CN205545700U

CN205545700U - Whole world eye intelligent monitoring system

Info

Publication number: CN205545700U
Application number: CN201620288122.XU
Authority: CN
Inventors: 王海东
Original assignee: Gansu Sanmingjie Electronic Technology Co ltd
Current assignee: Gansu Sanming Information Technology Co., Ltd.
Priority date: 2016-04-08
Filing date: 2016-04-08
Publication date: 2016-08-31
Anticipated expiration: 2026-04-08

Abstract

The utility model provides a whole world eye intelligent monitoring system, including power supply unit and the consecutive central monitoring who connects and calculating unit, detection feedback and current sample calculating unit and output driver and feedback Unit, central monitoring and calculating unit and GPRS wireless module link to each other, and output driver and feedback Unit link to each other with central monitoring and calculating unit, supplementary control calculating unit 3 and the control unit that opens the door respectively, the power supply unit links to each other with central monitoring and calculating unit, GPRS wireless module, detection feedback and current sample calculating unit, output driver and feedback Unit, supplementary control output unit and the control unit that opens the door respectively. This intelligent monitoring system can accurately lock the trouble of whole world eye system, has solved the global eye problem that system maintenance is numerous and diverse, the degree of difficulty is big.

Description

Global eyes intelligent monitor system

Technical field

This utility model belongs to electronic information technical field, relates to a kind of global eyes Analysis on Fault Diagnosis system, by electricity Each trouble point of global eyes is monitored by the private networks such as letter, UNICOM, movement, public security, traffic police and Internet, is specifically related to one Plant global eyes intelligent monitor system.

Background technology

The global eyes being used widely in each systems such as telecommunications, UNICOM, movement, public security, traffic police safeguards system, exists very Many problems and disadvantages:

1, global eyes mount point is doted on greatly, it is impossible to instant discovery, without the mount point of image, causes and has an accident or violation of law First-hand in-situ data can not be collected, bring the biggest impact to work.

2, light cat is crashed, and causes image to transmit, and needs manually to restart light cat to scene.

3, photographic head crash, cause image without refresh, it is impossible to collect image at that time, it is impossible to judge what reason (as Have a power failure, photographic head damages, artificial theft communication apparatus etc.) cause without image, needs manually restart photographic head to scene.

4, maintenance cost is huge, causes unnecessary expense expenditure waste.

Summary of the invention

The purpose of this utility model is to provide a kind of global eyes intelligent monitor system, solves existing global eye and uses During, the problem that maintenance difficulties is big, hidden danger is difficult to find, lack the effective ways that judgement is removed a hidden danger.

For achieving the above object, this utility model be the technical scheme is that a kind of global eyes intelligent monitor system, bag Include power supply unit and be sequentially connected the CSRC connect and computing unit, detection feedback and current sample computing unit and output Drive and feedback unit, CSRC and computing unit be connected with GPRS wireless module, output driving and feedback unit respectively with CSRC and computing unit, auxiliary monitoring output unit are connected with enabling monitoring unit；Power supply unit respectively with CSRC And computing unit, GPRS wireless module, detection feedback and current sample computing unit, output driving and feedback unit, auxiliary prison Control output unit is connected with enabling monitoring unit.

This utility model global eyes intelligent monitor system has the advantage that

1) provide a set of new global eyes and safeguard thinking, be not to receive Surveillance center's notice from the most passive and do not know Problem goes out the most just goes to safeguard, but can various faults accurately be locked, and solves that existing maintenance is numerous and diverse, big the asking of difficulty Topic.

2) by gathering the information such as the voltage of global eyes, electric current, gate inhibition, temperature, humidity, real-time analyzing failure cause, and Provide fault solution.

Accompanying drawing explanation

Fig. 1 is the schematic diagram of this utility model intelligent monitor system.

Fig. 2 is the schematic diagram of power supply unit in this utility model intelligent monitor system.

Fig. 3 is CSRC and the schematic diagram of computing unit in this utility model intelligent monitor system.

Fig. 4 is the circuit theory diagrams of GPRS wireless module in this utility model intelligent monitor system.

