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A method of controlling a gap between cutters of a cutting machine for vegetable organic materials, particularly tobacco materials.

机译:一种控制用于蔬菜有机材料,尤其是烟草材料的切割机的切割器之间的间隙的方法。

摘要

A method of controlling a gap between knives of a cutting machine for organic plant materials, particularly tobacco materials, comprising a cutterhead with a drum of cutting knives and a transporting-compacting assembly with a lower knife, wherein signals from electric sensors are used for positioning the knives by means of servomechanisms, the signals being processed in a central control unit of the cutting machine, according to the invention is characterised in that a first (Cl) determines the gap (a) between the end face of the sensor (Cl) and the blade of a cutting knife (3) in the radial direction of the cutterhead drum (2), a second sensor­ (C2) determines the gap (b) between the frame of the cutterhead (1) and the frame of the transporting-­compacting assembly (4), and a third sensor (C3) determines the gap (d) between the end face of the sensor (C3) and the edge of the lower knife (7), and a change Deltac of the gap (c) between the knives of the cutting machine is determined according to the formula Deltac = Deltaa + Deltab + Deltad, where Deltaa is a change of the distance between the end face of the first sensor (Cl) and the blade of the cutting knife (3), Deltab is a change of the distance of the frame of the cutterhead (1) from the frame of the transporting-compacting assembly (4), and Ad is a loss of the lower knife (7) due to wearing, assuming that the initial gaps (a, b, c, and d) between the subassemblies of the cutting machine are known.
机译:一种用于控制用于有机植物材料,特别是烟草材料的切割机的刀之间的间隙的方法,该方法包括带有切割刀鼓的切刀头和带有下部刀的运输紧凑组件,其中来自电传感器的信号用于定位根据本发明,借助伺服机构在刀具中对信号进行处理,信号在切割机的中央控制单元中进行处理,其特征在于,第一(Cl)确定传感器(Cl)端面之间的间隙(a)和刀头(3)沿刀头鼓(2)的径向方向的刀片,第二传感器(C2)确定刀头(1)的框架与运输工具的框架之间的间隙(b),压实组件(4),第三传感器(C3)确定传感器(C3)的端面和下刀(7)的边缘之间的间隙(d),以及间隙(c)的变化Deltac切割机的刀之间确定交流根据公式Deltac = Deltaa + Deltab + Deltad,其中Deltaa是第一传感器(C1)的端面与切割刀的刀片(3)之间的距离的变化,Deltab是假设初始间隙(a,b,c,和a)是由于磨损造成的下刀(7)的损失,Ad是运输紧凑组件(4)的框架的刀头(1)的框架。 d)切割机的子组件之间是已知的。

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