Substantiation of the rotary pin installation's working bodies parameters for processing of dried grapes

Author:

Rakhmatullaev Ravshan,Ermatov Valijon,Yusufaliev Abdurahman,Aynaqulov Komiljon,Otaboev Muhammad

Abstract

The article offers the results of experimental research, the influence of the number of revolutions of the plate and the angle of inclination of the side wall of the plate, internal, and external diameters and heights of pins installed on the plate of a rotary pin installation, as well as the humidity of dried grapes on показателейits performance indicators. When determining the influence of the speed of the plate on the performance of the device, the speed of the plate changed from 200 min-1 to 350 min-1 with an interval of 50 min-1. As well as determining the influence of the angle of inclination of the side wall of the plate on the performance indicators, that when the angle of inclination of the side wall of the plate changes from 25 ° to 35 °, the degree of cleaning and loss of dried grapes increased, and the degree of damage decreased. An increase in this angle from 35 ° to 40 ° resulted in a decrease in the degree of peeling and loss of dried grapes, as well as an increase in the degree of damage to them. And at an angle of inclination of 35 ° or more, the probability of getting discarded dried grapes on the walls of the device increases, which negatively affects its quality indicators.

Publisher

EDP Sciences

Reference14 articles.

1. Food Safety in Local Farming of Fruits and Vegetables

2. Urban vegetable for food security in cities. A review

3. Rakhmatullaev R, Development and justification of the parameters of a device for processing dried grapes, PhD Dissertation, Gulbahor (2023

4. Rakhmatov O, Improvement of technology and technical means for drying and cleaning berries in foreign countries, Doctor of Technical Sciences Dissertation, Gulistan State University, Gulistan (2019)

5. Abdullaev RM, Mirzaev MM, UYa Nabiev, Modern technology of grape growing and raisin drying, Fan, Tashkent (2011)

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