Posture correcting belt

Abstract

The utility model relates to the technical field of orthopedic tights, and discloses a posture correcting belt which comprises a posture correcting body used for being attached to and supported on the back and hooping the waist and the abdomen to conduct adjustable connection at the connecting position. The first end of the Y-shaped pressurizing belt is connected with the posture correcting body at the upper end and the lower end of the shoulder blade in a forked mode, and the second end of the Y-shaped pressurizing belt extends from one side of the back to the other side of the back in an inclined state and is connected with the posture correcting body in a position-adjustable mode at the rear waist position; the shoulder blades are used for being flatly attached to the positions of the shoulder blades in a matched triangular shape so that the back of a wearer can be evenly stressed, the wearer can wear the shoulder blades comfortably, and better supporting force is provided for shoulder opening of the shoulder blades. The first end of the shoulder strap is connected with the posture correcting body at the shoulder position, the second end of the shoulder strap is connected with the posture correcting body at the waist position, and the shoulder strap and the posture correcting body are combined to form cuffs; and the shoulder straps and the Y-shaped pressurizing belts are symmetrically arranged on the posture correcting main body in groups. And through the design of the Y-shaped pressurizing belt and the shoulder belt, the practicability and the correction effect are improved.

Description

Technical Field

[0001] This utility model relates to the field of orthopedic bodysuit technology, and in particular, to a posture corrector belt. Background Technology

[0002] A posture corrector is an assistive tool specifically designed to correct body posture. It helps users maintain proper posture by providing additional support and reminders. Its principle is to adjust body posture by applying pressure and support, thereby improving posture and preventing spinal problems. The main functions of a posture corrector include providing support, improving posture, and preventing spinal issues.

[0003] Existing posture correctors mainly involve the design and application of various vest-style posture correctors. These posture correctors aim to assist in correcting human posture, improve image and temperament, and achieve posture correction and shaping effects through an integrated streamlined design that conforms to the body's physiological curves. However, existing posture correctors have the following problems:

[0004] 1. Poor comfort: The manufacturing process of existing posture correctors often fails to fully consider the comfort of the wearer, which may lead to discomfort after prolonged use;

[0005] 2. Lack of biomechanical considerations in the design: Existing posture correctors mostly follow the pattern-making model of conventional clothing, with little optimization incorporating sports biomechanics and wearing comfort. This limits the corrective effect and wearing experience of posture correctors in practical applications.

[0006] 3. Size subdivision relies on personal experience: In the current technology, the subdivision of the size of each part of the posture correction belt relies heavily on the personal experience of the pattern maker, lacking systematic rules and scientific basis, which affects the applicability and corrective effect of the posture correction belt. Utility Model Content

[0007] This utility model provides a posture corrector belt. Through its multiple adjustable designs and symmetrical groupings, as well as its triangular fit and scapular structure design, the posture corrector belt can better conform to the body of different wearers, improving comfort and adaptability. It can more effectively correct the posture of the spine and scapula, and consequently correct the posture of the shoulders and chest, thus improving the practicality and corrective effect of the posture corrector belt. It fully considers sports biomechanics and, through a specific structural design, enables the posture corrector belt to more effectively correct the posture of the shoulders, chest, and spine, thereby solving the technical problems of poor comfort, poor adaptability, and poor corrective effect of existing posture correctors.

[0008] This utility model provides a posture correction belt, comprising: a posture correction body for fitting and supporting the back and being connected to the waist and abdomen in an adjustable position; a Y-shaped pressure band, the first end of which is forked and connected to the posture correction body at the upper and lower ends of the scapula, and the second end extending obliquely from one side of the back to the other side of the back and being connected to the posture correction body in an adjustable position at the lower back, for fitting flatly against the scapula in a matching triangular shape to ensure even force distribution on the wearer's back and comfortable wear, and to provide better support for opening the scapula; a shoulder strap, the first end of which is connected to the posture correction body at the shoulder position, and the second end of which is connected to the posture correction body at the waist position, and together with the posture correction body to form a cuff; the shoulder strap and the Y-shaped pressure band are symmetrically arranged in groups on the posture correction body.

