Spring-Reinforced Rotary Power Device

Abstract

The invention aims to eliminate fraying problems at the edges of fabrics by means of a spring-assisted rotary power device (A) used in weaving machines. The system prevents deformation by fixing the fabric edges and ensures continuity in the production process.

Description

1 TARIFF Spring-Reinforced Rotary Power Device TECHNICAL AREA 5 The invention aims to prevent fraying problems that occur at the edges of woven fabrics. It relates to an improved system. Especially in the textile industry, weaving machines. prevents deformation and fraying of fabric edges in border areas It focuses on an edge banding device. PREVIOUS TECHNIQUE 10 In the textile industry, regenerated cellulosic fibers such as rayon and viscose are used as warp yarns. These fibers are widely used. The dry and wet strength values ​​of these fibers... The significant differences between them lead to major problems in post-weaving processes. Specifically, the wet strength of these fibers is 40-70% of their dry strength. falling between them, deformation of the fabric edges during pre-treatment processes and 15 This causes fraying. This situation affects not only the aesthetic and physical aspects of the fabric. not only does it negatively affect its properties, but it also significantly impacts the production process. This leads to disruptions. Fringing that occurs at fabric edges is usually caused by the bleaching and drying processes. This constitutes one of the major problems. Especially in fabric opening machines, 20 The edges not adhering smoothly can cause the machines to stop or malfunction. This causes disruptions. This situation reduces production speed and affects quality control. This complicates the stages and ultimately increases production costs. Fraying The problem also negatively affects the appearance and durability characteristics of the final product. It also reduces customer satisfaction. 25 In the known state of the technique, edge stabilization usually requires manual intervention. This involves workers manually trimming and securing the fabric edges. Although it is a common practice, this method is both time-consuming and labor-intensive. This leads to increased costs. Furthermore, errors made during manual processes... This can negatively affect production quality and lead to further time loss. 30 In addition, simple edge fastening is used in some weaving machines. 2 These devices are generally ineffective and do not completely solve the fraying problem. It cannot prevent this. Such solutions fail to address the loss of efficiency in the production process. It remains distant. 5 The lack of automation is a factor that further exacerbates these problems in the textile industry. This is what we encounter. Regarding edge stabilization and fraying problems... The absence of a modern automation system forces manufacturers to resort to manual interventions and This leads to low efficiency. Some techniques in this field in the literature... The solutions do not directly focus on the fabric edge fastening problem. 10 The following documents were encountered during the preliminary patent search. The patent document with publication number US1929340A describes rod-like materials. It refers to a loading apparatus for transportation. However, the fabric edge It is not related to fastening. In the patent document with publication number TR201203819U, the polishing of small parts is described as 15 It is about a sanding machine that provides a certain level of abrasion. However, it is specifically designed for the edges of textile fabric. It does not offer a solution. These technologies are not sufficient to solve the fraying problem in textile production. Consequently, the fabric edges lose strength during the wet processing stage. The resulting deformation and fraying problems occurred both during the production process and in the 20 This leads to serious problems with product quality. The inadequacy of current solutions, this This has made it imperative to have a new and effective technology in the field. [Fragmentation] to prevent the problem and increase efficiency by automating production processes The need to develop an innovative system has arisen. In conclusion, all the problems mentioned above necessitate an innovation in the relevant field. It has brought it to this state. THE PURPOSE OF THE INVENTION The present invention aims to eliminate the aforementioned problems and provide technical solutions in the relevant field. It is introduced with the aim of creating an innovation. 3 The main purpose of the invention is to improve the performance of woven fabrics, especially those made from cellulosic yarns such as floss and viscose. The aim is to eliminate the resulting edge fraying problem. Another aim of the invention is to reduce the need for human intervention for edge stabilization. 5 The goal is to save labor costs by minimizing the number of workers. Another aim of the invention is to automate the edge fastening process, thereby streamlining the production process. The goal is to make it faster and more efficient. Another aim of the invention is to reduce fabric waste and lower labor costs. The goal is to gain an economic advantage. 