Sterilization system for personnel entering factory

Abstract

The utility model discloses a factory entering personnel disinfection system, which is characterized in that after entering a disinfection area from an entrance door, articles and hands are disinfected, a single person carries out subsequent shower disinfection work in a single room, original clothes are put into a clothes storage room, and after showering, clothes with disinfection work are put into a factory, so that pathogens can be completely isolated from being brought into the factory, and after the personnel enter the factory, an electric control door is self-locked; the cleaning device arranged in the shower cubicle starts to be started to clean and disinfect the interior of the shower cubicle, disinfectant and clear water are sprayed into the shower cubicle through the spraying assembly for disinfection and washing, and residual water drops in the shower cubicle are dried through the drying assembly, so that breeding of residual bacteria in the shower cubicle can be avoided, sterility of a shower place is continuously guaranteed, and the service life of the shower cubicle is prolonged. The factory entering personnel need to be disinfected for the second time through the spraying disinfection room and wear the protective clothing before entering the chicken house, so that a second-level defense line before the factory entering personnel make contact with the laying hens is formed, the leakproofness of the whole set of disinfection system is improved, and the health and safety of the laying hens are comprehensively guaranteed.

Description

Technical Field

[0001] The utility model relates to the technical field of aquaculture biological safety control equipment, in particular to a disinfection system for factory entry personnel. Background Art

[0002] Centralized large-scale laying hen farming brings higher economic benefits but also brings a higher risk of infectious diseases. The inevitable flow of people during the breeding process will allow pathogens to follow the people entering the factory into the chicken house. After the pathogens come into contact with laying hens, it is very easy to cause disease. Large-scale farming can make the disease spread rapidly and difficult to block. Therefore, in order to prevent the spread of disease and control the biosafety of laying hen farming, comprehensive and strict disinfection of people entering the factory is an important measure to ensure the health of laying hens.

[0003] At present, all breeding farms have begun to use disinfection equipment to disinfect people entering, such as ultraviolet lamps, disinfection sprayers, etc. Ultraviolet rays have a strong bactericidal effect, but ultraviolet rays directly irradiate the human body, which will cause damage to human eyes and skin, posing a health hazard to personnel. Disinfection sprayers can kill pathogens attached to surfaces such as human clothing, but it is difficult to ensure that pathogens in hidden places such as human hair and epidermis are disinfected by spray disinfection alone, and spray disinfection requires the whole body to be completely wet and act for a period of time before it can be effective. In order to improve the disinfection effect, some breeding farms set up shower rooms and monitor the washing and disinfection of personnel through sensing devices to ensure the washing and disinfection effect. However, after the shower, ignoring the cleaning of the shower room will cause bacteria to grow. The bacteria left in the shower room by the front and back shower personnel cross-contaminate the shower room, and are carried into the factory by the shower personnel, resulting in loopholes in the prevention of pathogenic microorganisms. Therefore, in response to the above problems, a system is needed that can achieve comprehensive and strict disinfection of personnel entering the factory. Utility Model Content

[0004] The utility model aims to provide a disinfection system for personnel entering a factory, so as to solve the problems that the existing disinfection system has poor disinfection effect, residual bacteria in the shower cause cross contamination, and the disinfection of personnel before entering the factory is not comprehensive and strict.

[0005] To solve the above technical problems, the utility model provides a disinfection system for people entering the factory, including an entrance door and an article disinfection device, the article disinfection device is located directly in front of the entrance door, a hand disinfection device is provided on one side of the entrance door, personnel disinfection rooms are provided on both sides of the article disinfection device, the two sides of the article disinfection device are respectively in conflict with the outer walls of each of the personnel disinfection rooms, the personnel disinfection room includes a clothing storage room, a shower room and a changing room, the clothing storage room, the shower room and the changing room are all provided with electric controlled doors, a cleaning device is provided in the shower room, the cleaning device includes a spraying component and a drying component, a spray disinfection room is provided in front of each chicken house, and a protective clothing wearing room is provided between the spray disinfection room and the chicken house.

