CN207505035U - Intelligent internet of things sterilizes monitoring system - Google Patents
Intelligent internet of things sterilizes monitoring system Download PDFInfo
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- CN207505035U CN207505035U CN201721522579.3U CN201721522579U CN207505035U CN 207505035 U CN207505035 U CN 207505035U CN 201721522579 U CN201721522579 U CN 201721522579U CN 207505035 U CN207505035 U CN 207505035U
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Abstract
The utility model provides a kind of Intelligent internet of things disinfection monitoring system, including：Sensing device is arranged on sterile zones import and export, including the first inductor and the second inductor；The central processing unit is connected to the sensing device；Chlorination equipment is arranged in the sterile zones, is connected to the central processing unit；Image collecting device is arranged in the sterile zones, is connected to the central processing unit；The monitoring device is connected to described image harvester, the chlorination equipment and the central processing unit, for receiving the image information that described image harvester transmits and the disinfection result that the chlorination equipment transmits and sending out alarm sounds.Pass through the technical solution of the utility model, it is proposed that a kind of new Intelligent internet of things disinfection monitoring system, it is easy to operate, the real time monitoring to sterilizing result is realized, the consciousness of disengaging personnel is improved, has reached expected disinfection result.
Description
Technical field
The utility model is related to sterilize the technical field of monitoring, sterilize and monitor in particular to a kind of Intelligent internet of things
System.
Background technology
In some food processing factories either some location spaces higher to sanitary conditions requirement, general gate inhibition's dress
The personnel of discrepancy that can only limit are put, only staff or the people for having special access right is allowed for access, but either works people
The personnel that member still has permission enter, and are also easy to bring certain bacterium and dust into, this is unfavorable for requiring very sanitary condition
High space, such place would generally set cleaning and sterilizing system in the position of inlet and outlet, but such decontamination system needs
Enter personnel and vehicle is felt and enters factory district after carrying out cleaning and sterilizing, trivial operations, staff is sometimes for the time is saved, steathily
Cleaning and sterilizing system is closed steathily to escape disinfection, and existing decontamination system lacks monitoring, manager and the pipe of lack of wisdom
Reason means, implementation power is weaker, and expected disinfection is not achieved as a result, be easy to causeing security risk.
Utility model content
The utility model is based at least one above-mentioned technical problem, it is proposed that a kind of new Intelligent internet of things disinfection prison
Control system, it is easy to operate, the real time monitoring to sterilizing result is realized, the consciousness that disengaging personnel sterilize in time is improved, reaches
Expected disinfection result is arrived.
In view of this, the utility model proposes a kind of new Intelligent internet of things to sterilize monitoring system, including：Sensing dress
It puts, is arranged on sterile zones import and export, including the first inductor and the second inductor, first inductor and the described second sense
Device is answered to be ranked sequentially, for generating the first sensing threshold value and the second sensing threshold value, and is exported to central processing unit；The centre
Device is managed, is connected to the sensing device, for according to the priority for receiving the first sensing threshold value and the second sensing threshold value
Sequentially, the trigger signal for triggering chlorination equipment unlatching is generated；Chlorination equipment is arranged in the sterile zones, is connected to institute
Central processing unit is stated, for performing the sterilizing operation to personnel and vehicle according to the trigger signal, and will disinfection result transmission
To monitoring device；Image collecting device is arranged in the sterile zones, is connected to the central processing unit, for getting
During the trigger signal, Image Acquisition is carried out, and the image collected information is transferred to the disinfecting process of personnel and vehicle
The monitoring device；The monitoring device is connected to described image harvester, the chlorination equipment and the central processing
Device, for receiving the concurrent responding of disinfection result of the image information of described image harvester transmission and chlorination equipment transmission
Report prompting.
In the technical scheme, the sensing device for being arranged on sterile zones import and export includes the first inductor and the second sensing
Device, the first inductor are ranked sequentially with the second inductor so that the first inductor and the second inductor can successively obtain
One sensing threshold value and the second sensing threshold value, sensing device, image collecting device and chlorination equipment are connected to central processing unit, center
Processor generates trigger signal, control figure while control chlorination equipment carries out disinfection when being judged as receiving into information
As harvester carries out Image Acquisition, and the image collected information is transferred to monitoring device；Central processing unit is being judged as
When receiving going-out information, trigger signal is not generated, only camera arrangement is controlled to take pictures, and the result that will take pictures is transferred to monitoring
Device is connected to the monitoring device disinfection result that transmits of reception of central processing unit and image information and sends out alarm and carry
Show, to disinfection fructufy showed real time monitoring so that sterilize result can Real-time Feedback to administrative staff, improve disengaging personnel
The consciousness sterilized in time with vehicle has reached expected disinfection result.
