CN103529796A - Inspection system and inspection method thereof under agricultural greenhouse - Google Patents
Inspection system and inspection method thereof under agricultural greenhouse Download PDFInfo
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- CN103529796A CN103529796A CN201310494420.5A CN201310494420A CN103529796A CN 103529796 A CN103529796 A CN 103529796A CN 201310494420 A CN201310494420 A CN 201310494420A CN 103529796 A CN103529796 A CN 103529796A
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- 239000002689 soil Substances 0.000 claims abstract description 114
- 238000005286 illumination Methods 0.000 claims abstract description 38
- 235000015097 nutrients Nutrition 0.000 claims abstract description 38
- 238000001514 detection method Methods 0.000 claims description 24
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Abstract
The invention relates to an inspection system and an inspection method thereof under an agricultural greenhouse. The inspection system under the agricultural greenhouse comprises an agricultural field sensor group which is arranged in the agricultural greenhouse. Components in the agricultural field sensor group are electrically connected with an acquisition terminal. The acquisition terminal is wirelessly connected with a data aggregation server. The data aggregation server is connected with a business server. A business terminal is connected with the business server through a network. The business server is also connected with the external internet. The components in the agricultural field sensor group comprise soil temperature sensors, soil humidity sensors, air temperature sensors, air humidity sensors, carbon dioxide concentration sensors, illumination intensity sensors and soil nutrient sensors. In combination with the inspection method of the inspection system, the defects that the situation of the agricultural greenhouse is not properly handled and the application efficiency of the agricultural greenhouse is badly influenced due to a reason that qualified operators are seriously insufficient are effectively avoided.
Description
Technical field
The invention belongs to agricultural greenhouse technical field, be specifically related to a kind of for the detection system under agricultural greenhouse and detection method thereof.
Background technology
Widespread adoption along with agricultural greenhouse, under agricultural greenhouse condition, need under different situations, carry out various processing, and for the situation under agricultural greenhouse, process main or operate by experience now, and the relevant processing of agricultural greenhouse only relies on the words of experience, will inevitably there is the uneven problem of level in that, the situation that adds agricultural greenhouse is processed very loaded down with trivial details and complicated, the operating personnel's that this situation is processed technical ability requires just to increase thereupon, caused thus qualified operating personnel's wretched insufficiency, thereby what caused the situation of agricultural greenhouse to process is improper, had a strong impact on the efficiency of agricultural greenhouse application.
Summary of the invention
The invention provides a kind of for the detection system under agricultural greenhouse and detection method thereof, for the detection system under agricultural greenhouse, comprise the agriculture spot sensor group being arranged in agricultural greenhouse, assembly in described agriculture spot sensor group is electrically connected with acquisition terminal, acquisition terminal and the wireless connections of convergence server phase, convergence server is connected with service server, service terminal is connected by network with service server, service server is also connected with outside internet in addition, assembly in described agriculture spot sensor group includes soil temperature sensor, soil humidity sensor, air temperature sensor, air humidity sensor, gas concentration lwevel sensor, intensity of illumination sensor and soil nutrient sensor.And in conjunction with its detection method effectively avoid having caused qualified operating personnel's wretched insufficiency, caused the situation of agricultural greenhouse to process improper and the defect that had a strong impact on the efficiency of agricultural greenhouse application.
For achieving the above object, technical scheme of the present invention is:
A kind of for the detection system under agricultural greenhouse, comprise the agriculture spot sensor group 1 being arranged in agricultural greenhouse, assembly in described agriculture spot sensor group 1 is electrically connected with acquisition terminal 2, acquisition terminal 2 and the 3 phase wireless connections of convergence server, convergence server 3 is connected with service server 4, service terminal 5 is connected by network with service server 4, service server 4 is also connected with outside internet in addition, assembly in described agriculture spot sensor group 1 includes soil temperature sensor, soil humidity sensor, air temperature sensor, air humidity sensor, gas concentration lwevel sensor, intensity of illumination sensor and soil nutrient sensor.
