Distribution type agricultural machine management method, system and platform

Abstract

The invention discloses a distribution type agricultural machine management method, system and platform. The method comprises the steps that a vehicle-mounted terminal of each agricultural machine sends information such as position reports, geographic information, soil constituents and crop yield to the agricultural machine management platform; the agricultural machine management platform correspondingly stores the identifications, in the position report information, of the vehicle-mounted terminals, the current position and geographic information, soil constituents and the crop yield to a database server of the agricultural machine management platform; when the agricultural machines work next year, agricultural machine dispatching terminals distributed at different positions send a position information obtaining request; the agricultural machine management platform analyzes out the identifications of the vehicle-mounted terminals of the agricultural machines of managers from the position information obtaining request, then finds the recorded position information corresponding to the identifications of the vehicle-mounted terminals from the database server, and returns the information such as planting information, water and fertilizer management information and harvesting information needed by operation of the agricultural machines; the agricultural machine dispatching terminals dispatch the agricultural machines according to the returned information. According to the technical scheme, the use efficiency of the agricultural machines and agricultural capitals is improved conveniently.

Description

technical field [0001] The invention relates to the field of agricultural machinery, in particular to a distributed agricultural machinery management method, system and platform. Background technique [0002] In my country, due to the emergence of agricultural machinery cooperatives and agricultural machinery professional households, agricultural machinery operations span more and more areas. Due to differences in climate and soil, the planting characteristics vary from place to place. Managers such as agricultural machinery holders and management dispatchers usually need to pass monitoring The system controls different agricultural machines and different farming seasons to perform agricultural operations such as plowing, sowing, water and fertilizer management, and harvesting in fields in different regions. [0003] The structure diagram of an existing agricultural machinery monitoring system is as follows: figure 1 As shown, it includes: an agricultural machinery subsystem...

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Problems solved by technology

[0005] However, the observable distance of the camera in the existing agricultural machinery subsystem 101 is relatively short; the manager in the remote monitoring room cannot determine the real-time location of the agricultural machinery to which the agricultural machinery subsystem belongs according to the environmental image information captured by the camera. location; the manager usually needs to obtain the location information of each agricultural machine through other means, which is very inconvenient; and usually cannot obtain the location information of each agricultural machine managed by the manager at the same time, causing the manager to be forced to carry out operations based on lagging and scattered location information. Agricultural machinery management is prone to unreasonable allocation of agricultural machinery (for example, some fields have excess agricultural machinery and some fields have insufficient agricultural machinery), resulting in low efficiency in the use of agricultural machinery

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