子分类：
- F16L41/001： .{壁是一个管板(蒸汽加热器的零件或组成入F22G3/00;热交换器入F28)}
- F16L41/002： .{由混凝土,水泥或石棉-水泥制成的}
- F16L41/004： .{以非90度方向与壁连接的(F16L 41/002, F16L 41/008优先)}
- F16L41/005： .{可调整的并在开口处包含一个空心的螺纹件}
- F16L41/007： .{可调整的并包含一段弯管}
- F16L41/008： .{用于与测量表连接的(用于压力表的连接装置入G01L19/0007)}
- F16L41/02： .支管的部件,如做成1个焊接件或铆接件
- F16L41/04： .管壁攻螺纹,即当管子正在输送流体时通过管壁进行连接;其所用管件(有关金属加工步骤的设备或操作,见有关金属加工类)
- F16L41/08： .管子与壁或管子间的连接,管子轴线与壁面成垂直连接,或与另一管子轴线成垂直连接(F16L 41/02优先)
- F16L41/18： .支线管是可移动的
| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 241 | 유로 연결 구조 | KR1020160183223 | 2016-12-30 | KR101903862B1 | 2018-10-02 | 윤종오 |
| 본발명은유로연결구조를모듈화하여제조공정을간소화및 경량화할수 있음은물론, 모듈간 호환가능한어댑터를사용함으로써구조변경이용이하고생산성향상및 원가절감이가능한유로연결구조에관한것으로, 본발명의일 실시예는모듈블록과, 상기모듈블록의내부를관통하는제1 유로와, 일단이상기제1 유로의중간부와연통되며타단은상기제1 유로와수직을이루며상기모듈블록의외주면을향해관통하는제2 유로와, 일단이상기제1 유로의중간부와연통되며타단은상기제1 유로및 제2 유로와수직을이루며상기모듈블록의외주면을향해관통하는제3 유로와, 상기제1 유로의양단부및 상기제2 유로와제3 유로의일단부와각각연통되도록상기모듈블록의외주면에형성되는복수의결합포트및 상기결합포트에탈착가능하게결합되는복수의어댑터를포함하며, 상기어댑터는일자분기관, 구부러진분기관및 막음판중 어느하나로이루어지는유로연결구조를제공한다. | ||||||
| 242 | 유로 연결 구조 | KR1020160183223 | 2016-12-30 | KR1020180078473A | 2018-07-10 | 윤종오 |
| 본발명은유로연결구조를모듈화하여제조공정을간소화및 경량화할수 있음은물론, 모듈간 호환가능한어댑터를사용함으로써구조변경이용이하고생산성향상및 원가절감이가능한유로연결구조에관한것으로, 본발명의일 실시예는모듈블록과, 상기모듈블록의내부를관통하는제1 유로와, 일단이상기제1 유로의중간부와연통되며타단은상기제1 유로와수직을이루며상기모듈블록의외주면을향해관통하는제2 유로와, 일단이상기제1 유로의중간부와연통되며타단은상기제1 유로및 제2 유로와수직을이루며상기모듈블록의외주면을향해관통하는제3 유로와, 상기제1 유로의양단부및 상기제2 유로와제3 유로의일단부와각각연통되도록상기모듈블록의외주면에형성되는복수의결합포트및 상기결합포트에탈착가능하게결합되는복수의어댑터를포함하며, 상기어댑터는일자분기관, 구부러진분기관및 막음판중 어느하나로이루어지는유로연결구조를제공한다. | ||||||
| 243 | 분기관 연결부재 | KR1020140118290 | 2014-09-05 | KR1020160029250A | 2016-03-15 | 하태환 |
| 본발명은분기관연결부재에관한것으로서, 상단부가상기본관의외부로노출되고, 하단부가상기분기공에삽입되는지지관과, 상기지지관의하단부일측으로부터외측방향으로연장형성되고상면이상기본관내주면일측에지지되는지지날개부를포함하는지지관결합체및 상기본관의내주면일측과상기지지날개부간에개재되어상기본관내주면일측과상기지지날개부간을밀폐하는실링부재및 일측에상기지지관과대응되는개구가형성되고, 상기개구를통해상기지지관에삽입되며, 저면이상기본관의외주면일측에지지되는커버부및 일단부가상기지지관의상단부에결합되어상기지지관을승강시킴에따라상기지지날개부가상기실링부재방향으로가압되도록함과동시에상기커버부를하방으로가압하는연결관을포함하여이루어진다. 상기와같은본 발명에의하면, 간단한구성으로조립및 설치가용이하여작업의효율성이향상되고, 이에따라제조비용을절감할수 있게된다. 또한, 분기관연결부재를분기공에바로삽입하여설치함으로인해미리시공된본관을해체하는작업이요구되지않아본관에분기관을보다간단하게설치할수 있으므로작업시간을현저하게단축할수 있을뿐 아니라시공비용을크게절감할수 있게된다. | ||||||
| 244 | 잠금장치 일체형 호스 연결용 지지대 | KR1020140096676 | 2014-07-29 | KR1020160014435A | 2016-02-11 | 이혜옥 |
| 본발명은스프링클러등과같은살수장치로부터물을작물에공급하기위하여호스를연결하기위한지지대에관한것으로, 더상세하게는지중에고정되며호스를연결하고, 이에물의공급을단속할수 있도록한 잠금장치일체형호스연결용지지대에관한것이다. 종래에는별도의잠금장치를각 호스연결부에어댑터형태로설치하여사용하였다. 본발명은호스연결을위한호스연결지지대에있어서, 잠금수단을일체로구성하는잠금수단이구비된호스연결지지대를제안하고자한 것으로, 물이공급되는수원으로부터각 분배공급되는호스라인으로의수로를단속할수 있도록하는구조를갖는잠금수단을지지대에일체형으로구성하여금형으로손쉽게제작가능하도록한 잠금장치일체형호스연결용지지대를제공하고자한 다. | ||||||
| 245 | 열교환기 및 그 격판 | KR1020127033806 | 2011-01-11 | KR101506980B1 | 2015-04-06 | 왕펭; 지앙지안롱; 후앙린지 |
| 열교환기의집합관(2) 내에설치되어축방향에따라집합관(2)를갈라놓고, 축방향에따라집합관(2)내에설치된냉매도관(3)을지지하는데적합한격판(4)과격판(4)을구비하는열교환기에있어서, 상기격판(4)은분체형으로서제1격판부(41)와제2격판부(42)를포함하고, 제1격판부(41)는접합구조에의해상기제2격판부(42)와접합되어있다. 제1격판부(41)와제2격판부(42)로형성된조합형격판은, 격판(4)의장착난이도를현저하게저감해주고, 장착효율을높여주고, 또한, 냉매도관(3)이격판(4)에삽입되어지나갈수 없게되는가능성이현저하게감소되고, 격판(4)과냉매도관(3) 사이에용접이되지않아누설이생길가능성도현저하게감소되므로, 열교환기의신뢰성을현저하게상승시킨다. | ||||||
| 246 | 동파방지용 삼방밸브 배관장치 | KR1020130099061 | 2013-08-21 | KR1020130100251A | 2013-09-10 | 강덕규 |
