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    • 1. 发明授权
    • Tack spun materials
    • 粘合材料
    • US4235946A
    • 1980-11-25
    • US875030
    • 1978-02-03
    • Alfred E. Lauchenauer
    • Alfred E. Lauchenauer
    • D06N3/00B05D1/16D04H11/00D04H11/08B32B5/00
    • D04H11/08Y10T156/1059Y10T156/1956Y10T428/23914Y10T428/23943Y10T428/23957Y10T428/23979
    • This invention is concerned with the tack spinning of materials and has particular reference to the formation of tack spun materials by applying a thermoplastic polymer to a backing or carrier sheet to form a pattern or layer thereon and then heating the layer and contacting the layer with a second surface whereby separation of the carrier from the second surface results in separation of the thermoplastic polymer within its plane to draw fibres therefrom on progressive separation. The preferred embodiment of the invention involves two backing sheets prepared between a pair of nip rollers to form a sandwich structure with a layer of thermoplastic tack spinnable material and separating the same on the downstream side of the nip to provide the fibres disposed substantially transverse to the plane of the carrier sheet. The invention also describes novel apparatus for performing this operation.
    • 本发明涉及材料的粘性纺丝,并且特别涉及通过将热塑性聚合物施加到背衬或载体片上以在其上形成图案或层而形成粘性纺丝材料,然后加热该层并将该层与一层 第二表面,其中载体与第二表面的分离导致热塑性聚合物在其平面内的分离,以逐渐分离从其中拉伸纤维。 本发明的优选实施方案涉及在一对夹辊之间制备的两个背衬片,以形成具有热塑性可旋涂材料层的夹层结构,并在辊隙的下游侧分离该衬垫以提供基本横向于 承载板的平面。 本发明还描述了用于执行该操作的新型装置。
    • 3. 发明授权
    • Tack spun materials
    • 粘合材料
    • US4328058A
    • 1982-05-04
    • US163116
    • 1980-06-26
    • Alfred E. Lauchenauer
    • Alfred E. Lauchenauer
    • D06N3/00B05D1/16D04H11/00D04H11/08B32B31/18B32B5/02
    • D04H11/08Y10T156/1059Y10T156/1956Y10T428/23914Y10T428/23943Y10T428/23957Y10T428/23979
    • This invention is concerned with the tack spinning of materials and has particular reference to the formation of tack spun materials by applying a theromplastic polymer to a backing or carrier sheet to form a pattern or layer thereon and then heating the layer and contacting the layer with a second surface whereby separation of the carrier from the second surface results in separation of the thermoplastic polymer within its plane to draw fibres therefrom on progressive separation. The preferred embodiment of the invention involves two backing sheets prepared between a pair of nip rollers to form a sandwich structure with a layer of thermoplastic tack spinnable material and separating the same on the downstream side of the nip to provide the fibres disposed substantially transverse to the plane of the carrier sheet. The invention also describes novel apparatus for performing this operation.
    • 本发明涉及材料的粘性纺丝,并且特别参考通过将背景或载体片施加到塑料聚合物上形成图案或层,然后加热该层并将该层与一层 第二表面,其中载体与第二表面的分离导致热塑性聚合物在其平面内的分离,以逐渐分离从其中拉伸纤维。 本发明的优选实施方案涉及在一对夹辊之间制备的两个背衬片,以形成具有热塑性可旋涂材料层的夹层结构,并在辊隙的下游侧分离该衬垫以提供基本横向于 承载板的平面。 本发明还描述了用于执行该操作的新型装置。
    • 5. 发明授权
    • Foam treatment of air permeable substrates
    • 透气基材的泡沫处理
    • US4778477A
    • 1988-10-18
    • US824632
    • 1986-01-31
    • Alfred E. Lauchenauer
    • Alfred E. Lauchenauer
    • D06B5/08D06B19/00B41M1/10D06M1/00D06M13/34
    • D06B19/0094D06B5/08
    • This invention relates to the application of a treatment agent to an air permeable substrate by forming a foam of a liquid containing or constituting the treatment agent and applying the foam to the substrate and causing or allowing the foam to transit the substrate and to be removed from the other side thereof in which process the foam is applied in an excess defined as a ratio of the foam transit liquid content of the material in which case the amount of treatment agent taken up by the substrate will be dependent solely on the concentration of the agent within the foam and not by the volume of the foam applied and further the amount of agent taken up by the substrate is substantially independent of the initial water or liquid content of the substrate.
    • 本发明涉及通过形成含有或构成处理剂的液体的泡沫,并将泡沫施加到基材上并引起或允许泡沫穿过基底并将其从 其中在该方法中泡沫被施加的过量定义为材料的泡沫转移液体含量的比例,在这种情况下,由底物吸收的处理剂的量将仅取决于试剂的浓度 在泡沫内,而不是所施加的泡沫的体积,并且进一步地,由基底吸收的试剂的量基本上与基底的初始水或液体含量无关。