KR101127006B1 - the floor type heat exchanging ventilation system - Google Patents

the floor type heat exchanging ventilation system Download PDF

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KR101127006B1
KR101127006B1 KR1020090101399A KR20090101399A KR101127006B1 KR 101127006 B1 KR101127006 B1 KR 101127006B1 KR 1020090101399 A KR1020090101399 A KR 1020090101399A KR 20090101399 A KR20090101399 A KR 20090101399A KR 101127006 B1 KR101127006 B1 KR 101127006B1
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South Korea
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air flow
heat exchange
air
exchange element
flow path
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KR1020090101399A
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Korean (ko)
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KR20110044626A (en
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박문수
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(주)센도리
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    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F12/00—Use of energy recovery systems in air conditioning, ventilation or screening
    • F24F12/001—Use of energy recovery systems in air conditioning, ventilation or screening with heat-exchange between supplied and exhausted air
    • F24F12/006—Use of energy recovery systems in air conditioning, ventilation or screening with heat-exchange between supplied and exhausted air using an air-to-air heat exchanger
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F7/00—Ventilation
    • F24F7/04—Ventilation with ducting systems, e.g. by double walls; with natural circulation
    • F24F7/06—Ventilation with ducting systems, e.g. by double walls; with natural circulation with forced air circulation, e.g. by fan positioning of a ventilator in or against a conduit

Abstract

본 발명은 상부그릴(102)과 하부그릴(103)을; 일측에는 컨트롤러(101)와,뒷커버(105)로 이루어진 본체케이스(100)와; 직사각관체내부에 짝수열의 정사각격자를 일체로 형성한 전열교환소자(201)와, 상기 전열교환소자의 상하면 격자중 각 홀수열은 양분된 상측을; 각 짝수열은 양분된 하측을 각 밀폐하는 공기유로분배판(202a;202b)와, 전열교환소자 상면에 흡기된 실내공기와 전열교환된 실내공기를 분리 입출시키는 공기유로분배판(202a)상부에 밀착조립된 상부공기유로 분배기(203)와, 전열교환소자 하면에서 흡기된 실외공기가 리턴되어 상향되는 공기유로분배판(202b) 하부에 밀착조립된 하부공기유로분배기(204)와, 상기 상부공기유로분배기(203)와 하부공기유로분배기(204) 상하에 밀착조립되는 공기유로커버(205a; 205b)로 이루어진 전열교환소자모듈(200)과; 상기 전열교환소자모듈(200)의 공기유로커버(205a;205b)와 상부공기유로분배기(203) 및 하부공기유로분배기(204)와 전열교환소자(201)를 각 밀착조립시키는 절곡플랜지붙이 그릴후드(206a;206b),절곡플랜지붙이실내공기배기소켓(211),절곡플랜지붙이실외공기흡기소켓(212),체결앵글(210)을 포함함을 특징으로 저에너지타입의 스탠드형 전열교환 환기장치이다.The present invention provides an upper grill (102) and a lower grill (103); One side of the main body case consisting of a controller 101, the rear cover 105 and; An electrothermal exchange element 201 having an even numbered square lattice integrally formed in the rectangular tube body, and each odd column of the upper and lower lattice of the electrothermal exchange element has a bisected upper side; Each even-numbered heat is separated from the air flow path distribution plates 202a and 202b for enclosing the divided lower side, and the air flow distribution plate 202a for separating and entering the indoor air sucked into the top surface of the heat exchange element and the heat exchanged indoor air. The upper air flow path distributor 203 closely assembled and the lower air flow path distributor 204 tightly assembled to the lower portion of the air flow path distribution plate 202b, which is returned from the lower surface of the total heat exchange element and is returned, and the upper air flow path. A total heat exchange element module (200) comprising an air flow channel cover (205a; 205b) which is tightly assembled above and below the flow path distributor (203) and the lower air flow path distributor (204); Bending flange grill hood for tightly assembling the air flow channel cover 205a and 205b, the upper air channel distributor 203, the lower air channel distributor 204 and the heat exchange element 201 of the total heat exchange element module 200, respectively. (206a; 206b), the indoor air exhaust socket 211 with a bent flange, the outdoor air intake socket 212 with a bent flange, fastening angle 210, characterized in that the low-energy type stand-type total heat exchange ventilator.

스탠드,전열교환,환기장치 Stand, Heat Exchange, Ventilation

Description

스탠드형 전열교환 환기장치{the floor type heat exchanging ventilation system}The floor type heat exchanging ventilation system

본 발명은 스탠드형 전열교환 환기장치에 관한 것으로, 특히 맞흐름방식의 전열교환소자모듈로 전열교환체면적이 넓어 실내공기의 열에너지를 보존하면서 실내공기를 신선한 실외공기로 환기시키는 스탠드형 전열교환 환기장치에 관한 것이다.The present invention relates to a stand type total heat exchange ventilator, in particular a heat exchange element module of the flow type is a total type heat exchange ventilator for ventilating the indoor air to fresh outdoor air while preserving the heat energy of the indoor air with a wide heat transfer volume area It is about.

일반적으로 실내공기의 정화를 위하여, 음이온 공기청정기로 오염된 공기를 팬으로 흡입하고 필터에 의해 0.01μm정도까지의 미세한 먼지나 세균류를 집진하여 체취나 담배냄새를 탈취하고, 또 오염 때문에 감소된 음(陰)이온을 이온발생기에 의해 회복시킨다. 필터에는 몰트프렌이나 유리섬유를 사용해서 집진하는 기계식 필터, 유리섬유와 셀룰로오스 섬유를 사용해서 미립자를 집진하는 고성능 필터 및 활성탄을 사용한 탈취필터의 3종류가 있다. 또 이들 필터에 첨가하여 먼지를 고압방전에 의해 대전시켜서 집진하는 전기 집진장치가 함께 사용되기도 한다.In general, for the purification of indoor air, the air contaminated with an anion air purifier is sucked into the fan, and dust and microorganisms up to 0.01 μm are collected by the filter to deodorize body odor or tobacco smell, (Iii) Ions are recovered by ion generators. There are three types of filters: a mechanical filter which collects using mortene or glass fibers, a high performance filter which collects fine particles using glass fibers and cellulose fibers, and a deodorizing filter using activated carbon. In addition, an electrostatic precipitator which is added to these filters to collect dust by charging dust by a high pressure discharge may be used together.

