Movement of the Trash Inside of Fiber Material When Available Elastic Force of Clutch

Self Cite

The spiked-screw cleaner was divided into several sections, and taking into account the same amount of cotton in all sections at the same time, the drying process of cotton in each section was studied from a theoretical point of view. A drying agent was supplied from the upper side of each section, and the process of heat exchange with the cotton rotating and advancing in the spiked-screw was studied. In this case, equations were obtained that indicate that the level of small impurities released from cotton depends on the temperature of the cotton when hitting the heated cotton with piles in each section of the cleaner, moving it on the mesh surface and throwing the cotton up. It was found that the change of the temperature of the cotton fiber depending on the number of sections n and the air temperature in the open part of the surface T1 (K) depending on the screw angle θ is close to the law of change of the cotton fiber on a straight line. It was found that the process of moisture exchange in its components depends on the effect of hot air and the drying mode when extracting moisture from cotton moving in a pile-screw cleaner.

Section: Introductionmentioning

confidence: 99%

“…𝑣𝑥 (𝑇 2𝑥 − 𝑇 2𝑣 ) + 𝛽 𝑣 * 𝑆 11 (𝑇 0 − 𝑇 2𝑣 ) when 2𝛼 + 𝜃 0 < 𝜃 < 2𝜋 + 𝜃 0 (4) (𝑇 2𝑣 − 𝑇 2𝑥 ) + 𝛽 𝑥 * 𝑆 12 (𝑇 0 − 𝑇 2𝑥 ) when 2𝛼 + 𝜃 0 < 𝜃 < 2𝜋 + 𝜃 0(5) …”

mentioning

confidence: 99%

Simulation of the process of cotton drying under the influence of a heat agent in a spiked - screw cleaner

Ruzmetov,

Mardonov,

Tuychiev

2024

Self Cite

“…It has been found that when the drying process is carried out on the basis of ceramics for effective drying of cotton, it is possible to save the electric energy used for drying, to dry the cotton with high quality, but it is not cleaned of small impurities during the drying process [3]. Many scientific researches have been carried out on the technology of drying cotton, cleaning it from small and large impurities [4][5][6][7][8][9][10][11]. It is known that the new technology of effective cleaning of small impurities in cotton by removing moisture in the process of cotton drying differs from the previous ones in its constructive advantages [5].…”

Section: Introductionmentioning

confidence: 99%

Experimental analysis of cotton distribution in a drying drum

Parpiev,

Akhmatov,

Akhmatov

2023

The moisture efficiency of foreign cotton drying equipment is limited, with only 3-4% improvement, and the cleaning efficiency for small impurities is not substantially higher, reaching only 10-15%. To address these challenges, researchers have explored alternative methods for cotton drying. One such approach involves the use of ceramics as a basis for effective cotton drying, which not only saves electric energy but also ensures high-quality drying. However, this method does not fully address the issue of cleaning the cotton from small impurities during the drying process. The aim is to improve the overall cotton processing efficiency in ginning enterprises, enhancing the quality of the final product and optimizing energy consumption during the drying phase.In this article, the results of experiments on cotton distribution and drying in the actual drying drum are analyzed, the same experiments are carried out on the basis of experiments in a special laboratory for the study of the distribution of cotton in the drying drum, the maximum use of the drop zone of the drum by improving the internal devices of the drum, ensuring that there are no empty zones of cotton in it. Also, the scientific results of placing drum shovels in one row at an angle of φ=5-10-150 with respect to the radius of the drum are presented.

Efficiency of cotton and fiber wetting in cotton ginning plants

Khusanov,

Shamsiyev,

Gapparova

2024

This article provides a comprehensive examination of humidification technologies and points within ginneries, with a specific focus on the moisture content of the produced fiber. Several key aspects are covered, ranging from the assessment of existing humidification technologies to the determination of moisture levels in the fiber across different ginneries. Additionally, the article delves into the changes in moisture content observed in various cotton components during technological processes, particularly in fiber bales utilized in production at the spinning factory "OSBORN TEXTILE," along with associated challenges. By examining these facets, the article provides valuable insights into the intricacies of managing moisture content in cotton processing, from ginneries to spinning factories. The findings contribute to a better understanding of the role of humidification technologies in maintaining optimal conditions for cotton fiber production and subsequent textile manufacturing processes. The identification of challenges and vices allows for targeted improvements and optimizations in the industry's practices.