Garment securing apparatus and related methods

Abstract

A garment securing apparatus featuring a rotary dial-controlled gear mechanism enables precise, incremental adjustments to the waistband. This independent, belt-free or belt-less apparatus design eliminates the need for external belts or integrated systems, thereby ensuring a secure and reliable fit. The apparatus further comprises an attachment component for fastening to the waistband, a locking mechanism to prevent inadvertent loosening, and an optional, customizable front panel for interchangeable designs.

Description

CROSS-REFERENCE TO RELATED APPLICATIONS

[0001] U.S. Design Application Ser. No. 29 / 929,772, filed on Feb. 24, 2024, and Provisional Patent Application No. 63 / 561,269, filed on Mar. 4, 2024.BACKGROUNDField of the Art

[0002] The present disclosure relates to a garment securing apparatus and a method thereof, and more particularly, relates to an apparatus for precise and customizable waistband adjustment.State of the Art

[0003] In the realm of garment design and manufacturing, achieving the perfect fit is a perpetual challenge. Traditional waistband solutions, such as belts and elastic bands, often fall short in providing the necessary balance between comfort, adjustability, and aesthetic appeal. Belts can be cumbersome and may not offer the precision needed for a tailored fit, while elastic bands can lose their tension over time, leading to sagging and discomfort. This is particularly problematic in settings where precise fit and stability are crucial, such as in athletic wear, professional uniforms, tactical gear, and casual wear.

[0004] Moreover, the demand for customizable and adaptive clothing solutions is on the rise, driven by the diverse needs of consumers who require garments that can adapt to varying body shapes, sizes, and activities. This is especially true for individuals engaged in high-impact sports, physically demanding jobs, or those experiencing temporary changes in body size due to factors like pregnancy or medical conditions. The need for a more sophisticated and reliable waistband adjustment mechanism is evident, as it would not only enhance comfort and functionality but also provide opportunities for personalization and branding in corporate and team settings. As technology advances, there is also a growing interest in integrating smart functionalities into clothing, allowing for real-time adjustments and monitoring, which further underscores the need for innovation in garment securing solutions.

[0005] This disclosure introduces a garment securing apparatus that delivers a seamless, comfortable, and secure solution for waistbands. By removing the reliance on traditional belts, this innovative design offers a practical and aesthetically pleasing alternative. It addresses the demands of contemporary consumers who prioritize both functionality and style in their garment accessories, ensuring a perfect fit that adapts to various body types and activities while enhancing the overall appearance of the garment.SUMMARY

[0006] The garment securing apparatus is designed to adjust the tightness of a garment's waistband by bringing connecting pieces closer together through a tightening mechanism. It features a rotary dial assembly connected to an internal gear mechanism with interlocking teeth to transfer rotational force. The rotary dial assembly has a ridged or textured outer edge to improve grip, and the main body is made from a rigid material with an aesthetic design. The apparatus includes an attachment component to secure the main body to the garment's waistband, allowing for precise incremental adjustments and incorporating a locking mechanism to prevent unintentional loosening.

[0007] The apparatus functions independently, eliminating the need for integration with external belts or waistband systems while ensuring a secure and reliable fit. It features a customizable front panel that allows for interchangeable logos or design elements, which can be attached magnetically or mechanically, enabling seamless branding adaptability across various industries, including corporate uniforms, athletic wear, tactical gear, and industrial workwear. The tightening mechanism is activated by applying pressure to the knob shaft, engaging the Lock Spring with the spring retainer and causing the pinion to rotate in the desired direction. Conversely, outward pressure on the knob shaft disengages the Lock Spring, allowing the pinion to rotate freely in the opposite direction for loosening. When no pressure is applied, the Lock Spring remains engaged with the spring retainer, keeping the pinion locked and preventing unintended movement. The attachment component features robust fasteners that securely affix the apparatus to the garment's waistband, eliminating the need for a traditional belt while ensuring a stable fit. Additionally, its anchor configuration enhances stability, minimizes slippage, and improves weight distribution, making it ideal for high-mobility applications such as military operations, extreme sports, and physically demanding occupations.

