List of publications on a keyword: «harvesting»

It is shown that the processes of formation of import-substituting end-to-end technologies for the harvesting of food raw materials and its production of functional foods from it, along with the development of the agro-industrial sector in the regions of the European North, are the most important factors for improving the food security of the population living in these regions.

This monograph deals with the problem of threshing and grain separation in two-phase threshing device of the combine. During combine harvesting, high-quality seeds of soya fall into the total mass of the grain, pass through the entire threshing stage by the first and second drums, cleaning, crushing into halves and small parts and sorted out after post-harvest processing. The authors conclude that with this soybean harvesting technology, more than 50% of the seeds are not receiving the natural resource of yield gain, since the different-quality seeds are not separated or collected separately during the operation of the air-screen cleaning of the combine. According to earlier studies, soybean yield losses are 2.7–3.3 dt/ha.

The article concerns the issues of trashing flaps of mung bean, technology of harvesting, the construction, producing thrashing of the flaps is proposed. Existing three methods of threshing mach culture are presented and analyzed as well as ways of thrashing are described. Advantages and disadvantages of these methods are overseen. According to the patent study the most appropriate device for thrashing of this culture is pointed out. According to studied properties and characteristics of the leaves and mung beans, a new method of threshing  mung bean flaps based on the features of this culture is proposed.

Karelian Research Institute of Forest Industry in the second half of the twentieth century created a system of machines for the mechanization of osseous logging and began to create machinery for harvesting fresh logs.

The possibility of the process of reforestation with the use of multi-functional equipment based forwarder.

It shows the need to create flexible technologies of harvesting, reforestation and forest fire-fighting using multifunction equipment.

It describes the experience of studying the Karelian Research Institute of Forest Industry harvesting process of logging residues and wood with the use of the PLO-1.