CN105991771A - Internet of things fire fighting system - Google Patents
Internet of things fire fighting system Download PDFInfo
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- CN105991771A CN105991771A CN201610380321.8A CN201610380321A CN105991771A CN 105991771 A CN105991771 A CN 105991771A CN 201610380321 A CN201610380321 A CN 201610380321A CN 105991771 A CN105991771 A CN 105991771A
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- 238000012423 maintenance Methods 0.000 claims abstract description 45
- 238000000034 method Methods 0.000 claims abstract description 23
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- 238000012986 modification Methods 0.000 claims abstract description 7
- 230000004048 modification Effects 0.000 claims abstract description 7
- 238000007726 management method Methods 0.000 claims description 85
- 230000008439 repair process Effects 0.000 claims description 38
- 238000012360 testing method Methods 0.000 claims description 19
- 238000004891 communication Methods 0.000 claims description 17
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
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- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
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Abstract
The invention provides an internet of things fire fighting system comprising multiple sets of fire fighting equipment with a unique address code; an acquisition device which acquires the real-time working state data of each set of fire fighting equipment; a cloud server which stores and processes the data transmitted by the acquisition device and stores and processes the data of each set of fire fighting equipment and pushes fault information and maintenance information of the fire fighting equipment to a user terminal; a management terminal through which an administrator acquires the data of the cloud server to perform maintenance of the fire fighting equipment, configuration modification, customer order processing, after-sales service processing and user management; and the user terminal through which a user transmits the data of each set of fire fighting equipment to the cloud server and acquires the data of the cloud server so as to purchase the fire fighting equipment, view the real-time working state of each set of fire fighting equipment and apply for an after-sales service online. According to the internet of things fire fighting system, remote management, tracking, supervision and control of the fire fighting equipment can be performed and the management efficiency is high.
Description
[technical field]
The present invention relates to fire-fighting domain, particularly relate to one can fire equipments remotely manage,
Follow the trail of, monitor and control, and the Internet of Things fire-fighting system that the efficiency of management is high.
[background technology]
According to the requirement of relevant specification of country, it is intended to install in the place such as place of building, densely populated place
Fire-fighting equipment, in order in case of emergency can eliminate the condition of a disaster and guide evacuating personnel.Therefore, for disappearing
The effectively management of anti-equipment is to ensure the premise that each fire-fighting equipment is properly functioning.Tradition fire equipments
Management also rests on dependence manpower and carries out on-the-spot tracking, monitoring, but this not only causes human resources's wave
Taking, the efficiency of management is low, and owing to the fire-fighting of some units or individual is realized thin, fire-fighting equipment
Damaged condition is seen everywhere, and the condition of a disaster once occurs, and it is due that the fire-fighting equipment of damage cannot play it
Effect, constitutes serious threat to the security of the lives and property of people.To this end, the monitoring system of fire-fighting equipment
System arises at the historic moment.But, the monitoring system of existing fire-fighting equipment still exist rate of false alarm higher, report
Alert not in time, warning system is maintained not in time, responsibility is difficult to distinguish and authorities' supervision is tired
The problems such as difficulty.Additionally, existing fire-fighting equipment monitoring system only monitors the fire-fighting equipment being currently running,
It manages function singleness, it is impossible to monitor fire-fighting equipment from the production phase to the letter in each stage in stage after sale
Cease, and the management of existing fire equipments is the most only carried out in little scope so that the efficiency of management is low.
[summary of the invention]
Present invention seek to address that the problems referred to above, and provide one can fire equipments remotely manage,
Follow the trail of, monitor and control, and the Internet of Things fire-fighting system that the efficiency of management is high.
