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61.发明申请公开(公告)号：US20110288640A1
公开(公告)日：2011-11-24
申请号：US12800630
申请日：2010-05-19
Applicant: Rakesh Lal
Inventor： Rakesh Lal
CPC classification number: A61B17/80 , A61B2017/00526 , A61L2/07 , A61L2/10 , A61L2202/21 , Y10T409/30084 , Y10T409/30112
Abstract: Systems, methods and apparatus are provided through which in some aspects a custom orthopedic implant is designed, fabricated and sterilized for immediate surgical use to treat a patient's injury. In some aspects, the orthopedic implant is designed using patient and injury specific scan data, fabricated using a five axis milling machine, and sterilized with a sterilization system. In other aspects, the fabricated orthopedic implant is transferred into the sterilization system with a transport system. In some aspects, methods to design, fabricate and sterilize a custom orthopedic implant are presented. In other aspects, patient and injury specific scan data is used to design and plan the placement of a custom orthopedic implant to treat the injury, and the custom orthopedic implant is then fabricated and sterilized to be used in surgery.
Abstract translation: 提供了系统，方法和装置，通过该系统，方法和装置，在一些方面中，定制矫形植入物被设计，制造和消毒以便立即手术使用以治疗患者的损伤。 在一些方面，整形外科植入物是使用患者和损伤的特定扫描数据设计的，使用五轴铣床制造并用消毒系统灭菌。 在其他方面，将制造的整形外科植入物转运到具有运输系统的灭菌系统中。 在一些方面，提出了设计，制造和消毒定制矫形植入物的方法。 在其他方面，患者和损伤的特定扫描数据用于设计和计划定制的矫形植入物的放置以治疗损伤，然后制造并消毒定制的矫形植入物以用于手术。
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公开(公告)号：US07513027B2
公开(公告)日：2009-04-07
申请号：US11192363
申请日：2005-07-29
Applicant: Hans Volker Boehm , Volker Dietmar Harr , Josef Scherer
Inventor： Hans Volker Boehm , Volker Dietmar Harr , Josef Scherer
CPC classification number: B23P15/02 , B23C2215/44 , G05B19/182 , G05B19/4207 , Y10T29/49318 , Y10T29/49336 , Y10T29/49995 , Y10T29/49996 , Y10T29/5114 , Y10T409/30112 , Y10T409/301176 , Y10T409/301792 , Y10T409/301904 , Y10T409/30224 , Y10T409/302408 , Y10T409/302632 , Y10T409/303136 , Y10T409/303808 , Y10T409/305656
Abstract: A process for machining a blank from all directions with a machine tool, such as a milling machine, involves the machining from all directions being based on a three-dimensional template. In a first step, the three-dimensional form and, if need be, also the surface finish of the three-dimensional template may be automatically measured, and the associated data may be saved. In a second step, a blank may be held by at least one clamping adapter and a first region is brought into its final, ready to use partial form by the machine tool or the milling machine using said data for numerical control. In a third step, the partially machined blank may be held by at least one clamping adapter in the first, finally machined region and the remaining region may be brought into its final, ready to use overall form by the same machine tool or milling machine.
Abstract translation: 使用机床（如铣床）从各个方向加工坯料的过程涉及到基于三维模板的所有方向的加工。 在第一步骤中，可以自动测量三维形状，并且如果需要，也可以自动测量三维模板的表面光洁度，并且可以保存相关联的数据。 在第二步骤中，坯件可以由至少一个夹紧适配器保持，并且使用所述用于数字控制的数据由机床或铣床将第一区域带入其最终准备使用的部分形式。 在第三步骤中，部分机加工的坯料可以由第一最终加工区域中的至少一个夹紧适配器保持，并且剩余区域可以通过相同的机床或铣床进入其最终的准备使用的整体形式。
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公开(公告)号：US20090018694A1
公开(公告)日：2009-01-15
申请号：US11725842
申请日：2007-03-20
Applicant: Oliver Stammen
Inventor： Oliver Stammen
IPC: G05B19/404
CPC classification number: B24B49/00 , G05B19/404 , G05B2219/50312 , G05B2219/50315 , Y10T409/300896 , Y10T409/30112 , Y10T409/303752 , Y10T409/306832
Abstract: The invention is a method of creating greater accuracies for wear compensation of a finishing tool during the finishing of workpieces, in which a reference surface is ablated by initially traversing the finishing tool over the reference surface and determining the actual wear of the finishing tool as a result of this initial feed motion of the finishing tool controlled by an NC feed program of an NC machine. The actual measured wear of the finishing tool as a result of the initial traversing feed motion over the reference surface is compared to a known empirical wear trend line for the workpiece and the feed motion of the NC feed program for the next workpiece is recalculated as a function of the comparative actual wear of the finish tool with respect to the known empirical wear trend line.
