CN103593962B - Organic vegetable quality remote network real-time monitoring method based on sensing communication - Google Patents
Organic vegetable quality remote network real-time monitoring method based on sensing communication Download PDFInfo
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Abstract
The present invention relates to a kind of organic vegetable quality remote network real-time monitoring method based on sensing communication, by the production process video information data of organic vegetable in organic vegetable quality control method gathers the unique design of the design of node of uniqueness, the Classification and Identification labelling of object information data, the process of terminal distributed monitoring, overcoming prior art cannot be acquired to organic vegetable growth environment with the parameter information becoming long status to change data, identify and monitor; Achieve the establishment of organic vegetable growing environment monitoring wireless sense network, it is achieved to the Real-time Collection of data, real-time Transmission such as the temperature of organic vegetable production environment, humidity, CO2 concentration with monitor in real time; And enormously simplify the exploitation of the public display platform of Internet of Things.
Description
Technical field
The present invention relates to monitoring technical field, particularly relate to a kind of vegetables quality telecommunication network method for real-time monitoring, more specifically to a kind of organic vegetable quality remote network real-time monitoring method based on sensing communication.
Background technology
Present stage, China's " vegetable basket project " develops, and fruit and vegerable base more than scale is just in cumulative year after year, but in rural area vast now, bigger owing to putting into, also tending to be adopt labor-intensive mode that green house of vegetables is carried out daily management, so management is relatively strong to the dependency of people, management good and bad be often depending on the judgement to thing of personnel's experience, so sometimes because of careless and inadvertent, cause canopy temperature, the erroneous judgement of humidity etc., affect yield. Traditional mode also there is employing single-skin drum machine as controller, the physical quantitys such as the humiture in booth are detected, but scale function is little, erection infrastructure repeated construction, it is only that a booth or several booth part data parameters around are carried out limited detection, function singleness, more cannot realize long-range monitoring etc.
" agricultural Internet of Things digital control system " is a part for technology of Internet of things, and currently, Internet of Things has become various countries and built socio-economic development new model and reinvent the guide field of country's long-term competitiveness. Developed country accelerates Internet of Things development by measures such as national strategy guide, Government's R&D funding, enterprise's whole world propelling, pilots construction, policies laws guarantees, to seize strategy initiative and development first chance. China has possessed certain application, technology and Industry Foundation, and to build Internet of Things industrial zone, wisdom/intelligent city's construction and Applied D emonstration etc. for mark, define Internet of Things development upsurge, achieve positive progress, country " 12 " lists in Internet of Things in the middle of development outline, and this provides good opportunity to develop to the development of Internet of Things industry.
At present, Internet of Things enterprise both domestic and external is sensor production enterprise or microclimate equipment manufacturing enterprise mostly. Specialty studies the country of concrete industry Internet of Things application and mechanism is little, and being more formed without can the professional system of directly guiding agricultural production or integration, optimization entirety industry. Its technical merit also rests on single collecting device and can only configure a small amount of sensor acquisition data, free networking can not gather data and effectively control agricultural facility, can not adopt wireless technology transmission data and video information, and the combination technology of above-mentioned three be nobody shows any interest in especially.
How really to realize agricultural internet of things equipment networking, clustered management, the information island of each Internet of Things is organically unified into network, and achieve effective control at each node of Internet of Things, it is only the networking concepts being truly realized " agricultural Internet of Things ", and then realizes the technical characterstics such as multi pass acquisition, wireless free networking, the free transmission of Wireless-wire.
" agricultural Internet of Things digital control system " has very important effect in monitoring, protecting and improve the ecological environment. The application parameter that the Data acquisition and issuance of a series of environmental key-elements is provided in conjunction with relevant industry specialists by system by the mode of free networking or independent monitoring, is monitored the environment of this area and controls. Can be widely used in food safety, chemical industry, storage, conceding the land to forestry and grass, natural forest protection, close hillsides to facilitate afforestation, atmosphere environment supervision, water quality aquatic monitoring and control, plant growing and environmental monitoring and control, control of desert monitoring, agricultural irrigation, industrialized agriculture, urban three-dimensional green, fish production, compartmentalization agricultural is big produces. " agricultural Internet of Things digital control system " is applied in high-efficiency high-quality industrialized agriculture and high-grade aquaculture field at present, it is often more important that this system ensuring food safety, food tracing, and expand the aspect tools such as the export of farm produce and be of great significance.
