CN104793578A - High-definition image monitoring household appliance control host - Google Patents
High-definition image monitoring household appliance control host Download PDFInfo
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- CN104793578A CN104793578A CN201410302415.4A CN201410302415A CN104793578A CN 104793578 A CN104793578 A CN 104793578A CN 201410302415 A CN201410302415 A CN 201410302415A CN 104793578 A CN104793578 A CN 104793578A
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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
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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
Abstract
A high-definition image monitoring household appliance control host belongs to the field of intelligent control equipment. The high-definition image monitoring household appliance control host comprises a CPU control circuit, a wireless receiving circuit, a camera, an embedded operation system circuit, a network card, a drive circuit, an electric appliance control circuit, and a power supply circuit. The high-definition image monitoring household appliance control host of the invention can realize remote mobile phone monitoring by a video server, various complicated network setting are cancelled, various network transmission functions are achieved, and high-quality real-time transmission of images is ensured. The system adopts a power line to transmit network video signals and control data, the performance is stable and reliable, the defects that a wireless local area network has short transmission distance and cannot penetrate a wall is solved, the trouble of laying network cables is eliminated, and a user can realize all-weather multipath and real-time monitoring on a place via a mobile phone. The high-definition image monitoring household appliance control host has a bidirectional automatic control and monitoring function, and truly realize remote control on the state of a place. The whole control system adopts an integrated and compact circuit design, and has the characteristics of low cost and high stability.
Description
Technical field
The invention belongs to intelligent control device field, particularly a kind of electrical equipment or security situation being monitored certain place by the network terminal in real time, and the system of remote opening/closing control can be implemented electrical equipment.
Background technology
Along with the progress of science and technology, the quality of life of people obtains and significantly improves, various electrical equipment is widely used in various place, adopt the mode of Non-follow control or wireless remote control to control to the control of electrical equipment now more, but it is when people needs monitor the electrical equipment situation in place and implement Long-distance Control away from place, various and intellectual remote controlling just becomes the anxious technical issues that need to address.Household electrical appliances "smart" products in the market mainly adopt LAN (Local Area Network) TCP/IP technology and dialing technology.
Dialing technology refers to that the alerting signal of the family intelligent control system of user installation and control signal pass through telephone line transmission, user is by dialing home phone number, electrical equipment is within doors controlled, when breaking out of fire, gas leak in house, break in and be in an emergency time, main control system can dial by telephone wire the telephone number prestored automatically, after closing of the circuit, with voice message what happens.Adopt this technology automaticity poor, complicated operation, without prompt facility, insufficiency, poor reliability; Transmission adopts local line, and it is disguised and anti-destructive is poor, report by mistake, fail to report situation seriously, and cost is high.
The family intelligent control system of LAN (Local Area Network) TCP/IP technology then by the various alerting signals in house by Internet Transmission to Property Management of residence center, by Property Management of residence center to situation about occurring in resident family house row relax to the greatest extent, the problem of this technology is adopted to be that alerting signal directly cannot send user to, coverage is short, reliability, confidentiality, security are all not so good, and take telephone wire, when to converse or shut down, alarm signal and control signal cannot transmit.Especially, when you go on business in other places, when alerting signal or your equipment by handset dialing control family, you will pay long-distance telephone expenses.When adopting Internet technology as Long-distance Control means, first to look for an online computing, also will have a telephone wire, apparatus expensive, and can not carry with.Operation controls complicated, and need special study just can grasp, it is very inconvenient to use.No matter be by dialing technology or Internet technology, its fatal shortcoming is that damage resistance is poor, once telephone wire is cut off destruction, warning message cannot outwardly send.
Summary of the invention
The state in place cannot be obtained for solving prior art medium-long range, and then to the technical matters that the facilities such as the electrical equipment in place control, the invention provides a kind of by video reflection place status information, and the intelligent control system of remote opening/closedown can be carried out facilities such as the electrical equipment in place.
