CN208838649U - A kind of disinfection system for clean workplace - Google Patents
A kind of disinfection system for clean workplace Download PDFInfo
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- CN208838649U CN208838649U CN201821037375.5U CN201821037375U CN208838649U CN 208838649 U CN208838649 U CN 208838649U CN 201821037375 U CN201821037375 U CN 201821037375U CN 208838649 U CN208838649 U CN 208838649U
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Abstract
A kind of disinfection system for clean workplace, is related to the sterilization technology field of clean workplace.Disinfection system mainly includes indoor assembly, outdoor component, controller and the power supply for realizing controller and the operation of each component；Bactericidal agent or protective agent pass through delivery pump and are delivered to distributing valve, are divided into the independent liquid flow path of several groups by distributing valve so that different clean workplaces use；It will enter in fluid reservoir from the bactericidal agent or protective agent that distributing valve shunts, and pass sequentially through pump and second solenoid valve at a slow speed and bactericidal agent or protective agent are delivered in nozzle component, finally by the work of turbine high-speed fan, sprayed by nozzle component into clean workplace.One or more groups of indoor assemblies can be arranged according to clean workplace area and structure, it can be with flexible combination and control.Sterilizing methods are easy to operate, and sterilizing efficiency is high, in combination with the purification fan system of clean workplace, whole unattended automation sterilizing may be implemented and arrange residual processing.
Description
Technical field
The utility model relates to the sterilization technology field of clean workplace, specifically a kind of sterilizing for clean workplace
System.
Background technique
The clean work stringent to purity requirements such as food and medicine clean room, hospital operating room and Clean Operating Lab
Between, the sterilizing that is required to carry out disinfection to the interior space and body surface is to prevent microbial contamination.Root according to the survey, is used at present
In the sterilizing equipment decontaminating apparatus of above-mentioned clean workplace be mainly the fixation means such as ozone generator, ultraviolet radiator.But ozone sterilization and
The defects of ultraviolet light all effective force decaying are fast, poor permeability.And the effective distance of ultraviolet irradiation is short, and both methods is for length
Phase is present in the microorganism and certain fungies at dead angle, and effect is very limited, and is all easy to cause equipment and surface of wall aging
Discoloration.In addition, formaldehyde fumigation is also a kind of sterilization method of classics, sterilization effect is good, and still, there is also residual quantity accumulations etc.
Shortcoming.
In recent years, with the continuous progress of technology, many enterprises are proposed a kind of atomization or dry fog type sterilizer, main
Sterilising components are hydrogen peroxide, and sterilization effect is more satisfactory.But this kind of equipment is all that single form exists, when use, needs
It is placed in clean workplace, there are problems that storage and management, occupy a part of space in clean workplace.Meanwhile this
For class equipment because being all to be sprayed bottom-up, there is also sterilize the defects of insufficient to clean workplace headspace.
Region biggish for space, an equipment are difficult to reach effect, need more to work at the same time, increase operation difficulty.It is this kind of
Machine needs artificial upper liquid operation, and therefore, in sterilization process, personnel need to enter the room to carry out changing liquid, upper liquid, can make in this way
At the great damage of body.
Utility model content
The purpose of this utility model is to provide a kind of disinfection systems and sterilizing methods for clean workplace, to solve
The problems mentioned above in the background art.
In order to solve the above-mentioned technical problem, the technical solution adopted in the utility model is:
A kind of disinfection system for clean workplace includes mainly the indoor assembly being placed in inside clean workplace, sets
The power supply of outdoor component, controller and realization controller and the operation of each component outside clean workplace；
Outdoor component is mainly by bactericidal agent storage tank, protective agent storage tank, the first solenoid valve, delivery pump and connecting line structure
At bactericidal agent storage tank and protective agent storage tank are connected to by the first solenoid valve with delivery pump；Indoor assembly with delivery pump mainly by connecting
The fluid reservoir of the distributing valve and sequential connection that connect, at a slow speed pump, second solenoid valve, nozzle component, turbine high-speed fan composition；It goes out
The protective agent in bactericidal agent or protective agent storage tank in microbial inoculum storage tank is delivered to distributing valve by delivery pump, will go out by distributing valve
Microbial inoculum or protective agent are divided into the independent liquid flow path of several groups so that different clean workplaces use；
In each group of independent liquid flow path, it will enter in fluid reservoir from the bactericidal agent or protective agent that distributing valve shunts, so
After pass sequentially through at a slow speed pump and second solenoid valve bactericidal agent or protective agent are delivered in nozzle component, finally by turbine high speed
The work of blower will be sprayed by nozzle component into clean workplace from the bactericidal agent or protective agent that pump conveying comes at a slow speed；
There are second solenoid valve, nozzle component and turbine high-speed fans that multiple groups are used cooperatively in each cleaning workplace.
