Tracked self-propelled single plant tending machine

Abstract

A crawler-type self-walking single plant tending machine comprises a chassis rack. A crawler-type self-walking mechanism is arranged on the lower part of the chassis rack, and a diesel power system, a driver seat, an operating floor, a hydraulic oil pump in drive connection with the diesel power system and a hydraulic oil tank supplying oil to the hydraulic oil pump are arranged on the upper part of the chassis rack. The diesel power system drives the crawler-type self-walking mechanism to move on the ground, and a moving operating handle of the crawler-type self-walking mechanism is arranged on the operating floor. The crawler-type self-walking single plant tending machine is characterized in that a single plant tending working head is arranged at the front end of the chassis rack. By means of the crawler-type self-walking single plant tending machine, soil around the stems of camellia oleifera in a camellia oleifera grove is mechanically and carefully tended, tending efficiency is improved, and manual labor intensity is relieved.

Description

Technical field [0001] The invention relates to the technical field of agricultural machinery and equipment, and mainly relates to a crawler-type self-propelled single plant tending machine, which is used for mowing and loosening the soil around the stem of a single plant to promote plant growth. Background technique [0002] Camellia oleifera is an evergreen shrub or small tree belonging to the genus Camellia. It is an important woody oil tree species in southern my country. The starting age of Camellia oleifera varies depending on the mode of reproduction. The fruit of Camellia oleifera usually begins to bear fruit only in 5 years and enters prosperity in 10 years. Fruiting period: Grafted seedlings will begin to bear fruit in 2 years and enter the full fruit period in 5 years. Under good management conditions, the full fruit period can be maintained for 40-50 years. Camellia oleifera trees are generally planted in deep, fertile, well-drained, sunny slopes, semi-sun slopes, and ...

AI Technical Summary

Problems solved by technology

[0003] The present invention aims at the technical problem of low efficiency and time-consuming technical problems in the prior art that the tending operation of the soil around the stems of camellia oleifera trees in camellia oleifera forests is mainly done manually, and provides a crawler-type self-propelled single-plant plant tending machine, which is realistically mechanized Meticulous tending of the soil around the stems of camellia oleifera trees in camellia oleifera forest, improving tending efficiency and reducing labor intensity

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