TH34262B - Hollow fiber suppression system - Google Patents

Abstract

DC60 (31/01/54) Coupling System for Hollow Fibers This includes a number of longitudinal (6) parts. by keeping distance from each other and supported by a number of discrete spaced (7) pieces, spaced parts (7), each protruding generally transversely with such longitudinal parts (6), until, when these spaced parts This, together with the longitudinal parts (6), is defined as a cage-like structure (5), a retaining system for hollow fibers. This includes a number of longitudinal parts (6) that extend lengthwise. by keeping distance from each other and supported by a number of discrete spaced (7) parts, spaced parts (7), each extending generally transversely to such longitudinal (6) parts until, when these spaced parts This, together with the longitudinal parts (6), is defined as a cage-like structure (5).

Claims (2)

Disclaimer (all) which will not appear on the advertisement page: 1. The filter system provided by the said filtering system includes. A bundle of hollow fibers and a system Curb for hollow fibers The aforementioned curb system consists of parts that stretch along A number of longitudinal spaced parts, and are supported by a number of intermittent spacing parts that extend, generally transverse to that longitudinal part, where Such spacing parts and such longitudinal stretch parts have been prepared. To set boundaries as a cage-like structure Where the longitudinal fragments Assemble with materials And the spacing parts were assembled with rings Where each piece of material It consists of the first width at the first position and the second width at the second where the first width is less than the second width. And where the rods are joined to the relative spreader at the second position 2. Clause 1 filtration system, where the cage-like structure is a hollow tube 3. The claim filtration system 1 or 2 where each ring is made up of a form For a number of radially extended binders Morphological for the seizure The interrelated material can be easily loosened. 4. Filtration system according to one of the previous claims. Where the aforementioned structures comprise With an inferior circular flange placed opposite, spaced out to provide a The interpolation or gripping part with the corresponding material rod 5. Filtration system according to any of the previous claims. Where each ring is assembled A number of radial protrusions spaced around the outer edge of the ring. Each cut-out section is morphed in order to contain the interpolation or binding to the material rods. 6. Filtration system according to claim 5, where the cross-section consists of a cross-section that is Circle and where the ring is made up of Openings smaller than the diameter of the associated material rods 7. The filtration system according to claim 5, where the cut-out is evenly spaced around the outer edge of the ring. 8. Filtering system based on any of the previous claims. Where the second position is made up of a groove or channel along the circumference. 9. Filtering system according to one of the previous claims. Where each piece spacing It consists of a number of subsets that are morphed to hold together in use. 1 0. Filtration system based on one of the previous claims. Where the internal surface of each ring Will be sloped along each inner edge 1 1. A filtering system based on any of the previous claims. Where each ring is assembled Cushioning parts Where the cushioning element is located on the inner surface of the ring 1. 2. Filtration system according to claim 11, where the shock absorber extends over the long side. Of the ring at both ends of the ring in order to overlap the inner edge of the ring