CN108769621A - A kind of video monitoring system based on wireless network signal - Google Patents
A kind of video monitoring system based on wireless network signal Download PDFInfo
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- CN108769621A CN108769621A CN201810671287.9A CN201810671287A CN108769621A CN 108769621 A CN108769621 A CN 108769621A CN 201810671287 A CN201810671287 A CN 201810671287A CN 108769621 A CN108769621 A CN 108769621A
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- wireless
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- smartair
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N7/00—Television systems
- H04N7/18—Closed-circuit television [CCTV] systems, i.e. systems in which the video signal is not broadcast
- H04N7/181—Closed-circuit television [CCTV] systems, i.e. systems in which the video signal is not broadcast for receiving images from a plurality of remote sources
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- Closed-Circuit Television Systems (AREA)
Abstract
The present invention is suitable for safety monitoring technology field, provide a kind of video monitoring system based on wireless network signal, including video acquisition module, wireless transport module video monitoring center, the video acquisition module is used for wireless signal transmission for carrying out video image acquisition, the wireless transport module；The video taken is transferred to the monitoring host computer by the dot matrix infrared pick-up head the wireless smartair transmission units in a manner of wireless signal, the monitoring host computer is sent to the camera cradle head by the 4G signal transmission units and is instructed, compared to more existing wireless supervisory control system, wireless video signal and wireless control signal can be transmitted by two kinds of transmission of wireless signals mode by the novel video monitoring system based on wireless network signal respectively, to reduce when changing shooting angle, the transmission of vision signal is not interfered, to obtain the video image of more high definition, improve the quality of monitor video.
Description
Technical field
The invention belongs to safety monitoring technology field more particularly to a kind of video monitoring systems based on wireless network signal
System.
Background technology
In recent years, in all parts of the country to recur the stolen of power equipment and destroy case, not only threaten the safety of power grid
Operation, has also seriously affected industrial production and the household electricity of the people, to ensure electric power facility safe operation, reduces property
Loss, ensure urban distribution network normal operation, it is necessary to take resolute measure, high-tech means and effective pipe can be utilized
Reason constantly reduces the generation of such event.
Wireless supervisory control system currently on the market to enable monitoring bigger range, camera is mounted on mostly
On holder, in the prior art, the image transmission of camera and the remote control of holder mostly use greatly same wireless transmission method,
So that when controlling holder movement, vision signal is easy because the limitation of bandwidth is fluctuated so that image interim card occurs even
Disconnection.
Invention content
The present invention provides a kind of video monitoring system based on wireless network signal, it is intended to solve currently on the market wireless
Monitoring system to enable monitoring bigger range, mostly by camera be mounted on holder on, in the prior art, camera
Image transmission and the remote control of holder mostly use same wireless transmission method greatly so that when controlling holder movement, depending on
Frequency signal is easy because the limitation of bandwidth is fluctuated so that the problem of interim card or even disconnection occurs in image.
The invention is realized in this way a kind of video monitoring system based on wireless network signal, including video acquisition mould
Block, wireless transport module video monitoring center, the video acquisition module is for carrying out video image acquisition, the wireless transmission
Module is used for wireless signal transmission, and the video monitoring center is for manually monitoring video image, the video acquisition
Module is connected to the video monitoring center by the wireless transport module, and the video acquisition module is by collected video
Image is transferred to the video monitoring center, the video acquisition mould the wireless transport module in a manner of wireless signal
Block includes dot matrix infrared pick-up head and camera cradle head, and the dot matrix infrared pick-up head is described to regard for carrying out video capture
Frequency acquisition module is installed on the wireless transport module, and the wireless transport module is by adjusting the video acquisition module institute
The angle of content of shooting, the wireless transport module include wireless smartair transmission units and 4G signal transmission units, described
Wireless smartair transmission units are used for video signal transmission, and the 4G signal transmission units are used to control the transmission of signal, institute
It includes Ethernet switch, monitoring host computer, control panel and high-clear display, the Ethernet exchanging to state video monitoring center
Machine, control panel and high-clear display are all connected to the monitoring host computer, and the monitoring host computer passes through the Ethernet switch
It is connected to external network, the high-clear display is shown for video, and the control panel is for carrying out instruction input, the point
Battle array infrared pick-up head is connected to the monitoring host computer by the wireless smartair transmission units, and the dot matrix infrared ray is taken the photograph
As the video taken is transferred to the monitoring by head the wireless smartair transmission units in a manner of wireless signal
Host, the monitoring host computer are sent to the camera cradle head by the 4G signal transmission units and are instructed, the monitoring host computer pair
Vision signal carries out analyzing processing and storage after being received, and carries out image by the high-clear display and show.
