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    • 4. 发明申请
    • LASER LIGHT SOURCE APPARATUS
    • 激光灯源设备
    • US20120057219A1
    • 2012-03-08
    • US13223720
    • 2011-09-01
    • Kohei SUYAMAHirohiko OowakiTomohiro MATSUOYuichi HATASEKenji NAKAYAMATakafumi HAMANO
    • Kohei SUYAMAHirohiko OowakiTomohiro MATSUOYuichi HATASEKenji NAKAYAMATakafumi HAMANO
    • G02F1/37
    • G02B7/003G02B27/1033G02F2001/3505G03B21/204G03B21/208G03B33/12H01S3/025H01S3/0621H01S3/109
    • In a laser light source apparatus using a wavelength converting device (35), the position and angle of the wavelength converting device are allowed to be varied so as to maximize the laser output. The angular adjustment of the wavelength converting device is simplified by accurately positioning the wavelength converting device. A holder (57) for retaining the wavelength converting device may be supported by a support portion (56) formed in a base (38) so as to be moveable in the depthwise direction of the poled inverted domain regions and tiltable with respect to the optical path. Preferably, the holder may be rotatable around an axial line substantially perpendicular to the optical axial line. In particular, the wavelength converting device may be fixedly attached to the holder so as to bring an exit surface (35b) of the wavelength converting device in close contact with a mounting reference surface (841) by using a bonding agent applied to a top surface (35e) and a bottom surface (35f) of the wavelength converting device adjacent to the exit surface, and a bottom surface (207) of a recess (891) formed in the holder adjacent to and in parallel with the mounting reference surface.
    • 在使用波长转换装置(35)的激光光源装置中,波长转换装置的位置和角度被允许变化,以使激光输出最大化。 波长转换装置的角度调节通过精确地定位波长转换装置来简化。 用于保持波长转换装置的保持器(57)可以由形成在基座(38)中的支撑部分(56)支撑,以便可以在极化的反向域区域的深度方向上移动并相对于光学器件倾斜 路径。 优选地,保持器可以围绕基本上垂直于光轴线的轴线旋转。 特别地,波长转换装置可以固定地附接到保持器,以便通过使用施加到顶表面的粘合剂使波长转换装置的出射表面(35b)与安装基准表面(841)紧密接触 (35e)和与出射表面相邻的波长转换装置的底表面(35f)和形成在支架中的与安装基准表面相邻并平行的凹部(891)的底表面(207)。
    • 5. 发明申请
    • IMAGE DISPLAY APPARATUS
    • 图像显示设备
    • US20090141193A1
    • 2009-06-04
    • US12256616
    • 2008-10-23
    • Kenji NAKAYAMAKazuhisa YAMAMOTOTatsuo ITOH
    • Kenji NAKAYAMAKazuhisa YAMAMOTOTatsuo ITOH
    • H04N5/74
    • H04N9/3129
    • A laser light source 1 outputs a laser. A condenser lens 80 condenses the laser outputted from the laser light source 1, and outputs it to an optical fiber 8. The laser that propagates through the optical fiber 8 enters a light guide panel 2. The light guide panel 2 converts the inputted laser into a planar illumination light. The planar illumination light passes through a light passing control section 4 and illuminates a liquid crystal panel 7, which is a spatial modulation element that convert light into an image. The light passing control section 4 controls a scatter pattern during the passing of the laser individually in each predefined image area, by a control circuit 81. Consequently, an image area 5 in which a speckle noise is reduced and an image area 6 in which the speckle noise is generated, are formed on a liquid crystal panel 7.
