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    • 1. 发明授权
    • Systems and methods for manually operating hybrid propulsion and regeneration systems for marine vessels
    • 用于手动操作船舶混合动力推进和再生系统的系统和方法
    • US08992274B1
    • 2015-03-31
    • US13524172
    • 2012-06-15
    • Aaron J. WardBrett J. McNalley
    • Aaron J. WardBrett J. McNalley
    • B63H21/22B63H21/20
    • B63H21/20B63H21/21B63H2021/205Y02T70/5236
    • A hybrid propulsion system for a marine vessel having a first marine propulsor that propels the marine vessel, a first internal combustion engine that selectively powers the first marine propulsor, and a first electric motor that selectively powers the first marine propulsor. The system also has first and second user input devices and a control circuit that controls operation of the system in at least a first control mode and a second control mode. In the first control mode, the control circuit controls operation of both the first internal combustion engine and the first electric motor based upon actuation of the first user input device. In the second control mode, the control circuit controls operation of the first internal combustion engine based upon actuation of the first user input device and the control circuit controls operation of the first electric motor based upon actuation of the second user input device.
    • 一种用于海洋船舶的混合推进系统,其具有推动船舶的第一海洋推进器,第一内燃机,其选择性地为第一海洋推进器供能;以及第一电动机,其选择性地为第一海洋推进器供电。 该系统还具有第一和第二用户输入设备和控制电路,其控制至少第一控制模式和第二控制模式下的系统的操作。 在第一控制模式中,控制电路基于第一用户输入装置的动作来控制第一内燃机和第一电动机的动作。 在第二控制模式中,控制电路基于第一用户输入装置的动作来控制第一内燃机的操作,并且控制电路基于第二用户输入装置的致动来控制第一电动机的操作。
    • 3. 发明授权
    • Systems and methods for maneuvering a marine vessel
    • 操纵船只的系统和方法
    • US08777681B1
    • 2014-07-15
    • US12971892
    • 2010-12-17
    • Brett J. McNalleyMichael J. Lemancik
    • Brett J. McNalleyMichael J. Lemancik
    • B63H5/20B63H5/125B63H20/08
    • B63H21/213B63H25/42
    • Systems for maneuvering a marine vessel comprise a plurality of marine propulsion devices that are movable between an aligned position to achieve of movement of the marine vessel in a longitudinal direction and/or rotation of the marine vessel with respect to the longitudinal direction and an unaligned position to achieve transverse movement of the marine vessel with respect to the longitudinal direction. A controller has a programmable circuit and controls the plurality of marine propulsion devices to move into the unaligned position when a transverse movement of the marine vessel is requested and to thereafter remain in the unaligned position after the transverse movement is achieved. Methods of maneuvering a marine vessel comprise requesting transverse movement of the marine vessel with respect to a longitudinal direction and operating a controller to orient a plurality of marine propulsion devices into an unaligned position to achieve the transverse movement, wherein the plurality of marine propulsion devices remain in the unaligned position after the transverse movement is achieved.
    • 用于操纵海洋船舶的系统包括多个船舶推进装置,其可在对准位置之间移动,该对准位置实现海船在纵向方向上的运动和/或船舶相对于纵向方向的旋转和不对准位置 以实现船舶相对于纵向方向的横向移动。 控制器具有可编程电路,并且当要求海洋船只的横向运动并且之后在实现横向移动之后保持在未对准位置时,控制多个船舶推进装置移动到未对准位置。 操纵海洋船只的方法包括要求船舶相对于纵向进行横向运动,并操作控制器以将多个船舶推进装置定向到未对准位置以实现横向移动,其中多个船舶推进装置保持 在横向移动之后处于未对准位置。