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公开(公告)号：KR101861104B1
公开(公告)日：2018-06-29
申请号：KR1020170125676
申请日：2017-09-28
Applicant: (주)센도리
Inventor： 박문수
IPC: F24F13/072 , F24F13/32 , F24F13/02
CPC classification number: F24F13/072 , F24F13/0218 , F24F13/32 , F24F2221/14
Abstract: 본발명은실내공기를순환시키되상하방향으로승하강되도록설치되어서필터청소및 교환이가능하도록하고고장시용이하게수리할수 있게하는승하강식공기순환기에관한것으로, 공기배출부를통해서오염된실내공기를실외로배출시킴과동시에, 덕트와결합된공기흡입부를통해서실외의청정한공기를실내로공급하여공기를순환시키는공기순환기; 앵커를통해서천정부와결합하여상기공기순환기를지지해주는상판; 상기공기순환기의하부를받쳐서지지해주되, 이탈방지턱또는볼트를구비하여상기공기순환기의사방면모서리가끼어서결합되어이탈이방지되도록하고, 상기공기순환기가외부로노출되지않도록덮는하판; 및상기상판및 상기하판의양측에각각신축가능하게결합되어서상기공기순환기및 상기하판의좌우유동및 추락을방지하는지지링크와, 상기상판과상기하판을연결하여주되상기상판에구비된모터에의해상하방향으로이동하도록구비되어서상기공기순환기를상하방향으로승하강시키는와이어로이루어져서, 상기공기순환기의상하방향이동을조장하는승하강부재;를포함하여구성된다.
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公开(公告)号：KR101828587B1
公开(公告)日：2018-02-13
申请号：KR1020170080256
申请日：2017-06-26
Applicant: (주)센도리
Inventor： 박문수
CPC classification number: F24F3/1603 , B01D46/0065 , B01D46/0075 , F24F11/30 , F24F11/39 , F24F11/70 , F24F13/10 , F24F13/28 , F24F2003/1639
Abstract: 본발명은케이스내부에열교환기를구비하고, 실외공기를유입하기위한실외공기유입부와, 상기실외공기유입부를통해유입된실외공기를실내에급기하기위한송풍팬을구비하는실외공기배출부와, 실내공기를유입하기위한실내공기유입부와, 상기실내공기유입부를통해유입된실내공기를실외에배출하기위한송풍팬을구비하는실내공기배출부를포함하는공조장치에설치되되, 상기실외공기유입부의입구내측에결합되어실외공기와함께유입되는먼지를포집할수 있는필터와, 상기필터의하단에형성된개구부와, 상기필터의일측에결합되어필터내측면에부착된먼지를털어내기위한먼지털이수단과, 상기필터의하부에형성되고개구부와연통되어먼지를수거하기위한먼지수거통과, 상기먼지수거통에일측이연결되고타측은실내공기배출부에설치된배기팬에연통되는먼지배출관으로구성되는먼지제거기능을구비한공조장치를제공하기위한것으로, 본발명의효과로는공조장치내부로유입되는먼지를미리차단하여공조장치와실내로유입되는먼지를최소화하고, 사용자가직접먼지필터를청소하거나교체하는방식이아닌공조장치자체의먼지제거기능에의해먼지(이물질포함)를제거할수 있으며, 열교환기측면에설치된측면필터에걸러진먼지를역풍청소할수 있는매우유용한발명인것이다.
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公开(公告)号：KR101825384B1
公开(公告)日：2018-02-06
申请号：KR1020170025818
申请日：2017-02-27
Applicant: (주)센도리
Inventor： 박문수
CPC classification number: E06B9/52 , E06B7/02 , E06B2009/527 , E06B2009/528 , E06B2009/543
Abstract: 본발명은창 또는창틀어느일측에형성되는자석과, 상기자석에부착되는도체와, 상기도체에일측이연결되는필터망과, 상기필터망의타측이결합된권취롤과, 상기권취롤이풀리면다시복원되어감기도록하기위한스프링을구비하는축과, 상기축의상하단을고정하기위한캡과, 상기권취롤이내장되고캡이결합되기위한권취롤내장부를구비하는창 또는창틀로구성되는환기창호를제공하기위한것으로, 본발명의효과로는환기만을원할때는미리정해진길이, 즉필터망의폭만큼만창을열면필터망이창과창틀사이의벌어진틈을차단하여환기가가능하면서도먼지의유입은방지할수 있어환기창의용도로사용할수 있고, 종래처럼창을활짝열고싶을때, 즉필터망의폭보다더 넓게창을열고싶을때는그대로자연스럽게창을열어젖히는동작만으로도창을열 수있는구조여서본래대로자연스럽게창의용도로사용할수 있는매우유용한발명인것이다.