새집증후군으로 지은지 2년 이내의 경우 건축자재나 시멘트등에서 나오는 인체에 유해한 물질이나, 새가구나,도배 풀,페인트 칠에 의한 프롬 알데히드등의 물 질 배출과 기타 실내오염 미립자나, 환경호르몬이 신체에 접촉,흡입되어 아토피와 같은 피부질환이나 호흡기 질환등에 쉽게 노출된다. 이를 위하여 난방온도를 높게 하여, 몇시간 내지 수일간 수시로 창호를 개폐하여 충분히 환기를 하는 것이 좋다.Within 2 years of building sick house syndrome, substances harmful to the human body from building materials or cement, leaking materials, grass paste, prohmaldehyde by painting, other indoor pollutants, and environmental hormones It is easily exposed to skin diseases such as atopy and respiratory diseases by contact and inhalation. To this end, the heating temperature is increased, it is good to open and close the windows frequently from several hours to several days to sufficiently ventilate.

그러나, 창호개폐에 의한 환기는 외부소음과 먼지의 유입과 실내공기의 열에지가 손실되는 단점이 있어서, 근래에 실내외의 환기는 물론 전열교환장치에 의하여 열에너지의 손실을 절감하도록 천장설치형과 바닥상치형,창호설치형이 있다.However, ventilation due to the opening and closing of the windows and doors has the disadvantage of losing the noise and inflow of the indoor air and the heat edge of the indoor air. Recently, the ceiling-mounted type and the floor-mounted type are designed to reduce the loss of thermal energy by ventilation as well as indoor and outdoor ventilation. There is a window installation type.

상기 천장형이나, 바닥상치형의 열교환소자는 크로스 교차타입으로 배기되는 열에너지를 회수율이 낮고, 또 건물내벽과 외벽을 관통해 덕트설비시공을 해야 하므로 설치공간, 기기가격, 시공비, 설치공간확보에 따른 건축비부담과 덕트시공에 따른 정압의 발생으로 팬모터 동력 또한 많이 사용되는 문제가 지적된다.The heat exchange element of the ceiling type or floor top type has low recovery rate of heat energy exhausted by the cross-crossing type, and it is necessary to construct the duct equipment through the inner wall and the outer wall of the building, so as to secure the installation space, equipment price, construction cost and installation space. It is pointed out that the fan motor power is also frequently used due to the construction cost burden and static pressure caused by the duct construction.

따라서, 최근에는 기존 창호에 전열교환장치 설치공간을 별도로 마련하거나, 창호나 창틀에 환기시스템을 접목하거나 응용한 예시는 다음과 같다. Therefore, recently, a separate installation of the heat exchanger installation space in the existing windows, or grafting or applying the ventilation system to the windows or windows frame is as follows.

[문헌 1] KR 10-2008-0051643 A 2008.06.11 도 3,4,5Document 1 KR 10-2008-0051643 A 2008.06.11 FIGS. 3,4,5

[문헌 2] KR 10-0698516 B1 2007.03.15 도 1,3,6[Document 2] KR 10-0698516 B1 2007.03.15 FIGS. 1,3,6

[문헌 3] KR 20-0424420 Y1 2006.08.14 도 5,6[Document 3] KR 20-0424420 Y1 2006.08.14 FIGS. 5,6

[문헌 4] KR 10-2006-0020641 A 2006.03.06 도 1,2,3Document 4 KR 10-2006-0020641 A 2006.03.06 FIGS. 1,2,3

상기 예시중 문헌 1에서는 창호환기시스템으로 건물벽체에 형성된 창호개구의 둘레에 대응하는 중공체의 틀형상인 창호프레임은 그 내부에 격벽에 의해 인접되게 구획된 흡기유로와 배기유로가 형성되며, 격벽의 일 영역에는 전열교환소자를 를 설치하는 소자설치구를 소정간격으로 다수개 마련하고, 상기 전열교환소자는 창 호프레임의 흡기유로를 통과하는 공기가 경유하는 적어도 하나이상의 흡기경유로와,창호프레임의 배기유로를 통과하는 공기가 경유하는 적어도 하나 이상의 배기경유로는 상호 교호적으로 다수가 적층된 상태에서 흡기경유로의 입구및 출구가 상호반대방향으로 위치하는 대향류방식으로 전열교환소자를 내장하고 있다.In Document 1 of the above example, the window frame of the hollow body corresponding to the circumference of the window opening formed on the building wall by the window ventilation system is formed in the intake flow passage and the exhaust flow passage partitioned adjacent by the partition wall, the partition wall In one region of a plurality of element installation holes for installing the total heat exchange element is provided at a predetermined interval, the total heat exchange element is at least one intake passage through the air passing through the intake passage of the window frame, window and At least one of the exhaust passages through which the air passing through the exhaust passage of the frame passes through the exhaust passage of the frame is arranged in a counterflow manner in which the inlet and the outlet of the intake passage are located in opposite directions with each other alternately stacked. It is built.

이와 같은 방식에서는 문헌1의 도 4에 도시된 바와 같이, 창호개구부 전체에 이르는 규격의 창틀재를 코너부를 긴밀하게 밀봉된 상태로 상하한벌의 창틀을 구성해야 하는 구조로 생산코스트가 상승하며, 창틀내부 일정간격의 격벽사이에 마련한 소자설치구에 전열교환소자를 일정간격으로 내재시키거나, 그 내부에 별도로 흡배기팬을 설치후 상하한벌을 일체로 긴밀하게 밀봉된 상태로 복잡한 가공단계를 수행해야 문제로 제작비 상승이 따른다.In this manner, as shown in Fig. 4 of Document 1, the production cost rises to the structure that the window frame member of the standard that extends to the entire window opening part must form a top and bottom window frame in a tightly sealed corner portion, It is necessary to embed the heat exchanger elements at regular intervals in the device mounting holes provided between the internally spaced partitions, or to separately install an intake and exhaust fan, and then perform complicated machining steps with the upper and lower limit tightly sealed. This is accompanied by an increase in production costs.

또한, 전열교환소자는 창틀내부에 일정간격 이격된체 형성되는 소자설치구에 조립하는 전열교환소자간의 간격이 발생해 같은 일정규격내에 내장하는 전열교환소자의 전열교환면적을 극대화 시킬수 없다는 것이다.In addition, the total heat exchange element is not able to maximize the total heat exchange area of the total heat exchange element built in the same standard because the spacing between the heat exchange elements to be assembled in the device installation is formed in a window spaced apart at regular intervals.

한편, 문헌 2에서는 창문형열교환장치로 창문에 설치하는 본체는 실내에 위치하는 부분과 실외에 위치하는 부분으로 실내에 위치하는 상부 상면에는 실내공기흡입구와 외부공기를 배출하는 외부공기배출구가 설치되며, 실외에 위치하는 본체하부에는 외부공기흡입구와 실내공기배출구를 설치한 내부에는 문헌 2의 도 5와 8과 같이, 열교환막 양측으로 실내공기와 외부공기가 흐르는 공지의 열교환체를 적용한 열교환장치로창문에 설치되는 상기 본체는 상단부분이 실내외로 돌출된 방식으로 외관상 미관도 좋지 않고, 설치공간에 비해 전열교환면적 효율을 극대화 시킬 수 없는 것도 상기 문헌 1과 같은 문제가 지적된다.On the other hand, in Document 2, the main body installed in the window with the window type heat exchanger is located in the indoor part and the part located in the outdoor area, the indoor air intake port and the external air exhaust port for discharging the outside air is installed on the upper upper surface located in the room, In the lower part of the main body, which is located outdoors, the outside air inlet and the indoor air outlet are installed inside. As shown in Figs. 5 and 8 of Document 2, the window is a heat exchanger using a known heat exchanger in which indoor air and external air flow to both sides of the heat exchange membrane. It is pointed out that the main body, which is installed in the upper part protrudes out of the room, is not good in appearance, nor can maximize the total heat exchange area efficiency compared to the installation space.

