A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
PIPE JOINT STRUCTURE
To provide the pipe joint structure that can facilitate insertion of a heater wire from a faucet side to a heater guide pipe along a water supply pipe without enlarging a faucet box in the structure in which a pipe joint connecting a faucet and a water supply pipe is housed in the faucet box.SOLUTION: A pipe joint structure 10 comprises: a pipe joint 16 that connects a water supply pipe 24 and a faucet; a faucet box 18 that accommodates the pipe joint 16; a flat plate 20 on which a first opening 31 that can connect the faucet to the pipe joint 16 is formed, that is provided on a faucet side of the faucet box 18; a decorative plate 22 on which a second opening 32 that can connect the faucet to the pipe joint 16 is formed, and a third opening 33 is formed at a position not overlapping the pipe joint 16 in a front view, that covers the flat plate 20 from the faucet side, wherein the third opening 33 allows a heater guide tube 30 to be inserted therethrough, and the flat plate 20 has a guide 34 that directs an end part 30A of the heater guide tube 30 on a pipe joint 16 side toward a third opening 33 side.SELECTED DRAWING: Figure 6
【課題】水栓と送水管とを接続する管継手が水栓ボックスに収容された構造において、水栓ボックスを大きくすることなく、水栓側から、給水管に沿うヒーターガイド管へヒーター線を挿通し易くする管継手構造を提供する。【解決手段】管継手構造１０は、送水管２４と水栓とを接続する管継手１６と、管継手１６が収容される水栓ボックス１８と、水栓ボックス１８の水栓側に設けられ、水栓を管継手１６に接続可能とする第１開口部３１が形成された平板２０と、平板２０を水栓側から覆い、水栓を管継手１６に接続可能とする第２開口部３２が形成されると共に、正面視で管継手１６と重ならない位置に第３開口部３３が形成された化粧板２２と、を備え、第３開口部３３にはヒーターガイド管３０を挿通可能とされ、平板２０は、ヒーターガイド管３０の管継手１６側の端部３０Ａを第３開口部３３側に向けるガイド３４を有する。【選択図】図６
PIPE JOINT STRUCTURE
To provide the pipe joint structure that can facilitate insertion of a heater wire from a faucet side to a heater guide pipe along a water supply pipe without enlarging a faucet box in the structure in which a pipe joint connecting a faucet and a water supply pipe is housed in the faucet box.SOLUTION: A pipe joint structure 10 comprises: a pipe joint 16 that connects a water supply pipe 24 and a faucet; a faucet box 18 that accommodates the pipe joint 16; a flat plate 20 on which a first opening 31 that can connect the faucet to the pipe joint 16 is formed, that is provided on a faucet side of the faucet box 18; a decorative plate 22 on which a second opening 32 that can connect the faucet to the pipe joint 16 is formed, and a third opening 33 is formed at a position not overlapping the pipe joint 16 in a front view, that covers the flat plate 20 from the faucet side, wherein the third opening 33 allows a heater guide tube 30 to be inserted therethrough, and the flat plate 20 has a guide 34 that directs an end part 30A of the heater guide tube 30 on a pipe joint 16 side toward a third opening 33 side.SELECTED DRAWING: Figure 6
【課題】水栓と送水管とを接続する管継手が水栓ボックスに収容された構造において、水栓ボックスを大きくすることなく、水栓側から、給水管に沿うヒーターガイド管へヒーター線を挿通し易くする管継手構造を提供する。【解決手段】管継手構造１０は、送水管２４と水栓とを接続する管継手１６と、管継手１６が収容される水栓ボックス１８と、水栓ボックス１８の水栓側に設けられ、水栓を管継手１６に接続可能とする第１開口部３１が形成された平板２０と、平板２０を水栓側から覆い、水栓を管継手１６に接続可能とする第２開口部３２が形成されると共に、正面視で管継手１６と重ならない位置に第３開口部３３が形成された化粧板２２と、を備え、第３開口部３３にはヒーターガイド管３０を挿通可能とされ、平板２０は、ヒーターガイド管３０の管継手１６側の端部３０Ａを第３開口部３３側に向けるガイド３４を有する。【選択図】図６
PIPE JOINT STRUCTURE
管継手構造
MAEKAWA KENTO (author) / NAKAYAMA RYOJI (author)
2020-08-06
Patent
Electronic Resource
Japanese
PIPE JOINT, PIPE STRUCTURE USING PIPE JOINT AND CONSTRUCTION METHOD FOR PIPE STRUCTURE
| European Patent Office | 2023