CN212547750U

CN212547750U - High-efficient environmental protection disinfection equipment harmless to human body

Info

Publication number: CN212547750U
Application number: CN202020376455.4U
Authority: CN
Inventors: 赵卓维; 徐挺
Original assignee: Ningbo Zhuhong Nano Technology Co ltd
Current assignee: Ningbo Zhuhong Nano Technology Co ltd
Priority date: 2020-03-23
Filing date: 2020-03-23
Publication date: 2021-02-19
Anticipated expiration: 2030-03-23

Abstract

The utility model discloses a high-efficient environmental protection is to harmless disinfecting and sterilizing equipment of human body, including ozone production device, super microbubble generating device and main basin, will ozone that ozone production device produced insert super microbubble generating device, super microbubble generating device inhales the water in the main basin, mixes the processing with ozone and forms the gas-liquid mixture body that contains the super microbubble of ozone, gets back to in the main basin through super microbubble release mouth. The ozone ultramicro bubble water generated by the utility model has long stability and duration in water, can play a role of sterilizing water, and is harmless to human body; the atomized ozone ultramicro bubble water can be suspended in the air for a long time, catch viruses in an aerosol form, prevent the viruses from being transmitted through the air, reduce the probability of virus infection, cut off a virus transmission path, and directly kill the viruses after the atomized ozone ultramicro bubble can adsorb the viruses in the air.

Description

High-efficient environmental protection disinfection equipment harmless to human body

Technical Field

The utility model relates to a virus killing and disinfection equipment technical field especially relates to a disinfection equipment that disinfects that high-efficient environmental protection is harmless to the human body.

Background

Annual outbreaks of influenza and various viruses pose serious threats to the health and productive life of people worldwide. Most viruses are transmitted in the forms of contact, spray and the like, some viruses are transmitted in the forms of aerosol, feces mouth and the like,

in the aspect of preventing and treating viruses, except for frequently washing hands and paying attention to personal hygiene, the method is an essential important link aiming at environmental disinfection, can greatly reduce virus propagation media, block propagation paths and reduce propagation probability.

The existing high-efficiency disinfection modes are mainly various, and a universal and effective method for novel viruses mainly comprises chlorine-containing disinfection solution, alcohol and ozone. However, the chlorine-containing disinfection solution is harmful to human bodies, especially the chlorine-containing disinfection solution is dangerous when the chlorine-containing disinfection solution is contacted with the skin or is carelessly splashed into eyes or enters respiratory tracts, and canceration is more easily caused if the chlorine-containing disinfection solution is contacted for a long time; the alcohol has higher requirements on the disinfection environment because of lower flash point, and the case of fire caused by improper use of the alcohol is not in the ear; ozone has the best effect of disinfecting the environment under a certain concentration, but has high fluidity as gas, is unstable, and is difficult to kill viruses on the surface of a human body or an object in a gas form in a very short time, so that living space and transmission opportunity are brought to the rapid transmission of the viruses.

Through the super microbubble technique, can mix ozone and water with a special technology, final ozone is sealed in aqueous with minimum form, because the mobility state of water, has the high-efficient bactericidal effect of ozone concurrently, and ozone and water are all the material harmless to the human body in addition, when being used for the disinfection with super microbubble ozone water, can be superior to any disinfection solvent of current, under the prerequisite harmless to human body and environment, play the effect of high-efficient sterilization disinfection. The disinfection technology can be widely applied to various fields, including but not limited to the fields of water body treatment, aquaculture, health beverage, medical treatment, beauty treatment, crop yield increase, fruit and vegetable cleaning, drinking water, sewage treatment and the like.

However, the existing aeration mode of introducing ozone into water through modes such as an air blower and the like has the disadvantages that the ozone dissolution rate concentration is too low, the diameter of ozone bubbles is large, the ozone bubbles cannot stay in water for a long time, and the sterilization and disinfection effects of ozone water cannot be stably ensured.

SUMMERY OF THE UTILITY MODEL

The utility model aims at making up the defects of the prior art and providing a high-efficiency and environment-friendly sterilization and disinfection device which is harmless to human bodies.