[0009] Furthermore, the Y-shaped pressure band includes an upper guide band, a lower guide band, and a connecting band. The first end of the upper guide band is connected to the posture correction body at the upper end of the scapula, and the first end of the lower guide band is connected to the posture correction body at the lower end of the scapula. The first end of the connecting band, together with the second ends of the upper and lower guide bands, forms a Y-shaped structure. The second end of the connecting band extends from one side of the back at an angle to the other side of the back and is connected to the posture correction body at the lower back in an adjustable position.

[0010] Furthermore, the width D of the first end of the upper guide strap is 5cm-9cm, and / or the length E of the upper guide strap is 15cm-25cm.

[0011] Furthermore, the shoulder width C of the corrective subject is 28cm-33cm.

[0012] Furthermore, the outer edges of both sides of the Y-shaped pressure belt are reinforced with a two-layer adhesive structure.

[0013] Furthermore, the edge of the posture correction body located at the armhole and / or underarm is reinforced with a single layer of adhesive.

[0014] Furthermore, the posture correction body includes a Velcro fastening area that is adjustablely fixed after being wrapped around the waist and abdomen, and the surface of the Velcro fastening area is coated with a single layer of adhesive.

[0015] Furthermore, at least one of the posture correction body, the Y-shaped pressure band, and the shoulder strap has a fabric layer made of a blend of 60% spandex and 40% nylon.

[0016] Furthermore, PUR elastic adhesive is used to bond the posture correction body to the Y-shaped pressure band or the posture correction body to the shoulder strap; and / or PUR elastic adhesive is used to bond the fabric layers of at least one of the posture correction body, the Y-shaped pressure band, and the shoulder strap to each other; and / or PUR elastic adhesive is used to bond the fabric layer of at least one of the posture correction body, the Y-shaped pressure band, and the shoulder strap to the base layer.

[0017] Furthermore, the lower edge of the posture correction body is reinforced with a two-layer adhesive structure.

[0018] This utility model has the following beneficial effects:

[0019] This utility model of a posture correction belt features an adjustable connection design where the main body is wrapped around the waist and abdomen. This allows for adjustments based on different wearers' body shapes, improving the belt's adaptability and comfort. The Y-shaped pressure band, with its adjustable connection, can be fine-tuned to suit the wearer's body shape, further enhancing its adaptability. This ensures even pressure distribution on the back and comfortable wear, solving the problem of excessive or insufficient pressure on the back area in existing technologies. Furthermore, it provides better support and allows the belt to fit smoothly against the shoulder blades, using the shoulder blades as a support base for the back, resulting in a more harmonious shoulder-opening and corrective effect. Both the shoulder straps and the Y-shaped pressure band are symmetrically arranged on the main body. This symmetrical design better adapts to different users' body structures, improving the belt's adaptability and enhancing its posture-correcting effect.

[0020] This novel posture corrector belt features multiple adjustable sections and symmetrical groupings, along with a triangular fit that utilizes the scapula's structure. This design allows the belt to better conform to the bodies of different wearers, improving comfort and adaptability. The special design of the Y-shaped pressure band and shoulder straps enables the belt to more effectively correct the spine and scapula, consequently correcting the posture of the shoulders and chest, thus enhancing its practicality and corrective effect. By fully considering biomechanics and employing a specific structural design, the belt effectively corrects the posture of the shoulders, chest, and spine, effectively solving the problems of poor comfort, adaptability, and corrective effect found in existing posture correctors.

[0021] In addition to the objectives, features, and advantages described above, this utility model has other objectives, features, and advantages. The present utility model will now be described in further detail with reference to the figures. Attached Figure Description

[0022] The accompanying drawings, which form part of this utility model, are used to provide a further understanding of the utility model. The illustrative embodiments of the utility model and their descriptions are used to explain the utility model and do not constitute an undue limitation of the utility model. In the drawings:

[0023] Figure 1 This is one of the structural schematic diagrams of the posture correction belt according to a preferred embodiment of this utility model;

[0024] Figure 2 This is the second schematic diagram of the structure of the posture correction belt according to a preferred embodiment of this utility model;

[0025] Figure 3 This is the third structural schematic diagram of the posture correction belt according to a preferred embodiment of this utility model.

[0026] Legend:

[0027] 100. Posture correction body; 101. Edge of armhole; 102. Edge of underarm; 103. Velcro fastening area; 104. Single-layer adhesive layer; 200. Y-shaped pressure band; 201. Upper guide strap; 202. Lower guide strap; 203. Connecting strap; 300. Shoulder strap; 400. Cuff; 500. Double-layer adhesive reinforcement structure; 600. Single-layer adhesive reinforcement structure. Detailed Implementation

[0028] The embodiments of the present invention will be described in detail below with reference to the accompanying drawings. However, the present invention can be implemented in many different ways as defined and covered below.

