CN105353714B - A kind of intelligent integrated managing and control system and its method for safety monitoring - Google Patents
A kind of intelligent integrated managing and control system and its method for safety monitoring Download PDFInfo
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- CN105353714B CN105353714B CN201510945464.4A CN201510945464A CN105353714B CN 105353714 B CN105353714 B CN 105353714B CN 201510945464 A CN201510945464 A CN 201510945464A CN 105353714 B CN105353714 B CN 105353714B
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/04—Programme control other than numerical control, i.e. in sequence controllers or logic controllers
- G05B19/048—Monitoring; Safety
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Abstract
A kind of method the invention discloses intelligent integrated managing and control system and its for safety monitoring, its system include intelligent management and control work station and monitoring device；Described monitoring device includes environmental probe, infrared alarm sensor, access control equipment, and the environmental probe, infrared alarm sensor and access control equipment are connected with intelligent management and control work station；Described intelligent management and control work station includes data relay module, control module and power module；Power module is connected with data relay module and control module respectively.A kind of method the invention provides intelligent integrated managing and control system and its for safety monitoring, using core of the intelligent management and control work station as management equipment, monitoring device is only needed to be connected in intelligent management and control work station, it becomes possible to normal work, to maintain easily, install and transport.
Description
Technical field
A kind of method the present invention relates to intelligent integrated managing and control system and its for safety monitoring.
Background technology
Social, the financial grid point now（Bank）, the application in city is more and more extensive, and civic life is brought
It is convenient, contributed for social progress；The security protection work of financial grid point is also increasingly taken seriously.
Management system in financial grid point mainly includes monitoring device and management equipment；Monitoring device connects with management equipment
, it is necessary to substantial amounts of match circuit when connecing；Complex circuit, easily break down, while the most of management equipments of management equipment are not by
The main frame of congenerous is formed；Substantial amounts of main frame and match circuit take larger space and resource, set all kinds of of financial grid point
It is standby lengthy and jumbled, it has not been convenient to manage concentratedly；Also be inconvenient to install, be unfavorable for transporting and safeguard.
The content of the invention
It is an object of the invention to overcome the deficiencies of the prior art and provide a kind of intelligent integrated managing and control system and its use
In the method for safety monitoring, using core of the intelligent management and control work station as management equipment, it is only necessary to which monitoring device is connected to intelligence
In energy management and control work station, it becomes possible to normal work, while be also convenient for safeguarding, install and transporting.
The purpose of the present invention is achieved through the following technical solutions：A kind of intelligent integrated managing and control system, including
Intelligent management and control work station and monitoring device；Described monitoring device includes environmental probe, infrared alarm sensor, access control equipment,
The environmental probe, infrared alarm sensor and access control equipment are connected with intelligent management and control work station；Described intelligent management and control work
Making station includes data relay module, control module and power module；Power module respectively with data relay module and control module
Connection；
Described control module includes main frame and touch-screen, and main frame is connected with touch-screen；
Described data relay module include simulated measurement input circuit, switching value input circuit, switching value output circuit and
Back plane circuitry；
The output end of described environmental probe passes sequentially through simulated measurement input circuit and back plane circuitry is connected with main frame, described
The output end of infrared alarm sensor pass sequentially through switching value input circuit and back plane circuitry is connected with main frame；
Described access control equipment includes fingerprint read head module and door-control lock, and the output end of fingerprint read head module passes through backboard electricity
Road is connected with main frame；Main frame passes sequentially through back plane circuitry and switching value output circuit is connected with door-control lock；
Described main frame operation has alert service module, infrared alarm service module, gate inhibition's service module and integrated management
Module；Described alert service module is used to provide environment alert service；Described infrared alarm module is used to provide infrared report
Police uniform is engaged in；Described gate inhibition's service module is used to provide entrance guard management service；Described comprehensive management module is used to take alarm
Business module, infrared alarm service module and gate inhibition's service module are managed collectively and controlled.
A kind of described intelligent integrated managing and control system, in addition to video monitoring module and Voice Surveillance module；It is described
Video monitoring module include DVR DVR and multiple cameras being distributed in site, each camera is and hard disk
Video recorder DVR connections；Described Voice Surveillance module includes phonographic recorder, multiple Voice Surveillance devices being distributed in site, each
Voice Surveillance device is connected with phonographic recorder；Described DVR DVR and phonographic recorder are connected with main frame respectively.