The utility model discloses a realize through following technical scheme:

the utility model provides a disinfection equipment that disinfects that high-efficient environmental protection is harmless to human body, is including ozone generating device, super microbubble generating device and main basin, will ozone that ozone generating device produced insert super microbubble generating device, super microbubble generating device inhales the water in the main basin, mixes the processing with ozone and forms the gas-liquid mixture body that contains ozone super microbubble, gets back to in the main basin through super microbubble release mouth. The liquid in a gas-liquid mixed state flows out of the ultramicro bubble generating device, and then the liquid flows back to the main water tank for continuous circular processing, so that the ozone concentration in the main water tank can be kept stable.

The water tank is characterized in that a partition plate is arranged in the main water tank, the main water tank is divided into a left water tank and a right water tank through the partition plate, a gap is formed between the bottom of the partition plate and the bottom of the main water tank, and water in the left water tank and water in the right water tank are communicated with each other through the gap below the partition plate.

The ultramicro bubble generating device absorbs water from the right water tank, generated nanometer-level bubbles are sprayed into the left water tank and then flow into the right water tank from a gap below the partition plate, and the ultramicro bubble releasing port is positioned at the bottom of the left water tank.

An atomization device is arranged in the right water tank; an ozone destructor for treating the ozone tail gas is arranged on the left water tank.

The ozone generating device, the ultramicro bubble generating device and the main water tank are all arranged in the shell, a water inlet and a water outlet are also respectively formed in the shell, the water inlet and the water outlet are communicated with the main water tank, an air inlet is also formed in the shell, and an atomized particle outlet communicated with a right water tank release opening is also formed in the shell.

The outer side of the shell is also provided with a channel, and the channel is communicated with the shell through an atomized particle outlet.

The device also comprises a pure oxygen machine, and oxygen generated by the pure oxygen machine is connected into the ozone generating device.

The ozone generator also comprises a cooling water circulating system and an auxiliary water tank, wherein two ends of the cooling water circulating system are respectively connected with the ozone generating device and the auxiliary water tank.

The water dissolved with the ultramicro bubbles can be further put into silver blocks or silver-containing compounds, silver ions are obtained through ionization and then released in an atomization mode, and the silver ions are sprayed into the space to play the roles of disinfection and bacteriostasis.

The utility model has the advantages that: 1. the ozone ultramicro bubble water is continuously processed and circulated, so that the concentration stability of ozone in water is ensured, the ozone water can play a role of sterilizing water, and meanwhile, the ozone water is harmless to human bodies;

2. the atomized ozone ultramicro bubble water can be suspended in the air for a long time, catch the virus existing in the form of aerosol, prevent the virus from spreading through the air, reduce the probability of virus infection, cut off the virus spreading path, and the atomized ozone ultramicro bubble can directly kill the virus after adsorbing the virus in the air;

3. unnecessary ozone directly converts oxygen to through ozone destruction device, simultaneously with oxygen release inside equipment, oxygen constantly from the inside expansion diffusion release of equipment, has protected inside the equipment, has reduced ozone in the space to the inside corruption of equipment, extension equipment live time.

4. The inside of the channel is fully atomized, and after the ozone ultramicro bubble water is atomized, the ozone ultramicro bubble water is attached to the surface of clothes or a human body and is not corrosive, so that the channel is harmless to the human body, liquid drops cannot be formed, and the comfort is high;

5. ozone is unstable and is gradually converted into oxygen in air within 30 minutes generally, and the concentration and the effect of ozone ultramicro bubble water can be continuously and stably ensured by the equipment.

Drawings

Fig. 1 is a schematic view of the working principle of the present invention.

Fig. 2 is a schematic view of the internal structure of the housing of the present invention.

Fig. 3 is a schematic view of the external structure of the housing of the present invention.

Fig. 4 is a schematic view of a channel and housing mounting structure.

Fig. 5 is a side view of the channel and housing mounting structure.

Detailed Description

As shown in figure 1, a high-efficient environmental protection is harmless disinfecting and sterilizing equipment to human body, including ozone generating device 1, super microbubble generating device 2 and main basin 3, will ozone that ozone generating device 1 produced insert super microbubble generating device 2, super microbubble generating device 2 inhales the water in the main basin 3, after super microbubble generating device 2 processed ozone into nanometer level bubble, spout in main basin 3 through super microbubble release port 4 of super microbubble generating device 2.