For realizing the purpose of the present invention, the invention provides a kind of Internet of Things fire-fighting system, this system bag
Include:
Some fire-fighting equipments, it is located on the corridor of building or indoor, and each fire-fighting equipment has only
One-address code；
Harvester, it is connected with fire-fighting equipment and communicates, and this harvester collection also stores each fire-fighting equipment
Real-time status data；
Cloud Server, it is connected with harvester and communicates, and this Cloud Server stores and processes from collection
The data of device, and store and process each fire-fighting equipment comprise production phase, test phase, shipment rank
Section, erection stage, debugging stage and the data in repair and maintenance stage, simultaneously by the fault message of fire-fighting equipment
And repair and maintenance information pushing is to user terminal；
Managing terminal, it is connected with Cloud Server and communicates, and manager obtains cloud by this management terminal
The data of server are to carry out fire-fighting equipment maintenance, configuration modification, process customer order, to process after sale
Service and user's management；
User terminal its be connected with Cloud Server and communicate, user is sent out to Cloud Server by user terminal
That send each fire-fighting equipment comprises production phase, test phase, shipment stage, erection stage, debugging rank
Section and the data in repair and maintenance stage, and obtain the data of Cloud Server, set for user's online purchase fire-fighting
Standby, check each fire-fighting equipment instantaneous operating conditions and application after-sale service.
Described each fire-fighting equipment is fire-fighting emergency headlamp, fire-fighting detection device or fire fighting alarm device
One or several combination, and it has the unique address code of 8 bytes.
Described harvester includes processing unit, memory element and communication unit, described memory element and logical
Letter unit be connected with processing unit respectively, described communication unit be broadband connections and/or based on 3G/4G without
Line network service.
The data of each fire-fighting equipment are carried out classifying and processing by described Cloud Server, and it includes being purchased module,
Device management module and user management module, wherein, be purchased module include each fire-fighting equipment list and
Product information data, device management module include each fire-fighting equipment comprise the production phase, test phase,
Shipment stage, erection stage, debugging stage and the data in repair and maintenance stage, user management module is for dividing
Join and audit the account of all types of user.
Described Cloud Server is provided with data access port, manager or user and passes through data access port
Obtain the data of Cloud Server or send data to Cloud Server.
Described management terminal obtains device management module and the user of Cloud Server by data access port
The data of management module, the data that manager obtains device management module by management terminal carry out equipment
Maintenance, configuration modification, process customer order and process after-sale service, manager is obtained by management terminal
Take family management module data be managed and audit the account of all types of user.
Described user terminal obtains cloud service data by data access port, and described user includes producing
Business, distributor, service provider, property and repair and maintenance business, and all types of user is by registration and through management terminal
Account after examination & verification obtains the authority of the data access port entering Cloud Server, described manufacturer with
In the terminal of family by data access port to Cloud Server send each fire-fighting equipment comprise the production phase,
Test phase and the data in shipment stage, described distributor passes through data access port on the subscriber terminal
Send the order taking facility cohersive and integrated data of each fire-fighting equipment to Cloud Server, described service provider is at user terminal
On sent erection stage and the debugging stage of each fire-fighting equipment to Cloud Server by data access port
Data, described repair and maintenance business sends repair and maintenance rank by data access port to Cloud Server on the subscriber terminal
The data of section, described property is checked in Cloud Server by data access port on the subscriber terminal and is respectively disappeared
The instantaneous operating conditions data of anti-equipment, and receive the fault message from Cloud Server, simultaneously to cloud
Server sends repair and maintenance request.
Described service provider sends each fire-fighting by data access port to Cloud Server on the subscriber terminal and sets
The data in standby debugging stage include that the visualization of each fire-fighting equipment according to building plan foundation sets
Standby management module data.
When described fire-fighting equipment breaks down, fault message is sent out by Cloud Server with the form of notification message
Deliver to the user terminal of property, and repair and maintenance information is sent to dimension with the form of notification message by Cloud Server
Protect the user terminal of business.
Described each fire-fighting equipment is connected with harvester by router and is communicated, and described router is located at and is built
Build in each floor of thing.
The contribution of the present invention is, it efficiently solves existing management of fire fighting equipment function singleness, management
Inefficient problem.The Cloud Server storage of the Internet of Things fire-fighting system of invention has each fire-fighting equipment from life
Product stage, test phase, shipment stage, erection stage, debugging stage, operational phase and repair and maintenance rank
The data of section, and management terminal and user terminal can be by the numbers of data access port acquisition Cloud Server
Fire equipments plant maintenance can be carried out by management terminal according to so that management personnel, configuration modification,
Process customer order, process after-sale service and user's management；User can be carried out by user terminal online
Buying fire-fighting equipment, the instantaneous operating conditions checking each fire-fighting equipment and application after-sale service.The present invention
Not only can realize remotely managing, follow the trail of, monitor and controlling each each stage of fire-fighting equipment, ensure
Each fire-fighting equipment properly functioning, improves overhaul efficiency, and may advantageously facilitate and improve government and phase
Shutting mechanism implements society's fire supervision and management level.
