A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
PROBLEM TO BE SOLVED: To provide a sink inspection tool allowing an adequate amount of water to be stored in a sink and preventing the water from overflowing the sink.SOLUTION: An annulus engagement part 30, which engages to a drainage port of a sink, is fixed to a lower end 21 of an overflow cylinder 20. A flexible valve plate 40 is engaged to an outer periphery of the overflow cylinder 20 above the engagement part 30. A top edge of the overflow cylinder 20 is an overflow port 25. The engagement part 30 is engaged to the drainage port of the sink. A sink inspection tool 10 is installed so that the valve plate 40 tightly contacts to a bottom face of the sink. After water is poured into the sink by turning on a water tap until the water level reaches the height of the overflow port 25, the water overflows into the overflow cylinder 20 and is drained. Thus the water does not overflow the opening of the sink.SELECTED DRAWING: Figure 1
【課題】適量の水をシンクに貯めることができ、シンクから水が溢れないようにしたシンク検査具を提供する。【解決手段】溢水筒２０の下端部２１にシンクの排水口に嵌まる輪形の嵌合部３０を固設し、該嵌合部３０の上方に、該溢水筒２０の外周に可撓性のある弁板４０を嵌合させ、該溢水筒２０の上端は溢水口２５とし、シンクの排水口に前記嵌合部３０を嵌め、前記弁板４０がシンクの底面に密着するようシンク検査具１０を装着し、水道栓を開けてシンク内に水を貯め、前記溢水口２５の高さまでの水位に達した後は水が溢水筒２０内に溢れて排水することにより、水がシンクの開口から溢れないようにする。【選択図】図１
PROBLEM TO BE SOLVED: To provide a sink inspection tool allowing an adequate amount of water to be stored in a sink and preventing the water from overflowing the sink.SOLUTION: An annulus engagement part 30, which engages to a drainage port of a sink, is fixed to a lower end 21 of an overflow cylinder 20. A flexible valve plate 40 is engaged to an outer periphery of the overflow cylinder 20 above the engagement part 30. A top edge of the overflow cylinder 20 is an overflow port 25. The engagement part 30 is engaged to the drainage port of the sink. A sink inspection tool 10 is installed so that the valve plate 40 tightly contacts to a bottom face of the sink. After water is poured into the sink by turning on a water tap until the water level reaches the height of the overflow port 25, the water overflows into the overflow cylinder 20 and is drained. Thus the water does not overflow the opening of the sink.SELECTED DRAWING: Figure 1
【課題】適量の水をシンクに貯めることができ、シンクから水が溢れないようにしたシンク検査具を提供する。【解決手段】溢水筒２０の下端部２１にシンクの排水口に嵌まる輪形の嵌合部３０を固設し、該嵌合部３０の上方に、該溢水筒２０の外周に可撓性のある弁板４０を嵌合させ、該溢水筒２０の上端は溢水口２５とし、シンクの排水口に前記嵌合部３０を嵌め、前記弁板４０がシンクの底面に密着するようシンク検査具１０を装着し、水道栓を開けてシンク内に水を貯め、前記溢水口２５の高さまでの水位に達した後は水が溢水筒２０内に溢れて排水することにより、水がシンクの開口から溢れないようにする。【選択図】図１
SINK INSPECTION TOOL
シンク検査具
MORIBE HITOSHI (author)
2016-06-09
Patent
Electronic Resource
Japanese
IPC:
E03C
DOMESTIC PLUMBING INSTALLATIONS FOR FRESH WATER OR WASTE WATER
,
Hausinstallationen für Frisch- oder Abwasser
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