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    • 2. 发明申请
    • METHOD AND DEVICE FOR INFLUENCING THE STRUCTURE AND POSITION OF FIBRES DURING THE AERODYNAMIC FORMATION OF NON-WOVENS
    • 方法和装置结构和管理的纤维组成空气动力学抓绒教育过程的影响
    • WO0114623A3
    • 2001-07-12
    • PCT/DE0002904
    • 2000-08-25
    • AKE INNOTECH GMBHWURLITZER HOLGERHEROLD HANS JOERGLINKE FRANK
    • WURLITZER HOLGERHEROLD HANS-JOERGLINKE FRANK
    • D01G7/10D04H1/00D04H1/72D04H1/732D04H1/736D01G7/06B27N3/24B30B5/04B30B5/06B65G47/18D01G23/00
    • D04H1/732D01G7/10D04H1/72D04H1/736
    • A method and device for influencing the structure and position of fibres during the aerodynamic formation of non-wovens. The process is designed to influence the position and structure of the individual fibres and components as well as the thickness and stability of the flat fibre strands so produced, and, the uniform distribution of the components in the matted fibre strands. According to the invention, the structure and position of the fibres and possibly, other components used in the aerodynamic formation of fleece are influenced, by transporting the flow of material which is composed of a mixture of fibre and air, and supplied from the drum or from a continuous conveyor belt, between, at least two continuous, perforated conveyor belts and/or between a continuous conveyor belt and a guide plate, and by removing air from the flow of material between said surfaces which are preferably wedged against each other, cuneiform surfaces interposed against each other, and by compacting it mechanically until the required final dimension is obtained. The invention relates to a method for influencing the structure and position of fibres and components used in the process of aerodynamic formation of non-wovens
    • 这将通过影响单独的纤维和组件的位置和结构,以及密度和所产生的随机平面纤维线的稳定性以及组分的均匀分布在随机纤维束来实现。 根据本发明,在空气动力学羊毛形成的过程影响/或之间的环形带和导向板的结构和纤维的位置,并可能通过由主滚筒或从至少两个穿孔环形带之间的纤维/空气混合物材料的环形传送带流所提供的匹配于使用其它组分的 被供应给这些优选楔形相互设置的表面和机械压实至期望的最终之间排出。 本发明涉及一种用于在气动羊毛形成的过程影响纤维和组件的结构和位置的方法。
    • 4. 发明申请
    • METHOD AND DEVICE FOR INFLUENCING THE STRUCTURE AND POSITION OF FIBRES DURING THE AERODYNAMIC FORMATION OF NON-WOVENS
    • 影响空气成像过程中纤维结构和位置的方法和装置
    • WO01014623A2
    • 2001-03-01
    • PCT/DE2000/002904
    • 2000-08-25
    • D01G7/10D04H1/00D04H1/72D04H1/732D04H1/736D04H
    • D04H1/732D01G7/10D04H1/72D04H1/736
    • A method and device for influencing the structure and position of fibres during the aerodynamic formation of non-wovens. The process is designed to influence the position and structure of the individual fibres and components as well as the thickness and stability of the flat fibre strands so produced, and, the uniform distribution of the components in the matted fibre strands. According to the invention, the structure and position of the fibres and possibly, other components used in the aerodynamic formation of fleece are influenced, by transporting the flow of material which is composed of a mixture of fibre and air, and supplied from the drum or from a continuous conveyor belt, between, at least two continuous, perforated conveyor belts and/or between a continuous conveyor belt and a guide plate, and by removing air from the flow of material between said surfaces which are preferably wedged against each other, cuneiform surfaces interposed against each other, and by compacting it mechanically until the required final dimension is obtained. The invention relates to a method for influencing the structure and position of fibres and components used in the process of aerodynamic formation of non-wovens
