Multifunctional agricultural full-automatic production system

Abstract

The invention relates to a multifunctional agricultural full-automatic production system which comprises supporting bodies and agricultural operation rail sets. Each agricultural operation rail is composed of a plurality of steel rails, one end of each supporting body is installed on a farm land, and the other end of each supporting body is provided with the corresponding steel rail; the production system further comprises agricultural rail operation equipment, devices for assisting the agricultural rail operation equipment to be switched on the rails, and / or an electric energy unit and / or a water feeding unit and / or a monitoring unit; the agricultural rail operation equipment can walk on the surfaces of the agricultural operation rails to carry out agricultural automatic production, the devices for assisting the agricultural rail operation equipment to be switched on the rails are beneficial to reducing the arrangement number of the rails, the cost is low and rail operation is convenient; the electric energy unit enables the agricultural equipment and the monitoring unit to respectively carry out energy-saving and environment-friendly production and security and quality control, and the water feeding unit is used for irrigation, pesticide spraying and fire extinguishing, so that the agricultural production efficiency is effectively improved, the cost is reduced, and the high-intelligence agricultural full-automatic production is realized.

Description

technical field [0001] The invention relates to the technical field of agricultural production, in particular to a multifunctional fully automatic agricultural production system. Background technique [0002] It is very hard for agricultural production workers to get their feet into the soil and get out. It is even harder and harder to walk in the soil step by step. The efficiency is extremely low due to the sun and rain. [0003] The current agricultural operation equipment has many defects: all agricultural operation equipment that walks directly on the ground will sink into the mud and cannot be dialed by itself. It is still impossible to improve production efficiency in operations, as long as walking on the mud will increase the workload, and the agricultural operation equipment that walks directly on the mud cannot be connected to electricity, which is not environmentally friendly and energy-saving, resulting in an increase in agricultural production costs. There are a...

AI Technical Summary

Problems solved by technology

[0003] The current agricultural operation equipment has many defects: all agricultural operation equipment that walks directly on the ground will sink into the mud and cannot be dialed by itself. It is still impossible to improve production efficiency when doing homework. Walking on the mud will increase the workload. Agricultural equipment that walks directly on the mud is not connected to electricity, which is not environmentally friendly and energy-saving, resulting in increased agricultural production costs.

There are also agricultural aircrafts that cannot improve production efficiency. The wind power of large agricultural aircrafts can easily blow crops down

[0004] In addition, when the crops themselves and the surrounding environment are abnormal, agricultural production personnel cannot monitor and control them comprehensively and in a large area. When a fire occurs, the fire cannot be extinguished immediately, especially during the harvest period in autumn, when the weather is dry, fires are more likely to occur and the losses are huge.

[0005] At present, the layout cost of the existing and rare agricultural operation tracks is high, it is not convenient for track transportation, it is not convenient for track agricultural production, and it is impossible to achieve multi-functional tracks

[0006] With the above techniques, agricultural production directly on the ground and in the sky cannot improve production efficiency, and cannot realize fully automated agricultural production. A large number of farmlands are abandoned, and the agricultural labor force continues to decrease.

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