CN105388870B - A kind of safety production monitoring system based on Internet of Things - Google Patents
A kind of safety production monitoring system based on Internet of Things Download PDFInfo
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- CN105388870B CN105388870B CN201510822491.2A CN201510822491A CN105388870B CN 105388870 B CN105388870 B CN 105388870B CN 201510822491 A CN201510822491 A CN 201510822491A CN 105388870 B CN105388870 B CN 105388870B
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/418—Total factory control, i.e. centrally controlling a plurality of machines, e.g. direct or distributed numerical control [DNC], flexible manufacturing systems [FMS], integrated manufacturing systems [IMS] or computer integrated manufacturing [CIM]
- G05B19/4183—Total factory control, i.e. centrally controlling a plurality of machines, e.g. direct or distributed numerical control [DNC], flexible manufacturing systems [FMS], integrated manufacturing systems [IMS] or computer integrated manufacturing [CIM] characterised by data acquisition, e.g. workpiece identification
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N7/00—Television systems
- H04N7/18—Closed-circuit television [CCTV] systems, i.e. systems in which the video signal is not broadcast
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B2219/00—Program-control systems
- G05B2219/30—Nc systems
- G05B2219/33—Director till display
- G05B2219/33227—Safety, echo back to verify correctness message
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P80/00—Climate change mitigation technologies for sector-wide applications
- Y02P80/10—Efficient use of energy, e.g. using compressed air or pressurized fluid as energy carrier
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Abstract
The invention discloses a kind of safety production monitoring system based on Internet of Things, including hidden danger point monitor layer, information transfer and integrated service layer, based on technology of Internet of things, collect physical quantity and electrical quantity digital collection, monitoring, off-limit alarm and HD video linkage are integrated, by the position of the potential safety hazard of the enterprise of each in garden, facility, key point etc. carries out concentrating networking control and processing, realize unattended, real-time round-the-clock dynamic auto monitoring, automatically process early warning and alarming information, so as to solve the scattered problem for being difficult monitoring of industrial zone production safety, substantially increase the Centralized Monitoring of production safety, focus on efficiency, it can be escort for the production activity of enterprise, great production accident is prevented to occur.
Description
Technical field
The present invention relates to a kind of safety monitoring system, particularly a kind of industrial zone safety in production based on Internet of Things
Monitoring system.
Background technology
With highlighting for industry clustering effects, the country has formd numerous industrial zones with considerable scale at present.Industry
Garden can effectively create aggregation force, by shared resource, overcome outside negative effect, drive the development etc. of association industry, but
The concentration of enterprise increases the risk of production safety, and the major industrial accident that when the city gate catches fire, the fish in the moat suffer from it often has in the whole nation
Occur.
For enterprise, many enterprise's inherently safe consciousness are not enough, lack necessary safety production monitoring facility and effective
Security monitoring scheme, although some enterprises have certain safety monitoring facility and security monitoring scheme, but due to enterprise not
Enough attention, staff's carelessness, operating cost height, functional department supervise the reason such as not in place, set enterprise safety operation monitoring
Applying turns into the ornaments for dealing with departments of government inspection with security monitoring scheme.
For the functional department for bearing supervision supervision responsibility, original is waited because staff is limited and hidden danger point is scattered
Cause, it is impossible to which the round-the-clock safety in production to enterprise carries out effective supervision and supervised, and is additionally, since the condition of production of each enterprise not
Together, actual conditions are more complicated, and supervision difficult regulatory is heavy.
From the point of view of the security incident reaction time, once accident occurs for enterprise, supervision department and relief department tend not to
The very first time is learnt and takes effective urgent measure, and the expansion of hazard analysis and HACCP is result in a certain extent.
It will be apparent that not yet have a kind of scientific and normal, safe and efficient mechanism at present instructing, take precautions against, specification, supervision enterprise
Safety in production, it is impossible to fundamentally prevent industrial accident generation.
The content of the invention
In order to overcome the deficiencies in the prior art, the present invention, which provides one kind, can realize unattended, real-time round-the-clock dynamic
Automatic monitoring, automatically processes early warning and alarming information, the safety based on Internet of Things for preventing great production accident from occurring
Manufacturing monitoring system.
