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    • 13. 发明申请
    • SEAL ARRANGEMENT IN A VESSEL
    • 船舶密封装置
    • US20160059950A1
    • 2016-03-03
    • US14839959
    • 2015-08-29
    • ABB Oy
    • Ville KortelainenErkki RonkainenJussi Kiiskilä
    • B63H23/32F16J15/32
    • B63H23/321B63H5/125B63H2005/1258B63H2023/327F16J15/008F16J15/3268F16J15/46
    • The arrangement comprises a seal (500) sealing a cylindrical rotating part (100) passing through an opening in a support structure in the vessel (10) against a medium (W). The seal (500) comprises a package of annular seal rings (510, 520, 530). Each seal ring (510, 520, 530) comprises a seal part (512, 522, 532) being supported in a corresponding seal support part (511, 521, 531). The seal support part (511) in the first seal ring (510) positioned closest to the medium (W) has the form of a cylinder (511A) provided with an annular flange (511B) at one end of the cylinder (511A). The outer surface of the cylinder (511A) is supported and sealed with an auxiliary seal (610) against the inner circumference of the opening. The annular flange (511B) is supported against the support structure (83) surrounding the opening. There are adjusting means (900) for adjusting the position of the first seal support part (511) in relation to the support structure (83) surrounding the opening in order to relocate the seal (500) in an axial direction in relation to the rotating part (31, 100).
    • 该装置包括一密封件(500),该密封件(500)密封通过容器(10)中的支撑结构中的开口的圆柱形旋转部件(100)抵靠介质(W)。 密封件(500)包括一组环形密封环(510,520,530)。 每个密封环(510,520,530)包括被支撑在对应的密封支撑部分(511,521,531)中的密封部分(512,522,532)。 位于最靠近介质(W)的第一密封环(510)中的密封支撑部分(511)具有在气缸(511A)的一端处设置有环形凸缘(511B)的圆柱体(511A)的形式。 气缸(511A)的外表面用辅助密封件(610)支撑并密封抵靠开口的内圆周。 环形凸缘(511B)支撑在围绕开口的支撑结构(83)上。 存在用于相对于围绕开口的支撑结构(83)调节第一密封支撑部(511)的位置的调节装置(900),以便使密封件(500)相对于旋转的轴向方向 (31,100)。
    • 15. 发明申请
    • Multi-Stage Watertight Chamber
    • 多级防水室
    • US20150017848A1
    • 2015-01-15
    • US14325677
    • 2014-07-08
    • Chien-Chung Kang
    • Chien-Chung Kang
    • B63H20/32B63H23/32B63H1/02
    • B63H20/32B63B2750/00B63H1/02B63H5/07B63H23/321B63H23/34B63H2023/322B63H2023/327
    • A multi-stage watertight chamber is provided in this invention. The multi-stage watertight chamber comprises a first rotary seal, a second rotary seal, a first housing, a second housing, and an integrated shaft. The first and second rotary seals withstand external pressure to make sure watertight status is achieved when the integrated shaft rotates. The first housing forms a first watertight chamber. The integrated shaft protrudes through the first housing via the first rotary seal. The second housing is placed outside and adjacent to the first housing and forms a second watertight chamber. The first watertight chamber contains devices that must be isolated from liquid outside the first and second housings. The second watertight chamber is used to store water seeped through the second rotary seal and avoid causing damage directly to components and apparatus inside the first watertight chamber.
    • 本发明提供了多级水密室。 多级水密室包括第一旋转密封件,第二旋转密封件,第一壳体,第二壳体和集成轴。 第一和第二旋转密封件承受外部压力,以确保在集成轴旋转时实现水密状态。 第一个房屋形成第一个水密舱。 集成轴通过第一旋转密封件穿过第一壳体突出。 第二壳体被放置在第一壳体的外部并且邻近第一壳体并形成第二水密室。 第一个防水室含有必须与第一和第二壳体外的液体隔离的装置。 第二个防水室用于储存通过第二个旋转密封件渗出的水,避免直接损坏第一个防水室内部件和设备。
    • 17. 发明授权
    • Simplified propelling system with drive integral to each other
    • 简化的推进系统,其驱动器互为一体
    • US5944569A
    • 1999-08-31
    • US868383
    • 1997-06-03
    • Fabio Buzzi
    • Fabio Buzzi
    • B63H23/32B63H23/36B63H23/34
    • B63H21/24B63H23/321B63H2023/327
    • Simplified propelling system for a propeller-supporting shaft of adjustable inclination, where the front end of the propeller-supporting shaft is carried by a hollow cylindrical body steadily fixed to the reversing gearbox, which in turn is steadily fixed to the engine.The hollow cylindrical body comes out of the stern surface of the boat through a hole sealed by rubber rings which allow small angle adjustments to modify the inclination of the propeller-supporting shaft, further carried by an adjustable support placed outside the boat; the inclination of the propeller-supporting shaft is modified by raising or by lowering a single assembly including the engine, the reversing gearbox, the hollow cylindrical body and the propeller-supporting shaft.