At present, agricultural modernization develops rapidly, and increasing green house of vegetables occurs therewith. But, quite a few hot house cannot normally be got a profit because of the improper of room temperature control, and a part of booth still adopts the original method of thermometer measure, and is unable to reach the purpose of monitoring automatically. Therefore, the backwardness of monitoring means seriously hinders the acquisition of data, have impact on the managing process of automatization.
Therefore, for avoiding above-mentioned technical problem, necessary offer one green house of vegetables temperature monitoring system device, to overcome described defect of the prior art.
Along with the vegetables greenhouse cultivation of China develops towards scale, industrialization direction, the informationalized management level in greenhouse directly affect yield and the quality of agricultural product. Therefore, monitoring and control to greenhouse-environment parameter has great importance in process of production. Due to the disequilibrium of China's each department agricultural development, and grasped the constraint of the ability of science and technology by peasant, traditional wired monitoring mode, complicated operation, it is impossible to meet actual needs. Along with mobile phone popularizing in rural area, system adopts the scheme of gsm wireless network to have more advantage. This wide network coverage, not by distance limit, it is possible to realizes the radio communication in any place any time in the way of short message.
Controlled atmosphere storage is the preservation technique of the food such as current a kind of important water fruits and vegetables. Its method is: indoor at controlled atmosphere storage, the gas componant in manual control storage environment, it is achieved food fresh keeping. In recent years, research in ozone preserving fruit and vegetable utilizing both at home and abroad is very active. Result of study shows, ozone can make the storage time of the food such as water fruits and vegetables effectively extend.
The principle of ozone fresh-keeping technology is: ozone has strong oxidizing property, and in the storage environment of the food such as water fruits and vegetables, chemical property is active, it is possible to sterilization, sterilization, deodorization etc. Particularly ozone can decompose fruit and vegerable metabolite ethylene, thus can delay old and feeble thereafter, extends its freshness date. Ozone easily decomposes, and end product is oxygen, noresidue in food, therefore is safe. But for human body, ozone is irritative gas, and fresh-keeping chamber intensive amount is significantly larger than normal value, thus must solve operator's labor protection problem.
Wireless sensor network (WirelessSensorNetwork) is the network system of the self-organizing of the multi-hop that numerous small sensor nodes is formed by radio communication system. ZigBee wireless sensor network builds based on IEEE802.15.4 standard. Such wireless sensor network supports meshed network technology, it is possible to comprising great deal of nodes, a plurality of route transmission information of self-organizing between node, thus forming a reliable network. Ozone fresh-keeping based on ZigBee wireless sensor network controls system, it is possible to realizes automatically controlling or artificial remotely operation, reduces operator's working time in fresh-keeping chamber, protect health.
" winter warm type " greenhouse gardening vegetable, once appearance, is just accepted by vast growing vegetables person, has now become the known method of planting vegetable. Know the green house of vegetables known to need every day and have special messenger to guard, in order to grasp temperature in the growing state of vegetable and booth, the change of the information such as humidity in time, cause the waste of manpower to a certain extent. A kind of high-tech vegetable greenhouse monitoring system realizing no supervision becomes one of exploitation problem important at present.
Currently, organic vegetable is the nowadays internationally recognized victual that the highest grade, safety is best. But these are turned on the genuine all conformance with standard of vegetable of " organic " printed words? CCTV's " early reference " reporter finds through on-site inspection, the high organic vegetable of price also exists situation about passing a fake product off as a genuine one unexpectedly, pesticide that part organic vegetable planting base Misuse exceeds standard and chemical fertilizer, also some side, organic vegetable field is exactly discarded chemical plant, and limit, field rubbish is in heaps; Meanwhile, organic farmland is separated by only one meter with common agricultural farms, can not ensure the requirement in organic field in water, soil, chemical fertilizer, pesticide etc. , come into the market with blocking by nothing with the organic vegetable of various problems like this, against high price label, flow to common people's dining table. Along with the organic vegetable of development in recent years is as current national safest food, it it is the emphasis of Food in Future development, being the major trends consumed of people, it produces and is related to the quality safety of whole vegetable industry with quality safety management, ensures to play a key effect to all quality of vegetable. The production development of organic vegetable and safety, to strengthening the food service industry international competitiveness of China and status is particularly significant, are current or even the major trend of Chinese agriculture economic development from now on and emphasis.
