CN202771221U - Intelligent aquatic product monitoring system based on Ethernet - Google Patents
Intelligent aquatic product monitoring system based on Ethernet Download PDFInfo
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- CN202771221U CN202771221U CN2012200292044U CN201220029204U CN202771221U CN 202771221 U CN202771221 U CN 202771221U CN 2012200292044 U CN2012200292044 U CN 2012200292044U CN 201220029204 U CN201220029204 U CN 201220029204U CN 202771221 U CN202771221 U CN 202771221U
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Abstract
The utility model discloses an intelligent aquatic product monitoring system based on Ethernet. Different kinds of wireless sensors are arranged in different areas of aquatic product cultivation and transportation to collect information of aquatic product cultivation and transportation environment quality. And a monitoring center is arranged to connect with the wireless sensors through a wireless network. The wireless sensors transmit the collected information to the monitoring center automatically. And the monitoring center stores, analyzes and monitors different kinds of environment quality information and gives out a warning and realizes regulation when the environment quality is lower than a predetermined standard. Therefore, processes of the cultivation and transportation of aquatic products can be monitored automatically in real time. Abnormities can be found quickly and real-time regulation can be realized. The safety of aquatic product cultivation and transportation can be guaranteed extremely. Since all links in the industry is monitored seamlessly by using the intelligent aquatic product monitoring system based on the Ethernet, so that making sources of all the aquatic products traceable and making birth and growth records for all fishes become possible. Therefore, the food safety is guaranteed effectively in the meantime of increasing the cultivation success rate.
Description
Technical field
The utility model relates to a kind of technology of Internet of things, relates in particular to a kind of intelligent monitoring technology based on Internet of Things.
Background technology
Be accompanied by the fast development of China's economic, Chinese agriculture is to accelerate transforming traditional agriculture, walking distinct Chinese characteristics agricultural modernization path crucial moment.17 further propositions of Third Plenary Session of party will be set up the System of Modern Agriculture of " high yield, high-quality, efficient, ecological, safety ", and the construction modern agriculture, will promote energetically China's agricultural science and technology capability of independent innovation, promote " agrotechnique is integrated, labout process mechanization, production and operation information-based ".And because the restriction of in the past technical development causes monitoring intelligent, the information platformization of the many links in the agricultural production also to be in more original and passive state, main or dependence is manually monitored and information interaction.Along with the development of electronics industry and communications industry, links and aspect that intelligentized active monitoring system has more and more applied to agricultural have suffered.
The developing goal such as " precision agriculture ", " reading intelligent agriculture ", " modern precision agriculture " is along with scientific-technical progress is progressively realizing.Inventor of the present utility model finds, is adapted at application in the modern agriculture take public communication network and internet as the technology of Internet of things that relies on, and plays a role at the links of agricultural industry.Especially the aquatic products industry in the fishery, because it has the difficult points such as distributed areas are wide, the monitoring area is large, the Monitoring Data real-time Transmission is difficult for, cause traditional method for supervising usable range to be subjected to technical limitation, in the urgent need to the aquatic products supervisory system of a cover based on technology of Internet of things.
The utility model content
The technical matters that the utility model mainly solves provides a kind of aquatic products intelligent monitor system based on Internet of Things, make it possible to the cultivation/transportation of automatic real-time monitoring aquatic products, note abnormalities rapidly and real-time monitoring, at utmost guarantee the security of aquaculture/transportation.
In order to solve the problems of the technologies described above, the utility model provides a kind of aquatic products intelligent monitor system based on Internet of Things, comprise at least one Surveillance center, with be distributed in aquaculture and/or transport all kinds of wireless sensers in each zone, link to each other by wireless network between each wireless senser and the Surveillance center;
All kinds of wireless sensers gather aquaculture and/or transportation environment quality information, and the information exchange that collects is crossed wireless network transmissions to Surveillance center; Surveillance center stores, analyzes and monitor all kinds of environmental quality information from all kinds of wireless sensers, when environmental quality is lower than preset standard, carries out alarm and/or regulation and control.
