Grain bin intelligent sensor integration terminal

Abstract

The invention provides a grain bin intelligent sensor integration terminal which mainly comprises a service management unit, a service unit, an information analyzing unit and a hardware driving layer unit. The service management unit is capable of receiving business data which is reported by the service unit. Business rule can be configured by a rule engine, and the business rule is used for carrying out initial processing to the business data. Data with business characteristics is formed, and control requests of all hardware equipment are issued to the service unit. The information analyzing unit is used for receiving the business data of specific services from all hardware equipment, wherein the business data of the specific services from all the hardware equipment are sent by the hardware driving layer unit. After the business data with different message formats is carried out analyzing through an isomerism integrated technology, the business data is converted to business data with the unified message protocol format. The grain bin intelligent sensor integration terminal is capable of carrying out the operation such as the unified data collection and management control to all kinds of sensors and control equipment in the grain bin and achieving autonomous gang control among the sensors and the controllable equipment.

Description

technical field [0001] The invention relates to the technical field of computer applications, in particular to a grain depot intelligent sensor integrated terminal. Background technique [0002] According to the 2011 grain output data released by the National Bureau of Statistics, preliminary statistics show that the total national grain output in 2011 reached 571.21 million tons, creating a new historical record, an increase of 24.73 million tons over 2010, an increase of 4.5%. The direct impact of the increase in grain production is that the storage capacity of surplus grain will also be greatly increased. [0003] The informatization level of my country's grain industry and food system has always been relatively low, especially the unbalanced development of informatization construction, and the adjustment and reform of the grain system in recent years have made the original information supervision infrastructure no longer suitable for the new situation. Scattered, multipl...

AI Technical Summary

Problems solved by technology

At present, the control systems or equipment involved in grain depot management are relatively independent, and the access of various front-end sensors has not formed a unified interface standard and protocol, and it is impossible to perform unified access and standardized management of equipment

Most of the equipment or systems have single functions, and there is a lack of coordination among the various systems, making it impossible to complete complex control tasks

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