The optimal technical scheme of the disinfection system for clean workplace as the utility model, in each clean work
Between it is internal, pipeline, fluid reservoir, pump, second solenoid valve, turbine high-speed fan are mounted on the inside of furred ceiling or ceiling at a slow speed, spray
Head assembly extend out to interior from furred ceiling or ceiling, and hydrojet direction is to be arranged obliquely, and lower 15 ° -45 ° along horizontal alignment.
The optimal technical scheme of the disinfection system for clean workplace as the utility model, in each clean work
It is interior to be provided with several human inductors, when the personnel of being detected with enter clean workplace or have personnel in clean workplace
When, stop spray operations immediately or spray operations can not be started.
The optimal technical scheme of the disinfection system for clean workplace as the utility model, in each clean work
It is interior to be provided with several bactericidal agent concentrations detectors, for the bactericidal agent concentration in real-time monitoring cleaning workplace.
The optimal technical scheme of the disinfection system for clean workplace as the utility model, the cleaning workplace
Door be sealed door, automatically controlled gas valve is equipped on sealed door, automatically controlled gas valve is isolated by strainer with outdoor.
The optimal technical scheme of the disinfection system for clean workplace as the utility model, disinfection system further include
Air return system, mainly the return air system by being placed in air return system outdoor unit outside clean workplace, being placed in inside clean workplace
Unite indoor unit and return air valve is constituted, when disinfection system it is spraying after the completion of, worked by air return system outdoor unit to cleaning
Interior to blast a certain amount of pure air, pure air enters in clean workplace from air return system indoor unit, in clean workplace
Return air valve close, so that clean workplace be made to form slight positive pressure state, and maintain certain time；It is then turned on air returning valve
Door, matches carry out forced exhaust by air return system outdoor unit and air return system indoor unit.
The further mature technology scheme of the disinfection system for clean workplace as the utility model, the control
The liquid tank level value and people that bactericidal agent concentration value, the liquid level sensor that device acquires bactericidal agent concentrations detectors respectively are detected
Whether body inductor detects has personnel to enter clean workplace or the signal in clean workplace；The controller control
The opening and closing of air return system outdoor unit, air return system indoor unit and return air valve controls automatically controlled ventilation to realize that forced exhaust works
The opening and closing of valve is to realize opening or closing for sealed door, the first solenoid valve of control, delivery pump, distributing valve, at a slow speed pump, the second electricity
The operation of magnet valve and turbine high-speed fan is to realize that unlatching, closing bactericidal agent are spraying or protective agent is spraying；The controller will
On the numeric feedback and interactive display screen acquired in real time, the outside of clean workplace is arranged in interactive display screen, with aobvious
Show the numerical value acquired in real time and inputs associated control parameters to it.
Compared with prior art, the utility model has the beneficial effects that
The utility model structure provides a kind of disinfection system for clean workplace, and structure is simple, occupies little space,
One or more groups of indoor assemblies can be arranged according to clean workplace area and structure, it can be with flexible combination and control.Sterilizing side
Method is easy to operate, and sterilizing efficiency is high, in combination with the purification fan system of clean workplace, may be implemented whole unattended
Automation sterilizes and arranges residual processing, sterilization effect not only can be improved, but also can go out to avoid actual bodily harm brought by artificial upper liquid
Fungus strain system intelligence degree is higher.
Detailed description of the invention
Utility model will be further described in detail below with reference to the attached drawings and specific embodiments.
Fig. 1 is the system structure diagram of the utility model.
