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    • 2. 发明申请
    • DERIVING POWER FROM A LOW TEMPERATURE HEAT SOURCE
    • 从低温热源获取电力
    • WO2005031123A1
    • 2005-04-07
    • PCT/GB2004/004089
    • 2004-09-24
    • CITY UNIVERSITYSMITH, Ian, Kenneth
    • SMITH, Ian, Kenneth
    • F01K25/04
    • F01K25/08F01K21/005Y02E20/14
    • A fluid having a positive-slope for a vapour part of its temperature-entropy diagram, such as n-pentane, is heated as a liquid under pressure in a heat exchanger (13) by heat from the source (12) and expanded to generate power in a two phase expander (17) to form a homogenous mixture of liquid and vapour which is delivered to a separator (20). The separated vapour is expanded in a turbine (25) to generate further power before being condensed in a condenser (28), the condensate being supplied to a first feed pump (41). The output of the pump (41) and the relatively small amount of liquid from the separator (20) are returned by a second feed pump (42) to the heat exchanger (13). In a modified arrangement, the liquid from the separator is returned by a further feed pump to an intermediate point of the heat exchanger.
    • 具有正温度 - 熵图的蒸汽部分的正斜率(例如正戊烷)的流体通过来自源(12)的热量在热交换器(13)中作为液体在压力下被加热并膨胀以产生 在两相膨胀器(17)中的功率以形成被输送到分离器(20)的液体和蒸汽的均匀混合物。 分离的蒸汽在涡轮机(25)中膨胀以在冷凝器(28)中冷凝之前产生更多的功率,冷凝物被供应到第一进料泵(41)。 泵(41)的输出和来自分离器(20)的相对少量的液体由第二进料泵(42)返回到热交换器(13)。 在改进的布置中,来自分离器的液体通过另外的进料泵返回到热交换器的中间点。
    • 6. 发明公开
    • LOAD TRANSFER SYSTEM
    • 资助体系荷载
    • EP1272419A1
    • 2003-01-08
    • EP01918007.4
    • 2001-03-20
    • Seametric International AS
    • KJERSTAD, Jostein
    • B66C23/53B66C23/76B63B35/00
    • B63B9/065B63B27/08B66C23/52B66C23/72
    • A system for lifting and moving heavy loads, especially for use in the installation or removal of offshore platforms, comprising a number of lifting devices (1) which are arranged for mounting on a floating structure (2) which during use floats on the surface (3) of a volume of water (4) beside the load which has to be lifted. Each lifting device (1) comprises a lever arm unit (5) with a first (6) and a second (7) arm projecting in opposite directions from a common mounting point (8), the first arm having a lifting point (11) at its free end for engaging with the load, at least one first container (12) which is connected to the first arm (6) at a point near the said lifting point (11), and which is arranged to receive and discharge a flowable medium and to be submerged in the volume of water (4), and at least one second container (19) which is suspended at the free end of the second arm (7). The interiors of the containers are interconnected via a pipeline device (21), and a device (22) is provided for fast transfer of medium in the first container (12) via the pipeline device (21) to the second container (19).