A single, hybrid hair bonding structure that can be configured during application.

Abstract

The invention relates to a natural-looking, monolithic adhesive-based hair bonding structure that can be configured during application, provides symmetry and weight balance, and is used in hair extension and hair thickening applications.

Description

1 Specifications A single, hybrid hair that can be configured instantly during application. CONNECTION STRUCTURE Technical Area 5 The invention is an essential link used in hair extension and hair thickening applications. It is related to their structures. The invention specifically concerns connection diameters that can be separated into different thicknesses during application. 10-piece, manually separable, where adhesive thickness and part separation intervals are defined together. a hybrid that provides a natural look and is suitable for professional and retail use. It is related to the connectivity structure. State of the Art 15 In current applications, connection diameters, adhesive thicknesses, and parts... Separation structures are generally designed independently of each other, and these elements There is no systemic integrity between them. This situation means that the connection points... becoming visible, causing puffiness on the hair surface, after application 20 is happening. The hair connection structures used in the current technology are available in standard or thick structures (approximately It is produced in a thickness of 0.80–1.00 g) and the structure that is the subject of the invention has a micro-thickness (approximately 0.40 g). is being structured. In current systems, products are either thin from the start or thick from the start. 25 It is produced as is, and no alternatives are offered during the application process. Within the scope of the invention, all connection points; adhesive volume, hair density and The weight of the connection is exactly the same. There is no left-right imbalance and it does not affect the head. The perceived weight is balanced at every point. In manual production methods, this technique is 30 It is not possible to ensure integrity. Below are examples of materials that can be separated into different thicknesses during application, while maintaining symmetry and weight equality. The connection diameters, adhesive thickness, and part separation intervals that provide this are all important factors. 2 Some aspects of the previous technique related to the monolithic hybrid hair connection structure as defined. Examples and their disadvantages are presented. Patent number US9339072, titled “Hair extensions and method of attachment,” grants a double It describes hair extension applications using double-sided tape-based adhesive. 5 Although this design allows for quick application, tape thickness, connection diameter, and hair density are important considerations. Achieving symmetry between them is difficult, and comfort and weight are compromised during prolonged use. It has limitations in terms of distribution. Patent number US11406151B2, titled “Hair extension attachment,” covers mechanical 10 It teaches the connection of sheet metal with fasteners. This approach involves part inspection. Although it provides a monolithic natural appearance, additional mechanical elements prevent manual intervention. The ease of use is reduced, and the adhesive thickness cannot be effectively optimized. Patent number US20240081454A1 combines 15 different hair extension techniques. These methods provide technical variety, while also emphasizing symmetry and weight. It is inadequate in providing a balanced and standardized, unified structure for retail. It remains. Purpose of the Invention 20 The invention aims to eliminate the disadvantages inherent in the prior art. Its purpose is to minimize the visibility of attachment points in hair applications. When downloading, ease of application, aesthetic naturalness, manual manipulation, and The goal is to achieve standardization in retail processes within a single system. Another objective is to determine the connection diameters, adhesive thickness, and part separation intervals. not as individual elements, but as an interconnected and collaborative system. It is a definition. Another aim of the invention is to make the connection points as invisible as possible. 30 and provides movement capabilities that closely resemble natural hair reflexes. The invention has applications in professional hairdressing, mass production, retail sales, and logistics. It is suitable for the processes and applicable to industry. 3 Compared to manual micro-connector production, an average production speed increase of 300% is achieved. advantages include low labor costs, lower waste rates, and scalable production. It provides. Explanation of the Figures Figure 1 shows a top view of the hybrid hair attachment structure, which is the subject of the invention. Explanation of Reference Numbers Reference Number Reference Name 1.4 mm nano connector 2.8 mm micro connector 3 x 12 mm high-density connecting pieces 4 pieces of 40 mm 60 mm adhesive strip Detailed Description of the Invention The invention is used in hair extension and hair thickening applications. A connector that can be separated into different thicknesses during the process, providing symmetry and equal weight. 15 manually defined components where diameters, adhesive thickness, and part separation intervals are defined together. A detachable, one-piece design that provides a natural look and is suitable for retail use. It is a hybrid hair bonding structure. Figure 1 shows a top view of the hybrid hair attachment structure that is the subject of the invention. It is located there. As can be seen in Figure 1, the subject of the invention is a manually detachable hybrid 20 connection structure; - 4 mm nano connector (1), - 8 mm micro connector (2), - 12 mm dense connecting piece (3), - 40 mm piece (4), 25 - 60 mm adhesive piece (5), It includes. 4 The attachment structure shown in Figure 1 is designed for use in the hairline and frontal areas. 8 mm nano connector (1), 8 mm micro connector for general applications part (2) and 12 mm high-density connection for areas requiring high holding power. It includes parts (3). These parts can be separated manually during application. 5 The adhesive piece (5) used at the connection points shown in Figure 1 is the substance's It has a thickness of 60 mm, and thanks to this ultra-thin structure, the connection points are on the hair surface. It does not create a bulge and is not visually perceptible. Every 40 mm on the product. A 40mm piece (4) of usable space has been created, and this structure allows for the application of the product, 10 standard and controlled use in packaging, storage and shelf placement processes It provides opportunities. All connection points are machine-made and to the same dimensions. Later, scissors or chisels are used... No cutting is done with it, thus preventing hair loss. The same product can be used for single-piece thick or 15-inch hair. It can be used for micro-applications split into two, and this decision is made at the time of implementation. It is given. This structure ensures left-right alignment between connection points, head The weight distribution on the hair is balanced, and hair movement after application is similar to natural hair. 20 It happens in a way that is close to reflexes.

Claims

REQUESTS 1. The invention relates to a device used in hair extension and hair thickening applications. can be separated into different thicknesses during the process, while ensuring symmetry and weight equality. Connection diameters, adhesive thickness, and part separation intervals together form 5 as defined, detachable by hand, provides a natural look and retail a keratin-based, one-piece hybrid hair bonding structure suitable for use being, - Maximum invisibility in sensitive areas such as the hairline and frontal area. 4 mm nano connector (1) providing 10 - 8mm diameter providing balance in everyday use and professional applications. micro connector (2), - 12 used in areas requiring high holding power and volume handling. mm dense connecting piece (3), - 15 in the product application, packaging, storage and shelf placement processes 40 mm part (4) which allows standard and controlled use, - The connection points used at the connection points are on the hair surface. 60 that does not create a bulge and provides visual perception mm adhesive piece (5), It is characterized by its inclusion. 20 2. Attachment points with symmetrical and equal keratin volume, in accordance with claim 1. It is characterized by its hybrid hair linkage structure.

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