[0008] The method for securing a garment waistband involves attaching the main body to the garment's waistband, operating the tightening mechanism to adjust the tightness, and applying friction or pressure using the attachment component. The apparatus allows for quick removal by disengaging the tightening mechanism, with a bi-directional rotary adjustment system that includes a built-in locking mechanism to maintain a selected tightness until manually adjusted. The rotary dial mechanism can include interchangeable logo or design elements, and the attachment component can include clips for securing the apparatus to the garment's waistband.BRIEF DESCRIPTION OF THE FIGURES

[0009] The accompanying drawings illustrate various embodiments and along with the description, help explain the principles of the apparatus. It is understood by those skilled in the art that the specific arrangements shown in the drawings are merely examples and should not be considered as limiting the scope of the apparatus or the claims in any way.

[0010] FIG. 1: Front Perspective View-Preferred Embodiment

[0011] FIG. 2: Front Perspective View-Alternative Embodiment

[0012] FIG. 3: Front View

[0013] FIG. 4: Back View

[0014] FIG. 5A: Side View (Left)

[0015] FIG. 5B: Side View (Right)

[0016] FIG. 6A: Top View

[0017] FIG. 6B: Bottom View

[0018] FIG. 7: Exploded View of the Main Assembly

[0019] FIG. 8: Apparatus Being Worn

[0020] FIG. 9A: Rotary Dial Assembly, Pinion, and Locked Spring

[0021] FIG. 9B-1: Rotary Dial Assembly (Front View)

[0022] FIG. 9B-2: Rotary Dial Assembly (Perspective View)

[0023] FIG. 9B-3: Rotary Dial Assembly (Side View)

[0024] FIG. 9C-1: Knob Shaft (Front View)

[0025] FIG. 9C-2: Knob Shaft (Front View, Alternative embodiment)

[0026] FIG. 9C-3: Knob Shaft (Perspective View)

[0027] FIG. 9C-4: Pinion (Front View)

[0028] FIG. 9C-5: Pinion (Side View)

[0029] FIG. 9C-6: Pinion (Perspective View)

[0030] FIG. 9C-7: Locked Spring (Perspective View)

[0031] FIG. 10: Internal Locking Mechanism

[0032] FIG. 11A: Spring, Pinion, and Rack Mechanism

[0033] FIG. 11B-1: Pinion (Perspective View)

[0034] FIG. 11B-2: Pinion (Side View)

[0035] FIG. 11C-1: Rack Mechanism (Front View)

[0036] FIG. 11C-2: Rack Mechanism (Side View)

[0037] FIG. 11C-3: Rack Mechanism (Top View)

[0038] FIG. 11C-4: Rack Mechanism (Perspective View)

[0039] FIG. 12A: Attachment Component-Clip (Top View)

[0040] FIG. 12B-1: Attachment Component-Clip (Side View)

[0041] FIG. 12B-2: Attachment Component-Clip (Front View)

[0042] FIG. 12B-3: Attachment Component-Clip (Perspective View)

[0043] FIG. 12C-1: Attachment Component-Clip Rubber (Perspective View)

[0044] FIG. 12C-2: Attachment Component-Clip Rubber (Top View)

[0045] FIG. 12C-3: Attachment Component-Clip Rubber (Side View)

[0046] FIG. 12C-4: Attachment Component-Clip Rubber (Front View)

[0047] FIG. 13: Operational ProcessDETAILED DESCRIPTIONGeneral Overview

[0048] This disclosure presents a garment-securing apparatus designed for precise and customizable waistband adjustment, ensuring stability, security, and aesthetic appeal. The apparatus consists of a Main Body (718) that facilitates secure attachment to a garment waistband and a tightening mechanism incorporating a Rotary Dial Assembly (720). The rotary dial transfers rotational force to an internal gear mechanism, including the Pinion (704) and Rack (702), which allows for incremental and controlled adjustments to achieve the user's preferred tightness level. This apparatus serves a broad range of applications, benefiting athletes, professionals, and individuals experiencing fluctuations in waist size due to posture changes or daily activities. For example, athletes, such as runners or cyclists, can make real-time waistband adjustments for optimal mobility, while professionals in corporate settings can discreetly modify waistband tightness to maintain a polished and tailored appearance throughout the day. Additionally, the system prevents waistband sagging and enhances waistline support, particularly for individuals experiencing temporary size changes due to weight fluctuations, meal consumption, or pregnancy.

