CN204069205U - Based on the agriculture production environment asynchronous wireless video monitoring apparatus of 4G network - Google Patents
Based on the agriculture production environment asynchronous wireless video monitoring apparatus of 4G network Download PDFInfo
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- CN204069205U CN204069205U CN201420535075.5U CN201420535075U CN204069205U CN 204069205 U CN204069205 U CN 204069205U CN 201420535075 U CN201420535075 U CN 201420535075U CN 204069205 U CN204069205 U CN 204069205U
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Abstract
The utility model discloses a kind of agriculture production environment asynchronous wireless video monitoring apparatus based on 4G network, relate to technical field of video monitoring.Comprise: control command editor transmitting apparatus, hardware platform of increasing income, video acquisition system, video server, video reception apparatus and power supply; Described control command editor transmitting apparatus, described video acquisition system are all connected with described hardware platform of increasing income, described hardware platform of increasing income is connected with described video server by 4G network, and described video server is connected by the Internet with described video reception apparatus; Described power supply for described in increase income hardware platform and described video acquisition system power.Adopt the Long-distance Control that the arrangement achieves video acquisition system, and the asynchronous radio transmissions of video data, and then achieve the video monitoring to agriculture production environment.
Description
Technical field
The utility model relates to technical field of video monitoring, particularly relates to a kind of agriculture production environment asynchronous wireless video monitoring apparatus based on 4G network.
Background technology
The monitoring of agriculture production environment is the effective means ensureing agricultural production security and efficient management.At present, the safety management of agriculture production environment utilizes that perimeter security crime prevention device is auxiliary carries out safeguard management mostly, and perimeter security crime prevention device comprises enclosure wall or iron bar etc.
Above-mentioned supervising device is adopted to assist the safeguard management of agriculture production environment, likely can not Timeliness coverage and process illegal invasion, thus likely cause serious economic loss, What is more, cause casualties and agricultural product or crop damage, personal safety and agricultural production are formed and threatens.
Due to agriculture production environment supervising device of the prior art; Timeliness coverage illegal invasion can not be ensured; so; concerning agriculture production environment; need a set of advanced person, science, practicality, economy and safety precaution supervising device stable and reliable for performance, with the property of protecting agriculture production environment and the safety of personnel better, farthest take precautions against various invasion; improve the reaction speed of the various accident of process, provide a good operational environment to peasant.
Reach its maturity with perfect along with technology such as computer, network, Information And Communication, audio/video encoding/decoding, Streaming Medias, under the demand driving that security protection market is huge, Video Supervision Technique is towards digitlization, networking, intelligentized future development, it is the leap of Video Supervision Technique that video monitoring changes explanation automatically into by visual interpretation, is also the certainty of security and guard technology development.
Current video monitoring is mainly used in following field:
1, demographics: statistics passes through the people of entrance or appointed area or the quantity of thing.Such as can be the volume of the flow of passengers of market statistics every day.
2, Car license recognition: the feature such as shape, color, the number-plate number identifying vehicle, and feed back to supervisor.This technology can be applicable to vehicle blacklist and follows the trail of.
3, event detection: circumference monitoring and abnormal behaviour analysis are carried out to video.Abnormal behaviour comprise two-wayly to cross the border, unidirectionally to cross the border, enter forbidden zone, leave forbidden zone, hover, unattended operation, cataclysm, gathering of people, Smoke Detection, rapid movement, drive in the wrong direction, the event such as to fight.
4, video diagnosis: the snowflake, the roll screen that occur video image, fuzzy, colour cast, picture freeze, gain imbalance and The Cloud Terrace are out of control etc., and common camera fault makes accurately judges and send warning message.This technology can be applicable in the construction of safe city, automatically detects the state of video camera, thus alleviates the working strength of attendant.
And Video Supervision Technique is not almost applied in agriculture production environment monitoring, main cause is: the most of video monitoring systems used at present need to pass through the Internet, long-range cradle head control is realized by pc client, and the remote geographic location of agriculture production environment, lack the Internet support, therefore cannot realize cradle head control anywhere or anytime, also cannot realize the transmission of monitor data, thus the monitoring to agriculture production environment cannot be realized.
Utility model content
The purpose of this utility model is to provide a kind of agriculture production environment asynchronous wireless video monitoring apparatus based on 4G network, thus solves the foregoing problems existed in prior art.