Preferably, the camera cradle head includes solar panels, accumulator, two motors, bearing and pillar, the sun
Energy plate is mounted on the top of the bearing, and the accumulator is installed on the inside of the bearing, and the bearing is rotationally connected with institute
Pillar is stated, the pillar is located at the lower section of the bearing, and the output shaft of one of them motor is sequentially connected in the pillar,
The motor is installed on the lower section of the bearing, another motor is installed on the side of the pillar, and the dot matrix is red
Outside line camera is installed on the other side of the pillar, and the motor drive is connected to the dot matrix infrared pick-up head, described
Camera cradle head is built-in with cradle head controllor, and two motors are all connected to the cradle head controllor, two motors, too
Positive energy plate and dot matrix infrared pick-up head, cradle head controllor are electrically connected at the accumulator.
Preferably, the inside of the bearing is set as hollow, and the bearing is internally provided with waterproof coating.
Preferably, the solar panels are provided with certain angle of inclination, the receiving plane southern exposure setting of the solar panels.
Preferably, the quantity of the dot matrix infrared pick-up head and the camera cradle head is multiple, the camera cradle head
Quantity can be depending on the range to be monitored.
Preferably, it is also set up above the camera cradle head there are two signal antenna, one of them described signal antenna connects
The 4G signal receivers are connected to, another described signal antenna is connected to the wireless smartair transmitters.
Preferably, the monitoring host computer is built-in with data hard disc, and the monitoring host computer carries out the video image received
It is stored in after compression in the hard disk.
Preferably, the wireless smartair transmission units include that wireless smartair transmitters and wireless smartair connect
Receive device, the wireless smartair transmitters are installed on the inside of the camera cradle head, and with the dot matrix infrared pick-up head
Connection, the wireless smartair receivers are connected to the monitoring host computer, and the dot matrix infrared pick-up head will carry out video
It shoots and the video information taken is converted to wireless signal by the wireless smartair transmitters and is sent out, be equipped on
The wireless smartair receivers on the monitoring host computer receive this wireless signal, and again turn wireless messages
Digital data transmission is melted into the monitoring host computer.
Preferably, the 4G signal transmission units include 4G signal receivers and 4G signal projectors, and the 4G signals connect
It receives device and is installed on the inside of the camera cradle head, and connect with the cradle head controllor, the 4G signal projectors are installed on institute
The upper of monitoring host computer to be stated, and is connect with the monitoring host computer, the monitoring host computer is sent by the 4G signal projectors and is instructed,
The 4G signal receivers are transferred to the cradle head controllor in the instruction of reception and carry out instruction execution.
Preferably, the wireless smartair transmitters and 4G signal receivers are electrically connected at the accumulator, institute
It states wireless smartair transmitters and 4G signal receivers is powered by the accumulator.
Compared with prior art, the beneficial effects of the invention are as follows：A kind of video based on wireless network signal of the present invention
Monitoring system, by the way that wireless smartair transmission units and 4G signal transmission units is arranged come so that transmission of video is more stablized
, the dot matrix infrared pick-up head is by the video taken by the wireless smartair transmission units with wireless signal
Mode is transferred to the monitoring host computer, and the monitoring host computer is referred to by the 4G signal transmission units to camera cradle head transmission
It enables, is monitored to wider to which the dot matrix infrared pick-up head can be shot, the wireless smartair transmission
The transmission rate higher of unit compares more existing wireless supervisory control system so that video more increases high definition, it is novel based on
Wireless video signal and wireless control signal can be passed through two kinds of wireless communications respectively by the video monitoring system of wireless network signal
Number transmission mode is transmitted, and to reduce when changing shooting angle, the transmission of vision signal is not interfered, thus
The video image for obtaining more high definition, improves the quality of monitor video.
