CN111420096A - Epidemic situation emergency automatic disinfection control system, method and device - Google Patents

Abstract

The invention belongs to the technical field of automatic control and discloses an epidemic emergency automatic disinfection control system, method and device, wherein an infrared sensing device starts a spraying device system, and an intelligent liquid medicine atomizer controlled by an intelligent ultrasonic atomization disinfection system control box starts; antiseptic solution in the stock solution bucket under the effect of elevator pump, conveys the intelligent liquid medicine atomizer of both sides in the passageway through connecting tube, and intelligent liquid medicine atomizer atomizes disinfection liquid, spouts whole space in the passageway. The device comprises: the intelligent ultrasonic atomization disinfection system comprises an intelligent ultrasonic atomization disinfection system control box, a disinfectant liquid storage barrel, an intelligent liquid medicine atomizer, a liquid medicine conveying pipeline, an intelligent liquid medicine atomizer power line, a disinfection floor mat and a disinfection channel door curtain; the intelligent ultrasonic atomization disinfection system control box is connected with the disinfectant liquid storage barrel and the intelligent disinfectant atomizer through the intelligent disinfectant liquid atomizer power line, and the disinfectant liquid storage barrel is connected with the intelligent disinfectant liquid atomizer, the disinfection floor mat and the disinfection channel door curtain through a disinfectant liquid conveying pipeline.

Description

Epidemic situation emergency automatic disinfection control system, method and device

Technical Field

The invention belongs to the technical field of automatic control, and particularly relates to an epidemic situation emergency automatic disinfection control system, method and device.

Background

At present, governments mobilize all forces to take various control measures, such as: hand washing, isolation, mask wearing, outdoor reduction, active treatment, and the like. The measures play a positive role in reducing epidemic outbreak. However, people are active groups that often enter and exit various locations such as office buildings, residential quarters, hospitals, banks, transportation, etc. as needed. People in the activity are inevitable to carry external infectious pathogenic microorganisms such as clothes, hair, hats, shoes and the like, so that the pathogenic microorganisms are spread wantonly. To effectively cut off the transmission path, the environment and personnel must be disinfected and prevented. Therefore, the pathogenic microorganisms carried on the body surface can be effectively killed by the people flowing through the full-automatic personnel disinfection channel device, and the pathogenic microorganisms are controlled to enter the non-epidemic area.

Through the above analysis, the problems and defects of the prior art are as follows: clothes, hair, hats, shoes and the like in public places carry external infectious pathogenic microorganisms, and the pathogenic microorganisms are spread to four parties.

The difficulty in solving the above problems and defects is:

the main problems and difficulties in the prior art are the problems of the screening of disinfectant drugs, the synergistic use of disinfection time, the concentration of the disinfectant drugs and the like and the concern of people on the misunderstanding of the disinfectant drugs; due to the fact that the device is popularized and applied to places other than the farm for the first time, facility materials are different from the farm.

The significance of solving the problems and the defects is as follows: when a large epidemic situation comes, the environment influence is inevitably brought by adopting large-area disinfection, and meanwhile, the problems of poor disinfection effect of the open environment, overlarge disinfection cost and the like are solved. When epidemic diseases occur, people cannot freely flow, and anxiety and uneasiness are caused. But with the necessity of work, life and others, the peak of the flow of people must be carried out. In order to effectively prevent and control the secondary epidemic disease and cut off the epidemic disease transmission way in areas with serious epidemic situations, emergency disinfection treatment is necessary to be carried out on the people flowing gathering area. The project mainly adopts standardized customized accessories and disinfectant, is quickly assembled and put into use on a prevention and control site, greatly improves the prevention and control efficiency, can effectively solve the problem of disinfection of mobile personnel, and has a certain positive effect on relieving epidemic spread.

Disclosure of Invention

Aiming at the problems in the prior art, the invention provides an epidemic situation emergency automatic disinfection control system, method and device.