한편,문헌 3과 같이 환기기능과 에어컨의 실외기 일체형 환기시스템은 창호틀내에 설치한 창문의 일켠에 압축기와 열교환기를 내장한 실외기케이싱이 일체 설치된 것으로, 압축기의 소음이 실내로 전달되며, 에어컨을 사용하지 않을때는,문헌 3의 첨부도 5와 같이, 열교환기 상하편의 셔터를 닫은후 케이싱 하부팬을 동작시켜, 케이싱내부의 필터를 거쳐 바로 외부공기를 실내로 유입하거나, 실내의 공기를 케이싱 상부팬을 동작시켜 상층부의 배기구를 통해 외부로 배기하는 것으로, 에어컨의 실외기를 창문에 설치하고, 흡배기팬을 통해 실내외기를 환기시키는 것으로 전열교환효과를 기대할 수 없는 것이다.Meanwhile, as shown in Document 3, the ventilation system and the outdoor unit integrated ventilation system of the air conditioner have an outdoor unit casing having a compressor and a heat exchanger installed at one side of the window installed in the window frame, and the noise of the compressor is transmitted to the room. When not in use, as shown in Fig. 5 of Document 3, after closing the shutters of the upper and lower heat exchangers, the lower casing fan is operated to introduce external air directly into the room through a filter inside the casing, or the indoor air is supplied to the upper casing fan. By operating the exhaust to the outside through the exhaust port of the upper layer, by installing the outdoor unit of the air conditioner in the window, and ventilating the indoor outdoor air through the intake and exhaust fan can not expect the effect of heat transfer.

한편,문헌 4는 일체형 공조기로 압축기와 실내열교환기, 팽창기구,실외열교환기 및 순환파이프를 포함하는 일체형공조기를 벽면내부에 붙박이로 내장하거나,공조기와 창문이 일체로된 방식으로 환기시스템에 따른 전열교환효과를 기대할 수 없고, 문헌 4의 도 2에 도시된 창문일체의 경우에도 실내열교환외곽이 창틀로부터 돌출되거나, 압축기와 열교환파이프를 창문틀하부벽체에 매입시공해야 하는 등의 문제나,창틀내에 순환파이프를 내장하는 문제로 인하여, 고장시 부분교체가 아닌 전체를 교환하거나, 벽체까지 훼손해야 하는 문제점이 상존한다.On the other hand, Document 4 is an integrated air conditioner built-in integrated air conditioner including a compressor, an indoor heat exchanger, an expansion mechanism, an outdoor heat exchanger and a circulating pipe built into the inside of the wall, or the air conditioner and the window is integrated in a manner according to the ventilation system The total heat exchange effect cannot be expected, and in the case of the window body shown in FIG. 2 of Document 4, the interior heat exchange outer part may protrude from the window frame, or the compressor and the heat exchange pipe should be embedded in the window frame lower wall. Due to the problem of the built-in circulation pipe in the inside, there is a problem in that, in the event of a failure, the entire pipe must be replaced, or the wall must be damaged.

따라서,본 발명의 목적은 종래 크로스 교차방식의 전열교환소자를 맞흐름방식의 전열교환소자로 전열교환체면적을 극대화시켜 전열교환효과를 높여 에너지를 절감하며, 창틀형에 비해 저렴한 설치비로 실내의 임의 장소에 용이하게 설치하도록 하는 스탠드형 전열교환 환기장치를 제공하고자 하는 것이다.Accordingly, an object of the present invention is to maximize the total heat exchanger volume of the conventional cross-cross type heat exchange element by the flow-flow type heat exchange element to increase the total heat exchange effect, thereby saving energy, and the installation cost of the room at a lower cost than the window frame type. It is an object of the present invention to provide a stand type total heat exchange ventilator for easy installation at any place.

상기의 목적을 달성하기 위하여, 본 발명에서는 직사각박스체로 전면부 상?하단에는 각 상부그릴(102)과 하부그릴(103)을; 일측에는 컨트롤러(101)를 배면에는 나사체결하는 뒷커버(105)로 이루어진 본체케이스(100)와; 상기 본체케이스 내부에는 직사각관체내부에 짝수열의 정사각격자를 일체로 형성한 전열교환소자(201)와, 상기 전열교환소자의 상하면 격자중 각 홀수열은 양분된 상측을; 각 짝수열은 양분된 하측을 각 밀폐하는 공기유로분배판(202a;202b)와, 전열교환소자 상면에 흡기된 실내공기와 전열교환된 실내공기를 분리 입출시키는 공기유로분배판(202a)상부에 밀착조립된 상부공기유로 분배기(203)와, 전열교환소자 하면에서 흡기된 실외공기가 리턴되어 상향되는 공기유로분배판(202b) 하부에 밀착조립된 하부공기유로분배기(204)와, 상기 상부공기유로분배기(203)와 하부공기유로분배기(204) 상하에 밀착조립되는 공기유로커버(205a; 205b)로 이루어진 전열교환소자모듈(200)과; 상기 전열교환소자모듈(200)의 공기유로커버(205a;205b)와 상부공기유로분배기(203) 및 하부공기유로분배기(204)와 전열교환소자(201)를 각 밀착조립시키는 절곡플랜지 붙이그릴후드(206a;206b),절곡플랜지붙이실내공기배기소켓(211),절곡플랜지붙이 실외공기흡기소켓(212),체결앵글(210)을 포함 함을 특징으로 하는 스탠드형 전열교환 환기장치를 제공하도록 하였다.In order to achieve the above object, in the present invention, each of the upper grill 102 and the lower grill 103 at the upper and lower ends of the rectangular box body; A main body case (100) formed of a rear cover (105) for screwing on one side with a controller (101) on the back; An inner heat exchange element 201 having an even numbered square lattice integrally formed inside a rectangular tube body, and an odd side of each upper and lower lattice of the upper heat exchange element being bisected; Each even-numbered heat is separated from the air flow path distribution plates 202a and 202b for enclosing the divided lower side, and the air flow distribution plate 202a for separating and entering the indoor air sucked into the top surface of the heat exchange element and the heat exchanged indoor air. The upper air flow path distributor 203 closely assembled and the lower air flow path distributor 204 tightly assembled to the lower portion of the air flow path distribution plate 202b, which is returned from the lower surface of the total heat exchange element and is returned, and the upper air flow path. A total heat exchange element module (200) comprising an air flow channel cover (205a; 205b) which is tightly assembled above and below the flow path distributor (203) and the lower air flow path distributor (204); Bending flange-attached grille hood for assembling the air flow channel cover 205a and 205b, the upper air channel distributor 203, the lower air channel distributor 204, and the heat exchange element 201 of the total heat exchange element module 200 in close contact. (206a; 206b), an indoor air exhaust socket 211 with a bending flange, an outdoor air intake socket 212 with a bending flange, and a fastening angle 210 are provided. .

