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    • 105. 发明申请
    • Vertical axis wind turbine
    • US20060188364A1
    • 2006-08-24
    • US11357048
    • 2006-02-21
    • Mike Fritz
    • Mike Fritz
    • F03D7/06
    • F03D3/068F03D7/06F03D9/007F03D9/12F05B2220/62F05B2220/708F05B2240/911F05B2240/93Y02A20/141Y02B10/30Y02B10/70Y02E10/728Y02E10/74Y02E60/16
    • The United States of America consumes nearly 20 million barrels of oil a day, 6.6 billion per year. This depleting chemical composition, in part, ends up in our air, on our trees, on our clothing, in our lungs, in our blood streams. A large portion of this oil is imported causing a dependency on foreign countries and a significant economic burden to this country. Clean, renewable, domestic energy is a necessity, not a luxury. The Z-333 Energy Management System is an answer to this challenge. There have been many Vertical Axis Wind Turbine patents issued since Mr. Elhanan L. Stoners' patent in 1891. However it appears that none has yet manifested itself into a large scale economic reality. The Z-333 Energy Management System is the latest of a series of improved Vertical Axis Wind Turbine designs which will make that reality come to pass. The Z-333 Energy Management System includes several novel changes to previously patented designs, plus incorporates totally new accessories to make man's continuing conquest of wind an actuality. These innovations include; Aerodynamic “balanced” wings. Tightly stretched fabric-only wings strengthening the overall structure, and at the same time, drastically lower the cost of construction. Flexible photovoltaic cells cover the aforementioned fabric-only-wings. A rotating tower that is flexible and safer. A unique high winds shut off switch. A multi-generator braking system maintains the shaft at a constant RPM. Generators and gears mounted to removable panels. Rubber-like covered shaft and large ring transmission. A low cost switch that controls the angle of attack of the wing with less problems and cost. A tower made of prefabricated interchangeable modules that can be used as a home, water tank, storage room, shop, and/or a shed. A base which is also a large battery and/or a control box shell. A programmable intelligent control box, which notifies the owner by cell phone, of battery fast charge/discharge, vandalism, key energy indicators, integrates a multi-circuit station timer, plus provides an electric-fence-like shock protection from animals and vandals. Low cost, multi-pancake generator that is highly efficient. A shaft centered flywheel. A shaft centered centrifugal pump. A sea base with ballast for low cost erection. A sea base with desalinization equipment built inside. A sea base with integrated hydrogen and oxygen producing equipment.
    • 106. 发明授权
    • Long-life vacuum system for energy storage flywheels
    • 储能飞轮长寿命真空系统
    • US07053589B2
    • 2006-05-30
    • US10344442
    • 2001-08-10
    • Christopher W. GabrysDavid R. Campbell
    • Christopher W. GabrysDavid R. Campbell
    • H02K7/02H02K16/00H02K47/04F16F15/30H02P9/42
    • H02K7/025Y02E60/16Y10T74/2117
    • The invention, intended primarily for use in a steel flywheel power source (30), provides a vacuum system and a method of maintaining a vacuum inside a flywheel chamber (32) for the life of the power source (30). The vacuum system combines the use of cleaning and de-gassing treatments in the chamber (32) and vacuum tempering of the steel flywheel (31) with the use of a chemical type metal alloy nonevaporable getter, such as zirconium-vanadium-iron, that cooperatively matches the outgassing of the flywheel (31) and chamber (32) by sorbing those gases that are released. The getter may be reactivated throughout the life of the flywheel system by reheating it with an integral heater that is triggered by a timer instead of a vacuum gauge to increase the system reliability, using power taken directly from the energy stored in the flywheel. The electronics (45) of the flywheel power source are used to signal an alarm or prevent achieving or maintaining full speed of the flywheel when the vacuum in the chamber degrades.
    • 主要用于钢飞轮动力源(30)的本发明提供一种真空系统和在飞轮室(32)内维持真空以在电源(30)的使用寿命内的方法。 真空系统结合了在室(32)中的清洁和除气处理的使用以及钢飞轮(31)的真空回火,使用化学型金属合金不可蒸发的吸气剂,例如锆 - 钒铁,其中 通过吸附释放的气体来协同地匹配飞轮(31)和室(32)的除气。 吸气剂可以在飞轮系统的整个使用寿命期间重新激活,通过使用由定时器而不是真空计触发的整体式加热器来加热,以使用直接从存储在飞轮中的能量获取的功率来提高系统的可靠性。 飞轮电源的电子部件(45)用于发出报警信号,或者当室内的真空度降低时,防止实现或保持飞轮的全速。
    • 109. 发明申请
    • Apparatus and method for flywheel based cooling
    • 基于飞轮的冷却装置和方法
    • US20060066163A1
    • 2006-03-30
    • US10955209
    • 2004-09-30
    • Michael Melfi
    • Michael Melfi
    • H02K7/02
    • H02K9/06H02K7/02Y02E60/16
    • In accordance with exemplary embodiments, the present invention provides a transient power source that includes a flywheel that stores kinetic energy. In the event of a loss of main or operating power, the kinetic energy stored in the flywheel is converted into electrical energy. As one example, the rotation of the flywheel drives a generator that converts this mechanical (i.e., kinetic energy) into electrical energy. Additionally, the exemplary flywheel, as one embodiment, generates a cooling airflow for various components of the electrical machine. Thus, the rotation of the flywheel not only generates power, but also cools the various components of the transient power source as well.
    • 根据示例性实施例,本发明提供一种瞬态电源,其包括存储动能的飞轮。 在主要或操作功率损失的情况下,存储在飞轮中的动能转化为电能。 作为一个示例,飞轮的旋转驱动将该机械(即动能)转换成电能的发电机。 另外,作为一个实施例,示例性飞轮产生用于电机的各种部件的冷却气流。 因此,飞轮的旋转不仅产生动力,而且还冷却瞬态动力源的各种部件。