CN107580198A - A kind of low power consumption remote wakes up web camera and video monitoring system - Google Patents
A kind of low power consumption remote wakes up web camera and video monitoring system Download PDFInfo
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Abstract
The present invention relates to a kind of low power consumption remote to wake up web camera and video monitoring system, the web camera includes processing module, main control module, power module, WIFI module, wherein, WIFI module is connected with terminal, and the wake-up sent for receiving terminal by Remote Wake Up server instructs and is based on waking up instruction output wake-up signal to processing module；WIFI module web camera in a dormant state when continue to Remote Wake Up server send heartbeat packet with keep and Remote Wake Up server length connect；Processing module is connected with main control module, WIFI module and power supply, and power module is output control signals to based on wake-up signal, and then the pulse switch for triggering power module is powered to main control module, and then starts web camera.The web camera of the present invention may be such that remote terminal user can wake up web camera and real time inspection video pictures as needed at any time, and low in energy consumption.
Description
Technical field
The present invention relates to field of cameras, wakes up web camera more specifically to a kind of low power consumption remote and regards
Frequency monitoring system.
Background technology
With the development of Internet of Things, increasing intelligent camera has accessed network.Pursuing low-power consumption and portable
Trend under, a lot of video cameras both increase battery module.But the capacity of battery is limited all the time, is not accessing external electrical
In the case of source, video camera can not possibly work long hours, thus a lot of low-power consumption Camera Design low-power consumption mode.
Based on this design, video camera is in park mode in most cases, and how to be triggered to normally from park mode
Mode of operation, in addition to abnormal intrusion and the triggering of artificial button can wake up video camera, how to realize that Remote Wake Up network is taken the photograph
Simultaneously real time inspection monitored picture turns into a great problem to camera.A kind of accordingly, it is desirable to provide network of achievable Remote Wake Up function
Video camera.
The content of the invention
The technical problem to be solved in the present invention is, for the drawbacks described above of prior art, there is provided a kind of low power consumption remote
Wake up web camera and video monitoring system.
The technical solution adopted for the present invention to solve the technical problems is：Construct a kind of low power consumption remote and wake up network shooting
Machine, including processing module, main control module, power module and WIFI module, wherein,
The WIFI module is used for the wake-up that receiving terminal is sent by Remote Wake Up server and instructs and be based on described call out
Instruction of waking up exports wake-up signal to the processing module；The WIFI module web camera in a dormant state when continue to
Remote Wake Up server sends heartbeat packet and connected with keeping growing with the Remote Wake Up server；
The processing module is connected with the main control module, WIFI module and power module, defeated based on the wake-up signal
Go out control signal to the power module, trigger the power module and powered to the main control module, and then take the photograph the network
Camera starts.
Preferably, it is described to wake up the device identifier for instructing and including the terminal.
Preferably, the wake-up signal that the WIFI module is sent is level signal, by the level signal to the place
Manage module and logic control level is provided.
Preferably, the processing module includes logic control element, and the logic control element is according to the WIFI module
The level signal output control signal sent.
Preferably, the logic control element is logic switch, for controlling the power pulse of the web camera to open
What is closed is turned on and off.
Preferably, the processing module includes electric quantity monitoring module, for monitoring the electricity of the power module in real time, and
Electricity pre-warning signal is exported when the electricity of the power module is less than setting value.
Preferably, the WIFI module is connected with the processing module by GPIO mouths, the WIFI module and the place
Manage module and signal transmission is carried out by the GPIO mouths.
Preferably, the web camera also includes head, and the head is connected by UART mouths with the main control module,
The main control module is based on the UART mouths and sends turn signal to the head to control the cloud platform rotation.
Preferably, the processing module is connected by serial ports and GPIO mouths with the main control module, and the processing module is led to
Cross the serial ports and carry out signaling and data interaction with the main control module, shape is sent to the main control module by the GPIO mouths
State trigger signal.
