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    • 2. 发明申请
    • IMPROVED METHOD OF MAKING MULTICELLULAR FILTERS
    • 改进的制备多孔滤器的方法
    • WO00048807A1
    • 2000-08-24
    • PCT/US2000/001929
    • 2000-01-27
    • B01D39/00B01D29/11B29C31/04B29C70/74B28B1/28B29C31/08
    • B29C70/745B01D29/111B01D29/31B01D2201/46B29C31/04B29L2031/14B29L2031/608
    • A method of plugging honeycomb cells (12) involves providing a honeycomb having an inlet end and an outlet end and a multiplicity of cells (12) extending from inlet end to outlet end, and introducing the sealant material (16) into pre-selected honeycomb cell openings by capillary action to form a plug on said pre-selected cell openings. The sealant can also be thermoplastic polymer preform having sections corresponding to the cell openings on a given surface of a honeycomb. The preform is positioned on the honeycomb surface having the pre-selected cell openings so that the perform is inserted into the pre-selected cell openings. The pre-selected cell openings are heated to allow the preform to deform into a thermoplastic sealing material and bond to inside walls of the pre-selected cell openings, to produce a plugged honeycomb with plugs securably positioned into the selected cell openings.
    • 一种堵塞蜂窝单元(12)的方法包括提供具有入口端和出口端的蜂窝体和从入口端到出口端延伸的多个单元(12),并将密封剂材料(16)引入预选的蜂窝 通过毛细管作用形成细胞开口,以在所述预先选择的细胞开口上形成塞子。 密封剂也可以是具有对应于蜂窝体的给定表面上的孔口的部分的热塑性聚合物预制件。 预成型件定位在具有预先选择的单元开口的蜂窝表面上,使得该性能被插入预选的单元开口中。 预先选择的电池开口被加热以允许预成型件变形成热塑性密封材料并且结合到预先选择的电池开口的内壁,以产生具有可固定地定位在所选电池开口中的插头的堵塞蜂窝。
    • 10. 发明申请
    • KEY SYSTEM TO ENSURE CORRECT USE OF INSERTS
    • 确保插入件正确使用的关键系统
    • WO2015177274A1
    • 2015-11-26
    • PCT/EP2015/061243
    • 2015-05-21
    • C.C. JENSEN A/S
    • FICH, Jens
    • B01D25/26
    • B01D35/30B01D25/26B01D29/31B01D2201/4046B01D2201/4053
    • The present relates to an oil filtration system (1) comprising an oil filtration unit (2), an oil filter (13) having a central opening (15) extending along a central axis (B) of the oil filter (13), the oil filtration unit (2) being provided with at least one first physical structure (18,18',18'') having a first cross-sectional shape and a predefined longitudinal length (x) in relation to the central axis (A) of the oil filtration unit (2), the oil filter (13) being provided with at least one second physical structure (23,23',23'') having a second cross sectional shape and a predefined longitudinal length (y) in relation to the central axis (B) of the oil filter (13) and an inner or outer periphery of the second physical structure (23,23',23'') being arranged to mate with the outer or inner periphery of the first physical structure (18,18',18'') allowing the oil filter (13) to reach its correct insertion position in the oil filtration unit (2), where at least one of the end surfaces (28,29,31) of the oil filter (13) relative to the central axis (B) of the oil filter (13) comprises the at least one second physical structure (23,23',23'').
    • 本发明涉及一种油过滤系统(1),其包括油过滤单元(2),具有沿油过滤器(13)的中心轴线(B)延伸的中心开口(15))的机油滤清器(13) 油过滤单元(2)设置有至少一个第一物理结构(18,18',18“),所述第一物理结构具有第一横截面形状和相对于中心轴线(A)的预定纵向长度(x) 所述油过滤单元(2),所述机油滤清器(13)设置有至少一个第二物理结构(23,23',23“),所述第二物理结构具有第二横截面形状和预定的纵向长度(y) 油过滤器(13)的中心轴线(B)和第二物理结构(23,23',23“)的内圆周或外圆周布置成与第一物理结构的外周或内圆周配合 18“,18”),允许油过滤器(13)到达其在油过滤单元(2)中的正确插入位置,其中至少一个端面(2 油过滤器13相对于机油滤清器13的中心轴线B的压力8,29,31)包括至少一个第二物理结构(23,23',23“)。