Described service terminal 5 is mobile phone or the such mobile terminal of panel computer, also or be the such fixed terminal of PC.
The mode that described convergence server 3 is connected with service server 4 is that convergence server 3 is concentrated and is deployed on same physical server with service server 4, and is connected by local communication mode; Or convergence server 3, connects by network mode for to be deployed on separated physical server respectively with service server 4.
Described convergence server 3 is stored with the data space of the information server that the data of storing in the data space of service server 4 can be connected with service server 4 by the convergence server 3 with described.
The described detection method for the detection system under agricultural greenhouse is: first described service server 4 carries out pre-service, this pre-service is included in the interior traffic handling time interval of setting of data space of service server 4, crops classification information, suitable soil moisture range information for the crops of all categories in crops classification information under the growth period separately, suitable soil moisture range information for the crops of all categories in crops classification information under the growth period separately, suitable air themperature range information for the crops of all categories in crops classification information under the growth period separately, suitable air humidity range information for the crops of all categories in crops classification information under the growth period separately, suitable gas concentration lwevel range information for the crops of all categories in crops classification information under the growth period separately, suitable intensity of illumination range information for the crops of all categories in crops classification information under the growth period separately and for the crops of all categories in crops classification information the suitable soil nutrient range information under the growth period separately, when needs detect agricultural greenhouse, start described for the detection system under agricultural greenhouse, soil temperature sensor in the assembly of the agriculture spot sensor group 1 described in setting business processing, soil humidity sensor, air temperature sensor, air humidity sensor, gas concentration lwevel sensor, intensity of illumination sensor and soil nutrient sensor obtain respectively the soil moisture in agricultural greenhouse, soil moisture in agricultural greenhouse, air themperature in agricultural greenhouse, air humidity in agricultural greenhouse, gas concentration lwevel in agricultural greenhouse, intensity of illumination in agricultural greenhouse and the parameter value of the soil nutrient in agricultural greenhouse, by the soil moisture in the agricultural greenhouse obtaining, soil moisture in agricultural greenhouse, air themperature in agricultural greenhouse, air humidity in agricultural greenhouse, gas concentration lwevel in agricultural greenhouse, intensity of illumination in agricultural greenhouse and the parameter value of the soil nutrient in agricultural greenhouse are delivered to acquisition terminal 2, again by the soil moisture in described agricultural greenhouse, soil moisture in agricultural greenhouse, air themperature in agricultural greenhouse, air humidity in agricultural greenhouse, gas concentration lwevel in agricultural greenhouse, intensity of illumination in agricultural greenhouse and the parameter value of the soil nutrient in agricultural greenhouse are forwarded to convergence server 3 via acquisition terminal 2 and store, according to the traffic handling time interval of setting, service server 4 regularly obtains the soil moisture in described agricultural greenhouse from the data space of convergence server 3, soil moisture in agricultural greenhouse, air themperature in agricultural greenhouse, air humidity in agricultural greenhouse, gas concentration lwevel in agricultural greenhouse, intensity of illumination in agricultural greenhouse and the parameter value of the soil nutrient in agricultural greenhouse, the processor of service server 4 comes according to the suitable soil moisture range information under the growth period of the crops of the corresponding classification of setting in the data space of oneself according to the traffic handling time interval of setting, suitable soil moisture range information under the growth period of the crops of corresponding classification, suitable air themperature range information under the growth period of the crops of corresponding classification, suitable air humidity range information under the growth period of the crops of corresponding classification, suitable gas concentration lwevel range information under the growth period of the crops of corresponding classification, suitable soil nutrient range