CN104240420A - Beacon light anti-theft system based on beidou positioning and mobile network and Ethernet communication - Google Patents
Beacon light anti-theft system based on beidou positioning and mobile network and Ethernet communication Download PDFInfo
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Abstract
The invention discloses a beacon light anti-theft system based on beidou positioning and mobile network and Ethernet communication. The beacon light anti-theft system based on beidou positioning and mobile network and Ethernet communication comprises an upper computer, a wireless data transmission module, a beacon light state control module, a solar charging and discharging control module, an anti-theft positioning module and a CPU control module, wherein the upper computer monitors a beacon light in a remote and real-time mode through the Ethernet and a mobile communication network; the wireless data transmission module achieves communication of the Ethernet, the mobile communication network and the CPU control module on the basis of a 3G wireless communication module; the anti-theft positioning module is used for monitoring the position information of the beacon light and is in communication with the upper computer through a beidou navigation communication system; the CPU control module is used for receiving signals of the beacon light state control module, the solar charging and discharging control module and the anti-theft positioning module for controlling. The working state of the beacon light is monitored in the remote and real-time mode by means of the mobile internet and the beidou navigation system, the position information of the beacon light is monitored in the remote and real-time mode, and the position information of the beacon light is monitored in real time through a beidou and A_GPS composite positioning technology after a navigation mark is stolen.
Description
Technical field
What the present invention relates to is a kind of navigation light anti-theft device, specifically a kind of sun power that adopts is as power supply energy, wireless remote is realized to navigation light burglar alarm information by mobile Internet and triones navigation system two kinds of modes, location and duty real time monitoring, and the antitheft information of navigation light and the scene of other duty critical datas and the navigation light equipment of long-range setting can be realized.
Background technology
Steamer night Entrance of port and sail time, navigation light is main navigator.On the one hand by advanced navigation instrument, steamer can according to the underway position information of the navigation light determination steamer on positional information and this ground; On the other hand when steamer enters and exits harbour and narrow navigation channel, the duty of human pilot Main Basis navigation light determines the course line that steamer navigates by water.In worldwide, navigation light is widely used, but also there is following problem: 1), navigation light is mostly arranged on place away from seashore, and its duty cannot Real-time Obtaining, for the monitoring of equipment and maintenance bring very large difficulty; 2), navigation light stolen or destroyed after, by the impact of geographical conditions and local climate condition, accident declaration cannot be carried out to the steamer through this course line in advance, bring very large potential safety hazard to the steamer on this course line.Therefore, it is possible to the navigation light system developing a kind of remote real time monitoring navigation light duty and burglar alarm information becomes a kind of exigence.
Up to the present one is not had to have remote monitoring and anti-theft alarm function about navigation light patent.
Summary of the invention
The object of the present invention is to provide a kind of sun power that adopts as power supply energy, long distance wireless is realized to navigation light burglar alarm information by mobile Internet and triones navigation system two kinds of modes, location and duty real time monitoring, and the antitheft information of navigation light and the scene of other duty critical datas and the navigation light system of long-range setting can be realized.
The present invention adopts the Big Dipper location technology of China's independent research to realize the anti-theft feature of navigation light first on navigation light, first time the airmanship of China be used in navigation light antitheft on, broken away from the dependence to foreign GPS and GLONASS navigational system; The message functional realiey that first time adopts triones navigation system exclusive on navigation light and Compensation Liability for Damage Caused by the Fault in the Administration of Aids to Navigation place carry out the communication of long distance wireless antitheft information and other critical datas, and this function is not available for foreign GPS and GLONASS navigational system.At the off-lying sea that radio mobile communication network can not cover, this function can make navigation light carry out communicating of antitheft information and other critical datas by the transfer of big-dipper satellite and navigation light administrative center, and then makes navigation light administrative center can not by the information of antitheft and other critical datas of the real-time monitoring navigation light of region restriction.Also being simultaneously the new field of the civilian developing one of the dipper system of China, is therefore all be significant in scientific value or in economic worth.
The object of the present invention is achieved like this:
Based on the Big Dipper location and mobile network, ethernet communication navigation light burglary-resisting system, comprise host computer, wireless data transfer module, navigation light status control module, solar charging/discharging control module, antitheft locating module and CPU control module.
Described host computer carries out real-time data communication by Ethernet, mobile communication network and navigation light, carries out remote real-time monitoring to navigation light;
Described wireless data transfer module can be the wireless communication module based on 3G technology, realizes Ethernet, communication between mobile communication network and CPU control module;
Described navigation light status control module, carries out monitor and forecast to the state of navigation light;
Described solar charging/discharging control module is monitored battery condition, and controls solar storage battery discharge and recharge;
Described antitheft locating module, for monitoring the positional information of navigation light, and is communicated with host computer by Beidou navigation communication system;
Described CPU control module, for receive navigation light status control module, solar charging/discharging control module, antitheft locating module signal and it is controlled.
