KR200297319Y1 - Junction pipe of hot-water boiler - Google Patents

Junction pipe of hot-water boiler Download PDF

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Publication number
KR200297319Y1
KR200297319Y1 KR2020020015086U KR20020015086U KR200297319Y1 KR 200297319 Y1 KR200297319 Y1 KR 200297319Y1 KR 2020020015086 U KR2020020015086 U KR 2020020015086U KR 20020015086 U KR20020015086 U KR 20020015086U KR 200297319 Y1 KR200297319 Y1 KR 200297319Y1
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pipe
distribution
relay
main body
exhaust
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KR2020020015086U
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Korean (ko)
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이준식
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이준식
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Abstract

본 고안은 온수 보일러의 중계관에 관한 것으로 보다 상세하게는 중계관의 소재를 폴리플로필렌 렌덤코포리마수지(P.P.R)를 사용하여 내구성이 뛰어나고 내열, 내압에 견딜 수 있게하며 중계관 본체와 분배관 그리고 배기관과 양측의 유입관과 마개부를 별도로 성형하여 상기 부재들이 접합되는 접속부를 부분용해하여 융합시키는 구성으로 접합하므로서 제조가 간단하고 내열, 내식, 내구적인 중계관을 제공할 수 있으며 분배관 외측에 금속보강체를 부착하여 온수와의 접촉에서 중계관 본체가 휘어지는 등의 변형이 방지되게 구성시킨 것이다.The present invention relates to a relay pipe of a hot water boiler, and more specifically, the material of the relay pipe is made of polyflophylene Rendum Copolymer resin (PPR), which is durable and able to withstand heat and pressure, and relay body and distribution pipe. In addition, by forming the exhaust pipe and the inlet pipes and plugs on both sides separately and joining in a configuration in which the members are joined to each other by fusion, the manufacturing is simple, and heat, corrosion, and durable relay pipes can be provided. The metal reinforcing body is attached to prevent deformation such as bending of the main body of the relay tube in contact with hot water.

즉, 본 고안은 다수의 분배관(3)과 배기관(4)을 가진 중계관 본체(200)에 온수가 유입되는 유입관(5)과 마개부(6)를 양측에 접합하는 구성으로 이루어지고 상기 중계관 본체(200)와 분배관(3)과 배기관(4) 그리고 유입관(5)과 마개부(6)는 폴리플로필렌 렌덤코포리마수지로 각각 성형되며, 중계관 본체(200)의 입구와 말구에는 유입관(5)과 마개부(6)의 접속부(501)(601)가 융합될 수 있게, 유입관(5)과 마개부(6)에 접속부(501)(601)를 갖추어서 양측 접속부를 일부 용해시켜서 용해부가 응고되기전에 서로를 접속하므로서 접합부에 융합부(500)(600)가 형성되도록 접합하고 유입관(5)과 마개부(6)의 외측에 체결부(506)(606)를 형성하며That is, the present invention is made of a constitution in which the inlet pipe (5) and the stopper (6) in which hot water flows into the relay pipe main body (200) having a plurality of distribution pipes (3) and exhaust pipes (4) on both sides; The relay pipe main body 200, the distribution pipe (3) and the exhaust pipe (4) and the inlet pipe (5) and the stopper (6) are each formed of a polyflophene Rendum Copolymer resin, of the relay pipe main body 200 Inlets and outlets are provided with connections 501 and 601 in the inlet pipe 5 and the plug 6 so that the connections 501 and 601 of the inlet pipe 5 and the plug 6 can be fused. Part of the connection part is dissolved so as to connect each other before the melting part is solidified, so that the fusion part 500 and 600 are formed at the joint part and the fastening part 506 outside the inlet pipe 5 and the stopper part 6. Forming 606

