CN214829208U - Wash integrative brineelectrolysis of disappearing and generate device - Google Patents

Abstract

The utility model relates to a prepare oxidation reduction potential water equipment technical field. The small washing and disinfecting integrated device is convenient to clean, remove greasy dirt and disinfect hand skin, can generate electrolytic alkaline water, electrolytic acid water and diversion tap water, forms three water outlet modes and can instantly switch the water outlet modes according to the requirements of users. The utility model provides a wash integrative brineelectrolysis generating device that disappears, is divided into two compartments by the ion exchange interval of using pottery as the material in the middle of the electrolysis trough of taking positive and negative electrode, and running water input pipeline and electrolyte input pipeline pass through three way connection and communicate with the input of electrolysis trough simultaneously, are equipped with level pressure relief valve, choke valve and solenoid valve on the running water input pipeline, and electrolyte input pipeline is connected with the peristaltic pump, and two compartments are equipped with the brineelectrolysis delivery port respectively, and each brineelectrolysis delivery port all shunts to two spinal branch pipes, respectively is equipped with a solenoid valve on each branch pipe.

Description

Wash integrative brineelectrolysis of disappearing and generate device

Technical Field

The utility model relates to a prepare oxidation reduction potential water equipment technical field, particularly, relate to a wash integrative electrolysis aquatic generating device that disappears.

Background

The oxidation-reduction potential water is produced by electrolyzing tap water or adding an electrolytic enhancing agent to tap water, and the water produced on the anode side of the electrode is electrolyzed oxidizing water, and the water produced on the cathode side of the electrode is electrolyzed reducing water.

The characteristics of oxidation-reduction potential water during electrolysis are as follows: an ion exchange gap exists between the cathode and the anode, which allows ions to penetrate through the ion exchange gap to generate current, and prevents molecules formed by electrolysis of the cathode and the anode from mutually permeating and fusing. The generated electrolyzed oxidizing water contains more acid radical ions and a large amount of active oxidizing free radicals, and has oxidizing property. In medicine and food technology, electrolyzed oxidized water is widely used for disinfection. The electrolytic reduction water contains more hydroxide ions and has better decontamination effect.

With the attention of people on the invasion of bacteria and viruses which harm themselves, hand cleaning and hand disinfection become daily behaviors. At present, oxidation-reduction potential water preparation equipment is used in a container or a spraying device after electrolyzed water is extracted from the equipment by manpower, and is particularly inconvenient for disinfecting hands of a human body.

SUMMERY OF THE UTILITY MODEL

The utility model aims at providing a wash integrative electrolytic water generating device that disappears, through simple structural design, form the integrative small-size device that washes and disappears that conveniently washs, degrease, disinfect hand skin, can produce electrolysis alkaline water, electrolysis acid water and water conservancy diversion running water to form three kinds of water modes and can switch out the water mode immediately according to user's requirement.

The purpose of the utility model is realized like this:

a decontamination integrated electrolyzed water forming apparatus comprising: the electrolytic cell comprises an electrolytic cell with a positive electrode and a negative electrode, an electrolytic solution tank, a plurality of pumps, valves, pipelines and a circuit control system, wherein an ion exchange interval taking ceramic as a material is arranged in the middle of the electrolytic cell so that the inside of the electrolytic cell is divided into two compartments, and the positive electrode and the negative electrode of the electrolytic cell are respectively positioned in the two compartments; the tap water inlet pipe is provided with a constant pressure reducing valve, a throttle valve and an electromagnetic valve in sequence from upstream to downstream along the water flow direction; the electrolytic solution input pipeline is connected with the electrolytic solution tank at the upstream end, the output end of the electrolytic solution tank is connected with a peristaltic pump, and the peristaltic pump is used for controlling the electrolytic solution to flow out of the electrolytic solution tank; the downstream end of the tap water input pipeline and the downstream end of the electrolyte input pipeline are simultaneously communicated with the input end of the electrolytic cell through a three-way joint, the electrolytic cell is provided with a first electrolyzed water outlet and a second electrolyzed water outlet, the first electrolyzed water outlet is arranged at one compartment, and the second electrolyzed water outlet is arranged at the other compartment; the first electrolyzed water outlet is connected to a first electrolyzed water output pipe, and the downstream of the first electrolyzed water output pipe is connected with a first output branch pipe and a second output branch pipe; the second electrolyzed water outlet is connected to a second electrolyzed water output pipe, and the downstream of the second electrolyzed water output pipe is connected with a third output branch pipe and a fourth output branch pipe; and the first output branch pipe, the second output branch pipe, the third output branch pipe and the fourth output branch pipe are respectively provided with an electromagnetic valve.

Further, the downstream end of the first output branch pipe and the downstream end of the third output branch pipe are both connected to the first water outlet end, and the downstream end of the second output branch pipe and the downstream end of the fourth output branch pipe are both connected to the second water outlet end.

