CN104035411A - Fire safety supervisory system and method - Google Patents
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- 230000002776 aggregation Effects 0.000 claims description 12
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- 239000011551 heat transfer agent Substances 0.000 claims description 12
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Abstract
The invention discloses a fire safety supervisory system and a fire safety supervisory method. The fire safety supervisory system comprises a main supervision center and at least one branch center; the branch center at least comprises a video surveillance subsystem; the main supervision center at least comprises a video surveillance system, a law enforcement rule base and a branch center basic information base; a serial number, a geographical coordinate and detection type information of the video surveillance subsystem are stored in the video surveillance system; and law enforcement rules related to fire safety can be stored in the law enforcement rule base one by one. According to the fire safety supervisory system, the law enforcement rules are stored in the law enforcement rule base one by one, and then all law enforcement rules obtained by retrieval are displayed one by one according to the detection type information; furthermore, the fire safety supervisory system has the advantages of being capable of intuitively displaying the law enforcement rules which may be needed to pay attention to, greatly reducing the requirements of knowledge structures of operators, simultaneously and greatly improving the accuracy of security supervision and improving the working efficiency.
Description
Technical field
The present invention relates to a kind of safety monitoring system and method, especially a kind of system and method that can be used for security against fire supervision.
Background technology
Along with economical and social fast development, newly built community, completion asd number and scale rapid growth, community and building safety especially Fire Escape become important all the more.At present, the development of fire remote-monitoring systems technology is very fast, from single fire information real-time monitoring and control, developed into the integrated monitoring management system of height of the real-time information transmission, geography information location, video etc. that integrate fire-fighting various kinds of equipment facility and sensor, application technology reaches its maturity.
For example, in CN102393706A, disclosing a kind of fire-fighting remote supervisory based on Internet of Things peace comments system and control method thereof, this system to comprise wired, wireless network, display end equipment and communication equipment, remote center's control module, information transmission unit, data acquisition perception unit; The data collector of data acquisition perception unit and equipment are mounted on needs supervision place or position in industry, covil construction, time real or regularly gather corresponding data, information, by Relay Server group, undertaken by information transmission unit, sending user and remote center's control module to after information pre-service and classification; The centralized control unit server group of remote center's control module and centralized control unit display end module communicate with one another, and by information transmission unit and the mutual communication of data acquisition unit, receive actively or passively information and data that data acquisition unit collects, reduce in real time on-the-spot fire-fighting system operation information; Simultaneously, by the gathered fire fighting equipment response parameter of different periods in the cycle of operation, in server database, store history of forming data, by parameter preset, data, historical data and real time data in server, analyze, contrast judgement, three grades of early warning information are provided during for manager and user in fact, and regularly generate peace Commentary Report announcement.
The data model of the prior art based on quantizing monitored security against fire, the means that adopt are also relatively conventional, for safety law enforcement, do not provide effective solution, along with the gradual perfection of supervision, this system is difficult to meet the needs of present stage social development.
Summary of the invention
The technical problem to be solved in the present invention is to provide a kind of security against fire supervisory systems and method, to reduce or to avoid problem noted earlier.