The invention is realized in such a way that an epidemic situation emergency automatic disinfection control method comprises the following steps:

the first step, an infrared induction device starts a spraying device system, and an intelligent liquid medicine atomizer controlled by an intelligent ultrasonic atomization and disinfection system control box starts;

and secondly, the infrared sensing device simultaneously starts a lifting pump in the liquid storage barrel, the disinfectant is conveyed to the intelligent liquid medicine atomizers at two sides in the channel through the connecting pipeline under the action of the lifting pump, and the intelligent liquid medicine atomizers the disinfectant and sprays the disinfectant to the whole space in the channel.

Further, when the infrared sensing device automatically senses the entrance and exit people flow signal, the spraying device system and the lift pump are automatically started, and when no people flow signal exists in the channel, the spraying device and the lift pump are automatically closed.

Further, the disinfectant comprises GB/T36758-2018 hygienic standards of chlorine-containing disinfectants issued by the state 2019 and subacid electrolyzed water hypochlorous acid and pasteur (84) disinfectant which are allowed to be used by the second edition of Hospital disinfection technical Specification.

Another object of the present invention is to provide an epidemic situation emergency automatic disinfection control system for implementing the epidemic situation emergency automatic disinfection control method, wherein the epidemic situation emergency automatic disinfection control system comprises:

the spray starting module is used for starting the spraying device system by the infrared sensing device and starting the intelligent liquid medicine atomizer controlled by the control box of the intelligent ultrasonic atomization and disinfection system;

disinfection liquid atomization module for realize the antiseptic solution in the stock solution bucket under the effect of elevator pump, convey the intelligent liquid medicine atomizer of both sides in the passageway through connecting tube, intelligent liquid medicine atomizer atomizes disinfection liquid, spouts whole space in the passageway.

Another object of the present invention is to provide an epidemic situation emergency automatic disinfection control device equipped with the epidemic situation emergency automatic disinfection control system, the epidemic situation emergency automatic disinfection control device comprising: the intelligent ultrasonic atomization disinfection system comprises an intelligent ultrasonic atomization disinfection system control box, a disinfectant liquid storage barrel, an intelligent liquid medicine atomizer, a liquid medicine conveying pipeline, an intelligent liquid medicine atomizer power line, a disinfection floor mat and a disinfection channel door curtain;

the intelligent ultrasonic atomization disinfection system control box is connected with a disinfectant liquid storage barrel lifting pump, an intelligent disinfectant liquid atomizer and an infrared sensor through an intelligent liquid atomizer power line, and the disinfectant liquid storage barrel is connected with the intelligent liquid atomizer, a disinfection floor mat and a disinfection channel door curtain through a liquid medicine conveying pipeline.

Further, emergent automatic disinfection controlling means of epidemic situation still includes: a channel support frame, an enclosure structure and a plastic door curtain;

the channel support frame comprises a light steel pipe, a galvanized pipe, a stainless steel pipe, a plastic pipe, a wood frame, a bamboo frame and a sun umbrella combination; the support frame supports the pipe frame and is connected with the pipe head; the enclosure structure comprises a plastic film, a color steel plate material, an iron sheet material and a brick wall solid material; the door curtain comprises hanging piece type plastic and a transparent plastic film.

Further, intelligence liquid medicine atomizer includes spraying host computer, pipeline, tee bend, stock solution bucket.

Further, the spraying host computer includes intelligent ultrasonic atomization disinfection system control box, elevator pump, atomizing spraying apparatus.

Further, the pipeline comprises a galvanized pipe, a PE plastic pipe, a round steel pipe and a PVC pipe; the intelligent liquid medicine atomizers are arranged at two sides in the disinfection channel, and atomizer spraying equipment is arranged at intervals; the tee joint is connected with a liquid medicine inlet, an atomizing device port and other outlets required by liquid medicine of the atomizer; the liquid storage barrel comprises a plastic liquid storage barrel and an iron sheet liquid storage barrel; the liquid storage barrel is used for placing disinfection liquid medicine and a lifting pump.