To achieve these goals, the technical solution adopted in the utility model is as follows:
Based on an agriculture production environment asynchronous wireless video monitoring apparatus for 4G network, comprising: control command editor transmitting apparatus, hardware platform of increasing income, video acquisition system, video server, video reception apparatus and power supply; Described control command editor transmitting apparatus, described video acquisition system are all connected with described hardware platform of increasing income, described hardware platform of increasing income is connected with described video server by 4G network, and described video server is connected by the Internet with described video reception apparatus; Described power supply for described in increase income hardware platform and described video acquisition system power.
Particularly, described in hardware platform of increasing income comprise 4G network interface card, processor and memory, described 4G network interface card, memory are all connected with described processor communication; Described control command editor transmitting apparatus and described 4G network interface card communicate to connect.
Particularly, described processor adopts ARM1176JZF-S kernel.
Particularly, described video acquisition system comprises stepping motor, The Cloud Terrace and video camera, and described video camera is arranged on described The Cloud Terrace, and described stepping motor is connected with described The Cloud Terrace; Described stepping motor is all connected with described processor communication with described video camera; Described video camera is connected with described memory communication.
Particularly, described processor is provided with GPIO port, described stepping motor and described video camera are all connected with described processor communication by described GPIO port.
Particularly, described control command editor transmitting apparatus is connected by note service system with described 4G network interface card.
Particularly, described control command editor transmitting apparatus comprises mobile phone, panel computer and/or the PC with short message editing sending function.
Particularly, described video reception apparatus comprises hand-held mobile terminal and/or PC.
Particularly, described hand-held mobile terminal comprises smart mobile phone and/or panel computer.
Particularly, described video server adopts streaming media video server.
The beneficial effects of the utility model are: by the agriculture production environment asynchronous wireless video monitoring apparatus based on 4G network adopting the utility model embodiment to provide, the Long-distance Control to video acquisition system can be realized, simultaneously by the transmission of 4G real-time performance video data, thus the video monitoring achieved agriculture production environment, and then Timeliness coverage illegal invasion can be ensured, the property of protecting agriculture production environment and the safety of personnel better, the various invasion of maximum strick precaution, improve the reaction speed of the various accident of process, a good operational environment is provided to peasant.
Accompanying drawing explanation
Fig. 1 is the structural representation of the agriculture production environment asynchronous wireless video monitoring apparatus based on 4G network that the utility model embodiment provides;
Fig. 2 is the structural representation of increase income hardware platform and the video acquisition system that the utility model embodiment provides.
Embodiment
In order to make the purpose of this utility model, technical scheme and advantage clearly understand, below in conjunction with accompanying drawing, the utility model is further elaborated.Should be appreciated that embodiment described herein only in order to explain the utility model, and be not used in restriction the utility model.
In order to use Video Supervision Technique, agriculture production environment is monitored, and can solve owing to lacking the Internet support in agriculture production environment, cannot realize the problem of the Long-distance Control of The Cloud Terrace and the transmission of monitor data, the utility model embodiment provides a kind of agriculture production environment asynchronous wireless video monitoring apparatus based on 4G network.
As shown in Figure 1, the agriculture production environment asynchronous wireless video monitoring apparatus based on 4G network that the utility model embodiment provides, comprising: control command editor transmitting apparatus, hardware platform of increasing income, video acquisition system, video server, video reception apparatus and power supply; Described control command editor transmitting apparatus, described video acquisition system are all connected with described hardware platform of increasing income, described hardware platform of increasing income is connected with described video server by 4G network, and described video server is connected by the Internet with described video reception apparatus; Described power supply for described in increase income hardware platform and described video acquisition system power.
4G refers to forth generation mobile communication technology.4G integrates 3G and WLAN, and can quick data transfering, high-quality, audio frequency, video and image etc.4G can download with the speed of more than 100Mbps, than fast 20 times current of family expenses broadband A/D SL (4,000,000), and can meet the requirement of nearly all user for wireless service.In addition, 4G can not have chlamydate place to dispose at DSL and Cable Modem, and then expands to whole distract.In the utility model embodiment, 4G network is used to connect on-the-spot increase income hardware platform and video server, realize video from the transmission of hardware platform to video server of increasing income, thus solve agriculture production environment shortage the Internet, the technical problem using PC control monopod video camera to monitor agriculture production environment in prior art cannot be realized.
