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序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
81	The sunlight tracking apparatus for solar cell unit	KR20050002475	2005-01-27	KR200382126Y1	2005-04-19
본 고안은 종래의 태양광 추적장치가 태양의 위치에 따라 태양전지 모듈을 미세하게 조정하는 것이 불가능하거나 많은 비용이 소요되는 문제점이 있기 때문에, 태양광 발전을 하는 태양전지가 다수 설치된 태양전지 모듈과, 태양의 위치를 추적하여 유압 유니트를 제어하는 제어부와, 고정부재에 설치되고 태양의 위치에 따라 상기 태양전지 모듈이 회전되도록 하는 회전부재를 포함하는 태양광 추적장치에 있어서, 상기 회전부재에 설치되고 상기 유압 유니트에 의해 공급된 유압을 이용하여 상기 태양전지 모듈을 수직 방향으로 회전시키는 태양고도 추적부재와, 상기 회전부재에 설치되고 상기 유압 유니트에 의해 공급된 유압을 이용하여 상기 회전부재를 수평방향으로 회전시키는 태양방향 추적부재로 구성됨으로써, 정량적인 제어가 가능한 유압을 이용하여 태양전지 모듈의 위치를 조정함에 따라 미세한 위치 조정이 가능해지고 그 구조가 간단하여 고장의 우려가 감소되도록 하는 태양광 추적장치에 관한 것이다.
82	태양에너지 수집기 및 이를 이용한 시스템	KR20187007382	2014-05-20	KR20180030939A	2018-03-26	IM DO SUN
태양에너지수집기는제1 단부와제2단부와공동과종축선을갖는제1 부재및 제2 부재를포함한다. 제1 부재는상기제1 단부와상기제2 단부사이에서연장되어상기제1 부재의일부분을형성하는윈도우와상기제1 단부와상기제2 단부사이에서연장되어상기제1 부재의다른일부분을형성하고외면과내면을가지는몸체를포함할수 있다. 제2 부재는상기종축선에평행하게상기제1 부재의상기공동안에위치하고, 태양에너지흡수유체를운반하도록구성될수 있다. 상기제1 부재와상기제2 부재사이에서상기공동을채우는유체나진공인절연재가제공될수 있다.
83	돌 프레임을 가진 태양광 모듈	KR20177033140	2016-04-16	KR20180026664A	2018-03-13
발명은벽체상에자체-지지구조물로장착될수 있도록, 섬유물질을이용하여내파괴성으로만들어진, 그리고, 패널이충격에대해내파괴성을지니도록안정화된, 자연석또는인조석으로제조된프레임의도움으로주택벽체상에광기전(PV) 패널형태로, 또는, 골(trough) 및유리커버를포함하는기존열 교환기형태로태양전지패널을안정화및 장착하는신규한방식에관련되며, 더욱이, 특히패널은심미적인측면에서높은표준을충족시키며, 따라서유지관리부담이적고영구적으로매력적이다.
84	하이브리드 태양전지 모듈	KR1020177014918	2016-10-07	KR1020170141185A	2017-12-22	나카하마히데나리
태양광발전과동시에고효율로온수를공급할수 있는태양열·광하이브리드모듈을제공한다. 태양광을이용한발전과, 태양열을이용하여상기수지제파이프내를통과하는액체의온도상승을동시에실현할수 있는태양열·광하이브리드모듈을, 태양광의수광면측및 반수강면측에유리를마련하고, 온수제조부와발전부를구비한구성으로했다. 발전부는, 발전소자의적어도일면측에올레핀계고무밀봉재(A)를배치하고, 그반대면측에카본블랙을배합한올레핀계고무시트(B)를배치했다. 또한온수제조부는, 수로가되는수지관이가교폴리에틸렌혹 폴리부텐이고, 그수지관을올레핀고무시트(B)로끼우고, 수지관의측부, 및상기수지관과수지관의틈에상기올레핀고무시트(B)를배치하는구성으로했다.
