液切り

US8234998(特表2010-502433）
"In an effort to eliminate rinse water contamination, robotic modifications have been made to dipping systems（浸漬装置）. One such modification involves spraying（吹付け）the sample with water, which immediately drains away. Since the contaminated water drains away（流去（液切り））, and is not left in the rinse bath, the likelihood（おそれ）of contamination and swelling of the film between alternating depositions is lessened（減じる；＊低減、減少）."

US20080308579(特表2009-509878)
" In a particularly advantageous embodiment, the closure portion of a delivery- and closure element has at its end surface a recess that is enclosed by a rim which functions as a drop-releasing edge（液切り部）."

"The conveying tool also makes it possible to dispense strongly coagulating powders such as powders containing charged particles, or to dispense pastes, in that the conveying tool loosens these substances, moves them to the outlet orifice, and wipes them off（拭い落とす）the rim of the outlet orifice."

US20160311726(特表2017-502194）
"Once the slurry has been applied to the component, and while the slurry is still wet, it may be leveled（平らにする）to remove excess slurry material. Leveling（レベリング）may be carried out using conventional techniques such as, but not limited to, spinning, rotating, slinging the component, dripping（液切り）with or without applied vibration, or using a doctor blade, to remove excess slurry material."

US8403582(特表2013-533030)
"After sixty seconds, plus or minus one second, the gauze and test piece (or stack) are removed from the test liquid and hung freely to drain（液を切る）for one hundred and twenty seconds, plus or minus three seconds. The sample is oriented so that the clip is at the top horizontal edge of the sample during the draining step. After draining（液切り）, the test piece (or stack) is separated from the gauze without squeezing fluid from the test piece or stack."