CN212222694U

CN212222694U - Emergency self-circulation ozone water sterilizer

Info

Publication number: CN212222694U
Application number: CN202020227615.9U
Authority: CN
Inventors: 刁国贤
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-02-28
Filing date: 2020-02-28
Publication date: 2020-12-25
Anticipated expiration: 2030-02-28

Abstract

The utility model provides an emergency self-circulation ozone water disinfection machine, which comprises a movable box body, an electric appliance main machine and an ozone generator system which are arranged on the movable box body, a washing tank with a filter screen, a high-temperature disinfection tank, a cooler, a sedimentation tank, a purification and filtration system and a water purification storage tank which are sequentially communicated, wherein the electric appliance main machine and the ozone generator system comprise an ozone generator; the purified water storage tank is provided with a disinfection water nozzle, a second water pump for supplying water to the water nozzle, an ejector communicated with the water nozzle and the second water pump, and a conduit connected with the ozone generator and the ejector, wherein the disinfection water nozzle is positioned above the washing tank with the filter screen. The utility model discloses form a portable independent operation ozone water disinfection and isolation unit, adapt to open-air, battle field, marine lack of water, other natural disasters, outburst epidemic situation infection source ground or other emergent needs of proruption medical treatment, carry out on-the-spot ozone cleaning and disinfection, it is not high to the water source requirement, but the water of self-loopa, almost need not the moisturizing in the cleaning and disinfection use, and do not have secondary pollution to the environment.

Description

Emergency self-circulation ozone water sterilizer

Technical Field

The utility model relates to the field of disinfection apparatus, in particular to an emergency self-circulation ozone water disinfection machine.

Background

The ozone layer of the high-altitude atmosphere is a natural barrier for people to avoid strong invasion of ultraviolet rays in sunlight, and ozone is a peculiar substance twinned with oxygen and can efficiently kill viruses and bacteria without pollution. In the centuries, human beings utilize the strong oxidizing property of the ozone to be widely applied to the fields of disinfection, sterilization, deodorization, detoxification, water treatment, medicine and health, food preservation, bleaching and the like, and also utilize the ozone to carry out human body physical therapy, strengthening the physique by using low-concentration ozone gas, killing body bacteria and beautifying by using ozonized water shower body and the like, in particular, the ozone has the killing effect on staphylococcus aureus, escherichia coli, hepatitis B virus antigen, hepatitis A virus, influenza A virus, virulent head' AIDS virus (HIV) and the like, the experiment of killing SARS virus by using the ozone for the first time in China ozone industry association and national P3 laboratory in 2003 has the comprehensive inactivation rate of 99.22 percent, and the ozone proves that the viruses and the bacteria can be killed very quickly.

The sterilization effect of ozone is also definitely determined in the regulations issued by the national health department, the ozone is a broad-spectrum bactericide, the national health care is in epidemic prevention and control supervision, clearly requires the practical enhancement of sewage treatment and disinfection work, requires local ecological environment departments to supervise and urge to combine with reality, adopts the measures of adding disinfectants or ozone, ultraviolet disinfection and the like, meanwhile, the protection of the drinking water source is further enhanced, the drinking water source is ensured not to be polluted, the sewage collection of important places such as farmer markets, supermarkets, stations, airports, docks and the like is increased, the pollution accidents are strictly prevented, chlorine-containing disinfectants are mostly adopted for disinfection in urban public places and families for preventing and controlling epidemic situations, the normal operation of a biochemical treatment unit is prevented from being influenced, the environmental management of sewage irrigation in rural areas is strictly met, and viruses are prevented from diffusing through medical sewage.

