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    • 1. 发明授权
    • Endoscope
    • 内窥镜
    • US08197398B2
    • 2012-06-12
    • US12170651
    • 2008-07-10
    • Werner SchollyStefan SchlenkerSteffen PaulVolker Grimmig
    • Werner SchollyStefan SchlenkerSteffen PaulVolker Grimmig
    • A61B1/04A61B1/06
    • G02B23/2453A61B1/00105A61B1/00126A61B1/00128A61B1/00188G02B23/2476G02B23/26
    • An endoscope (1) has a handle (2) as well as a probe part (3) that can be connected thereto via a coupling (4), with an illumination device as well as an eye-piece (17) with an imaging optic being arranged in the handle (2) and image conductors and light conductors in the probe part (3). The coupling includes an image interface and a light interface. In the coupling area, at least one axially engaging guide (6, 8) as well as bayonet-like engaging coupling parts (6, 5) are provided, one of which is embodied as a rotational locking part (5). In the final locked position the locking part (5) is secured by a snap. Preferably, the coupling (4) is provided with an axially engaging guide and additionally axially engaging guides (13, 15; 14, 16) are provided of the illumination system and the image transmission system, which are particularly arranged side-by-side.
    • 内窥镜(1)具有手柄(2)以及可以经由联轴器(4)与照明装置连接的探针部分(3),以及具有成像光学元件的眼睛(17) 布置在手柄(2)中,以及图像导体和探针部分(3)中的光导体。 耦合包括图像接口和光接口。 在联接区域中,提供至少一个轴向接合的引导件(6,8)以及卡口式接合联接部件(6,5),其中一个被实施为旋转锁定部件(5)。 在最终锁定位置,锁定部分(5)通过卡扣固定。 优选地,联接器(4)设置有轴向接合引导件,并且设置为并排布置的照明系统和图像传输系统的另外的轴向接合引导件(13,15; 14,16)。
    • 2. 发明申请
    • ENDOSCOPE
    • US20090018392A1
    • 2009-01-15
    • US12170651
    • 2008-07-10
    • Werner SchollyStefan SchlenkerSteffen PaulVolker Grimmig
    • Werner SchollyStefan SchlenkerSteffen PaulVolker Grimmig
    • A61B1/06
    • G02B23/2453A61B1/00105A61B1/00126A61B1/00128A61B1/00188G02B23/2476G02B23/26
    • An endoscope (1) has a handle (2) as well as a probe part (3) that can be connected thereto via a coupling (4), with an illumination device as well as an eye-piece (17) with an imaging optic being arranged in the handle (2) and image conductors and light conductors in the probe part (3). The coupling includes an image interface and a light interface. In the coupling area, at least one axially engaging guide (6, 8) as well as bayonet-like engaging coupling parts (6, 5) are provided, one of which is embodied as a rotational locking part (5). In the final locked position the locking part (5) is secured by a snap. Preferably, the coupling (4) is provided with an axially engaging guide and additionally axially engaging guides (13, 15; 14, 16) are provided of the illumination system and the image transmission system, which are particularly arranged side-by-side.
    • 内窥镜(1)具有手柄(2)以及可以经由联轴器(4)与照明装置连接的探针部分(3),以及具有成像光学元件的眼睛(17) 布置在手柄(2)中,以及图像导体和探针部分(3)中的光导体。 耦合包括图像接口和光接口。 在联接区域中,提供至少一个轴向接合的引导件(6,8)以及卡口式接合联接部件(6,5),其中一个被实施为旋转锁定部件(5)。 在最终锁定位置,锁定部分(5)通过卡扣固定。 优选地,联接器(4)设置有轴向接合引导件,并且设置为并排布置的照明系统和图像传输系统的另外的轴向接合引导件(13,15; 14,16)。
    • 9. 发明申请
    • Microendoscope
    • 微内镜
    • US20050261554A1
    • 2005-11-24
    • US10515562
    • 2003-05-20
    • Werner Scholly
    • Werner Scholly
    • A61B1/04G02B23/24A61B1/06
    • G02B23/2423A61B1/00165A61B1/00167A61B1/042
    • A microendoscope with a distal probe tip which has, in particular, a diameter of up to approximately 1 mm is provided and inside of which an optical subassembly at least provided with a micro-objective and with an image transmitting element is accommodated. An image transmitting system is connected to the optical subassembly. An image-enlarging coupling element is rovided between the optical subassembly of the probe tip and the image transmitting system connected thereto. The image transmitting system connected to the coupling lement has a larger active diameter than the optical subassembly that is provided with the distal objective. As a result, the distal probe tip on a handgrip has the necessary small working diameter over the entire working length, and at the beginning or inside the handgrip, the optical coupling element is coupled to an image guide or to an image transmitting system or the like having a higher pixel count and thus a larger active diameter and, therefore, a larger outside diameter.
    • 提供具有特别是直径大约1mm的远端探针尖端的微型内窥镜,并且其内部容纳至少设有微物镜和图像传输元件的光学子组件。 图像发送系统连接到光学子组件。 图像放大耦合元件被旋转在探针尖端的光学子组件和与其连接的图像传输系统之间。 连接到耦合器的图像传输系统具有比设置有远端物镜的光学子组件更大的有效直径。 结果,手柄上的远端探针尖端在整个工作长度上具有必要的小的工作直径,并且在手柄的开始或内部,光耦合元件耦合到图像引导件或图像传输系统或 像具有较高的像素数,因此具有较大的有效直径,因此具有较大的外径。
    • 10. 发明授权
    • Special endoscope for visually testing for cracks
    • 用于视觉测试裂缝的特殊内窥镜
    • US4628207A
    • 1986-12-09
    • US717576
    • 1985-03-29
    • Bernd ElfertWerner Scholly
    • Bernd ElfertWerner Scholly
    • G01N21/954G02B23/24G02B23/26
    • G01N21/954G02B23/2469
    • A special endoscope for examining the structure of surfaces of measuring sites in narrow gaps formed in parts to be inspected includes a sword-shaped probe having an end, a narrow canal with a substantially uniform cross section disposed in the probe, at least one magnifying image-conducting optical system disposed in the canal having a receiving end face, image-illuminating optical systems disposed in the probe in the form of a plurality of optical waveguide strands having transmitting end faces at the end of the probe in immediate vicinity of the receiving end face, the transmitting end faces being grouped in the shape of a fan about the receiving end face for illuminating the measuring site, a UV light source connected to the image-illuminating optical systems for transmitting rays from the transmitting end faces and reflecting the rays off the surface structure in the visible frequency range onto the receiving end face, and means connected to the image-conducting optical system for producing a real image from the rays.
    • 用于检查形成在待检查部分中的窄间隙中的测量位置的表面的结构的特殊内窥镜包括具有端部的剑形探针,具有设置在探针中的基本上均匀的横截面的窄通道,至少一个放大图像 设置在具有接收端面的通道中的导电光学系统,以多个光波导线形式设置在探头中的图像照明光学系统,其具有在探头端部处的接收端附近的发射端面 面,发射端面围绕接收端面分为扇形,用于照亮测量部位; UV光源,连接到图像照明光学系统,用于从发射端面发射光线并反射光线 在可见光频率范围内的表面结构在接收端面上,以及连接到图像传导光学系统的装置 从光线产生真实的图像。