CN106327753A - Anti-theft system with deterrent recording alarm - Google Patents

Abstract

The invention provides an anti-theft system with a deterrent recording alarm and belongs to the technical field of intelligent systems. The system comprises a QD module, a JS module, an SD module, an BJ module, an XJ module, an MY module, an FW module, a JM module, an SF module, a vibration sensor 1, an acoustic sensor 2, a heat source sensor 3, a noise sensor 4, an optical signal sensor 5, a first pressure signal sensor 6, a second pressure sensor 8, a telephone alarm 10, an audible and visual alarm 11, a deterrent sound alarm 12, a camera 13, a loudspeaker 14, a password input keyboard 15, a Bluetooth module 16, an NFC module 17, a short message receiver 18 and an external security device 19. The SD module can play a role in safety protection. The vibration sensor and the acoustic sensor, which are attached to the lock core of a door lock, can judge whether a person is maliciously unlocking the lock or not based on the vibration of the lock core /the collected sound so as to trigger a safety mechanism. In cooperation with other modules and peripherals, the safety protection effect is realized.

Description

There is the burglary-resisting system of deterrence recording alarm

Technical field

The present invention relates to intelligence system technical field, a kind of burglary-resisting system with deterrence recording alarm.

Background technology

Universal along with smart mobile phone and fast wireless network, Smart Home also begins to slowly come into every family, processes medium by smart mobile phone as information transmit-receive, then passes through fast wireless network, information just can arrive in the hands of each user fast and accurately, and intelligent anti-theft system also arises at the historic moment.Safe antitheft is a wheezy topic, traditional burglary-resisting installation such as door lock, always by doing one's utmost to increase the complexity of lock, improve anti-theft effect, from a letter lock the earliest, cross lock, blade lock, magnetic card lock the most finally, Fingerprint Lock, coded lock, but no matter construct the most exquisite lock, also cannot stand the destruction of the hardware & tools such as electric drill, crowbar.Once lock is destroyed, for without safety.In order to the most antitheft, the burglary-resisting system much possessing auto-alarm function is widely used, but these burglary-resisting system are the most intelligent, and it is the most perfectly safe also cannot to play, if it is determined that error will result in false alarm, ordinary false alarm can cause a lot of potential problems.Existing intelligent anti-theft system function singleness, it is impossible to rationally judge complex situations, easily causes false alarm warning lamp problem, and main cause is still that prior art cannot provide the system of a kind of human thinking that can match in excellence or beauty.

Summary of the invention

The technical problem to be solved is to provide a kind of burglary-resisting system with deterrence recording alarm, poor to solve prior art anti-theft effect, it is impossible to reply complex situations, it is impossible to deterrence offender, it is impossible to the remotely problem of monitoring.

The present invention solves the technical scheme of technical problem: a kind of burglary-resisting system with deterrence recording alarm, including SD module, SD module is used for security control, and SD module is provided with port c0 to c6, c0 port is duty switch terminal, for switching the duty of SD module；C1 port is feedback output end, is used for exporting startup feedback signal；C2 port is that external security appliances controls end, for sending signal to external security appliances；C3 port is external security appliances reseting controling end, is used for receiving external security appliances reset signal；C4 port, c5 port are that sensor connects end, for receiving the signal of sensor acquisition；C6 port is warning outfan, for output alarm signal.

Sensor is shaking sensor, and shaking sensor is arranged on around lock core.

Sensor is acoustic sensor, and acoustic sensor is arranged on around lock core.

The QD module duty of other modules of switching, QD module is provided with port a0 to a6；A0 port, a1 port, a2 port, a3 port, a4 port are enabling signal input port, are used for receiving sensor signal；A5 port is duty conversion output, is used for exporting conversion signal；A6 port is duty reset terminal, is used for receiving reset signal.

A0 port connects has the connection of thermal source sensor, a1 port to have the connection of noise transducer, a2 port to have the connection of optical signal sensor, a3 port to have the first pressure signal sensor, a4 port to connect the second pressure transducer.

First pressure signal sensor is positioned over below doormat.

Second pressure transducer is positioned on door handle.

System includes that JS module, JS module are used for recording QD module a0 to a4 port signal input duration and responding according to duration, and JS module is provided with port b0 to b4, and b0 port is duty switch terminal, for switching the duty of JS module；B1 port is reset output terminal, is used for exporting reset signal；B2 port is timeout signal outfan, for output overtime signal；B3 port is timer expiration end, is used for receiving timer expiration signal；B4 port is timing signal input, is used for receiving timing initial signal.

