CN103268690A - Night patrol alarming linkage management and control system and control method - Google Patents
Night patrol alarming linkage management and control system and control method Download PDFInfo
- Publication number
- CN103268690A CN103268690A CN2013102033503A CN201310203350A CN103268690A CN 103268690 A CN103268690 A CN 103268690A CN 2013102033503 A CN2013102033503 A CN 2013102033503A CN 201310203350 A CN201310203350 A CN 201310203350A CN 103268690 A CN103268690 A CN 103268690A
- Authority
- CN
- China
- Prior art keywords
- signal
- night watching
- controller
- electronic tag
- rfid recognition
- 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.)
- Granted
Links
Images
Landscapes
- Alarm Systems (AREA)
Abstract
The invention discloses a night patrol alarming linkage management and control system and control method. The night patrol alarming linkage management and control system and control method comprises a monitoring center, wherein the monitoring center is connected with N night patrol alarming linkage devices, the monitoring range of the N night patrol alarming linkage devices covers the region needing to be patrolled at night, the N is a natural number greater than 1, and the monitoring center is further connected with a data center. According to the night patrol alarming linkage management and control system and control method, the monitoring range of the N night patrol alarming linkage devices completely covers the monitored region, each night patrol alarming linkage device works independently, meanwhile, monitored information is transmitted to the monitoring center in real time, the data of the monitoring center are transmitted to the data center in real time to be stored, taking and using can also be achieved according to an external command, for an existing night patrol system, the existing night patrol alarming linkage devices only need to be replaced, the change to an existing device is little, the function is increased drastically, and monitoring content and practicability are greatly enriched.
Description
Technical field
The present invention relates to a kind of night watching device, specifically refer to a kind of night watching alarm linkage managing and control system and control method.
Background technology
Progress and development along with society, every profession and trade is to the also more and more standardization, scientific of requirement of its management work, to equipment regularly safeguard, testing staff's sense of responsibility requires also more and more highlyer, in time removing a hidden danger, preventing trouble before it happens is that any leader, supvr are desirable.Electronic patrol patrols and examines-mobile attendance checking system is based on the basis of this demand, through investigate for a long time, experimental development comes out.Staff's work incentive has greatly been transferred in the application of electronic patrol system.The effect of performance " Electronics Inspector ", maintenance work is placed under the supervision of modern science and technology, pass through science, strict, effectively examination, thoroughly changed the passive situation of " patrol and do not patrol a sample; patrol and patrol few sample more; patrol and do not patrol the no one and know ", excite staff's work consciousness and initiative, guarantee that every trouble free service fulfills conscientiously, the enterprise's well-regulated workflow night watching product that has ensured you is a kind of by advanced mobile automatic identification technology, and the patrol personnel are patrolled and examined time in the work in night watching, place and situation are automatic accurate to be noted.Expert person also is called: night watching rod, patrol machine, night watching device, and it is scientific that it is that a kind of night watching work of patrolling and examining to the patrol personnel is carried out, and the completely new product of standardized management is that people's air defense and technical precaution are a kind of effective in the security administration, the integration management scheme of science.Any one has the time limit, and it can be used in the place of frequency management.What existing night watching was adopted is that RFID distinguishes single-mode, also has RFID to add the pattern of Identification of Images.But all there is certain defective in they: single RFID recognition pattern exists non-night watching to hold electronic tag on behalf of the situation generation of night watching, and after adding Identification of Images, when equipment places the field to be subjected to the influence of misty rain and makes it lose meaning, especially, when field environment is in the environment of extremely cold utmost point gesture, its inner electronic product may operate as normal or serviceability be affected, thereby make night watching and lose meaning; Use in can't be the in the open air extremely cold and very hot environment of existing night watching equipment.
Summary of the invention
The object of the present invention is to provide a kind of night watching alarm linkage managing and control system is control method, and the night watching personnel that solve present patrol machine system existence replace the problem of night watching, make patrol machine adapt to present demand.
Purpose of the present invention is achieved through the following technical solutions:
A kind of night watching alarm linkage managing and control system, comprise Surveillance center, be connected with N night watching alarm linkage device in Surveillance center, the monitoring range of N night watching alarm linkage device covers the zone of required night watching, N is the natural number greater than 1, and Surveillance center also is connected with data center.Surveillance center of the present invention is Control Room in general, comprising server and computing machine, in the zone of required monitoring, be furnished with N night watching alarm linkage device, the guarded region of N night watching alarm linkage device covers the monitoring area fully, each night watching alarm linkage device is all worked independently, again the information of monitoring is passed to Surveillance center in real time simultaneously, the data in real time of Surveillance center passes to data center and stores, also can transfer and use according to external command, for existing patrol system, only need can realize by changing existing night watching alarm linkage device, change to existing equipment is less, and the function straight line increases, and has greatly enriched monitoring content and practicality.