Fig. 5 is detection feedback and the schematic diagram of computing unit in this utility model intelligent monitor system.

Fig. 6 is that the output of this utility model intelligent monitor system drives and feedback unit circuit theory diagrams.

Fig. 7 is the use state diagram of this utility model intelligent monitor system.

In Fig. 1 and Fig. 7: 1. power supply unit, 2. CSRC and computing unit, 3.GPRS wireless module, 4. detection feedback And current sample computing unit, 5. output drives and feedback unit, 6. camera unit, and 7. auxiliary monitoring output unit, 8. opens Door monitoring unit, 9. on and off switch, 10. spark gap, 11. power inlet, 12. first photographic head output plugholes, 13. second take the photograph As head output plughole, 14. the 3rd photographic head output plugholes, 15. the 4th photographic head output plugholes, 16. optical network units, 17. light NE delivery outlet, 18. the 5th photographic head output plugholes, 19. fans, 20. fan delivery outlets, 21. add thermal resistance, and 22. add Thermal output mouth, 23. network interfaces, 24. antennal interfaces, 26.SIM draw-in groove, 26.RS-232 interface, 27. antennas, 28. thresholding doors Magnet delivery outlet.

Detailed description of the invention

With detailed description of the invention, this utility model is described in detail below in conjunction with the accompanying drawings.

As it is shown in figure 1, this utility model intelligent monitor system, including power supply unit 1 and be sequentially connected the central authorities' prison connect Control and computing unit 2, detection feedback and current sample computing unit 4 and output drive and feedback unit 5, CSRC and calculating Unit 2 is connected with GPRS wireless module 3, output drive and feedback unit 5 respectively with CSRC and computing unit 2, auxiliary prison Control output unit 7 is connected with enabling monitoring unit 8.Power supply unit 1 respectively with CSRC and computing unit 2, GPRS is wireless mould Block 3, detection feedback and current sample computing unit 4, output drive and feedback unit 5, auxiliary monitoring output unit 7, open the door prison Control unit 8 is connected.

Auxiliary monitoring output unit 7 by optical network unit (ONU), add thermal resistance and fan forms.Enabling monitoring unit 9 is Thresholding door Magnet.

Power supply unit 1, for providing electric energy to other each unit in this intelligent monitor system.

CSRC and computing unit 2, select each electric current to pass for monitor and detection feedback and current sample computing unit 4 The state of sensor；Receive detection feedback and current sample computing unit 4 carries the work at present shooting that current sensor samples Head power consumption current parameters, and collects this operational factor received, formed a frame complete comprise the every fortune of global eyes These data formed have been transferred to GPRS wireless module 3 by line parameter and device numbering, the data of collection date and time； Meanwhile, after CSRC and the every operational factor of the computing unit 2 global eyes to receiving carry out logical judgment, produce prison Control signal, and the monitoring signal of generation is transferred to output driving and feedback unit 5.

GPRS wireless module 3, for receiving CSRC and the data of computing unit 2 transmission, and the data that will receive Data transmission is carried out by network.

Detection feedback and current sample computing unit 4, be used for detecting five tunnel shooting in camera unit 6 in global eye The current data of head, and by the data feedback that detects to CSRC and computing unit 2；For receiving CSRC and calculating What unit 2 transmitted starts to detect current order.Output drives and feedback unit 5, for monitoring camera head unit 6, auxiliary monitoring Output unit 7 and enabling monitoring unit 9.

Auxiliary monitoring output unit 7, monitors ONU in output unit for monitoring auxiliary, adds three of thermal resistance and fan Integrally jack.

Enabling monitoring unit 9, limits two one jacks for monitoring the door magnetic gate in enabling monitoring unit 8.