The present invention also provides a kind of video monitoring system, it is characterised in that wakes up network including above-mentioned low power consumption remote
Video camera, Remote Wake Up server and terminal, the low power consumption remote wake up web camera by WIFI module with it is described
Remote Wake Up server enters row data communication, and the terminal is sent to the WIFI module by the Remote Wake Up server and called out
Wake up and instruct.
The low power consumption remote for implementing the present invention wakes up web camera, has the advantages that：The web camera bag
Processing module, main control module, power module, WIFI module are included, wherein, WIFI module is connected with terminal, is led to for receiving terminal
The wake-up that long-range wake servers are sent is crossed to instruct and be based on waking up instruction output wake-up signal to processing module；WIFI module exists
Web camera in a dormant state when continue to send heartbeat packet to Remote Wake Up server to keep and Remote Wake Up server
Long connection；Processing module is connected with main control module, WIFI module and power supply, and power supply mould is output control signals to based on wake-up signal
Block, and then the pulse switch for triggering power module is powered to main control module, and then start web camera.The network of the present invention
Video camera may be such that remote terminal user can wake up web camera and real time inspection video pictures, and power consumption as needed at any time
It is low.
Brief description of the drawings
Below in conjunction with drawings and Examples, the invention will be further described, in accompanying drawing：
Fig. 1 is the structural representation that a kind of low power consumption remote provided by the invention wakes up web camera embodiment one；
Fig. 2 is the structural representation that a kind of low power consumption remote provided by the invention wakes up web camera embodiment two；
Fig. 3 is a kind of structural representation of video monitoring system embodiment one provided by the invention.
Embodiment
In order to which technical characteristic, purpose and the effect of the present invention is more clearly understood, now compares accompanying drawing and describe in detail
The embodiment of the present invention.
Refering to Fig. 1, Fig. 1 is that the structure that a kind of low power consumption remote provided by the invention wakes up web camera embodiment one is shown
It is intended to, in this embodiment, when the low power consumption remote wakes up web camera in a dormant state, its WIFI module 13 can be independent
Work, and keep connecting with Remote Wake Up server.Specifically, as shown in figure 1, the low power consumption remote of the embodiment wakes up network
Video camera includes processing module 11, main control module 12, power module 14 and WIFI module 13, wherein, WIFI module 13 is main
The wake-up sent for receiving terminal by Remote Wake Up server instructs and is based on wake-up instruction output wake-up signal to place
Manage module 11；Processing module 11 is connected with main control module 12, WIFI module 13 and power module 14, and it can be according to WIFI module 13
The wake-up signal of output exports corresponding control signal to power module 14, and then triggers power module 14 and supplied to main control module 12
Electricity, and then start web camera.Power module 14 can by lithium battery group into.
Specifically, the WIFI module 13 of the embodiment web camera in a dormant state when can work independently, at this
During WIFI module 13 it is sustainable to Remote Wake Up server send a heartbeat packet, so as to pass through the lasting heartbeat packet
Long connection is kept with Remote Wake Up server, meanwhile, Remote Wake Up server can determine whether out net based on received heartbeat packet
Network video camera in a dormant state, and then can to terminal send can wake-up states signal.When terminal user needs wake-up network to take the photograph
The wake-up states signal can be based on during camera and issues wake-up instruction to Remote Wake Up server.
Preferably, in the present embodiment, the wake-up instruction transmitted by terminal to Remote Wake Up server includes setting for itself
Standby identifier.It is to be appreciated that the device identifier of terminal can be ID number of terminal etc..
Further, in this embodiment, the wake-up signal that WIFI module 13 is sent is level signal, is believed by the level
Number can to processing module 11 provide logic control level.In the present embodiment, WIFI module 13 for example can be selected model include but
It is not limited to AP6212A WIFI module.
Processing module 11 is connected with main control module 12, WIFI module 13 and power module 14 respectively, and it can be based on WIFI moulds
The wake-up signal that block 13 exports outputs control signals to power module 14, and triggering power module 14 is powered to main control module 12, entered
And start web camera, that is, realize Remote Wake Up.