As a further improvement on the present invention, described host computer can also at the stolen alarm of navigation light, and stores the state of navigation light and alert data.Host computer of the present invention can to alert data, antitheft modulator, day regular data, the information such as modulator position stores and conveniently recalls inquiry, whether the mode of inquiry includes but not limited to type of alarm, processes, from date, the Close Date, keyword etc.Described alert data can comprise: antitheft No. ID, navigation mark numbering, No. ID, remote measurement, navigation mark title, north latitude, east longitude, voltage, drift distance, type of alarm, whether process, update time.Host computer carries out real-time data communication by Ethernet, 3G mobile communication network and navigation light.
Further, described wireless data transfer module, comprises 3G wireless communication module, feed circuit, reset circuit, indicating circuit, diversity antenna and interface communication circuit; Described 3G wireless communication module is connected with feed circuit, reset circuit, indicating circuit, diversity antenna and interface communication circuit respectively, and interface communication circuit is also connected with the 3G communication interface circuit of CPU control module.
3G wireless communication module is DTM_xxx, and described feed circuit chip is MP_xxx.DTM_xxx has 4 supply lines, 7 ground wires, 4 index lines, 1 reset line, 1 confession pyroelectric monitor line, 13 control lines compositions.Indicating circuit is connected with UART1_RING interface with SIG_LED2, SIG_LED3, IDLE_LED1_N of wireless communication module DTM_xxx with RING respectively by control line SIG_LED2, BUSY_LED3, IDLE_LED1; Reset circuit is connected with the REST_N interface of wireless communication module DTM_xxx by REST_N connecting line; Feed circuit are connected with 4 VCC interfaces of wireless communication module DTM_xxx by 4 MVCC supply lines, are connected with 7 VCC interfaces of wireless communication module DTM_xxx by 7 GND ground wire of powering; Feed circuit are connected with the pyroelectric monitor interface VCHG that supplies of wireless communication module DTM_xxx by 1 MVCC supply lines; 13 control lines are respectively PWRON_N, VREF_IO, UART1_CTS, UART1_TXD, UART1_RXD, UIM_RST_N, UIM_DATA, V_UIM_3V and UIM_CLK interface of wireless communication module DTM_xxx, and they are connected with CCLK and CPU control module respectively by wire PWRON_N, VREF_IO, CTS, RXD0, TXD0, CCRST, CCIO, CCVCC;
Further, described navigation light status control module comprises key circuit, status display circuit, state acquisition circuit and state control circuit; Described key circuit, status display circuit, state acquisition circuit are connected with the navigation light state setting module interface circuit in CPU control module by navigation light state setting module interface circuit with state control circuit.
Wherein, state arranges button and can arrange button and 4 navigation light brightness by 8 characteristics of a navigation light and arrange button and form, pull-up exclusion RP0, and RP1, RP2 are connected with button one end; Status display circuit is made up of 3 LED light circuit, and LED is connected with VCC by current-limiting resistance; State acquisition circuit is made up of analog voltage Acquisition Circuit, and by divider resistance R36, R37, R38 realize; The follow circuit composition that state control circuit is made up of triode Q7, R18 and R19.
Further, described solar charging/discharging control module, comprise solar storage battery charge-discharge circuit and solar storage battery observation circuit, solar storage battery charge-discharge circuit is connected with the solar charging/discharging interface circuit of CPU control module by solar charging/discharging interface circuit with solar storage battery observation circuit.
Described solar charging/discharging circuit is by optocoupler diode P51, and the corresponding resistance of relay machine and diode form; Solar storage battery observation circuit can comprise voltage acquisition module, and voltage acquisition module is made up of chip MAX472 and corresponding peripheral components.
Further, described antitheft locating module, comprises inclination angle detection circuit, Big Dipper communicating circuit, A-GPS positioning circuit, Beidou antenna; Described inclination angle detection circuit, Big Dipper communication module, A-GPS positioning circuit are connected with the antitheft locating interface of CPU control module by antitheft locating interface, and Beidou antenna is connected with Big Dipper communicating circuit.
Described inclination angle detection circuit is made up of MP6050 chip and its peripheral circuit; The Big Dipper communication module of antitheft locating module is made up of G3_ Big Dipper chip, Beidou antenna and its peripheral circuit; They are connected with CPU intelligent control module by the locating interface circuit of antitheft locating module.The peripheral circuit of Big Dipper communication module can be same circuit with the hardware circuit of wireless communication module.
