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    • 31. 发明授权
    • 냉방기용 급기챔버 겸용 일체형 풍량 분배기
    • 一体式空气分配器与冷却系统的空气供应室
    • KR101361098B1
    • 2014-02-18
    • KR1020120128278
    • 2012-11-13
    • 한국지역난방공사
    • 이창준김진배오진수
    • F24F3/052F24F13/10F24F13/02
    • The present invention relates to an integrated air volume distributor used as an air supply chamber for a cooling system and more especially, to an air volume distributor which discharges cool air through a discharge port formed at the upper part and combined with a cooling system installed in a room. The present invention comprises a body which is formed in a hexahedral shape for including a first space part to supply cool air to the inside and has an extension part formed by horizontally extending the upper end of one side thereof, and a connection part at the bottom for being connected to the cooling system; an air supply chamber which protrudes from the lower end of the extension part of the body horizontally and supplies cool air to the inside in which the cooling system is installed by including a second space part to supply cool air to the inside; an outlet formed on the front and both sides of the extension part of the body; a damper which is installed at the air supply chamber and the outlet; and a duct which supplies the cool air supplied from the body to each room by being connected to the outlet. The cooling efficiency can be increased by integrating the air supply chamber and the air volume distributor, installing the cooling system in the room with a relatively high load such as a living room, connecting the cooling system to the air volume distributor, directly supplying cool air discharged from the cooling system to the room, and distributing the cool air to each room through the air volume distributor.
    • 本发明涉及一种用作冷却系统的空气供应室的集成空气量分配器,更具体地说,涉及一种通过形成在上部的排放口将冷空气排出的空气量分配器, 一个房间。 本发明包括形成六面体形状的主体,用于包括第一空间部分以向其内部供应冷空气,并且具有通过水平延伸其一侧的上端形成的延伸部分和底部的连接部分 用于连接到冷却系统; 空气供给室,其从所述本体的所述延伸部的下端水平地突出,并且通过包括第二空间部分向内部供给冷空气,将冷气供给到所述冷却系统所在的内部; 出口形成在身体的延伸部分的前侧和两侧; 安装在供气室和出口处的阻尼器; 以及通过连接到出口将从身体供应的冷空气供应到每个房间的管道。 通过集成空气供给室和空气量分配器,可以提高冷却效率,将冷却系统安装在具有较高负载的房间中,例如客厅,将冷却系统连接到风量分配器,直接供应冷空气 从冷却系统排放到房间,并通过风量分配器将冷空气分配到每个房间。
    • 32. 发明公开
    • 지역냉방용 제습냉방시스템의 사용자시설에 대한 미세유량 제어장치
    • 用于区域冷却的除湿冷却系统的用户设备的微控制装置
    • KR1020120110749A
    • 2012-10-10
    • KR1020110028812
    • 2011-03-30
    • 한국지역난방공사
    • 이훈이창준장원석지준구오진수
    • F24D10/00F24D19/10G05D23/19F24F3/14
    • Y02E20/14F24D10/00F24D19/1015F24D19/1048F24D2200/13F24D2220/0271F24F3/14G05D23/192
    • PURPOSE: A device for controlling the minute flow of a dehumidification cooling system for district cooling is provided to prevent vibration and noise due to the pulsation of fluid as a temperature control valve controls a minute flow rate. CONSTITUTION: A device for controlling the minute flow of a dehumidification cooling system for district cooling comprises a main temperature control valve(10), a temperature control valve(20) for regulating a minute flow rate, and a temperature controller(30). The main temperature control valve controls the quantity of water discharged from a heat exchanger. The temperature control valve for regulating the minute flow rate is connected to the main temperature control valve in parallel. The temperature controller changes a temperature value into a reference heating value by controlling an opening degree of the temperature control valve if the temperature of supplied water is below a first reference temperature value. The temperature controller closes the temperature control valve, and changes the temperature value into the reference heating value if the temperature of the supplied water is above a second reference temperature value. [Reference numerals] (AA) Heat exchanger; (BB) Temperature controller; (CC) Return pipe
    • 目的:提供一种用于控制用于区域冷却的除湿冷却系统的微小流量的装置,以防止由于温度控制阀控制微小流量而导致的流体脉动引起的振动和噪声。 构成:用于控制用于区域冷却的除湿冷却系统的微小流量的装置包括主温度控制阀(10),用于调节微小流量的温度控制阀(20)和温度控制器(30)。 主要温度控制阀控制从热交换器排出的水量。 用于调节微小流量的温度控制阀并联连接到主温度调节阀。 如果供水的温度低于第一基准温度值,则温度控制器通过控制温度控制阀的开度来将温度值改变为参考热值。 温度控制器关闭温度控制阀,如果供水温度高于第二参考温度值,则将温度值更改为参考热值。 (标号)(AA)热交换器; (BB)温控器; (CC)回油管