As improvement of the technical scheme, Surveillance center further comprises:
The information access module links to each other with all kinds of wireless sensers by wireless network, receives all kinds of environmental quality information from all kinds of wireless sensers;
Information storage module links to each other with the information access module, the environmental quality information that storage information access module is received;
The analysis monitoring module links to each other with the information access module, and all kinds of environmental quality information that the information access module is received are analyzed and monitored, and when monitoring environmental quality and be lower than preset standard, carries out alarm by the information platform module;
The information platform module links to each other with the analysis monitoring module, and the indication of receiving and analyzing monitoring module sends a warning message to raiser and/or supervision department, carries out information interaction.
As improvement of the technical scheme, this supervisory system also comprises at least one short-distance radio read-write equipment;
All kinds of wireless sensers link to each other with the short-distance radio read-write equipment by wireless signal, and the environmental quality information that collects is sent to the short-distance radio read-write equipment;
The short-distance radio read-write equipment links to each other with Surveillance center by public wireless network, regularly the environmental quality communication of all kinds of wireless sensers collections is arrived the information access module of Surveillance center by public wireless network.
Above-mentioned short-distance radio read-write equipment can be the Zigbee read-write equipment, and wireless signal can be the Zigbee signal.
As improvement of the technical scheme, above-mentioned all kinds of wireless sensers can comprise one of following or its combination in any:
Breeding environment detecting sensor, cultivation safe detection sensor, transportation environment detecting sensor.
As improvement of the technical scheme, the breeding environment detecting sensor can comprise one of following or its combination in any:
Atmospheric gas pressure sensor, atmosphere temperature transducer, cooling-water temperature sensor, oxygen level sensor, soluble solid quantity detecting sensor, suspended solid quantity detecting sensor, nitrogen content detecting sensor and/or phosphorus content detecting sensor.
Accordingly, can further comprise in the analysis monitoring module:
The cultivation surroundings monitoring submodule, link to each other with the information platform module with the information access module, the environmental quality information that analysis monitoring breeding environment detecting sensor gathers, when environmental quality was lower than preset standard, the indication information console module sent a warning message and/or processes suggestion to the raiser.
As improvement of the technical scheme, the cultivation safe detection sensor can comprise one of following or its combination in any:
Content of beary metal detecting sensor, thimerosal residuals content detecting sensor, pesticide residue content detection sensor, surface-active contents detecting sensor, high molecular polymer detecting sensor, antibiotic content detecting sensor and/or zoohormone content detection sensor.
Accordingly, can further comprise in the analysis monitoring module:
Cultivation security monitoring submodule, link to each other with the information platform module with the information access module, the environmental quality information that analysis monitoring cultivation safe detection sensor gathers, when environmental quality is lower than preset standard, the indication information console module sends a warning message to supervision department, preserves this defective record.
As improvement of the technical scheme, the transportation environment detecting sensor can comprise temperature sensor etc.
Accordingly, further comprise in the analysis monitoring module:
The transportation environment monitoring submodule, link to each other with the information platform module with the information access module, the environmental quality information that analysis monitoring cultivation safe detection sensor gathers, when environmental quality was lower than preset standard, the indication information console module sent a warning message and/or processes suggestion to transporter.
As improvement of the technical scheme, this supervisory system can comprise a plurality of Surveillance center, connect with the superior and the subordinate's form by network, a upper level Surveillance center links to each other with at least two next stage Surveillance center, a subregion is administered by next stage Surveillance center, link to each other with all kinds of wireless sensers that belong to this subregion, obtain aquaculture and/or the transportation environment quality information of this subregion, carry out storage, analysis and the monitoring of information;
The administration of upper level Surveillance center comprises the overall area of all subregion, obtain aquaculture and/or the transportation environment quality information of next stage Surveillance center in the administration, the aquaculture of all subregions and/or storage, analysis and the monitoring of transportation environment quality information in administering.
The utility model embodiment compared with prior art, the key distinction and effect thereof are: in aquaculture and/or transport all kinds of wireless sensers of each region division, gather aquaculture and/or transportation environment quality information, and a Surveillance center is set, with link to each other by wireless network between each wireless senser, all kinds of wireless sensers are crossed wireless network transmissions to Surveillance center with the information exchange that collects automatically, by Surveillance center all kinds of environmental quality information are stored, analyzed and monitor, when environmental quality is lower than preset standard, carry out alarm and/or regulation and control.Thereby cultivation/transportation that can the automatic real-time monitoring aquatic products notes abnormalities rapidly and real-time monitoring, at utmost guarantees the security of aquaculture/transportation.