A kind of high-definition image monitors home wiring control main frame, comprise cpu control circuit, wireless receiving circuit, camera, embedded OS circuit, network interface card, driving circuit, electrical apparatus control circuit, power circuit, it is characterized in that: described wireless receiving circuit is connected with cpu control circuit, for receiving the signal controlled the electrical equipment in place that mobile phone sends out; Camera is used for picture in captured in real-time place, and picture connects network interface card by embedded OS circuit, picture is sent to network interface card and by network by picture real-time Transmission to mobile phone; Cpu control circuit receives about after the electrical equipment control signal in place, send the driving circuit be connected with cpu control circuit to, send control signal to electrical apparatus control circuit by driving circuit to be connected, electrical apparatus control circuit carries out On/Off control to electrical equipment, and concrete signal is transmitted control operation electrical equipment being carried out to On/Off; Power circuit provides working power for each element circuit.
The present invention crosses video server all, and a step can realize remote handset monitoring, eliminates various numerous and diverse network settings, realizes multiple network and penetrate transfer function, guarantee image superior quality real-time Transmission; This system adopts power line transmission network video signal and control data mode, it is stable and reliable for performance, solve WLAN (wireless local area network) transmission range short, the defect of wall can not be penetrated, solve the worry laying netting twine, user can realize round-the-clock multichannel simultaneous real-time monitoring to place by mobile phone, there is two-way automatic control and function for monitoring, really realize the long-range state that can control place, whole control system adopts integrated exquisite circuit design, has again the feature that stability with low cost is high.
Accompanying drawing explanation
Fig. 1 is the structured flowchart that a kind of high-definition image of the present invention monitors home wiring control main frame;
Fig. 2 is the circuit diagram that a kind of high-definition image of the present invention monitors home wiring control main frame.
Embodiment
Below in conjunction with accompanying drawing, the present invention is described in further detail:
A kind of high-definition image monitors home wiring control main frame, comprise cpu control circuit, wireless receiving circuit, camera, embedded OS circuit, network interface card, driving circuit, electrical apparatus control circuit, power circuit, it is characterized in that: described wireless receiving circuit is connected with cpu control circuit, for receiving the signal controlled the electrical equipment in place that mobile phone sends out; Camera is used for picture in captured in real-time place, and picture connects network interface card by embedded OS circuit, picture is sent to network interface card and by network by picture real-time Transmission to mobile phone; Cpu control circuit receives about after the electrical equipment control signal in place, send the driving circuit be connected with cpu control circuit to, send control signal to electrical apparatus control circuit by driving circuit to be connected, electrical apparatus control circuit carries out On/Off control to electrical equipment, and concrete signal is transmitted control operation electrical equipment being carried out to On/Off; Power circuit provides working power for each element circuit.
Such scheme can realize remote watching video image, also can realize long-rangely controlling the electrical equipment in place.But for control system, also need prior effect: exactly the unsafe conditions in place is reported to the police, in theory, in technique scheme, people also can judge whether have unsafe situation to occur according to real-time image, but people can not judge video image in real time, as important improvement of the present invention, the present invention also comprises status monitoring and warning device: described status monitoring function is completed by wiresounding device testing circuit, wiresounding device testing circuit detects in real time to the important monitoring parameter in place, and status signal is sent to cpu control circuit, cpu control circuit judges whether status signal belongs to normal value, and as exceeded range of normal value, then cpu control circuit sends alerting signal by network interface card and network to mobile phone.
For ensureing that alerting signal is sent smoothly, the present invention also comprises GPRS and receives/send out/dialing alarm circuit, and described GPRS receipts/send out/dial-up circuit comprises deck, GPRS module, and SIM card is connected with GPRS module by deck.Due to GPRS receive/send out/dial-up circuit supports the multiple networking mode such as short message, special line, VPN private network, so alerting signal sends out by above-mentioned approach, makes the transmission of alerting signal secure.
For Long-distance Control and people are made a distinction in the field control in place, the present invention also comprises and sets up defences, withdraws a garrison and emergency circumstance trigger switch, describedly to set up defences, withdrawing a garrison is connected with cpu control circuit respectively with emergency circumstance switch, to set up defences switch when people leaves place front opening, then people's cpu control circuit after leaving place starts warning function of deploying troops on garrison duty; After people gets back to place, then open switch of withdrawing a garrison; During the emergency circumstance, then cpu control circuit emergency circumstance trigger switch is opened.