For solving the problems of the technologies described above, the present invention proposes a kind of security against fire monitoring and managing method, described method comprises the steps:
Provide a main supervision center and at least one installation to be arranged at the branch center in each fire-fighting supervision region, described branch center is connected with described main supervision center by network; Described branch center at least comprises video monitoring subsystem; Described main supervision center at least comprises video monitoring system, law enforcement rule base laws and regulations databases such as () safe masses of fire-fighting domain and essential information storehouse, branch center; In described video monitoring system, store numbering, geographic coordinate and the type of detection information of described video monitoring subsystem; In described law enforcement rule base, store one by one the law enforcement rule relevant to security against fire and day-to-day operation maintenance management;
The described video monitoring subsystem of described branch center offers described main supervision center by video image and the numbering thereof in each fire-fighting supervision region by network, described main supervision center is presented at described video image that in the display device of described video monitoring system, (described display device can be the PC computer of any and described video monitoring central platform systems connection, the display medium of the equipment such as panel computer or mobile phone), described main supervision center is simultaneously according to the numbering of described video monitoring subsystem, this is numbered to corresponding branch center essential information searches for out and is presented in described display device from essential information storehouse, described branch center, this is numbered to corresponding geographic coordinate is presented in described display device, this is numbered to corresponding type of detection information is presented in described display device, corresponding each the law enforcement rule of described type of detection information is searched for and out and can choose the form of option is presented in described display device from described law enforcement rule base,
According to each the law enforcement rule showing in described display device, compare one by one described video image, for against regulation, choose corresponding law enforcement rule and feed back to described main supervision center and described branch center.
Preferably, described branch center further comprises sensing system, and described main supervision center further comprises sensing data aggregation system; In described sensing data aggregation system, store numbering, geographic coordinate and the monitoring type information of described sensing system; Described method further comprises the steps:
The described sensing system of described branch center offers described main supervision center by heat transfer agent and the numbering thereof in each fire-fighting supervision region by network, described main supervision center is presented at described heat transfer agent in the display device of described video monitoring system, described main supervision center is simultaneously according to the numbering of described sensing system, this is numbered to corresponding branch center essential information searches for out and is presented in described display device from essential information storehouse, described branch center, this is numbered to corresponding geographic coordinate is shown in described display device, this is numbered to corresponding type of detection information is presented in described display device, corresponding each the law enforcement rule of described type of detection information is searched for and out and can choose the form of option is presented in described display device from described law enforcement rule base,
According to each the law enforcement rule showing in described display device, compare one by one described heat transfer agent, for against regulation, choose corresponding law enforcement rule and feed back to described main supervision center and described branch center.
The present invention also provides a kind of security against fire supervisory systems, and described security against fire supervisory systems comprises that main supervision center and at least one installation are arranged at the branch center in each fire-fighting supervision region, and described branch center is connected with described main supervision center by network; Described branch center at least comprises video monitoring subsystem; Described main supervision center at least comprises video monitoring system, law enforcement rule base and essential information storehouse, branch center; In described video monitoring system, store numbering, geographic coordinate and the type of detection information of described video monitoring subsystem; In described law enforcement rule base, store one by one the law enforcement rule relevant to security against fire.
Preferably, described branch center further comprises sensing system, and described main supervision center further comprises sensing data aggregation system; In described sensing data aggregation system, store numbering, geographic coordinate and the monitoring type information of described sensing system.
In security against fire supervisory systems of the present invention, by law enforcement rule being stored into one by one in law enforcement rule base, then according to type of detection information, all law enforcement rules that retrieval is obtained being correlated with show one by one, and show can choose the form of option, its advantage is to show intuitively the law enforcement rule that may should be noted that, greatly reduces the requirement to operating personnel's structure of knowledge.Simultaneously, operating personnel only need to read the law enforcement rule being retrieved one by one, find that existence does not meet the regular place of law enforcement and just can choose out, to notify relevant supervision and party responsible to rectify and improve, convenient and swift, easy operating, has improved the accuracy of security control greatly, and has improved work efficiency.
Accompanying drawing explanation
The following drawings is only intended to the present invention to schematically illustrate and explain, not delimit the scope of the invention.Wherein,
What Fig. 1 showed is according to the structural representation of the security against fire supervisory systems of a specific embodiment of the present invention.
Embodiment
For technical characterictic of the present invention, object and effect being had more clearly, understand, now contrast accompanying drawing explanation the specific embodiment of the present invention.Wherein, identical parts adopt identical label.