Described environmental probe includes one in temp probe, moisture probe, immersion probe, Smoke Detector, vibrations probe
Kind is a variety of.
A kind of described intelligent integrated managing and control system, in addition to microphone, sound equipment and audible-visual annunciator；Microphone,
Sound equipment and audible-visual annunciator are connected with main frame respectively.
Described simulated measurement input circuit includes AD Acquisition Circuit, the first single-chip microcomputer and the first CAN bus circuit；Described
The input of AD Acquisition Circuit is connected with environmental probe；The output end of AD Acquisition Circuit is connected with the first single-chip microcomputer, the first monolithic
The output end of machine is connected by the first CAN bus circuit with back plane circuitry；AD Acquisition Circuit uses single reference power source and ground,
Ensure AD sampling stability, AD collections port is provided with clamp circuit；
Described switching value input circuit includes switching value input interface circuit, second singlechip, the second CAN electricity
Road；The input of described switching value input interface circuit is connected with infrared alarm sensor, switching value input interface circuit
Output end is connected with second singlechip, and the output end of second singlechip is connected by the second CAN bus circuit with back plane circuitry；Open
Pass amount input interface circuit includes infrared alarm input circuit, optical coupling isolation circuit；Infrared alarm sensor passes sequentially through infrared
Alarm input circuit and optical coupling isolation circuit are connected with second singlechip；Infrared alarm input circuit includes A/D convertor circuit, leads to
Overvoltage judges whether to alarm；
Described switching value output circuit includes：3rd CAN bus circuit, the 3rd single-chip microcomputer and output switch parameter interface electricity
Road；The input of 3rd single-chip microcomputer is connected by the 3rd CAN bus circuit with back plane circuitry；The output end of 3rd single-chip microcomputer is with opening
Pass amount output interface circuit connection；Output switch parameter interface circuit is exported using relay.
Described main frame is also connected by server with Surveillance center, for data and the real-time Transmission of order.
A kind of method of the described intelligent integrated managing and control system for safety monitoring, including environmental monitoring step S1,
The unordered combination of one or more of infrared monitoring step S2 and gate inhibition's service steps S3 step；
Described environmental monitoring step S1 includes following sub-step：
S11. the alert service module of main frame sends data acquisition command every the set time to simulated measurement input circuit；
S12. simulated measurement input circuit receives the data that environmental probe collects, and the data collected are AD converted
Obtain digital voltage value；
S13. the digital voltage value being converted to is transferred to alert service module by simulated measurement input circuit；Alert service mould
Block judges whether digital voltage value is more than threshold value set in advance：
（1）Digital voltage value is more than voltage threshold set in advance, carries out environment alarm, and ring is sent to comprehensive management module
Border alarm signal；
（2）Digital voltage value is not more than voltage threshold set in advance, is alarmed without environment；
Described infrared monitoring step S2 includes following sub-step：
S21. infrared alarm sensor is in real time to carrying out infrared acquisition in region, and switching value input circuit is in real time to infrared biography
The data of sensor are AD converted to obtain digital voltage value；
S22. the magnitude of voltage being converted to is transferred to the infrared alarm service module in main frame by switching value input circuit；
S23. whether infrared alarm service module analysis voltage value is normal, and when magnitude of voltage is abnormal, infrared alarm clothes
Module of being engaged in enters the alarm preparatory stage；
S24. after entering the alarm preparatory stage, the reason for infrared alarm service module analysis voltage value exception, and according to electricity
Pressure value abnormal cause determines whether that comprehensive management module sends alarm signal；
Described gate inhibition's service steps S3 includes following sub-step：
S31. staff carries out fingerprint authentication by fingerprint read head module, initiates request of opening the door；
S32. the finger print information collected is sent to gate inhibition's service module of main frame by fingerprint read head module；
S33. fingerprint is identified gate inhibition's service module, judges whether corresponding fingerprint has enabling authority：
（1）With enabling authority, gate inhibition's service module sends the request for confirming to open the door to comprehensive management module, and sends and carry
Awake signal；
（2）Without enabling authority, gate inhibition's service module refusal opens the door；
S34. comprehensive management module clamshell doors request is confirmed, and will confirm that feedback of the information gives gate inhibition's service module, door
After taboo service module receives confirmation, access control lock is opened.
