Trends in the development of threshing and separating systems of combine harvesters

O. M. Hritsaka
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Abstract

Annotation Purpose. Research of the efficiency of using combine harvesters, designs of threshing, analysis of the trends of their development, increasing the power of the engines and the improvement of design and technological parameters. Methods. Analytical studies were conducted to determine the use of combine harvesters due to a combination of development, design and technological parameters of combines from engine power. Results. An analysis shows that intensive processes in the production of combine harvesters over the past 20 years have led to the formation of powerful manufacturing corporations – companies “Claas”, “John Deere”, “New Holland”, “Deutz Fahr”, “CASE IH”, “Massey Ferguson”, “Fiatagri”, “JSC Rostsilmash”, “Fendt”, “Gomsilmash” “PALESSE”, “MDW”, etc., which unite numerous enterprises of equipment manufacturers in different countries of the world. According to the engine power, the designs of modern combine harvesters are divided into 12 groups of 50 hp up to 800 hp. Conclusions. According to the results of the research, it is established that the most common today is the traditional threshing and separating device (threshing drum + beater), which is used by almost all leading companies-manufacturers of combine harvesters, except “CASE IH”. At the same time, there is an expansion of production of combines with axial-rotary schemes, which are characterized by versatility, versatility, energy saving when harvesting different crops. There is a constant dynamic increase in the power of combines. So if in 2000 the engine power of combine harvesters was 200–220 kW, in 2010 – in the range of 350–400 kW, today this figure in the combines of leading manufacturers-reached 770 kW (Claas Lexion 780 Terra Trac, John Deere X9 1100, Massey Ferguson IDEAL 7, New Holland CX 8090, FENDT IDEAL 9T). The increase in the capacity of combine harvesters occurs with the simultaneous improvement of the designs of the threshing and separating device. Keywords: combine harvesters, threshing and separating device, construction, power, engine, and tendency.
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联合收割机脱粒分离系统的发展趋势
AnnotationPurpose。研究联合收割机的使用效率,设计脱粒装置,分析联合收割机的发展趋势,提高发动机的功率,改进设计和工艺参数。通过分析研究来确定联合收割机的使用是由于联合收割机的开发、设计和技术参数与发动机功率相结合。分析表明,在过去20年的联合收割机生产过程中,形成了强大的制造公司-“Claas”,“John Deere”,“New Holland”,“Deutz Fahr”,“CASE IH”,“Massey Ferguson”,“Fiatagri”,“JSC Rostsilmash”,“Fendt”,“Gomsilmash”,“PALESSE”,“MDW”等公司,这些公司联合了世界各国众多设备制造商企业。现代联合收割机按发动机功率设计分为12组,功率从50马力到800马力不等。根据研究结果,确定当今最常见的是传统的脱粒和分离装置(脱粒鼓+加热器),除“CASE IH”外,几乎所有联合收割机的领先公司-制造商都使用该装置。同时,轴转方案联合收割机的产量有所扩大,其特点是通用性强、通用性强,在收获不同作物时节能。联合收割机的功率在不断地动态增长。因此,如果2000年联合收割机的发动机功率为200-220千瓦,2010年-在350-400千瓦的范围内,今天领先制造商的联合收割机的这个数字达到770千瓦(Claas Lexion 780 Terra Trac, John Deere X9 1100, Massey Ferguson IDEAL 7, New Holland CX 8090, FENDT IDEAL 9T)。联合收割机容量的增加是随着脱粒和分离装置设计的同时改进而发生的。关键词:联合收割机,脱粒分离装置,结构,动力,发动机,趋势。
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