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    • 2. 发明授权
    • Method for casting a housing around an endoscope frame
    • 围绕内窥镜框架铸造壳体的方法
    • US5169568A
    • 1992-12-08
    • US632054
    • 1990-12-21
    • Raymond Ainger, III
    • Raymond Ainger, III
    • A61B1/015A61B1/018A61B1/307B29C70/76B29D11/00G02B6/36G02B6/38G02B23/26
    • A61B1/307A61B1/0011A61B1/00167A61B1/015A61B1/018A61B1/07B29C70/76B29D11/0075G02B23/26G02B6/3624B29L2011/0075B29L2031/753G02B6/3865G02B6/3878
    • A method for casting a housing around an endoscope frame is shown. The method includes the step of assembling an endoscope frame comprising a proximal end of an elongated shaft having a first working channel, a second working channel, a fiber optical image bundle channel, and fiber optic light carrying member. Each of the working channels and the fiber optic light carrying member extend in a predetermined direction from the elongated shaft to a preselected location wherein each of the working channels are terminated in an input opening member. The fiber optic image bundle terminates in a viewing member. The fiber optic light carrying member terminates in a light connecting member. The method then comprises the step of casting with a curable material a housing having a predetermined shape and exterior outer surface around the endoscope frame including the proximal end of an elongated shaft, a first working channel, a second working channel, a fiber optic image bundle channel and a fiber optic light carrying member such that the input opening member of eacb working channel and a light connecting member of the fiber optic light carrying member extend through the exterior outer surface at separate and distinct locations which are positioned in a spaced relationship from the exterior outer surface and with a viewing member for terminating the fiber optic image bundle positioned interiorly within the housing, all of which form a fluid tight seal with the housing.
    • 示出了围绕内窥镜框架铸造壳体的方法。 该方法包括组装包括具有第一工作通道的细长轴的近端的内窥镜框架,第二工作通道,光纤图像束通道和光纤光承载构件的步骤。 每个工作通道和光纤承载构件在从细长轴到预选位置的预定方向上延伸,其中每个工作通道终止在输入开口构件中。 光纤图像束终止于观察构件。 光纤光承载构件终止于光连接构件。 该方法包括以可固化材料铸造具有围绕内窥镜框架的具有预定形状和外部外表面的壳体的步骤,该内窥镜框架包括细长轴的近端,第一工作通道,第二工作通道,光纤图像束 通道和光纤光承载构件,使得所述光纤运载通道的输入开口构件和所述光纤光承载构件的光连接构件在分开的和不同的位置处延伸穿过所述外部外表面, 外部外表面和具有用于终止位于壳体内部的光纤图像束的观察构件,所有这些都与壳体形成流体密封。
    • 5. 发明授权
    • Endoscope having a deflectable distal section and a semi-rigid proximal
section
    • 内窥镜具有可偏转的远侧部分和半刚性近端部分
    • US5199417A
    • 1993-04-06
    • US632053
    • 1990-12-21
    • Richard P. MullerRaymond Ainger, IIIEugene P. Podbielski
    • Richard P. MullerRaymond Ainger, IIIEugene P. Podbielski
    • A61B1/307
    • A61B1/307A61B1/0011A61B1/00167A61B1/07Y10S600/92
    • An endoscope having an elongated shaft which terminates in a deflectable distal tip is shown. The elongated shaft includes a first elongated sheath tube having a deflectable distal section. The deflectable distal section terminates in a distal tip having a triangular shaped cross-sectional area. The elongated shaft also includes a second semi-rigid elongated tube which is shorter in length than the first elongated sheath tube. The difference in length enables the deflectable distal section to extend beyond the end of the second semi-rigid elongated sheath tube and to be deflectable. The second semi-rigid elongated sheath tube encloses the proximal section of the first elongated sheath tube. The second semi-rigid elongated sheath tube has a generally rounded cross-sectional area which is slightly greater than that of the cross-sectional area of the first elongated sheath tube which enables the distal end of the second semi-rigid elongated sheath tube to enclose and pass therethrough the first elongated sheath tube. A method for performing a procedure in a cavity or passageway is also shown. A method for casting a housing around an endoscope frame is shown. An image means for an instrument having a rod-like image transferring system which is rigidly attached at a selected location is shown.
    • 示出了具有终止于可偏转的远侧末端的细长轴的内窥镜。 细长轴包括具有可偏转远端部分的第一细长护套管。 可偏转的远侧部分终止于具有三角形横截面积的远侧末端。 细长轴还包括长度短于第一细长护套管的第二半刚性细长管。 长度差使得可偏转的远侧部分延伸超过第二半刚性细长护套管的端部并且可偏转。 第二半刚性细长护套管包围第一细长护套管的近端部分。 第二半刚性细长护套管具有大致圆形的横截面积,其略大于第一细长护套管的横截面积的横截面面积,其能够使第二半刚性细长护套管的远端包围 并通过其中的第一细长护套管。 还示出了在空腔或通道中执行过程的方法。 示出了围绕内窥镜框架铸造壳体的方法。 示出了具有刚性地附接在选定位置的杆状图像传送系统的仪器的图像装置。