[accompanying drawing explanation]
Fig. 1 is the structural representation of the present invention.
Fig. 2 is the structured flowchart of the present invention.
[detailed description of the invention]
The following example is the present invention to be explained further and supplements, and the present invention does not constitute any limit
System.
Refering to Fig. 1 and Fig. 2, the Internet of Things fire-fighting system of the present invention includes some fire-fighting equipments 10, adopts
Storage 20, Cloud Server 30, management terminal 40, user terminal 50 and router 60.
As it is shown in figure 1, some fire-fighting equipments 10 are located on the corridor of building or indoor, it can be
Fire emergency lamp, fire fighting alarm device, fire-fighting detection device or other fire-fighting devices, it is also possible to be each
Plant the combination of fire-fighting device.Wherein, each fire emergency lamp includes fire-fighting emergency headlamp and fire-fighting emergent
Display lamp, it is located on the corridor of building；Each fire fighting alarm device be located on the corridor of building and
Indoor；Fire-fighting detection device includes detection instrument, temperature sounder, smoke detector etc., its point
It is not located on the corridor of building and indoor.And each fire-fighting equipment 10 has unique address code.This reality
Execute each fire-fighting equipment 10 in example and there is the unique address code of 8 bytes, in order to distinguish each fire-fighting equipment
10。
As shown in Figure 1 and Figure 2, some fire-fighting equipments 10 connect harvester 20, and harvester 20
Communicate with some fire-fighting equipments 10.This harvester 20 is located in the central machine room of building, and it is used for
Gather and store the instantaneous operating conditions data of each fire-fighting equipment 20.This harvester 20 includes processing list
Unit 21, memory element 22 and communication unit 23, wherein, memory element 22 and communication unit 23 points
It is not connected with processing unit 21.Communication unit 23 can be broadband connections, it is also possible to for based on 3G/4G
Wireless communication, or the combination of broadband connections and wireless communication based on 3G/4G.
The group that communication unit 23 is broadband connections and wireless communication based on 3G/4G in the present embodiment
Close so that when broadband signal is interrupted, the wireless communication of 3G/4G can be connected automatically to, thus
Can ensure that the instantaneous operating conditions data of each fire-fighting equipment 10 send smoothly to Cloud Server 30.Should
Communication unit 23 communicates with each fire-fighting equipment 10 and Cloud Server 30 respectively, when each fire-fighting equipment 10
During work, processing unit 21 controls communication unit 23 and receives the real time operation from each fire-fighting equipment 10
Status data, and the data received are stored in memory element 22, meanwhile, processing unit 21 controls
The data received are sent to Cloud Server 30 by communication unit 23.In order to ensure each fire-fighting equipment 10 with
Harvester 20 communicates well, is provided with router 60 between fire-fighting equipment 10 and harvester 20, should
Router 60 is connected with fire-fighting equipment 10 and harvester 20 respectively, and sets in each floor of building
There is a router 60, thus ensure that the instantaneous operating conditions information of the fire-fighting equipment 10 of each floor sends
To harvester 20.