Among all the measures for strengthening disinfection and sterilization and controlling virus diffusion, the ozone disinfection method is the simplest generation principle, has strong convenience, can be used in large or small equipment, can be adapted to large-scale public places, can be simply arranged on public transportation such as buses, high-speed rails, river ships, offshore cruise ships, airplanes and the like, has high cleanness compared with residual chlorine (such as sodium hypochlorite, bleaching powder, bleaching essence, liquid chlorine and the like) for disinfection and peroxide disinfectant for disinfection (such as peroxyacetic acid and the like), has the highest disinfection speed in water, can disappear into oxygen after ozone disinfection, has no residue of chemical disinfectant, cannot pollute the living environment, on the contrary, the chemical disinfectors widely used at present are not only harmful to the human body, but also cause secondary pollution of harmful residues, and the abuse problem of disinfectant water is quite serious in the current epidemic situation correspondence, has attracted the national high attention, ozone has no dead angle compared with ultraviolet disinfection, and can overcome the defect that ultraviolet can only kill microorganisms directly irradiated along a straight line. Compared with the medical alcohol disinfection, the ozone water disinfection does not generate the risk that the alcohol is excessively diffused in the air and is easy to flash and explode for combustion, can be conveniently matched and matched with the medical alcohol disinfection by utilizing the ozone water disinfection, and is safer and more reliable.

The general defect of the current ozone application technology is that the concentration of ozone remained in the air is not clearly and effectively controlled, and an ozone generating device is possibly used disorderly, so that the ozone generating device is mainly applied to an unmanned space at present, namely, ozone can be efficiently sterilized and detoxified, but if ozone is diffused into the air to reach a certain concentration, discomfort can be brought to people, or a mucous membrane system is stimulated, so that when ozone is adopted for disinfection currently, a tail gas treatment device must be arranged at the tail end of a process in a manned space, ozone tail gas exhausted after reaction must be decomposed and destroyed, and the ozone tail gas is considered to reach an emission standard, which is a limiting requirement of current ozone technology application.

The hope of the scientific application of ozone technology is that the residual ozone concentration is newly known at present, namely, the ozone is generally considered to be harmful originally, and the low-concentration ozone has no sterilization and disinfection effects, but the fact is not so, and researches prove that the low-concentration ozone has enough sterilization and disinfection capability as long as the exposure time is long enough, for example, seashore and forest in sunny days, because the low-concentration ozone has higher concentration, the air is fresher, and the low-concentration ozone is proved to be beneficial to human beings, so that the low-concentration ozone is not only harmless but also beneficial to human beings.

Therefore, in summary, if there is a controlled new utility model of ozone disinfection, not only can be well adapted to the requirements of national medical and health regulations, especially for sudden infectious diseases, the instruction especially emphasizes that each person will wash his hands frequently, and will disinfect daily articles such as food and clothes frequently, for example, if there is a suitable ozone water disinfection machine created by the utility model at the end of 2019 during the sudden infectious diseases or respiratory infectious diseases such as other influenza viruses, then it can be quickly arranged in the dense flow areas of people such as residential district entrances and exits, supermarket entrances and exits, and medical units, and can be matched with and matched to perfect the use of medical alcohol disinfection, so that it can quickly kill bacteria and viruses in all directions during the disinfection of people washing both hands, and prevent the blocking of the infection or infection of the contacting articles, and at the same time can effectively control the concentration of ozone emitted to the air under the condition of people, the low-concentration ozone emitted into the air can also effectively control the diffusion of virus epidemic situation to a greater extent, and the ozone disinfection is carried out without the problem of residual secondary pollution, thereby avoiding the trouble of cleaning again after the disinfection is finished.

SUMMERY OF THE UTILITY MODEL

The utility model provides an emergent self-loopa ozone water sterilizing machine, it can conveniently remove, and have that emergency response is fast, drop into convenient to use, do not have secondary pollution's characteristics to the environment, but the disinfection water recycling of use can make things convenient for people's both hands to wash and article disinfection, prevents infection and cross infection, and ozone and water purification proportional mixing add when disinfecting, do not have too much residual ozone gas harm, use safe and reliable.