Described cpu control circuit comprises resistance, electric capacity, crystal oscillator X1, trigger switch and cpu chip, and described resistance capacitance is the peripheral circuit ensureing CPU work, and trigger switch controls the On/Off of cpu chip.
The present invention is as intelligent control system, not only can complete long-range real-time video monitoring and controlling alarm, the alarm and control in place can also be realized, when exceeding warning value for making wiresounding device testing circuit in place, scene can be pointed out in time, described control system also comprises warning device in place, for warning personnel in place.Alerting signal for limited control circuit can select defence area display circuit to show; And warning device can select the combination of one or more of state of alert display circuit, hummer prompting sound circuit, acousto-optic interlink warning circuit for the warning in place in described place.
When needing intuitively to show the alerting signal state of wiresounding circuit, the present invention also comprises defence area display circuit: defence area is often organized display circuit and included triode, LED display lamp, the control end of triode is connected with the control signal of cpu control circuit, output terminal is connected with LED display, the group number of display circuit is corresponding with the data group number that wiresounding device testing circuit is monitored, the alerting signal of the wired detection circuit of display directly perceived.
Hummer prompting sound circuit can send alerting signal with sound, comprises resistance, triode and hummer composition, as long as system control cpu judges have one group of data to exceed alarm value, then send working signal to hummer, then buzzer call, sends alerting signal.
Described acousto-optic interlink warning circuit comprises resistance, four triode compositions; Wherein the control end of two triodes is connected with cpu control circuit U3 respectively, and output terminal is connected with warning pilot lamp, siren, and power end is connected with GND ,+12V respectively.
Described state of alert display circuit comprises resistance and two triode compositions; The control end of triode is connected with cpu control circuit U3, and output terminal is connected with LED display, and power end is connected with GND, VCC respectively.
The driving circuit of described electrical equipment comprises resistance, electric capacity and LAN interface composition; LAN interface is connected with the pin of the control corresponding electric appliance of cpu control circuit respectively, and control information is sent to each electrical apparatus control circuit by LAN interface more respectively.
This control system not only can realize mobile phone remote and control electrical equipment, can also be on-the-spot by this control system control apparatus in place, described gauge tap is manual trigger switch, different group manual trigger switch, resistance connect from the different pins of cpu control circuit, as triggered, the respective pin that then cpu control circuit is corresponding with trigger switch transmits control signal to the driving circuit of electrical equipment, realizes field control in the place to electrical equipment.
The selection of network interface card is very important in this circuit, some network interface cards can realize the function of corresponding data transmission, but it is more loaded down with trivial details when arranging, for making the circuit of this control system simpler, described network interface card select second too net turn serial port circuit, second too net turn serial port circuit comprise electric capacity, second too net turn serial port circuit module and network interface LAN, second too net turns serial port module and is connected with cpu control circuit, receive alerting signal, and alerting signal is connected with network exchange routing circuit by network interface LAN, alerting signal is sent out.
Often organize electrical apparatus control circuit and include resistance, diode, light emitting diode, relay J 1-1 composition; The pin connection that electrical apparatus control circuit control end is corresponding to driving circuit, control circuit upper end is connected with power supply.
For ensureing the quality of vision signal, described camera selects high-definition camera, and high-definition digital camera is connected with embedded OS circuit input end, by network exchange routing circuit and network, vision signal is sent to mobile phone.
Embodiment:
Four kinds of electrical equipment need be controlled for mobile phone, wiresounding device testing circuit can detect four groups of signals (can be the numerical value that gas concentration, flue gas concentration, temperature etc. are undertaken detecting by wiresounding device), high-definition camera can captured in real-time four groups of vision signals:
According to above-mentioned functions demand, the cpu chip of described cpu control circuit selects ATMEGA16L, is described as code name with U3; Wireless receiving decoding chip selects PT2272-L4, is described as code name with U5, second too the net nucleus module turned in serial port circuit select second too net turn serial port module, be described using U6 as code name; LAN2004 selected by driving circuit, is described using U7 as code name.