본 발명에 따른 스탠드형 전열교환 환기장치는 종래 크로스 교차방식의 전열교환소자를 상호 맞흐름방식으로된 전열교환소자에 의하여 전열교환체면적의 극대화로 전열교환효과를 높여 실내에너지사용을 감소시키는 효과와, 종전에 비하여 콤팩트하고 슬립타입의 전열교환 환기장치로서, 창틀형에 비해 저비용으로 다양한 형상에도 다양하게 적용할 수 있는 유용한 발명인 것이다.Stand type total heat exchange ventilator according to the present invention is the effect of reducing the use of indoor energy by increasing the total heat exchange effect by maximizing the total heat exchange volume by the total heat exchange element of the conventional cross-crossing type heat exchange element to the mutual flow method. And, as a compact and slip-type electrothermal heat exchange ventilator compared to the past, it is a useful invention that can be applied to various shapes at a lower cost than the window frame type.

이하, 첨부된 도면에 의하여 본 발명에 대하여 상세하게 설명하면 다음과 같다.Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

도 1은 본 발명에 따른 스탠드형 전열교환 환기장치의 사시도,도 2는 본 발명의 주요부 분해사시도,도 3은 흡배기후드로 전열교환소자모듈이 조립된 외관사시도,도 4는 본 발명의 주요부인 전열교환소자모듈의 분해사시도로 (ⅰ)은 실외공기 유입에 따른 분해사시도,(ⅱ)은 실내공기배출에 따른 분해사시도이다. 1 is a perspective view of a stand-type total heat exchange ventilation apparatus according to the present invention, Figure 2 is an exploded perspective view of the main part of the present invention, Figure 3 is an external perspective view of the heat exchange element module assembled to the intake and exhaust hood, Figure 4 is a main part of the present invention (I) is an exploded perspective view of an outdoor air inflow, (ii) is an exploded perspective view of an indoor air discharge.

이들 도면에 도시된 바와 같이, 본 발명에 따른 스탠드형 전열교환 환기장치는 직사각박스체로 전면부 상?하단에는 각 상부그릴(102)과 하부그릴(103)을; 일측에는 컨트롤러(101)를 배면에는 나사체결하는 뒷커버(105)로 이루어진 본체케이스(100)와; 상기 본체케이스 내부에는 직사각관체내부에 짝수열의 정사각격자를 일 체로 형성한 전열교환소자(201)와, 상기 전열교환소자의 상하면 격자중 각 홀수열은 양분된 상측을; 각 짝수열은 양분된 하측을 각 밀폐하는 공기유로분배판(202a;202b)과, 전열교환소자 상면에 흡기된 실내공기와 전열교환된 실내공기를 분리 입출시키는 공기유로분배판(202a)상부에 밀착조립된 상부공기유로 분배기(203)와, 전열교환소자 하면에서 흡기된 실외공기가 리턴되어 상향되는 공기유로분배판(202b) 하부에 밀착조립된 하부공기유로분배기(204)와, 상기 상부공기유로분배기(203)와 하부공기유로분배기(204) 상하에 밀착조립되는 공기유로커버(205a; 205b)로 이루어진 전열교환소자모듈(200)과; 상기 전열교환소자모듈(200)의 공기유로커버(205a;205b)와 상부공기유로분배기(203) 및 하부공기유로분배기(204)와 전열교환소자(201)를 각 밀착조립시키는 절곡플랜지붙이그릴후드(206a;206b), 절곡플랜지붙이실내공기배기소켓(211),절곡플랜지붙이실외공기흡기소켓(212),체결앵글(210)을 포함한다.As shown in these drawings, the stand-type total heat exchange ventilator according to the present invention is a rectangular box body in the upper and lower portions of the upper grill 102 and the lower grill 103; A main body case (100) formed of a rear cover (105) for screwing on one side with a controller (101) on the back; An inner heat exchange element 201 having an even numbered square lattice formed integrally inside the rectangular tube body, and an odd side of each of the upper and lower lattice lines of the top and bottom gratings of the heat exchange element being bisected; Each even-numbered heat is divided into air flow distribution plates 202a and 202b for enclosing the divided lower side and air flow distribution plates 202a for separating and entering indoor air sucked into the top surface of the heat exchange element and heat exchanged indoor air. The upper air flow path distributor 203 closely assembled and the lower air flow path distributor 204 tightly assembled to the lower portion of the air flow path distribution plate 202b, which is returned from the lower surface of the total heat exchange element and is returned, and the upper air flow path. A total heat exchange element module (200) comprising an air flow channel cover (205a; 205b) which is tightly assembled above and below the flow path distributor (203) and the lower air flow path distributor (204); Bending flange grill hood for tightly assembling the air channel cover 205a and 205b, the upper air channel distributor 203, the lower air channel distributor 204 and the heat exchange element 201 of the total heat exchange element module 200, respectively. 206a and 206b, the indoor air exhaust socket 211 with the bent flange, the outdoor air intake socket 212 with the bent flange, and the fastening angle 210 are included.

상기 본체케이스(100)의 컨트롤러(101)는 도시하지 않은 전원공급부에서 전달되는 전원에 의해 구동되며, 실내공기를 배기시키거나 실외공기를 흡기시키는 팬의 온오프스위치를 마련하여 제어시키는 것이 바람직하다.The controller 101 of the main body case 100 is driven by a power supplied from a power supply unit (not shown), and it is preferable to provide and control an on / off switch of a fan that exhausts indoor air or intakes outdoor air. .

