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    • 91. 发明授权
    • Multi-axis coping apparatus
    • 多轴应对机
    • US07886784B2
    • 2011-02-15
    • US12465041
    • 2009-05-13
    • Harold E. McFadden
    • Harold E. McFadden
    • B27C5/00B23C1/16
    • B27G5/04B23Q35/102B23Q2210/006Y10T409/301568
    • A coping apparatus facilitating a coped or straight cut through molding by using a stylus to trace the molding being cut to guide the cutter with adjustability for wall-to-ceiling, wall-to-floor, wall-to-wall, and/or backcut angles is presented. The apparatus includes a rotatable holder assembly, a rotatable cutter assembly, a rotatable platform, and a base element. The rotatable holder assembly includes a two-axis positioning system and allows for adjustment to left or right, straight or coped cuts and wall-to-wall angles. The rotatable cutter assembly is attached to the two-axis positioning system and allows adjustment to the left or right, straight, or cope cuts and backcut angle and further includes a motor driven spiral cutter, a cutter holder, and at least one stylus. The rotatable platform allows adjustment to the wall-to-floor or wall-to-wall angle and is movable so as to rotate or swivel about a vertical axis substantially perpendicular to the rotational axis of the holder and cutter assemblies. The base element is attached to and supports the rotatable holder assembly, rotatable cutter assembly, and rotatable platform in a substantially perpendicular arrangement.
    • 一种应对装置,通过使用触笔来跟踪正在切割的模制件来引导切割器,以便对墙壁到天花板,墙到地板,墙对墙壁和/或后盖 呈现角度。 该装置包括可旋转保持器组件,可旋转切割器组件,可旋转平台和基座元件。 可旋转保持器组件包括双轴定位系统,并且允许调整左或右,直或对切的切割和壁到壁的角度。 可旋转切割器组件附接到双轴定位系统,并且允许调节左或右,直或对角切割和后切角,并且还包括马达驱动的螺旋切割器,切割器保持器和至少一个触针。 可旋转平台允许调节壁到地板或墙壁到墙壁的角度,并且可移动以围绕基本上垂直于保持器和切割器组件的旋转轴线的垂直轴线旋转或旋转。 基座元件以基本上垂直的布置附接并支撑可旋转保持器组件,可旋转刀具组件和可旋转平台。
    • 92. 发明授权
    • System and method for duplicating keys
    • 用于复制密钥的系统和方法
    • US07530884B2
    • 2009-05-12
    • US11646140
    • 2006-12-27
    • Michael ParilloEdward Baker
    • Michael ParilloEdward Baker
    • B24B1/00B23C1/16
    • B23C3/35B24B27/02B24B55/04Y10T409/300952Y10T409/30112
    • A key duplication system employs a modular key duplication attachment in combination with a high-speed, rotary powered tool and a profiled abrasive cutter. The attachment comprises a base, a carriage assembly movable relative to the base, a profiled stylus secured to the base, a first clamping vise for retaining a specimen key at a fixed (i.e., stationary) position relative to the carriage assembly and a second clamping vise for retaining a key blank at a fixed position relative to the carriage assembly. When so-retained, a bottom flat surface of the specimen key and a bottom flat surface of the key blank rest in a common working plane and the tip of each key is separated by a first distance. The cutter and stylus are aligned and secured to the base such that movement of the carriage, relative to the base, simultaneously brings them both into contact with appropriate surfaces of the key blank and the specimen key, respectively.
    • 密钥复制系统采用模块化密钥复制附件与高速旋转动力工具和异型磨料刀组合。 附件包括基座,可相对于底座移动的支架组件,固定到基座的成型触笔,用于将样本键保持在相对于支架组件的固定(即,静止)位置的第一夹紧台钳和第二夹紧 用于将键坯保持在相对于滑架组件的固定位置。 当保持时,试样键的底部平坦表面和键坯的底部平坦表面搁置在共同的工作平面中,并且每个键的尖端分开第一距离。 切割器和触针对准并固定到基座上,使得滑架相对于基座的运动同时使它们分别与键盘坯件和样本键的适当表面接触。
    • 94. 发明申请
    • Method for machining workpiece
    • 加工工件的方法
    • US20060251484A1
    • 2006-11-09
    • US10538148
    • 2004-08-12
    • Jun YoshidaAkira KawanaYasuhiro Kurahashi
    • Jun YoshidaAkira KawanaYasuhiro Kurahashi
    • B23C1/16G06F19/00
    • B23Q17/09B23Q15/16B23Q15/28B23Q17/2233G05B19/404Y10T409/300896Y10T409/30112Y10T409/303752Y10T409/306832
    • 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.
