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    • 41. 发明公开
    • A vessel with a hull and a propulsion unit
    • SCHIFF MIT EINEM RUMPF UND EINER ANTRIEBSEINHEIT
    • EP3069985A1
    • 2016-09-21
    • EP15159997.4
    • 2015-03-20
    • ABB Oy
    • Pellinen, Petri
    • B63H5/125
    • B63H23/321B63H5/07B63H5/125B63H21/17B63H23/34B63H2005/1256B63H2005/1258
    • The propulsion unit comprises a hollow strut (21) rotatably attached to the hull of the vessel, a propeller shaft (41) having an axial centre line (X-X) and being positioned and supported in the lower portion of the strut with bearings (51, 52), a propeller (80) being attached to at least one end of the propeller shaft protruding from the lower portion (23) of the strut , and an electric motor (30) driving the propeller shaft. An additional support arrangement (110, 120) is positioned at least in one end portion of the propeller shaft axially outwards from the bearings. The support arrangement comprises a first support surface (110) formed in connection with the propeller shaft and a second support surface (120) mating with the first support surface and being formed in connection with the lower portion of the strut. The second support surface is positioned at a predetermined distance (D1) from the first support surface so that a slot (S1) is formed between the first and second support surface facing towards each other. The bending of the propeller shaft due to external loads acting on the propeller is restricted to a predetermined maximum value with the support surfaces.
    • 推进单元包括可旋转地附接到船体的中空支柱(21),具有轴向中心线(XX)的传动轴(41),并被定位并支撑在支柱的下部中, 52),安装在从支柱的下部(23)突出的传动轴的至少一端的螺旋桨(80)和驱动该推进器轴的电动机(30)。 一个额外的支撑装置(110,120)至少位于传动轴的一个端部中,从轴承轴向向外定位。 支撑装置包括与传动轴连接形成的第一支撑表面(110)和与第一支撑表面配合并与支柱的下部连接形成的第二支撑表面(120)。 第二支撑表面定位在与第一支撑表面相距预定距离(D1)处,使得在第一和第二支撑表面之间形成一个相对于彼此的狭槽(S1)。 由于作用在螺旋桨上的外部载荷导致的传动轴的弯曲被限制在与支撑表面一个预定的最大值。
    • 46. 发明公开
    • Pod propulsion unit of a ship
    • Pod-Antriebseinheit eines Schiffs
    • EP2949574A1
    • 2015-12-02
    • EP14170562.4
    • 2014-05-30
    • ABB Oy
    • Kosso, AnttoLahtinen, LasseSäkkinen, Petri
    • B63J2/12H02K9/10H02K9/12
    • B63H21/17B63H23/24B63H2005/1258B63J2/12H02K9/10H02K9/12H02K21/00
    • The invention relates to a pod propulsion unit of a ship. The pod propulsion unit comprises a pod housing (1) arranged at least partly below a hull (2) of the ship, an electric propeller motor (3) within a motor gondola (4) of the pod housing (1), an annular gap (8) between a rotor (6) and a stator (7) of the electric propeller motor (3), and gas channels (9) extending through the rotor (6), a closed cooling gas circuit (10), and a fan (11) for circulating gas in the closed cooling gas circuit (10). The closed cooling gas circuit (10) comprising a feeding duct (27) extending between the return duct (28) and the first motor end face (30) of the electrical propeller motor (3), and a return duct (28) extending between the feeding duct (27) and the opposite second motor end face (31) of the electrical propeller motor (3).
    • 本发明涉及一种船的舱推进单元。 舱推进单元包括至少部分地设置在船体的船体(2)下方的船舱壳体(1),在舱壳体(1)的电动机缆车(4)内的电动螺旋桨马达(3),环形间隙 在电动螺旋桨马达(3)的转子(6)和定子(7)之间的转子(8)和延伸穿过转子(6)的气体通道(9),封闭的冷却气体回路(10)和风扇 (11),用于在封闭的冷却气体回路(10)中循环气体。 封闭的冷却气体回路(10)包括在电动螺旋桨马达(3)的返回管道(28)和第一马达端面(30)之间延伸的进料管道(27),以及回流管道(28) 进给管道(27)和电动螺旋桨马达(3)的相对的第二马达端面(31)。
    • 47. 发明公开
    • Slewing seal arrangement for a propulsion unit
    • Schwenkdichtungsanordnungfüreine Antriebseinheit
    • EP2944559A1
    • 2015-11-18
    • EP14168086.8
    • 2014-05-13
    • ABB Oy
    • Karila, KaiKiiskilä, JussiKortelainen, VilleRonkainen, ErkkiTamminen, Tero
    • B63H5/125
    • B63H5/125B63H2005/1258
    • The propulsion unit comprises a strut having an upper portion (22) with an upper end portion (100) passing through a passage (P1) formed between a first outer bottom (11) and a second inner bottom (12) in a vessel 10. The upper end portion (100) is rotatable supported (Y-Y) with a slewing bearing (300) and sealed with a slewing seal (200). An upper slewing seal (210) prevents lubrication medium leakage from the slewing bearing (300), whereby access to the upper slewing seal (210) is provided in a radial direction (R1) from the interior of the vessel (10) or from the interior of the strut (21) in order to be able to service the upper slewing seal (210). A lower slewing seal (220) is positioned at a vertical distance (H1) below the upper slewing seal (210) and prevents sea water from penetrating into the hull of the vessel (10), whereby access to the lower slewing seal (210) is provided in a radial direction (R1) from the interior of the vessel (10) or from the interior of the strut (21) in order to be able to service the lower slewing seal (220).
    • 推进单元包括具有上部部分(22)的支柱,上部部分(22)穿过形成在容器10中的第一外部底部(11)和第二内部底部(12)之间的通道(P1)。 上端部(100)与回转支承(300)可旋转地支承(YY)并用回转密封件(200)密封。 上回转密封件(210)防止润滑介质从回转支承件(300)泄漏,从而从容器(10)的内部沿径向(R1)或从容器(10)的内部提供对上回转密封件(210)的进入, 支撑件(21)的内部,以便能够维修上部回转密封件(210)。 下回转密封件(220)定位在上回转密封件(210)下方的垂直距离(H1)处,并且防止海水渗入容器(10)的船体,由此进入下回转密封件(210) 从容器(10)的内部或从支柱(21)的内部沿径向方向(R1)设置,以便能够使用下部回转密封件(220)。