Further, the disinfection floor mat comprises a floor mat and a drainage ditch;

the disinfection ground mat also comprises a water-absorbing cotton ground mat and a water-absorbing plastic ground mat; and the drainage ditch discharges the redundant water of the floor mat through the water receiving tank.

The method has the advantages that the method generates sodium hypochlorite, hypochlorous acid, sodium chlorate and the like by electrolyzing the sodium chloride liquid to form chlorine-containing disinfectant, so that a disinfection effect is achieved, the acidic electrolyzed water generated after electrolysis has a sterilization and disinfection effect, the pasteur (84) disinfectant is a high-efficiency disinfectant mainly containing the sodium hypochlorite, the main component of the disinfectant is the sodium hypochlorite (NAC L O), the colorless or light yellow liquid contains 5.5% -6.5% of effective chlorine, the ratio of the pasteur (84) disinfectant to water is 1: 24, the effective chlorine content in the liquid is about 500 mg/L, and the disinfection time is 30 minutes.

The hypochlorous acid water disinfectant, hypochlorous acid water (hypochlorous acid water), of the invention refers to an aqueous solution of which the stock solution contains stable hypochlorous acid molecules. Is a novel high-efficiency disinfectant. Its advantages are broad spectrum, high killing power, high safety and high environmental protection.

Drawings

Fig. 1 is a flow chart of an epidemic emergency automatic disinfection control method provided by the embodiment of the invention.

FIG. 2 is a schematic structural diagram of an emergency automatic disinfection control device for epidemic situations according to an embodiment of the present invention;

in the figure: 1. an intelligent ultrasonic atomization disinfection system control box; 2. a disinfectant liquid storage barrel; 3. an intelligent liquid medicine atomizer; 4. a liquid medicine delivery pipe; 5. a power cord of the intelligent liquid medicine atomizer; 6. sterilizing the ground mat; 7. a disinfection tunnel door curtain; 8. an infrared controller; 9. a channel support frame; 10. and (4) a building envelope.

Fig. 3 is a schematic plan structure view of an emergency automatic disinfection control device for epidemic situations according to an embodiment of the present invention.

Fig. 4 is an application effect diagram of the emergency automatic disinfection control device for epidemic situations according to the embodiment of the invention.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is further described in detail with reference to the following embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

Aiming at the problems in the prior art, the invention provides an epidemic situation emergency automatic disinfection control system, method and device, and the invention is described in detail with reference to the accompanying drawings.

As shown in fig. 1, the emergency automatic disinfection control method for epidemic situations provided by the invention comprises the following steps:

s101: the infrared induction device immediately starts the spraying device system and the lifting pump, and the intelligent liquid medicine atomizer controlled by the control box of the intelligent ultrasonic atomization and disinfection system immediately starts to work;

s102: antiseptic solution in the stock solution bucket under the effect of elevator pump, conveys the intelligent liquid medicine atomizer of both sides in the passageway through connecting tube, and intelligent liquid medicine atomizer atomizes disinfection liquid, spouts to and fill whole space in the passageway.

As shown in fig. 2, the emergency automatic disinfection control device for epidemic situations provided by the invention comprises: intelligent ultrasonic atomization disinfection system control box 1, antiseptic solution liquid storage bucket 2, intelligent liquid medicine atomizer 3, liquid medicine pipeline 4, intelligent liquid medicine atomizer power cord 5, disinfection ground mat 6, disinfection passageway door curtain 7, infrared controller 8, 9 envelope 10 of passageway support frame.

Intelligent ultrasonic atomization disinfection system control box 1 is connected with antiseptic solution liquid storage bucket 2, intelligent liquid atomizer 3 through intelligent liquid atomizer power cord 5, and antiseptic solution liquid storage bucket 2 is connected with intelligent liquid atomizer 3, disinfection ground mat 6, disinfection passageway door curtain 7 through liquid medicine pipeline 4.