The present inventor is devoted to the target of research and applies development of Mobile Internet technology, sensor technology, wireless communication technology, remote control technology etc. exactly, set up an organic vegetable quality safety PMS towards mobile Internet, can collect and monitor the information of the production processes such as the plantation of organic agriculture production system Raw, collection, processing, packaging, storage, transport, and provide effective and convenient real time information resource as consumer and related management personnel. Simultaneously, the built-in vertical organic vegetable production process quality safety mobile Internet demonstration on organic farm, field in May, Suzhou, carry out the integrated service of organic vegetable quality safety, and outwards promote achievement in research, ensure organic vegetable quality, improve the demand that organic vegetable is bought by consumer, cultivate the market of organic vegetable further, advance the sound development of organic vegetable industry.
Present stage organic vegetable safety problem frequency is existing; as: famous brand difficult quality guarantee, organic vegetable are not up to standard; even there is mountain vallage organic vegetable; product quality and safety are difficult to be guaranteed; making present organic Noodles with Vegetables face more peddling less selling situation, quality safety receives serious trust crisis. Supervise the major reason being this situation and occurring not in place. Current China has the company one of Organic certification qualification and has 23, partial authentication company can not strictly according to country's organic standard, the enterprise of application Organic certification is examined, follows the tracks of and manages, causes that the substandard product of some vegetable production bases reaches a standard by sheer good luck, come into the market.
Thus, set up an organic vegetable quality safety PMS towards mobile Internet and become research tendency, develop one based on mobile Internet and cloud computing platform, by various intelligent terminal, the production overall process of organic vegetable can be carried out the system platform of real-time quality monitoring. By the organic vegetable quality safety PMS towards mobile Internet of project development, zero distance is achieved between consumer and field, directly allow consumer can understand the real information that organic vegetable is planted in process of production, plucked, processes, packs, preserves, transports in real time, the overall process that all kinds of vegetables quality security control and authenticated unit whole process inspection organic vegetable simultaneously can also be allowed to produce, allows organic vegetable be truly realized safety food the highest, top-quality. Consumer can be enjoyed assured to buy, the organic vegetable felt at ease eaten.
Therefore, the system platform towards mobile Internet in organic vegetable construction of production base one energy real time data monitoring, be to maintain organic agriculture produce quick Sustainable Healthy Development in the urgent need to, it is ensure consumer's interests and improve organic vegetable popularity of enterprise, expands one of important way of market share of enterprise. Realize organic vegetable production information to share and information transparency, strengthen exchange and the supervision effect of information, become the production information monitoring system that comparison is sound.
Summary of the invention
It is an object of the invention to the deficiencies in the prior art for correlative technology field, on the basis of a large amount of existing documents and the present inventor's long-term practice, by the production process video information data of organic vegetable in organic vegetable quality control method gathers the unique design of the design of node of uniqueness, the Classification and Identification labelling of object information data, the process of terminal distributed monitoring, overcoming prior art cannot be acquired to organic vegetable growth environment with the parameter information becoming long status to change data, identify and monitor; Achieve the establishment of organic vegetable growing environment monitoring wireless sense network, it is achieved to the Real-time Collection of data, real-time Transmission such as the temperature of organic vegetable production environment, humidity, CO2 concentration with monitor in real time; And enormously simplify the exploitation of the public display platform of Internet of Things, follow-up can also pass through the relevant information that large-size screen monitors real-time exhibition organic vegetable produces, such as information such as the situation of growing environment, growth conditions, fertilising, dispensers; Varieties of food items supervision and authenticated unit is allowed can remotely to supervise the overall process that organic vegetable produces, realize organic vegetable production information to share and information transparency, the exchange of reinforcement information and supervision effect, allow organic vegetable be truly realized safety food the highest, top-quality.
