现代农业装备2026，Vol.47Issue(4)：28-34,91,8.DOI:10.3969/j.issn.1673-2154.2026.04.004
花生旋耕起垄播种机的设计及试验
Design and Experiment of Peanut Rotary Tillage Ridging and Seeding Machine
摘要
Abstract
Aimed at heavy rainfall and frequent waterlogging in southern peanut-growing regions,an integrated peanut rotary tillage,ridging and seeding machine was designed for the two-ridge four-row planting pattern.It was composed of a rotary tiller,a furrowing-ridging device,a seed metering device and a ground wheel transmission system.Its ridging module adopted power-driven discs to compact ridge sidewalls and surfaces,ensuring regular ridge shape and reducing collapse risk.To suit small hilly plots and improve compactness,the seed furrowing device was integrated with the ridging device,and seed outlets were positioned between the two components and the rotary tiller.Designed in accordance with southern peanut agronomic requirements,the prototype underwent field tests following seeding machine standards,and indicators including ridge dimensions,hole missing rate,seed damage rate and sowing depth qualification rate were measured.Sowing test showed that the hole missing rate was≤2％,the rate of holes with the correct number of seeds was≥96.5％,the sowing depth qualification rate was≥85％,the average ridge height was 22.0 cm,and the ridge height stability was 98.8％.This machine met the demands of high-ridge two-ridge four-row cultivation in southern peanut-growing regions;its integrated operation cut process steps and labor intensity,providing equipment support for high-quality,efficient peanut production.关键词
花生播种/播种机/起垄机Key words
peanut sowing/seeder/ridging machine分类
农业科技引用本文复制引用
刘威,高勇,柴长虹,熊师,罗乔军,高明宇..花生旋耕起垄播种机的设计及试验[J].现代农业装备,2026,47(4):28-34,91,8.基金项目
广东省现代农业产业技术体系创新团队建设项目(油料作物产业技术体系)(2024CXTD06) （油料作物产业技术体系）
