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    • 2. 发明授权
    • Combined mechanical and magnetic locking system
    • 组合机械和磁性锁定系统
    • US4627251A
    • 1986-12-09
    • US651171
    • 1984-09-17
    • Suresh K. Bhate
    • Suresh K. Bhate
    • E05B47/00E05B27/06
    • E05B47/0044Y10T70/7057Y10T70/7616Y10T70/7932
    • In a locking system, a combination of mechanical tumblers which are moved into a release position by the shape of the key and at least one magnetic tumbler which is drawn into the release position by a visually nondiscernible magnet placed on the key. The lock style being standard in that it includes inner and outer cylinders wherein the inner cylinder rotates between an open and locked position. In an alternate embodiment of the subject invention, an additional tumbler made from a magnetically attractible material is placed in the cylinders and biased to the open position. Should the key being used to open the lock contain a magnet substantially adjacent to this additional magnetic tumbler, the tumbler will be drawn to the locked position thereby preventing the rotation and opening of the inner cylinder.
    • 在锁定系统中,机械翻转开关的组合通过键的形状移动到释放位置,以及至少一个磁力制动栓,其被放置在钥匙上的视觉上不可识别的磁体吸入释放位置。 标准的锁定方式是其包括内筒和外筒,其中内筒在打开和锁定位置之间旋转。 在本发明的替代实施例中,由磁性可吸引材料制成的另外的制动栓被放置在气缸中并被偏压到打开位置。 如果用于打开锁的钥匙包含大体上与该附加磁力制动栓相邻的磁体,则制动栓将被拉到锁定位置,从而防止内筒的旋转和打开。
    • 4. 发明授权
    • Free piston heat engine stability control system
    • 自由活塞热机稳定控制系统
    • US4433279A
    • 1984-02-21
    • US236460
    • 1981-02-20
    • Suresh K. Bhate
    • Suresh K. Bhate
    • F02G1/043H02K35/06H02K35/00H02P9/04
    • F02G1/0435H02K35/06
    • A stability control system for a free piston Stirling engine/alternator power unit whose engine power is an exponential function on the engine piston stroke and whose alternator power demand is also an exponential function of the piston stroke, and wherein the engine exponent is normally equal to or greater than the alternator exponent, includes a connection through a rectifier between the alternator output terminals and the alternator field windings. This increases the alternator exponent above the engine exponent to make the system stable. The large time constant of the field winding inductance, which would tend to slow the response time during transients, can be avoided by adding a suitable resistance in series with the field winding.
    • 用于自由活塞的稳定性控制系统斯特林发动机/交流发电机功率单元,其发动机功率是发动机活塞行程上的指数函数,其交流发电机功率需求也是活塞冲程的指数函数,并且其中发动机指数通常等于 或大于交流发电机指数,包括通过交流发电机输出端子和交流发电机励磁绕组之间的整流器的连接。 这增加了发动机指数以上的交流发电机指数,使系统稳定。 通过与励磁绕组串联添加合适的电阻可以避免场绕组电感的大时间常数,这将在瞬变期间减慢响应时间。
    • 6. 发明授权
    • Parallel DC power sources with different characteristics
    • 具有不同特性的并联直流电源
    • US06583523B1
    • 2003-06-24
    • US09635378
    • 2000-08-09
    • Suresh K. Bhate
    • Suresh K. Bhate
    • H02J100
    • H02J1/10Y02P80/21Y10T307/527Y10T307/729
    • A method and structure for electric power management that economically satisfies peak power demand and immediately satisfies a sudden substantial increase in power demand. An electric power management system comprises a first circuit element in parallel with a second circuit element, and a load in parallel with the first circuit element. The first circuit element includes a first direct current (DC) energy source in series with a first diode that prevents current backflow into the first energy source. The first energy source may comprise a conventional energy source such as fossil fuel, natural gas, hydroelectric power, etc. Alternatively, the first energy source may comprise an alternative energy source such as, inter alia, fuel cells, solar cells, wind power, and biomass power. The second circuit element includes a second DC energy source in series with a second diode that prevents current backflow into the second energy source, wherein said current backflow could be high enough to damage the second energy source. The second energy source, such as a battery, can respond instantaneously to a sudden demand in power. When the open circuit voltage (V20) of the second energy source is less than the terminal voltage (V1) of the first energy source, the first energy source alone supplies power to the load. When V20≧V1, the first energy source and the second energy source collectively supply power to the load. The preceding relationships between V20 and V1 hold during both steady state and transient operation of the electric power management system.
