JP3235847U - Water electrolysis ozone water generator - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a water electrolytic ozone water generator capable of being used in any container, electrolyzing tap water to generate ozone water, and cleaning and disinfecting an object.
A water electrolysis ozone water generator includes a water electrolyzer 1, a power supply drive device with a timer connected to the water electrolyzer, and a storage device 3 for accommodating the water electrolyzer. The water electrolyzer is a module composed of composite positive and negative electrodes, and the power supply drive device with a timer is a device composed of a dedicated power supply and a timer module and connected by a conducting wire 4. The water electrolyzer storage box 3 has a detachable structure that can be separated and combined with a power supply drive device with a timer. The water electrolyte can be freely placed in any water container, quickly electrolyzing tap water in the container to generate ozone water, vegetables, fruits, seafood and packing package surface, meat and packing package surface. Cleans and sterilizes bacteria and viruses on the surface of dishes and cookware, textiles, toys and skin.
[Selection diagram] Fig. 1

Description

This utility model relates to the field of ozone water, especially to devices that electrolyze water to generate ozone water.

Most of the features of the existing washing equipment for vegetables and fruits are that the container and the generation mechanism are fixed integrally. Due to its large volume and heavy weight, and its limited water capacity, the amount that can be washed is also limited. And the price is high.

From the viewpoint of user convenience, it is inconvenient to move during use, the size of the container is limited, and only a limited number of items can be washed.

Once these traditional fruit and vegetable cleaning equipment fails, the entire machine can be sent for repair or scrapped, resulting in high losses.

The inventor of this practical proposal aims to solve the above technical problems by electrolyzing tap water to generate ozone water, which can be freely used in any container without being restricted to the container. Provided is a water electrolyzed ozone water generator capable of cleaning and disinfecting.

In order to solve the above technical problems, the method of implementing the utility model provides a water electrolyzed ozone water generator. The relevant device includes a water electrolyzer, a power supply drive device with a timer, and a storage device for accommodating the water electrolyzer, which is connected to the above-mentioned water electrolyzer by a conduction wire connection.

In the water electrolysis ozone water generator provided by this practical proposal, the water electrolyzer is composed of a module consisting of a composite of an anode and a cathode, and a mesh-shaped protective cover is provided on the outside of the module.

The water electrolyzed ozone water generator provided by this practical proposal is an integrated device in which a water electrolyzer and a power supply drive device with a timer are connected by a conductive wire.

In the water electrolyzed ozone water generator provided by this utility model, the conducting wire is covered with a material conforming to the Food Sanitation Law. One end of the conducting wire connecting the water electrolyzer and the power supply drive device with a timer is connected and fixed to the power supply drive device with a timer, and the other end is connected and fixed to the water electrolyzer.

In the water electrolysis ozone water generator provided by this practical proposal, the storage device for accommodating the water electrolyzer is a box type.

In the water electrolyzed ozone water generator provided by this practical proposal, the side surface of the box-shaped main body of the storage device has a mesh-like structure.

In the water electrolyzed ozone water generator provided by the present practical proposal, an assembly mechanism is provided between the storage device and the power supply drive device with a timer so that the storage device and the power supply drive device with a timer can be attached and detached.

In the water electrolyzed ozone water generator provided by this utility model, the above-mentioned assembly mechanism has a hook structure. For example, a hook is provided in the water electrolyte storage device, and by inserting the hook into the docking slot of the power supply drive device casing with a timer, it is integrated with the power supply drive device with a timer, and the water electrolyte can be placed. Is also convenient. At the time of use, remove the water electrolyzer from the storage box and put it in the cleaning container. After use, wrap the conductive wire around the water electrolyzer and return it to the storage box. The removable structure is convenient for cleaning water and dirt that collects in the storage box on a daily basis.

In the water electrolysis ozone water generator provided by this practical proposal, the positive and negative electrodes of the above-mentioned water electrolyzer are arranged alternately.

