A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
FAUCET MOUNTING STRUCTURE
To provide the faucet mounting structure in which a faucet body can be mounted on a wall material so that position displacement can be absorb.SOLUTION: The faucet mounting structure M comprises a wall-side stay 10 fixed to a wall material W by a wall fixing screw S1, and a faucet-side stay 20 fixed to the faucet body 2 by a faucet fixing screw S2. The wall-side stay 10 has a wall support piece 11 that is provided with a wall fixing hole 11A through which the wall fixing screw S1 is passed, and a wall-side overhang piece 12 that projects from the wall support piece 11. The faucet-side stay 20 has a faucet support piece 21 through which the faucet fixing screw S2 is passed, and a faucet-side overhang piece 22 that projects from the faucet support piece 21 and is set on the wall-side overhang piece 12. Both overhanging pieces 12, 22 are connected by a connecting screw S3 that is passed from a lower side, and a wall-side connecting hole 12A through which the connecting screw S3 is passed first is an elongated hole whose alignment position with the faucet-side connecting hole 22A can be adjusted in a width direction. Also, fixing holes 11A, 21A are elongated holes in which positions through which the fixing screws S1, S2 are passed can be adjusted in a height direction.SELECTED DRAWING: Figure 3
【課題】水栓本体を壁材に位置ズレ吸収可能に取り付けられる水栓取付構造を提供すること。【解決手段】水栓取付構造Ｍは、壁材Ｗに壁固定ネジＳ１により固定される壁側ステー１０と、水栓本体２に水栓固定ネジＳ２により固定される水栓側ステー２０とを有する。壁側ステー１０は、壁固定ネジＳ１の通される壁固定孔１１Ａを備えた壁当て片１１と、壁当て片１１から張り出す壁側張出片１２とを有する。水栓側ステー２０は、水栓固定ネジＳ２の通される水栓当て片２１と、水栓当て片２１から張り出して壁側張出片１２上にセットされる水栓側張出片２２とを有する。両張出片１２，２２は、下側から通される連結ネジＳ３により連結され、連結ネジＳ３が先に通される壁側連結孔１２Ａが、水栓側連結孔２２Ａとの合わせ位置を幅方向に調整可能な長孔とされる。各固定孔１１Ａ，２１Ａも、各固定ネジＳ１，Ｓ２が通される位置を高さ方向に調整可能な長孔とされる。【選択図】図３
FAUCET MOUNTING STRUCTURE
To provide the faucet mounting structure in which a faucet body can be mounted on a wall material so that position displacement can be absorb.SOLUTION: The faucet mounting structure M comprises a wall-side stay 10 fixed to a wall material W by a wall fixing screw S1, and a faucet-side stay 20 fixed to the faucet body 2 by a faucet fixing screw S2. The wall-side stay 10 has a wall support piece 11 that is provided with a wall fixing hole 11A through which the wall fixing screw S1 is passed, and a wall-side overhang piece 12 that projects from the wall support piece 11. The faucet-side stay 20 has a faucet support piece 21 through which the faucet fixing screw S2 is passed, and a faucet-side overhang piece 22 that projects from the faucet support piece 21 and is set on the wall-side overhang piece 12. Both overhanging pieces 12, 22 are connected by a connecting screw S3 that is passed from a lower side, and a wall-side connecting hole 12A through which the connecting screw S3 is passed first is an elongated hole whose alignment position with the faucet-side connecting hole 22A can be adjusted in a width direction. Also, fixing holes 11A, 21A are elongated holes in which positions through which the fixing screws S1, S2 are passed can be adjusted in a height direction.SELECTED DRAWING: Figure 3
【課題】水栓本体を壁材に位置ズレ吸収可能に取り付けられる水栓取付構造を提供すること。【解決手段】水栓取付構造Ｍは、壁材Ｗに壁固定ネジＳ１により固定される壁側ステー１０と、水栓本体２に水栓固定ネジＳ２により固定される水栓側ステー２０とを有する。壁側ステー１０は、壁固定ネジＳ１の通される壁固定孔１１Ａを備えた壁当て片１１と、壁当て片１１から張り出す壁側張出片１２とを有する。水栓側ステー２０は、水栓固定ネジＳ２の通される水栓当て片２１と、水栓当て片２１から張り出して壁側張出片１２上にセットされる水栓側張出片２２とを有する。両張出片１２，２２は、下側から通される連結ネジＳ３により連結され、連結ネジＳ３が先に通される壁側連結孔１２Ａが、水栓側連結孔２２Ａとの合わせ位置を幅方向に調整可能な長孔とされる。各固定孔１１Ａ，２１Ａも、各固定ネジＳ１，Ｓ２が通される位置を高さ方向に調整可能な長孔とされる。【選択図】図３
FAUCET MOUNTING STRUCTURE
水栓取付構造
FUNATO HIROFUMI (author) / TANAKA TAKAHIRO (author)
2020-12-17
Patent
Electronic Resource
Japanese
IPC:
E03C
DOMESTIC PLUMBING INSTALLATIONS FOR FRESH WATER OR WASTE WATER
,
Hausinstallationen für Frisch- oder Abwasser
Faucet mounting base, faucet assembly and faucet mounting method
| European Patent Office | 2023