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    • 2. 发明公开
    • 극지환경 체험실
    • 极端情况体验室
    • KR1020000055906A
    • 2000-09-15
    • KR1019990004813
    • 1999-02-11
    • 기우성이숭재
    • 기우성이숭재
    • G09B25/00
    • G09B25/00
    • PURPOSE: An extreme situation experience chamber system is provided to offer an extreme situation for example topography, temperature or oxygen quantity of a high mountain. CONSTITUTION: An extreme situation experience chamber system comprises an experience chamber(10), an operation chamber(20) and a supplementary equipment(80). The experience chamber(10) includes a temperature insulation wall(1) made of urethane, a roof(2) made of double vacuum glass for natural lighting, a steel structure(3) layered within, and a model geographical features(4). The operation room(20) includes a oxygen quantity controller(30), a cool wind blower(40) supplying cool wind into the experience chamber(10), an atmospheric pressure controller(50), a strong wind blower(60) and an air conditioner(70). The supplementary equipment(80) is for adapting the extreme conditions of the experience chamber in advance before entering the experience chamber(10). The supplementary equipment(80) includes a waiting room, a preparation room, a temperature adaptation room and a pressure adaptation room.
    • 目的:提供极端情况体验室系统,提供极高的情况,例如高山的地形,温度或氧气量。 规定:极端情况体验室系统包括体验室(10),操作室(20)和辅助设备(80)。 经验室(10)包括由聚氨酯制成的温度绝热壁(1),由用于自然采光的双真空玻璃制成的屋顶(2),层叠在其中的钢结构(3)和模型地理特征(4)。 操作室(20)包括氧气量控制器(30),向体验室(10)供应冷风的冷风机(40),大气压力控制器(50),强风机(60)和 空调(70)。 辅助设备(80)用于在进入经验室(10)之前预先适应经验室的极端条件。 辅助设备(80)包括候车室,准备室,温度适应室和压力适应室。
    • 3. 发明公开
    • 에너지 절감을 위한 항온, 항습 시스템
    • 降低能源的温度和湿度控制系统
    • KR1020100096801A
    • 2010-09-02
    • KR1020090015860
    • 2009-02-25
    • 이숭재김용인나정서
    • 이숭재김용인나정서
    • F24F5/00F24F11/00
    • PURPOSE: A temperature and humidity control system is provided to save energy by enabling a building to be maintained at desired temperature and humidity. CONSTITUTION: A temperature and humidity control system(500) comprises an entrance(201), an exit(202), an outdoor enthalpy sensor(250), an indoor enthalpy sensor(260), a plurality of dampers(220), a return fan(230), a purification and humidity control apparatus(100), and a temperature control apparatus(400). The air flows into the inside of the temperature and humidity control system through the entrance. The air is discharged to the outside of the temperature and humidity control system through the exit. The outdoor enthalpy sensor measures the temperature and humidity of the outdoor air. The indoor enthalpy sensor measures the temperature and humidity of the air discharged or circulated in the inside. The damper is installed in a flow pipe(210) and automatically controls the opening and the closing. The return fan returns the discharged air to the inside of the flow pipe. The purification and humidity control apparatus controls the humidity of the air circulated using the centrifugal force generated by the rotation of a centrifugal fan and purifies the air. The temperature control apparatus controls a temperature.
