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    • 9. 发明授权
    • Instrument for endoscopic-type procedures
    • 内镜式手术仪器
    • US5607435A
    • 1997-03-04
    • US247779
    • 1994-05-23
    • Rohit C. L. SachdevaPetrus A. Besselink
    • Rohit C. L. SachdevaPetrus A. Besselink
    • A61C19/04A61B1/00A61B1/005A61B17/00A61B17/04
    • A61B1/0058
    • The present invention is an instrument (10) which includes a tubular section (12) having a wall (13) made of a material exhibiting superelastic characteristics and a delivery tube (14) having a bore (15) through which the tubular section (12) passes. The instrument (10) may be adapted for use in medical/dental and non-medical procedures. The superelastic character of the wall material is used in combination with the delivery tube (14) to alternately restrict the shape of the wall (13) and allow it to change to its unconstrained shape. Thus, the wall (13) can be sufficiently deformed to permit the tubular section (12) to pass in and out of and through the delivery tube (14) while at the same time enabling the tubular section (12) to have a shape when extended outside of the delivery tube (14) that is sufficiently bent or curved to be suitable for performing a desired function, for example a medical or dental procedure inside a patient's body. In this way, the delivery tube (14) enables the tubular section (12) to reach the site of the procedure through more narrow insertion paths, and in the case of medical/dental applications, with less trauma to the surrounding tissue along the insertion path. Because it can be inserted through more narrow pathways, the tubular section (12) can be delivered to more remote and harder to reach locations.
    • 本发明是一种仪器(10),其包括具有由表现出超弹性特征的材料制成的壁(13)的管状部分(12)和具有孔(15)的输送管(14),管状部分 )通过。 仪器(10)可适用于医疗/牙科和非医疗程序。 壁材料的超弹性特征与输送管(14)组合使用以交替地限制壁(13)的形状并允许其变为其无约束形状。 因此,壁(13)可以被充分地变形,以允许管状部分(12)通过并穿过输送管(14),同时使管状部分(12)具有形状,当 延伸到足够弯曲或弯曲的输送管(14)的外部,以适合于执行所需功能,例如患者体内的医疗或牙科手术。 以这种方式,输送管(14)使得管状部分(12)能够通过更窄的插入路径到达手术部位,并且在医疗/牙科应用的情况下,沿着插入物对周围组织的创伤较小 路径。 因为它可以通过更窄的通道插入,所以管状部分(12)可被输送到更远的位置并且更难以到达位置。