[0006] It should be noted in the scheme that the spray assembly includes a liquid storage tank arranged outside the personnel disinfection room, and the liquid storage tank is connected to a plurality of main nozzles located at the top of the shower room through a pipeline, and an auxiliary nozzle facing the floor of the shower room is arranged in the middle of the inner wall of the shower room, and the auxiliary nozzle is connected to the pipeline.

[0007] It is further worth noting that the drying assembly includes a fan fixed to the top side of the shower room and an ultraviolet lamp suspended on the top side of the shower room.

[0008] As a preferred embodiment, a hair collector is installed at the drain outlet of the shower room.

[0009] As a preferred embodiment, the article disinfection device includes an article disinfection fumigation cabinet and a food disinfection fumigation cabinet integrally formed with the article disinfection fumigation cabinet, and the article disinfection fumigation cabinet and the food disinfection fumigation cabinet are both provided with cabinet doors on a side close to the entrance door and a side away from the entrance door, and each of the cabinet doors is installed with an electric control lock.

[0010] It is further worth noting that the hand disinfection device includes a sink fixed on the wall and a faucet fixed on the sink, an induction sterilizer is arranged above the sink, the induction range of the induction sterilizer is located above the faucet, and a dryer is arranged on one side of the sink.

[0011] As a preferred embodiment, it also includes: a vehicle spray disinfection room, which is located on the side of the entrance door away from the article disinfection device.

[0012] As a preferred embodiment, a spare passage is provided on one side of the personnel disinfection room, and an exit door of the spare passage is provided with an IC card recognition device.

[0013] Compared with the prior art, the present invention provides a disinfection system for factory personnel, which has at least the following beneficial effects:

[0014] The personnel entering the factory enter the disinfection area through the entrance door, disinfect their personal belongings through the item disinfection device in front of the entrance door, and then move to the hand disinfection device on the side of the entrance door to complete hand disinfection. Then the personnel to be disinfected enter the personnel disinfection rooms on both sides of the item disinfection device, and perform subsequent shower disinfection work in single rooms. The two sides of the item disinfection device are respectively in conflict with the outer walls of each personnel disinfection room to ensure that the personnel entering the factory who have not showered and disinfected cannot enter the breeding farm through any means other than the personnel disinfection room. The personnel entering the personnel disinfection room first enter the clothing storage room, store the clothes they wear in the clothing storage room, press the switch, enter the shower room through the electric control door, close the electric control door after entering, and the electric control door enters the self-locking state until the personnel entering the factory rinse under the shower head for the specified time, and the electric control door leading to the locker room is unlocked. The personnel entering the factory enter the locker room wearing uniform and standardized work clothes and shoes and socks after disinfection, which can completely isolate the introduction of pathogens.

[0015] After the personnel enter the factory, the electric control door enters the self-locking state again, and the cleaning device installed in the shower room starts to clean and disinfect the inside of the shower room. The spray component is started to spray disinfectant into the shower room so that all parts of the shower room are rinsed with disinfectant. It stays for a specified time to allow the disinfectant to have sufficient action time. Then the spray component is started again, spraying clean water to rinse the shower room for a specified time and then stops. Finally, the drying component is used to dry the residual water droplets inside the shower room, which can ensure the whole body disinfection of personnel entering the factory and prevent the concealment of pathogens while avoiding the growth of residual bacteria in the shower room. Loopholes are eliminated, and the sterility of the shower area is continuously ensured to ensure that personnel entering will not bring pathogens into the factory. The first line of defense before entering the factory is completed through disinfection of hands, items and showers, as well as self-cleaning in the shower room. Before entering the chicken house, personnel entering the breeding farm must go through the spray disinfection room set up in front of each chicken house to disinfect the whole body again to further ensure that no pathogens are attached to the surface of the body. They can only enter the chicken house after wearing protective clothing in the protective clothing wearing room, thus forming a secondary line of defense before personnel entering the factory come into contact with laying hens, improving the rigor of the entire disinfection system, and comprehensively protecting the health and safety of laying hens. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] In order to more clearly illustrate the technical solution of the present invention, the following briefly introduces the drawings required for use in the embodiments. Obviously, for ordinary technicians in this field, other drawings can be obtained based on these drawings without inventiveness.