information under the growth period of suitable intensity of illumination range information under the growth period of the crops of corresponding classification and the crops of corresponding classification is respectively with the soil moisture in the agricultural greenhouse getting, soil moisture in agricultural greenhouse, air themperature in agricultural greenhouse, air humidity in agricultural greenhouse, gas concentration lwevel in agricultural greenhouse, intensity of illumination in agricultural greenhouse and the parameter value of the soil nutrient in agricultural greenhouse contrast, if there is the soil moisture in agricultural greenhouse in the result after contrast, soil moisture in agricultural greenhouse, air themperature in agricultural greenhouse, air humidity in agricultural greenhouse, gas concentration lwevel in agricultural greenhouse, intensity of illumination in agricultural greenhouse and the parameter value of the soil nutrient in agricultural greenhouse have exceeded respectively the suitable soil moisture range information under growth period of the crops of corresponding classification separately, suitable soil moisture range information under the growth period of the crops of corresponding classification, suitable air themperature range information under the growth period of the crops of corresponding classification, suitable air humidity range information under the growth period of the crops of corresponding classification, suitable gas concentration lwevel range information under the growth period of the crops of corresponding classification, the situation of the suitable soil nutrient range information under the growth period of the suitable intensity of illumination range information under the growth period of the crops of corresponding classification and the crops of corresponding classification, the suitable soil moisture range information of the crops that service server 4 has exceeded corresponding classification by this under growth period separately, suitable soil moisture range information under the growth period of the crops of corresponding classification, suitable air themperature range information under the growth period of the crops of corresponding classification, suitable air humidity range information under the growth period of the crops of corresponding classification, suitable gas concentration lwevel range information under the growth period of the crops of corresponding classification, the situation of the suitable soil nutrient range information under the growth period of the suitable intensity of illumination range information under the growth period of the crops of corresponding classification and the crops of corresponding classification sends to service terminal 5, operating personnel for service terminal 5 just process accordingly like this.
The present invention compared with prior art, reads the data in memory device by service server, and this data acquisition is carried out to analyzing and processing with ad hoc approach, draws operation instruction suggestion.Producers can obtain operation instruction suggestion from service server by service terminal, for instructing production.
Accompanying drawing explanation
Fig. 1 is the structural representation for the detection system under agricultural greenhouse of the present invention.
Embodiment
Below by specific embodiment, the present invention will be further described:
As shown in Figure 1, for the detection system under agricultural greenhouse, comprise the agriculture spot sensor group 1 being arranged in agricultural greenhouse, assembly in described agriculture spot sensor group 1 is electrically connected with acquisition terminal 2, acquisition terminal 2 and the 3 phase wireless connections of convergence server, convergence server 3 is connected with service server 4, service terminal 5 is connected by network with service server 4, service server 4 is also connected with outside internet in addition, assembly in described agriculture spot sensor group 1 includes soil temperature sensor, soil humidity sensor, air temperature sensor, air humidity sensor, gas concentration lwevel sensor, intensity of illumination sensor and soil nutrient sensor.Described service terminal 5 is mobile phone or the such mobile terminal of panel computer, also or be the such fixed terminal of PC.The mode that described convergence server 3 is connected with service server 4 is that convergence server 3 is concentrated and is deployed on same physical server with service server 4, and is connected by local communication mode; Or convergence server 3, connects by network mode for to be deployed on separated physical server respectively with service server 4.Described convergence server 3 is stored with the data space of the information server that the data of storing in the data space of service server 4 can be connected with service server 4 by the convergence server 3 with described.