In the water electrolyzed ozone water generator provided by this practical proposal, an operation module and a display module are provided in a power supply drive device with a timer. An LCD is adopted as the display module, and a mechanical switch or a touch switch can be adopted as the operation module. The power supply drive device with a timer is composed of a power supply drive module and a time adjustment module. The power supply drive module senses the water quality, automatically adjusts the operating state, adjusts the electrolytic concentration within a reasonable energy saving range according to the optimum operating state, and controls the output so that it does not become overloaded. The power supply drive device with a timer described above is composed of a power supply drive module and a time adjustment module. The time adjustment module described above is provided with 10min and 20min timer keys, + and-adjustment keys, and an ON / OFF switch. Depending on the size and amount of the wash, you can select the appropriate time of 10 minutes and 20 minutes, and then touch the + and-adjustment keys to increase or decrease the time. If you touch the ON key after completing the time setting, the countdown will automatically end. You can stop by touching the OFF key at any time on the way. Here, in order to make the operation more convenient, the "ON" key and the "OFF" key are combined into one key, "ON / OFF".

This utility model has the following beneficial effects. That is, the water electrolyte can be freely placed in any water container, and tap water in the container is quickly electrolyzed to generate ozone water, thereby producing vegetables, fruits, seafood and package surfaces, meat ingredients and packages. Cleans surfaces, tableware and utensils, textiles, toys, skin surfaces, etc. to kill bacteria and viruses.

It is a schematic diagram of the structure of a water electrolysis ozone water generator. It is a three-dimensional view of a water electrolyzer. It is a three-dimensional view of a water electrolyzer mesh-shaped protective cover. It is a storage device three-dimensional drawing. It is a three-dimensional diagram of a power supply drive device with a timer.

In order to make it easier to understand the technical means, characteristics, purposes and effects of the utility model, the utility model will be further described together with the following specific examples.

The method of implementing the utility model provides a water electrolyzed ozone water generator. See FIG. This device includes a water electrolyzer 1, a conductive wire 4 for connecting the above-mentioned water electrolyzer 1 and a power supply drive device 2 with a timer, and a storage device 3 for accommodating the water electrolyzer.

See FIG. In the water electrolyzer 1 of this embodiment, a composite positive / negative electrode 10 is configured as a module. A mesh-shaped protective cover 11 is provided on the outside of the module. The positive and negative electrodes of the water electrolyzer are arranged alternately, and the electrodes adopt a plate-like structure. As an arrangement method, the electrodes are of a 5-layer type, and there are 3 cathodes and 2 anodes in a mesh-shaped protective cover. The order of arrangement is cathode, anode, cathode, anode, and cathode. The cathode and anode of this electrolyte are provided with- and + terminals, respectively, and are connected to the-and + terminals inside the power supply drive device with a timer by the conducting wire 4.

From FIG. 3, it can be seen that the mesh-shaped protective cover adopts a substantially rectangular parallelepiped structure, and the module composed of the composite positive and negative electrodes 10 is housed in the internal space of the rectangular parallelepiped structure. It has a rectangular structure, a cover made of corrosion-resistant material, and a structure in which multiple long strips of hollows are provided in the cover, so water easily enters the mesh-like cover and is generated by electrolysis. Ozone water can be easily released, and it cleans vegetables, fruits, fish and shellfish and packaging surfaces, meat ingredients and packaging surfaces, tableware and cooking utensils, textiles, toys, skin surfaces, etc., and kills bacteria and viruses. It should be said here that this mesh-shaped protective cover also has an effect of protecting the electrode and has a function of preventing interference or damage of operation due to foreign matter being mixed into the inside of the electrode during the cleaning process.

As shown in FIG. 4, the water electrolysis ozone water generator of the present practical novel also has a storage device 3 for accommodating the water electrolyzer. The storage device is box-shaped and can also be referred to as a storage box. The upper part of the bookcase type storage device is an opening, and the opposite side surfaces have a mesh structure. This storage device can be made durable, beautiful, and inexpensive by injection molding integrally.

As one improvement, an assembly mechanism convenient for attachment / detachment is provided between the storage device 3 and the power supply drive device 2 with a timer. The assembly mechanism has a hook structure, and the above-mentioned water electrolyzer storage box is provided with a hook 30. When the hook 30 is inserted into the docking slot 20 of the housing of the power supply drive device with a timer, it is integrated with the power supply drive device with a timer, and the water electrolyzer can be conveniently stored. 4 and 5 show an L-shaped hook 30 and a docking slot 20 in the housing of a power supply drive with a timer. At the time of use, remove the water electrolyzer from the storage box and put it in the cleaning container. After use, wrap the conductive wire around the water electrolyzer and return it to the storage box. The removable removable design is convenient for cleaning water and dirt that collects in the storage box on a daily basis.