[0017] Figure 1 A schematic diagram of the top view of a disinfection system for factory personnel provided by the utility model;

[0018] Figure 2A schematic diagram of the internal structure of the shower room provided by the utility model;

[0019] Figure 3 This is a schematic diagram of the structure of the article disinfection device provided by the utility model;

[0020] Figure 4 This is a schematic diagram of the structure of the hand disinfection device provided by the utility model;

[0021] In the figure: 1. Entrance door; 2. Article disinfection device; 200. Article disinfection fumigation cabinet; 210. Food disinfection fumigation cabinet; 220. Cabinet door; 230. Electric lock; 3. Hand disinfection device; 300. Sink; 310. Faucet; 320. Induction disinfector; 330. Dryer; 4. Personnel disinfection room; 400. Clothing storage room; 410. Shower room; 420. Dressing room; 430. Electric door; 5. Cleaning device; 500. Spraying component; 501. Liquid storage tank; 502. Pipeline; 503. Main nozzle; 504. Auxiliary nozzle; 510. Drying component; 511. Fan; 512. Ultraviolet lamp; 6. Chicken house; 7. Spray disinfection room; 8. Protective clothing wearing room; 9. Vehicle spray disinfection room; 10. Spare channel; 11. IC card recognition device. DETAILED DESCRIPTION

[0022] In order to enable those skilled in the art to better understand the technical solutions in the present invention, the technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the accompanying drawings.

[0023] The core of the utility model is to provide a disinfection system for personnel entering the factory, which solves the problems of poor disinfection effect of the existing disinfection system, cross contamination of residual bacteria in the shower, and incomplete and rigorous disinfection of personnel before entering the factory.

[0024] Figure 1 This is a schematic diagram of the top view of a disinfection system for factory personnel provided by the utility model. Figure 2 This is a schematic diagram of the internal structure of the shower room provided by the utility model. Figure 3 This is a schematic diagram of the structure of the article disinfection device provided by the utility model. Figure 4 This is a schematic diagram of the structure of the hand disinfection device provided by the utility model, see Figures 1 to 4 shown.