Description of the drawings
Fig. 1 is the overall structure diagram of the present invention；
Fig. 2 is the structural schematic diagram of video acquisition module in the present invention；
Fig. 3 is the structural schematic diagram of wireless transport module in the present invention；
Fig. 4 is the structural schematic diagram at video monitoring center in the present invention；
Fig. 5 is the workflow structure schematic diagram of the present invention；
Fig. 6 is the structural schematic diagram of monitoring host computer in the present invention；
Fig. 7 is the schematic diagram of camera cradle head in the present invention；
Fig. 8 is the another schematic diagram of acquisition module in the present invention；
In figure：1- video acquisition modules, 2- wireless transport modules, 3- video monitorings center, 11- dot matrix infrared pick-ups
Head, 12- camera cradle heads, 121- cradle head controllors, 21- is wireless smartair transmission units, 22-4G signal transmission units, 211-
Wireless smartair transmitters, 212- is wireless smartair receivers, 221-4G signal receivers, 222-4G signal projectors,
31- Ethernet switches, 32- monitoring host computers, 33- control panels, 34- high-clear displays.
Specific implementation mode
In order to make the purpose , technical scheme and advantage of the present invention be clearer, with reference to the accompanying drawings and embodiments, right
The present invention is further elaborated.It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention, and
It is not used in the restriction present invention.
- 8 are please referred to Fig.1, the present invention provides a kind of technical solution：A kind of video monitoring system based on wireless network signal
System, including video acquisition module 1,2 video monitoring center 3 of wireless transport module, video acquisition module 1 is for carrying out video image
Acquisition, wireless transport module 2 are used for wireless signal transmission, and video monitoring center 3 is used to manually monitor video image, depending on
Frequency acquisition module 1 is connected to video monitoring center 3 by wireless transport module 2, and video acquisition module 1 is by collected video shadow
As being transferred to video monitoring center 3 in a manner of wireless signal wireless transport module 2, video acquisition module 1 includes dot matrix
Infrared pick-up head 11 and camera cradle head 12, dot matrix infrared pick-up head 11 are pacified for carrying out video capture, video acquisition module 1
Loaded on wireless transport module 2, wireless transport module 2 is due to the angle of content captured by adjustment video acquisition module 1, wireless biography
Defeated module 2 includes wireless smartair transmission units 21 and 4G signal transmission units 22, and wireless smartair transmission units 21 are used
In video signal transmission, 4G signal transmission units 22 are used to control the transmission of signal, and video monitoring center 3 includes Ethernet exchanging
Machine 31, monitoring host computer 32, control panel 33 and high-clear display 34, Ethernet switch 31, control panel 33 and high definition are shown
Device 34 is all connected to monitoring host computer 32, and monitoring host computer 32 is connected to external network, high-clear display by Ethernet switch 31
34 show for video, and for control panel 33 for carrying out instruction input, dot matrix infrared pick-up head 11 passes through wireless smartair
Transmission unit 21 is connected to monitoring host computer 32, and dot matrix infrared pick-up head 11 passes the video taken by wireless smartair
Defeated unit 21 is transferred to monitoring host computer 32 in a manner of wireless signal, and monitoring host computer 32 is by 4G signal transmission units 22 to camera shooting
Holder 12 sends instruction, and monitoring host computer 32 carries out analyzing processing and storage after being received to vision signal, and aobvious by high definition
Show that device 34 carries out image and shows.
In the present embodiment, high-definition video signal transmission is carried out by the way that wireless smartair transmission units 21 are arranged
, relative to wireless technologys such as WiFi, WHDI and 604GHz, the SmartAir technological precedences whole world is realized with 300 milliwatt work(
Consumption realizes the technical indicator of gigabit transmission, energy conservation and environmental protection.1 percent of its amount of electromagnetic radiation less than WiFi, it is healthy and safe.Tool
Standby high bandwidth, low cost, low-power consumption, low delay are notable.
In the present embodiment, made by the way that wireless smartair transmission units 21 and 4G signal transmission units 22 is arranged
What transmission of video was more stablized, dot matrix infrared pick-up head 11 will carry out video capture and the video information taken passed through nothing
Line smartair transmitters 211 are converted to wireless signal and send out, and the wireless smartair being equipped on monitoring host computer 32 is received
Device 212 receives this wireless signal, and wireless messages are converted to digital data transmission to monitoring host computer 32, as general again
After wireless video signal is transferred in monitoring host computer 32, monitoring host computer 32 can automatically compress video image, and transmit
To being stored in hard disk, facilitate it is subsequent video image is transferred, and shown by high-definition display screen 34, when
Change shooting angle when, monitoring personnel by control panel 34 send instruct, monitoring host computer 32 upon receipt of the instructions, monitoring
Host 32 is sent by 4G signal projectors 222 and is instructed, while struggle against fish this instruction of 4G signal receivers 221 is received, and 4G believes
Number receiver 221 is transferred to cradle head controllor 121 in the instruction of reception and carries out instruction execution, when cradle head controllor 121 receives
When controlling signal, the output shaft of one of motor drives pillar rotation so that pillar can horizontal direction rotation, in addition
One motor drives the 11 vertical direction rotation of dot matrix infrared pick-up head, and two motors are used cooperatively, to realize to monitored space
Domain shot without dead angle, compares more existing wireless supervisory control system, the novel video monitoring system based on wireless network signal
Wireless video signal and wireless control signal can be transmitted by two kinds of transmission of wireless signals mode by system respectively, to subtract
Few the transmission of vision signal is not interfered when changing shooting angle, to obtain the video image of more high definition, carries
The quality of high monitor video.
