CN203313327U - Intelligent monitoring system based on wireless network - Google Patents

Intelligent monitoring system based on wireless network Download PDF

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Publication number
CN203313327U
CN203313327U CN2013203993407U CN201320399340U CN203313327U CN 203313327 U CN203313327 U CN 203313327U CN 2013203993407 U CN2013203993407 U CN 2013203993407U CN 201320399340 U CN201320399340 U CN 201320399340U CN 203313327 U CN203313327 U CN 203313327U
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circuit
chip
connects
intelligent
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刘春利
杨铮
陈玉飞
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Liaoning cloud Shield Network Technology Co., Ltd.
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BEIJING RUIXUN HONGCHENG DATA COMMUNICATION TECHNOLOGY Co Ltd
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Priority to CN2013203993407U priority patent/CN203313327U/en
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Abstract

The utility model provides an intelligent monitoring system based on a wireless network. The intelligent monitoring system includes a 3G intelligent video monitoring host and a peripheral sensing device; the 3G intelligent video monitoring host is provided with a camera circuit, a microphone circuit, a 3G communication chip, a central processing unit chip, a motor control circuit and an ISM wireless receiver; and the peripheral sensing device is provided with an ISM wireless transmitter for transmitting a sensing signal to the host. The utility model also provides a scheme which uses a mobile communication platform chip with a 3G and WIFI network function as a core. This intelligent monitoring system uses the host with the camera function and wireless networking capability as the core, and is combined with the peripheral sensing device, so as to carry out the all-round and linkage control of the layout region in terms of the photography, sound, infrared, door magnet, smoke and the like. In particular, based on the 3G network, the transmission link is established between a user mobile phone and the system through the visual telephone, so that the monitoring of the audio and video can be actively or passively transmitted and controlled in the real-time manner; and the user can master the layout region condition through the mobile phone whenever and wherever possible.

Description

A kind of intelligent monitor system based on wireless network
The application number that the utility model requires same applicant to submit to State Intellectual Property Office on 04 03rd, 2013 is 201320161907.7, name is called the domestic priority of the utility application of " a kind of intelligent monitor system based on 3G ", and the above full content in first to file as priority all is incorporated into the application.
Technical field
The utility model relates to video acquisition and passes and look technical field in real time, more specifically, relates to a kind of intelligent monitor system based on wireless network.
Background technology
The monitoring camera technology is since producing, and through the high speed development of more than two decades, significant variation has all occurred for its application, monitoring means, communication mode, product structure.
Close Circuit Television (CCTV) is the monitoring camera technology of the first generation, adopt the analog picture signal standard, need to set up multiple cameras in monitored site, and as transmission line, video camera is connected to special-purpose watch-dog by coaxial cable, as image splitter, Picture switch machine, VCR, monitor etc., form the collection of low coverage picture, processing and the display system of a set of sealing.Closed-circuit television system can only be applicable to the supervision of regional area among a small circle, and signal volume is limited, and image quality is not high, sets up cost very high, can only see in the very high department of the security requirements such as bank, museum in the past, now very rare.
The monitoring camera technology of the second generation has been applied the DVR technology, namely adopt digital video recorder as monitored picture record, store, management and playback apparatus, because signal has carried out digitlization, compare closed-circuit television system and improved to a certain extent capacity, and can reach the network remote access of limited extent.But, because the mode that still relies on coaxial cable with analog signal from the video camera to the digital video recorder realizes, it still can only be confined to the security protection application in finite region, and remote access must be passed through digital video recorder, the digital video recorder of different manufacturers is supported different access modes, causes this generation watch-dog there is no unified standard.
Network video monitor and control system is the third generation monitoring camera technology of application all-IP pattern.The sharpest edges of this generation technique have been to apply the video camera with coding and network function, adopt the transmission means identical with IP network, can adopt the mode of building of local area network (LAN) to set up whole supervisory control system, utilize server to manage a large amount of shootings and other watch-dog.Third generation supervisory control system is relied on existing communication network resource, and the user can connect from any position and the access video camera.Third generation supervisory control system realized at a distance, on a large scale, multi-functional monitoring, has unified standard and interface, not only be suitable for the large-scale application such as traffic administration, urban public security, and can easily realize miniaturization and cost degradation, thereby can, for the security monitoring of individual family, therefore become at present the Video Supervision Technique of main flow.