    • 目的:通过使建筑物保持在所需的温度和湿度,提供温度和湿度控制系统来节省能源。 构成:温度和湿度控制系统(500)包括入口(201),出口(202),室外焓传感器(250),室内焓传感器(260),多个阻尼器(220),返回 风扇(230),净化和调湿装置(100)和温度控制装置(400)。 空气通过入口流入温湿度控制系统的内部。 空气通过出口排放到温湿度控制系统的外部。 室外焓传感器测量户外空气的温度和湿度。 室内焓传感器测量在内部排放或循环的空气的温度和湿度。 阻尼器安装在流动管道(210)中,并自动控制开启和关闭。 返回风扇将排出的空气返回到流量管的内部。 净化和湿度控制装置利用由离心风扇的旋转产生的离心力来控制循环的空气湿度并净化空气。 温度控制装置控制温度。
    • 4. 发明授权
    • 고효율 냉각기
    • 高效率热交换器
    • KR100954032B1
    • 2010-04-20
    • KR1020090071516
    • 2009-08-04
    • 이숭재
    • 이숭재
    • F28F9/00F28F13/00F28F25/00
    • PURPOSE: A high-efficiency cooling device is provided to improve energy efficiency by reducing temperature at high width. CONSTITUTION: A high-efficiency cooling device comprises a heat exchanger frame(10), a ventilation fan(12), and a spraying nozzle unit(50). A heat exchanger frame is installed to stand two heat exchangers(11) which are tapered. The ventilation fan is fixed at the upper end of the heat exchanger frame and draws in outer air. The spraying nozzle unit comprises a water pipe(20), a compressed-air pipe(22), and a spraying nozzle set(30). The water pipe is positioned on the front side of the heat exchanger at fixed intervals and supplies water. The compressed-air pipe is coupled by a fastener(21).
    • 目的:提供高效率的冷却装置,通过降低高宽度的温度来提高能源效率。 构成:高效率冷却装置包括热交换器框架(10),通风扇(12)和喷嘴单元(50)。 安装有热交换器框架以容纳两个锥形的热交换器(11)。 通风扇固定在热交换器框架的上端,吸入外界空气。 喷嘴单元包括水管(20),压缩空气管(22)和喷嘴组(30)。 水管以固定的间隔位于热交换器的正面,供水。 压缩空气管由紧固件(21)联接。
    • 6. 发明公开
    • 원심형 팬
    • 离心力风扇
    • KR1020110013848A
    • 2011-02-10
    • KR1020090071515
    • 2009-08-04
    • 이숭재
    • 이숭재
    • F04D29/42F04D29/70
    • PURPOSE: A centrifugal fan is provided to reduce a waste of power due to the increase of load since oil or moisture can be filtered by a simple structural change. CONSTITUTION: A centrifugal fan comprises a housing body(10), a porous plate(20) and a driving motor(30). An absorbing hole(11) is formed on the housing body to absorb the air from left and right sides. A centrifugal impeller(12), which absorbs the air using centrifugal force, is axis-connected to the housing body. A round cover plate(13), which connects a side plate(19), is formed on the housing body. A discharge hole(14) for discharging incoming air is formed on one side of the housing body. The porous plate is coupled to the inside of the housing body at a given interval. A plurality of through holes(21), which pass through the surface, are formed on the porous plate. The driving motor rotates the shaft(15) of the centrifugal impeller.
    • 目的:提供离心式风扇,以减少因负载增加导致的功率浪费,因为可以通过简单的结构变化来过滤油或水分。 构成:离心风扇包括壳体(10),多孔板(20)和驱动马达(30)。 吸收孔(11)形成在壳体上以从左侧和右侧吸收空气。 离心式叶轮(12),其利用离心力吸收空气,轴向连接到壳体。 在壳体上形成有连接侧板(19)的圆盖板(13)。 在壳体的一侧形成有用于排出进气的排出孔(14)。 多孔板以给定的间隔连接到壳体的内部。 在多孔板上形成穿过表面的多个通孔(21)。 驱动马达使离心式叶轮的轴(15)旋转。
    • 7. 发明授权
    • 극지환경 체험실
    • 体验极地地区的环境
    • KR100294300B1
    • 2001-06-15
    • KR1019990004813
    • 1999-02-11
    • 기우성이숭재
    • 기우성이숭재
    • G09B25/00
    • 본발명은고산지등과같은극지의환경을간접체험할수 있도록제안된극지환경체험실에관한것으로서, 이를좀 더구체적으로설명하면, 체험실내부에극지환경, 즉, 고산지의지형과온도및 풍량또는산소량등을극지의환경과일치하는조건으로제공하므로서많은시간과경제적부담을주지않고손쉽게현지환경을체험할수 있는인조공간을제공하기위한것이다. 본발명의전체적인구성은우레탄으로제작한보냉벽의상부에 2중진공유리로구성된자연채광지붕을결합하고내부에는철골구조물의외표면에우레탄수지를도포하여지형을형상화하고, 상부에구난자를구조하기위한구난장치가설치된체험실과 ; 상기체험실에극지환경과거의일치하는온도와풍량및 산소와기압등을공급및 조절하는기계실과 ; 상기체험실의외부일측에대기실, 준비실, 온도적응실및 기압적응실을구성된부대시설로구성된것이다.
