CN105991771B - Internet of Things fire-fighting system - Google Patents
Internet of Things fire-fighting system Download PDFInfo
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- CN105991771B CN105991771B CN201610380321.8A CN201610380321A CN105991771B CN 105991771 B CN105991771 B CN 105991771B CN 201610380321 A CN201610380321 A CN 201610380321A CN 105991771 B CN105991771 B CN 105991771B
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- 238000007726 management method Methods 0.000 claims description 89
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- H—ELECTRICITY
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Abstract
A kind of Internet of Things fire-fighting system includes：Some fire-fighting equipments with unique address code；Collector, it gathers the instantaneous operating conditions data of each fire-fighting equipment；Cloud Server, it stores and handles the data from collector, and stores and handle the data of each fire-fighting equipment, while the fault message of fire-fighting equipment and maintenance information are pushed into user terminal；Management terminal, keeper obtains the data of Cloud Server to carry out fire-fighting equipment maintenance, configuration modification, processing customer order, processing after-sale service and user management by the management terminal；User terminal, user sends the data of each fire-fighting equipment by user terminal to Cloud Server, and obtains the data of Cloud Server, with online purchase fire-fighting equipment, checks the instantaneous operating conditions of each fire-fighting equipment and applies for after-sale service.The present invention Internet of Things fire-fighting system can fire equipments carry out remote management, trackings, monitoring and control, and the efficiency of management height.
Description
【Technical field】
The present invention relates to fire-fighting domain, more particularly to one kind can fire equipments carry out remote management, trackings, monitor and
Control, and the high Internet of Things fire-fighting system of the efficiency of management.
【Background technology】
According to the requirement of relevant specification of country, it is intended to that fire-fighting equipment is installed in places such as building, the places of densely populated place, with
Just the condition of a disaster and guiding evacuating personnel can in case of emergency be eliminated.Therefore, effective management for fire-fighting equipment is to ensure respectively to disappear
The premise that anti-equipment is normally run.The management of traditional fire equipments is also rested on carries out live tracking by manpower, monitors, so
And this not only causes waste of human resource, the efficiency of management is low, and because thin, fire-fighting is realized in the fire-fighting of some units or individual
The damaged condition of equipment is seen everywhere, and once occurs the condition of a disaster, and the fire-fighting equipment of damage can not play its due effect, to people
The security of the lives and property constitute serious threat.Therefore, the monitoring system of fire-fighting equipment is arisen at the historic moment.However, existing disappear
The monitoring system of anti-equipment still has that rate of false alarm is higher, alarm not in time, warning system maintenance not in time, responsibility is difficult to
Distinguish and the problems such as authorities' difficult regulatory.In addition, existing fire-fighting equipment monitoring system only monitors disappearing of being currently running
Anti- equipment, its management function is single, it is impossible to monitor fire-fighting equipment from the production phase to the information in each stage in stage after sale, and existing
The management for having fire equipments is generally only carried out in a small range so that the efficiency of management is low.
【The content of the invention】
Present invention seek to address that above mentioned problem, and provide one kind can fire equipments carry out remote management, trackings, monitor and
Control, and the high Internet of Things fire-fighting system of the efficiency of management.
To realize the purpose of the present invention, the invention provides a kind of Internet of Things fire-fighting system, the system includes：
Some fire-fighting equipments, it is on the corridor of building or indoor, and each fire-fighting equipment has unique address code；
Collector, it is connected and communicated with fire-fighting equipment, and the collector gathers and stores the real-time status of each fire-fighting equipment
Data；
Cloud Server, it is connected and communicated with collector, and the Cloud Server stores and handles the data from collector, and
Store and handle each fire-fighting equipment include production phase, test phase, shipment stage, erection stage, debugging stage and maintenance
The data in stage, while the fault message of fire-fighting equipment and maintenance information are pushed into user terminal；
Management terminal, it is connected and communicated with Cloud Server, and keeper obtains the number of Cloud Server by the management terminal
Fire-fighting equipment maintenance, configuration modification, processing customer order, processing after-sale service and user management are carried out according to this；
It is connected and communicated with Cloud Server user terminal, and user sends each fire-fighting to Cloud Server by user terminal and set
Standby includes the data in production phase, test phase, shipment stage, erection stage, debugging stage and maintenance stage, and obtains cloud
The data of server, for user's online purchase fire-fighting equipment, check the instantaneous operating conditions of each fire-fighting equipment and apply after sale
Service.
