Blade superposed type paddy field ridger achieving vibratory compaction

Abstract

The invention relates to a blade superposed type paddy field ridger achieving vibratory compaction. The blade superposed type paddy field ridger is provided with a front rack and a rear rack. The front rack is hinged with the rear rack through a movable hinge, and the front rack is driven by a single rod type piston hydraulic cylinder arranged above the rear rack to rotate up and down around a hinge point; a traction frame and a power transmission rod connected with a tractor are arranged at the front end of the front rack, and a soil loosening device is arranged below the front rack; the front end of the rear rack is provided with a power transmission device, a soil gathering device and an eccentric wheel vibration compaction device, and the tail end of the rear rack is provided with a blade superposed type forming device. A reversing gear box provides input power for a reduction gearbox, and an output transmission shaft of the reversing gear box is connected with a rotary tillage cutter shaft of the soil loosening device, a compaction wheel axle of the blade superposed type forming device and an eccentric wheel input shaft through chain transmission. The blade superposed type paddy field ridger adopts two procedures of vibratory compaction and blade superposition, so that a formed ridge is regular in shape, compact and firm, adjustable in ridge shape, good in compaction effect, high in ridging efficiency, easy to control and good in adaptability.

Description

technical field [0001] The invention belongs to the technical field of agricultural machinery, and in particular relates to a paddy field ridge-building machine of a vibrating and compacting vane superimposed pressure type. Background technique [0002] Field ridges are used to divide and store water, and can also be used to facilitate the walking of farmers and passers-by. Building ridges is the key to realizing paddy field irrigation. A solid and reasonable field ridge can not only meet the water demand of rice, but also save water resources. Paddy field ridge building belongs to Soil preparation during rice production. For a long time, paddy field ridge building has been completed by manpower. Manual ridge building is a heavy and labor-intensive labor. Even with the help of some special tools, the labor intensity is still high, the work efficiency is low, and the cost is high. The consistency of the field ridge And the uniformity is poor, and manual assisted compaction is...

AI Technical Summary

Problems solved by technology

For a long time, paddy field ridge building has been completed by manpower. Manual ridge building is a heavy and labor-intensive labor. Even with the help of some special tools, the labor intensity is still high, the work efficiency is low, and the cost is high. The consistency of the field ridge Poor uniformity and manual assisted compaction are no longer suitable for the cultivation mode of rice planting in large-scale plain areas in my country, and it is not conducive to promoting the development of paddy field production mechanization

There are two main problems in the paddy field ridge building machines in the prior art. One is that the ridges are not firm and loose, and the ridge building efficiency is low and the quality is poor; Adjustment, which brings inconvenience to the cultivation of crops

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