Further, camera cradle head 12 includes solar panels, accumulator, two motors, bearing and pillar, solar panels
Mounted on the top of bearing, accumulator is installed on the inside of bearing, and bearing is rotationally connected with pillar, and pillar is located under bearing
The output shaft of side, one of motor is sequentially connected in pillar, and motor is installed on the lower section of bearing, another motor is installed on
The side of pillar, dot matrix infrared pick-up head 11 are installed on the other side of pillar, and motor drive is connected to dot matrix infrared pick-up
First 11, camera cradle head 12 is built-in with cradle head controllor 121, and two motors are all connected to cradle head controllor 121, two motors,
Solar panels and dot matrix infrared pick-up head 11, cradle head controllor 121 are electrically connected at accumulator.
In the present embodiment, change coverage by the way that cradle head controllor 121 is arranged, when cradle head controllor 121 connects
When receiving control signal, the output shaft of one of motor drives pillar rotation so that pillar can horizontal direction rotation,
Another motor drives the 11 vertical direction rotation of dot matrix infrared pick-up head, and two motors are used cooperatively, to realize to prison
Region is controlled shoot without dead angle.
Further, wireless smartair transmission units 21 include wireless smartair transmitters 211 and wireless
Smartair receivers 212, wireless smartair transmitters 211 are installed on the inside of camera cradle head 12, and with dot matrix infrared ray
Camera 11 connects, and wireless smartair receivers 212 are connected to monitoring host computer 32, and dot matrix infrared pick-up head 11 will regard
Frequency shoots and the video information taken is converted to wireless signal by wireless smartair transmitters 211 and is sent out, and carries
This wireless signal is received in the wireless smartair receivers 212 on monitoring host computer 32, and again turns wireless messages
Digital data transmission is melted into monitoring host computer 32.
In the present embodiment, video signal transmission is carried out by the way that wireless smartair transmission units 21 are arranged,
In use, dot matrix infrared pick-up head 11 will carry out video capture and send out the video information taken by wireless smartair
Emitter 211 is converted to wireless signal and sends out, and the wireless smartair receivers 212 being equipped on monitoring host computer 32 are wireless to this
Signal is received, and wireless messages are converted to digital data transmission to monitoring host computer 32 again.
Further, 4G signal transmission units 22 include 4G signal receivers 221 and 4G signal projectors 222,4G signals
Receiver 221 is installed on the inside of camera cradle head 12, and is connect with cradle head controllor 121, and 4G signal projectors 222 are installed on prison
The upper of host 32 is controlled, and is connect with monitoring host computer 32, monitoring host computer 32 is sent by 4G signal projectors 222 and instructed, 4G signals
Receiver 221 is transferred to cradle head controllor 121 in the instruction of reception and carries out instruction execution.
In the present embodiment, control signal is transmitted by the way that 4G signal transmission units 22 are arranged, is shot when in change
Angle when, monitoring personnel is sent by control panel 34 and is instructed, and upon receipt of the instructions, monitoring host computer 32 is logical for monitoring host computer 32
It crosses 4G signal projectors 222 and sends instruction, while struggle against fish this instruction of 4G signal receivers 221 is received, 4G signal receivers
221 reception instruction be transferred to cradle head controllor 121 carry out instruction execution.
Further, wireless smartair transmitters 211 and 4G signal receivers 221 are electrically connected at accumulator, nothing
Line smartair transmitters 211 and 4G signal receivers 221 are powered by accumulator.
In the present embodiment, it is powered by the way that accumulator is arranged, wireless smartair transmitters 211 and 4G signals
Receiver 221 is electrically connected at accumulator, and wireless smartair transmitters 211 and 4G signal receivers 221 pass through electric power storage
Pond is powered.