It is ripe as the 3G mobile communication technology of standard to take WCDMA, TD-CDMA and CDMA2000, makes real-time network access and the Large Volume Data transmission easily realization that becomes.Take 3G network as basic various new system emerges in an endless stream, make day by day to replace traditional application function based on cable network based on wireless mobile application function, this also provides new developing direction for follow-on monitoring camera technology.Obviously, by 3G network is combined with monitoring camera equipment, be no matter aspect communication portable, or the flexibility aspect of implantation of device, all will have than traditional network monitoring system larger advantage.
The utility model content
For the demand of prior art, the utility model provides a kind of intelligent monitor system based on wireless network.Native system is to have camera function, the audio/video coding function, data storage function, the intelligent video monitoring main frame of 3G connected network communication and WIFI network accessibility and system control function is core, coordinate peripheral induction installation, can carry out picture photographing to the laying zone of this equipment, sound collection, infrared sensing, door magnetic induction, Smoke Detection etc. are multi-functional, comprehensive, the monitoring of interlockization, especially the 3G network of take is basis, by video telephone and user's mobile phone, set up point-to-point transmission link, and by the WIFI accessing Internet, thereby realize active or the passive transmission of monitoring audio/video, and in communication process, realize that cloth withdraws a garrison, angle adjustment, the remote real_time controls such as picture convergent-divergent, thereby promoted the performance of existing shooting and monitoring system, make the user can grasp by mobile phone the situation in this implantation of device zone whenever and wherever possible.
As a kind of execution mode, the intelligent monitor system based on wireless network described in the utility model, is characterized in that, comprising: 3G intelligent video monitoring main frame and peripheral sensing device;
Described 3G intelligent video monitoring main frame has imaging circuit, Mac circuit, 3G communication chip, central processor core, motor control circuit and ISM wireless receiver; Wherein, the video data output of described imaging circuit connects the video data input pin of described 3G communication chip, for to described 3G communication chip, sending the video data of taking, the audio output of described Mac circuit connects the audio input pin of described 3G communication chip, for to described 3G communication chip, sending the voice data gathered; The Communication Control end of described central processor core connects the activation pin of described 3G communication chip in order to activate described 3G communication chip; The data Transmitting and Receiving End of described central processor core connects respectively that the data of described 3G communication chip are sent out, the closed tube pin to be to realize the transmission of data and instruction between the two; The cradle head control end of described central processor core connects the control signal input of described motor control circuit in order to adjust the The Cloud Terrace shooting angle by rotation motor; The transducing signal input of described central processor core connects the output of described ISM wireless receiver in order to input to described central processor core the transducing signal that the ISM wireless receiver is received;
Described peripheral sensing device has the ISM wireless launcher, by the ISM wireless receiver emission transducing signal of described ISM wireless launcher to described 3G intelligent video monitoring main frame.
Preferably, described 3G intelligent video monitoring main frame also has SD storage card circuit; Described SD storage card circuit connects the data storage pin of described 3G communication chip so that stored video data and voice data.
Preferably, described peripheral sensing device comprises a kind of or several of infrared sensor, door status sensor and cigarette propagated sensation sensor.
Preferably, described 3G communication chip has be used to connecting the SIM card connection pin of 3G network SIM card.
Preferably, another group data Transmitting and Receiving End of described central processor core connects serial ports to the USB conversion chip, and described serial ports to USB conversion chip is used for connecting host computer by USB interface.
Preferably, described 3G intelligent video monitoring main frame also has loud speaker, and the 3G communication chip has the audio frequency output pin that connects speaker circuit.
Preferably, described 3G intelligent video monitoring main frame also has flasher circuit and buzzer circuit, and described central processor core is connected with the buzzing control end and controls the described flasher circuit of opening and closing and buzzer circuit by the flash of light control end.
Preferably, described 3G intelligent video monitoring main frame also possesses lithium battery, charge management circuit and voltage conversion circuit, described charge management circuit is for lithium cell charging is controlled, and described voltage conversion circuit is for being converted to lithium battery voltage the applicable voltage of each chip.
