CN103118305A - Building intercom system capable of realizing firefighting/monitoring linkage and linkage method - Google Patents
Building intercom system capable of realizing firefighting/monitoring linkage and linkage method Download PDFInfo
- Publication number
- CN103118305A CN103118305A CN2013100297009A CN201310029700A CN103118305A CN 103118305 A CN103118305 A CN 103118305A CN 2013100297009 A CN2013100297009 A CN 2013100297009A CN 201310029700 A CN201310029700 A CN 201310029700A CN 103118305 A CN103118305 A CN 103118305A
- Authority
- CN
- China
- Prior art keywords
- subsystem
- fire alarm
- server
- building talkback
- monitor
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Images
Landscapes
- Alarm Systems (AREA)
Abstract
The invention discloses a building intercom system capable of realizing firefighting/monitoring linkage and a linkage method. The system comprises a firefighting alarm subsystem, a building intercom subsystem and a communication subsystem; the building intercom subsystem is used as a client of the firefighting alarm subsystem and is actively connected with the firefighting alarm subsystem by the communication subsystem; the firefighting alarm subsystem issues data information or commands to the building intercom subsystem via the communication subsystem; and the building intercom subsystem responds according to the data information or the commands which are issued by the firefighting alarm subsystem. The building intercom system and the linkage method have the advantages that the firefighting alarm subsystem and the building intercom subsystem which run independently are in linkage with each other via the communication subsystem, and the building intercom subsystem correspondingly responds according to the data information and/or the commands which are transmitted by the firefighting alarm subsystem, so that residents in buildings of a residential area can timely take emergency measures according to the data information, and the firefighting alarm subsystem and the building intercom subsystem can independently run while being in linkage with each other.
Description
Technical field
The present invention relates to security protection intelligent management field, be specifically related to a kind of building conversational system and interlock method of realizing fire-fighting/monitoring interlock.
Background technology
At present intercommunication, the fire protection warning of residential quarter and to monitor each subsystem independent mutually separately, there is no direct or inevitable contact between each subsystem, that is to say, present residential quarter security intelligent management system adopts the security intelligent management system of the complete independent operating of each subsystem mostly.
The complete independent operating of subsystems, in the security intelligent management system of a residential quarter, discrepancy is screened and authorized to the remote call-in of each building of building talkback subsystem responsible gateway and unblanking thereby reach in unattended gateway automatically to the personnel identity of coming in and going out.Fire alarm subsystem mainly is responsible for the functions such as the accurate judgement of the early warning of each public arena fire of residential quarter and fire alarm point and self-extinguishing, and Monitor And Control Subsystem is responsible for the safety monitoring in each public arena and the part special Real Time Monitoring of needs zone.
In the situation that each subsystem independent operating is adopted in the residential quarter, justing think has following scene:
In the winter of drying, certain residential quarter was through with lively, busy one day, and this moment, clock pointer pointed to 3:00 AM, and the residential quarter operator on duty is only at the key post Attended mode, and resident family and other operators on duty have also entered dreamland.the just dense Wang of signs of getting drunk this moment returns to night, and conveniently the cigarette end of mouth is lost to dustbin, this cigarette end has just in time dropped to above the lawn on doorway, after several minutes ... in night shift room just Lee on duty originally also sleepiness with dense, suddenly the fire alarm bell of night shift room sounds, Lee jumps immediately and checks the fire scene to the fire controller, after confirming the fire scene, Lee jumps in a hurry again to monitoring screen the place ahead, manually a near camera review fire is switched on main screen, and the difficult place that The Cloud Terrace is turned to fire occur, whether for confirmation really have fire to occur, the intensity of a fire how, whether this intensity of a fire is controlled, whether wake the colleague up, whether evacuate resident family etc. the primary scene data is provided.This moment, the intensity of a fire was surrounded A building under the urgency of northwest wind in the winter, and spread to soon B building under the urgency of strong gale, this moment, the alarm bell in A building also sounded already, but Zhao of resident family of A also in fond dream, because the soundproof effect of family the inside is excellent, the alarm bell of outside could not wake him up, yet the alarm bell in B building is also in sleeping soundly, because the fire detector in B building is not also experienced the critical of situation.Control Room Lee on duty supresses in a hurry the bell sound of promptly getting up in operator on duty bedroom by finding the serious of situation in monitoring, and notifies from a phone call simultaneously that other parts personnel on duty dart A building and B building goes to wake up A, a B resident who is embraced with fire.Yet this moment, fire was not within this residential quarter operator on duty controls ....
Can find out from above-mentioned case row, there is following problem in actual applications in the complete independent operating of subsystems:
1. independent mutually between each subsystem, there is no joint-action mechanism, occuring can not the very first time to process emergency after emergency;
2. independent mutually between each subsystem, in case of emergency, can not directly notify effectively and timely disaster affected people;
3. independent mutually between each subsystem, in case of emergency, can not be effectively and timely to the disaster affected people processing correct to emergency.
Summary of the invention
The invention provides a kind of building conversational system and interlock method of realizing fire-fighting/monitoring interlock.
