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    • 11. 发明公开
    • METHOD AND DEVICE FOR COOLING
    • 冷却方法和装置
    • EP0842384A1
    • 1998-05-20
    • EP95927905.0
    • 1995-07-28
    • Katai, LajosKatai, Lajos Jr.Katai, Zoltan
    • Katai, LajosKatai, Lajos Jr.Katai, Zoltan
    • F25B41
    • F25B41/00F25B2400/161F25B2400/23Y10S62/02
    • In a cooling apparatus comprising a device for (pre)cooling the liquid coolant by means of its limited expansion, the invention provides a method of reduced energy consumption by (also) utilising for cooling, at least temporarily, the (pre)cooled liquid coolant as a liquid heat carrier, by causing at least a partial amount of the coolant to flow, by maintaining its liquid state without evaporation, through at least one heat exchanger (10). The method is preferably performed in an apparatus wherein the device for (pre)cooling the liquid coolant comprises two identical liquid recipients (1, 2) the upper inner space sections of which are alternately connectable to a phase separator (3), that is also connected to a collector conduit (50) of a liquid collector (9). The liquid recipients (1, 2) are also alternately connectable to a common supply conduit (54) which is, via a changeover valve (22), connected to the collector conduit (50) of the liquid collector (9), and to a common discharge conduit (51) that leads to a (pre)cooled liquid outlet (LO) of the device. A vapour outlet of the phase separator (3) is connected to a displacement pump (4) and a vapour inlet (VI) of the device. The common discharge conduit (51) of the liquid recipients (1, 2) is also connected, via a coolant pump (5), a heat exchanger (10), and a controlled closing valve (27), to the changeover valve (22) so that in typical modes of operation, the positive circulation of the liquid coolant within the device is allowed for.
    • 在包括用于通过其有限膨胀(预)冷却液体冷却剂的装置的冷却设备中,本发明提供了一种通过(也)至少暂时地冷却(至少暂时)冷却(预)冷却的液体冷却剂 作为液体热载体,通过至少一个热交换器(10),通过保持其液体状态而不蒸发,使至少部分量的冷却剂流动。 该方法优选在其中用于(预)冷却液体冷却剂的装置包括两个相同的液体接收器(1,2),所述液体接收器的上部内部空间部分可交替地连接到分相器(3),所述装置还是 连接到液体收集器(9)的收集器导管(50)。 液体接收器(1,2)也可交替地连接到公共供应导管(54),所述公共供应导管经由转换阀(22)连接到液体收集器(9)的收集器导管(50),并且连接到 公共排放导管(51),其通向装置的(预)冷却液体出口(LO)。 分相器(3)的蒸汽出口连接到设备的容积泵(4)和蒸汽入口(VI)。 液体接收器(1,2)的公共排放导管(51)也经由冷却剂泵(5),热交换器(10)和受控关闭阀(27)连接到切换阀(22) ),从而在典型的操作模式中,允许装置内液体冷却剂的正循环。
    • 13. 发明公开
    • Klimatisierungseinrichtung für ein Fahrzeug
    • Klimatisierungseinrichtungfürein Fahrzeug
    • EP1319536A1
    • 2003-06-18
    • EP02023655.0
    • 2002-10-22
    • KONVEKTA GmbH
    • Köhler, JürgenLemke, Nicholas
    • B60H1/00B60H1/32
    • B60H1/3226B60H1/00371B60H1/00542B60H2001/00235B60L1/003B60L1/02B60L2200/18B60L2240/34B60L2240/36B60L2270/46F25B9/008F25B2309/061Y10S62/02
    • Es wird eine Klimatisierungseinrichtung für ein Fahrzeug (58) mit einem Verdichter (14) mit einem Verdichterantrieb (16), einem Innenraum-Wärmeübertrager (18), einem Außenraum-Wärmeübertrager (36), einem Expansionsorgan (32) und ggf. einem internen Wärmeübertrager (30) beschrieben. Die Einrichtung ist als autarkes flaches Modul (12) ausgebildet, das in einem Kältemodus zum Kühlen und das in einem Wärmepumpenmodus zum Heizen vorgesehen ist. Der Verdichter (16) ist von einem Kohlendioxid-Verdichter hoher Leistung und kleinem Bauvolumens gebildet und mit dem Verdichterantrieb (16) in das Modul (12) integriert. Bei dem Kohlendioxid-Verdichter (14) handelt es sich vorzugsweise um einen extern leistungsgeregelten Verdichter. Das Modul (12) weist einen Energieanschluß (54) nur einer einzigen Energieform zur Energieversorgung des Antriebs des Moduls (12) auf. Bei dem Energieanschluß (54) handelt es sich vorzugsweise um einen elektrischen Energieanschluß mit einer einzigen Spannungsebene oder mit mehreren unterschiedlichen Spannungsebenen. Der Energieanschluß (54) kann beispielsweise auch ein hydraulischer oder ein pneumatischer Energieanschluß sein.
