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Optical probe for producing tomogram of specimen by the use of low-coherence light

机译:利用低相干光产生样本断层图像的光学探头

摘要

On the side at hand of an optical probe, a whole rotation transfer connector rotates while being supported by a ball bearing and a slide bearing and, therefore, rotation is transferred to a flexible shaft. The relative position between the flexible shaft and an optical sheath is changed in accordance with the amount of screwing of a sheath stopping member on the side at hand into an outer cylinder by an external thread portion and an internal thread portion. When the optical sheath is moved furthermore, the flexible shaft is elongated due to elastic deformation because the length of the flexible shaft is regulated by the interval between a locking part of a locking member at the tip and a shaft stopping member. A tip housing is made to contact with the locking member while tension is applied to the flexible shaft by the rear end surface in the direction of the side at hand. During the use of optical probe, even when the optical probe is curved and the inner surface of the flexible shaft is contacted with the inner surface of the optical sheath, moving of the tip housing is canceled by the elongation amount of the flexible shaft elongated in advance and, therefore, the tip housing rotates at a constant position relative to the probe longitudinal direction on all occasions.
机译:在光学探针的一侧,整个旋转传递连接器在被滚珠轴承和滑动轴承支撑的同时旋转,因此,旋转传递至挠性轴。柔性轴和光学护套之间的相对位置根据外侧面部分和内螺纹部分将手侧的护套止动构件拧入外筒的量而改变。此外,当光学护套移动时,由于挠性轴的长度由顶端的锁定部件的锁定部与轴止动部件之间的间隔限制,因此挠性轴由于弹性变形而伸长。当后端表面沿手侧方向对柔性轴施加张力时,使尖端壳体与锁定构件接触。在使用光学探针的过程中,即使当光学探针弯曲并且挠性轴的内表面与光学护套的内表面接触时,尖端壳体的移动也被挠性轴的伸长量抵消。因此,尖端壳体在所有情况下都相对于探针纵向在恒定的位置旋转。

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