Above-mentioned wireless senser can comprise tens kinds of wireless sensers of three major types (breeding environment detecting sensor, cultivation safe detection sensor, transportation environment detecting sensor), aquatic products is carried out seamless monitoring from cultivating to the links that transports, so that " all aquatic products are originated review; refineing to each bar fish has source and growth record etc. " becomes possibility, when improving the cultivation success ratio, really the people's food security has been carried out effective assurance.
The short-distance radio read-write equipment can also be set between Surveillance center and various kinds of sensors, sensor by wireless signal with all kinds of environmental quality communications to the short-distance radio read-write equipment, by the short-distance radio read-write equipment by public network with communication to Surveillance center, thereby expense that reduce to use public wireless network to cause.
To the aquatic products integral monitoring in transprovincially large-scale even transnational waters, can also set up multistage Surveillance center, final so that nationwide unified information hardware and software platform becomes possibility.
Description of drawings
Below in conjunction with the drawings and specific embodiments the utility model is described in further detail.
Fig. 1 is the aquatic products intelligent monitor system structural drawing based on Internet of Things of the utility model the first embodiment;
Fig. 2 is the aquatic products intelligent monitor system connection diagram based on Internet of Things of the utility model the second embodiment.
Embodiment
For making the purpose of this utility model, technical scheme and advantage clearer, below in conjunction with accompanying drawing embodiment of the present utility model is described in further detail.
The utility model the first embodiment relates to a kind of aquatic products intelligent monitor system based on Internet of Things, as shown in Figure 1, comprises: a Surveillance center, and be distributed in aquaculture, transport all kinds of wireless sensers in each zone, and several short-distance radio read-write equipment.
All kinds of wireless sensers are used for gathering aquaculture and transportation environment quality information, and the part wireless senser directly links to each other with Surveillance center by public wireless network, and the environmental quality information that collects is directly sent to Surveillance center; The part wireless senser links to each other with the short-distance radio read-write equipment by wireless signal, and the environmental quality information that collects is sent to corresponding short-distance radio read-write equipment.
The short-distance radio read-write equipment links to each other with Surveillance center by public wireless network, and the environmental quality communication that regularly all kinds of wireless sensers is gathered by public wireless network arrives Surveillance center.The short-distance radio read-write equipment here can comprise Zigbee read-write equipment, bluetooth read-write equipment, infrared read-write equipment etc., and corresponding wireless signal can be Zigbee signal, Bluetooth signal, infrared signal etc.
Surveillance center is used for all kinds of environmental quality information from all kinds of wireless sensers are stored, analyzed and monitor, and when environmental quality is lower than preset standard, carries out alarm and/or regulation and control.
Specifically, Surveillance center further comprises:
The information access module links to each other with the short-distance radio read-write equipment by public wireless network, is used for receiving the environmental quality information that all kinds of wireless sensers gather from the short-distance radio read-write equipment;
Information storage module links to each other with the information access module, is used for preserving the environmental quality information that the information access module is received;
The analysis monitoring module links to each other with the information access module, is used for the environmental quality information that the information access module is received is analyzed and monitored, and when monitoring environmental quality and be lower than preset standard, carries out alarm by the information platform module;
The information platform module links to each other with the analysis monitoring module, is used for the indication according to the analysis monitoring module, sends a warning message to raiser or supervision department, carries out information interaction.Can further comprise in the information platform module: SMS module, link to each other with the analysis monitoring module, by note the warning information of analysis monitoring module output is sent to the handheld terminal of raiser or supervision department, carry out information interaction; The mail interactive module links to each other with described analysis monitoring module, is used for sending to raiser or supervision department's mailbox by the warning information that mail is exported the analysis monitoring module, carries out information interaction; The portal management submodule carries out the site information bulletin; The blog forum module; Artificial information consultation module etc.