또한, 중계관 본체(200)에 형성된 분배구(201)에는 분배관(3)의 접속관(301)이 융합될 수 있게 분배관(3)에 접속관(301)과 밀착부(302)를 형성하여 접속관과 밀착부 그리고 중계관 본체의 분배구(201)를 부분 용해시켜 용해부가 응고되기전에서로를 접속하므로서 접합부에 융합부(300)가 형성되도록 분배관을 접합하고, 중계관본체(200)의 배기구(202)에는 배기관(4)이 융합될 수 있게 배기관(4)에 접속관(401)과 그 밀착부(402)를 갖추어서 배기관의 접속관과 밀착부 그리고 배기구(202)를 부분 용해시켜 용해부가 응고되기전에 서로를 접속하므로서 접합부에 융합부(400)가 형성되도록 배기관을 접합하며 상기 유입관(5)과 분배관(3) 그리고 배기관(4)의 암나사(303)(403)(503) 내측에는 금속제로 되어 암나사(303)(403)(503)와 동일한 암나사(304)(404)(504)가 형성된 보강링(3가)(4가)(5가)을 매설하여 암나사를 보강시키고 분배관(3) 외측에 분배관의 암나사와 일치되는 곳에 구멍(901)이 뚫어진 금속 보강체(9)를 덧대어 분배관(3)의 암나사와 금속 보강체(9)의 구멍(901)이 서로 일치되게 한 후 금속보강체의 구멍 외측에서 분배관의 암나사로 분배용 밸브(3a)를 체결하여 난방호스(7)를 연결케한 구성이다.In addition, in the distribution hole 201 formed in the relay pipe main body 200, the connection pipe 301 and the close contact portion 302 to the distribution pipe 3 so that the connection pipe 301 of the distribution pipe 3 can be fused. Forming and dissolving the connection pipe, the close contact portion and the distribution port 201 of the relay pipe main body and connecting the furnace before the melting part is solidified, thereby joining the distribution pipe so that the fusion part 300 is formed at the junction portion, The exhaust pipe 202 of the 200 is provided with a connection pipe 401 and its close contact portion 402 in the exhaust pipe 4 so that the exhaust pipe 4 can be fused so that the connection pipe and the close contact portion of the exhaust pipe and the exhaust port 202 are provided. Joining the exhaust pipe so that the fusion unit 400 is formed at the junction by connecting each other before the melting part solidifies by partially dissolving, and the female thread 303 (403) (403) of the inlet pipe (5), the distribution pipe (3) and the exhaust pipe (4). Reinforcing ring (trivalent) (4-valent) (5-valent) formed of a metal thread (303), 403, 503 that is made of metal and is identical to female threads (303, 403, 503). ) To reinforce the female screw, and to the outside of the distribution pipe (3), a metal reinforcement (9) having a hole (901) drilled in a position coinciding with the female thread of the distribution pipe (3), and the female screw and the metal reinforcement of the distribution pipe (3) After the holes 901 of 9) coincide with each other, the heating valve 7 is connected by fastening the distribution valve 3a with the female screw of the distribution pipe outside the hole of the metal reinforcing body.

이와같이된 본 고안은 중계관 본체(2)의 양측 유입관(5)과 마개부(6)의 체결부(506)(606)를 프레임(1)에 고정하고 유입관(5)에 온수보일러의 출수관(801)를 접속하고 중계관 본체(2)의 분배관(3)에 온수난방관(7)을 연결하여 공지된 방법과 같이 사용하게 되는데The present invention thus secures the fastening portions 506 and 606 of the both sides of the inlet pipe 5 and the stopper 6 of the relay body 2 to the frame 1 and the hot water boiler of the inlet pipe 5. The outlet pipe 801 is connected and the hot water heating pipe 7 is connected to the distribution pipe 3 of the relay body 2 to be used in a known manner.