According to a first aspect of the invention, the invention provides a kind of building conversational system of realizing fire-fighting/monitoring interlock, described system comprises fire alarm subsystem, building talkback subsystem and communication subsystem, described building talkback subsystem initiatively connects with fire alarm subsystem by described communication subsystem as the client of described fire alarm subsystem; Described fire alarm subsystem issues data message and/or order by described communication subsystem to described building talkback subsystem; Described building talkback subsystem responds according to data message and/or the order that described fire alarm subsystem issues.
According to a second aspect of the invention, the invention provides a kind of building talkback and realize the interlock method of fire-fighting/monitoring interlock, this interlock method comprises the process of building talkback subsystem and fire alarm subsystem interlock: step connects: the building talkback subsystem initiatively connects by communication subsystem and fire alarm subsystem as the client of fire alarm subsystem; Send data message and/or commands steps: fire alarm subsystem sends data message and/or order by communication subsystem to the building talkback subsystem; Receiving data information and/or commands steps: the building talkback subsystem receives by communication subsystem data message and/or the order that fire alarm subsystem sends; Response of step: described building talkback subsystem responds according to data message and/or the order that described fire alarm subsystem issues.
adopt interlock method of the present invention to realize the interlock both of building talkback subsystem and fire alarm subsystem, when in the residential quarter during breaking out of fire of somewhere, the fighting terminal equipment alarm detector of fire alarm subsystem detects fire and occurs, when another fighting terminal equipment alarm bell is sounded, also this information exchange is crossed the fire alarm subsystem bus and be delivered to fire alarm subsystem, in case fire alarm subsystem receives this information, namely by communication subsystem, this information is sent to the building talkback subsystem that connects with it, the building talkback subsystem responds according to the information that fire alarm subsystem issues automatically, so that the resident family in buildings can in time take emergency measures.Simultaneously, fire alarm subsystem also can be by communication subsystem to building talkback subsystem transmitting order to lower levels, and the building talkback subsystem also can be carried out this order accordingly immediately.In fire alarm subsystem and building talkback subsystems linkage, but two subsystems independent operating still, can be because of both interrupting with communication subsystem communication a certain network used or certain network key device damage and cause the paralysis of whole residential quarter intelligence system.
Description of drawings
Fig. 1 is a kind of structural representation of realizing the building conversational system of fire-fighting/monitoring interlock in the embodiment of the present invention one;
Fig. 2 is that 21 kinds of building talkbacks of the embodiment of the present invention are realized the workflow schematic diagram that in the interlock method of fire-fighting/monitoring interlock, fire protection warning server and building talkback server link by communication subsystem;
Fig. 3 is that 21 kinds of building talkbacks of the embodiment of the present invention are realized the workflow schematic diagram that in the interlock method of fire-fighting/monitoring interlock, fire protection warning server and monitoring server link by communication subsystem.
Embodiment
By reference to the accompanying drawings the present invention is described in further detail below by embodiment.
Embodiment one
Please refer to Fig. 1, in the present embodiment, a kind of building conversational system of realizing fire-fighting/monitoring interlock is provided, this system comprises fire alarm subsystem, building talkback subsystem, Monitor And Control Subsystem and communication subsystem, the building talkback subsystem is connected with Monitor And Control Subsystem by communication subsystem and is connected with the fire alarm subsystem signal, and the three carries out the TCP network communication by communication subsystem.
Fire alarm subsystem is as server end, and building talkback subsystem and Monitor And Control Subsystem both initiatively connect with fire alarm subsystem by communication subsystem as the client of fire alarm subsystem; Fire alarm subsystem issues data message and/or order by communication subsystem to building talkback subsystem and Monitor And Control Subsystem; Building talkback subsystem and Monitor And Control Subsystem respond according to data message and/or the order that fire alarm subsystem issues.
Fire alarm subsystem comprises fire protection warning server, fire protection warning main frame and fire protection warning terminal, the fire protection warning terminal comprises manual alarm switch, alarm bell and alarm detector etc., the fire protection warning terminal is carried out communication by fire alarm subsystem bus and fire protection warning main frame, the fire protection warning main frame is connected with the fire protection warning server signal, respectively issues data message and/or order by communication subsystem to building talkback subsystem and Monitor And Control Subsystem by the fire protection warning server.
Monitor And Control Subsystem comprises monitoring server and monitor terminal, monitor terminal is connected with the monitoring server signal, wherein, monitor terminal comprises display screen and video camera etc., not shown in display screen in monitor terminal and video camera Fig. 1, Monitor And Control Subsystem is connected by the fire protection warning server of communication subsystem active with fire alarm subsystem by monitoring server as the client of fire alarm subsystem.
The building talkback subsystem comprises building talkback server and building talkback terminal, the building talkback terminal is connected with the building talkback server signal, the building talkback terminal comprises cell gate main frame, supervisor and intercommunication indoor terminal etc., not shown in cell gate main frame in the building talkback terminal, supervisor and intercommunication indoor terminal Fig. 1, the building talkback subsystem is connected by the fire protection warning server of communication subsystem active with fire alarm subsystem by the building talkback server as the client of fire alarm subsystem.
