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    • 2. 发明申请
    • ГИБРИДНЫЙ СИЛОВОЙ АГРЕГАТ КОЛЕСНОГО ТРАНСПОРТНОГО СРЕДСТВА
    • 混合动力单元车轮
    • WO2016043628A1
    • 2016-03-24
    • PCT/RU2015/000576
    • 2015-09-11
    • КРИШТОП, Анатолий Михайлович
    • КРИШТОП, Анатолий Михайлович
    • F02B63/04B60L11/16B60K17/04B60K6/00
    • B60K6/00B60K17/04B60L11/16F02B63/04Y02T10/7033
    • Предложен гибридный силовой агрегат транспортного колесного средства, включающий первичный источник энергии, двигатель внутреннего сгорания, накопитель энергии и привод, выполненный с возможностью изменения числа оборотов вращения и передающий вращение на привод ведущих колес транспортного средства. Двигатель внутреннего сгорания содержит декомпрессор и выполнен с возможностью работы на двух режимах: нагрузочный режим с выключенным декомпрессором и режим маховика, в виде вращающихся деталей двигателя, с включенным декомпрессором. В накопителе энергии используется, по крайней мере, один супермаховик, маховик в виде вращающихся деталей двигателя и электрохимический аккумулятор. Изобретение позволяет уменьшить расход топлива и улучшить экологические показатели путем перевода режима работы двигателя из нагрузочного в режим маховика без использования холостого хода.
    • 提出了一种轮式车辆的混合动力单元,其包括一次能量源,内燃机,能量存储装置和能够改变旋转次数并将旋转传递到驱动驱动器的驱动器的驱动器 车轮。 内燃机包含减压器,能够以两种模式操作:其中解压缩器关闭的加载模式和旋转发动机部件形式的飞轮模式,其中解压缩器被打开 。 能量存储装置利用至少一个超级飞轮,旋转的发动机部件的形式的飞轮和电化学电池。 本发明允许通过将引擎操作模式从加载模式切换到飞轮模式而不使用空转而降低燃料消耗和改善生态指标。
    • 6. 发明申请
    • SYSTEM FOR GENERATING ELECTRIC POWER
    • 发电系统
    • WO2004045040A3
    • 2004-09-10
    • PCT/US0335909
    • 2003-11-12
    • WASHINGTON JERRYWASHINGTON DEWAYNE
    • WASHINGTON JERRYWASHINGTON DEWAYNE
    • B60L11/16H02J9/08H02P9/06H02J9/00
    • H02J9/08B60L11/16H02P9/06Y02T10/642Y02T10/7027Y02T10/7033
    • A system and method for generating power includes a motor assembly, an inertia-assisted, torque-enhanced gearbox, including a flywheel assembly and a clutch assembly, and a generator assembly. The motor assembly is used to drive the flywheel assembly up to the generator's designed operating speed. When the flywheel assembly reaches the generator operating speed, the clutch assembly engages and connects the flywheel assembly to the generator assembly. When the flywheel assembly is connected to the generator assembly, it supplies the generator with the starting torque required to start the generator. The motor assembly then supplies the torque necessary to operate the flywheel assembly and the generator assembly at the generator's designed operating speed. When the generator encounters peak loads, the flywheel assembly also supplies peak load torques to the generator assembly. The generator assembly is operable to supply power to a load connected to the generator assembly.
    • 用于产生动力的系统和方法包括马达组件,惯性辅助扭矩增强型齿轮箱,包括飞轮组件和离合器组件以及发电机组件。 电机组件用于驱动飞轮组件直到发电机设计的运行速度。 当飞轮组件达到发电机运行速度时,离合器组件将飞轮组件接合并连接到发电机组件。 当飞轮组件连接到发电机组件时,它向发电机提供启动发电机所需的起动转矩。 马达组件然后以发电机设计的运行速度提供操作飞轮组件和发电机组件所需的扭矩。 当发电机遇到峰值负载时,飞轮组件还向发电机组件提供峰值负载转矩。 发电机组件可操作以向连接到发电机组件的负载供电。
    • 7. 发明申请
    • SYSTEM AND METHOD FOR GENERATING POWER
    • 用于发电的系统和方法
    • WO2004045040A2
    • 2004-05-27
    • PCT/US2003/035909
    • 2003-11-12
    • WASHINGTON, JerryWASHINGTON, Dewayne
    • WASHINGTON, JerryWASHINGTON, Dewayne
    • H02J
    • H02J9/08B60L11/16H02P9/06Y02T10/642Y02T10/7027Y02T10/7033
    • A system and method for generating power includes a motor assembly, an inertia-assisted, torque-enhanced gearbox, including a flywheel assembly and a clutch assembly, and a generator assembly. The motor assembly is used to drive the flywheel assembly up to the generator's designed operating speed. When the flywheel assembly reaches the generator operating speed, the clutch assembly engages and connects the flywheel assembly to the generator assembly. When the flywheel assembly is connected to the generator assembly, it supplies the generator with the starting torque required to start the generator. The motor assembly then supplies the torque necessary to operate the flywheel assembly and the generator assembly at the generator's designed operating speed. When the generator encounters peak loads, the flywheel assembly also supplies peak load torques to the generator assembly. The generator assembly is operable to supply power to a load connected to the generator assembly.