    • 这将通过影响单独的纤维和组件的位置和结构,以及密度和所产生的随机平面纤维线的稳定性以及组分的均匀分布在随机纤维束来实现。 根据本发明,在空气动力学羊毛形成的过程影响/或之间的环形带和导向板的结构和纤维的位置,并可能通过由主滚筒或从至少两个穿孔环形带之间的纤维/空气混合物材料的环形传送带流所提供的匹配于使用其它组分的 在这些优选为楔形的表面之间进料和排出,并且机械压缩至所需的最终尺寸。 本发明涉及一种在空气动力学织物成形过程中影响纤维和部件的结构和位置的方法。
    • 6. 发明申请
    • PROCESS FOR REMOVING FIBER FLOCKS FROM BALES WITH A BALE OPENING DEVICE
    • 从具有开口开口装置的泡沫中去除纤维片的方法
    • WO00017427A1
    • 2000-03-30
    • PCT/IB1999/001638
    • 1999-09-17
    • D01G7/10
    • D01G7/10
    • A method for operating a bale opening machine (1) includes the step of defining a desired normal or operational take-off depth for the take-off device or extraction member (6) to be applied to all of the bales (7) of the bale lie. An actual take-off depth is computed for predetermined positions along the bale line as a function of the normal take-off depth and factors computed for the respective positions to take into account bale height differences and density differences between the bales. With respect to the bale height differences (4MAX-aMIN), the take-off factors have a proportional value based on a bale height at the respective positions compared to a total bale height difference between the highest and lowest bales. A total bale height is recomputed prior to each pass of the take-off device and the actual take-off depth factors are set to a value of 1 if the computed total bale height difference is reduced to at least the magnitude of the normal take-off depth. The bale density factors are applied simultaneously with the height take-off factors and are computed based on a percentage of bale height and a perceived density characteristic of each bale.
    • 一种用于操作捆包打开机器(1)的方法包括为所述起飞装置或提取构件(6)确定适用于所有捆包(7)的所需正常或可操作的起飞深度的步骤 捆包谎言 根据正常起飞深度的函数计算沿着捆包线的预定位置的实际起飞深度以及为各个位置计算的因素,以考虑捆包高度差和捆包之间的密度差。 对于捆包高度差异(4MAX-aMIN),起飞因素与最高和最低捆包之间的总包高度差相比,基于相应位置的捆包高度具有成比例的值。 在起飞装置的每次通过之前重新计算总捆包高度,并且如果所计算的总包高度差减小至至少正常收割装置的大小,则将实际起飞深度因子设置为值1, 关闭深度。 捆包密度因子与高度起飞因子同时应用,并且基于捆包高度的百分比和每个捆包的感知密度特征来计算。
    • 9. 发明申请
    • OPENING DEVICE
    • 开启装置
    • WO9105094A2
    • 1991-04-18
    • PCT/EP9001658
    • 1990-10-03
    • HOLLINGSWORTH GMBH
    • PINTO AKIVALUCASSEN GUENTERSCHMIDT REINHARD
    • D01G7/04D01G7/10
    • D01G7/10Y10S241/605
    • Device for opening pressed fibre balls and spinning materials arranged in a row along a ball supporting wall (12) by means of a cutting mechanism (5) arranged in a cantilever housing (6). The cutting mechanism comprises two cutting rollers (3, 4) which make parallel incisions in the surface (20) of the fibre balls (7). An extraction hood arranged above the cutting rollers extracts the flocks removed by cutting in a current of air. An extraction opening (18) located between the cutting rollers (3, 4) in the forward front wall (14) of the cantilever housing (6) facing the ball supporting wall (12) opens onto the surface of the ball, and a stripping device (26) located on the forward front wall (14) in the region of the extraction opening (18) rests against the ball supporting wall (12).
    • 用于通过布置在悬臂壳体(6)中的切割机构(5)沿着球支撑壁(12)排列成一列排列的压制纤维球和纺丝材料的装置。 切割机构包括在纤维球(7)的表面(20)中形成平行切口的两个切割辊(3,4)。 设置在切割辊上方的提取罩提取通过切割空气流而去除的绒毛。 位于悬臂壳体(6)的面向球支撑壁(12)的前前壁(14)中的切割辊(3,4)之间的提取开口(18)通向球的表面,并且剥离 在提取开口(18)的区域中位于前侧前壁(14)上的装置(26)靠在球支撑壁(12)上。