10 Another aim of the invention is to create an edge trimming device that can be integrated into weaving machines. The aim is to provide a new solution to the textile industry. Another purpose of the invention is to make the edges of the fabric more durable for subsequent use. The aim is to prevent deformation and damage during the processing stages. Another aim of the invention is to improve the overall quality of the fabric by preventing fraying at the edges. The goal is to improve and eliminate aesthetic problems in processed products. A BRIEF DESCRIPTION OF THE INVENTION All the purposes mentioned above and those that will emerge from the detailed explanation below. The present invention is designed to produce a primary weaving machine in the textile industry. edge 20 of weaving machines having frame and secondary weaving machine frame prevents fraying problems that occur at the edges of fabrics in these areas It relates to a spring-assisted rotary power apparatus. The invention consists of the aforementioned primary weaving machine frame and secondary weaving machine. edge knitting process on weaving machines by attaching it to the frame The rotary power mechanism that performs this function, rotary power in weaving machines 25 to prevent loose mesh caused by lint and dust accumulating between the mechanisms one end is fixed to the connecting mechanism and the other end to the ground to allow passage. The tension-providing spring provides the connection between the rotating power mechanism and the spring. a connecting mechanism positioned between the rotary power mechanism and the spring The primary weaving machine in the textile industry, characterized by its inclusion of 30 edge of weaving machines with frame and secondary weaving machine frame 4 prevents fraying problems that occur at the edges of fabrics in these areas It relates to a spring-assisted rotary power apparatus. A preferred configuration of the invention is the 5 between the rotary power mechanism and the spring. made of polymer material to ensure the connection is flexible and durable. The product includes a connecting mechanism. BRIEF DESCRIPTION OF THE FIGURES Figure 1 shows the edges formed on the fabrics at the edges of the weaving machines. Spring-reinforced rotary power 10 developed to prevent fraying problems. A cross-section of the apparatus's side view is shown. The drawings are not intended to limit the scope of protection defined in the claims. and to interpret the scope defined in those claims, the present invention referring to these in isolation without resorting to the technical explanation in the statement. should not be included. The drawings in question clarify and define the invention. 15 It aims to... EXPLANATION OF REFERENCE NUMBERS IN THE FIGURES A. Spring-Reinforced Rotary Power Apparatus 1. Primary weaving machine frame 2. Secondary weaving machine frame 20 D. Rotary power mechanism B. Connection mechanism Y. Yay DETAILED DESCRIPTION OF THE INVENTION In this detailed description, the invention, the Spring-Reinforced Rotary Power Apparatus, is only 25. to help better understand the subject, with examples that will not create any limiting effects. It is explained. The subject of the invention is the frame of the primary weaving machine (1) and secondary weaving in the textile industry. fabrics in the edge areas of weaving machines that have a machine frame (2) A spring-assisted rotary power system that prevents edge fraying problems from occurring. It is related to apparatus (A). The invention is presented as having the following elements: 5  The aforementioned primary weaving machine frame (1) and secondary weaving connected onto the frame (2) of the weaving machines Rotary power mechanism (D) that performs the edge knitting process,  Accumulation between the rotary power mechanism (D) in weaving machines 10. Preventing loose weaves caused by lint and dust to secure one end to the connecting mechanism (B) and the other end to the ground spring that fixes and provides tension (Y),  To provide the connection between the rotary power mechanism (D) and the spring (Y). positioned between the rotary power mechanism (D) and the spring (Y) connection mechanism (B) 15 The elements constituting the invention and their functions within the invention are given above. The relationship and working principles of the elements mentioned are explained below. It has been given. Figure 1 shows the edges formed on the fabrics at the edges of the weaving machines. Spring-reinforced rotary power 20 developed to prevent fraying problems. A cross-section of the apparatus (A) is given from the side view. Spring-reinforced rotary power device (A) to prevent edge fringe problem. An apparatus called [name of apparatus] has been developed. The apparatus consists of 3 parts. The first part is weaving. The rotary power mechanism (D) that performs the edge knitting process in the machines, second section lint accumulated between the rotary power mechanism (D) in weaving machines and 25 one end to prevent loose weaves caused by dust the connecting mechanism (B) and the spring (Y) which is fixed to the ground at the other end and provides tension and