As the second execution mode, the utility model also provides a kind of intelligent monitor system based on wireless network, it is characterized in that, comprising: intelligent wireless video monitoring main frame and peripheral sensing device;
Described intelligent wireless video monitoring main frame has imaging circuit, Mac circuit, mobile communication platform chip, motor control circuit and ISM wireless receiver; Wherein, the video data output of described imaging circuit connects the video data input pin of described mobile communication platform chip, for to described mobile communication platform chip, sending the video data of taking, the audio output of described Mac circuit connects the audio input pin of described mobile communication platform chip, for to described mobile communication platform chip, sending the voice data gathered; Described mobile communication platform chip is used for accessing the 3G wireless network, and connects WIFI antenna circuit so that access WIFI wireless network by its WIFI antenna port; The cradle head control end of described mobile communication platform chip connects the control signal input of described motor control circuit in order to adjust the The Cloud Terrace shooting angle by rotation motor; The transducing signal input of described mobile communication platform chip connects the output of described ISM wireless receiver in order to input to described mobile communication platform chip the transducing signal that the ISM wireless receiver is received;
Described peripheral sensing device has the ISM wireless launcher, by the ISM wireless receiver emission transducing signal of described ISM wireless launcher to described intelligent wireless video monitoring main frame.
Preferably, described peripheral sensing device comprises a kind of or several of infrared sensor, door status sensor and cigarette propagated sensation sensor.
Visible, intelligent video monitoring main frame of the present utility model can be after 3G networking access, utilize 3G mobile network's the communication functions such as video telephone to realize transmitting with the remote monitoring picture of user mobile phone, and after passing through the WIFI accessing Internet, but make user's Internet-based utilize the monitored picture of the user terminal remote access main frames such as mobile phone, PC; This main frame coordinates peripheral induction installation, and the multi-functional monitoring such as carrying out infrared sensing, door magnetic induction, Smoke Detection that can link, can realize initiatively monitoring and reporting under unusual condition.Simultaneously, this equipment also provides a series of functions such as The Cloud Terrace adjustment, on-the-spot conversation, buzzing warning, video recording storage, has promoted the performance of existing shooting and monitoring system, makes the user can grasp the situation in this implantation of device zone whenever and wherever possible.
The accompanying drawing explanation
Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail:
Fig. 1 is the overall structure schematic diagram of the utility model the first embodiment;
Fig. 2 is the 3G communication chip circuit structure diagram of the utility model the first embodiment;
Fig. 3 is the CPU chip circuit structural representation of the utility model the first embodiment;
Fig. 4 is the ISM wireless receiver circuits structural representation of the utility model the first embodiment;
Fig. 5 is the motor control circuit structural representation of the utility model the first embodiment;
Fig. 6 is that the serial ports of the utility model the first embodiment is to USB conversion chip schematic diagram;
Fig. 7 is the overall structure schematic diagram of the utility model the second embodiment;
Fig. 8 is the mobile communication platform chip circuit structure schematic diagram of the utility model the second embodiment.
Embodiment
In order to make those skilled in the art person understand better the technical solution of the utility model, and above-mentioned purpose of the present utility model, feature and advantage can be become apparent more, below in conjunction with embodiment and embodiment accompanying drawing, the utility model is described in further detail.
The first embodiment
Fig. 1 is the overall structure schematic diagram of the utility model the first embodiment.Intelligent monitor system of the present utility model comprises 3G intelligent video monitoring main frame 1 and peripheral sensing device 2.3G intelligent video monitoring main frame 1 has monitoring camera-shooting and 3G conversation and data-transformation facility, and has a series of functions such as The Cloud Terrace adjustment, on-the-spot conversation, buzzing warning, video recording storage, center-control concurrently; Described peripheral sensing device 2 is realized by transducer, the specific exceptions situation of sensing monitored site, and the described 3G intelligent video monitoring of wireless connections main frame 1.
As shown in Figure 1, described 3G intelligent video monitoring main frame has imaging circuit 101, Mac circuit 102,3G communication chip 103, central processor core 104, motor control circuit 105, ISM wireless receiver 106, SD storage card circuit 107, serial ports to USB conversion chip 108, flasher circuit 109, buzzer circuit 110, loud speaker 111 and power module 112.