As in figure 2 it is shown, the power supply unit 1 in this utility model intelligent monitor system, including the first chip U1 and the second core Sheet U2, the first chip U1 are AC220V-DC ± 12V power conversion chip (LHH), and the second chip U2 is DC+12V Power convert core Sheet (LM2576-5).4th pin of the first chip U1 meets first input end ACN, and the 5th pin of the first chip U1 connects the second input End ACL；3rd pin of the first chip U1 respectively with+12V power supply, one end of electric capacity Cp1, the positive pole of electrochemical capacitor Ep1 and second 1st pin of chip U2 is connected, and the 2nd pin of the second chip U2 connects one end and the negative pole of diode Z1 of inductance L1 respectively, One end of 4th pin, the other end of inductance L1, the positive pole of electrochemical capacitor Ep2 and the electric capacity Cp2 of the second chip U2 all connects+5V electricity Source；The other end of electric capacity Cp2, the negative pole of electrochemical capacitor Ep2, the positive pole of diode Z1, the 3rd pin of the second chip U2, second 2nd pin of the 5th pin of chip U2, the negative pole of electrochemical capacitor Ep1, the other end of electric capacity Cp1 and the first chip U1 all connects Ground, the 1st pin of the first chip U1 connects-12V power supply.

Voltage is, after externally fed power supply power inlet 11 from Fig. 7 introduces, to receive first input end CAN and second Input ACL, external power source is alternating current 220V, then first input end ACN is directly accessed the 4th pin of the first chip U1, second Input ACL is directly accessed the 5th pin of the first chip U1, and the 1st foot at the first chip U1 obtains DC-12V, the first chip U1 The 3rd pin obtain DC+12V；3rd pin of the first chip U1 connects the 1st pin of the second chip U2 as input, the second chip The 4th pin output of U2 obtains DC+5V, supplies stable working power to the unit in this intelligent monitor system.

As it is shown on figure 3, the CSRC in this utility model intelligent monitor system and computing unit 2, including the 3rd chip U3, the 3rd chip U3 use STC90C58AD single-chip microcomputer；One end of the 4th foot connecting resistance RST of the 3rd chip U3, resistance RST's Other end ground connection, one end of the 5th foot connecting resistance RSL of the 3rd chip U3, one end of the 7th foot connecting resistance TSL of the 3rd chip U3, One end of the other end of resistance RSL, the other end of resistance TSL and resistance SW1SL all connects+5V power supply, the other end of resistance SW1SL Connect one end of electric capacity CFD, the other end ground connection of electric capacity CFD；14th foot of the 3rd chip U3 respectively with one end and the electricity of crystal oscillator JTc The one end holding Cc1 is connected, and the 15th foot of the 3rd chip U3 is connected with the other end of crystal oscillator JTc and one end of electric capacity Cc2 respectively, electricity Hold the other end and the other end ground connection of electric capacity Cc2 of Cc1；One end of the 30th foot connecting resistance RWD of the 3rd chip U3, resistance RWD Another termination+5V power supply；One end of the 34th foot connecting resistance RMC of the 3rd chip U3, the 39th foot connecting resistance of the 3rd chip U3 One end of RSWSL, the 38th foot of the 3rd chip U3, one end of electric capacity CPD, the positive pole of electrochemical capacitor EPD, resistance RMC another The other end of end and resistance RSWSL all connects+5V power supply, the other end of electric capacity CPD and the minus earth of electrochemical capacitor EPD；The 42nd foot of three chip U3 is connected with detection feedback and current sample computing unit 4.

38th foot of the 3rd chip U3 connects+5V voltage, the 16th foot welding system ground of the 3rd chip U3, constitutes the 3rd chip U3 Power supply；14th foot of the 3rd chip U3 and the 15th foot connect the external clock being made up of electric capacity Cc1, electric capacity Cc2 and crystal oscillator JTc Circuit；Resistance RST connects the 4th foot of the 3rd chip U3, constitutes reset circuit of SCM；Resistance RSL and resistance TSL connects the 3rd respectively 5th foot of chip U3 and the 7th foot, constitute microcontroller serial port pull-up circuit；Resistance SW1SL, resistance RSWSL, resistance RMC and resistance RWD connects the+5V power supply of the 3rd chip U3, the 30th foot of the 3rd chip U3 and the 34th foot, constitutes single-chip processor i/o mouth pull-up circuit； Electric capacity CPD and electric capacity EPD connects the 38th foot of the 3rd chip U3 and constitutes single-chip microcomputer decoupling circuit；1st foot of the 3rd chip U3, the 6th Foot, the 8th foot～the 13rd foot and the 17th foot～the 44th foot, as I/O mouth, are respectively connected in Fig. 4～Fig. 7 have identical network mark Number position, by drive circuit, to monitor the break-make of each relay.