또한, 본체케이스(100)의 전면 상측의 상부그릴(102)과; 하측의 하부그릴(103)은 각기 자력(磁力)으로 착탈되며, 실내공기는 상부그릴(102)을 통해 본체케이스 내부의 전열교환소자모듈(200)에서 전열교환 된후 뒷커버(105) 상단에 돌출된 절곡플랜지붙이 실내공기배기소켓(211)를 통해 실외로 배출되며, 실외공기는 뒷커버(105) 하단에 돌출된 절곡플랜지붙이 실외공기흡기소켓(212)를 통해 본체케이 스 내부의 전열교환소자모듈(200)에서 실내공기와 전열교환된후, 하부그릴(103) 내측에 내재한 필터(104)를 걸쳐 실내로 배출되는 것이다.In addition, the upper grill 102 of the front upper side of the main body case 100; The lower grill 103 at the lower side is detached by magnetic force, and the indoor air is extruded from the total heat exchange element module 200 inside the main body case through the upper grill 102 and then protrudes on the top of the rear cover 105. The heat exchange element inside the body case is discharged to the outdoor through the indoor air exhaust socket 211 with the bent flange, the outdoor air intake socket 212 protrudes to the bottom of the rear cover 105. After the heat exchange with the indoor air in the module 200, it is discharged to the room over the filter 104 inherent in the lower grill (103).

상기, 전열교환소자모듈(200)의 전열교환소자(201)는 직사각관체내부 전길이구간에 짝수열의 정사각격자가 일체로 형성되며, 전열교환소자 상하면에 형성된 각 격자에 대응되는 격자중 홀수열은 양분된 상측을 밀폐하는 공기유로분배판(202a)이; 짝수열은 양분된 하측을 각 밀폐하는 공기유로분배판(202b)이 밀착되도록 일체의 판상체로 사출형성된다.The heat exchange element 201 of the heat exchange element module 200 is formed by integrally forming a square lattice of even rows in the entire length section of the rectangular tube body, and an odd column among the lattice corresponding to each lattice formed on the upper and lower surfaces of the heat exchange element is An air flow distribution plate 202a which seals the bisected upper side; The even-numbered rows are injection-molded into an integral plate-like body such that the air flow distribution plates 202b each sealing the divided lower side are in close contact with each other.

본 발명의 주요부인 공기유로분배기는 도 4 와 도 5에 도시된 각 확대사시도및 도 6,7의 각 참고단면도를 참조하면 다음과 같다.Referring to each enlarged perspective view shown in FIGS. 4 and 5 and each reference cross-sectional view of FIGS. 6 and 7 as an air flow distributor which is a main part of the present invention.

상부공기유로 분배기(203)는 공기유로분배판(202a)과 동일한 평면규격과 그 평면규격의 어느 한변보다는 짧은 높이를 갖는 수지재로 사출성형된 직사각형체로, 공기유로분배판(202a)의 각열의 짝수칸 상단의 개구부에만 연통되도록 상하로 관통되고 사방이 폐쇄된 상부공기유로 상?하관통공(203a)과; 공기유로분배판(202a)전체 절반 열의 홀수칸 하단의 개구부 위치에는 좌측면과 하면만 개구되고 사방이 폐쇄된 상부공기유로 좌?하면 관통공(203b)과, 나머지 절반의 열은 우측면과 하면만 개구되고 사방이 폐쇄된 상부공기유로 우?하면 관통공(203c)가 일체로 형성된다.The upper air flow path distributor 203 is a rectangular body injection molded of a resin material having the same plane standard as the air flow path distribution plate 202a and a shorter height than any one side of the plane standard, and each column of the air flow path distribution plate 202a An upper air passage upper and lower through holes 203a penetrated up and down and closed in all directions so as to communicate only with the openings at the upper end of the even-numbered column; The air flow distribution plate 202a opens at the lower half of the odd-numbered compartments of the entire half row. The through-hole 203b and the other half of the left half are opened only at the left side and the bottom side, and the other half of the row is at the right side and the bottom side. The through hole 203c is formed integrally with the upper air oil which is opened and closed on all sides.

한편, 하부공기유로 분배기(204)는 공기유로분배판(202b)과 동일한 평면규격과 ,그 평면규격의 어느 한변보다는 짧은 높이를 갖는 수지재로 사출성형된 직사각형체로, 공기유로분배판(202b)의 각열의 홀수칸 상단의 개구부에만 연통되도록 상하로 관통되고 사방이 폐쇄된 하부공기유로 상?하관통공(204a)과; 공기유로분배 판(202b) 전체 절반열의 홀수칸 하단의 개구부 위치에는 좌측면과 상면만 개구되고 사방이 폐쇄된 하부공기유로 좌?상면관통공(204b)과, 나머지 절반의 열은 우측면과 상면만 개구되고 사방이 폐쇄된 하부공기유로 우?상면 관통공(204c)이 일체로 형성된다. On the other hand, the lower air flow path distributor 204 is a rectangular body injection-molded with a resin material having the same plane standard as the air flow path distribution plate 202b and shorter than any one side of the plane standard, air flow distribution plate 202b Upper and lower through-holes 204a penetrated up and down and closed in all directions so as to communicate only with an opening of an upper end of an odd number column of each row of; The air flow distribution plate 202b has a left and top through-hole 204b with only the left side and the upper side open at the lower end of the odd cell in the half row of the entire half row, and the lower half of the half row has the right side and the upper side only. The right upper surface through hole 204c is integrally formed with the lower air oil opened and closed on all sides.

상기, 상?하부공기유로커버(205a;205b)는 상?하부공기유로분배기(203;204)의 상면과 하면에 밀착배치되는 면이 개구된 직사각상자체로 형성된다.The upper and lower air flow path covers 205a and 205b are formed in a rectangular box in which a surface closely contacted to the upper and lower surfaces of the upper and lower air flow distributors 203 and 204 is opened.

상기와 같이 구성된 전열교환소자모듈(200)의 그룹배치는 위로부터 차례로 공기유로커버(205a),상부공기유로분배기(203),공기유로분배판(202a),전열교환소자(201),공기유로분배판(202b),하부공기유로분배기(204),공기유로커버(205b)를 순서대로 밀착 적층하되, 위로부터 공기유로커버(205a),상부공기유로분배기(203),공기유로분배판(202a),전열교환소자(201)순으로 적층된 일측 대각 방향의 모서리와, 전열교환소자(201),공기유로분배판(202b),하부공기유로분배기(204),공기유로커버(205b)순으로 적층된 일측 대각 방향의 모서리는 체결앵글(210)를 대고 조립나사(213)로 체결한다.The group arrangement of the electrothermal exchange element module 200 configured as described above is an air flow path cover 205a, an upper air flow path distributor 203, an air flow path distribution plate 202a, a heat exchange element 201, and an air flow path from above. The distribution plate 202b, the lower air flow path distributor 204, and the air flow path cover 205b are stacked in order, and the air flow path cover 205a, the upper air flow path distributor 203, and the air flow path distribution plate 202a ), One side diagonal direction stacked in the order of the total heat exchange elements 201, the total heat exchange elements 201, the air flow path distribution plate 202b, the lower air flow path distributor 204, the air flow path cover 205b The stacked one-sided diagonal edges are fastened with the assembling screw 213 to the fastening angle 210.