The technical solution adopted for the present invention to solve the technical problems is：
A kind of safety production monitoring system based on Internet of Things, including hidden danger point monitor layer, information transfer and comprehensive
Close service layer.
The hidden danger point monitor layer mainly in units of enterprise, by data acquisition warning system, HD video terminal and
The various Monitor And Control Subsystems of the compositions such as communication system.
Described information transport layer mainly includes the optical fiber virtual net and wireless mobile network compared with long-distance transmissions information, described
Optical fiber virtual net is mainly used in transmitting data, and the wireless mobile network is mainly used in SMS notification.
The integrated service layer is main by the service centre installed in industrial zone administration commission building, the movement of operator on duty
Terminal, the safety inspection platform of enterprises and the monitor supervision platform composition installed in supervision supervision relief functional department.
The data acquisition warning system mainly includes distributing installation at enterprise's workshop, warehouse, production facility
Various sensors.
The HD video terminal mainly includes high definition distributing installation at enterprise's workshop, warehouse, production facility
Camera.
The communication system mainly includes digital channel and communication bus, and the digital channel uses Ad hoc technology
Or broadband over power line technology；The data of collection are passed through digital channel by the data acquisition warning system and HD video terminal
It is aggregated on the communication bus, the communication bus transmits data to integrated service layer by described information transport layer.
The service centre mainly includes the server based on computer technology and Internet technology, monitoring computer and large-size screen monitors
Curtain LCD display etc..Mobile terminal mainly includes possessing the smart mobile phone for installing APP functions and radio communication function, flat board electricity
Brain or custom terminal etc..Safety inspection platform and monitor supervision platform are mainly PC, corresponding server end are provided with the server soft
Part, is provided with corresponding client software on monitor supervision platform and safety inspection platform, and corresponding movement is provided with mobile terminals
Hold software.
The Monitor And Control Subsystem includes fire fighting device and supervises inspection management subsystem, and the fire fighting device supervises inspection management
The Database and inspection flow of subsystem are as follows：
（1）, generation 2 D code information：The fire fighting device of our unit is believed on the monitor supervision platform of this enterprise by enterprise
Typing is ceased, the data of typing are uploaded onto the server and preserved, server is generated in 2 D code information, system to the facility of typing
Quick Response Code has uniqueness.
（2）, printing and paste two-dimension code label：After server generation 2 D code information, 2 D code information is exported and beaten
Two-dimension code label is printed as, then two-dimension code label is pasted onto at corresponding fire fighting device.
（3）, inspection scanning and upload：The staff of enterprises clicks on to be arranged on and moved when fire control facility is checked
Enter the fire protection patrol page after client fire protection patrol system in dynamic terminal, input username and password.The first step, click is swept
The two-dimension code label retouched in Quick Response Code fire control facility is scanned, and sweeps and the numbering of the facility can be shown after finishing, title, negative
Blame people and facility checkout method etc..Second step, check and inspection method fire control facility is checked, then selects fire fighting device shape
State.3rd step, click is taken pictures, and date bridge queen is placed by facility, facility actual conditions and date board are taken a picture.4th
Step, uploads frastructure state information.Frastructure state information can not be uploaded if not taking pictures, system can automatically be pointed out to take pictures, upload
The initial inspection page of client fire protection patrol system auto-returned on Cheng Hou, mobile terminal.
（4）, back-stage management：After back-stage management personnel's login service device network address input account number cipher, it can be seen that the enterprise
Current check situation, by check patrol officer upload photo it will be seen that the enterprise fire fighting facility situation, supervisor
Checked by logging in backstage after unit upload pictures, on-site verification can be carried out to unit actual conditions.
The beneficial effects of the invention are as follows：The present invention safety production monitoring system be based on technology of Internet of things, collection physical quantity and
Electrical quantity digital collection, monitoring, off-limit alarm and HD video linkage etc. are integrated, by the safety of the enterprise of each in garden
Position, facility, key point of hidden danger etc. carry out concentrating networking control and processing, realize unattended, real-time round-the-clock dynamic
Automatic monitoring, automatically processes early warning and alarming information, so as to solve the scattered difficulty for being difficult monitoring of industrial zone production safety
Topic, substantially increases the Centralized Monitoring of production safety, focuses on efficiency, can be escort for the production activity of enterprise, in advance
Anti- great production accident occurs.