Need to prove, the expense that causes in order to reduce the use public wireless network in the present embodiment, introduced the short-distance radio read-write equipment, all kinds of wireless sensers link to each other with the short-distance radio read-write equipment, the short-distance radio read-write equipment links to each other with Surveillance center, by carrying out data upload and mutual between short-distance radio read-write equipment and all kinds of wireless senser, by public radio communication network data are sent to Surveillance center by the short-distance radio read-write equipment in the guarded region again.But above-mentioned short-distance radio read-write equipment is not necessary, can directly all kinds of wireless sensers directly be accessed Surveillance center yet, directly obtains the environmental quality information that all kinds of wireless sensers gather by the information access module.As for the wireless senser that is arranged on transportation zone (such as haulage vehicle), just can directly access Surveillance center by public wireless network.
All kinds of wireless sensers mainly comprise following three classes in the present embodiment: breeding environment detecting sensor, cultivation safe detection sensor and transportation environment detecting sensor.Breeding environment detecting sensor, cultivation safe detection sensor link to each other with the short-distance radio read-write equipment; The transportation environment detecting sensor directly links to each other with Surveillance center.
Wherein, the breeding environment detecting sensor mainly is distributed in the breeding pool, the first-class place of the water surface, be used for according to the current culture environment of aquatic products state of frequency detecting of setting, such as water temperature, temperature, air pressure, biochemical oxygen demand, chemical oxygen demand (COD), total oxygen demand etc., generally can comprise: atmospheric gas pressure sensor, atmosphere temperature transducer and be fixed on cooling-water temperature sensor in the waters, oxygen level sensor, soluble solid quantity detecting sensor, suspended solid quantity detecting sensor, nitrogen content detecting sensor, phosphorus content detecting sensor etc.According to the testing result of breeding environment detecting sensor, can determine whether suitable aquatic products growth of current environment,, whether anoxic etc. whether excessively low such as temperature.
Whether the cultivation safe detection sensor affects people's health mainly for detection of the water quality of aquaculture product safety whether.The diseases prevention of cultured fishes is one of most important work of healthy water product, the fish of cultivation are more liable to illness, because parasite, virus, bacterium is easier propagates in the intensive shoal of fish, itself just has any problem fish disease prevention and cure, uses in a large number microbiotic or other antibiotic can poison environment and consumer.By the breeding environment detecting sensor, regularly or irregularly monitor the indexs such as heavy metal in the water, microbiotic, phosphorus content, when exceeding standard, notify raiser/supervision department, can be so that the standardization of aquatic products safety disease-proof and standardization.The cultivation safe detection sensor generally can comprise: content of beary metal detecting sensor, thimerosal residuals content detecting sensor, pesticide residue content detection sensor, surface-active contents detecting sensor, high molecular polymer detecting sensor, antibiotic content detecting sensor, zoohormone content detection sensor.
The transportation environment detecting sensor is mainly used in aquatic product transportation is monitored, because if environmental pollution causes aquatic products rotten easily in the aquatic product transportation way, the aquatic products of precooling aquatic foods particularly, can by to the monitoring of transportation environment so that logistics link standard and health.The general main temperature sensor that comprises of transportation environment detecting sensor confirms that the temperature in the transportation is suitable.In transportation, the conveying of data is transmission technologys of utilizing public network, such as GPRS.Temperature sensor detects the temperature in the transportation, after GPS detects the circuit of operation, by the GPRS public network, data upload is arrived Surveillance center.
Corresponding the sensor can further comprise following three monitoring submodule in the analysis monitoring module:
The cultivation surroundings monitoring submodule, link to each other with the information platform module with the information access module, be used for the environmental quality information that the breeding environment detecting sensor gathers is carried out analysis monitoring, such as atmospheric gas pressure, atmospheric temperature biography, the water temperature that cultivates the waters, oxygen level, soluble solid quantity, suspended solid quantity, nitrogen content, phosphorus content etc., when environmental quality is lower than preset standard, the indication information console module sends a warning message to the raiser, also simultaneously transmission processing suggestion.Thereby guarantee that the raiser can be when the culture environment of aquatic products variation, in time find and regulate and control, avoid the death of aquatic products, improve output.Monitor culturing pool water body anoxic such as the cultivation surroundings monitoring submodule, will send note or voice suggestion to the raiser by the information platform module, inform that the raiser needs to pay close attention to, oxygen increasing equipment is opened in suggestion, can answer short message opens oxygen increasing equipment by Surveillance center's control or by the manually opened oxygen increasing equipment of raiser.The cultivation surroundings monitoring submodule monitors out that breeding water body is nitrogenous, phosphorus content exceeds the default threshold value for another example, will inform raiser's correlation circumstance by the indication information console module, and provides and process suggestion.Such as injecting running water, reduce fertilizer and feed input etc., to accomplish meticulous cultivation and precisely cultivation.