Alternatively, in the present embodiment, processing module 11 includes logic control element, can by the logic control element
The level signal output control signal sent according to WIFI module 13.Preferably, the logic control element can for example be opened for logic
Close, the power pulse that can control web camera by the logic switch is switched on or closed, and then may be such that power supply mould
Block 14 can be powered or stop power supply to main control module 12.
It should be noted that the processing module 11 of the present embodiment may include electric quantity monitoring module, pass through the electric quantity monitoring mould
Block can monitor the electricity of power module 14 in real time, and electricity early warning letter is exported when the electricity of power module 14 is less than setting value
Number, while output stops power supply signal to power module 14 to control power module 14 to stop powering to main control module 12.Can be with
Understand ground, in the present embodiment, power module 14 can be connected by analog-digital converter with processing module 11, pass through the analog-to-digital conversion
Device can obtain the information about power of power module 14 in real time.Wherein, the electricity setting value of power module 14 should according to the reality of battery
With, typically may be set to 15%, when power module 14 electricity be less than 15% when, you can judge that power module 14 is in low battery
State, it is necessary to charge in time.The present embodiment is pre- by setting electric quantity monitoring module and electricity being exported when electricity is less than setting value
Alert signal, alarm is can trigger, and then remind user to charge in time.
Supplied in addition, also exporting stopping simultaneously when the electricity of electric quantity monitoring module monitors to power module 14 is less than setting value
Electric signal is to power module 14 to control power module 14 to stop powering to main control module 12.It is to be appreciated that by controlling electricity
Source module 14 stops power module 14 to the power supply of main control module 12 being avoided to work overloadingly, and effectively protects the electricity of web camera
Source.
Refering to Fig. 2, Fig. 2 is that the structure that a kind of low power consumption remote provided by the invention wakes up web camera embodiment two is shown
It is intended to.
As shown in Fig. 2 the WIFI module 13 of the present embodiment can pass through (the universal input output of GPIO mouths with processing module 11
Mouthful) connection, and signal transmission is carried out based on the GPIO mouths and processing module 11.Specifically, in actual signal transmitting procedure, place
Enable signal can be transmitted by GPIO mouths to WIFI module 13 by managing module 11, can also be obtained by GPIO mouths at WIFI module 13
Wake-up signal.Herein it should be noted that multiple GPIO mouths can be set between processing module 11 and WIFI module 13, pass respectively
Defeated different signal.For example, it is assumed that two of which GPIO mouths are respectively A1 and A2, then processing module 11 can be exported enabled by A1
Signal, wake-up signal is obtained at WIFI module 13 by A2.
In this embodiment, processing module 11 can be microprocessor (MCU), such as the micro- of model EFM32 can be selected
Processor, it can be connected by serial ports and GPIO mouths with main control module 12, and during concrete application, processing module 11 can pass through
Serial ports carries out signaling and data interaction with main control module 12, and State triggers, example are sent to main control module 12 by GPIO mouths
Such as, when receiving the wake-up signal from WIFI module 13, processing module 11 i.e. to power module 14 send control signal with
It is upper electric rapidly to main control module 12 to trigger power module 14.
Further, the low power consumption network video camera of the present embodiment also includes head 23, and the head 23 can pass through UART mouths
(Universal Asynchronous Receive/transmission mouth) is connected with main control module 12, and main control module 12 is based on the UART mouths and sends rotation to head 23
Signal, and then controllable head 23 rotates.It is to be appreciated that the main control module 12 of the present embodiment is believed to the rotation that head 23 is sent
Head 23 number not only can control, by the rotation of default angle, head 23 can also be controlled to stop operating according to turn signal.
It is to be appreciated that the main control module 12 of the present embodiment can be DSP Processor, by using DSP Processor conduct
Main control module 12 is greatly improved the processing speed of service of video camera.
