阅读说明：本技术 电解液体装置中电解电极模块的简便安装与拆卸方法 (Simple and convenient mounting and dismounting method of electrolysis electrode module in electrolysis liquid device ) 是由 罗民雄 于 2019-01-14 设计创作，主要内容包括：电解液体装置中电解电极模块的简便安装与拆卸方法,其特征为：基本方法是将电解液体装置中的电解电极组件制作成易于从电解液体装置例如电解水杯或壶等装置开口处直接方便拆卸出来,进行更换或检测或清洗；本发明结构包括：电解电极组件,组件中包括正电极、负电极及其引出端,有方便开口的电解液体容器,安装在电解水容器底板上的正电极或负电极底板连接部件,电解电源可以通过正电极或负电极底板连接部件在容器底板下端面的伸出部分给电解电极提供电解电流；电解电极组件与底板连接部件有三种连接方式。(The simple assembling and disassembling method of the electrolytic electrode module in the electrolytic liquid device is characterized in that: the basic method is that the electrolytic electrode assembly in the electrolytic liquid device is manufactured to be easily and conveniently detached from the opening of the electrolytic liquid device, such as an electrolytic water cup or a kettle, and the like, so as to be replaced or detected or cleaned; the structure of the invention comprises: an electrolytic electrode assembly including a positive electrode, a negative electrode and lead-out terminals thereof, an electrolytic liquid container having an easy-to-open opening, a positive electrode or negative electrode bottom plate connecting member mounted on a bottom plate of the electrolytic liquid container, an electrolytic power supply for supplying an electrolytic current to the electrolytic electrode through a projecting portion of the positive electrode or negative electrode bottom plate connecting member at a lower end surface of the container bottom plate; there are three connection methods of the electrode assembly and the bottom plate connection member.)

1. The simple assembling and disassembling method of the electrolytic electrode module in the electrolytic liquid device is characterized in that: the basic method is that the electrolytic electrode assembly in the electrolytic liquid device is manufactured to be easily and conveniently detached from the opening of the electrolytic liquid device, such as an electrolytic water cup or a kettle, and the like, so as to be replaced or detected or cleaned; the structure of the invention comprises: an electrolytic electrode assembly, the assembly includes positive electrode, negative electrode and leading-out terminal, there is electrolytic liquid container which facilitates the opening, install the positive electrode or negative electrode bottom plate interconnecting piece on the bottom plate of the electrolytic water container, the bottom plate interconnecting piece is the conductive part, the bottom plate interconnecting piece is through the upper and lower two terminal surfaces of bottom plate of the container, the bottom plate interconnecting piece is jointed with bottom plate closely, the liquid in the container will not leak to the bottom plate lower terminal surface from the bottom plate electrode interconnecting piece and bottom plate junction, the positive electrode or negative electrode bottom plate interconnecting piece has electrode fixing screw hole in the end of the container bottom plate upper terminal surface, the electrolytic power can provide the electrolytic current for the electrolytic electrode through the positive electrode or negative; one of the connection methods of the electrode assembly and the base plate connection member: the length of the positive electrode lead-out end or the negative electrode lead-out end of the electrolysis electrode assembly is proper, so that the positive electrode lead-out end or the negative electrode lead-out end of the electrolysis electrode assembly can be respectively fixed on the screw holes of the connecting part of the base plate of the positive electrode or the negative electrode by screws, when the electrolysis electrode assembly needs to be replaced or detected, the electrolysis electrode assembly can be conveniently taken out from the opening of the container by loosening the two fixing screws; the second connection mode of the electrolysis electrode assembly and the bottom plate connecting part is as follows: one of the leading-out ends of the positive electrode or the negative electrode of the electrolysis electrode assembly, such as the leading-out end of the positive electrode, is made into a positive screw rod, the positive screw rod is fixed on the electrolysis electrode assembly and extends out of the bottom of the assembly, and the positive screw rod can be screwed into the screw hole of the positive electrode bottom plate fixing part; when the electrode assembly is installed, the positive screw fixedly connected with the electrode assembly is screwed into the screw hole of the positive base plate fixing part and screwed, and then the two leading-out ends, such as the negative leading-out end, are fixed on the negative base plate fixing part by screws, so that the electrolysis electrode assembly is firmly fastened on the container base plate through the positive screw rod and the negative leading-out end; when the electrolytic electrode assembly needs to be replaced or detected, the electrolytic electrode assembly can be conveniently taken out from the opening of the container by loosening the fixing screw of the negative electrode leading-out end and screwing out the positive electrode screw rod and the electrode assembly; under the two connection modes of the electrolysis electrode assembly and the bottom plate connecting part, when the container bottom plate is made of conductive metal, the negative electrode leading-out end of the electrolysis electrode assembly is made of a conductive elastic metal sheet, one end of the negative electrode elastic metal sheet is fixedly connected with the negative electrode of the electrode module, and after the positive screw is screwed into the positive bottom plate connecting part, the other end of the negative electrode elastic metal sheet can be in close contact with the container metal bottom plate, so that the positive electrode or the negative electrode of an electrolysis power supply can be respectively connected with the container metal bottom plate through the positive bottom plate connecting part to provide electrolysis current for the electrolysis electrode assembly.