[0049] Constructed from high-quality materials, the apparatus includes precision fasteners, stainless steel bearings, and reinforced metal components, ensuring long-term durability and resistance to wear. In applications requiring lightweight solutions, high-strength polymer composites may be incorporated to maintain strength while reducing weight. Future embodiments may integrate smart technology, such as Bluetooth-enabled tightening mechanisms, allowing for automated waistband adjustments via a mobile application. These smart enhancements could feature tension memory settings, enabling users to pre-save and select their preferred waistband tightness levels for various occasions, enhancing both convenience and adaptability. The main assembly (FIG. 7) consists of a pinion and rack system, including the Pinion (704), Rack (702), and Rack 2 (708), along with a buckle assembly comprising the Buckle Front (718) and Buckle Back (706). The attachment component, which includes the Clip (712) and Back Cover (710), is secured with 18-8 stainless steel narrow cheese head slotted screws (736) and cup-point set screws (738) to reinforce durability. The exploded view of the main assembly illustrates how critical components—such as the Rack Cover (710), Spring Retainer (722), Teflon Disk Spring (734), and Precision Stainless Steel Ball Bearing (726)—interact to ensure smooth rotational force transmission, reinforcing the apparatus's long-term reliability and consistent performance.The Apparatus as a Stand-Alone System

[0050] As a stand-alone system, the apparatus does not require integration with an external belt or waistband system, making it compatible with various garment types, including trousers, skirts, athletic wear, industrial workwear, tactical gear, and medical garments. This flexibility is particularly beneficial for first responders, healthcare professionals, and military personnel, who require quick and precise waistband adjustments to accommodate gear changes and movement requirements. For example, a paramedic responding to an emergency may need to tighten or loosen their waistband for comfort and unrestricted mobility, while military personnel may need to adjust their waistband tightness based on the weight of their gear. Future designs may incorporate IoT-enabled adjustments, allowing users to control waistband tension remotely via a smartphone application.Attachment Component

[0051] The attachment component, consisting of the Clip (712) and Back Cover (710), is designed to provide a secure, stable connection to a waistband or similar garment feature, effectively minimizing shifting and ensuring a consistent, comfortable fit throughout extended periods of wear. This configuration is particularly advantageous for military personnel, first responders, and industrial workers, who require dependable gear retention in demanding and high-mobility environments where rapid movements and sudden directional changes are common. The anchor configuration prevents unwanted displacement, ensuring that the waistband remains firmly secured even during high-impact activities such as construction work, tactical operations, emergency response situations, and other physically intensive tasks.

[0052] To accommodate various operational needs, the attachment mechanism may be implemented in multiple configurations, including but not limited to dual, triple, or modular setups, allowing for customizable levels of retention and stability. This adaptability enables users to optimize the attachment system based on specific use cases, whether they require enhanced load distribution for heavier gear, improved flexibility for dynamic motion, or additional security for rugged conditions. Furthermore, the robust design of the Clip (712) and Back Cover (710) incorporates durable materials that resist wear and tear, ensuring long-term reliability in extreme weather conditions, exposure to moisture, and mechanical stress. The attachment component is engineered to integrate seamlessly with standard and specialized gear, allowing for easy installation and removal without compromising performance. By offering a secure yet adaptable retention system, this attachment component significantly enhances the functionality, comfort, and durability of the overall wearable system, catering to the unique demands of professionals operating in high-risk and high-performance environments.Customization of the Apparatus

[0053] Furthermore, the customizable front panel, featuring the Logo (732) and Design Element (740), offers extensive branding opportunities suitable for a variety of future applications, such as corporate uniforms, team apparel, and promotional wear. The front panel design allows for the use of interchangeable branding elements, enabling organizations to tailor the appearance of their gear to specific events, campaigns, or seasons. The panel may be constructed from various materials, including but not limited to durable plastics, lightweight metals, and fabric-based composites, offering a range of aesthetic and functional options that cater to different industries and usage scenarios. In certain future applications, the customizable front panel could be adapted for specialized use in sectors such as healthcare, where medical staff may benefit from easily identifiable and adjustable gear that remains secure during extended shifts. Similarly, the design could be applied to personal protective equipment (PPE), ensuring that branding, comfort, and secure adjustments are maintained even in hazardous environments.

