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    • 6. 发明授权
    • 온도와 습도를 제어하기 위한 시스템 및 방법
    • 即将发布的产品和服务包括在内
    • KR100422674B1
    • 2004-03-11
    • KR1020017011496
    • 2000-03-10
    • 셈코 인코퍼레이티드
    • 피스쳐존씨
    • F24F11/02
    • F24F3/1423F24D5/04F24D2220/06F24F3/1411F24F2003/144F24F2003/1464F24F2203/1004F24F2203/1008F24F2203/1016F24F2203/1032F24F2203/104F24F2203/1056F24F2203/1072F24F2203/1084
    • A system and method for controlling the temperature and humidity level of a controlled space. The system includes a total energy recovery wheel and a dehumidification wheel in conjunction with a cooler to control the temperature and humidity of air supplied to a controlled space. In a method of controlling temperature and humidity of a controlled space, supply air is cooled and dehumidified by passing it through a rotating total energy recovery wheel. The total energy recovery wheel is cooled and dehumidified by passing exhaust air through it. The supply air is further cooled and dehumidified by passing it through a cooler. The supply air is warmed and further dehumidified by passing it through a rotating dehumidification wheel. The dehumidification wheel is warmed and dehumidified by passing exhaust air through it. During the heating mode, the system functions as an extremely effective total energy recovery device by operating the two wheels in series.
    • 一种用于控制受控空间的温度和湿度水平的系统和方法。 该系统包括一个总能量回收轮和一个除湿轮以及一个冷却器,用于控制供应给受控空间的空气的温度和湿度。 在控制受控空间的温度和湿度的方法中,供应空气通过旋转的总能量回收轮被冷却和除湿。 总能量回收轮通过使废气通过它而被冷却和除湿。 进气通过冷却器进一步冷却和除湿。 送风通过旋转的除湿轮进行加温并进一步除湿。 除湿轮通过将排气通过除湿轮进行加热和除湿。 在加热模式期间,通过串联操作两个轮子,该系统作为非常有效的总能量回收装置发挥功能。
    • 7. 发明授权
    • 간접증발기를 이용한 공기조화기
    • 空调机用于间接蒸发器
    • KR101295312B1
    • 2013-08-12
    • KR1020130000834
    • 2013-01-04
    • 주식회사 삼화에이스
    • 김학근
    • F24F7/08F28F3/00F24F11/02
    • F24F12/006F24F7/08F24F2203/021F24F2203/1008
    • PURPOSE: An air conditioner using an indirect evaporator is provided to increase energy efficiency and to be effectively operated both in summer and winter. CONSTITUTION: An air conditioner using an indirect evaporator includes a housing (100), an indirect evaporator (200), a blowing unit (300), a heating and cooling unit (400) and a control unit. The housing includes an inhaling passage, which guides outside air to the inside, and a discharging passage, which guides inside air to the outside. The indirect evaporator includes a first heat exchanging cell and a second heat exchanging cell. The first and second heat exchanging cells are arranged so that the passages which an outside air passes through are formed to be crossed inside the passages and the cells. The blowing unit includes an inhaling fan, which forcibly inhales the outside air into the inside, and a discharging fan, which forcibly discharges the inside air into the outside. The heating and cooling unit heats or cools the outside air before providing the outside air to the inside. The control unit controls the operation of the heating and cooling unit depending on the temperature of the outside air.