In the above-mentioned technical solutions, it is preferable that the monitoring device includes：Detection unit, be connected to the chlorination equipment,
Described image harvester and the central processing unit, for according to the disinfection that receives as a result, when determining not sterilize, by image
Information is transmitted to alarm unit；The alarm unit is connected to the detection unit, for according to the disinfection result that receives and
Image information sends out alarm sounds.
In the technical scheme, detection unit the personnel that detect into it is fashionable do not carry out disinfection when, will disinfection result and figure
As information is transferred to alarm unit, alarm unit sends out reminder alarm so that administrative staff can monitor disinfection in real time as a result, simultaneously
It finds not sterilize personnel in time, enhances Disinfection Effect.
In the above-mentioned technical solutions, it is preferable that the monitoring device further includes：User terminal is connected to the alarm list
Member, for receiving and showing image information and alarm sounds.
In the technical scheme, user terminal can be PC machine and mobile terminal so that administrative staff can pass through Internet of Things
Net receives and shows image information and alarm sounds anywhere or anytime, realizes the real time monitoring of decontamination system.
In the above-mentioned technical solutions, it is preferable that the chlorination equipment includes microcontroller, is connected to the detection unit, institute
Microcontroller is stated when the chlorination equipment receives the trigger signal and performs sterilizing operation, exports high level signal, it is described
When detection unit receives the high level signal, confirmation has sterilized, and the microcontroller receives described in the chlorination equipment
Trigger signal and when being not carried out sterilizing operation, exports low level signal, when the detection unit receives the low level signal,
Confirmation does not sterilize.
In the technical scheme, chlorination equipment includes the different behaviour that microcontroller microcontroller can be performed according to chlorination equipment
Make to export different high low potentials so that detection unit can confirm disinfection knot by the high and low level that chlorination equipment transmits
Fruit realizes the intelligence of monitoring so that sterilizing the transmission of result can more accurately obtain more rapidly and monitoring disinfection
As a result.
In the above-mentioned technical solutions, it is preferable that first inductor is set close to sterile zones import and export, and described second
Inductor is set far from sterile zones import and export, and the central processing unit receives the time of the first sensing threshold value earlier than institute
When stating the second sensing threshold value, the trigger signal is generated.
In the technical scheme, the first inductor and the second inductor are arranged on apart from the different positions in sterile zones exit
It puts, the first inductor and the second inductor sense that the sequencing of disengaging personnel and vehicle is different, the first sensing of generation
The time of threshold value and the second sensing threshold value is also different, and the first sensing threshold value and second are sensed threshold packet transmission to central processing unit
Sequence just produce successively so that central processing unit can pass through receive first sensing threshold value and second sensing threshold value priority
Sequence analyzes the disengaging information of personnel and vehicle, so as to confirm the entrances information of personnel and vehicle, generation trigger signal, energy
Enough to accomplish to meet into that sterilize, enhancing sterilizes result.
In the above-mentioned technical solutions, it is preferable that further include：Cloud storage is connected to described image harvester and described
Monitoring device, for carrying out wireless real-time storage to the disinfection result for entering personnel and vehicle；Stand-by power supply is connected to the sense
Answer device, described image harvester and the chlorination equipment.
In the technical scheme, cloud storage is connected to image collecting device and chlorination equipment, can will disappear when having a power failure
Malicious result is transferred to cloud storage storage, and the stand-by power supply for being connected to sensing device, image collecting device and chlorination equipment is stopping
It individually powers when electric, disinfection result is transferred to user terminal in real time, realizes monitoring free of discontinuities so that monitoring personnel is more easy to send out
It does not sterilize personnel now, enhances control and monitoring.
In the above-mentioned technical solutions, it is preferable that described image harvester includes camera.
In the above-mentioned technical solutions, it is preferable that first inductor and second inductor all include far infrared sense
Answer device.
Pass through above technical scheme, it is proposed that a kind of new Intelligent internet of things disinfection monitoring system, it is easy to operate, it realizes
To sterilizing the real time monitoring of result, the consciousness that disengaging personnel sterilize in time is improved, has reached expected disinfection result.
Description of the drawings
Fig. 1 shows the structure diagram of the Intelligent internet of things disinfection monitoring system of embodiment according to the present utility model.
Specific embodiment
In order to be more clearly understood that the above-mentioned purpose of the utility model, feature and advantage, below in conjunction with the accompanying drawings and have
The utility model is further described in detail in body embodiment.It should be noted that in the absence of conflict, this Shen
The feature in embodiment and embodiment please can be combined with each other.
