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    • 2. 发明申请
    • Short-arc type high pressure discharge lamp and lamp apparatus
    • 短弧型高压放电灯和灯具
    • US20070013288A1
    • 2007-01-18
    • US11391175
    • 2006-03-29
    • Kiyotaka TanbaTakayuki KagamiMasaru MitsuiNobuo KanaiYasuhito Sakai
    • Kiyotaka TanbaTakayuki KagamiMasaru MitsuiNobuo KanaiYasuhito Sakai
    • H01J5/00
    • H01J9/326H01J61/34H01J61/368H01J61/86
    • A short-arc type high pressure discharge lamp in which durability is improved and a lamp apparatus including the same is provided. Glass material portions 52A into which glass material enters respectively are provided on both sides of an electrode axis 5402 between the outer circumferential surface 5406 thereof and a curved portion 58 of a sealed metal foil 56, and a gap S3 being continuous with a sealed space 60 remains among the glass material portion 52A, the outer circumferential portion 5406 of the electrode axis 5402, and the curved portion 58. An angle formed by a surface 52-1 of the glass material portion 52A facing the gap S3 and the curved portion 58 is an obtuse angle φ. In other words, an angle formed by the surface 52-1 of the glass material portion 52A facing the gap S3 and a surface 5602 of the curved portion 58 of the sealed metal foil 56 is the obtuse angle φ.
    • 一种其中耐久性提高的短弧型高压放电灯和包括该短弧型高压放电灯的灯装置。 玻璃材料分别在其外周面5406和密封金属箔56的弯曲部分58之间的电极轴线5402的两侧设置玻璃材料部分52A,间隙S 3与密封的 玻璃材料部分52A,电极轴线5402的外圆周部分5406和弯曲部分58之间留有空间60.由玻璃材料部分52A的面对间隙S 3的表面52-1形成的角度和 弯曲部分58是钝角phi。 换句话说,由玻璃材料部分52A的面向间隙S 3的表面52-1和密封金属箔56的弯曲部分58的表面5602形成的角度是钝角phi。
    • 3. 发明授权
    • Laser beam optical scanning device and image forming apparatus with
laser beam optical scanning device
    • 激光束光学扫描装置和具有激光束光学扫描装置的成像装置
    • US6072176A
    • 2000-06-06
    • US52032
    • 1998-03-31
    • Jun KohsakaNobuo Kanai
    • Jun KohsakaNobuo Kanai
    • B41J2/44B41J2/47G02B26/10G02B26/12H04N1/113H01J3/14
    • B41J2/471G02B26/128
    • A laser beam optical scanning device which focuses and scans a laser beam emitted from laser diode 1 in the arrow b direction on a photosensitive drum 40 via focusing lens 3, polygonal mirror 6, and f.theta. lens 7. The scanning laser beam enters a convergence state detector 10, which detects the amount of dislocation of the convergence position. The amount of positional change is calculated to correct the convergence position based on the detected amount of dislocation, and the focusing lens 3 is moved on the optical axis of the lens via motor 21 to correct the beam convergence position. When processing is executed to correct the convergence position in the intermediate zone of the image formign range and the calculated amount of positional change exceeds a limit value, a detection error is assumed, and the focusing lens 3 is moved an amount less than the limit value.
    • 一种激光束光学扫描装置,其通过聚焦透镜3,多面镜6和fθ透镜7在激光二极管1上沿箭头b方向发射的激光束在感光鼓40上聚焦和扫描。扫描激光束进入会聚 状态检测器10,其检测会聚位置的位错量。 计算位置变化量,根据检测到的位错量来校正收敛位置,聚焦透镜3通过电动机21在透镜的光轴上移动,以校正光束会聚位置。 当执行处理以校正图像形成范围的中间区域中的会聚位置并且计算出的位置变化量超过极限值时,假设检测误差,并且聚焦透镜3移动小于极限值 。
    • 7. 发明授权
    • Illumination device
    • 照明装置
    • US4851975A
    • 1989-07-25
    • US250421
    • 1988-09-28
    • Nobuo Kanai
    • Nobuo Kanai
    • G02B19/00G02B17/06G02B27/00G03B27/16G03B27/54G03G15/04
    • G03B27/542
    • An illumination device for use in a slit exposure system for illuminating a document located on a document table. The illumination device has a light source with an elongated shape and a reflector surrounding a portion of the periphery of the light source and designed to reflect a light emitted from the light source toward the document. The reflector has a plurality of cylindrical reflecting surfaces. Each of the surfaces is designed to reflect while collimating a light virtually emitted from a linear area to be illuminated on the document table toward the light source, assuming that a line from which the light is emitted is located on the linear area.
    • 一种用于照明位于文件台上的文件的狭缝曝光系统中的照明装置。 照明装置具有细长形状的光源和围绕光源的周边的一部分的反射器,用于将从光源发射的光朝向文件反射。 反射器具有多个圆柱形反射表面。 假设发出光的线位于线性区域上,每个表面被设计成在将从待照射的线性区域实际发射的光准直到朝向光源时反射。