As shown in Figure 1 and Figure 2, it is connected with harvester 20 and has Cloud Server 30, and this Cloud Server 30
Communicate with harvester 20.This Cloud Server 30 stores and processes the data from harvester 20, and deposits
Store up and process each fire-fighting equipment 10 comprise the production phase, test phase, the shipment stage, erection stage,
Debugging stage and the data in repair and maintenance stage, push away fault message and the repair and maintenance information of fire-fighting equipment 10 simultaneously
Deliver to user terminal 50.Cloud Server 30 includes being purchased module 31, device management module 32 and user
Management module 33.Wherein, it is purchased module 31 and includes list and the product information number of each fire-fighting equipment 10
According to, choose for user.Device management module 32 include each fire-fighting equipment 10 comprise the production phase,
Test phase, shipment stage, erection stage, debugging stage and the data in repair and maintenance stage, wherein, raw
The data in product stage include address code and the facility information of each fire-fighting equipment 10.The packet of test phase
Include the operating current of equipment, voltage, power and malfunction etc., and each fire-fighting equipment 10 sets up one
Part testing journal sheet, it is simple to user checks.The data in shipment stage include the flow direction of each fire-fighting equipment 10,
It is easy to control the whereabouts of each fire-fighting equipment 10, thus ensures the follow-up management of equipment.The number of erection stage
According to the installation progress including each fire-fighting equipment 10.The data in debugging stage include according to building plan
The visualization device management module data of each fire-fighting equipment 10 set up, it is simple to location, quicklook ground is each
Fire-fighting equipment 10.The data in repair and maintenance stage include the repair and maintenance application of user.User management module 33 is used for
Distribution and the account of examination & verification all types of user, it account information including management personnel and the account of all types of user
Number information.Being provided with data access port 34 on Cloud Server 30, manager is in management terminal 40
Or user obtains the data of Cloud Server 30 on user terminal 50 by this data access port 34,
Or send data to Cloud Server 30.Specifically, receive from harvester 20 when Cloud Server 30
Each fire-fighting equipment 10 instantaneous operating conditions data after, if Cloud Server 30 finds the number that receives
According to breaking down, then determine fault fire-fighting equipment 10 according to the unique address code of this fault message, and will
This fault message pushes to corresponding user terminal 50.In the present embodiment, Cloud Server 30 disappears with notice
Fault message is pushed to user terminal 50 by the form of breath.When Cloud Server 30 receives from user eventually
When holding the data of each fire-fighting equipment 10 production phase of 50, believe according to the product in production phase data
Each fire-fighting equipment 10 is classified by breath, and stores sorted information to being purchased module 31, user
Can each fire-fighting equipment of online purchase 10 by being purchased module 31.When Cloud Server 30 receive from
During the data of each fire-fighting equipment 10 test phase of family terminal 50, it is by the survey of each fire-fighting equipment 10
Examination phase data sets up a testing journal sheet, and is stored in device management module 32.Work as Cloud Server
30 receive when the data in each fire-fighting equipment 10 shipment stage of user terminal 50, and it is by shipment
The data in stage are stored in device management module 32.When Cloud Server 30 receives from user eventually
When holding the data of each fire-fighting equipment 10 erection stage of 50, it is by the installation rank of each fire-fighting equipment 10
The data of section are stored in device management module 32.When Cloud Server 30 receives from user terminal
When each fire-fighting equipment 10 of 50 debugs the data in stage, it sets up each fire-fighting equipment according to architectural plan
The visualization device management module of 10, and by this visualization device management module stores in equipment control mould
In block 32, thus each fire-fighting equipment 10 can be positioned in quicklook ground.Send out when Cloud Server 30 receives
When each fire-fighting equipment 10 repair and maintenance of user terminal 50 are asked, the request of these repair and maintenance is pushed to be correlated with by it
User terminal 50, it is simple in time fault fire-fighting equipment 10 is carried out repair and maintenance.In the present embodiment, cloud takes
Repair and maintenance request is pushed to the user terminal 50 being correlated with by business device 30 with the form of notification message.Work as cloud service
Device 30 receives when the register account number information of user terminal 50, and it stores that information in user
In management module 33, and notifying that managing terminal 40 audits this account information, manager is by management eventually
After end 40 examination & verification, Cloud Server 30 notifies that user terminal 50 account succeeds in registration.
As shown in Figure 1 and Figure 2, Cloud Server 30 connects management terminal 40, this management terminal 40
Communicating with Cloud Server 30, it can be computer or smart mobile phone, it is also possible to for other portable intelligents
Equipment.Manager obtains Cloud Server 30 by data access port 34 in this management terminal 40
Data to carry out each fire-fighting equipment 10 and safeguard, configuration modification, process customer order, process after-sale service
And user's management.In the present embodiment, management terminal 40 enters cloud by the way of manager's account logs in
Server 30 data access port, thus obtain the data of Cloud Server 30.Specifically, manager
The instantaneous operating conditions data of each fire-fighting equipment 30 can be obtained by management terminal 40, and according to this number
Safeguard according to each fire-fighting equipment 30.When the configuration of each fire-fighting equipment 10 changes, management
The configuration of this fire-fighting equipment 10 can be modified by member by management terminal 40, and amended configuration is deposited
It is stored in the device management module 32 of Cloud Server 30.When management terminal 40 receives Cloud Server 30
During the customer order sent, manager notifies supplier by Cloud Server 30 in management terminal 40
Delivery.When managing terminal 40 and receiving after-sales-service information, manager is logical in management terminal 40
Cross Cloud Server 30 and notify to carry out on after sale after-sale service.When management terminal 40 receives Cloud Server
During the user account examination & verification message that 30 send, manager carries out user's examination & verification in management terminal 40, and
By Cloud Server 30, auditing result is sent to corresponding user terminal 50.