The described detection method for the detection system under agricultural greenhouse is: first described service server 4 carries out pre-service, this pre-service is included in the interior traffic handling time interval of setting of data space of service server 4, crops classification information, suitable soil moisture range information for the crops of all categories in crops classification information under the growth period separately, suitable soil moisture range information for the crops of all categories in crops classification information under the growth period separately, suitable air themperature range information for the crops of all categories in crops classification information under the growth period separately, suitable air humidity range information for the crops of all categories in crops classification information under the growth period separately, suitable gas concentration lwevel range information for the crops of all categories in crops classification information under the growth period separately, suitable intensity of illumination range information for the crops of all categories in crops classification information under the growth period separately and for the crops of all categories in crops classification information the suitable soil nutrient range information under the growth period separately, when needs detect agricultural greenhouse, start described for the detection system under agricultural greenhouse, soil temperature sensor in the assembly of the agriculture spot sensor group 1 described in setting business processing, soil humidity sensor, air temperature sensor, air humidity sensor, gas concentration lwevel sensor, intensity of illumination sensor and soil nutrient sensor obtain respectively the soil moisture in agricultural greenhouse, soil moisture in agricultural greenhouse, air themperature in agricultural greenhouse, air humidity in agricultural greenhouse, gas concentration lwevel in agricultural greenhouse, intensity of illumination in agricultural greenhouse and the parameter value of the soil nutrient in agricultural greenhouse, by the soil moisture in the agricultural greenhouse obtaining, soil moisture in agricultural greenhouse, air themperature in agricultural greenhouse, air humidity in agricultural greenhouse, gas concentration lwevel in agricultural greenhouse, intensity of illumination in agricultural greenhouse and the parameter value of the soil nutrient in agricultural greenhouse are delivered to acquisition terminal 2, again by the soil moisture in described agricultural greenhouse, soil moisture in agricultural greenhouse, air themperature in agricultural greenhouse, air humidity in agricultural greenhouse, gas concentration lwevel in agricultural greenhouse, intensity of illumination in agricultural greenhouse and the parameter value of the soil nutrient in agricultural greenhouse are forwarded to convergence server 3 via acquisition terminal 2 and store, according to the traffic handling time interval of setting, service server 4 regularly obtains the soil moisture in described agricultural greenhouse from the data space of convergence server 3, soil moisture in agricultural greenhouse, air themperature in agricultural greenhouse, air humidity in agricultural greenhouse, gas concentration lwevel in agricultural greenhouse, intensity of illumination in agricultural greenhouse and the parameter value of the soil nutrient in agricultural greenhouse, the processor of service server 4 comes according to the suitable soil moisture range information under the growth period of the crops of the corresponding classification of setting in the data space of oneself according to the traffic handling time interval of setting, suitable soil moisture range information under the growth period of the crops of corresponding classification, suitable air themperature range information under the growth period of the crops of corresponding classification, suitable air humidity range information under the growth period of the crops of corresponding classification, suitable gas concentration lwevel range information under the growth period of the crops of corresponding classification, suitable soil nutrient range information under the growth period of suitable intensity of illumination range information under the growth period of the crops of corresponding classification and the crops of corresponding classification is respectively with the soil moisture in the agricultural greenhouse getting, soil moisture in agricultural greenhouse, air themperature in agricultural greenhouse, air humidity in agricultural greenhouse, gas concentration lwevel in agricultural greenhouse, intensity of illumination in agricultural greenhouse and the parameter value of the soil nutrient in agricultural greenhouse contrast, if there is the soil moisture in agricultural greenhouse in the result after contrast, soil moisture in agricultural greenhouse, air themperature in agricultural greenhouse, air humidity in agricultural greenhouse, gas concentration lwevel in agricultural greenhouse, intensity of illumination in agricultural greenhouse and the parameter value of the soil nutrient in agricultural greenhouse have exceeded respectively the suitable soil moisture range information under growth period of the crops of corresponding classification separately, suitable soil moisture range information under the growth period of the crops of corresponding classification, suitable air themperature range information under the growth period of the crops of corresponding classification, suitable air humidity range information under the growth period of the crops of corresponding classification, suitable gas concentration lwevel range information under the growth period of the crops of corresponding classification, the situation of the suitable soil nutrient range information under the growth period of the suitable intensity of illumination range information under the growth period of the crops of corresponding classification and the crops of corresponding classification, the suitable soil moisture range information of the crops that service server 4 has exceeded corresponding classification by this under growth period separately, suitable soil moisture range information under the growth period of the crops of corresponding classification, suitable air themperature range information under the growth period of the crops of corresponding classification, suitable air humidity range information under the growth period of the crops of corresponding classification, suitable gas concentration lwevel range information under the growth period of the crops of corresponding classification, the situation of the suitable soil nutrient range information under the growth period of the suitable intensity of illumination range information under the growth period of the crops of corresponding classification and the crops of corresponding classification sends to service terminal 5, operating personnel for service terminal 5 just process accordingly like this.
