,通信单元接收信息设备上显示的信息。 显示设备显示部分信息。 多个操作按钮分别输入操作信号。 显示控制单元将显示设备的屏幕划分为多个单元,在屏幕上区分显示多个单元格中的每个单元,并在屏幕上显示光标。 光标与屏幕上部分信息重叠。 操作控制单元响应于操作信号将光标移动到屏幕上的一个单元上。