Described peripheral sensing device 2 comprises ISM wireless launcher 201, by the ISM wireless receiver 106 emission transducing signals of described ISM wireless launcher 201 to described 3G intelligent video monitoring main frame.Between ISM wireless launcher 201 and ISM wireless receiver 106, carry out closely code signal transmission based on ISM 315MHz communications band.Described peripheral sensing device 2 can be one or several in infrared sensor, door status sensor and cigarette propagated sensation sensor.Infrared and door status sensor is installed on the positions such as the door and window, passage of monitored site, wirelessly sends described transducing signal when external personnel or article enter in monitoring area; Cigarette propagated sensation sensor is wireless when sensing smoke signal sends described transducing signal, reports to the police for the condition of a fire.
Fig. 2 is the 3G communication chip circuit structure diagram of the utility model embodiment.3G communication chip 103 is access 3G mobile communications network the integrated chip of carrying out the 3G functions such as short message receiving-transmitting, multimedia message transmitting-receiving, transfer of data, video telephone.The video data output of described imaging circuit 101 connects the video data input pin of described 3G communication chip 103, the video data input pin comprises: CAM_D2, CAM_D4, CAM_D6, CAM_D8, CAM_D3, CAM_D5, CAM_D7, CAM_D9, CAM_CLK, CAM_STANDBY, CAM_HSYNC, CAM_VSYNC, CAM_PCLK, CAM_RESET, ICC_SDA, ICC_SCL receive respectively the video datas such as captured image data that imaging circuit 101 sends, horizontal and vertical synchrodata, cycle data, replacement data.The audio output of described Mac circuit 102 connects audio input pin MIC_N, the MIC_P of described 3G communication chip 103, and above-mentioned audio input pin receives Mac circuit and to described 3G communication chip, sends the voice data gathered.Like this, the monitoring site video and the voice data that gather all are input to the 3G communication chip, by the processing of encoding of 3G communication chip, thereby can be transmitted by the 3G mobile network.The audio frequency output pin SPK_P of 3G communication chip 103 is connected loud speaker with SPK_N, the audio signal received by the 3G phone can be play.The data of 3G communication chip 103 storage pin SD_DATA0, SD_DATA1, SD_DATA2, SD_DATA3, SD_CLK, SD_CMD and VREG_AUX connect described SD storage card circuit 107, by above pin 3G communication chip 103, video data and voice data are write to SD storage card circuit 107 and preserve.The SIM card of 3G communication chip 103 connects pin and comprises USIM_CLK, USIM_RESET, V_USIM, USIM_DATA, and above pin connects the 3G network SIM card of inserting, and realizes network access authentication and the identify label of this 3G intelligent video monitoring main frame.The POWER_ON pin of 3G communication chip 103 is connected respectively power supply and ground connection with the GND pin.Between 3G communication chip 103 and central processor core 104, have that control line is connected and the data sending and receiving connect.The GPIO1 pin of 3G communication chip 103, as activating pin, is connected with the Communication Control end of central processor core 104, can need to activate the 3G communication chip according to function by this GPIO1 pin central processor core 104.The data Transmitting and Receiving End of described central processor core 104 connects respectively that the data of described 3G communication chip 103 are sent out, closed tube pin UART_TXD and UART_RXD, thereby between central processor core 104 and 3G communication chip 103, realizes the instruction and data transmission.Central processor core 104 is after utilizing above-mentioned GPIO1 pin activation 3G communication chip 103, can send out to the data of 3G communication chip 103, closed tube pin UART_TXD and UART_RXD assign instruction, for example can provide destination phone numbers to the 3G communication chip, and control 3G communication chip sends SMS message to destination phone numbers, transmission is with the multimedia message of monitoring image, or dials the 3G video telephone; 3G communication chip 103 also by data send out, closed tube pin UART_TXD and UART_RXD send necessary data to central processor core 104, for example, when receiving the 3G call, to central processor core 104 transmission calling telephone numbers, and then receive the instruction that central processor core 104 allows or refusal is answered; The long-range cradle head control instruction that perhaps will receive in the 3G telephone call passes to central processor core 104 etc.
