A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
WATER CLOSET, CLOSET MEMBER, AND MANUFACTURING METHOD FOR WATER CLOSET
PROBLEM TO BE SOLVED: To propose a separation type trap pipeline structure whose construction work is easy, in a water closet.SOLUTION: A closet member 108 includes a toilet bowl part 106 and a suction pipe 110 communicating with the toilet bowl part 106, the toilet bowl part and the suction pipe being integrally formed. A relay pipe 120 and a water drain socket 122 are formed as bodies differing from the closet member 108. A through port 116 is formed on the back surface of the closet member 108. A water intake port 128 of the water drain socket 122 is connected to the suction pipe 110 through the relay pipe 120. A water drain port 130 of the water drain socket 122 is aligned with the through port 116. A gap between the water drain port 130 and the through port 116 is shielded by a packing 148 and incombustible material 154. The closet member 108 (suction pipe 110) is a ceramic formation; the relay pipe 120 and the water drain socket 122 are formed from resin such as vinyl chloride.SELECTED DRAWING: Figure 3
【課題】水洗式便器において、施工作業が容易な分離型のトラップ管路構造を提案する。【解決手段】便器部材１０８は、便鉢部１０６および便鉢部１０６に連なる吸引管１１０が一体形成される。中継管１２０および排水ソケット１２２は、便器部材１０８とは別体として形成される。便器部材１０８の背面には、貫通口１１６が形成される。排水ソケット１２２の取水口１２８は中継管１２０を介して吸引管１１０に接続される。排水ソケット１２２の排水口１３０は、貫通口１１６に位置合わせされる。排水口１３０と貫通口１１６の隙間は、パッキン１４８および不燃材１５４によって遮蔽される。便器部材１０８（吸引管１１０）は陶器により形成されるが、中継管１２０、排水ソケット１２２は塩化ビニルなどの樹脂により形成される。【選択図】図３
WATER CLOSET, CLOSET MEMBER, AND MANUFACTURING METHOD FOR WATER CLOSET
PROBLEM TO BE SOLVED: To propose a separation type trap pipeline structure whose construction work is easy, in a water closet.SOLUTION: A closet member 108 includes a toilet bowl part 106 and a suction pipe 110 communicating with the toilet bowl part 106, the toilet bowl part and the suction pipe being integrally formed. A relay pipe 120 and a water drain socket 122 are formed as bodies differing from the closet member 108. A through port 116 is formed on the back surface of the closet member 108. A water intake port 128 of the water drain socket 122 is connected to the suction pipe 110 through the relay pipe 120. A water drain port 130 of the water drain socket 122 is aligned with the through port 116. A gap between the water drain port 130 and the through port 116 is shielded by a packing 148 and incombustible material 154. The closet member 108 (suction pipe 110) is a ceramic formation; the relay pipe 120 and the water drain socket 122 are formed from resin such as vinyl chloride.SELECTED DRAWING: Figure 3
【課題】水洗式便器において、施工作業が容易な分離型のトラップ管路構造を提案する。【解決手段】便器部材１０８は、便鉢部１０６および便鉢部１０６に連なる吸引管１１０が一体形成される。中継管１２０および排水ソケット１２２は、便器部材１０８とは別体として形成される。便器部材１０８の背面には、貫通口１１６が形成される。排水ソケット１２２の取水口１２８は中継管１２０を介して吸引管１１０に接続される。排水ソケット１２２の排水口１３０は、貫通口１１６に位置合わせされる。排水口１３０と貫通口１１６の隙間は、パッキン１４８および不燃材１５４によって遮蔽される。便器部材１０８（吸引管１１０）は陶器により形成されるが、中継管１２０、排水ソケット１２２は塩化ビニルなどの樹脂により形成される。【選択図】図３
WATER CLOSET, CLOSET MEMBER, AND MANUFACTURING METHOD FOR WATER CLOSET
水洗式便器、便器部材および水洗式便器の製造方法
INA TAKAMASA (author) / CHATANI KAZUHISA (author) / MARUYAMA TAKASHI (author) / KOJIMA TSUTOMU (author)
2017-06-01
Patent
Electronic Resource
Japanese
IPC:
E03D
WATER-CLOSETS OR URINALS WITH FLUSHING DEVICES
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Wasserklosetts oder Urinale mit Spülvorrichtungen