A5 port is connected with b0 port, c0 port respectively；A6 port is connected with b1 port；B2 port connects has thermal source to detect sensor, noise transducer, optical signal sensor, the first pressure signal sensor, the second pressure transducer；B3 port is connected with c1 port.

System includes BJ module, and BJ informs for warning, and BJ module is provided with port d0 to d2, and d0 port is duty switch terminal, and for switching the duty of BJ module, d0 port is connected with a5 port；D1 port is for confirming start end, and for thoroughly activating BJ module, d1 port is connected with c6 port；D2 port is alarm signal output ends mouth.

D2 port connects telephone alarm.

D2 port connects acousto-optic alarm.

D2 port connects deterrence recording alarm.

Deterrence recording alarm is the mp3 equipment with storage and outer playing function, and recording in mp3 equipment has the sound for deterring theft one's share of expenses for a joint undertaking.

System includes XJ module, and XJ is used for on-site supervision, and XJ module is provided with port e0 to e5, and e0 port is duty switch terminal, and for switching the duty of XJ module, e0 port is connected with a5 port；E1 port is for confirming start end, and for thoroughly activating XJ module, e1 port is connected with c6 port；E2 port is field apparatus input；E3 port is field apparatus outfan；E4 is long-range outfan；E5 is remote input end.

Field apparatus includes video camera, and video camera is with mike；The video/audio delivery outlet of video camera is connected with e2 port.

Field apparatus includes megaphone；Megaphone audio input port is connected with e3 port.

System includes SF module, and SF is used for interactive communication, is in long duty, and SF module is provided with port i0 to i4, and i0 port is two-way communication ports, and it is system module information input terminal mouth that connection has communication equipment, i1 port, and i1 port is connected with b2 port；I2 port, i3 port are system module information output mouth, i2 port and a6 port；I3 port is connected with e4 port；I4 port is external security appliances 20 parallel control end.

System includes MY module, FW module, JM module；MY is used for generating unlocking pin, and MY module is provided with port f0 to f2, and f0 port is duty switch terminal, and for switching the duty of MY module, f1 port is for confirming start end, and for thoroughly activating MY module, f2 port is password transmitting terminal, is used for sending password.

FW module is password authentication module, and FW module is provided with port g0 to g5, and g0 port is duty switch terminal, for switching the duty of FM module, g1 port is for confirming start end, for thoroughly activating FM module, g2 is original password input, for receiving original password, g3 port is that encrypted message confirms end, for confirming the password of input, g4 port is response outfan, for output response signal, g5 port is subordinate's enabling signal outfan, is used for exporting subordinate's enabling signal.

JM module is decryption information processing module, JM module is provided with port h0 to h3, h0 port is duty switch terminal, for switching the duty of JM module, h1 port is for confirming start end, for thoroughly activating JM module, h2 port is encrypted message outfan, the password received for output, h3 port is Password Input end, is used for inputting password.

F0 port is connected with a5 port, and f1 port is connected with c6 port, and f2 port is connected with g2, i1 port；G0 port is connected with a5 port, and g1 port is connected with c6 port, and g3 port is connected with h2 port, and g4 port is connected with c3 port, and g5 port is connected with h1 port；H0 port is connected with c6 port, and h3 port is connected with external input device.

External input device is cipher inputting keyboard.

External input device is the mobile phone of Bluetooth module pairs.

External input device is the mobile phone of NFC module pairing.

External input device is note receptor.