Communication subsystem comprises Ethernet switch, fire protection warning server via Ethernet switch is connected level signal to be connected with the building talkback server with monitoring server, fire protection warning server via Ethernet switch issues data message and/or order to building talkback server and monitoring server respectively, the building talkback server is controlled the intercommunication indoor terminal according to the data message that issues and/or order, makes the intercommunication indoor terminal make corresponding response; Monitoring server is controlled monitor terminal according to the data message that issues and/or order, makes monitor terminal make corresponding response.
Building talkback subsystem and Monitor And Control Subsystem bring into operation, namely initiatively send to fire alarm subsystem the request that TCP connects of setting up by communication subsystem, after fire alarm subsystem listens to this connection request by communication subsystem, set up it according to connection request and be connected TCP with the building talkback subsystem with Monitor And Control Subsystem and be connected.By communication subsystem, the fire protection warning server in fire alarm subsystem namely sends to building talkback subsystem and Monitor And Control Subsystem after receiving the data messages such as the warning message of fire protection warning main frame and reset command immediately.Building talkback subsystem and Monitor And Control Subsystem carry out real-time listening by Socket to fire alarm subsystem, in case fire alarm subsystem sends data message and the reset commands such as warning message by communication subsystem to building talkback subsystem and Monitor And Control Subsystem, can receive in real time and carry out.Wherein, in each intelligent residential district, the interlock between above-mentioned fire alarm subsystem, building talkback subsystem and Monitor And Control Subsystem mainly adopts the server in corresponding subsystem mutually to dock to realize interlock.
Below, after the fire-fighting alarm host machine was received warning message, how the fire protection warning server in fire alarm subsystem, the building talkback server in the building talkback subsystem and the monitoring server in Monitor And Control Subsystem were that Ethernet switch realizes that the process that the three links is described in detail by communication subsystem.
alarm detector detects breaking out of fire etc. in the residential quarter, by fire alarm subsystem bus notice fire protection warning main frame, simultaneously, alarm bell is sounded, the fire protection warning main frame receives warning message, be about to it and be delivered to the fire protection warning server, fire protection warning server via Ethernet switch sends this warning message to monitoring server and building talkback server in the mode of TCP network signal simultaneously, building talkback server and monitoring server carry out real-time listening by Socket to the fire-fighting Alarm Server, so that this warning message is received in real time, after building talkback server and monitoring server listen to this warning message, control counterpart terminal and make respective handling.
a kind of in the present embodiment realizes in the building conversational system of fire-fighting/monitoring interlock, fire alarm subsystem can in time be sent to building talkback subsystem and Monitor And Control Subsystem by communication subsystem after receiving the data messages such as warning message or reset command, if what building talkback subsystem and Monitor And Control Subsystem received is reset command, can carry out immediately reset command, if the building talkback subsystem monitoring is to data messages such as warning messages, intercommunication indoor terminal such as indoor unit that the building talkback server can be controlled in the building talkback subsystem automatically receive and export this warning message, resident family in buildings understand this warning message after, can in time take emergency measures, if the data message that Monitor And Control Subsystem listens to is warning message, monitoring server is controlled monitor terminal such as video camera carries out the shooting of alarm region, video camera can send the image that photographs to monitoring server, by monitoring server, video image is automatically switched to display screen.If building talkback subsystem and Monitor And Control Subsystem both also receive reset command when receiving the data message such as warning message, can also respond to data messages such as warning messages when carrying out reset command.
In said system, building talkback subsystem and Monitor And Control Subsystem initiatively link by communication subsystem and fire alarm subsystem respectively, overcome traditional three defective of independent operating separately, and, in fire alarm subsystem and building talkback subsystems linkage, but each subsystem independent operating still in the residential quarter can because of the three and communication subsystem communication a certain network used interrupt or certain network key device damage and cause the paralysis of whole residential quarter intelligence system.
Embodiment two
Please refer to Fig. 2 and Fig. 3, the present embodiment provides a kind of building talkback to realize the interlock method of fire-fighting/monitoring interlock, makes fire alarm subsystem in embodiment one, building talkback subsystem and Monitor And Control Subsystem realize three's interlock by communication subsystem.Wherein, the interlock between above-mentioned fire alarm subsystem, building talkback subsystem and Monitor And Control Subsystem mainly adopts the server in corresponding subsystem mutually to dock to realize interlock.
Interlock method in the present embodiment comprises two processes: the process of the process of building talkback subsystem and fire alarm subsystem interlock and Monitor And Control Subsystem and fire alarm subsystem interlock.
Please refer to Fig. 2, the interlock of building talkback subsystem and fire alarm subsystem realizes as follows:
Step connects: the building talkback subsystem initiatively connects by communication subsystem and fire alarm subsystem as the client of fire alarm subsystem; Wherein, fire alarm subsystem is monitored the building talkback subsystem that is considered as client as server end, and when listening to the building talkback subsystem to its request connection, fire alarm subsystem and building talkback subsystem namely connect;
Send data message and/or commands steps: fire alarm subsystem sends data message and/or order by communication subsystem to the building talkback subsystem;
Receiving data information and/or commands steps: the building talkback subsystem receives by communication subsystem data message and/or the order that fire alarm subsystem sends;
Response of step: the building talkback subsystem responds according to data message and/or the order that fire alarm subsystem issues; Wherein, the building talkback server of building talkback subsystem is searched the intercommunication indoor terminal of the building talkback subsystem of corresponding address, and data message is flowed to the intercommunication indoor terminal of corresponding address after receiving data message and/or order according to data message; The intercommunication indoor terminal immediately report evacuate to guide with from the corresponding warning message of the data message of fire alarm subsystem.