Further, described CPU control module, comprises crystal oscillating circuit, reset circuit, usb circuit, jtag interface circuit, the memory circuit of CPU and access CPU; Described CPU control module also comprises 3G communication interface circuit, navigation light state setting module interface circuit, solar charging/discharging interface circuit and antitheft locating interface circuit.
The acp chip of described CPU control module is MSP430XXX super low-power consumption CPU, and its peripheral circuit is by crystal oscillating circuit, and reset circuit, usb circuit, jtag interface circuit, memory circuit and function I/O form.Crystal oscillating circuit is that the crystal oscillator of 1.8432M is connected with 52 (XT2OUT) pin with 53 pin (XT2IN) that two pull-up resistors form all the other CPU; The acp chip of reset circuit is MAX706S, and its pin WDI with RESET is connected with 58 (/RST/NMI) pin with 28 (P3.0) pin of the pin reseting pin of CPU by wire; The core circuit of usb circuit is PL_203XXX chip, and its pin 5 (RXD) is connected with 35 (P3.7 pin) pin with 34 pin (P3.6 pin) of diode D4 and CPU through resistance R30 with pin one (TXD); JTAG mouth is program debug interface, and it is by wire TDO, 54 pin (TDO/TDI) of TDI, TMS and TCK and CPU, 55 pin (TDI/TCLK), and 56 pin (TMS) are connected with 57 pin (TCK); The storage chip of memory circuit is 24C256, and its 5 pin (SDA) is connected with 30 pin (P3.2) with 29 pin (P3.1) of SCL and CPU by wire SDA with 6 pin (SCL); The I/O of CPU is divided into A/D voltage collection circuit by functional circuit, control circuit.The pin that voltage acquisition is corresponding with cpu chip is 59 pin (P6.0), 60 pin (P6.1), 61 pin (P6.2), 2 pin (P6.3), 3 pin (P6.4), 4 pin (P6.5), 5 pin (P6.6) and 6 pin (P6.7).
The present invention can adopt C/S framework (Client/Server or Client/Server), and server end, by network port interception data, then resolves preservation.The essential information of client maintenance modulator also checks corresponding data.
Long-range upper function based on the intelligent navigation mark lamp system of Big Dipper location time service message transmissions, mobile network and aether net-based communication technology monitors the information of multiple navigation light simultaneously, and all navigation light information in affiliated course line carry out Real-Time Monitoring.
Present invention employs compound station-keeping mode and accomplish uploading in real time of navigation light burglar alarm information, can can the stolen information of the stolen navigation light of continual transmission and positional information within 72 hours when criminal steals in real time and after lamp is stolen, provide first hand information of solving a case for the police solve a case.Present invention employs 3G mobile communication and ethernet technology solves navigation light telecommunication test problems, solve the problem of navigation light fault self-checking, when navigation light goes wrong cisco unity malfunction, can prior notice by the steamer in this course line, so that it is taken measures, ensure the safety of navigation.
Superiority of the present invention and technique effect: employing Big Dipper location, mobile network and aether net-based communication technology salient feature are:
1, navigation light adopts the Big Dipper location technology of China first, after navigation light is stolen, in the process of the outdoor transport of navigation light and storage, by host computer, location and obliquity information are received, just accurately can determine the positional information of stolen navigation light, positioning precision is less than 10 meters, and this information can be the police and provides accurately positional information clue, substantially increases the efficiency of solving a case;
2, the message function that navigation light adopts triones navigation system exclusive first can make Compensation Liability for Damage Caused by the Fault in the Administration of Aids to Navigation place and navigation light carry out antitheft information and other critical data communications, and this function is not available for foreign GPS and GLONASS navigational system.At the off-lying sea that radio mobile communication network can not cover, this function can make navigation light carry out antitheft information and other critical data communication by the transfer of big-dipper satellite and navigation light administrative center, and then makes navigation light administrative center can not by the antitheft information of real-time monitoring navigation light of region restriction and other critical datas.
3, navigation light have employed inclination angle monitoring technology, can when theft be being implemented by navigation light, by remote data processing center software, warning message is issued to navigation light managerial personnel, prevent the destruction that lawless person carries out navigation light in time, reach the object preventing crime in time;
4, have employed A_GPS location technology, the place that navigation light cannot be able to arrive at Big Dipper signal is (as indoor, underground parking etc.), general location information is sent to remote data processing center software, positioning precision is less than 25 meters, what this position information was still that the police solve a case provides important evidence, is all crucial clue to solve the case under exhausted large how many conditions;
5, adopt accumulator to positioning circuit power supply technique, continually within 72 hours can send stolen navigation light locating information to remote data processing center software, can be solves a case provides time enough, so that myopia finds stolen navigation light;
6, adopt mobile networking as single navigation light Wireless Data Transmission medium, but make the installation site of navigation light not by the restriction of marine site condition, arbitrarily navigation light can be installed in the scope that movable signal covers;
7, adopt ethernet technology, the status information of navigation light can be made, not by the restriction of region, in any real-time monitoring having the place of network can accomplish navigation light information;
8, remote data processing center software possesses navigation light receives information, storage, warning, data transmission and remote online upgrade maintenance function, and the different demands of the user that can follow up in real time, upgrade software and safeguard.