[0025] Example 1

[0026] A disinfection system for factory personnel, the factory personnel enter the disinfection area through the entrance door 1, refer to Figure 1, the item disinfection device 2 is located right in front of the entrance door 1. The personnel entering the factory need to spread out all the items they carry and put them into the item disinfection device 2 for item disinfection. After ensuring that there is no item left on the body, move to the hand disinfection device 3 arranged on the side of the entrance door 1, and use the hand disinfection device 3 to clean and disinfect the hands. Personnel disinfection rooms 4 are arranged on both sides of the item disinfection device 2. After placing all personal items and completing hand disinfection, the personnel enter the personnel disinfection room 4 respectively, and the subsequent shower disinfection work is carried out in a single room to avoid cross infection. It should be noted that the two sides of the item disinfection device 2 are respectively in conflict with the outer walls of each personnel disinfection room 4, which can ensure that the personnel entering the factory who have not showered and disinfected cannot pass through the personnel disinfection room. The personnel disinfection room 4 includes a clothing storage room 400, a shower room 410 and a dressing room 420. The clothing storage room 400, the shower room 410 and the dressing room 420 are all provided with an electric control door 430. Press the control button next to the electric control door 430 to open the electric control door 430 to enter the clothing storage room 400, take off the whole body clothes for storage. Specifically, the clothing storage room 400 is provided with a clothing storage cabinet and a disinfection slipper cabinet. Put the taken-off clothes into the clothing storage cabinet, close the cabinet door and it will be automatically locked. Then take out the disinfected slippers from the disinfection slipper cabinet. Disposable slippers can also be used. After putting on the slippers, press the control button next to the electric control door 430 leading to the shower room 410. After entering the shower room 410, the electric control door 430 is closed. At this time, all the electric control doors 430 are in a self-locking state. A voice announcer and a shower are provided in the shower room 410. A sensor is installed on the shower head. The personnel entering the factory wash under the shower head according to the guidance of the voice announcer. A temperature sensor is also installed on the shower head. The sensor and the temperature sensor are electrically connected to the voice announcer. When the washing temperature is lower than the specified temperature, the voice announcer will give a prompt. The washing time below the specified temperature will not be included in the shower time. If the sensor senses that the personnel entering the factory have left under the shower head, the voice announcer will also give a prompt, and the time of leaving will not be included in the shower time. The sensor and the temperature sensor are both connected by The control system is electrically connected to the electric door 430. Personnel entering the factory need to take a shower for 20 minutes at a water temperature greater than or equal to the specified temperature before the electric door 430 can be unlocked. Only after showering can personnel enter the changing room 420 through the electric door 430. It should be noted that the computer program involved in the above-mentioned control does not belong to the content protected by the present utility model and will not be elaborated here. Personnel entering the factory wear disinfected work clothes and shoes and socks or disposable work clothes and disposable shoes and socks in the changing room 420, and enter the internal corridor of the breeding farm through the electric door 430 of the changing room 420. Through the disinfection of objects, hands and showers, a first-level defense line is built for personnel entering the breeding farm. Showering and changing into uniform and standardized clothes can completely isolate the introduction of pathogens.

[0027] It is worth noting that a cleaning device 5 is provided in the shower room 410. Figure 2 The cleaning device 5 includes a spraying component 500 and a drying component 510. The spraying component 500 can spray disinfectant and clean water into the shower room 410 for flushing and disinfection. Specifically, the spraying component 500 includes a liquid storage tank 501 arranged outside the personnel disinfection room 4. The liquid storage tank 501 is divided into a disinfectant tank and a clean water tank. The liquid storage tank 501 is connected to a plurality of main nozzles 503 located at the top of the shower room 410 through a pipe 502. After the personnel entering the factory close the electric control door 430 of the locker room 420 and enter the factory area, all the electric control doors 430 enter the self-locking state again, and the spraying component 500 starts to work. The disinfectant in the disinfectant tank is transported through the pipe 502 and sprayed out from the top of the shower room 410 through the main nozzle 503. , flush the inner wall, floor and facilities of the shower room 410. After the specified flushing time, the spraying assembly 500 stops for a certain period of time to allow the disinfectant to have sufficient action time. After achieving an effective disinfection effect, the spraying assembly 500 is started again, and the clean water in the clean water tank is transported through the pipe 502 and sprayed through the main nozzle 503 to flush the residual disinfectant inside the shower room 410. After the specified flushing time, the spraying assembly 500 stops working. Since the main nozzle 503 is set at the top of the shower room 410, in order to avoid the main nozzle 503 and the bottom of the shower room 410 being too far away, thereby affecting the cleaning effect of the shower room 410, an auxiliary nozzle 504 facing the floor of the shower room 410 is set in the middle of the inner wall of the shower room 410 , the auxiliary nozzle 504 is connected to the pipe 502, and the shower room 410 is flushed together with the auxiliary nozzle 504 and the main nozzle 503, so as to ensure that the bottom of the shower room 410 can be fully cleaned to avoid leaving cleaning dead corners. After the spraying and flushing is completed, the residual water droplets inside the shower room 410 can be dried by the drying component 510. Specifically, the drying component 510 includes a fan 511 fixed to the top side of the shower room 410 and an ultraviolet lamp 512 hoisted on the top side of the shower room 410. After the spraying component 500 completes the cleaning work, the fan 511 is started to dry the residual water droplets in the shower room 410. After the specified time, the fan 511 stops to complete the drying of the shower room 410. Then, the ultraviolet lamp 51 2 is started, and the inside of the shower room 410 is disinfected and sterilized by ultraviolet irradiation. The cleaning device 5 can be used to clean and disinfect the shower room 410 after the factory personnel use it, so as to avoid the defense loopholes caused by the growth of residual bacteria in the shower room 410, continuously ensure the sterile environment of the shower place, and ensure the rigor of the disinfection system. It should be noted that after the cleaning device 5 completes the comprehensive cleaning of the shower room 410, the electric control door 430 will be unlocked, and subsequent factory personnel can enter and use it. Preferably, a hair collector is installed at the drain outlet of the shower room 410. Hair or debris dropped during the shower process will flow along the water to the drain outlet and be collected in the hair collector, so as to avoid the accumulation of hair and other debris in the drain outlet, causing bacterial growth or blockage.