    • 目的:提供使用间接蒸发器的空调,以提高能源效率,并在夏季和冬季有效运行。 构成:使用间接蒸发器的空调器包括壳体(100),间接蒸发器(200),吹风单元(300),加热和冷却单元(400)以及控制单元。 壳体包括将外部空气引导到内部的吸入通道和将空气引导到外部的排出通道。 间接蒸发器包括第一热交换单元和第二热交换单元。 第一和第二热交换单元被布置成使得外部空气通过的通道形成为在通道和单元内交叉。 吹风单元包括将外部空气强制吸入内部的吸入风扇和将内部空气强制排出到外部的排出风扇。 在将外部空气提供给内部之前,加热和冷却单元加热或冷却外部空气。 控制单元根据外部空气的温度来控制加热和冷却单元的操作。
    • 10. 发明公开
    • 도장 설비의 건조실의 공기 공급류 조절 장치 및 공기 공급류 조절 방법
    • 用于空气供应链的干燥室的空气供应流的调节装置和用于调节空气供应流的方法
    • KR1020090091125A
    • 2009-08-26
    • KR1020097009571
    • 2007-10-19
    • 클링겐부르크 게엠베하
    • 슈트루엔시에노르베르트
    • F24F12/00F24F3/14
    • F24F3/1423F24F12/006F24F2203/1008F24F2203/1016Y02B30/563
    • A conditioning apparatus (1) for the air supply stream of a drying chamber (2) of an enameling line has a fresh air duct (8) and an air supply duct (10) connected thereto through which a fresh air or air supply stream can be directed into the drying chamber (2); an exhaust air duct (13) and an escaping air duct (14) connected thereto through which an exhaust air stream can be guided out of the drying chamber (2) or out of an escaping air duct into the surrounding area; an absorption or adsorption device (4) which is arranged in the escaping air duct (14) and in the air supply duct (10) and in which the air supply stream can be dehumidified and heated to a predetermined level of humidity by means of the escaping air stream; a device for heat recovery (6) which is arranged upstream of the absorption or adsorption device (4) in the escaping air duct (14) and which is arranged downstream of the absorption or adsorption device (4) in the air supply duct (10) and in which the air supply stream which is dehumidified and heated in the absorption or adsorption device (4) by means of the escaping air stream emitted from the drying chamber (2) can be cooled; an aftercooler (7) which is arranged downstream of the heat recovery device (6) in the air supply duct (10) and in which the air supply stream which is precooled in the heat recovery device (6) can be cooled to a temperature required for entry into the drying chamber (2); and an afterheater (5) which is arranged in the escaping air duct (14) downstream of the heat recovery device (6) and upstream of the absorption or adsorption device (4) and in which the escaping air stream can be heated to a temperature suitable for the regeneration of the absorption or adsorption device (4). To reduce the use of energy for the operation of the conditioning apparatus (1), it is suggested that a recirculating air duct (11) branch off from the exhaust air duct (13) coming out of the drying chamber (2) at a first junction place (12); and that through said recirculating air duct, a part of the exhaust air stream coming out of the drying chamber (2) can be brought, together with the fresh air stream, as a recirculating air stream in a second junction place (9), and can then be directed through the air supply duct (10) as an air supply stream into the drying chamber (2); and that a precooler (3), by means of which the fresh air stream can be cooled and dehumidified, is arranged upstream of the second junction place (9) in the fresh air duct (8). ® KIPO & WIPO 2009
    • 用于搪瓷管线的干燥室(2)的空气供应流的调节装置(1)具有连接到其上的新鲜空气管道(8)和空气供应管道(10),新鲜空气或空气供应流 被引导到干燥室(2)中; 排气通道(13)和连接到其上的逸出空气管道(14),通过该排气管道可以将排出空气流引导出干燥室(2)或从逸出空气管道中引导到周围区域; 吸入或吸附装置(4),其布置在逸出空气管道(14)和空气供应管道(10)中,并且其中空气供应流可以通过以下方式被除湿并加热到预定水平的湿度 逃逸气流 一种热回收装置(6),其布置在逸出空气管道(14)中的吸收或吸附装置(4)的上游,并且设置在空气供应管道(10)中的吸收或吸附装置(4)的下游 ),并且其中通过从干燥室(2)排出的逸出空气流在吸收或吸附装置(4)中除湿和加热的空气供应流可以被冷却; 布置在供气管道(10)中的热回收装置(6)的下游的后冷却器(7),其中在热回收装置(6)中预冷却的空气供应流可以被冷却到所需的温度 用于进入干燥室(2); 和后热器(5),其布置在热回收装置(6)下游的逸出空气管道(14)和吸收或吸附装置(4)的上游,并且其中逸出的气流可以被加热到温度 适用于吸收或吸附装置的再生(4)。 为了减少对调节装置(1)的操作的能量的使用,建议再循环空气管道(11)从第一次从干燥室(2)出来的排气导管(13)分支 交汇处(12); 并且通过所述再循环空气管道,从干燥室(2)出来的一部分排气流可与新鲜空气流一起作为第二连接处(9)中的再循环空气流,以及 然后可以作为空气供应流引导通过供气管道(10)进入干燥室(2); 并且新鲜空气流可以冷却和除湿的预冷器(3)布置在新鲜空气管道(8)中的第二连接处(9)的上游。 ®KIPO&WIPO 2009