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    • 5. 发明申请
    • Videoendoscopic system
    • 视频内窥镜系统
    • US20050191046A1
    • 2005-09-01
    • US11058674
    • 2005-02-15
    • Joachim DehmelThomas ForsterMathias KraasGilbert Spahn
    • Joachim DehmelThomas ForsterMathias KraasGilbert Spahn
    • A61B1/00A61B1/04G02B23/24G02B23/26G03B29/00H04N5/225H04N7/18
    • G02B23/2484A61B1/00126A61B1/00128A61B1/042
    • A videoendoscopic system (1) including an endoscope optical system (2) and a camera portion (3), the endoscope optical system (2) having an elongated shaft (4) through which an optical image guide (5) and a fiber light guide (6) pass, and an end housing (7), which is proximally connected to the shaft (4) and has an image exit window (10) and a light entry window (8) with radiation directions that are parallel to one another and to the axis of the shaft (4). The camera portion (3) includes a camera housing (15), from which an image signal cable (24) and a light guide cable (20) pass out, and an image entry window (18) and a light exit window (19), which are arranged with parallel radiation directions at a distance from the windows (8, 10) in the end housing (7) and the end housing (7). The camera housing (15) is constructed with a rotationally fixedly lockable coupling device (7, 16, 25, 26, 19) for coupling the windows (8, 19; 10, 18) to one another in a centering manner. The the coupling device has a cylinder (7) on one of the housings and a matching bore (16) on the other housing (15). The windows (8, 10; 19, 18) are arranged in the end wall (11) of the cylinder (7) and the base wall (17) of the bore (16).
    • 一种内窥镜系统(1),包括内窥镜光学系统(2)和照相机部(3),所述内窥镜光学系统(2)具有细长轴(4),光学图像引导件(5)和光纤导光体 (6)通过,并且端部壳体(7)近端连接到所述轴(4)并具有图像出射窗(10)和具有彼此平行的辐射方向的光入口窗(8),以及 相对于轴(4)的轴线。 照相机部分(3)包括照相机外壳(15),图像信号电缆(24)和导光电缆(20)从该照相机外壳中传出,以及图像输入窗口(18)和光出射窗口(19) 它们被布置成具有与端部壳体(7)和端部壳体(7)中的窗口(8,10)一定距离的平行辐射方向。 摄像机壳体(15)由可旋转地固定地锁定的联接装置(7,16,25,26,19)构成,用于将窗口(8,19; 10; 18)以对中的方式相互连接。 联接装置在其中一个壳体上具有气缸(7),在另一个壳体(15)上具有匹配孔(16)。 窗口(8,10; 19,18)布置在气缸(7)的端壁(11)和孔(16)的底壁(17)中。
    • 6. 发明授权
    • Videoendoscopic system
    • 视频内窥镜系统
    • US07212737B2
    • 2007-05-01
    • US11058674
    • 2005-02-15
    • Joachim DehmelThomas FörsterMathias KraasGilbert Spahn
    • Joachim DehmelThomas FörsterMathias KraasGilbert Spahn
    • G03B29/00H04N7/18A61B1/04A61B1/07
    • G02B23/2484A61B1/00126A61B1/00128A61B1/042
    • A videoendoscopic system (1) including an endoscope optical system (2) and a camera portion (3), the endoscope optical system (2) having an elongated shaft (4) through which an optical image guide (5) and a fiber light guide (6) pass, and an end housing (7), which is proximally connected to the shaft (4) and has an image exit window (10) and a light entry window (8) with radiation directions that are parallel to one another and to the axis of the shaft (4). The camera portion (3) includes a camera housing (15), from which an image signal cable (24) and a light guide cable (20) pass out, and an image entry window (18) and a light exit window (19), which are arranged with parallel radiation directions at a distance from the windows (8, 10) in the end housing (7) and the end housing (7). The camera housing (15) is constructed with a rotationally fixedly lockable coupling device (7, 16, 25, 26, 19) for coupling the windows (8, 19; 10, 18) to one another in a centering manner. The the coupling device has a cylinder (7) on one of the housings and a matching bore (16) on the other housing (15). The windows (8, 10; 19, 18) are arranged in the end wall (11) of the cylinder (7) and the base wall (17) of the bore (16).