The invention provides an epidemic situation emergency automatic disinfection control device which comprises a channel support frame, an enclosure structure and a plastic door curtain, wherein the channel structure is 6-12 m in length, × m in width, 1.8 m-2 m in × m and 2 m-2.3 m in height, the channel support frame comprises a light steel pipe, a galvanized pipe, a stainless steel pipe, a plastic pipe, a wood frame, a bamboo frame and a sun umbrella combination, the support frame is produced in a standardized and customized mode, the support frame and a connecting pipe head are used for carrying out rapid connection and combination, the enclosure structure comprises a plastic film, a color steel plate material, an iron sheet material and a brick wall solid material, and the door curtain comprises a hanging piece type plastic film and a transparent plastic film.

The intelligent liquid medicine atomizer 3 comprises a spraying main machine, a pipeline, a tee joint (elbow), a liquid storage barrel and a lifting pump; under the lifting means effect, carry intelligent liquid medicine atomizer 3 with the antiseptic solution through the pipeline to liquid atomization becomes smog and diffuses whole passageway, disinfects to the crowd of passing.

The spraying host computer comprises intelligent ultrasonic atomization disinfection system control box 1, elevator pump, atomizing spraying equipment. The pipeline comprises a galvanized pipe, a PE plastic pipe, a round steel pipe and a PVC pipe. The intelligent liquid medicine atomizer 3 is arranged on two sides in the disinfection channel, the installation height is 2 meters, and atomizer spraying equipment is arranged at intervals of 1.5 meters to 2.0 meters. The tee joint is mainly connected with a liquid medicine inlet, an atomizing device port and other outlets needed by liquid medicine of the atomizer. The material comprises PE plastic, copper and stainless steel. The liquid storage barrel comprises a plastic liquid storage barrel and an iron sheet liquid storage barrel. The liquid storage barrel is mainly used for containing disinfectant liquid and a lifting pump, and the disinfectant liquid conveniently enters the atomizer through the lifting pump.

The disinfection floor mat 6 consists of a floor mat and a drainage ditch. The disinfection floor mat 6 comprises a water-absorbing cotton floor mat and a water-absorbing plastic floor mat with the thickness of 3-5 centimeters; the water receiving groove is used for discharging the excessive water of the floor mat.

The infrared induction device automatically induces the entrance and the exit to automatically start the spraying device system to work when people flow in, and automatically closes the spraying device to work when no people flow in the channel; the disinfectant comprises GB/T36758-2018 hygienic standards of chlorine-containing disinfectants issued in 2019 and slightly acidic electrolyzed water hypochlorous acid and bas (84) disinfectant which are allowed to be used in the second edition of Hospital's disinfection technical Specification.

The electrolyzed water refers to a product generated after electrolyzing water containing salt (such as sodium sulfate, but not common salt, and chlorine gas is generated). The electrolyzed water is neutral, and other ions can be added, or the electrolyzed water can be separated by a semipermeable membrane to generate water with two properties. One of them is alkaline ionized water, and the other is acidic ionized water. Electrolyzed water containing sodium chloride as an electrolyte in water contains sodium hydroxide, hypochlorous acid and sodium hypochlorite after electrolysis (if pure water is electrolyzed, only hydroxide ions, hydrogen gas, oxygen gas and hydrogen ions are generated).

The bas (84) disinfectant is a high-efficiency disinfectant mainly comprising sodium hypochlorite (NAC L O), and is colorless or light yellow liquid, wherein the effective chlorine content is 5.5-6.5%, the ratio of the effective chlorine content in the bas (84) disinfectant to water is 1: 24, and the effective chlorine content in the liquid is about 500 mg/L, and the disinfection time is 30 minutes.

The hypochlorous acid water disinfectant, hypochlorous acid water (hypochlorous acid water), of the invention refers to an aqueous solution of which the stock solution contains stable hypochlorous acid molecules. Is a novel high-efficiency disinfectant. Its advantages are broad spectrum, high killing power, high safety and high environmental protection.

(1) Physical and chemical properties

Hypochlorous acid water is a colorless transparent liquid, has a light hypochlorous acid disinfectant smell, has an effective chlorine content of 50 mg/L-200 mg/L (mg/L is equal to ppm, the same applies below), a pH value of 4.0-6.5, an oxidation-reduction potential of more than 1040mV, and has good stability under the conditions of room temperature, sealing and light protection, and can be automatically decomposed into oxygen, water and chlorine ions under the conditions of opening and no light protection, so that no harmful residue is left.