Described step S24 includes following sub-step：
S241. whether infrared alarm module judges the time of deploying troops on garrison duty of infrared alarm sensor more than 30s：
（1）The time of deploying troops on garrison duty of infrared alarm sensor is no more than 30s, and this time magnitude of voltage is abnormal is passed by employee to infrared alarm
Sensor, which is deployed troops on garrison duty, to be caused, without alarm；
（2）The time of deploying troops on garrison duty of infrared alarm sensor more than 30s, jumps to step S242；
S242. 30s is continued waiting for, whether the magnitude of voltage that switching value input circuit transmits in the 30s for judging to continue waiting for is clear
Zero：
（1）Magnitude of voltage is reset in the 30s continued waiting for, and this time magnitude of voltage is removed by employee to infrared alarm sensor extremely
It is anti-to cause, without alarm；
（2）Magnitude of voltage is not reset in the 30s continued waiting for, and this time magnitude of voltage is not that infrared alarm is sensed by employee extremely
Withdrawing a garrison for device causes, and sending alarm signal to comprehensive management module is alarmed.
When the request of comprehensive management module clamshell doors is confirmed in step S33, it is also necessary to transfer and imaged around access control equipment
The monitored picture of head is as reference frame.
A kind of described intelligent integrated managing and control system is used for the method for safety monitoring, in addition to a data interaction step
Suddenly, main frame carries out data by server and Surveillance center, order interacts；The real-time data transmission of intelligent managing and control system is given
Surveillance center, and receive the control command from Surveillance center.
The beneficial effects of the invention are as follows：（1）Using core of the intelligent management and control work station as management equipment, it is only necessary to monitor
Equipment is connected in intelligent management and control work station, it becomes possible to normal work, while be also convenient for safeguarding, install and transporting.
（2）Environmental monitoring alert event, infrared monitoring alert event and gate inhibition can be taken in intelligent management and control work station
Business event is focused on, and improves operating efficiency, completes the entirety management to financial grid point.
（3）Infrared alarm service module during infrared deploy troops on garrison duty, avoids infrared alarm by the judgement for time of deploying troops on garrison duty
Sensor detects the situation that the staff that deploys troops on garrison duty is alarmed so that infrared alarm is more accurate.
（4）Infrared module of deploying troops on garrison duty during infrared withdraw a garrison, is avoided infrared by delay and the time delayed signal judgement of alarming
Alarm detects the situation withdrawn a garrison staff and alarmed, and further increases the accuracy of infrared alarm.
Brief description of the drawings
Fig. 1 is the system principle diagram of the present invention；
Fig. 2 is the environmental monitoring service flow diagram of the present invention；
Fig. 3 is the infrared monitoring service flow diagram of the present invention；
Fig. 4 is gate inhibition's service flow diagram of the present invention.
Embodiment
Technical scheme is described in further detail below in conjunction with the accompanying drawings, but protection scope of the present invention is not limited to
It is as described below.
As shown in figure 1, a kind of intelligent integrated managing and control system, including intelligent management and control work station and monitoring device；It is described
Monitoring device include environmental probe, infrared alarm sensor, access control equipment, the environmental probe, infrared alarm sensor and
Access control equipment is connected with intelligent management and control work station；Described intelligent management and control work station includes data relay module, control module
And power module；Power module is connected with data relay module and control module respectively；
Described control module includes main frame and touch-screen, and main frame is connected with touch-screen；
Described data relay module include simulated measurement input circuit, switching value input circuit, switching value output circuit and
Back plane circuitry；
The output end of described environmental probe passes sequentially through simulated measurement input circuit and back plane circuitry is connected with main frame, described
The output end of infrared alarm sensor pass sequentially through switching value input circuit and back plane circuitry is connected with main frame；
Described access control equipment includes fingerprint read head module and door-control lock, and the output end of fingerprint read head module passes through backboard electricity
Road is connected with main frame；Main frame passes sequentially through back plane circuitry and switching value output circuit is connected with door-control lock；
Further, camera is provided with described fingerprint read head module, described camera is connected with main frame.