An emergency self-circulation ozone water disinfection machine comprises a movable box body, an electrical appliance main machine and an ozone generator system which are arranged on the movable box body, a washing pool with a filter screen, a high-temperature disinfection tank, a cooler, a sedimentation tank, a purification and filtration system and a purified water storage tank which are sequentially communicated, wherein the electrical appliance main machine and the ozone generator system comprise an ozone generator; the filter screen washing tank is arranged on the upper part of the mobile box body and is used for collecting water flow and rough filtering impurities, the high-temperature disinfection tank is communicated with the water outlet of the filter screen washing tank and is used for carrying out high-temperature disinfection and sterilization on the water from the filter screen washing tank, the cooler is used for rapidly cooling the water flow of the high-temperature water flow flowing out of the high-temperature disinfection tank, the sedimentation tank is used for storing the water flow processed by the cooler and sending the water flow into the purification and filtration system according to the automatic water level control, the purification and filtration system is communicated with the water outlet of the sedimentation tank and is used for sending the water flow into the water purification storage tank after the water flow in the sedimentation tank is purified, the water purification storage tank is communicated with the water outlet of the purification and filtration system and is used for storing a large amount of water, the water purification storage tank is provided with a disinfection water nozzle, a second water pump supplying water to the water, the disinfection water nozzle is positioned above the washing tank with the filter screen.

Furthermore, an induction delay switch for controlling the water outlet of the water nozzle is further arranged on the purified water storage tank, the second water pump is controlled by the induction delay switch, the second water pump is started to operate when the disinfection requirement is sensed, the ozone generator is triggered to operate synchronously when the purified water flows out of the water nozzle through the ejector, and ozone gas is proportionally added into the water flow of the ejector and fully mixed to form ozone water which flows out of the water nozzle.

Furthermore, a sliding device is arranged at the bottom of the movable box body.

Further, take the filter screen wash basin including with the integrative pond of removal box and locate the filter screen dismantled in the pond.

Further, the high-temperature disinfection tank is provided with at least two groups of disinfection tanks which are assembled in a consistent manner, wherein the first disinfection tank comprises a first inactivation tank, a first water inlet electromagnetic valve, a first water level controller, a water blocking and air permeable device, a first heater and a first water outlet electromagnetic valve, the first water inlet electromagnetic valve is communicated with the water tank and the first inactivation tank, the first water level controller and the water blocking and air permeable device are used for controlling the water level of the first inactivation tank, the first heater is arranged in the first inactivation tank, and the first water outlet electromagnetic valve is communicated with the first; the second disinfection jar includes that the second inactivates jar, the second of intercommunication pond and second inactivation jar solenoid valve of intaking, the second water level controller and the ventilative ware of blocking water of control second inactivation jar water level, locate the second heater in the second inactivation jar, the second of intercommunication second inactivation jar and cooler goes out the water solenoid valve.

Furthermore, the top of the precipitation tank is provided with a third water level controller and a water-blocking ventilator, when the water flowing into the cooler gradually reaches the high water level of the precipitation tank, the third water level controller and the water-blocking ventilator are triggered to be closed, the first water pump of the purification and filtration system is automatically started to start running, when the water level of the precipitation tank is reduced to the low water level, the third water level controller and the water-blocking ventilator are triggered to be disconnected, and the first water pump of the filtration system stops running.

Further, purify filtration system, with the delivery port intercommunication of gunbarrel, including first water pump, precision filter, ultrafilter, the one end of first water pump is connected with the delivery port of gunbarrel, and the other end passes through the pipeline and communicates in proper order with precision filter, ultrafilter.

Further, still be equipped with the ultraviolet sterilizer of guarantee water purification storage tank quality of water safety in the water purification storage tank.

Furthermore, a fourth water level controller and a water-blocking air-permeable device which guarantee the safe operation of the water purification storage tank are also arranged on the water purification storage tank, and when the water replenishing level entering the filter system during operation exceeds the high water level of the water purification storage tank, the fourth water level controller and the water-blocking air-permeable device automatically stop the operation of the filter system, namely stop replenishing purified water; when the water level of the purified water storage tank is continuously reduced to a low water level due to the accident of the system, the fourth water level controller and the water-blocking air breather are triggered to be disconnected, and the second water pump is automatically stopped to run.

Furthermore, a one-way valve is connected and arranged on a conduit for connecting the ozone generator and the ejector.