한편, 이측 대각방향의 일모서리중 공기유로커버(205a)와 전열교환소자(201) 사이에 적층된 상부공기유로분배기(203)의 상부공기유로 좌?하면관통공(203b)와;On the other hand, the left and right through-hole 203b of the upper air flow path distributor 203 stacked between the air flow path cover 205a and the total heat exchange element 201 in one side of the diagonal direction;

전열교환소자(201)와 공기유로커버(205b)사이에 적층된 하부공기유로분배기(204)의 하부공기유로 좌?상면 관통공(204b)상에는 상부그릴(102)과 하부그릴(103)의 각 내측과 밀착되도록 패킹부재(207a;207b)를 끼운 절곡플랜지붙이그릴후드(206a;206b)내에 각 실내공기배기팬(208)과 실외공기흡기팬(209)을 내장시켜 조립나사(213)로 조립시킨다.Each of the upper grill 102 and the lower grill 103 is disposed on the left and upper through holes 204b of the lower air flow path distributor 204 stacked between the heat exchange element 201 and the air flow path cover 205b. Each indoor air exhaust fan 208 and the outdoor air intake fan 209 are built into the bending flange grille hood 206a; 206b having the packing members 207a; .

또, 이측 대각방향의 또 다른 일모서리중 공기유로커버(205a)와 전열교환소자(201) 사이에 적층된 상부공기유로분배기(203)의 상부공기유로 우?하면관통공(203c)과;전열교환소자(201)와 공기유로커버(205b)사이에 적층된 하부공기유로분배기(204)의 하부공기유로 우?상면 관통공(204c)에는 절곡플랜지붙이 실내공기배기소켓(211)과 절곡플랜지붙이 실외공기흡기소켓(212)을 대고 조립나사(213)로 조립시킨다.In addition, the upper air flow path of the upper air flow path distributor 203 stacked between the air flow path cover 205a and the total heat exchange element 201 in another one side of the diagonal direction, and the heat transfer hole 203c; An indoor air exhaust socket 211 with a bending flange and a bending flange are provided in the lower air flow passage right and upper through holes 204c of the lower air flow distributor 204 stacked between the exchange element 201 and the air flow channel cover 205b. The outdoor air intake socket 212 is assembled to the assembly screw 213.

상기와 같이 구성된 본 발명의 스탠드형 전열교환 환기장치 실내외 공기 환기과정을 설명한다.The stand-type total heat exchange ventilator of the present invention configured as described above will be described.

본 발명에 따른 스탠드형 전열교환 환기장치의 실내공기배기팬(208)과 실외공기흡기팬(209)이 가동되면, 실내공기의 전열흐름은 본체케이스(100) 전면상부에 마련된 상부그릴(102)을 통해 본체케이스 내부에서,전열교환소자모듈(200)의 상부공기유로분배기(203)에 부착된 절곡프랜지붙이 그릴후드(206a)를 통해 상부공기유로분배기(203)의 상부공기유로 좌?하면관통공(203b)으로 유입된다.When the indoor air exhaust fan 208 and the outdoor air intake fan 209 of the stand type heat exchange ventilator according to the present invention are operated, the heat flow of the indoor air is the upper grill 102 provided on the front of the main body case 100. Through the inside of the body case, through the grill air hood 206a attached to the upper air flow path distributor 203 of the heat exchange element module 200 through the upper air flow path of the upper air flow path distributor 203 through the left and right through holes Flows into 203b.

유입된 따뜻하고 탁한 실내공기는 공기유로분배판(202a) 바닥의 개구부를 통해 전열교환소자(201)의 상면에 형성된 각 격자에 대응되는 전체칸의 격자중 절반칸의 홀수열의 격자에 해당되는 개구부를 통해 하향하다가, 공기유로분배판(202b)상면의 각 개구부를 통해, 하부공기유로분배기(204)의 하부공기유로 상?하관통공(204a)을 통해 공기유로커버(205b)에서 상향된다.The warm and turbid indoor air flows in through the opening of the bottom of the air flow distribution plate 202a, and the opening corresponding to the lattice of odd columns of half of the lattice of all cells corresponding to the lattice formed on the upper surface of the heat exchange element 201. While downward through the air passage distribution plate 202b, through the openings in the upper air passage cover 205b through the lower air passage upper and lower through holes 204a of the lower air passage distributor 204.

다시, 하부공기유로분배기(204) 이측의 하부공기유로 상?하관통공(204a)과 연통된 공기유로분배판(202b)를 통해,전열교환소자(201)를 거쳐 상단부로 배출되어,공기유로분배판(202a)의 개구부와 연통된 상부공기유로 우?하면관통공(203c)으로 배출되어 실내공기배기소켓(211)를 통해 실외로 방출된다.The lower air flow path distributor 204 is discharged to the upper end through the heat exchange element 201 through the air flow path distribution plate 202b communicated with the lower air flow path up and down through holes 204a on the side of the lower air flow path distributor 204. When the upper air flows in communication with the opening of the plate 202a, it is discharged into the through hole 203c and is discharged to the outside through the indoor air exhaust socket 211.

한편, 실외공기의 전열흐름은 본체케이스(100) 뒷커버(105) 하부에 돌출된 실외공기흡기소켓(212)를 통해 유입된 신선하고 차거운 공기는 하부공기유로분배기(204)의 격실 절반인 하부공기유로 우?상면관통공(204c)를 통해 유입되어 공기유로분배판(202b) 격실 절반의 개구부를 통해 전열교환소자(201) 격실 절반의 개부를 통해, 다시 공기유로분배판(202a) 격실 절반의 개구부를 통해 밀착된 상부공기유로분배기(203)상부의 공기유로커버(205a)에서 리턴된다.On the other hand, the heat transfer of the outdoor air is fresh and cold air introduced through the outdoor air intake socket 212 protruding under the rear cover 105 of the main body case 100 is the lower half of the compartment of the lower air flow distributor 204 The air flow path flows through the upper and right through holes 204c, and through the opening of the heat exchange element 201 compartment half through the opening of the air passage distribution plate 202b compartment half, the air passage distribution plate 202a compartment half It returns from the air flow path cover 205a on the upper air flow distributor 203 which is in close contact with the opening of the air filter.

이어,상부공기유로분배기(203)의 상부공기유로 상?하관통공(203a) 격실 절반의 개구부를 통해, 각 밀착연통된 공기유로분배판(202a)과 전열교환소자(201),공기유로분배판(202b)의 개구부를 통해 하부공기유로분배기(204)의 하부공기유로 좌?상면관통공(204b)를 통해 실외공기흡기팬(209),필터(104)를 거쳐 하부그릴(103)를 통해 실내공기와 전열교환되어, 전열교환으로 온도가 상승시킨 실외공기를 실내로 유입시키게 되는 것이다.Subsequently, the air flow distribution plate 202a, the heat exchange element 201, and the air flow distribution plate which are in close contact with each other through the openings of the upper and lower through-holes 203a of the upper air flow path distributor 203. Through the opening of the 202b, the lower air flow path of the lower air flow distributor 204, the indoor air through the lower grill 103 through the outdoor air intake fan 209 and the filter 104 through the left and top through holes 204b. Heat exchange with and will introduce the outdoor air, the temperature increased by the heat transfer into the room.