In above-mentioned steps, also comprise:
The real-time listening step: the building talkback subsystem is by Socket real-time listening fire alarm subsystem, to receive data message and/or the order of fire alarm subsystem transmission;
Detect on-line steps: whether the building talkback server of the fire protection warning server detection building talkback subsystem of fire alarm subsystem is online, if online, carries out sending data message and/or commands steps;
Return response frame step: after the building talkback server of building talkback subsystem receives the information and/or order that the fire protection warning server of fire alarm subsystem sends, to the fire protection warning server return response frame of fire alarm subsystem;
Receive the acknowledgement frame step: the fire protection warning server of fire alarm subsystem receives the acknowledgement frame of the building talkback server loopback of building talkback subsystem in preset time, if surpassing preset time does not receive, again carry out and send data message and/or commands steps and return response frame step, if the above acknowledgement frame that does not all receive loopback at preset time of continuous quadratic disconnects and being connected of the building talkback server of building talkback subsystem.
Please refer to Fig. 3, the process of Monitor And Control Subsystem and fire alarm subsystem interlock realizes as follows:
Step connects: Monitor And Control Subsystem initiatively connects by communication subsystem and fire alarm subsystem as the client of fire alarm subsystem; Wherein, fire alarm subsystem is monitored the Monitor And Control Subsystem that is considered as client as server end, and when listening to Monitor And Control Subsystem to its request connection, fire alarm subsystem and Monitor And Control Subsystem namely connect;
Send data message and/or commands steps: fire alarm subsystem sends data message and/or order by communication subsystem to Monitor And Control Subsystem;
Receiving data information and/or commands steps: Monitor And Control Subsystem receives by communication subsystem data message and/or the order that fire alarm subsystem sends;
Response of step: Monitor And Control Subsystem responds according to data message and/or the order that fire alarm subsystem issues; That is: after the monitoring server of Monitor And Control Subsystem receives data message and/or order, search the monitor terminal of the Monitor And Control Subsystem of corresponding address according to data message, and the real-time video of the video camera in the monitor terminal of corresponding address is switched to the display screen of Monitor And Control Subsystem.
In above-mentioned steps, also comprise:
The real-time listening step: Monitor And Control Subsystem is by Socket real-time listening fire alarm subsystem, to receive data message and/or the order of fire alarm subsystem transmission;
Detect on-line steps: whether the monitoring server of the fire protection warning server detection Monitor And Control Subsystem of fire alarm subsystem is online, if online, carries out sending data message and/or commands steps;
Return response frame step: after the monitoring server of Monitor And Control Subsystem receives the information and/or order that the fire protection warning server of fire alarm subsystem sends, to the fire protection warning server return response frame of fire alarm subsystem;
Receive the acknowledgement frame step: the fire protection warning server of fire alarm subsystem receives the acknowledgement frame of the monitoring server loopback of Monitor And Control Subsystem in preset time, if surpassing preset time does not receive, again carry out and send data message and/or commands steps and return response frame step, if the above acknowledgement frame that does not all receive loopback at preset time of continuous quadratic disconnects and the monitoring server of Monitor And Control Subsystem being connected both.
The realization of two processes in above-mentioned interlock method mainly adopts the server in corresponding subsystem mutually to dock to realize interlock.
In building talkback server be connected with monitoring server when operation start, initiatively send to the fire protection warning server request that TCP connects of setting up by communication subsystem, and the fire protection warning server is set up with both TCP by communication subsystem according to request and is connected.
After setting up the TCP connection, building talkback server and monitoring server receive to wait for data message and/or the order that the fire protection warning server sends respectively by Socket real-time listening fire protection warning server.
The fire protection warning server is waited for data message and/or the order of fire protection warning main frame, after receiving the reset command and/or data message such as warning message of fire protection warning main frame transmission, connect according to the TCP that sets up, detect building talkback server and monitoring server whether online, if online, the fire protection warning server sends reset command and/or data message by communication subsystem with latticed form, if not online, not to both sending reset command and/or data message.
Respectively by Socket real-time listening fire protection warning server, the fire protection warning server both can receive this data message after sending data message in real time due to building talkback server and monitoring server.
After building talkback server and monitoring server successfully receive the reset command and/or data message of fire protection warning server transmission, both namely to fire protection warning server return response frame.
