一种适宜蓄留再生稻的水稻收割机

By designing a rice harvester suitable for retaining ratooning rice, the problems of damage to rice stubble and debris scattering caused by traditional harvesters have been solved, improving the quality of the rice field growing environment and achieving efficient rice harvesting and high yield of ratooning rice.

CN224504066UActive Publication Date: 2026-07-17SICHUAN MODERN SEED IND DEVELOPMENT GROUP SEED CORE AGRICULTURE CO LTD

Patent Information

Authority / Receiving Office
CN · China
Patent Type
Utility models(China)
Current Assignee / Owner
SICHUAN MODERN SEED IND DEVELOPMENT GROUP SEED CORE AGRICULTURE CO LTD
Filing Date
2025-08-21
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

Traditional rice harvesters are prone to excessive crushing and improper cutting height damage to rice stubble, reducing the germination rate and yield of ratooning rice. At the same time, debris is scattered randomly during threshing and transportation, clogging soil pores and affecting soil aeration and water retention.

Method used

A rice harvester suitable for storing ratooning rice was designed, comprising a cutting component, a conveying pipe, a threshing component, and a debris collection component. The cutting component protects the rice stubble with a semi-enclosed arc-shaped cover and a hydraulic rod. The threshing component uses blunt-toothed crushing blades and guide convex strips to separate the rice grains from the debris. The debris collection component collects the debris by negative pressure adsorption.

Benefits of technology

It effectively protects rice stubble, improves the germination rate and yield of ratooned rice, reduces soil compaction, ensures soil aeration and water retention, reduces debris coverage, and optimizes the rice field growing environment.

✦ Generated by Eureka AI based on patent content.

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Abstract

本实用新型公开了一种适宜蓄留再生稻的水稻收割机,涉及农业机械技术领域,包括机体、切割组件、输送管道、脱粒组件、履带行走底盘、碎屑收集组件,所述切割组件安装于机体前端且用于切割水稻稻穗,所述输送管道连通切割组件与脱粒组件且用于输送稻穗,切割组件的半包围弧形罩呈半包围结构罩于切割刀片外侧,可缓冲切割刀片与稻桩的直接碰撞,液压杆能精准调节切割刀片高度,适配不同稻桩高度,留存稻桩顶端休眠芽以提升再生稻萌发率,辅助拔杆与卷筒协同卷绕稻秆辅助输送,履带行走底盘接触地面面积大,可分散机体对稻田地面的压力,减轻稻桩周边土壤压实程度,避免土壤过度紧实影响稻桩根系呼吸与养分吸收,保障稻桩生长环境。
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