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    • 4. 发明申请
    • FILTER SYSTEM AND FILTER ELEMENT HAVING A SEALING DEVICE
    • 过滤系统和带密封装置的过滤元件
    • WO2015086432A3
    • 2015-08-27
    • PCT/EP2014076607
    • 2014-12-04
    • MANN & HUMMEL GMBH
    • JAINEK HERBERT
    • B01D35/30
    • B01D35/30B01D29/13B01D35/005B01D2201/295B01D2201/304B01D2201/305B01D2201/34F01M11/03F02M37/22F16J15/025
    • The invention relates to a filter system (100) for filtering a fluid, which system comprises a filter element (10), a filter housing (108) comprising a first housing part (109) and a second housing part (110) in which the filter element (10) is disposed, and a sealing device (20) disposed between the first housing part (109) and the second housing part (110) for sealing a housing interior (120) relative to the surroundings (122). The sealing device (20) has a seal (24) disposed on a seal carrier (22). To this end the seal (24) bears with at least one radially inner interior surface (18) on a radially outer bearing face (25) of the seal carrier (22) and is supported radially inwards by the bearing face (25), and/or has at least one retaining contour (23) for fixing the seal (24) on the seal carrier (22), and/or the seal (22) has at least one coupling element (36, 46) for connection to the first housing part (109) and/or the second housing part (110). The invention further relates to a sealing device (20) for installation in such a filter system (100) and to an arrangement consisting of a filter element (10) and a sealing device (20).
    • 本发明涉及一种过滤器系统(100)用于过滤流体设置在过滤器元件(10),过滤器壳体(108),包括第一外壳部分(109)和第二外壳部分(110),其中,所述过滤器元件(10) 是在第一壳体部件(109)和第二壳体部件(110)之间布置密封装置(20)以用于将壳体内部(120)密封在环境(122)上。 密封装置(20)具有布置在密封载体(22)上的密封件(24)。 在密封承座(22)的径向外侧接触侧(25),其具有至少一个径向向内定位的内表面(18)和所述密封件(24)是邻接侧(25)支持的径向向内和/或具有至少一个止动表面 (23),用于密封承座(22)上固定所述密封件(24),和/或具有用于连接到所述第一壳体部分(109)和/或第二壳体部分中的密封件载体(22)的至少一个联接元件(36,46) (110)。 本发明还涉及用于安装在这种过滤器系统(100)中的密封装置(20)以及过滤器元件(10)和密封装置(20)的布置。
    • 6. 发明申请
    • METHOD FOR SEALING A FILTER CHAMBER AND FILTER DEVICE
    • 密封过滤器和过滤装置的方法
    • WO2013156069A1
    • 2013-10-24
    • PCT/EP2012/057178
    • 2012-04-19
    • OUTOTEC (FILTERS) OYBÖHNKE, Bernd
    • BÖHNKE, Bernd
    • B01D25/164B01D25/21B01D25/28
    • B01D35/30B01D25/164B01D25/215B01D25/285B01D29/66B01D37/00B01D2201/34
    • The invention relates to a method for sealing a filter chamber of a filter device, the filter device having a pack of at least a recess plate (15) and an adjacent recess plate (15), the recess plate (15) having a first recess (22) and/or the adjacent recess plate (15) having a second recess, the first recess (22) and/or the second recess forming the filter chamber between the recess plate (15) and the adjacent recess plate (15), the recess plate (15) having a groove (25) encircling the filter chamber, and a sealing ring (24) inserted into the groove (25), the sealing ring (24) sealing the filter chamber from a gap between the recess plate (15) and the adjacent recess plate (15), the method comprising a sequence of steps, including moving the recess plate (15) close to the adjacent recess plate (15) for building the pack, and securing the recess plate (15) to the adjacent recess plate (15), piping a suspension into the filter chamber on a cake side of a filter cloth, letting a solid content of the suspension settle on the filter cloth as a filter cake, and a liquid fraction of the suspension permeate the filter cloth to a filtrate side thereof, and discharging the filtrate out of the filter chamber. The invention further relates to a recess plate (15) for use in a filter device, the recess plate (15) comprising a recess, and a groove (25) encircling the recess, the groove (25) being adapted to receive a sealing ring (24) for sealing a filter chamber formed by the recess between the recess plate (15) and an adjacent plate from a gap formed between said plates outside the filter chamber. In order to reduce delivery of suspension into the gap between the recess plates (15), according to the invention it is suggested to move the recess plate (15) and the adjacent recess plates (15) into contact, and then to force the sealing ring (24) out of the groove (25) towards the adjacent recess plate (15). Further according to the invention it is suggested to provide a fluid channel extending from the head piece to the recess plate (15), and a fluid duct (30) connecting to the groove (25) for feeding a forcing fluid into the groove (25). Further according to the invention it is suggested to provide a fluid duct (30) adapted to communicate with a fluid channel extending from a head piece of the filter device to the recess plate, and to feed a forcing fluid into the groove (25).
