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    • 1. 发明授权
    • Method and sewing machine for approaching a predetermined end point of a
seam
    • 用于接近接缝的预定终点的方法和缝纫机
    • US4587915A
    • 1986-05-13
    • US673475
    • 1984-11-20
    • Herbert WenzFranz Schneider
    • Herbert WenzFranz Schneider
    • D05B27/22D05B69/00D05B69/20D05B69/22D05B69/18
    • D05B69/20D05B27/22
    • A method for approaching a predeterminable end point of a seam spaced from the edge of a workpiece, with a sewing machine which comprises an adjustable needle and lower transport, a sensor arranged before the needle and triggering the process for the positioning of the needle in the end point during passage through the edge, a pulse generator coupled with the main shaft of the sewing machine for the delivery of counting pulses for a pulse counter, and a micro-computer which controls the action of the feed means as a function of the pulses originating from the sensor and from the pulse generator. To execute a desired shortening of the length of one or more of the last stitches before the end point of a seam, the workpiece is moved back by the difference between the desired stitch length and the stitch length set by the setting device, before execution of the adjusted feed. For correction of the stitch length executed during the feed phase, the cloth feeder is connected with a switching gear controlled by the micro-computer for controlled switching on during its reversed feed phase which precedes the respective forward feed phase.
    • 一种用于接近与工件边缘间隔开的接缝的可预定终点的方法,缝纫机包括可调节的针和较低的传送装置,传感器布置在针之前并且触发用于将针定位在针中的过程 在通过边缘的过程中的终点,与缝纫机的主轴联接的脉冲发生器,用于递送用于脉冲计数器的计数脉冲;以及微计算机,其控制作为脉冲的函数的馈送装置的动作 源自传感器和脉冲发生器。 为了在接缝的终点之前执行期望缩短一个或多个最后一个针迹的长度,通过设定装置设定的期望针迹长度与针迹长度之间的差异将工件移回,在执行之前 调整后的饲料。 为了校正在进给阶段执行的针脚长度,送布机与在微型计算机控制的切换齿轮连接,以便在相反的进给阶段之前进行控制切换。
    • 4. 发明授权
    • Drawing installation in a press
    • 图纸安装在新闻中
    • US4601190A
    • 1986-07-22
    • US743080
    • 1985-06-10
    • Franz SchneiderPeter PfeifleWolfgang Michael
    • Franz SchneiderPeter PfeifleWolfgang Michael
    • B21D24/08B21D22/00
    • B21D24/08
    • With workpieces to be drawn, especially large-area body parts or sinks, the possibilities of tearing the walls, respectively, undulated surface structure exists within the area of the corner formation. The present invention is therefore predicated on the concept to match the support pressure to the shaping of the workpiece in the different abutment areas thereof. A number of pressure cylinders fixedly installed in the press table serve for that purpose, whose piston rods are adapted to be to displaced in the vertical direction by way of a pressure plate acting in unison on all piston rods. The piston rods acting on the other end of the support are lowerable under the ram movement against the controllable pressure differing in the pressure chambers by way of valves.
    • 对于要绘制的工件,特别是大面积的身体部分或水槽,分别在墙壁的形成区域内存在破裂的表面结构的可能性。 因此,本发明基于将支撑压力与其在不同的邻接区域中的工件的成形相匹配的概念。 固定安装在压床中的多个压力缸用于此目的,其活塞杆适于通过在所有活塞杆上一致作用的压板在垂直方向上移位。 作用在支撑件另一端的活塞杆可以在压头运动下抵抗压力室中通过阀不同的可控压力而可以降低。
    • 6. 发明授权
    • Method of controlling the speed of a mechanical press
    • 控制机械压力机速度的方法
    • US4150616A
    • 1979-04-24
    • US910347
    • 1978-05-30
    • Franz SchneiderHelmut Braitinger
    • Franz SchneiderHelmut Braitinger
    • B30B15/14
    • B30B15/14
    • A speed controlling arrangement and method for a mechanical press. The press has a crankshaft revolution which can be subdivided in principle into a discharging and charging region and a working region with the speed of the mechanical press being controlled between a maximum admissible speed and a minimum possible speed. The speed of travel of the press ram is controlled so that the speed of the press ram during the press discharging and charging region permits a safe discharging and charging of the press. During the working region, the press ram travels at a maximum permissible speed such that a stoppage of the press between the discharging and charging region and the working region is unnecessary.
