Multifunctional cart for cooperative control and synchronization of work of agricultural industrial park

Abstract

The invention discloses a work cooperative control and synchronization multifunctional cart for an agricultural industrial park, which comprises a compartment and a partition plate, and the partition plate divides the compartment into a heavy object bin for containing fruits and a light object bin which is positioned on the right side of the heavy object bin and is used for containing fruits; the device further comprises a screening mechanism, a fresh-keeping, humidifying, atomizing and dedusting system and a sowing and fertilizing system, through cooperation of the screening mechanism, fruits and vegetables are collected in a designated bin, and the purpose of collecting and classifying the fruits and vegetables is achieved; through cooperation of the fresh-keeping humidification system and the atomization dust removal system, the purposes of fresh-keeping humidification of fruits and vegetables in the bin and atomization dust removal of the interior and the exterior of the bin are achieved, and the problems that in the picking process, due to the fact that the temperature of the storage environment is high and air is dry, the fruits lack water and are rotted and deteriorated are solved, and too much dust is raised in the working environment of maintainers are solved; through work cooperation of the sowing and fertilizing system, automatic sowing and fertilizing in the moving process of the trolley are achieved.

Description

technical field [0001] The invention relates to the technical field of agricultural equipment, in particular to a multifunctional cart used for collaborative control and synchronization of work in an agricultural industrial park. Background technique [0002] The trolley is a transport vehicle that is pushed and pulled by human. [0003] The commonly used method of harvesting crops in agricultural industrial parks is to manually pick them and then classify them, which will increase the workload. During the picking process, due to the high storage environment temperature and dry air, the fruits are spoiled and deteriorated due to lack of moisture, and the maintenance staff pouring water. Water, fertilization and sowing work require multiple round trips to take tools to increase the workload. [0004] Therefore, to provide a multi-functional cart that can be used for collaborative control and synchronization of agricultural industrial park work, which can screen fruit and veg...

AI Technical Summary

Problems solved by technology

[0003] The commonly used method of harvesting crops in agricultural industrial parks is manual picking and then sorting, which will increase the workload. During the picking process, due to the high temperature of the storage environment and the dry air, the fruits will rot and deteriorate due to lack of water, and the conservation staff will water the crops. Water, fertilization and seeding work requires multiple trips to get tools to increase workload

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