Further, the effect of back plane circuitry is for simulated measurement input circuit, switching value input circuit, output switch parameter
Data switch between circuit three and main frame, its essence are data switching circuits, can be come using existing data switch plate
Realize.
Described main frame operation has alert service module, infrared alarm service module, gate inhibition's service module and integrated management
Module；Described alert service module is used to provide environment alert service；Described infrared alarm module is used to provide infrared report
Police uniform is engaged in；Described gate inhibition's service module is used to provide entrance guard management service；Described comprehensive management module is used to take alarm
Business module, infrared alarm service module and gate inhibition's service module are managed collectively and controlled.
A kind of described intelligent integrated managing and control system, in addition to video monitoring module and Voice Surveillance module；It is described
Video monitoring module include DVR DVR and multiple cameras being distributed in site, each camera is and hard disk
Video recorder DVR connections；Described Voice Surveillance module includes phonographic recorder, multiple Voice Surveillance devices being distributed in site, each
Voice Surveillance device is connected with phonographic recorder；Described DVR DVR and phonographic recorder are connected with main frame respectively.
Described environmental probe includes one in temp probe, moisture probe, immersion probe, Smoke Detector, vibrations probe
Kind is a variety of.
A kind of described intelligent integrated managing and control system, in addition to microphone, sound equipment and audible-visual annunciator；Microphone,
Sound equipment and audible-visual annunciator are connected with main frame respectively.
Described simulated measurement input circuit includes AD Acquisition Circuit, the first single-chip microcomputer and the first CAN bus circuit；Described
The input of AD Acquisition Circuit is connected with environmental probe；The output end of AD Acquisition Circuit is connected with the first single-chip microcomputer, the first monolithic
The output end of machine is connected by the first CAN bus circuit with back plane circuitry；AD Acquisition Circuit uses single reference power source and ground,
Ensure AD sampling stability, AD collections port is provided with clamp circuit；
Described simulated measurement input circuit also includes the first DCDC circuits, and the first described DCDC circuits are voltage-dropping type DCDC
Circuit, including low pressure difference linear voltage regulator LDO, for the power supply of power module to be carried out after decompression is changed as analog input electricity
Road powers.
Described switching value input circuit includes：Switching value input interface circuit, second singlechip, the second CAN electricity
Road；The input of described switching value input interface circuit is connected with infrared alarm sensor, switching value input interface circuit
Output end is connected with second singlechip, and the output end of second singlechip is connected by the second CAN bus circuit with back plane circuitry；Open
Pass amount input interface circuit includes infrared alarm input circuit, optical coupling isolation circuit；Infrared alarm sensor passes sequentially through infrared
Alarm input circuit and optical coupling isolation circuit are connected with second singlechip；Infrared alarm input circuit includes A/D convertor circuit, leads to
Overvoltage judges whether to alarm；
Described switching value input circuit also includes the 2nd DCDC circuits, and the 2nd described DCDC circuits are voltage-dropping type DCDC
Circuit, including low pressure difference linear voltage regulator LDO, for the power supply of power module to be carried out after decompression is changed as On-off signal electricity
Road powers.
Described switching value output circuit includes：3rd CAN bus circuit, the 3rd single-chip microcomputer and output switch parameter interface electricity
Road；The input of 3rd single-chip microcomputer is connected by the 3rd CAN bus circuit with back plane circuitry；The output end of 3rd single-chip microcomputer is with opening
Pass amount output interface circuit connection；Output switch parameter interface circuit is exported using relay.
Described switching value output circuit also includes the 3rd DCDC circuits, and the 3rd described DCDC circuits are voltage-dropping type DCDC
Circuit, including low pressure difference linear voltage regulator LDO, for the power supply of power module to be carried out after decompression is changed as output switch parameter electricity
Road powers.
Described main frame is also connected by server with Surveillance center, for data and the real-time Transmission of order.