As shown in Figure 4, the GPRS wireless module 3 in this utility model intelligent monitor system, including fourth chip U4 and Five chip U5；Fourth chip U4 is network interface+wireless GPRS datacom chip (KDY), and fifth chip U5 is that serial ports turns SIM association turn Module (SIMK)；1st foot of fourth chip U4 and the 2nd foot connect+5V power supply, and the 3rd foot, the 4th foot and the 5th foot of fourth chip U4 connect Ground, the power supply constituting chip is powered；6th foot of fourth chip U4 connects the 2nd foot of fifth chip U5, the 7th foot of fourth chip U4 Connecing the 6th foot of fifth chip U5, the 8th foot of fourth chip U4 connects the 1st foot of fifth chip U5, and the 9th foot of fourth chip U4 connects 3rd foot of fifth chip U5, the 14th foot of fourth chip U4 connects the 4th foot and the 8th of fifth chip U5 the of fifth chip U5 respectively Foot, the 15th foot of fourth chip U4 connects the 3rd foot of the first plug-in unit PC232, and the 16th foot of fourth chip U4 meets the first plug-in unit PC232 The 2nd foot；20th foot of fourth chip U4 meets the second plug-in unit RJ45(HR911105A) the 1st foot, the 22nd foot of fourth chip U4 Connecing the 2nd foot of the second plug-in unit RJ45, the 23rd foot of fourth chip U4 connects the 3rd foot of the second plug-in unit RJ45, the of fourth chip U4 24 feet connect the 5th foot of the second plug-in unit RJ45, and the 25th foot of fourth chip U4 connects the 6th foot of the second plug-in unit RJ45, fourth chip U4 The 26th foot connect the 9th foot of the second plug-in unit RJ45, the 27th foot of fourth chip U4 connects the 10th foot of the second plug-in unit RJ45.

SIM 26 in fifth chip U5 map interlinking 7 and antennal interface 25, by data via antennal interface 25 by antenna 28 Wirelessly it is transmitted；15th foot of fourth chip U4 and the 16th foot connect the first plug-in unit PC232 the 2nd foot and the 3rd foot respectively, Receive from outside configuration；Network interface 24 in second plug-in unit RJ45 map interlinking 7, by data by network interface 24 to have Line mode is transmitted.

As it is shown in figure 5, the detection feedback in this utility model intelligent monitor system and current sample computing unit 4, including 6th chip U6 and Hall current sensor JLHR, the 6th chip U6 are optical-electrical converter 521-1；Hall current sensor JLHR The 1st foot connect+12V power supply, the 2nd foot of Hall current sensor JLHR connects-12V power supply, the 4th of Hall current sensor JLHR Foot ground connection, the 3rd foot of Hall current sensor JLHR meets the positive pole of electrochemical capacitor EH2, the negative pole of electrochemical capacitor EH2, resistance R1 One end and one end of ceramic disc capacitor C1 connect the 42nd foot of the 3rd chip U3 respectively, the other end of resistance R1 and ceramic disc capacitor C1's Other end ground connection；1st foot of the 6th chip U6 respectively with one end, the positive pole of electrochemical capacitor EJ1 and the rectifier tube DZJ1 of resistance RJ2 Negative pole be connected, one end of the positive pole connecting resistance RJ1 of rectifier tube DZJ1, the second input in the other end map interlinking 2 of resistance RJ1 ACL；First input end in the equal map interlinking of negative pole 2 of the 2nd foot, the other end of resistance RJ2 and the electrochemical capacitor EJ1 of the 6th chip U6 ACN；One end of 4th foot of the 6th chip U6 connecting resistance RJ3 respectively and one end of resistance RJ4, another termination+5V of resistance RJ3 Power supply, the other end of resistance RJ4 and the 3rd equal ground connection of foot of the 6th chip U6.