상기에서, 필터(105)는 실외의 황사와 같은 이물질을 걸러내는 역활을 하는 것으로, 자력(磁力)으로 탈착되는 하부그릴(103) 내부에 끼워 사용하는 것으로 수시로 세척하도록 한다.In the above, the filter 105 serves to filter foreign substances such as yellow dust in the outdoors, and is often washed by being inserted into the lower grill 103 that is detached by magnetic force.

상기와 같은 실내의 오염되고 따뜻한 공기와 실외의 신선하고 차거운공기가 상호 연직의 맞흐름방식으로 배치된 전열교환소자(201) 실내외 공기가 전열교환되 는 것으로, 종전 크로스타입에 의한 전열교환소자에 비해 전열교환체면적이 극대화 되어 전열교환효과가 높아 실내공기의 열에너지를 보존하면서, 실내외 공기를 환기시키는 것이다.The indoor and outdoor air is heat-exchanged with the indoor and outdoor air polluted and warm air and the fresh and cold air in the vertical vertical flow. Compared with this, the total heat exchanger area is maximized, and the heat exchange effect is high, thereby preserving indoor energy and ventilating indoor and outdoor air.

도 1은 본 발명에 따른 스탠드형 전열교환 환기장치의 사시도.1 is a perspective view of a stand type heat exchange ventilator according to the present invention.

도 2는 본 발명의 주요부 분해사시도.Figure 2 is an exploded perspective view of the main part of the present invention.

도 3은 흡배기후드로 전열교환소자모듈이 조립된 외관사시도Figure 3 is an external perspective view of the heat exchange element module assembled into the intake and exhaust hood

도 4는 본 발명의 주요부인 전열교환소자모듈의 분해사시도로 (ⅰ)은 실외공기 유입에 따른 분해사시도,(ⅱ)은 실내공기배출에 따른 분해사시도. Figure 4 is an exploded perspective view (i) is an exploded perspective view according to the outdoor air inflow, (ii) is an exploded perspective view according to the indoor air discharge.

도 5는 본 발명의 주요부인 공기유로분배기 사시도로 (ⅰ)은 상부공기유로분배기의 확대사시도,(ⅱ)는 하부공기유로분배기의 확대사시도.Figure 5 is a perspective view of the air flow distributor of the main part of the present invention (i) is an enlarged perspective view of the upper air flow distributor, (ii) is an enlarged perspective view of the lower air flow distributor.

도 6은 도 5의 A-A',B-B',C-C'선부 참고단면도.6 is a cross-sectional view taken along line A-A ', B-B', and C-C 'of FIG. 5;

도 7은 도 5의 A-A',B-B',C-C'선부 참고단면도.7 is a cross-sectional view taken along line A-A ', B-B', and C-C 'of FIG.

※도면의 주요부분에 대한 부호의 설명※ Explanation of symbols for main parts of drawing

100:본체케이스 100 : body case

101:컨트롤러 102:상부그릴101: controller 102: upper grill

103:하부그릴 104:조절다리103: lower grill 104: adjustable leg

105:뒷커버105: back cover

200:전열교환소자모듈 200 : electrothermal exchange element module

201:전열교환소자 202a;202b:공기유로분배판201: electrothermal exchange element 202a; 202b: air flow distribution plate

203:상부곡유로분배기 204:하부공기유로분배기203: upper grain euro distributor 204: lower air euro distributor

205a;205b:공기유로커버205a; 205b: air passage cover

206a;206b:그릴후드 207a;207b:패킹부재206a; 206b: grill hood 207a; 207b: packing member

208:실내공기배기팬 209:실외공기흡기팬208: indoor air exhaust fan 209: outdoor air intake fan

210:체결앵글 211:실내공기배기소켓210: Tightening angle 211: Indoor air exhaust socket

212:실외공기흡기소켓212: outdoor air intake socket

213:조립나사213: Assembly Screw

Claims (6)