(2) The sterilization test of suspension is applied, when the ratio of the disinfectant to the suspension is 100:1, the hypochlorous acid water with the effective chlorine content of 50 mg/L can kill various microorganisms, including bacterial propagules, viruses, fungi, spores and the like, the killing time of the disinfectant to campylobacter, escherichia coli, pseudomonas aeruginosa, staphylococcus aureus, MRSA, trichophyton and gram-negative aerobic bacillus at room temperature is less than 15s, the killing time to aspergillus niger and black variant spores of hay bacillus is less than 30s at 40 ℃, the hypochlorous acid water with the effective chlorine content of 50 mg/L can kill influenza viruses and norovirus at 15s under the same room temperature condition, and the quantitative killing test of the suspension method by adding organic matters has the effective chlorine content of 200 mg/L, and the killing value of the hypochlorous acid water with the effective chlorine content of 10 min-20 min to black variant spores of hay bacillus is more than 5.

(3) The mechanism of killing microorganisms is that hypochlorous acid is an inorganic small molecule and can penetrate cell walls and cell membranes of the microorganisms to destroy life substances such as proteins and nucleic acids of the microorganisms, so that the microorganisms die.

(4) The sterilizing effect of the hypochlorous acid disinfectant is influenced by the amount of organic matters, the concentration of the disinfectant, the temperature and other factors, the sterilizing effect is relatively reduced due to more organic matters in a sterilizing object system, the sterilizing effect of the disinfectant can be enhanced due to the increase of the concentration and the increase of the temperature of the disinfectant, the sterilizing effect of the hypochlorous acid disinfectant can be enhanced under the condition of no addition of the organic matters, the sterilizing rate of the hypochlorous acid disinfectant with the effective chlorine content of 50 mg/L to the black variant spores of the bacillus subtilis reaches over 99.999 percent at 20-25 ℃ for 3min in a suspension sterilization test, the hypochlorous acid water with the same effective chlorine content reaches the same effect only for 30s at 40 ℃, and the hypochlorous acid disinfectant with the effective chlorine content of 60 mg/L can reach the same sterilizing effect at 35 ℃ for 1.

(5) The hypochlorous acid water can be used for disinfecting various objects in medical and health institutions, various public places, food processing, restaurants, families and other occasions, including endoscopes and surgical instruments; sore/wound, skin mucosa; air, hands, surfaces and fabrics of objects, fruits and vegetables, tableware, secondary water supply equipment and facilities, and the like.

(6) Application method

1) Endoscope/surgical instrument disinfection

The method can be common soaking cleaning or disinfection, wherein the common soaking comprises soaking and cleaning the disinfection object with alkaline special cleaning agent or enzyme cleaning solution, washing with running water, draining, soaking the disinfection object with hypochlorous acid water disinfectant stock solution of 200 mg/L at room temperature, washing with sterile water, wiping with sterile gauze after 20min, and cleaning with endoscope cleaning and disinfecting machine by ultrasonic vibration or manual washing to reinforce the previous process, wherein the process comprises cleaning the organic matter with clear water, washing with pure water for 2min, and disinfecting with hypochlorous acid of 200 mg/L for 3 min.

2) Wound/sore disinfection

The wound opening or wound surface exposed by using 100 mg/L hypochlorous acid water disinfectant stock solution is sprayed on the affected part and the adjacent peripheral area in a sufficient amount after debridement until the affected part is uniformly covered by the liquid, the wound opening or wound surface is dressed 2-3 times a day, the dressing which is adhered to the wound surface can be sprayed and soaked by the hypochlorous acid water disinfectant stock solution firstly and is convenient to take down when the dressing is changed, the dressing which is adhered to the wound surface can be cleaned by using the hypochlorous acid water disinfectant stock solution for each time, necrotic tissues and secretions can be cleaned by using the hypochlorous acid water disinfectant stock solution together with sterile cotton balls or medical gauze when dressing is carried out, the dressing which is contacted with the wound surface is sprayed on the affected part after one side of the dressing is sprayed thoroughly when dressing is carried out, and.