[0029] Figure 1 This is one of the structural schematic diagrams of the posture correction belt according to a preferred embodiment of this utility model; Figure 2 This is the second schematic diagram of the structure of the posture correction belt according to a preferred embodiment of this utility model; Figure 3 This is the third structural schematic diagram of the posture correction belt according to a preferred embodiment of this utility model.

[0030] like Figure 1 and Figure 2As shown, the posture correction belt of this embodiment includes: a posture correction body 100, which is used to fit and support the back and is connected to the waist and abdomen in an adjustable position; a Y-shaped pressure band 200, the first end of which is forked and connected to the posture correction body 100 at the upper and lower ends of the scapula, and the second end extends from one side of the back in an inclined state to the other side of the back and is connected to the posture correction body 100 in an adjustable position at the lower back, so as to fit flatly against the scapula in a matching triangular shape so that the wearer's back is evenly stressed and comfortable to wear, and to provide better support for opening the scapula; a shoulder strap 300, the first end of which is connected to the posture correction body 100 at the shoulder position, and the second end of which is connected to the posture correction body 100 at the waist position, and together with the posture correction body 100 to form a cuff 400; the shoulder strap 300 and the Y-shaped pressure band 200 are symmetrically arranged on the posture correction body 100. This utility model of a posture correction belt features a design where the main body 100 is looped around the waist and abdomen for adjustable connection, allowing for adjustments based on different wearers' body shapes and improving the belt's adaptability and comfort. The Y-shaped pressure band 200, with its adjustable connection, can be fine-tuned according to the wearer's body shape, further enhancing its adaptability. This ensures even pressure distribution on the wearer's back and comfortable wear, solving the problem of excessive or insufficient pressure on the back area in existing technologies. Furthermore, it provides better support and allows the belt to fit smoothly against the shoulder blades, using the shoulder blades as a support base for the back, resulting in a more harmonious shoulder-opening and corrective effect. The shoulder straps 300 and the Y-shaped pressure band 200 are symmetrically arranged on the main body 100. This symmetrical design better adapts to different users' body structures, improving the belt's adaptability and enhancing its posture-correcting effect. This utility model of a posture corrector belt features multiple adjustable design elements and symmetrical grouping, along with a triangular fit that utilizes the structure of the scapula. This design allows the belt to better conform to the bodies of different wearers, improving comfort and adaptability. The special design of the Y-shaped pressure band 200 and shoulder straps 300 enables the belt to more effectively correct the spine and scapula, consequently correcting the posture of the shoulders and chest, thus enhancing its practicality and corrective effect. By fully considering biomechanics and employing a specific structural design, the belt effectively corrects the posture of the shoulders, chest, and spine, effectively solving the problems of poor comfort, adaptability, and corrective effect found in existing posture correctors.

[0031] like Figure 1 and Figure 2As shown, in this embodiment, the Y-shaped pressure band 200 includes an upper guide band 201, a lower guide band 202, and a connecting band 203. The first end of the upper guide band 201 is connected to the posture correction body 100 at the upper end of the scapula, and the first end of the lower guide band 202 is connected to the posture correction body 100 at the lower end of the scapula. The first end of the connecting band 203 is connected to the second end of the upper guide band 201 and the second end of the lower guide band 202 to form a Y-shaped structure. The second end of the connecting band 203 extends from one side of the back in an inclined state to the other side of the back and is connected to the posture correction body 100 at the lower back in an adjustable position. The Y-shaped pressure band 200 connects to the upper and lower ends of the scapula via an upper guide band 201 and a lower guide band 202, respectively, allowing pressure to be evenly distributed across the scapular region and reducing excessive local pressure. The Y-shaped structure formed by the connecting band 203 provides stable support to the scapula, helping to maintain its correct position, which is beneficial for improving posture and correcting back posture. The Y-shaped design allows the posture corrector to better conform to the scapula, using the scapula as a support base for the back, resulting in a more harmonious shoulder-opening and corrective effect. The connecting band 203 extends diagonally from one side of the back to the other and is adjustablely connected to the posture corrector body 100 at the lower back. With adjustable positions and pressure levels, this design reduces back tightness and improves wearing comfort. The second end of the connecting strap 203 is positionally and adjustablely connected to the posture corrector 100 at the lower back, allowing for fine-tuning to suit the wearer's body shape, improving the adaptability of the posture corrector. After adjustment, it remains fixed for future use. The Y-shaped pressure strap 200, through its unique structure and adjustability, aims to provide better support and correction while ensuring wearer comfort and adaptability, effectively addressing the potential problems of poor comfort, adaptability, and correction in existing posture correctors.