In the utility model embodiment, increase income hardware platform and video acquisition system need to be arranged on the scene of agriculture production environment, complete the control of the video acquisition to agriculture production environment, execution and storage.Control command editor transmitting apparatus, video server and video reception apparatus can be arranged on Anywhere.
Wherein, the preparation method of embedded software, can adopt ordinary skill in the art means to realize.
Adopt the agriculture production environment asynchronous wireless video monitoring apparatus based on 4G network that the utility model embodiment provides; achieve the video monitoring to agriculture production environment; and then Timeliness coverage illegal invasion can be ensured; the property of protecting agriculture production environment and the safety of personnel better; the various invasion of maximum strick precaution; improve the reaction speed of the various accident of process, provide a good operational environment to peasant.
The utility model embodiment provides, and based on the agriculture production environment asynchronous wireless video monitoring apparatus of 4G network, its course of work is:
The instruction of control command editor transmitting apparatus editor control, and control command is sent to hardware platform of increasing income, after hardware platform of increasing income receives control command, it is resolved, and the control command after this parsing is sent to video acquisition system, after video acquisition system receives control command, video-capture operations is performed according to control command, and the video storage of collection is being increased income on hardware platform, that increases income that hardware platform can be regular is sent to video server by video, video reception apparatus checks server by accessing video server, according to the video seen, again by the instruction of control command editor transmitting apparatus editor control, make on-the-spot equipment according to control command work, finally obtain the video wanted.User can understand the situation of agriculture production environment according to the video seen; such as Timeliness coverage illegal invasion; can the better property of protecting agriculture production environment and the safety of personnel; in addition; by the growth of video acquisition crops, fruits and vegetables etc. and job information, thus corresponding decision-making of production management can also be made easily.
Wherein, as shown in Figure 2, the agriculture production environment asynchronous wireless video monitoring apparatus based on 4G network that the utility model embodiment provides, hardware platform of increasing income comprises 4G network interface card, processor and memory, and 4G network interface card, memory are all connected with processor communication; Control command editor transmitting apparatus and 4G network interface card communicate to connect.
Wherein, processor can adopt ARM1176JZF-S kernel.
Memory comprises built-in storage and external memory, and wherein, in the utility model embodiment, built-in storage can adopt 512M sdram memory chip, and external memory can adopt compatible to SD card.
In the utility model embodiment, control command refers to the control command that The Cloud Terrace rotates, and this control command comprises object time and the target location of The Cloud Terrace rotation, and wherein, target location comprises the angle of The Cloud Terrace rotation and the direction of The Cloud Terrace rotation.
Adopt the hardware platform of increasing income of said structure, implementation procedure is: 4G network interface card receives the control command that control command editor transmitting apparatus sends, the embedded program of processor is monitored 4G network interface card, read this control command, and it is resolved, obtain object time and the target location of The Cloud Terrace rotation, again the data after parsing are sent to video acquisition system, control video acquisition system and carry out video acquisition according to control command, the video council collected is stored in increases income in the memory of hardware platform, and processor can read the video data of collection from memory.
The program used in this implementation procedure, can adopt the common technology means in technical field of video monitoring.
As shown in Figure 2, in an embodiment of the present utility model, described video acquisition system comprises stepping motor, The Cloud Terrace and video camera, and described video camera is arranged on described The Cloud Terrace, and described stepping motor is connected with described The Cloud Terrace; Described stepping motor is all connected with described processor communication with described video camera; Described video camera is connected with described memory communication.
Wherein, described processor is provided with GPIO port, described stepping motor and described video camera are all connected with described processor communication by described GPIO port.
Adopt the video acquisition system of said structure, can, under the dynamic action of stepping motor, The Cloud Terrace be rotated, thus drive video camera to rotate, and then omnibearing video acquisition is carried out to surrounding environment.
Wherein, because described stepping motor is all connected with described processor communication with described video camera; Described video camera is connected with described memory communication, so increase income, hardware platform can be controlled stepping motor and video camera by the embedded program of processor, stepping motor can be rotated according to control command, make video camera perform the order of video acquisition, thus realize the automatic control of video acquisition.