What Fig. 1 showed is according to the structural representation of the security against fire supervisory systems of a specific embodiment of the present invention, as shown in the figure, security against fire supervisory systems of the present invention is by main supervision center 1 and be distributed in respectively branch center N1, the N2 of building, each building ground ... form, clear for representing in figure, two branch center N1, N2 have been shown, it will be appreciated by those skilled in the art that technical scheme of the present invention can be applied to the branch center of greater number, to realize the supervision of security against fire.These branch centers N1, N2 ... can be any region that needs security against fire supervision, the fire-fighting supervision region, community of all kinds of construction zone such as residential communities, building, building ground and working-yard.
Main supervision center 1 can comprise: video monitoring system 10, call scheduling command system 20, sensing data aggregation system 60, law enforcement rule base 70 laws and regulations databases such as () safe masses of fire-fighting domain, essential information storehouse, branch center 80 and commander's interaction systems 100.
Call scheduling command system 20, sensing data aggregation system 60, law enforcement rule base 70, essential information storehouse, branch center 80 and commander's interaction systems 100 are all realized data interaction by main data bus 2 and respective switch, and by the unified control and management that carries out of video monitoring system 10 being connected in equally in main data bus 2.
Wherein, video monitoring system 10 can comprise display device 11 (described display device can be the display medium of the equipment such as giant-screen, projector, PC computer, panel computer or mobile phone of any and described video monitoring central platform system 10 networkings), the operator's console 12 of attending a banquet, streaming media server 13, decoding server 14, storage array 15, management server 16, the network switching equipment 17.Attend a banquet operator's console 12, streaming media server 13, decoding server 14, storage array 15, management server 16, the network switching equipment 17 is connected in above-mentioned main data bus 2.The other end that is connected in the decoding server 14 in main data bus 2 connects described display device 11, for the data that obtain by main data bus 2 are shown to display device 11 after decoding.The network switching equipment 17 is for the data interaction of main data bus 2 with by wired or wireless network and each branch center N1, N2 ... connect and data interaction.
Branch center N1, N2 ... installation is arranged at all kinds of construction zone and the working-yards such as local residential communities, building, building ground, each branch center N1, N2 ... all can comprise: video monitoring subsystem P10, wireless network communications system P20, portable supervision video system P30 (individual soldier's video system), the sensing system P70 that gathers the heat transfer agents such as smog, temperature and Internet Transmission back-up system P90 etc.
Video monitoring subsystem P10, wireless network communications system P20, portable supervision video system P30, sensing system P70 realize by Internet Transmission back-up system P90 that data gather and alternately, and the unified signal that above-mentioned video monitoring subsystem P10, wireless network communications system P20, portable supervision video system P30, sensing system P70 are gathered by wired or wireless network delivery to main supervision center 1.
With reference to the accompanying drawings, the mode by preferred embodiment is elaborated to the monitoring administration method of security against fire supervisory systems of the present invention.
In a preferred embodiment, safety monitoring system of the present invention can comprise that main supervision center 1 and at least one installation are arranged at branch center N1, the N2 in each fire-fighting supervision region ..., described branch center N1, N2 ... by network, be connected with described main supervision center 1.Described branch center N1, N2 ... can only comprise video monitoring subsystem P10; Described main supervision center 1 can at least comprise video monitoring system 10, law enforcement rule base 70 and essential information storehouse, branch center 80; In described video monitoring system 10, store numbering, geographic coordinate and the type of detection information of described video monitoring subsystem P10.
In carrying out security control process, first, branch center N1, N2 ... video monitoring subsystem P10 video image and the numbering thereof in each fire-fighting supervision region are offered to main supervision center 1 by network, main supervision center 1 is presented at described video image in the display device 11 of video monitoring system 10, main supervision center 1 is simultaneously according to the numbering of described video monitoring subsystem P10, this is numbered to corresponding branch center essential information searches for out and is presented in described display device 11 from essential information storehouse, described branch center 80, this is numbered to corresponding geographic coordinate is presented in described display device 11, this is numbered to corresponding type of detection information is presented in described display device 11, corresponding each the law enforcement rule of described type of detection information is searched for and out and can choose the form of option is presented in described display device 11 from described law enforcement rule base 70.
