INVESTIGATION OF THE MECHANISM OF FABRIC WINDING ON WEAVING MACHINES WITH THE PURPOSE OF INCREASING THEIR PRODUCTIVITY

Laman Alirzayeva Laman Alirzayeva
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Abstract

The state of light industry in the world is still difficult. The downward trend in the production of the most important types of textile products in physical terms continues. An inevitable consequence of the decline in light industry output is a low level of capacity utilization. The situation in the light industry is further complicated by the fact that most of the existing fixed assets cannot be used in the future without appropriate reconstruction, since the technical and economic parameters of the main part of the equipment do not meet modern requirements and do not ensure the production of competitive products. The international experience of recent years shows that machine building for the textile and light industries has good prospects for overcoming the crisis and further development. Intensive improvement of technology for these industries is carried out in the following main areas: • improving equipment performance; • equipping machines with the most modern microprocessor control and monitoring systems for the technological process; • robotization of labor-intensive operations for machine maintenance; • universalization of equipment for various processed raw materials. Based on the concept of development of textile engineering and the current economic situation in the textile industry, the main areas for improving production are: • modernization (improvement) of mastered production and mass-produced equipment in the direction of increasing the productivity of machines, increasing the degree of their automation, reliability, ergonomics and workmanship, as well as saving raw materials; • modernization of equipment operating at textile industry enterprises by replacing individual units, modules, equipping machines and units with automation and instrument control. To meet the needs of the population for the product of the textile and light industry, it is required to increase the production of fabrics of various assortments. The quality of manufactured fabrics depends on the construction of the mechanisms of looms. One of the mechanisms that affect the quality of the fabric produced on weaving machines is the fabric removal mechanism. This mechanism consists of three devices, a pulling roller (valiance), a commodity regulator and a winding device. Keywords: Light industry, fabric removal mechanism, winding device, valiance, coefficient of friction.
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为提高织机的生产效率,对织机上的织物卷绕机理进行了研究
世界上轻工业的状况仍然很困难。按实物计算,最重要的几种纺织产品的产量仍呈下降趋势。轻工业产量下降的一个不可避免的后果是产能利用率低下。由于设备主要部分的技术和经济参数不符合现代要求,不能保证生产有竞争力的产品,大多数现有的固定资产如果不进行适当的改造,将来就无法使用,这使轻工业的情况进一步复杂化。近年来的国际经验表明,纺织和轻工业的机械制造具有克服危机、进一步发展的良好前景。这些行业的技术改进主要集中在以下几个方面:提高设备性能;为机器配备最现代化的微处理器控制和监控系统;为机器维护实现劳动密集型操作的机器人化;根据纺织工程的发展理念和纺织工业目前的经济状况,提高生产的主要方面是:•在提高机器生产率、提高其自动化程度、可靠性、人体工程学和做工的方向上,对掌握的生产和批量生产的设备进行现代化(改进);•通过更换单个单元,模块,装备自动化和仪表控制的机器和单元,使纺织工业企业的设备现代化。为了满足人口对纺织和轻工业产品的需求,需要增加各种品种织物的生产。织物的质量取决于织机机构的结构。织物的脱布机构是影响织布机生产织物质量的机理之一。该机构由三个装置组成,一个拉辊,一个商品调节器和一个卷绕装置。关键词:轻工业,织物去除机构,卷绕装置,摩擦系数。
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