    • 8. 发明授权
    • 촉매 산화 설비 및 에너지 재활용 수단을 구비한 실내 농축 연소 시스템
    • 采用催化氧化和能量回收的室内集中燃烧系统
    • KR101719540B1
    • 2017-04-05
    • KR1020160101663
    • 2016-08-10
    • 김진수이숭재
    • 김진수이숭재
    • B01D53/75B01D46/00B01D53/04B01D53/00B01D53/86B01D53/96B01D53/34
    • 본발명세라믹촉매산화설비및 에너지재활용수단을구비한실내농축연소시스템은상온에서휘발성가스를수집하는것으로사각형상의프레임전면에설치되는 VOC 가스포집부(110)와, 상기 VOC 가스포집부후부에체결되며상기 VOC 가스포집부에서포집된 VOC 가스에포함된물질에서먼지와같은입자성물질을제거하는프리필터(120)와, 상기프리필터를통과한 VOC 가스를제올라이트농축기부에서벤젠, 신나, 냄새와같은휘발성물질을흡착하는방식으로필터링하여메인송풍기를통하여실내의내부로배기하고, 세라믹촉매산화설비(180)의출력라인에자체농축기부출력라인을통하여에어를공급받아세라믹촉매산화설비(180)의고온에어를일정온도까지냉각시켜공급받아서흡착존의휘발성물질을탈착제거하여탈착송풍기를이용하여열교환기로전송하는것으로상기사각형상의프레임(200)의베이스(210) 중앙에설치되는제올라이트농축기부(130)와, 상기제올라이트농축기부후부에서베이스(210)에설치되고배관에의하여체결되며제올라이트농축기부(130)에서휘발성물질이제거된가스를실내로배기하도록구성되는메인송풍기(150)와, 상기제올라이트농축기부(130)에서탈착제거된휘발성물질을전송받아열 교환을통하여상승시켜전기히터(170)로전송하며세라믹촉매산화설비로부터고온의처리가스를공급받아열 교환에이용하고열 교환기에이용된 196℃의가스를처리가스배출구로전송하는것으로열교환기, 전기히터, 세라믹촉매산화설비및 처리가스배출구가일체로구성되는몸체부(300)에서상기몸체부의내부상부에설치되는열교환기(160)와, 상기열교환기(160)로부터휘발성물질이포함된 220℃의가스를전송받아히팅하고히팅된가스를세라믹촉매산화설비로전송하는것으로상기몸체부(300) 내부에서열 교환기(160) 하부일측에설치되는전기히터(170)와, 상기전기히터(170)에서히팅된휘발성물질을수신하여촉매를이용하여산화시키며고온의에어를열 교환기(160)에공급하면서일부에고온에어와제올라이트농축기의출력라인(134)으로부터전송되는저온에어를혼합하여제올라이트농축기(130)로공급하여흡착존의휘발성물질을탈착제거하도록하는것으로상기몸체부내부에서상기열 교환기하부의일측에구성되는세라믹촉매산화설비(180) 및열 교환기(160)에연결되고몸체부(300) 상부일측에구성되며열교환기에서열교환에이용된가스를외부로배출하는처리가스배출구(190)로구성된것을특징으로하는것이다.