Accompanying drawing explanation
Fig. 1 is one-piece construction block diagram of the present invention;
Fig. 2 is host computer control panel module;
Fig. 3 wireless communication module circuit diagram;
Fig. 4 wireless communication module condition indication circuit figure;
Fig. 5 wireless communication module power supply circuit;
Fig. 6 wireless communication module flow card interface circuit figure;
Fig. 7 key circuit figure;
Fig. 8 PWM drives and voltage collection circuit figure;
Fig. 9 storage battery charge control circuit figure;
Figure 10 inclination angle observation circuit figure;
Figure 11 Big Dipper data receiver circuit figure;
Figure 12 MSP430XXX super low-power consumption cpu circuit figure;
Figure 13 MSP430XXX crystal oscillating circuit figure;
Figure 14 MSP430XXX reset circuit figure;
Figure 15 MSP430XXX power supply circuit;
Figure 16 jtag interface circuit diagram; Figure 17 is that USB turns serial port circuit.
Embodiment
Below in conjunction with accompanying drawing citing, the present invention is described in more detail:
As shown in Figure 1, the present embodiment comprises host computer, wireless data transfer module, navigation light status control module, solar charging/discharging control module, antitheft locating module and the intelligent control module based on super low-power consumption CPU and forms.
As seen in figures 3-6, described wireless data transfer module consists of:
As shown in Figure 3, for wireless communication module DTM_xxx is a 3G chip based on CDMA2000 technology designed by QualCom company (QUALCOMM), compatible GSM and the CDMA2000 agreement of this chip local, has data transmission and A_GPS positioning function.Concrete connected mode is: indicating circuit is connected with UART1_RING interface with SIG_LED2, SIG_LED3, IDLE_LED1_N of wireless communication module DTM_xxx with RING by control line SIG_LED2, BUSY_LED3, IDLE_LED1; Reset circuit is connected with the REST_N interface of wireless communication module DTM_xxx by REST_N connecting line; Feed circuit are connected with 4 VCC interfaces of wireless communication module DTM_xxx by 4 MVCC supply lines, are connected with 7 VCC interfaces of wireless communication module DTM_xxx by 7 GND ground wire of powering; Feed circuit are connected with the pyroelectric monitor interface VCHG that supplies of wireless communication module DTM_xxx by 1 MVCC supply lines; 13 control lines be respectively wireless communication module DTM_xxx PWRON_N, VREF_IO, UART1_CTS, UART1_TXD, UART1_RXD, UIM_RST_N, UIM_DATA, V_UIM_3V and UIM_CLK interface they be connected with CCLK and CPU intelligent control module respectively by wire PWRON_N, VREF_IO, CTS, RXD0, TXD0, CCRST, CCIO, CCVCC;
As shown in Figure 4, indicating circuit is by a current-limiting resistance, and diode and switch control rule triode composition, light corresponding light emitting diode by transistor base is defeated as low level.SIG_LED2 is input as low, and LED1 lights, and represents that communication module is powered normally; BUSY_LED3 is input as height, and LED2 lights, and represents that communication module network communication is busy; IDLE_LED1 is input as height, and LED3 lights, and representation module is in vacant working pattern; RING is input as height, and LED4 lights, and represents that communication module has data receiver;
As shown in Figure 5, the feed circuit of wireless communication module, by switch chip MP1584 input 12V voltage transitions be 3.75V voltage;
As shown in Figure 6, the flow of wireless telecommunications links connection circuit, CCVCC (1 pin) to power input pin for flow card, CCRST (2 pin) is reset pin, CCCLK (3 pin) is clock pins, CCGND (4 pin) is power supply ground input pin, and CCIO (6 pin) is input and output pin.They are respectively by wire CCVCC, and CCRST, CCCLK, GND and CCIO and 3G wireless communication module is connected;
As Figure 7-9, in navigation light state setting module,
Each button in Fig. 7 has 16 kinds of states to arrange, and be respectively 0000B ~ 1111B, button connects power supply by exclusion and draws high.(a) figure in Fig. 7 is used for arranging 256 kinds of navigation light duties, and (b) figure is used for arranging operating brightness different in 16.