[0032] like Figure 1 and Figure 2As shown, in this embodiment, the width D of the first end of the upper guide strap 201 is 5cm-9cm, and / or the length E of the upper guide strap 201 is 15cm-25cm. A width D of 5cm to 9cm provides sufficient support while maintaining comfort. When the width D is less than 5cm, the upper guide strap 201 may cause excessive pressure on the shoulder, leading to discomfort and potentially affecting blood circulation. When the width D is greater than 9cm, an overly wide upper guide strap 201 may reduce the flexibility of the posture corrector, affecting its fit and posture correction effect, and may also cause inconvenience in wearing. A length E of 15cm to 25cm allows the posture corrector to adapt to wearers of different body types, providing better adjustability. When the length E is less than 15cm, the upper strap 201 may not cover enough of the back area, thus affecting the posture correction effect and support. When the length E is greater than 25cm, the excessively long upper strap 201 may bunch up on the back, affecting the neatness of the garment and the posture correction effect, and may also cause adjustment difficulties. The range of values ​​for the width D and length E of the upper strap 201 has a significant impact on the comfort, support, adaptability, and posture correction effect of the posture correction belt. Appropriate width and length can provide a better user experience and posture correction effect, while sizes exceeding the recommended range may lead to wearing discomfort and a decrease in posture correction effect.

[0033] like Figure 1 and Figure 2 As shown, in this embodiment, the shoulder width C of the posture correction body 100 is 28cm-33cm. The range of shoulder width C allows the posture correction belt to adapt to wearers of different body types, especially those with different shoulder widths. This range covers the shoulder width of most adults, thus improving the versatility and applicability of the posture correction belt. A shoulder width C within the range of 28cm to 33cm ensures that the posture correction belt provides sufficient support to the shoulders, helping to correct posture, while avoiding being too tight or too loose, which would affect the corrective effect. An appropriate shoulder width reduces pressure points on the shoulders, improving wearing comfort. A moderate shoulder width C allows for better coordination with the shoulder strap 300 and the Y-shaped pressure band 200, forming a stable support system, thereby improving the overall corrective effect. A reasonable range of shoulder width C helps avoid excessive pressure on the shoulders and chest, reducing discomfort during wear, especially during prolonged use. An appropriate shoulder width helps improve the stability of the posture correction belt, reducing displacement during use and ensuring that the belt remains in the correct position to exert its corrective effect. If the shoulder width is too narrow (less than 28cm), it may cause a feeling of pressure in the shoulder area; if it is too wide (greater than 33cm), it may cause the posture corrector to slip or become unstable.

[0034] like Figure 1 and Figure 2As shown in this embodiment, both outer edges of the Y-shaped pressure band 200 are reinforced with a two-layer adhesive structure 500. The two-layer adhesive reinforcement structure 500 provides additional stability and durability, making the Y-shaped pressure band 200 more robust under pressure and tension, reducing the risk of deformation and damage during use; it increases the contact area between the Y-shaped pressure band 200 and the skin, improving the fit between the posture correction band and the body, resulting in a more stable and effective posture correction effect; it improves the abrasion resistance and tear resistance of the Y-shaped pressure band 200, extending its service life and reducing wear caused by daily use; it provides stronger adhesion, preventing the Y-shaped pressure band 200 from shifting during wear, maintaining its correct position for optimal posture correction; it distributes pressure more evenly, reducing localized pressure concentration, improving wearing comfort, and reducing discomfort or skin problems that may occur due to prolonged wear; it enhances the support of the Y-shaped pressure band 200, helping to better correct back and shoulder posture and providing a more effective posture correction effect. The outer edges of the Y-shaped pressure band 200 are reinforced with two layers of adhesive 500, which can enhance the stability, durability, fit and posture correction effect of the posture correction band, while reducing pressure concentration and improving wearing comfort. This design takes into account the practicality of the posture correction band and the user's comfort, making the posture correction band more suitable for long-term use.

