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    • 91. 发明申请
    • VOLUMETRIC, SELF-RESETTING, HYDRAULIC FUSE
    • 液压,自动复位,液压保险丝
    • WO1989006765A1
    • 1989-07-27
    • PCT/US1988001139
    • 1988-04-08
    • BRUNSWICK CORPORATION
    • BRUNSWICK CORPORATIONFIELD, Stanley, R.
    • F16K21/16
    • F16K17/32F16K17/24F16K17/26F16K17/30
    • A hydraulic fuse or cut-off device divides fluid flow into: (i) a primary fluid stream; and (ii) a secondary fluid stream having a substantially constant, but small ratio of flow to said primary stream. The secondary stream exerts pressure on a timing piston (7) which thereby monitors the entire flow and causes the fuse to cut-off when a predetermined volume of fluid has passed through the device. The fuse includes a regulating piston (6) for building inlet pressure to a value sufficient to develop the power necessary to drive the timing piston. Greater simplicity of the component parts and decreased sensitivity to contamination results from the use of a small fluid orifice to control the secondary stream. This is achieved by fitting the regulating piston with an inwardly directed flange (9), just touching the peripheral surface of a slightly tapered, central pin (10) whereby the taper of the pin causes the orifice to be created as the regulating piston is caused to slide as a result of the primary fluid flow.
    • 液压保险丝或截止装置将流体流分为:(i)主流体流; 和(ii)具有与所述主流体基本上恒定但仅小的流量比的二次流体流。 二次流在定时活塞(7)上施加压力,从而监测整个流动,并且当预定体积的流体通过装置时使熔断器断开。 保险丝包括调节活塞(6),用于将入口压力建立到足以产生驱动定时活塞所需的功率的值。 通过使用小的流体孔来控制二次流,组件的更简单和污染的敏感性降低。 这是通过使调节活塞与向内指向的凸缘(9)相配合来实现的,刚好接触稍微锥形的中心销(10)的外周表面,由此,当引起调节活塞时,销的锥形导致孔口产生 由于主流体流动而滑动。
    • 94. 发明申请
    • MARINE TROLLING MOTOR WITH TRACTION DRIVE
    • 带牵引力传动装置的船用牵引电动机
    • WO1989005261A2
    • 1989-06-15
    • PCT/US1988004185
    • 1988-11-22
    • BRUNSWICK CORPORATION
    • BRUNSWICK CORPORATIONALEXANDER, Charles, F., Jr.GUSSERT, David, A.
    • B63H21/26
    • F16H13/08B63H20/007H02K7/116
    • A marine trolling propulsion system (2) has a lower submerged housing (4) including an electric motor (5) driving a propeller (6) through a reducing traction drive provided by rolling contact of three balls (57-59) between split inner races (36 and 38) and an outer race (60) to drive a transfer member (68) which rotates the propeller (6). The inner race halves (36 and 38) are axially loaded by Belleville washers (72) providing constant axial force with axial deflection, and a limited maximum loading force capability to intentionally provide overload slip protection. The inner race halves (36 and 38) are keyed to the intermediate floating shaft (14) on raised hexagonal shoulders (32 and 34) permitting rocking of the inner race halves (36 and 38) and self-seating and alignement of the inner race halves to the balls (57-59). Couplers (16 and 124) are provided between the electric motor shaft (12) and an intermediate floating axial shaft (14) and between the transfer member (68) and the propeller shaft (70) which enable different axes of rotation to accommodate manufacturing variations. The transfer member (68) is also coupled to the propeller shaft (70) by structure (118, 126, 128) enabling the transfer member (68) to rock about the center of the propeller shaft (70) such that propeller thrust is transmitted equally to the balls (57-59).
    • 曳舟推进系统(2)具有包括电动机(5)的潜入式底部(4),电动机(5)通过确保的减速牵引驱动来驱动螺旋桨(6)。 通过轧制旋转所述叶轮开槽内圈(36和38)和用于驱动转印构件(68)的外保持架(60)之间的三个球(57-59)的触点(6)。 内圈(36和38)的半部沿轴向通过贝氏垫圈(72)创建与轴向偏转恒定的轴向力,以及容量的有限的最大加载力通过滑动过载有意提供保护加载。 内部笼半部(36和38)上凸起的六边形台肩(32和34)的国内笼半部允许倾斜(36和38),以及自键连接在所述浮动中间轴(14) 坐在球上(57-59)对齐内笼半部。 电动机轴(12)和中间轴向浮动轴(14)之间设置的耦合装置(16和124)和所述传送构件(68)和推进器的轴(70)之间 ,这种布置允许具有不同的旋转轴来接受制造变化。 转印件(68)也通过结构(118,126,128)使所述传送构件(68)可绕的中心连接到所述螺旋的轴(70) 螺旋桨的轴(70)以使螺旋桨的推力均匀地传递到滚珠(57-59)。