    • 电力管理的方法和结构,经济地满足峰值功率需求,并且立即满足电力需求的突然大幅增加。 电力管理系统包括与第二电路元件并联的第一电路元件和与第一电路元件并联的负载。 第一电路元件包括与第一二极管串联的第一直流(DC)能量源,其防止电流回流到第一能量源。 第一能量源可以包括诸如化石燃料,天然气,水力发电等的常规能量源。或者,第一能量源可以包括替代能源,诸如燃料电池,太阳能电池,风力发电, 和生物质能。 第二电路元件包括与第二二极管串联的第二DC能源,其阻止电流回流到第二能量源,其中所述电流回流可能足够高以损坏第二能量源。 诸如电池的第二能源可以瞬间响应电力的突然需求。 当第二能量源的开路电压(V20)小于第一能量源的端子电压(V1)时,第一能量源单独为负载供电。 当V20> = V1时,第一能量源和第二能量源共同向负载供电。 V20和V1之间的关系在电力管理系统的稳态和瞬态运行期间保持不变。
    • 7. 发明授权
    • High power density inverter and components thereof
    • 大功率密度逆变器及其组件
    • US06980450B2
    • 2005-12-27
    • US09882188
    • 2001-06-15
    • Suresh K. BhateJohn CestraChristopher B. HarringtonLeo Hoogenboom
    • Suresh K. BhateJohn CestraChristopher B. HarringtonLeo Hoogenboom
    • H02M7/00H02M7/538
    • H02M7/003
    • A compact high-power pure-sinewave inverter amenable to mass manufacturing techniques. Methods for increasing the power rating, power density and/or power conversion efficiency of a sinewave-modulated pulse-width-modulated (PWM) inverter having a either half-bridge or full-bridge topology, including minimizing uncoupled inductances and loop inductances in the primary winding(s) by employing either ribbon-like conductors having a high crossectional aspect ratio or litz-wire. A compact linear heatsink adapted to cool a row of semiconductor devices (such as inverter switches) mounted on a high-current printed circuit board. Methods for inexpensive manufacture of a fluid-cooled linear heat sink. A transformer including a filter inductor core.
    • 紧凑型大功率纯正弦波逆变器,适用于大量制造技术。 具有半桥或全桥拓扑的正弦波调制脉宽调制(PWM)逆变器的功率额定值,功率密度和/或功率转换效率的方法,包括最小化非桥耦合电感和回路电感 通过使用具有高横截面纵横比或绞合线的带状导体来实现初级绕组。 适用于冷却安装在大电流印刷电路板上的一排半导体器件(如逆变器开关)的紧凑型线性散热器。 廉价制造流体冷却线性散热器的方法。 一个变压器,包括滤波电感芯。
    • 8. 发明授权
    • Linear oscillating electric machine with permanent magnet excitation
    • 带永磁激励的线性振荡电机
    • US4349757A
    • 1982-09-14
    • US148040
    • 1980-05-08
    • Suresh K. Bhate
    • Suresh K. Bhate
    • F02G1/043H02K33/16H02K35/02H02K33/00
    • H02K33/16F02G1/0435H02K35/02
    • A linear electrodynamic machine is disclosed having permanent magnet excitation and an end flux leakage control. A flux carrying body having a plurality of annular magnets of alternating radially oriented polarities is disposed concentrically with respect to a stator having a plurality of annular wound coils. Relative axial reciprocation of the body and stator causes a reversal of the flux linking the coils while the flux in the body remains substantially constant. Focusing magnets provided on each end of the body and axial extensions provided on the stator insure uniformity of the alternating flux linking the coils and a constant flux intensity in the body to achieve high efficiencies.
    • 公开了一种具有永磁激励和端漏磁控制的线性电动机。 具有交替的径向定向极性的多个环形磁体的磁通载体相对于具有多个环形卷绕线圈的定子同心地设置。 身体和定子的相对轴向往复运动导致连接线圈的通量的反转,同时身体中的通量保持基本恒定。 设置在本体的每个端部上的聚焦磁体和在定子上提供的轴向延伸器确保了连接线圈的交流磁通的均匀性和在体内恒定的通量强度以实现高效率。
    • 9. 发明授权
    • Nuclear reactor shutdown system
    • 核反应堆停堆系统
    • US4304632A
    • 1981-12-08
    • US67989
    • 1979-08-20
    • Suresh K. BhateMartin H. CooperDelmar R. RiffeCalvin L. Kinney
    • Suresh K. BhateMartin H. CooperDelmar R. RiffeCalvin L. Kinney
    • G21C9/02G21C7/12G21C9/027G21C7/14
    • G21C9/027G21C7/12G21Y2002/202G21Y2002/301G21Y2002/303G21Y2004/301G21Y2004/302G21Y2004/402Y02E30/39
    • An inherent shutdown system for a nuclear reactor having neutron absorbing rods affixed to an armature which is held in an upper position by a magnetic flux flowing through a Curie temperature material. The Curie temperature material is fixedly positioned about the exterior of an inner duct in an annular region through which reactor coolant flows. Elongated fuel rods extending from within the core upwardly toward the Curie temperature material are preferably disposed within the annular region. Upon abnormal conditions which result in high neutron flux and coolant temperature, the Curie material loses its magnetic permeability, breaking the magnetic flux path and allowing the armature and absorber rods to drop into the core, thus shutting down the fissioning reaction. The armature and absorber rods are retrieved by lowering the housing for the electromagnet forming coils which create a magnetic flux path which includes the inner duct wall. The coil housing then is raised, resetting the armature.
    • 一种具有固定在电枢上的中子吸收棒的核反应堆的固有关闭系统,该电枢由流过居里温度材料的磁通量保持在上部位置。 居里温度材料围绕反应堆冷却剂所通过的环形区域中的内部管道的外部固定地定位。 从芯内向内延伸到居里温度材料的细长燃料棒优选地设置在环形区域内。 在导致高中子通量和冷却剂温度的异常条件下,居里材料失去其磁导率,破坏磁通路径,并允许电枢和吸收棒落入芯体,从而关闭裂变反应。 电枢和吸收棒通过降低用于形成线圈的电磁体的壳体来回收,这产生包括内管壁的磁通路径。 然后线圈壳体升高,重新设定电枢。