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    • 1. 发明申请
    • CUTTING AND BEVELING TOOL
    • 切割和水平工具
    • WO2006012268A3
    • 2007-02-01
    • PCT/US2005022385
    • 2005-06-23
    • TRI TOOL INC
    • VANDERPOL JERALD WLARSON LANE L
    • B23C1/20B23C3/34B23Q9/02B23Q35/10
    • B23C3/122B23C3/126B23C3/34B23Q9/0042B23Q9/02B23Q35/102B23Q2210/008Y10T409/303472Y10T409/304144Y10T409/306384Y10T409/306496
    • A cutting tool and mounting system includes a tool carrier arranged to be mounted onto a workpiece (214), a cutting tool assembly (216) carried by the tool carrier, and a tracking assembly (223) connected to the cutting tool assembly (216) and positioned to follow the contour of an outer surface of the workpiece (214). The cutting tool assembly (216) includes a cutting tool (222) arranged to be rotated about a longitudinal axis (X-X) and a tool driving system connected to and arranged to transmit rotary input motion to the cutting tool (222). The cutting tool (222) is secured by the tool driving system to be fed along its axis of rotation (X-X) and transversely of its axis of rotation (X-X) for cutting a workpiece (214) through a wall thickness of the workpiece to impart a beveled surface to a severed end portion of the workpiece.
    • 切割工具和安装系统包括布置成安装到工件(214)上的工具托架,由工具托架承载的切割工具组件(216)和连接到切割工具组件(216)的跟踪组件(223) 并且被定位成跟随工件(214)的外表面的轮廓。 切割工具组件(216)包括布置成围绕纵向轴线(X-X)旋转的切割工具(222)和连接到并被布置为将旋转输入运动传递到切割工具(222)的工具驱动系统。 切割工具(222)通过工具驱动系统固定,以沿其旋转轴线(XX)并横向于其旋转轴线(XX)进给,用于通过工件的壁厚度切割工件(214)以赋予 工件的切割端部的斜面。
    • 3. 发明申请
    • CUTTING TOOL AND TRACK GUIDANCE SYSTEM
    • 切割工具和跟踪指导系统
    • WO2004078429A2
    • 2004-09-16
    • PCT/US2004/002017
    • 2004-02-12
    • TRI TOOL INC.
    • VANDERPOL, Jerald, W.LARSON, Lane, L.
    • B26D
    • B23C3/34B23Q9/02B23Q35/102B23Q2210/008Y10T409/303808Y10T409/306384Y10T409/30644
    • A cutting tool and track system includes a multi-segment track assembly configured to be removably attached to a surface of a workpiece, a carriage assembly configured to ride along the track assembly, a carriage drive mechanism arranged to drive the carriage assembly along the track assembly, a cutting tool assembly connected to the carriage assembly, and a tool driving system connected to the cutting tool assembly. The cutting tool assembly rotatably supports an end mill type cutting tool that may be driven in a radial cutting plane about the axis of a tubular workpiece or along a workpiece surface. A method is provided for cutting a workpiece wherein a cutting tool assembly rotatably supports an end mill mounted for travel along a predetermined transport path in a cutting plane about a central axis of the workpiece wherein the end mill is first fed through the wall thickness of the workpiece and the cutting tool assembly is moved along the transport path in the cutting plane to cut the workpiece.
    • 切割工具和轨道系统包括构造成可拆卸地附接到工件的表面的多段轨道组件,构造成沿轨道组件骑行的滑架组件,布置成沿轨道组件驱动滑架组件的滑架驱动机构 连接到支架组件的切割工具组件,以及连接到切割工具组件的工具驱动系统。 切割工具组件可旋转地支撑端铣刀型切削工具,其可以在径向切割平面中围绕管状工件的轴线或沿工件表面驱动。 提供了一种用于切割工件的方法,其中切削工具组件可旋转地支撑安装成沿切割平面中的预定输送路径行进的端铣刀,所述切割平面围绕所述工件的中心轴线,其中所述端铣刀首先通过所述工件的壁厚度 工件和切割工具组件沿着切割平面中的输送路径移动以切割工件。
    • 5. 发明申请
    • HOLE CUTTING APPARATUS
    • 孔切割装置
    • WO1995016542A1
    • 1995-06-22
    • PCT/GB1994002755
    • 1994-12-16
    • NORTH WEST WATER GROUP PLCASHDOWN, Charles, John
    • NORTH WEST WATER GROUP PLC
    • B23Q09/00
    • B23C1/20B23K37/0533B23Q9/0014B23Q35/102F16L41/06
    • An apparatus for cutting a hole through a curved wall of a structure (1) such as a pipe. A cutting tool drive assembly supports a cutting tool (21) so that the cutting tool (21) is rotatable about a predetermined cutting axis (22) which is fixed relative to the drive assembly. The drive assembly is mounted to rotate about a support (8) which in use is fixed in position relative to the tube (1) to be cut. The drive assembly is rotatable about an axis (12) defined by the support, that axis (12) being perpendicular to the tube (1) at a position which is central to the position in which the hole is to be cut. The drive assembly is mounted on a support linkage (13-19) which enables it to move relative to the support (8) so as to vary the inclination of the cutting axis (22) relative to the support axis (12). The drive assembly or linkage (13-19) defines a head which bears against the tube surface and determines the position of the drive assembly relative to the tube (1). The geometry of the linkage (13-19) is such that as the drive assembly is moved about the support axis (12) the head follows the curved surface of the tube (1) and the cutting axis (22) is maintained substantially perpendicular to that surface.