Described main frame also includes selftest module, and the failure that described selftest module carries out circuit by heartbeat mechanism is examined
Survey：Timing sends heartbeat to circuit, multiple feedback-less, is determined as fault；
A kind of method of the described intelligent integrated managing and control system for safety monitoring, including environmental monitoring step S1,
The unordered combination of one or more of infrared monitoring step S2 and gate inhibition's service steps S3 step；
As shown in Fig. 2 described environmental monitoring step S1 includes following sub-step：
S11. the alert service module of main frame sends data acquisition command every the set time to simulated measurement input circuit；One
As be 1 second once；
S12. simulated measurement input circuit receives the data that environmental probe collects, and the data collected are AD converted
Obtain digital voltage value；
S13. the digital voltage value being converted to is transferred to alert service module by simulated measurement input circuit；Alert service mould
Block judges whether digital voltage value is more than threshold value set in advance：
（1）Digital voltage value is more than voltage threshold set in advance, carries out environment alarm, and ring is sent to comprehensive management module
Border alarm signal；
（2）Digital voltage value is not more than voltage threshold set in advance, is alarmed without environment；
Alert service module has single memory block, and voltage threshold set in advance is stored in depositing for alert service module
In storage area.
Further, simulated measurement input circuit is when receiving the data that environmental probe collects, in simulated measurement input circuit
The first single-chip microcomputer can also automatic identification environmental probe numbering（Different environmental probes has different signal inputs to connect
Mouthful, each interface correspond to corresponding device numbering, be popped one's head in by signal input interface come environment-identification）, and will numbering and electricity
Pressure value sends jointly to alert service module, can be by environment alarm signal and environment when alert service module judges to need alarm
Environmental probe numbering sends jointly to comprehensive management module corresponding to alarm signal, facilitates comprehensive management module to be handled；
As shown in figure 3, described infrared monitoring step S2 includes following sub-step：
S21. infrared alarm sensor is in real time to carrying out infrared acquisition in region, and switching value input circuit is in real time to infrared biography
The data of sensor are AD converted to obtain digital voltage value；
S22. the magnitude of voltage being converted to is transferred to the infrared alarm service module in main frame by switching value input circuit；
S23. whether infrared alarm service module analysis voltage value is normal, and when magnitude of voltage is abnormal, infrared alarm clothes
Module of being engaged in enters the alarm preparatory stage；
Whether whether analysis voltage value is normal, mainly judge magnitude of voltage in normal range (NR) set in advance；Infrared report
Alert service module has single memory block, and normal voltage range set in advance is stored in the storage of infrared alarm service module
Qu Zhong.
S24. after entering the alarm preparatory stage, the reason for infrared alarm service module analysis voltage value exception, and according to electricity
Pressure value abnormal cause determines whether that comprehensive management module sends alarm signal；
As shown in figure 4, described gate inhibition's service steps S3 includes following sub-step：
S31. staff carries out fingerprint authentication by fingerprint read head module, initiates request of opening the door；
S32. the finger print information collected is sent to gate inhibition's service module of main frame by fingerprint read head module；
S33. fingerprint is identified gate inhibition's service module, judges whether corresponding fingerprint has enabling authority：
（1）With enabling authority, gate inhibition's service module sends the request for confirming to open the door to comprehensive management module, and sends and carry
Awake signal；
（2）Without enabling authority, gate inhibition's service module refusal opens the door；
S34. comprehensive management module clamshell doors request is confirmed, and will confirm that feedback of the information gives gate inhibition's service module, door
After taboo service module receives confirmation, access control lock is opened.
Further, there is single memory block in gate inhibition's service module, be previously stored with staff's in memory block
Normal fingerprints information and standby stress finger print information；Specifically, step S33 includes following sub-step：
S331. gate inhibition's service module judges the finger print information being currently received whether is stored with memory block：
（1）If being stored with the finger print information being currently received in memory block, step S332 is jumped to；
（2）If the finger print information for not having storage to be currently received in memory block, assert the finger print information, without enabling
Authority, gate inhibition's service module refusal open the door；
S332. the finger print information for judging to be currently received still coerces finger print information as normal fingerprints information；
（1）The finger print information being currently received is normal fingerprints information, has an enabling authority, and gate inhibition's service module is to synthesis
Management module sends the request for confirming to open the door, and sends alerting signal（Enabling confirmation request signal）.
