CN203870459U

CN203870459U - System for intelligently monitoring corn growing process

Info

Publication number: CN203870459U
Application number: CN201420294304.9U
Authority: CN
Inventors: 金明德
Original assignee: Individual
Current assignee: Individual
Priority date: 2014-06-05
Filing date: 2014-06-05
Publication date: 2014-10-08
Anticipated expiration: 2024-06-05

Abstract

The utility model discloses a system for intelligently monitoring corn growing process. The system comprises a wind speed acquisition module, an overground temperature acquisition module, an underground temperature acquisition module, a temperature acquisition module, a light intensity acquisition module, a nitrogen content determination module, a phosphor content determination module, a potassium content determination module, a video acquisition module, a water pump control module, a fan control module, a spraying control module, a DSP module, a Hongdian DTU module, a liquid crystal display module and a host computer monitoring system. The system transmits acquired information to the DSP module through various sensor modules, and the DSP module controls the display module to display related information. The DSP module sends the related information to the host computer monitoring system by the Hongdian DTU module through an internet of things.

Description

A kind of corn growth process intelligent monitor system

Technical field

The utility model relates to agriculture intelligent control system technical field, refers in particular to a kind of corn growth process intelligent monitor system based on Internet of Things.

Background technology

At China's corn be cultivated area maximum, total production is the highest, yield potential is maximum, is the first cereal crops of China, and corn is self-evident for the importance of national food safety.Corn plays an important role to improving the people's living standard and the development of animal husbandry, and the core of animal husbandry development is feed, and the core of feed is corn.Greatly developing and producing corn is the optimal selection that ensures feed effective supply.But China's corn planting method falls behind, plantation equipment is simple, technology falls behind etc. relatively.In corn growth process, in surrounding environment and soil, the variation of various compositions has a great impact its growth, therefore realizes corn growth process intelligent monitor system significant.

But there is following shortcoming in the existing corn planting process of China: (1) mainly relies on labour, and automaticity is not high, and work efficiency is very low; (2) intelligent degree is low, substantially judge the variation of environment and soil constituent in corn growth process by people's experience, the growing environment that can not analyze in time corn changes, can not be in time initiatively remove to adjust corn growth environment, thereby can not ensure that corn grows in best environment; (3) centralization not, does not have master-control room, can not realize the different growth phases of corn efficient comprehensively monitoring in real time and management.

Summary of the invention

Technical matters to be solved by this invention is exactly, overcome and in existing corn planting process, too rely on that manpower, automaticity are not high, work efficiency is too low, degree of intelligence is low, the shortcomings such as inadequate centralization, provide one more intelligent, more flexibly, more fully a kind of corn growth process intelligent monitor system, each stage that can flexible, real-time, intelligentized management corn growth process.Give full play to the advantage of sensor technology, computer technology and network technology, improve the efficiency of management in corn planting process, save human and material resources and financial resources.

The purpose of this utility model is to provide a kind of corn growth process intelligent monitor system, and this system is measured module, video acquisition module, water pump control module, air-blower control module, spraying control module, DSP module, grand electric DTU module, LCD MODULE and host computer monitoring system and formed by wind speed acquisition module, ground humidity collection module, underground humidity collection module, temperature collect module, intensity collection module, nitrogen analysis module, phosphorus detection module, potassium content.This system passes to DSP module by related sensor by the various information that gather, and DSP module is presented at correlated results on display module; Then DSP utilizes grand electric DTU module to send to host computer monitoring system by Internet of Things relevant information.

The beneficial effects of the utility model are: improve intelligent degree, automaticity and work efficiency in existing corn planting process; Can provide one more intelligent, more flexibly, corn growth process intelligent monitor system more fully; The efficiency of management in corn planting process can be improved, human and material resources and financial resources in existing corn planting process can be saved.

brief description of the drawings:

Fig. 1 is the utility model structured flowchart;

embodiment:

With reference to Fig. 1, a kind of corn growth process intelligent monitor system, wind speed acquisition module, ground humidity collection module, underground humidity collection module, temperature collect module, intensity collection module, nitrogen analysis module, phosphorus detection module, potassium content are measured module, video acquisition module, water pump control module, air-blower control module, spraying control module, DSP module, grand electric DTU module, LCD MODULE and host computer monitoring system.