Described cpu control circuit comprises resistance R4, R23, R43, electric capacity C1, C2, C3, C4, crystal oscillator X1 and cpu chip U3 forms, 33 pin of cpu control circuit U3 are connected with resistance R4, R23, triggering reset switch K8, K8 is for the startup of control U3, and 12,13 pin of cpu control circuit U3 are connected with crystal oscillator X1; 19,20,21,26 pin of cpu control circuit U3 are connected with 1,2,3,4 pin of driving circuit U7,13,14,15,16 pin of U7 respectively with electrical equipment 4 turns of control circuit control ends, electrical equipment 3 turns of control circuit control ends, electrical equipment 2 turns of control circuit control ends, electrical equipment 1 turn of control circuit control end connects, and controls electrical equipment; 14,15 pin of cpu control circuit U3 and second 4,5 pin that too net turns serial port circuit U6 are connected; 1,2,3,4,5 pin of CPU integrated circuit U3 and wireless receiving decoding circuit U510,11,12,13 pin are connected, and receive the control signal that the mobile phone decoded from wireless receiving decoding circuit U5 wirelessly sends; 31 pin of cpu control circuit U3 are connected with power supply GND, and 10 pin of cpu control circuit U3 are connected with power supply VCC; High-definition digital camera is connected with LINUX operating system circuit input end, and LINUX operating system circuit output end and second too net turn serial port circuit and is connected.
Described wireless receiving decoding circuit comprises oscillation resistance R37, and high-frequency reception head U4, integrated circuit U5 form; The scrambler of the 1-8 pin composition address code of U5,10,11,12,13 pin of U5 are connected with 1,2,3,4 pin of cpu control circuit U3 respectively, 17 pin of U5 are connected with 5 pin of cpu control circuit U3,14 pin of U5 are connected with 2 pin of Receiver U4, and 9,18 pin of U5 are connected with GND, VCC of power supply respectively.
Wiresounding device testing circuit comprises two groups of LM339 and is divided into U1, U2 for code name is described, U1, U2 are respectively as chip, also comprise resistance R5, R6, R7, R8, R9, R10, R11, R12, R13, R14, R15, R16, R17, R18, R19, R20, R21, R22, R25, R26, R27, R28, R29, R30, R31, R32, triode Q7, Q8, Q9, Q10, LED 1, LED2, LED3, LED4, gauge tap S1, S2, S3, S4; 1,2 pin of U1 are connected with 36 pin of cpu control circuit U3,13,14 pin of U1 are connected with 37 pin of cpu control circuit U3,1,2 pin of U2 are connected with 34 pin of cpu control circuit U3,13,14 pin of U2 are connected with 35 pin of cpu control circuit U3,4,7 pin of gauge tap S1 and U2 connect, 8,11 pin of gauge tap S2 and U2 connect, and 4,7 pin of gauge tap S3 and U1 connect, and 8,11 pin of gauge tap S4 and U1 connect.
Described GPRS receipts/send out/dial-up circuit selects GPRS module as acp chip, be that code name is described with U8: comprise electric capacity C7, deck X2 and GPRS module U8 composition, GPRS receipts/send out/21,22 pin of dial-up circuit U8 are connected with 14,15 pin of cpu control circuit U3,27,28,29,30,31 pin of GPRS receipts/send out/dial-up circuit U8 are connected with 2,3,4,6 pin of SIM card holder X2 respectively, 32,33,34 pin of U8 are connected with power supply VCC, and 35,36,37,38,39,40 pin of U8 are connected with the GND of power supply.
Set up defences, withdraw a garrison and the concrete structure of emergency circumstance trigger switch: 38 pin of cpu control circuit U3 are connected with resistance R1 and the trigger switch K5 that sets up defences, 39 pin of cpu control circuit U3 are connected with resistance R2 and the trigger switch K6 that withdraws a garrison, 40 pin of cpu control circuit U3 are connected with resistance R3 and urgent trigger switch K7,11,31 pin of cpu control circuit U3 are connected with power supply GND, and 10 pin of integrated circuit U3 are connected with power supply VCC.
Defence area display circuit: 18,25,28,29 pin of cpu control circuit U3 are connected with resistance R25, the R26 of defence area display circuit, R27, R28, R29, R30, R31, R32, light emitting diode Q7, Q8, Q9, Q10 and LED1, LED2, LED3, LED4, the output terminal of each group triode is connected with LED respectively.