In this step, each branch center N1, N2 ... the transmission of video images that can utilize video monitoring subsystem P10 that fire-fighting is supervised to region is given main supervision center 1, the video monitoring system 10 of main supervision center 1 not only can be presented at this video image in display device 11, can also know this video image belongs to which floor of which residential communities and even which building, and the information such as the person liable in this security against fire region, contact method intuitively correspondence show simultaneously.
In onsite supervision process, the staff who operates supervisory systems of the present invention can not possess and very comprehensively supervises knowledge, for example, staff may know quite well for the law enforcement rule of fire protection pipeline, but the law enforcement rule for smoke detection equipment is stranger, be therefore difficult to imagine that by general video remote monitoring, just can well manage security against fire supervises.On the other hand, because governments at all levels, regulator have promulgated a series of laws and regulations rule of enforcing the law, for example sometimes for the law enforcement regular distribution of fire protection pipeline in several or tens relevant laws, rules, regulations, even if the lawyer of specialty also has no idea all to understand, supervise in this case and there will be unavoidably omission.
The present invention's proposition creatively a solution, namely law enforcement rule is divided into and stores into one by one in law enforcement rule base 70, then according to video image and the corresponding type of detection information of sensor, hydrant for example, as keyword, in law enforcement rule base 70, retrieve, what retrieval was obtained shows one by one with the relevant all law enforcement rules of hydrant, and is presented in display device 11 can choose the form of option.The advantage of doing is like this apparent: can show intuitively the law enforcement rule that may should be noted that, greatly reduce the requirement to operating personnel's structure of knowledge.Meanwhile, operating personnel only need to read the law enforcement rule being retrieved one by one, find to exist in video image not meet the regular place of law enforcement and just can choose out, to notify relevant supervise and party responsible rectifies and improves.Namely described in following steps:
According to each the law enforcement rule showing in described display device 11, compare one by one described video image, for against regulation, choose corresponding law enforcement rule and feed back to described main supervision center 1 and described branch center N1, N2 ...
What more than introduce is by video image, to supervise the example of security against fire, and the principle based on same, also can supervise operation, such as smog, temperature etc. to the heat transfer agent of other sensor acquisition certainly.Further in the mode of a preferred embodiment, describe below.
For example, described branch center N1, N2 ... may further include sensing system P70, described main supervision center 1 further comprises sensing data aggregation system 60; In described sensing data aggregation system 60, store numbering, geographic coordinate and the monitoring type information of described sensing system P70.
By sensor, undertaken in security control process, first, described branch center N1, N2 ... described sensing system P70 heat transfer agent and the numbering thereof in each fire-fighting supervision region are offered to described main supervision center 1 by network, described heat transfer agent can be for example the temperature value that temperature sensor detects.Described main supervision center 1 is presented at described heat transfer agent in the display device 11 of described video monitoring system 10, described main supervision center 1 is simultaneously according to the numbering of described sensing system P70, this is numbered to corresponding branch center essential information searches for out and is presented in described display device 11 from essential information storehouse, described branch center 80, this is numbered to corresponding geographic coordinate is presented in described display device 11, this is numbered to corresponding type of detection information is presented in described display device 11, corresponding each the law enforcement rule of described type of detection information is searched for and out and can choose the form of option is presented in described display device 11 from described law enforcement rule base 70.
Then, according to each the law enforcement rule showing in described display device 11, compare one by one described heat transfer agent, for against regulation, choose corresponding law enforcement rule and feed back to described main supervision center 1 and described branch center N1, N2 ...
Although it will be appreciated by those skilled in the art that the present invention is described according to the mode of a plurality of embodiment, not each embodiment only comprises an independently technical scheme.For the purpose of in instructions, so narration is only used to know; those skilled in the art should make instructions as a wholely to be understood, and regard technical scheme related in each embodiment as the mode that can mutually be combined into different embodiment understand protection scope of the present invention.