본 고안은 내열성수지인 폴리플로필렌 렌덤코포리마(P.P.R)수지를 사용하여 중계관 본체와 유입관, 마개부, 분배관과 배기관을 별도로 성형하고 접속부를 융합시키는 구성이므로 내열성이 뛰어나고 내구적이며 소재가 부식되지 않고 가벼운 소재로 온수 중계관을 만들어 유용하게 사용할 수 있고 금속 보강체(9)를 분배관에 부착하므로서 중계관 본체가 보강되어 온수의 열기로 휘어지는 것을 방지할 수있어서 중계관 본체의 길이를 길게할 수 있는 이점을 가지는 것이다.The present invention is made of polyflophylene Rendum Corporima (PPR) resin, which is a heat-resistant resin, to separately form the main body of the relay pipe, the inlet pipe, the plug, the distribution pipe, and the exhaust pipe, and fuses the joints. The hot water relay pipe is made of light material without corrosion, and it can be usefully used.As the metal reinforcement body 9 is attached to the distribution pipe, the main body of the relay pipe can be reinforced and prevented from being bent by the heat of the hot water. It will have the advantage to lengthen.

Description

온수 보일러의 중계관 {Junction pipe of hot-water boiler}Junction pipe of hot-water boiler}

본 고안은 온수 보일러의 중계관에 관한 것으로 보다 상세하게는 보일러에서 난방호스로 공급되는 온수가 각 난방호스로 원활하게 공급되어 순환될 수 있도록 하기 위해 설치하는 중계관을 내구성이 강하며 내열, 내압에 견딜수 있고 녹이 쓸지 않는 폴리플로필렌 렌덤코포리마수지를 이용하여 제조하므로서 새로운 구성의 온수 보일러 중계관이 되게한 것이다The present invention relates to a relay pipe of a hot water boiler, and more particularly, a relay pipe installed to allow the hot water supplied from the boiler to the heating hose to be circulated smoothly is supplied to each heating hose. It is manufactured by using polyflophylene Rendum Copolymer resin that can withstand and not rust.

종래의 온수보일러의 중계관은 부식을 견디기 위해 스텐레스스틸이나 알루미늄 합금관 또는 동관을 사용하는등 고가의 재료가 사용되었으므로 가격이 비싸게되고 또한 중계관에 장착되는 부재를 용접하므로서 작업이 난이하고 용접부의 수명이 오래가지 못하는 불편이 있고 주조공법으로 제조한 것은 비능율적이고 일손이 많을 뿐아니라 작업환경을 저해하므로 제작공급에 많은 문제점이 있었다.Conventional hot water boiler's relay tube is made of expensive materials such as stainless steel, aluminum alloy tube or copper tube to withstand corrosion, so it is expensive and it is difficult to work by welding the member mounted on the relay tube. There is a lot of problems in the manufacturing supply because there is a inconvenience that does not last long and manufactured by the casting method is inefficient and many hands as well as hamper the working environment.

따라서 본고안은 상기와 같은 여러가지 불편을 해소시키기 위해 중계관의 소재를 폴리플로필렌 렌덤코포리마수지(P.P.R)를 사용하여 내열,내압에 견딜 수 있게하고 내구성이 뛰어나며 부식이 없는 소재로 중계관 본체와 분배관, 배기관 그리고 유입관과 마개부를 성형하여 상기 부재들을 융합시키는 구성으로 만들어 내구적인 중계관이 되게한 것이다.Therefore, this paper uses polyflophylene Rendum Copolymer resin (PPR) to withstand the heat and internal pressure of the relay tube in order to alleviate the various inconveniences described above. And a distribution pipe, an exhaust pipe, and an inlet pipe and a stopper part are formed to fuse the members to become a durable relay pipe.

이를 첨부된 도면과 함께 보다 상세히 설명하면 다음과 같다This will be described in more detail together with the accompanying drawings as follows.

도 1은 본 고안에 보강체를 사용하지 않은 사시도1 is a perspective view of not using a reinforcement in the present invention

도 2는 도 1의 일부 단면도2 is a partial cross-sectional view of FIG. 1

도 3은 도 2의 가-가'선 일부 파절확대 단면도FIG. 3 is a partially enlarged cross-sectional view of the temporary line in FIG. 2. FIG.

도 4는 도 1의 일부 사시도4 is a partial perspective view of FIG. 1

도 5는 도 4의 분해 사시도5 is an exploded perspective view of FIG.

