KR970042295A - Water treatment device that treats the target water to produce treated water containing effective chlorine - Google Patents

Abstract

In order to treat the object water (object water) with treated water containing effective chlorine at the desired concentration, the water supply device measures various variable parameters of the object water or water supply device and generates a measurement signal. The variable parameters can be the chlorine ion concentration, the preselected water supply, and the temperature of the subject water. Based on the measurement signal and the desired concentration, the energy determination device determines the electrolytic energy. The wastewater electrolyzer electrolyzes the target water according to the electrolytic energy to generate treated water.

Description

Water treatment device that treats the target water to produce treated water containing effective chlorine

Since this is an open matter, no full text was included.

2 is a circuit diagram of a water supply apparatus according to a first embodiment of the present invention.

Claims (19)

A water treatment apparatus for treating a target water containing chlorine ions to produce treated water containing an effective chlorine of a desired concentration, wherein at least one of the apparatus and the target water has various variable parameters, the variable Parameter measuring means for measuring at least one of the variable parameters to generate a measurement signal representative of the parameter; Energy determining means connected to said parameter measuring means for determining electrolytic energy based on said measuring signal and said desired concentration; And electrolysis means receiving the object water and connected to the energy determining means to generate treated water for electrolyzing the object water in accordance with the electrolysis energy. The water treatment apparatus according to claim 1, wherein the chlorine ion has a predetermined chlorine ion concentration, and the parameter measuring means measures the chlorine ion concentration with one of the variable parameters to generate the measurement signal. The water treatment apparatus according to claim 1, wherein said parameter measuring means measures the preliminary selective water supply of said object water as one of said variable parameters to generate said measurement signal. The water treatment apparatus according to claim 1, wherein said parameter measuring means measures the temperature of said object water as one of said variable parameters to generate said measurement signal. The water treatment apparatus according to claim 1, wherein said parameter measuring means measures the conditions of said electrolytic means as one of said variable parameters to generate said measurement signal. A water treatment apparatus for treating treated water containing chlorine ions to produce treated water containing an effective chlorine of a desired concentration, comprising: an inlet for injecting the target water, an outlet for discharging the treated water, and an inlet and an outlet A closed electrolyzer having an inner passage formed between the portions and a pair of opposing electrodes disposed opposite to each other in the inner passage; Water supply means connected to said closed electrolyzer to respond to a supply command to supply object water to said inlet; Energy determination means for determining electrolysis energy based on the desired concentration and chlorine ion concentration; And an energy supply means connected to the closed electrolyzer and the energy determining means and responsive to a supply command to supply the electrolytic energy to the counter electrode such that the object water is electrolyzed in the inner passage. Water treatment device. 7. The water treatment apparatus according to claim 6, further comprising concentration determination means connected to said energy determination means to determine said desired concentration. 8. The method according to any one of claims 6 and 7, which is connected to said water supply means and said energy supply means, and from said start of supply of said electrolytic energy to said counter electrode to said inlet portion of said object water for a first delay time. And a water supply delay means for delaying the start of water supply. The supply of electrolytic energy to said counter electrode according to any one of claims 6 to 8, connected to said water supply means and said energy supply means, by a second delay time from said object water supply stop to said inlet portion. And a electrolytic delay means for delaying the stop. 10. The method according to any one of claims 6 to 9, wherein the electrolysis generates alkaline water and acidic water in the large constant, and the device is connected to the closed electrolyzer and through the outlet to the outside of the closed electrolyzer. First inducing means for inducing the alkaline number; Second inducing means connected to said closed electrolyzer to direct said acidic water out of said closed electrolyzer through said outlet; And a mixing means connected to the first and second inducing means, for mixing the alkaline water with the acidic water to produce the treated water. A water treatment apparatus for treating a target water containing chlorine ions to produce treated water containing an effective chlorine of a desired concentration, wherein the inlet for injecting the target water, the outlet for discharging the treated water, the inlet and the outlet A closed electrolyzer having an inner passage formed between the portions and a pair of opposing electrodes disposed opposite to each other in the inner passage; Water supply means connected to the closed electrolyzer to supply object water to the inlet; Energy supply means connected to the closed electrolyzer to supply the electrolytic energy to the counter electrode in response to the supply of the object water to the inlet such that the object water is electrolyzed in the inner passage; Water supply control means connected to the water supply means for controlling the supply of the target water to the inlet so that a preselected water supply amount is obtained at a preselected water supply time; And electrolytic control means connected to the energy supply means and the water supply control means to control the electrolytic energy based on the preliminary water supply amount and the preliminary water supply time. 12. The water treatment apparatus according to claim 11, further comprising condition setting means connected to said water supply control means for setting conditions relating to said preselected water supply time and said preselected water supply amount. 12. The water treatment apparatus according to claim 11, further comprising water supply amount determining means connected to said water supply control means for determining said preliminary selective water supply amount corresponding to the dimensions of a container containing said treated water. A water treatment apparatus for treating treated water containing chlorine ions to generate treated water, comprising: an inlet for injecting the object water, an outlet for discharging the treated water, an internal passage formed between the inlet and the outlet; A pair of opposing electrodes disposed opposite to each other in the inner passage; Water supply means connected to the closed electrolyzer to supply the target water to the inlet; Water supply control means connected to the water supply means to control the supply of the object water to the inlet so that the object water supply is started in response to the water supply start command and stopped in response to the water supply stop command; Energy supply means connected to the closed electrolyzer to supply electrolytic energy to the counter electrode in response to the supply of the object water so that the object water is electrolyzed in the inner passage; And energy control means connected to said energy supply means to perform control related to said electrolytic energy. 15. The electrolytic energy according to claim 14, further comprising silver detection means connected to said water supply means for detecting the temperature of said target water, wherein an energy correction means is connected to said temperature detection means to reference said electrolytic energy based on the temperature of said target water. The water treatment apparatus, characterized in that for controlling the value of. The apparatus of claim 14, further comprising voltage detection means connected to the closed electrolyzer to detect a voltage between the opposite electrodes during the electrolysis, wherein the energy control means is connected to the voltage detection means to reference the electrode voltage. The water treatment apparatus characterized by controlling the supply time of the electrolytic energy. 15. The apparatus according to claim 14, further comprising temperature detecting means connected to said water supply means for detecting the temperature of said target water, wherein an energy correction means is connected to a temperature detecting means to determine the electrolytic energy based on the temperature of said target water. A water treatment apparatus characterized by controlling the supply time. 15. The apparatus of claim 14, further comprising voltage detecting means connected to said closed electrolyzer to detect electrode voltage between said opposite electrodes during said electrolysis, wherein said energy control means is connected to said voltage detecting means to reference said electrode voltage. And controlling the supply time of the electrolytic energy. 15. The water treatment apparatus according to claim 14, further comprising a stop command generation means connected to said water supply control means for generating said water supply stop command after a preselection supply time has elapsed from the start of supply of said target water.