The utility model has the following beneficial effects and characteristics:

1. the utility model is designed as a movable ozone water disinfection and sterilization unit which can independently operate, has the outstanding characteristics of quick emergency response, can be put into field use in the field, battlefield, offshore water shortage, other natural disasters, sudden epidemic situation infection source places or other sudden medical emergency needs, can be put into field use in time without installation, can directly meet the requirements of medical disinfection field treatment and infection prevention hand washing and sterilization and cleaning and sterilization of food materials and the like only by preparing enough purified water or adding harmless water sources in the field and electrifying, for example, in dense population flowing places such as hospital entrances, factory entrances, district entrances, supermarket entrances and exits, the device of the utility model is set up, and can be very convenient for people to clean hands and sterilize articles, and prevent infection and cross infection;

2. the system almost has no requirement for supplementing water source, and can directly supplement purified water from a water purifying and supplementing port or take water nearby or from the accident, such as river water, well water or tap water and the like, which are injected from a washing pool with a filter screen, the water pool of the device automatically supplements water to a water purifying and storing box after being purified by a system high-temperature sterilization system, a cooling and filtering system, when cleaning and disinfection are needed, ozone is fully mixed to form ozone water through the proportion of an ejector by only using hands without contact induction, and the ozone water flows out from the water nozzle for cleaning, disinfection and sterilization, and the used wastewater after cleaning and disinfection passes through the water pool on the device again, and can be recycled after high-temperature disinfection and filtering;

3. the utility model can be applied to the requirements of cleaning, disinfection and sterilization safely and reliably in a long-term way, can safely ensure that the amount of residual ozone gas emitted into the air is controllable and not excessive in use, has the characteristics of water saving and water saving that water is hardly supplemented in the use of cleaning and disinfection, and is almost suitable for the unexpected environment of water shortage;

4. the utility model discloses an use is that direct cleaning and disinfection disinfects, need not clear water again and wash, clean water conservation does not have the secondary pollution risk that residual chlorine remained the class yet to the environment, accords with and lasts economic environment development needs.

5. The utility model discloses an use, can conveniently cooperate and the disinfection of supporting perfect medical alcohol is used, the utility model discloses with medical alcohol disinfection ratio, can not produce and use alcohol excessively to distribute the risk of easy flash explosion burning in the air, more safe and reliable.

Drawings

FIG. 1 is a schematic block diagram of the emergency self-circulation ozone water sterilizer of the present invention;

FIG. 2 is a schematic structural view of the emergency self-circulation ozone water sterilizer of the present invention.

The reference numerals in the figures are as follows:

a, moving a box body, B, washing pool with a filter screen, C, high-temperature disinfection tank, D, cooler, E, precipitation tank, F, purification and filtration system, G, purified water storage tank, H, electric appliance main machine and ozone generator system;

1-a water pool, 2-a filter screen, 3-a water nozzle, 4-an induction time delay switch, 5-a purified water gap, 6-a water level display instrument, 7-an ejector, 8-a guide pipe, 9-a fourth water level controller and a water-blocking air-permeable device, 10-an ultraviolet sterilizer, 11-a second water pump, 12-a one-way valve, 13-a first water inlet electromagnetic valve, 14-a first water level controller and a water-blocking air-permeable device, 15-a first heater, 16-a first water outlet electromagnetic valve, 17-a second water inlet electromagnetic valve, 18-a second water level controller and a water-blocking air-permeable device, 19-a second heater, 20-a second water outlet electromagnetic valve, 21-a third water level controller and a water-blocking air-permeable device, 22-a first water pump, 23-a precision filter, 24-an ultrafilter, 25-an emptying valve, 26-a sliding device and 27-a blowdown valve.

Detailed Description

The technical solution of the present invention will be clearly and completely described below with reference to the accompanying drawings.

Referring to fig. 1 and 2, an embodiment of the present invention provides an emergency self-circulation ozone water sterilizer, including a mobile box a, a washing tank B with a filter screen, a high temperature sterilization tank C, a cooler D, a settling tank E, a purification and filtration system F, a water purification storage tank G, an electrical host, and an ozone generator system H.