For achieving the above object, the present invention is achieved by the following technical solutions:
A kind of organic vegetable quality remote network real-time monitoring method based on sensing communication of the present invention, the described organic vegetable quality remote network real-time monitoring method based on sensing communication comprises the following steps successively: the production process video information data collection of organic vegetable, the Classification and Identification labelling of object information data, above-mentioned terminal distributed monitoring process; It is characterized in that,
The production process video information data of described organic vegetable gathers: by being uniformly arranged multiple organic vegetable quality monitoring sensing node in organic vegetable base, organic vegetable growth environment is acquired with the parameter information data becoming long status to change; Wherein, it is sequentially carried out organic vegetable quality monitoring sensing node before acquisition to select with monitoring Region Matching, the system time arranging monitoring sensing node and the parameter information that monitoring interval time is poor, the organic vegetable growth environment parameter information of monitoring sensing node selects, the organic vegetable of monitoring sensing node becomes long status to change with the location layout in base, monitoring sensing node physical address; Wherein, the location layout of described organic vegetable quality monitoring sensing node and base station is in the inside in organic vegetable base, and described organic vegetable quality monitoring sensing node is adopted multistage planetary network distribution; Each described organic vegetable quality monitoring sensing node is built-in to be had successively: the built-in humiture difference high accuracy of automatically calibrating photosensitive detection sensing module, distributed infrared twin-core fiber temperature sensing module, dynamic response ionization type gas humidity sensing module, carbon nano-tube film responds detection module, gas concentration lwevel is demarcated and measured sensing module; Wherein, described automatically calibrating photosensitive detection sensing module includes photosensitive collecting unit, light probe unit, light auto-regulating correcting unit, photosensitive information data transmitting element successively; Described distributed infrared twin-core fiber temperature sensing module include multiple in distributed multistage single-mode dual-core optical fiber sense unit, remote fiber optic temperature probe unit, multipoint mode infrared optical fiber temperature information data transmission unit; Described dynamic response ionization type gas humidity sensing module includes the dynamic sensing unit of multi-electrode air pressure, gas humidity capacitive character change-detection unit, humidity information data transmission unit successively; Described carbon nano-tube film built-in humiture difference high accuracy response detection module includes three oval carbon nano-tube films, humiture difference high accuracy response unit, humiture difference high accuracy response message data accumulation unit, humiture difference information data transmitting element, wherein, described humiture difference high accuracy response unit, humiture difference high accuracy response message data accumulation unit, humiture difference information data transmitting element are placed on above-mentioned three oval carbon nano-tube film surfaces of correspondence; Described gas concentration lwevel demarcate measure sensing module include substrate, adjoin each other on the substrate and formed multiple carbon dioxide detection membrane, gas concentration lwevel demarcating module, gas concentration lwevel calibration information data transmission blocks, wherein, multiple described carbon dioxide detection membrane have the thin layer being formed on described substrate, and are formed at the catalyst layer of this thin-film surface;
The Classification and Identification labelling of described object information data: the above-mentioned information data that organic vegetable growth environment is acquired with the parameter information data becoming long status to change is sequentially carried out storage, initializes arrangement and classification process, then the object information data one-way communication transmission after above-mentioned classification being processed carries out category label to multistage cluster layer time network structure, and then the information data of all categories of labelling carries out repeatedly recognition detection correction;
Described terminal distributed monitoring processes: by central control unit, the object information data of above-mentioned Classification and Identification labelling being carried out terminal distributed monitoring, described central control unit includes concentrator, many branches network monitoring unit, central network monitoring unit; Wherein, described concentrator receives the object information data of above-mentioned Classification and Identification labelling by low pressure carrier wave, described concentrator connects described many branches network monitoring unit by serial ports, described many branches network monitoring unit connects terminal by its communication module and receives the object information data of the equipment described concentrator of collection, then send equipment again through terminal and push to described central network monitoring unit, described central network monitoring unit unify monitor in real time and process.
Wherein, above-mentioned terminal distributed monitoring process described in central network monitoring unit unify monitor in real time process at least include object information data storage management authorize, object information data according to organic vegetable growth environment with becomes long status to change parameter information demand data configure, exceed standard alarm configuration.
Wherein, according to above-mentioned based on the organic vegetable quality remote network real-time monitoring system based on sensing communication in the organic vegetable quality remote network real-time monitoring method of sensing communication.
Beneficial effect: the present invention is in the production process video information data of organic vegetable gathers, that creates devises by being uniformly arranged multiple organic vegetable quality monitoring sensing node in organic vegetable base, and establishing the joint system of unique efficient, the quality remote network real-time monitoring based on sensing communication meeting organic vegetable planting greenhouse is actually needed; Plant in quality monitoring field at various pollution-free foods and be widely used.
Detailed description of the invention
Below in conjunction with detailed description of the invention, the present invention is expanded on further.
