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    • 71. 发明申请
    • METHOD AND APPARATUS FOR INCREASING THE OPERATIONAL CAPACITY AND EFFICIENCY OF A COMBUSTION TURBINE
    • 增加燃气轮机运行能力和效率的方法和装置
    • WO1996035050A1
    • 1996-11-07
    • PCT/US1995005686
    • 1995-05-02
    • CAROLINA POWER & LIGHT COMPANYDAVIS, Thomas, L.SHELL, John, P.BEADLE, Todd, W.McALLISTER, Keith, S.HOBBS, Alexander, O.
    • CAROLINA POWER & LIGHT COMPANY
    • F02G03/00
    • F04F5/18F02C3/00F02C7/1435F02G2250/03
    • The operational capacity and efficiency of a combustion turbine system is increased by treating the turbine inlet air to increase its density. The inlet air treatment is achieved in a columnar tower (22) with the inlet air being drawn in at the top of the tower (70). Treatment water (80), for example at 0-4.5 DEG C, is injected with the air at a downward velocity exceeding that of the inlet air to establish a vertically descending, two-phase co-current flow of inlet air and treatment water. The above flow pattern increases the density of the turbine inlet air by producing a drag-induced pressure boost to the inlet air and also by cooling the inlet air by direct heat transfert from the cold water. The invention serves to increase the operational capacity and efficiency of existing or new peaking combustion turbines at a cost per kW that is substantially less than that of installing new peaking combustion turbine capacity, while also permitting enhanced load following capabilities for the electric utility's control center.
    • 燃气轮机系统的运行能力和效率通过处理涡轮进口空气来增加其密度而增加。 入口空气处理在柱塔(22)中实现,其中入口空气被吸入塔的顶部(70)。 例如在0-4.5℃的处理水(80)以比进入空气的向下的速度注入空气以建立入口空气和处理水的垂直下降的两相并流流动。 上述流动模式通过对入口空气产生拖曳感应的压力升高并且还通过从冷水直接传热来冷却入口空气来增加涡轮机入口空气的密度。 本发明用于以每kW的成本提高现有的或新的峰值燃烧涡轮机的运行能力和效率,其显着小于安装新的峰值燃烧涡轮机容量的操作能力和效率,同时还允许电力公司的控制中心的增强的负载跟随能力。
    • 74. 发明申请
    • ROTARY ENGINE
    • 旋转发动机
    • WO8601855A2
    • 1986-03-27
    • PCT/US8501727
    • 1985-09-10
    • BATTELLE DEVELOPMENT CORP
    • FAWCETT SHERWOOD L
    • F01C1/077F01C19/02F01C19/08F02G1/02F02G1/05
    • F01C1/077F01C19/02F01C19/08F02G1/02F02G1/05F02G2250/03
    • A rotary engine includes a housing (10) having a cylindrical internal surface on which seals are supported to prevent the flow of gases from spaces between two rotating pistons on separate but concentrically-arranged shafts. Three sets of gearing control (27, 28, 29) relative rotation of the pistons which move toward and away from each other to compress gases between the pistons. A drive shaft (33) is connected by the first gear set (27) to a first of the concentrically-arranged shafts (18). The drive shaft is also connected by a second gear set (28) to the other of the concentrically-arranged shafts (16). The third gear set (29), comprised of non-circular gears, connects the drive shaft to an output shaft (38).
    • 一种旋转式发动机包括具有圆柱形内表面的壳体(10),所述壳体设置有密封件,所述密封件防止气体从分开但同心轴上的两个旋转活塞之间的空间流出。 三个齿轮组(27,28,29)控制分开移动的活塞的相对旋转,并一起压缩活塞之间的气体。 驱动轴(33)通过第一齿轮组(27)连接到第一同心轴线(18)。 驱动轴也通过第二齿轮组(28)连接到另一个同心轴(16)。 包括非圆形齿轮的第三齿轮组(29)将驱动轴连接到输出轴(38)。
    • 75. 发明申请
    • INTERNAL COMBUSTION ENGINE HAVING A SPHERICAL CHAMBER
    • 具有球阀的内燃机
    • WO1984000997A1
    • 1984-03-15
    • PCT/US1982001228
    • 1982-09-10
    • KEISLER, D., Michael
    • F02B53/10
    • F01C3/06F01C9/005F02B53/10F02B2075/027F02G2250/03F05B2250/241Y02T10/17
    • An internal combustion engine having a generally spherical cavity (14) within a rigid body (12), and the cavity (14) being divided into variable-sized compartments by a generally disk-shaped rotor (20) which is mounted for rotation about a first diametral axis (22) of the rotor (20). A separator plate (28) both rotates with the rotor (20) and oscillates with respect to the rotor (20) about a second axis (30). Either internal or external passages provide communication between certain compartments within the spherical cavity (14) as the rotor (20) (and an attached shaft) rotate. A controlled quantity of fuel is admitted to a gas within the engine, and the gas/fuel mixture is ignited at an appropriate time. In one embodiment there are two associated spherical chambers (314, 316), and heat exchanges (345, 365) are associated with passages leading to and from various compartments within the spherical chambers (314, 316). Under certain circumstances the engine may be operated as an internal combustion, Stirling-cycle engine.
    • 一种在刚性体(12)内具有大致球形的空腔(14)的内燃机,并且所述空腔(14)被大体上盘形的转子(20)分成可变大小的隔间,该转子安装成围绕 转子(20)的第一直径轴线(22)。 分隔板(28)都与转子(20)一起旋转并相对于转子(20)绕第二轴线(30)摆动。 当转子(20)(和连接的轴)旋转时,内部或外部通道都提供球形空腔(14)内的某些隔室之间的连通。 受控量的燃料被允许在发动机内的气体中,并且气体/燃料混合物在适当的时间被点燃。 在一个实施例中,存在两个相关联的球形腔室(314,316),并且热交换器(345,365)与通向球形腔室(314,316)内的各个隔间的通道相关联。 在某些情况下,发动机可以作为内燃,斯特林循环发动机运转。
    • 79. 发明授权
    • Combustion engine
    • 内燃机
    • US07765785B2
    • 2010-08-03
    • US11512454
    • 2006-08-29
    • Gerald E. Kashmerick
    • Gerald E. Kashmerick
    • F02C5/00F02C3/00
    • F02G1/02F02G3/02F02G2250/03
    • A combustion engine that has at least a plurality of power strokes during a complete cycle of engine operation that is of compact packaging and Brayton cycle operable. In a preferred embodiment, a piston-cylinder arrangement used to compress air and deliver it to a combustion chamber where it is combusted along with fuel. The combustion gases are returned back to the piston-cylinder arrangement where they act on the piston to output power in a power stroke. A second power stroke can be implemented where additional combustion gases are available to extract additional power from. In a preferred embodiment, the same piston-cylinder arrangement receives the additional combustion gases from the combustion chamber in the second power stroke.
    • 在发动机运转的整个循环期间具有至少多个功率冲程的内燃机,该发动机运行是紧凑的包装和布雷顿循环可操作的。 在优选实施例中,一种用于压缩空气并将其输送到与燃料一起燃烧的燃烧室的活塞 - 气缸装置。 燃烧气体返回到活塞 - 气缸装置,在那里它们作用在活塞上以在动力冲程中输出动力。 可以实现第二功率冲程,其中附加的燃烧气体可用于从其中提取附加功率。 在优选实施例中,相同的活塞 - 气缸装置在第二动力行程中接收来自燃烧室的附加燃烧气体。