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    • 1. 发明授权
    • Multiple speed sheet inverting and discharge
    • 多张快速反转和放电
    • US4814825A
    • 1989-03-21
    • US60251
    • 1987-06-09
    • Akiyoshi JohdaiKeichi KinoshitaKazuyuki KubotaToshio MatsuiHirokazu YamadaMasaya Ohta
    • Akiyoshi JohdaiKeichi KinoshitaKazuyuki KubotaToshio MatsuiHirokazu YamadaMasaya Ohta
    • B65H15/00G03G15/00B65H7/02B65H29/00
    • G03G15/6552B65H15/00Y10S271/902
    • A sheet storing apparatus capable of discharging sheets supplied by an image forming apparatus either face-up or face-down. The sheet storing apparatus comprises: forward/reverse rotary rollers for delivering a sheet in a direction leaving the image forming apparatus behind as well as in a direction contrary to the former, sheet discharging rotary rollers for discharging the sheet out of the sheet storing apparatus on a storing tray, a first delivery path for discharging the sheet face-up, a second delivery path for delivering the sheet in the direction leaving the image forming apparatus behind, a third delivery path for discharging the sheet face-down, switching guides for diverting the sheet either to the first or second delivery path, a sheet detecting sensor, disposed on a common path formed by joining the first and third paths, for detecting the sheet, a discharge mode controller for selecting either the face-up discharge mode or the face-down discharge mode according to sheet detections by said sheet detecting sensor, and a rotatable top cover for supporting components of said delivery paths' guide surfaces and said switching guides and for exposing said delivery paths.
    • 一种纸张存储装置,其能够将由图像形成装置供应的纸张面朝上或面朝下地排出。 片材存储装置包括:前进/后退旋转辊,用于沿着离开图像形成装置的方向以及与前者相反的方向输送片材,用于将片材从片材存储装置中排出的片材排出旋转辊 储存托盘,用于将片材朝上排出的第一输送路径,用于沿着离开图像形成装置的方向输送片材的第二输送路径,用于向下排出片材的第三输送路径,用于转向的切换引导件 片材到第一或第二传送路径,片材检测传感器,布置在通过连接第一和第三路径形成的共同路径上,用于检测片材;放电模式控制器,用于选择面朝上放电模式或 根据所述片材检测传感器的片材检测的面朝下放电模式,以及用于支撑所述输送路径引导件的部件的可旋转顶盖 接口和所述切换引导件并用于暴露所述传送路径。
    • 4. 发明授权
    • Omnidirectional camera
    • 全向摄像头
    • US09071767B2
    • 2015-06-30
    • US13426659
    • 2012-03-22
    • Jun SasagawaHirokazu Yamada
    • Jun SasagawaHirokazu Yamada
    • H04N5/225H04N7/00H01H47/00H05K5/00H05K9/00H04N5/247G03B11/04H04N7/18G03B17/00H04N5/232
    • H04N5/247G03B11/04G03B17/00G03B17/55G03B37/04H04N5/2251H04N5/2258H04N5/23238H04N7/181
    • An omnidirectional camera comprises a camera mounting frame 5 of a cylindrical hollow body, two or more first mount blocks 8 which hold a first lens unit 9 in a horizontal posture and are installed to the camera mounting frame from a horizontal direction, and first circuit boards provided on inner end surfaces of the first mount blocks, and in the omnidirectional camera, the camera mounting frame and the first mount blocks are made of materials with good heat transfer properties, the first circuit board has a ground layer formed on an abutting surface with respect to the first mount block and a first image pickup element arranged on an optical axis of the first lens unit, and the heat generated from the first image pickup element is radiated from the first mount block and the camera mounting frame through the ground layer.
    • 一种全方位照相机包括一个圆柱形中空体的照相机安装框架5,两个或多个第一安装块8,其以水平姿态固定第一透镜单元9,并从水平方向安装到照相机安装框架;以及第一电路板 设置在第一安装块的内端面上,并且在全向照相机中,相机安装框架和第一安装块由具有良好传热特性的材料制成,第一电路板具有形成在邻接表面上的接地层, 相对于第一安装块和布置在第一透镜单元的光轴上的第一图像拾取元件,并且从第一安装块和相机安装框架通过接地层辐射从第一图像拾取元件产生的热量。