The bottom of the movable box body A is provided with an emptying valve 25 communicated with the bottom of the water purification storage box G and used for cleaning and emptying the water storage of the water purification storage box G, four corners of the bottom of the movable box body A are provided with sliding devices 26 used for moving the box body A, and the sliding devices 26 can be designed into rollers.

Take filter screen washing tank B to locate remove box A upper portion includes 1 and locates the filter screen 2 in 1 with the integrative pond of removal box A for collect rivers and the coarse filtration removes impurity, and the rivers impurity that the guarantee got into the system is in controllable state, and filter screen 2 can design for dismantlement formula, is convenient for change or wash.

The high-temperature disinfection tank C is arranged on the lower portion of the filter screen washing tank B and communicated with the water outlet of the filter screen washing tank B, and is used for performing high-temperature disinfection and sterilization on water entering the system.

The high-temperature disinfection tank C is provided with at least two sets of complete devices which are assembled in a consistent manner, wherein the first disinfection tank comprises a first inactivation tank, a first water inlet electromagnetic valve 13 which is communicated with the water pool 1 and the first inactivation tank, a first water level controller and a water and air blocking device 14 which control the water level of the first inactivation tank, a first heater 15 which is arranged in the first inactivation tank, and a first water outlet electromagnetic valve 16 which is communicated with the first inactivation tank and the cooler D; the second disinfection tank comprises a second inactivation tank, a second water inlet electromagnetic valve 17 communicating the water tank 1 with the second inactivation tank, a second water level controller and a water-blocking air-permeable device 18 controlling the water level of the second inactivation tank, a second heater 19 arranged in the second inactivation tank, and a second water outlet electromagnetic valve 20 communicating the second inactivation tank with the cooler D.

The two sets of systems run in an interlocking cycle mode under automatic control, and the functions of the two sets of systems are to shorten sterilization and inactivation time and improve the working efficiency of circulating water supplement of the systems, specifically, when the water inlet of a first inactivation tank reaches a high water level, a first water level controller and a water-blocking and air-permeable device 14 automatically trigger a first water inlet electromagnetic valve 13 to be closed (at the moment, a second water inlet electromagnetic valve 17 of a second inactivation tank is synchronously opened from a closed state, a water pool 1 injects water into the second inactivation tank), a first heater 15 of the first inactivation tank starts to heat the water temperature until the set high temperature (for example, 90 ℃) stops heating, the high temperature sterilization is continued for a proper time, the first water outlet electromagnetic valve 16 is started after the time delay, and the high temperature water flows into a precipitation tank E after being cooled by; when the water level in the first inactivation tank is reduced to a low water level to trigger the first water level controller and the water-blocking air-permeable device 14, the first water outlet electromagnetic valve 16 is closed, meanwhile, the automatic control contact of the first water inlet electromagnetic valve 13 is closed (if the second inactivation tank is not full of water at this time, the second water inlet electromagnetic valve 17 is still in an open state, the interlocking limits are imposed, the first water inlet electromagnetic valve 13 is still closed, when the second inactivation tank gradually enters water to reach a high water level, the second water level controller and the water-blocking air-permeable device 18 automatically trigger the second water inlet electromagnetic valve 17 to be closed (at this time, the first water inlet electromagnetic valve 13 of the first inactivation tank is synchronously opened, the water pool 1 is filled with water to the first inactivation tank again), meanwhile, the second heater 19 of the second inactivation tank starts to heat the water temperature until the set high temperature (for example, 90 ℃) stops heating, the high-temperature sterilization is continuously maintained for a proper time, the second water outlet electromagnetic valve 20 is, the high-temperature water flows through the cooler D to be cooled and flows into the settling tank E; when the water level in the second inactivation tank is reduced to a low water level to trigger the second water level controller and the water and air blocking and ventilating device 18, the second water outlet electromagnetic valve 20 is closed, and meanwhile, the automatic control contact of the second water inlet electromagnetic valve 17 is closed, so that after the first inactivation tank is fully filled with water and the first water inlet electromagnetic valve 13 is triggered to be closed, the second water inlet electromagnetic valve 17 of the second inactivation tank is synchronously opened, the system circulates the above two devices, and the sterilization and disinfection processes are alternately carried out at high temperature.