Further, the inside of bearing is set as hollow, and bearing is internally provided with waterproof coating,
In the present embodiment, increase water proofing property by the way that waterproof coating is arranged, wireless smartair transmitters 211,
4G signal receivers 221 and accumulator are installed on the inside of camera cradle head 12, and bearing is internally provided with waterproof coating to carry
The water proofing property of high camera cradle head 12 uses safer.
Further, solar panels are provided with certain angle of inclination, the receiving plane southern exposure setting of solar panels.
In the present embodiment, accumulator is powered by the way that solar panels are arranged, when mounted, by solar energy
The receiving plane southern exposure of plate is arranged, and the luminous energy that the sun is sent out is converted to electric energy by solar panels, and is transferred in accumulator and is carried out
Storage so that get up to be more energy-saving and environmentally friendly.
Further, the quantity of dot matrix infrared pick-up head 11 and camera cradle head 12 is multiple, the number of camera cradle head 12
Amount can be depending on the range to be monitored.
In the present embodiment, video capture is carried out by the way that dot matrix infrared pick-up head 11 is arranged, dot matrix is infrared to be taken the photograph
As first 11 get well than common, irradiation distance is remote, and image quality is fine and smooth clear, and service life is infrared longer than common, and point
Battle array infrared camera 11 can be shot under the conditions of night, light was insufficient, improve the range used.
Further, the top of camera cradle head 12 is also set up there are two signal antenna, and one of signal antenna is connected to
4G signal receivers 221, another signal antenna are connected to wireless smartair transmitters 211.
In the present embodiment, wireless signal transmission is carried out by setting signal antenna and received, when being regarded
When frequency monitors, after dot matrix infrared pick-up head 11 shoots video, video information transmission to wireless smartair transmitters
In 211, occurred by signal antenna after being converted to wireless video signal, when receiving control signal, wireless control signal is logical
It crosses another signal antenna and is transferred to 4G signal receivers 221 and received, 4G signal receivers 221 change into wireless signal
Digital data transmission is to cradle head controllor 121.
Further, 32 onboard data hard disk of monitoring host computer, monitoring host computer 32 compress the video image received
After store in a hard disk.
In the present embodiment, video image is stored by the way that hard disk is arranged, when in use, when will wirelessly regard
After in frequency signal transmission to monitoring host computer 32, monitoring host computer 32 can automatically compress video image, and be transferred to hard disk
In stored, facilitate and subsequent video image transferred.
The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all essences in the present invention
All any modification, equivalent and improvement etc., should all be included in the protection scope of the present invention made by within refreshing and principle.
Claims (10)
1. a kind of video monitoring system based on wireless network signal, it is characterised in that：Including video acquisition module, wireless transmission
Module video monitoring center, the video acquisition module are used for nothing for carrying out video image acquisition, the wireless transport module
Line signal transmission, for manually being monitored to video image, the video acquisition module passes through institute at the video monitoring center
It states wireless transport module and is connected to the video monitoring center, collected video image is passed through institute by the video acquisition module
It states wireless transport module and is transferred to the video monitoring center in a manner of wireless signal, the video acquisition module includes dot matrix
Infrared pick-up head and camera cradle head, the dot matrix infrared pick-up head is for carrying out video capture, the video acquisition module
It is installed on the wireless transport module, the wireless transport module is due to adjusting content captured by the video acquisition module
Angle, the wireless transport module include wireless smartair transmission units and 4G signal transmission units, described wireless
Smartair transmission units are used for video signal transmission, and the 4G signal transmission units are used to control the transmission of signal, described to regard
Frequency monitoring center includes Ethernet switch, monitoring host computer, control panel and high-clear display, the Ethernet switch, control
Panel and high-clear display processed are all connected to the monitoring host computer, and the monitoring host computer is connected to by the Ethernet switch
External network, the high-clear display show that for the control panel for carrying out instruction input, the dot matrix is infrared for video
Line camera is connected to the monitoring host computer by the wireless smartair transmission units, and the dot matrix infrared pick-up head will
The video taken is transferred to the monitoring host computer, institute the wireless smartair transmission units in a manner of wireless signal
It states monitoring host computer and instruction is sent to the 4G signal transmission units by the 4G signal transmission units, the monitoring host computer is to regarding
Frequency signal carries out analyzing processing and storage after being received, and carries out image by the high-clear display and show.