（2）The finger print information being currently received is stress finger print information, without enabling authority, gate inhibition's service module refusal
Open the door, and alerting signal is sent to comprehensive management module（Gate inhibition's warning reminding signal）.
After comprehensive management module receives enabling confirmation request signal in step S34, it is also necessary to transfer around access control equipment
The monitored picture of camera judges whether staff's fingerprint authentication scene is normal as reference frame；For example, in Network and Finance Network
, it is necessary to transfer foundation of the monitored picture as confirmation of opening the door when the national treasury access control equipment of point carries out fingerprint authentication.
If being provided with camera in fingerprint read head module, the camera conduct in fingerprint read head module can also be transferred
Reference frame.
Described step S24 includes following sub-step：
S241. whether infrared alarm module judges the time of deploying troops on garrison duty of infrared alarm sensor more than 30s：
（1）The time of deploying troops on garrison duty of infrared alarm sensor is no more than 30s, and this time magnitude of voltage is abnormal is passed by employee to infrared alarm
Sensor, which is deployed troops on garrison duty, to be caused, without alarm；
（2）The time of deploying troops on garrison duty of infrared alarm sensor more than 30s, jumps to step S242；
S242. 30s is continued waiting for, whether the magnitude of voltage that switching value input circuit transmits in the 30s for judging to continue waiting for is clear
Zero：
（1）Magnitude of voltage is reset in the 30s continued waiting for, and this time magnitude of voltage is removed by employee to infrared alarm sensor extremely
It is anti-to cause, without alarm；
（2）Magnitude of voltage is not reset in the 30s continued waiting for, and this time magnitude of voltage is not that infrared alarm is sensed by employee extremely
Withdrawing a garrison for device causes, and sending alarm signal to comprehensive management module is alarmed.
Clearing herein is not only to refer to magnitude of voltage to be changed into 0, and refers to voltage and become again when not carrying out infrared deploy troops on garrison duty
Value, can be 0, it is also possible to a certain voltage definite value.
It is possible to further which the delay of the infrared alarm sensor of diverse location is made into different settings, staff is in cloth
It is anti-withdraw a garrison during without place（ATM adds between paper money and national treasury）As long as detect that infrared acquisition signal is alarmed immediately；Work
Personnel deploy troops on garrison duty withdraw a garrison by place（Business hall, passage, equipment room, cash area）, carried out according to step S24 scheme.
Further, switching value input circuit to the signal that IR intrusion detector collects when being AD converted, switching value
Second singlechip in input circuit can also automatic identification infrared alarm sensor numbering, (different infrared alarm sensing
Device has different signal input interfaces, and each interface correspond to corresponding device numbering, be identified by signal input interface
The numbering of infrared alarm sensor), when infrared alarm service module sends infrared alarm signal to comprehensive management module, can incite somebody to action
The numbering of corresponding infrared alarm sensor sends jointly to comprehensive management module.
Further, camera is arranged on all-directional tripod head, omnibearing cloud by the application when carrying out camera installation
The control of platform Receiving Host；When comprehensive management module receives infrared alarm signal, according to the numbering energy of infrared alarm sensor
Enough rapid positions for determining infrared alarm sensor, and the camera transferred around the infrared alarm sensor is rotated（It is logical
The all-directional tripod head of control installation camera is crossed, to control the rotation of camera）, so as to conduct monitoring at all levels infrared alarm sensor
The video and image information of region, further worked to administrative staff and foundation is provided.
A kind of described intelligent integrated managing and control system is used for the method for safety monitoring, in addition to a data interaction step
Suddenly, main frame carries out data by server and Surveillance center, order interacts；The real-time data transmission of intelligent managing and control system is given
Surveillance center, and receive the control command from Surveillance center.