Each fire-fighting equipment is a kind of or several of fire-fighting emergency headlamp, fire-fighting detection device or fire fighting alarm device
The combination planted, and it has unique address code of 8 bytes.
The collector includes processing unit, memory cell and communication unit, the memory cell and communication unit difference
It is connected with processing unit, the communication unit is for broadband connections and/or based on 3G/4G wireless communications.
The data of each fire-fighting equipment are classified and handled by the Cloud Server, and it includes commercially available module, equipment control
Module and user management module, wherein, commercially available module includes list and the product information data of each fire-fighting equipment, equipment control mould
Block includes production phase, test phase, shipment stage, erection stage, debugging stage and maintenance stage including each fire-fighting equipment
Data, user management module is used to distributing and auditing the account of all types of user.
The Cloud Server is provided with data access port, and keeper or user obtain cloud service by data access port
The data of device send data to Cloud Server.
The management terminal obtains the device management module and user management module of Cloud Server by data access port
Data, keeper pass through management terminal obtain device management module data carry out plant maintenance, configuration modification, processing client
Order and processing after-sale service, keeper obtain user management module data by management terminal and are managed and audit all kinds of use
The account at family.
The user terminal by data access port obtain cloud service data, the user include manufacturer, dealer,
Service provider, property and maintenance business, and account of all types of user by registration and after auditing through management terminal obtain and enter cloud service
The authority of the data access port of device, the manufacturer sends each by data access port to Cloud Server on the subscriber terminal
The data for including production phase, test phase and shipment stage of fire-fighting equipment, the dealer passes through number on the subscriber terminal
The order taking facility combined data of each fire-fighting equipment is sent to Cloud Server according to access port, the service provider leads on the subscriber terminal
Cross data access port to send the erection stage of each fire-fighting equipment to Cloud Server and debug the data in stage, the maintenance business exists
Send the data in maintenance stage on user terminal to Cloud Server by data access port, the property is led on the subscriber terminal
The instantaneous operating conditions data that data access port checks each fire-fighting equipment in Cloud Server are crossed, and are received from Cloud Server
Fault message, while sending maintenance request to Cloud Server.
The service provider sends the debugging of each fire-fighting equipment by data access port to Cloud Server on the subscriber terminal
The data in stage include the visualization device management module data for each fire-fighting equipment set up according to building plan.
When the fire-fighting equipment breaks down, Cloud Server is sent fault message to property in the form of notification message
User terminal, and Cloud Server sends maintenance information to the user terminal of maintenance business in the form of notification message.
Each fire-fighting equipment is connected and communicated with collector by router, and the router is each located at building
In floor.
The contribution of the present invention is that it is efficiently solved, and existing management of fire fighting equipment function is single, the efficiency of management is low asks
Topic.The Cloud Server of the Internet of Things fire-fighting system of invention is stored with each fire-fighting equipment from production phase, test phase, shipment rank
Section, erection stage, debugging stage, service stage and the data in maintenance stage, and management terminal and user terminal can pass through data
Access port obtain Cloud Server data so that administrative staff by management terminal can fire equipments carry out plant maintenance,
Configuration modification, processing customer order, processing after-sale service and user management；User can carry out online purchase by user terminal and disappear
Anti- equipment, the instantaneous operating conditions for checking each fire-fighting equipment and application after-sale service.The present invention can not only be realized to be set to each fire-fighting
Remote management, tracking, monitoring and the control in each standby stage, ensure the normal operation of each fire-fighting equipment, improve overhaul efficiency, and
And may advantageously facilitate with improving government and the social fire supervision of associated mechanisms implementation and managerial skills.
【Brief description of the drawings】
Fig. 1 is the structural representation of the present invention.
Fig. 2 is the structured flowchart of the present invention.
【Embodiment】
The following example is being explained further and supplementing to the present invention, and the present invention is not limited in any way.
Refering to Fig. 1 and Fig. 2, Internet of Things fire-fighting system of the invention includes some fire-fighting equipments 10, collector 20, cloud service
Device 30, management terminal 40, user terminal 50 and router 60.