The cooler D is communicated with a water outlet pipeline of the high-temperature disinfection tank C and used for reducing the temperature of high-temperature water flow, and generally adopts a coil pipe air cooling or heat pipe air cooling mode, so that the high-temperature water flow which alternately flows out of the first inactivation tank and the second inactivation tank can be quickly reduced to an operable normal temperature state through the cooler D, and the subsequent filtering system can safely and continuously run.

The settling tank E is used for storing water flow treated by the cooler D, the top of the settling tank E is provided with a third water level controller and a water-blocking air-permeable device 21, and the bottom of the settling tank E is provided with a blow-down valve 27 for removing precipitated impurities; the third water level controller and the water-blocking air-permeable device 21 automatically work as follows: when the water flow flowing in through the cooler D gradually reaches the high water level of the precipitation tank, the third water level controller 21 is triggered to be closed, the first water pump 22 of the purification and filtration system F is automatically started to start running, when the water level of the precipitation tank is reduced to the low water level, the third water level controller and the water-blocking air-permeable device 21 are triggered to be disconnected, the first water pump 22 of the purification and filtration system F stops running, and the operation is circulated. The blowdown valve 27 can be operated at regular time to blowdown, is used for ensuring the cleanness of the settling tank E, and is favorable for long-term safe operation of a subsequent filtering system.

The purification and filtration system F is communicated with the water outlet of the settling tank E and comprises a first water pump 22, a precision filter 23 and an ultra-filter 24, one end of the first water pump 22 is connected with the water outlet of the settling tank E, the other end of the first water pump is communicated with the precision filter 23 and the ultra-filter 24 in sequence through pipelines, and the purpose is to filter water quality to meet the water quality requirement of disinfection.

The water purification storage tank G is communicated with a water outlet of the purification and filtration system F, the main function is to store a large amount of purified water and ensure the water requirement for ozone disinfection, the water purification storage tank G is provided with a disinfection water nozzle 3, an induction delay switch 4 for controlling the water outlet of the water nozzle 3, a second water pump 11 which supplies water to the water nozzle 3 and is controlled by the induction delay switch 4, a purified water filling port 5 for filling water to the water purification storage tank G, a water level display instrument 6 for observing the water level of the water tank, an ejector 7 communicated with the water nozzle 3 and the second water pump 11, a conduit 8 (which can be made of silica gel) connected with the ozone generator and the ejector 7, a fourth water level controller and a water-blocking air-permeable device 9 for ensuring the safe water quality of the water purification storage tank G, an ultraviolet sterilizer 10 (such as an ultraviolet lamp) for ensuring the safe water quality of the water purification storage tank G, the disinfection water nozzle 3 is positioned above a washing tank B with, the water-saving device is used for preventing water flow when the second water pump 11 runs from flowing back to the ozone generator and avoiding damaging the ozone generator device, and the bottom of the purified water storage tank G is provided with an emptying valve 25.

This water purification storage tank G system safe operation, the whole system starts the back, starts complete set ultraviolet sterilizer 10 promptly and disinfects to water disinfection, ensures that the water purification is aseptic, and when the moisturizing water level that filtration system operation got into surpassed water purification storage tank high water level, fourth water level controller and ventilative ware 9 that blocks water triggered first water pump 22 stop operation promptly, stopped to supply the water purification, automatic shutdown purification filtration system F operation promptly. When the induction delay switch 4 (realized by combining an infrared sensor with a delay relay) senses the disinfection requirement (for example, when a hand is placed below the disinfection water nozzle 3), the second water pump 11 is started to operate, the purified water flows out of the water nozzle 3 through the ejector 7, the ozone generator is triggered to synchronously operate when the purified water flows out of the ejector 7, and the ozone gas is injected into a gas inlet of the ejector 7 through the silica gel hose 8 and is fully mixed with water in proportion to flow out of the water nozzle 3, so that the goal of ozone water disinfection and sterilization is realized. When the disinfection delay time is up, the second water pump 11 is automatically stopped, if ozone water disinfection is needed to be continued, the cleaning, disinfection and sterilization process can be repeated only by inducting the delay switch 4 again. When the water level of the purified water storage tank G is continuously reduced to a low water level due to an accident of the system, the fourth water level controller and the water-blocking air-permeable device 9 are triggered to be disconnected, and the second water pump 11 is automatically stopped to operate so as to protect the safe operation of the system. After the water shortage condition is found out, purified water can be supplemented from the purified water supplementing opening 5 according to the water source condition, or river water, well water, tap water and the like are directly taken and injected from the washing tank B with the filter screen, and water is supplemented to the purified water storage tank G after high-temperature sterilization, cooling and filtration are carried out on the water.

