TITLE:
Statically Analysis of the Stress State of Saw Gins Consisting of 90, 100, 110, 120, 130 Saws
AUTHORS:
Azizov Shuhrat Mamatovich, Uzoqov Farxodjon, Shermuhammad Alijonov, Hasanov Ahmadjon, Mirzakarimov Mirsharofiddin
KEYWORDS:
Raw, Cotton, Shaft, Statically, Analysis, Saw, Gin
JOURNAL NAME:
Engineering,
Vol.14 No.8,
August
15,
2022
ABSTRACT: In the
primary processing of cotton, it is important to increase the productivity of
ginning and reduce the wear of working bodies. The working body of the genie is the working chamber, the saw
cylinder and the rib grate. The main wear is on the saw cylinder shaft
and saw teeth. The wear of these parts leads to additional material costs, as
well as to a decrease in the quality of the fiber. The wear of the shaft is affected by the number of
saws and the mass of raw cotton in the working chamber of the gin. To prevent
wear of the saw cylinder, the article determines the optimal static load on the
shaft by calculating saw gins consisting of 90, 100, 110, 120, 130 saws. An analysis of
tables shows that maximum value to bending shows 120 and 130 saws cylinder,
because shaft bending angles along the length appear. This leads to a 2% - 3% reduction in the distance between the saws,
serves for the premature wear of the saw, the exit of short fibers.