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    • 1. 发明公开
    • 가스엔진식 히트펌프
    • 具有压缩机的气体发动机型热泵同时通过检测由位置传感器和操作电子离合器操作的一台压缩机在同一时间执行吸气,压缩和排放运动
    • KR1020050010414A
    • 2005-01-27
    • KR1020030049658
    • 2003-07-21
    • 삼성전자주식회사
    • 렌친발레리고홍석최수용주재만
    • F25B30/00
    • F25B11/04F25B2309/004F25B2309/006F25B2600/01
    • PURPOSE: A gas engine-type heat pump is provided to compensate mutually and reduce noise and vibration generated from each compressor by executing suction, compression, and discharge motions of all compressors at the same time. CONSTITUTION: A gas engine-type heat pump is composed of a gas engine(11) for burning the gas and generating rotary power and a plurality of compressors(12) for compressing the refrigerant by receiving the rotary power from the gas engine. Plural compressors are arranged circumferentially at regular gaps to compensate mutually vibration generated from each compressor. When a belt(17) and a driven pulley(126) slide from each other and one compressor executes a motion different from the other compressors, a detecting unit of a position sensor detects the differently operated compressor and an electronic clutch(19) is operated to make the all compressors execute same motions.
    • 目的:提供一种燃气发动机型热泵,通过同时执行所有压缩机的吸力,压缩和排放运动来相互补偿并减少每个压缩机产生的噪音和振动。 构成:燃气发动机型热泵由用于燃烧气体并产生旋转动力的燃气发动机(11)和用于通过接收来自燃气发动机的旋转动力来压缩制冷剂的多个压缩机(12)组成。 多个压缩机以规则的间隙周向布置,以补偿从每个压缩机产生的相互振动。 当皮带(17)和从动滑轮(126)彼此滑动并且一个压缩机执行与其它压缩机不同的运动时,位置传感器的检测单元检测不同操作的压缩机,并且电子离合器(19)被操作 使所有压缩机执行相同的动作。
    • 4. 发明公开
    • 공기조화기의 오일 분리기
    • 空调油分离器
    • KR1020060132203A
    • 2006-12-21
    • KR1020050052418
    • 2005-06-17
    • 삼성전자주식회사
    • 렌친발레리
    • F25B43/00F25B43/02
    • An oil separator of an air conditioner is provided to effectively separate oil by a cyclone effect and a vortex effect by improving a shape of a housing and a shape of an end of a refrigerant inlet pipe, thereby improving the efficiency of the oil separator, reduce a noise by forming a housing inner end of a gas discharge pipe with a plurality of small pipes. An oil separator includes a refrigerant inlet pipe(3) introducing mixed gas mixed with a refrigerant and oil into a housing. A gas discharge pipe discharges separated refrigerant gas. An oil discharge pipe(4) returns separated oil to a compressor. An end of the refrigerant inlet pipe goes toward a tangential direction of an inner side wall of the housing. The refrigerant inlet pipe is cut at a predetermined angle.
    • 提供一种空调机油分离器,通过改善壳体的形状和制冷剂入口管的端部的形状,通过旋风效应和涡流效应来有效地分离油,从而提高油分离器的效率,减少 通过形成具有多个小管的排气管的壳体内端的噪声。 油分离器包括将与制冷剂和油混合的混合气体引入壳体的制冷剂入口管(3)。 排气管排出分离的制冷剂气体。 排油管(4)将分离的油返回到压缩机。 制冷剂入口管的端部朝向壳体的内侧壁的切线方向。 制冷剂入口管以预定角度被切割。