Abstract translation: 本发明和导体被附接到磁体和在一侧上的窗口或窗口框架，以及连接到一侧的导体过滤网形成磁体，并且其中，所述另一侧的过滤器屏幕被耦合绕组的辊，所述卷取辊未受保护的 通气窗和由用于使设置有弹簧的轴的门被向前恢复，并与所述盖固定轴的顶部和底部，所述卷绕辊被内置到内置成为盖联接的窗口或窗口框架具有部分卷绕的卷 以提供，本发明的roneun效果仅wonhalttaeneun通风预定长度，即，当通风开口宽度尽可能的过滤筛网过滤器屏幕的窗口被阻塞窗口和窗口帧的尘埃被它可以防止hwangichang可能侵入之间的任何开口 当您想像往常一样打开窗户时，即打开宽度超过滤网宽度的窗户时，只需打开窗户即可自然打开窗户。 小心打开，可用于窗口的目的非常有用的发明。
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Patent Agency Ranking
公开(公告)号：KR101434191B1
公开(公告)日：2014-08-27
申请号：KR1020130119556
申请日：2013-10-08
Applicant: (주)센도리
Inventor： 박문수
Abstract: The present invention relates to an air circulator which is a vertically slim type and includes an exhaust damper blower (105) mounted at the upper side, an air supply damper blower (105) mounted at the lower side, and a diagonal flow type total heat exchanging element (120) of a counterflow type which is mounted at a middle layer part, has a small width and a long length, and has a long contact surface of air flowing in different directions in order to maximize heat-exchange and absorption of thermal energy and moisture, thereby maximizing the internal volume of the slim type air circulator with enhanced performance; being easily applied to a narrow space, an edge part of a wall body, or a window frame according to the volume for multi purposes; inducing high efficient production according to standardization of products and reduction of manufacturing costs as one model may have various volumes; and reducing installation costs of a duct and solving the problem of propagation of germs inside a duct as it can be installed at various places, such as edges, window frames, or wall bodies, without needing the duct. In order to recover waste heat, supply agreeable air, and enhance efficiency in maintenance and management of an air circulator module (100), the air circulator additionally includes a first damper (107a) mounted at an exhaust damper side slope cover (107″) and a second damper (110a) mounted at an outdoor intake port horizontal partition (110) as means for converting an air supply mode and an exhaust mode to provide a window ventilation effect without going through the diagonal flow type total heat exchanging element (120) and without operating a blower during the change of seasons.