Embodiment
A kind of safety production monitoring system based on Internet of Things, the system includes hidden danger point monitor layer, information transfer
Layer and integrated service layer.
The hidden danger point monitor layer mainly in units of enterprise, by data acquisition warning system, HD video terminal and
The various Monitor And Control Subsystems of the compositions such as communication system.
The data acquisition warning system mainly includes distributing installation in enterprise's workshop, warehouse, production facility etc.
Various sensors etc..These sensors include the residual current sensing of the temperature sensor of production facility, fire-fighting emergent facility
Device, the pressure sensor of fire demand water, the combustible gas gas sensor of workshop, the electric current of enterprise's electric power, voltage sensor,
The Smoke Sensor of workshop and dormitory, state sensor of fire fighting device etc., the species of sensor and position can bases
The actual conditions of enterprise are flexibly set.
The HD video terminal mainly includes height of the distributing installation in enterprise's workshop, warehouse, production facility etc.
Image clearly first-class.
Communication system mainly includes digital channel and communication bus, and digital channel uses Ad hoc technology (ZigBee)
Or broadband over power line (BPL) technology etc..
The real time data and realtime graphic of collection are passed through wireless white group by data acquisition warning system and HD video terminal
Net (ZigBee) or broadband over power line (BPL) are aggregated on communication bus, and communication bus is sent out data by information transfer
Integrated service layer is sent to, so that Centralizing inspection, processing, realize the senior application processing such as the early warning and alarming maintenance of system.
Described information transport layer mainly includes the optical fiber virtual net (VPN) and wireless mobile network compared with long-distance transmissions information
(GPRS, GSM etc.) is constituted, and optical fiber virtual net is mainly used in transmitting data and video data of various sensor detections etc., wirelessly
Mobile network be mainly used in integrated service layer SMS notification, so as to staff can on-the-spot guidance and solve potential safety hazard,
And after security incident generation, quick response can be made in the very first time.
The integrated service layer is main by the service centre installed in industrial zone administration commission building, the movement of operator on duty
The compositions such as terminal, the safety inspection platform of enterprises and the monitor supervision platform installed in supervision supervision relief functional department.Supervision supervision
Succouring functional department mainly includes the functional government departments such as Work Safety Supervision Bureau, fire-fighting group, hospital, public security.Service centre mainly includes
Server, monitoring computer and giant-screen LCD display based on computer technology and Internet technology etc..Mobile terminal is mainly wrapped
Include and possess smart mobile phone, tablet personal computer or custom terminal that APP functions and radio communication function are installed etc..The safety check of enterprises
Platform and the monitor supervision platform of functional government departments are mainly PC, and corresponding server is provided with the server of service centre
Software is held, corresponding client software is installed on the PC of monitor supervision platform and safety inspection platform, in mobile terminal such as intelligent hand
Corresponding mobile terminal software is installed, according to different user rights on machine etc., it is possible to achieve Monitoring Data provides early warning, report
The application functions such as police, remote maintenance, preview management, notice decentralization, remote management.
In the present embodiment, the Monitor And Control Subsystem includes：
First, fire fighting device supervision inspection management subsystem
The flow that A, fire fighting device supervise inspection management subsystem is as follows：
1st, 2 D code information is generated：Fire fighting device such as fire extinguisher set-point, fire hydrant, the safety of our unit are gone out by enterprise
Mouth, end water testing device etc., in typing information, can enter in the enterprising row information typing of safety inspection platform of enterprise to facility name
At row name manually, such as four buildings toilets of end water testing device, extra exit Stall east side etc..The data of typing upload to clothes
Business device is simultaneously preserved, and server generates the Quick Response Code in 2 D code information, system to the facility of typing has uniqueness.
2nd, print and paste two-dimension code label：After server generation 2 D code information, enterprise is in the safety inspection platform in enterprise
On 2 D code information exported and be printed as two-dimension code label, then two-dimension code label is pasted onto on corresponding fire fighting device.
