Control system of driverless sprinkler based on image recognition

Abstract

An unmanned sprinkler control system based on image recognition, which includes a remote host command flow control system, an unmanned system installed on the sprinkler body and an intelligent sprinkler control system based on image recognition. The remote host command flow control system is used to realize the deployment of multiple sprinklers, the real-time data acquisition and command release of each sprinkler; The released set sprinkling area performs normal operations; the intelligent sprinkling control system based on image recognition realizes the intelligent sprinkling function of the sprinkler. The control system of the present invention is improved on the existing sprinkler body, which can drive the vehicle to perform watering operations in a set specific area, and can dynamically judge whether the desired watering area needs to be watered according to the image recognition technology during driving.

Description

technical field [0001] The invention relates to a sprinkler control system, in particular to an unmanned sprinkler control system based on image recognition. Background technique [0002] Sprinklers are widely used, whether in daily life or in the field of engineering construction, sprinklers play their own unique role. At present, sprinklers in daily life and in the field of engineering construction require the driver to drive the sprinkler to drive back and forth on a specific sprinkler route and spray continuously. Such an implementation not only wastes manpower, but also the sprinkler Uninterrupted spraying will overlap the same sprinkler area, resulting in waste of water resources. [0003] In view of the above-mentioned disadvantages of the sprinkler, the predecessors have related improvement strategies. However, in the existing technology improvement strategies, most of the sprinkler control systems are improved on the basis of liberating human labor, and the proble...

AI Technical Summary

Problems solved by technology

However, in the existing technology improvement strategies, most of the sprinkler control systems are improved on the basis of liberating human labor, and have not discussed issues such as waste of resources, overlapping action areas between multiple vehicles, etc.

As described in the Chinese patent "Unmanned Sprinkling Method and Sprinkler" (Application No.: 201910304555.8), the improvement of the sprinkler only liberates manpower from the complex cycle of labor, but there is no improvement in the sprinkler's sprinkler control. conduct in-depth research

As we all know, the sprinkler is a machine that consumes more water resources. If only the automatic driving of the sprinkler in the driving path is improved, the purpose of improvement cannot be achieved.

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