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公开(公告)号：US4628571A
公开(公告)日：1986-12-16
申请号：US729443
申请日：1985-05-01
申请人： Karl Marx , Peter Offermann , Ralf-Dieter Reumann , Matthias Magel , Bertram Frenzel , Dietmar Grenzendorfer
发明人： Karl Marx , Peter Offermann , Ralf-Dieter Reumann , Matthias Magel , Bertram Frenzel , Dietmar Grenzendorfer
CPC分类号： D04H1/74
摘要： A non-woven fabric is produced by the transportation of a fiber flow at an angle which is less than 90.degree. to the transport direction of the non-woven fabric to be manufactured, with the feed rate of the fiber flow being controlled, the fibers which are to form a fiber layer being placed next to one another, and with the formed fiber layer being simultaneously, and in the lateral border areas of the fiber layers, being consecutively, combined with the preceding fiber layer, reinforcing the produced non-woven fabric. The angle of the fiber flow to the transport direction of the non-woven fabric to be manufactured is set between 0.degree. and 89.degree.. The controlling of the fiber flow comprises monitoring of the quantity feed rate and/or dissociation of the fiber flow and/or fiber mixing, immediately prior to the formation of a fiber layer. In order to combine the formed fiber layer with the preceding fiber layer, this is placed adjacent to the formed fiber layer, or placed on at least one formed fiber layer.
摘要翻译： 无纺布通过以与要制造的无纺织物的输送方向成小于90°的角度输送纤维流，纤维流的进料速度被控制，纤维 其形成彼此相邻放置的纤维层，同时形成的纤维层和纤维层的侧边缘区域连续地与前述纤维层结合，加强所生产的无纺布 布。 要制造的无纺布的纤维流向传送方向的角度设定在0°和89°之间。 纤维流的控制包括在形成纤维层之前监测纤维流和/或纤维混合的量进料速率和/或解离。 为了将形成的纤维层与前述纤维层组合，将其与所形成的纤维层相邻放置，或者放置在至少一个成形纤维层上。
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公开(公告)号：US4589169A
公开(公告)日：1986-05-20
申请号：US570131
申请日：1984-01-12
申请人： Karl Marx , Peter Offermann , Ralf-Dieter Reumann , Matthias Magel , Bertram Frenzel , Dietmar Grenzendorfer
发明人： Karl Marx , Peter Offermann , Ralf-Dieter Reumann , Matthias Magel , Bertram Frenzel , Dietmar Grenzendorfer
CPC分类号： D04H1/74
摘要： A non-woven fabric is produced by the transportation of a fiber flow at an angle which is less than 90.degree. to the transport direction of the non-woven fabric to be manufactured, with the feed rate of the fiber flow being controlled, the fibers which are to form a fiber layer being placed next to one another, and with the formed fiber layer, including lateral border areas of the fiber layers, being combined with the preceding fiber layer, reinforcing the produced non-woven fabric. The angle of the fiber flow to the transport direction of the non-woven fabric to be manufactured is set between 0.degree. and 89.degree.. The controlling of the fiber flow comprises monitoring of the quantity feed rate and/or dissociation of the fiber flow and/or fiber mixing, immediately prior to the formation of a fiber layer. In order to combine the formed fiber layer with the preceding fiber layer, this is placed adjacent to the formed fiber layer, or placed on at least one formed fiber layer. In the present apparatus for the execution of the method for the production of a non-woven fabric, one or more fiber feed rate control devices, each connected to a traverse drive unit, are arranged to one or more fiber flow transport devices, below an angle of 90.degree. to the transport direction of the non-woven fabric to be manufactured, and assigned to an already known non-woven fabric transport device. The fiber feed rate control device contains a rotation unit. The fiber feed rate control device is arranged at the beginning or above the non-woven fabric transport device. The traverse drive is formed as a pivot drive. In order to dissolve the fiber flow consisting of fibers, adhesively connected to one another, the fiber feed rate control arrangement contains a dissolving roll. The fiber feed rate control device and the traverse drive unit have variable speed motors for the required adjustment of the fiber flow feed rate to the delivery speed of the non-woven fabric, depending on the surface measurement of the non-woven fabric to be produced and the reinforcement speeds. The traverse drive unit has working width position stops.
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