JP2001205268A5

JP2001205268A5 -

Info

Publication number: JP2001205268A5
Application number: JP2000052474A
Authority: JP
Filing date: 2000-01-25
Publication date: 2004-12-02

Description

【００１０】
【課題を解決するための手段】
本発明は、上記目的を達成するために、下部給水管路に分岐する水抜き管路を有し且つ水抜き管路に感圧弁を有し、上部吐水流路に吐水バルブを有し、該吐水バルブを閉塞することにより密閉構造となる連続通水式電解槽と、該電解槽への通水を検出してオン・オフ作動をするスイッチ手段と、該スイッチのオン・オフ信号に応答して、一方の信号で前記電解槽の電極に電解水生成の所定極性の直流電流を印加し、該スイッチの他方の信号で前記直流電圧の極性を反転して逆電解のための直流電流を印加すると共に、逆電解停止の信号により、逆電洗浄の給電を停止させる電解制御機構と、少なくとも電解槽の電極に反転極性の直流電流が印加されている間は吐水バルブを閉塞し、逆電解の反転極性の電圧印加を停止した後に吐水バルブを開くことにより電解槽に水が充分滞留されている状態で逆電解が行い、逆電洗浄終了後の滞留排水が上記水抜き管路から排出するようにしたことを特徴とする。[0010]
[Means for Solving the Problems]
In order to achieve the above object, the present invention has a water draining pipe branched to the lower water supply pipe, has a pressure sensitive valve in the water draining pipe, and has a water discharge valve in the upper water discharge flow path, A continuous water flow type electrolytic cell having a sealed structure by closing a water discharge valve, switch means for detecting water flow to the electrolytic cell and performing on / off operation, and responding to an on / off signal of the switch Apply a direct current for generating electrolytic water of a predetermined polarity to the electrode of the electrolytic cell with one signal, reverse the polarity of the direct current voltage with the other signal of the switch, and apply a direct current for reverse electrolysis At the same time, the electrolytic control mechanism to stop the feeding of the reverse current cleaning by the signal of reverse electrolysis stop, block the water discharge valve at least while the direct current of reverse polarity is applied to the electrode of the electrolytic cell, and reverse electrolysis Open the water discharge valve after stopping the reverse polarity voltage application Water electrolyzer performs the reverse electrolysis in a state of being sufficiently retained, retention drainage after reverse current cleaning end is characterized in that so as to discharge from the water discharge duct by.

Claims

An electrolyzed water generator which electrolyzes water supplied from the lower part of the closed electrolytic cell into cathode water and anodic water and continuously discharges water from the upper part of the electrolytic cell and drains reverse electrolytic water of the electrolytic cell from the lower part of the electrolytic cell of the reverse current cleaning method, after stopping the water supply to the electrolytic cell, a continuous reverse current of the electrolytic water generator which is characterized in that the reverse electrolysis while staying water electrolyzer closes the water discharge valve How to wash

It has a water draining pipe branched to the lower water supply pipe, has a pressure sensing valve in the water draining pipe, has a water discharge valve in the upper water discharge flow path, and closes the water discharge valve to form a continuous structure. A water flow type electrolytic cell, a switch means for detecting water flow to the electrolytic cell to turn on / off, and an electrode of the electrolytic cell with one signal in response to an on / off signal of the switch While applying a direct current of a predetermined polarity for generation of electrolyzed water, the polarity of the direct current voltage is reversed by the other signal of the switch to perform reverse electrolysis, and the feed of reverse current cleaning is stopped by the reverse electrolysis stop signal. Water is supplied to the electrolytic cell by closing the water discharge valve at least while the direct current of the reverse polarity is applied to the electrode of the electrolytic cell and at the same time stopping the voltage application of the reverse polarity of reverse electrolysis. There performs inverse electrostatic cleaning in a state of staying, Continuous electrolytic water generator residence drainage after the completion of electrolysis is characterized in that so as to discharge from the water discharge duct.