The beneficial effects of the present invention is: SD module can play safeguard protection effect, the shaking sensor, the acoustic sensor that are attached on door lock core can judge according to the vibration of lock core or the sound collected, if having people to unblank in malice, thus trigger insurance mechanism.QD module can play auxiliary monitoring, and the effect of the standby and duty conversion of whole system majority module.Thermal source sensor can just can determine whether people's door close to resident family according to human body this most shieldable biological nature of generating heat, thus wakes up whole system up in the very first time.Owing to generally not having nature light in present skyscraper corridor, illumination relies primarily on acoustic control lamp, so noise transducer, optical signal sensor can be changed to basis for estimation according to sound and light, wakes up system up.First pressure transducer is arranged on below doormat, as long as thing is pressed on doormat, and will be by system wake-up.Second pressure transducer is arranged on door handle, as long as having people to hold door handle will wake up system up.The most multiple sensor synergisms work, it is ensured that while safety, reduce power consumption to greatest extent.JS module may be used for judging whether the signal that QD module catches sufficiently achieves the effect waking up whole system up, and in particular cases worries the effect of user.Each sensor connected when QD module is of short duration activation, JS module will reset QD module, whole system will enter holding state, when, in limiting time, each sensor signal of QD module does not disappears, and after SD module sensors captures signal, whole system will operate completely, does not disappears for a long time in each sensor signal of QD, and during overlong time, JS module will remind user, and user can reconnoitre field conditions with XJ module.The video camera of XJ module simultaneously, user can be allowed to call monitoring information whenever and wherever possible, the situation on observer doorway, in addition to antitheft, the complex situations on doorway can also be seen clearly, avoiding and cannot see clearly situation outdoors by peephole because of rather dark, offender makes use of express delivery or the generation of other name house robberies.The telephone alarm of BJ module can send alarm command by presetting information to 110 alarm centers or room security and other places, so that law enfrocement official or Security Personnel's very first time arrive spot.Audible-visual annunciator can play reminds surrounding population and the effect of deterrence thief.Deterrence recording alarm can by the cur boof prerecorded, people cry loudly or user's remote phone such as reprimands at the sound, cause the illusion that someone is in, make thief abandon committing theft.SF module is transmitted for intrasystem signal, and system is transmitted with extraneous signal.MY module, FW module, JM module cooperate, and are used for unlocking.MY module is used for generating and sending password, FW module is for judging that the password of input system is the most correct, thus make corresponding reaction, JM module is used for receiving password, and wherein Bluetooth module, NFC module, note receptor can only accept matching or the information of transmission of special handset.In order to improve safety further, need, simultaneously at cipher inputting keyboard and Bluetooth module, NFC module, note any one module of receptor three input password, to assert that password correctly enters.

Accompanying drawing explanation

Fig. 1 is structural scheme of mechanism of the present invention.

Fig. 2 is external equipment scattergram of the present invention.

Fig. 3 is shaking sensor of the present invention, acoustic sensor location map.

Drawing reference numeral illustrates: 1 shaking sensor, 2 acoustic sensors, 3 thermal source sensors, 4 noise transducers, 5 optical signal sensors, 6 first pressure signal sensors, 7 doormats, 8 second pressure transducers, 9 door handles, 10 telephone alarms, 11 audible-visual annunciators, 12 deterrence recording alarm, 13 video cameras, 14 megaphones, 15 communication equipments, 16 cipher inputting keyboards, 17Bluetooth module, 18NFC module, 19 note receptors, 20 external security appliances.

Detailed description of the invention

Below in conjunction with accompanying drawing, the present invention will be further described.

A kind of burglary-resisting system with deterrence recording alarm includes QD module, JS module, SD module, BJ module, XJ module, MY module, FW module, JM module, SF module, shaking sensor 1, acoustic sensor 2, thermal source sensor 3, noise transducer 4, optical signal sensor 5, first pressure signal sensor 6, second pressure transducer 8, telephone alarm 10, audible-visual annunciator 11, deterrence recording alarm 12, video camera 13, megaphone 14, cipher inputting keyboard 15, Bluetooth module 16, NFC module 17, note receptor 18, external security appliances 19.

The QD module duty of other modules of switching, QD module is provided with port a0 to a6, a0 port.A1 port, a2 port, a3 port, a4 port are enabling signal input port, are used for receiving sensor signal；A5 port is duty conversion output, is used for exporting conversion signal；A6 port is duty reset terminal, is used for receiving reset signal.

JS module is used for recording QD module a0 to a4 port signal input duration and responding according to duration.JS module is provided with port b0 to b4, and b0 port is duty switch terminal, for the duty of handover module；B1 port is reset output terminal, is used for exporting reset signal；B2 port is timeout signal outfan, for output overtime signal；B3 port is timer expiration end, is used for receiving timer expiration signal；B4 port is timing signal input, is used for receiving timing initial signal.