Claims (9)
1. a kind of intelligent integrated managing and control system, including intelligent management and control work station and monitoring device；Described monitoring device bag
Include environmental probe, infrared alarm sensor, access control equipment, the environmental probe, infrared alarm sensor and access control equipment with
Intelligent management and control work station connection；Described intelligent management and control work station includes data relay module, control module and power module；Electricity
Source module is connected with data relay module and control module respectively；
Described control module includes main frame and touch-screen, and main frame is connected with touch-screen；
Described data relay module includes simulated measurement input circuit, switching value input circuit, switching value output circuit and backboard
Circuit；
The output end of described environmental probe passes sequentially through simulated measurement input circuit and back plane circuitry is connected with main frame, and described is red
The output end of outer alarm sensor passes sequentially through switching value input circuit and back plane circuitry is connected with main frame；
Described access control equipment includes fingerprint read head module and door-control lock, the output end of fingerprint read head module by back plane circuitry with
Main frame connects；Main frame passes sequentially through back plane circuitry and switching value output circuit is connected with door-control lock；
Described main frame operation has alert service module, infrared alarm service module, gate inhibition's service module and comprehensive management module；
Described alert service module is used to provide environment alert service；Described infrared alarm module is used to provide infrared alarm clothes
Business；Described gate inhibition's service module is used to provide entrance guard management service；Described comprehensive management module is used for alert service mould
Block, infrared alarm service module and gate inhibition's service module are managed collectively and controlled；It is characterized in that：
The method that the system is used for safety monitoring includes environmental monitoring step S1, infrared monitoring step S2 and gate inhibition's service steps
S3；
Described environmental monitoring step S1 includes following sub-step：
S11. the alert service module of main frame sends data acquisition command every the set time to simulated measurement input circuit；
S12. simulated measurement input circuit receives the data that environmental probe collects, and the data collected are AD converted to obtain
Digital voltage value；
S13. the digital voltage value being converted to is transferred to alert service module by simulated measurement input circuit；Alert service module is sentenced
Whether disconnected digital voltage value is more than threshold value set in advance：
（1）Digital voltage value is more than voltage threshold set in advance, carries out environment alarm, and environment report is sent to comprehensive management module
Alert signal；
（2）Digital voltage value is not more than voltage threshold set in advance, is alarmed without environment；
Described infrared monitoring step S2 includes following sub-step：
S21. infrared alarm sensor is in real time to carrying out infrared acquisition in region, and switching value input circuit is in real time to infrared sensor
Data be AD converted to obtain digital voltage value；
S22. the magnitude of voltage being converted to is transferred to the infrared alarm service module in main frame by switching value input circuit；
S23. whether infrared alarm service module analysis voltage value is normal, and when magnitude of voltage is abnormal, infrared alarm service mould
Block enters the alarm preparatory stage；
S24. after entering the alarm preparatory stage, the reason for infrared alarm service module analysis voltage value exception, and according to magnitude of voltage
Abnormal cause determines whether that comprehensive management module sends alarm signal；
Described gate inhibition's service steps S3 includes following sub-step：
S31. staff carries out fingerprint authentication by fingerprint read head module, initiates request of opening the door；
S32. the finger print information collected is sent to gate inhibition's service module of main frame by fingerprint read head module；
S33. fingerprint is identified gate inhibition's service module, judges whether corresponding fingerprint has enabling authority：
（1）With enabling authority, gate inhibition's service module sends the request for confirming to open the door to comprehensive management module, and sends prompting letter
Number；
（2）Without enabling authority, gate inhibition's service module refusal opens the door；
S34. comprehensive management module clamshell doors request is confirmed, and will confirm that feedback of the information gives gate inhibition's service module, gate inhibition's clothes
After business module receives confirmation, access control lock is opened.
A kind of 2. intelligent integrated managing and control system according to claim 1, it is characterised in that：Also include video monitoring mould
Block and Voice Surveillance module；Described video monitoring module includes DVR DVR and multiple shootings being distributed in site
Head, each camera are connected with DVR DVR；Described Voice Surveillance module includes phonographic recorder, multiple to be distributed in net
Voice Surveillance device in point, each Voice Surveillance device are connected with phonographic recorder；Described DVR DVR and phonographic recorder respectively with
Main frame connects.
A kind of 3. intelligent integrated managing and control system according to claim 1, it is characterised in that：Described environmental probe bag
Include the one or more in temp probe, moisture probe, immersion probe, Smoke Detector, vibrations probe.
A kind of 4. intelligent integrated managing and control system according to claim 1, it is characterised in that：Also include microphone, sound
Sound and audible-visual annunciator；Microphone, sound equipment and audible-visual annunciator are connected with main frame respectively.
