Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
FAUCET VALVE DEVICE
To provide a faucet valve device suitable for actualizing the electrification of both temperature control and flow control.SOLUTION: The faucet valve device includes: a water side auxiliary pipe member one side of which is stored in a water supply path and the other side of which can abut on the peripheral wall of a cylinder body and communicate with a water inflow hole; and a hot water side auxiliary pipe member one side of which is stored in a hot water supply path and the other side of which can abut on the peripheral wall of the cylinder body and communicate with a hot water inflow hole. The water side auxiliary pipe member can abut on the peripheral wall of the cylinder body and communicate with the water inflow hole in response to a water pressure difference between the one side and the other side, and the hot water auxiliary pipe member can abut on the peripheral wall of the cylinder body and communicate with the hot water inflow hole in response to a water pressure difference between the one side and the other side. In accordance with the axial position and the rotation position of the cylinder body, the communication amount of the water side auxiliary pipe member with the water inflow hole, the communication amount of the hot water auxiliary pipe member with the hot water inflow hole, and/or the communication amount of a hot water outflow hole with a hot water outflow path is changed to actualize both temperature control and flow control.SELECTED DRAWING: Figure 7
【課題】温度調整と流量調整との両方の電動化を実現することに適した水栓弁装置を提供すること。【解決手段】一方側が水供給路の内部に収容され他方側がシリンダ体の周壁に当接可能で且つ水流入孔に連通可能な水側補助管部材と、一方側が湯供給路の内部に収容され他方側がシリンダ体の周壁に当接可能で且つ湯流入孔に連通可能な湯側補助管部材と、を備える。水側補助管部材は、一方側と他方側との間の水圧差に応じて、シリンダ体の周壁に当接可能で且つ水流入孔に連通可能であり、湯側補助管部材は、一方側と他方側との間の水圧差に応じて、シリンダ体の周壁に当接可能で且つ湯流入孔に連通可能である。シリンダ体の軸方向位置及び回転位置に応じて、水側補助管部材と水流入孔との連通量、湯側補助管部材と湯流入孔との連通量、及び／または、湯水流出孔と湯水流出路との連通量、が変化することによって、温度調整と流量調整との両方が実現される。【選択図】図７
FAUCET VALVE DEVICE
To provide a faucet valve device suitable for actualizing the electrification of both temperature control and flow control.SOLUTION: The faucet valve device includes: a water side auxiliary pipe member one side of which is stored in a water supply path and the other side of which can abut on the peripheral wall of a cylinder body and communicate with a water inflow hole; and a hot water side auxiliary pipe member one side of which is stored in a hot water supply path and the other side of which can abut on the peripheral wall of the cylinder body and communicate with a hot water inflow hole. The water side auxiliary pipe member can abut on the peripheral wall of the cylinder body and communicate with the water inflow hole in response to a water pressure difference between the one side and the other side, and the hot water auxiliary pipe member can abut on the peripheral wall of the cylinder body and communicate with the hot water inflow hole in response to a water pressure difference between the one side and the other side. In accordance with the axial position and the rotation position of the cylinder body, the communication amount of the water side auxiliary pipe member with the water inflow hole, the communication amount of the hot water auxiliary pipe member with the hot water inflow hole, and/or the communication amount of a hot water outflow hole with a hot water outflow path is changed to actualize both temperature control and flow control.SELECTED DRAWING: Figure 7
【課題】温度調整と流量調整との両方の電動化を実現することに適した水栓弁装置を提供すること。【解決手段】一方側が水供給路の内部に収容され他方側がシリンダ体の周壁に当接可能で且つ水流入孔に連通可能な水側補助管部材と、一方側が湯供給路の内部に収容され他方側がシリンダ体の周壁に当接可能で且つ湯流入孔に連通可能な湯側補助管部材と、を備える。水側補助管部材は、一方側と他方側との間の水圧差に応じて、シリンダ体の周壁に当接可能で且つ水流入孔に連通可能であり、湯側補助管部材は、一方側と他方側との間の水圧差に応じて、シリンダ体の周壁に当接可能で且つ湯流入孔に連通可能である。シリンダ体の軸方向位置及び回転位置に応じて、水側補助管部材と水流入孔との連通量、湯側補助管部材と湯流入孔との連通量、及び／または、湯水流出孔と湯水流出路との連通量、が変化することによって、温度調整と流量調整との両方が実現される。【選択図】図７
FAUCET VALVE DEVICE
水栓弁装置
HASHIMOTO KENICHI (Autor:in) / HATAKEYAMA MAKOTO (Autor:in) / KANASHIRO MASANOBU (Autor:in)
08.04.2022
Patent
Elektronische Ressource
Japanisch