会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 35. 发明授权
    • Production of reactive material containing webs
    • 生产含反应物料的纤维网
    • US06440266B1
    • 2002-08-27
    • US09655363
    • 2000-09-05
    • Jonathan GeorgeAndrea GrossoRaimo PiittalaKay RokmanKaj Back
    • Jonathan GeorgeAndrea GrossoRaimo PiittalaKay RokmanKaj Back
    • D21H2300
    • B01D39/2058B01D39/1615B01D39/1623B01D39/18B01D39/2017B01D39/2065B01D2239/0407B01D2239/0618B01D2239/065B01D2239/10B01D2239/1258
    • A non-woven web of fibrous material containing a reactive particulate material is made using the wet laid, or preferably foam, process. First and second fibrous webs are made using the wet laid or foam process, and a liquid or foam slurry including reactive particulate material is provided between the webs so as to provide a composite web. Liquid, or foam and liquid, are withdrawn from the composite web and then the composite web is dried so as to produce a final non-woven web with reactive material having substantially optimum reactivity (that is the reactive material loses a minimum amount reactivity during the web production process). The webs and slurry may be made using substantially pure water, and the particulate part of the reactive material is mixed with the foam or liquid slurry no more than about ten seconds before the liquid and/or foam are withdrawn from the composite web. Activated carbon and titanium dioxide are two particularly desirable reactive particulates; the reactive loading is at least 0.01 g/cm3, and the air permeability of the final web is at least 3000 liters per square meter per second.
    • 含有反应性颗粒材料的纤维材料的非织造纤维网是使用湿式铺设的,或优选泡沫的方法制成的。 第一和第二纤维网是使用湿式铺板或泡沫方法制成的,并且包括反应性颗粒材料的液体或泡沫浆料提供在纤维网之间,以提供复合纤网。 将液体或泡沫和液体从复合纤维网中取出,然后干燥复合纤维网,以便产生具有基本上最佳反应性的反应性材料的最终无纺网(即反应性材料在 网络制作流程)。 纤维网和浆料可以使用基本上纯的水制成,并且将反应性材料的颗粒部分与泡沫或液体浆料混合不超过约10秒钟,然后将液体和/或泡沫从复合纤维网中取出。 活性炭和二氧化钛是两种特别理想的反应性颗粒; 反应负荷至少为0.01g / cm 3,最终幅材的透气度至少为3000升/平方米/秒。
    • 37. 发明授权
    • Process for high performance, permeable fibrous structure
    • 高性能,可渗透纤维结构的工艺
    • US5779847A
    • 1998-07-14
    • US636102
    • 1996-04-22
    • H. Gunter Groeger
    • H. Gunter Groeger
    • B01D39/08D04H1/54B32B31/20
    • B01D39/083D04H1/54B01D2239/0233B01D2239/0407B01D2239/0471B01D2239/0622B01D2239/065B01D2239/0668B01D2239/069B01D2239/086B01D2239/1258Y10T442/699
    • A novel, high performance yet permeable, tough, fibrous structure, and a process for making the structure are disclosed. The fibrous structure includes a stabilized microstructure of improved uniformity of fiber and particulate distribution. Beneficially, the fibrous structure is of improved structural integrity and stiffness, as a result of being reduced in thickness. The process includes the steps of dry forming a fibrous web including crimped staple composite fibers, thereafter distributing and entrapping the functional particles in the web, and thereafter heating the fibrous web to form a microstructure-stabilized fibrous web. According to the process, the microstructure-stabilized fibrous web is thereafter by an additional heat treating step carried out without application of pressure to the web, heated to a thermoforming temperature, and thereafter the heated web is reduced in thickness and yet microstructural relative geometry is maintained. IR heat may be used. A nip gap is advantageously used to reduce the heated web in thickness.
    • 公开了一种新颖的,高性能的,可渗透的,坚韧的纤维结构,以及制造该结构的方法。 纤维结构包括具有改善的纤维均匀性和颗粒分布的稳定的微结构。 有利的是,由于厚度减小,纤维结构具有改善的结构完整性和刚度。 该方法包括以下步骤:干燥形成包括卷曲的短纤维复合纤维的纤维网,然后将功能性颗粒分布并包埋在网中,然后加热纤维网以形成微结构稳定的纤维网。 根据该方法,此后通过额外的热处理步骤进行微结构稳定的纤维网,而不对网进行施加压力,加热至热成型温度,此后加热的网幅的厚度减小,而微结构相对几何形状为 保持。 可以使用IR热。 有利地使用压合间隙来减小加热的幅材的厚度。