Fig. 2 is the component mounting structure schematic diagram inside clean workplace.
In figure: outdoor component -1, protective agent storage tank -11, bactericidal agent storage tank -12, delivery pump -13, air return system outdoor unit -
14, interactive display screen -15, sealed door -161, automatically controlled gas valve -16, the first solenoid valve -17.
Indoor assembly -2, distributing valve -21, fluid reservoir -22, at a slow speed pump -23, nozzle component -24, turbine high-speed fan -25,
Air return system indoor unit -26, return air valve -261, bactericidal agent concentrations detectors -27, human inductor -28, liquid level sensor -
29, second solenoid valve -30.
Controller -3, power supply -4, clean m- 5, ceiling -51 of working.
Specific embodiment
The technical solution of the utility model is clearly and completely described below in conjunction with attached drawing, it is clear that described
Embodiment is the utility model a part of the embodiment, instead of all the embodiments.Based on the embodiments of the present invention, originally
Field those of ordinary skill every other embodiment obtained without making creative work belongs to practical
Novel protected range.
As illustrated in fig. 1 and 2, a kind of disinfection system and sterilizing methods for clean workplace provided by the utility model,
Main includes that four parts form, and is placed in the indoor assembly 2 inside clean workplace 5 respectively, is placed in outside clean workplace 5
Outdoor component 1, controller 3 and realize controller and each component operation power supply 4.
Referring to Fig. 1, outdoor component 1 is mainly by bactericidal agent storage tank 12, protective agent storage tank 11, the first solenoid valve 17, conveying
Pump 13 and pipeline are constituted, indoor assembly 2 mainly by the distributing valve 21 that is connect with delivery pump and the fluid reservoir 22 being linked in sequence,
Pump 23, second solenoid valve 30, nozzle component 24, turbine high-speed fan 25 form at a slow speed, bactericidal agent in bactericidal agent storage tank 12 or
Protective agent in protective agent storage tank 11 is delivered to distributing valve 21 by delivery pump 13, by distributing valve 21 by bactericidal agent or protective agent
It is divided into the independent liquid flow path of several groups, so that different clean workplaces use.Distributing valve is usually to integrate multiple solenoid valves
On a compact unit module, because each valve individually controls, the liquid medium on 2 to 8 tunnels can be flowed out
Accurately distributed.The flow per liquid medium all the way is individually controlled by each valve, can also individually close certain liquid all the way
Medium.
In each clean workplace 5, it will enter in fluid reservoir 22 from the bactericidal agent or protective agent that distributing valve 21 shunts,
Then it passes sequentially through pump 23 and second solenoid valve 30 at a slow speed bactericidal agent or protective agent are delivered in nozzle component 24, finally by
The work of turbine high-speed fan 25 will pass through nozzle component 24 to cleaning from the bactericidal agent or protective agent that 23 conveying of pump comes at a slow speed
It is sprayed in workplace 5, and is sprayed in the form of dry fog, in order to which bactericidal agent dry fog can infiltrate into clean workplace
Each region.
When clean workplace needs to sterilize, gone out using bactericidal agents such as such as hydrogenperoxide steam generators to clean workplace
Bacterium recycles such as acetate ethanol chlorhexidine protective agent successively to clean to each equipment after sterilizing, with protection
The components such as pipeline, pump and nozzle component.First solenoid valve 17 is for controlling the entrance of one of bactericidal agent and protective agent liquid
Delivery pump, to achieve the purpose that switching.
Above-mentioned pipeline can be used such as polytetrafluoroethylene (PTFE) material and be made, corrosion resistance with higher.It works in cleaning
Between inside 5, pipeline, fluid reservoir 22, pump 23, second solenoid valve 30, turbine high-speed fan 25 may be mounted at furred ceiling or day at a slow speed
The inside of card 51, and nozzle component 24 extend out to interior from furred ceiling or ceiling 51, in order to preferably realize spraying sterilizing, spray
The hydrojet direction of head assembly 24 is to be arranged obliquely, preferably lower 15 ° -45 ° along horizontal alignment.This mounting means is not only convenient for
Component installation, and it is not take up the interior space, it is often more important that, it sprays bactericidal agent dry fog downwards from indoor top, can prevent to go out
Sterilizing efficiency is then improved there are the appearance of phenomenon in bacterium dead angle.Pipeline can arrange with air duct, and according to clean workplace area
Factors, the quantity of distribution showerhead component and the position such as size and indoor equipment arrangement.
