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    • 1. 发明申请
    • APPARATUSES AND SYSTEMS FOR CONVERTING FLUID ENERGY TO MECHANICAL MOTION
    • 将流体动力转化为机械运动的装置和系统
    • WO2016111925A1
    • 2016-07-14
    • PCT/US2016/012037
    • 2016-01-04
    • BOLGER, David, V.
    • BOLGER, David, V.
    • F01D1/00F16H1/12F16H1/16F03B5/00F03B11/00
    • F03C1/26F03C1/00F03C1/002
    • An example apparatus includes: a plate configured to move along an underlying surface via a layer of fluid disposed in a gap between the plate and the underlying surface, where pressurized fluid forms the layer of fluid in the gap; a first rack gear coupled to the plate and meshing with a first gear; and a second rack gear coupled to a second gear. The second rack gear is fixed, and the second gear is coupled to the first gear. The pressurized fluid in the gap repels the plate away from the underlying surface, thereby causing (i) the first rack gear to move linearly and the first gear to rotate, (ii) the second gear to rotate and move along the second rack gear, and (iii) the plate to move along the underlying surface.
    • 示例性设备包括:板,其被配置成经由设置在板和下面表面之间的间隙中的流体层沿下游表面移动,其中加压流体在间隙中形成流体层; 耦合到所述板并与第一齿轮啮合的第一齿条; 以及联接到第二齿轮的第二齿条。 第二齿条固定,第二齿轮联接到第一齿轮。 间隙中的加压流体使板离开下面的表面,从而使(i)第一齿条线性移动,第一齿轮旋转,(ii)第二齿轮旋转并沿着第二齿条移动, 和(iii)板沿着下面的表面移动。
    • 2. 发明申请
    • VOLUMETRIC HYDRAULIC MACHINE FOR PRESSURIZED WATER SUPPLY
    • 用于加压供水的液压液压机
    • WO2014118119A1
    • 2014-08-07
    • PCT/EP2014/051497
    • 2014-01-27
    • BRIGAGLIA, AlbertoPINNA, Franco
    • PINNA, Franco
    • F03C1/38F01B1/06F03B13/00F03B17/06F03C1/14F03C1/26
    • F03C1/2454F01B1/06F01B1/062F03B5/00F03C1/04F03C1/0444F03C1/14F03C1/26Y02E10/20Y02E10/28
    • A volumetric hydraulic machine for water supply in pressure (1) comprising a rotating slide valve (6) integral with a crankshaft (7) which rotates around an axis (V), said rotating slide valve (6) is rotatably mounted on a distribution box (3) that comprises a plurality of cavities (30-33) respectively connected to a plurality of pipes (50-53) of which an outlet pipe (53) connected with the output in the water supply, the other remaining pipes (50-52) of said plurality of pipes (50-53) each respectively connected with only one of a plurality of chambers (45-47) of a monoblock (4) which integrally mounts said distribution box (3), said monoblock (4) comprising a central chamber (45) and at least a pair of further chambers (46-47), said crankshaft (7) engaging at least a pair of connecting rods (93, 94) mounting pistons (91, 92).
    • 一种用于压力供水的体积液压机(1),包括与围绕轴线(V)旋转的曲轴(7)一体的旋转滑阀(6),所述旋转滑阀(6)可旋转地安装在配电箱 (3),包括分别连接到多个管道(50-53)的多个空腔(30-33),其中与所述水源中的输出端连接的出口管道(53),其余的管道(50-33) 所述多个管道(50-53)中的每一个分别与仅整体地安装所述分配箱(3)的整体(4)的多个室(45-47)中的仅一个连接,所述整体组件(4)包括 中心室(45)和至少一对另外的室(46-47),所述曲轴(7)接合至少一对安装活塞(91,92)的连接杆(93,94)。
    • 4. 发明申请
    • A MULTI-STORY ATTACHED AXIS HYDRAULIC ENGINE AND A MULTIPLE LAYER INTEGRAL HELICAL WHEEL-BLADE HYDRAULIC PRESSURE TURBINE
    • 多层连接轴液压发动机和多层整体式螺旋叶片液压式压力涡轮机
    • WO2016089322A1
    • 2016-06-09
    • PCT/TR2015/000353
    • 2015-12-02
    • CAN, Eşref
    • CAN, Eşref
    • F03C1/26F01C1/18F04D1/06F03C2/08F03B3/00
    • F03C1/26F03B5/00Y02E10/20
    • Multi-story, attached axis+connected helical gear hydraulic engine with components multiple layer adjoint axis hydraulic engine (1) and multiple layer helical wheel integral wheel-blade hydraulic pressure turbine (15) is constituted by forming an integral body and integral axis by super positioning multiple layer adjoint axis hydraulic engine (1) and unit hydromotors, and by grounding the body and supporting in the bearings and connecting to a multiple layer single hydraulic flow channel; and by uniting multiple layer two hydraulic systems onto an integral frame that are established by positioning multiple layer helical wheel integral wheel-blade hydraulic pressure turbine (15), wheel-main blade assembly (16), and profile which is in the position of negative factor that form a reaction against this; by turning 180 degrees and by narrowing the reaction area with integral wheel-additional blade assembly (17) that has the characteristics of generating positive power at the same level, and small surface reaction breaker set assembly (18).