Described night watching alarm linkage device comprises controller, be connected with infrared sensor, Temperature Humidity Sensor, RFID recognition middleware and audio frequency and video sensor at controller, described audio frequency and video sensor, RFID recognition middleware all are connected to audio power amplifier, are connected with loudspeaker on the audio power amplifier.Concretely, night watching alarm linkage device main body is controller among the present invention, controller can be industrial computer, also can be logical device or single-chip microcomputers such as PLC, by the connection with the audio frequency and video sensor, can obtain monitored sound from controller, video data, connect RFID recognition middleware at controller, RFID recognition middleware can be so that communication mutually between adjacent a plurality of readers, solve the mutually incompatible problem between the different network protocol, the movement that is arranged to monitor infrared ray generation body of infrared sensor, human body etc. for example, in the people enters into infrared identification range, infrared sensor receives the infrared ray that human body sends and this signal is passed to controller, controller triggers the work of RFID recognition middleware with this signal as trigger pip, RFID recognition middleware sends radiofrequency signal in the perform region, if detecting effective magnetic card, radiofrequency signal will have the instruction of work authority to send to controller, controller allows the personnel of the effective magnetic card correspondence of infrared ray to enter, if survey less than effective magnetic card, the signal that then gives the alarm is informed controller, simultaneously alerting signal is passed to audio power amplifier and amplifies and send chimes of doom by loudspeaker; Compare traditional night watching device, the present invention adopts the combination of infrared technique and RFID recognition technology, effectively avoided traditional night watching apparatus function single, be subjected to the problems such as influence of weather such as misty rain easily.
On described controller, also be connected with any one or its combination in the knob down: fire alarm button, robber and police button, calamity forecast button, emergent alert button.Further, as a further improvement on the present invention and optimize, in order to improve comprehensively monitoring ability of the present invention, can multiple alarm button be installed at controller, for example fire alarm button, robber and police button, calamity forecast button, emergent alert button, can increase alarm range and the kind of night watching device, can increase good as required flexibly and selection.
On described controller, also be connected with the status indicator lamp of the Show Button state.Further incite somebody to action, in order accurately to demonstrate the state of each alarm button, can utilize status indicator lamp as the means that show, the misunderstanding of avoiding chimes of doom to cause.
On described controller, also be connected with electro-heat equipment and heat abstractor.Further, for raising equipment in outdoor serviceability, electric elements serviceable life of the too high or too low temperature effect night watching device under the extreme environment particularly, be connected with electro-heat equipment and heat abstractor at controller, by Temperature Humidity Sensor acquisition environment temperature and report and submit to controller, controller is waken up with a start calculating and the comparison of temperature data, when temperature is lower than setting value, start electro-heat equipment, and can regulate the power of electro-heat equipment, thereby keep whole night watching device not by low excessively temperature effect, and when environment temperature is higher than certain setting value, start heat abstractor, and regulate the power of heat abstractor according to the height of environment temperature, make that electronic component is unlikely to be burnt out, thereby make each electronic devices and components keep reasonably working temperature, increased the serviceable life of equipment.
A kind of control method of night watching alarm linkage managing and control system may further comprise the steps:
(A) enter into the infrared induction district of any one night watching device as personnel, behind the infrared signal that the infrared sensor personnel of sensing send, induced signal is sent to the controller of this night watching device;
(B) after the controller of night watching device receives the infrared sensor signal, distinguish the instruction that middleware sends recognition personnel electronic tag continuously to RFID immediately and according to certain time interval;
(C) feedback information of RFID recognition middleware reception staff electronic tag, and pass to controller;
(D) if controller all finds no personnel's electronic tag through trial several times, then trigger " trespass and report to the police " signal, and this signal is passed to Surveillance center by network interface, send " trespass and report to the police " signal to RFID recognition middleware simultaneously, RFID recognition middleware is converted to the alert audio signal with this alerting signal and sends to audio power amplifier; If controller has received the feedback information of personnel's electronic tags, then carry out following steps:
(E) controller compares personnel's electronic tag of receiving and all electronic tags in its storage medium, if identical with electronic tag in the storage medium, then send these personnel to RFID recognition middleware and has signal by authority; Otherwise send these personnel to RFID recognition middleware and do not possess signal by authority;
(F) after personnel left the infrared sensing range of any one night watching device, controller can't receive the perceptual signal of infrared sensor, removed alerting signal voluntarily.
The present invention adopts the infrared signal of infrared inductor as the trigger condition of RFID recognition middleware work, make that RFID recognition middleware is not in running order always, so, significantly reduced the time of its work, thereby improved its serviceable life, the single problem of traditional night watching apparatus function has also been avoided in the combination of the middleware of infrared ray and RFID recognition simultaneously.
Specifically, described step (E) may further comprise the steps:
(E1) when being judged as these personnel when having by authority through thicker, controller sends corresponding prompt tone signal to RFID recognition middleware, RFID recognition middleware is converted to corresponding sound signal with this prompt tone signal, and send to audio power amplifier and amplify, played back by loudspeaker; Simultaneously, controller by network interface to Surveillance center transmit corresponding RFID recognition label ISN, by classification, current video image, and with this signal storage in data center;
(E2) when being judged as these personnel when not having by authority through thicker, controller sends corresponding prompt tone signal to RFID recognition middleware, RFID recognition middleware is converted to corresponding sound signal with this prompt tone signal, and send to audio power amplifier and amplify, played back by loudspeaker; Simultaneously, controller by network interface to Surveillance center transmit corresponding RFID recognition label ISN, by classification, current video image, and with this signal storage in data center.