Claims (5)
1. one kind for the detection system under agricultural greenhouse, it is characterized in that comprising the agriculture spot sensor group (1) being arranged in agricultural greenhouse, the same acquisition terminal of assembly (2) in described agriculture spot sensor group (1) is electrically connected, acquisition terminal (2) and convergence server (3) phase wireless connections, convergence server (3) is connected with service server (4), service terminal (5) is connected by network with service server (4), service server (4) is also connected with outside internet in addition, assembly in described agriculture spot sensor group (1) includes soil temperature sensor, soil humidity sensor, air temperature sensor, air humidity sensor, gas concentration lwevel sensor, intensity of illumination sensor and soil nutrient sensor.
2. according to claim 1 for the detection system under agricultural greenhouse, it is characterized in that described service terminal (5) is mobile phone or the such mobile terminal of panel computer, also or be the such fixed terminal of PC.
3. according to claim 1 or claimed in claim 2 for the detection system under agricultural greenhouse, it is characterized in that the mode that described convergence server (3) is connected with service server (4) is that convergence server (3) is concentrated and is deployed on same physical server with service server (4), and be connected by local communication mode; Or convergence server (3), connects by network mode for to be deployed on separated physical server respectively with service server (4).
4. according to claim 1 or claimed in claim 2 for the detection system under agricultural greenhouse, it is characterized in that the data space of the information server that described convergence server (3) can be connected with service server (4) by the convergence server (3) with described with the interior data of storing of data space of service server (4) is stored.
5. the detection method for the detection system under agricultural greenhouse according to claim 1, it is characterized by: first described service server (4) carries out pre-service, this pre-service is included in the interior traffic handling time interval of setting of data space of service server (4), crops classification information, suitable soil moisture range information for the crops of all categories in crops classification information under the growth period separately, suitable soil moisture range information for the crops of all categories in crops classification information under the growth period separately, suitable air themperature range information for the crops of all categories in crops classification information under the growth period separately, suitable air humidity range information for the crops of all categories in crops classification information under the growth period separately, suitable gas concentration lwevel range information for the crops of all categories in crops classification information under the growth period separately, suitable intensity of illumination range information for the crops of all categories in crops classification information under the growth period separately and for the crops of all categories in crops classification information the suitable soil nutrient range information under the growth period separately, when needs detect agricultural greenhouse, start described for the detection system under agricultural greenhouse, soil temperature sensor in the assembly of the agriculture spot sensor group (1) described in setting business processing, soil humidity sensor, air temperature sensor, air humidity sensor, gas concentration lwevel sensor, intensity of illumination sensor and soil nutrient sensor obtain respectively the soil moisture in agricultural greenhouse, soil moisture in agricultural greenhouse, air themperature in agricultural greenhouse, air humidity in agricultural greenhouse, gas concentration lwevel in agricultural greenhouse, intensity of illumination in agricultural greenhouse and the parameter value of the soil nutrient in agricultural greenhouse, by the soil moisture in the agricultural greenhouse obtaining, soil moisture in agricultural greenhouse, air themperature in agricultural greenhouse, air humidity in agricultural greenhouse, gas concentration lwevel in agricultural greenhouse, intensity of illumination in agricultural greenhouse and the parameter value of the soil nutrient in agricultural greenhouse are delivered to acquisition terminal (2), again by the soil moisture in described agricultural greenhouse, soil moisture in agricultural greenhouse, air themperature in agricultural greenhouse, air humidity in agricultural greenhouse, gas concentration lwevel in agricultural greenhouse, intensity of illumination in agricultural greenhouse and the parameter value of the soil nutrient in agricultural greenhouse are forwarded to convergence server (3) via acquisition terminal (2) and store, according to the traffic handling time interval of setting, service server (4) regularly obtains the soil moisture in described agricultural greenhouse from the data space of convergence server (3), soil moisture in agricultural greenhouse, air themperature in agricultural greenhouse, air humidity in agricultural greenhouse, gas concentration lwevel in