[0054] The Rotary Dial Assembly (720) is engineered with enhanced usability in mind, incorporating a textured outer edge to improve grip and facilitate precise adjustments under various conditions, including wet, cold, or high-motion environments. This design is particularly advantageous for athletic and activewear applications, where quick and secure adjustments are crucial for maintaining performance and comfort. Alternative embodiments of the Rotary Dial Assembly design (FIG. 9C-2) may include modifications such as a groove, cut, or recessed area to facilitate the installation, alignment, and removal of a design element, logo, or other decorative features. For example, in one embodiment, the groove may be a shallow, circular channel extending around the perimeter of the dial face, allowing a design element to be securely seated while remaining easily accessible for removal or replacement. In another embodiment, the groove may be a keyway-style cutout positioned along the outer edge of the Rotary Dial Assembly, providing a guided insertion mechanism that prevents misalignment during installation. Potential future enhancements to the rotary dial assembly include the use of impact-resistant materials, such as reinforced polymers or metal alloys, to ensure long-lasting durability and reliability in rugged environments. Additionally, the assembly may feature a locking mechanism that prevents accidental adjustments during high-intensity activities, further enhancing its utility in dynamic settings. Future advancements in material technology could also lead to the integration of antimicrobial coatings, moisture-wicking fabrics, or temperature-regulating materials to improve hygiene, comfort, and performance for wearers across a range of industries. By offering a versatile, durable, and customizable solution, the front panel and rotary dial assembly are poised to meet the evolving needs of various markets, supporting enhanced branding, functionality, and user experience in both current and future applications.Mechanism for Tightening & Loosening the Apparatus

[0055] The tightening mechanism operates by applying pressure to the Knob Shaft (720), which activates the Lock Spring (724) and engages the Spring Retainer (738) and Pinion (704). This engagement allows for incremental adjustments, ensuring controlled, fine-tuned waistband modifications to match the user's preference. The pinion and rack system, including the Pinion (704), Rack (702), and Rack 2 (708), ensures smooth and precise adjustments, with the Rotary Dial Assembly (720) efficiently transferring rotational force through interlocking teeth. The design facilitates highly adaptable tension control, making it particularly suitable for applications requiring secure, on-the-fly adjustments, such as tactical gear for military personnel, heavy-duty workwear for industrial professionals, or form-fitting athletic wear. The system may incorporate various materials, including but not limited to high-strength polymer composites for lightweight flexibility, stainless steel for added durability in high-stress environments, or carbon fiber-reinforced components for a balance of strength and reduced weight.

[0056] To loosen the waistband, outward pressure is applied to the Knob Shaft (720), disengaging the Lock Spring (724) from the Spring Retainer (738), which in turn disengages the Pinion (704), allowing for free rotation and immediate loosening. This function is particularly advantageous in dynamic scenarios, such as transitioning between extreme temperature environments, adjusting fit for layered clothing, or rapidly modifying gear tension during intense physical activities. Additionally, future implementations may include an automatic or assisted release mechanism, such as a push-button quick-release system or a micro-adjustment motorized component for advanced user control. The system may also integrate additional ergonomic features, including rubberized or textured surfaces on the rotary dial for enhanced grip in wet or gloved conditions, or sealed internal components for water and dust resistance, ensuring longevity and reliability in extreme outdoor or hazardous work settings. By offering a precise, adaptable, and user-friendly tightening and loosening mechanism, this design enhances comfort, performance, and functionality across a wide range of professional, athletic, and everyday applications.Locking Mechanism for Secure Fit and Automatic Tension Release System