Resistance R1, resistance RJ1, resistance RJ2, resistance RJ3 and resistance RJ4 are metalfilmresistor.

Connector JLHR, electrochemical capacitor EH2, electrochemical capacitor EJ1, ceramic disc capacitor C1, rectifier tube DZJ1, resistance R1, resistance RJ1, resistance RJ2, resistance RJ3, resistance RJ4 and the 6th chip U6 form testing circuit.

As shown in Figure 6, the output driving in this utility model intelligent monitor system and feedback unit 5, including audion Tjc1～Tjc9, audion Tjc1F～Tjc5F, resistance Rjc1～Rjc9, resistance Rjc1F～Rjc5F, Darlington transistor U7, Da Lin Pause pipe U8 and 4 output/Sampling Interface jk1～jk4.

Output/collection that 4 output/Sampling Interface jk1～jk4 collectively constitute this utility model intelligent monitor system connects Mouthful, five shootings adding in thermal resistance 28, fan 29, optical network unit 30, camera unit 6 it are connected to by output cable Head；Each I/O mouth in 3rd chip U3, the 1st foot, the 6th foot, the 8th foot～the 13rd foot of the i.e. the 3rd chip U3 and the 17th foot～ 44th foot passes through audion Tjc1～Tjc9, audion Tjc1F～Tjc5F, resistance Rjc1～Rjc9, resistance as I/O mouth Rjc1F～Rjc5F, Darlington transistor U7 and the drive circuit of Darlington transistor U8 composition, timesharing monitors 4 output/samplings successively and connects Mouth jk1～jk4, adhesive or disconnection, it is achieved equipment circulates output or data sampling to the timesharing of each output port.

Darlington transistor ICj1～ICj4 Main Function are to improve driving force, and model is ULN2003.

When using this utility model intelligent monitor system, this intelligent monitor system is integrated in housing, this housing sets Put on and off switch 9, spark gap 10, power inlet 11, thresholding door Magnet, the first photographic head output plughole 12, second camera Output plughole the 13, the 3rd photographic head output plughole the 14, the 4th photographic head output plughole 15, optical network unit delivery outlet the 17, the 5th Photographic head output plughole 18, fan delivery outlet 20, heating delivery outlet 22, network interface 23, antennal interface 24, sim card slot 25, RS-232 configuration data-interface 26 and thresholding door Magnet delivery outlet 28.The first via in global eye camera unit 6 is taken the photograph As head and the first photographic head output plughole 12 connect, by the second road photographic head and second in global eye camera unit 6 Photographic head output plughole 13 connects, and the 3rd road photographic head in global eye camera unit 6 and the 3rd photographic head is exported Jack 14 connects, and the four-way CCD camera in global eye camera unit 6 and the 4th photographic head output plughole 15 is connected, The 5th road photographic head in global eye camera unit 6 and the 5th photographic head output plughole 18 are connected；By optical-fiber network list Unit's delivery outlet 17 is connected with the optical network unit 16 in auxiliary monitoring output unit 7, by defeated with auxiliary monitoring for fan delivery outlet 20 The fan 19 gone out in unit 7 is connected, and is connected with the thermal resistance 21 that adds in auxiliary monitoring output unit 7 by heating delivery outlet 22, will Thresholding door Magnet delivery outlet 28 is connected with enabling monitoring unit 8, as shown in Figure 7.It is concurrently accessed electric main to power inlet 11；Access cable network to network interface 23；The antenna 27 of wireless network accesses antennal interface 24；The SIM of wireless network is inserted Enter in sim card slot 25.Hall current sensor JLHR is inserted with the first photographic head output plughole 12, second camera output respectively Hole the 13, the 3rd photographic head output plughole the 14, the 4th photographic head output plughole 15 is connected with the 5th photographic head output plughole 18.

This utility model intelligent monitor system uses the transmission of PING order automatic to photographic head electric current and the network address, makees For to photographic head broken string and the basis for estimation of damage in global eye, it is achieved during global eye use, hidden danger is timely Find, reduce global eye maintenance difficulties, and for offer foundation of removing a hidden danger.

