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    • 2. 发明授权
    • Machining center
    • 加工中心
    • US06228006B1
    • 2001-05-08
    • US09380359
    • 1999-11-10
    • Wolfgang HornDietrich Geiger
    • Wolfgang HornDietrich Geiger
    • B23Q3157
    • B23Q3/15733B23Q3/15722Y10T483/1793Y10T483/18Y10T483/1882
    • The invention relates to a machining center, wherein at least one work spindle with a preferably horizontal spindle position can be displaced preferably in the direction of X, Y and Z and each work spindle is allocated at least one substantially circular tool store which can rotate around a central axis and which is provided with storage locations so that the working spindle(s) can deposit one or several tools. The invention is characterized in that a) the tool store (2) comprises one or several tool disk(s) (3) which are arranged parallel to each other and grouped together in a drum store, wherein b) the tool disk(s) can be individually or jointly rotated around a central axis (4) which is perpendicular to the spindle axis and c) the tools (5) can be inserted with their tips (6) forward into tool holders (7) in the tool store (2) which are arranged in a tangential to radical direction.
    • 本发明涉及一种加工中心,其中具有优选水平主轴位置的至少一个工作主轴可以优选地沿X,Y和Z的方向移位,并且每个工作主轴被分配至少一个基本上圆形的工具存储器,其可以围绕 中心轴线,并且设置有存储位置,使得工作主轴可以沉积一个或多个工具。 本发明的特征在于:a)工具存储器(2)包括一个或多个工具盘(3),这些工具盘(3)彼此平行布置并且分组在一起在鼓存储器中,其中b) 可以围绕垂直于主轴轴线的中心轴线(4)单独地或联合地旋转,并且c)工具(5)可以将其尖端(6)向前插入到工具存储器(2)中的工具夹具(7)中 ),其被布置成与激进方向相切。
    • 4. 发明授权
    • Machine tool for cutting processes with a horizontally lodged work spindle
    • 用于具有水平倾斜工作主轴的切削工艺的机床
    • US06273653B1
    • 2001-08-14
    • US09269611
    • 1999-06-01
    • Wolfgang HornDietrich Geiger
    • Wolfgang HornDietrich Geiger
    • B23D700
    • B23Q1/015Y10T29/53961Y10T408/91Y10T409/307112Y10T409/309576
    • A machine tool for the cutting process of work pieces and having at least one horizontally lodged work spindle, preferably for high speed and/or high precision processing. The work spindle displaces on and/or inside a frame-like tool carrier vertically placed on a machine support having slides moving along x-, y- and z-axes. According to the invention, the frame-like tool carrier (3) has an associated frame-like work piece holder (2), which is also placed vertically on the machine support (1). The work piece holder (2) and the tool carrier (3) are interconnected as one single stable unit by one or several connecting elements (8) in the area of their upper horizontal traverse (4, 6).
    • 一种用于工件切割加工并具有至少一个水平倾斜工作主轴的机床,优选用于高速和/或高精度加工。 工作主轴在垂直放置在具有沿x轴,y轴和z轴移动的滑块的机器支架上的框架状工具架上和/或内部移动。 根据本发明,框架状工具架(3)具有相关联的框架式工件保持架(2),其也垂直放置在机器支撑件(1)上。 工件支架(2)和工具架(3)通过一个或多个连接元件(8)在其上横向横移(4,6)的区域中作为单个稳定单元互连。
    • 6. 发明申请
    • METHOD AND APPARATUS FOR SCHEDULING A USE OF TEST RESOURCES OF A TEST ARRANGEMENT FOR THE EXECUTION OF TEST GROUPS
    • 调度使用测试资源测试资源执行测试组的方法和装置
    • US20130006567A1
    • 2013-01-03
    • US13516696
    • 2009-12-15
    • Wolfgang Horn
    • Wolfgang Horn
    • G01R31/00
    • G01R31/31907
    • A method for scheduling a use of test resources comprises obtaining an assignment of a test resource to each test group of a test flow. The test flow comprises an initial execution order. The method comprises checking for a resource conflict between an assignment of a test resource to a given test group in a test flow and an assignment of other test resources to other test groups and test flows. The other test groups are scheduled for a temporally overlapping execution with the given test group. The method comprises manipulating the test flow execution order of the test groups. The resource conflict is eliminated by performing a swap between a test group associated with the resource conflict in a test flow with a higher priority compared to a time-interval-insertion in combination with a movement, and moving the test group associated with the resource conflict to an inserted time interval.
    • 调度测试资源的使用的方法包括获得测试资源的分配给测试流的每个测试组。 测试流程包括初始执行顺序。 该方法包括检查在测试流中给定测试组的测试资源的分配与其他测试资源与其他测试组和测试流的分配之间的资源冲突。 其他测试组被安排与给定的测试组进行暂时重叠的执行。 该方法包括操纵测试组的测试流执行顺序。 通过在与移动相结合的与时间间隔插入相比具有较高优先级的测试流中与资源冲突相关联的测试组之间进行交换来消除资源冲突,以及移动与资源冲突相关联的测试组 到插入的时间间隔。