    • 一种用于通过诸如管道的结构(1)的弯曲壁切割孔的装置。 切割工具驱动组件支撑切割工具(21),使得切割工具(21)能够围绕相对于驱动组件固定的预定切割轴线(22)旋转。 驱动组件安装成围绕支撑件(8)旋转,支撑件(8)在使用中相对于待切割的管(1)固定就位。 所述驱动组件可围绕由所述支撑件限定的轴线(12)旋转,所述轴线(12)在与所述孔要被切割的位置中心的位置处垂直于所述管(1)。 驱动组件安装在支撑联动装置(13-19)上,其使得其能够相对于支撑件(8)移动,以便改变切割轴线(22)相对于支撑轴线(12)的倾斜度。 驱动组件或连接件(13-19)限定一个头部,该头部抵靠着管子表面并确定驱动组件相对于管子(1)的位置。 连杆(13-19)的几何形状使得当驱动组件围绕支撑轴线(12)移动时,头部跟随管(1)的弯曲表面,并且切割轴线(22)保持基本垂直于 那个表面。
    • 8. 发明申请
    • METHOD AND APPARATUS FOR ALIGNING AND CUTTING SINGLE-SIDED AND DOUBLE-SIDED KEYS
    • 用于调整和切割单面和双面键的方法和设备
    • WO9004916A3
    • 1990-06-28
    • PCT/US8904599
    • 1989-10-19
    • ALMBLAD ROBERT
    • ALMBLAD ROBERT
    • B23C3/35B23Q3/18B23Q35/10
    • B23Q3/18B23C3/35B23Q35/102Y10T409/303696
    • First and second cutter head assemblies each include a key follower positioned at a first elevation and a spaced apart cutting wheel positioned at a second elevation. The key followers trace the bitted surfaces of a master key while the cutting wheels move with the key followers and duplicate bitted surfaces of the master key onto a key blank. A linear displacement bearing assembly is coupled to the first and second cutter heads to permit the key followers and cutting wheels to be laterally displaced with respect to the master key and key blank. A key positioning cassette system holds and aligns the master key and key blank relative to the first and second cutter head assemblies. Another linear displacement device is coupled to the base of the key cutting machine and to the cassette system for longitudinally displacing the key blank and the master key with respect to the longitudinally fixed key followers and cutting wheels. The various elements of the key cutting machine thus trace or follow the bitted surfaces of the master key and duplicate those bitted surfaces onto the bitted surfaces of the key blank.
    • 第一和第二刀盘组件各自包括定位在第一高度处的键跟随器和定位在第二高度处的间隔开的切割轮。 钥匙追随者跟踪主钥匙的咬合表面,而切割轮随钥匙追随者一起移动并将主钥匙的咬合表面复制到钥匙空白处。 线性位移轴承组件连接到第一和第二切割头,以允许钥匙从动件和切割轮相对于主钥匙和钥匙坯横向移位。 钥匙定位盒系统相对于第一和第二刀头组件保持并对齐主钥匙和钥匙坯。 另一个线性位移装置连接到钥匙切割机的底座和暗盒系统上,用于相对于纵向固定的钥匙从动件和切割轮纵向移动钥匙坯和主钥匙。 因此,钥匙切割机的各种元件追踪或跟随主钥匙的咬合表面并将这些咬合表面复制到钥匙坯的咬合表面上。
    • 10. 发明申请
    • COPYING ROUTING MACHINE
    • 复印路由机
    • WO1980002814A1
    • 1980-12-24
    • PCT/AU1980000021
    • 1980-06-10
    • TREVOR T
    • B23Q35/10
    • B23Q35/102B23Q35/20Y10T409/302576
    • A copying routing machine which includes a template (18) having a surface with indicia such as letters or numerals inscribed or otherwise formed thereon. There is also provided a template support such as a table (10) and a link member (35) interconnecting the template surface to a workpiece surface (36). The link member (35) includes routing means (41/50) for engaging the workpiece surface (36) and also means for engaging (38/38a) the indicia of the template surface. The link member (35) is also provided with means (78/79/80) whereby it is pivotally attached to the template surface so that the link member (35) may be pivoted relative thereto. There is also provided a mounting frame (39/40) for the link member (35) which is movable upwardly or downwardly relative to the link member (35) so as to treat the workpiece surface at a plurality of different heights relative to the template surface.
    • 一种复制路由机器,其包括具有标记的表面的模板(18),所述表面具有内接或以其他方式形成的字母或数字。 还提供了模板支撑件,例如将模板表面与工件表面(36)互连的工作台(10)和连接构件(35)。 连杆构件(35)包括用于接合工件表面(36)的布置装置(41/50)以及用于与模板表面的标记接合(38 / 38a)的装置。 连杆构件(35)还设置有装置(78/79/80),由此其可枢转地附接到模板表面,使得连杆构件(35)可以相对于其枢转。 还提供了用于连杆构件(35)的安装框架(39/40),其可相对于连杆构件(35)向上或向下移动,以便相对于模板处理多个不同高度的工件表面 表面。