The foregoing is only the schematic embodiment of the present invention, not in order to limit scope of the present invention.Any those skilled in the art, not departing from equivalent variations, modification and the combination of doing under the prerequisite of design of the present invention and principle, all should belong to the scope of protection of the invention.
Claims (10)
1. a security against fire monitoring and managing method, is characterized in that, described method comprises the steps:
Provide a main supervision center (1) and at least one installation to be arranged at branch center (N1, the N2 in each fire-fighting supervision region ...), described branch center (N1, N2 ...) by network, be connected with described main supervision center (1); Described branch center (N1, N2 ...) at least comprise video monitoring subsystem (P10); Described main supervision center (1) at least comprises video monitoring system (10), law enforcement rule base (70) and essential information storehouse, branch center (80); In described video monitoring system (10), store numbering, geographic coordinate and the type of detection information of described video monitoring subsystem (P10); In described law enforcement rule base (70), store one by one the law enforcement rule relevant to security against fire;
Described branch center (N1, N2 ...) described video monitoring subsystem (P10) video image and the numbering thereof in each fire-fighting supervision region are offered to described main supervision center (1) by network, described main supervision center (1) is presented at described video image in the display device (11) of described video monitoring system (10), described main supervision center (1) is simultaneously according to the numbering of described video monitoring subsystem (P10), this is numbered to corresponding branch center essential information searches for out and is presented in described display device (11) from essential information storehouse, described branch center (80), this is numbered to corresponding geographic coordinate is shown in described display device (11), this is numbered to corresponding type of detection information is presented in described display device (11), corresponding each the law enforcement rule of described type of detection information is searched for and out and can choose the form of option is presented in described display device (11) from described law enforcement rule base (70),
According to upper each the law enforcement rule showing of described display device (11), compare one by one described video image, for against regulation, choose corresponding law enforcement rule and feed back to described main supervision center (1) and described branch center (N1, N2 ...).
2. the method for claim 1, described branch center (N1, N2 ...) further comprising sensing system (P70), described main supervision center (1) further comprises sensing data aggregation system (60); In described sensing data aggregation system (60), store numbering, geographic coordinate and the monitoring type information of described sensing system (P70); Described method further comprises the steps:
Described branch center (N1, N2 ...) described sensing system (P70) heat transfer agent and the numbering thereof in each fire-fighting supervision region are offered to described main supervision center (1) by network, described main supervision center (1) is presented at described heat transfer agent in the display device (11) of described video monitoring system (10), described main supervision center (1) is simultaneously according to the numbering of described sensing system (P70), this is numbered to corresponding branch center essential information searches for out and is presented in described display device (11) from essential information storehouse, described branch center (80), this is numbered to corresponding geographic coordinate is presented in described display device (11), this is numbered to corresponding type of detection information is presented in described display device (11), corresponding each the law enforcement rule of described type of detection information is searched for and out and can choose the form of option is presented in described display device (11) from described law enforcement rule base (70),
According to upper each the law enforcement rule showing of described display device (11), compare one by one described heat transfer agent, for against regulation, choose corresponding law enforcement rule and feed back to described main supervision center (1) and described branch center (N1, N2 ...).
3. method as claimed in claim 2, is characterized in that, described main supervision center (1) further comprises: call scheduling command system (20) and commander's interaction systems (100);
Described call scheduling command system (20) and commander's interaction systems (100) are all realized data interaction by main data bus (2) and respective switch, and by the unified control and management that carries out of described video monitoring system (10) being connected in equally in described main data bus (2).