[0028] Furthermore, a spray disinfection room 7 is provided in front of each chicken house 6, see Figure 1 Before entering the chicken house 6, the personnel who have entered the breeding farm need to undergo secondary disinfection of the whole body in the spray disinfection room 7 to ensure that there are no pathogens attached to their body surface. A protective clothing wearing room 8 is set between the spray disinfection room 7 and the chicken house 6. After the spray disinfection, the personnel who have entered the breeding farm can only enter the chicken house 6 after wearing protective clothing in the protective clothing wearing room 8. In this way, the spray disinfection room 7 and the protective clothing wearing room 8 form a secondary line of defense before the personnel who enter the breeding farm come into contact with the laying hens, thereby improving the rigor of the entire disinfection system and comprehensively protecting the health and safety of the laying hens.

[0029] Example 2

[0030] On the basis of Example 1, the article sterilizing device 2 includes an article sterilizing fumigation cabinet 200 and a food sterilizing fumigation cabinet 210 integrally formed with the article sterilizing fumigation cabinet 200, see Figure 3 In actual use, personnel entering the factory should put their non-food belongings into the item disinfection fumigation cabinet 200. When putting them in, all the items should be spread out on the partitions of the item disinfection fumigation cabinet 200. The item disinfection fumigation cabinet 200 uses formaldehyde fumigation to disinfect the items put in. Food items brought by personnel entering the factory, such as water, beverages, etc., should be put into the food disinfection fumigation cabinet 210. The food disinfection fumigation cabinet 210 uses ozone fumigation to disinfect the food items put in. The item disinfection fumigation cabinet 200 and the food disinfection fumigation cabinet 210 are The disinfection fumigation cabinet 210 is provided with cabinet doors 220 on the side close to the entrance door 1 and the side away from the entrance door 1. Each cabinet door 220 is installed with an electric lock 230. After the cabinet door 220 close to the entrance door 1 is put in, the cabinet door 220 is closed, and the electric lock 230 automatically locks the cabinet doors 220 on both sides to start fumigation and disinfection of the items. After the fumigation and disinfection of the items is completed, the electric lock 230 is released from the self-locking, and the personnel who have entered the breeding farm can open the cabinet door 220 away from the entrance door 1 and take out the items that need to be brought into the factory after disinfection.

[0031] In some feasible implementations, the hand disinfection device 3 includes a sink 300 fixed on the wall and a faucet 310 fixed on the sink 300, see Figure 4After placing the items, the personnel entering the site walk to the sink 300, turn on the faucet 310, rub their hands with hand sanitizer and rinse them with clean water. An induction disinfector 320 is arranged above the sink 300, and the sensing range of the induction disinfector 320 is located above the faucet 310. After rinsing, lift both hands to a position higher than the faucet 310, enter the sensing range of the induction disinfector 320, turn over the hands so that the disinfectant mist sprayed by the induction disinfector 320 evenly covers the hands, turn on the faucet 310 again to rinse the hands, and finally put both hands into the dryer 330 arranged on one side of the sink 300 to dry the hands, so as to achieve comprehensive cleaning of the hands. The hands are the parts that are most likely to carry pathogens and hide bacteria. The hands are disinfected twice by combining the daily hand washing method with the induction disinfector 320, which can ensure that the hands of the personnel entering the factory are fully disinfected. The dryer 330 can prevent the wet water marks on the hands of the personnel entering the factory from being brought to other places, thereby avoiding the growth of bacteria.