    • 本发明涉及一种用于密封过滤器装置的过滤室的方法,该过滤装置具有至少一个凹板(15)和相邻的凹槽(15)的包装,该凹槽(15)具有第一凹槽 (22)和/或相邻的凹板(15)具有第二凹槽,第一凹部(22)和/或第二凹部在凹槽(15)和相邻的凹槽(15)之间形成过滤室, 所述凹板(15)具有围绕所述过滤室的凹槽(25)和插入所述凹槽(25)中的密封环(24),所述密封环(24)将所述过滤室与所述凹槽 15)和相邻的凹板(15),该方法包括一系列步骤,包括使凹板(15)靠近邻近的凹板(15)移动以构建包装,并将凹板(15)固定到 相邻的凹板(15),将悬浮液配管到滤布的滤饼侧的过滤室中,使固体 悬浮液的帐篷作为滤饼落在滤布上,并且悬浮液的液体部分将滤布渗透到其滤液侧,并将滤液排出过滤室。 本发明还涉及一种用于过滤装置的凹板(15),所述凹槽(15)包括一个凹槽和一个围绕所述凹槽的凹槽(25),所述凹槽(25)适于容纳密封圈 (24),用于从形成在所述过滤室外部的所述板之间的间隙密封由所述凹板(15)和相邻板之间的所述凹部形成的过滤室。 为了减少悬架到凹槽(15)之间的间隙的传送,根据本发明,建议将凹板(15)和相邻的凹板(15)移动接触,然后迫使密封 环(24)从所述凹槽(25)中朝向相邻的凹槽(15)移动。 此外,根据本发明,建议提供从头部件延伸到凹槽(15)的流体通道和连接到凹槽(25)的流体管道(30),用于将迫使流体输送到凹槽(25) )。 此外,根据本发明,建议提供一种流体管道(30),其适于与从过滤装置的头部件延伸到凹槽的流体通道连通,并将强制流体供给到凹槽(25)中。
    • 8. 发明申请
    • VERFAHREN ZUR HERSTELLUNG EINES FILTERELEMENTS
    • 用于生产过滤元件
    • WO2013120568A1
    • 2013-08-22
    • PCT/EP2013/000031
    • 2013-01-09
    • HYDAC FILTERTECHNIK GMBH
    • MEES, HaraldGALIFI, Giuseppe
    • B01D29/11
    • B01D29/111B01D29/21B01D2201/0415B01D2201/295B01D2201/34B01D2201/50
    • Ein Verfahren zur Herstellung eines Filterelements (10), wobei mindestens eine der miteinander zu verbindenden Teilkomponenten (12-18b) aus einem strahlungsdurchlässigen Material ausgebildet ist und mittels einer Strahlung zumindest teilweise durchstrahlt wird, wobei mindestens eine elektrisch leitfähige, thermoplastische Zwischenlage (22, 22') zwischen den miteinander zu verbindenden Teilkomponenten (12-18b) angeordnet wird und/oder mindestens ein thermoplastischer Aufschmelzbereich in mindestens einer elektrisch leitfähigen Teilkomponente (12-18b) der miteinander zu verbindenden Teilkomponenten (12-18b) festgelegt wird, und wobei durch Absorption der Strahlung zumindest in der jeweiligen Zwischenlage (22, 22') bzw. im jeweiligen Aufschmelzbereich eine Materialschmelzung erreicht wird und die jeweiligen Teilkomponenten (12-18b) nach einer Materialerkaltung fest miteinander verbunden sind, ist dadurch gekennzeichnet, dass die jeweilige Zwischenlage (22) und/oder die jeweilige Teilkomponente in einen angrenzenden Einbauraum (24) für eine weitere elektrisch leitfähige Teilkomponente (20) ragend angeordnet wird, und dass die jeweilige Zwischenlage (22) bzw. Teilkomponente nach dem Einsetzen der weiteren Teilkomponente (20) in den Einbauraum (24) an dieser elektrisch kontaktierend anliegt.