Embodiment 1:
A kind of organic vegetable quality remote network real-time monitoring method based on sensing communication, the described organic vegetable quality remote network real-time monitoring method based on sensing communication comprises the following steps successively: the production process video information data collection of organic vegetable, the Classification and Identification labelling of object information data, above-mentioned terminal distributed monitoring process; It is characterized in that,
The production process video information data of described organic vegetable gathers: by being uniformly arranged multiple organic vegetable quality monitoring sensing node in organic vegetable base, organic vegetable growth environment is acquired with the parameter information data becoming long status to change; Wherein, it is sequentially carried out organic vegetable quality monitoring sensing node before acquisition to select with monitoring Region Matching, the system time arranging monitoring sensing node and the parameter information that monitoring interval time is poor, the organic vegetable growth environment parameter information of monitoring sensing node selects, the organic vegetable of monitoring sensing node becomes long status to change with the location layout in base, monitoring sensing node physical address; Wherein, the location layout of described organic vegetable quality monitoring sensing node and base station is in the inside in organic vegetable base, and described organic vegetable quality monitoring sensing node is adopted multistage planetary network distribution; Each described organic vegetable quality monitoring sensing node is built-in to be had successively: the built-in humiture difference high accuracy of automatically calibrating photosensitive detection sensing module, distributed infrared twin-core fiber temperature sensing module, dynamic response ionization type gas humidity sensing module, carbon nano-tube film responds detection module, gas concentration lwevel is demarcated and measured sensing module; Wherein, described automatically calibrating photosensitive detection sensing module includes photosensitive collecting unit, light probe unit, light auto-regulating correcting unit, photosensitive information data transmitting element successively; Described distributed infrared twin-core fiber temperature sensing module include multiple in distributed multistage single-mode dual-core optical fiber sense unit, remote fiber optic temperature probe unit, multipoint mode infrared optical fiber temperature information data transmission unit; Described dynamic response ionization type gas humidity sensing module includes the dynamic sensing unit of multi-electrode air pressure, gas humidity capacitive character change-detection unit, humidity information data transmission unit successively; Described carbon nano-tube film built-in humiture difference high accuracy response detection module includes three oval carbon nano-tube films, humiture difference high accuracy response unit, humiture difference high accuracy response message data accumulation unit, humiture difference information data transmitting element, wherein, described humiture difference high accuracy response unit, humiture difference high accuracy response message data accumulation unit, humiture difference information data transmitting element are placed on above-mentioned three oval carbon nano-tube film surfaces of correspondence; Described gas concentration lwevel demarcate measure sensing module include substrate, adjoin each other on the substrate and formed multiple carbon dioxide detection membrane, gas concentration lwevel demarcating module, gas concentration lwevel calibration information data transmission blocks, wherein, multiple described carbon dioxide detection membrane have the thin layer being formed on described substrate, and are formed at the catalyst layer of this thin-film surface;
The Classification and Identification labelling of described object information data: the above-mentioned information data that organic vegetable growth environment is acquired with the parameter information data becoming long status to change is sequentially carried out storage, initializes arrangement and classification process, then the object information data one-way communication transmission after above-mentioned classification being processed carries out category label to multistage cluster layer time network structure, and then the information data of all categories of labelling carries out repeatedly recognition detection correction;
Described terminal distributed monitoring processes: by central control unit, the object information data of above-mentioned Classification and Identification labelling being carried out terminal distributed monitoring, described central control unit includes concentrator, many branches network monitoring unit, central network monitoring unit; Wherein, described concentrator receives the object information data of above-mentioned Classification and Identification labelling by low pressure carrier wave, described concentrator connects described many branches network monitoring unit by serial ports, described many branches network monitoring unit connects terminal by its communication module and receives the object information data of the equipment described concentrator of collection, then send equipment again through terminal and push to described central network monitoring unit, described central network monitoring unit unify monitor in real time and process.