| PURPOSE: A three-way valve pipe device for freeze protection is provided to prevent the freeze and burst of a pipe due to the stagnant water of the pipe and to resolve electric shock or fire risk problems due to the installation of an electric heater. CONSTITUTION: A three-way valve pipe device for freeze protection is installed with a three-way valve (101) in a space between an indoor pipe (100) and an outdoor pipe. The indoor pipe is arranged in the lower side of a room. A tap water pipe discharged to an outdoor place is positioned to be higher than the indoor pipe. A discharge pipe at the B side is blocked to allow water from the A to flow to the C to be used in an outdoor place. A supply pipe at the A side is blocked and the B and the C are opened to discharge stagnant water in a C pipe to the pipe at the B side when the water supply to the outdoor place is blocked. [Reference numerals] (AA) Indoor place which is heated and insulated (above 0°C); (BB) Outside cold area; (CC) Indoor place for usage; (DD) Outdoor place for usage; (EE) Drainage case; (FF) Water supply source; (GG) Water pipe or a pump supply pipe | ||||||
| 247 | 평행형 파이프 연결관 제조방법 | KR1020110124111 | 2011-11-25 | KR1020130058218A | 2013-06-04 | 윤종찬 |
| PURPOSE: A method for manufacturing a parallel pipe connector is provided to manufacture the parallel pipe connector without welding by molding a base material of a connection pipe which comprises a main pipe unit and a branch pipe unit after cutting. CONSTITUTION: A method for manufacturing a parallel pipe connector comprises: a step of preparing a base material(10); a step of making the base material of a connection pipe; a step of forming a main pipe(120) by cutting a main pipe unit of the base material; a step of forming a branch pipe(220) communicating with the main pipe unit by cutting a branch pipe unit of the base material; and a step of making a lower part of the branch pipe formed to be inclined in a specific angle by pressurizing the lower outside of the branch pipe with the central shaft direction of the main pipe in parallel. The end part of the branch pipe which is not connected to the main pipe unit is greater than a part of the branch pipe connecting to the main pipe unit. | ||||||
| 248 | 다매체용 열교환시스템 | KR1020110118301 | 2011-11-14 | KR1020130052939A | 2013-05-23 | 김경수; 나지훈 |
| PURPOSE: A heat exchange system for multi-media is provided to improve the utilization and efficiency of a heat exchange system by applying a plurality of media to a single fluid inlet or outlet for exchanging heat through the various combinations of fluids. CONSTITUTION: A heat exchange system for multi-media comprises a heat exchanger(100), a first fluid inlet pipe(110), a first fluid outlet pipe(130), a second fluid inlet pipe(150), and a second fluid outlet pipe(170). The first fluid inlet pipe is equipped in the heat exchanger. The number of the first fluid outlet pipe corresponds to the number of the first fluid inlet pipe. The second fluid inlet pipe is equipped in the heat exchanger. The number of the second fluid outlet pipe corresponds to the number of the second fluid inlet pipe. | ||||||
| 249 | Concrete rainwater manhole for roadway edges, and method for producing thereof | KR20100085417 | 2010-09-01 | KR20120022170A | 2012-03-12 | YEON BONG HYUM |