Specifically, at the problems of the prior art, adopt controller to send the mode of corresponding prompt tone signal to RFID recognition middleware, can be so that night watching personnel or other personnel carry out activity according to prompting, the problem of having avoided night watching personnel or other staff to visit others during work hours after slipping away from one's post, the security that improves guarded region.
Also comprise the communication means between the described RFID recognition middleware, any one step in may further comprise the steps at least: (G) step of RFID recognition, the step of (H) IO control, the treatment step of (I) transparent instruction.Adopt middleware to realize that communication between two or more RFID readers is according to the applied environment of reality, the step that can comprise (A) RFID recognition, (B) step of IO control, and (C) any one step or the combination of several steps arbitrarily in the treatment step of transparent instruction, adopt middleware as the communications carrier between two RFID readers, between network system and invocation facility, form one " bridge ", intermediate equipments such as host computer have been reduced, only need pass through network, can directly carry out transmission and the processing of information to calling equipment, reduce burden and the wiring of network, raise the efficiency when saving cost.
The step of described (G) RFID recognition may further comprise the steps:
(G1) Passive Mode treatment step: control module sends " patrolling card " instruction to radio-frequency module, after radio-frequency module is received this instruction, send corresponding " patrolling card " signal RF signal through the ovennodulation rearward-facing antenna, when in the radiofrequency signal coverage of antenna electronic tag being arranged, its radiofrequency signal and electronic tag electromagnetic coupling close and change, obtain corresponding electronic labeling information after the variation process radio-frequency module demodulation of this radiofrequency signal, then from patrol the card instruction results, resolve the UID of card release, be stored in, in the internal memory of control module, read by " interface module " for invocation facility or network system; If do not obtain label information, then return " not having card " signal, then generate corresponding " not having card " signal; Content with correspondence writes external memory storage formation Operation Log simultaneously;
(G2) aggressive mode treatment step: control module reads aggressive mode and distinguishes interval time from external memory storage, then according to sending " patrolling card " instruction to radio-frequency module this interval time, after radio-frequency module is received this instruction, after ovennodulation, send corresponding " patrolling card " radiofrequency signal by antenna, when in the radiofrequency signal coverage of antenna electronic tag being arranged, its radiofrequency signal and electronic tag electromagnetic coupling close and change, obtain corresponding electronic labeling information after the variation process radio-frequency module demodulation of this radiofrequency signal, if do not obtain label information, then return " not having card " signal, and give control module with the information feedback of this electronic tag that patrols; If patrol electronic tag, then compare with the electronic tag content of receiving last time, if inconsistent, then the content information with this electronic tag directly feeds back to invocation facility or network system by " interface module "; If consistent, then record the recognition number of success of this electronic tag, and the number of success of its UID and recognition thereof is directly fed back to invocation facility or network system by " interface module ".
When this middleware works in Passive Mode, its recognition to the RFID label is communicated by interface module by invocation facility or network system with processing, with realization invocation facility or network system corresponding RFID label is is more read and write control, the middleware of this moment only is exactly the bridge of a communication; When this middleware works in aggressive mode, its to the recognition of RFID label with handle needn't modulated with the control of equipment or network system, it can independently be finished, and according to its recognition to the content of content such as UID and its External memory equipment of RFID label compare, and its result is relatively fed back to invocation facility or network system with the feedback information of content formation accordingly.Generally Passive Mode must send corresponding " patrolling card " instruction by invocation facility or network system, and middleware namely begins to carry out " patrolling card " operation of RFID; Aggressive mode then need not invocation facility or the network system people get involved, middleware will carry out " patrolling card " operation of RFID automatically, in reality, when middleware arranges, can allow middleware work in Passive Mode, after setting is finished, can allow middleware work in aggressive mode, thereby can do the work efficiency of high middleware, reduce the pressure of network service, thereby improve the stability of system.
Further, the step of described (H) IO control may further comprise the steps:
(H1) output signal control: invocation facility or network system send the IO steering order by the interface module of corresponding configuration to control module, control module is received the IO steering order and is resolved, if resolve correct, then this output signal is become corresponding high level or low level output signal by corresponding pin-shaped, this output signal is controlled external unit, content with operation writes external memory storage formation Operation Log simultaneously, and form the information that the IO signal has been handled, information is fed back to invocation facility or network system by calling interface; If resolve incorrectly, then return the incorrect information of IO output signal, and this information is fed back to invocation facility or network system by interface module;
(H2) input signal reads: when external sense equipment links to each other its break-make or high-low level signal with the corresponding input signal pin of control module, when corresponding input signal changes, control module is by the state of the corresponding input pin of inquiry, obtain its input signal values, this moment, invocation facility or network system sent the instruction of reading input signal to control module, control module is about to corresponding input signal and carries out encoding operation, and feed back to invocation facility or network system by interface module, simultaneously content of operation is write external memory storage and form Operation Log; When corresponding input signal did not change, control module was inquired about the state of corresponding input pin, after forming input signal values and carrying out encoding operation, fed back to invocation facility or network system by interface module.