    • 一种用于机械压力机的速度控制装置和方法。 压力机具有曲轴旋转,其原理可以分为排放和充气区域以及工作区域,机械压力机的速度控制在最大允许速度和最小可能速度之间。 控制压力机的行进速度,使压力机排放和充气区域内压力机的速度允许压力机的安全排放和充气。 在工作区域期间,压头压头以最大允许速度行进,从而不需要在排放区域和工作区域之间停止压力机。
    • 8. 发明授权
    • Dividing means control device
    • 分路是指控制装置
    • US4114489A
    • 1978-09-19
    • US828095
    • 1977-08-26
    • Franz SchneiderHelmut BraitingerBurkhard Schumann
    • Franz SchneiderHelmut BraitingerBurkhard Schumann
    • B23D45/20B23D36/00B26D5/20B26D1/56B26D5/32B26D5/34
    • B23D36/00B26D5/20Y10T83/4691Y10T83/4737Y10T83/474Y10T83/533
    • A control arrangement for a dividing apparatus for dividing or cutting continuously fed strip stock of variable thickness. The dividing apparatus includes a drive arrangement for driving a cutting unit in a horizontal and vertical direction with an arrangement being provided for vertically adjusting the height of the cutting unit. A control arrangement is provided which includes a measuring device arranged in the dividing apparatus at a position upstream of the cutting unit, as viewed in the feed direction of the strip stock, with the measuring device dividing an output signal indicative of the measured thickness of the strip stock, which output signal is directed to control elements so as to correlate the speed of the drive arrangement and adjust the height of the cutting unit between minimum and maximum values in correspondence with the measure thickness of the strip stock.
    • 一种用于分割或切割可变厚度的连续输送带材料的分割装置的控制装置。 分割装置包括用于沿水平和垂直方向驱动切割单元的驱动装置,其设置有用于垂直调节切割单元的高度。 提供了一种控制装置,其包括在沿着条带原料的进给方向观察的切割单元的上游位置处布置在分割装置中的测量装置,测量装置将表示测量厚度的输出信号 条形坯料,该输出信号被引导到控制元件,以使驱动装置的速度相关联,并且根据条带原料的测量厚度调整切割单元的最小值和最大值之间的高度。
    • 9. 发明授权
    • Apparatus for the control and regulation of cutting interval and
synchronism at a cutting mechanism for the machining of strip material
    • 用于控制和调节切割间隔的切割机构和用于加工条带材料的切割机构的同步的装置
    • US3982454A
    • 1976-09-28
    • US583526
    • 1975-06-04
    • Franz SchneiderHelmut Braitinger
    • Franz SchneiderHelmut Braitinger
    • B26D1/56B23D36/00G05D13/62B26D5/38
    • B23D36/0041Y10T83/148Y10T83/4659Y10T83/4775
    • Apparatus for the control and regulation of the cutting interval for a strip advanced by a roll feed device and of the synchronism of a cutting mechanism effecting the cutting operation with the strip material during the cutting step. A common main drive serves for effecting movements of the cutting mechanism and of the strip material along its travel path and an auxiliary drive is effective on movements of one of the cutting mechanism and the strip material by way of a superposed gear system. The control apparatus includes a desired value pickup device for providing an output indicative of the cutting interval, at least one actual value pickup device for providing an output indicative of at least one of the length of material traversed since the preceding cutting step and the travel velocity of the strip material and at least one of the stroke length and travel velocity of the cutting mechanism, comparison devices for comparing the actual values of at least one of the travel velocities and the lengths of the strip material and cutting mechanism with each other and with the desired value of the cutting interval, and a control arrangement for regulating at least the auxiliary drive until the cutting step is conducted.
    • 用于控制和调节由辊进给装置推进的条的切割间隔的装置,以及在切割步骤期间执行切割操作与切割操作的切割机构的同步性的装置。 共同的主驱动器用于沿着其行进路径实现切割机构和条带材料的移动,并且辅助驱动器通过重叠的齿轮系统对切割机构和带材之一的运动有效。 控制装置包括用于提供指示切割间隔的输出的期望值拾取装置,至少一个实际值拾取装置,用于提供指示从先前切割步骤所穿过的材料的长度中的至少一个的输出和行进速度 和所述切割机构的行程长度和行进速度中的至少一个,比较装置,用于将至少一个行进速度的实际值与条带材料和切割机构的长度彼此和用 切割间隔的期望值,以及用于至少调节辅助驱动器直到进行切割步骤的控制装置。