Cultivation security monitoring submodule, link to each other with the information platform module with the information access module, be used for the environmental quality information that the cultivation safe detection sensor gathers is carried out analysis monitoring, when environmental quality is lower than preset standard, exceed standard such as content of beary metal, can directly send a warning message to supervision department by the indication information console module, the relevant supervision department of notice carries out administrative law enforcement and raiser's food security education, and preserves this defective record.Also can send prompting message to the raiser, require rectification, after repeatedly reminding, send a warning message to supervision department.Thereby guarantee that aquatic products can safe edible.And, by monitoring and the accumulation of historical data, can set up credit file and healthy and safe brand for relevant raiser, encourage and guide the raiser to carry out green agriculture, the safety cultivation, thus avoid as far as possible occuring the food security accident at production link.
The transportation environment monitoring submodule, link to each other with the information platform module with the information access module, be used for the environmental quality information that the cultivation safe detection sensor gathers is carried out analysis monitoring, when environmental quality was lower than preset standard, the indication information console module sent a warning message and processes suggestion to transporter.Thereby avoid aquatic products to go bad in transit, standard and the health of control logistics link.
In the aquatic products intelligent monitor system of present embodiment all kinds of remote controllers can also be set, link to each other with cultivation equipment by wireless signal, control various cultivation equipments, carry out the equipment that purification of water quality processes (such as oxygen increasing pump etc.) such as control, remote controllers are used for receiving the regulation and control order from user (raiser or relevant work personnel), send this regulation and control order by wireless signal to the cultivation equipment of correspondence, cultivation equipment is regulated and control.Above-mentioned cultivation surroundings monitoring submodule, cultivation security monitoring submodule, transportation environment monitoring submodule are when monitoring environmental quality and be lower than preset standard, except the indication information console module sends a warning message, outside the transmission processing suggestion, can also automatically directly send the regulation and control order to the cultivation equipment of correspondence according to processing suggestion, when the water quality anoxic is found in monitoring, directly start oxygen increasing pump such as the cultivation surroundings monitoring submodule.Perhaps, also can by the user after receiving warning information, send the regulation and control order by remote controllers to corresponding cultivation equipment, as starting oxygen increasing pump.
Can also comprise following submodule in the information platform module of present embodiment: market information issue submodule, industrial trend is analyzed submodule, market trend analysis submodule, industry policy inquiry submodule etc.Thereby this information platform module is except carrying out alarm and message exchange, can also provide the information such as market information, industrial trend, market trend to numerous raisers, so that numerous raisers learn the industry policy of country, understand up-to-date market trend, be familiar with customer demand, hold market, to the full extent, promote the sound development of aquaculture, increase raiser's income.
As further improvement, can also comprise in the Surveillance center of present embodiment:
The weather prognosis module, link to each other with the information platform module, and link to each other with the system of weather bureau by network, obtain weather information, analyze that medium-term and long-term meteorology changes and on the impact of aquaculture, such as the impact of the extreme weathers such as strong wind, thunderstorm, strong convective weather, cold wave, arid on aquaculture, when the result who analyzes is unfavorable for aquaculture, send meteorological warning information by the information platform module to the raiser, such as the yellow warning of cold wave, red warning and relevant hedging suggestion.
The environmental forecasting module, link to each other with the information platform module, and link to each other with the system of Environmental Protection Agency by network, obtain environmental change information, such as the water resource situation of change in basin, rivers and lakes, in time understand sudden environmental protection accident to coverage and the influence degree of aquaculture, when environmental change is unfavorable for aquaculture, send the environment warning information by the information platform module to the raiser, such as red tide prewarning, the marine alga outburst, the early warning information and relevant hedging suggestion such as water resource pollution.