This middleware can provide the output signal of at least 8 tunnel input signal 8 tunnel, its input can connect break-make or the high-low level signal of various sensors, to realize the state perception to outside sensing equipment, can its make-and-break signal of perception, perhaps pulse signal, in like manner it is output as the high-low level signal, can the controlled end of the controlled plant of outside be connected, thereby realizes control to external unit.
And with regard to present RFID, its external unit that can connect only is one to four tunnel relay output, or one to four tunnel alerting signal input (make-and-break signal), can't be satisfied with the multifarious control of external unit in the reality, particularly reading of some high-low level signals or pulse signal is difficult to realize, must increases corresponding external component and just can realize.Existing RFID reader wants to solve simultaneously perception and the control to a plurality of external device statuses, then being necessary for various awareness apparatus and opertaing device increases corresponding control and communication facilities, also needs to increase a treatment facility simultaneously and handles logic between them.This middleware then fully takes into account this in esse problem and drawback, adopts independently IO input/output signal control of multichannel, can realize the perception of various external sense equipment and effective control of opertaing device.
The present invention compared with prior art has following advantage and beneficial effect:
The control method of a kind of night watching alarm linkage of 1 the present invention managing and control system, the present invention adopts the infrared signal of infrared inductor as the trigger condition of RFID recognition middleware work, make that RFID recognition middleware is not in running order always, so, significantly reduced the time of its work, thereby improved its serviceable life, the single problem of traditional night watching apparatus function has also been avoided in the combination of the middleware of infrared ray and RFID recognition simultaneously;
The control method of a kind of night watching alarm linkage of 2 the present invention managing and control system, the guarded region of N night watching alarm linkage device covers the monitoring area fully, each night watching alarm linkage device is all worked independently, again the information of monitoring is passed to Surveillance center in real time simultaneously, the data in real time of Surveillance center passes to data center and stores, also can transfer and use according to external command, for existing patrol system, only need can realize by changing existing night watching alarm linkage device, change to existing equipment is less, and the function straight line increases, and has greatly enriched monitoring content and practicality;
The control method of a kind of night watching alarm linkage of 3 the present invention managing and control system, in the people enters into infrared identification range, infrared sensor receives the infrared ray that human body sends and this signal is passed to controller, controller triggers the work of RFID recognition middleware with this signal as trigger pip, RFID recognition middleware sends radiofrequency signal in the perform region, if detecting effective magnetic card, radiofrequency signal will have the instruction of work authority to send to controller, controller allows the personnel of the effective magnetic card correspondence of infrared ray to enter, if survey less than effective magnetic card, the signal that then gives the alarm is informed controller, simultaneously alerting signal is passed to audio power amplifier and amplifies and send chimes of doom by loudspeaker; Compare traditional night watching device, the present invention adopts the combination of infrared technique and RFID recognition technology, effectively avoided traditional night watching apparatus function single, be subjected to the problems such as influence of weather such as misty rain easily;
The control method of a kind of night watching alarm linkage of 4 the present invention managing and control system, in order to improve comprehensively monitoring ability of the present invention, can multiple alarm button be installed at controller, for example fire alarm button, robber and police button, calamity forecast button, emergent alert button, can increase alarm range and the kind of night watching device, can increase good as required flexibly and selection;
The control method of a kind of night watching alarm linkage of 5 the present invention managing and control system, be connected with electro-heat equipment and heat abstractor at controller, by Temperature Humidity Sensor acquisition environment temperature and report and submit to controller, controller is waken up with a start calculating and the comparison of temperature data, when temperature is lower than setting value, start electro-heat equipment, and can regulate the power of electro-heat equipment, thereby keep whole night watching device not by low excessively temperature effect, and when environment temperature is higher than certain setting value, start heat abstractor, and regulate the power of heat abstractor according to the height of environment temperature, make that electronic component is unlikely to be burnt out, thereby make each electronic devices and components keep reasonably working temperature, increased the serviceable life of equipment, be applicable to that extremely cold or very hot environment uses.
Description of drawings
Fig. 1 is principle of the invention block diagram.
Embodiment
The present invention is described in further detail below in conjunction with embodiment, but embodiments of the present invention are not limited thereto.
Embodiment
As shown in Figure 1, a kind of night watching alarm linkage of the present invention managing and control system, comprise Surveillance center, Surveillance center and data center communicate to connect, also comprise a plurality of night watching alarm linkage devices that are distributed in the appointed area, night watching alarm linkage device communicates to connect by network interface and Surveillance center, wherein night watching alarm linkage device comprises controller, be connected with infrared sensor at controller, Temperature Humidity Sensor, RFID distinguishes middleware, and audio frequency and video sensor, described audio frequency and video sensor, RFID recognition middleware all is connected to audio power amplifier, is connected with loudspeaker on the audio power amplifier; Can also selectivity be installed by the fire alarm button, the robber and police button, the calamity forecast button, emergent alert button, be connected with electro-heat equipment and heat abstractor on the controller, certainly, also comprise requisite Switching Power Supply, Switching Power Supply is controller, infrared sensor, Temperature Humidity Sensor, RFID distinguishes middleware, the audio frequency and video sensor, electro-heat equipment, heat abstractor provides requisite power supply power, power light is as the display device of Switching Power Supply, controller communicates with the network of outside by network interface and is connected, thereby can realize remote monitoring and management, meet modern demand, more than each parts be existing parts and can realize.