After the fire protection warning server sends data message, wait for the acknowledgement frame of building talkback server and monitoring server loopback, if the time of presetting as 1 second in, the fire protection warning server namely receives the acknowledgement frame of both loopbacks, continue to wait for reset command and/or data message that the fire protection warning main frame sends, with building talkback server and the monitoring server communication process that next time links; If the time of presetting as 1 second in, the fire protection warning server does not receive the acknowledgement frame of building talkback server and monitoring server loopback, the fire protection warning server is again to both sending reset command and/or data message, if the above fire protection warning server of continuous quadratic does not receive the acknowledgement frame of loopback in as 1 second all the time at preset time, disconnection is connected with the TCP that the building talkback server is connected with monitoring server, and finishes and communication both.If again to both sending data message, the fire protection warning server receives the acknowledgement frame of loopback in as 1 second at preset time, the fire protection warning server continue to be waited for the data message that the fire protection warning main frame sends, with building talkback server and the monitoring server communication process that next time links.
after building talkback server and monitoring server and fire protection warning server are set up TCP and are connected, also create the data processing threads, the initialization data storehouse, the reset command and/or the data message that send to receive the fire protection warning server, in case successfully receive reset command and/or data message, it is the return response frame, and the buffering that reset command and/or data message are added in database is lined up, building talkback server and monitoring server read reset command and/or data message from buffering is lined up, and search and both distinguish corresponding intercommunication indoor terminal and the sip address of monitor terminal according to the reset command that reads and/or data message, so that reset command and/or data message are flowed to intercommunication indoor terminal and the monitor terminal with corresponding sip address, make corresponding intercommunication indoor terminal and monitor terminal carry out respective operations according to the reset command that receives and/or data message.
wherein, the building talkback server is connected by Socket real-time listening fire protection warning server with monitoring server be to realize in the following way: the building talkback server is connected communication subsystem and namely opens Socket respectively with after the fire protection warning server is set up TCP and is connected with monitoring server, in the process of the reset command of waiting for the transmission of reception fire protection warning server and/or data message, surpass preset time and do not receive reset command and/or data message, both whether active detecting is set up normal TCP with the fire protection warning server and is connected, disconnect if connect, close current Socket, again asking to set up TCP with the fire protection warning server is connected, if normal the connection, continue by Socket real-time listening fire protection warning server, reset command and/or data message with real-time reception fire protection warning server transmission.
Below, introduce respectively form as the fire protection warning server of server end communication frames when carrying out communication as the building talkback server of client and monitoring server, data message that the fire protection warning server issues and be when in the data format, warning message of warning message alarm information, in corresponding device type, warning message, the warning host type is fault its command code form of order that issues from type format and fire protection warning server.
When fire protection warning server and building talkback server and monitoring server linked respectively communication, the communication frames form saw also following table 1.
| Frame head | Function code | Frame number | Data length | Data |
| 2 bytes | 1 byte | 1 byte | 1 byte | ... |
Table 1
In communication frames, its frame head is: 0xAA 0xAA(is head[0]=0xAA, head[1]=0xAA); Function code is: 0x01 warning message, 0x02 command code; Frame number is: 0-255, recycle, and server end is set; Data length: be the length of real data.
When data message was warning message, the data format of warning message saw also following table 2.
Table 2
Server end sends the Frame of warning message: data length is 9 bytes; Device address number: high byte is front; Device type: corresponding relation sees the following form 3; Warning host type: 0x01 fire alarm; The 0x02 fault; Warning is from type: if host type is the 0x01(fire alarm), be 0 from type; If host type is the 0x02(fault), see the following form 4 from type.The acknowledgement frame of client loopback, its data length: be 0; Data are empty, frame number: for receiving the frame number of the Frame that server end sends.
Table 3
| ID | Title | ID | Title |
| 0x01 | Device losses | 0x50 | The interface board communication failure |
| 0x02 | Open circuit | 0x51 | The host communication fault |
| 0x03 | The repeated code fault | 0x52 | The display panel communication failure |
| 0x04 | Short circuit | 0x53 | The printer fault |
| 0x05 | Equipment fault | 0x54 | Power failure |
| 0x06 | Type mismatch | 0x55 | Broadcasting Control dish communication failure |
| 0x07 | Sensor fault | 0x56 | Broadcasting Control dish power amplifier fault |
| 0x08 | Transducer pollutes | 0x57 | The flash chamber communication failure |
| 0x09 | Main failure | 0x60 | Interface board CAN fault |
| 0x10 | The loop short circuit | 0x61 | Host C AN fault |
| 0x11 | Loop open circuit | 0x62 | Display panel CAN fault |
Table 4
When data message was order, the data format of reset command saw also following table 5.
| Command type |
| 1 byte |
Table 5
Server end sends Frame: data length: 1 byte; Command type: 0x08 reset command; Client acknowledgement frame: data length: 0, data are empty, frame number is the frame number that receives the Frame of server end transmission.
Below, after receiving fire alarm information with the fire protection warning main frame, the fire protection warning server in fire alarm subsystem, the building talkback server in the building talkback subsystem and the monitoring server in Monitor And Control Subsystem are that Ethernet switch realizes that the process that the three links is that example is described in detail by communication subsystem.