Adopt the video acquisition system of said structure, specific implementation process is: the control command that The Cloud Terrace rotates is sent to stepping motor by the processor of hardware platform of increasing income, and after calling the start-up routine of stepping motor, stepping motor starts to perform instruction, for The Cloud Terrace provides power, The Cloud Terrace is driven to rotate according to control command, after rotating to assigned address, stepping motor can send done state information and return to processor, inform that the spinning movement of processor The Cloud Terrace is successfully completed, after processor receives report, the control program starting video camera can be called, start video camera, then video camera starts to start to gather video in the target location of specifying, the video council collected is transferred in the memory of hardware platform of increasing income and stores, when processor needs to call video, video can be read from memory.
The program used in this implementation procedure, can adopt the common technology means in technical field of video monitoring.
In the utility model embodiment, described control command editor transmitting apparatus is connected by note service system with described 4G network interface card, and control command editor transmitting apparatus comprises mobile phone, panel computer and/or the PC with short message editing sending function.
Control command is undertaken editing by the form of note and is sent on 4G network interface card, when reality uses, is the control command of note form be sent on the SIM card number of 4G network interface card.
On mobile phone, panel computer and/or PC during editor control instruction, this form can be adopted, as 2014-08-2014:00:00, C, 45 or 2014-08-2014:00:00, CC, 45, wherein, C can represent the 45° angle that turns clockwise, and CC can represent and is rotated counterclockwise 45° angle.As will be understood by the skilled person in the art, other edit format can also be adopted.As long as after on the SIM card number being sent to 4G network interface card, hardware platform of increasing income can identify and resolve just passable.
In the utility model embodiment, by form editor and the sending controling instruction of note, the technology not only realized is easy, and user operation is convenient, especially low to the requirement of control command editor transmitting apparatus, as long as it is just passable to have short message editing sending function.And when using the moveable handheld device such as mobile phone or panel computer to edit sending controling instruction, can realize controlling anywhere or anytime, more flexibly, convenient, control is more timely.
In the utility model embodiment, video reception apparatus comprises hand-held mobile terminal and/or PC.When reality uses, hand-held mobile terminal and/or PC, connect the website of video server by the Internet, obtain the video of agriculture production environment, understand agriculture production environment in time.
When using the moveable handheld device such as mobile phone or panel computer to obtain video, can realize understanding agriculture production environment anywhere or anytime, convenient more flexibly.
In the utility model embodiment, video server adopts streaming media video server.Adopt stream media technology, Streaming Media refers to the media formats adopting the mode of stream transmission to play on the internet.Streaming Media is that businessman's video delivery server sends program as packet, is sent on network.After user carries out decompress(ion) by decompression apparatus to these data, program will show as before transmission.Adopt streaming media video server that user can be made better to see the video of shooting.
In the utility model embodiment, the program that all implementation procedures related to use, all can adopt the common technology means in technical field of video monitoring.The core concept of the utility model embodiment and realizing mainly by using increase income hardware platform and 4G network to realize the wireless transmission of The Cloud Terrace Long-distance Control and video to the agriculture production environment lacking the Internet.
The agriculture production environment asynchronous wireless video monitoring apparatus based on 4G network that a preferred embodiment of the present utility model provides, its course of work is:
1, user uses the 4G network interface card that the instruction of mobile phone message editor sends to hardware platform of increasing income to install, and sends to the 4G network interface card SIM card number that hardware platform of increasing income is installed.
2, hardware platform of increasing income monitors 4G network interface card, and after receiving short message instruction, being ceased instruction by the program short message reading embedded and resolved, is two parts by short message instructions parse: target rotational time and target rotational position.
The GPIO port that the stepping motor that the data be parsed are sent to The Cloud Terrace by the embedding program of 3, increasing income hardware platform connects, and call step motor control driven by program stepping motor execution corresponding actions.
4, after stepping motor receives instruction, perform spinning movement according to instruction, drive video camera to rotate.
5, after spinning movement completes, stepping motor sends done state information and returns to hardware platform embedding program of increasing income, and notifying program action is successfully completed.
6, hardware platform of increasing income embeds program, by GPIO port, the instruction starting to catch image is sent to video camera, and actuated camera starts to catch image.
7, video camera starts picture catching after receiving instruction, and the image captured is stored in increases income on the memory of hardware platform.