The control method of a kind of night watching alarm linkage of the present invention managing and control system may further comprise the steps:
(A) enter into the infrared induction district of any one night watching device as personnel, behind the infrared signal that the infrared sensor personnel of sensing send, induced signal is sent to the controller of this night watching device;
(B) after the controller of night watching device receives the infrared sensor signal, distinguish the instruction that middleware sends recognition personnel electronic tag continuously to RFID immediately and according to certain time interval;
(C) feedback information of RFID recognition middleware reception staff electronic tag, and pass to controller;
(D) if controller all finds no personnel's electronic tag through trial several times, then trigger " trespass and report to the police " signal, and this signal is passed to Surveillance center by network interface, send " trespass and report to the police " signal to RFID recognition middleware simultaneously, RFID recognition middleware is converted to the alert audio signal with this alerting signal and sends to audio power amplifier; If controller has received the feedback information of personnel's electronic tags, then carry out following steps:
(E) controller compares personnel's electronic tag of receiving and all electronic tags in its storage medium, if identical with electronic tag in the storage medium, then send these personnel to RFID recognition middleware and has signal by authority; Otherwise send these personnel to RFID recognition middleware and do not possess signal by authority;
(E1) when being judged as these personnel when having by authority through thicker, controller sends corresponding prompt tone signal to RFID recognition middleware, RFID recognition middleware is converted to corresponding sound signal with this prompt tone signal, and send to audio power amplifier and amplify, played back by loudspeaker; Simultaneously, controller by network interface to Surveillance center transmit corresponding RFID recognition label ISN, by classification, current video image, and with this signal storage in data center;
(E2) when being judged as these personnel when not having by authority through thicker, controller sends corresponding prompt tone signal to RFID recognition middleware, RFID recognition middleware is converted to corresponding sound signal with this prompt tone signal, and send to audio power amplifier and amplify, played back by loudspeaker; Simultaneously, controller by network interface to Surveillance center transmit corresponding RFID recognition label ISN, by classification, current video image, and with this signal storage in data center.
(F) after personnel left the infrared sensing range of any one night watching device, controller can't receive the perceptual signal of infrared sensor, removed alerting signal voluntarily.
Also comprise the communication means between the described RFID recognition middleware, any one step in may further comprise the steps or its combination: (G) step of RFID recognition may further comprise the steps:
(G1) Passive Mode treatment step: control module sends " patrolling card " instruction to radio-frequency module, after radio-frequency module is received this instruction, send corresponding " patrolling card " signal RF signal through the ovennodulation rearward-facing antenna, when in the radiofrequency signal coverage of antenna electronic tag being arranged, its radiofrequency signal and electronic tag electromagnetic coupling close and change, obtain corresponding electronic labeling information after the variation process radio-frequency module demodulation of this radiofrequency signal, then from patrol the card instruction results, resolve the UID of card release, be stored in, in the internal memory of control module, read by " interface module " for invocation facility or network system; If do not obtain label information, then return " not having card " signal, then generate corresponding " not having card " signal; Content with correspondence writes external memory storage formation Operation Log simultaneously;
(G2) aggressive mode treatment step: control module reads aggressive mode and distinguishes interval time from external memory storage, then according to sending " patrolling card " instruction to radio-frequency module this interval time, after radio-frequency module is received this instruction, after ovennodulation, send corresponding " patrolling card " radiofrequency signal by antenna, when in the radiofrequency signal coverage of antenna electronic tag being arranged, its radiofrequency signal and electronic tag electromagnetic coupling close and change, obtain corresponding electronic labeling information after the variation process radio-frequency module demodulation of this radiofrequency signal, if do not obtain label information, then return " not having card " signal, and give control module with the information feedback of this electronic tag that patrols; If patrol electronic tag, then compare with the electronic tag content of receiving last time, if inconsistent, then the content information with this electronic tag directly feeds back to invocation facility or network system by " interface module "; If consistent, then record the recognition number of success of this electronic tag, and the number of success of its UID and recognition thereof is directly fed back to invocation facility or network system by " interface module ".