Abstract translation: 本发明涉及一种垂直纤薄型的空气循环器，包括安装在上侧的排气减震风机（105），安装在下侧的供气风门鼓风机（105）和对流流式总热 安装在中间层部分的逆流型交换元件（120）具有小的宽度和长的长度，并且具有沿不同方向流动的空气的长的接触表面，以便使热量的热交换和吸收最大化 能量和湿度，从而最大限度地提高了超薄型空气循环器的内部体积; 容易地应用于狭窄的空间，壁体的边缘部分或根据用于多个目的的体积的窗框; 根据产品标准化，降低制造成本，引起高效生产，一个型号可能有不同的产量; 并且降低管道的安装成本，并且解决了在可以安装在诸如边缘，窗框或墙体等各种位置的管道内传播细菌的问题，而不需要管道。 为了回收废热，提供合适的空气，提高了空气循环器模块（100）的维护和管理效率，空气循环器还包括安装在排气阻尼器侧倾斜盖（107“）上的第一阻尼器（107a） 以及安装在室外进气口水平分隔件（110）处的第二阻尼器（110a），作为用于转换空气供应模式和排气模式以提供窗户通风效果的装置，而不经过对角流型全热交换元件（120） 并且在季节变化期间不运行鼓风机。
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公开(公告)号：KR1020140009626A
公开(公告)日：2014-01-23
申请号：KR1020120075848
申请日：2012-07-12
Applicant: (주)센도리
Inventor： 박문수
CPC classification number: F25B13/00 , F24D11/0221 , F24D19/1015 , F24D19/1039 , F24D2200/123 , F24F5/0046 , F24F5/0096 , F24F2005/0064 , F25B27/005 , F25B2339/047 , F25B2400/06 , Y02B10/20 , Y02B10/70 , Y02B30/125 , F25B30/00 , F24D15/04
Abstract: The present invention relates to an air-conditioning apparatus using a dual source system of solar energy and stored heat, which provides various drive modes including a hot water heat storage mode, a cold water heat storage mode, a radiation heating drive mode, and a radiation cooling drive mode, etc. with the characteristics that solar heat, and refrigerant flow type heat pump heat storage in water cooling for heat storage; and solar heat and refrigerant flow type heat pump in water cooling for radiation are drive in parallel. Compared to a heat storage system by the conventional air-conditioner of a dual source system, or the method used in a radiation system, the air-conditioning apparatus according to the present invention provides a heat storage function, a radiation function, and a simultaneous function of the heat storage function and the radiation function, a dual source drive function that two heat pumps are able to be simultaneously driven in one cycle either the heat storage or the radiation other than a basic air-conditioning drive function by using a refrigerant; allows the other heat pump to be replaced in driving when either the heat storage heat pump or the radiation heat pump is out of order; is able to use the stored energy by storing the heat energy in a heat storage bath with excessive electricity; increases the efficiency by sending the heat source in a load part requiring more heat; and provides the heat energy stored through the pipe connection in the heat storage bath by introducing a solar water heater supplying instant heating water. [Reference numerals] (AA,EE,GG,II,KK) Cooling; (BB,FF,HH,JJ,LL) Heating; (CC,DD) Heat source; (MM) Water supply
Abstract translation: 本发明涉及一种使用太阳能双重源系统和储存热量的空调装置，其提供各种驱动模式，包括热水蓄热模式，冷水蓄热模式，辐射加热驱动模式和 辐射冷却驱动模式等特点，其特点是太阳能热量，制冷剂流量型热泵蓄热水冷却用于蓄热; 而用于辐射的水冷却中的太阳能热和制冷剂流式热泵则是平行驱动的。 与通过双源系统的常规空调器或者辐射系统中使用的方法的热存储系统相比，根据本发明的空调设备提供蓄热功能，辐射功能和同时 蓄热功能和辐射功能的功能，双重源驱动功能，两个热泵能够通过使用制冷剂在一个循环中同时驱动除基本空调驱动功能之外的储热或辐射; 当储热热泵或辐射热泵出现故障时，允许其他热泵更换; 能够通过将热能储存在具有过多电力的储热浴中来使用所储存的能量; 通过将热源发送到需要更多热量的负载部分来提高效率; 并且通过引入提供即时加热水的太阳能热水器来提供通过管道连接储存在储热浴中的热能。 （标号）（AA，EE，GG，II，KK）冷却; （BB，FF，HH，JJ，LL）加热; （CC，DD）热源; （MM）供水
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公开(公告)号：KR1020130133437A
公开(公告)日：2013-12-09
申请号：KR1020120056671
申请日：2012-05-29
Applicant: (주)센도리
Inventor： 박문수
CPC classification number: F28F3/10 , F24F12/006 , F28D9/0068 , F28D21/0008 , F28D21/0014 , F28D21/0015 , F28F3/025 , Y02B30/563
Abstract: The present invention relating to a high efficiency heat exchanger and a manufacturing method thereof comprises a cell unit heat exchange device (100) including: one V recess formed at an upper, a left and a right side of an L pad wherein the L pad is arranged between one partition plate (10) and another partition plate to block an upper corner and a right corner of the partition plate; a first discharge hole being an exit of a heat exchange passageway (1AB) connected to a first intake chamber (1AR) formed in each longitudinal direction of valley boards (20) under the first intake chamber wherein the first intake chamber is formed in an inner space of a first intake hole (1A), and the first intake hole is formed by sealing sealant (40) on the left and right edges of the valley boards between the partition plates closely arranged at a lower end of the L pad; the other V recess formed at a lower, a left and a right side of the L pad wherein the L pad is arranged between one partition plate, adjacent to the first intake hole, the first intake chamber and a first discharge hole (1B), and another partition plate to block a lower corner and a left corner of the partition plate; and a second discharge hole (2B) being an exit of a heat exchange passageway (2AB) connected to a second intake chamber (2AR) formed in each longitudinal direction of valley boards (20) over the second intake chamber wherein the second intake chamber is formed in an inner space of the second intake hole, and the second intake hole is formed by sealing sealant on the left and right edges of the valley boards between the partition plates closely arranged at an upper end of the L pad. The present invention can widen the heat exchange area and enhance the recovery rate of thermal energy as compared with a heat exchanger in the same class by using counterflow type heat exchange passageways (1AB, 2AB) arranged at a heat exchange device group (100M) where the cell unit heat exchange devices are heaped up.