Finally, produced using various raw materials, the spring (Y) and rotary power The connecting mechanism (B) is the mechanism that provides the connection of mechanism (D). The basic structure of the spring-assisted rotary power device (A) is adapted to the direction of movement of the fabric 30 The rotating power mechanism (D) will provide the rotating power mechanism (D) supporting spring (Y) and connecting spring (Y) with the rotary power mechanism (D). It consists of the linkage mechanism (B). The rotary power mechanism (D), 6 As you advance the fabric edges along a straight line, the arc (Y) is applied to the fabric. It controls the pressure precisely. The rotary power mechanism (D) is the aforementioned primary weaving machine frame (1) and 5 by connecting to the frame of the secondary weaving machine (2) on the weaving machines It performs the edge knitting process. A spring (Y) with one end fixed to the connecting mechanism (B) and the other end fixed to the ground, webbing It is used in weaving machines to prevent loose edge weaving. Why does air and dust accumulate between the rotating power mechanism (D) of the machines? The spring (Y) provides tension, which prevents loose weaving from occurring. The publication (Y) has the appropriate stiffness level, adapting to different fabric types in the weaving process. It is adjusted to provide this. The linkage mechanism (B) connects the rotary power mechanism (D) and the spring (Y). It is positioned between the rotary power mechanism (D) and the spring (Y) to provide the power. 15 In the alternative design of the invention, the connecting mechanism mentioned (B), the rotary power The connection between the mechanism (D) and the spring (Y) must be flexible and durable. It is manufactured from polymer material to provide this. Spring-assisted rotary power device (A), for fabric edges in weaving machines. It prevents deformation and fraying. Spring-reinforced rotary power apparatus (A), 20 The movement ensures a smooth progression by securing the fabric edges. This system reduces labor costs by increasing edge stability during the weaving process. It also increases the production speed. Spring-assisted rotary power apparatus (A) elements, spring-assisted By creating a connection between the rotary power apparatus (A) and the fabric edge, the deformation It prevents and ensures continuous edge stability. At the same time, the system allows the fabric to have different edge 25 It makes it easier for them to adapt to different types. Thanks to the spring-loaded rotary power device (A), the fabrics are woven during the weaving process. Any dust accumulating between the spring-loaded rotary power apparatus (A) will cause damage. Loose weave will be prevented, and fraying will be avoided in fabrics with tightly woven edges. The problem will be solved. By preventing fraying, the amount of waste will decrease, 30 Long cleaning times will be shortened, and machine downtimes, quality problems, and work will be reduced. This will prevent accidents. 7 The spring-assisted rotary power apparatus (A) included in the invention has replaceable elements and Its adjustable structure allows users to customize the mechanism according to their needs. It allows. The spring (Y) and rotary power mechanism (D) are suitable for the fabric type or weave. 5 It is adjusted to suit the machine. This feature increases the flexibility of the invention and the user. It enhances its user-friendly structure. The scope of protection of the invention is specified in the claims attached hereto, and these detailed 10 The explanation cannot be limited to what is given for illustrative purposes only. Because a technically expert person The person can, without deviating from the main theme of the invention, follow the above-mentioned principles, creating 10 similar inventions. It is obvious that these structures can emerge.

Claims

8 REQUESTS 1. The invention relates to the frame of a primary weaving machine (1) and a secondary weaving machine in the textile industry. 5 in the edge regions of weaving machines with machine frame (2) A spring that helps prevent fraying problems at the edges of fabrics. The reinforced rotary power apparatus (A) has the following features:  The aforementioned primary weaving machine frame (1) and secondary weaving connected onto the frame (2) of the weaving machines Rotary power mechanism (D) that performs the edge weaving process, 10  Accumulation between the rotary power mechanism (D) in weaving machines to prevent loose weaves caused by lint and dust to secure one end to the connecting mechanism (B) and the other end to the ground spring that fixes and provides tension (Y),  To ensure the connection between the rotary power mechanism (D) and the spring (Y) 15 positioned between the rotary power mechanism (D) and the spring (Y) connection mechanism (B) It is characterized by its inclusion.

2. A spring-assisted rotary power apparatus (A) conforming to claim 1, with a rotary power of 20V. The connection between the mechanism (D) and the spring (Y) is flexible and durable. (B) a connecting mechanism made of polymer material to ensure that It includes.

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