(B) step of IO control may further comprise the steps:
(B1) output signal control: invocation facility or network system send the IO steering order by the interface module of corresponding configuration to control module, control module is received the IO steering order and is resolved, if resolve correct, then this output signal is become corresponding high level or low level output signal by corresponding pin-shaped, this output signal is controlled external unit, content with operation writes external memory storage formation Operation Log simultaneously, and form the information that the IO signal has been handled, information is fed back to invocation facility or network system by calling interface; If resolve incorrectly, then return the incorrect information of IO output signal, and this information is fed back to invocation facility or network system by interface module;
(B2) input signal reads: when external sense equipment links to each other its break-make or high-low level signal with the corresponding input signal pin of control module, when corresponding input signal changes, control module is by the state of the corresponding input pin of inquiry, obtain its input signal values, this moment, invocation facility or network system sent the instruction of reading input signal to control module, control module is about to corresponding input signal and carries out encoding operation, and feed back to invocation facility or network system by interface module, simultaneously content of operation is write external memory storage and form Operation Log; When corresponding input signal did not change, control module was inquired about the state of corresponding input pin, after forming input signal values and carrying out encoding operation, fed back to invocation facility or network system by interface module;
(C) treatment step of transparent instruction may further comprise the steps:
(C1) invocation facility sees through control module and sends instruction to network system: invocation facility sends transparent instruction by the interface module of correspondence to control module, after control module is received transparent instruction, resolve, if resolve correct, then carry out encoding operation again, form one and transparently present instruction, this is transparently presented instruction and present to network system by the interface module of network system correspondence, simultaneously corresponding content of operation is write external memory storage and form Operation Log; If resolve incorrectly, then generate a transparent instruction and resolve invalid feedback command, and this feedback command is directly fed back to invocation facility by interface module;
(C2) network system sees through control module and sends instruction to invocation facility: network system sends transparent instruction by the interface module of correspondence to control module, after control module is received transparent instruction, resolve, if resolve correct, then carry out encoding operation again, form one and transparently present instruction, this is transparently presented instruction and present to invocation facility by the interface module of invocation facility correspondence, simultaneously corresponding content of operation is write external memory storage and form Operation Log; If resolve incorrectly, then generate a transparent instruction and resolve invalid feedback command, and this feedback command is directly fed back to invocation facility by interface module.Transparent order is also named in transparent instruction, transparent order refers in the instruction of invocation facility that middleware reads or network system, according to a kind of special instruction form of certain communication protocol regulation, for example: with " 00AA " beginning, " BB00 " finishes to be " transparent " instruction.Middleware in the instruction of receiving after resolving, find that it is " transparent " instruction, then should " transparent " instruction by coding by directly being presented away by another interface module, thereby realize the invocation facility that links to each other with middleware and the direct communication between network system.And then minimizing intermediate communication and treatment facility.Present RFID middleware and invocation facility connected mode are for generally to link to each other by RS232/485, lan network, and its processing to instruction can only realize by host computer with feedback, must depend on the processing of host computer.Especially, for specific user, may there be reasons such as complete network in its host computer, when can't realize communicating by letter with the RFID middleware, and the network system that needs the visit rfid system to rely on.
The above only is preferred embodiment of the present invention, is not the present invention is done any pro forma restriction, and any simple modification, the equivalent variations on every foundation technical spirit of the present invention above embodiment done all fall within protection scope of the present invention.
Claims (10)
1. night watching alarm linkage managing and control system, comprise Surveillance center, it is characterized in that: be connected with N night watching alarm linkage device in Surveillance center, the monitoring range of N night watching alarm linkage device covers the zone of required night watching, N is the natural number greater than 1, and Surveillance center also is connected with data center.
2. a kind of night watching alarm linkage managing and control system according to claim 1, it is characterized in that: described night watching alarm linkage device comprises controller, be connected with infrared sensor, Temperature Humidity Sensor, RFID recognition intermediate and audio frequency and video sensor at controller, described audio frequency and video sensor, RFID recognition intermediate all are connected to audio power amplifier, are connected with loudspeaker on the audio power amplifier.
3. a kind of night watching alarm linkage managing and control system according to claim 2 is characterized in that: also be connected with on described controller with any one or its combination in the knob down: fire alarm button, robber and police button, calamity forecast button, emergent alert button.
4. a kind of night watching alarm linkage managing and control system according to claim 3 is characterized in that: the status indicator lamp that also is connected with the Show Button state on described controller.
5. according to any described a kind of night watching alarm linkage managing and control system in the claim 2 to 4, it is characterized in that: on described controller, also be connected with electro-heat equipment and heat abstractor.
6. the control method of a night watching alarm linkage managing and control system is characterized in that, may further comprise the steps:
(A) enter into the infrared induction district of any one night watching device as personnel, behind the infrared signal that the infrared sensor personnel of sensing send, induced signal is sent to the controller of this night watching device;
(B) after the controller of night watching device receives the infrared sensor signal, distinguish the instruction that middleware sends recognition personnel electronic tag continuously to RFID immediately and according to certain time interval;
(C) feedback information of RFID recognition middleware reception staff electronic tag, and pass to controller;
(D) if controller all finds no personnel's electronic tag through trial several times, then trigger " trespass and report to the police " signal, and this signal is passed to Surveillance center by network interface, send " trespass and report to the police " signal to RFID recognition middleware simultaneously, RFID recognition middleware is converted to the alert audio signal with this alerting signal and sends to audio power amplifier; If controller has received the feedback information of personnel's electronic tags, then carry out following steps:
(E) controller compares personnel's electronic tag of receiving and all electronic tags in its storage medium, if identical with electronic tag in the storage medium, then send these personnel to RFID recognition middleware and has signal by authority; Otherwise send these personnel to RFID recognition middleware and do not possess signal by authority;
(F) after personnel left the infrared sensing range of any one night watching device, controller can't receive the perceptual signal of infrared sensor, removed alerting signal voluntarily.