In this embodiment, the above-mentioned water electrolyzer and the power supply drive device with a timer are connected by a conducting wire 4 to form an integrated device. The length of the conducting wire may be N meters such as 1.5 m and 2 m. In consideration of use cases, the conducting wire is coated with a material conforming to the Food Sanitation Law, and one end of the conducting wire connecting the water electrolyzer and the power supply drive device with a timer is connected and fixed to the power supply drive device with a timer. The other end is connected and fixed to the water electrolyzer.

Continue to refer to FIG. In the water electrolyzed ozone water generator provided by the present practical novel, the above-mentioned power supply drive device 2 with a timer is provided with an operation module and a display module. The display module adopts LCD21. The operation module may be the mechanical operation key 22 shown in FIG. 1 or a touch switch. The mechanical operation key 22 here includes one "+" timer adjustment key, one "-" timer adjustment key, an "ON / OFF" confirmation key, a "10min" timer key, and a "20min" timer key. Arrange the "+" timer adjustment key, "-" timer adjustment key, and "ON / OFF" confirmation key in order from left to right, with the "10min" timer key and "20min" timer key at the bottom, from the left. Arrange in order to the right. The power supply drive device 2 with a timer is composed of a power supply drive module and a timer module. The power supply drive module senses the water quality, automatically adjusts the operating state, adjusts the electrolytic concentration within a reasonable energy saving range according to the optimum operating state, and controls the output so that it does not become overloaded. The power supply drive device 2 with a timer described above is composed of a power supply drive module and a time adjustment module. The time adjustment module described above is provided with a 10-minute and 20-minute timer, + and-adjustment keys, and an ON / OFF switch. Depending on the size and amount of the item to be washed, the time can be appropriately selected from 10 minutes and 20 minutes, and the time can be increased or decreased by touching the + and-operation keys. If you touch the ON key after completing the time setting, the countdown will automatically end. You can stop by touching the OFF key at any time on the way. Here, in order to make the operation easier, the "ON" key and the "OFF" key are combined into one "ON / OFF" key.

It should be noted here that the power supply drive with timer 2 is a well-known prior art and will not be described in detail herein.

Even general engineers in this area can understand that the above implementation method is a specific example for realizing this utility model, and make various changes in form or detail during actual application. It is possible, but it does not deviate from the claims and scope of this utility model.

1 Water electrolyzer 2 Power supply drive device with timer 3 Storage device 4 Conductor wire 10 Composite positive / negative electrode 11 Protective cover 20 Docking slot 21 LCD
22 Mechanical operation key 30 L-shaped hook

Claims (10)

With a water electrolyzer
Power supply drive with timer and
A conducting wire connecting the water electrolyzer and the power supply drive device with a timer,
Equipped with a storage device for storing the water electrolyzer,
Water electrolysis ozone water generator. The water electrolyzer is a module composed of composite positive and negative electrodes, and a mesh-shaped protective cover is provided on the outside of the module.
The water electrolyzed ozone water generator according to claim 1. The water electrolyzer and the power supply drive device with a timer are connected by a conducting wire to form an integrated device.
The water electrolyzed ozone water generator according to claim 1. The conductive wire is covered with a material conforming to the Food Sanitation Law.
The water electrolyzed ozone water generator according to claim 3. The storage device capable of storing the water electrolyzer is characterized in that it is box-shaped.
The water electrolyzed ozone water generator according to claim 1. The box-shaped side surface of the storage device has a mesh-like structure.
The water electrolyzed ozone water generator according to claim 5. It is characterized in that a detachable mechanism is provided between the storage device and the power supply drive device with a timer so that the storage device and the power supply drive device with a timer can be attached and detached.
The water electrolyzed ozone water generator according to claim 1 or 5. The attachment / detachment mechanism is characterized by having a hook type structure.
The water electrolyzed ozone water generator according to claim 7. The water electrolyzer is characterized in that the anode electrodes and the cathode electrodes are alternately arranged.
The water electrolyzed ozone water generator according to claim 1 or 2. The power supply drive device with a timer is characterized by including a control module and a display module.
The water electrolyzed ozone water generator according to claim 1.

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