Embodiment 2:
A kind of organic vegetable quality remote network real-time monitoring method based on sensing communication, the described organic vegetable quality remote network real-time monitoring method based on sensing communication comprises the following steps successively: the production process video information data collection of organic vegetable, the Classification and Identification labelling of object information data, above-mentioned terminal distributed monitoring process; It is characterized in that,
The production process video information data of described organic vegetable gathers: by being uniformly arranged multiple organic vegetable quality monitoring sensing node in organic vegetable base, organic vegetable growth environment is acquired with the parameter information data becoming long status to change; Wherein, it is sequentially carried out organic vegetable quality monitoring sensing node before acquisition to select with monitoring Region Matching, the system time arranging monitoring sensing node and the parameter information that monitoring interval time is poor, the organic vegetable growth environment parameter information of monitoring sensing node selects, the organic vegetable of monitoring sensing node becomes long status to change with the location layout in base, monitoring sensing node physical address; Wherein, the location layout of described organic vegetable quality monitoring sensing node and base station is in the inside in organic vegetable base, and described organic vegetable quality monitoring sensing node is adopted multistage planetary network distribution; Each described organic vegetable quality monitoring sensing node is built-in to be had successively: the built-in humiture difference high accuracy of automatically calibrating photosensitive detection sensing module, distributed infrared twin-core fiber temperature sensing module, dynamic response ionization type gas humidity sensing module, carbon nano-tube film responds detection module, gas concentration lwevel is demarcated and measured sensing module; Wherein, described automatically calibrating photosensitive detection sensing module includes photosensitive collecting unit, light probe unit, light auto-regulating correcting unit, photosensitive information data transmitting element successively; Described distributed infrared twin-core fiber temperature sensing module include multiple in distributed multistage single-mode dual-core optical fiber sense unit, remote fiber optic temperature probe unit, multipoint mode infrared optical fiber temperature information data transmission unit; Described dynamic response ionization type gas humidity sensing module includes the dynamic sensing unit of multi-electrode air pressure, gas humidity capacitive character change-detection unit, humidity information data transmission unit successively; Described carbon nano-tube film built-in humiture difference high accuracy response detection module includes three oval carbon nano-tube films, humiture difference high accuracy response unit, humiture difference high accuracy response message data accumulation unit, humiture difference information data transmitting element, wherein, described humiture difference high accuracy response unit, humiture difference high accuracy response message data accumulation unit, humiture difference information data transmitting element are placed on above-mentioned three oval carbon nano-tube film surfaces of correspondence; Described gas concentration lwevel demarcate measure sensing module include substrate, adjoin each other on the substrate and formed multiple carbon dioxide detection membrane, gas concentration lwevel demarcating module, gas concentration lwevel calibration information data transmission blocks, wherein, multiple described carbon dioxide detection membrane have the thin layer being formed on described substrate, and are formed at the catalyst layer of this thin-film surface;
The Classification and Identification labelling of described object information data: the above-mentioned information data that organic vegetable growth environment is acquired with the parameter information data becoming long status to change is sequentially carried out storage, initializes arrangement and classification process, then the object information data one-way communication transmission after above-mentioned classification being processed carries out category label to multistage cluster layer time network structure, and then the information data of all categories of labelling carries out repeatedly recognition detection correction;
Described terminal distributed monitoring processes: by central control unit, the object information data of above-mentioned Classification and Identification labelling being carried out terminal distributed monitoring, described central control unit includes concentrator, many branches network monitoring unit, central network monitoring unit; Wherein, described concentrator receives the object information data of above-mentioned Classification and Identification labelling by low pressure carrier wave, described concentrator connects described many branches network monitoring unit by serial ports, described many branches network monitoring unit connects terminal by its communication module and receives the object information data of the equipment described concentrator of collection, then send equipment again through terminal and push to described central network monitoring unit, described central network monitoring unit unify monitor in real time and process; Wherein, above-mentioned terminal distributed monitoring process described in central network monitoring unit unify monitor in real time process at least include object information data storage management authorize, object information data according to organic vegetable growth environment with becomes long status to change parameter information demand data configure, exceed standard alarm configuration.
Embodiment 3:
A kind of organic vegetable quality remote network real-time monitoring system based on sensing communication, the monitoring method of the described organic vegetable quality remote network real-time monitoring system based on sensing communication, comprises the following steps successively: the production process video information data collection of organic vegetable, the Classification and Identification labelling of object information data, above-mentioned terminal distributed monitoring process; It is characterized in that,