3) Disinfection of skin mucosa

Spraying 100 mg/L hypochlorous acid water disinfectant stock solution to the desired part (inflammation and sore ulcer) and the adjacent peripheral area until the stock solution is uniformly covered, or wiping with sterile cotton bud or gauze soaked with the product.

4) Disinfection of air

Adopting 100 mg/L hypochlorous acid water disinfectant stock solution, eliminating pollution source, closing door and window, and using special aerosol atomizer to make stock solution be 5ml/m³The dosage of the composition is that the composition is sprayed into the air by holding a spray head, and the composition is uniformly sprayed from inside to outside, from top to bottom and from left to right, and the composition can be put into use after the composition is acted for 30 min.

5) Hand cleaning and disinfecting

The method comprises the steps of adopting 150 mg/L hypochlorous acid water disinfectant stock solution, disinfecting hands, taking sufficient disinfectant to completely cover or immerse parts of hands to be disinfected, and acting for 1min, and disinfecting hands in surgery, wherein after hands are washed in surgery, a proper amount of disinfectant is uniformly applied to the skins of both hands, forearms and lower part 1/3 of upper arms and acts for 3 min.

6) Sterilization of object surfaces and fabrics

After removing the pollutants, wiping and spraying the objects or surfaces to be disinfected by using 100 mg/L disinfectant stock solution, or soaking the fabrics by using the disinfectant with the same concentration for 5min, and naturally drying or draining after the action.

7) Disinfection of secondary water supply facilities

After cleaning and decontamination, 80 mg/L disinfectant stock solution is uniformly sprayed on the inner surface of a secondary water supply and storage facility from left to right, from top to bottom and from inside to outside by using a high-pressure water gun, no dead angle is left, after spraying, a hole cover is covered for 5-10 min, and the disinfectant can be discharged completely, namely, the water inlet valve can be opened for water storage.

8) Disinfection of fruit and vegetable/tableware

Soaking the cleaned fruits, vegetables or tableware in 100 mg/L disinfectant stock solution, draining after 5min, and cleaning tableware made of metals except stainless steel with clear water after disinfection.

(7) Stability, safety and damage to objects

1) Stability of

The stability of the preparations with different concentrations or formulas and the products produced by different enterprises is different; generally, the decrease rate of available chlorine is less than 10% when the glass is stored at constant temperature of 54 ℃ for 14d in a closed and dark condition, indicating that the effective period of the glass is 12 months at normal temperature.

2) Safety feature

Acute oral toxicity is of the actual non-toxic grade; acute inhalation toxicity is practically nontoxic; acute eye irritation, multiple intact skin irritation, and one-time damaged skin irritation are all non-irritating; no skin allergy (i.e. sensitization rate of 0); chromosome damage toxicity was negative.

3) Damage to objects

The hypochlorous acid water has no corrosion to stainless steel, slight corrosion to copper and aluminum and moderate corrosion to carbon steel. In order to avoid damage to metal products due to long-term use, after objects made of metals which may corrode are disinfected, the objects are rinsed with tap water or sterile water according to the requirements of the disinfection grade.

(8) Quality detection

Measuring the content of available chlorine; for the measurement of pH, an instrumental method was used.

The above description is only for the purpose of illustrating the present invention and the appended claims are not to be construed as limiting the scope of the invention, which is intended to cover all modifications, equivalents and improvements that are within the spirit and scope of the invention as defined by the appended claims.

Claims (10)

1. An epidemic emergency automatic disinfection control method is characterized by comprising the following steps:

the first step, an infrared induction device starts a spraying device system, and an intelligent liquid medicine atomizer controlled by an intelligent ultrasonic atomization and disinfection system control box starts;

and secondly, conveying the disinfectant in the liquid storage barrel to intelligent liquid medicine atomizers at two sides in the channel through a connecting pipeline under the action of a lifting pump, and atomizing the disinfectant by the intelligent liquid medicine atomizers to spray the disinfectant to the whole space in the channel.