[0035] like Figure 1 and Figure 2 As shown, in this embodiment, the edge portion 101 of the posture correction body 100 located in the armhole and / or the edge portion 102 under the armpit employs a single-layer adhesive reinforcement structure 600. The single-layer adhesive reinforcement structure 600 can improve the abrasion resistance and tear resistance of these areas, extending the service life of the posture correction belt and reducing wear caused by daily use; it can increase the contact area between the posture correction belt and the body, improving the fit and making the posture correction effect more stable and effective; the single-layer adhesive reinforcement structure 600 can provide stronger adhesion, making the posture correction belt less prone to shifting during wear, maintaining its correct position for optimal posture correction; the single-layer adhesive structure can distribute pressure more evenly, reducing localized pressure concentration, improving wearing comfort, and reducing discomfort or skin irritation that may occur due to prolonged wear. The single-layer adhesive reinforcement structure 600 enhances the support of the posture corrector, helping to better correct back and shoulder posture and providing a more effective posture correction effect. Compared to a two-layer adhesive structure, the single-layer adhesive structure may reduce the feeling of constriction when wearing it, especially in the more frequently used armhole edges and underarm areas, improving the comfort of the posture corrector. The design of using the single-layer adhesive reinforcement structure 600 on the posture corrector body 100 aims to improve the durability, fit, and posture correction effect of the posture corrector, while reducing pressure concentration and improving wearing comfort. This design takes into account both the practicality of the posture corrector and the user's comfort, making the posture corrector more suitable for long-term use.

[0036] like Figure 1 and Figure 2 As shown, in this embodiment, the posture correction body 100 includes a Velcro fastening area 103 that is adjustablely fixed after being wrapped around the waist and abdomen, and a single layer of adhesive 104 is attached to the surface of the Velcro fastening area 103. The single-layer adhesive layer 104 enhances the adhesion between the Velcro fastening area 103 and clothing or other surfaces, ensuring the posture corrector remains stable and less prone to detachment during wear and activity; it protects the Velcro fastening area 103, reducing wear and tear during daily use and extending the lifespan of the posture corrector; it provides a smoother feel and more stable adhesion, improving the user experience of wearing the posture corrector; it increases the adhesiveness of the Velcro, making the posture corrector more securely fixed to the waist and abdomen, helping to maintain the position and effectiveness of the posture corrector; it makes the Velcro fastening area 103 easier to attach and detach, allowing users to adjust it according to their comfort; it reduces the amount of adhesive used and the curing process, reducing adhesive waste and environmental pollution; compared to thicker multi-layer adhesive layers, the single-layer adhesive layer 104 provides sufficient adhesion while potentially helping to maintain breathability and reduce skin discomfort; the application of the single-layer adhesive layer 104 to the Velcro fastening area 103 of the posture corrector aims to improve the adhesion, durability, and user experience of the posture corrector, while also facilitating adjustment and environmentally friendly production.

[0037] In this embodiment, at least one of the posture correction body 100, the Y-shaped pressure band 200, and the shoulder strap 300 has a fabric layer made of a blend of 60% spandex and 40% nylon. The addition of spandex significantly improves the elasticity of the nylon fabric, compensating for the inherent lack of elasticity in nylon itself. As an elastic fiber, spandex has high elongation and good shape retention, making the blended fabric less prone to wrinkling. Nylon has good abrasion resistance, and the addition of spandex further enhances the fabric's durability. Nylon's abrasion resistance is 10 times that of cotton fiber, 10 times that of dry viscose fiber, and 140 times that of wet fiber, thus exhibiting excellent durability. The spandex fiber also gives the fabric better shape retention, making it less prone to deformation and allowing it to quickly return to its initial state even after the tension is lost. The nylon and spandex blend fabric offers a cotton-like feel, comfort, and elasticity, making it comfortable to wear. Nylon has excellent dyeability; when blended with spandex, the fabric colors are more vibrant and less prone to fading. Spandex blended fabrics exhibit strong wrinkle resistance, resulting in a smoother fabric and reduced wrinkles. Nylon has good quick-drying properties; when blended with spandex, the fabric is easy to wash and dries quickly. Nylon has good chemical resistance; when blended with spandex, the fabric is more resistant to chemical corrosion. Nylon fabrics are resistant to mildew and insects, and this characteristic is retained after blending. The design of the 60% spandex and 40% nylon blended fabric layer aims to improve the elasticity, abrasion resistance, shape retention, comfort, and durability of the posture corrector belt, while maintaining the fabric's vibrant colors and easy-to-wash properties, providing users with a better wearing experience and posture corrective effect. Among them, the blending of 60% spandex and 40% nylon is an existing technology. Based on the industry standard FZ / T 12040-2020 "Polyester (Nylon) Filament / Spandex Covered Yarn", the blending technology of nylon and spandex is regulated by industry standards, indicating that this blending technology is existing.