SD module is used for security control.SD module is provided with port c0 to c6, and c0 port is duty switch terminal, for the duty of handover module；C1 port is feedback output end, is used for exporting startup feedback signal；C2 port is that external security appliances controls end, for sending signal to external security appliances 19；C3 port is external security appliances reseting controling end, is used for receiving external security appliances reset signal；C4 port, c5 port are that sensor connects end, for receiving the signal of sensor acquisition；C6 port is warning outfan, for output alarm signal.

BJ module is informed for warning, and BJ module is provided with port d0 to d2, and d0 port is duty switch terminal, for the duty of handover module；D1 port is for confirming start end, for thorough active module；D2 port is alarm signal output ends mouth.

XJ is used for on-site supervision, and XJ module is provided with port e0 to e5.E0 port is duty switch terminal, for the duty of handover module；E1 port is for confirming start end, for thorough active module；E2 port is field apparatus input；E3 port is field apparatus outfan；E4 is long-range outfan；E5 is remote input end.

MY is used for generating unlocking pin, and MY module is provided with port f0 to f2.F0 port is duty switch terminal, for the duty of handover module；F1 port is for confirming start end, for thorough active module；F2 port is password transmitting terminal, is used for sending password.

FW module is password authentication module, and FW module is provided with port g0 to g5.G0 port is duty switch terminal, for the duty of handover module；G1 port is for confirming start end, for thorough active module；G2 is original password input, is used for receiving original password；G3 port is that encrypted message confirms end, for confirming the password of input；G4 port is response outfan, for output response signal；G5 port is subordinate's enabling signal outfan, is used for exporting subordinate's enabling signal.

JM module is decryption information processing module, and JM module is provided with port h0 to h3.H0 port is duty switch terminal, for the duty of handover module；H1 port is for confirming start end, for thorough active module；H2 port is encrypted message outfan, the password received for output；H3 port is Password Input end, is used for inputting password.

SF module is used for interactive communication, is in long duty, and SF module is provided with port i0 to i4.I0 port is two-way communication ports, connects and has communication equipment (15)；I1 port is system module information input terminal mouth；I2 port, i3 port are system module information output mouth；I4 port is external security appliances 20 parallel control end.

A0 port to a4 port is connected to thermal source sensor 3, noise transducer 4, optical signal sensor the 5, first pressure signal sensor the 6, second pressure transducer 8；A5 port connects b1 port, i2 port；A5 port connects b0 port, c0 port, d0 port, e0 port, f0 port.

B0 port connects a5 port；B1 port connects a6 port；B2 port connects i1 port；B3 port connects thermal source sensor 3, noise transducer 4, optical signal sensor the 5, first pressure signal sensor the 6, second pressure transducer 8.

C0 port connects a5 port；C1 port connects b3 port；C2 port connects external security appliances 19；C3 port connects g4 port；C4 port connects shaking sensor 1；C5 port connects acoustic sensor 2；C6 port connects d1 port, e1 port, f1 port, g1 port.

D0 port connects a5 port；D1 port connects c6 port；D2 port connects telephone alarm 10, audible-visual annunciator 11, deterrence recording alarm 12.

E0 port connects a5 port；E1 connects c6 port；E2 port video camera 13；E3 port megaphone 14；E4 port connects i2 port；E5 port connects i1 port.

F0 port connects a5 port；F1 port connects c6 port；F2 port connects g2 port, i1 port.

G0 port connects a5 port；G1 port connects c6 port；G2 port connects f3 port；G3 port connects h2 port；G4 port connects c3 port；G5 port connects h1 port.

H0 port connects c6；H1 port connects g5；H2 port connects g3；H3 port connects cipher inputting keyboard 16, Bluetooth module 17, NFC module 18, note receptor 19.

I0 port connects communication equipment 15；I1 connects b2 port, f2 port, e5 port；I2 port connects a6 port；I3 connects e4 port；I4 connects external security appliances 20.

The working method of the present invention is as follows.

Pattern 1.

(1) After the external signal that thermal source sensor 3 and noise transducer 4, optical signal sensor the 5, first pressure signal sensor the 6, second pressure transducer 8 be the most any or multiple sensor receives, a5 port will output services state transition signals, make JS module enter duty, make SD module, BJ module, XJ module, MY module, FW module enter armed state from park mode.

(2) After JS module enters duty, start to record thermal source sensor 3, noise transducer 4, the external signal duration of optical signal sensor the 5, first pressure signal sensor the 6, second pressure transducer 8 reception.