2. The epidemic emergency automatic disinfection control method of claim 1, wherein the infrared sensor automatically senses the entrance and exit flow signal and automatically starts the spraying device system, and the spraying device is automatically closed when no flow signal is present in the passageway.

3. The emergency automatic disinfection control method for epidemic situations according to claim 1, wherein the disinfectant comprises subacid electrolyzed water hypochlorous acid and bus disinfectant.

4. An epidemic emergency automatic disinfection control system for implementing the epidemic emergency automatic disinfection control method according to any one of claims 1 to 3, wherein the epidemic emergency automatic disinfection control system comprises:

the spray starting module is used for starting the spraying device system by the infrared sensing device and starting the intelligent liquid medicine atomizer controlled by the intelligent atomization disinfection system control box;

disinfection liquid atomization module for realize the antiseptic solution in the stock solution bucket under the effect of elevator pump, convey the intelligent liquid medicine atomizer of both sides in the passageway through connecting tube, intelligent liquid medicine atomizer atomizes disinfection liquid, spouts whole space in the passageway.

5. An epidemic emergency automatic disinfection control device carrying the epidemic emergency automatic disinfection control system of claim 4, wherein the epidemic emergency automatic disinfection control device comprises: the intelligent ultrasonic atomization disinfection system comprises an intelligent ultrasonic atomization disinfection system control box, a disinfectant liquid storage barrel, an ultrasonic intelligent liquid medicine atomizer, a liquid medicine conveying pipeline, an intelligent liquid medicine atomizer power line, a disinfection floor mat and a disinfection channel door curtain;

the intelligent ultrasonic atomization disinfection system control box is connected with the disinfectant liquid storage barrel and the intelligent disinfectant atomizer through the intelligent disinfectant liquid atomizer power line, and the disinfectant liquid storage barrel is connected with the intelligent disinfectant liquid atomizer, the disinfection floor mat and the disinfection channel door curtain through a disinfectant liquid conveying pipeline.

6. The emergency automatic disinfection control device of claim 5, further comprising: a channel support frame, an enclosure structure and a plastic door curtain;

the channel supporting framework comprises a light steel pipe, a galvanized pipe, a stainless steel pipe, a plastic pipe, a wood frame, a bamboo frame and a sun umbrella combination; the support frame supports the pipe frame and is connected with the pipe head; the enclosure structure comprises a plastic film, a color steel plate material, an iron sheet material and a brick wall solid material; the door curtain comprises hanging piece type plastic and a transparent plastic film.

7. The emergency automatic disinfection control device for epidemic situations according to claim 5, wherein said intelligent liquid medicine atomizer comprises a main spraying machine, a pipeline, a tee joint and a liquid storage barrel.

8. The emergency automatic disinfection control device for epidemic situations according to claim 7, wherein said spraying host comprises an intelligent ultrasonic atomization disinfection system control box, a lift pump, and an atomization spraying device.

9. The emergency automatic disinfection control of claim 7 wherein said pipes comprise galvanized pipe, PE plastic pipe, steel pipe, PVC pipe; the intelligent liquid medicine atomizers are arranged at two sides in the disinfection channel, and atomizer spraying equipment is arranged at intervals; the tee joint is connected with a liquid medicine inlet, an atomizing device port and other outlets required by liquid medicine of the atomizer; the liquid storage barrel comprises a plastic liquid storage barrel and an iron sheet liquid storage barrel; the liquid storage barrel is used for placing disinfection liquid medicine and a lifting pump.

10. The emergency automatic disinfection control device for epidemic situations according to claim 5, wherein said disinfection floor mat comprises a floor mat, a drainage ditch;

the disinfection ground mat also comprises a water-absorbing cotton ground mat and a water-absorbing plastic ground mat; and the drainage ditch discharges the redundant water of the floor mat through the water receiving tank.

Images