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    • 3. 发明公开
    • Method and apparatus for notifying machine operators of the necessity for preventive maintenance
    • DEVICE AND METHOD FOR A机的领导者有关预防性维护的需要通知
    • EP1136201A2
    • 2001-09-26
    • EP01104049.0
    • 2001-02-20
    • Gerber Technology, Inc.
    • Vivirito, Joseph R.Gates, John H.Kuchta, Richard
    • B26D5/00
    • B26F1/3813B26D5/00B26D5/005G05B23/0283G05B2219/32234
    • In an apparatus for notifying (30) machine operators of the necessity for preventive maintenance, predetermined difficulty factors corresponding to the severity of particular machine operating conditions are stored in the memory of a controller. Maximum acceptable values are also stored in the controller's memory. Sensors, detect any one of a number of different machine operating parameters (18) and the duration (20) for which the machine functions under a particular operating condition. These parameters are quantified (24) with respect to one of the difficulty factors most closely related to the operating condition (22). The quantified parameters (24) are accumulated (26) and compared (28) with the appropriate maximum value. When the accumulated quantified parameters (26) reach the maximum value, an operator is alerted (30) to the fact that maintenance is needed.
    • 在用于必要性预防性维护的通知(30)机械操作员,设备对应于特定的机器操作条件的苛刻程度预定难度因子存储在控制器的存储器中。 因此最大可接受值被存储在控制器的存储器中。 传感器检测多个不同的机器操作参数(18)和持续时间(20)中的任何一个对于一个特定的操作条件下其中机器的功能。 这些参数被量化(24)相对于所述困难因素最密切相关的操作条件(22)中的一个。 量化参数(24)被积累(26)和比较(28)与适当的最大值。 当累积的量化参数(26)到达在操作者在维修factthat的最大值被提醒(30)是必要的。
    • 4. 发明公开
    • Method and apparatus for cutting sheet material
    • Verfahren sowie Vorrichtung zum Schneiden vonbahnförmigenMaterialien
    • EP0860249A1
    • 1998-08-26
    • EP98106497.5
    • 1996-08-27
    • Gerber Garment Technology, Inc.
    • Pomerleau, Robert J.Vivirito, Joseph R.Markowitz, Ivan
    • B26F1/38B26D5/00
    • B26D5/005B26D5/00B26D7/018B26D7/086B26F1/3813B26F1/382B26F3/004Y10S83/941Y10T83/0476Y10T83/0524Y10T83/178Y10T83/18Y10T83/207Y10T83/538Y10T83/748
    • A method of cutting sheet material comprising:

      preparing a generally rectangular layup of sheet material having a length between opposite ends of the layup and a width between opposite sides of the layup;
      positioning the layup on the support surface of a cutting table (11) of a cutting machine having a cutting tool (28) movable relative to the support surface and the layup;
      characterized by

      determining the centerline (110), extending between the opposite sides of the layup (114) and the location of said centerline on the cutting table;
      establishing a generally rectangular marker (120) of pattern pieces to be cut from the generally rectangular layup, the marker having a length between opposite ends of the rectangle, a width between opposite sides of the rectangular and an origin point (118) located at a known position with respect to the sides and ends of the rectangle, the location of the pattern pieces in the marker being referenced to the origin point;
      registering the origin point (118) of the marker relative to the cutting table (11) and the centerline (110) of the layup so that one half of the marker is disposed on one side of the centerline; and the other half is disposed on one side of the centerline; and then
      cutting the layup of sheet material in accordance with the marker as registered.
    • 一种切割片材的方法,包括:制备大体上矩形的片材叠层,其具有在叠层的相对端之间的长度和叠层的相对侧之间的宽度; 将叠层定位在具有可相对于支撑表面和叠层移动的切割工具(28)的切割机的切割台(11)的支撑表面上; 其特征在于确定在叠层(114)的相对侧之间延伸的所述中心线(110)和所述切割台上的所述中心线的位置; 建立从大致矩形的叠层切割的图案片的大体上矩形的标记(120),所述标记具有在所述矩形的相对端之间的长度,所述矩形的相对侧之间的宽度和位于所述矩形的原点 相对于矩形的侧面和端部的已知位置,标记中的图案片段的位置参考原点; 记录标记相对于切割台(11)的起点(118)和铺层的中心线(110),使得标记的一半位于中心线的一侧; 另一半设置在中心线的一侧; 然后根据登记的标记切割片材的叠层。
    • 6. 发明公开
    • A multipaneled digitizer
    • 多通道数字化仪
    • EP0762314A3
    • 1997-04-09
    • EP96113778.3
    • 1996-08-28
    • Gerber Garment Technology, Inc.
    • Williams, Kevin M.LeBlond, ClaudeHenderson, Phillip L.Porter, David J.Rovito, Joseph
    • G06K11/10
    • G06F3/046
    • A two-dimensional digitizing system comprises a plurality of overlaid digitizer tablets (48,50,52). Each tablet includes two wire grid circuits oriented at right angles to each other for the X and Y directions, with each circuit having conductive grid structures. In those circumstances where two panels generate position signals, a controller (37) verifies which of the competing position signals is correct. The digitizer is also characterized by a capability to operate at large stylus-tablet separations, allowing for a multi-layered laminate tablet of substantial thickness. The present system is readily adapted for applications such as a cloth cutting in which large surface areas are required and in which the digitizer tablet circuitry must be located remote from a cutting surface.
