CAJ | 학술논문

开沟施肥是葡萄园生产过程中的重要环节.传统的葡萄园开沟施肥通常是人工挖掘填埋,劳动强度大,工作效率低.为了提高开沟效率,通过对葡萄园环境及其开沟农艺要求的分析,设计制造了一种驱动型葡萄园小型开沟机,该机为旋耕刀以反转方式进行开沟工作,抛出的土由挡土导流板引导落在沟的两旁.对开沟机进行的性能试验结果表明:该开沟机2次作业开出的沟深可达500 mm 左右,沟宽超过200 mm,且沟壁光滑、沟型整齐平直、沟中残留碎土少,满足葡萄园农艺要求;该机开沟部件碎土、抛土性能好,整机操作灵活,能适应葡萄园管理要求,也可用于其他果园、茶园、农田等开沟作业;该开沟机成本低,经济效益较好.
개구시비시포도완생산과정중적중요배절.전통적포도완개구시비통상시인공알굴전매,노동강도대,공작효솔저.위료제고개구효솔,통과대포도완배경급기개구농예요구적분석,설계제조료일충구동형포도완소형개구궤,해궤위선경도이반전방식진행개구공작,포출적토유당토도류판인도락재구적량방.대개구궤진행적성능시험결과표명:해개구궤2차작업개출적구심가체500 mm 좌우,구관초과200 mm,차구벽광활、구형정제평직、구중잔류쇄토소,만족포도완농예요구;해궤개구부건쇄토、포토성능호,정궤조작령활,능괄응포도완관리요구,야가용우기타과완、다완、농전등개구작업;해개구궤성본저,경제효익교호.
Grapes are a brilliantly colored, tasty, and nutritious fruit popular among consumers. As human dietary preferences change and leisure tourism develops, suburban efficient sightseeing vineyards have attracted more and more attention and will promote grape industry development, increasing the prevalence of large, grape-picking gardens in urban areas. In addition, the grape industry has become an important source of suburban wealth. The cultivation mode of grapes is frame type, and its space is so narrow and low that small orchard-management machinery does not work well. During grape planting and management, plowing and fertilizer application (especially fertilizer injection) are very important processes that have critical influence on grape yield and sugar content. Traditionally, vineyard fertilizer is a manual process with high labor intensity and low work efficiency. To improve production efficiency in fertilizer application, a small fertilizer injector for vineyards was adapted from the design of larger agricultural machines. It works by submerged, reverse rotary tillage. Motor power is divided into two independent gearboxes and drive trains, one drives the rotary tillage wheels, and the other drives the drive wheels. Soil knocks against a retaining plate and is thrown to both sides of the slot created as the rotary tillage wheels’blades cut through the soil. The submerged reverse rotary tillage wheel consists of a homemade curved knife, a homemade wide wing knife, the wheel hub, bar, the cutter holder, and the wheel assembly. Both the homemade curved knife and the homemade wide wing knife are divided into two discs (left and right); the left rotary tillage wheel installed left direction and the right installed right. The radius of the rotary tillage wheels is 300 mm. The distance between the left and right rotary tillage wheels is 250 mm, creating a furrow width of about 250 mm. The knife assembly that installed on each rotary tillage wheel consists of 16 knives which distribute in the hub evenly. The depth of the slot may be controlled by the guide wheel. The angle and opening of retaining plate may be regulated by adjustment device so that soil will be thrown to both sides of the furrow, and not back into the slot. The small clear plough, which was installed in the gearbox, can break balky soil, and that broken soil can be thrown out by rotary tillage wheels’blade. A prototype injector was made and tested for field use. The results showed that the injector could open a furrow at a depth of 500 mm through two-time ditching and a width of 200 mm, which met the agricultural fertilizer requirement of the ditcher for vineyard. The machine can pulverize soil and eject it as well making it suitable for the management of suburban vineyards.