Building talkback subsystem and Monitor And Control Subsystem bring into operation, the building talkback server is connected initiatively to send to the fire protection warning server request that TCP connects of setting up by communication subsystem with monitoring server, the fire protection warning server is monitored building talkback server and monitoring server, after listening to this connection request, set up it by communication subsystem according to connection request and be connected TCP with the building talkback server with monitoring server and be connected.Alarm detector is sensed fire and is occured, namely by fire alarm subsystem bus notice fire protection warning main frame, simultaneously, alarm bell is sounded, and the fire protection warning main frame receives warning message, and it is delivered to the fire protection warning server, the fire protection warning server receives warning message, detect immediately building talkback server and monitoring server whether online, detect both online, the fire protection warning server namely sends warning message.
the building talkback server is connected with monitoring server with after the fire protection warning server is set up TCP and is connected, wait in the process of the warning message that receives the transmission of fire protection warning server, respectively by Socket real-time listening fire protection warning server, namely both constantly active detecting whether set up normal TCP with the fire protection warning server and be connected, and establishment data processing threads, as connect normal, after receiving warning message, soon warning message is added into to cushion and lines up, building talkback server and monitoring server initialization data storehouse, from lining up, buffering reads warning message, and search and both distinguish corresponding intercommunication indoor terminal and the sip address of monitor terminal according to warning message, warning message is flowed to intercommunication indoor terminal and the monitor terminal with corresponding sip address, corresponding intercommunication indoor terminal and monitor terminal are carried out respective operations according to the warning message that receives.
After monitoring server receives warning message, according to the sip address in warning message, near the automatic control alarm generation area monitor terminal, as control video camera, with with video camera steering-alarming generation area, and the video image that video camera photographs is delivered to monitoring server, monitoring server automatically switches to the monitor terminal display screen of Monitor And Control Subsystem for the cell management librarian use with the screen image.Cell management personnel on duty hear that alarm bell sounds and confirm that fire occurs after the rear warning of seeing simultaneously alarm region, and evacuate instruction by the building talkback server to specifying alarm region to issue according to field condition, this evacuates instruction can pass through the building talkback server, the building talkback supervisor, and cell gate main frame issue, after resident family receives warning message and evacuates instruction by the intercommunication indoor terminal indoor unit of building talkback subsystem, to take emergency measures according to warning message and evacuation instruction.
After the system and interlock method that use embodiment one and embodiment two, the case row in background technology will be another kind of results:
In the winter of drying, certain residential quarter was through with lively, busy one day, and this moment, clock pointer pointed to 3:00 AM, and the residential quarter operator on duty is only at the key post Attended mode, and resident family and other operators on duty have also entered dreamland.the just dense Wang of signs of getting drunk this moment returns to night, and conveniently the cigarette end of mouth is lost to dustbin, this cigarette end has just in time dropped to above the lawn on doorway, after several minutes ... just hear suddenly that Lee on duty the fire alarm bell of night shift room sounds in night shift room, this moment, Monitor And Control Subsystem turned to video camera the fire scene automatically according to the warning message that fire alarm subsystem issues, video display screen has also transmitted the field data of ignition point simultaneously, and the warning message that the fire protection warning server sends to the building talkback subsystem, building talkback server by the building talkback subsystem flows to indoor unit, in building talkback server automatic control room, extension set is reported this warning message.At this moment, the intensity of a fire is also in control range, Lee predict he go to after ignition point a the intensity of a fire he can not control, but he can isolate B building and ignite, so he supresses the building talkback server and sends simultaneously the fire evacuation instruction toward A with B resident family at this moment, dial simultaneously 119 phones, and gone at top speed ignition point A control the intensity of a fire and make the isolation strip.Although A resident family has good soundproof effect not hear that but the intercommunication indoor terminal indoor unit of alarm bell building talkback subsystem of fire-fighting corridor is just inside client family, the emergency alarm bell sound that sent when A all residents have been reported warning message automatically by indoor unit this moment wakes up, simultaneously, the evacuation instruction of Lee's transmission is also reported to resident family in the lump from indoor unit, and the evacuation instruction that resident family reports according to indoor unit is escaped smoothly
a kind of interlock method in the present embodiment, make the fire protection warning server, building talkback server and monitoring server are with the docking of unified standard interface, realize interlock, make the three in independent operating, also can connect by communication subsystem is interactive, and, even a certain network of three's interlock interrupts or certain network key device damage, can not cause the paralysis of whole cell intelligent management system yet, simultaneously, can also bring very large flexibility to effective intelligent management of residential quarter, building talkback server and monitoring server can receive the various data messages that the fire protection warning server sends automatically in real time, in time to control counterpart terminal according to the data message that receives, facilitate the generation of the various situations of the timely and effective reply of cell management personnel and resident family.
Above content is in conjunction with concrete preferred implementation further description made for the present invention, can not assert that concrete enforcement of the present invention is confined to these explanations.For the general technical staff of the technical field of the invention, without departing from the inventive concept of the premise, can also make some simple deduction or replace.
Claims (14)
1. a building conversational system of realizing fire-fighting/monitoring interlock, comprise fire alarm subsystem, building talkback subsystem and communication subsystem;
Described building talkback subsystem initiatively connects with fire alarm subsystem by described communication subsystem as the client of described fire alarm subsystem;
Described fire alarm subsystem issues data message and/or order by described communication subsystem to described building talkback subsystem;
Described building talkback subsystem responds according to data message and/or the order that described fire alarm subsystem issues.
2. the system as claimed in claim 1, is characterized in that, also comprises Monitor And Control Subsystem, and described Monitor And Control Subsystem initiatively connects with fire alarm subsystem by described communication subsystem as the client of described fire alarm subsystem; Described fire alarm subsystem issues data message and/or order by described communication subsystem to described Monitor And Control Subsystem; Described Monitor And Control Subsystem responds according to data message and/or the order that described fire alarm subsystem issues.