Many details are elaborated in the following description in order to fully understand the utility model, still, this practicality
Novel to be implemented using other different from other modes described here, therefore, the scope of protection of the utility model is simultaneously
It is not limited by following public specific embodiment.
Fig. 1 shows the structure diagram of the Intelligent internet of things disinfection monitoring system of embodiment according to the present utility model.
As shown in Figure 1, the Intelligent internet of things disinfection monitoring system of the embodiment of the utility model, including：Sensing device
101, sterile zones import and export is arranged on, including the first inductor 1011 and the second inductor 1012, first inductor
1011 are ranked sequentially with second inductor 1012, for generating the first sensing threshold value and the second sensing threshold value, and export extremely
Central processing unit 102；The central processing unit 102 is connected to the sensing device 101, for according to reception first sense
The sequencing of threshold value and the second sensing threshold value is answered, generates the trigger signal for triggering the unlatching of chlorination equipment 103；Disinfection
Device 103 is arranged in the sterile zones, is connected to the central processing unit 102, for according to trigger signal execution pair
Personnel and the sterilizing operation of vehicle, and disinfection result is transferred to monitoring device 104；Image collecting device 105 is arranged on described
In sterile zones, the central processing unit 102 is connected to, for when getting the trigger signal, disappearing to personnel and vehicle
Malicious process carries out Image Acquisition, and the image collected information is transferred to the monitoring device 104；The monitoring device 104,
Described image harvester 105, the chlorination equipment 103 and the central processing unit 102 are connected to, for receiving described image
The image information of the transmission of harvester 105 and the disinfection result of the transmission of the chlorination equipment 103 simultaneously send out alarm sounds.
In the technical scheme, the sensing device 101 for being arranged on sterile zones import and export includes 1011 He of the first inductor
Second inductor 1012, the first inductor 1011 are ranked sequentially with the second inductor 1012 so that the first inductor 1011 and
Two inductors 1012 can successively obtain the first sensing threshold value and the second sensing threshold value, sensing device 101, image collecting device
105 are connected to central processing unit 102 with chlorination equipment 103, and central processing unit 102 is raw when being judged as receiving into information
Into trigger signal, control image collecting device 105 carries out Image Acquisition while control chlorination equipment 103 carries out disinfection, and will
The image collected information is transferred to monitoring device 104；Central processing unit 102 is not produced when being judged as receiving going-out information
Raw trigger signal, only controls camera arrangement to take pictures, and the result that will take pictures is transferred to monitoring device 104, is connected to centre
The monitoring device 104 of reason device 102 receives the disinfection result transmitted and image information and sends out alarm sounds, to sterilizing result
Realize real time monitoring so that disinfection result can Real-time Feedback to administrative staff, improve that disengaging personnel sterilize in time from
Feel property, has reached expected disinfection result.
In the above-mentioned technical solutions, it is preferable that the monitoring device 104 includes：Detection unit 1041 is connected to described disappear
Malicious device 103, described image harvester 105 and the central processing unit 102, the disinfection received for basis is as a result, really
When determining not sterilize, image information is transmitted to alarm unit 1042；The alarm unit 1042, is connected to the detection unit
1041, for sending out alarm sounds according to the disinfection result and image information that receive.
In the technical scheme, detection unit 1041 the personnel that detect into it is fashionable do not carry out disinfection when, result will be sterilized
Alarm unit 1042 is transferred to image information, alarm unit 1042 sends out reminder alarm so that administrative staff can supervise in real time
Disinfection is controlled as a result, simultaneously finding not sterilize personnel in time, enhances Disinfection Effect.
In the above-mentioned technical solutions, it is preferable that the monitoring device 104 further includes：User terminal 1043 is connected to described
Alarm unit 1042, for receiving and showing image information and alarm sounds.
In the technical scheme, user terminal 1043 can be PC machine and mobile terminal so that administrative staff can pass through
Internet of Things receives and shows image information and alarm sounds anywhere or anytime, realizes the real time monitoring of decontamination system.
In the above-mentioned technical solutions, it is preferable that the chlorination equipment 103 includes microcontroller（It is not shown in figure）, it is connected to
The detection unit 1041, the microcontroller receive the trigger signal in the chlorination equipment 103 and perform sterilizing operation
When, high level signal is exported, when the detection unit 1041 receives the high level signal, confirmation has sterilized, the monolithic
Machine exports low level signal, the inspection when the chlorination equipment 103 receives the trigger signal and is not carried out sterilizing operation
When survey unit 1041 receives the low level signal, confirmation does not sterilize.