In Fig. 8, figure (a) controls amplifying circuit for navigation light state, carries out power amplification by penetrating of triode with the signal of circuit to input; Figure (b) is navigation light operating voltage observation circuit, realizes the monitoring to navigation light voltage by electric resistance partial pressure.
In Fig. 9, this navigation light of solar charging electric control circuit adopts sun power to do to power supply energy, and solar energy sailboard is in sun power converting electrical energy accumulator, and navigation light of the present invention adopts two pieces of solar energy sailboards to charge in batteries.When accumulator does not have electricity, navigation light is in off position, and now OUT1, OUT2 are input as low level, and relay J 1, J2 is in conducting state, and sun power charges to accumulator.Accumulator starts CPU and carries out work after obtaining enough energy, CPU is just passable by the monitoring (observation circuit is identical with (b) figure of Fig. 7) to battery tension, when accumulator is full of, level is set high to OUT1 and OUT2, J1 and J2 is disconnected, terminates the charging to accumulator; When the voltage of accumulator reach roll off the production line time, level is set low to OUT1 and OUT2, J1 and J2 is closed, to the charging of accumulator; Complete sun power and so forth to control the charging of accumulator.
As shown in figs. 10-11, in antitheft locating module,
Figure 10 is inclination angle module monitors circuit, and inclination angle chip monitoring is MPU6050, and its RXD (2 pin), TXD (3 pin) are connected with the serial ports of RXD2 and CPU by wire TXD2; By completing the control of MPU_POWER the power supply of chip monitoring and restarting.After powering to MPU6050, the angled state of navigation light can be inquired about by serial ports.After normal mounting navigation light, its inclination angle should not be greater than 3 degree, and after navigation light is dismantled in real time by lawless person, its inclination angle will change, if its positional information does not change, now can assert that navigation light is just stolen.
Figure 11 is Big Dipper location time service and packet sending and receiving modular circuit, P4 is Beidou antenna interface, core is Big Dipper communication module, this module has antenna interface circuit ANT_IN (1 pin), GND (2 pin) and VANT (3 pin), they are connected with Beidou antenna by connector; Communication interface RXDA (12 pin), TXDA (11 pin), NREST (7 pin), they are by wire TXD1, and RXD1 is connected with RESET and CPU.The CPU module of navigation light can obtain geography and the temporal information of navigation light by this module, also can be carried out the communication of significant data by the Big Dipper receiving terminal of triones navigation system distinctive note message function and light station.
As Figure 12-17, in the intelligent control module based on super low-power consumption CPU,
Figure 12 is that core controls cpu chip, and this chip adopts the MSP430XXX of TI company, and it is 16 ultralow MSP430 single-chip microcomputers.The mixed-signal processor (Mixed Signal Processor) that power consumption is little, have reduced instruction set computer (RISC).This integrated chip A/D module, the timer module of feature richness, has three kinds of clock sources available.Its power consumption characteristics is specially adapted to solar powered occasion.The present invention mainly employs the A/D module of this single-chip microcomputer.Timer module, serial communication module and I/O module.
Figure 13 is crystal oscillating circuit, and crystal oscillator frequency is that the crystal oscillator of 1.8432M is connected with 52 (XT2OUT) pin with 53 pin (XT2IN) that two pull-up resistors form all the other CPU;
Figure 14 is reset circuit, and its acp chip is MAX706S, and its pin WDI with RESET is connected with 58 (/RST/NMI) pin with 28 (P3.0) pin of the pin reseting pin of CPU by wire;
Figure 15 is feed circuit, and its acp chip is LM2671, and this Switching Power Supply conversion chip is mainly the CPU supply voltage of 3.3V the photovoltaic conversion of 12V.
Figure 16 is the JTAG mouth of program debug, and it is by wire TDO, 54 pin (TDO/TDI) of TDI, TMS and TCK and CPU, 55 pin (TDI/TCLK), and 56 pin (TMS) are connected with 57 pin (TCK); The storage chip of memory circuit is 24C256, and its 5 pin (SDA) is connected with 30 pin (P3.2) with 29 pin (P3.1) of SCL and CPU by wire SDA with 6 pin (SCL);
Figure 17 is that USB turns serial port circuit, its acp chip is PL_2303X, and its pin 5 (RXD) is connected with 35 (P3.7 pin) pin with 34 pin (P3.6 pin) of diode D4 and CPU through resistance R30 with pin one (TXD); This interface mainly completes reception and the transmission of data.
