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    • 1. 发明申请
    • BEARING POWER GENERATING CONFIGURATION
    • 承载发电配置
    • WO2013160100A3
    • 2014-09-04
    • PCT/EP2013057383
    • 2013-04-09
    • SKF AB
    • BARTL FRANKERSKINE JOSEPHVAN DER HAM ANDREAS CLEMENSZIEGLER SEBASTIAN
    • F16C41/00F16C19/18F16C19/38H02K7/18
    • F16C41/004F16C19/16F16C19/38F16C41/008H02K7/1846Y02E10/725
    • A power generating bearing assembly (100) comprising a power generating subassembly (200) integrated into a bearing (110). The power generating subassembly (300, 400) utilizes the relative motion between an inner bearing ring (112) and an outer bearing ring (116) of the bearing (110) to generate electrical power. The power generating subassembly (300, 400) includes a generator drive member (310, 410) in operational engagement with an electrical generator (320, 420). The power generating subassembly (300, 400) is affixed to one of the bearing rings. A plurality of drive engaging members (130, 432, 434) is affixed to the opposite bearing ring in a spatial relationship at an equidistant radial location. The generator drive member (310, 410) is formed having a plurality of recessions (312, 412), which engage with drive engaging members (130, 432, 434). The relative motion between the rings (112, 116) engages the drive engaging members (130, 432, 434) and the generator drive member (310, 410) to rotate the electrical generator (320, 420) creating electrical current. The generator drive member (310, 410) can optionally be retained against the drive engaging members (130, 432, 434) by a biasing member (442).
    • 一种发电轴承组件(100),包括集成到轴承(110)中的发电子组件(200)。 发电子组件(300,400)利用轴承(110)的内轴承环(112)和外轴承环(116)之间的相对运动来产生电力。 发电子组件(300,400)包括与发电机(320,420)可操作地接合的发电机驱动构件(310,410)。 发电子组件(300,400)被固定到一个轴承环上。 多个驱动接合构件(130,432,434)在等距离的径向位置处以空间关系固定到相对的轴承环上。 发电机驱动构件(310,410)形成为具有与驱动接合构件(130,432,434)接合的多个凹部(312,412)。 环(112,116)之间的相对运动与驱动接合构件(130,432,434)和发电机驱动构件(310,410)接合,以旋转产生电流的发电机(320,420)。 发电机驱动构件(310,410)可以可选地通过偏压构件(442)保持抵靠驱动接合构件(130,432,434)。
    • 3. 发明申请
    • BEARING POWER GENERATING CONFIGURATION
    • 承载发电配置
    • WO2013160099A3
    • 2014-09-12
    • PCT/EP2013057381
    • 2013-04-09
    • SKF AB
    • BARTL FRANKERSKINE JOSEPHZIEGLER SEBASTIANVAN DER HAM ANDREAS CLEMENS
    • F16C41/00H02K7/18
    • F16C41/004H02K7/1846Y02E10/725
    • A power generating bearing assembly (100) comprising a power generating subassembly (200, 300, 400) integrated into a bearing (110). The power generating subassembly (300, 400) utilizes the relative motion between a bearing inner ring (112) and a bearing outer ring (116) of the bearing (110) to generate electrical power. A sealing system (130) is attached to one of the bearings (112, 116). The power generating subassembly (300, 400) includes an electrical generator (310, 410) in operational engagement with a magnetically polarized material (324, 424). The electrical generator (310, 410) is attached to the non-sealing carrying bearing (112, 116). The magnetically polarized material (324, 424) can be attached directly to the sealing system (130) or carried by a magnetically polarized material mount ring (320). The relative motion between the rings (112, 116) engages the electrical generator (310, 410) and the magnetically polarized material (324, 424) causing a generator core (312, 412) of the electrical generator (310, 410) to create an electrical current.
    • 一种发电轴承组件(100),包括集成到轴承(110)中的发电子组件(200,300,400)。 发电子组件(300,400)利用轴承内圈(112)和轴承(110)的轴承外圈(116)之间的相对运动来产生电力。 密封系统(130)附接到轴承(112,116)中的一个。 发电子组件(300,400)包括与磁极化材料(324,424)操作接合的发电机(310,410)。 发电机(310,410)安装在非密封运输轴承(112,116)上。 磁极化材料(324,424)可以直接附着到密封系统(130)上或由磁极材料安装环(320)承载。 环(112,116)之间的相对运动与发电机(310,410)和磁极化材料(324,424)接合,使得发电机(310,410)的发电机芯(312,412)产生 电流。
    • 4. 发明申请
    • POWER HARVESTING BEARING CONFIGURATION
    • 电力收集轴承配置
    • WO2013050294A8
    • 2014-04-17
    • PCT/EP2012069104
    • 2012-09-27
    • SKF AB
    • BARTL FRANKVAN DER HAM ANDREAS CLEMENS
    • F16C35/00F16C37/00F16C41/00
    • F01D15/10F01D1/04F04D29/05F16C35/00F16C37/00F16C41/004H02K7/1823
    • A power generating bearing assembly (100) comprising a bearing (120) retained by a bearing housing (110). The bearing housing (110) includes a bearing cooling passage system comprising at least one integrated liquid cooling passage (130) is integrated within the bearing housing (110). A turbine receiving bore (160) is formed through the bearing housing (110), penetrating the integrated liquid cooling segment (130). A turbine assembly (200) is inserted into the turbine receiving bore (160), positioning a turbine blade subassembly (230) of the turbine assembly (200) within the integrated liquid cooling passage (130), wherein fluid flowing within the integrated liquid cooling passage (130) causes the blade subassembly (230) to rotate. The rotation of the blade subassembly (230) rotates an electric power generator (collectively 222, 224, 226, 240, 242, 244, 246) to create electric power. The turbine assembly (200) can include an electro-magnetic subassembly mounting plate (248), wherein the turbine subassembly (202) is located on an interior surface of the mounting plate (248) and at least a portion of the power generating portion location on an exterior portion of the mounting plate (248).