3rd, inspection scanning and upload：The staff of enterprises clicks on when fire control facility is checked and is arranged on movement
Enter the fire protection patrol page after client fire protection patrol system in terminal, input username and password.The first step, click scan
Two-dimension code label in Quick Response Code fire control facility is scanned, and sweeps and the numbering of the facility, title can be shown after finishing, is responsible for
People and facility checkout method etc..Second step, check and inspection method fire control facility is checked, then selects fire fighting device shape
State, such as alternative state includes：Normally, micro- barrier, again light barrier, barrier etc..3rd step, click is taken pictures, and is placed and is worked as by facility
Facility actual conditions and date board are taken a picture, such as when being taken pictures to extra exit by it date bridge queen, it is desirable to will safety
Open and taken pictures in outlet.4th step, uploads frastructure state information, frastructure state information can not be uploaded if not taking pictures, is
System can take pictures in prompting automatically, after the completion of upload, the initial inspection page of the client fire protection patrol system auto-returned on mobile terminal
Face, inspection wait state is carried out into next equipment.
4th, back-stage management：Functional government departments, garden administration commission, enterprise management level etc. have the backstage that safety supervision is supervised
After administrative staff's login service device network address, input account number cipher, it can be seen that the current check situation of the enterprise, patrolled by checking
The photo that inspection personnel upload will be seen that the enterprise fire fighting facility situation, such as whether extra exit blocks, and fire extinguisher pressure is
It is no to meet the requirements, meanwhile, facility director, review time etc. can be shown, can to some facility, certain time, some
The inspection situation of people is inquired about, shows non-inspection facility inquiry, and short message reminds patrol officer to some installation security inspection etc.
Other functions, supervision supervisor is checked after unit upload pictures by logging in backstage, and unit actual conditions can be showed
Field is verified.
The characteristics of B, fire fighting device supervision inspection management subsystem, is as follows：
1st, the place of each fire fighting device and director are carried out effectively to fix by the form of Quick Response Code.
2nd, by sweeping the form that Quick Response Code is uploaded of catching, review time, scrutineer to each fire fighting device carry out effective
It is fixed.
3rd, by the form of background query, complete situation, inspection situation to each fire fighting device accomplish to grasp at any time, disappear
Anti- supervisor, enterprise management level can inquire about inspection situation at any time, and coherence check personnel can be supervised in time to non-inspection facility
Checked.
4th, papery inspection record workload can be greatly reduced, it is to avoid interim complementary record phenomenon occurs, and checks that situation is true.
5th, system Construction expense is low, and due to being used based on smart mobile phone, therefore expense is extremely low.
2nd, electrical fire and fire-fighting equipment Monitor And Control Subsystem
The major function of electrical fire and fire-fighting equipment Monitor And Control Subsystem is as follows：
1st, residual current monitoring and electric wire overheating warning/alarm, prevent because electric row insulation ag(e)ing, residual current are big,
Temperature height causes fire.
2nd, cigarette warming early warning/alarm.According to fire service law pertinent regulations, spacious warehouse will install infrared light beamforming cigarette sense spy
Survey device and point-type smoke alarm.
3rd, fire fighting device, equipment monitoring alarm, using door sensor or intelligence sensor, fire control facility, equipment monitoring alarm,
Prevent from moving, lose and damaging, it is ensured that the moment is intact.
4th, fire emergency lamp, fire protection safety sign board timer-controlled self-inspection, fault alarm.Timing disconnects alternating current 220V power supply certainly
Inspection, lamp is bright, cell voltage is not less than setting to be qualified, otherwise alarms.
5th, passageway for fire apparatus takes (time-out) alarm.The identification of buried inductor wire principle is involved using ultrasound and accounts for passage, when more than
During the stipulated time, flash of light, alarm, and pass photo.
6th, fire-fighting non-tower water supply pressure monitor is alarmed.Special pressure sensor is installed on non-tower water supply pressurized tank or pipeline
And digital pressure shows table.Remotely located off-limit alarm value, during off-limit alarm, pressure data is uploaded automatically, and locality is blown a whistle.
7th, fire-fighting siren, push switch and floor indicator.According to fire service law relevant regulations and standard, supporting fire-fighting is answered to warn
Flute, push switch and floor indicator.