Described state of alert display circuit comprises resistance R38, R39, R40, R41, triode Q1, Q2 composition; The control end of Q1 is connected with 8 pin of cpu control circuit U3, and output terminal is connected with LED display, and power end is connected with GND ,+12V respectively.
Described hummer prompting sound circuit comprises resistance R33, R34, R35, R36, triode Q11, Q12 and hummer composition; The control end of Q11 is connected with 24 pin of cpu control circuit U3, and the output terminal of Q12 is connected with hummer, and power end is connected with GND ,+12V respectively.
Described acousto-optic interlink warning circuit comprises resistance R24, R47, R48, R49, R50, R51, R52 triode Q3, Q4, Q5, Q6 composition; The control end of Q3, Q5 is connected with 23,27 pin of CPU integrated circuit U3 respectively, and output terminal is connected with warning pilot lamp, siren, and power end is connected with GND ,+12V respectively.
Described electrical apparatus driving circuit comprises resistance R42, R44, R45, R46 electric capacity C6 and U7 and forms; 1,2,3,4 pin of U7 are connected with 19,20,21,26 pin of cpu control circuit U3 respectively, 13,14,15,16 pin of U7 respectively with electrical equipment 4 turns of control circuit control ends, electrical equipment 3 turns of control circuit control ends, electrical equipment 2 turns of control circuit control ends, 8,9 pin that electrical equipment 1 turn of control circuit control end connects U7 are connected with the GND ,+12V of power supply respectively.
Described electrical apparatus driving circuit also comprises trigger switch K1, K2, K3, K4, manual trigger switch K1 is connected with 6 pin of cpu control circuit U3, manual trigger switch K2 is connected with 16 pin of cpu control circuit U3, manual trigger switch K3 is connected with 17 pin of cpu control circuit U3, and manual trigger switch K4 is connected with 22 pin of cpu control circuit U3.
Described second too net turns serial port circuit and comprises electric capacity C5, and network interface LAN, U6 form; 4,5 pin of U6 are connected with 14,15 pin of cpu control circuit U3 respectively, and 3,6 pin of U6 are connected with GND, VCC of power supply respectively, and the network interface LAN of U6 is connected with network exchange routing circuit.
Described electrical equipment 1 control circuit comprises resistance R56, R60, diode V1, LED 5, relay J 1-1 composition; Electrical equipment 1 control circuit control end is connected with 16 pin of U7, and control circuit upper end is connected with power supply+12V.
Described electrical equipment 2 turns of control circuits comprise resistance R55, R59, diode V2, LED 6, relay J 1-2 composition; Electrical equipment 2 control circuit control end is connected with 15 pin of U7, and control circuit upper end is connected with power supply+12V.
Described electrical equipment 3 control circuit comprises resistance R54, R58, diode V3, LED 7, relay J 1-3 composition; Electrical equipment 3 control circuit control end is connected with 14 pin of U7, and control circuit upper end is connected with power supply+12V.
Described electrical equipment 4 turns of control circuits comprise resistance R53, R57, diode V4, LED 8, relay J 1-4 composition; Electrical equipment 4 control circuit control end is connected with 13 pin of U7, and control circuit upper end is connected with power supply+12V.
27 pin of cpu control circuit U3 are connected with resistance R24, R49, R50, Q3, Q5 of power control circuit, and power circuit provides 5A/12V, 2A/5V, 2A/3.8V power supply respectively, are connected respectively with GND, VCC of unit circuit.
When the components and parts such as the resistance in embodiment are got and are worth as follows, the effect of control system is best.
Resistance: (unit: ohm) R1=5.1K, R2=5.1K, R3=5.1K, R4=5.1K, R5=10K, R6=18K, R7=5.1K, R8=3.9K, R9=10K, R10=10K, R11=3.9K, R12=2K, R13=10K, R14=10K, R15=1K, R16=4.7K, R17=10K, R18=5.1K, R19=10K, R20=1K, R21=1K, R22=1K, R23=5.1K, R24=10K, R25=5.1K, R26=5.1K, R27=5.1K, R28=5.1K, R29=10K, R30=10K, R31=10K, R32=10K, R33=27K, R34=2.2K, R35=5.1K, R36=100K, R37=430K, R38=27K, R39=2.2K, R40=5.1K, R41=10K, R42=5.1K, R43=10K, R44=5.1K, R45=5.1K, R46=5.1K, R47=2.2K, R48=27K, R49=5.1K, R50=5.1K, R51=2.2K, R52=27K, R53=10K, R54=10K, R55=10K, R56=10K, R57=1K, R58=1K, R59=1K, R60=1K.