7. the control method of a kind of night watching alarm linkage managing and control system according to claim 6 is characterized in that, described step (E) may further comprise the steps:
(E1) when being judged as these personnel when having by authority through thicker, controller sends corresponding prompt tone signal to RFID recognition middleware, RFID recognition middleware is converted to corresponding sound signal with this prompt tone signal, and send to audio power amplifier and amplify, played back by loudspeaker; Simultaneously, controller by network interface to Surveillance center transmit corresponding RFID recognition label ISN, by classification, current video image, and with this signal storage in data center;
(E2) when being judged as these personnel when not having by authority through thicker, controller sends corresponding prompt tone signal to RFID recognition middleware, RFID recognition middleware is converted to corresponding sound signal with this prompt tone signal, and send to audio power amplifier and amplify, played back by loudspeaker; Simultaneously, controller by network interface to Surveillance center transmit corresponding RFID recognition label ISN, by classification, current video image, and with this signal storage in data center.
8. according to the control method of claim 6 or 7 described a kind of night watching alarm linkage managing and control systems, it is characterized in that: also comprise the communication means between the described RFID recognition middleware, any one step in may further comprise the steps at least: (G) step of RFID recognition, the step of (H) IO control, the treatment step of (I) transparent instruction.
9. the control method of a kind of night watching alarm linkage managing and control system according to claim 8 is characterized in that: the step of described (G) RFID recognition may further comprise the steps:
(G1) Passive Mode treatment step: control module sends " patrolling card " instruction to radio-frequency module, after radio-frequency module is received this instruction, send corresponding " patrolling card " signal RF signal through the ovennodulation rearward-facing antenna, when in the radiofrequency signal coverage of antenna electronic tag being arranged, its radiofrequency signal and electronic tag electromagnetic coupling close and change, obtain corresponding electronic labeling information after the variation process radio-frequency module demodulation of this radiofrequency signal, then from patrol the card instruction results, resolve the UID of card release, be stored in, in the internal memory of control module, read by " interface module " for invocation facility or network system; If do not obtain label information, then return " not having card " signal, then generate corresponding " not having card " signal; Content with correspondence writes external memory storage formation Operation Log simultaneously;
(G2) aggressive mode treatment step: control module reads aggressive mode and distinguishes interval time from external memory storage, then according to sending " patrolling card " instruction to radio-frequency module this interval time, after radio-frequency module is received this instruction, after ovennodulation, send corresponding " patrolling card " radiofrequency signal by antenna, when in the radiofrequency signal coverage of antenna electronic tag being arranged, its radiofrequency signal and electronic tag electromagnetic coupling close and change, obtain corresponding electronic labeling information after the variation process radio-frequency module demodulation of this radiofrequency signal, if do not obtain label information, then return " not having card " signal, and give control module with the information feedback of this electronic tag that patrols; If patrol electronic tag, then compare with the electronic tag content of receiving last time, if inconsistent, then the content information with this electronic tag directly feeds back to invocation facility or network system by " interface module "; If consistent, then record the recognition number of success of this electronic tag, and the number of success of its UID and recognition thereof is directly fed back to invocation facility or network system by " interface module ".
10. the control method of a kind of night watching alarm linkage managing and control system according to claim 8 is characterized in that, the step of described (H) IO control may further comprise the steps:
(H1) output signal control: invocation facility or network system send the IO steering order by the interface module of corresponding configuration to control module, control module is received the IO steering order and is resolved, if resolve correct, then this output signal is become corresponding high level or low level output signal by corresponding pin-shaped, this output signal is controlled external unit, content with operation writes external memory storage formation Operation Log simultaneously, and form the information that the IO signal has been handled, information is fed back to invocation facility or network system by calling interface; If resolve incorrectly, then return the incorrect information of IO output signal, and this information is fed back to invocation facility or network system by interface module;
(H2) input signal reads: when external sense equipment links to each other its break-make or high-low level signal with the corresponding input signal pin of control module, when corresponding input signal changes, control module is by the state of the corresponding input pin of inquiry, obtain its input signal values, this moment, invocation facility or network system sent the instruction of reading input signal to control module, control module is about to corresponding input signal and carries out encoding operation, and feed back to invocation facility or network system by interface module, simultaneously content of operation is write external memory storage and form Operation Log; When corresponding input signal did not change, control module was inquired about the state of corresponding input pin, after forming input signal values and carrying out encoding operation, fed back to invocation facility or network system by interface module.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310203350.3A CN103268690B (en) | 2013-05-28 | 2013-05-28 | Night patrol alarming linkage management and control system and control method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310203350.3A CN103268690B (en) | 2013-05-28 | 2013-05-28 | Night patrol alarming linkage management and control system and control method |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103268690A true CN103268690A (en) | 2013-08-28 |