    • 一种发电轴承组件(100),包括由轴承壳体(110)保持的轴承(120)。 轴承壳体(110)包括轴承冷却通道系统,其包括集成在轴承壳体(110)内的至少一个集成液体冷却通道(130)。 涡轮机接收孔(160)通过轴承壳体(110)形成,穿过集成液体冷却段(130)。 涡轮机组件(200)被插入到涡轮机接收孔(160)中,将涡轮机组件(200)的涡轮机叶片子组件(230)定位在集成液体冷却通道(130)内,其中流体在集成液体冷却 通道(130)使叶片子组件(230)旋转。 叶片子组件(230)的旋转使发电机(统称为222,224,226,240,242,244,246)旋转以产生电力。 涡轮组件(200)可以包括电磁子组件安装板(248),其中涡轮机组件(202)位于安装板(248)的内表面上,并且发电部位置的至少一部分 在安装板(248)的外部部分上。
    • 6. 发明申请
    • BEARING POWER EMBEDDED GENERATING CONFIGURATION
    • 轴承电源嵌入式发电配置
    • WO2013160035A2
    • 2013-10-31
    • PCT/EP2013056048
    • 2013-03-22
    • SKF AB
    • VAN DER HAM ANDREAS CLEMENS
    • F16C41/00
    • F16C41/004F16C19/386F16C41/008F16C2300/02G01M13/04H02K7/1846Y02E10/725
    • A power generating bearing assembly (100) comprising a power generating subassembly (200, 300) integrated into a bearing (110). The power generating subassembly (300) utilizes the relative motion between a bearing inner ring (112) and a bearing outer ring (116) of the bearing (110) to generate electrical power. A sealing member (136) is attached to one of the bearings (112, 116) at one end thereof. The power generating subassembly (300) includes an electrical generator (320) assembled through an aperture (137) of the sealing member (136) within an interior section of the bearing (110) and positioned to be in operational engagement with a magnetically polarized material (324). The magnetically polarized material (324) is integrated into a magnetic ring (138), which is attached to the non-seal carrying bearing ring. The relative motion between the rings (112, 116) engages the electrical generator (310) and the magnetically polarized material (324) causing a generator core (312) of the electrical generator (320) to create an electrical current.
    • 一种发电轴承组件(100),包括集成到轴承(110)中的发电子组件(200,300)。 发电子组件(300)利用轴承内圈(112)和轴承(110)的轴承外圈(116)之间的相对运动来产生电力。 密封构件(136)在其一端附接到轴承(112,116)中的一个。 发电子组件(300)包括通过密封构件(136)的孔(137)组装在轴承(110)的内部部分内并且被定位成与磁极化材料操作接合的发电机(320) (324)。 磁极化材料(324)被集成到磁性环(138)中,该磁性环附接到非密封承载轴承环。 环(112,116)之间的相对运动与发电机(310)和磁极化材料(324)接合,导致发电机(320)的发电机铁心(312)产生电流。
    • 7. 发明申请
    • BEARING POWER GENERATING CONFIGURATION
    • 承载发电配置
    • WO2013160098A3
    • 2014-08-07
    • PCT/EP2013057380
    • 2013-04-09
    • SKF AB
    • VAN DER HAM ANDREAS CLEMENSBARTL FRANKERSKINE JOSEPHZIEGLER SEBASTIAN
    • F16C41/00H02K7/18
    • F16C41/004F16C33/78F16C2300/02H02K7/08H02K7/088H02K7/1807H02K7/1869Y02E10/725
    • A power generating bearing assembly (100) comprising a power generating subassembly (200, 300) integrated into a bearing (110). The power generating subassembly (300) utilizes the relative motion between a bearing inner ring (112) and a bearing outer ring (116) of the bearing (110) to generate electrical power. A sealing system (320) is attached to one of the bearings (112, 116). The power generating subassembly (300) includes an electrical generator (310) in operational engagement with a magnetically polarized material (324). The electrical generator (310) is attached to the non-sealing carrying bearing (112, 116). The magnetically polarized material (324) is integrated into a supported member, which is a unitary section of the seal that extends axially from an end surface of the bearing rings. The relative motion between the rings (112, 116) engages the electrical generator (310) and the magnetically polarized material (324) causing a generator core (312) of the electrical generator (310) to create an electrical current.
    • 一种发电轴承组件(100),包括集成到轴承(110)中的发电子组件(200,300)。 发电子组件(300)利用轴承内圈(112)和轴承(110)的轴承外圈(116)之间的相对运动来产生电力。 密封系统(320)附接到轴承(112,116)中的一个。 发电子组件(300)包括与磁极化材料(324)可操作地接合的发电机(310)。 发电机(310)附接到非密封运送轴承(112,116)。 磁极化材料(324)被集成到支撑构件中,该支撑构件是从轴承环的端面轴向延伸的密封件的整体部分。 环(112,116)之间的相对运动与发电机(310)和磁极化材料(324)接合,导致发电机(310)的发电机铁心(312)产生电流。