Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
PROBLEM TO BE SOLVED: To provide an anti-freezing faucet post which surely opens/closes a water passage and a drain passage in a more reasonable mode, which can prevent water leakage more surely and which can perform an operation of water discharge and drainage more easily.SOLUTION: A water passing valve mechanism 10 including a drainage mechanism, a rising water passage 30, a water outlet part 50, and an operation part 40 are provided. The water passing valve mechanism 10 includes: a water passage valve body 13 which includes a water inlet 12 and a water passage 15; and a spool valve 20 which is disposed so as to move vertically in a required length range by being fitted in a sleeve part 16 provided inside the water passing valve body 13. The spool valve 20 includes a water passing opening/closing valve part 21 provided at a lower end part and capable of being located below so as to close the water inlet 12, a drainage opening/closing valve part 22 for opening/closing a drainage communication port which communicates a drain passage 18 and the water passage 15 by being interlocked with this, and a seal part 25 of the spool which can maintain a state of being fitted and sealed, and it is operated by the operation part 40 by being linked via an operation shaft body 35.SELECTED DRAWING: Figure 1
【課題】より合理的な形態で通水路や排水路を確実に開閉し、より確実に漏水を防止でき、出水及び水抜きの操作をより容易に行うことができる不凍水栓柱を提供すること。【解決手段】水抜き機構を備える通水弁機構１０と、立上げ通水路３０と、出水部５０と、操作部４０とが設けられ、通水弁機構１０が、入水口１２及び通水路１５を備える通水弁本体１３と、通水弁本体１３の内部に設けられたスリーブ部１６に内嵌して上下方向に所要の長さ範囲で移動できるように配されたスプール弁２０とを具備し、スプール弁２０が、下端部に設けられて入水口１２を閉じるように下方に位置できる通水開閉弁部２１と、これと連動して排水路１８と通水路１５とを連通させる排水連通口を開閉する排水開閉弁部２２と、内嵌シールした状態を維持できるスプールのシール部２５とを具備し、操作軸体３５を介して連係されて操作部４０によって操作される。【選択図】図１
PROBLEM TO BE SOLVED: To provide an anti-freezing faucet post which surely opens/closes a water passage and a drain passage in a more reasonable mode, which can prevent water leakage more surely and which can perform an operation of water discharge and drainage more easily.SOLUTION: A water passing valve mechanism 10 including a drainage mechanism, a rising water passage 30, a water outlet part 50, and an operation part 40 are provided. The water passing valve mechanism 10 includes: a water passage valve body 13 which includes a water inlet 12 and a water passage 15; and a spool valve 20 which is disposed so as to move vertically in a required length range by being fitted in a sleeve part 16 provided inside the water passing valve body 13. The spool valve 20 includes a water passing opening/closing valve part 21 provided at a lower end part and capable of being located below so as to close the water inlet 12, a drainage opening/closing valve part 22 for opening/closing a drainage communication port which communicates a drain passage 18 and the water passage 15 by being interlocked with this, and a seal part 25 of the spool which can maintain a state of being fitted and sealed, and it is operated by the operation part 40 by being linked via an operation shaft body 35.SELECTED DRAWING: Figure 1
【課題】より合理的な形態で通水路や排水路を確実に開閉し、より確実に漏水を防止でき、出水及び水抜きの操作をより容易に行うことができる不凍水栓柱を提供すること。【解決手段】水抜き機構を備える通水弁機構１０と、立上げ通水路３０と、出水部５０と、操作部４０とが設けられ、通水弁機構１０が、入水口１２及び通水路１５を備える通水弁本体１３と、通水弁本体１３の内部に設けられたスリーブ部１６に内嵌して上下方向に所要の長さ範囲で移動できるように配されたスプール弁２０とを具備し、スプール弁２０が、下端部に設けられて入水口１２を閉じるように下方に位置できる通水開閉弁部２１と、これと連動して排水路１８と通水路１５とを連通させる排水連通口を開閉する排水開閉弁部２２と、内嵌シールした状態を維持できるスプールのシール部２５とを具備し、操作軸体３５を介して連係されて操作部４０によって操作される。【選択図】図１
ANTI-FREEZING FAUCET POST
不凍水栓柱
SHIMIZU SADAJI (Autor:in)
13.10.2016
Patent
Elektronische Ressource
Japanisch