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    • 4. 发明授权
    • Method for rinsing a high density sponge
    • 冲洗高密度海绵的方法
    • US5979469A
    • 1999-11-09
    • US263715
    • 1999-03-05
    • Ronald J. CerconeF. Barry Bays
    • Ronald J. CerconeF. Barry Bays
    • B08B3/08B08B3/10B29C44/56H01L21/00B08B9/00
    • H01L21/67046B08B3/08B08B3/10B29C44/5609H01L21/6704Y10S134/90
    • A method for rinsing a synthetic sponge material, the synthetic sponge material being formed through a process which leaves residue or particulate matter in pores of the synthetic sponge material, the method includes the steps of:a) contacting a rinsing solution with the synthetic sponge material; b) centrifuging the sponge material containing the rinsing solution; c) changing the hydrostatic pressure of the rinsing solution during said centrifuging step to expand and relax the pores of the synthetic sponge material to effectively pump the rinsing solution into and out of the pores, wherein the residue or the particulate matter in the pores of the synthetic sponge material are removed. The hydrostatic pressure can be changed by varying fluid supply pressure or varying centrifugal force.
    • 一种用于漂洗合成海绵材料的方法,所述合成海绵材料通过在合成海绵材料的孔隙中留下残留物或颗粒物质的方法形成,所述方法包括以下步骤:a)使冲洗溶液与合成海绵材料接触 ; b)离心含有冲洗溶液的海绵材料; c)在所述离心步骤期间改变冲洗溶液的静水压力以膨胀和松弛合成海绵材料的孔,以有效地将冲洗溶液泵入和流出孔,其中残留物或颗粒物质在孔中 去除合成海绵材料。 可以通过改变流体供应压力或改变离心力来改变静水压力。
    • 7. 发明授权
    • Industrial sponge roller device having reduced residuals
    • 具有减少残留的工业海绵辊装置
    • US06793612B1
    • 2004-09-21
    • US09535162
    • 2000-03-24
    • Ronald J. CerconeGerald D. IngramLeon C. NunierScott J. Quaratella
    • Ronald J. CerconeGerald D. IngramLeon C. NunierScott J. Quaratella
    • B23P1500
    • H01L21/67046B08B3/08B08B3/10B29C44/5609H01L21/6704Y10S134/90
    • An industrial sponge device wherein the sponge is made from a polyvinyl acetal material with a process in which the pores are formed by gas to provide an open pore structure having no fibrils. Additionally, the sponge is purified by an extracting process which includes alternating exposure of the partially cross-linked sponge to solutions of high pH and low pH. The sponge is sterilized by electron beam radiation to destroy micro organisms that can cause contamination of the final product. The resulting sponge material is formed into an industrial sponge having a cylindrical body and a plurality of projections extending from the body. The projections are tapered truncated cones having a cross-sectional radius that decreases with distance from the body. The extracting process permits residual amounts of calcium, zinc, and other elements to be 2 ppm or less; preferably 1 ppm or less.
    • 一种工业海绵装置,其中海绵由聚乙烯醇缩醛材料制成,其中通过气体形成孔,以提供没有原纤维的开孔结构。 此外,通过提取方法纯化海绵,其包括将部分交联的海绵交替暴露于高pH和低pH的溶液中。 海绵通过电子束辐射灭菌,以破坏可能导致最终产品污染的微生物。 所得到的海绵材料形成为具有圆柱体和从主体延伸的多个突起的工业海绵。 这些突起是具有随着距身体距离而减小的截面半径的锥形截锥体。 提取过程允许钙,锌和其他元素的残留量为2ppm或更少; 优选为1ppm以下。
    • 8. 发明授权
    • Industrial cleaning sponge
    • 工业清洁海绵
    • US06235125B1
    • 2001-05-22
    • US09199808
    • 1998-11-25
    • Ronald J. CerconeGerald D. IngramLeon C. NunierScott J. Quaratella
    • Ronald J. CerconeGerald D. IngramLeon C. NunierScott J. Quaratella
    • B08B304
    • H01L21/67046B08B3/08B08B3/10B29C44/5609H01L21/6704Y10S134/90
    • An industrial sponge device and a method of manufacturing the same. The sponge is made from a polyvinyl acetal material with a process in which the pores are formed by gas to provide an open pore structure having no fibrils. Additionally, the sponge is purified by an extracting process which includes alternating exposure of the partially cross-linked sponge to solutions of high pH and low pH. The sponge is sterilized by electron beam radiation to destroy micro organisms that can cause contamination of the final product. The resulting sponge material is formed into an industrial sponge having a cylindrical body and a plurality of projections extending from the body. The projections are tapered truncated cones having a cross-sectional radius that decreases with distance from the body. The extracting process permits residual amounts of calcium, zinc, and other elements to be 2 ppm or less preferably 1 ppm or less.
    • 工业海绵装置及其制造方法。 海绵由聚乙烯醇缩醛材料制成,其中通过气体形成孔,以提供没有原纤维的开孔结构。 此外,通过提取方法纯化海绵,其包括将部分交联的海绵交替暴露于高pH和低pH的溶液中。 海绵通过电子束辐射灭菌,以破坏可能导致最终产品污染的微生物。 所得到的海绵材料形成为具有圆柱体和从主体延伸的多个突起的工业海绵。 这些突起是具有随着距身体距离而减小的截面半径的锥形截锥体。 提取过程允许钙,锌和其他元素的残留量为2ppm或更少,优选为1ppm或更少。