CN204811282U - Greenhouse environmental monitoring system - Google Patents

The utility model provides a greenhouse environmental monitoring system, the utility model belongs to the technical field of greenhouse management, the utility model discloses a solve a plurality of big -arch shelters of present peasant household family management, can not rigorously enforce an environmental parameter in each big -arch shelter of accuse, lead to the fact the reduction of income, the underproduction of crop in the big -arch shelter, technical problem that economic loss is big, it includes carbon dioxide sensor, light intensity sensor, soil temperature and humidity sensor, air temperature and humidity sensor, data collection station, coordinator, data emitter and display device, interface connection is received with data collection station's data to carbon dioxide sensor's data output interface, and interface connection is received with data collection station's data to light intensity sensor's data output interface, has the environmental parameter that can make the real time monitoring of peasant household big -arch shelter interior, and for the peasant household has practiced thrift a large amount of time, the peasant household can in time regulate and control the big -arch shelter environment according to the data that the system detected, accomplishes to know constantly strict the advantage of accuse.

A kind of greenhouse surroundings monitoring system

Technical field

The utility model belongs to greenhouse management technical field, is specifically related to a kind of greenhouse surroundings monitoring system.

Background technology

Green house is across the most frequently used means of production of Seasonal Production crop, in recent years along with consumption market is to the increase of agricultural product demand, and country is to the support of vast rural development, increasing peasant starts to build green house, along with the increase of green house quantity, a large amount of presents the phenomenon that a peasant household manages multiple green house.The plantation of green house needs peasant household according to the habit of growth of crop in canopy, manages with delicacy, the strict environmental parameter such as temperature, humidity controlled in booth.But along with the increase of booth quantity and the loss of labour, peasant household is day by day unable to do what one wishes to the management of booth, can not accomplishes strictly control to the environmental parameter of each booth, cause the reduction of income of crop in booth, the underproduction, cause great economic loss.

Summary of the invention

The purpose of this utility model solves existing peasant household one family to manage multiple booth, strictly each booth environment parameter of control, can not cause the reduction of income of crop in booth, the underproduction, the technical problem that economic loss is large, provide a kind of greenhouse surroundings monitoring system.

For solving the problems of the technologies described above, the technical solution adopted in the utility model is:

A kind of greenhouse surroundings monitoring system, wherein: it comprises gas concentration lwevel sensor, intensity of illumination sensor, soil temperature-moisture sensor, aerial temperature and humidity sensor, data acquisition unit, telegon, data sending apparatus and display unit; The data output interface of described gas concentration lwevel sensor is connected with the data receiver interface of data acquisition unit, and dense carbon dioxide degrees of data in the greenhouse collected is transferred to data acquisition unit; The data output interface of intensity of illumination sensor is connected with the data receiver interface of data acquisition unit, and the data of the warm indoor illumination intensity collected are transferred to data acquisition unit; The data output interface of soil temperature-moisture sensor is connected with the data receiver interface of data acquisition unit, and soil temperature and humidity data in the greenhouse collected are transferred to data acquisition unit; The data output interface of aerial temperature and humidity sensor is connected with the data receiver interface of data acquisition unit, and the warm indoor air temperature collected and humidity data are transferred to data acquisition unit; The data output interface of data acquisition unit is connected with the data receiver interface of telegon, and the sensing data of collection is transferred to telegon; The data-out port of telegon is connected with the data-in port of the data-in port of data sending apparatus and display unit; The data of reception are sent to terminal device by data sending apparatus.

Described data acquisition unit is ZigBee router, and telegon is ZigBee telegon.

Described display unit comprises single-chip microcomputer and LCDs, the data-in port of single-chip microcomputer is connected with the data-out port of telegon, and the output port of single-chip microcomputer is connected the data provided by telegon to be changed show to LCDs with the input port of LCDs.

Described terminal device is mobile phone or computer.

Because the utility model have employed technique scheme, solve existing peasant household one family and manage multiple booth, what exist can not strictly each booth environment parameter of control, cause the reduction of income of crop in booth, the underproduction, the technical problem that economic loss is large, compared with background technology, the utility model has peasant household can be made to monitor environmental parameter in booth in real time, observational record is gone voluntarily without the need to peasant household, liberate peasant household, for peasant household has saved a large amount of time, peasant household can regulate and control greenhouse-environment in time according to the data of systems axiol-ogy, accomplish that the moment is understood strictly control, ensure that the upgrowth situation of crops is good, foot produces the advantage of good harvest.

Accompanying drawing explanation

Fig. 1 is the utility model structural representation.

Embodiment

Below in conjunction with drawings and Examples, the utility model is described in detail:

As shown in Figure 1, greenhouse surroundings monitoring system in the present embodiment, wherein: it comprises gas concentration lwevel sensor (MG811) 4, intensity of illumination sensor (BH1750) 3, soil temperature-moisture sensor (DB171) 2, aerial temperature and humidity sensor (DB171) 1, data acquisition unit 5, telegon 6, data sending apparatus (post Tang MD-109G) 7 and display unit 8; The data output interface of described gas concentration lwevel sensor 4 is connected with the data receiver interface of data acquisition unit 5, and dense carbon dioxide degrees of data in the greenhouse collected is transferred to data acquisition unit 5; The data output interface of intensity of illumination sensor 3 is connected with the data receiver interface of data acquisition unit 5, and the data of the warm indoor illumination intensity collected are transferred to data acquisition unit 5; The data output interface of soil temperature-moisture sensor 2 is connected with the data receiver interface of data acquisition unit 5, and soil temperature and humidity data in the greenhouse collected are transferred to data acquisition unit 5; The data output interface of aerial temperature and humidity sensor 1 is connected with the data receiver interface of data acquisition unit 5, and the warm indoor air temperature collected and humidity data are transferred to data acquisition unit 5; The data output interface of data acquisition unit 5 is connected with the data receiver interface of telegon 6, and the data of each sensor above-mentioned gathered are transferred to telegon; The data-out port of telegon 6 is connected with the data-in port of the data-in port of data sending apparatus 7 and display unit 8; The data of reception are sent to terminal device by data sending apparatus 7.Described data acquisition unit 5 is ZigBee router, and telegon 6 is ZigBee telegon, and ZigBee router and ZigBee telegon all adopt the CC2530 process chip of TI company.Described display unit 8 comprises single-chip microcomputer (MC9S12XS128) and LCDs, the data-in port of single-chip microcomputer is connected with the data-out port of telegon 6, and the output port of single-chip microcomputer is connected with the input port of LCDs the data that telegon 6 provides to change and shows to LCDs.Described terminal device is mobile phone or computer.