    • 一种用于发电的系统和方法包括马达组件,惯性辅助扭矩增强型齿轮箱,包括飞轮组件和离合器组件以及发电机组件。 电机组件用于驱动飞轮组件直到发电机设计的运行速度。 当飞轮组件达到发电机运行速度时,离合器组件将飞轮组件接合并连接到发电机组件。 当飞轮组件连接到发电机组件时,它向发电机提供启动发电机所需的起动转矩。 然后马达组件以发电机设计的运行速度提供操作飞轮组件和发电机组件所需的扭矩。 当发电机遇到峰值负载时,飞轮组件还向发电机组件提供峰值负载转矩。 发电机组件可操作以向连接到发电机组件的负载供电。
    • 8. 发明申请
    • FLYWHEEL SYSTEM FOR MOBILE ENERGY STORAGE
    • 用于移动能源存储的飞行器系统
    • WO1995013647A1
    • 1995-05-18
    • PCT/US1994011809
    • 1994-11-07
    • ROSEN MOTORS L.P.ROSEN, Harold, A.BAKHOLDIN, DanielBOSLEY, Robert, W.PEARSON, Chris, C.PANO, Scott, B.
    • ROSEN MOTORS L.P.
    • H02K07/02
    • B60K6/48B60K6/105B60L11/16B62M1/10F16F15/302F16F15/305F16F15/315H02K5/173H02K7/025H02K7/083H02K7/09H02K9/19H02K11/048Y02E60/16Y02T10/6204Y02T10/6221Y02T10/6282Y02T10/641Y02T10/7027Y02T10/7033Y10S903/96Y10T74/2119
    • A flywheel support system isolates the flywheel (11) and its motor-generator (21) from the driving environment of an electrically powered motor vehicle. A suitable liquid (9), placed between the outer (8) and vacuum (10) housings of the flywheel assembly, provides buoyancy and damping to the vacuum housing, cooling the motor-generator, and serves as one of the barriers to rotor energy and angular momentum transfer in the event of and accident or failure. During normal operation, a shearable mechanical gimbal system (80) keeps the vacuum housing centered in the outer housing, reacts the spin moments generated by the motor-generator, and provides a path for the electrical leads into the vacuum housing. In the event of bearing seizure or rotor failure, the mechanical gimbal will shear and allow the vacuum housing to gradually spin down against the fluid. A system of angular-contact oil-lubricated ball bearings (12, 13) supports the rotating assembly including the rotor (21b) of the motor-generator. A squeeze film damper (145) associated with the lowermost bearing (13) minimizes mechanical vibrations. A molecular drag pump (26) maintains a high vacuum for the rotating assembly. The placement of the center of gravity of the vacuum housing and its contents below the center of buoyancy produces a vertical orientation of the vacuum housing in the absence of accelerations, allowing the offloading of the flywheel rotor weight by a magnet (23).
    • 飞轮支撑系统将飞轮(11)及其电动发电机(21)与电动机动车辆的行驶环境隔离开来。 放置在飞轮组件的外部(8)和真空(10)壳体之间的合适的液体(9)为真空壳体提供浮力和阻尼,冷却电动发电机,并且用作转子能量的障碍之一 并在发生事故或故障时进行角动量传递。 在正常操作期间,可剪切机械万向节系统(80)将真空壳体保持在外壳体中心,使电动发电机产生的自旋力矩反应,并为电气引线提供到真空壳体中的路径。 在轴承卡死或转子故障的情况下,机械万向架将剪切并允许真空壳体逐渐向下旋转流体。 角接触油润滑球轴承(12,13)的系统支撑包括电动发电机的转子(21b)的旋转组件。 与最低轴承(13)相关联的挤压薄膜阻尼器(145)使机械振动最小化。 分子阻力泵(26)维持旋转组件的高真空度。 真空壳体的重心及其内容物位于浮力中心之下,在没有加速度的情况下产生真空壳体的垂直取向,从而允许由磁体(23)卸载飞轮转子重量。