会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 104. 发明申请
    • CONDENSER AND METHOD OF CONDENSING VAPOUR
    • 冷凝器和蒸发器的冷凝方法
    • WO2015049512A1
    • 2015-04-09
    • PCT/GB2014/052965
    • 2014-10-01
    • BULMER, DuncanGRUNDMANN, Matthias
    • BULMER, DuncanGRUNDMANN, Matthias
    • F01K9/00F01K17/06F25B39/04F28B1/04
    • F28B9/08F01K9/00F01K17/06F25B39/04F28B9/00F28B9/10F28F5/04Y02E20/14
    • A condensing vessel is shown generally at (100), and comprises a stationary outer chamber (102), and a rotating portion in the form of an inner rotating drum or chamber (104), both of which are generally cylindrical, and arranged concentrically. A steam inlet (128) is provided to the inner chamber (104), and a water outlet (130) is provided from the outer chamber (102). Water level sensors (132) are provided on the outer chamber (102) to provide a control signal to a water pump (not shown). The water pump withdraws water to a de-aerator, prior to returning the water to a hot well (not shown). The pump is regulated by a three-way valve which determines how much (if any) water is returned to chamber (102) and how much is directed to the de-aerator, in dependence upon the water level in chamber (102). In use, steam enters the inlet (128) from an exhaust of a steam turbine (not shown). The inner chamber (104) is rotating at a speed of several thousand rpm and contains a body of water (134) that rotates with the chamber (104) in the form of a rotating cylindrical wall of water. The first impeller (114) forces the steam down into the chamber (104) where it condenses into droplets of water and is thrown radially outwards towards the wall (108). Uncondensed steam cannot exit the inner chamber as to do so it would first have to pass through the water to be able to enter a gap, labelled G, between the annular plate (112) and the return flange (126). In effect the water in this gap acts as a self-regulating, high-pressure water seal.
    • 冷凝容器大体上以(100)示出,并且包括固定的外部室(102),以及内部旋转的滚筒或室(104)形式的旋转部分,两者都是大致圆柱形的,同心地布置。 蒸汽入口(128)设置到内室(104),并且从外室(102)提供出水口(130)。 水位传感器(132)设置在外室(102)上,以向水泵(未示出)提供控制信号。 在将水返回到热井(未示出)之前,水泵将水送回去气器。 泵由三通阀调节,该三通阀根据室(102)中的水位确定多少(如果有的话)返回到室(102)以及多少(多少)被引导到除气器。 在使用中,蒸汽从蒸汽轮机(未示出)的排气进入入口(128)。 内室(104)以几千rpm的速度旋转,并且包含与腔室(104)以旋转圆柱形壁的形式一起旋转的水体(134)。 第一叶轮(114)迫使蒸汽向下进入室(104),在那里它被冷凝成水滴,并向壁(108)径向向外抛出。 未冷凝的蒸汽不能离开内腔,因此首先必须通过水以能够进入环形板(112)和返回凸缘(126)之间的标记为G的间隙。 实际上,该间隙中的水充当自调节高压水封。
    • 105. 发明申请
    • AIR COOLED CONDENSER
    • 空气冷却冷凝器
    • WO2014140755A1
    • 2014-09-18
    • PCT/IB2014/000333
    • 2014-03-13
    • ORMAT TECHNOLOGIES INC.
    • ARONOV, Evgeny
    • F28B9/10
    • F28B9/10F28B1/06
    • The present invention comprises a multi-pass air-cooled condenser, comprising a first-pass bundle of heat exchanger tubes into which working fluid containing non-condensable gas (NCG) is introducible at such a velocity to ensure that a NCG portion of said working fluid will remain together with a non-NCG portion of said working fluid even after being air cooled and from which said working fluid is extractable to another bundle of heat exchanger tubes maintaining a temperature of said extracted working fluid close to the condensation temperature of said non-NCG portion, wherein said NCG portion is separable from said non-NCG portion in a final-pass bundle of heat exchanger tubes of said condenser such that the percentage of separated NCGs in said final-pass tubes is significantly greater than the percentage of NCGs in said first-pass bundle.