As shown in Figure 1 and Figure 2, Cloud Server 30 connects client terminal 50, this client terminal 50
Communicating with Cloud Server 30, it can be computer or smart mobile phone, it is also possible to for other portable intelligents
Equipment.User obtains the number of Cloud Server 30 on this user terminal 50 by data access port 34
According to or comprise production phase, test phase, shipment to what Cloud Server 30 sent each fire-fighting equipment 10
Stage, erection stage, debugging stage and the data in repair and maintenance stage, set for user's online purchase fire-fighting
Standby 10, check instantaneous operating conditions and the application after-sale service of each fire-fighting equipment 10.Wherein, Yong Hugen
It is divided into manufacturer, distributor, service provider, property and repair and maintenance business, and all types of user according to the difference of role
All by obtaining entrance Cloud Server 30 after user terminal 50 selects respective type register account number
The authority of data access port 34, Cloud Server 30 receives the register account number that user terminal 50 sends
After information, notice management terminal 40 audits this log-on message, and auditing result is sent to user terminal
50.Specifically, after fire-fighting equipment 10 produces, manufacturer passes through note on user terminal 50
The account of volume enters Cloud Server 30, and sends the data of fire-fighting equipment 10 production phase to cloud service
Device 30, wherein, the data of fire-fighting equipment 10 production phase include the unique address of installation manual, product
Code and product parameters information etc..After fire-fighting equipment 10 detects, manufacturer is at user terminal 50
On enter Cloud Server 30 by the account of registration, and the data of fire-fighting equipment 10 test phase are sent
To Cloud Server 30, the data of this test phase include the operating current of equipment, voltage, power and event
Barrier status data.After fire-fighting equipment 10 dispatches from the factory and sells, manufacturer passes through note on user terminal 50
The account of volume enters Cloud Server 30, and sends the data in fire-fighting equipment 10 shipment stage to cloud service
30, what the data in this shipment stage included each fire-fighting equipment 10 flows to information.Now, distributor with
Cloud Server 30 is entered by the account of registration in family terminal 50, and by the order of each fire-fighting equipment 10
Equipment cohersive and integrated data sends to Cloud Server 30, it is simple to manager and user check.When fire-fighting equipment 10
During installation, service provider enters Cloud Server 30, service provider by the account of registration on user terminal 50
From Cloud Server 30, obtain the installation manual of this fire-fighting equipment 10, and this fire-fighting equipment 10 is installed
The data in stage send to Cloud Server 30, and the data of this erection stage include the installation of fire-fighting equipment 10
Progress msg.After fire-fighting equipment 10 installs, it need to be debugged by service provider, and service provider exists
Entering Cloud Server 30 by the account of registration on user terminal 50, service provider is by the data in debugging stage
Sending to Cloud Server 30, the data in this debugging stage include respectively disappearing according to what building plan was set up
The visualization device management module of anti-equipment 10, so that user and manager can position intuitively and look into
See the instantaneous operating conditions information of each fire-fighting equipment 10.When property needs to buy fire-fighting equipment 10,
Property on user terminal 50 by registration account enter Cloud Server 30 be purchased module 31, enter
Row online purchase fire-fighting equipment 10, and submit purchase order to, this purchase order is sent by Cloud Server 30
To management terminal 40, manager enters the device management module of Cloud Server 30 by management terminal 40
32, and process this purchase order.Additionally, when fire-fighting equipment 10 breaks down, Cloud Server 30
Unique address code according to faulty equipment orients faulty equipment in visualization device management module, and
This fault message is sent the user terminal 50 being pushed to used property with the form of notification message,
After this property has notice, user terminal 50 enters Cloud Server 30 by the account of registration, and
Sending repair and maintenance request to Cloud Server 30, these repair and maintenance are asked the form with notification message by cloud service 30
Pushing to manage terminal 40 accordingly, management personnel send to Cloud Server 30 in management terminal 40
Processing scheme after sale, repair and maintenance information is pushed to repair and maintenance business's with the form of notification message by Cloud Server 30
User terminal 50, repair and maintenance business carries out on-the-spot repair and maintenance after receiving repair and maintenance information.