    • 该装置具有带驱动的压缩机,内部室热交换器,膨胀元件,外部室热交换器和可能的内部热交换器。 它是一个自主的平板模块,它设置在用于冷却的冷却模块和用于加热的热泵模块中。 大功率,低体积二氧化碳压缩机与其驱动器集成在模块中,其具有仅一种能量的能量连接。 该装置具有压缩机(14),其具有压缩机驱动器(16),内部室热交换器(18),膨胀元件(32),外部室热交换器(36)和可能的内部热交换器 (30)。 该设备是设置在用于冷却的冷却模块中的自动平坦模块(12)和用于加热的热泵模块。 大功率,低体积二氧化碳压缩机与压缩机驱动器集成到模块中,该模块具有能量连接(54),仅供给一种形式的能量。
    • 17. 发明公开
    • Refrigeration system consisting of a plurality of refrigerating cycles
    • Aus einer Mehrzahl vonKältekreisläufenbestehendeKältevorrichtung。
    • EP0510888A2
    • 1992-10-28
    • EP92303483.9
    • 1992-04-16
    • MAYEKAWA MFG CO.LTD.
    • Kitaguchi, Masaru, Ibaragi FactorySakashita, Shigeru
    • F25B1/00
    • F25B1/00F25B2400/06F25B2400/075Y10S62/02
    • The present inventions are intended to improve heat efficiency of a refrigeration system having plural refrigerating cycles of different evaporating or condensing temperatures typically used in breweries.
      Each of main lines of different evaporating temperatures are connected with each of suction lines to a compressor respectively, to enable the system to save energy and to establish a back-up system of compressors.
      A different condensing temperature system having a common refrigerant source is provided with refrigerant transferring means to transfer refrigerant from an refrigerant excess cycle to an refrigerant insufficiency cycle.
      The refrigerating cycles are arranged in parallel and the evaporators are connected to form a liquid path, through which a liquid stream flows in series to be chilled in the evaporators, as well as to form a refrigerant path for a refigerant stream of each rerigerating cycle, individually, and further are arranged in order from a high evaporating temperature of refrigerant to low one along the liquid path from the upstream to the downstream.
    • 本发明旨在提高具有通常用于啤酒厂的不同蒸发或冷凝温度的多个制冷循环的制冷系统的热效率。 每个不同蒸发温度的主干线分别与每个吸入管线连接到压缩机,以使系统能够节省能量并建立压缩机的备用系统。 具有公共制冷剂源的不同的冷凝温度系统设置有制冷剂传递装置,以将制冷剂从制冷剂过剩循环传递到制冷剂不足循环。 制冷循环平行布置,并且蒸发器连接以形成液体流路,液体流串联流动以在蒸发器中冷却,并且形成每个制冷循环的再生料流的制冷剂路径, 并且进一步沿着从上游到下游的液体路径从制冷剂的高蒸发温度到低温的顺序排列。
    • 18. 发明公开
    • Standing wave compressor
    • Verdichter mit Stehender Schwingungswelle。
    • EP0447134A2
    • 1991-09-18
    • EP91301934.5
    • 1991-03-08
    • MacroSonix Corp.
    • MacroSonix Corp.
    • F04F7/00F04F11/02
    • F04F7/00F02G1/0435F02G2243/52F02G2243/54F02G2254/30F02G2270/70F04B17/006F25B1/02F25B49/022Y10S62/02Y10S417/902
    • A compressor for vapor-compression cooling systems, which exploits the properties of acoustic resonance in fluids for fluid compression, and provides a discharge pressure which can be varied during operation in response to changing operating conditions, thereby providing an oil-less compressor and reducing the compressor's energy consumption. The thermoacoustic properties of standing acoustic waves are exploited to provide a refrigerant subcooling system which is contained within the compressor. Refrigerant subcooling occurs when heat exchange is provided between the refrigerant and a heat pumping surface, which is exposed to the standing acoustic wave within the compressor. Acoustic energy can be provided by either a mechanical driver, or by direct exposure of the fluid to microwave and infrared energy, including solar energy. Inlets (4) and outlets (6) arranged along the chamber (2) provide for the intake and discharge of a fluid refrigerant, and can be provided with optional reed valve arrangements, so as to increase the compressor's compression ratio. The performance of the compressor can be optimised by a control circuit which holds the wavelength of the standing wave constant, by varying the driving frequency in response to changing operating conditions.
    • 一种用于蒸汽压缩冷却系统的压缩机,其利用用于流体压缩的流体中的声共振的特性,并提供在操作期间响应于变化的操作条件而改变的排出压力,从而提供无油压缩机并且减少 压缩机的能源消耗。 利用立体声波的热声学性质来提供包含在压缩机内的制冷剂过冷系统。 当在制冷剂和暴露于压缩机内的声波的热泵表面之间进行热交换时,发生制冷剂过冷。 声能可以由机械驱动器提供,也可以通过将流体直接暴露于微波和包括太阳能在内的红外能量来提供。 沿着腔室(2)布置的入口(4)和出口(6)提供流体制冷剂的进入和排出,并且可以设置有可选的簧片阀装置,以便增加压缩机的压缩比。 可以通过控制电路来优化压缩机的性能,该控制电路通过响应于变化的操作条件改变驱动频率来保持驻波的波长恒定。