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    • 2. 发明授权
    • Air-conditioning unit with additional heat transfer unit in the refrigerant circuit
    • 制冷剂回路中带有附加传热单元的空调机组
    • US06910345B2
    • 2005-06-28
    • US10250742
    • 2002-10-14
    • Peter HorstmannStephan LeuthnerPeter SatzgerGernot MallPetra Kanters
    • Peter HorstmannStephan LeuthnerPeter SatzgerGernot MallPetra Kanters
    • B60H1/22B60H1/00F25B1/00F25B9/00F25B40/00F25B27/02
    • B60H1/00314B60H1/00899B60H2001/00942B60H2001/00949B60H2001/00957F25B9/008F25B40/00F25B2309/061F25B2600/2501
    • The invention relates to an air-conditioning unit (10) for a motor vehicle with a heating heat transfer unit (28) connected to a coolant circuit (42) in an internal combustion engine and comprising an evaporator (22) installed upstream in the direction of flow of a fan (36). A compressor (12) in a refrigerant circuit (32) pumps a refrigerant through a gas cooler (16) and an expansion valve (20) during a cooling operation, and pumps said refrigerant to the evaporator (22) via the expansion valve (20) by by-passing the gas cooler (16) during a heating operation. A coupled heat exchanger (30) is provided between the coolant circuit (42) and the refrigerant circuit (32). The invention provides that the coupled heat exchanger (30) is located in the refrigerant circuit (32) on the pressure side of the compressor (12) upstream of the gas cooler (16), a first by-pass line (80) is provided parallel to the gas cooler (16) and the flow through the gas cooler (16) and the first by-pass line (80) is controlled by a switching valve (52) in the first by-pass line (80) and a switching valve (48, 50) located at each of the inlet and outlet of the gas cooler (16), depending on operating parameters, and a heat transfer unit (14) for a medium in a unit in the refrigerant circuit (32) is connected behind an expansion valve (20 or 38) and serves as heat source in heating operation.
    • 本发明涉及一种用于机动车辆的空调机组(10),其具有连接到内燃机中的冷却剂回路(42)的加热传热单元(28),并包括一个蒸发器(22),该蒸发器 的风扇(36)的流动。 制冷剂回路(32)中的压缩机(12)在制冷运转时通过气体冷却器(16)和膨胀阀(20)泵送制冷剂,并通过膨胀阀(20)将所述制冷剂泵送到蒸发器 )通过在加热操作期间旁路气体冷却器(16)。 在冷却剂回路(42)和制冷剂回路(32)之间设置有耦合的热交换器(30)。 本发明提供了在气体冷却器(16)上游的压缩机(12)的压力侧的制冷剂回路(32)中,耦合的热交换器(30)设置有第一旁通管线(80) 平行于气体冷却器(16)并且通过气体冷却器(16)和第一旁路管线(80)的流量由第一旁通管线(80)中的切换阀(52)和切换阀 根据操作参数,位于气体冷却器(16)的入口和出口的每一个处的阀(48,50)和用于制冷剂回路(32)中的单元中的介质的传热单元(14)被连接 在膨胀阀(20或38)后面,作为加热操作的热源。
    • 8. 发明授权
    • Air conditioning system
    • 空调系统
    • US07080520B2
    • 2006-07-25
    • US10312547
    • 2002-03-30
    • Peter Satzger
    • Peter Satzger
    • F25B41/04
    • B60H1/00914B60H1/00885B60H2001/00928B60H2001/00942B60H2001/00957F25B9/008F25B40/00F25B2309/061F25B2600/2501
    • The invention is based on a climate control system for a vehicle that is driven by an internal combustion engine (10), having a heating heat exchanger (24) which is connected to a coolant loop (12) of the engine (10) and is preceded upstream of a blower (48) by an evaporator (44), and a compressor (50) in a refrigerant loop (40), during a cooling mode, pumps a refrigerant via a gas cooler (42) and via an expansion valve (54) to the evaporator (44) and during a heating mode pumps it to the evaporator bypassing the gas cooler (42), and between the coolant loop (12) and the refrigerant loop (40) a coupling heat exchanger (38) is provided. It is proposed that the coupling heat exchanger (38) is disposed upstream of the gas cooler (42) on the side of the refrigerant loop (40) on the compression side of the compressor (50); that a bypass line (60) is connected parallel to the gas cooler (42), and the flow through the gas cooler (42) and the bypass line (60) is controlled as a function of operating parameters via a switching valve (62) in the bypass line (60) and one switching valve (64, 66) each at the inlet and outlet, respectively, of the gas cooler (42); and that in the heating mode, the evaporator (44) serves as a heat source.
    • 本发明基于由内燃机(10)驱动的车辆气候控制系统,该内燃机具有与发动机(10)的冷却剂回路(12)连接的加热热交换器(24),并且是 在蒸发器(44)之前的鼓风机(48)的上游,以及在冷却模式期间的制冷剂回路(40)中的压缩机(50),经由气体冷却器(42)和经由膨胀阀 54)并且在加热模式期间将其泵送到绕过气体冷却器(42)的蒸发器,并且在冷却剂回路(12)和制冷剂回路(40)之间提供耦合热交换器(38) 。 提出在压缩机50的压缩侧的制冷剂回路40的侧面,配置在气体冷却器42的上游的耦合用热交换器38。 旁路管路(60)平行于气体冷却器(42)连接,并且通过气体冷却器(42)和旁路管线(60)的流量通过切换阀(62)作为操作参数的函数被控制, 在旁通管路(60)和一个切换阀(64,66)分别位于气体冷却器(42)的入口和出口处; 并且在加热模式中,蒸发器(44)用作热源。