8, the embedding program of hardware platform of increasing income regularly use FTP by the image that captures by 4G Internet Transmission on video server.
9, user is by equipment connection video server websites such as internet use PC, smart mobile phone or panel computers, viewing video.
By the agriculture production environment asynchronous wireless video monitoring apparatus based on 4G network adopting the present embodiment to provide, achieve by the short message Long-distance Control camera pan-tilt of 4G network interface card, by functions such as 4G Internet video or frame image data asynchronous upload.Solve the Internet in agriculture production environment lack and the technical problem of existing techniques in realizing video monitoring cannot be used.
Wherein, in the utility model embodiment, the program related to and software etc., all can adopt the ordinary skill in the art to work out.
The above is only preferred implementation of the present utility model; it should be pointed out that for those skilled in the art, under the prerequisite not departing from the utility model principle; can also make some improvements and modifications, these improvements and modifications also should look protection range of the present utility model.
Claims (10)
1. based on an agriculture production environment asynchronous wireless video monitoring apparatus for 4G network, it is characterized in that, comprising: control command editor transmitting apparatus, hardware platform of increasing income, video acquisition system, video server, video reception apparatus and power supply; Described control command editor transmitting apparatus, described video acquisition system are all connected with described hardware platform of increasing income, described hardware platform of increasing income is connected with described video server by 4G network, and described video server is connected by the Internet with described video reception apparatus; Described power supply for described in increase income hardware platform and described video acquisition system power.
2. the agriculture production environment asynchronous wireless video monitoring apparatus based on 4G network according to claim 1, it is characterized in that, described hardware platform of increasing income comprises 4G network interface card, processor and memory, and described 4G network interface card, memory are all connected with described processor communication; Described control command editor transmitting apparatus and described 4G network interface card communicate to connect.
3. the agriculture production environment asynchronous wireless video monitoring apparatus based on 4G network according to claim 2, is characterized in that, described processor adopts ARM1176JZF-S kernel.
4. the agriculture production environment asynchronous wireless video monitoring apparatus based on 4G network according to claim 2, it is characterized in that, described video acquisition system comprises stepping motor, The Cloud Terrace and video camera, and described video camera is arranged on described The Cloud Terrace, and described stepping motor is connected with described The Cloud Terrace; Described stepping motor is all connected with described processor communication with described video camera; Described video camera is connected with described memory communication.
5. the agriculture production environment asynchronous wireless video monitoring apparatus based on 4G network according to claim 4, it is characterized in that, described processor is provided with GPIO port, described stepping motor and described video camera are all connected with described processor communication by described GPIO port.
6. the agriculture production environment asynchronous wireless video monitoring apparatus based on 4G network according to claim 2, is characterized in that, described control command editor transmitting apparatus is connected by note service system with described 4G network interface card.
7. the agriculture production environment asynchronous wireless video monitoring apparatus based on 4G network according to claim 6, is characterized in that, described control command editor transmitting apparatus comprises mobile phone, panel computer and/or the PC with short message editing sending function.
8. the agriculture production environment asynchronous wireless video monitoring apparatus based on 4G network according to any one of claim 1-7, it is characterized in that, described video reception apparatus comprises hand-held mobile terminal and/or PC.
9. the agriculture production environment asynchronous wireless video monitoring apparatus based on 4G network according to claim 8, it is characterized in that, described hand-held mobile terminal comprises smart mobile phone and/or panel computer.
10. the agriculture production environment asynchronous wireless video monitoring apparatus based on 4G network according to any one of claim 1-7, is characterized in that, described video server adopts streaming media video server.
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| CN201420535075.5U CN204069205U (en) | 2014-09-17 | 2014-09-17 | Based on the agriculture production environment asynchronous wireless video monitoring apparatus of 4G network |
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| CN201420535075.5U CN204069205U (en) | 2014-09-17 | 2014-09-17 | Based on the agriculture production environment asynchronous wireless video monitoring apparatus of 4G network |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105100749A (en) * | 2015-09-01 | 2015-11-25 | 小米科技有限责任公司 | Image pick-up method and device as well as terminal |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105100749A (en) * | 2015-09-01 | 2015-11-25 | 小米科技有限责任公司 | Image pick-up method and device as well as terminal |
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20141231 Termination date: 20190917 |