Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
WATER DISCHARGE SWITCHING MECHANISM OF FAUCET
PROBLEM TO BE SOLVED: To provide a water discharge switching mechanism of faucet whose structure is simple and which can slim down a water discharge port of a faucet.SOLUTION: A water discharge switching mechanism includes: an annular opening 441 provided at a tip of a water discharge port 25 of a faucet; shower holes 46 located inside of the annular opening 441; a cylindrical member 51 provided in a flow passage of the water discharge port 25; and a switching valve body 71 corresponding to the cylindrical member 51 in an openable/closable manner at the tip. At the switching valve body 71, a water passing hole 73 is formed between a base end part and a tip part. In an open state of the switching valve body 71, water from the water passing hole 73 is discharged from the annular opening 441 and the shower holes 46, and in a closed state of the switching valve body 71, the water from the water passing hole 73 is discharged from the shower holes 46.SELECTED DRAWING: Figure 3
【課題】構造が簡単で、水栓の吐水口をスリム化できる水栓の吐水切換機構を提供すること。【解決手段】水栓の吐水口２５の先端に設けられた環状開口４４１及びその環状開口４４１の内側に位置するシャワー孔４６と、吐水口２５の流路に設けられた円筒部材５１及びその円筒部材５１に対して先端において開閉可能に対応する切換弁体７１とを備える。切換弁体７１には、その基端部と先端部との間に、通水孔７３を形成する。切換弁体７１の開放状態においては通水孔７３からの水が環状開口４４１及びシャワー孔４６から吐水され、切換弁体７１の閉鎖状態においては通水孔７３からの水がシャワー孔４６から吐水される。【選択図】図３
WATER DISCHARGE SWITCHING MECHANISM OF FAUCET
PROBLEM TO BE SOLVED: To provide a water discharge switching mechanism of faucet whose structure is simple and which can slim down a water discharge port of a faucet.SOLUTION: A water discharge switching mechanism includes: an annular opening 441 provided at a tip of a water discharge port 25 of a faucet; shower holes 46 located inside of the annular opening 441; a cylindrical member 51 provided in a flow passage of the water discharge port 25; and a switching valve body 71 corresponding to the cylindrical member 51 in an openable/closable manner at the tip. At the switching valve body 71, a water passing hole 73 is formed between a base end part and a tip part. In an open state of the switching valve body 71, water from the water passing hole 73 is discharged from the annular opening 441 and the shower holes 46, and in a closed state of the switching valve body 71, the water from the water passing hole 73 is discharged from the shower holes 46.SELECTED DRAWING: Figure 3
【課題】構造が簡単で、水栓の吐水口をスリム化できる水栓の吐水切換機構を提供すること。【解決手段】水栓の吐水口２５の先端に設けられた環状開口４４１及びその環状開口４４１の内側に位置するシャワー孔４６と、吐水口２５の流路に設けられた円筒部材５１及びその円筒部材５１に対して先端において開閉可能に対応する切換弁体７１とを備える。切換弁体７１には、その基端部と先端部との間に、通水孔７３を形成する。切換弁体７１の開放状態においては通水孔７３からの水が環状開口４４１及びシャワー孔４６から吐水され、切換弁体７１の閉鎖状態においては通水孔７３からの水がシャワー孔４６から吐水される。【選択図】図３
WATER DISCHARGE SWITCHING MECHANISM OF FAUCET
水栓の吐水切換機構
MAMIYA YOSHIHITO (Autor:in)
16.02.2017
Patent
Elektronische Ressource
Japanisch
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