The preparation principle of the ozone generating device can be ionization, ultraviolet rays and other various methods as long as ozone can be generated.

The water-saving water tank is characterized in that a partition plate 5 is arranged in the main water tank 3, the main water tank 3 is divided into a left water tank 6 and a right water tank 7 through the partition plate 5, a gap is formed between the bottom of the partition plate 5 and the bottom of the main water tank 3, and water in the left water tank 6 and water in the right water tank 7 are communicated with each other through the gap below the partition plate 5.

Wherein, the left water tank 6 and the right water tank 7 can be the same or different in size, and the using effect is not influenced. In one embodiment, the partition 5 may not be provided.

The ultramicro bubble generating device 2 is water sucked from the right water tank 7, generated nanometer-level bubbles are sprayed into the left water tank 6 and then flow into the right water tank 7 from a gap below the partition plate, the ultramicro bubble releasing port 4 is positioned at the bottom of the left water tank 6, and the spraying direction is horizontally sprayed back to the partition plate 5, and the ultramicro bubble generating device can also spray in other directions in other embodiments.

Preferably, the position of the ultramicro bubble release port is as low as possible, the ultramicro bubble release port is close to the bottom of the water tank, and the ultramicro bubble release port is turned at a right angle after the left side water tank is submerged underwater and is sprayed horizontally along the bottom. The design is that large bubbles are in the gas-liquid mixture ejected from the ultramicro bubble release opening, and the excessive ozone can be instantly decomposed into oxygen through the ozone destructor after rising in the left water tank. And the reason for spraying back to the clapboard is that most of large bubbles can rise in the left water tank and cannot enter the right water tank.

The reason for not letting air bubbles into the right sink is: the right side basin is interior to be installed atomizing device, releases the space in after atomizing ultramicro ozone bubble water and disinfects, if the little water droplet after these atomizes mixes the ozone release, will improve the ozone concentration in the space. Possibly causing the ozone concentration to exceed the standard.

An atomization device 8 is arranged in the right water tank 7; an ozone destructor 9 for treating ozone tail gas is arranged on the left water tank 6.

Ozone that ozone generating device produced carries out the mixing of ozone and water in leading-in super microbubble generation shower nozzle along the trachea, after a large amount of ozone was processed into nanometer level other small bubble in the mixing process, jet into left side basin 6 after and flow into right side basin 7 again, but this course of working can not all be processed into nanometer level other small bubble and squeeze into aquatic to this processing of 100% all ozone, still some ozone is not processed, still squeeze into aquatic with the form of big bubble, after this part ozone big bubble was squeezed into left side basin, ozone big bubble can come up, these are ozone that does not dissolve in left side basin 6. The redundant ozone is directly converted into oxygen through the ozone destruction device, the oxygen is released inside the equipment, the oxygen is continuously expanded and released from the inside of the equipment, the inside of the equipment is protected, the corrosion of the ozone in the space to the inside of the equipment is reduced, and the service life of the equipment is prolonged.

A communicating pipeline is arranged above the right water tank 7, and a fan 10 is arranged in the pipeline or at one end of the pipeline; the atomization device 8 is an ultrasonic atomizer. In one embodiment the atomization means may also be an atomization nozzle, as long as the generated ozone is dispersed in water.

In one embodiment, the atomization device 8 may not be disposed above the right water tank 7, and the water for producing ozone ultra-micro bubbles may be taken out as the sterilized water and used directly.

As shown in fig. 2 and 3, the device further comprises a housing 11, the ozone generating device 1, the ultra-micro bubble generating device 2 and the main water tank 3 are all disposed in the housing 11, the housing 11 is further provided with a water inlet 12 and a water outlet 13, the water inlet 12 and the water outlet 13 are both communicated with the main water tank 3, the housing 11 is further provided with an air inlet 14, and the housing 11 is further provided with an atomized particle outlet 15 communicated with a release opening of the right water tank 7.

