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    • 1. 发明授权
    • Filtering method
    • 过滤方法
    • US07771517B2
    • 2010-08-10
    • US11803220
    • 2007-05-14
    • James R. Dralle
    • James R. Dralle
    • B01D46/00
    • B01D35/147B01D2201/162
    • A fluid filter is preferably constructed from a relatively thick batting of high loft, non-woven, fluid permeable fibrous material. The filter batting is then passed through a manufacturing device, which slices the batting in the vertical as to create two continuous filter batts from the parent filter batt. The slicing also creates a relatively deep V-shaped zig zag or waveform pattern in the anterior filter surfaces of the top and bottom of the batt. The top half deep V-shaped zigzag patterns peaks and valleys correspond or line up with the bottom half's valleys and peaks since the waveform landscape of the first child batt is essentially a negative impression of the second child batt. Accordingly, the patterns nest within one another. When separated, the two children batts each comprise a waveform landscape for dynamically directing fluid streams from the anterior filter surface to the posterior filter surface.
    • 流体过滤器优选地由相对较厚的高纬度,无纺布,可流体渗透的纤维材料的絮片构成。 然后,过滤棉絮通过制造装置,其在垂直方向上切割蝙蝠,以从母过滤器絮垫形成两个连续的过滤棉絮。 切片也在絮垫的顶部和底部的前过滤器表面中产生相对较深的V形锯齿形或波形图案。 上半部深V字形之字形图案的峰谷与下半部分的山谷和峰值相对应或对齐,因为第一个子b子的波形景观基本上是第二个b子的负面印象。 因此,图案彼此嵌套。 当分离时,两个儿童蝙蝠每个都包含波形景观,用于动态地将流体流从前过滤器表面引导到后过滤器表面。
    • 3. 发明申请
    • Fluid filter and filtering method
    • 流体过滤器和过滤方法
    • US20080283476A1
    • 2008-11-20
    • US11803220
    • 2007-05-14
    • James R. Dralle
    • James R. Dralle
    • B01D29/88B01D43/00
    • B01D35/147B01D2201/162
    • A fluid filter is preferably constructed from a relatively thick batting of high loft, non-woven, fluid permeable fibrous material. The filter batting is then passed through a manufacturing device, which slices the batting in the vertical as to create two continuous filter batts from the parent filter batt. The slicing also creates a relatively deep V-shaped zig zag or waveform pattern in the anterior filter surfaces of the top and bottom of the batt. The top half deep V-shaped zigzag patterns peaks and valleys correspond or line up with the bottom half's valleys and peaks since the waveform landscape of the first child batt is essentially a negative impression of the second child batt. Accordingly, the patterns nest within one another. When separated, the two children batts each comprise a waveform landscape for dynamically directing fluid streams from the anterior filter surface to the posterior filter surface.
    • 流体过滤器优选地由相对较厚的高纬度,无纺布,可流体渗透的纤维材料的絮片构成。 然后,过滤棉絮通过制造装置,其在垂直方向上切割蝙蝠,以从母过滤器絮垫形成两个连续的过滤棉絮。 切片还在絮垫的顶部和底部的前过滤器表面中产生相对较深的V形锯齿形或波形图案。 上半部深V字形之字形图案的峰谷与下半部分的山谷和峰值相对应或对齐,因为第一个子b子的波形景观基本上是第二个b子的负面印象。 因此,图案彼此嵌套。 当分离时,两个儿童蝙蝠每个都包含波形景观,用于动态地将流体流从前过滤器表面引导到后过滤器表面。
    • 4. 发明授权
    • High efficiency paint arrestance filter
    • 高效防油滤网
    • US08764871B2
    • 2014-07-01
    • US13187216
    • 2011-07-20
    • James R. Dralle
    • James R. Dralle
    • B01D46/00
    • B01D46/023B01D46/0001B01D46/0023B01D46/0024B01D46/10Y10T29/49826
    • Various examples of the inventive subject matter include a method and corresponding system for fabricating a combination paint arrestance filter for use in the painting industry. Embodiments of the system include a single-stage combination filter having a number of first layer media pockets and a number of second layer media pockets arranged downstream of the first layer pockets. An opening of each of the first layer media pockets is arranged in parallel with one another to receive an incoming airflow into the single-stage combination filter. Each of the second layer media pockets is at least 99.97% efficient at removing 0.3 micron and larger particles at a face velocity on the filter of about 37 meters per minute.
    • 本发明主题的各种实例包括用于制造用于涂装行业的组合涂料阻挡过滤器的方法和相应的系统。 该系统的实施例包括具有多个第一层介质袋的单级组合过滤器和布置在第一层袋下游的多个第二层介质袋。 每个第一层介质袋的开口彼此平行布置,以将进入的气流接收到单级组合过滤器中。 每个第二层介质袋在以约37米每分钟的过滤器上以表面速度去除0.3微米和更大的颗粒时效率至少为99.97%。
    • 5. 发明申请
    • HIGH EFFICIENCY PAINT ARRESTANCE FILTER
    • 高效涂料过滤器
    • US20130019578A1
    • 2013-01-24
    • US13187216
    • 2011-07-20
    • James R. Dralle
    • James R. Dralle
    • B01D46/00B23P11/00
    • B01D46/023B01D46/0001B01D46/0023B01D46/0024B01D46/10Y10T29/49826
    • Various examples of the inventive subject matter include a method and corresponding system for fabricating a combination paint arrestance filter for use in the painting industry. Embodiments of the system include a single-stage combination filter having a number of first layer media pockets and a number of second layer media pockets arranged downstream of the first layer pockets. An opening of each of the first layer media pockets is arranged in parallel with one another to receive an incoming airflow into the single-stage combination filter. Each of the second layer media pockets is at least 99.97% efficient at removing 0.3 micron and larger particles at a face velocity on the filter of about 37 meters per minute.
    • 本发明主题的各种实例包括用于制造用于涂装行业的组合涂料阻挡过滤器的方法和相应的系统。 该系统的实施例包括具有多个第一层介质袋的单级组合过滤器和布置在第一层袋下游的多个第二层介质袋。 每个第一层介质袋的开口彼此平行布置,以将进入的气流接收到单级组合过滤器中。 每个第二层介质袋在以约37米每分钟的过滤器上以表面速度去除0.3微米和更大的颗粒时效率至少为99.97%。