The low power consumption remote of the present embodiment, which wakes up web camera, also includes imaging sensor 21, audio-frequency module 24, SD card
25th, temperature sensor 20, photosensitive 19, red and green color indicator lamp, infrared sensor 15, charging indicator light 17 etc..
As shown in Fig. 2 imaging sensor 21 is connected by I2C buses with main control module 12, audio-frequency module 24 can pass through I2C
Bus or I2S buses are connected with main control module 12, and temperature sensor 20 passes through the first analog-digital converter (ADC1) and main control module
12 connections, by temperature sensor 20 can real time monitoring network video camera surrounding environment temperature, and pass through the first analog-to-digital conversion
Analog signal caused by temperature sensor 20 is converted to data signal and is transferred to main control module 12 by device.Photosensitive 19 pass through
Two analog-digital converters are connected with main control module 12, are turned based on photosensitive 19 detectable ambient brightness, and then by data through the second modulus
Main control module 12 is transferred to after parallel operation conversion process, main control module 12 judges ambient condition according to received brightness data,
And then according to the mode of operation (pattern that such as works by day or night operation pattern) of judged result handover network video camera.Infrared biography
Sensor 15 is connected by GPIO mouths with processing module 11, and charging indicator light 17 is connected by GPIO mouths with processing module 11.
As shown in Figure 2, this implementation low power consumption remote wake up web camera also include microphone, battery operating key,
Reset key, memory (DDR) and flash memory (NAND Flash) etc..
Enter traveling one below by way of the low power consumption remote wake-up web camera overall workflow exemplified by Fig. 2 to the present invention
Step describes in detail.
Generally speaking, low power consumption remote of the invention wakes up web camera and may include to join after triggering starting state, startup
Net working condition, dormancy and wake-up states and off-mode.
When to trigger starting state, its specific course of work is：
If by button 16, (such as infrared sensor 15 has detected that infrared signal or miaow head detect for abnormal intrusion triggering
Have voice signal) or during Remote Wake Up signal, processing module 11 can output control signals to power module 14 rapidly and trigger electricity
Source module 14 starts imaging sensor 21 and opens and gather image to main control module 12 to electricity on main control module 12, by leading
Control module 12 carries out coded treatment and recorded a video, while processing module 11 enters sense mode, to detect button 16 and com-state.
When networking working condition after for startup, its specific course of work is：
Start to start the application program in video camera after start completion, SD card 25 is mounted to first in application program and taken the photograph
It is copied in SD card 25 in camera file system and by video file, then audio/video coding parameter is configured.Here, need
It is noted that if first starting, need to configure WIFI information.It is to be appreciated that WIFI configuration modes can wrap
Include barcode scanning and smartlink configures two kinds.Enter configuration mode after short-press reset key prompt tone, in LED bi-colour LEDs 22
Red led starts to flash, and now, WIFI module 13 enters listening mode, and WIFI module 13 can receive in the listen mode
The wireless signal of surrounding.
By taking smartlink configuration modes as an example, terminal (such as mobile phone terminal) choosing is connected to the wireless network to be configured, and then beats
The WIFI configuration interfaces of the web camera APP installed in mobile phone terminal are opened, input the account and password of wireless network, point percussion
Send, now mobile phone terminal is connected to the router where wireless network by web camera APP, by router by account and close
Code is gone out by wireless network broadcast, and the WIFI module 13 of network shooting generator terminal is received after wireless signal by decrypting association accordingly
View parses the account and password of mobile phone terminal transmission, has green light in prompt tone prompting and bi-colour LED to start if successfully resolved
Flicker, that is, show that web camera attempts the wireless network that connection newly configures.
Herein it should be noted that mobile phone can also be sent while wireless signal is sent by router in LAN
Broadcast, after video camera is even connected to the Net, the broadcast that mobile phone terminal is sent can be received and to mobile phone terminal return link signal, mobile phone
Network connection success can be confirmed after the connection signal of video camera return is received by holding, and stopped sending wireless signal immediately, matched somebody with somebody
The process of putting terminates.After web camera is connected to network, it is possible to recorded a video and the push of real-time streams, mobile phone terminal can
Video and PUSH message of web camera real-time Transmission etc. is checked by Remote Wake Up Server remote.