Current sample: power consumption current value when photographic head is normally worked by Hall current sensor JLHR built-in circuit Sampling, and preserve.

Network address PING order: network interface 23 and outside switch carry out the transmission of PING order, work respectively In photographic head can return the IP address character and port taken, as without return then command result returned and be saved in buffering District.

From the point of view of above working mechanism, current sample achieve photographic head have unpowered and loop with or without broken string detection and Judge；Network address PING order achieves the presence or absence broken string of photographic head data transmission loop No normal detection and judgement.

This current sample and network address PING command in combination judgment mode, solve existing camera head monitor center without Method accurately judges fault, the problem that attendant blindly goes to work.

Claims

1. a global eyes intelligent monitor system, it is characterised in that include power supply unit (1) and be sequentially connected the central authorities' prison connect Control and computing unit (2), detection feedback and current sample computing unit (4) and output drive and feedback unit (5), CSRC And computing unit (2) is connected with GPRS wireless module (3), output drive and feedback unit (5) respectively with CSRC and calculating Unit (2), auxiliary monitoring output unit (7) are connected with enabling monitoring unit (8)；Power supply unit (1) respectively with CSRC and Computing unit (2), GPRS wireless module (3), detection feedback and current sample computing unit (4), output drive and feedback unit (5), auxiliary monitoring output unit (7) is connected with enabling monitoring unit (8).

Global eyes intelligent monitor system the most according to claim 1, it is characterised in that described auxiliary monitoring output unit (7) by optical network unit, thermal resistance is added and fan forms.

Global eyes intelligent monitor system the most according to claim 1, it is characterised in that described enabling monitoring unit (8) For thresholding door Magnet.

Global eyes intelligent monitor system the most according to claim 1, it is characterised in that described CSRC and calculating are single Unit (2) includes that the 3rd chip (U3), the 3rd chip (U3) use STC90C58AD single-chip microcomputer；4th foot of the 3rd chip (U3) connects One end of resistance RST, the other end ground connection of resistance RST, one end of the 5th foot connecting resistance RSL of the 3rd chip (U3), the 3rd chip (U3) one end of the 7th foot connecting resistance TSL, one end of the other end of resistance RSL, the other end of resistance TSL and resistance SW1SL is equal Connect+5V power supply, one end of another termination capacitor CFD of resistance SW1SL, the other end ground connection of electric capacity CFD；3rd chip (U3) 14th foot is connected with one end of crystal oscillator JTc and one end of electric capacity Cc1 respectively, the 15th foot of the 3rd chip (U3) respectively with crystal oscillator The other end of JTc is connected with one end of electric capacity Cc2, the other end of electric capacity Cc1 and the other end ground connection of electric capacity Cc2；3rd chip (U3) one end of the 30th foot connecting resistance RWD, another termination+5V power supply of resistance RWD；34th foot of the 3rd chip (U3) connects electricity One end of resistance RMC, one end of the 39th foot connecting resistance RSWSL of the 3rd chip (U3), the 38th foot of the 3rd chip (U3), electric capacity The other end of one end of CPD, the positive pole of electrochemical capacitor EPD, the other end of resistance RMC and resistance RSWSL all connects+5V power supply, The other end of electric capacity CPD and the minus earth of electrochemical capacitor EPD；42nd foot of the 3rd chip (U3) is adopted with detection feedback and electric current Sample computing unit (4) is connected.