도 6의 (가)는 중계관 본체와 분배관의 융합전 예시도Figure 6 (a) is a diagram illustrating the fusion before the main body and the distribution pipe

(나)는 중계관 본체와 분배관이 융합된 예시도(B) is an example of the fusion of the main body and the distribution pipe

도 7은 본 고안의 사용 상태도7 is a state diagram used in the present invention

도 8은 본 고안에 금속 보강체를 실시하는 예시도8 is an exemplary view of implementing a metal reinforcement to the present invention

도 9는 도 8의 분배관 단면 확대도이다.9 is an enlarged cross-sectional view of the distribution pipe of FIG. 8.

* 도면의 주요부분에 대한 부호설명* Explanation of symbols on the main parts of the drawings

1 : 프레임 101 : 연결구1 frame 101 connector

2 : 중계관 200 : 중계관 본체2: relay tube 200: relay body

201 : 분배구 202 : 배기구201: distribution port 202: exhaust port

3 : 분배관 3a : 밸브3: distribution pipe 3a: valve

300, 400, 500, 600 : 융합부 301, 401, 501, 601 : 접속관300, 400, 500, 600: fusion unit 301, 401, 501, 601: connection tube

302, 402, 502, 602 : 밀착부 303, 403, 503 : 나사관302, 402, 502, 602: close contact 303, 403, 503: screw pipe

4 : 배기관 4a : 배기콕4: exhaust pipe 4a: exhaust cock

5 : 유입관 505, 605 : 단턱5: inlet pipe 505, 605: step

506, 606 : 체결구 6 : 폐쇄관506, 606: fastener 6: closed tube

7 : 난방호스 8 : 보일러7: heating hose 8: boiler

9 : 보강대 901 : 통공9: reinforcement 901: through hole

본 고안은 다수의 분배관(3)과 배기관(4)을 가진 중계관 본체(200)에 온수가 유입되는 유입관(5)과 마개부(6)를 양측에 접합하는 구성으로 이루어지고 상기 중계관 본체(200)와 분배관(3)과 배기관(4) 그리고 유입관(5)과 마개부(6)는 폴리플로필렌 렌덤코포리마수지로 각각 성형되며, 중계관 본체(200)의 입구와 말구에는 유입관(5)과 마개부(6)의 접속부(501)(601)가 융합될 수 있게, 유입관(5)과 마개부(6)에 접속부(501)(601)를 갖추어서 양측 접속부를 일부 용해시켜서 용해부가 응고되기전에 서로를 접속하므로서 접합부에 융합부(500)(600)가 형성되도록 접합하고 유입관(5)과 마개부(6)의 외측에 체결부(506)(606)를 형성하며The present invention consists of a constitution in which the inlet pipe (5) and the stopper (6) into which the hot water flows into the relay pipe main body (200) having a plurality of distribution pipes (3) and an exhaust pipe (4) are connected to both sides. Tube body 200, distribution pipe (3), exhaust pipe (4), inlet pipe (5) and plug portion (6) are each formed of a polyflourene Rendum Copolymer resin, the inlet of the relay body (200) and In order to fuse the connections 501 and 601 of the inlet pipe 5 and the plug 6 to the end, the inlet pipe 5 and the plug 6 are provided with connecting parts 501 and 601 on both sides. By dissolving some of the connection part and joining each other before the melting part solidifies, the joint part is joined to form the fusion part 500 and 600 at the joint part, and the fastening part 506 and 606 outside the inlet pipe 5 and the stopper part 6. )