Technical Field

The invention relates to a simple and convenient mounting and dismounting method of an electrolysis electrode module in an electrolytic liquid device, belonging to the technical field of electrolytic liquid (including electrolytic water).

Background

The technology of liquid electrolysis has been used for hundreds of years, and particularly the technology of water electrolysis is widely applied. In recent years, a membraneless water electrolysis technology is invented, and the structures of electrolyzed water and an electrolyzed liquid electrode are diversified. The inventor finds that: at present, the hydrogen water is anti-oxidant to keep in good health and treat the hot tide as well as the fire, the electrolysis preparation hydrogen water utensil is popularized in a large number such as electrolysis drinking cup, and hydrogen kettle, hydrogen water machine begin completely the horn, these utensils do not possess function and structure that conveniently dismantle electrolysis electrode subassembly, some products use half a year or 1 year because incrustation scale or various factor influence, the performance probably is showing and is descending, because dismantle easy-to-wear electrode subassembly and relate to the complete machine and dismantle, it is very big with the renewal degree of difficulty, the cost is very high, product price/performance ratio and practicality have greatly been reduced, cause the disability period short, influence low carbon environmental protection. The invention can solve the technical problem at one stroke, has important significance for promoting the updating and upgrading of products, and is very beneficial to promoting the standardized large-scale production of the electrolytic electrode core.

Disclosure of Invention

The main invention content is as follows: the invention relates to a simple and convenient mounting and dismounting method of an electrolysis electrode module in an electrolysis liquid device, which is characterized in that: the basic method is that the electrolytic electrode assembly in the electrolytic liquid device is manufactured to be easily and conveniently detached from the opening of the electrolytic liquid device, such as an electrolytic water cup or a kettle, and the like, so as to be replaced or detected or cleaned; the structure of the invention comprises: an electrolytic electrode assembly, the assembly includes positive electrode, negative electrode and leading-out terminal, there is electrolytic liquid container which facilitates the opening, install the positive electrode or negative electrode bottom plate interconnecting piece on the bottom plate of the electrolytic water container, the bottom plate interconnecting piece is the conductive part, the bottom plate interconnecting piece is through the upper and lower two terminal surfaces of bottom plate of the container, the bottom plate interconnecting piece is jointed with bottom plate closely, the liquid in the container will not leak to the bottom plate lower terminal surface from the bottom plate electrode interconnecting piece and bottom plate junction, the positive electrode or negative electrode bottom plate interconnecting piece has electrode fixing screw hole in the end of the container bottom plate upper terminal surface, the electrolytic power can provide the electrolytic current for the electrolytic electrode through the positive electrode or negative; one of the connection methods of the electrode assembly and the base plate connection member: the length of the positive electrode lead-out end or the negative electrode lead-out end of the electrolysis electrode assembly is proper, so that the positive electrode lead-out end or the negative electrode lead-out end of the electrolysis electrode assembly can be respectively fixed on the screw holes of the connecting part of the base plate of the positive electrode or the negative electrode by screws, when the electrolysis electrode assembly needs to be replaced or detected, the electrolysis electrode assembly can be conveniently taken out from the opening of the container by loosening the two fixing screws; the second connection mode of the electrolysis electrode assembly and the bottom plate connecting part is as follows: one of the leading-out ends of the positive electrode or the negative electrode of the electrolysis electrode assembly, such as the leading-out end of the positive electrode, is made into a positive screw rod, the positive screw rod is fixed on the electrolysis electrode assembly and extends out of the bottom of the assembly, and the positive screw rod can be screwed into the screw hole of the positive electrode bottom plate fixing part; when the electrode assembly is installed, the positive screw fixedly connected with the electrode assembly is screwed into the screw hole of the positive base plate fixing part and screwed, and then the two leading-out ends, such as the negative leading-out end, are fixed on the negative base plate fixing part by screws, so that the electrolysis electrode assembly is firmly fastened on the container base plate through the positive screw rod and the negative leading-out end; when the electrolytic electrode assembly needs to be replaced or detected, the fixing screw of the negative electrode leading-out end is loosened, the positive electrode screw rod and the electrode assembly are screwed out, and the electrolytic electrode assembly can be conveniently taken out from the opening of the container.

Drawings

The invention is further elucidated below by means of the accompanying drawings.

FIG. 1 is a schematic view showing a method for easily assembling and disassembling an electrolytic electrode module in an electrolytic liquid device in example 1 of the present invention

FIG. 2 is a schematic view showing a method of easily assembling and disassembling an electrolytic electrode module in an electrolytic liquid device according to example 2 of the present invention

FIG. 3 is a schematic view showing a method for easily assembling and disassembling an electrolytic electrode module in an electrolytic liquid device according to example 3 of the present invention

Detailed Description

The basic method and the basic working principle of the embodiment are explained in the following with reference to the attached figure 1 of the embodiment 1.