The production process video information data of described organic vegetable gathers: by being uniformly arranged multiple organic vegetable quality monitoring sensing node in organic vegetable base, organic vegetable growth environment is acquired with the parameter information data becoming long status to change; Wherein, it is sequentially carried out organic vegetable quality monitoring sensing node before acquisition to select with monitoring Region Matching, the system time arranging monitoring sensing node and the parameter information that monitoring interval time is poor, the organic vegetable growth environment parameter information of monitoring sensing node selects, the organic vegetable of monitoring sensing node becomes long status to change with the location layout in base, monitoring sensing node physical address; Wherein, the location layout of described organic vegetable quality monitoring sensing node and base station is in the inside in organic vegetable base, and described organic vegetable quality monitoring sensing node is adopted multistage planetary network distribution; Each described organic vegetable quality monitoring sensing node is built-in to be had successively: the built-in humiture difference high accuracy of automatically calibrating photosensitive detection sensing module, distributed infrared twin-core fiber temperature sensing module, dynamic response ionization type gas humidity sensing module, carbon nano-tube film responds detection module, gas concentration lwevel is demarcated and measured sensing module; Wherein, described automatically calibrating photosensitive detection sensing module includes photosensitive collecting unit, light probe unit, light auto-regulating correcting unit, photosensitive information data transmitting element successively; Described distributed infrared twin-core fiber temperature sensing module include multiple in distributed multistage single-mode dual-core optical fiber sense unit, remote fiber optic temperature probe unit, multipoint mode infrared optical fiber temperature information data transmission unit; Described dynamic response ionization type gas humidity sensing module includes the dynamic sensing unit of multi-electrode air pressure, gas humidity capacitive character change-detection unit, humidity information data transmission unit successively; Described carbon nano-tube film built-in humiture difference high accuracy response detection module includes three oval carbon nano-tube films, humiture difference high accuracy response unit, humiture difference high accuracy response message data accumulation unit, humiture difference information data transmitting element, wherein, described humiture difference high accuracy response unit, humiture difference high accuracy response message data accumulation unit, humiture difference information data transmitting element are placed on above-mentioned three oval carbon nano-tube film surfaces of correspondence; Described gas concentration lwevel demarcate measure sensing module include substrate, adjoin each other on the substrate and formed multiple carbon dioxide detection membrane, gas concentration lwevel demarcating module, gas concentration lwevel calibration information data transmission blocks, wherein, multiple described carbon dioxide detection membrane have the thin layer being formed on described substrate, and are formed at the catalyst layer of this thin-film surface;
The Classification and Identification labelling of described object information data: the above-mentioned information data that organic vegetable growth environment is acquired with the parameter information data becoming long status to change is sequentially carried out storage, initializes arrangement and classification process, then the object information data one-way communication transmission after above-mentioned classification being processed carries out category label to multistage cluster layer time network structure, and then the information data of all categories of labelling carries out repeatedly recognition detection correction;
Described terminal distributed monitoring processes: by central control unit, the object information data of above-mentioned Classification and Identification labelling being carried out terminal distributed monitoring, described central control unit includes concentrator, many branches network monitoring unit, central network monitoring unit; Wherein, described concentrator receives the object information data of above-mentioned Classification and Identification labelling by low pressure carrier wave, described concentrator connects described many branches network monitoring unit by serial ports, described many branches network monitoring unit connects terminal by its communication module and receives the object information data of the equipment described concentrator of collection, then send equipment again through terminal and push to described central network monitoring unit, described central network monitoring unit unify monitor in real time and process;
The invention is not limited in above-mentioned specific embodiment, without departing substantially under present invention spirit and real situation thereof, those of ordinary skill in the art can make various corresponding change and deformation according to the present invention. These change accordingly and deform within the protection domain that all should belong to claims of the present invention.
Claims (2)
1. the organic vegetable quality remote network real-time monitoring method based on sensing communication, the described organic vegetable quality remote network real-time monitoring method based on sensing communication comprises the following steps successively: the production process video information data of organic vegetable gathers, the Classification and Identification labelling of object information data and terminal distributed monitoring process, it is characterized in that