    • 激光光源1输出激光。 聚光透镜80冷凝从激光光源1输出的激光,并将其输出到光纤8.通过光纤8传播的激光进入导光板2.导光板2将输入的激光转换成 平面照明光。 平面照明光通过光通过控制部4,照射作为将光转换为图像的空间调制元件的液晶面板7。 光通过控制部分4通过控制电路81控制在每个预定图像区域内单独通过激光器时的散射图案。因此,其中减少散斑噪声的图像区域5和其中 产生斑点噪声,形成在液晶面板7上。
    • 6. 发明申请
    • WAVELENGTH DETECTOR, WAVELENGTH STABILIZATION LASER DEVICE, AND IMAGE DISPLAY DEVICE
    • 波长检测器,波长稳定激光器件和图像显示器件
    • US20080225911A1
    • 2008-09-18
    • US12048561
    • 2008-03-14
    • Kenji NAKAYAMAShinichi Kadowaki
    • Kenji NAKAYAMAShinichi Kadowaki
    • H01S3/13G01J3/45
    • G01J1/4228G01J1/04G01J1/0407G01J1/0437G01J1/0448G01J9/00G02F1/1336H01S5/0687
    • A wavelength detector capable of distinguishing between the changes of a transverse mode and of a longitudinal mode of a laser light and thus detecting the change of the wavelength of the laser light with high accuracy is provided. In a wavelength detector 13: a diffraction grating 16 diffracts a laser light emerging from a laser light source 10; photodetectors 50a and 50b are positioned symmetrically with respect to a 0-order diffracted light diffracted by the diffraction grating 16; and light incidence surfaces 51a and 51b of the photodetectors 50a and 50b, respectively, have the same shape and are each divided into a plurality of areas. The wavelength detector 13 detects the change of the wavelength of the laser light based on a value obtained by dividing the difference value between the sum of light intensities measured by all of the plurality of divided areas of the photodetector 50a and the sum of light intensities measured by all of the plurality of divided areas of the photodetector 50b, by the sum of light intensities measured by all of the plurality of divided areas of the two photodetectors 50a and 50b.
    • 提供能够区分横模的变化和激光的纵向模式并因此以高精度检测激光的波长的变化的波长检测器。 在波长检测器13中:衍射光栅16衍射从激光光源10出射的激光; 光电检测器50a和50b相对于由衍射光栅16衍射的0级衍射光对称地定位; 并且光电检测器50a和50b的光入射表面51a和51b分别具有相同的形状并且被分成多个区域。 波长检测器13基于通过将由光检测器50a的所有多个分割区域测量的光强度的总和与测量的光强度之和之间的差值除以获得的值来检测激光的波长的变化 由光检测器50b的多个分割区域的全部由两个光电检测器50a和50b的所有多个分割区域测量的光强度的总和。
    • 8. 发明申请
    • JOINT STRUCTURE FOR TOY
    • 联合结构玩具
    • US20110176861A1
    • 2011-07-21
    • US12943295
    • 2010-11-10
    • Kenji NAKAYAMATomohito Nagai
    • Kenji NAKAYAMATomohito Nagai
    • F16C11/06
    • A63H17/262A63H13/18A63H30/04Y10T403/32631
    • A joint structure for a toy, including, a male body including, two hemispherical sliding surfaces formed mutually concentrically and having a same central axis, and a female body, coupled to the male body with the male body and the female body rockable with each other, the female body including, a first female body having a hemispherical first surface to be slid complementary to one of the two sliding surfaces, and a second female body having a hemispherical second surface to be slid complementary to the other of the two sliding surfaces, wherein the first female body and the second female body nip the male body, with the one sliding surface and the first surface to be slid, slidable on each other, and with the other sliding surface and the second surface to be slid, slidable on each other.
    • 一种用于玩具的接头结构,包括:男性主体,包括相互同心地形成且具有相同中心轴线的两个半球形滑动表面,以及与男性身体相连接的阳体,男性身体和女性身体彼此可摇动 所述阴体包括:第一阴体,其具有与所述两个滑动面中的一个滑动互补的半球形的第一表面;以及第二阴体,具有与所述两个滑动面中的另一个互补的半球状的第二表面, 其中,所述第一阴体和所述第二阴体夹持所述阳体,所述一个滑动面和所述第一待滑动面可相互滑动,另一滑动面和所述第二面被滑动, 其他。