As shown in figure 1, some fire-fighting equipments 10 are on the corridor of building or indoor, it can be fire emergency lamp,
Fire fighting alarm device, the combination of fire-fighting detection device or other fire-fighting devices or various fire-fighting devices.Wherein, respectively disappear
Anti- emergency light includes fire-fighting emergency headlamp and fire-fighting emergent indicator lamp, and it is on the corridor of building；Each fire protection warning dress
It is arranged on the corridor of building and indoor；Fire-fighting detection device includes detection instrument, temperature sounder, smoke detector
Deng it is respectively arranged on the corridor of building and indoor.And each fire-fighting equipment 10 has unique address code.In the present embodiment
Each fire-fighting equipment 10 has the unique address code of 8 bytes, to distinguish each fire-fighting equipment 10.
As shown in Figure 1 and Figure 2, some fire-fighting equipments 10 are connected with collector 20, and collector 20 and some fire-fighting equipments 10
Communication.The collector 20 is in the central machine room of building, and it is used to gather and stores the real-time working of each fire-fighting equipment 20
Status data.The collector 20 includes processing unit 21, memory cell 22 and communication unit 23, wherein, memory cell 22 and logical
Letter unit 23 is connected with processing unit 21 respectively.Communication unit 23 can be broadband connections, or based on the wireless of 3G/4G
Network service, or broadband connections and the combination of the wireless communication based on 3G/4G.Communication unit 23 in the present embodiment
For broadband connections and the combination of the wireless communication based on 3G/4G so that when broadband signal is interrupted, can be connected automatically to
3G/4G wireless communication, so as to ensure that the instantaneous operating conditions data of each fire-fighting equipment 10 are smoothly sent to cloud service
In device 30.The communication unit 23 communicates with each fire-fighting equipment 10 and Cloud Server 30 respectively, when each fire-fighting equipment 10 works, place
The reason control communication unit 23 of unit 21 receives instantaneous operating conditions data from each fire-fighting equipment 10, and by the data received
Memory cell 22 is stored in, meanwhile, the control communication unit 23 of processing unit 21 sends the data of reception to Cloud Server 30.For
Guarantee each fire-fighting equipment 10 is communicated well with collector 20, and router is provided between fire-fighting equipment 10 and collector 20
60, the router 60 is connected with fire-fighting equipment 10 and collector 20 respectively, and provided with a route in each floor of building
Device 60, so as to ensure that the instantaneous operating conditions information of the fire-fighting equipment 10 of each floor is sent into collector 20.
As shown in Figure 1 and Figure 2, Cloud Server 30 is connected with collector 20, and the Cloud Server 30 leads to collector 20
Letter.The Cloud Server 30 stores and handles the data from collector 20, and store and handle each fire-fighting equipment 10 comprising production
Stage, test phase, the shipment stage, erection stage, debugging the stage and the maintenance stage data, while by fire-fighting equipment 10 therefore
Barrier information and maintenance information are pushed to user terminal 50.Cloud Server 30 includes commercially available module 31, device management module 32 and used
Family management module 33.Wherein, commercially available module 31 includes list and the product information data of each fire-fighting equipment 10, is chosen for user.
Device management module 32 includes production phase, test phase, shipment stage, erection stage, debugging including each fire-fighting equipment 10
Stage and the data in maintenance stage, wherein, the data of production phase include the address code and facility information of each fire-fighting equipment 10.Survey
The data in examination stage include operating current, voltage, power and malfunction of equipment etc., and each fire-fighting equipment 10 sets up portion
Testing journal sheet, is easy to user to check.The data in shipment stage include the flow direction of each fire-fighting equipment 10, are easy to control each fire-fighting equipment
10 whereabouts, so as to ensure the follow-up management of equipment.The data of erection stage include the installation progress of each fire-fighting equipment 10.Debugging
The data in stage include the visualization device management module data for each fire-fighting equipment 10 set up according to building plan, are easy to
Position to quicklook each fire-fighting equipment 10.The data in maintenance stage include the maintenance application of user.User management module 33 is used
In the account for distributing and auditing all types of user, the account information of its account information for including administrative staff and all types of user.In cloud