85	지열파이프의 가공방법	KR20150079038	2015-06-04	KR101570684B1	2015-11-23	OH KEUN SUNG; HONG SUNG SOOL; AN GEUN MUK
본발명은지열파이프의가공방법에관한것으로서, 지열파이프의열매체파이프가일정간격으로이격형성되도록함과더불어열전달차단공을통하여열손실을방지할수 있도록한 것이다. 즉, 본발명은지열파이프의가공방법에있어서, 파이프압출다이에의하여두 개의열매체파이프가파이프이격판에의하여일체화형성되는파이프성형과정과상기파이프성형과정에형성된파이프이격판에일정간격으로열전달차단공을가공형성하는열전달차단공가공과정으로이루어진것이다. 따라서, 본발명은파이프성형과정에형성된파이프이격판에일정간격으로열전달차단공을가공형성하는열전달차단공가공과정으로이루어짐으로써, 지열파이프의생산공정이단순화되고두 개의열매체파이프사이에형성되는파이프이격판에의한열전달이최소화되어지열흡입공에서지열을흡열하여배출순환되는열매체가지열을흡열하기위하여흡열하기위하여유입순환되는열매체에의한열손실이방지되어열효율이향상되는것이다.
86	파일커플러	KR20150006036	2015-01-13	KR101563159B1	2015-10-26	JUNG HEE CHUL; SHIN HO CHEOL
본발명은태양광발전과같은구조물을지지하기위한파일(pile)을시공할때 기초를위한콘크리트를전혀사용하지않고, 상부와하부에각각위치하는파일과파일의연결부위조인팅작업을신속하게할 수있는파일커플러를제공하기위한것이다. 본발명에따른파일커플러는직경이서로다른두 개의파일을연결시키기위한것인데, 상기파일커플러는단면(斷面)이반원형상인라운드부와, 상기라운드부의반원형상양단외측방향으로각각돌출형성되어길이방향을따라볼트구멍이형성되어있는평판부가일체로구성되고, 상기라운드부는, 일정길이로형성된대경부; 일정길이로형성되며, 상기대경부보다상대적으로직경이작은소경부; 상기대경부와소경부를일체로연결시키는경사부를포함하여구성되고, 상기파일커플러는한쌍이구비되어각 평판부에형성된볼트구멍을통해체결수단을체결하여서로결합시켜파일을연결하도록구성된것을특징으로한다.
87	태양광 발전 장치를 위한 태양광 패널 클리닝 장치	KR20150074228	2015-05-27	KR101560618B1	2015-10-16	LIM SUNG TAEK; SHIN DAE HYUN
본발명은태양광발전장치를위한태양광패널클리닝장치에관한것으로서, 더욱상세히는태양광패널상에발생하는이물질을제거하여태양광패널의손상을방지하고발전효율의저하를방지할수 있는태양광발전장치를위한태양광패널클리닝장치에관한것이다. 본발명에따르면, 태양광패널의크기에맞추어개별구성되는조립형브러쉬를하나이상선택적으로연결하여전체브러쉬의길이를조절할수 있으므로다양한태양광패널의크기에호환가능한동시에태양광패널의청소를위한비용을절감할수 있으며, 브러쉬를태양광패널상에서좌우로이동시키면서브러쉬를자체회전시켜태양광패널을청소하도록구성함으로써, 태양광패널상에안착되는이물질을효과적으로제거할수 있는효과가있다.
88	지중열전도 향상을 위한 암반쇄석물 채움 공법	KR20150036930	2015-03-17	KR20150035967A	2015-04-07
본발명의특징에따르면, 지중열교환기의시공방법에있어서, 건축구조물이시공되어질기초지면에지열루프가삽입될삽입홀을천공하는삽입홀천공단계; 상기삽입홀에상기지열루프를삽입하여설치하는지열루프설치단계; 상기삽입홀천공단계에서천공되어삽입홀로부터배출된암반쇄석물을상기삽입홀에채우는암반쇄석물채움단계;를포함한다. 이상살펴본바와같은본 발명에따르면, 지열재생에너지를이용하여냉.난방기계설비에지중열전도율을향상시킬수 있으며, 그라우팅기계가불필요하고, 시공이간단하며공사기간을단축가능하여시공비를절감할수 있는지중열전도향상을위한암반쇄석물채움공법을제공할수 있다.