| PURPOSE: A concrete rainwater manhole for a road side and a manufacturing method thereof are provided to enable the installation of a rainwater manhole in a narrow space on a road side and to freely select the direction, position or size of drain pipes connected. CONSTITUTION: A concrete rainwater manhole for a road side comprises drain pipe connecting grooves(14) which are formed in the center of each wall(13) except for the top side where a water inlet(11) is formed. The drain pipe connecting grooves are formed with drain holes connected to drain pipes. | ||||||
| 250 | 상수도 공급 시스템의 정체수 해소 기능을 갖는 경계변흐름 제어장치 | KR1020070099424 | 2007-10-02 | KR1020090034181A | 2009-04-07 | 강은영; 유재철; 이승영; 고두석 |
| A boundary side flow controller having a solving function of the stagnant water problem in a water supply system is provided to prevent the deterioration of the quality of the water in the water pipe of the boundary side interconnecting blocks. A boundary side flow controller having a solving function of the stagnant water problem in a water supply system is composed of a main water pipe(100) connected to a water supply source in which the water supplied to each block is stored, a first block(200) and a second block(300) which are successively connected with the main water pipe and is provided with the water of the water supply source, and a first auxiliary water pipe(500) and a second auxiliary water pipe(600) installed between the first block and the second block. A pressure reducing valve(400) is each installed in the first auxiliary water pipe and the second auxiliary water pipe. | ||||||
| 251 | STRUCTURE FOR CONNECTING TUBE OF WATER GATHERING TUB | KR20070042925 | 2007-05-03 | KR100740857B1 | 2007-07-12 | KANG DO MOOK; HAN DEUK HWAN; LEE YOUNG SOO |
| A pipe connecting structure for a water collection box of a road surface is provided to execute pipe arrangement work conveniently and to prevent the waste of expenses and manpower by connecting a sewer pipe to a water collection box to be angle-adjustable using an articulating joint. The invention relates to a pipe connecting structure for connecting a sewer pipe to a water collection box by an articulating joint(20), wherein the articulating joint comprises a fixing pipe(30) fixed to the water collection box and composed of a pipe-shaped body(31), a projection(32) fitted to a slot of the water collection box, a ring-shaped adhesion portion(33) adhered closely to the water collection box and a groove(34) formed between the projection and the adhesion portion, a connecting pipe(40) connected with the sewer pipe and composed of a pipe-shaped body(41) coupled to the fixing pipe and the sewer pipe and one or more pressure pins(42) installed to the inside of the body to be adhered closely to the inner circumferential surface of the sewer pipe, and an angle adjustment ring(50) installed between the fixing pipe and the connecting pipe to connect the connecting pipe to the fixing pipe to be angle-adjustable. | ||||||
| 252 | 정수기용 어댑터 | KR1020010056043 | 2001-09-12 | KR1020030023088A | 2003-03-19 | 손종윤 |
| PURPOSE: Provided is an adapter for water tap having a function of purifying tap water, which makes it possible to use tap water as drinking water or dishwashing water in need. CONSTITUTION: The adapter(4) for water tap comprises a connector(6) installed on a tap water pipe; a cylinder(10) which penetrates the connector(6) horizontally; an orifice formed on one side of the cylinder; and a plunger(22) to be inserted into the cylinder(10) through a guide hole(32) of a cap(30). | ||||||