The utility model provides a wash integrative brineelectrolysis of disappearing and generate device, level pressure relief valve and choke valve make up into one and can inject running water pressure and adjust the water flow component body, the electrolysis agent solution tank with the peristaltic pump constitutes electrolyte conveying system. When the device is used, tap water in a pipeline outputs constant-pressure tap water through the constant-pressure reducing valve, the output flow is limited through the throttle valve, the opening and closing of water flow are controlled by the electromagnetic valves arranged on a tap water input pipe, unsaturated sodium chloride solution is pumped out of the electrolytic agent solution tank under the suction of the peristaltic pump and is mixed with the tap water in proportion and respectively input into the two cavities of the electrolytic tank, direct-current low-voltage current is connected to two end electrodes, at the moment, electrolysis starts, positive ions and negative ions permeate through the ceramic partition plate, electrolytic reduced water is generated on one side of a cathode, electrolytic oxidized water is generated on one side of an anode, and then the flow directions of the tap water, the electrolytic oxidized water and the electrolytic reduced water are controlled through the electromagnetic valves respectively arranged on the output branch pipes.

The taking time of the three kinds of water and the taking time of each kind of water can be manually set and programmed according to the needs, so as to achieve the optimal scheme of hand disinfection. The oxidation-reduction potential ORP and the PH value of the electrolyzed oxidizing water and the electrolyzed reducing water can be adjusted by adjusting the flow rate of the electrolytic cell and a peristaltic pump for controlling the flow rate of the electrolyte solution, namely the smaller the flow rate of the electrolytic cell, the larger the potential value ORP of the electrolyzed oxidizing water and the smaller the PH value; the smaller the flow of the electrolytic solution, the smaller the potential value ORP of the electrolytic reduction water and the larger the pH value; and vice versa.

The utility model provides a wash integrative brineelectrolysis of disappearing and generate device, through simple structure's design, form the washing integrative small-size device that disappears that conveniently washs, degrease, disinfect hand skin, can produce electrolysis alkaline water and electrolysis acid water and water conservancy diversion running water, can carve to switch into different water modes according to user's requirement promptly: tap water cleaning, alkaline water degreasing, and acid water disinfection, and has strong practicability; the electrolytic cell ion exchange interval is made of ceramic and is in a plate shape, and the plate-type ceramic interval has the advantages of stable ion exchange, good self-cleaning property, long service life and low cost; the complete oxidation-reduction potential water preparation device is formed by taking ceramic as an ion exchange interval and assisting a pump, a valve, a pipeline and a liquid tank, has stable oxidation-reduction potential water quality, has low requirement on water quality of a water supply source, does not need softening treatment on the water supply source, has strong corrosion resistance, long service life, low use cost and is green and environment-friendly.

Drawings

Further advantages and features of the invention are illustrated by the following description of an embodiment of the invention, given by way of example and not by way of limitation, with reference to the accompanying drawings, in which:

FIG. 1 is a schematic view of the structure of the electrolytic water generating device with integrated decontamination and disinfection.

Wherein: 1. a constant pressure reducing valve; 2. a throttle valve; 3. an electrolytic solution tank; 4. a peristaltic pump; 5. an electromagnetic valve; 60. a first electrolyzed water output pipe; 61. a first output branch pipe; 610. an electromagnetic valve; 62. a second output branch pipe; 620. an electromagnetic valve; 71. A third output branch pipe; 710. an electromagnetic valve; 72. a fourth output branch pipe; 720. an electromagnetic valve; 8. an electrolytic cell; 91. a first water outlet end; 92. a second water outlet end.

Detailed Description

As shown in figure 1, the electrolytic water generating device with washing and sterilizing integration is characterized in that an ion exchange interval taking ceramic as a material is arranged in the middle of an electrolytic tank 8 with a positive electrode and a negative electrode, so that the inside of the electrolytic tank 8 is divided into a 1# compartment and a 2# compartment, and the positive electrode and the negative electrode of the electrolytic tank 8 are respectively positioned in the two compartments. The upstream end of the tap water input pipeline is connected to the water outlet end of the tap water pipeline, and a constant pressure reducing valve 1, a throttle valve 2 and an electromagnetic valve 5 are sequentially arranged from upstream to downstream along the water flow direction of the tap water input pipeline; the upstream end of the electrolyte input pipeline is connected to the electrolytic solution tank 3, and the output end of the electrolyte input pipeline is connected with a peristaltic pump 4 for controlling the electrolytic solution to flow out of the electrolytic solution tank 3. The downstream end of the tap water input pipeline and the downstream end of the electrolyte input pipeline are simultaneously communicated with the input end of the electrolytic cell 8 through a three-way joint, and the electrolytic cell 8 is provided with a first electrolyzed water outlet and a second electrolyzed water outlet which are respectively positioned at two compartments; the first electrolyzed water outlet is connected to a first electrolyzed water output pipe 60, and the downstream of the first electrolyzed water output pipe 60 is connected with a first output branch pipe 61 and a second output branch pipe 62; the second electrolyzed water outlet is connected to a second electrolyzed water output pipe 70, and the downstream of the second electrolyzed water output pipe 70 is connected with a third output branch pipe 71 and a fourth output branch pipe 72; the first output branch pipe 61, the second output branch pipe 62, the third output branch pipe 71 and the fourth output branch pipe 72 are respectively provided with a solenoid valve 610, a solenoid valve 620, a solenoid valve 710 and a solenoid valve 720. Wherein the downstream ends of the first output branch pipe 61 and the third output branch pipe 71 are connected to a first water outlet end 91, and the downstream ends of the second output branch pipe 62 and the fourth output branch pipe 72 are connected to a second water outlet end 92.