The present embodiment adopts C/S framework (Client/Server or Client/Server), and server end, by network port interception data, then resolves preservation.The essential information of client maintenance modulator also checks corresponding data.Can adopt the Pascal language of standard, feature is concise and structuring, is applicable to instructional science and calculates the development with system software.Pascal has abundant data type and provides dtd-data type definition facility, and its control structure embodies Structural Program Designing principle.
The present embodiment is divided into data receiver center (server end) and antitheft data management (client) 2 parts according to structure.Various piece can be divided into following components again according to function:
1, data receiver center function Module implementations:
1) data receiver center interface control module: main complete paired data intercept reception, Data Analysis, data loading, send it back should, the function such as data display.
2) data receiver centre data processing section: this part carrys out interception data by port, by procedure ServerSocket1ClientRead (Sender:TObject; Socket:TCustomWinSocket) procedure function realizes the data interception of ip network number certificate, i.e. the reception of data, by process procedure YCDataHC (Str:String; Len:Integer; ModemID:Integer; IpAddress:String; IpPort:Integer) data are saved in the buffer memory of receiving part in computing machine, by procedureProcessData (dr:TYCData), analyzing and processing is carried out to data, according to data layout procedureSendFDControl (ModemID:Integer; IpAddress:String; IpPort:Integer; SendType:Integer; FDDataTemp:Array of Byte), finally parsing warehouse-in procedure FDDataToSql (FDDataTemp:Array of Byte) is carried out to data.
Antitheft data management function Module implementations:
1) antitheft data management interface control functional module: alert data, antitheft modulator, day regular data, modulator position, help, the function button such as to exit.
2) alert data query function: include querying condition (type of alarm, whether process, from date, the Close Date, the querying condition such as keyword), the control such as inquire button, alert data display list, alert data statistics.Main realization is to the inquiry of alert data.Alert data by type of alarm, whether process, from date, the Close Date, the querying condition query composition such as keyword, the result of alert data display list display inquiry, the statistics of alert data statistics display Query Result.Automatic inquirying data during every 5 minutes of software, exist and carry out ejection when reporting to the police and point out and sound.Can process alert data.
3) antitheft modulator function: include add Anti-theft lamp (No. ID, remote measurement, antitheft No. ID fill in frame; Add, refresh, X button), the control such as antitheft modulator information list.Main realization is to the inquiry of antitheft modulator and management.It can add, delete antitheft modulator; Antitheft modulator can be associated with remote measurement modulator; Also can arrange modulator and open subsequent alarms, stop the settings such as this warnings, arrange to preserve and afterwards finally will to be arranged response to antitheft modulator terminal by data receiver center.
4) daily data function: include the controls such as querying condition (frame, from date and Close Date Option Box, inquiry and X button filled in keyword), daily data list.Main realization to the inquiry of the daily data of antitheft modulator, for judging whether antitheft modulator is in normal operating conditions, passes through.
5) modulator position functions: include modulator information inquiry, empty track, the control such as modulator information list, map.The particular location of the main realization antitheft modulator of display in map.The position (finally receiving the position of data) of modulator can be indicated in map, it also can be allowed to show the location track of nearest 3 days, can empty after track display.
By reference to the accompanying drawings the specific embodiment of the present invention is described although above-mentioned; but not limiting the scope of the invention; one of ordinary skill in the art should be understood that; on the basis of technical scheme of the present invention, those skilled in the art do not need to pay various amendment or distortion that creative work can make still within protection scope of the present invention.
Claims (10)
1. based on the Big Dipper location and mobile network, ethernet communication navigation light burglary-resisting system, it is characterized in that, comprise host computer, wireless data transfer module, navigation light status control module, solar charging/discharging control module, antitheft locating module and CPU control module;
Described host computer carries out real-time data communication by Ethernet, mobile communication network and navigation light, carries out remote real-time monitoring to navigation light;
Described wireless data transfer module is the wireless communication module based on 3G technology, realizes Ethernet, communication between mobile communication network and CPU control module;
Described navigation light status control module, carries out monitor and forecast to the state of navigation light;
Described solar charging/discharging control module is monitored battery condition, and controls solar storage battery discharge and recharge;
Described antitheft locating module, for monitoring the positional information of navigation light, and is communicated with host computer by Beidou navigation communication system;
Described CPU control module, for receive navigation light status control module, solar charging/discharging control module, antitheft locating module signal and it is controlled.
2. as claimed in claim 1 based on the navigation light burglary-resisting system of Big Dipper location and mobile network, ethernet communication, it is characterized in that, described host computer can also at the stolen alarm of navigation light, and stores the state of navigation light and alert data.
