REINFORCED BAG WITH NECK STRENGTHENING

TR202613475A2Pending Publication Date: 2026-08-21NETPAK AMBALAJ SANAYI TICARET ANONIM SIRKETI
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Patent Information

Application Number
TR202613475
Authority / Receiving Office
TR · TR
Patent Type
Applications
Current Assignee / Owner
Filing Date
2026-08-10
Publication Date
2026-08-21

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Abstract

This invention relates to a longitudinally reinforced bag that is reusable and recyclable, offering high load-bearing capacity with a finer material, with a structure reinforced at the load-bearing areas by a reinforcing fabric strip; its characteristic is that it includes a bag body (1) made of woven, nonwoven, laminated nonwoven or a combination thereof, at least one handle (2) formed integrally with the bag body (1) or additionally fixed to the bag body (1), and at least one reinforcing strip (4) extending from the handle area along the bag body (1) towards the base area and positioned to distribute the load generated during transport.
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Description

1 TARIFF REINFORCED BAG WITH NECK STRENGTHENING Technological Field: 5 This invention features a thinner structure with load-bearing areas reinforced by a reinforcing fabric strip. reusable and recyclable material offering high load-bearing capacity It relates to a convertible, longitudinally reinforced bag. State of the Art: Today, shopping bags made from nonwoven material are used in markets, stores, textile shops, Widely used for transporting products in many areas such as fairs, promotions and similar events. These bags are generally made up of 15 sections: body, base, and handles. It consists of a die-cut handle, sewn in a strip shape, and ultrasonically cut. It can be produced with welded or additional handles. In current carrying cases, the load is largely distributed between the handle areas and the base during use. It is concentrated in this region. Especially during the transportation of heavy products 20 the tensile forces generated at the handle attachment points and base joint areas This causes stress concentrations, resulting in tearing, rupture, and welding. Mechanical damage such as separation or permanent deformation may occur. This This situation negatively affects the lifespan and safe carrying capacity of the bag. It affects. 25 In die-cut carrying cases, the sharp edges created by the handle opening are a common problem. And due to narrow cross-sectional areas, stress is concentrated at certain points. Repeated Tears can occur in these areas under use or heavy loads, and over time the handle... This part may lose its function, rendering the bag unusable. 30 2 To address these problems, the current technique involves handle reinforcement patches, which are more... The use of high-grammage nonwoven fabric, additional reinforcement layers, and different reinforcements. Various solutions incorporating these elements have been developed. "An Enhanced Carrying Case" with application number TR2020 / 13875 belonging to the applicant 5 In the utility model document titled [title of the document], between the handle and the sides of the bag The handle is secured using an intermediate support element made of nonwoven material. The aim is to increase the resilience of the region. Again, the application numbered TR2021 / 015199, "Reinforced Lane Reinforcement 10", belongs to the applicant. In the utility model application titled "A Bag Containing," the bag fabric used in production... By adapting a strip reinforcement structure to it, the mechanical strength of the bag is increased. A solution is proposed for this purpose. However, the load is distributed more evenly across the bag body and is at least 15 There is still ongoing research into achieving high load-bearing capacity through the use of appropriate materials. There are areas open to improvement. Therefore, the handle should withstand the loads generated during transport. and distributes stress more evenly in base regions, reducing stress concentrations, High mechanical strength achieved with low grammage material, additional raw materials A new transportation system that reduces the need for and production costs while also increasing ease of use. 20 The bag structure is needed. Description of the invention: This invention, a longitudinal 25, can overcome the aforementioned disadvantages. It is a reinforced bag, its feature is that it increases the handle strength and carries a larger load. It is a new solution that distributes across the area. This shopping bag, used for daily shopping, is 100% compliant with green transformation principles. It offers recyclable and sustainable packaging. 30 with reinforced fabric. High durability and long service life thanks to its reinforced body structure. It provides this. Preferably, the upper section of traditional handbags is repeatedly used. 3 The reinforcing strip extending downwards from the handle, which was created by the design, protects during transport. by reinforcing the load-bearing area of ​​the bag, the handle, the front and rear body and the base area. It reduces stress intensity and prevents deformation. This innovative structure, It allows production using low-weight fabrics while providing high load-bearing capacity. It enables the achievement of capacity. The product is economical, with reduced resource consumption, 5 It stands out as a durable and high-performance sustainable packaging solution. It is emerging. The structure of the carrying case, as defined in this invention, differs from existing carrying cases in the following technical terms: It provides the following advantages: 10 - Unnecessary material areas that do not contribute to the load-bearing capacity are removed from the structure. By extracting raw materials, consumption is reduced, thus making better use of resources. This ensures efficient use. - Damage that occurs during use on the handle, front and side body, and base of the bag. Stress densities are more homogeneous through longitudinally extending reinforcement strips. 