[0038] In this embodiment, the posture correction body 100 and the Y-shaped pressure band 200, or the posture correction body 100 and the shoulder strap 300, are bonded together using PUR elastic adhesive; and / or the fabric layers of at least one of the posture correction body 100, the Y-shaped pressure band 200, and the shoulder strap 300 are bonded together using PUR elastic adhesive; and / or the fabric layer of at least one of the posture correction body 100, the Y-shaped pressure band 200, and the shoulder strap 300 is bonded to the base layer using PUR elastic adhesive. PUR hot melt adhesive has extremely high bonding strength, firmly bonding different materials together and preventing them from easily separating. Even under prolonged use and external forces, it maintains a stable adhesion. PUR-bonded sponge maintains good performance over a wide temperature range, resisting issues like delamination and deformation in both hot summers and cold winters. PUR offers excellent waterproof and moisture-proof properties, effectively preventing moisture penetration and ensuring the material retains its elasticity and comfort. PUR is an environmentally friendly adhesive, free of harmful substances such as formaldehyde and benzene. It does not release any irritating odor during use and is harmless to humans and the environment. PUR-bonded sponge cures quickly after application, significantly shortening the production cycle. Meanwhile, rapid curing also helps improve production efficiency and reduce production costs; PUR hot melt adhesive has high-strength bonding performance, ensuring the firmness of the bonded parts and meeting the bonding requirements of most products; under high temperature after heating, PUR adhesive molecules react with moisture or active hydrogen substances in the air or on the adhered objects to form a partially cross-linked network structure, making the bonding strength, chemical resistance, heat resistance, and hydrolysis resistance superior to ordinary hot melt adhesives; PUR hot melt adhesive does not contain any organic solvents, does not cause environmental pollution, and is a green and environmentally friendly adhesive; PUR hot melt adhesive can fix two adhered objects in a short time, so the assembly can be quickly transferred to the next processing step, improving work efficiency; the cross-linked structure of PUR after moisture curing greatly improves its performance, with excellent resistance to high and low temperatures, water resistance, chemical resistance, and solvent resistance; using PUR elastic adhesive to bond various parts of posture correction belts can provide high-strength, temperature-resistant, waterproof and moisture-proof, environmentally friendly and non-toxic bonding effects, while also having rapid curing, excellent bonding performance, and good operability, making it a connection method with excellent comprehensive performance. Among them, PUR elastic adhesive, also known as moisture-curing reactive polyurethane hot melt adhesive, is a single-component, 100% solid content adhesive, which belongs to the existing technology.

[0039] like Figure 1 and Figure 2As shown, in this embodiment, the hem edge of the posture correction body 100 is reinforced with a two-layer adhesive structure 500. The two-layer adhesive reinforcement structure 500 can improve the wear resistance and tear resistance of the hem edge, extend the service life of the posture correction belt, and reduce wear caused by daily use; it can increase the contact area between the posture correction belt and the body, improving the fit and making the posture correction effect more stable and effective; it can enhance the support of the posture correction belt, helping to better correct the posture of the back and shoulders, providing a more effective posture correction effect; it can provide stronger adhesion, making the posture correction belt less prone to shifting during wear, maintaining the correct position of the posture correction belt to achieve the best posture correction effect; it can distribute pressure more evenly, reducing local pressure concentration, improving wearing comfort, and reducing discomfort or skin problems that may occur due to prolonged wear.