또한, 중계관 본체(200)에 형성된 분배구(201)에는 분배관(3)의 접속관(301)이 융합될 수 있게 분배관(3)에 접속관(301)과 밀착부(302)를 형성하여 접속관과 밀착부 그리고 중계관 본체의 분배구(201)를 부분 용해시켜 용해부가 응고되기전에 서로를 접속하므로서 접합부에 융합부(300)가 형성되도록 분배관을 접합하고, 중계관본체(200)의 배기구(202)에는 배기관(4)이 융합될 수 있게 배기관(4)에 접속관(401)과 그 밀착부(402)를 갖추어서 배기관의 접속관과 밀착부 그리고 배기구(202)를 부분 용해시켜 용해부가 응고되기전에 서로를 접속하므로서 접합부에 융합부(400)가 형성되도록 배기관을 접합하며 상기 유입관(5)과 분배관(3) 그리고 배기관(4)의 암나사(303)(403)(503) 내측에는 금속제로 되어 암나사(303)(403)(503)와 동일한 암나사(304)(404)(504)가 형성된 보강링(3가)(4가)(5가)을 매설하여 암나사를 보강시키고 분배관(3) 외측에 분배관의 암나사와 일치되는 곳에 구멍(901)이 뚫어진 금속 보강체(9)를 덧대어 분배관(3)의 암나사와 금속 보강체(9)의 구멍(901)이 서로 일치되게 한 후 금속보강체의 구멍 외측에서 분배관의 암나사로 분배용 밸브(3a)를 체결하여 난방호스(7)를 연결케한 구성이다.In addition, in the distribution hole 201 formed in the relay pipe main body 200, the connection pipe 301 and the close contact portion 302 to the distribution pipe 3 so that the connection pipe 301 of the distribution pipe 3 can be fused. Forming and dissolving the dispensing port 201 of the connecting pipe, the close contact part and the relay main body and connecting each other before the dissolving part solidifies, thereby joining the distributing pipe so that the fusion part 300 is formed at the joint part, and the relay main body ( The exhaust pipe 202 of the 200 is provided with a connection pipe 401 and its close contact portion 402 in the exhaust pipe 4 so that the exhaust pipe 4 can be fused so that the connection pipe and the close contact portion of the exhaust pipe and the exhaust port 202 are provided. Joining the exhaust pipe so that the fusion unit 400 is formed at the junction by connecting each other before the melting part solidifies by partially dissolving, and the female thread 303 (403) (403) of the inlet pipe (5), the distribution pipe (3) and the exhaust pipe (4). 503 reinforcement ring (trivalent) (4-valent) (5) formed of metal and having the same internal threads 304, 404, 504 as female threads 303, 403, 503. ) To reinforce the female screw, and to the outside of the distribution pipe (3), a metal reinforcement (9) having a hole (901) drilled in a position coinciding with the female thread of the distribution pipe (3), and the female screw and the metal reinforcement of the distribution pipe (3) After the holes 901 of 9) coincide with each other, the heating valve 7 is connected by fastening the distribution valve 3a with the female screw of the distribution pipe outside the hole of the metal reinforcing body.

이와같이 구성된 본 고안은 내열성수지인 폴리플로필렌 렌덤코포리마(P.P.R)수지를 사용하여 온수 중계관을 제조함으로서 중계관 본체와 유입관, 마개부, 분배관과 배기관을 별도로 성형하여 이들을 융합시키는 구성으로 중계관을 제조할 수있고 이로인해 내열성이 뛰어나고 내구적이며 소재가 부식되지 않고 작업이 용이한 방법으로 온수 중계관을 만들어 유용하게 사용할 수 있고 금속 보강체(9)로 인하여 중계관 본체에 설치되는 분배관을 연결하여 열에 의하여 휘어지는 것을 방지할 수있어서 중계관 본체의 길이를 길게할 수 있는 이점을 가지는 것이다.The present invention configured as described above is manufactured by manufacturing a hot water relay tube using polyflophylene Rendum Corporima (PPR) resin, which is a heat-resistant resin, to form a relay tube body, an inlet tube, a plug portion, a distribution tube and an exhaust pipe separately and fuse them. It is possible to manufacture a relay pipe, which is excellent in heat resistance, durable, material is not corroded, and easy to work by making a hot water relay pipe can be used and useful and installed in the relay body due to the metal reinforcement (9) It is possible to prevent the bending by the heat by connecting the distribution pipe has the advantage of lengthening the length of the relay body.