    • 一种用于制造过滤器元件(10)中,将被互连的子组件的方法,其中的至少一种方法(12-18b)由辐射透明的材料形成,并且通过辐射装置照射至少部分地,至少一个导电的,热塑性的中间层(22,22 “)布置之间的(将被接合在一起的子组件12-18b)和/或在彼此的至少一个导电部件的一部分(12-18b)的熔点区域的至少一个热塑性塑料(以连接到12-18b)被确定部件的部分,并且其特征在于,通过吸收 至少在相应的中间层(22,22“)的辐射和材料熔化的在各自的熔点区域实现和相应的子组件(12-18b)由Materialerkaltung被牢固地连接在一起,其特征在于,各中间层(22) 和/或相应Teilko mponente在相邻的安装空间(24),用于进一步的导电部件部分(20)突出设置,并且,在安装空间中的其他组成部分(20)的插入之后的相应的中间层(22)或组分的一部分(24)至所述电 接触施用。
    • 10. 发明申请
    • OIL FILTER
    • 油过滤器
    • WO2013038247A8
    • 2013-05-30
    • PCT/IB2012001735
    • 2012-09-10
    • TOYOTA MOTOR CO LTDHIYOSHI MASATOSHI
    • HIYOSHI MASATOSHI
    • B01D29/96B01D35/30
    • B01D29/96B01D35/30B01D2201/34B01D2201/4046
    • An oil filter includes a casing (2) having a cylinder portion formed with an opening in one end thereof and a threaded portion formed on an inner peripheral surface of the cylinder portion, and a cap (6) threadably engaging with the threaded portion to contain a filter element between the casing (2) and the cap (6). The cap (6) includes a flange abutted on an open end surface of the cylinder portion of the casing (2) and allowing the cap (6) to be positioned by the casing (2), and a recess fittably receiving a sealing member for obstructing oil flow between the cap (6) and the casing (2). The cap (6) is formed with a facilitating portion that allows at least a part of the sealing member to move onto a radial end surface of the flange when the sealing member is mounted on an outer peripheral surface of the cap (6) at a place between the flange and the recess and the cap (6) is positioned by the casing (2).
    • 油过滤器包括:壳体(2),其具有在其一端形成有开口的圆筒部分和形成在所述圆筒部分的内周表面上的螺纹部分,以及与所述螺纹部分螺纹接合以容纳 在所述壳体(2)和所述盖(6)之间的过滤元件。 盖(6)包括一个凸缘,该凸缘抵靠在壳体(2)的气缸部分的开口端表面上,并允许盖(6)由壳体(2)定位;以及凹口,其适于接纳密封构件 妨碍在盖(6)和壳体(2)之间的油流动。 盖(6)形成有便于部分,当将密封构件安装在盖(6)的外周表面上时,允许密封构件的至少一部分移动到凸缘的径向端表面上 位于凸缘和凹部之间,盖(6)由壳体(2)定位。