15 This allows for the distribution of lower grammage body material. Despite its use, it achieves high load-bearing strength and load-carrying capacity. is being done. - Thanks to the optimized fuselage geometry and reinforcement structure, minimum High mechanical strength is achieved through the use of materials; during production and 20 A zero-waste approach by increasing material efficiency throughout its lifespan. A supportive carrying case structure is obtained. - Thanks to its handles that can be opened to the sides, the bag can be placed inside grocery shopping carts. It can be easily attached to the part and fixed in the open position. Thus, products can be placed directly inside the bag during shopping, 25 Ease of use and time savings are achieved after the checkout. - The structural design developed within the scope of the invention results in lower raw material consumption. by enabling the achievement of high performance together, economical, It offers a functional and environmentally advantageous carrying case solution. 4 The objectives in developing the invention are: - Occurring in the stitching areas of standard handles or around the handgrip opening. to reduce incoming stresses, - The load is supported by reinforcement strips extending from the handle area towards the body of the bag. to increase transport capacity by improving distribution, 5 - To reduce tears and rips in bags, - The aim is to contribute to reducing our current account deficit by decreasing raw material consumption. The structural and characteristic features and all the advantages of the product subject to the invention are given below. Thanks to the detailed explanation written with figures and references to these figures, even 10 This will be clearly understood, and therefore the evaluation should also take these figures and detailed explanations into account. It must be done with this in mind. Explaining the Figures: The invention will be described by referring to the attached figures, so that the features of the invention can be explained. It will be understood and appreciated more clearly, but the purpose of this invention is this obvious It is not about limiting it with regulations. On the contrary, the invention is defined by the accompanying claims. all alternatives, modifications, and options that could be included within the defined area The aim is to cover their equivalences. The details shown are only for 20 of the present invention. It is shown to illustrate the preferred arrangements and both the methods shaping both the rules and conceptual features of the invention in the most useful way and It should be understood that these drawings are presented to provide an easily understandable definition. In these drawings; Figure 1 shows a sample view of the bag with integrated handles, which is the subject of the invention. 25 Figure 2 shows a sample of the bag, the subject of the invention, with standard ribbon-shaped handles. It is the appearance. Illustrations that will help understand this invention are shown in the attached image. They are numbered and listed below with their names. 30 Explanation of References: 1. Bag Body 2. Handle 3. Hand Opening Size 5 4. Reinforcement Strip Description of the Invention: Figure 1 shows the carrying case, which is the subject of the invention. 10 The subject of the invention is the carrying case, which consists of the case body (1), handle (2), hand opening. (3) and includes reinforcement strips (4). Bag body (1) made of nonwoven fabric or similar flexible sheet material 15 It can be created. Handle (2), preferably without using a separate handle (2) element bag cut from the same material layer in an integrated manner with the body (1) It can be created. Thus, an additional connection area is created between the handle (2) and the body. no separate handle (2) assembly is required and the cause of the stitches is eliminated. This prevents the durability problems that can occur. This bag model is shown in Figure 1, 20 It has been shown. In different arrangements of the invention, the handle (2) is integral with the bag body (1). Ultrasonic welding, thermal bonding, lamination, without the use of an additional fabric. It is fixed onto the body of the bag (1) by gluing or similar methods. This bag The model is shown in Figure-2. Here, the woven fabric forming the body of the bag (1) is shown. (woven), nonwoven, laminated nonwoven fabrics, at least one of which is polypropylene 25 It can be made of (PP). The integrated handle (2) has a handgrip so that the user can pass their hand through. There is an opening (3). Starting from the handle area, along the body of the bag (1) to the base 30 extending towards the region and designed to distribute the load generated during transport. There is at least one reinforcement strip (4) positioned. Reinforcement strip (4), additional a woven, nonwoven, laminated nonwoven or similar material 6 ultrasonic welding, thermal bonding, lamination, gluing or similar methods It is fixed onto the bag body (1). The bag structure, reinforced by means of reinforcement strips (4), is integrated during transport. The stress resulting from the tensile forces in the handle (2) and base region is 5 by reducing their density, they increase their resistance to tearing and deformation. It increases. Reinforcement strip (4) starts from the handle (2) area and runs along the longitudinal axis of the bag to the base. It extends to the region and distributes the load generated during transportation linearly to the base 10 It transfers the stress intensity around the handle (2) thus reducing the load. It is distributed over a wider area and high quality is achieved with lower grammage body material. Load capacity is obtained. Reinforcement strip (4) in linear, curved, discontinuous, expanding or contracting geometries 15 It can be formed. Reinforcement strip (4), an additional woven, nonwoven It can consist of (nonwoven), laminated nonwoven or combinations thereof and ultrasonic welding, thermal bonding, lamination, gluing or similar methods It is formed by fixing it onto the bag body (1). The subject matter of the invention is a bag; with or without gussets, with side gussets, with bottom gussets or both. It can be produced with both side and bottom gussets, and the reinforcement strip structure of the bag in question... It is applicable to all types. It is possible to develop a wide variety of applications related to the subject matter of the invention, and the invention is covered by 25 The examples given here are not limited to those described; they are primarily as stated in the claims. A technical expert's assessment of the innovation presented in the invention, and similar structures... by using and / or this structure in the relevant technique It is clear that this can be applied to other areas with similar purposes. Therefore, such 30 the criteria for structures are innovation and especially exceeding the known state of the art. It is also obvious that he will be deprived of it.

