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    • 1. 发明申请
    • DEVICE FOR CUTTING OR CARVING, ESPECIALLY FOR PLOTTERS AND/OR OTHER, PREFERABLY AUTOMATIC, WRITING, DRAWING, CARVING OR CUTTING INSTALLATIONS OR DEVICES
    • 装置用于切割或岑,尤其是对于绘图仪和/或其他,最好是自动的,书写,绘图,得分或切割系统或设备
    • WO1996028286A1
    • 1996-09-19
    • PCT/DE1996000418
    • 1996-03-02
    • J.S. STAEDTLER GMBH & CO.WEBER, RolandBOTHE, Thomas
    • J.S. STAEDTLER GMBH & CO.
    • B26D07/26
    • B26D7/2614B26D2007/2678
    • In a device (1) for cutting or carving, especially for plotters and/or other, preferably automatic, writing, drawing, carving or cutting installations or devices, in which at least one tool (5) takes the form of a blade, especially a draw blade or carving point and is fitted in a casing and connected to the installation or device directly or with the aid of an adapter (4), the external shape, design and dimensions of the casing (10) correspond to those of prior art writing or drawing instruments, especially those which can be universally fitted in various installations or devices or into suitable holders therefor. In the casing (10) or adapter (4) there are also a bearing holder (13), a magnet (14), a bearing (15) with a bearing plate (16) and possibly one or more ball-bearings (16, 161; 17, 171).
    • 在装置(1)用于切割或刻痕,特别适用于绘图仪和/或用于其他,优选地自动的,书写,绘图,刻痕或切割系统或设备,其中,至少一个工具(5),其为刀,特别是作为一个拖刀 或形成为划线心轴和设置在壳体中,并直接地或通过适配器装置(4)被连接到系统或装置中,所述壳体(10)对应于它的外部形状,设计和形状,构造的尺寸,并 标注常规书写或绘画销,特别是那些可在不同的系统或设备的普遍的,或为相应的贮器用于此用途。 在所述壳体(10)或在所述适配器(4)另外是一个轴承保持架(13),一个磁体(14),具有一个支承板(16)和任选的一种或多种球轴承(16,161的轴承(15); 17, 171)被布置。
    • 4. 发明公开
    • Ensilage cutting device
    • ENSILAGE切割装置
    • EP0139338A3
    • 1985-11-27
    • EP84201520
    • 1982-03-31
    • Multinorm B.V.
    • Vissers, Hermanus HendrikWeststrate, MarinusPrins, Nicolaas
    • A01F25/20B26D07/26
    • A01F25/2036
    • An ensilage cutting device mainly comprising a frame (1) for supporting a substantially horizontal carrying element (2), for example, a fork and a guide (3) arranged at a distance above said carrying element for a carriage (4) adapted to move along the same and having an upwardly and downwardly movable cutting member (5) and provided with a pressing member acting on the ensilage said pressing member being movable along a substantially rectilinear path by means of a pivotable rod system (19, 20 and 27, 28 respectively) such that both the rod system and the pressing member (15 and 26, 31, 36 respectively) occupy minimum space and the mechanism can easily be accomadated within the bounds of the device formed by the cutting face of the cutting member and the frame.
    • 一种主要包括用于支撑基本上水平的承载元件(2)的框架(1)的幼体切割装置,例如叉子和引导件(3),所述叉子和引导件(3)布置在其上方的位置上,用于可沿其移动的托架(4) 并且具有被向上和向下驱动的切割构件(5),所述切割构件(5)由楔形横截面的细长刀片形成,其中楔形件的角度最好在30° 20度,并且具有各自具有相对于所述刀片的横截面不对称延伸的两个切削刃的尖齿,而所述装置还包括作用在所述胫骨包上的至少一个按压部件,并且可沿着基本上直线的路径移动,借助于 可枢转的杆系统,所述按压构件适于将切割的包裹物从携带元件推开或作用在要切割的青贮袋的顶部上,以便最佳化切割我的切割效果 。。。。
    • 10. 发明公开
    • Web fed die cutting press having automatic 3-axis die registration system
    • 具有自动三轴注册系统的WEB FED DIE切割机
    • EP0167018A3
    • 1986-02-05
    • EP85107085
    • 1985-06-07
    • Preco Industries, Inc.
    • Raney, Charles C.Gramling, James T.
    • B26D07/01B26D07/26
    • B26D7/015B26D7/2628B26F1/40Y10T83/178Y10T83/4458Y10T83/446Y10T83/4567Y10T83/533Y10T83/536Y10T83/538Y10T83/543
    • A die cutting press for processing web material is disclosed which is operable to provide very precise alignment of a reciprocable die cutting unit with each successive area of the web to be die cut. In operation, the web is incrementally advanced toward the work station of the press until the area next to be die cut is substantially but not exactly in the die cut position thereof. The web feed is then placed in a creep mode to advance the web until an optical sensor determines the presence of transverse alignment indicium on one side of the web. Mechanism is thereupon actuated to rotate the die unit as required to bring the die assembly into alignment with related indicium on the opposite side of the web while effecting shifting of the web longitudinally thereof in a direction of travel as necessary to maintain die unit registration with the first sensed web indicium. Structure then shifts the die unit laterally of the web at the work station as required to bring the die unit into precise registration with longitudinally extending indicium on one side of the web. Only then is a defined area of the web subjected to the die cut unit. A cushion of air is provided for supported the die unit while it is being rotated, during longitudinal shifting thereof in the creep mode, and as lateral shifting is accomplished with respect to the web. Extremely accurate is thereby accomplished registration of the die unit with the plurality of indicia associated with each area of the web subjected to the die cutting operation. Sensing of the presence or absence of alignment indicia on the web is preferably carried out through the use of photooptical devices associated with light transmitting flexible glass fiber bundles that direct light to the web as well as the light reflected therefrom back to the sensor mechanism. A microprocessor receives inputs from phototransistors to control operation of the die alignment and web advancement mechanism.