The electrical appliance host and the ozone generator system H comprise a power supply system, a full-system automatic control circuit, an ozone generator and the like, wherein the full-system automatic control circuit is connected with each water pump (a first water pump 22 and a second water pump 11), a water level controller, a water blocking and ventilating device, a water inlet electromagnetic valve, a water outlet electromagnetic valve, an ultraviolet sterilizer 10, an induction delay switch 4, the ozone generator and the like, so that the automatic and safe operation of the full system is guaranteed, and the cleaning, disinfection and sterilization targets are realized.

Particularly, the water level controller and the water blocking air permeability device in the system can be designed into small parts which are integrated, the installation is convenient and simplified, and all the water blocking air permeability devices have the function of automatically balancing the air pressure in each water tank body and the atmosphere, so that the water flow in each tank is free from obstruction, and the invasion of bacteria is prevented.

The utility model discloses emergent self-loopa ozone disinfection water machine, adopt the ozone that controls to apply to the cleaning and disinfecting field, can drop into the emergent scene of use fast, effectively use ozone to exterminate various bacterium, the virus, clean air simultaneously, then can effectively prevent the epidemic situation diffusion, that will be to the crowded hospital of patient, the mill of doing over again, the public place (district access & exit, market supermarket access & exit etc.) that the people head twiddle, and inclosed public transport, lack places such as marine loose pulley of fresh water, to the flow person carry out comprehensive cleaning and disinfecting, all be the great gospel.

The above description is only the specific implementation manner of the present invention, but the protection scope of the present invention is not limited thereto, and any changes or substitutions that can be easily conceived by those skilled in the art within the technical scope of the present invention are all covered by the protection scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the claims.

Claims

1. An emergency self-circulation ozone water disinfection machine is characterized in that: the device comprises a movable box body (A), an electrical main machine and an ozone generator system (H) which are arranged on the movable box body (A), a washing pool (B) with a filter screen, a high-temperature disinfection tank (C), a cooler (D), a sedimentation tank (E), a purification and filtration system (F) and a purified water storage tank (G) which are sequentially communicated, wherein the electrical main machine and the ozone generator system (H) comprise an ozone generator; the filter screen washing tank (B) is arranged on the upper part of the movable box body (A) and is used for collecting water flow and rough filtering impurities, the high-temperature disinfection tank (C) is communicated with the water outlet of the filter screen washing tank (B) and is used for high-temperature disinfection and sterilization of water from the filter screen washing tank (B), the cooler (D) is used for rapidly cooling the water flow of the high-temperature water flow flowing out of the high-temperature disinfection tank (C), the settling tank (E) is used for storing the water flow after being treated by the cooler (D) and sending the water flow into the purification and filtration system (F) according to automatic water level control, the purification and filtration system (F) is communicated with the water outlet of the settling tank (E) and is used for sending the water purification storage tank (G) into the water flow in the settling tank (E) after purification, the water purification and filtration system (F) is communicated with the water outlet of the purification and filtration system (F) and is used for storing a, the purified water storage tank (G) is provided with a disinfection water nozzle (3), a second water pump (11) for supplying water to the water nozzle (3), an ejector (7) communicated with the water nozzle (3) and the second water pump (11), and a conduit (8) connected with the ozone generator and the ejector (7), wherein the disinfection water nozzle (3) is positioned above the washing tank (B) with the filter screen.

