Electrolysis device for preparation of hypochlorous water

Abstract

An electrolysis device for preparation of hypochlorous water is provided, comprising a cathodic electrolytic sheet, an anodic electrolytic sheet, an insulating sheet, two electric conductors, an electrolytic cell and an electric controller. The electrolysis device utilizes tap water and salt as raw materials to generate hypochlorous water. This electrolysis device has space saving structure, and can improve productivity of hypochlorous water. Hypochlorous water produced by this electrolysis device has the function of sterilization.

What is claimed is: 
     
         1 . An electrolysis device for preparation of hypochlorous water comprising:
 a cathodic electrolytic sheet including at least one cathodic slot, an anodic giving-way hole, a cathodic contact hole, a cathodic alignment slot, an cathodic top surface and a cathodic bottom surface;   an anodic electrolytic sheet including at least on anodic slot, an anodic contact hole, a cathodic giving-way hole, an anodic alignment slot, an anodic top surface and an anodic bottom surface;   an insulating sheet including at least one electrolysis slot, a first giving-way hole, a second giving-way hole, an insulating alignment slot, an insulating top surface and an insulating bottom surface;   two electric conductors each including an electrolytic sheet contact surface and an electric conduction rod;   an electrolytic cell containing hypochlorous water; and   an electric controller affixed in the electrolytic cell,   
       wherein the cathodic electrolytic sheet, anodic electrolytic sheet and the insulating sheet are concentrically positioned, the cathodic alignment slot, the anodic alignment slot and the insulating alignment slot are aligned together, one electric conductor is inserted into anodic contact hole and the other electric conductor is inserted into the cathodic contact hole, the cathodic bottom surface contacts the insulating top surface, the insulating bottom surface contacts the anodic top surface, the anodic giving-way hole, the first giving-way hole and the anodic contact hole are concentrically positioned, the diameter of anodic giving-way hole is larger than the diameter of the anodic contact hole, the diameter of the first giving-way hole is larger than the diameter of the anodic contact hole, the diameter of the anodic contact hole is larger than the diameter of the electric conduction rod, the cathodic contact hole, the second giving-way hole and the cathodic giving-way hole are concentrically positioned, the diameter of the cathodic giving-way hole is larger than the diameter of the cathodic contact hole, the diameter of the second giving-way hole is larger than the diameter of the cathodic contact hole, the diameter of the cathodic contact hole is larger than the diameter the electric conduction rod, the electrolytic sheet contact surface of one electric conductor contacts the anodic bottom surface, the electrolytic sheet contact surface of another electric conductor contacts the cathodic bottom surface, the electric controller supplies negative voltage to the cathodic electrolytic sheet via one of the electric conductors and supplies a positive voltage to an anodic electrolytic sheet via another electric conductors, the direction of the cathodic slot is at an angle to the direction of the anodic slot. 
     
     
         2 . The electrolysis device according to  claim 1 , wherein the direction of the cathodic slot is perpendicular to the direction of the anodic slot. 
     
     
         3 . The electrolysis device according to  claim 1 , wherein the cathodic electrolytic sheet, the anodic electrolytic sheet, and insulating sheet and two electric conductors are immersed in the hypochlorous water.