The production process video information data of described organic vegetable gathers: by being uniformly arranged multiple organic vegetable quality monitoring sensing node in organic vegetable base, organic vegetable growth environment is acquired with the parameter information data becoming long status to change; Wherein, it is sequentially carried out organic vegetable quality monitoring sensing node before acquisition to select with monitoring Region Matching, the system time arranging monitoring sensing node and the parameter information that monitoring interval time is poor, the organic vegetable growth environment parameter information of monitoring sensing node selects, the organic vegetable of monitoring sensing node becomes long status to change with the location layout in base, monitoring sensing node physical address; Wherein, the location layout of described organic vegetable quality monitoring sensing node and base station is in the inside in organic vegetable base, and described organic vegetable quality monitoring sensing node is adopted multistage planetary network distribution; Each described organic vegetable quality monitoring sensing node is built-in to be had successively: the built-in humiture difference high accuracy of automatically calibrating photosensitive detection sensing module, distributed infrared twin-core fiber temperature sensing module, dynamic response ionization type gas humidity sensing module, carbon nano-tube film responds detection module, gas concentration lwevel is demarcated and measured sensing module; Wherein, described automatically calibrating photosensitive detection sensing module includes photosensitive collecting unit, light probe unit, light auto-regulating correcting unit, photosensitive information data transmitting element successively; Described distributed infrared twin-core fiber temperature sensing module include multiple in distributed multistage single-mode dual-core optical fiber sense unit, remote fiber optic temperature probe unit, multipoint mode infrared optical fiber temperature information data transmission unit; Described dynamic response ionization type gas humidity sensing module includes the dynamic sensing unit of multi-electrode air pressure, gas humidity capacitive character change-detection unit, humidity information data transmission unit successively; Described carbon nano-tube film built-in humiture difference high accuracy response detection module includes three oval carbon nano-tube films, humiture difference high accuracy response unit, humiture difference high accuracy response message data accumulation unit, humiture difference information data transmitting element, wherein, described humiture difference high accuracy response unit, humiture difference high accuracy response message data accumulation unit, humiture difference information data transmitting element are placed on above-mentioned three oval carbon nano-tube film surfaces of correspondence; Described gas concentration lwevel demarcate measure sensing module include substrate, adjoin each other on the substrate and formed multiple carbon dioxide detection membrane, gas concentration lwevel demarcating module, gas concentration lwevel calibration information data transmission blocks, wherein, multiple described carbon dioxide detection membrane have the thin layer being formed on described substrate, and are formed at the catalyst layer of this thin-film surface;
The Classification and Identification labelling of described object information data: the above-mentioned information data that organic vegetable growth environment is acquired with the parameter information data becoming long status to change is sequentially carried out storage, initializes arrangement and classification process, then the object information data one-way communication transmission after above-mentioned classification being processed carries out category label to multistage cluster layer time network structure, and then the information data of all categories of labelling carries out repeatedly recognition detection correction;
Described terminal distributed monitoring processes: by central control unit, the object information data of above-mentioned Classification and Identification labelling being carried out terminal distributed monitoring, described central control unit includes concentrator, many branches network monitoring unit, central network monitoring unit; Wherein, described concentrator receives the object information data of above-mentioned Classification and Identification labelling by low pressure carrier wave, described concentrator connects described many branches network monitoring unit by serial ports, described many branches network monitoring unit connects terminal by its communication module and receives the object information data of the equipment described concentrator of collection, then send equipment again through terminal and push to described central network monitoring unit, described central network monitoring unit unify monitor in real time and process.
2. the organic vegetable quality remote network real-time monitoring method based on sensing communication according to claim 1, it is characterized in that: wherein, above-mentioned terminal distributed monitoring process described in central network monitoring unit unify monitor in real time process at least include object information data storage management authorize, object information data according to organic vegetable growth environment with becomes long status to change parameter information demand data configure, exceed standard alarm configuration.
Priority Applications (1)
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| CN104285741A (en) * | 2014-09-19 | 2015-01-21 | 江苏茧缘丝绸科技有限公司 | Quality monitoring method for organic rice |
| CN104966201A (en) * | 2014-12-02 | 2015-10-07 | 上海火赫网络科技有限公司 | Food safety monitoring method based on whole-course video |
| CN104885703B (en) * | 2015-05-15 | 2020-07-17 | 梧州市农业科学研究所 | Tea garden mechanical trimming and picking device |
| CN104991459A (en) * | 2015-07-03 | 2015-10-21 | 北京北菜园农业科技发展有限公司 | Organic vegetable greenhouse monitoring system and method |
| CN105867483A (en) * | 2016-04-19 | 2016-08-17 | 柳州中品科技有限公司 | Vegetable greenhouse intelligent management system with self-learning function |
| CN105843304A (en) * | 2016-04-19 | 2016-08-10 | 柳州中品科技有限公司 | Vegetable greenhouse management system |
| CN105867485A (en) * | 2016-04-19 | 2016-08-17 | 柳州中品科技有限公司 | Agricultural vegetable greenhouse intelligent management system |
| CN105867484A (en) * | 2016-04-19 | 2016-08-17 | 柳州中品科技有限公司 | Agricultural vegetable greenhouse intelligent management system with self-learning function |
| CN105843306A (en) * | 2016-04-19 | 2016-08-10 | 柳州中品科技有限公司 | Agricultural vegetable greenhouse intelligent management system having video monitoring function |
| CN105759881A (en) * | 2016-04-19 | 2016-07-13 | 柳州三木科技有限公司 | Wireless-communication-based intelligent management platform for agricultural vegetable greenhouse |
| CN105867487A (en) * | 2016-04-19 | 2016-08-17 | 柳州中品科技有限公司 | Agricultural vegetable greenhouse intelligent management system based on wireless communication |
| CN105892535A (en) * | 2016-04-19 | 2016-08-24 | 柳州名品科技有限公司 | Agricultural vegetable greenhouse management platform |
| CN107124585A (en) * | 2017-04-28 | 2017-09-01 | 深圳前海弘稼科技有限公司 | Long-range inspection method and remotely check system, terminal |
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