    • 多层,连轴+连接螺旋齿轮液压发动机与组件多层共轴液压发动机(1)和多层螺旋轮一体式轮叶片液压涡轮机(15)由超级整体和整体轴组成 定位多层辅助轴液压发动机(1)和单元液压马达,并通过接地体和支撑在轴承中并连接到多层单液压流道; 并且通过将多层二液压系统结合在通过定位多层螺旋轮一体式轮叶片液压涡轮机(15),轮主叶片组件(16)和位于负的位置的轮廓而建立的整体框架上 对此形成反应的因素; 通过旋转180度并且通过使具有产生相同水平的正功率的特征的集成轮附加叶片组件(17)和小表面反应断路器组件(18)使反作用区域变窄。
    • 9. 发明申请
    • METHOD OF OPERATION OF THE ROTARY ENGINE
    • 旋转发动机的操作方法
    • WO2012144881A3
    • 2013-08-22
    • PCT/MD2012000002
    • 2012-04-17
    • SIBOV VASILIISIBOV-MEDINSCHI MIHAISIBOV LIVIU
    • SIBOV VASILIISIBOV-MEDINSCHI MIHAISIBOV LIVIU
    • F03G7/10F03B17/00
    • F03C1/26F03B17/005F03G7/10F04B23/14
    • The invention relates to methods of operation of engines with a special operating process, in particular using the potential energy of liquids, gases or their mixture as a result of increasing their pressure. Engines, which realize the claimed method, can be used in generating mechanical, electric energy, pumping liquids and gases in the air, sea, road, railway transport vehicles and in agricultural, military machinery, etc. Summary of the invention consists in that in the method of operation of the rotary engine, which includes the interaction of the working medium with the working surfaces of the blades, the potential energy of the working medium obtained by increasing its pressure in a closed chamber, bordering upon a cylinder, two side covers, an axis, gaskets, a piston and work surfaces of the blades, made, for example, in the form of triangle, and forming a closed capacity, is transformed as a result of interaction of the compressed working medium with the working surfaces of the blades into mechanical rotation energy. The technical result consists in increasing the power capacity and efficiency compared to existing engines.
    • 本发明涉及具有特殊操作过程的发动机的操作方法,特别是利用液体,气体或其混合物的潜在能量作为增加其压力的结果。 实现所要求保护的方法的发动机可用于在空气,海运,道路,铁路运输车辆以及农业,军事机械等中产生机械,电能,泵送液体和气体。发明概述在于: 旋转发动机的操作方法,其包括工作介质与叶片的工作表面的相互作用,通过在与气缸接合的封闭室中增加其压力而获得的工作介质的势能,两个侧盖 由于压缩的工作介质与工作表面的相互作用,叶片的轴线,垫圈,活塞和工作表面被制成例如三角形形状并且形成封闭的容量。 叶片进入机械旋转能量。 技术成果在于与现有发动机相比提高了电力容量和效率。
    • 10. 发明申请
    • INTEGRATED ENERGY GENERATING DAMPER
    • 综合能源发电阻尼器
    • WO2011159874A3
    • 2012-03-22
    • PCT/US2011040654
    • 2011-06-16
    • LEVANT POWER CORPTUCKER CLIVEWENDELL ROSSANDERSON ZACKARY MMOEN EVANSCHNEIDER JOHANNESJACKOWSKI ZACHARY MMORTON SEAN
    • TUCKER CLIVEWENDELL ROSSANDERSON ZACKARY MMOEN EVANSCHNEIDER JOHANNESJACKOWSKI ZACHARY MMORTON SEAN
    • F03G7/08
    • F03G7/08B60G11/265B60G2400/252F01C1/103F01C9/002F01C13/00F03C1/26
    • A linear energy harvesting device that includes a housing and a piston that moves at least partially through the housing when it is compressed or extended from a rest position. When the piston moves, hydraulic fluid is pressurized and drives a hydraulic motor. The hydraulic motor drives an electric generator that produces electricity. Both the motor and generator are central to the device housing. Exemplary configurations are disclosed such as monotube, twin-tube, tri-tube and rotary based designs that each incorporates an integrated energy harvesting apparatus. By varying the electrical characteristics on an internal generator, the kinematic characteristics of the energy harvesting apparatus can be dynamically altered. In another mode, the apparatus can be used as an actuator to create linear movement. Applications include vehicle suspension systems (to act as the primary damper component), railcar bogie dampers, or industrial applications such as machinery dampers and wave energy harvesters, and electro-hydraulic actuators.
    • 线性能量收集装置,其包括壳体和活塞,当壳体和活塞从静止位置被压缩或延伸时至少部分地移动通过壳体。 当活塞移动时,液压油被加压并驱动液压马达。 液压马达驱动发电机发电。 电机和发电机都是设备外壳的中心。 公开了示例性配置,例如单管,双管,三管和基于旋转的设计,每个都包括集成的能量收集装置。 通过改变内部发电机的电气特性,可以动态地改变能量收集装置的运动特性。 在另一种模式中,该装置可用作致动器以产生线性运动。 应用包括车辆悬挂系统(用作主要阻尼器部件),轨道车转向架阻尼器或工业应用,例如机械阻尼器和波浪能收割机以及电动液压致动器。