[0032] It is further worth noting that a vehicle spray disinfection room 9 is also provided on the side of the entrance door 1 away from the article disinfection device 2, see Figure 1 The vehicle spray disinfection room 9 is located outside the disinfection area. The driver of the vehicle needs to drive the vehicle into the vehicle spray disinfection room 9 for spray disinfection, and then park the vehicle in the parking space to prevent the vehicle from bringing in foreign pathogens. This is to avoid the presence of more pathogens near the breeding farm, which increases the risk of pathogen entry and more serious consequences of cross-infection by foreign pathogens. The risk brought by foreign pathogens can be reduced by setting up the vehicle spray disinfection room 9.

[0033] After entering the breeding farm through a series of disinfection measures such as items, hands, and showers, if the personnel entering the factory need to go to the area outside the breeding farm for maintenance and repair of equipment or other urgent matters, they must go out through the personnel disinfection room 4 again, which will lead to the lack of flexibility of the disinfection system. In addition, in order to strongly control the biosafety of breeding, breeding farms are mostly set up in open and unmanned areas. If there are no outsiders, in order to facilitate the work of the personnel entering the factory, a spare channel 10 is set on one side of the personnel disinfection room 4, and the exit door of the spare channel 10 is provided with an IC card recognition device 11. The IC card recognition device 11 can be used to supervise the situation of the personnel entering the factory going out through the spare channel 10, so as to avoid control omissions caused by the setting of the spare channel 10.

[0034] The utility model uses the disinfection system for factory entrants to construct two-level defense lines with factory entry and chicken house entry as dividing lines. After the factory entrants enter the disinfection area through the entrance door 1, they use the article disinfection device 2 and the hand disinfection device 3 in turn to complete the disinfection of the articles and hands they carry, and then enter the single-person rooms in the personnel disinfection room 4 for subsequent shower disinfection work. The two sides of the article disinfection device 2 are respectively in conflict with the outer walls of each personnel disinfection room 4, which can ensure that factory entrants who have not showered and disinfected cannot enter the breeding farm through any route other than the personnel disinfection room 4. The personnel entering the personnel disinfection room 4 first store their original clothes in the clothing storage room 400, enter the shower room 410 through the electric control door 430, and close the electric control door 430 after entering. The factory entrants need to rinse under the shower head until the specified time, and the electric control door 430 leading to the dressing room 420 can be unlocked. The personnel who have completed the shower wear uniform and standardized clothes after disinfection in the dressing room 420 to enter the factory, which can completely isolate the introduction of pathogens. After the personnel enter the factory, the electric control door 430 is locked again, and the shower The cleaning device 5 set in the shower room 410 starts to clean and disinfect the inside of the shower room 410, and starts to spray disinfectant through the spray component 500 to rinse the shower room 410. It stays for a specified time to allow the disinfectant to have sufficient action time, and then the spray component 500 is started again to spray clean water to rinse the shower room 410 for a specified time and then stop. The residual water droplets in the shower room 410 are dried by the drying component 510 to avoid the breeding of residual bacteria in the shower room 410, which can continuously ensure the sterility of the shower place and ensure the strictness of the entire disinfection system. This is the first-level defense line of the disinfection system. The personnel entering the factory can enter the breeding farm only after their items, hands, and showers are disinfected and they wear disinfected work clothes; before entering the chicken house, the personnel entering the factory must undergo secondary disinfection in the spray disinfection room 7 and wear protective clothing in the protective clothing wearing room 8 to further ensure that there are no pathogens attached to the body surface before entering the chicken house, thereby forming a secondary defense line before the personnel entering the factory come into contact with the laying hens, improving the strictness of the entire disinfection system, and comprehensively ensuring the health and safety of the laying hens.