Fig. 3 is the CPU chip circuit structural representation of the utility model embodiment.Central processor core 104 can be realized by single-chip microcomputer or other processor chips, carries out the overall control to 3G intelligent video monitoring main frame 1 each circuit, and the application function of operation 3G intelligent video monitoring main frame 1.These application functions can comprise: control 3G communication chip 103 and initiate or answer video phone call, thereby by monitored picture and the long-range mobile phone that passes to the user of sound; Control the multimedia message that 3G communication chip 103 sends with monitored picture; In video telephone, control the The Cloud Terrace upper and lower, left and right according to user's teleinstruction and rotate to adjust shooting angle; The transducing signal of sending according to described peripheral sensing device 2 is carried out predetermined policer operation, such as after receiving the transducing signal of infrared sensor, controlling that 3G communication chip 103 is sent short messages or multimedia-message-alarming etc.; According to user's instruction, controlling the cloth of peripheral sensing device 2 withdraws a garrison; Control and produce flash of light or buzzing warning; Connect host computer and carry out device initialize setting and adjustment.
As shown in Figure 3, the 3G_STA pin of central processor core 104 connects the GPIO1 pin of 3G communication chip 103 as the Communication Control end; The RXD2 of central processor core 104 is connected pin UART_TXD and the UART_RXD of 3G communication chip 103 as the data Transmitting and Receiving End with the TXD2 pin, above signal connects for data and instruction interaction between central processor core 104 and 3G communication chip 103.
As shown in Figure 3, the pin INT_315 of central processor core 104, as the transducing signal input, connects the data terminal output DATA of ISM wireless receiver circuits 106 shown in Figure 4, ISM wireless receiver 106+5V pin connection+5V voltage input end; GND1 and GND2 pin be ground connection respectively.ISM wireless receiver circuits 106 receives the wireless transducing signal of sending of the peripheral sensing device 2 of infrared sensor, door status sensor or cigarette sense sensor based on ISM 315MHz communications band.Central processor core 104 can, according to user's teleinstruction, be set to its pin INT_315 effective or invalid; When the INT_315 pin is effective, peripheral sensing device 2 is the state of deploying troops on garrison duty, the transducing signal that central processor core 104 is received according to the INT_315 pin carries out corresponding function treatment, comprises that flash of light or buzzing report to the police, control the 3G communication module and send multimedia message or dial the 3G video telephone to User Alarms etc.And when the INT_315 pin inactive, peripheral sensing device 2 is disarming state.
As shown in Figure 3, pin MOTOR_D0, the MOTOR_D1 of central processor core 104, MOTOR_D2, MOTOR_D3, MOTOR_D4, MOTOR_D5, MOTOR_D6, MOTOR_D7, as the cradle head control end, connect respectively control command input pin I1, I2, I3, I4, I5, I6, I7, the I8 of motor control circuit shown in Figure 5 105; Thereby user's remote control commands that central processor core 104 can be received according to its RXD2 and TXD2 pin, send control command by the cradle head control end to motor control circuit 105; The control command that motor control circuit 105 will be received is converted to the signal of telecommunication of the motor anglec of rotation and direction, and send to motor interface J10 and J11 by control signal output interface O1, O2, O3, O4, O5, O6, O7, O8 shown in Figure 5, thereby adjust the angle direction that monitoring is taken.
As shown in Figure 3, another group pin data Transmitting and Receiving End RXD of central processor core 104 is connected serial ports shown in Figure 6 sending and receiving pin TXD and RXD to USB conversion chip 108 with the TXD pin; And serial ports connects power supply to USB conversion chip 108 by the VDD pin, and by GND1 and GND2 pin ground connection, serial ports to VBUS, D-, the D+ pin of USB conversion chip 108 is connected to the corresponding VBUS of USB interface J2, OTGDM and OTGDP pin.Like this, central processor core 104 can utilize the serial ports of self, through conversion, is connected to the host computers such as PC computer by USB interface.Utilize host computer to carry out necessary initialization setting to this equipment, such as inserting, allow the telephone number of calling out and answering, peripheral sensing device 2 is carried out to initialization identification and registration etc.
Described 3G intelligent video monitoring main frame also has flasher circuit 109 and buzzer circuit 110, and described central processor core 104 is connected with buzzing control end BUZZER_EN by flash of light control end ALARM_EN and controls the described flasher circuit 109 of opening and closing and buzzer circuit 110.
The power module 112 of described 3G intelligent video monitoring main frame possesses lithium battery, charge management circuit and voltage conversion circuit, described charge management circuit is for lithium cell charging is controlled, and described voltage conversion circuit is for being converted to input voltage the applicable voltage of each chip.