    • 一种内窥镜系统(1),包括内窥镜光学系统(2)和照相机部(3),所述内窥镜光学系统(2)具有细长轴(4),光学图像引导件(5)和光纤导光体 (6)通过,并且端部壳体(7)近端连接到所述轴(4)并具有图像出射窗(10)和具有彼此平行的辐射方向的光入口窗(8),以及 相对于轴(4)的轴线。 照相机部分(3)包括照相机外壳(15),图像信号电缆(24)和导光电缆(20)从该照相机外壳中传出,以及图像输入窗口(18)和光出射窗口(19) 它们被布置成具有与端部壳体(7)和端部壳体(7)中的窗口(8,10)一定距离的平行辐射方向。 摄像机壳体(15)由可旋转地固定地锁定的联接装置(7,16,25,26,19)构成,用于将窗口(8,19; 10; 18)以对中的方式相互连接。 联接装置在其中一个壳体上具有气缸(7),在另一个壳体(15)上具有匹配孔(16)。 窗口(8,10; 19,18)布置在气缸(7)的端壁(11)和孔(16)的底壁(17)中。
    • 7. 发明申请
    • Hookup connection between a fiber-optics hookup cable and an endoscope optics
    • 光纤连接电缆和内窥镜光学器件之间的连接连接
    • US20050191009A1
    • 2005-09-01
    • US11056574
    • 2005-02-11
    • Mathias KraasUwe SchraderFrank-Michael Smid
    • Mathias KraasUwe SchraderFrank-Michael Smid
    • A61B1/00G02B6/36G02B6/38G02B6/40G02B23/26
    • G02B6/403G02B6/3893
    • A hookup connection between a fiber optics hookup cable (7) and an endoscope optics (1). A connector (6) of the hookup cable (7) including a snap-in device (16) for snap-in engagement into at least one recess (17) running on the circumference of a hookup terminal (5) of the endoscope optics (1). The connector (6) includes a guide sleeve (13) and a locking element (16). The guide sleeve (13) receives and guides the hookup terminal (5) and constitutes, at an end near the cable, a cable socket (12). The locking element (16), which engages the recess, is radially displaceable in a supported manner and is configured in the region of the recess. A handling bush (18) is supported in a longitudinally displaceable manner on the guide sleeve (13) and is axially braced in both directions against the guide sleeve (13) by springs (20, 21). The handling bush (18) is fitted at the site of the recess (17) with an inwardly projecting boss (19) which, in the rest position of the handling bush (18), maintains the locking element (16) in its locked position.
    • 光纤连接电缆(7)和内窥镜光学器件(1)之间的连接连接。 连接电缆(7)的连接器(6)包括卡扣装置(16),用于卡扣接合到在内窥镜光学器件的连接端子(5)的圆周上延伸的至少一个凹部(17) 1)。 连接器(6)包括导向套筒(13)和锁定元件(16)。 引导套筒(13)接收和引导接线端子(5),并在电缆附近的一端构成电缆插座(12)。 接合凹部的锁定元件(16)可以以支撑的方式径向移动并且构造在凹部的区域中。 处理衬套(18)以可纵向移位的方式被支撑在导向套筒(13)上,并且通过弹簧(20,21)在两个方向上相对于导向套筒(13)轴向地支撑。 处理衬套(18)在凹部(17)的位置处装配有向内突出的凸台(19),该凸台在处理衬套(18)的静止位置中将锁定元件(16)保持在其锁定位置 。
    • 10. 发明授权
    • Endoscopic optical system
    • 内镜光学系统
    • US06246823B1
    • 2001-06-12
    • US09371693
    • 1999-08-10
    • Mathias KraasHelmut Hirsemann
    • Mathias KraasHelmut Hirsemann
    • G02B606
    • G02B23/2423
    • An endoscopic optical system includes an elongate metal housing with a circular opening in its end in which a transparent window is received. The window has a cylindrical outer edge surface which is metallized over at least part of its area and is opposed to the cylindrical internal surface of the opening. An annular solder joint is provided in the gap between the opposed cylindrical surfaces. The solder joint has a thickness in the direction perpendicular to the window which is only a proportion of the thickness of the window.
    • 内窥镜光学系统包括细长的金属壳体,在其端部具有圆形开口,在其中接收透明窗口。 窗口具有圆柱形外边缘表面,其在其至少部分区域上被金属化并且与开口的圆柱形内表面相对。 在相对的圆柱形表面之间的间隙中设置环形焊点。 焊点在与窗口垂直的方向上具有厚度,该厚度只是窗口厚度的一部分。