The constant pressure reducing valve 1 and the throttle valve 2 are combined into a component body capable of limiting the water pressure of tap water and regulating the water flow, the electrolyte solution tank 3 and the peristaltic pump 4 form an electrolyte conveying system, the electrolytic tank 8 inputs electrolyte containing 0.1% sodium chloride to electrolyze under the electrolysis of a low-voltage direct current anode electrode plate and a cathode electrode plate, the anode output end generates electrolytic oxidized water, the cathode output end generates electrolytic reduced water, the electromagnetic valve 5 controls the on and off of the input of the tap water, and the electromagnetic valves 610, 620, 710 and 720 control the flow directions of the tap water, the electrolytic oxidized water and the electrolytic reduced water.

When the device is used, tap water in a pipeline outputs constant-pressure tap water through the constant-pressure reducing valve 1, the output flow is limited through the throttle valve 2, the opening and closing of water flow are controlled by the electromagnetic valve 5, unsaturated sodium chloride solution is sucked by the peristaltic pump 4 in the electrolytic solution tank 3 and is mixed with the tap water in proportion, the mixture is respectively input into the No. 1 cavity and the No. 2 cavity of the electrolytic tank 8, direct low-voltage current is connected to two end electrodes, at the moment, positive ions and negative ions permeate through the ceramic partition plate, electrolytic reduced water is generated on one side of a cathode, electrolytic oxidized water is generated on one side of the anode, if the No. 1 cavity is the anode and the No. 2 cavity is the cathode, the electrolytic oxidized water is needed, the electromagnetic valve 610 is opened, the electrolytic oxidized water flows out from the first water outlet end 91, and the electrolytic reduced water flows out from the second water outlet end 92 by opening the electromagnetic valve 720. If the electrolytically reduced water is used, the solenoid valve 710 is opened, the electrolytically reduced water flows out from the first water outlet end 91, and the electrolytically oxidized water flows out from the opened solenoid valve 620 through the second water outlet end 92. If tap water is used, the tap water flows out of the electrolytic bath 8 through the opened solenoid valve 5, and then flows out of the first water outlet 91 through the opened solenoid valve 610 and the opened solenoid valve 710. The taking of the three types of water and the taking time of each type of water can be manually set and programmed according to the requirements, so that the optimal scheme of hand disinfection is achieved.

Although the present invention has been described in terms of the preferred embodiments, it is not intended that the scope of the invention be limited to the exact construction and arrangement shown and described, and it is intended that all equivalent alterations and modifications that can be devised readily by those skilled in the art based on the foregoing description be embraced by the scope of the invention.

Claims (2)

1. A decontamination integrated electrolyzed water forming apparatus comprising: the electrolytic cell with the positive electrode and the negative electrode, the electrolytic solution tank, a plurality of pumps, valves, pipelines and a circuit control system, wherein an ion exchange interval taking ceramics as a material is arranged in the middle of the electrolytic cell so that the inside of the electrolytic cell is divided into two compartments, and the positive electrode and the negative electrode of the electrolytic cell are respectively positioned in the two compartments, and the electrolytic cell is characterized by further comprising:

the tap water inlet pipe is provided with a constant pressure reducing valve, a throttle valve and an electromagnetic valve in sequence from upstream to downstream along the water flow direction;

the electrolytic solution input pipeline is connected with the electrolytic solution tank at the upstream end, the output end of the electrolytic solution tank is connected with a peristaltic pump, and the peristaltic pump is used for controlling the electrolytic solution to flow out of the electrolytic solution tank;

the downstream end of the tap water input pipeline and the downstream end of the electrolyte input pipeline are simultaneously communicated with the input end of the electrolytic cell through a three-way joint, the electrolytic cell is provided with a first electrolyzed water outlet and a second electrolyzed water outlet, the first electrolyzed water outlet is arranged at one compartment, and the second electrolyzed water outlet is arranged at the other compartment;

the first electrolyzed water outlet is connected to a first electrolyzed water output pipe, and the downstream of the first electrolyzed water output pipe is connected with a first output branch pipe and a second output branch pipe; the second electrolyzed water outlet is connected to a second electrolyzed water output pipe, and the downstream of the second electrolyzed water output pipe is connected with a third output branch pipe and a fourth output branch pipe;

and the first output branch pipe, the second output branch pipe, the third output branch pipe and the fourth output branch pipe are respectively provided with an electromagnetic valve.

2. The integrated decontaminating electrolytic water generating apparatus as claimed in claim 1, wherein: the downstream end of the first output branch pipe and the downstream end of the third output branch pipe are both connected to the first water outlet end, and the downstream end of the second output branch pipe and the downstream end of the fourth output branch pipe are both connected to the second water outlet end.

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