[0057] To prevent accidental loosening, the apparatus features an Internal Locking Mechanism (718, 724), incorporating the Locking Spring (724), which secures the selected waistband tightness and prevents unintentional adjustments. This feature is particularly valuable in scenarios requiring continuous stability, such as high-intensity sports, professional settings, and industrial environments. For example, in military and law enforcement applications, a secure waistband ensures that utility belts, holsters, or tactical gear remain firmly in place during rapid movements. In sports and fitness contexts, this locking mechanism provides athletes with consistent support, reducing the risk of distraction or performance hindrance during endurance running, weightlifting, or high-impact training. Additionally, alternative locking designs may include rubberized or high-friction coatings on the rotary dial, further enhancing grip and usability in wet, cold, or gloved conditions, ensuring reliability in extreme weather or hazardous work environments. Future iterations may incorporate magnetic or mechanical latch systems that engage automatically when the desired tension is reached, offering hands-free security while still allowing for controlled manual adjustments when needed.

[0058] The apparatus also integrates an automatic tension release system, utilizing a Spring Mechanism (722) that allows for quick waistband adjustments when necessary. This feature is particularly beneficial in situations where immediate waistband relief is required, such as athletes cooling down post-exercise, workers in physically demanding jobs who need flexibility during rest periods, or individuals experiencing fluctuations in waist size due to pregnancy, bloating, or medical conditions. In medical applications, the adjustable compression feature could assist patients recovering from abdominal surgeries or conditions like hernias, where gradual tension adjustments provide necessary support without requiring a complete garment change. Additional enhancements may include a pressure-sensitive release function that adapts to body movement, automatically loosening when seated and tightening when standing for optimal comfort throughout daily activities. The system could also incorporate advanced materials, such as shape-memory alloys or self-adjusting elastomers, that respond to body heat and pressure, dynamically adapting to the wearer's needs. By integrating a secure locking mechanism with an intuitive automatic tension release system, this apparatus ensures a perfect balance of stability, comfort, and adaptability for a wide range of users across various industries and applications.Operational Steps

[0059] The operational steps of the garment-securing apparatus (FIG. 13) ensure a simple, efficient removal process while maintaining security against accidental loosening. The tightening mechanism, in conjunction with the Internal Locking System (718, 724), allows for precise control over waistband adjustments while facilitating easy detachment when required. The aesthetic design, incorporating a Design Element (740), enhances visual appeal, while the Main Body (718) and Rotary Dial Assembly (720) are optimized for improved grip and usability. Future advancements may include an electronic or smart dial variation, featuring Bluetooth connectivity for automated adjustments and tension memory settings, allowing users to save preferred waistband tightness levels for different activities.

[0060] The attachment process (Step 1302) involves positioning the securing mechanism on the waistband using the Clip (712) and Back Cover (710), which apply friction or pressure to create a stable, slip-resistant connection. This design ensures compatibility with various waistband materials and accommodates different garment types. The tightening process (Step 1304) engages the rotary dial assembly, transferring rotational force through an internal gear system to fine-tune waistband adjustments, preventing sagging and enhancing waistline support. The detachment process (Step 1306) disengages the securing mechanism, facilitated by an integrated spring system, enabling rapid waistband release when needed. This function enhances user convenience, particularly for athletes requiring quick post-exercise adjustments or workers needing momentary fit relaxation in demanding environments. The bi-directional rotary adjustment system, combined with a built-in locking mechanism, maintains the selected tightness level until manually altered, ensuring long-term stability and user confidence.

[0061] Overall, this garment-securing apparatus offers a highly adaptable, durable, and precision-engineered solution for securing garment waistbands across a diverse range of applications. Whether used in athletic wear, professional attire, industrial uniforms, or medical garments, the apparatus provides superior comfort, stability, and adjustability, making it an essential innovation for individuals seeking a reliable and customizable waistband support system.