2. The emergency self-circulation ozonated water sterilizer of claim 1, wherein: the ozone water disinfection device is characterized in that a sensing delay switch (4) for controlling water outlet of the water nozzle (3) is further arranged on the water purification storage tank (G), the second water pump (11) is controlled by the sensing delay switch (4), the second water pump (11) is started to operate when disinfection needs are sensed, purified water flows out of the water nozzle (3) through the jet device (7), the ozone generator is triggered to operate synchronously when the purified water flows out of the jet device (7), ozone gas is proportionally added into water flow of the jet device (7) and is fully mixed to form ozone water, and the ozone water flows out of the water nozzle (3).

3. The emergency self-circulation ozonated water sterilizer of claim 1, wherein: the bottom of the movable box body (A) is provided with a sliding device (26).

4. The emergency self-circulation ozonated water sterilizer of claim 1, wherein: the filter screen washing tank (B) comprises a water tank (1) integrated with the movable box body (A) and a detachable filter screen (2) arranged in the water tank (1).

5. The emergency self-circulation ozonated water sterilizer of claim 4, wherein: the high-temperature disinfection tank (C) is provided with at least two groups of disinfection tanks which are assembled in a consistent manner, wherein the first disinfection tank comprises a first inactivation tank, a first water inlet electromagnetic valve (13) communicated with the water pool (1) and the first inactivation tank, a first water level controller and a water and air blocking device (14) for controlling the water level of the first inactivation tank, a first heater (15) arranged in the first inactivation tank, and a first water outlet electromagnetic valve (16) communicated with the first inactivation tank and the cooler (D); the second disinfection jar includes second deactivation jar, intercommunication pond (1) and second water inlet solenoid valve (17) of second deactivation jar, the second water level controller and the ventilative ware (18) that blocks water of control second deactivation jar water level, locate second heater (19) in the second deactivation jar, second play water solenoid valve (20) of intercommunication second deactivation jar and cooler (D).

6. The emergency self-circulation ozonated water sterilizer of claim 1, wherein: the sedimentation tank (E) top is equipped with third water level controller and air permeability ware (21) blocks water, when the rivers that cooler (D) flowed in reach sedimentation tank high water level gradually, triggers third water level controller and air permeability ware (21) closure blocks water, and the first water pump (22) of automatic start purification filtration system (F) begin to operate, when the sedimentation tank water level reduces to low water level, triggers third water level controller and air permeability ware (21) disconnection blocks water, and the operation is stopped promptly to first water pump (22) of filtration system (F).

7. The emergency self-circulation ozonated water sterilizer of claim 1, wherein: the purification and filtration system (F) is communicated with the water outlet of the settling tank (E) and comprises a first water pump (22), a precision filter (23) and an ultrafilter (24), one end of the first water pump (22) is connected with the water outlet of the settling tank (E), and the other end of the first water pump is sequentially communicated with the precision filter (23) and the ultrafilter (24) through pipelines.

8. The emergency self-circulation ozonated water sterilizer of claim 1, wherein: and an ultraviolet sterilizer (10) for ensuring the water quality safety of the water purification storage tank (G) is also arranged in the water purification storage tank (G).

9. The emergency self-circulation ozonated water sterilizer of claim 2, wherein: the water purification storage tank (G) is also provided with a fourth water level controller and a water-blocking air-permeable device (9) which ensure the safe operation of the water purification storage tank (G), and when the water level of the supplemented water entering the water purification storage tank (G) during the operation of the water purification filtration system (F) exceeds the high water level of the water purification storage tank (G), the fourth water level controller and the water-blocking air-permeable device (9) automatically stop the operation of the water purification filtration system (F), namely stop the supplement of the purified water; when the water level of the purified water storage tank (G) is continuously reduced to a low water level due to an accident of the system, the fourth water level controller and the water-blocking air-permeable device (9) are triggered to be disconnected, and the second water pump (11) is automatically stopped to run.

10. The emergency self-circulation ozonated water sterilizer of claim 1, wherein: the conduit (8) connecting the ozone generator and the jet device (7) is connected with a one-way valve (12).