Global eyes intelligent monitor system the most according to claim 4, it is characterised in that described detection feedback and electric current are adopted Sample computing unit (4) includes the 6th chip (U6) and Hall current sensor, and the 6th chip (U6) is optical-electrical converter 521-1； 1st foot of Hall current sensor connects+12V power supply, and the 2nd foot of Hall current sensor connects-12V power supply, and Hall current senses 4th foot ground connection of device, the 3rd foot of Hall current sensor connects the positive pole of electrochemical capacitor EH2, the negative pole of electrochemical capacitor EH2, resistance One end of R1 and one end of ceramic disc capacitor C1 connect the 42nd foot of the 3rd chip (U3), the other end of resistance R1 and ceramic disc capacitor respectively The other end ground connection of C1；1st foot of the 6th chip (U6) respectively with one end, the positive pole of electrochemical capacitor EJ1 and the rectification of resistance RJ2 The negative pole of pipe DZJ1 is connected, one end of the positive pole connecting resistance RJ1 of rectifier tube DZJ1, another termination power supply unit of resistance RJ1 (1)；The negative pole of the 2nd foot, the other end of resistance RJ2 and the electrochemical capacitor EJ1 of the 6th chip (U6) all connects power supply unit (1)；The One end of 4th foot of six chips (U6) connecting resistance RJ3 respectively and one end of resistance RJ4, another termination+5V power supply of resistance RJ3, The other end of resistance RJ4 and the 3rd equal ground connection of foot of the 6th chip (U6).

Global eyes intelligent monitor system the most according to claim 5, it is characterised in that described power supply unit (1) includes First chip (U1) and the second chip (U2), the first chip (U1) is AC220V-DC ± 12V power conversion chip, the second chip (U2) it is DC+12V power conversion chip；4th pin of the first chip (U1) connects first input end (CAN), first input end (CAN) the 2nd foot, the other end of resistance RJ2 and the negative pole of electrochemical capacitor EJ1 of the 6th chip (U6) are connect respectively；First chip (U1) the 5th pin connects the second input (ACL), the other end of the second input (ACL) connecting resistance RJ1；First chip (U1) The 3rd pin the 1st drawing with+12V power supply, one end of electric capacity Cp1, the positive pole of electrochemical capacitor Ep1 and the second chip (U2) respectively Foot is connected, and the 2nd pin of the second chip (U2) connects one end and the negative pole of diode Z1 of inductance L1, the second chip (U2) respectively One end of the 4th pin, the other end of inductance L1, the positive pole of electrochemical capacitor Ep2 and electric capacity Cp2 all connect+5V power supply；Electric capacity Cp2 The other end, the negative pole of electrochemical capacitor Ep2, the positive pole of diode Z1, the 3rd pin of the second chip (U2), the second chip (U2) The 2nd equal ground connection of pin of the 5th pin, the negative pole of electrochemical capacitor Ep1, the other end of electric capacity Cp1 and the first chip (U1), 1st pin of one chip (U1) connects-12V power supply.

Global eyes intelligent monitor system the most according to claim 1, it is characterised in that described GPRS wireless module (3) Including fourth chip (U4) and fifth chip (U5)；Fourth chip (U4) is network interface+wireless GPRS datacom chip, the 5th core Sheet (U5) is that serial ports turns SIM association revolving die block；1st foot of fourth chip (U4) and the 2nd foot connect+5V power supply, fourth chip (U4) 3rd foot, the 4th foot and the 5th foot ground connection；6th foot of fourth chip (U4) connects the 2nd foot of fifth chip (U5), fourth chip (U4) The 7th foot connect the 6th foot of fifth chip (U5), the 8th foot of fourth chip (U4) connects the 1st foot of fifth chip (U5), the 4th core 9th foot of sheet (U4) connects the 3rd foot of fifth chip (U5), and the 14th foot of fourth chip (U4) connects the of fifth chip (U5) respectively 4 feet and the 8th foot of fifth chip (U5), the 15th foot of fourth chip (U4) connects the 3rd foot of the first plug-in unit (PC232), the 4th core 16th foot of sheet (U4) connects the 2nd foot of the first plug-in unit (PC232)；20th foot of fourth chip (U4) connects the second plug-in unit (RJ45) 1st foot, the 22nd foot of fourth chip (U4) connects the 2nd foot of the second plug-in unit (RJ45), and the 23rd foot of fourth chip (U4) connects second 3rd foot of plug-in unit (RJ45), the 24th foot of fourth chip (U4) connects the 5th foot of the second plug-in unit (RJ45), fourth chip (U4) 25th foot connects the 6th foot of the second plug-in unit (RJ45), and the 26th foot of fourth chip U4 connects the 9th foot of the second plug-in unit (RJ45), and the 4th 27th foot of chip (U4) connects the 10th foot of the second plug-in unit (RJ45).