| CN103268690B CN103268690B (en) | 2015-04-29 |
Family
ID=49012317
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310203350.3A Active CN103268690B (en) | 2013-05-28 | 2013-05-28 | Night patrol alarming linkage management and control system and control method |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN103268690B (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112130510A (en) * | 2020-09-28 | 2020-12-25 | 肇庆中彩机电技术研发有限公司 | Power distribution off-line inspection equipment |
| CN112287008A (en) * | 2020-11-02 | 2021-01-29 | 苏州市职业大学 | Monitoring method and monitoring device for practical training equipment and teaching practical training system |
Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1491351A (en) * | 2001-01-17 | 2004-04-21 | 3 | Testing apparatus with environmentally-controlled vibrator compartment |
| KR20060005827A (en) * | 2004-07-14 | 2006-01-18 | 창 와 텍 (주) | Rfid system for locating and tracking a moving object and communication method of between rf tag and reader |
| CN1725250A (en) * | 2005-06-13 | 2006-01-25 | 施俊 | Safety alarm system for automatic identification identity and decision illegal intrusion |
| CN201984523U (en) * | 2011-01-20 | 2011-09-21 | 北京金宇盛通科技有限公司 | Information security management system (ISMS) for personnel and carrier |
| CN201984546U (en) * | 2011-01-20 | 2011-09-21 | 毛振刚 | Intelligent electronic patrol system |
| CN202171860U (en) * | 2011-07-13 | 2012-03-21 | 武汉力地液压设备有限公司 | Hydraulic headstock gear voice alarm device |
| CN203242140U (en) * | 2013-05-28 | 2013-10-16 | 成都闰世科技有限公司 | Patrol alarm linkage management and control system |
-
2013
- 2013-05-28 CN CN201310203350.3A patent/CN103268690B/en active Active
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1491351A (en) * | 2001-01-17 | 2004-04-21 | 3 | Testing apparatus with environmentally-controlled vibrator compartment |
| KR20060005827A (en) * | 2004-07-14 | 2006-01-18 | 창 와 텍 (주) | Rfid system for locating and tracking a moving object and communication method of between rf tag and reader |
| CN1725250A (en) * | 2005-06-13 | 2006-01-25 | 施俊 | Safety alarm system for automatic identification identity and decision illegal intrusion |
| CN201984523U (en) * | 2011-01-20 | 2011-09-21 | 北京金宇盛通科技有限公司 | Information security management system (ISMS) for personnel and carrier |
| CN201984546U (en) * | 2011-01-20 | 2011-09-21 | 毛振刚 | Intelligent electronic patrol system |
| CN202171860U (en) * | 2011-07-13 | 2012-03-21 | 武汉力地液压设备有限公司 | Hydraulic headstock gear voice alarm device |
| CN203242140U (en) * | 2013-05-28 | 2013-10-16 | 成都闰世科技有限公司 | Patrol alarm linkage management and control system |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112130510A (en) * | 2020-09-28 | 2020-12-25 | 肇庆中彩机电技术研发有限公司 | Power distribution off-line inspection equipment |
| CN112130510B (en) * | 2020-09-28 | 2021-09-10 | 江再玉 | Power distribution off-line inspection equipment |
| CN112287008A (en) * | 2020-11-02 | 2021-01-29 | 苏州市职业大学 | Monitoring method and monitoring device for practical training equipment and teaching practical training system |
Also Published As
| Publication number | Publication date |
|---|---|
| CN103268690B (en) | 2015-04-29 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US20140253289A1 (en) | Data center server location and monitoring system | |
| CN106383763B (en) | Data center's intelligent trouble detects alarm system | |
| CN103729923A (en) | Campus security management system | |
| CN105205632A (en) | Intelligent warehousing control system | |
| US20080079582A1 (en) | Electronic article surveillance enabled radio frequency identification system and method | |
| CN103544757A (en) | Door access control method | |
| CN203204777U (en) | Kindergarten security monitoring system based on RFID | |
| CN105809217A (en) | Safety tool and instrument intelligent management method based on working field remote monitoring system | |
| KR101386591B1 (en) | CCTV integrated management system | |
| CN115457446A (en) | Abnormal behavior supervision system based on video analysis | |
| EP2973462B1 (en) | Surveillance system with intelligently interchangeable cameras | |
| CN103268690A (en) | Night patrol alarming linkage management and control system and control method | |
| CN204808030U (en) | Warehouse monitored control system based on thing networking | |
| CN107610260B (en) | Intelligent attendance system and attendance method based on machine vision | |
| US10051452B2 (en) | Notification system and method of environment abnormality | |
| US7817047B1 (en) | Configuring sensor network behavior using tag identifiers | |
| CN208421857U (en) | A kind of asset management system of data center | |
| DE102010020941A1 (en) | Mobile data communication equipment for reading data from i.e. radio frequency identification chip, attached to i.e. smoke warning alarm unit, in object maintenance system, has sensor receiving function signal emitted from object | |
| CN203242140U (en) | Patrol alarm linkage management and control system | |
| CN205594435U (en) | Warehouse monitoring device based on internet of things | |
| CN109358243A (en) | A kind of auxiliary monitoring system suitable for tractive power supply system | |
| CN211021122U (en) | Safety helmet for positioning constructors | |
| CN113760021A (en) | Intelligent laboratory management system based on Internet of things | |
| CN203415000U (en) | Integral type security guard host and guard attendance and dispatching management system using the host | |
| CN107703829A (en) | A kind of comprehensive hotel management intelligent monitoring and controlling 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 | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20191118 Address after: 215400 room 407, building 1, No. 309, Zhenghe Middle Road, Chengxiang Town, Taicang City, Suzhou City, Jiangsu Province Patentee after: Suzhou Fuqi Internet Technology Co., Ltd Address before: 610000 Sichuan city of Chengdu province high tech Zone Gaosheng Bridge Road No. 11 Victoria Street No. 1 Patentee before: Chengdu Resuc Technology Co., Ltd. |
|
| TR01 | Transfer of patent right |