Server 30 is provided with data access port 34, and keeper is in management terminal 40 or user passes through the number on user terminal 50
The data of Cloud Server 30 are obtained according to access port 34, or data are sent to Cloud Server 30.Specifically, when Cloud Server 30 connects
Receive after the instantaneous operating conditions data of each fire-fighting equipment 10 of collector 20, if Cloud Server 30 finds the number received
According to failure, then failure fire-fighting equipment 10 is determined according to the unique address of fault message code, and the fault message is pushed
To corresponding user terminal 50.In the present embodiment, fault message is pushed to user by Cloud Server 30 in the form of notification message
Terminal 50.When Cloud Server 30 is received from the data of the production phase of each fire-fighting equipment 10 of user terminal 50, according to life
Product information in production phase data is classified to each fire-fighting equipment 10, and sorted information is stored to commercially available module
31, user can each fire-fighting equipment 10 of online purchase by commercially available module 31.When Cloud Server 30 is received from user terminal 50
The test phase of each fire-fighting equipment 10 data when, the test phase data of each fire-fighting equipment 10 are set up a test and reported by it
Table, and be stored in device management module 32.When each fire-fighting equipment 10 that Cloud Server 30 is received from user terminal 50 goes out
During the data in goods stage, it is by the data storage in shipment stage in device management module 32.When Cloud Server 30 receives hair
During the data of the erection stage of each fire-fighting equipment 10 of user terminal 50, it is by the data of the erection stage of each fire-fighting equipment 10
It is stored in device management module 32.When Cloud Server 30 receives the debugging stage of each fire-fighting equipment 10 from user terminal 50
Data when, it sets up the visualization device management module of each fire-fighting equipment 10 according to architectural plan, and the visualization is set
Standby management module is stored in device management module 32, and each fire-fighting equipment 10 is positioned so as to quicklook.Work as Cloud Server
30 receive from user terminal 50 the maintenance of each fire-fighting equipment 10 request when, its by the maintenance ask be pushed to correlation user
Terminal 50, is easy to carry out maintenance to failure fire-fighting equipment 10 in time.In the present embodiment, Cloud Server 30 asks maintenance to notify
The form of message is pushed to the user terminal 50 of correlation.When Cloud Server 30 receives the register account number letter from user terminal 50
During breath, it is stored that information in user management module 33, and notifies management terminal 40 to audit the account information, and keeper is led to
Cross after the examination ＆ verification of management terminal 40, Cloud Server 30 notifies the account of user terminal 50 to succeed in registration.
As shown in Figure 1 and Figure 2, Cloud Server 30 is connected with management terminal 40, and the management terminal 40 is led to Cloud Server 30
Letter, it can be computer or smart mobile phone, or other portable intelligent devices.Keeper is led in the management terminal 40
Cross data access port 34 obtain Cloud Server 30 data safeguarded with carrying out each fire-fighting equipment 10, configuration modification, processing client
Order, processing after-sale service and user management.In the present embodiment, management terminal 40 enters by way of keeper's account is logged in
The data access port of Cloud Server 30, so as to obtain the data of Cloud Server 30.Specifically, keeper can pass through management terminal 40
The instantaneous operating conditions data of each fire-fighting equipment 30 are obtained, and each fire-fighting equipment 30 is safeguarded according to the data.When respectively disappearing
When the configuration of anti-equipment 10 changes, keeper can be modified by the configuration of 40 pairs of fire-fighting equipments 10 of management terminal,
Amended configuration is stored in the device management module 32 of Cloud Server 30.Sent out when management terminal 40 receives Cloud Server 30
During the customer order sent, keeper notifies supplier to deliver in management terminal 40 by Cloud Server 30.When management terminal 40
When receiving after-sales-service information, keeper notifies to be taken after sale on after sale in management terminal 40 by Cloud Server 30
Business.When the user account that management terminal 40 receives the transmission of Cloud Server 30 audits message, keeper is in management terminal 40
User's examination ＆ verification is carried out, and is sent auditing result to corresponding user terminal 50 by Cloud Server 30.