[0040] In implementation, a posture correction belt is provided. The belt's corrective principle is based on the "spine biomechanical balance principle," applying restraint to the user's shoulders, waist, and other areas. These restraints in different areas form a three-dimensional force system to correct the user's posture. A high-count, high-elasticity fabric, a blend of 60% spandex and 40% nylon, is used. The fabric's elongation at break is 10-20% longitudinally and 15-25% transversely, with an elastic recovery rate >85%. Environmentally friendly PUR elastic adhesive is used for bonding, enhancing the belt's wearing comfort. Furthermore, the >85% elastic recovery rate ensures that the Y-shaped pressure band 200 is not easily deformed during wear, strengthening the stretching force on the shoulders, thereby opening the scapula, improving posture, and further enhancing the belt's restraint effect.

[0041] Based on the standard Asian female mannequin body shape, combined with sports biomechanics and wearing comfort, and simulating the wearing and use scenarios of posture correctors, a series of regular pattern paper designs were developed.

[0042] The posture corrector belt features a modified and widened upper strap 201 of the Y-shaped pressure band 200 compared to existing technologies. Considering that this component needs to be stretched to apply pressure to the scapula during use, the optimal width D of the upper strap 201 is set to 6.5cm-7.5cm and the length E of the upper strap 201 is set to 17cm-20cm based on the fabric elasticity. When stretched, there will be no wrinkles at the connection between the upper strap 201 and the lower strap 202, and it can precisely conform to the triangular shape of the scapula, making the wearer's back evenly stressed and comfortable to wear.

[0043] Furthermore, one of the key functions of this posture corrector belt is to achieve the effect of opening the shoulders and straightening the chest by stretching the shoulders. Existing posture corrector belts have a narrow shoulder width, causing the stress point on the shoulders to be inward when the pressure band is applied, resulting in a weaker shoulder-opening effect. This posture corrector belt has an increased shoulder width design based on the standard mannequin body shape, with the distance C between the edges of the two shoulder straps being 28cm-33cm. When the upper guide strap 201 is applied, the two shoulder endpoints are wider, resulting in a better shoulder-opening and chest-straightening effect.

[0044] Existing posture correctors have two layers of adhesive at the armhole and underarm edges, which are more elastic and tighter, resulting in a greater feeling of constriction, poor comfort, and wasted costs. This new posture corrector reduces the thickness of the adhesive layer at the armhole and underarm edges, so that the wearer does not feel any single-line marks when wearing it, and it fits the body more closely and comfortably.

[0045] This utility model posture correction belt features a double-layered adhesive design on both sides of the Y-shaped pressure belt 200 to form reinforcing ribs. When the wearer uses the posture correction belt, the Y-shaped pressure belt 200 needs to be stretched frequently to provide sufficient tension to open the shoulder blades on both sides of the body, thereby achieving the effect of opening the shoulders and straightening the chest. Since the Y-shaped pressure band 200 is the main component of the posture correction belt to achieve the shoulder opening and back straightening function, it is prone to deformation after long-term use, resulting in reduced posture correction stretching performance. However, this new posture correction belt improves the product's lifespan by setting two layers of adhesive to form reinforcing ribs, and further enhances the pressure of the Y-shaped pressure band 200 on the scapula. In addition, by adding reinforcing ribs to both sides of the Y-shaped pressure band 200, it is ensured that the connection point between the upper guide band 201 and the lower guide band 202 remains within the scapula range after stretching and deformation. This ensures that the Y-shaped pressure band 200 continuously applies pressure to the scapula, ensuring that the wearer's shoulders remain straight when opening their shoulders and straightening their chest, i.e., the upper scapula is higher than the lower scapula. This provides better support for opening the shoulders and achieves a better shoulder opening effect. At the same time, it greatly reduces the fatigue caused by the wearer's own effort to support the shoulder opening, improving wearing comfort.

[0046] Existing posture correction belts require frequent stretching of the Velcro fastening area during use, which can easily cause the fabric to loosen and deform. The Velcro fastening area 103 of this posture correction belt is coated with an adhesive layer, which can improve the service life and appearance of the posture correction belt.

[0047] This utility model of a posture correction belt consists of five pieces bonded together: a posture correction body 100, two shoulder straps 300, and two Y-shaped pressure straps 200. (For example...) Figure 3 As shown, A1 is connected to A2, B1 to B2, C1 to C2, and D1 to D2. A3 is also connected to A2, C3 to C2, and the hooked surface E2 is movably connected to the rough surface F1. B3 is connected to B2, D3 to D2, the hooked surface F2 is movably connected to the rough surface E1, and the hooked surface G is movably connected to the rough surface E1.

