Farmland machinery carrying platform

Abstract

The invention relates to a farmland machinery carrying platform. Under the instructions of a PC, a PLC, an execution circuit and a variety of kinds of sensors can form a complete intelligent automated program, and under the support of the intelligent automated program, the farmland machinery carrying platform is composed of two rate adjustment motors which are matched with each other, a left truck body and a right truck body which are symmetrical to each other, driving wheels, driven wheels, two hydraulic lifting frames and a carrying platform. The farmland machinery carrying platform is characterized in that the left truck body and the right truck body are respectively provided with a main motor which is connected with a corresponding wheel support and a corresponding driving wheel through a commutator; one end of the lower surface of the left truck body and one end of the lower surface of the right truck body are respectively connected with one driven wheel; the left truck body and the right truck body are provided with the two sets of hydraulic lifting frames; the lower ends of the lifting frames are connected with the truck bodies; the upper ends of the lifting frames are connected with the carrying platform; and therefore, a complete lifting carrying platform can be formed, and can walk on a special rail in a farmland and can finish all management work in the farmland from such as land cultivation, sowing and harvesting. With the farmland machinery carrying platform of the invention adopted, no workers are needed to drive and operate the farmland machinery carrying platform, and people can realize fully automatic control through utilizing the Internet based on computers.

Description

Technical field: [0001] The farmland machinery carrying platform of the present invention particularly relates to a kind of platform laid on the special road in the farmland for soil preparation, fertilization, sowing, thinning, intertillage, irrigation, spraying medicine, topdressing, and various special machinery, manipulators and special equipment, etc. Highly intelligent fully automated machinery design and manufacturing technology for field management. Background technique: [0002] The research on farmland cultivation methods in our country mainly includes intensive tillage, no-tillage, less-tillage, water-conservation tillage and combined tillage. One of its main purposes is to minimize the re-entry of people and machines, avoid compacting the lower soil layer, destroy its air permeability and water permeability, and affect the long-term growth of crops. In foreign countries, large-scale farmland machinery completes plowing, soil preparation, fertilization, and sowin...

AI Technical Summary

Problems solved by technology

All the planting process basically needs to be completed manually and with simple agricultural machinery and equipment. The workload is very large, and it is difficult to achieve systematic and unified management. Relatively good management will increase the labor hours, and the cost will increase accordingly. Many crops are abandoned due to high cost and low yield

Images