A low-height multifunctional pastoral management machine

Abstract

The invention relates to a low-height multifunctional field managing machine. The low-height multifunctional field managing machine comprises a walking box, a rotary tillage box, a chain box, a rotation table, rotary tillage knives and a rear guide wheel. The walking box and the rotary tillage box are connected with the chain box, the walking box, the rotary tillage box and the chain box are all fixedly connected with the rotation table, the rotary tillage knives are installed below the rotary tillage box, and the rear guide wheel is further arranged behind the rotary tillage box. A backward gear shaft is installed on the rotary tillage box, and a backward gear is installed on the backward gear shaft. The walking box and a gearbox are simple and compact in structure, a transmission chain is the shortest, the overall length of the gearbox is minimum, the height of the whole machine is the lowest, the structure is simple, operation is convenient, and the multiple operations such as ditching, backfilling, rotary tillage, earthing-up, weeding and fertilizing can be conducted.

Description

technical field [0001] The invention relates to the field of garden management machinery design, in particular to a low-height multifunctional garden management machine. Background technique [0002] The pastoral management machine is an agricultural machinery product specially designed for vegetable fields, greenhouses, hilly slopes and small plots. The wide use of pastoral management machines has greatly promoted the development of my country's agriculture. Existing pastoral management machines mainly include cultivator type, micro tillage machine type and steel box Asian management machine styles. In the planting management of special crops such as orchards and greenhouses, due to the narrow space of the crops and dense branches, the machine is heavy, too large, and the height is too high due to structural problems such as hanging branches and colliding with fruits. Economic loss; and the existing field management machine is difficult to turn around, difficult to operate...

AI Technical Summary

Problems solved by technology

In the planting management of special crops such as orchards and greenhouses, due to the narrow space of the crops and dense branches, the machine is heavy, too large, and the height is too high due to structural problems such as hanging branches and colliding with fruits. Economic loss; and the existing pastoral management machines are difficult to turn around, difficult to operate, and labor-intensive, so they are no longer suitable for use in orchard greenhouses

Other models used for pastoral management are also larger in size, heavier in weight, inflexible in operation, too high in height, and poor in stability. They are not suitable for pastoral management with relatively limited space such as orchards and greenhouses.

In addition, the existing cultivators and micro-tillers only have a single function of rotary tillage and weeding, and the Asian management machine only has the functions of ditching, cultivating soil, rotary tilling and weeding, etc., which has a single function and cannot meet the requirements of fruit and vegetable farmers for ditching, fertilizing, backfilling, and cultivating soil. , rotary tillage, weeding and other planting requirements completed by one machine

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