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    • 63. 发明授权
    • Color thermal printer and optical fixing device therefor
    • 彩色热敏打印机及其光学固定装置
    • US5825397A
    • 1998-10-20
    • US661732
    • 1996-06-11
    • Takeshi Fujishiro
    • Takeshi Fujishiro
    • B41J2/525B41J2/32B41J2/325H05B3/10B41J11/00G01D15/10
    • B41J2/32
    • An optical fixing device of a color thermal printer is used for fixing one of three color developing thermosensitive layers of a color thermosensitive recording medium. A pair of lamps are disposed side by side in a reflector of the optical fixing device, for projecting electromagnetic rays of a specific wavelength range toward the color thermosensitive recording medium. A plurality of apertures are formed through the reflector to provide a light path from each of the lamps to a single photosensor, wherein distances from the lamps to the photosensor are different from each other, and incident angles of the respective light paths onto the photosensor are determined such that the photosensor may receive an equal amount of electromagnetic rays from each of the lamps under the same conditions.
    • 彩色热敏打印机的光学定影装置用于固定彩色热敏记录介质的三个显色热敏层之一。 一对灯并排设置在光学定影装置的反射器中,用于将特定波长范围的电磁射线投射到彩色热敏记录介质。 通过反射器形成多个孔,以提供从每个灯到单个光电传感器的光路,其中从灯到光电传感器的距离彼此不同,并且各个光路到光传感器上的入射角是 确定为使得光电传感器可以在相同条件下从每个灯接收等量的电磁射线。
    • 64. 发明授权
    • Camera with turret lens and solid state image sensor
    • 相机带转塔镜头和固态图像传感器
    • US5444485A
    • 1995-08-22
    • US16200
    • 1993-02-11
    • Keizo UchiokeKatuo AsamiTakeshi FujishiroNaoki Takatori
    • Keizo UchiokeKatuo AsamiTakeshi FujishiroNaoki Takatori
    • G03B17/12H04N5/225H04N5/232
    • H04N5/2253
    • A camera in which a T lens and a wide lens are respectively mounted on their respective lens holders which can be freely rotated and the T and W lenses are rotated to thereby switch over the T and w lenses to each other. The T and W lenses are supported such that they are freely rotatable. A CCD reference plate, on which a CCD can be mounted, is inserted over a lens support shaft and the mutual positional accuracy between the lenses and CCD can be enhanced through the lens support shaft. Also, the switching of the T and W lenses is executed in link with the movement of a plate cam, which is movable in a direction perpendicular to the lens support shaft for the T and W lenses, and a cam portion provided in the plate cam is used to move the T and W lenses in the axial direction of the lens support shaft to thereby adjust the focusing of the lenses. Further, an iris plate having a small diaphragm diameter is inserted into the optical axis of the T lens only in a macro photography to thereby increase the depth of field so as to allow the focusing in the macro photography.
    • 其中T透镜和宽透镜分别安装在其可自由旋转的各自的透镜保持器上并且T和W透镜旋转从而将T和W透镜彼此切换的照相机。 T和W透镜被支撑成可自由旋转。 可以将安装有CCD的CCD参考板插入到透镜支撑轴上,并且可以通过透镜支撑轴来增强透镜和CCD之间的相互位置精度。 此外,T和W透镜的切换与可在垂直于用于T和W透镜的透镜支撑轴的方向上移动的平板凸轮的运动和设置在板凸轮中的凸轮部分相联动地执行 用于沿透镜支撑轴的轴向移动T和W透镜,从而调节透镜的聚焦。 此外,仅在微距拍摄中将具有小光阑直径的虹膜插入到T透镜的光轴中,从而增加景深,从而允许在微距拍摄中进行聚焦。
    • 69. 发明授权
    • Virtual image display system
    • 虚拟图像显示系统
    • US08994612B2
    • 2015-03-31
    • US13344819
    • 2012-01-06
    • Takeshi Fujishiro
    • Takeshi Fujishiro
    • G09G5/00G02C5/22G02B27/01G02B6/00
    • G02B27/0172G02B6/00G02B27/0176G02B2027/0178G02C5/22
    • A virtual image display system includes a display device outputting image light, a circuit substrate driving the display device based on an image signal, a signal line connected to the circuit substrate and inputting the external image signal to the circuit substrate, a projection optical device projecting the image light from the display device, a light guide plate taking in the projected image light, and then, guiding the light to an external predetermined position, a housing member having a housing space housing respective members, and a first space communicated with the housing space and housing a part of the signal line inside, and a temple rotatably attached to the housing member via a hinge mechanism and having a second space communicated with the first space via the hinge mechanism inside. The signal line is routed from the first space into the second space via the hinge mechanism.
    • 虚拟图像显示系统包括:输出图像光的显示装置,基于图像信号驱动显示装置的电路基板,连接到电路基板的信号线,并将外部图像信号输入到电路基板;投影光学装置, 来自显示装置的图像光,引导投影图像光的导光板,然后将光引导到外部预定位置,具有容纳各个构件的容纳空间的壳体构件和与壳体连通的第一空间 空间并且容纳信号线的一部分,以及经由铰链机构可旋转地附接到壳体构件的镜腿,并且具有经由铰链机构内部与第一空间连通的第二空间。 信号线经由铰链机构从第一空间传送到第二空间。