As shown in Figure 1 and Figure 2, Cloud Server 30 is connected with client terminal 50, and the client terminal 50 leads to Cloud Server 30
Letter, it can be computer or smart mobile phone, or other portable intelligent devices.User passes through on the user terminal 50
Data access port 34, which obtains the data of Cloud Server 30 or sends including for each fire-fighting equipment 10 to Cloud Server 30, produces rank
Section, test phase, shipment stage, erection stage, debugging stage and the data in maintenance stage, so that user's online purchase fire-fighting is set
Standby 10, instantaneous operating conditions and the application after-sale service of each fire-fighting equipment 10 are checked.Wherein, user is divided into according to the difference of role
Manufacturer, dealer, service provider, property and maintenance business, and all types of user in user terminal 50 by selecting respective type simultaneously
The authority for the data access port 34 for entering Cloud Server 30 is obtained after register account number, Cloud Server 30 receives user terminal 50
After the register account number information of transmission, management terminal 40 is notified to audit the log-on message, and auditing result is sent into user terminal
50.Specifically, after the production of fire-fighting equipment 10 is finished, manufacturer enters cloud service on user terminal 50 by the account of registration
Device 30, and the data of the production phase of fire-fighting equipment 10 are sent to Cloud Server 30, wherein, the number of the production phase of fire-fighting equipment 10
According to including installation manual, the unique address code of product and product parameters information etc..After the detection of fire-fighting equipment 10 is finished, manufacturer
Cloud Server 30 is entered by the account of registration on user terminal 50, and by the data of the test phase of fire-fighting equipment 10 send to
Cloud Server 30, the data of the test phase include operating current, voltage, power and the fault state data of equipment.Work as fire-fighting
Equipment 10 is dispatched from the factory sell after, manufacturer enters Cloud Server 30 on user terminal 50 by the account of registration, and fire-fighting is set
The data in standby 10 shipment stages are sent to cloud service 30, and the data in the shipment stage flow to information including each fire-fighting equipment 10.
Now, dealer enters Cloud Server 30 on user terminal 50 by the account of registration, and by the order of each fire-fighting equipment 10
Equipment combined data is sent to Cloud Server 30, is easy to keeper and user to check.When fire-fighting equipment 10 is installed, service provider exists
Cloud Server 30 is entered by the account of registration on user terminal 50, service provider obtains the fire-fighting equipment 10 from Cloud Server 30
Installation manual, and the data of the erection stage of fire-fighting equipment 10 are sent to Cloud Server 30, the packet of the erection stage
Include the installation progress information of fire-fighting equipment 10.After fire-fighting equipment 10 is installed, service provider need to debug to it, and service provider
Cloud Server 30 is entered by the account of registration on user terminal 50, service provider sends the data in the stage of debugging to cloud service
Device 30, the data in the debugging stage include the visualization device management mould for each fire-fighting equipment 10 set up according to building plan
Block, so that user and keeper can intuitively position and check the instantaneous operating conditions information of each fire-fighting equipment 10.Work as property
When needing purchase fire-fighting equipment 10, property enters the commercially available module of Cloud Server 30 on user terminal 50 by the account of registration
31, online purchase fire-fighting equipment 10 is carried out, and purchase order is submitted, Cloud Server 30 sends the purchase order to management terminal
40, keeper enters the device management module 32 of Cloud Server 30 by management terminal 40, and handles the purchase order.In addition,
When fire-fighting equipment 10 breaks down, Cloud Server 30 is according to the unique address code of faulty equipment in visualization device management module
In orient faulty equipment, and the fault message sent be pushed in the form of notification message used in property user it is whole
End 50, after the property has notice, enters Cloud Server 30 on user terminal 50 by the account of registration, and to Cloud Server
30 send maintenance request, and maintenance request is pushed to corresponding management terminal 40, managed by cloud service 30 in the form of notification message
Reason personnel send processing scheme after sale in management terminal 40 to Cloud Server 30, and Cloud Server 30 is by maintenance information to notify to disappear
The form of breath pushes to the user terminal 50 of maintenance business, and maintenance business, which receives, carries out live maintenance after maintenance information.
Take this, the Cloud Server 30 of Internet of Things fire-fighting system of the invention be stored with each fire-fighting equipment 10 from the production phase,
Test phase, shipment stage, erection stage, debugging stage, service stage and the data in maintenance stage, and management terminal 40 and use
Family terminal 50 can obtain the data of Cloud Server 30 by data access port 34 so that administrative staff can by management terminal 40
Fire equipments 10 carry out plant maintenance, configuration modification, processing customer order, processing after-sale service and user management；User can
Online purchase fire-fighting equipment, the instantaneous operating conditions for checking each fire-fighting equipment 10 and application are carried out by user terminal 50 to take after sale
Business.The present invention can not only realize the remote management to each each stage of fire-fighting equipment 10, tracking, monitoring and control that guarantee respectively disappears
The normal operation of anti-equipment, improves overhaul efficiency, and may advantageously facilitate with improving government and the social fire-fighting of associated mechanisms implementation
Supervision and managerial skills.