As shown in fig. 4 and 5, a channel 16 is further provided on the outer side of the housing 11, and the channel 16 is communicated with the housing 11 through the atomized particle outlet 15. The housing 11 may also be placed outside the channel and piped into the channel.

Further, the equipment also comprises a pure oxygen machine 17, and oxygen generated by the pure oxygen machine 17 is connected to the ozone generating device 1. The pure oxygen machine is used for increasing the concentration of ozone generated by the ozone machine and the amount of ozone.

Furthermore, the equipment also comprises a cooling water circulation system 18 and an auxiliary water tank 19, wherein two ends of the cooling water circulation system 18 are respectively connected with the ozone generating device 1 and the auxiliary water tank 19.

The cooling water circulation system 18 can make the ozone machine continuously and stably operate, and in other embodiments, tap water can be directly connected to cool the ozone machine. If the ozone machine is based on the air cooling principle, a cooling water circulation system does not need to be connected for cooling, and the cooling of the ozone machine can be realized by directly sucking air, so that the ozone machine can stably run for a long time. If a cooling water circulation system is not added, the auxiliary water tank can be eliminated.

Furthermore, the equipment is also provided with an electric control system, and the equipment is automatically powered off when water is short, and simultaneously starts an alarm and resumes operation after water is added.

Further, the method also comprises the step of further placing silver blocks or silver-containing compounds into the water in which the ultramicro bubbles are dissolved, obtaining silver ions through ionization, releasing the silver ions in an atomization mode, and spraying the silver ions into the space to achieve the effects of disinfection and bacteriostasis.

The working principle is as follows:

1. the pure oxygen machine 17 is connected with electricity to generate pure oxygen, the pure oxygen is connected into the ozone generating device 1 to provide pure oxygen gas as an air source for the ozone generating device so as to generate ozone with higher concentration, meanwhile, the cooling water circulating system 18 is connected into the ozone generating device 1, and heat generated by the ozone generating device 1 is released into the auxiliary water tank 19 through the cooling water circulating system 18 so as to ensure the stable operation of the ozone generating device. The generated ozone is connected into the ultramicro bubble generating device.

2. After the tap water is injected into the main water tank 3 at a certain water level, the ultramicro bubble generating device 2 starts to operate, the ultramicro bubble generating device 2 sucks the water in the main water tank 3, ozone is processed into nanoscale bubbles through the nozzle of the ultramicro bubble generator 2 and then conveyed back to the main water tank 3, and the ultramicro bubble generating device circulates continuously so as to improve the concentration of the ozone ultramicro bubbles in the main water tank, the number of bubbles and the density of the bubbles to a limit value and guarantee continuous and stable operation.

3. The main water tank 3 is divided into a large water tank and a small water tank, the left water tank 6 is an ozone gas release water tank, undissolved ozone enters the ozone destructor 9 through an outlet on the left water tank, the ozone passing through the ozone destructor 9 is instantly changed into oxygen and released inside the equipment, the inside of the equipment is ensured to be filled with the oxygen and continuously releases the oxygen, and the corrosion of the ozone to the equipment is reduced;

4. the ultrasonic atomizer is added into the right water tank 7, and the ultrasonic atomizer and the water surface always keep a certain distance so as to ensure that the atomizer stably runs for a long time with the best effect. The atomizer releases ozone ultramicro bubble water atomizing back on the right side basin surface of water, inserts small-size fan on right side basin apron, promotes the atomizing ozone granule of production to release to the exterior space rapidly.

In one embodiment, the space for using the device is a simple passage through which people or goods pass, the front and the back of the passage are door curtains, or the door curtains are not added, when people or goods pass, the atomized ozone particles can be attached to the surface of skin, hair, clothes or goods, and viruses attached to the surface can be killed.

The channel is internally provided with a guide lamp, and the periphery of the disinfection channel and the ceiling can be provided with vent holes for discharging redundant ozone. An infrared sensing device can be arranged above the channel, and when personnel or goods pass through the disinfection channel, the equipment is automatically started and can also be continuously operated for 24 hours.