Cultivation archival of information module for each raiser's of store and management cultivation news file, is analyzed the cultivation record, provides and instructs and reference.By this cultivation archival of information module, solving in the past, medium and small raiser lacks the scientific culture method, the accumulation of lacking experience, lack the common faults such as data analysis, in order to test accumulation enterprising the passing through of breeding way method, the vast middle-size and small-size raiser of convenient assistance sets up one's own cultivation news file, and convenient middle-size and small-size raiser carries on the work and accumulates and the successful experience popularization expansion scale and Improve Efficiency.This module can adopt electronic management system (ERP) pattern of similar present enterprise to design.The raiser can pass through phone at every turn when beginning to cultivate, entrust (to solve schooling problem and matter of time) or log in related software, carries out the registration of seedling situation, cost registration, breeding environment registration.The follow-up record that in breeding process, can feed intake, the disease and pest record, disease and pest is processed case history etc.Cultivation archival of information module also can instruct and reference according to the industry experience.Information accumulation through similar modern enterprise, the raiser can accomplish foundation, accumulation has been arranged, precipitation has been arranged self aquaculture cost, profit situation, experience accumulation, data accumulation and inquiry, can effectively help medium and small raiser's Improve Efficiency, also help department of local government to plan as a whole to understand local cultivation situation, market situation, experience accumulation situation, can put into effect better measure and guilding policy, help the sound development of related industry.
The utility model the second embodiment relates to a kind of aquatic products intelligent monitor system based on Internet of Things equally, roughly the same with the first embodiment, its difference is, only comprise a Surveillance center in the first embodiment, usually be applied to single aquatic farm or single aquatic products pond, and comprise a plurality of Surveillance center in the present embodiment, connect with the superior and the subordinate's form by network, as shown in Figure 2, upper level Surveillance center links to each other with a plurality of next stage Surveillance center, a sub regions is administered by next stage Surveillance center, link to each other with all kinds of wireless sensers that belong to this subregion, obtain aquaculture and/or the transportation environment quality information of this subregion, carry out the storage of information, analyze and monitoring; The administration of upper level Surveillance center comprises the overall area of all subregion, obtain aquaculture and/or the transportation environment quality information of next stage Surveillance center in the administration, the aquaculture of all subregions and/or storage, analysis and the monitoring of transportation environment quality information in administering.
The subregion here can be the aquatic farm/aquatic products pond of county face, and overall area is whole county.As when disposing this supervisory system in whole counties and districts territory, a Surveillance center of subordinate only is a microcellulor of whole supervisory system, realizes distributed monitoring, the intensive pattern of centralized management.For example all aquatic products ponds all are microcellulors in county, corresponding Surveillance center of subordinate, county is corresponding higher level Surveillance center again, carried out respectively collection and preliminary storage, analysis and the monitoring of information by Surveillance center of subordinate, all information are carried out unified management and monitoring in Surveillance center at county level at last, this mode is beneficial to discovery and the solution of regional common problem, has improved the intensive of regional economy, has reduced production cost.
Equally, above-mentioned subregion also can be a county, and the corresponding province of overall area sets up above-mentioned Two monitor levels.That is to say to be the subregion honeycomb by platform at county level if monitor deployment in a province, arrive whole province and control.Perhaps, carry out multilevel monitor, the corresponding aquatic farm/aquatic products pond of secondary subregion, the corresponding county of one-level subregion, the corresponding province of overall area.Namely set up three grades of monitoring, the corresponding secondary Surveillance center of each aquatic farm, the corresponding one-level Surveillance center in each county, the corresponding total monitoring center of province, the secondary Surveillance center in a county links to each other with the one-level Surveillance center of this county, carry out data and report, by one-level Surveillance center unified management and monitoring are carried out in the aquaculture in this county; The one-level Surveillance center of a province links to each other with total monitoring center of this province again, carries out data and reports, and by total monitoring center unified management and monitoring is carried out in the aquaculture of this province.
The integral monitoring in even transnational waters transprovincially large-scale to certain can also be set up more multistage Surveillance center, and is final so that nationwide unified information hardware and software platform becomes possibility.