Although being disclosed by above example to the present invention, protection scope of the present invention is not limited thereto,
Under conditions of without departing from present inventive concept, deformation, replacement that each component is done to more than etc. will fall into the right of the present invention
In claimed range.
Claims (9)
1. a kind of Internet of Things fire-fighting system, it is characterised in that the system includes：
Some fire-fighting equipments (10), it is on the corridor of building or indoor, and each fire-fighting equipment (10) has unique address
Code；
Collector (20), it is connected and communicated with fire-fighting equipment (10), and the collector (20) gathers and stores each fire-fighting equipment
(10) real-time status data；
Cloud Server (30), it is connected and communicated with collector (20), and the Cloud Server (30) is stored and handled from collector
(20) data, and store and handle each fire-fighting equipment (10) comprising the production phase, test phase, the shipment stage, install rank
The data of section, debugging stage and maintenance stage, while the fault message and maintenance information of fire-fighting equipment (10) are pushed into user
The data of each fire-fighting equipment (10) are classified and handled by terminal (50), the Cloud Server (30), and it includes commercially available module
(31), device management module (32) and user management module (33), wherein, commercially available module (31) includes each fire-fighting equipment (10)
List and product information data, device management module (32) include each fire-fighting equipment (10) comprising the production phase, test phase,
Shipment stage, erection stage, the data for debugging stage and maintenance stage, user management module (33) are used to distributing and auditing all kinds of
The account of user；
Management terminal (40), it is connected and communicated with Cloud Server (30), and keeper obtains cloud by the management terminal (40) and taken
The data of business device (30) are to carry out fire-fighting equipment (10) maintenances, configuration modification, processing customer order, handle after-sale service and user
Management；
User terminal (50), it is connected and communicated with Cloud Server (30), and user is by user terminal (50) to Cloud Server
(30) send each fire-fighting equipment (10) includes production phase, test phase, shipment stage, erection stage, debugging stage and dimension
The data in guarantor's stage, and the data of Cloud Server (30) are obtained, for user's online purchase fire-fighting equipment (10), check each fire-fighting
The instantaneous operating conditions of equipment (10) and application after-sale service.
2. Internet of Things fire-fighting system as claimed in claim 1, it is characterised in that each fire-fighting equipment (10) is fire-fighting emergent
One or several kinds of combinations of illuminating lamp, fire-fighting detection device or fire fighting alarm device, and it has the unique address of 8 bytes
Code.
3. Internet of Things fire-fighting system as claimed in claim 1, it is characterised in that the collector (20) includes processing unit
(21), memory cell (22) and communication unit (23), the memory cell (22) and communication unit (23) respectively with processing unit
(21) connect, the communication unit (23) is for broadband connections and/or based on 3G/4G wireless communications.
4. Internet of Things fire-fighting system as claimed in claim 1, it is characterised in that the Cloud Server (30) is visited provided with data
Ask port (34), keeper or user obtain the data of Cloud Server (30) or to Cloud Server by data access port (34)
(30) data are sent.
5. Internet of Things fire-fighting system as claimed in claim 4, it is characterised in that the management terminal (40) passes through data access
Port (34) obtains the device management module (32) of Cloud Server (30) and the data of user management module (33), and keeper passes through
The data that management terminal (40) obtains device management module (32) carry out plant maintenance, configuration modification, processing customer order and place
After-sale service is managed, keeper obtains user management module (33) data by management terminal (40) and is managed and audits all kinds of use
The account at family.
6. Internet of Things fire-fighting system as claimed in claim 4, it is characterised in that the user terminal (50) passes through data access
Port (34) obtains Cloud Server (30) data, and the user includes manufacturer, dealer, service provider, property and maintenance business, and
Account after all types of user is audited by registration and through management terminal (40) obtains the data access end for entering Cloud Server (30)
The authority of mouth (34), the manufacturer is sent on user terminal (50) by data access port (34) to Cloud Server (30)
The data for including production phase, test phase and shipment stage of each fire-fighting equipment (10), the dealer is in user terminal
(50) the order taking facility combined data of each fire-fighting equipment (10) is sent on to Cloud Server (30) by data access port (34),
The service provider sends each fire-fighting equipment by data access port (34) on user terminal (50) to Cloud Server (30)
(10) erection stage and the data in debugging stage, the maintenance business pass through data access port (34) on user terminal (50)
The data in maintenance stage are sent to Cloud Server (30), the property passes through data access port (34) on user terminal (50)
The instantaneous operating conditions data of each fire-fighting equipment (10) in Cloud Server (30) are checked, and receive the event from Cloud Server (30)
Hinder information, while sending maintenance request to Cloud Server (30).
