Agricultural machine vehicular terminal and agricultural machine dispatching method, system and server

Abstract

The invention discloses an agricultural machine vehicular terminal and an agricultural machine dispatching method, system and server. The method comprises the steps that when an agricultural machine carries out cross-regional operation, an owner of the agricultural machine collects operation information of the agricultural machine, determines operation workloads, generates an operation plan through the agricultural machine dispatching server, and sends the plan to the agricultural machine vehicular terminal installed on the agricultural machine; the agricultural machine vehicular terminal sends identification and current position information of the agricultural machine vehicular terminal to the agricultural machine server; after the agricultural machine dispatching server receives the identification and the position information of the agricultural machine vehicular terminal, identification of a farmland to be operated is sent to the agricultural machine vehicular terminal with the identification, and map data in the geographical range comprising the farmland and the position of the agricultural machine vehicular terminal and a running route from the position to the farmland are determined; the agricultural machine vehicular terminal displays a map and highlights the running route according to received response information. According to the technical scheme, the agricultural machine can be dispatched to reach the farmland to be operated, the phenomenon of finding an operating region aimlessly is avoided, and the dispatching efficiency of the agricultural machine can be improved easily.

Description

technical field [0001] The present invention relates to the field of agricultural machinery, in particular to an agricultural machinery vehicle-mounted terminal, an agricultural machinery dispatching method, system and server. Background technique [0002] In my country, due to the emergence of agricultural machinery cooperatives and agricultural machinery professional households, cross-regional operations have occurred. Agricultural machinery holders and management dispatchers usually need to control different agricultural machinery through the monitoring system to perform agricultural operations such as plowing, sowing, 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: a plurality of agricultural machinery subsystems 101 and a remote monitoring subsystem 102 . An agricultural machinery subsystem 101 is installed on an agricultural machinery;...

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Problems solved by technology

[0005] However, agricultural machinery drivers usually cannot obtain the information of the farmland to be operated through the existing agricultural machinery monitoring system; agricultural machinery drivers usually look for the next farmland to be operated while driving the agricultural machinery; it is easy to cause unreasonable distribution of agricultural machinery

For example, a large number of agricultural machinery drivers hear that there are many fields in area A but few machines, so they all drive agricultural machines to area A; they hear that area B has few fields and many machines, and they are unwilling to go to area B; , it is easy to cause many agricultural machinery rushing to area A to find no jobs, and the farmland in area B delays farming time due to lack of agricultural machinery

There is also the reason of the current land attributes. It seems that the planting plots are contiguous. They may belong to one or collective contractors and are suitable for large-scale machinery operations; they may also belong to several contractors and are only suitable for small-scale machinery operations. Difficulties at work site

[0006] Moreover, the distance between farmlands in different regions is relatively long, and the observable distance of the cameras in the existing agricultural machinery subsystem 101 is relatively short; Determine the real-time geographic location of the agricultural machinery to which the agricultural machinery subsystem belongs, so that it is impossible to determine the path from the current location of the agricultural machinery to the next farmland to be operated; as a result, management and dispatchers cannot schedule non-operation tasks through the existing remote monitoring subsystem 102 The agricultural machinery that has completed the current farmland operation task cannot be dispatched to cross-field operations; the management dispatcher usually needs to dispatch the agricultural machinery through other means, which is very inconvenient and reduces the use efficiency of the agricultural machinery

[0007] In addition, because the management and dispatch personnel cannot determine the real-time geographic location of the agricultural machinery through the existing agricultural machinery monitoring system, it is easy for the agricultural machinery to enter other people's farmland for operation by mistake, which may easily lead to disputes

It can be seen that the monitoring capability of the existing agricultural machinery monitoring system is insufficient

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