    • 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,计算加工操作中断时的加工工具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,使得刀具边缘位置 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。
    • 97. 发明授权
    • Sewing apparatus
    • 缝纫机
    • US5649497A
    • 1997-07-22
    • US574966
    • 1995-12-19
    • Osamu Tachikawa
    • Osamu Tachikawa
    • D05B19/10B23B39/00D05B19/12D05B21/00D05B81/00B23C1/16
    • D05B81/00B23B39/00D05B19/12D05D2205/085Y10T409/30084
    • A sewing apparatus is provided with an X-Y unit 4 for horizontally moving a cassette in relation to a sewing machine 3, memory 23 for holding sewing data for driving the X-Y unit 4 in accordance with a sewing pattern and feeding data for feeding only the cassette without entailing stitching action, a drill 10 for grooving a slot in the cassette, a vertical drive mechanism 18 for vertically moving the drill 10, and a CPU 22. The drill 10 is moved downward while rotating, and the X-Y unit 4 is actuated on the basis of the sewing data to form the slot. After the drill 10 has become deactivated and moved upwards, the cassette is fed on the basis of the feeding data. Since the CPU 22 executes the rotation and downward movement of the drill 10 at the time of grooving and the upward movement and interruption of rotation of the drill 10 at the time of feeding, switching operation required to rotate, move downward, move upward and to stop the drill 10 becomes unnecessary.
    • 缝纫装置设置有用于相对于缝纫机3水平移动盒的XY单元4,用于根据缝制图案保持用于驱动XY单元4的缝合数据的存储器23以及仅馈送盒的馈送数据而没有 引起缝合作用,用于对盒中的槽进行切槽的钻头10,用于垂直移动钻头10的垂直驱动机构18和CPU 22.钻头10在旋转的同时向下移动,并且XY单元4在 缝制数据的基础形成槽。 在钻头10已经停用并向上移动之后,基于进给数据进给盒。 由于CPU22在切槽时执行钻头10的旋转和向下移动,并且在进给时执行钻头10的向上运动和中断旋转,所以要旋转,向下移动,向上移动并向上移动并转向 不再需要停止钻头10。
    • 99. 发明授权
    • Woodworking machines
    • 木工机械
    • US5454422A
    • 1995-10-03
    • US968430
    • 1992-10-29
    • Shinsuke Kitagawa
    • Shinsuke Kitagawa
    • B44B3/00G05B19/4097G05B19/42B27B1/00B23C1/16G05B19/19
    • G05B19/4097B44B3/006B44B3/009G05B19/4207G05B2219/35217G05B2219/36562G05B2219/45229Y02P90/265Y10T409/300896Y10T409/30196
    • A wookworking machine that can easily and exactly form digitizing data for a plurality of workpieces even during the working operation on the workpieces, thereby considerably increasing the working efficiency. The woodworking machine according to the invention for working of workplaces into specified three dimensional form is characterized in that the woodworking machine is combined with a copying digitizing device and a computer connected to an NC copying digitizing device. The computer loads the NC copying digitizing device with working conditions such as work-starting points and limits, which are calculated by a CAD of the computer. The computer controls and stores the digitizing data formed by the NC copying digitizing device as a control file integrated by a main program. On the basis of the working conditions, the data is stored through the copying operation of the copying head of the woodworking machine. The computer then carries out the driving and control of the woodworking machine on the basis of the digitizing data stored therein.
    • 一种即使在工件上的工作操作中也可以容易且准确地形成多个工件的数字化数据的工作机器,从而大大提高了工作效率。 根据本发明的用于将工作场所工作为特定三维形式的木工机的特征在于,木工机与复印数字化装置和连接到NC复印数字化装置的计算机组合。 计算机加载NC复印数字化设备,其工作条件如工作起点和限制,由计算机的CAD计算。 计算机控制并存储由NC复制数字化装置形成的数字化数据作为由主程序集成的控制文件。 根据工作条件,通过木工机的复印头的复印操作来存储数据。 然后,计算机根据存储在其中的数字化数据进行木工机的驾驶和控制。
    • 100. 发明授权
    • Key duplicating apparatus
    • 钥匙重复装置
    • US4780032A
    • 1988-10-25
    • US18598
    • 1987-02-25
    • Tim M. UyedaPeter J. Phillips
    • Tim M. UyedaPeter J. Phillips
    • B23C3/35B23C1/16
    • B23C3/35Y10T409/301008
    • A key duplicating apparatus is disclosed which includes a base and platform supporting a reciprocating carriage assembly and a pivotally mounted housing. The carriage assembly has a key securement means which secures a blank key and a template key in alignment for positioning, respectively, with a notch cutting means and a notch depth indicating means, so that a template key may be duplicated by cutting notches of a predetermined depth and position into the shank portion of the blank key.The duplicate key may be cut by use of the template key as a pattern, with a guide cam affixed to the indicating means aligned with a cutter wheel affixed to the notch cutting means. Alternatively, the guide cam may have indicia about its circumference, which may be used to "dial" and decode a manufacturer's code for the purpose of creating a duplicated key. As the guide cam is rotated, the invention may be used to cut a duplicate key from the notch pattern presented in the code.
    • 公开了一种密钥复制装置,其包括支撑往复式托架组件和枢转安装的外壳的基座和平台。 托架组件具有钥匙固定装置,该钥匙固定装置将空白钥匙和模板钥匙固定在一起以分别用切口切割装置和切口深度指示装置定位,使得模板钥匙可以通过切割预定的 深度和位置进入空白键的柄部分。 可以通过使用模板键作为图案来切割重复键,其中固定到指示装置的引导凸轮与固定到切口切割装置的切割轮对准。 或者,引导凸轮可以具有关于其圆周的标记,其可以用于“为了”创建重复键的目的而“拨号”并解码制造商的代码。 当引导凸轮旋转时,本发明可以用于从代码中呈现的凹口图案中切割重复键。