89	Deep geothmal changer of thmal conductivity improvement	KR20150001365	2015-01-06	KR20150008202A	2015-01-21	HAN KWANG YONG
본 발명은 산업발전과 화석 연료사용 증대로 인하여 지구 온난화가 가중되고 있어 이상기후 현상이 심화되고 있다. 이는 지구가 적용하고자 몸부림치고 있다는 분명한 증거이기도 하다. 인류의 재앙이 아닐수 없다. 이에대한 대비책이 필요하고 국가시책인 저탄소 녹색성장에 부흥하기 위한 일환으로 개발된 것이다. 지구 중심에는 상상을 초월하는 열에너지를 가지고 있다. 이를 이용한 여러가지로 생활에 활용함으로써 CO ₂ 를 저감시킬수 있다. 그런데 이 열을 전달하는 좀 더 효율적으로 효과적인 장치가 필요하다. 따라서 본 발명을 하게 된 것이다. 용 도 * 지열냉난방 신재생 에너지 * 농업 냉.온 장치 * 제조산업 효 과 * 시공용이 및 간소화 * 열전도율 개선 * 설치비용 절감
90	Apparatus for angle controlling of solar module panel	KR20120094042	2012-08-28	KR101216444B1	2012-12-28	IM JANG SEOP
PURPOSE: An angle controlling device of a solar cell module board is provided to prevent damage to the solar cell module board even if a fixing member is damaged or randomly separated by wind. CONSTITUTION: A penetration part is penetrated into one side of a side support(40) which has a width smaller than a side. A fixing supporter(50) fixes a solar cell module board. A angle control hole(51) controls an angle of the solar cell module board. A fixing projection supports a horizontal supporter. One side of a fixed surface is supported on the fixing projection.
91	An apparatus for fixing solar module	KR20120020353	2012-02-28	KR101198702B1	2012-11-12
PURPOSE: An apparatus for fixing a solar cell module is provided to minimize damage to a solar cell plate due to an external factor by including a strong combination. CONSTITUTION: A fixing member(10) is vertically installed on an installation surface and includes a support(13), a fixing plate(14), and a connection plate(16). A support member(20) is fixed to the upper side of the fixing member to have a preset inclination angle with regard to the installation surface and is composed of a horizontal support(21), a vertical support(22), and a connection plate(23). A connection plate(30) connects the fixing member to the support member.
92	attachment apparatus for photovoltaic module	KR20120061397	2012-06-08	KR101198529B1	2012-11-06
PURPOSE: A solar module mounting device for a photovoltaic power generation is provided to easily combine a solar module with the outside of a cylindrical structure with the curved part by including a connection groove and a connection member. CONSTITUTION: A pair of clamps(110) are combined with a structure(10) using a bolt and a nut. The clamp includes a fixing plate(111) with a first coupling hole(111a). A first frame(120) includes a connection bar(121), a combination part(123), and an elastic holder part(125). A second frame(130) includes a base plate(131), a mounting plate(133), and a support plate(137). A connection part(150) connects a module installation sidewall to combine the second frame.
93	Blind type photovoltaic system with v slat	KR20120066891	2012-06-21	KR101194198B1	2012-10-25	YOON SUNG WON; SHIN YUL JAE
PURPOSE: A blind type photovoltaic power generating apparatus with a V-shape slat is provided to improve sunlight collection efficiency by automatically changing a tilt angle and the height of a slat according to the altitude and direction of the sun. CONSTITUTION: A head box includes a driving unit and a control unit. A lifting line(30) is extended from the head box. A plurality of V-shaped slats(20) are uniformly separated. Two sides of the V-shaped slat face each other. A pair of solar cells(21) are arranged on two sides of the V-shaped slat.
94	Canopy type photovoltaic system	KR20120066890	2012-06-21	KR101194197B1	2012-10-25	YOON SUNG WON; SHIN YUL JAE
PURPOSE: A canopy type photovoltaic power generating apparatus is provided to stably supply power by tracking the trajectory of the sun to maximize a solar radiation condition. CONSTITUTION: A driving unit fixes one end of a slat composite. A frame guides the slat composite. A space box(10) receives the slat composite and is fixed to the outer wall of the building. The flame includes a fixed frame(30) and a movable frame(40). The movable frame is movably fixed to the fixed frame.
95	Angle control device of solar panel	KR20120053974	2012-05-22	KR101192686B1	2012-10-19	IM JANG SEOP; KIM JONG HO; LEE GANG SEUNG
PURPOSE: An angle control device of a solar panel is provided to maximize sunlight collection efficiency by controlling an tilt angle of the solar panel according to the altitude of the sun. CONSTITUTION: A vertical support stand is vertically installed on the rear of a solar panel. A horizontal support stand(30) is horizontally installed on the vertical support stand of the rear of the solar panel. A lateral support stand(40) is installed on both sides of the horizontal support stand and includes a rotation shaft(41), an angle control hole(42), and a hitching protrusion(43). The angle of the solar panel is controlled by the angle control hole according to the altitude of the sun.