| 253 | 용접을 이용하지 않는 파이프 연결장치 | KR1019830002489 | 1983-06-03 | KR1019880002489B1 | 1988-11-19 | 프리츠가르트너 |
| The weld free joint for pipes used on the facade of a building so as to absorb heat from solar radiation for use in a heating circuit, uses a vertical tube with a hole through it for a connection at right angles. Into each side of the vertical tube is inserted a hollow bush with its threaded end projecting outwards for mounting an internally threaded pipe at right angles. Fitting inside each bush is a spacer tube locked between them by a bolt. The bolt screws into an internally threaded core of one bush, and passes through a clearance hole in a core of the other bush, claming the spacer between. The two bushes are supported by radial ribs, so that there is a clear flow through the cross connection. A sealing ring is included between each cross pipe and the vertical pipe. | ||||||
| 254 | 오리피스판을 이용한 건축물 스프링클러설비의 배관압력 유지장치 | KR1020170052450 | 2017-04-24 | KR101910739B1 | 2018-10-22 | 안형국 |
| 본발명은오리피스판을이용한건축물스프링클러설비의배관압력유지장치에관한것으로, 건물내 스프링클러설비의가압송수장치에서분기되는각 층별분기배관에균일한압력과유량을확보하기위한것이다. 이를위하여본 발명은소화수조로부터공급되는소화용수의수로를형성하는입상주배관, 입상주배관에서분기되는다수의분기배관, 각분기배관에연결되어각 층내부의스프링클러헤드로소화용수를공급하는수평주행배관및 가지배관, 가지배관의종단에연결되는다수개의스프링클러헤드를포함하는건축물스프링클러설비의배관압력유지장치에있어서, 각분기배관상에각각내설되며각 층의스프링클러헤드의갯수및 유량을기준으로산출되는각 층별필요유량에따라각 층별분기배관의내경을각각제어하여입상주배관에공통연결된각 분기배관의내부압력이가압송수장치에서가장먼 곳에설치된층의분기배관의내부압력과같게각각제어하는다수의배관압력유지부재를포함하여, 건물내 모든층에설치된스프링클러헤드의방수유량을안정적으로균일하게유지할수 있게한다. | ||||||
| 255 | T형 브랜치 덕트 및 박리언덕 형성 유닛 | KR1020140148413 | 2014-10-29 | KR1020160052934A | 2016-05-13 | 권도훈; 김대우 |
| T형브랜치덕트및 박리언덕형성유닛이개시된다. T형브랜치덕트는, 제1 배관; 및상기제1 배관과상기 T형브랜치덕트를형성하기위해결합되는제2 배관을포함하되, 상기제1 배관의내측표면에는상기제1 배관의내측공간을향해돌출된박리언덕(separation hill)이형성된다. | ||||||
| 256 | 각도 조절이 간편한 새들 분수전 | KR1020140139333 | 2014-10-15 | KR1020160044375A | 2016-04-25 | 김창규 |
| 본발명은상수등을공급하는메인관의단수없이분기할수 있도록하는새들분수전에관한것으로서, 새들을메인관에조립한상태에서도분수전의각도조절이간편하게이루어질있는기능성을제공할수 있도록개량한각도조절이간편한새들분수전을제공코자하는것이다. 즉, 본발명은밴드와함께패킹부재가내입구성되어메인관의외주면에접하도록설치되는새들에분수전을결합하여무단수분기가가능하도록한 새들분수전에있어서; 상기새들과분수전의결합은새들중앙에연결관을돌출하고연결관상측으로플랜지를형성하고, 분수전에상기플랜지와대응하는플랜지를형성하되, 상기연결관에형성된플랜지에는복수의조립공을형성하고, 분수전에형성된플랜지에는호형으로복수의장공을형성하여볼트조립되도록함으로해서장공의각도만큼분수전의방향전환이가능하도록한 것이다. | ||||||
| 257 | 다분기 파이프 일체 사출 방법 및 이를 이용한 플라스틱 파워트레인 배관라인 | KR1020130031757 | 2013-03-25 | KR101371017B1 | 2014-03-25 | 추성화; 최정기 |
| A plastic powertrain multi-branch pipe line (100) of the present invention comprises: a hollow pipe-type plastic main tube (200) wherein a linear section (2) and a curved section (3) a branched section (4), a connecting parts section (5) and at least one connection unit (5-1, 5-2) are integrated formed: and a plastic sub tube (300) connected with the plastic main tube (200), and is manufactured by molding a plastic resin in a melting state by the plastic main tube (200) and the plastic sub tube (300) with a water injection technology. Thereby, it does not produce: difficulties in cutting a steel pipe and molding a pipe end, which occur on a steel powertrain pipe line; a high risk of oil leak or water leak by welding between parts; and difficulties in use of multiple rubber hoses and clamps for connecting corresponding parts and difficulties in connecting work due to them, and a plating process for rust prevention is not required at all, and in particularly, the present invention