3. as claimed in claim 1 based on the navigation light burglary-resisting system of Big Dipper location and mobile network, ethernet communication, it is characterized in that, described wireless data transfer module, comprises 3G wireless communication module, feed circuit, reset circuit, indicating circuit, diversity antenna and interface communication circuit; Described 3G wireless communication module is connected with feed circuit, reset circuit, indicating circuit, diversity antenna and interface communication circuit respectively, and interface communication circuit is also connected with the 3G communication interface circuit of CPU control module.
4., as claimed in claim 3 based on the navigation light burglary-resisting system of Big Dipper location and mobile network, ethernet communication, it is characterized in that, described 3G wireless communication module is DTM_xxx, and described feed circuit chip is MP_xxx; DTM_xxx has 4 supply lines, 7 ground wires, 4 index lines, 1 reset line, 1 confession pyroelectric monitor line, 13 control lines compositions; Indicating circuit is connected with UART1_RING interface with SIG_LED2, SIG_LED3, IDLE_LED1_N of wireless communication module DTM_xxx with RING by control line SIG_LED2, BUSY_LED3, IDLE_LED1; Reset circuit is connected with the REST_N interface of wireless communication module DTM_xxx by REST_N connecting line; Feed circuit are connected with 4 VCC interfaces of wireless communication module DTM_xxx by 4 MVCC supply lines, are connected with 7 VCC interfaces of wireless communication module DTM_xxx by 7 GND ground wire of powering; Feed circuit are connected with the pyroelectric monitor interface VCHG that supplies of wireless communication module DTM_xxx by 1 MVCC supply lines; 13 control lines be respectively wireless communication module DTM_xxx PWRON_N, VREF_IO, UART1_CTS, UART1_TXD, UART1_RXD, UIM_RST_N, UIM_DATA, V_UIM_3V and UIM_CLK interface they be connected with CCLK and CPU control module respectively by wire PWRON_N, VREF_IO, CTS, RXD0, TXD0, CCRST, CCIO, CCVCC.
5., as claimed in claim 1 based on the navigation light burglary-resisting system of Big Dipper location and mobile network, ethernet communication, it is characterized in that, described navigation light status control module comprises key circuit, status display circuit, state acquisition circuit and state control circuit; Described key circuit, status display circuit, state acquisition circuit are connected with the navigation light state setting module interface circuit in CPU control module by navigation light state setting module interface circuit with state control circuit.
6. as claimed in claim 1 based on the navigation light burglary-resisting system of Big Dipper location and mobile network, ethernet communication, it is characterized in that, described solar charging/discharging control module, comprise solar storage battery charge-discharge circuit and solar storage battery observation circuit, solar storage battery charge-discharge circuit is connected with the solar charging/discharging interface circuit of CPU control module by solar charging/discharging interface circuit with solar storage battery observation circuit.
7., as claimed in claim 1 based on the navigation light burglary-resisting system of Big Dipper location and mobile network, ethernet communication, it is characterized in that described antitheft locating module comprises inclination angle detection circuit, Big Dipper communicating circuit, A-GPS positioning circuit, Beidou antenna; Described inclination angle detection circuit, Big Dipper communication module, A-GPS positioning circuit are connected with the antitheft locating interface of CPU control module by antitheft locating interface, and Beidou antenna is connected with Big Dipper communicating circuit.
8. as claimed in claim 1 based on the navigation light burglary-resisting system of Big Dipper location and mobile network, ethernet communication, it is characterized in that, described CPU control module, comprises crystal oscillating circuit, reset circuit, usb circuit, jtag interface circuit, the memory circuit of CPU and access CPU; Described CPU control module also comprises 3G communication interface circuit, navigation light state setting module interface circuit, solar charging/discharging interface circuit and antitheft locating interface circuit.
9., as claimed in claim 8 based on the navigation light burglary-resisting system of Big Dipper location and mobile network, ethernet communication, it is characterized in that, crystal oscillating circuit is that the crystal oscillator of 1.8432M is connected with 52 pin with 53 pin that two pull-up resistors form all the other CPU; The acp chip of reset circuit is MAX706S, and its pin WDI with RESET is connected with 58 pin by 28 pin of wire with the pin reseting pin of CPU; The core circuit of usb circuit is PL_203XXX chip, and its pin 5 is connected with 35 pin with 34 pin of diode D4 and CPU through resistance R30 with pin one; JTAG mouth is program debug interface, and it is by wire TDO, 54 pin of TDI, TMS and TCK and CPU, 55 pin, and 56 pin are connected with 57 pin; The storage chip of memory circuit is 24C256, and its 5 pin is connected with 30 pin with 29 pin of SCL and CPU by wire SDA with 6 pin; The I/O of CPU is divided into A/D voltage collection circuit by functional circuit, control circuit; The pin that voltage acquisition is corresponding with cpu chip is 59 pin, 60 pin, 61 pin, 2 pin, 3 pin, 4 pin, 5 pin and 6 pin.