3rd, safety in production and production environment Monitor And Control Subsystem
The major function of safety in production and production environment Monitor And Control Subsystem is as follows：
1st, prevent boiler and holding vessel from being caused an explosion accident because of over-pressed and high temperature.
2nd, prevent enterprise's oxygen workshop concentration and temperature is too high causes an explosion accident.
3rd, dust concentration monitoring.
4th, workshop crane operation operation monitoring.
5th, elevator operation monitoring and calling for help information send monitoring.Collection elevator operation data upload onto the server, electricity
Terraced maintenance, Minister of the General Administration for Quality Supervision and administration commission's property management can be managed elevator monitoring by pc machines, break down can SMS alarm, phone is automatic
Alarm etc..
4th, high-definition video monitoring subsystem
It is made up of HD video camera, DVR and high end compression encoder.High end compression encoder is leading day
Originally, a kind of high-end digital compress technique in Europe, can be compressed to 640K, at present in state by the high-definition video signal of 8M bandwidth
Interior application, maximum point is that image is smooth, signal is not blocked, do not lose pixel, image restoring rate 100%, ensure high definition imaging etc..
Configuration standard：Large enterprises configure 5 clear cameras, take second place 4, and general enterprises are with 2-3.
Infield：Enterprise's front door 1, it is other installed in the workshop differed.
Monitor purpose：Service centre carries out high-definition monitoring to enterprise's front door safety and main Workshop Production operation situation.
A, high-definition video monitoring subsystem technical parameter it is as follows：
Resolution ratio of camera head：1300000；
Classification of waterproof：IP51；
Network interface is reserved：2；
Memory capacity:1T；
Circulate storage time：>30 days；
Video recorder supports camera quantity：>4；
System supports camera quantity:>200；
Image compression ratio:>1/5.
The characteristics of B, HD video subsystem, is as follows：
1st, system is imaged using 1,300,000 high definitions, and image clearly, security monitoring is secure.
2nd, networking has been saved construction cost, has been improved the reliability safeguarded using Ethernet and the integral wire rod of power supply.
3rd, using single mode transmitted in both directions optical fiber, the quick transmission of high definition video steaming has been ensured, is provided for high definition Centralized Monitoring
Ensure.
4th, using encoder of new generation under equal picture quality, average recompression to the 1/10 of original H.264 code check, from
And reduce network bandwidth expense and network construction cost.
5th, electric power energy and energy-saving monitoring Monitor And Control Subsystem
1st, three-phase power parameter monitoring:Three-phase current, voltage, active power, reactive power, power factor, apparent energy,
Active energy, reactive energy, mains frequency etc..
2nd, electric power remote signalling remote control:Remote signalling remote control can be realized in service centre.
3rd, electric power facilities anti-theft and security alarm:The destruction or robber of any important place of enterprise or facility by any means
Surreptitiously, it is capable of automatic alarm.
4th, power operating state off-limit alarm:Logical transformer station high-voltage side bus major parameter, load running imbalance, power factor are got over
Automatic alarm during lower limit, makes electric power facility operate in safety, energy conservation state.
The safety production monitoring system of the present invention is based on technology of Internet of things, collection physical quantity and electrical quantity digital collection, monitoring
Monitoring, off-limit alarm and HD video linkage are integrated, by the position of the potential safety hazard of the enterprise of each in garden, facility, key
Point etc. carries out concentrating networking control and processing, realizes unattended, real-time round-the-clock dynamic auto monitoring, automatically processes
Early warning and alarming information, so as to solve the scattered problem for being difficult monitoring of industrial zone production safety, substantially increases production safety
Centralized Monitoring, focus on efficiency, can be escort for the production activity of enterprise, prevent great production accident to occur.
