首页> 外国专利> Assembly separating solids and fluids in suspension - by using micro:filtration fixed pore membrane from spirally-wound wire, uses no pore size setting mechanism reducing mfg. costs and eliminates pore dimension errors

Assembly separating solids and fluids in suspension - by using micro:filtration fixed pore membrane from spirally-wound wire, uses no pore size setting mechanism reducing mfg. costs and eliminates pore dimension errors

机译:组装分离悬浮液中的固体和流体-通过使用微:螺旋缠绕钢丝固定过滤的多孔膜,没有采用减小mfg的孔径设定机制。节省成本并消除孔尺寸误差

摘要

An assembly which separates fluids and solids in suspension has a spiral-shaped wire tubular micro filtration membrane whose pore size can be constructed to an accuracy of less than one micron. The novelty is that the pore size of the micro filtration membrane (2) is selected to match the requirements of the fluid under treatment and that no adjustment mechanism is used to vary the membrane pore size. Also claimed is the mfr. of the micro filtration membrane. The tubular micro filtration membrane (2) is made of spirally woven wire at a predetermined tension so that the required pore size remains constant (claimed). USE/ADVANTAGE - The assembly separates fluids and solids in suspension. The assembly is simplified in comparison with previous units and precludes errors arising from incorrect settings associated with adjustment mechanisms applying pressure or tension to the coil.
机译:用于分离悬浮液中的流体和固体的组件具有螺旋形的管状管状微滤膜,其孔径可被构造为小于一微米的精度。新颖之处在于,选择了微滤膜(2)的孔径以匹配被处理流体的要求,并且没有使用调节机制来改变膜的孔径。制造商还索赔。微滤膜的管状微滤膜(2)由螺旋编织线以预定张力制成,从而所需的孔径保持恒定(要求保护)。使用/优点-该组件将悬浮液中的流体和固体分离。与以前的设备相比,该组件得到了简化,并且避免了由于与向线圈施加压力或张力的调节机构相关的不正确设置而导致的错误。

著录项

相似文献

  • 专利
  • 外文文献
获取专利

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号