Taking this, Cloud Server 30 storage of the Internet of Things fire-fighting system of the present invention has each fire-fighting equipment 10
From production phase, test phase, shipment stage, erection stage, debugging stage, operational phase and dimension
The data in guarantor's stage, and management terminal 40 and user terminal 50 can be obtained by data access port 34
The data of Cloud Server 30 so that management personnel can fire equipments 10 be carried out by management terminal 40
Plant maintenance, configuration modification, process customer order, process after-sale service and user's management；User can
Carry out online purchase fire-fighting equipment by user terminal 50, check the real time operation of each fire-fighting equipment 10
State and application after-sale service.It is long-range that the present invention not only can realize each each stage of fire-fighting equipment 10
Manage, follow the trail of, monitor and control, ensure the properly functioning of each fire-fighting equipment, improve overhaul efficiency,
And may advantageously facilitate and improve government and associated mechanisms enforcement society's fire supervision and management level.
Although being disclosed the present invention by above example, but protection scope of the present invention is not
It is confined to this, under conditions of without departing from present inventive concept, deformation that above each component is done, replaces
Change etc. and all will fall within the claims of the present invention.
Claims (10)
1. an Internet of Things fire-fighting system, it is characterised in that this system includes:
Some fire-fighting equipments (10), it is located on the corridor of building or indoor, and each fire-fighting equipment (10)
There is unique address code；
Harvester (20), it is connected with fire-fighting equipment (10) and communicates, and this harvester (20) gathers
And store the real-time status data of each fire-fighting equipment (10)；
Cloud Server (30), it is connected with harvester (20) and communicates, and this Cloud Server (30) is deposited
Store up and process the data from harvester (20), and store and process the bag of each fire-fighting equipment (10)
Containing production phase, test phase, shipment stage, erection stage, debugging stage and the number in repair and maintenance stage
According to, simultaneously by the fault message of fire-fighting equipment (10) and repair and maintenance information pushing to user terminal (50)；
Managing terminal (40), it is connected with Cloud Server (30) and communicates, and manager passes through this management
Terminal (40) obtains the data of Cloud Server (30) and safeguards to carry out fire-fighting equipment (10), configure
Amendment, process customer order, process after-sale service and user's management；
User terminal (50), it is connected with Cloud Server (30) and communicates, and user passes through user terminal
(50) to Cloud Server (30) send each fire-fighting equipment (10) comprise the production phase, test rank
Section, shipment stage, erection stage, debugging stage and the data in repair and maintenance stage, and obtain Cloud Server
(30) data, for user's online purchase fire-fighting equipment (10), check each fire-fighting equipment (10)
Instantaneous operating conditions and application after-sale service.
2. Internet of Things fire-fighting system as claimed in claim 1, it is characterised in that described each fire-fighting sets
Standby (10) are fire-fighting emergency headlamp, fire-fighting detection device or the one of fire fighting alarm device or several
Kind combination, and it has the unique address code of 8 bytes.
3. Internet of Things fire-fighting system as claimed in claim 1, it is characterised in that described harvester (20)
Including processing unit (21), memory element (22) and communication unit (23), described memory element (22)
And communication unit (23) is connected with processing unit (21) respectively, described communication unit (23) is wide
Band communicates and/or based on 3G/4G wireless communication.