7. Internet of Things fire-fighting system as claimed in claim 6, it is characterised in that the service provider leads on user terminal (50)
The data for spending the debugging stage that data access port (34) sends each fire-fighting equipment (10) to Cloud Server (30) are built including basis
Build the visualization device management module data of each fire-fighting equipment (10) of object plane figure foundation.
8. Internet of Things fire-fighting system as claimed in claim 6, it is characterised in that when the fire-fighting equipment (10) is broken down,
Cloud Server (30) is sent fault message in the form of notification message to the user terminal (50) of property, and Cloud Server (30)
Maintenance information is sent to the user terminal (50) of maintenance business in the form of notification message.
9. Internet of Things fire-fighting system as claimed in claim 1, it is characterised in that each fire-fighting equipment (10) passes through router
(60) it is connected and communicates with collector (20), the router (60) is in each floor of building.
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| CN201610380321.8A CN105991771B (en) | 2016-06-01 | 2016-06-01 | Internet of Things fire-fighting system |
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| CN201610380321.8A CN105991771B (en) | 2016-06-01 | 2016-06-01 | Internet of Things fire-fighting system |
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| CN105991771A CN105991771A (en) | 2016-10-05 |
| CN105991771B true CN105991771B (en) | 2017-09-19 |
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Families Citing this family (11)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106529685A (en) * | 2016-11-04 | 2017-03-22 | 合肥天讯亿达光电技术有限公司 | Fire protection and maintenance informatized management system |
| CN106779585B (en) * | 2016-11-25 | 2021-01-15 | 泰康保险集团股份有限公司 | Method, system and mobile terminal for supervising building engineering |
| CN107392326A (en) * | 2017-07-19 | 2017-11-24 | 中消云（北京）物联网科技研究院有限公司 | A kind of Internet of Things fire line is reached the standard grade lower management system |
| CN108769177A (en) * | 2018-05-23 | 2018-11-06 | 南京思特齐科技有限公司 | Internet of Things fire-fighting linkage system and method |
| CN110351367A (en) * | 2019-07-12 | 2019-10-18 | 南京中消安全技术有限公司 | For the long-distance maintenance method and system of fire-fighting equipment |
| CN110380744B (en) * | 2019-07-31 | 2020-07-14 | 广东新视野信息科技股份有限公司 | Building site fire safety management system based on thing networking |
| CN111068230A (en) * | 2019-12-30 | 2020-04-28 | 中祖建设安装工程有限公司 | Fire-fighting facility maintenance method and system |
| CN111199427B (en) * | 2019-12-31 | 2023-09-29 | 上海移为通信技术股份有限公司 | Grouping management method and device for network users, electronic equipment and storage medium |
| CN112070645A (en) * | 2020-07-28 | 2020-12-11 | 智维云图(上海)智能科技有限公司 | Method and system for deploying fire-fighting project through modular assembly |
| CN112580834B (en) * | 2020-12-17 | 2023-12-12 | 深圳威消保科技有限公司 | Fire-fighting facility maintenance method, system, terminal and storage medium based on O2O platform |
| CN116800801B (en) * | 2023-08-24 | 2023-11-07 | 北京天恒安科集团有限公司 | Intelligent fire control scheduling method and system based on NB-Iot |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102039019A (en) * | 2009-10-13 | 2011-05-04 | 上海复旦网络信息工程有限公司 | Method and system for remotely monitoring fire fighting equipment in building |
| CN105321009A (en) * | 2014-06-19 | 2016-02-10 | 玉鼎云华(北京)信息技术有限责任公司 | Fire control integrated information management platform for building |
| CN204652570U (en) * | 2015-05-29 | 2015-09-16 | 四川方盛锦睿信息技术有限公司 | The long-range cruising inspection system of fire protection equipment |
| CN105182873A (en) * | 2015-08-27 | 2015-12-23 | 深圳市中电数通科技有限公司 | Urban fire-control remote monitoring system |
| CN105243425A (en) * | 2015-11-19 | 2016-01-13 | 公安部上海消防研究所 | Fire extinguisher full-life cycle management system |
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