Visible, the 3G intelligent video monitoring host computer using 3G mobile network's of the present utility model communication functions such as video telephone are realized the remote monitoring picture transmission with user mobile phone; This main frame coordinates peripheral induction installation, multi-functional monitoring such as carrying out infrared sensing, door magnetic induction, Smoke Detection can link, a series of functions such as The Cloud Terrace adjustment, on-the-spot conversation, buzzing warning, video recording storage also are provided, promoted the performance of existing shooting and monitoring system, made the user can grasp by mobile phone the situation in this implantation of device zone whenever and wherever possible.
The second embodiment
Fig. 7 is the overall structure schematic diagram of the utility model the second embodiment.Intelligent monitor system of the present utility model comprises intelligent video monitoring main frame 1 and peripheral sensing device 2.Intelligent video monitoring main frame 1 has camera monitoring function, and accessible 3G mobile communications network is realized video telephone and transfer of data, simultaneously can realize Wi-Fi (Wireless Internet Access) and utilize the Internet to realize the transmission of monitoring audio/video data based on WIFI, and have a series of functions such as The Cloud Terrace adjustment, on-the-spot conversation, buzzing warning, video recording storage, center-control concurrently; Described peripheral sensing device 2 is realized by transducer, the specific exceptions situation of sensing monitored site, and the described intelligent video monitoring main frame 1 of wireless connections.
As shown in Figure 7, described intelligent video monitoring main frame 1 has imaging circuit 101, Mac circuit 102, mobile communication platform chip 103, WIFI antenna circuit 104, motor control circuit 105, ISM wireless receiver 106, storage card circuit 107, serial ports to USB conversion chip 108, flasher circuit 109, buzz circuit 110, power amplifier and loud speaker 111 and power module 112.
Described peripheral sensing device 2 comprises ISM wireless launcher 201, by the ISM wireless receiver 106 emission transducing signals of described ISM wireless launcher 201 to described intelligent video monitoring main frame.Between ISM wireless launcher 201 and ISM wireless receiver 106, carry out closely code signal transmission based on ISM 315MHz or 433MHz communications band.Described peripheral sensing device 2 can be one or several in infrared sensor, door status sensor and cigarette propagated sensation sensor.Infrared and door status sensor is installed on the positions such as the door and window, passage of monitored site, wirelessly sends described transducing signal when external personnel or article enter in monitoring area; Cigarette propagated sensation sensor is wireless when sensing smoke signal sends described transducing signal, reports to the police for the condition of a fire.
Fig. 8 is the circuit structure diagram of the mobile communication platform chip of the utility model embodiment.The mobile communication platform chip 103 that the present embodiment adopts is a kind of integrated 3G mobile communication, WIFI networking, audio/video coding, system is controlled and the mobile communication platform chip of the function such as instruction execution, thereby accessible 3G mobile communications network is also carried out the 3G functions such as short message receiving-transmitting, multimedia message transmitting-receiving, transfer of data, video telephone, also can pass through the WIFI accessing Internet, and realize the transmission of audio, video data and to the Long-distance Control of this main frame based on the 802.11.b/g/n agreement.As shown in Figure 8, the video data output of described imaging circuit 101 connects the video data input pin of described mobile communication platform chip 103, the video data input pin comprises: CMDAT2, CMDAT3, CMDAT4, CMDAT5, CMDAT6, CMDAT7, CMDAT8, CMDAT9, CMPCLK, CMMCLK, CMVREF, CMHREF, CMRST, CMPON, SDA1, SCL1, INFRARED_EN receive respectively the video datas such as captured image data that imaging circuit 101 sends, horizontal and vertical synchrodata, cycle data, replacement data.The audio output of described Mac circuit 102 connects audio input pin MIC_N, the MIC_P of described mobile communication platform chip 103, and above-mentioned audio input pin receives Mac circuit and to described mobile communication platform chip, sends the voice data gathered.Like this, the monitoring site video and the voice data that gather all are input to the mobile communication platform chip, after by this chip, being encoded and processed, transmit by 3G mobile network or WIFI mode.Audio frequency output pin HPRP, the HPLP of mobile communication platform chip 103 and AUDIO_PA_EN connect power amplifier and loud speaker 111, the audio signal received by 3G phone or network service can be play.The data storage pin MC1DA0 of mobile communication platform chip 103, MC1DA1, MC1DA2, MC1DA3, MC1CM0, MC1CK, SD_NCD connect described storage card circuit 107, by above pin mobile communication platform chip 103, video data and voice data are write to storage card circuit 107 and preserve, this storage card can adopt the SD storage card.In order to realize the network insertion of WIFI, mobile communication platform chip 103 connects WIFI antenna circuit 104 by its WIFI antenna port BT_WIFI_ANT.The data of mobile communication platform chip 103 