A kind of 5. intelligent integrated managing and control system according to claim 1, it is characterised in that：Described analog input
Circuit includes AD Acquisition Circuit, the first single-chip microcomputer and the first CAN bus circuit；The input and environment of described AD Acquisition Circuit
Probe connection；The output end of AD Acquisition Circuit is connected with the first single-chip microcomputer, and the output end of the first single-chip microcomputer passes through the first CAN
Circuit is connected with back plane circuitry；AD Acquisition Circuit uses single reference power source and ground, ensures AD sampling stability, AD collection terminals
Mouth is provided with clamp circuit；
Described switching value input circuit includes switching value input interface circuit, second singlechip, the second CAN bus circuit；Institute
The input for the switching value input interface circuit stated is connected with infrared alarm sensor, the output end of switching value input interface circuit
It is connected with second singlechip, the output end of second singlechip is connected by the second CAN bus circuit with back plane circuitry；Switching value is defeated
Incoming interface circuit includes infrared alarm input circuit, optical coupling isolation circuit；It is defeated that infrared alarm sensor passes sequentially through infrared alarm
Enter circuit and optical coupling isolation circuit is connected with second singlechip；Infrared alarm input circuit includes A/D convertor circuit, passes through voltage
Judge whether to alarm；
Described switching value output circuit includes：3rd CAN bus circuit, the 3rd single-chip microcomputer and output switch parameter interface circuit；
The input of 3rd single-chip microcomputer is connected by the 3rd CAN bus circuit with back plane circuitry；The output end of 3rd single-chip microcomputer is by opening
Pass amount output interface circuit is connected with door-control lock；Output switch parameter interface circuit is exported using relay.
A kind of 6. intelligent integrated managing and control system according to claim 1, it is characterised in that：Described main frame also passes through
Server is connected with Surveillance center, for data and the real-time Transmission of order.
A kind of 7. intelligent integrated managing and control system according to claim 1, it is characterised in that：Described step S24 bags
Include following sub-step：
S241. whether infrared alarm module judges the time of deploying troops on garrison duty of infrared alarm sensor more than 30s：
（1）The time of deploying troops on garrison duty of infrared alarm sensor is no more than 30s, and this magnitude of voltage exception is by employee to infrared alarm sensor
Deploy troops on garrison duty and cause, without alarm；
（2）The time of deploying troops on garrison duty of infrared alarm sensor more than 30s, jumps to step S242；
S242. 30s is continued waiting for, whether the magnitude of voltage that switching value input circuit transmits in the 30s for judging to continue waiting for resets：
（1）Magnitude of voltage is reset in the 30s continued waiting for, and this time magnitude of voltage is drawn by employee to withdrawing a garrison for infrared alarm sensor extremely
Rise, without alarm；
（2）Magnitude of voltage is not reset in the 30s continued waiting for, and it is not to infrared alarm sensor by employee that this time magnitude of voltage is abnormal
Withdraw a garrison and cause, sending alarm signal to comprehensive management module is alarmed.
A kind of 8. intelligent integrated managing and control system according to claim 1, it is characterised in that：Integrated pipe in step S33
When reason module clamshell doors request is confirmed, it is also necessary to transfer camera around access control equipment monitored picture be used as with reference to according to
According to.
A kind of 9. intelligent integrated managing and control system according to claim 1, it is characterised in that：Also include a data to hand over
Mutual step, main frame carries out data by server and Surveillance center, order interacts；The data of intelligent managing and control system are passed in real time
Surveillance center is defeated by, and receives the control command from Surveillance center.
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| CN106131490A (en) * | 2016-07-18 | 2016-11-16 | 四川君逸易视科技有限公司 | Intelligent finance system based on intelligent video analysis technology |
| CN106249643A (en) * | 2016-08-07 | 2016-12-21 | 重庆理工大学 | A kind of message informing device |
| CN106324195A (en) * | 2016-08-17 | 2017-01-11 | 成都环球物讯科技有限责任公司 | Intelligent community comprehensive service security and protection system |
| CN107590972A (en) * | 2017-08-10 | 2018-01-16 | 深圳市亚晔实业有限公司 | A kind of slave computer alarm and remote alarming system |
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