农机化研究
農機化研究
농궤화연구
JOURNAL OF AGRICULTURAL MECHANIZATION RESEARCH
2014年
3期
102-105,112
,共5页
棉苗移栽机%四轮自走式%楔刀开沟器
棉苗移栽機%四輪自走式%楔刀開溝器
면묘이재궤%사륜자주식%설도개구기
cotton transplanter%four-wheeled self-propelled%wedge shaped opener
为了克服传统棉苗移栽机操作劳动强度大、移栽与浇水无法联合作业、利用率低等问题,通过优化整机结构布置,合理匹配移栽部分以及车辆传动系统的结构,设计出GDSZMY-1型多功能四轮自走式棉苗移栽机,解决了传统棉苗移栽机驾驶员无法进行移栽与浇水联合作业等问题,若拆下移栽部分,装上喷药部分,该机还可以进行棉田植保作业。田间试验表明,该机移栽速度1.0~2.16km/h,株距40~60㎝,并实现了断续浇水,每株浇水量在300~500mL,移栽后直立度合格率为98.2%,成活率为96.9%。
為瞭剋服傳統棉苗移栽機操作勞動彊度大、移栽與澆水無法聯閤作業、利用率低等問題,通過優化整機結構佈置,閤理匹配移栽部分以及車輛傳動繫統的結構,設計齣GDSZMY-1型多功能四輪自走式棉苗移栽機,解決瞭傳統棉苗移栽機駕駛員無法進行移栽與澆水聯閤作業等問題,若拆下移栽部分,裝上噴藥部分,該機還可以進行棉田植保作業。田間試驗錶明,該機移栽速度1.0~2.16km/h,株距40~60㎝,併實現瞭斷續澆水,每株澆水量在300~500mL,移栽後直立度閤格率為98.2%,成活率為96.9%。
위료극복전통면묘이재궤조작노동강도대、이재여요수무법연합작업、이용솔저등문제,통과우화정궤결구포치,합리필배이재부분이급차량전동계통적결구,설계출GDSZMY-1형다공능사륜자주식면묘이재궤,해결료전통면묘이재궤가사원무법진행이재여요수연합작업등문제,약탁하이재부분,장상분약부분,해궤환가이진행면전식보작업。전간시험표명,해궤이재속도1.0~2.16km/h,주거40~60㎝,병실현료단속요수,매주요수량재300~500mL,이재후직립도합격솔위98.2%,성활솔위96.9%。
In order to overcome the existing problems of two-wheeled walk-behind cotton transplanter , those are , high labor intensity , inability to realize the joint operation of transplanting and watering , and low utilization , this paper probes into the design of Type GDSZMY-1 highland multifunctional four-wheeled self-propelled transplanter .Depending on the optimization of the whole structure , and the reasonable structure parameters matching of transplanting part and vehicle transmission system , this new type machine solves the problems of two-wheeled walk-behind transplanter , in which the driver cannot drive , resulting in difficulties in the joint operation of transplanting and watering .If its transplanting part is removed , and installed with spraying equipment , the machine can also carry out the plant protection operations of cotton fields.Field test shows that, this machine transplanting speed in the 1 ~2.16km/h, 40 ~60 cm spacing, and realizes intermittent watering , watering quantity per plant in 300 ~500 ml after transplanting , upright degree qualified rate 98 . 2%, the survival rate is 96 .9%.