96	Flowmeter that detachable and maintenance are easy is equipped closed underground water upper protective tube	KR20120021633	2012-03-02	KR101164121B1	2012-07-24	AHN GEUN MOOK
PURPOSE: A geothermal protection pipe for sealing underground water having a detachable and repairable flowmeter is provided to rapidly confirm the state of a flowmeter by separating the flowmeter from a gate body without additional equipment. CONSTITUTION: A geothermal protection pipe for sealing underground water having a detachable and repairable flowmeter comprises a casing, a casing connection body, a gate body(8), a pump pipe(15), an underwater motor pump, a pulling unit, and a flowmeter(30). The casing is buried in the top of a geothermal hole. The casing connection body is coupled to the bottom of the casing. The gate body is installed inside the casing connection body and guides underground water pumped from the geothermal hole to a water pipe. The pump pipe is installed inside the geothermal hole and connected to the gate body. The underwater motor pump pumps the underground water inside the geothermal hole to the gate body. The pulling unit attaches and detaches the gate body on/from the casing connection body. The flowmeter is coupled to the bottom end of the pulling unit.
97	A solar heat collector and a solar heat collecting system comprising the same	KR20120046945	2012-05-03	KR101162988B1	2012-07-09	AHN IK RO
PURPOSE: A solar heat collection device and a solar heat collection system having the same are provided to easily move, and install a solar heat collector as heat-retaining gas and solar heat collection mediums are selectively injected or extracted so that the volume is reduced. CONSTITUTION: A solar heat collection device(200) comprises a flexible solar heat collection tube(210), a flexible heat-retaining membrane(220), a first reflective membrane, and a protection membrane(240). The solar heat collection tube comprises solar heat collection mediums inside, and receives solar heat. The protection membrane encloses the solar heat collection tube, and comprises heat-retaining gas inside. The first reflective membrane is placed in a part of the protection membrane. The first reflective membrane reflects sunlight around the solar heat collection tube to the solar heat collection tube. The protection membrane encloses the heat-retaining membrane with the ground, and comprises the heat-retaining gas between the heat-retaining membrane and the ground. The solar heat collection mediums and the heat-retaining gas are selectively injected.
98	Auto-polishing and/or cleaning apparatus for solar cell panel	KR20100138876	2010-12-30	KR20120064000A	2012-06-18	NIIZAKI YUUICHIRO; NIIZAKI TOMOKO; NIIZAKI YUNITO
PURPOSE: A solar panel automatic grinding and cleaning device is provided to efficiently absorb sunlight by including a brush which can brush and wash the surface of a solar panel. CONSTITUTION: A groove(131) is installed at both side parts of a solar panel maintenance frame(13). One end and the other end of the groove are respectively closed. Both end parts of a roll brush(14) or a channel brush are supported by the groove. The roll brush or the channel brush washes the surface of a solar panel(15). A maintenance member regularly maintains distance between the groove and the roll brush or a channel brash axis. The roll brush or the channel brush is composed of one material among paper, fabric, synthetic resin, felt, puff, and sponge.
99	Preventing flooding wind and solar power generation device of the coastal areas	KR20100124554	2010-12-06	KR20120062578A	2012-06-14	MIN SUNG GI
PURPOSE: A wind and solar power generator for preventing flood in a coastal area is provided to prevent a disaster with preventing flood damages caused by strong wind, and heavy rain. CONSTITUTION: A wind and solar power generator for preventing flood in a coastal area comprises a buried element to cleave wave. The buried element comprises an opening/closing block, and a solar power generator(63). A support post(23) is formed in the opening/closing block in a longitudinal direction. On each section of the support post, protruded fixing plates are integrally formed with fixing ribs. On one end of the fixing plates, the support post is formed so that an opening/closing door is connected with a hinge. The opening/closing door connected to the fixing plate is opened and closed by seawater, and secludes a seawater way.
100	Snow melting system and operating method using smart geothermal heatpump	KR20120021244	2012-02-29	KR101145611B1	2012-05-14	KIM KEUM PA
PURPOSE: An intellectual snow melting system using a geothermal heat pump and an operation method thereof are provided to prevent pedestrians from slipping by supplying heat to a road surface through heat radiating pipes buried in a paved road. CONSTITUTION: An intellectual snow melting system using a geothermal heat pump comprises multiple three-way or two-way valves(10), first and second heat radiating pipes(14,15), flow control valves(13), and an inverter pump(6). The valves are installed on a second line(5) which connects a first heat exchanger(1a) to a required place(4). The first heat radiating pipe is connected to third and fourth lines(11,12) branched from the valves. One end of the second heat radiating pipe is connected to the third and fourth lines, and the other end is connected to a fifth line(16). The flow control valves are installed on the third and fourth lines. The inverter pump is installed on the second line.

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