In the technical scheme, chlorination equipment 103 includes what microcontroller microcontroller can be performed according to chlorination equipment 103
Different operation exports different high low potentials so that the high and low level that detection unit 1041 can be transmitted by chlorination equipment 103
To confirm disinfection as a result, realizing the intelligence of monitoring so that sterilizing the transmission of result can more accurately obtain more rapidly
It takes and monitoring disinfection result.
In the above-mentioned technical solutions, it is preferable that first inductor 1011 is set close to sterile zones import and export, described
Second inductor 1012 is set far from sterile zones import and export, and the central processing unit 102 receives the first sensing threshold value
Time earlier than described second sensing threshold value when, generate the trigger signal.
In the technical scheme, the first inductor 1011 and the second inductor 1012 are arranged on apart from sterile zones exit
Different location, the first inductor 1011 and the second inductor 1012 sense that the sequencing of disengaging personnel and vehicle is different,
The time of first sensing threshold value of generation and the second sensing threshold value is also different, and the first sensing threshold value and the second sensing threshold value are passed
The defeated sequence to central processing unit 102 just produces successively so that central processing unit 102 can be by receiving the first sensing threshold value
The sequencing of threshold value is sensed with second to analyze the disengaging information of personnel and vehicle, so as to confirm the entrance of personnel and vehicle
Information generates trigger signal, can accomplish to meet into that must sterilize, enhancing sterilizes result.
In the above-mentioned technical solutions, it is preferable that further include：Cloud storage 106 is connected to described image harvester 105
With the monitoring device 104, for carrying out wireless real-time storage to the disinfection result for entering personnel and vehicle；Stand-by power supply 107,
It is connected to the sensing device 101, described image harvester 105 and the chlorination equipment 103.
In the technical scheme, cloud storage 106 is connected to image collecting device 105 and chlorination equipment 103, can stop
Disinfection result is transferred to cloud storage 106 when electric to store, is connected to sensing device 101, image collecting device 105 and disinfection dress
The stand-by power supply 107 for putting 103 is individually powered when having a power failure, and disinfection result is transferred to user terminal 1043 in real time, realizes nothing
Interruption monitoring so that monitoring personnel is more easy to discovery and does not sterilize personnel, enhances control and monitoring.
In the above-mentioned technical solutions, it is preferable that described image harvester 105 includes camera.
In the above-mentioned technical solutions, it is preferable that first inductor 1011 and second inductor 1012 all include
Far infrared inductor.
In the actual application of the utility model, when Intelligent internet of things disinfection monitoring system connection alternating current, center
Processor receives the second sensing threshold value that first that the first inductor passes over senses threshold value and the second inductor passes over,
When the time interval that the time interval of the first sensing threshold value that central processing unit receives and the second sensing threshold value is more than setting limits
System（It is traditionally arranged to be 3 seconds）When, central processing unit generation malfunction signal is failure to actuate；When the first sense that central processing unit receives
The time interval that the time interval that threshold value senses threshold value with second is less than or equal to setting is answered to limit（It is traditionally arranged to be 3 seconds）When, point
The sequencing that the first sensing threshold value of analysis is passed over the second sensing threshold value confirms the disengaging information of personnel and vehicle, when true
When thinking personnel and vehicle going-out information, chlorination equipment is failure to actuate, when being confirmed as personnel and vehicle enters information, generation triggering
Information opens chlorination equipment and carries out disinfection to the personnel of entrance or vehicle, and image collecting device is photographed to record, and will be taken pictures
Record is transmitted in central processing unit and cloud storage, at the same time, the fixation current potential in detection unit detection central processing unit
Whether it is powered, whether analysis chlorination equipment is implemented conscientiously, when detecting that fixed current potential is powered successfully, then confirms this sterilizing operation
This successful information of disinfection is transmitted to monitoring device by implementation success, when detecting that fixed current potential is not powered on, is then confirmed this time
Sterilizing operation fails, this disinfection failure information is transmitted to alarm device and monitoring device, and alarm device is to monitoring device
Non- disinfection alert is sent, realizes real time monitoring.
In the actual application of the utility model, when encountering blackout condition, stand-by power supply is chlorination equipment, sensing
Device and image collecting device are individually powered, and realize disinfection free of discontinuities, and image collecting device is supported to be transmitted to information is recorded
In cloud storage, when power is restored, the record information is transmitted to monitoring device, realizes uninterrupted real time monitoring.