3. system as claimed in claim 2, is characterized in that, described fire alarm subsystem comprises fire protection warning main frame and fire protection warning server, and described fire protection warning main frame is connected with the fire protection warning server signal; Respectively issue data message and/or order by described communication subsystem to described building talkback subsystem and Monitor And Control Subsystem by described fire protection warning server.
4. system as claimed in claim 1 or 2, is characterized in that, described building talkback subsystem comprises the building talkback server, and described building talkback server initiatively initiatively connects with fire alarm subsystem by described communication subsystem.
5. system as claimed in claim 2, is characterized in that, described Monitor And Control Subsystem comprises monitoring server, and described monitoring server initiatively connects with described fire alarm subsystem by described communication subsystem.
6. system as claimed in claim 2, is characterized in that, described communication subsystem comprises Ethernet switch, and described building talkback subsystem and Monitor And Control Subsystem initiatively connect with fire alarm subsystem by described Ethernet switch respectively.
7. a building talkback is realized the interlock method that fire-fighting/monitoring links, and it is characterized in that, comprises the process of building talkback subsystem and fire alarm subsystem interlock:
Step connects: the building talkback subsystem initiatively connects by communication subsystem and fire alarm subsystem as the client of fire alarm subsystem;
Send data message and/or commands steps: fire alarm subsystem sends data message and/or order by communication subsystem to the building talkback subsystem;
Response of step: described building talkback subsystem responds according to data message and/or the order that described fire alarm subsystem issues.
8. interlock method as claimed in claim 7, is characterized in that, also comprises the process of Monitor And Control Subsystem and fire alarm subsystem interlock:
Step connects: Monitor And Control Subsystem initiatively connects by communication subsystem and fire alarm subsystem as the client of fire alarm subsystem;
Send data message and/or commands steps: fire alarm subsystem sends data message and/or order by communication subsystem to Monitor And Control Subsystem;
Response of step: described Monitor And Control Subsystem responds according to data message and/or the order that described fire alarm subsystem issues.
9. interlock method as claimed in claim 8, is characterized in that,
The described step that connects specifically comprises: fire alarm subsystem is monitored building talkback subsystem and/or the Monitor And Control Subsystem that is considered as client as server end, when listening to described building talkback subsystem and/or Monitor And Control Subsystem to its request connection, fire alarm subsystem and described building talkback subsystem and/or Monitor And Control Subsystem connect.
10. interlock method as claimed in claim 8, it is characterized in that, also comprise the real-time listening step: building talkback subsystem and/or Monitor And Control Subsystem are respectively by Socket real-time listening fire alarm subsystem, to receive data message and/or the order of fire alarm subsystem transmission.
11. interlock method as described in any one in claim 7-10, it is characterized in that, in described response of step: after the building talkback server of described building talkback subsystem receives data message and/or order, search the intercommunication indoor terminal of the building talkback subsystem of corresponding address according to data message, and data message is flowed to the intercommunication indoor terminal of corresponding address; Described intercommunication indoor terminal immediately report evacuate to guide with from the corresponding warning message of the data message of described fire alarm subsystem.
12. interlock method as described in any one in claim 8-10, it is characterized in that, in described response of step: after the monitoring server of described Monitor And Control Subsystem receives data message and/or order, search the monitor terminal of the Monitor And Control Subsystem of corresponding address according to data message; And the real-time video of the monitor terminal of corresponding address is switched to the display screen of described Monitor And Control Subsystem.
13. interlock method as described in any one in claim 8-10 is characterized in that, also comprises:
Detect on-line steps: whether the building talkback server of the fire protection warning server detection building talkback subsystem of fire alarm subsystem and the monitoring server of Monitor And Control Subsystem be online, if online, carries out sending data message and/or commands steps.
