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    • 1. 发明公开
    • Cutting tool and method for removing materials from well bore
    • Schneidwerkzeug und Verfahren zur Entfernung von Material aus dem Bohrloch。
    • EP0515004A1
    • 1992-11-25
    • EP92202380.9
    • 1989-03-10
    • Tri-State Oil Tool Industries Inc.
    • Lynde, Gerald D.Harvey, Jr., Harold H.
    • E21B29/00
    • B23B5/16B23B5/168B23P15/28E21B10/46E21B29/002E21B29/005Y10T407/11Y10T407/245Y10T408/78
    • A cutting tool (10) for removing members downhole from a well bore and adapted to be inserted within a well from the upper end (12) of the casing (14). The cutting tool (10) includes a plurality of elongate blades (32) on the cylindrical body (18) of the cutting tool (10). Cutting elements (42) of a predetermined size and shape are arranged in a symmetrical predetermined pattern on each blade (32) in side-by-side relation in a plurality of predetermined transversely extending rows and a plurality of predetermined generally vertically extending columns. The cutting elements (42) in adjacent transverse rows for each blade (32) are staggered and have different concentric cutting paths. The cutting elements (42E) in corresponding transverse rows on adjacent blades (32A, 32B) are staggered and have different concentric cutting paths. The blades (32A, 32B) of the embodiment of Figures 7-13 have a separate recess (50) on the leading face (34A) for each individual cutting element (42E) for precisely positioning the cutting element (42E). Each cutting element (42E) has a groove (42K) for receiving and directing forwardly the extending end of a metal shaving (S) to facilitate breaking thereof from the casing (14).
    • 一种切割工具(10),用于从井眼中去除井下的构件并适于从壳体(14)的上端(12)插入到井内。 切割工具(10)包括在切割工具(10)的圆柱体(18)上的多个细长叶片(32)。 预定尺寸和形状的切割元件(42)以多个预定的横向延伸的行和多个预定的大致垂直延伸的列并排的关系在每个叶片(32)上以对称的预定图案布置。 用于每个叶片(32)的相邻横列中的切割元件(42)交错并具有不同的同心切割路径。 在相邻叶片(32A,32B)上的相应横向行中的切割元件(42E)交错并具有不同的同心切割路径。 图7-13的实施例的叶片(32A,32B)在用于精确定位切割元件(42E)的每个单独切割元件(42E)的引导面(34A)上具有分开的凹部(50)。 每个切割元件(42E)具有用于接收和引导金属剃刮(S)的延伸端的槽(42K),以便于将其从壳体(14)中分离。
    • 4. 发明公开
    • Casing mill and manufacturing method
    • 套管铣和制造过程。
    • EP0517343A1
    • 1992-12-09
    • EP92202379.1
    • 1989-03-10
    • Tri-State Oil Tool Industries Inc.
    • Lynde, Gerald D.Harvey, Jr., Harold H.
    • E21B29/00B23K31/02B23P15/28
    • B23B5/16B23B5/168B23P15/28E21B10/46E21B29/002E21B29/005Y10T407/11Y10T407/245Y10T408/78
    • A cutting tool (10) for removing members downhole from a well bore and adapted to be inserted within a well from the upper end (12) of the casing (14). The cutting tool (10) includes a plurality of elongate blades (32) on the cylindrical body (18) of the cutting tool (10). Cutting elements (42) of a predetermined size and shape are arranged in a symmetrical predetermined pattern on each blade (32) in side-by-side relation in a plurality of predetermined transversely extending rows and a plurality of predetermined generally vertically extending columns. The cutting elements (42) in adjacent transverse rows for each blade (32) are staggered and have different concentric cutting paths. The cutting elements (42E) in corresponding transverse rows on adjacent blades (32A, 32B) are staggered and have different concentric cutting paths. The blades (32A, 32B) of the embodiment of Figures 7-13 have a separate recess (50) on the leading face (34A) for each individual cutting element (42E) for precisely positioning the cutting element (42E). Each cutting element (42E) has a groove (42K) for receiving and directing forwardly the extending end of a metal shaving (S) to facilitate breaking thereof from the casing (14).
      Further disclosed is a method for maufacturing the cutting tool by the steps of- making a separate mark (recess 50) on the blade of the tool (32) for each cutting element (42); preassambling the cutting elements in a template; placing the template on the blade (32) of the tool; brazing the cutting elements (42) to the blade (32).
    • 5. 发明公开
    • Improved cutting tool and method for removing materials from well bore
    • 施瓦辛格和方法zur Entfernung von材料aus dem Bohrloch。
    • EP0339776A2
    • 1989-11-02
    • EP89302403.4
    • 1989-03-10
    • Tri-State Oil Tool Industries Inc.
    • Lynde, Gerald D.Harvey, Harold H., Jr.
    • E21B29/00
    • B23B5/16B23B5/168B23P15/28E21B10/46E21B29/002E21B29/005Y10T407/11Y10T407/245Y10T408/78
    • A cutting tool (10) for removing members downhole from a well bore and adapted to be inserted within a well from the upper end (12) of the casing (14). The cutting tool (10) includes a plurality of elongate blades (32) on the cylindrical body (18) of the cutting tool (10). Cutting elements (42) of a predetermined size and shape are arranged in a symmetrical predetermined pattern on each blade (32) in side-by-side relation in a plurality of predetermined transversely extending rows and a plurality of predetermined generally vertically extending columns. The cutting elements (42) in adjacent transverse rows for each blade (32) are staggered and have different concentric cutting paths. The cutting elements (42E) in corresponding transverse rows on adjacent blades (32A, 32B) are staggered and have different concentric cutting paths. The blades (32A, 32B) of the embodiment of Figures 7-13 have a separate recess (50) on the leading face (34A) for each individual cutting element (42E) for precisely positioning the cutting element (42E). Each cutting element (42E) has a groove (42K) for receiving and directing forwardly the extending end of a metal shaving (S) to facilitate breaking thereof from the casing (14).
