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A platform for research: civil engineering, architecture and urbanism
Large-scale integrated mechanized water handling mode after direct sowing of rice
The invention discloses a large-scale integrated mechanized water handling mode after direct sowing of rice. The mode comprises the processes as follows: seed channels, water-handling channels and a high-yield channel are formed in soil by virtue of a rice direct seeder in the seeding process; seeds are evenly seeded into the seed channels; a transverse channel is mechanically excavated by virtue of a small trenching mechanism; the seed channels, the water-handling channels and the high-yield channel are respectively communicated with the transverse channel; and the transverse channel penetrates through a ridge and is communicated with a drainage channel. The large-scale integrated mechanized water handling mode after the direct sowing of the rice has the advantages that the seed channels, the water-handling channels and the high-yield channel are formed in the soil in the rice direct seeder seeding process; the transverse channel is mechanically excavated by virtue of the small trenching mechanism; and the water-handling mode adopts coordination of large and small machines, so that the working efficiency is high; the labor cost is greatly reduced; the water handling is timely, and can be finished within a day; the planting percent of rice seedlings is greatly increased; and the development requirements of modern agriculture are met.
Large-scale integrated mechanized water handling mode after direct sowing of rice
The invention discloses a large-scale integrated mechanized water handling mode after direct sowing of rice. The mode comprises the processes as follows: seed channels, water-handling channels and a high-yield channel are formed in soil by virtue of a rice direct seeder in the seeding process; seeds are evenly seeded into the seed channels; a transverse channel is mechanically excavated by virtue of a small trenching mechanism; the seed channels, the water-handling channels and the high-yield channel are respectively communicated with the transverse channel; and the transverse channel penetrates through a ridge and is communicated with a drainage channel. The large-scale integrated mechanized water handling mode after the direct sowing of the rice has the advantages that the seed channels, the water-handling channels and the high-yield channel are formed in the soil in the rice direct seeder seeding process; the transverse channel is mechanically excavated by virtue of the small trenching mechanism; and the water-handling mode adopts coordination of large and small machines, so that the working efficiency is high; the labor cost is greatly reduced; the water handling is timely, and can be finished within a day; the planting percent of rice seedlings is greatly increased; and the development requirements of modern agriculture are met.
Large-scale integrated mechanized water handling mode after direct sowing of rice
SUN XIAOMING (author) / LU CONGGAO (author) / DAI GUOQING (author) / YIN KAI (author) / CHAI HONGWEI (author)
2015-04-01
Patent
Electronic Resource
English
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