(3) In time, be often greater than 0 less than t1, shows that signal quickly disappears, and b1 port can export reset signal to a6 port, and a5 port stops outwards output, and whole system counts park mode again.

Pattern 2.

(1) After the external signal that thermal source sensor 3 and noise transducer 4, optical signal sensor the 5, first pressure signal sensor the 6, second pressure transducer 8 be the most any or multiple sensor receives, a5 port will output services state transition signals, make JS module enter duty, make SD module, BJ module, XJ module, MY module, FW module enter armed state from park mode.

(2) After JS module enters duty, start to record thermal source sensor 3, noise transducer 4, the external signal duration of optical signal sensor the 5, first pressure signal sensor the 6, second pressure transducer 8 reception.

(3) When being often less than t2 more than or equal to t1, and in this time inner segment, and c4 port receives signal that shaking sensor 1 transmits or c5 port receives the signal that acoustic sensor 2 transmits, c1 port can send timing to d3 port to be stopped, c2 port can send safety locking signal to external security appliances 20, c6 port can send confirmation enabling signal to d1 port, e1 port, f1 port, g1 port, so that BJ module, XJ module, MY module, FW module are run comprehensively.

(4) Within the same time, BJ module can perform predetermined alarm command, starts telephone alarm 10, audible-visual annunciator 11, deterrence recording alarm 12.

(5) Within the same time, the communication equipment 15 that field condition is connected by SF module can be passed to user by XJ module, and user also can send instruction by mobile phone to communication equipment 15, thus controls megaphone 14.

(6) Within the same time, MY module can generate reseting cipher, and reseting cipher can send to g2 port, i1 port by f2 port, sends to the password of i1 port, can issue user by communication equipment 15.

(7) Within the same time, FW module g2 port receives reseting cipher, and FW module enters and waits reset command state.

(8) User can control communication equipment 15 by mobile phone and make the i2 port of module SF send reset instruction according to field condition, make system thoroughly reset afterwards.Or by i4 port controlling external security appliances 20, manual locking.

(9) By password reset can choose 4 kinds of modes, with cipher inputting keyboard 16 unlock, Bluetooth module 17 unlocks, NFC module 18 unlocks, note receptor 19 unlocks.Bluetooth module 17 unlocks, NFC module 18 is unlocked after needing closely to be matched by mobile phone and completes.Password can enter JM module by h3 port, deliver to the g3 port of FW module from h2 port, the password that the input password of g3 port inputs with g2 port compares, and correct rear g4 port can export unlocking command to c3 port, external security appliances 20 unlocks, and door gets final product smooth opening.

Pattern 3.

(1) After the external signal that thermal source sensor 3 and noise transducer 4, optical signal sensor the 5, first pressure signal sensor the 6, second pressure transducer 8 be the most any or multiple sensor receives, a5 port will output services state transition signals, make JS module enter duty, make SD module, BJ module, XJ module, MY module, FW module enter armed state from park mode.

(2) After JS module enters duty, start to record thermal source sensor 3, noise transducer 4, the external signal duration of optical signal sensor the 5, first pressure signal sensor the 6, second pressure transducer 8 reception.

Often time more than or equal to t2, and in this time inner segment, and c4 port is not received by signal that shaking sensor 1 transmits or c5 port is not received by the signal that acoustic sensor 2 transmits, JS module b2 port can send to SF module and remind instruction, user can remotely check field condition by SF module, estimate of situation afterwards, makes a policy.

Claims (9)

1. there is the burglary-resisting system of deterrence recording alarm, it is characterized in that: described system includes SD module, described SD module is used for security control, and described SD module is provided with port c0 to c6, described c0 port is duty switch terminal, for switching the duty of SD module；C1 port is feedback output end, is used for exporting startup feedback signal；C2 port is that external security appliances controls end, for sending signal to external security appliances (20)；C3 port is external security appliances reseting controling end, is used for receiving external security appliances reset signal；C4 port, c5 port are that sensor connects end, for receiving the signal of sensor acquisition；Described c6 port is warning outfan, for output alarm signal.