are sent out, closed tube pin TXD1 and RXD1 and USB_DP, USB_DM pin connect the data Transmitting and Receiving End of serial ports to the USB conversion chip, thereby realize the data-transformation facility of USB or MINIUSB interface, can be used for connecting host computer and carry out the operations such as setting parameter.The pin MOTOR_D0 of mobile communication platform chip 103, MOTOR_D1, MOTOR_D2, MOTOR_D3, MOTOR_D4, MOTOR_D5, MOTOR_D6, MOTOR_D7 connecting motor control circuit 105, above pin are as the cradle head control end, to the control command input pin input control order of motor control circuit 105; The control command that motor control circuit 105 will be received is converted to the signal of telecommunication of the motor anglec of rotation and direction, adjusts the angle direction that monitoring is taken.The pin ALARM_EN of mobile communication platform chip 103 connects flasher circuit 109, and pin BUZZER_EN connects buzz circuit 110, controls respectively flash of light and buzzing and reports to the police.Mobile communication platform chip 103 has input pin INT_315; ISM wireless receiver circuits 106 receives the wireless transducing signal of sending of the peripheral sensing device 2 of infrared sensor, door status sensor or cigarette sense sensor based on ISM 315MHz communications band.Mobile communication platform chip 103 can, according to user's teleinstruction, be set to its pin INT_315 effective or invalid; When the INT_315 pin is effective, peripheral sensing device 2 is the state of deploying troops on garrison duty, the transducing signal that mobile communication platform chip 103 is received according to the INT_315 pin carries out corresponding function treatment, comprise that flash of light or buzzing are reported to the police, control 3G communication module sends multimedia message or dials the 3G video telephone, and realizing User Alarms etc. by the WIFI access network.And when the INT_315 pin inactive, peripheral sensing device 2 is disarming state.
Visible, the predetermined function of the mobile communication platform chip that intelligent video monitoring host computer using of the present utility model is integrated, realized the wireless network access of 3G or WIFI, and can pass through the multiple communication function such as video telephone, transfer of data and realize to user terminal remote transmission monitored picture; This main frame coordinates peripheral induction installation, multi-functional monitoring such as carrying out infrared sensing, door magnetic induction, Smoke Detection can link, a series of functions such as The Cloud Terrace adjustment, on-the-spot conversation, buzzing warning, video recording storage also are provided, promoted the performance of existing shooting and monitoring system, made the user can grasp the situation in this implantation of device zone whenever and wherever possible.
The above, be only embodiment of the present utility model, and the utility model can also be applied in miscellaneous equipment; Size in above description and quantity are only all informative, and those skilled in the art can select suitable application size according to actual needs, and do not break away from scope of the present utility model.Protection range of the present utility model is not limited to this, anyly is familiar with those skilled in the art in the technical scope that the utility model discloses, and the variation that can expect easily or replacement, within all should being encompassed in protection range of the present utility model.Therefore, protection range of the present utility model should be as the criterion with the protection range that claim was defined.

Claims (10)

1. the intelligent monitor system based on wireless network, is characterized in that, comprising: 3G intelligent video monitoring main frame and peripheral sensing device;
Described 3G intelligent video monitoring main frame has imaging circuit, Mac circuit, 3G communication chip, central processor core, motor control circuit and ISM wireless receiver; Wherein, the video data output of described imaging circuit connects the video data input pin of described 3G communication chip, for to described 3G communication chip, sending the video data of taking, the audio output of described Mac circuit connects the audio input pin of described 3G communication chip, for to described 3G communication chip, sending the voice data gathered; The Communication Control end of described central processor core connects the activation pin of described 3G communication chip in order to activate described 3G communication chip; The data Transmitting and Receiving End of described central processor core connects respectively that the data of described 3G communication chip are sent out, the closed tube pin to be to realize the transmission of data and instruction between the two; The cradle head control end of described central processor core connects the control signal input of described motor control circuit in order to adjust the The Cloud Terrace shooting angle by rotation motor; The transducing signal input of described central processor core connects the output of described ISM wireless receiver in order to input to described central processor core the transducing signal that the ISM wireless receiver is received;
Described peripheral sensing device has the ISM wireless launcher, by the ISM wireless receiver emission transducing signal of described ISM wireless launcher to described 3G intelligent video monitoring main frame.