In order to guarantee to be provided with human inductor 28 in clean workplace to the healthy and safe of operator's human body,
When purpose is that the personnel that are detected with are entered in clean workplace, stop spray operations immediately.Even more important, work as human inductor
When detecting clean workplace someone activity, then it is fail to open disinfection system, while on the interactive display screen of outdoor component
In the presence of prompt and alarm.Meanwhile one can be arranged according to the factors such as clean workplace size and indoor equipment arrangement
Or it is multiple, to ensure operator's physical safety.
Above-mentioned spraying disinfection system after the completion of bactericidal agent is spraying, start to work by spraying, terminates by spraying when integrally by protective agent
Afterwards, residual liquid is oozed from nozzle component 24 in order to prevent, when 29 detection of liquid level of liquid level sensor of fluid reservoir 22 is zero, whirlpool
Wheel high-speed fan 25 works on certain time, can avoid weeping appearance in this way.
Furthermore it is also possible to which the door of clean workplace 5 is designed to that sealed door 161, sealed door 161 are equipped with automatically controlled breather valve
Door 16, automatically controlled gas valve 16 are isolated by strainer with outdoor.When disinfection system it is spraying after the completion of, by air return system room outside
Machine 14 blasts a certain amount of pure air into clean workplace 5, and pure air enters clean work from air return system indoor unit 26
Between in 5, at the same time, the return air valve 261 in clean workplace 5 is closed, so that clean workplace 5 be made to form micro-positive pressure shape
State facilitates the permeability of bactericidal agent in this way, keeps sterilizing more thorough.
Slight positive pressure state is kept after a certain period of time in clean workplace 5, is opened return air valve 261, is passed through air return system
Outdoor unit 14 and air return system indoor unit 26 match, and carry out forced exhaust, are replaced in clean workplace using pure air
Air containing bactericidal agent.Meanwhile several bactericidal agent concentrations detectors 27 are provided in clean workplace 5, it is used for real-time monitoring
(when bactericidal agent selects hydrogen peroxide, corresponding is then concentration of hydrogen peroxide detection to bactericidal agent concentration in clean workplace 5
Device).When bactericidal agent concentration is lower than safety value, then stop air return system, entire sterilizing works terminate.
In order to meet the automatically working requirement of disinfection system, controller 3 acquires bactericidal agent concentrations detectors 27 respectively
The liquid tank level value and human inductor 28 that bactericidal agent concentration value, liquid level sensor 29 are detected detect whether someone
Member enters clean workplace or the signal in clean workplace.Controller 3 controls air return system outdoor unit 14, air return system room
To realize that forced exhaust works, the opening and closing for controlling automatically controlled gas valve 16 is close to realize for the opening and closing of interior machine 26 and return air valve 261
Opening or closing for door 161 is closed, the first solenoid valve 17 of control, distributing valve 21, pumps at a slow speed 23, second solenoid valve 30 at delivery pump 13
And the operation of turbine high-speed fan 25 is to realize that unlatching, closing bactericidal agent are spraying or protective agent is spraying.Controller 3 will be adopted in real time
On the numeric feedback and interactive display screen 15 of collection, the outside of clean workplace is arranged in interactive display screen 15, can be very
Directly see the numerical value acquired in real time.Meanwhile it can be defeated into controller 3 by this touch interactive display screen
Enter associated control parameters.