[0035] Those skilled in the art will readily come up with other embodiments of the present invention after considering the specification and practicing the application disclosed herein. The present invention is intended to cover any variation, use or adaptation of the present invention, which follows the general principles of the present invention and includes common knowledge or customary technical means in the art disclosed by the present invention. The specification and examples are to be regarded as exemplary only, and the true scope of the present invention is indicated by the claims.

[0036] It should be understood that the present invention is not limited to the precise structure described above and shown in the drawings, and various modifications and changes can be made without departing from its scope. The above-described embodiments of the present invention do not constitute a limitation on the scope of protection of the present invention.

Claims

1. A disinfection system for personnel entering a factory, characterized in that: include: An entrance door (1) and an article disinfection device (2), wherein the article disinfection device (2) is located directly in front of the entrance door (1), a hand disinfection device (3) is arranged on one side of the entrance door (1), and personnel disinfection rooms (4) are arranged on both sides of the article disinfection device (2), and the two sides of the article disinfection device (2) are respectively in contact with the outer wall of each of the personnel disinfection rooms (4), and the personnel disinfection room (4) includes a clothing storage room (400), a shower room (410) and more A dressing room (420), the clothing storage room (400), the shower room (410) and the dressing room (420) are all provided with an electric controlled door (430), a cleaning device (5) is provided in the shower room (410), and the cleaning device (5) includes a spraying component (500) and a drying component (510), a spray disinfection room (7) is provided in front of each chicken house (6), and a protective clothing wearing room (8) is provided between the spray disinfection room (7) and the chicken house (6).

2. A disinfection system for factory personnel according to claim 1, characterized in that: The spray assembly (500) comprises a liquid storage tank (501) arranged outside the personnel disinfection room (4); the liquid storage tank (501) is connected to a plurality of main nozzles (503) located at the top of the shower room (410) via a pipe (502); an auxiliary nozzle (504) facing the floor of the shower room (410) is arranged in the middle of the inner wall of the shower room (410); the auxiliary nozzle (504) is connected to the pipe (502).

3. A disinfection system for factory personnel according to claim 2, characterized in that: The drying component (510) comprises a fan (511) fixed to the top side of the shower room (410) and an ultraviolet lamp (512) suspended on the top side of the shower room (410).

4. A disinfection system for factory personnel according to claim 3, characterized in that: A hair collector is installed at the drain outlet of the shower room (410).

5. A disinfection system for factory personnel according to claim 1, characterized in that: The article disinfection device (2) comprises an article disinfection fumigation cabinet (200) and a food disinfection fumigation cabinet (210) integrally formed with the article disinfection fumigation cabinet (200), wherein the article disinfection fumigation cabinet (200) and the food disinfection fumigation cabinet (210) are both provided with cabinet doors (220) on a side close to the entrance door (1) and a side away from the entrance door (1), and each cabinet door (220) is installed with an electric control lock (230).

6. A disinfection system for factory personnel according to claim 1, characterized in that: The hand disinfection device (3) comprises a water tank (300) fixed on a wall and a faucet (310) fixed on the water tank (300); an induction disinfector (320) is arranged above the water tank (300); the induction range of the induction disinfector (320) is located above the faucet (310); and a dryer (330) is arranged on one side of the water tank (300).

7. A disinfection system for factory personnel according to claim 1, characterized in that: Also includes: A vehicle spray disinfection room (9), wherein the vehicle spray disinfection room (9) is located on a side of the entrance door (1) away from the article disinfection device (2).

8. A disinfection system for factory personnel according to claim 1, characterized in that: A spare passage (10) is provided on one side of the personnel disinfection room (4), and an exit door of the spare passage (10) is provided with an IC card recognition device (11).

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