10., as claimed in claim 1 based on the navigation light burglary-resisting system of Big Dipper location and mobile network, ethernet communication, it is characterized in that, adopt C/S framework, server end passes through network port interception data, then resolves preservation; The essential information of client maintenance modulator also checks corresponding data.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410474796.4A CN104240420A (en) | 2014-09-18 | 2014-09-18 | Beacon light anti-theft system based on beidou positioning and mobile network and Ethernet communication |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410474796.4A CN104240420A (en) | 2014-09-18 | 2014-09-18 | Beacon light anti-theft system based on beidou positioning and mobile network and Ethernet communication |
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| CN104240420A true CN104240420A (en) | 2014-12-24 |
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| CN201410474796.4A Pending CN104240420A (en) | 2014-09-18 | 2014-09-18 | Beacon light anti-theft system based on beidou positioning and mobile network and Ethernet communication |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106195877A (en) * | 2016-07-13 | 2016-12-07 | 上海电机学院 | Navigation light |
| CN106646557A (en) * | 2016-12-26 | 2017-05-10 | 北京国交信通科技发展有限公司 | Beidou satellite based augmentation system and short message function-based marine monitoring buoy |
| CN107306295A (en) * | 2016-04-21 | 2017-10-31 | 本田技研工业株式会社 | Demand response signal based on covering |
Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101101206A (en) * | 2007-09-22 | 2008-01-09 | 福建师范大学 | A multi-processor-based telemetry and monitoring terminal system for aids to navigation |
| CN201788387U (en) * | 2010-03-11 | 2011-04-06 | 厦门市辉烨光电科技有限公司 | A navigation light terminal monitoring device |
| CN102176720A (en) * | 2011-02-15 | 2011-09-07 | 长江南京航道局 | Pharos remote control telemetering terminal based on internet of things (IOT) application |
| CN203012414U (en) * | 2013-01-29 | 2013-06-19 | 重庆航天火箭电子技术有限公司 | Embedded measurement-and-control energy-saving control terminal for navigation mark |
| CN203084197U (en) * | 2013-03-20 | 2013-07-24 | 长江重庆航道局 | Intelligent navigation mark measurement and control terminal |
| CN103744097A (en) * | 2014-01-21 | 2014-04-23 | 柳州市锋威汽车科技有限公司 | Beacon light monitoring system based on Beidou satellite navigation positioning |
| US20140191868A1 (en) * | 2011-01-12 | 2014-07-10 | Sofia Alexandra Ortiz | Systems and methods for tracking assets using associated portable electronic device in the form of beacons |
-
2014
- 2014-09-18 CN CN201410474796.4A patent/CN104240420A/en active Pending
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101101206A (en) * | 2007-09-22 | 2008-01-09 | 福建师范大学 | A multi-processor-based telemetry and monitoring terminal system for aids to navigation |
| CN201788387U (en) * | 2010-03-11 | 2011-04-06 | 厦门市辉烨光电科技有限公司 | A navigation light terminal monitoring device |
| US20140191868A1 (en) * | 2011-01-12 | 2014-07-10 | Sofia Alexandra Ortiz | Systems and methods for tracking assets using associated portable electronic device in the form of beacons |
| CN102176720A (en) * | 2011-02-15 | 2011-09-07 | 长江南京航道局 | Pharos remote control telemetering terminal based on internet of things (IOT) application |
| CN203012414U (en) * | 2013-01-29 | 2013-06-19 | 重庆航天火箭电子技术有限公司 | Embedded measurement-and-control energy-saving control terminal for navigation mark |
| CN203084197U (en) * | 2013-03-20 | 2013-07-24 | 长江重庆航道局 | Intelligent navigation mark measurement and control terminal |
| CN103744097A (en) * | 2014-01-21 | 2014-04-23 | 柳州市锋威汽车科技有限公司 | Beacon light monitoring system based on Beidou satellite navigation positioning |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107306295A (en) * | 2016-04-21 | 2017-10-31 | 本田技研工业株式会社 | Demand response signal based on covering |
| CN107306295B (en) * | 2016-04-21 | 2021-08-03 | 本田技研工业株式会社 | A method and system for managing demand response (DR) of an electric vehicle (EV) |
| CN106195877A (en) * | 2016-07-13 | 2016-12-07 | 上海电机学院 | Navigation light |
| CN106646557A (en) * | 2016-12-26 | 2017-05-10 | 北京国交信通科技发展有限公司 | Beidou satellite based augmentation system and short message function-based marine monitoring buoy |
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