This rice transplanting machine is agile and requires no human intervention when driving or turning around! Driving steadily can save one person, be efficient and hassle free Yesterday, on the base of the Taihu Lake Modern Agricultural Demonstration Park in Linhu Town, Wuzhong District, two reformed unmanned intelligent rice transplanters shuttled in the fields to carry out machine planting operations, which attracted many villagers to stop and watch.
The reporter saw on site that compared to traditional rice transplanters, which require one person to drive and one person to move the seedlings, unmanned intelligent rice transplanters save drivers and only leave one person to move the seedlings. During the operation of the rice transplanter, they are responsible for placing the seedlings into the rice tray. In actual observation, the driving path of the unmanned intelligent rice transplanter is very straight, and the transplanted seedlings are basically maintained in a straight state. Next to the ridge, there is a comparative rice field equipped with conventional rice transplanters. Through comparison, the effectiveness of unmanned intelligent rice transplanters can be tested.
Xu Fei, the head of Suzhou Linhu Agricultural Professional Cooperative Association, told reporters that the local government has built an “unmanned farm” with the goal of achieving full unmanned cultivation, management, and harvesting. The accelerated application of unmanned intelligent rice transplanters undoubtedly adds a major technological “weapon”, Moving your fingers on the screen, you can easily see information such as the status of the fields, the planting area, and the operation path. Physical labor has become a technical task. With its help, you are not afraid of running out of manpower and look forward to the harvest by the end of the year.
Xu Fei introduced that in this summer’s planting, variable lateral fertilization technology was adopted, which was based on soil fertility to scientifically and reasonably reduce the amount of fertilization and also reduce the labor cost of later fertilization. At the same time, the wide and narrow row technology fully utilizes the principle of crop marginal advantages and high light effect to increase yield, and can increase the density of seedlings by about 15% compared to conventional transplanting under the same plant spacing. Combined with unmanned driving technology, the standardized operation quality of agricultural machinery is higher, and the operation effect is neat compared to manual driving rice transplanters. The accuracy is controlled within ± 2.5 centimeters, and the row spacing is basically consistent. When matched with high-quality seedling cultivation, there is almost no shortage or interruption of seedlings, which can save manpower and greatly improve land utilization and yield.
According to the relevant person in charge of the Suzhou Agricultural Machinery Technology Promotion Station, the variable side deep fertilization, wide and narrow row intelligent transplanting equipment technology has taken the lead in conducting experiments and demonstrations in the “unmanned farms” that have been built in the city, highlighting the integration of machinery and technology, gradually promoting the implementation and application of intelligent equipment technology in various stages of cultivation, planting, management, and harvesting, exploring measures to improve the quality of agricultural machinery operation in “unmanned farms”, and promoting the cost-effective, increased production, and green development of grain production, Promote the construction of a strong agricultural machinery city.
Please sign in to comment
register