Abstract translation: 本发明是一种在工件精加工期间为精加工工具的磨损补偿提供更大精度的方法，其中通过首先在精加工工具上越过参考表面来消除参考表面，并且确定精加工工具的实际磨损为 通过NC机床的NC进给程序控制整理工具的初始进给运动的结果。 将参考表面上的初始移动进给运动的精加工工具的实际测量磨损与工件的已知经验磨损趋势线进行比较，并将下一个工件的NC进给程序的进给运动重新计算为 相对于已知的经验磨损趋势线，精加工工具的比较实际磨损的功能。
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公开(公告)号：US07331739B2
公开(公告)日：2008-02-19
申请号：US10538148
申请日：2004-08-12
Applicant: Jun Yoshida , Akira Kawana , Yasuhiro Kurahashi
Inventor： Jun Yoshida , Akira Kawana , Yasuhiro Kurahashi
IPC: B23Q15/28 , B23Q15/16 , B23Q17/22 , B23Q17/09 , G05B19/404
CPC classification number: B23Q17/09 , B23Q15/16 , B23Q15/28 , B23Q17/2233 , G05B19/404 , Y10T409/300896 , Y10T409/30112 , Y10T409/303752 , Y10T409/306832
Abstract: A wear amount of a working tool T during the machining of a workpiece is estimated during the machining, and a positional command generated in accordance with a predetermined machining program is sequentially corrected during the machining based on the estimated wear amount of the working tool T. The workpiece W is machined in accordance with the corrected positional command. Also, the wear amount of the working tool T upon the interruption of the machining operation is calculated, and the positional command generated in accordance with the predetermined machining program is corrected based on the calculated wear amount of the working tool so that a tool edge position of the working tool T upon the interruption of the machining operation coincides with the tool edge position of the working tool T upon the restart of the machining operation when the machining operation is restarted at a position where the machining operation has been interrupted. The workpiece is machined in accordance with the corrected positional command.
Abstract translation: 在加工期间估计加工工具T的磨损量，并且根据预定的加工程序生成的位置指令在加工期间根据加工工具T的估计磨损量被依次校正。 工件W根据校正的位置指令进行加工。 此外，计算加工工具中断时的加工工具T的磨损量，并且根据计算出的加工工具的磨损量来校正根据预定加工程序生成的位置指令，使得刀具刃位置 在加工操作中断的位置重新开始加工操作时，加工操作中断时的加工工具T与工作工具T的刀沿位置一致。 根据校正的位置指令对工件进行加工。
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公开(公告)号：US07077607B2
公开(公告)日：2006-07-18
申请号：US11024144
申请日：2004-12-28
Applicant: Eros Foscan
Inventor： Eros Foscan
CPC classification number: B23B31/028 , B23C3/35 , Y10T279/3487 , Y10T408/957 , Y10T409/300952 , Y10T409/301008 , Y10T409/30112 , Y10T409/304088 , Y10T409/308624 , Y10T409/309408
Abstract: A key cutting machine for the cutting of keys includes a spindle adapted to be driven rotatably about an axis thereof. The spindle has an axially extending throughbore. A milling cutter is selectively mountable in the throughbore for corotation therewith. A carriage for supporting a clamp assembly is movable relative to the spindle in a plane that is orthogonal relative to the axis. A key blank is clamped in the clamp assembly for cutting by the milling cutter. A securing mechanism is disposed on the spindle for rigidly mounting the milling cutter to the spindle when the milling cutter is positioned adjacent a first spindle end. A stem is selectively receivable in the throughbore by axial insertion into a second spindle end to position the milling cutter adjacent the first spindle end. The stem is removable from the throughbore after the milling cutter is rigidly mounted to the spindle by the securing mechanism.
