一种水稻插秧机变量施肥机构

By installing a fertilizer detection component, a reset and flushing component, and an anti-clogging mechanism on the rice transplanter, the problems of fertilizer detection accuracy and fertilizer clumping blockage are solved, achieving efficient and uniform fertilization and extending the service life of the detection rod.

CN118077396BActive Publication Date: 2026-07-17SICHUAN ACADEMY OF AGRICULTURAL MACHINERY SCIENCES

Patent Information

Authority / Receiving Office
CN · China
Patent Type
Patents(China)
Current Assignee / Owner
SICHUAN ACADEMY OF AGRICULTURAL MACHINERY SCIENCES
Filing Date
2024-03-27
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

In existing technologies, soil or impurities adhering to the sidewalls of fertility testing probes reduce the accuracy of testing results, and high water vapor content in paddy fields causes fertilizer to clump and clog, reducing fertilization efficiency.

Method used

It employs a fertilizer detection component, a reset flushing component, and an anti-clogging mechanism. Impurities are filtered by the water pumping blades, the detection rod is flushed, the fertilizer is mixed by the mixing plate and dried by air blowing to prevent caking, and automated control is achieved by combining with a PLC controller.

Benefits of technology

It improves the accuracy of fertility testing, avoids fertilizer blockage, ensures the uniformity and efficiency of fertilization, and extends the service life of the testing probe.

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Abstract

本发明公开了一种水稻插秧机变量施肥机构,属于插秧机设备领域。一种水稻插秧机变量施肥机构,包括插秧机主体,所述插秧机主体顶部后方固定连接有肥料箱,所述肥料箱的底端输出口均固定连接有输料管,三根所述输料管相互靠近的一端连通有集料球,所述集料球的底端输出口固定连接有施肥管;本发明通过抽水叶片转动将稻田水流经过滤球排除杂质与泥土后,首先沿着冲料管进入施肥管内,有效避免肥料堵塞或未完全排出的情况,并使得肥料预先浸泡在水中溶解,更快速地分散在稻田内,提高了施肥效果,其次还能够沿着喷水孔向检测插杆侧壁喷去,以此将检测插杆黏附的泥土、杂质等冲刷掉,提高了检测插杆外壁的整洁性,确保了下一次检测的精准性。
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