2. system according to claim 1, is characterized in that, described 3G intelligent video monitoring main frame also has SD storage card circuit; Described SD storage card circuit connects the data storage pin of described 3G communication chip so that stored video data and voice data.
3. system according to claim 1, is characterized in that, described peripheral sensing device comprises a kind of or several of infrared sensor, door status sensor and cigarette propagated sensation sensor.
4. system according to claim 1, is characterized in that, the SIM card that described 3G communication chip has be used to connecting the 3G network SIM card connects pin.
5. system according to claim 1, is characterized in that, another group data Transmitting and Receiving End of described central processor core connects serial ports to the USB conversion chip, and described serial ports to USB conversion chip is used for connecting host computer by USB interface.
6. system according to claim 1, is characterized in that, described 3G intelligent video monitoring main frame also has loud speaker, and the 3G communication chip has the audio frequency output pin that connects speaker circuit.
7. system according to claim 1, it is characterized in that, described 3G intelligent video monitoring main frame also has flasher circuit and buzzer circuit, and described central processor core is connected with the buzzing control end and controls the described flasher circuit of opening and closing and buzzer circuit by the flash of light control end.
8. system according to claim 1, it is characterized in that, described 3G intelligent video monitoring main frame also possesses lithium battery, charge management circuit and voltage conversion circuit, described charge management circuit is for lithium cell charging is controlled, and described voltage conversion circuit is for being converted to lithium battery voltage the applicable voltage of each chip.
9. the intelligent monitor system based on wireless network, is characterized in that, comprising: intelligent wireless video monitoring main frame and peripheral sensing device;
Described intelligent wireless video monitoring main frame has imaging circuit, Mac circuit, mobile communication platform chip, motor control circuit and ISM wireless receiver; Wherein, the video data output of described imaging circuit connects the video data input pin of described mobile communication platform chip, for to described mobile communication platform chip, sending the video data of taking, the audio output of described Mac circuit connects the audio input pin of described mobile communication platform chip, for to described mobile communication platform chip, sending the voice data gathered; Described mobile communication platform chip is used for accessing the 3G wireless network, and connects WIFI antenna circuit so that access WIFI wireless network by its WIFI antenna port; The cradle head control end of described mobile communication platform chip connects the control signal input of described motor control circuit in order to adjust the The Cloud Terrace shooting angle by rotation motor; The transducing signal input of described mobile communication platform chip connects the output of described ISM wireless receiver in order to input to described mobile communication platform chip the transducing signal that the ISM wireless receiver is received;
Described peripheral sensing device has the ISM wireless launcher, by the ISM wireless receiver emission transducing signal of described ISM wireless launcher to described intelligent wireless video monitoring main frame.
10. system according to claim 9, is characterized in that, described peripheral sensing device comprises a kind of or several of infrared sensor, door status sensor and cigarette propagated sensation sensor.
CN2013203993407U 2013-04-03 2013-07-05 Intelligent monitoring system based on wireless network Active CN203313327U (en)

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104010120A (en) * 2014-06-06 2014-08-27 江苏中讯电子科技有限公司 Multifunctional web camera
CN107333038A (en) * 2017-07-04 2017-11-07 天津天地伟业信息系统集成有限公司 A kind of indoor intelligent infrared eye
CN108769621A (en) * 2018-08-24 2018-11-06 佛山市所能网络有限公司 A kind of video monitoring system based on wireless network signal

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104010120A (en) * 2014-06-06 2014-08-27 江苏中讯电子科技有限公司 Multifunctional web camera
CN107333038A (en) * 2017-07-04 2017-11-07 天津天地伟业信息系统集成有限公司 A kind of indoor intelligent infrared eye
CN108769621A (en) * 2018-08-24 2018-11-06 佛山市所能网络有限公司 A kind of video monitoring system based on wireless network signal

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