Claims (1)

본 고안은 다수의 분배관(3)과 배기관(4)을 가진 중계관 본체(200)에 온수가 유입되는 유입관(5)과 마개부(6)를 양측에 접합하는 구성으로 이루어지고 상기 중계관 본체(200)와 분배관(3)과 배기관(4) 그리고 유입관(5)과 마개부(6)는 폴리플로필렌 렌덤코포리마수지로 각각 성형되어, 중계관 본체(200)의 입구와 말구에 유입관(5)과 마개부(6)의 접속부(501)(601)가 끼워져 융합되고 유입관(5)과 마개부(6)의 외측에 체결부(506)(606)를 구비하며The present invention consists of a constitution in which the inlet pipe (5) and the stopper (6) into which the hot water flows into the relay pipe main body (200) having a plurality of distribution pipes (3) and an exhaust pipe (4) are connected to both sides. The pipe main body 200, the distribution pipe 3, the exhaust pipe 4, the inlet pipe 5 and the stopper 6 are each formed of polyflolene lendom copolymer resin, and the inlet of the relay main body 200 The connection part 501,601 of the inlet pipe 5 and the stopper part 6 is fitted to the horseshoe and is fused, and the fastening parts 506 and 606 are provided on the outside of the inlet pipe 5 and the stopper part 6. 중계관 본체(200)에 형성된 분배구(201)에는 접속관(301)과 밀착부(302)를 구비한 분배관(3)을 그 접속관이 끼워지게 융합하고 중계관본체(200)의 배기구(202)에는 접속관(401)과 그 밀착부(402)를 구비한 배기관(4)을 그 접속관이 끼워지게 융합하며 유입관(5)과 분배관(3) 그리고 배기관(4)의 암나사(303)(403)(503) 내측에는 금속제로 되어 암나사(303)(403)(503)와 동일한 암나사(304)(404)(504)를 갖인 보강링(3가)(4가)(5가)을 매설하고 분배관(3) 외측에 분배관의 암나사와 일치되는 곳에 구멍(901)이 뚫어진 금속 보강체(9)를 덧대어 분배관(3)의 암나사와 금속 보강체(9)의 구멍(901)이 서로 일치되게 한 후 금속보강체의 구멍 외측에서 분배관의 암나사속으로 분배용 밸브(3a)를 체결하여 난방호스(7)를 끼울 수 있게 한 온수 보일러의 중계관.In the distribution port 201 formed in the relay main body 200, the distribution pipe 3 including the connection pipe 301 and the close contact portion 302 is fused so that the connection pipe is fitted, and the exhaust port of the relay pipe main body 200 is provided. In 202, the exhaust pipe 4 including the connection pipe 401 and its close contact portion 402 is fused so that the connection pipe is fitted, and the female screw of the inflow pipe 5, the distribution pipe 3 and the exhaust pipe 4 is connected. (303) (403) (503) Reinforcing rings (trivalent) (4) (5) (5) (4) (4) made of metal and having the same internal threads (304, 404, 504) of female threads (303) (403) (503). A) bury the metal reinforcement (9) of the distribution pipe (3) and attach the metal reinforcement (9) with a hole (901) drilled in the same position as the female screw of the distribution pipe outside the distribution pipe (3). A relay tube of a hot water boiler in which a heating valve (7) can be fitted by fastening a distribution valve (3a) into a female thread of a distribution pipe outside the hole of a metal reinforcing body after the holes (901) coincide with each other.
KR2020020015086U 2002-05-17 2002-05-17 Junction pipe of hot-water boiler KR200297319Y1 (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR100805689B1 (en) * 2007-09-05 2008-02-21 주식회사 대율케이앤피 Boiler junction tube made from polypropylene random copolymer and polybutylene

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR100805689B1 (en) * 2007-09-05 2008-02-21 주식회사 대율케이앤피 Boiler junction tube made from polypropylene random copolymer and polybutylene

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