In another embodiment, the disinfection channel is not needed, and the produced atomized ozone ultramicro bubble particles can be guided into the pipeline dispersing port, the dispersing port is arranged along the doorsill or above the doorframe, and one group or multiple groups of the generated atomized ozone ultramicro bubble particles can be sprayed downwards or towards the inner side of the door, so that passing people or goods can be disinfected. Furthermore, the invention can also be added with a face recognition module, a temperature measurement module and a work card punching module.

The equipment can be operated for 24 hours or intermittently, and the selection can be made by the skilled person according to the actual requirement.

Adopt this equipment can realize the inside full atomizing of passageway, ozone ultramicro bubble atomizing back, do not have corrosivity behind clothing or the human surface, harmless to the human body, can not form the liquid drop moreover, the comfort is high. Meanwhile, the problem that the ozone is unstable and has half-life period in the air within 30 minutes is solved, and the concentration and the effect of the ozone ultramicro bubble water can be continuously and stably ensured through the equipment.

Claims

1. The utility model provides a high-efficient environmental protection disinfection equipment that disinfects harmless to the human body which characterized in that: the ozone generating device comprises an ozone generating device (1), an ultramicro bubble generating device (2) and a main water tank (3), wherein ozone generated by the ozone generating device (1) is connected into the ultramicro bubble generating device (2), the ultramicro bubble generating device (2) sucks water in the main water tank (3), and after the ultramicro bubble generating device (2) processes the ozone into nano-level bubbles, the nano-level bubbles are sprayed into the main water tank (3) through an ultramicro bubble releasing port (4) of the ultramicro bubble generating device.

2. The efficient and environment-friendly sterilization and disinfection equipment which is harmless to human bodies according to claim 1, is characterized in that: the water-saving water tank is characterized in that a partition plate (5) is arranged in the main water tank (3), the main water tank (3) is divided into a left water tank (6) and a right water tank (7) through the partition plate (5), a gap is formed between the bottom of the partition plate (5) and the bottom of the main water tank (3), and water in the left water tank (6) and water in the right water tank (7) are communicated with each other through the gap below the partition plate (5).

3. The efficient and environment-friendly sterilization and disinfection equipment harmless to human bodies as claimed in claim 2, wherein: the ultramicro bubble generating device (2) is characterized in that water is sucked from the right water tank (7), generated nanometer-level bubbles are sprayed into the left water tank (6) and then flow into the right water tank (7) from a gap below the partition plate (5), and the ultramicro bubble release port (4) is positioned at the bottom of the left water tank (6).

4. The high-efficiency environment-friendly sterilization and disinfection equipment which is harmless to human bodies according to claim 3, is characterized in that: an atomization device (8) is arranged in the right water tank (7); an ozone destructor (9) for treating the ozone tail gas is arranged on the left water tank (6).

5. The efficient and environment-friendly sterilization and disinfection equipment which is harmless to human bodies according to claim 4, is characterized in that: the atomization device (8) is an ultrasonic atomizer or an atomization nozzle.

6. The efficient and environment-friendly sterilization and disinfection equipment which is harmless to human bodies according to claim 4, is characterized in that: still including casing (11), ozone generating device (1), super microbubble generating device (2) and main basin (3) all put in casing (11), still opened water inlet (12) and delivery port (13) on casing (11) respectively, water inlet (12) and delivery port (13) all communicate with main basin (3), still opened air intake (14) on casing (11), still be equipped with on casing (11) with the atomizing granule export (15) of the release opening intercommunication of right side basin (7).

7. The efficient and environment-friendly sterilization and disinfection equipment as claimed in claim 6, which is harmless to human body, and is characterized in that: a channel (16) is also arranged on the outer side of the shell (11), and the channel (16) is communicated with the shell (11) through an atomized particle outlet (15).

8. The efficient and environment-friendly sterilization and disinfection equipment which is harmless to human bodies according to claim 1, is characterized in that: the ozone generator also comprises a pure oxygen machine (17), and oxygen generated by the pure oxygen machine (17) is connected into the ozone generating device (1).

9. The efficient and environment-friendly sterilization and disinfection equipment which is harmless to human bodies according to claim 1, is characterized in that: the ozone generator further comprises a cooling water circulation system (18) and an auxiliary water tank (19), wherein two ends of the cooling water circulation system (18) are respectively connected with the ozone generator (1) and the auxiliary water tank (19).