increases fuel efficiency of a vehicle by weight lightening of at least 30% compares with the steel powertrain pipe line. [Reference numerals] (S10) Setting equipment of a Water Injection Technology injector; (S100) Controlling water pressure and flow in a straight section; (S110,S210,S310,S410) Normal processing?; (S200) Controlling water pressure and flow in a curved section; (S21) Water injection mold; (S22) Water spraying injector; (S23) Runner gate; (S24) Product ejecting ejector; (S30) Setting injecting conditions of the Water Injection Technology (WIT); (S300) Controlling water pressure and flow in a branched section; (S400) Controlling water pressure and flow in a connecting part section; (S41) Ejection material capacity and injection speed ejection material injection; (S42) Spraying water pressure; (S43) Runner gate closing period; (S44) Water flow controlling condition; (S50) Injecting material injection; (S500) Injecting process completion; (S60) Water high-pressure spraying; (S600) Product ejecting ejector operation; (S70) Runner gate closing; (S700) Preparation for multi-branched pipe ejection and re-injection; (S800) Ejection discontinuation and countermeasures | ||||||
| 258 | 열교환기 및 그 격판 | KR1020127033806 | 2011-01-11 | KR1020130053414A | 2013-05-23 | 왕펭; 지앙지안롱; 후앙린지 |
| 열교환기의 집합관(2) 내에 설치되어 축방향에 따라 집합관(2)를 갈라놓고, 축방향에 따라 집합관(2)내에 설치된 냉매도관(3)을 지지하는데 적합한 격판(4)과 격판(4)을 구비하는 열교환기에 있어서, 상기 격판(4)은 분체형으로서 제1격판부(41)와 제2격판부(42)를 포함하고, 제1격판부(41)는 접합구조에 의해 상기 제2격판부(42)와 접합되어 있다. 제1격판부(41)와 제2격판부(42)로 형성된 조합형 격판은, 격판(4)의 장착난이도를 현저하게 저감해 주고, 장착 효율을 높여주고, 또한, 냉매도관(3)이 격판(4)에 삽입되어 지나갈 수 없게 되는 가능성이 현저하게 감소되고, 격판(4)과 냉매도관(3) 사이에 용접이 되지 않아 누설이 생길 가능성도 현저하게 감소되므로, 열교환기의 신뢰성을 현저하게 상승시킨다.
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| 259 | 소방차량용 급수중계기 | KR2020120006533 | 2012-07-23 | KR200466000Y1 | 2013-03-22 | 강태영 |
| 본 고안은 소방차량용 급수중계기에 관한 것으로, 더욱 상세하게는 급수차량의 방수구에 직접 또는 연결호스를 통해 연결되도록 일측에 구비된한 개 이상의 입수구와; 상기 입수구의 타측에 연결되고 내측에 밀폐된 저수공간부가 형성된 메인분기관과; 상기 입수구가 형성된 반대측의 상기 메인분기관에서 메인분기관의 내측과 연통되도록 일단이 연결되고, 그 타단이 상기 메인분기관으로부터 일정 길이 돌출되며 그 돌출된 선단부에 연결부가 구비되어 상호간에 일정간격 유지되어 설치되는 복수개의 출수구와; 상기 출수구의 내측에 설치되어 출수구의 내부를 개폐하는 개폐밸브와, 상기 개폐밸브를 제어하기 위해 개폐밸브에 일단이 연결되고, 타단이 상기 출수구의 일측으로 돌출되어 사용자의 조작이 가능하도록 구비된 개폐조작레버;를 포함하여 이루어진다.
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| 260 | 맨홀용 에어 벤트의 결합구조 | KR1020090024590 | 2009-03-23 | KR1020100106123A | 2010-10-01 | 임윤수 |
| PURPOSE: A coupling structure of an air vent for a manhole is provided to easily drain rainwater flowing from outside and to easily arrange a grill and an insect screen. CONSTITUTION: A coupling structure of an air vent for a manhole comprises an elbow tube(100), a ventilation tube(200), an insect screen(500), a protective grill(400), and a rubber ring(300). The elbow pipe is connected to a straight tube(13). A first flange(101) with multiple through holes is integrally formed in the elbow tube. A second flange(201) is integrally formed in the ventilation tube to be coupled to the elbow tube. A drain hole(203) for draining rainwater is formed in the ventilation tube. The insect screen prevents foreign materials from flowing in. The protective grill prevents the insect screen from becoming damaged. The rubber ting prevents rainwater from flowing in. | ||||||
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