Although by reference some preferred implementation of the present utility model, the utility model is illustrated and describes, but those of ordinary skill in the art should be understood that and can do various changes to it in the form and details, and do not depart from spirit and scope of the present utility model.
Claims (14)
1. aquatic products intelligent monitor system based on Internet of Things, it is characterized in that, comprise at least one Surveillance center, and be distributed in aquaculture and/or transport all kinds of wireless sensers in each zone, link to each other by wireless network between described each wireless senser and the described Surveillance center;
Described all kinds of wireless senser gathers aquaculture and/or transportation environment quality information, and the information exchange that collects is crossed wireless network transmissions to described Surveillance center; Described Surveillance center stores, analyzes and monitor all kinds of environmental quality information from described all kinds of wireless sensers, when environmental quality is lower than preset standard, carries out alarm and/or regulation and control.
2. the aquatic products intelligent monitor system based on Internet of Things according to claim 1 is characterized in that described Surveillance center further comprises:
The information access module links to each other with described all kinds of wireless sensers by wireless network, receives described all kinds of environmental quality information from described all kinds of wireless sensers;
Information storage module links to each other with described information access module, stores the environmental quality information that described information access module is received;
The analysis monitoring module links to each other with described information access module, and all kinds of environmental quality information that described information access module is received are analyzed and monitored, and when monitoring environmental quality and be lower than preset standard, carries out alarm by the information platform module;
The information platform module links to each other with described analysis monitoring module, receives the indication of described analysis monitoring module, sends a warning message to raiser and/or supervision department, carries out information interaction.
3. the aquatic products intelligent monitor system based on Internet of Things according to claim 2 is characterized in that, also comprises at least one short-distance radio read-write equipment;
Described all kinds of wireless senser links to each other with described short-distance radio read-write equipment by wireless signal, and the environmental quality information that collects is sent to described short-distance radio read-write equipment;
Described short-distance radio read-write equipment links to each other with described Surveillance center by public wireless network, regularly the environmental quality communication of described all kinds of wireless sensers collections is arrived the information access module of described Surveillance center by public wireless network.
4. the aquatic products intelligent monitor system based on Internet of Things according to claim 3 is characterized in that, described short-distance radio read-write equipment is the Zigbee read-write equipment, and described wireless signal is the Zigbee signal.
5. the aquatic products intelligent monitor system based on Internet of Things according to claim 1 is characterized in that, also comprises:
Remote controllers link to each other with cultivation equipment by wireless signal, receive regulation and control orders from the user, send this regulation and control order by wireless signal to the cultivation equipment of correspondence, and described cultivation equipment is regulated and control.
6. the aquatic products intelligent monitor system based on Internet of Things according to claim 2 is characterized in that, further comprises in the described information platform module:
SMS module links to each other with described analysis monitoring module, the warning information of described analysis monitoring module output is sent to the handheld terminal of described raiser or supervision department by note;
The mail interactive module links to each other with described analysis monitoring module, and the warning information of described analysis monitoring module being exported by mail sends to described raiser or supervision department's mailbox.
7. the aquatic products intelligent monitor system based on Internet of Things according to claim 2 is characterized in that, described all kinds of wireless sensers comprise one of following or its combination in any at least:
Breeding environment detecting sensor, cultivation safe detection sensor, transportation environment detecting sensor.
Record.
8. the aquatic products intelligent monitor system based on Internet of Things according to claim 7 is characterized in that, described breeding environment detecting sensor comprises one of following or its combination in any at least:
Atmospheric gas pressure sensor, atmosphere temperature transducer, cooling-water temperature sensor, oxygen level sensor, soluble solid quantity detecting sensor, suspended solid quantity detecting sensor, nitrogen content detecting sensor and/or phosphorus content detecting sensor.
9. the aquatic products intelligent monitor system based on Internet of Things according to claim 8 is characterized in that, further comprises in the described analysis monitoring module:
The cultivation surroundings monitoring submodule, link to each other with the information platform module with described information access module, the environmental quality information that analysis monitoring gathers described breeding environment detecting sensor, when environmental quality is lower than preset standard, indicate described information platform module to send a warning message and/or process suggestion to the raiser.