Claims

7 REQUESTS 1- This invention is a reinforced bag with a neck-strengthening feature; - woven, nonwoven, laminated nonwoven or these Bag body made of combinations (1), 5 - formed as an integral part of the bag body (1) or bag body (1) at least two additional handles (2) fixed on it. - Starting from the handle area, along the body of the bag (1) towards the base area. extending and distributing the load generated during transport to the base It must contain at least one reinforcement strip (4) positioned. 10 2- It is a longitudinally reinforced bag according to claim 1, and its feature is that the bag body (1) composed of at least woven, nonwoven, and laminated nonwoven fabrics. One of them is characterized by being made of polypropylene (PP). 3- It is a longitudinally reinforced bag according to claim 1, and its feature is; to the body of the bag (1) fixed additional woven, nonwoven, laminated nonwoven or It is characterized by the inclusion of a reinforcement strip (4) among the combinations of these. 4- Reinforced bag with neck reinforcement according to request 1 or 2; its feature is ultrasonic 20 welding or thermal bonding or lamination, gluing or functional bonding to these the reinforcement strip (4) fixed onto the bag body (1) by equivalent methods It is characterized by its inclusion. 5- A reinforced bag with a neck-strengthening feature, according to any of the previous requirements, 25 Its feature is that it includes an integrated handle (2) formed as one with the bag body (1). It is the characterization of the situation. 6- It is a reinforced bag with a longitudinal reinforcement according to claim 4; its feature is that the handle (2) bag If it is made as a single piece with the body (1), this integrated handle (2) has 30 It is characterized by containing at least one hand opening (3) that is created. 8 7- A reinforced bag with a neck-strengthening feature, according to any of the previous requirements. feature; front, back, base and / or combinations thereof of the bag body (1) It is characterized by having a reinforcement strip (4) positioned in such a way as to be. 8- Reinforced bag with longitudinal reinforcement according to claim 6; its feature is; one piece or 5 in multiple parts or linear, curved, discontinuous, expanding or contracting It is characterized by containing a reinforcement strip (4) in the geometries. 9- A reinforced bag with a neck support, according to any of the previous requirements. Features; ultrasonic welding or thermal bonding or lamination, gluing or 10 These are fixed onto the bag body (1) by functionally equivalent methods It is characterized by having a standard handle (2). 10- A reinforced bag with a neck-strengthening feature, according to any of the previous requirements. Features; available without bellows, with side bellows, with bottom bellows, or with both side and bottom bellows. 15 It is characterized by containing the body of the bag (1) that is formed. 25