14. interlock method as claimed in claim 13 is characterized in that, also comprises:
Return response frame step: after the building talkback server of building talkback subsystem and the monitoring server of Monitor And Control Subsystem receive the information and/or order that the fire protection warning server of fire alarm subsystem sends, to the fire protection warning server return response frame of fire alarm subsystem;
Receive the acknowledgement frame step: the fire protection warning server of fire alarm subsystem receives the acknowledgement frame of the monitoring server loopback of the building talkback server of building talkback subsystem and Monitor And Control Subsystem in preset time, if surpassing preset time does not receive, again carry out and send data message and/or commands steps and return response frame step, if the above acknowledgement frame that does not all receive loopback at preset time of continuous quadratic disconnects and the monitoring server of the building talkback server of building talkback subsystem and Monitor And Control Subsystem being connected both.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013100297009A CN103118305A (en) | 2013-01-25 | 2013-01-25 | Building intercom system capable of realizing firefighting/monitoring linkage and linkage method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013100297009A CN103118305A (en) | 2013-01-25 | 2013-01-25 | Building intercom system capable of realizing firefighting/monitoring linkage and linkage method |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN103118305A true CN103118305A (en) | 2013-05-22 |
Family
ID=48416551
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2013100297009A Pending CN103118305A (en) | 2013-01-25 | 2013-01-25 | Building intercom system capable of realizing firefighting/monitoring linkage and linkage method |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN103118305A (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104464158A (en) * | 2014-12-02 | 2015-03-25 | 深圳市泛海三江电子有限公司 | Fire alarm linkage control method and system |
| CN107240222A (en) * | 2017-07-23 | 2017-10-10 | 太仓埃特奥数据科技有限公司 | A kind of building big data firefighting monitoring system |
| CN109686042A (en) * | 2018-12-29 | 2019-04-26 | 南通中远船务有限公司 | A kind of visualization fire alarm and relief auxiliary system |
| CN111641890A (en) * | 2020-05-28 | 2020-09-08 | 成都极客通科技有限公司 | Fire-fighting linkage wireless interphone alarm system and method |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101500131A (en) * | 2009-03-09 | 2009-08-05 | 深圳市源富创新电子有限公司 | Audio and video radio transmission system and transmission method |
| CN202059516U (en) * | 2011-06-01 | 2011-11-30 | 浙江商业职业技术学院 | Intelligent building monitoring system |
| CN102510477A (en) * | 2011-10-28 | 2012-06-20 | 珠海市竞争电子科技有限公司 | Digitalized indoor unit and intelligent household security system |
| CN203204760U (en) * | 2013-01-25 | 2013-09-18 | 深圳市泛海三江电子有限公司 | Building intercom system with fire alarm function |
-
2013
- 2013-01-25 CN CN2013100297009A patent/CN103118305A/en active Pending
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101500131A (en) * | 2009-03-09 | 2009-08-05 | 深圳市源富创新电子有限公司 | Audio and video radio transmission system and transmission method |
| CN202059516U (en) * | 2011-06-01 | 2011-11-30 | 浙江商业职业技术学院 | Intelligent building monitoring system |
| CN102510477A (en) * | 2011-10-28 | 2012-06-20 | 珠海市竞争电子科技有限公司 | Digitalized indoor unit and intelligent household security system |
| CN203204760U (en) * | 2013-01-25 | 2013-09-18 | 深圳市泛海三江电子有限公司 | Building intercom system with fire alarm function |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104464158A (en) * | 2014-12-02 | 2015-03-25 | 深圳市泛海三江电子有限公司 | Fire alarm linkage control method and system |
| CN104464158B (en) * | 2014-12-02 | 2016-09-14 | 深圳市泛海三江电子有限公司 | Fire alarm linkage control method and system |
| CN107240222A (en) * | 2017-07-23 | 2017-10-10 | 太仓埃特奥数据科技有限公司 | A kind of building big data firefighting monitoring system |
| CN109686042A (en) * | 2018-12-29 | 2019-04-26 | 南通中远船务有限公司 | A kind of visualization fire alarm and relief auxiliary system |
| CN111641890A (en) * | 2020-05-28 | 2020-09-08 | 成都极客通科技有限公司 | Fire-fighting linkage wireless interphone alarm system and method |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN203204760U (en) | Building intercom system with fire alarm function | |
| CN202374372U (en) | Modern management monitor alarming and remote measuring system for national grain warehouse | |
| CN203217700U (en) | Remote monitoring system for transformer station fire hazard alarm and electronic fence | |
| CN104881943A (en) | Nuclear power station visualization image fire-fighting alarm system and method | |
| CN104052151A (en) | Intelligent auxiliary comprehensive monitoring and D5000 comprehensive linkage platform of transformer substation | |
| CN108510693A (en) | A kind of Internet of Things fire-fighting system based on big data | |
| CN102510477A (en) | Digitalized indoor unit and intelligent household security system | |
| CN105069576A (en) | Linked industrial safety emergency command integration system | |
| CN104599428A (en) | Intelligent fire disaster alarming system of laboratory | |
| CN210578930U (en) | Video monitoring security device | |
| CN110555982A (en) | Intelligent high-rise building fire control monitored control system | |
| CN103118305A (en) | Building intercom system capable of realizing firefighting/monitoring linkage and linkage method | |
| CN107798804A (en) | Wireless fire disaster automatic alarm system | |
| CN106297154A (en) | A kind of intelligent fire repair and maintenance monitoring system | |
| CN203164701U (en) | Remote warehouse monitoring system based on GSM | |
| CN204990575U (en) | A automatic monitoring alarm device for transformer substation's prevention toy | |
| CN103971481A (en) | Intelligent alarm method and system for fire disaster | |
| CN206003257U (en) | Wireless fire disaster automatic alarm system | |
| CN203204761U (en) | System realizing a linkage of fire-fighting and monitoring | |
| CN102289913A (en) | Geological disaster monitoring, early warning and emergency command system | |
| CN107545691A (en) | A kind of leakage fire alarming control system | |
| CN203167131U (en) | Building intercommunication system for realizing monitoring linkage function | |
| CN201684321U (en) | Intelligent image fire protection system for wind power generation set | |
| CN103501055A (en) | High-voltage power transmission line external force damage prevention monitoring device | |
| CN201369091Y (en) | Alarm device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C02 | Deemed withdrawal of patent application after publication (patent law 2001) | ||
| WD01 | Invention patent application deemed withdrawn after publication |
Application publication date: 20130522 |