Card Insertion Type Membrane Electrolysis Device

Abstract

A kind of a card insertion type membrane electrolysis device comprising an enclosed and hollow main body, an anode plate in the main body, at least one membrane plate installed in main body, and at least one cathode plate in the main body; the main body includes a tank with opening at the top and a removable top cover for covering the tank; inner wall of the tank has multiple insertion slots, wherein the anode plate is a removable card inserting into one of the insertion slot and between the cathode plate and the membrane plate at least one cathode chamber is formed; through the insertion card design for the anode plate and the membrane plate, the plates can be pulled out for inspection of wear off condition and maintenance, and the unnecessary replacement and wastage can be avoided.

Description

FIELD OF THE INVENTION[0001]The present invention is regarding a kind of oxide generation device, particularly a kind of card insertion type membrane electrolysis device wherein its anode plate and membrane is of insertion type and can be pulled out any time for inspection.BACKGROUND OF THE INVENTION[0002]The ordinary membrane electrolysis device in general has an anode plate, a cathode plate and at least one membrane. The membrane only allows water and ions to pass through in order to separate the anode and cathode plates of the electrolysis device, forming semi-separation anode chamber and cathode chamber. The membrane electrolysis device is used in the high voltage, low PH value electrolytic salt water for the generation of strong oxide such as chlorine dioxide (ClO2), chlorine gas (Cl2), and ozone (O3), etc. Using such oxide compound in processing material, the function of sterilization, deodorization, and disinfections can be achieved. Also, many kinds of free radicals with ver...

AI Technical Summary

Benefits of technology

[0005]Hence it is easy to inspect and replace the anode plate and membrane, saving large amount of manpower and time.

[0022]1. The present invention is to adopt insertion card design for the anode plate and membrane plate portion, therefore can be pulled out for inspection of wear off condition and maintenance in order to avoid unnecessary replacement and waste and reduce the possibility of damaging equipment and reducing loss of repairing cost. Replacing anode plate and membrane plate only requires several minutes and could save large amount of manpower and time.

[0023]2. As the present invention adopts card insertion design, the amount of production of oxide can be determined through the installation of insertion of membrane plates. Therefore, it is possible to install membrane plates depending on the actual needs, achieving the effect of saving energy and reducing cost.

[0024]3. The present invention is installed with a cooling chamber in order to control system at constant temperature and also using salt water chamber and electrolysis device main body as overall design, therefore it is possible to reduce the size of the equipment and make the equipment lighter. Also, the ratio between water and salt water is utilized to generate auto circulation and improve anode plate into intermediate power supplying titanium pipe wrapped with copper bar in order to achieve the full discharging effect of the titanium plate. The present invention therefore could increase the gas generation rate and stability. In addition, the cathode portion also is designed with anti-rinsing membrane dilution inlet that could reduce the automatic anti-rinsing through monitoring reduction of over current rate.

Problems solved by technology

Hence it is easy to inspect and replace the anode plate and membrane, saving large amount of manpower and time.

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