It is to be appreciated that the mobile phone terminal of the present embodiment can also remotely be matched somebody with somebody to the parameter of web camera according to demand
Put.
When for dormancy and wake-up states when, its specific work process is：
Web camera is in normal work, if checking video without any user, the net after preset time is reached
Network video camera actively enters dormancy, and now web camera will configure WIFI module 13 before dormancy is entered and taken with Remote Wake Up
Be engaged in device between a heartbeat, afterwards preserve web camera configuration information, can by interrupt or serial port command notice at
Module 11 is managed to the output control signal of power module 14 to control power module 14 to stop powering to main control module 12, video camera is
Into low-power consumption mode, while processing module 11 enters sense mode, is touched for detecting button 16, infrared sensor 15 or sound
Send out the state of device.
It is to be appreciated that in order to save energy consumption, the preset time of the present embodiment typically may be configured as 5 minutes.
When video camera enters low-power consumption mode, i.e., into resting state when, WIFI module 13 starts to work independently.Change speech
It, WIFI module 13 continues to send a heartbeat packet to Remote Wake Up server, to keep having between Remote Wake Up server
One long connection, when the heartbeat packet received by Remote Wake Up server is normal, Remote Wake Up server is returned to terminal and can called out
Awake status signal.
If terminal user needs to wake up web camera, you can pass through the web camera on intelligent terminal
APP issues wake-up instruction to Remote Wake Up server, and Remote Wake Up server instructs this after receiving the wake-up instruction of terminal
The WIFI module 13 being sent in web camera, WIFI module 13 pass through GPIO mouths to processing mould after receiving wake-up instruction
Block 11 sends wake-up signal and outputs control signals to power module 14 to trigger processing module 11, and then controls power module 14 fast
Speed is to electricity on main control module 12, so that web camera starts.
Here, it should be noted that if the heartbeat packet of the transmission between WIFI module 13 and Remote Wake Up server occurs
When abnormal, WIFI module 13 can automatically be monitored and trigger reconnection pin, and main control module 12 can be identified after starting by judging to trigger,
If reconnection triggering is again introduced into resting state immediately after will reconfiguring network.
When for off-mode when, its specific work process is：
The web camera of the present invention includes actively shutdown and automatic shutdown both of which.Usually actively shutdown is user
The button 16 being connected by long-press with processing module 11 is realized.This can be closed after processing module 11 detects that button 16 is long pressed
Machine signal is sent to main control module 12, and main control module 12, which receives, preserves configuration information after the off signal, and to processing mould
Block 11, which returns to preserve, completes signal, and processing module 11 is received after signal is completed in the preservation to be stopped supplying to the output of power module 14
Electric signal, power module 14 stop powering to main control module 12.
Automatic shutdown is when the electric quantity monitoring module in processing module 11 detects the electricity of power module 14 less than setting
During value, processing module 11 can export electricity pre-warning signal to main control module 12, and main control module 12 receives the electricity pre-warning signal
Triggering charging indicator light 17 is opened afterwards, and now charging indicator light 17 starts flicker to remind user to charge in time.
It is to be appreciated that the electricity setting value of power module 14 typically may be set to 15%.
Further, if detect that the electricity of power module 14 is less than 5%, output stops supplying processing module 11 automatically
Electric signal, to control power module 14 to stop powering to main control module 12, now, is not continuing the feelings of charging to power module 14
Under condition, processing module 11 can not be again started up main control module 12, and web camera enters off-mode.
As shown in figure 3, present invention also offers a kind of video monitoring system, the video monitoring system includes above-mentioned low-power consumption
Remote Wake Up web camera, Remote Wake Up server and terminal, wherein, low power consumption remote wakes up web camera and passed through
WIFI module 13 enters row data communication with Remote Wake Up server, and terminal is sent by Remote Wake Up server to WIFI module 13
Instruction is waken up to realize Remote Wake Up web camera.