Abstract translation: 本发明涉及一种高效率热交换器及其制造方法，其特征在于，包括一个单元热交换装置（100），其包括：形成在L垫的上部，左侧和右侧的一个V形凹槽，其中所述L垫是 布置在一个分隔板（10）和另一分隔板之间以阻挡隔板的上角和右角; 第一排出孔，是与在第一吸入室下方的谷板（20）的长度方向上形成的第一吸入室（1AR）连接的热交换通路（1AB）的出口，其中，第一吸入室形成在内部 第一进气孔（1A）的空间，并且第一进气孔通过在紧密布置在L垫的下端处的分隔板之间的谷板的左右边缘上密封密封剂（40）而形成; 形成在L垫的下侧，左侧和右侧的另一个V形凹槽，其中L垫布置在与第一进气孔相邻的一个隔板之间，第一进气室和第一排出孔（1B）之间， 和另一隔板，用于阻挡隔板的下角和左角; 以及第二排出孔（2B），其是连接到在第二进气室上的谷底板（20）的每个纵向方向上形成的第二进气室（2AR）的热交换通道（2AB）的出口，其中第二进气室是 形成在第二进气孔的内部空间中，并且第二进气孔通过在密封地布置在L垫的上端处的分隔板之间的谷板的左右边缘上密封密封剂而形成。 本发明可以通过使用布置在热交换装置组（100M）的逆流型热交换通道（1AB，2AB）与相同类别的热交换器相比，扩大热交换面积并提高热能回收率，其中 电池单元热交换装置堆积起来。
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公开(公告)号：KR101092230B1
公开(公告)日：2011-12-12
申请号：KR1020090133272
申请日：2009-12-29
Applicant: (주)센도리
Inventor： 박문수
CPC classification number: Y02B30/52 , Y02E60/142
Abstract: 본발명축열 2원시스템냉난방장치는종래의축열냉난시스템의야간축열주간방열방식에있어축열시냉매가스또는물, 부동액과같은유체의순환과는다르게축열및 방열시동일한냉매가스로순환하여시스템냉난방을하므로배관크기축소로시공이간단하고, 배관내냉매순환으로결로억제, 배관누수시피해가없고, 간단한제어및 축열용히트펌프와방냉용히트펌프를겸용으로사용, 어느한쪽고장시예비개념으로도축열용및 방냉용을번갈아사용할수 있으며축열조사용불가시에는기존일반히트펌프사이클로사용해부하측조건을충족할수 있으며축열운전이나방열운전에도축열용과방열용히트펌프를동시에 2원운전하여성능을 2배로올릴수 있는장점이있는시스템으로국가정책의전력수급안정을위한여름철심야전기를사용할수 있으며에너지사용료또한절감하여경제적이며, 장비의고장시대체장비를확보한시스템으로안정적장비운용과편리한운전의축열식시스템냉난방방식을시공할수 있어, 에너지절감은물론이며, 국가정책부흥및 시공비를절감할수 있는아주유용한발명이다.
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