首先，可以定量调整基本苗、种植深度、株距等指标。
The basic seedlings inserted in the 2行水稻移栽机的结构 are determined by the number of holes (density) inserted per acre and the number of plants per hole. According to the requirements of rice population quality cultivation, planting and seedling reduction, the row spacing of the transplanting machine is fixed at 30cm, and the plant spacing has multiple or stepless adjustments, reaching the planting density of 10,000 to 20,000 holes per mu.
Adjust the lateral moving handle (multi-speed or stepless) and the vertical feeding adjustment handle (multi-speed) to adjust the area of the small block (the number of seedlings per hole) to achieve the appropriate basic seedling requirements, and the depth can also be passed through the handle. Convenient and precise adjustment can fully meet the agronomic technical requirements.
第二个是配备液压轮廓系统，以提高水稻作业的稳定性。
它可以随着田面表层的起伏和硬底层的变化，连续调节机器状态，确保机器的平衡和插入深度。同时，由于土壤的硬软不同，船板保持一定的接地压力，避免强泥水排水影响插入的苗木。
第三，机电一体化程度高，操作灵活。
The high-performance 2行水稻移栽机的结构 has the world’s advanced mechanical technology level, high degree of automation control and mechatronics, which fully guarantees the reliability, adaptability and operational flexibility of the machine. Fourth, the work efficiency is high, saving labor and saving costs. The walking type transplanter has an operating efficiency of up to 4 mu/hour and a ride-type high-speed 2行水稻移栽机的结构 of 7 mu/hour. Under normal operating conditions, the working efficiency of the walking transplanter is generally 2.5 mu / hour, and the riding high-speed 2行水稻移栽机的结构 is 5 mu / hour, which is much higher than the efficiency of artificial planting.