10. the aquatic products intelligent monitor system based on Internet of Things according to claim 7 is characterized in that, described cultivation safe detection sensor comprises one of following or its combination in any at least:
Content of beary metal detecting sensor, thimerosal residuals content detecting sensor, pesticide residue content detection sensor, surface-active contents detecting sensor, high molecular polymer detecting sensor, antibiotic content detecting sensor and/or zoohormone content detection sensor.
11. the aquatic products intelligent monitor system based on Internet of Things according to claim 10 is characterized in that, further comprises in the described analysis monitoring module:
Cultivation security monitoring submodule, link to each other with the information platform module with described information access module, the environmental quality information that the described cultivation safe detection sensor of analysis monitoring gathers, when environmental quality is lower than preset standard, indicate described information platform module to send a warning message to supervision department, preserve this defective record.
12. the aquatic products intelligent monitor system based on Internet of Things according to claim 7 is characterized in that described transportation environment detecting sensor comprises temperature sensor at least.
13. the aquatic products intelligent monitor system based on Internet of Things according to claim 12 is characterized in that, further comprises in the described analysis monitoring module:
The transportation environment monitoring submodule, link to each other with the information platform module with described information access module, the environmental quality information that the described cultivation safe detection sensor of analysis monitoring gathers, when environmental quality is lower than preset standard, indicate described information platform module to send a warning message and/or process suggestion to transporter.
14. the described aquatic products intelligent monitor system based on Internet of Things of any one in 13 according to claim 1, it is characterized in that, this system comprises at least three described Surveillance center, connect with the superior and the subordinate's form by network, a upper level Surveillance center links to each other with at least two next stage Surveillance center, a subregion is administered by described next stage Surveillance center, link to each other with all kinds of wireless sensers that belong to this subregion, obtain aquaculture and/or the transportation environment quality information of this subregion, carry out storage, analysis and the monitoring of information;
The administration of described upper level Surveillance center comprises the overall area of all subregion, obtain aquaculture and/or the transportation environment quality information of next stage Surveillance center in the administration, the aquaculture of all subregions and/or storage, analysis and the monitoring of transportation environment quality information in administering.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN2012200292044U CN202771221U (en) | 2011-07-30 | 2012-01-12 | Intelligent aquatic product monitoring system based on Ethernet |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102902240A (en) * | 2011-07-30 | 2013-01-30 | 无锡博越信息技术有限公司 | Intelligent aquatic product monitoring system based on Internet of Things |
| CN103744370A (en) * | 2013-12-23 | 2014-04-23 | 苏州亚安智能科技有限公司 | Crop intelligent monitoring platform applying wireless sensing technology |
| CN104133442A (en) * | 2014-07-25 | 2014-11-05 | 刘建勇 | Monitoring system of aquaculture internet of things |
| CN105959414A (en) * | 2016-06-30 | 2016-09-21 | 广州大气候农业科技有限公司 | Aquatic product tracing method, server, terminal and aquatic product tracing system |
| CN108107831A (en) * | 2018-01-24 | 2018-06-01 | 江苏中农物联网科技有限公司 | A kind of multiple-channel output water body monitoring system used for aquiculture |
-
2012
- 2012-01-12 CN CN2012200292044U patent/CN202771221U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102902240A (en) * | 2011-07-30 | 2013-01-30 | 无锡博越信息技术有限公司 | Intelligent aquatic product monitoring system based on Internet of Things |
| CN102902240B (en) * | 2011-07-30 | 2017-07-07 | 温卓明 | A kind of aquatic products intelligent monitor system based on Internet of Things |
| CN103744370A (en) * | 2013-12-23 | 2014-04-23 | 苏州亚安智能科技有限公司 | Crop intelligent monitoring platform applying wireless sensing technology |
| CN104133442A (en) * | 2014-07-25 | 2014-11-05 | 刘建勇 | Monitoring system of aquaculture internet of things |
| CN105959414A (en) * | 2016-06-30 | 2016-09-21 | 广州大气候农业科技有限公司 | Aquatic product tracing method, server, terminal and aquatic product tracing system |
| CN108107831A (en) * | 2018-01-24 | 2018-06-01 | 江苏中农物联网科技有限公司 | A kind of multiple-channel output water body monitoring system used for aquiculture |
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