agricultural greenhouse, intensity of illumination in agricultural greenhouse and the parameter value of the soil nutrient in agricultural greenhouse, the processor of service server (4) comes according to the suitable soil moisture range information under the growth period of the crops of the corresponding classification of setting in the data space of oneself according to the traffic handling time interval of setting, suitable soil moisture range information under the growth period of the crops of corresponding classification, suitable air themperature range information under the growth period of the crops of corresponding classification, suitable air humidity range information under the growth period of the crops of corresponding classification, suitable gas concentration lwevel range information under the growth period of the crops of corresponding classification, suitable soil nutrient range information under the growth period of suitable intensity of illumination range information under the growth period of the crops of corresponding classification and the crops of corresponding classification is respectively with the soil moisture in the agricultural greenhouse getting, soil moisture in agricultural greenhouse, air themperature in agricultural greenhouse, air humidity in agricultural greenhouse, gas concentration lwevel in agricultural greenhouse, intensity of illumination in agricultural greenhouse and the parameter value of the soil nutrient in agricultural greenhouse contrast, if there is the soil moisture in agricultural greenhouse in the result after contrast, soil moisture in agricultural greenhouse, air themperature in agricultural greenhouse, air humidity in agricultural greenhouse, gas concentration lwevel in agricultural greenhouse, intensity of illumination in agricultural greenhouse and the parameter value of the soil nutrient in agricultural greenhouse have exceeded respectively the suitable soil moisture range information under growth period of the crops of corresponding classification separately, suitable soil moisture range information under the growth period of the crops of corresponding classification, suitable air themperature range information under the growth period of the crops of corresponding classification, suitable air humidity range information under the growth period of the crops of corresponding classification, suitable gas concentration lwevel range information under the growth period of the crops of corresponding classification, the situation of the suitable soil nutrient range information under the growth period of the suitable intensity of illumination range information under the growth period of the crops of corresponding classification and the crops of corresponding classification, the suitable soil moisture range information of the crops that service server (4) has exceeded corresponding classification by this under growth period separately, suitable soil moisture range information under the growth period of the crops of corresponding classification, suitable air themperature range information under the growth period of the crops of corresponding classification, suitable air humidity range information under the growth period of the crops of corresponding classification, suitable gas concentration lwevel range information under the growth period of the crops of corresponding classification, the situation of the suitable soil nutrient range information under the growth period of the suitable intensity of illumination range information under the growth period of the crops of corresponding classification and the crops of corresponding classification sends to service terminal (5), operating personnel for service terminal (5) just process accordingly like this.
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| CN111273591A (en) * | 2020-03-18 | 2020-06-12 | 嘉应学院 | Intelligent agricultural irrigation system based on Internet of things |
| CN113458140A (en) * | 2021-06-02 | 2021-10-01 | 广东新泓环境咨询有限公司 | Polycyclic aromatic hydrocarbon soil pollution remediation method and application |
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| CN103529796B (en) | 2016-09-07 |
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Denomination of invention: For detection system and the detection method thereof under agricultural greenhouse Effective date of registration: 20170628 Granted publication date: 20160907 Pledgee: Huaxia Bank Limited by Share Ltd. Xi'an branch Pledgor: XI'AN XUNTENG TECHNOLOGY Co.,Ltd. Registration number: 2017610000058 |
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Denomination of invention: Inspection system and inspection method thereof under agricultural greenhouse Effective date of registration: 20181030 Granted publication date: 20160907 Pledgee: Huaxia Bank Limited by Share Ltd. Xi'an branch Pledgor: XI'AN XUNTENG TECHNOLOGY Co.,Ltd. Registration number: 2018610000178 |
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Denomination of invention: Detection system for agricultural greenhouse and its detection method Effective date of registration: 20210811 Granted publication date: 20160907 Pledgee: Shaanxi qinnong Rural Commercial Bank Co.,Ltd. Jingkai sub branch Pledgor: XI'AN XUNTENG TECHNOLOGY Co.,Ltd. Registration number: Y2021980007564 |
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