Abstract translation: 用于切割钥匙的钥匙切割机包括适于围绕其轴线可旋转地驱动的主轴。 主轴具有轴向延伸的通孔。 铣刀可选择性地安装在通孔中，用于与其直接共旋转。 用于支撑夹具组件的托架可在相对于轴线正交的平面中相对于主轴移动。 一个钥匙坯被夹紧在夹具组件中，用于通过铣刀进行切割。 当铣刀定位在第一主轴端附近时，将固定机构设置在主轴上以将铣刀刚性地安装到主轴上。 杆通过轴向插入到第二主轴端部中而可选择性地容纳在通孔中，以将铣刀定位成邻近第一主轴端。 在铣刀通过固定机构刚性地安装到主轴之后，杆可以从通孔移除。
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Patent Agency Ranking
公开(公告)号：US06908265B2
公开(公告)日：2005-06-21
申请号：US10376050
申请日：2003-02-27
Applicant: Jürgen Walz
Inventor： Jürgen Walz
CPC classification number: G05B19/4086 , G05B2219/49113 , G05B2219/49121 , G05B2219/49313 , G05B2219/50053 , G05B2219/50054 , G05B2219/50213 , G05B2219/50353 , Y10T408/03 , Y10T408/08 , Y10T408/93 , Y10T409/30112 , Y10T409/303808 , Y10T409/304088
Abstract: In a method of machining a first and a second surface recess in a workpiece, the workpiece has a longitudinal axis and a first local Cartesian coordinate system. The machine tool has a longitudinal axis and a second local Cartesian coordinate system, the first and second surface recess are associated with a first and second recess longitudinal axis and a non-circular cross-section. The recesses are separated on the surface of the workpiece such that they are mirror images of each other about a plane along the longitudinal workpiece axis. A skew angle is defined between the first recess longitudinal axis and the workpiece axis in the first plane. The method includes setting the tool axis at a start or setting angle relative to a first major axis (Z-axis) in a first plane in the second local Cartesian coordinate system; rotating the first and second local Cartesian coordinate system relative to one another until a projection of the tool axis onto a second plane (X-Y plane) of the first local Cartesian coordinate system is parallel to a second major axis of the second local Cartesian coordinate system such that when the skew angle is 0.deg, the first surface recess is machined solely by displacement of the machine tool relative to the workpiece in the direction of the longitudinal tool axis (Z-axis), or when the skew angle of other than 0.deg, the first surface recess is machined solely by displacement of the machine tool relative to the workpiece in all three axes of the second local Cartesian coordinate system.
Abstract translation: 在加工工件中的第一和第二表面凹槽的方法中，工件具有纵向轴线和第一局部笛卡尔坐标系。 机床具有纵向轴线和第二局部笛卡尔坐标系，第一和第二表面凹槽与第一和第二凹槽纵向轴线和非圆形横截面相关联。 凹槽在工件的表面上被分开，使得它们是沿着纵向工件轴线的平面彼此的镜像。 在第一平面内在第一凹槽纵向轴线和工件轴线之间限定倾斜角度。 该方法包括在第二局部笛卡尔坐标系中的第一平面中相对于第一长轴（Z轴）以相对于第一长轴（Z轴）的开始或设定角度设置刀具轴; 使第一和第二局部笛卡尔坐标系相对于彼此旋转，直到工具轴在第一局部笛卡尔坐标系的第二平面（XY平面）上的投影平行于第二局部笛卡尔坐标系的第二长轴， 当偏斜角为0.deg时，第一表面凹槽仅通过机床相对于工件在纵向刀具轴线（Z轴）方向上的位移而被加工，或者当除0之外的倾斜角度 第一表面凹槽仅通过机床相对于工件的位移在第二局部笛卡尔坐标系的所有三个轴上进行加工。
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公开(公告)号：US20050077721A1
公开(公告)日：2005-04-14
申请号：US10683833
申请日：2003-10-10
Applicant: Dale Kosted
Inventor： Dale Kosted
CPC classification number: A01K11/00 , Y10T409/30112
Abstract: A method for making a double sides, metal Rabies I.D. tag with an electronic engraving machine capable of inscribing data on both sides whereby one side of the I.D. tag has inscribed personal contact information alongwith the name of the pet, and the other side has inscribed the rabies vaccination information.
