A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
WATER CLOSET
To provide a water closet that can generate electricity without deteriorating toilet bowl cleaning performance and dirt discharge performance.SOLUTION: A water closet 1 of the present invention comprises a toilet bowl body 2 and a washing water supply device 4, in which the washing water supply device has a water supply channel 56 through which washing water supplied from a water supply source passes, a water supply part 34 that includes a solenoid valve 52 that opens and closes the water supply channel and supplies and stops the washing water in the water supply channel, and a controller 42 that controls operation of the solenoid valve of the water supply part, the water supply channel has main water supply channels 56a, 56b that supply the washing water used for cleaning a toilet bowl in a bowl part 6 of the toilet bowl body to the toilet bowl body, and replenishment channels 88, 90 that branch off from the main water supply channels and supply the replenishment water that is used to form a seal in the toilet bowl body to the toilet bowl body, and a replenishment channel is provided with a power generation device 74 that generates electricity by using the water flow W1 of the replenishment water.SELECTED DRAWING: Figure 5
【課題】便器洗浄性能や汚物排出性能を低下させることなく発電を行うことができる水洗大便器を提供する。【解決手段】本発明の水洗大便器１は、便器本体２と、洗浄水供給装置４と、を有し、洗浄水供給装置は、給水源から供給された洗浄水が通過する給水路５６と、この給水路を開閉する電磁弁５２を含み且つ給水路内の洗浄水を給止水する給水部３４と、この給水部の電磁弁の動作を制御するコントローラ４２と、を備えており、給水路は、給水部から給水された洗浄水のうち、便器本体のボウル部６内の便器洗浄に利用される洗浄水を便器本体に供給する主給水路５６ａ，５６ｂと、この主給水路から分岐し且つ便器本体で封水形成に利用される補給水を便器本体に供給する補給水路８８，９０と、を備えており、補給水路には、その補給水の水流Ｗ１を利用して発電する発電装置７４が設けられている。【選択図】図５
WATER CLOSET
To provide a water closet that can generate electricity without deteriorating toilet bowl cleaning performance and dirt discharge performance.SOLUTION: A water closet 1 of the present invention comprises a toilet bowl body 2 and a washing water supply device 4, in which the washing water supply device has a water supply channel 56 through which washing water supplied from a water supply source passes, a water supply part 34 that includes a solenoid valve 52 that opens and closes the water supply channel and supplies and stops the washing water in the water supply channel, and a controller 42 that controls operation of the solenoid valve of the water supply part, the water supply channel has main water supply channels 56a, 56b that supply the washing water used for cleaning a toilet bowl in a bowl part 6 of the toilet bowl body to the toilet bowl body, and replenishment channels 88, 90 that branch off from the main water supply channels and supply the replenishment water that is used to form a seal in the toilet bowl body to the toilet bowl body, and a replenishment channel is provided with a power generation device 74 that generates electricity by using the water flow W1 of the replenishment water.SELECTED DRAWING: Figure 5
【課題】便器洗浄性能や汚物排出性能を低下させることなく発電を行うことができる水洗大便器を提供する。【解決手段】本発明の水洗大便器１は、便器本体２と、洗浄水供給装置４と、を有し、洗浄水供給装置は、給水源から供給された洗浄水が通過する給水路５６と、この給水路を開閉する電磁弁５２を含み且つ給水路内の洗浄水を給止水する給水部３４と、この給水部の電磁弁の動作を制御するコントローラ４２と、を備えており、給水路は、給水部から給水された洗浄水のうち、便器本体のボウル部６内の便器洗浄に利用される洗浄水を便器本体に供給する主給水路５６ａ，５６ｂと、この主給水路から分岐し且つ便器本体で封水形成に利用される補給水を便器本体に供給する補給水路８８，９０と、を備えており、補給水路には、その補給水の水流Ｗ１を利用して発電する発電装置７４が設けられている。【選択図】図５
WATER CLOSET
水洗大便器
IKUNO AIKO (author) / HANYU AYAKO (author) / HIWADA KOICHIRO (author) / WATANABE KENJI (author) / IWAMI WATARU (author) / ADACHI YOSHIKATSU (author)
2023-11-24
Patent
Electronic Resource
Japanese
IPC:
E03D
WATER-CLOSETS OR URINALS WITH FLUSHING DEVICES
,
Wasserklosetts oder Urinale mit Spülvorrichtungen
WATER CLOSET, CLOSET MEMBER, AND MANUFACTURING METHOD FOR WATER CLOSET
| European Patent Office | 2017