    • 本发明涉及具有氧化设备和能量回收的陶瓷催化剂内部浓缩燃烧装置系统VOC气体收集单元110被安装到在室温下收集挥发性气体的矩形的框架整个表面上,并紧固到VOC气体收集部后方 和预过滤器120,VOC气体通过在沸石浓碱,稀释剂或气味预过滤器苯以除去颗粒物质,例如从包含截留在VOC气体收集装置的VOC气体中的粉尘材料 并且空气通过自冷凝单元的输出管线被供应到陶瓷催化氧化单元180的输出管线,以被供应到陶瓷催化氧化单元180 空气被冷却到预定的温度以供应和解吸并从吸附区中的挥发性物质中除去并使用解吸吹风机传送到热交换器, 和00)的基座210沸石浓缩基座130在中心设置的,被安装的一个是通过从沸石除去挥发物浓缩基座130种气体配管紧固在底座210上的沸石浓度贡献后 从主鼓风机150被配置为排出到室内发送,传送所述挥发物以除去沸石浓缩基座130解吸接受的是通过与电加热器170和温度从陶瓷催化氧化植物的热交换升高 该的到热交换器至196℃的气体转移到工艺气体出口,电加热器,用于使用用于热交换的热交换器的陶瓷催化氧化植物和工艺气体出口供给处理气体时由一个体干的( 300)和热交换器160被安装在主体部的上部,接收和220℃含有来自热交换器160中的挥发性物质和由陶瓷催化氧化植物的加热的加热气体的气体 Sikimyeo接收的电加热器170的加热挥发物和电加热器170被安装在序列交换160,主体部300内的下侧,利用发送高温的催化剂氧化 通过同时将空气供应到热交换器160被供给到部分自我空气与沸石集中器130的主体,低空气的混合物从沸石集中器的输出线134发送脱附所吸附的jonui挥发被去除 单元内的连接到其上的热交换器中,所述底部的一侧配置,并在上部主体部300的一侧构造成用于排出在热交换器用于热交换到外部的气体的陶瓷催化氧化设备180 mityeol器160 和过程气体出口(190)。
    • 10. 发明公开
    • 원심 압력차에 의한 기수분리 및 오염원 제거장치
    • 具有空气和水分离的污染物清洁系统由离心力和压力差异
    • KR1020100050239A
    • 2010-05-13
    • KR1020080109440
    • 2008-11-05
    • 이숭재
    • 이숭재나정서김용인윤장식
    • B03B5/32B03B5/28
    • B01D45/12B01D47/04B01D47/06
    • PURPOSE: An apparatus for separating steam and eliminating pollutants using the difference of a centrifugal pressure is provided to secure excellent air purification efficiency of 99% and to help a user to be more health by generating a large amount of natural anions. CONSTITUTION: An apparatus for separating steam and eliminating pollutants using the difference of a centrifugal pressure comprises: a first collecting chamber(10) lowering a water particle curtain by spraying purified water(2) through an atomizing nozzle(11); a suction housing(20) in which the inner part having a round gin air injection guide plate(21) is penetrated; a rotary motor(31) and a sirocco fan which are strongly fixed on the center of the inner part of the suction housing; a first housing(40) which covers the rotary motor and is opened to the direction of one side of the first housing; a cylindrical second housing(50) which is combined with the suction housing and a partition(25) of cylindrical; and an outer housing(60) which covers the outside of the second housing and is combined with the exhaustion channel(1).
    • 目的:提供使用离心压力差异分离蒸汽和消除污染物的设备,以确保99%的优异空气净化效率,并通过产生大量天然阴离子来帮助用户更健康。 构成:使用离心压力的差异分离蒸汽和消除污染物的装置包括:通过喷雾净化水(2)通过雾化喷嘴(11)降低水粒子帘幕的第一收集室(10); 吸入壳体(20),其中具有圆形通气空气注入导向板(21)的内部部分被穿透; 旋转马达(31)和西洛克风扇,其牢固地固定在吸入壳体的内部的中心; 第一壳体(40),其覆盖所述旋转电动机并且朝向所述第一壳体的一侧的方向开口; 与抽吸壳体和圆柱形的隔板(25)组合的圆柱形第二壳体(50); 以及覆盖第二壳体的外部并与排气通道(1)组合的外壳体(60)。