Abstract translation: 制作双面的方法，金属狂犬病 标签与电子雕刻机能够在两侧记录数据，其中I.D.的一侧。 标签附有宠物名称的个人联系信息，另一方已经记录了狂犬病疫苗接种信息。
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公开(公告)号：US06824336B2
公开(公告)日：2004-11-30
申请号：US10027630
申请日：2001-12-21
Applicant: Yukio Izutsu , Mitsuki Nishimoto , Tsuyoshi Hosoda , Atsushi Ohta
Inventor： Yukio Izutsu , Mitsuki Nishimoto , Tsuyoshi Hosoda , Atsushi Ohta
IPC: B23C100
CPC classification number: G05B19/4166 , G05B2219/34107 , G05B2219/49082 , Y10T409/30084 , Y10T409/30112 , Y10T409/303808 , Y10T409/307392
Abstract: A cutting machine control determines a required stock-removal amount from a work for each of sections into which a tool path is divided, and feeds the rotating cutting tool at a speed that is controlled according to the required stock-removal volume so that the rotating cutting tool removes a predetermined or target stock-removal volume of material for the component path section from a work per unit time.
Abstract translation: 切割机控制器确定从分割工具路径的每个部分的工件所需的库存移除量，并以根据所需的库存移除体积控制的速度进给旋转的切割工具，使得旋转 切割工具从每单位时间的工件中去除组件路径部分的预定或目标库存移除量的材料。
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公开(公告)号：US06817814B2
公开(公告)日：2004-11-16
申请号：US10254668
申请日：2002-09-26
Applicant: Michael A. Mueller
Inventor： Michael A. Mueller
IPC: B23C106
CPC classification number: B44B3/06 , Y10S29/059 , Y10T408/561 , Y10T409/300896 , Y10T409/30112 , Y10T409/303808 , Y10T409/30392 , Y10T409/30532 , Y10T409/305768 , Y10T409/30616 , Y10T409/308288 , Y10T409/309016
Abstract: A system and method for inscribing an item is provided. The system includes a housing having a door, an inscriber, and a support. The inscriber is disposed in the housing and is operable to inscribe the surface of an item secured in an item carrier. The support has a positioning structure that is configured to engage the item carrier and establish a reference point so that the location of the surface of the item with respect to the support is determinable. The support moves between a loading position and an inscribing position to position the item for inscribing. There is also provided a controller that governs the movements of the inscriber and includes an input device. The input device is moveable between a first position to receive characteristics about the item to be inscribed and a second position to receive a message to be inscribed on the surface of the item. There is further provided an item carrier that is configured to securely hold an item to be inscribed and includes a second positioning structure. The second positioning structure is engageable with the first positioning structure of the inscribing device to position the item carrier and item on the support of the inscribing device so that an inscription inscribed on the item will be correctly orientated on the item.
Abstract translation: 提供了一种用于刻录物品的系统和方法。 该系统包括具有门，刻录机和支架的壳体。 刻印机设置在壳体中并且可操作以将固定在物品托架中的物品的表面刻印。 支撑件具有定位结构，其被配置为接合物品承载件并建立参考点，使得物品的表面相对于支撑件的位置是可确定的。 支撑件在装载位置和刻印位置之间移动以定位用于刻印的物品。 还提供了一种控制记录器运动的控制器，并且包括输入装置。 输入装置可在第一位置之间移动，以接收关于待刻录的物品的特性，以及第二位置，以接收要刻在物品的表面上的信息。 还提供了一种物品托架，其构造成牢固地保持要被内接的物品，并且包括第二定位结构。 第二定位结构能够与刻印装置的第一定位结构接合，以将物品托架和物品定位在刻印装置的支撑上，使得刻在物品上的铭文将被正确地定向在物品上。
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公开(公告)号：US20040042860A1
公开(公告)日：2004-03-04
申请号：US10228569
申请日：2002-08-27
Inventor： Santosh Ranganath
IPC: B23C001/00 , B23Q015/20
CPC classification number: G05B19/4069 , G05B2219/50144 , Y10T409/30112
Abstract: A method of simulating a milling operation is provided. The method includes approximating the milling operation as a first two-dimensional representation; approximating the milling operation as a second two-dimensional representation; and computing a chip length. The first two-dimension representation is a first plane of intersection of a milling tool with a work piece. The second two-dimension representation is a second plane of intersection of the milling tool with the work piece. The chip length is computed from the first and second planes of intersection.
Abstract translation: 提供了一种模拟铣削操作的方法。 该方法包括将铣削操作近似为第一二维表示; 将铣削操作近似为第二二维表示; 并计算芯片长度。 第一个二维表示是铣刀与工件的第一个交叉平面。 第二个二维表示是铣刀与工件的第二个相交平面。 从第一和第二交叉平面计算芯片长度。
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