2. a kind of video monitoring system based on wireless network signal as described in claim 1, it is characterised in that：The camera shooting
Holder includes solar panels, accumulator, two motors, bearing and pillar, and the solar panels are mounted on the upper of the bearing
Side, the accumulator are installed on the inside of the bearing, and the bearing is rotationally connected with the pillar, and the pillar is located at described
The output shaft of the lower section of bearing, one of them motor is sequentially connected in the pillar, and the motor is installed on the bearing
Lower section, another motor is installed on the side of the pillar, and the dot matrix infrared pick-up head is installed on the branch
The other side of column, the motor drive are connected to the dot matrix infrared pick-up head, and the camera cradle head is built-in with holder control
Device processed, two motors are all connected to the cradle head controllor, described two motors, solar panels and dot matrix infrared pick-up
Head, cradle head controllor are electrically connected at the accumulator.
3. such as a kind of video monitoring system based on wireless network signal of claim 1-2 any one of them, it is characterised in that：
The wireless smartair transmission units include wireless smartair transmitters and wireless smartair receivers, described wireless
Smartair transmitters are installed on the inside of the camera cradle head, and are connect with the dot matrix infrared pick-up head, described wireless
Smartair receivers are connected to the monitoring host computer, and the dot matrix infrared pick-up head will carry out video capture and will take
Video information wireless signal is converted to by the wireless smartair transmitters and is sent out, be equipped on the monitoring host computer
The wireless smartair transmitters this wireless signal is received, and again by wireless messages be converted to digital signal pass
It is defeated by the monitoring host computer.
4. a kind of video monitoring system based on wireless network signal as described in any one of claims 1-3, it is characterised in that：
The 4G signal transmission units include 4G signal receivers and 4G signal projectors, and the 4G signal receivers are installed on described take the photograph
It being connect as the inside of holder, and with the cradle head controllor, the 4G signal projectors are installed on the upper of the monitoring host computer, and
It is connect with the monitoring host computer, the monitoring host computer is sent by the 4G signal projectors and instructed, the 4G signal receivers
It is transferred to the cradle head controllor in the instruction of reception and carries out instruction execution.
5. such as a kind of video monitoring system based on wireless network signal of claim 2-3 any one of them, it is characterised in that：
The wireless smartair transmitters and 4G signal receivers are electrically connected at the accumulator, the wireless smartair hairs
Emitter and 4G signal receivers are powered by the accumulator.
6. a kind of video monitoring system based on wireless network signal as claimed in claim 2, it is characterised in that：The bearing
Inside be set as hollow, and the pillar is internally provided with waterproof coating.
7. a kind of video monitoring system based on wireless network signal as claimed in claim 2, it is characterised in that：The sun
Energy plate is provided with certain angle of inclination, the receiving plane southern exposure setting of the solar panels.
8. a kind of video monitoring system based on wireless network signal as described in claim 1, it is characterised in that：The dot matrix
The quantity of infrared pick-up head and the camera cradle head is multiple, and the quantity of the camera cradle head can be according to the model to be monitored
Depending on enclosing.
9. a kind of video monitoring system based on wireless network signal as described in claim 1, it is characterised in that：The dot matrix
It is also set up above infrared pick-up head there are two signal antenna, one of them described signal antenna is connected to the 4G signals and connects
Device is received, another described signal antenna is connected to the wireless smartair transmitters.
10. a kind of video monitoring system based on wireless network signal as described in claim 1, it is characterised in that：The prison
Control host is built-in with data hard disc, and the monitoring host computer is stored in the hard disk after being compressed the video image received
In.
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| CN201810671287.9A CN108769621A (en) | 2018-08-24 | 2018-08-24 | A kind of video monitoring system based on wireless network signal |
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| CN109688310A (en) * | 2018-12-20 | 2019-04-26 | 佛山市科视达科技有限公司 | A kind of solar powered 4G5G wireless network camera |
| CN110213547A (en) * | 2019-06-27 | 2019-09-06 | 芜湖乐知智能科技有限公司 | A kind of novel remote video monitoring system |
| CN110475057A (en) * | 2019-08-27 | 2019-11-19 | 明光市雨睿电脑服务有限公司 | A kind of implementation method and monitoring device of video monitoring |
| CN113556511A (en) * | 2021-07-07 | 2021-10-26 | 深圳市盛视技术有限公司 | Panoramic container in-transit supervision terminal system |
| CN114488899A (en) * | 2022-01-25 | 2022-05-13 | 嘉兴职业技术学院 | Engineering remote monitoring system based on internet technology |
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