Claims (4)
1. a kind of safety production monitoring system based on Internet of Things, it is characterised in that the system include hidden danger point monitor layer,
Information transfer and integrated service layer；
The hidden danger point monitor layer is mainly in units of enterprise, by data acquisition warning system, HD video terminal and communication
The various Monitor And Control Subsystems of the compositions such as system；
Described information transport layer mainly includes optical fiber virtual net and wireless mobile network, and the optical fiber virtual net is mainly used in transmitting number
According to the wireless mobile network is mainly used in SMS notification；
The integrated service layer is main by the service centre installed in industrial zone administration commission building, the mobile end of operator on duty
End, the safety inspection platform of enterprises and the monitor supervision platform composition installed in supervision supervision relief functional department；
The service centre mainly includes the server based on computer technology and Internet technology, monitoring computer and giant-screen
LCD display；The mobile terminal mainly includes possessing the smart mobile phone for installing APP functions and radio communication function, flat board electricity
Brain or custom terminal；The safety inspection platform and monitor supervision platform are mainly the PC for connecting internet；
The Monitor And Control Subsystem includes fire fighting device and supervises inspection management subsystem, and the fire fighting device supervises inspection management subsystem
The Database and inspection flow of system are as follows：
（1）, generation 2 D code information：The fire fighting device of our unit is recorded in the enterprising row information of monitor supervision platform of this enterprise by enterprise
Enter, the data of typing upload to the server and preserved, the server generates 2 D code information, system to the facility of typing
In Quick Response Code there is uniqueness；
（2）, printing and paste two-dimension code label：After server generation 2 D code information, 2 D code information is exported and is printed as
Two-dimension code label, is then pasted onto at corresponding fire fighting device by two-dimension code label；
（3）, inspection scanning and upload：The staff of enterprises clicks on when fire control facility is checked and is arranged on mobile whole
Enter the fire protection patrol page after client fire protection patrol system on end, input username and password；
Two-dimension code label in the first step, click scan Quick Response Code fire control facility is scanned, and is swept and can be shown this after finishing
Numbering, title, director and the facility checkout method of facility；
Second step, check and inspection method fire control facility is checked, then selects fire fighting device state；
3rd step, click is taken pictures；Date bridge queen is placed by facility, facility actual conditions and date board are taken a picture；
4th step, uploads frastructure state information, and frastructure state information can not be uploaded if not taking pictures, and system can be pointed out to clap automatically
According to, after the completion of upload, the initial inspection page of client fire protection patrol system auto-returned on mobile terminal；
（4）, back-stage management：After back-stage management personnel's login service device network address, input account number cipher, it can be seen that the day of the enterprise
Situation is often checked, by checking the photo of patrol officer's upload it will be seen that the enterprise fire fighting facility situation, supervisor passes through
Log in backstage to check after unit upload pictures, on-site verification is carried out to unit actual conditions.
2. the safety production monitoring system according to claim 1 based on Internet of Things, it is characterised in that the data
Collection warning system mainly includes various sensors distributing installation at enterprise's workshop, warehouse, production facility.
3. the safety production monitoring system according to claim 1 based on Internet of Things, it is characterised in that the high definition
Video terminal mainly includes high-definition camera distributing installation at enterprise's workshop, warehouse, production facility.
4. the safety production monitoring system according to claim 1 based on Internet of Things, it is characterised in that the communication
System mainly includes digital channel and communication bus, and the digital channel uses Ad hoc technology or broadband over power line skill
Art；It is total that the data of collection are aggregated into the communication by the data acquisition warning system and HD video terminal by digital channel
On line, the communication bus transmits data to integrated service layer by described information transport layer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510822491.2A CN105388870B (en) | 2015-11-23 | 2015-11-23 | A kind of safety production monitoring system based on Internet of Things |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510822491.2A CN105388870B (en) | 2015-11-23 | 2015-11-23 | A kind of safety production monitoring system based on Internet of Things |
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| Publication Number | Publication Date |
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| CN105388870A CN105388870A (en) | 2016-03-09 |
| CN105388870B true CN105388870B (en) | 2017-10-31 |
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| CN201510822491.2A Expired - Fee Related CN105388870B (en) | 2015-11-23 | 2015-11-23 | A kind of safety production monitoring system based on Internet of Things |
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Address after: 326. Room two, No. 39 east science and technology road, Torch Development Zone, Guangdong, Zhongshan 528400, China Applicant after: GUANGDONG XINXIN AUTOMATION EQUIPMENT Co.,Ltd. Address before: 528400, No. third, No. eighth, 1, Ying Ying Road, Shiqi District, Guangdong, Zhongshan, 301 Applicant before: GUANGDONG XINXIN AUTOMATION EQUIPMENT Co.,Ltd. |
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