Electrochemical capacitor: C1=100 μ F;
Electric capacity: C2=0.1 μ F, C3=27PF, C4=27PF, C5=0.1 μ F, C6=0.1 μ F, C7=0.1 μ F
Diode: V1=V2=V3=V4=1N4148;
Light emitting diode: LED1, LED2, LED3, LED4, LED5, LED6, LED7, LED8=paster is red;
Triode: Q2, Q3, Q5, Q7, Q8, Q9, Q10, Q11=9013;
Triode: Q12=8550,
Triode: Q1, Q4, Q6=B772;
Crystal oscillator: X1=11.592MHZ, X2=SIM
Integrated circuit: U1=LM339, U2=LM339, U3=ATMEGA16L, U4=wireless receiving module;
U5=PT2272-L4, U6=second too net turns serial port module, U7=LAN2004, U8=GPRS module,
J1=DC12V connector, LAN=network interface.
Claims (10)
1. a high-definition image monitors home wiring control main frame, comprise cpu control circuit, wireless receiving circuit, camera, embedded OS circuit, network interface card, driving circuit, electrical apparatus control circuit, power circuit, it is characterized in that: described wireless receiving circuit is connected with cpu control circuit, for receiving the signal controlled the electrical equipment in place that mobile phone sends out; Camera is used for picture in captured in real-time place, and picture connects network interface card by embedded OS circuit, picture is sent to network interface card and by network by picture real-time Transmission to mobile phone; Cpu control circuit receives about after the electrical equipment control signal in place, send the driving circuit be connected with cpu control circuit to, send control signal to electrical apparatus control circuit by driving circuit to be connected, electrical apparatus control circuit carries out On/Off control to electrical equipment, and concrete signal is transmitted control operation electrical equipment being carried out to On/Off; Power circuit provides working power for each element circuit.
2. a kind of high-definition image according to claim 1 monitors home wiring control main frame, it is characterized in that: also comprise status monitoring and warning device, described status monitoring function is completed by wiresounding device testing circuit, wiresounding device testing circuit detects in real time to the important monitoring parameter in place, and status signal is sent to cpu control circuit; Cpu control circuit judges whether status signal belongs to normal value, and as exceeded range of normal value, then cpu control circuit sends alerting signal by network interface card and network to mobile phone.
3. a kind of high-definition image according to claim 2 monitors home wiring control main frame, it is characterized in that: also comprise GPRS and receive/send out/dialing alarm circuit, described GPRS receipts/send out/dial-up circuit comprises deck, GPRS module, and SIM card is connected with GPRS module by deck.
4. a kind of high-definition image according to claim 3 monitors home wiring control main frame, it is characterized in that: also comprise and set up defences, withdraw a garrison and emergency circumstance trigger switch, describedly to set up defences, withdrawing a garrison is connected with cpu control circuit respectively with emergency circumstance switch, to set up defences switch when people leaves place front opening, then people's cpu control circuit after leaving place starts warning function of deploying troops on garrison duty; After people gets back to place, then open switch of withdrawing a garrison; During the emergency circumstance, then cpu control circuit emergency circumstance trigger switch is opened.
5. a kind of high-definition image according to claim 4 monitors home wiring control main frame, it is characterized in that: described control system also comprises warning device in place, for warning personnel in place.
6. a kind of high-definition image according to the arbitrary claim of claim 1-5 monitors home wiring control main frame, it is characterized in that: network interface card select second too net turn serial port circuit,
secondtoo net turn serial port circuit comprise electric capacity, second too net turn serial port circuit module and network interface LAN,
secondtoo net turns serial port module and is connected with cpu control circuit, receives alerting signal, and alerting signal is connected with network exchange routing circuit by network interface LAN, alerting signal is sent out.