[0048] Any matters not covered in this utility model are common knowledge.

[0049] The technical features of the above embodiments can be combined in any way. For the sake of brevity, not all possible combinations of the technical features in the above embodiments are described. However, as long as there is no contradiction in the combination of these technical features, they should be considered to be within the scope of this specification.

[0050] The embodiments described above are merely illustrative of several implementations of this utility model, and while the descriptions are relatively specific and detailed, they should not be construed as limiting the scope of the utility model. It should be noted that those skilled in the art can make various modifications and improvements without departing from the concept of this utility model, and these all fall within the protection scope of this utility model. Therefore, the protection scope of this utility model should be determined by the appended claims.

[0051] The above description is merely a preferred embodiment of this utility model and is not intended to limit the scope of this utility model. Various modifications and variations can be made to this utility model by those skilled in the art. Any modifications, equivalent substitutions, or improvements made within the spirit and principles of this utility model should be included within the protection scope of this utility model.

Claims

1. A posture correction belt, characterized in that, include: The posture correction body (100) is used to fit and support the back and is connected to the waist and abdomen in an adjustable position. The Y-shaped pressure band (200) has a forked first end that connects to the posture correction body (100) at the upper and lower ends of the scapula, and a second end that extends from one side of the back at an angle to the other side of the back and is connected to the posture correction body (100) at the lower back in an adjustable position. It is used to fit flatly against the scapula in a matching triangular shape so that the wearer's back is evenly stressed and comfortable to wear, and to provide better support for opening the scapula. The shoulder strap (300) has a first end connected to the posture correction body (100) at the shoulder position and a second end connected to the posture correction body (100) at the waist position, and together with the posture correction body (100) to form a cuff (400). The shoulder straps (300) and the Y-shaped pressure bands (200) are arranged symmetrically in groups on the posture correction body (100); The Y-shaped pressure band (200) includes an upper guide band (201), a lower guide band (202), and a connecting band (203). The first end of the upper guide band (201) is connected to the posture correction body (100) at the upper end of the scapula, and the first end of the lower guide band (202) is connected to the posture correction body (100) at the lower end of the scapula. The first end of the connecting band (203) is connected to the second end of the upper guide band (201) and the second end of the lower guide band (202) to form a Y-shaped structure. The width D of the first end of the upper guide strap (201) is 5cm-9cm, and the length E of the upper guide strap (201) is 15cm-25cm.

2. The posture correction belt according to claim 1, characterized in that, The second end of the connecting strap (203) extends at an angle from one side of the back to the other side of the back and is connected in an adjustable position to the posture correction body (100) at the lower back.

3. The posture correction belt according to claim 1 or 2, characterized in that, The shoulder width C of the posture correction subject (100) is 28cm-33cm.

4. The posture correction belt according to claim 1 or 2, characterized in that, The outer edges of both sides of the Y-shaped pressure belt (200) are reinforced with a two-layer adhesive structure (500).

5. The posture correction belt according to claim 1 or 2, characterized in that, The edge of the posture correction body (100) at the armhole (101) and / or the edge of the armpit (102) is reinforced with a single layer of adhesive (600).

6. The posture correction belt according to claim 1 or 2, characterized in that, The posture correction body (100) includes a Velcro fastening area (103) that is adjustablely fixed after being wrapped around the waist and abdomen. A single layer of adhesive (104) is attached to the surface of the hook and loop fastening area (103).

7. The posture correction belt according to claim 1 or 2, characterized in that, The fabric layer of at least one of the posture correction body (100), Y-shaped pressure band (200), and shoulder strap (300) is a fabric layer formed by a blend of 60% spandex and 40% nylon.

8. The posture correction belt according to claim 1 or 2, characterized in that, The posture correction body (100) and the Y-shaped pressure band (200) or the posture correction body (100) and the shoulder strap (300) are bonded together using PUR elastic adhesive; and / or The fabric layers of at least one of the posture correction body (100), the Y-shaped compression band (200), and the shoulder strap (300) are bonded together with PUR elastic adhesive; and / or The fabric layer of at least one of the posture correction body (100), Y-shaped pressure band (200), and shoulder strap (300) is bonded to the base layer using PUR elastic adhesive.

9. The posture correction belt according to claim 1 or 2, characterized in that, The lower edge of the posture correction body (100) is reinforced with a two-layer adhesive structure (500).

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