The burglary-resisting system with deterrence recording alarm the most according to claim 1, it is characterised in that: described system includes QD module, and described QD module switches the duty of other modules, and described QD module is provided with port a0 to a6；A0 port, a1 port, a2 port, a3 port, a4 port are enabling signal input port, are used for receiving sensor signal；Described a5 port is duty conversion output, is used for exporting conversion signal；Described a6 port is duty reset terminal, is used for receiving reset signal.

The burglary-resisting system with deterrence recording alarm the most according to claim 2, it is characterized in that: described system includes JS module, described JS module is used for recording QD module a0 to a4 port signal input duration and responding according to duration, described JS module is provided with port b0 to b4, described b0 port is duty switch terminal, for switching the duty of JS module；Described b1 port is reset output terminal, is used for exporting reset signal；Described b2 port is timeout signal outfan, for output overtime signal；Described b3 port is timer expiration end, is used for receiving timer expiration signal；Described b4 port is timing signal input, is used for receiving timing initial signal.

The burglary-resisting system with deterrence recording alarm the most according to claim 3, it is characterised in that: described a5 port is connected with b0 port, c0 port respectively；Described a6 port is connected with b1 port；Described b2 port connects thermal source detection sensor (3), noise transducer (4), optical signal sensor (5), the first pressure signal sensor (6), the second pressure transducer (7)；Described b3 port is connected with c1 port.

The burglary-resisting system with deterrence recording alarm the most according to claim 4, it is characterized in that: described system includes BJ module, described BJ informs for warning, described BJ module is provided with port d0 to d2, described d0 port is duty switch terminal, for switching the duty of BJ module, described d0 port is connected with a5 port；Described d1 port is for confirming start end, and for thoroughly activating BJ module, described d1 port is connected with c6 port；Described d2 port is alarm signal output ends mouth.

The burglary-resisting system with deterrence recording alarm the most according to claim 5, it is characterised in that: described d2 port connects deterrence recording alarm (12).

The burglary-resisting system with deterrence recording alarm the most according to claim 5, it is characterized in that: described system includes XJ module, described XJ is used for on-site supervision, described XJ module is provided with port e0 to e5, described e0 port is duty switch terminal, for switching the duty of XJ module, described e0 port is connected with a5 port；Described e1 port is for confirming start end, and for thoroughly activating XJ module, described e1 port is connected with c6 port；Described e2 port is field apparatus input；Described e3 port is field apparatus outfan；Described e4 is long-range outfan；Described e5 is remote input end.

The burglary-resisting system with deterrence recording alarm the most according to claim 7, it is characterized in that: described system includes SF module, described SF is used for interactive communication, it is in long duty, described SF module is provided with port i0 to i3, and described i0 port is two-way communication ports, connects and has communication equipment (15), described i1 port is system module information input terminal mouth, and described i1 port is connected with b2 port；Described i2 port, i3 port are system module information output mouth, and i2 port and a6 port, i3 port is connected with e4 port；Described i4 port is external security appliances 20 parallel control end.

The burglary-resisting system with deterrence recording alarm the most according to claim 8, it is characterised in that: described system includes MY module, FW module, JM module；Described MY is used for generating unlocking pin, and described MY module is provided with port f0 to f2, and described f0 port is duty switch terminal, for switching the duty of MY module, described f1 port is for confirming start end, for thoroughly activating MY module, described f2 port is password transmitting terminal, is used for sending password；Described FW module is password authentication module, described FW module is provided with port g0 to g5, described g0 port is duty switch terminal, for switching the duty of FM module, described g1 port is for confirming start end, for thoroughly activating FM module, described g2 is original password input, for receiving original password, described g3 port is that encrypted message confirms end, for confirming the password of input, described g4 port is response outfan, for output response signal, g5 port is subordinate's enabling signal outfan, is used for exporting subordinate's enabling signal；Described JM module is decryption information processing module, described JM module is provided with port h0 to h3, described h0 port is duty switch terminal, for switching the duty of JM module, described h1 port is for confirming start end, for thoroughly activating JM module, described h2 port is encrypted message outfan, the password received for output, described h3 port is Password Input end, is used for inputting password；Described f0 port is connected with a5 port, and described f1 port is connected with c6 port, and described f2 port is connected with g2, i1 port；Described g0 port is connected with a5 port, and described g1 port is connected with c6 port, and described g3 port is connected with h2 port, and described g4 port is connected with c3 port, and described g5 port is connected with h1 port；Described h0 port is connected with c6 port, and h3 port is connected with external input device.