7. a kind of high-definition image according to the arbitrary claim of claim 1-5 monitors home wiring control main frame, it is characterized in that: the cpu chip of described cpu control circuit selects ATMEGA16L, is described as code name with U3; Wireless receiving decoding chip selects PT2272-L4, is described as code name with U5, second too the net nucleus module turned in serial port circuit select second too net turn serial port module, be described using U6 as code name; LAN2004 selected by driving circuit, is described using U7 as code name; Described cpu control circuit comprises resistance R4, R23, R43, electric capacity C1, C2, C3, C4, crystal oscillator X1 and cpu chip U3 forms, 33 pin of cpu control circuit U3 are connected with resistance R4, R23, triggering reset switch K8, K8 is for the startup of control U3, and 12,13 pin of cpu control circuit U3 are connected with crystal oscillator X1; 19,20,21,26 pin of cpu control circuit U3 are connected with 1,2,3,4 pin of driving circuit U7,13,14,15,16 pin of U7 respectively with electrical equipment 4 turns of control circuit control ends, electrical equipment 3 turns of control circuit control ends, electrical equipment 2 turns of control circuit control ends, electrical equipment 1 turn of control circuit control end connects, and controls electrical equipment; 14,15 pin of cpu control circuit U3 and second 4,5 pin that too net turns serial port circuit U6 are connected; 1,2,3,4,5 pin of CPU integrated circuit U3 and wireless receiving decoding circuit U510,11,12,13 pin are connected, and receive the control signal that the mobile phone decoded from wireless receiving decoding circuit U5 wirelessly sends; 31 pin of cpu control circuit U3 are connected with power supply GND, and 10 pin of cpu control circuit U3 are connected with power supply VCC; High-definition digital camera is connected with LINUX operating system circuit input end, LINUX operating system circuit output end with
secondtoo net turns serial port circuit connection.
8. a kind of high-definition image according to claim 7 monitors home wiring control main frame, it is characterized in that: wiresounding device testing circuit comprises two groups of LM339 and is divided into U1, U2 is that code name is described, U1, U2 is respectively as chip, also comprise resistance R5, R6, R7, R8, R9, R10, R11, R12, R13, R14, R15, R16, R17, R18, R19, R20, R21, R22, R25, R26, R27, R28, R29, R30, R31, R32, triode Q7, Q8, Q9, Q10, LED 1, LED2, LED3, LED4, gauge tap S1, S2, S3, S4, 1,2 pin of U1 are connected with 36 pin of cpu control circuit U3,13,14 pin of U1 are connected with 37 pin of cpu control circuit U3,1,2 pin of U2 are connected with 34 pin of cpu control circuit U3,13,14 pin of U2 are connected with 35 pin of cpu control circuit U3,4,7 pin of gauge tap S1 and U2 connect, 8,11 pin of gauge tap S2 and U2 connect, and 4,7 pin of gauge tap S3 and U1 connect, and 8,11 pin of gauge tap S4 and U1 connect.
9. a kind of high-definition image according to claim 8 monitors home wiring control main frame, it is characterized in that: described GPRS receipts/send out/dial-up circuit selects GPRS module as acp chip, be that code name is described with U8: comprise electric capacity C7, deck X2 and GPRS module U8 composition, 21 of GPRS receipts/send out/dial-up circuit U8, 14 of 22 pin and cpu control circuit U3, 15 pin connect, 27 of GPRS receipts/send out/dial-up circuit U8, 28, 29, 30, 31 pin respectively with 2 of SIM card holder X2, 3, 4, 6 pin connect, 32 of U8, 33, 34 pin are connected with power supply VCC, 35 of U8, 36, 37, 38, 39, 40 pin are connected with the GND of power supply.
10. a kind of high-definition image according to claim 9 monitors home wiring control main frame, it is characterized in that: described second too net turns serial port circuit and comprises electric capacity C5, and network interface LAN, U6 form; 4,5 pin of U6 are connected with 14,15 pin of cpu control circuit U3 respectively, and 3,6 pin of U6 are connected with GND, VCC of power supply respectively, and the network interface LAN of U6 is connected with network exchange routing circuit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410302415.4A CN104793578A (en) | 2014-06-30 | 2014-06-30 | High-definition image monitoring household appliance control host |
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Application publication date: 20150722 |