4. method as claimed in claim 3, it is characterized in that, described video monitoring system (10) further comprises the operator's console of attending a banquet (12), streaming media server (13), decoding server (14), storage array (15), management server (16), the network switching equipment (17); The described operator's console of attending a banquet (12), streaming media server (13), decoding server (14), storage array (15), management server (16), the network switching equipment (17) are connected in above-mentioned main data bus (2); The other end that is connected in the decoding server (14) in described main data bus (2) connects described display device (11), for the data that obtain by described main data bus (2) are shown to described display device (11) after decoding; The described network switching equipment (17) is for the data interaction of main data bus (2) with by network and branch center (N1, N2 described in each ...) connect and data interaction.
5. the method as described in one of claim 2-4, it is characterized in that branch center described in each (N1, N2 ...) further comprise: wireless network communications system (P20), portable supervision video system (P30) and Internet Transmission back-up system (P90);
Described video monitoring subsystem (P10), wireless network communications system (P20), movable type are supervised video system (P30), sensing system (P70) is realized data by Internet Transmission back-up system (P90) and gathered with mutual, and the unified signal that above-mentioned video monitoring subsystem (P10), wireless network communications system (P20), movable type are supervised to video system (P30), sensing system (P70) collection is by having network delivery to described main supervision center (1).
6. a security against fire supervisory systems, it is characterized in that, described security against fire supervisory systems comprises that main supervision center (1) and at least one installation are arranged at branch center (N1, the N2 in each fire-fighting supervision region ...), described branch center (N1, N2 ...) by network, be connected with described main supervision center (1); Described branch center (N1, N2 ...) at least comprise video monitoring subsystem (P10); Described main supervision center (1) at least comprises video monitoring system (10), law enforcement rule base (70) and essential information storehouse, branch center (80); In described video monitoring system (10), store numbering, geographic coordinate and the type of detection information of described video monitoring subsystem (P10); In described law enforcement rule base (70), store one by one the law enforcement rule relevant to security against fire.
7. security against fire supervisory systems as claimed in claim 6, it is characterized in that, described branch center (N1, N2 ...) further comprising sensing system (P70), described main supervision center (1) further comprises sensing data aggregation system (60); In described sensing data aggregation system (60), store numbering, geographic coordinate and the monitoring type information of described sensing system (P70).
8. security against fire supervisory systems as claimed in claim 7, is characterized in that, described main supervision center (1) further comprises: call scheduling command system (20) and commander's interaction systems (100);
Described call scheduling command system (20) and commander's interaction systems (100) are all realized data interaction by main data bus (2) and respective switch, and by the unified control and management that carries out of described video monitoring system (10) being connected in equally in described main data bus (2).
9. security against fire supervisory systems as claimed in claim 8, it is characterized in that, described video monitoring system (10) further comprises the operator's console of attending a banquet (12), streaming media server (13), decoding server (14), storage array (15), management server (16), the network switching equipment (17); The described operator's console of attending a banquet (12), streaming media server (13), decoding server (14), storage array (15), management server (16), the network switching equipment (17) are connected in above-mentioned main data bus (2); The other end that is connected in the decoding server (14) in described main data bus (2) connects described display device (11), for the data that obtain by described main data bus (2) are shown to described display device (11) after decoding; The described network switching equipment (17) is for the data interaction of main data bus (2) with by network and branch center (N1, N2 described in each ...) connect and data interaction.
10. the security against fire supervisory systems as described in claim 7-9, it is characterized in that branch center described in each (N1, N2 ...) further comprise: wireless network communications system (P20), portable supervision video system (P30) and Internet Transmission back-up system (P90);
Described video monitoring subsystem (P10), wireless network communications system (P20), movable type are supervised video system (P30), sensing system (P70) is realized data by Internet Transmission back-up system (P90) and gathered with mutual, and the unified signal that above-mentioned video monitoring subsystem (P10), wireless network communications system (P20), movable type are supervised to video system (P30), sensing system (P70) collection is by having network delivery to described main supervision center (1).
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108345247A (en) * | 2018-02-26 | 2018-07-31 | 杭州智仁建筑工程有限公司 | A kind of autocontrol method |
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