4. Internet of Things fire-fighting system as claimed in claim 1, it is characterised in that described Cloud Server
(30) carrying out classifying and processing by the data of each fire-fighting equipment (10), it includes being purchased module (31),
Device management module (32) and user management module (33), wherein, be purchased module (31) and include respectively
The list of fire-fighting equipment (10) and product information data, device management module (32) includes each fire-fighting
Equipment (10) comprise production phase, test phase, shipment stage, erection stage, debugging stage
And the data in repair and maintenance stage, user management module (33) is for distributing and audit the account of all types of user.
5. Internet of Things fire-fighting system as claimed in claim 4, it is characterised in that described Cloud Server
(30) data access port (34), manager or user it are provided with by data access port (34)
Obtain the data of Cloud Server (30) or send data to Cloud Server (30).
6. Internet of Things fire-fighting system as claimed in claim 5, it is characterised in that described management terminal
(40) device management module (32) of Cloud Server (30) is obtained by data access port (34)
And the data of user management module (33), manager obtains equipment control by management terminal (40)
The data of module (32) carry out plant maintenance, configuration modification, process customer order and process and take after sale
Business, manager by management terminal (40) obtain user management module (33) data be managed and
The account of examination & verification all types of user.
7. Internet of Things fire-fighting system as claimed in claim 5, it is characterised in that described user terminal
(50) obtaining cloud service (30) data by data access port (34), described user includes raw
Business men, distributor, service provider, property and repair and maintenance business, and all types of user is by registration and through managing eventually
Account after end (40) examination & verification obtains the data access port (34) of entrance Cloud Server (30)
Authority, described manufacturer on user terminal (50) by data access port (34) to cloud service
What device (30) sent each fire-fighting equipment (10) comprises production phase, test phase and shipment stage
Data, described distributor on user terminal (50) by data access port (34) to cloud service
Device (30) sends the order taking facility cohersive and integrated data of each fire-fighting equipment (10), and described service provider is user
Each fire-fighting equipment is sent by data access port (34) to Cloud Server (30) in terminal (50)
(10) erection stage and the data in debugging stage, described repair and maintenance business is upper logical at user terminal (50)
Cross data access port (34) and send the data in repair and maintenance stage, described property to Cloud Server (30)
User terminal (50) is checked in Cloud Server (30) by data access port (34) and respectively disappears
The instantaneous operating conditions data of anti-equipment (10), and receive the fault letter from Cloud Server (30)
Breath, sends repair and maintenance request to Cloud Server (30) simultaneously.
8. Internet of Things fire-fighting system as claimed in claim 7, it is characterised in that described service provider exists
Each fire-fighting is sent by data access port (34) to Cloud Server (30) on user terminal (50)
The data in the debugging stage of equipment (10) include each fire-fighting equipment (10) set up according to building plan
Visualization device management module data.
9. Internet of Things fire-fighting system as claimed in claim 7, it is characterised in that described fire-fighting equipment
(10), when breaking down, fault message is sent extremely by Cloud Server (30) with the form of notification message
The user terminal (50) of property, and repair and maintenance information sent out by Cloud Server (30) with the form of notification message
Deliver to the user terminal (50) of repair and maintenance business.
10. Internet of Things fire-fighting system as claimed in claim 1, it is characterised in that described each fire-fighting
Equipment (10) is connected by router (60) with harvester (20) and communicates, described router (60)
It is located 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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| 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 |
| CN106779585A (en) * | 2016-11-25 | 2017-05-31 | 泰康保险集团股份有限公司 | Method, system and mobile terminal for supervising architectural 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 |
| CN110380744A (en) * | 2019-07-31 | 2019-10-25 | 江苏省苏中建设集团股份有限公司 | A kind of construction site management of fire safety system based on Internet of Things |
| 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 |
| CN111199427A (en) * | 2019-12-31 | 2020-05-26 | 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 |
| CN112580834A (en) * | 2020-12-17 | 2021-03-30 | 深圳市富思源智慧消防股份有限公司 | Fire-fighting facility maintenance method, system, terminal and storage medium based on O2O platform |
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| CN112580834A (en) * | 2020-12-17 | 2021-03-30 | 深圳市富思源智慧消防股份有限公司 | Fire-fighting facility maintenance method, system, terminal and storage medium based on O2O platform |
| 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 |
| CN116800801A (en) * | 2023-08-24 | 2023-09-22 | 北京天恒安科集团有限公司 | Intelligent fire control scheduling method and system based on NB-lot |
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