To sum up, low power consumption remote of the invention wake-up web camera possesses WIFI Remote Wake Up functions, works as network shooting
Machine in a dormant state when, WIFI module 13 can work independently, with Remote Wake Up server keep a heartbeat, terminal user
Web camera can be waken up by Remote Wake Up server, so as to real time inspection monitored picture.
In addition, the video monitoring system of the present invention can also pass through the keys of APP mono- of the web camera in terminal
After Configuration network, it is live to realize to terminal that web camera can quickly connect simultaneously real-time transmission of video data of connecting to the Net.Together
When, control and Configuration network video camera very easily can also be gone by network, realize between web camera more easily
Interaction.
Above example only technical concepts and features to illustrate the invention, its object is to allow person skilled in the art
Scholar can understand present disclosure and implement accordingly, can not limit the scope of the invention.It is all to be wanted with right of the present invention
The equivalent changes and modifications that scope is done are sought, the covering scope of the claims in the present invention all should be belonged to.
It should be appreciated that for those of ordinary skills, can according to the above description be improved or converted,
And all these modifications and variations should all belong to the protection domain of appended claims of the present invention.
Claims (10)
1. a kind of low power consumption remote wakes up web camera, it is characterised in that including processing module, main control module, power module
And WIFI module, wherein,
The WIFI module, which instructs for the wake-up that receiving terminal is sent by Remote Wake Up server and is based on the wake-up, to be referred to
Order exports wake-up signal to the processing module；The WIFI module web camera in a dormant state when continue to long-range
Wake servers send heartbeat packet and connected with keeping growing with the Remote Wake Up server；
The processing module is connected with the main control module, WIFI module and power module, is exported and controlled based on the wake-up signal
Signal processed triggers the power module and powered to the main control module, and then make the web camera to the power module
Start.
2. low power consumption remote according to claim 1 wakes up web camera, it is characterised in that the wake-up instruction includes
The device identifier of the terminal.
3. low power consumption remote according to claim 1 wakes up web camera, it is characterised in that the WIFI module is sent
Wake-up signal be level signal, by the level signal to the processing module provide logic control level.
4. low power consumption remote according to claim 3 wakes up web camera, it is characterised in that the processing module includes
Logic control element, the level signal output control signal that the logic control element is sent according to the WIFI module.
5. low power consumption remote according to claim 4 wakes up web camera, it is characterised in that the logic control element
For logic switch, the power pulse for controlling the web camera is switched on or closed.
6. low power consumption remote according to claim 1 wakes up web camera, it is characterised in that the processing module includes
Electric quantity monitoring module, it is less than setting value for monitoring the electricity of the power module in real time, and in the electricity of the power module
When export electricity pre-warning signal.
7. low power consumption remote according to claim 1 wakes up web camera, it is characterised in that the WIFI module and institute
State processing module to connect by GPIO mouths, the WIFI module carries out signal biography with the processing module by the GPIO mouths
It is defeated.
8. low power consumption remote according to claim 1 wakes up web camera, it is characterised in that the web camera is also
Including head, the head is connected by UART mouths with the main control module, and the main control module is based on the UART mouths to institute
State head and send turn signal to control the cloud platform rotation.
9. low power consumption remote according to claim 1 wakes up web camera, it is characterised in that the processing module passes through
Serial ports and GPIO mouths are connected with the main control module, and the processing module carries out signaling by the serial ports and the main control module
And data interaction, State triggers are sent to the main control module by the GPIO mouths.
10. a kind of video monitoring system, it is characterised in that waken up including the low power consumption remote described in any one of claim 1 to 9
Web camera, Remote Wake Up server and terminal, the low power consumption remote wake up web camera by WIFI module with
The Remote Wake Up server enters row data communication, and the terminal is sent out by the Remote Wake Up server to the WIFI module
Wake-up is sent to instruct.
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