The technical solution of the utility model is described in detail above in association with attached drawing, the technical solution of the utility model proposes
A kind of new Intelligent internet of things disinfection monitoring system, it is easy to operate, the real time monitoring to sterilizing result is realized, improves disengaging
The consciousness that personnel sterilize in time has reached expected disinfection result.
The above descriptions are merely preferred embodiments of the present invention, is not intended to limit the utility model, for this
For the technical staff in field, various modifications and changes may be made to the present invention.It is all in the spirit and principles of the utility model
Within, any modification, equivalent replacement, improvement and so on should be included within the scope of protection of this utility model.
Claims (8)
1. a kind of Intelligent internet of things sterilizes monitoring system, which is characterized in that including：
Sensing device is arranged on sterile zones import and export, including the first inductor and the second inductor, first inductor with
Second inductor is ranked sequentially, and for generating the first sensing threshold value and the second sensing threshold value, and is exported to central processing unit；
The central processing unit is connected to the sensing device, for according to reception the first sensing threshold value and described second
Sense the sequencing of threshold value, generate the trigger signal for triggering chlorination equipment unlatching；
Chlorination equipment is arranged in the sterile zones, is connected to the central processing unit, for being performed according to the trigger signal
Monitoring device is transferred to the sterilizing operation of personnel and vehicle, and by disinfection result；
Image collecting device is arranged in the sterile zones, is connected to the central processing unit, for getting the triggering
During signal, Image Acquisition is carried out, and the image collected information is transferred to the monitoring to the disinfecting process of personnel and vehicle
Device；
The monitoring device is connected to described image harvester, the chlorination equipment and the central processing unit, for receiving
The image information of described image harvester transmission and the disinfection result of chlorination equipment transmission simultaneously send out alarm sounds.
2. Intelligent internet of things according to claim 1 sterilizes monitoring system, which is characterized in that the monitoring device includes：
Detection unit is connected to the chlorination equipment, described image harvester and the central processing unit, for according to reception
To disinfection as a result, determine do not sterilize when, image information is transmitted to alarm unit；
The alarm unit is connected to the detection unit, for sending out police according to the disinfection result and image information that receive
Report prompting.
3. Intelligent internet of things according to claim 2 sterilizes monitoring system, which is characterized in that the monitoring device also wraps
It includes：
User terminal is connected to the alarm unit, for receiving and showing image information and alarm sounds.
4. Intelligent internet of things according to claim 2 sterilizes monitoring system, which is characterized in that the chlorination equipment includes single
Piece machine, is connected to the detection unit, and the microcontroller receives the trigger signal in the chlorination equipment and performs disinfection
During operation, high level signal is exported, when the detection unit receives the high level signal, confirmation has sterilized, the monolithic
Machine exports low level signal, the detection when the chlorination equipment receives the trigger signal and is not carried out sterilizing operation
When unit receives the low level signal, confirmation does not sterilize.
5. Intelligent internet of things according to claim 1 sterilizes monitoring system, which is characterized in that first inductor is close
Sterile zones import and export setting, second inductor are set far from sterile zones import and export, and the central processing unit receives
When the time of the first sensing threshold value is earlier than the described second sensing threshold value, the trigger signal is generated.
6. Intelligent internet of things according to claim 1 sterilizes monitoring system, which is characterized in that further includes：
Cloud storage is connected to described image harvester and the monitoring device, for the disinfection to entering personnel and vehicle
As a result wireless real-time storage is carried out；
Stand-by power supply is connected to the sensing device, described image harvester and the chlorination equipment.
7. Intelligent internet of things according to claim 1 sterilizes monitoring system, which is characterized in that described image harvester packet
Include camera.
8. Intelligent internet of things according to claim 1 sterilizes monitoring system, which is characterized in that first inductor and institute
It states the second inductor and all includes far infrared inductor.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721522579.3U CN207505035U (en) | 2017-11-15 | 2017-11-15 | Intelligent internet of things sterilizes monitoring system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201721522579.3U CN207505035U (en) | 2017-11-15 | 2017-11-15 | Intelligent internet of things sterilizes monitoring system |
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| CN207505035U true CN207505035U (en) | 2018-06-15 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107820054A (en) * | 2017-11-15 | 2018-03-20 | 郑州笨农农业科技有限公司 | Intelligent internet of things sterilizes monitoring system |
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2017
- 2017-11-15 CN CN201721522579.3U patent/CN207505035U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107820054A (en) * | 2017-11-15 | 2018-03-20 | 郑州笨农农业科技有限公司 | Intelligent internet of things sterilizes monitoring system |
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