    • 螺旋桨支撑轴的可调倾斜的简化推进系统,其中螺旋桨支撑轴的前端由稳定地固定到换向齿轮箱的中空圆柱体承载,反转齿轮箱又稳定地固定到发动机。 中空的圆柱体通过一个由橡胶圈密封的孔从船的船尾表面出来,允许小角度调整以改变螺旋桨支撑轴的倾斜度,进一步由放置在船外的可调支撑承载; 通过升高或降低包括发动机,换向变速箱,中空圆柱体和螺旋桨支撑轴的单个组件来改变螺旋桨支撑轴的倾斜度。
    • 18. 发明授权
    • Split resin seal ring with chamfered end connection structures
    • 分体树脂密封圈,带倒角端连接结构
    • US5934680A
    • 1999-08-10
    • US657611
    • 1996-05-31
    • Kozo KakehiJiro Matsumoto
    • Kozo KakehiJiro Matsumoto
    • B63H23/32F16J9/14F16J9/28F16J15/56
    • F16J15/56B63H23/32B63H23/321F16J9/14F16J9/28
    • A composite step-cut type synthetic resin seal ring having a pair of abutments provided at one circumferential point of the ring body and spaced from each other. Each abutment has end face and comprises a protrusion and a shoulder provided adjacent to each other. The protrusion is provided on one axial side of the ring body and the shoulder is provided on the other axial side of the ring body. The end face, protrusion and shoulder of one abutment are complementary in shape to the end face, shoulder and protrusion of the other abutment, respectively. Chamfers are formed at the boundary between an end face of each protrusion and its inner axial side face facing the axial side face of the protrusion of the other abutment when the abutments are fitted together, at the boundary between the end face of protrusion of each abutment and its inner radial surface facing the shoulder of the other abutment when the abutments are fitted together, and at the boundary between the outer radial surface of the shoulder of each abutment and the end face of each abutment.
    • 复合阶梯式合成树脂密封环,其具有设置在环体的一个圆周点处并彼此间隔开的一对邻接部。 每个基台具有端面并且包括彼此相邻设置的突起和肩部。 突起设置在环体的一个轴向侧上,肩部设置在环主体的另一个轴向侧。 一个支座的端面,突起和肩部的形状分别与另一个支座的端面,肩部和凸起互补。 在每个突起的突起的端面与每个突起的突起的端面之间的边界处,在每个突起的端面与其另一个基台的突起的轴向侧面的内侧轴向侧面之间的边界处形成有倒角 并且其内径向表面面对另一基台的肩部,当邻接件被装配在一起时,并且在每个邻接台肩的外径向表面与每个基台的端面之间的边界处。
    • 19. 发明授权
    • Bearing assembly
    • 轴承总成
    • US5860745A
    • 1999-01-19
    • US838201
    • 1997-04-16
    • Richard T. Squyres
    • Richard T. Squyres
    • B63H23/32F16C17/14F16C27/06F16C33/22F16C3/00
    • F16C33/22B63H23/326F16C17/14F16C27/063F16C2326/30Y10S384/906
    • A bearing includes an annular rubber-like member having a metal sleeve bonded on the inside diameter. One or more collars are sweated onto a shaft and provide one component of a lug and groove torque connection, the metal sleeve providing the other component. In one embodiment, a polymer liner is cooled and then inserted into the stern tube. When the polymer liner warms to ambient temperature, it expands into engagement with the stern tube and provides a surface for bearing engagement with the rubber-like member. Liners of this type are easily removed by removing the bearing, drilling a hole through the side wall of the liner parallel to the axis of the bearing and then pulling the weakened liner from the stern tube.
    • 轴承包括环形橡胶状构件,其具有接合在内径上的金属套筒。 一个或多个套环出汗到轴上并且提供一个凸耳和槽扭矩连接的一个部件,该金属套筒提供另一个部件。 在一个实施方案中,将聚合物衬垫冷却,然后插入艉管中。 当聚合物衬里加热到环境温度时,其膨胀成与船尾管接合并提供用于与橡胶状构件轴承接合的表面。 这种类型的衬垫通过移除轴承容易地被移除,通过衬套的侧壁在轴承的轴线上钻一个孔,然后从艉管拉出弱化的衬套。