    • 一种切割工具(10),用于从井眼中去除井下的构件并适于从壳体(14)的上端(12)插入到井内。 切割工具(10)包括在切割工具(10)的圆柱体(18)上的多个细长叶片(32)。 预定尺寸和形状的切割元件(42)以多个预定的横向延伸的行和多个预定的大致垂直延伸的列并排的关系在每个叶片(32)上以对称的预定图案布置。 用于每个叶片(32)的相邻横列中的切割元件(42)交错并具有不同的同心切割路径。 在相邻叶片(32A,32B)上的相应横向行中的切割元件(42E)交错并具有不同的同心切割路径。 图7-13的实施例的叶片(32A,32B)在用于精确定位切割元件(42E)的每个单独切割元件(42E)的引导面(34A)上具有分开的凹部(50)。 每个切割元件(42E)具有用于接收和引导金属剃刮(S)的延伸端的槽(42K),以便于将其从壳体(14)中分离。
    • 6. 发明公开
    • Cutting tool for cutting well casing
    • Fräswerkzeugzum Schneiden einer Bohrlochverrohrung。
    • EP0266864A2
    • 1988-05-11
    • EP87307098.1
    • 1987-08-11
    • Tri-State Oil Tool Industries Inc.
    • Lynde, Gerald D.Price, James M.
    • E21B29/00
    • B23B5/16B23B5/168E21B10/322E21B29/002E21B29/005E21B29/06Y10T82/128Y10T408/81Y10T408/8595
    • A cutting tool (22) having elongate cutter arms (36) mounted about a pivot pin (40) for outward swinging movement. Cutting blades (58, 60) are mounted on the lower ends of the cutter arms (36) and have a plurality of closely fitting hard carbide cutting elements (90) secured thereto and forming an inclined leading planar cutting surface (82) inclined from the upper end of the associated blade (58, 60) at an angle A between one (1) degree and twenty (20) degrees relative to the direction of rotation. The cutting elements (90) have parallel rear and front faces (90A, 90B) connected by a peripheral side surface (90C) extending perpendicularly to the paral­lel faces (90A, 90B). Several embodiments of pivot­ally mounted cutter arms (36, 36A, 36B, and 36C) are illustrated including various blades (58, 60, 58F, 60F, 116, and 144) having a plurality of closely fitting cutting elements arranged thereon in a plurality of longitudinally and transversely extend­ing rows for forming the leading inclined planar cutting surface.
    • 切割工具(22)具有围绕枢轴销(40)安装的细长的切割臂(36),用于向外摆动。 切割刀片(58,60)安装在刀臂(36)的下端,并且具有固定在其上的多个紧密配合的硬质合金切割元件(90),并且形成倾斜的前导平面切割表面(82) 相关叶片(58,60)的上端相对于旋转方向以一(1)度和二十(20)度之间的角度A。 切割元件(90)具有通过垂直于平行面(90A,90B)延伸的周边侧表面(90C)连接的平行的后表面和前表面(90A,90B)。 示出了枢转安装的刀具臂(36,36A,36B和36C)的几个实施例,其包括具有多个紧密配合的切割元件的各种叶片(58,60,58F,60F,116和144) 纵向和横向延伸的行,用于形成前倾斜平面切割表面。
    • 9. 发明公开
    • Hydraulic stabilizer for bore hole tool
    • Bohrlochwerkzeug的Hydraulischer Stabilisator。
    • EP0278730A2
    • 1988-08-17
    • EP88301068.8
    • 1988-02-09
    • Tri-State Oil Tool Industries Inc.
    • Lynde, Gerald D.Foster, Benjamin E.
    • E21B17/10E21B23/04E21B29/00
    • E21B17/1021E21B23/04E21B29/005
    • A stabilizer (36) mounted on a mandrel (14) of a workstring (12) within a casing (10) of a well bore hole. The stabilizer (36) has an upper carrier (38) fixed to the mandrel (14) and a lower carrier (40) mounted on the mandrel (14) for relative sliding movement. Shoes (70) are mounted by links or arms (64,74) to bearing housings (50, 80) on the carriers (38, 40). The bearing housings (50, 80) are mounted for relative rotation on the carriers (38,40) and permit the mandrel (14) and workstring (12) to rotate relative to the shoes (70) upon fluid actuation of lower carrier (40) and engagement of the casing (10) by the shoes (70).
    • 安装在钻井孔(12)的心轴(14)上的稳定器(36),其位于井眼孔的壳体(10)内。 稳定器(36)具有固定到心轴(14)的上部托架(38)和安装在心轴(14)上的相对滑动运动的下部托架(40)。 鞋子(70)通过连杆或臂(64,74)安装在承载件(38,40)上的轴承座(50,80)上。 轴承座(50,80)安装成相对旋转在支架(38,40)上,并允许心轴(14)和工作绳(12)在下载架(40)的流体致动时相对于鞋(70)旋转 )和壳体(10)由鞋子(70)的接合。