직사각박스체로 전면부 상?하단에는 각 상부그릴(102)과 하부그릴(103)을; 일측에는 컨트롤러(101)를 배면에는 나사체결하는 뒷커버(105)로 이루어진 본체케이스(100)와; 상기 본체케이스 내부에는 직사각관체내부에 짝수열의 정사각격자를 일체로 형성한 전열교환소자(201)와, 상기 전열교환소자의 상하면 격자중 각 홀수열은 양분된 상측을; 각 짝수열은 양분된 하측을 각 밀폐하는 공기유로분배판(202a;202b)와, Each of the upper grille 102 and the lower grille 103 at the top and bottom of the rectangular box body; A main body case (100) formed of a rear cover (105) for screwing on one side with a controller (101) on the back; An inner heat exchange element 201 having an even numbered square lattice integrally formed inside a rectangular tube body, and an odd side of each upper and lower lattice of the upper heat exchange element being bisected; Each even row includes air flow distribution plates 202a and 202b for enclosing the divided lower sides, respectively. 전열교환소자 상면에 흡기된 실내공기와 전열교환된 실내공기를 분리 입출시키는 공기유로분배판(202a)과, An air flow distribution plate 202a for separating and entering the indoor air sucked into the top surface of the heat exchange element and the indoor air heat exchanged; 공기유로분배판(202a)과 동일한 평면규격과 그 평면규격의 어느 한변보다는 짧은 높이를 갖는 수지재로 사출성형된 직사각형체로, 공기유로분배판(202a)의 각열의 짝수칸 상단의 개구부에만 연통되도록 상하로 관통되고 사방이 폐쇄된 상부공기유로 상?하관통공(203a)과; 공기유로분배판(202a)전체 절반 열의 홀수칸 하단의 개구부 위치에는 좌측면과 하면만 개구되고 사방이 폐쇄된 상부공기유로 좌?하면 관통공(203b)과, 나머지 절반의 열은 우측면과 하면만 개구되고 사방이 폐쇄된 상부공기유로 우?하면 관통공(203c)가 일체로 형성되어 공기유로분배판(202a)상부에 밀착조립되는 상부공기유로 분배기(203)와, A rectangular body injection molded of a resin material having the same plane standard as that of the air flow distribution plate 202a and a shorter height than one side of the plane standard, so as to communicate only with an opening at the top of the even column of each row of the air flow distribution plate 202a. Upper and lower through-holes 203a penetrated up and down and closed in all directions; The air flow distribution plate 202a opens at the lower half of the odd-numbered compartments of the entire half row. The through-hole 203b and the other half of the left half are opened only at the left side and the bottom side, and the other half of the row is at the right side and the bottom side. An upper air flow distributor 203 which is formed with a through hole 203c integrally formed when the upper air oil is opened and closed on all sides, and is tightly assembled on the air flow distribution plate 202a; 전열교환소자 하면에서 흡기된 실외공기가 리턴되어 상향되는 공기유로분배판(202b)과,An air flow distribution plate 202b, which is returned from the lower surface of the total heat exchange element and is upwardly returned; 공기유로분배판(202b)과 동일한 평면규격과 그 평면규격의 어느 한변보다는 짧은 높이를 갖는 수지재로 사출성형된 직사각형체로, 공기유로분배판(202b)의 각열의 홀수칸 상단의 개구부에만 연통되도록 상하로 관통되고 사방이 폐쇄된 하부공기유로 상?하관통공(204a)과; 공기유로분배판(202b) 전체 절반열의 홀수칸 하단의 개구부 위치에는 좌측면과 상면만 개구되고 사방이 폐쇄된 하부공기유로 좌?상면관통공(204b)과, 나머지 절반의 열은 우측면과 상면만 개구되고 사방이 폐쇄된 하부공기유로 우?상면 관통공(204c)이 일체로 형성되어 공기유로분배판(202b) 하부에 밀착조립되는 하부공기유로분배기(204)와, A rectangular body molded by resin having the same plane standard as the air flow distribution plate 202b and a shorter height than either side of the plane standard so as to communicate only with an opening at the top of the odd column of each row of the air flow distribution plate 202b. Upper and lower through-holes 204a penetrated up and down and closed in all directions; The air flow distribution plate 202b has a left and top through-hole 204b with only the left side and the top surface open at the bottom of the odd cell bottom of the half row, and the other half of the air flow distribution plate 202b, and the other half of the row of the right half and the top side. A lower air flow path distributor 204 which is formed in a lower air flow path having an open and closed four-sided upper through hole 204c integrally and tightly assembled under the air flow path distribution plate 202b; 상기 상부공기유로분배기(203)와 하부공기유로분배기(204) 상하에 밀착조립되는 공기유로커버(205a; 205b)로 이루어진 전열교환소자모듈(200)과; An electrothermal heat exchange element module (200) comprising an air flow channel cover (205a; 205b) which is tightly assembled above and below the upper air flow distributor (203) and the lower air flow distributor (204); 상기 상부공기유로 좌?하면 관통공(203b)과 하부공기유로 좌?상면관통공(204b)에 각각 조립되는 절곡플랜지붙이그릴후드(206a;206b)와;Bending flange-attached grille hoods 206a and 206b which are assembled into the upper and lower through-holes 203b and the lower and upper through-holes 204b, respectively; 상기, 상부공기유로 우?하면관통공(203c)에는 조립나사(213)로 조립되는 절곡플랜지붙이 실내공기배기소켓(211)를; 하부공기유로 우?상면 관통공(204c)에는 조립나사(213)로 조립되는 절곡플랜지붙이 실외공기흡기소켓(212)와;The upper air flow through the lower surface through-hole (203c) has an indoor air exhaust socket (211) with a bending flange assembled by the assembly screw (213); A lower air flow passage right upper surface through hole 204c includes an outdoor air intake socket 212 having a bent flange assembled with an assembling screw 213; 상기 상호 밀착조립된 공기유로커버(205a;205b), 상부공기유로분배기(203), 전열교환소자(201)의 모서리에 조립되는 체결앵글(210)을 포함함을 특징으로 하는 스탠드형 전열교환 환기장치.Stand-type total heat exchange ventilation, characterized in that it comprises a fastening angle 210 is assembled to the corners of the air flow channel cover (205a; 205b), the upper air flow path distributor 203, the heat exchange element 201 in close contact with each other. Device. 제1항에 있어서, 전열교환소자(201)는 직사각관체내부 전길이구간에 짝수열의 정사각격자가 일체로 형성되며, 전열교환소자 상하면에 형성된 각 격자에 대응 되는 격자중 홀수열은 양분된 상측을 밀폐하는 공기유로분배판(202a)이; 짝수열은 양분된 하측을 각 밀폐하는 공기유로분배판(202b)이 밀착되도록 일체의 판상체로 사출형성됨을 특징으로 하는 스탠드형 전열교환 환기장치.According to claim 1, the total heat exchange element 201 is formed in an integral square grid of even rows in the entire length section of the rectangular tube body, the odd column of the lattice corresponding to each lattice formed on the upper and lower sides of the heat exchange element is divided into the upper side An air flow distribution plate 202a for sealing; Stand even heat exchange ventilator is characterized in that the injection formed into an integral plate-like body so that the air flow distribution plate (202b) for sealing each of the divided lower side. 삭제delete 삭제delete 제1항에 있어서, 상부공기유로 좌?하면관통공(203b)와;하부공기유로 좌?상면 관통공(204b)상에는 상부그릴(102)과 하부그릴(103)의 각 내측과 밀착되도록 패킹부재(207a;207b)를 끼운 절곡플랜지붙이그릴후드(206a;206b)내에 각 실내공기배기팬(208)과 실외공기흡기팬(209)을 내장시켜 조립나사(213)로 조립됨을 특징으로 하는 스탠드형 전열교환 환기장치.The packing member of claim 1, wherein the upper and lower through-holes 203b are disposed in the upper air oil; and the packing members are in close contact with the inner sides of the upper grill 102 and the lower grill 103, respectively. Stand type heat transfer characterized in that each indoor air exhaust fan 208 and the outdoor air intake fan 209 are assembled into the assembling screw 213 in the bending flange grille hood 206a; 206b with the (207a; 207b) inserted therein. Exchange ventilation. 삭제delete
KR1020090101399A 2009-10-23 2009-10-23 the floor type heat exchanging ventilation system KR101127006B1 (en)

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Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS61110831A (en) * 1984-11-05 1986-05-29 Nishida Tekko Kk Ventilator with heat exchanger
JPS61195286A (en) * 1985-02-22 1986-08-29 Matsushita Electric Works Ltd Ventilating device
JPH04313694A (en) * 1991-04-10 1992-11-05 Matsushita Electric Ind Co Ltd Heat exchanger device
KR20090056443A (en) * 2007-11-30 2009-06-03 주식회사 케이엔월덱스 Ventilation system for both natural ventilating and heat exchange

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS61110831A (en) * 1984-11-05 1986-05-29 Nishida Tekko Kk Ventilator with heat exchanger
JPS61195286A (en) * 1985-02-22 1986-08-29 Matsushita Electric Works Ltd Ventilating device
JPH04313694A (en) * 1991-04-10 1992-11-05 Matsushita Electric Ind Co Ltd Heat exchanger device
KR20090056443A (en) * 2007-11-30 2009-06-03 주식회사 케이엔월덱스 Ventilation system for both natural ventilating and heat exchange

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