In conclusion the sterilizing methods for clean workplace, step are mainly as follows:
1) it, when needing to sterilize to clean workplace, is loaded respectively into bactericidal agent storage tank 12, protective agent storage tank 11
A certain amount of bactericidal agent, protective agent close automatically controlled gas valve 16 to close sealed door 161, close air return system outdoor unit 14,
Air return system indoor unit 26 and return air valve 261；
2), controller 3, which controls the switching of the first solenoid valve 17, is connected to bactericidal agent storage tank 12 with delivery pump 13, and controls conveying
Pump 13, distributing valve 21, at a slow speed pump 23 and turbine high-speed fan 25 operation to realize that bactericidal agent is opened by spraying, thus to cleaning
Sterilizing spray is carried out in workplace；After maintaining a period of time, is switched by the first solenoid valve 17, protective agent is passed through into nozzle component
24 spray, to realize cleaning and protection to each equipment and pipeline；
3), controller 3 closes delivery pump, and the lasting input of tripping protection agent pumps at a slow speed 23 and turbine high-speed fan at this time
25 continuous services continue to keep turbine until closing pumps at a slow speed 23 when 29 detection of liquid level of liquid level sensor of fluid reservoir 22 is zero
High-speed fan 25 reruns several minutes；
4), controller 3 closes turbine high-speed fan 25, opens air return system outdoor unit 14 and the number of air return system indoor unit 26
Minute, make persistently to keep a few hours in slight positive pressure state in clean workplace；
5), controller 3 opens return air valve 261 (return air valve is in close state always in entire sterilization process), opens
Air return system outdoor unit 14 and air return system indoor unit 26 are opened, forced exhaust is carried out to clean workplace, and dense by bactericidal agent
Spend bactericidal agent concentration remaining in 27 real-time monitoring cleaning workplace of detector；When concentration reaches safety value or less, close back
Wind system outdoor unit 14 and air return system indoor unit 26, entire sterilization process terminate.
It should be noted that second solenoid valve, nozzle component and turbine high-speed fan can in each clean workplace
With there are multiple groups, can be arranged according to the space size and structure of the cleaning workplace.Multiple second electricity are controlled by controller
To which which nozzle component work controlled, which does not work for magnet valve opening and closing.Simultaneously as the presence of distributing valve, can pass through control
Device processed adjusts the spray amount of different clean workplaces, controls which clean workplace spray is more, which spray is a little less.These controls
Parameter processed can carry out parameter setting by interactive display screen.Therefore, spirit may be implemented in the disinfection system of the utility model
Work is applied in combination, and can be improved sterilizing efficiency and promote sterilization effect.
Above-described the utility model embodiment does not constitute the restriction to scope of protection of the utility model, any
Modifications, equivalent substitutions and improvements made within spirit of the present utility model and principle etc., should be included in the utility model
Claims within.
Claims (7)
1. a kind of disinfection system for clean workplace, which is characterized in that main includes being placed in clean workplace (5) inside
Indoor assembly (2) is placed in the external outdoor component (1) of clean workplace (5), controller (3) and realizes controller and each portion
The power supply (4) of part operation；
Outdoor component (1) is mainly by bactericidal agent storage tank (12), protective agent storage tank (11), the first solenoid valve (17), delivery pump (13)
And connecting line is constituted, bactericidal agent storage tank (12) and protective agent storage tank (11) pass through the first solenoid valve (17) and delivery pump (13)
Connection；Indoor assembly (2) is mainly by the distributing valve (21) that connect with delivery pump (13) and the fluid reservoir (22) being linked in sequence, slow
Speed pump (23), second solenoid valve (30), nozzle component (24), turbine high-speed fan (25) composition；In bactericidal agent storage tank (12)
Protective agent in bactericidal agent or protective agent storage tank (11) is delivered to distributing valve (21) by delivery pump (13), by distributing valve (21)
Bactericidal agent or protective agent are divided into the independent liquid flow path of several groups so that different clean workplaces use；
In each group of independent liquid flow path, the bactericidal agent or protective agent shunted from distributing valve (21) will enter fluid reservoir (22)
In, pump (23) at a slow speed and second solenoid valve (30), which are then passed sequentially through, by bactericidal agent or protective agent is delivered to nozzle component (24)
In, finally by the work of turbine high-speed fan (25), will pass through from the bactericidal agent or protective agent that pump (23) conveying comes at a slow speed
Nozzle component (24) is sprayed into clean workplace (5)；There are the second electromagnetism that multiple groups are used cooperatively in each cleaning workplace
Valve (30), nozzle component (24) and turbine high-speed fan (25).
