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公开(公告)号:EP0314475A1
公开(公告)日:1989-05-03
申请号:EP88310112.3
申请日:1988-10-27
发明人: Iizuka, Yunosuke , Mukawa, Yoshihiro , Nagata, Kouji , Matsumoto, Yoshitaka , Murakami, Osamu , Ishii, Takashi
CPC分类号: E21B47/0002
摘要: A bore hole scanner includes light projecting means (11 - 13, 5) for projecting a light beam toward a bore hole wall surface, a conical mirror (4) arranged coaxially with respect to a sonde (14) for condensing light reflected from the bore hole wall surface, image forming means (3) arranged in front of the conical mirror (4), photoelectric transducing means (2-1) for converting a light signal into an electric signal, optical fibers (2-2) for introducing an image, which is formed on concentric circles by the image forming means (3), to the photoelectric transducing means (2-1), data processing means for scanning and extracting signals from the photoelectric transducing means (2-1), and for generating and processing image data indicative of the bore hole wall surface, and sonde position detecting means (8 - 10) for detecting the orientation and position of the sonde. Rotating portions are dispensed with by using the conical mirror and optical fibers, and a linear CCD array can be used as the photoelectric transducing means.
摘要翻译: 一个钻孔扫描器包括用于将光束投射到钻孔壁表面的光投射装置(11-13,5),与探测器(14)同轴布置的圆锥镜(4),用于会聚从钻孔 (4)前方的成像装置(3),用于将光信号转换为电信号的光电转换装置(2-1),用于将图像 ,它由成像装置(3)在同心圆上形成;光电转换装置(2-1);数据处理装置,用于扫描和提取来自光电转换装置(2-1)的信号, 处理表示钻孔壁表面的图像数据;探测器位置检测装置(8-10),用于探测探测器的方位和位置。 旋转部分通过使用锥形反射镜和光纤而省去,并且线性CCD阵列可以用作光电转换装置。
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公开(公告)号:EP0210826A2
公开(公告)日:1987-02-04
申请号:EP86305634.7
申请日:1986-07-22
发明人: Iizuka, Yunosuke c/o Shimizu Construction Co., Ltd , Ishii, Takashi c/o Shimizu Construction Co., Ltd. , Matsumoto, Yoshitaka , Noguchi, Koji
IPC分类号: G01N21/84 , E21B49/00 , E21B47/00 , E21B47/026 , G02B23/24
CPC分类号: E21B47/0002 , G01V8/02
摘要: A method and apparatus for observing the wall of a bore hole (22) are disclosed.
An optical head (12) is rotated while a sonde (11) is moved up or down within a bore hole (22), and a beam of light from a light source (22) is projected toward the wall of the bore hole (22) via a lens (21), slit (22), half-mirror (19), mirror (15) and lens (14). Light reflected from the bore hole wall is extracted from the half-mirror (19) via a slit (17) and a photoelectric transducer (18) so that the bore hole wall may be continuously observed. By separating the reflected light into spectral components and processing them, color tone logging and other observations can be performed. The orientation of the sonde (11) is sensed by an azimuth finder (23) and rotation gauge (24), and the inclination of the sonde (11) is sensed by a dipmeter (25). Displacement of the sonde accompanying each unit length of up- or -down movement of the sonde to obtain the position being observed by the sonde.摘要翻译: 一种用于观察的钻孔(22)的壁的方法和设备是游离缺失盘。 ... ?>而(11)或向上移动的钻孔(22),以及光的来自光源的光束内上下的光学探头头部(12)被旋转(22)朝向的壁投射 通过透镜(21)的钻孔(22),狭缝(22),半反射镜(19),反射镜(15)和透镜(14)。 从钻孔壁反射的光从通过的狭缝(17)和光电换能器(18)象在钻孔壁可连续观察的半反射镜(19)萃取。 的反射光分离成光谱分量和处理它们,可以进行色调的记录和其他观察。 探针(11)的方向由方位角(23)和旋转量规(24)的取景器感测,并且所述探针(11)的倾斜度由倾角测量仪(25)感测。 探针伴随的向上或探针的运动-down每个单位长度,以获得的位置的位移由该探测器被观测的。
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公开(公告)号:EP0210826B1
公开(公告)日:1993-04-14
申请号:EP86305634.7
申请日:1986-07-22
发明人: Iizuka, Yunosuke c/o Shimizu Construction Co., Ltd , Ishii, Takashi c/o Shimizu Construction Co., Ltd. , Matsumoto, Yoshitaka , Noguchi, Koji
IPC分类号: G01N21/84 , E21B49/00 , E21B47/00 , E21B47/026 , G02B23/24
CPC分类号: E21B47/0002 , G01V8/02
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公开(公告)号:EP0314475B1
公开(公告)日:1992-05-13
申请号:EP88310112.3
申请日:1988-10-27
发明人: Iizuka, Yunosuke , Mukawa, Yoshihiro , Nagata, Kouji , Matsumoto, Yoshitaka , Murakami, Osamu , Ishii, Takashi
CPC分类号: E21B47/0002
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公开(公告)号:EP0210826A3
公开(公告)日:1989-04-12
申请号:EP86305634.7
申请日:1986-07-22
发明人: Iizuka, Yunosuke c/o Shimizu Construction Co., Ltd , Ishii, Takashi c/o Shimizu Construction Co., Ltd. , Matsumoto, Yoshitaka , Noguchi, Koji
IPC分类号: G01N21/84 , E21B49/00 , E21B47/00 , E21B47/026 , G02B23/24
CPC分类号: E21B47/0002 , G01V8/02
摘要: A method and apparatus for observing the wall of a bore hole (22) are disclosed. An optical head (12) is rotated while a sonde (11) is moved up or down within a bore hole (22), and a beam of light from a light source (22) is projected toward the wall of the bore hole (22) via a lens (21), slit (22), half-mirror (19), mirror (15) and lens (14). Light reflected from the bore hole wall is extracted from the half-mirror (19) via a slit (17) and a photoelectric transducer (18) so that the bore hole wall may be continuously observed. By separating the reflected light into spectral components and processing them, color tone logging and other observations can be performed. The orientation of the sonde (11) is sensed by an azimuth finder (23) and rotation gauge (24), and the inclination of the sonde (11) is sensed by a dipmeter (25). Displacement of the sonde accompanying each unit length of up- or -down movement of the sonde to obtain the position being observed by the sonde.
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