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    • 2. 发明授权
    • Sorption device and method of operating same for electric driven vehicle
air conditioning
    • 电动车辆空调的吸附装置及其操作方法
    • US5526648A
    • 1996-06-18
    • US322761
    • 1994-10-13
    • Jurgen WertenbachGunter Abersfelder
    • Jurgen WertenbachGunter Abersfelder
    • B60H1/00B60H1/32F25B17/08F25B17/00F25B29/00
    • F25B17/08B60H1/00392B60H1/3201
    • The invention relates to a sorption method for air-conditioning vehicles, especially electric vehicles, and a device for working the method. To achieve rapid cooling or heating by means of vehicle air conditioning while achieving improved manufacturing, cost, and weight advantages, it is proposed that the sorption unit, composed of a storage container with sorbent, a supply container with sorbate, and a steam duct connecting the containers with one another, is evacuated only to perform an adsorption process employing a vacuum pump and is vented for desorption. The sorbent located in the storage container is traversed by hot air for desorption, said air, moistened with sorbate after passing through, being vented to the environment past the supply container after flowing through a vent line that branches off the steam duct.
    • 本发明涉及一种用于空调车辆,特别是电动车辆的吸附方法以及用于工作该方法的装置。 为了通过车辆空调实现快速冷却或加热,同时实现改进的制造,成本和重量优势,提出了由具有吸附剂的储存容器,具有山梨酸盐的供应容器和连接蒸汽管道的蒸汽管道组成的吸附单元 彼此之间的容器仅被抽真空才能进行采用真空泵的吸附过程并被排出以便解吸。 位于储存容器中的吸附剂穿过热空气解吸,所述空气在通过之后用山梨酸盐润湿,在流过通过蒸汽管道分散的排气管线之后被排放到经过供应容器的环境中。
    • 4. 发明申请
    • Method for air conditioning a motor vehicle
    • 汽车空调的方法
    • US20060169790A1
    • 2006-08-03
    • US10539942
    • 2003-12-03
    • Roland CaesarJan GaertnerJurgen Wertenbach
    • Roland CaesarJan GaertnerJurgen Wertenbach
    • F24D1/00
    • B60H1/00914B60H1/00785B60H2001/00957F25B5/04F25B9/008F25B40/00F25B2309/061F25B2400/0403F25B2700/02
    • The invention relates to a method for air conditioning a motor vehicle, in which, in a heating mode, the passenger compartment of the motor vehicle is heated via a passenger compartment heat exchanger (5) through heat pump operation of a refrigerating circuit (1) comprising a compressor (2), a condenser (3), a throttle valve (4) and the passenger compartment heat exchanger (5), with the temperature in the passenger compartment being recorded by measurement technology. To prevent fogging of the windows of the motor vehicle from the outset, it is proposed that in addition the atmospheric humidity in the passenger compartment is recorded by measurement technology, and that when the temperature is in a predefined range and the atmospheric humidity reaches a defined threshold, the mass flow of refrigerant in the circuit is throttled upstream of the passenger compartment heat exchanger (5), in such a manner that the moisture contained in the air stream passing the passenger compartment heat exchanger (5) is at least substantially condensed at the passenger compartment heat exchanger (5), and the moisture which has already condensed at the heat exchanger (5) remains at the heat exchanger (5), and in that the passenger compartment is heated by a heat source which is outside the circuit (1) until the temperature in the passenger compartment exceeds an upper limit temperature of the predefined range.
    • 本发明涉及一种机动车辆的空调方法,其中在加热模式下,通过制冷回路(1)的热泵操作经由乘客室热交换器(5)对机动车辆的乘客舱进行加热, 包括压缩机(2),冷凝器(3),节流阀(4)和乘客室热交换器(5),乘客室中的温度通过测量技术记录。 为了防止机动车辆的窗户从一开始起雾,建议另外通过测量技术记录乘客室中的大气湿度,并且当温度在预定范围内并且大气湿度达到限定 电路中的制冷剂的质量流量在乘客室热交换器(5)的上游节流,使得通过客舱热交换器(5)的空气流中包含的水分至少基本上会在 乘客室热交换器(5),并且在热交换器(5)处已经冷凝的水分保留在热交换器(5)处,并且乘客室由在电路外部的热源加热( 1),直到乘客舱内的温度超过预定范围的上限温度。