Described wind speed acquisition module is used for gathering the wind speed of milpa periphery, and the control end of described wind speed acquisition module and output terminal respectively the IO pin corresponding with DSP module are connected; Described ground humidity collection module is used for gathering the ground humidity information in corn growth process, and the control end of described ground humidity collection module and output terminal respectively the IO pin corresponding with DSP module are connected; Described underground humidity collection module gathers the underground humidity information in corn growth process, and the control end of described underground humidity collection module and output terminal respectively the IO pin corresponding with DSP module are connected; The input end of described water pump control module is connected with the output terminal of DSP module.

The temperature of surrounding enviroment in described temperature collect module Real-time Collection corn growth process, the control end of described temperature collect module and output terminal respectively the IO pin corresponding with DSP module are connected.

The intensity information of surrounding enviroment in described intensity collection module Real-time Collection corn growth process, the control end of described intensity collection module and output terminal respectively the IO pin corresponding with DSP module are connected.

Described nitrogen analysis module is used for gathering Nitrogen In Soils composition, and the control end of described nitrogen analysis module and output terminal respectively the IO pin corresponding with DSP module are connected.

Described phosphorus detection module is used for gathering the composition of Soil Phosphorus, and the control end of described phosphorus detection module and output terminal respectively the IO pin corresponding with DSP module are connected.

Described potassium content is measured module and is used for gathering the composition of potassium in soil, and the control end that described potassium content is measured module and output terminal respectively the IO pin corresponding with DSP module are connected.

Described video acquisition module is used for the video information of periphery in Real-time Collection corn growth process and milpa, and the control end of described video acquisition module and output terminal respectively the IO pin corresponding with DSP module are connected.

Described LCD MODULE is used for showing in real time various relevant informations, and the control end of described LCD MODULE and input end respectively the IO pin corresponding with DSP module are connected.

Described grand electric DTU module is real-time under the control of DSP module passes to host computer monitoring system by relevant information by Internet of Things, and the control end of described grand electric DTU module and input/output terminal respectively the IO pin corresponding with DSP module are connected.

Described spraying control module is responsible for spraying insecticide to corn, and the control end of described spraying control module and input respectively the IO pin corresponding with DSP module are connected, and the output terminal of described spraying control module is connected with corresponding spray medicine equipment.

Described air-blower control module is responsible for ventilating to corn pollination, and the control end of described air-blower control module and input respectively the IO pin corresponding with DSP module are connected, and the output terminal of described air-blower control module is connected with corresponding blower fan.

Above the concrete enforcement of invention be have been described in detail, but the present invention is not restricted to instantiation described above, it is just as example.To those skilled in the art, any equivalent modifications that this system is carried out and alternative also all among category of the present invention.Therefore,, not departing from equalization conversion and the amendment done under the spirit and scope of invention, all should contain within the scope of the invention.

Claims

1. a corn growth process intelligent monitor system, comprises that this system comprises wind speed acquisition module, humidity collection module, underground humidity collection module, temperature collect module, intensity collection module, nitrogen analysis module, phosphorus detection module, potassium content are measured module, video acquisition module, water pump control module, air-blower control module, spraying control module, DSP module, grand electric DTU module, LCD MODULE and host computer monitoring system on the ground; It is characterized in that, the relevant output pin IO pin corresponding with DSP that described wind speed acquisition module, ground humidity collection module, underground humidity collection module, temperature collect module, intensity collection module, nitrogen analysis module, phosphorus detection module, potassium content measured module and video acquisition module is connected; It is characterized in that, the correlated inputs pin IO pin corresponding with DSP module of described water pump control module, LCD MODULE and air-blower control module is connected; It is characterized in that, the relevant pin of the described grand electric DTU module respectively IO pin corresponding with DSP module is connected.

2. require a kind of corn growth process intelligent monitor system described in 1 according to patent, it is characterized in that, described grand electric DTU module is carried out real-time Communication for Power by DSP module controls by Internet of Things and host computer monitoring system.