2. the disinfection system as described in claim 1 for clean workplace, which is characterized in that in each clean workplace
(5) internal, pipeline, fluid reservoir (22), pump (23), second solenoid valve (30), turbine high-speed fan (25) are mounted on furred ceiling at a slow speed
Or the inside of ceiling (51), nozzle component (24) extend out to interior from furred ceiling or ceiling (51), hydrojet direction is oblique
Lower setting, lower 15 ° -45 ° along horizontal alignment.
3. the disinfection system as described in claim 1 for clean workplace, which is characterized in that in each clean workplace
Several human inductors (28) are provided with, when the personnel of being detected with enter clean workplace or there are personnel in clean workplace
When, stop spray operations immediately or spray operations can not be started.
4. the disinfection system as described in claim 1 for clean workplace, which is characterized in that in each clean workplace
Several bactericidal agent concentrations detectors (27) are provided with, for the bactericidal agent concentration in real-time monitoring cleaning workplace (5).
5. the disinfection system as described in claim 1 for clean workplace, which is characterized in that the cleaning workplace (5)
Door be sealed door (161), be equipped with automatically controlled gas valve (16) on sealed door (161), automatically controlled gas valve (16) passes through filter
Net is isolated with outdoor.
6. the disinfection system as described in claim 1 for clean workplace, which is characterized in that disinfection system further includes return air
System, mainly by being placed in the external air return system outdoor unit (14) of clean workplace (5), being placed in clean workplace (5) inside
Air return system indoor unit (26) and return air valve (261) are constituted, when disinfection system it is spraying after the completion of, pass through air return system room
Outer machine (14) blasts a certain amount of pure air into clean workplace (5), and pure air enters from air return system indoor unit (26)
In clean workplace (5), the return air valve (261) in clean workplace (5) is closed, so that it is micro- to form clean workplace (5)
Barotropic state, and maintain certain time；Return air valve (261) are then turned on, air return system outdoor unit (14) and return air system are passed through
System indoor unit (26) matches carry out forced exhaust.
7. the disinfection system as claimed in any one of claims 1 to 6 for clean workplace, which is characterized in that the controller
(3) the fluid reservoir liquid that bactericidal agent concentration value, the liquid level sensor (29) of bactericidal agent concentrations detectors (27) are detected is acquired respectively
Place value and human inductor (28) detect whether have personnel to enter clean workplace or the signal in clean workplace；
The opening and closing of the controller (3) control air return system outdoor unit (14), air return system indoor unit (26) and return air valve (261) with
It realizes forced exhaust work, controls the opening and closing of automatically controlled gas valve (16) to realize opening or closing for sealed door (161), control
First solenoid valve (17), distributing valve (21), pumps at a slow speed (23), second solenoid valve (30) and turbine high speed winds at delivery pump (13)
The operation of machine (25) is to realize that unlatching, closing bactericidal agent are spraying or protective agent is spraying；The number that the controller (3) will acquire in real time
Value feedback is on interactive display screen (15), and the outside of clean workplace is arranged in interactive display screen (15), to show reality
When the numerical value that acquires and input associated control parameters to it.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821037375.5U CN208838649U (en) | 2018-07-02 | 2018-07-02 | A kind of disinfection system for clean workplace |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821037375.5U CN208838649U (en) | 2018-07-02 | 2018-07-02 | A kind of disinfection system for clean workplace |
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| Publication Number | Publication Date |
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| CN208838649U true CN208838649U (en) | 2019-05-10 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201821037375.5U Active CN208838649U (en) | 2018-07-02 | 2018-07-02 | A kind of disinfection system for clean workplace |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108543102A (en) * | 2018-07-02 | 2018-09-18 | 安徽省食品药品检验研究院 | A kind of disinfection system and sterilizing methods for clean workplace |
-
2018
- 2018-07-02 CN CN201821037375.5U patent/CN208838649U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108543102A (en) * | 2018-07-02 | 2018-09-18 | 安徽省食品药品检验研究院 | A kind of disinfection system and sterilizing methods for clean workplace |
| CN108543102B (en) * | 2018-07-02 | 2023-12-12 | 安徽省食品药品检验研究院 | Sterilization system and sterilization method for clean workshops |
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