    • 本发明包括一个多通风冷却冷凝器,它包括一个热交换器管的第一束,其中以这样的速度引入含有不可冷凝气体(NCG)的工作流体,以确保所述工作的NCG部分 即使在空气冷却之后,流体也将与所述工作流体的非NCG部分保持在一起,并且所述工作流体可从该热交换器管提取到另一束热交换器管,从而使所述提取的工作流体的温度接近于所述非 - -NCG部分,其中所述NCG部分在所述冷凝器的热交换器管的最终通过束中与所述非NCG部分分离,使得所述最终通过管中分离的NCG的百分比显着大于NCG的百分比 在所述的一流捆绑。
    • 108. 发明申请
    • METHOD AND DEVICE FOR CONDENSING OF PERIODICALLY AND MOMENTARILY RELEASED QUATITIES OF VAPOUR
    • 用于冷凝蒸气周期性和动态释放量的方法和装置
    • WO2004047945A1
    • 2004-06-10
    • PCT/NL2003/000832
    • 2003-11-25
    • SOLUTHERM B.V.JELLEMA, PieterNIJDAM, Jelle, Luutzen
    • JELLEMA, PieterNIJDAM, Jelle, Luutzen
    • B01D5/00
    • B01D5/0087B01D5/0027B01D5/0093F28B3/04F28B9/10F28D17/02F28D21/0014F28F25/087
    • A method and device for condensing periodically and momentarily released large quantities of vapor, such as water vapor, with condensable and non-condensable gaseous components by condensing the condensable components of the vapor in an enclosed space (5) by means of a cooling fluid (12), such as water, after which the heated cooling fluid and condensed components are together discharged from the enclosed space (15) via a fluid discharge pipe and the non-condensable components are discharged from the enclosed space via a gas discharge pipe, characterized in that the vapor is led through and along a thermal buffer body (6) having a relatively large thermal buffering mass and heat-exchanging surface, which is vertically arranged in the enclosed space, so that the periodically and momentarily released large quantities of vapor supplied from the bottom up are condensed while the thermal buffer body periodically heats up simultaneously, which body is continuously cooled by coolant supplied (12) from above and flowing or dripping down.
    • 一种用于通过冷凝流体(5)冷凝封闭空间(5)中的蒸气的可冷凝组分而使可冷凝和不可冷凝的气体组分周期性地瞬间释放大量蒸汽(例如水蒸气)的方法和装置 12),例如水,之后加热的冷却流体和冷凝组分通过流体排放管从封闭空间(15)排出,并且不可冷凝组分经由排气管从封闭空间排出,其特征在于 因为蒸汽被引导通过并沿着具有相对较大的热缓冲质量和热交换表面的热缓冲体(6),该缓冲体垂直布置在封闭空间中,使得周期性地和瞬时地释放大量的蒸气 从下往上冷凝,同时热缓冲体同时周期性地加热,该主体由冷却剂供应连续冷却 (12)从上方流动或滴落。
    • 110. 发明申请
    • INTEGRATED DEAERATOR AND CONDENSER
    • 集成式加油机和冷凝器
    • WO01090665A2
    • 2001-11-29
    • PCT/DK2001/000363
    • 2001-05-25
    • F28B3/04B01D1/28B01D3/06B01D5/00B01D19/00C02F1/20F25B1/00F25B43/04F25D31/00F28B3/00F28B9/10
    • B01D3/06B01D1/2846B01D5/0036B01D5/0069B01D19/0047F25B1/00F25B43/04F25D31/00F28B3/00F28B9/10
    • In cooling plants which work with water as both primary and secondary coolant. An evaporator chamber is connected to the suction side of a steam compressor, which compresses the sucked-off steam in a condenser chamber in which the steam is condensed by imnmediate heat exchange with through-flowing water. Deaerator units for feed water to both the evaporator chamber and the condenser chamber are connected to a suction equipment to promoted the deaeration at lowered pressure.The condenser is configured with an upper distribution chamber for receiving the feed water. The distribution chamber is limited down towards the condenser chamber by a sieve plate/nozzle plate with a large number of perforations in the form of narrow holes or slots, and a deaerator/pre-deaerator unit is placed at a short distance above the condenser chamber.
    • 在与水一起工作的冷却设备中,作为主冷却剂和二次冷却剂。 蒸发器室连接到蒸汽压缩机的吸入侧,该蒸汽压缩机压缩冷凝器室中的吸出的蒸汽,其中蒸汽通过与流动的水进行即时热交换而被冷凝。 用于给蒸发器室和冷凝器室供水的除气器单元连接到抽吸设备,以在降低的压力下促进脱气。冷凝器配置有用于接收给水的上部分配室。 分配室通过具有窄孔或狭槽形式的大量穿孔的筛板/喷嘴板朝向冷凝器室限制,并且脱气器/预除气器单元放置在冷凝器室上方的短距离处 。