    • 二维数字化系统包括多个叠加的数字转换器平板(48,50,52)。 每个平板包括两个线栅电路,其针对X和Y方向彼此成直角地定向,每个电路具有导电栅格结构。 在两个面板产生位置信号的情况下,控制器(37)验证哪个竞争位置信号是正确的。 数字化仪的特征还在于能够在大型触针 - 片剂分离处进行操作,从而允许具有相当厚度的多层叠层平板电脑。 本系统很容易适用于诸如需要大表面积的布料切割和数字化仪平板电路必须远离切割表面定位的应用。
    • 8. 发明公开
    • Apparatus for working on sheet material and having friction hub
    • Gerätmit Friktionsnabe zum Bearbeiten vonflächigem材料
    • EP0754639A1
    • 1997-01-22
    • EP96111464.2
    • 1996-07-16
    • Gerber Garment Technology, Inc.
    • Stein, Darryl C.
    • B65H16/10B65H16/06B65H18/06B65H18/10B65H23/18
    • B43L13/02B65H16/06B65H16/103B65H18/06B65H18/10B65H23/1806B65H2301/41342B65H2515/31B65H2801/36G01D9/40
    • A progressive plotter (10) for working on successive segments of an elongated web of sheet material (P) extending across a work surface (14) has a pen (24) supported to move in marking relation to material (P) on the work surface (14) in response to command signals received from a programmable controller. The machine includes a supply roll (20) for paying-off sheet material (P) and a take-up roll (22) for receiving material (P) from the supply roll (20). Each roll (20,22) has a cylindrical tubular cardboard roll core (C) extending throughout its axial length. The rolls (20,22) are supported by flanged hub assemblies (12), each including a cylindrical hub member (48) having a rough generally cylindrical peripheral surface (54) and a diameter smaller than the inside diameter of the smallest roll core (C) to be supported by the machine. The hub members (48) rotate in rolling engagement with the inner peripheral surfaces of the roll cores (C) to drive and/or support the rolls (20,22). Each hub assembly (12) has an axially inwardly open recess (60) defined by the hub member (48) and its associated flange (50) for receiving an end portion of a roll core (C) which extends beyond the radially disposed end face of the sheet material (P) wound thereon.
    • 用于在延伸穿过工作表面(14)延伸的片状材料(P)的连续片段上工作的渐进式绘图机(10)具有被支撑以与工件表面上的材料(P)标记关系移动的笔(24) (14)响应于从可编程控制器接收的命令信号。 该机器包括用于放出片材(P)的供给辊(20)和用于从供给辊(20)接收材料(P)的卷取辊(22)。 每个辊(20,22)具有在其轴向长度上延伸的圆柱形管状纸板卷芯(C)。 辊(20,22)由凸缘毂组件(12)支撑,每个包括圆柱形轮毂构件(48),其具有粗糙的大致圆柱形的外周表面(54),并且直径小于最小辊芯的内径 C)由机器支持。 轮毂构件(48)与辊芯(C)的内周表面滚动接合,以驱动和/或支撑辊(20,22)。 每个轮毂组件(12)具有由毂构件(48)和其相关联的凸缘(50)限定的轴向向内开口的凹部(60),用于接收辊芯(C)的端部,该端部延伸超过径向设置的端面 的片材(P)。
    • 9. 发明公开
    • KNIFE SENSOR APPARATUS FOR CUTTING SHEET MATERIAL
    • MESSERSENSORVORRICHTUNG ZUM SCHNEIDEN EINES BLATTMATERIALS
    • EP3046738A1
    • 2016-07-27
    • EP14780721.8
    • 2014-09-19
    • Gerber Technology, Inc.
    • STEIN, Darryl, C.
    • B26D5/00B26F1/38G05B19/416
    • B23Q15/28B23Q17/0985B26D1/10B26D5/00B26D5/005B26D5/32B26F1/382G05B19/404G05B2219/50289Y10T83/141
    • A computer-controlled machine and variations thereof are disclosed for cutting shapes of material with a cutting tool, including a sensor for sensing or estimating a knife offset during cutting to provide feedback for reducing cut shape error caused by the knife being offset from its ideal position. An exemplary embodiment includes a proximity sensor, a knife, such as a reciprocating knife, and circuitry and/or computer readable instructions for separating the output signal of the proximity sensor into a tangent signal corresponding to the tangent offset and a normal signal corresponding to a normal offset. The reciprocating knife can include a temperature sensor which is positioned to measure the temperature of the reciprocating knife near the point of contact between the knife and the material being cut. The temperature sensor is preferably a non-contact temperature sensor such as an infrared thermometer which operates under the principle of measuring thermal radiation emitted from an object.
    • 公开了一种计算机控制的机器及其变型,用于利用切割工具切割材料的形状,包括用于在切割期间感测或估计刀偏移的传感器,以提供用于减少刀从其理想位置偏移引起的切割形状误差的反馈 。 示例性实施例包括接近传感器,诸如往复刀的刀,以及用于将接近传感器的输出信号分离成对应于切线偏移的切线信号和对应于正切信号的正常信号的电路和/或计算机可读指令 正常偏移。 往复刀可以包括温度传感器,其被定位成在刀和被切割的材料之间的接触点附近测量往复刀的温度。 温度传感器优选为非接触式温度传感器,例如红外温度计,其工作原理是测量从物体发射的热辐射。