Examples

Embodiment Construction

General Overview

[0048]This disclosure presents a garment-securing apparatus designed for precise and customizable waistband adjustment, ensuring stability, security, and aesthetic appeal. The apparatus consists of a Main Body (718) that facilitates secure attachment to a garment waistband and a tightening mechanism incorporating a Rotary Dial Assembly (720). The rotary dial transfers rotational force to an internal gear mechanism, including the Pinion (704) and Rack (702), which allows for incremental and controlled adjustments to achieve the user's preferred tightness level. This apparatus serves a broad range of applications, benefiting athletes, professionals, and individuals experiencing fluctuations in waist size due to posture changes or daily activities. For example, athletes, such as runners or cyclists, can make real-time waistband adjustments for optimal mobility, while professionals in corporate settings can discreetly modify waistband tightness to maintain a polished and...

CROSS-REFERENCE TO RELATED APPLICATIONS

[0001] U.S. Design Application Ser. No. 29 / 929,772, filed on Feb. 24, 2024, and Provisional Patent Application No. 63 / 561,269, filed on Mar. 4, 2024.BACKGROUNDField of the Art

[0002] The present disclosure relates to a garment securing apparatus and a method thereof, and more particularly, relates to an apparatus for precise and customizable waistband adjustment.State of the Art

[0003] In the realm of garment design and manufacturing, achieving the perfect fit is a perpetual challenge. Traditional waistband solutions, such as belts and elastic bands, often fall short in providing the necessary balance between comfort, adjustability, and aesthetic appeal. Belts can be cumbersome and may not offer the precision needed for a tailored fit, while elastic bands can lose their tension over time, leading to sagging and discomfort. This is particularly problematic in settings where precise fit and stability are crucial, such as in athletic wear, professional uniforms, tactical gear, and casual wear.

[0004] Moreover, the demand for customizable and adaptive clothing solutions is on the rise, driven by the diverse needs of consumers who require garments that can adapt to varying body shapes, sizes, and activities. This is especially true for individuals engaged in high-impact sports, physically demanding jobs, or those experiencing temporary changes in body size due to factors like pregnancy or medical conditions. The need for a more sophisticated and reliable waistband adjustment mechanism is evident, as it would not only enhance comfort and functionality but also provide opportunities for personalization and branding in corporate and team settings. As technology advances, there is also a growing interest in integrating smart functionalities into clothing, allowing for real-time adjustments and monitoring, which further underscores the need for innovation in garment securing solutions.

[0005] This disclosure introduces a garment securing apparatus that delivers a seamless, comfortable, and secure solution for waistbands. By removing the reliance on traditional belts, this innovative design offers a practical and aesthetically pleasing alternative. It addresses the demands of contemporary consumers who prioritize both functionality and style in their garment accessories, ensuring a perfect fit that adapts to various body types and activities while enhancing the overall appearance of the garment.SUMMARY

[0006] The garment securing apparatus is designed to adjust the tightness of a garment's waistband by bringing connecting pieces closer together through a tightening mechanism. It features a rotary dial assembly connected to an internal gear mechanism with interlocking teeth to transfer rotational force. The rotary dial assembly has a ridged or textured outer edge to improve grip, and the main body is made from a rigid material with an aesthetic design. The apparatus includes an attachment component to secure the main body to the garment's waistband, allowing for precise incremental adjustments and incorporating a locking mechanism to prevent unintentional loosening.

[0007] The apparatus functions independently, eliminating the need for integration with external belts or waistband systems while ensuring a secure and reliable fit. It features a customizable front panel that allows for interchangeable logos or design elements, which can be attached magnetically or mechanically, enabling seamless branding adaptability across various industries, including corporate uniforms, athletic wear, tactical gear, and industrial workwear. The tightening mechanism is activated by applying pressure to the knob shaft, engaging the Lock Spring with the spring retainer and causing the pinion to rotate in the desired direction. Conversely, outward pressure on the knob shaft disengages the Lock Spring, allowing the pinion to rotate freely in the opposite direction for loosening. When no pressure is applied, the Lock Spring remains engaged with the spring retainer, keeping the pinion locked and preventing unintended movement. The attachment component features robust fasteners that securely affix the apparatus to the garment's waistband, eliminating the need for a traditional belt while ensuring a stable fit. Additionally, its anchor configuration enhances stability, minimizes slippage, and improves weight distribution, making it ideal for high-mobility applications such as military operations, extreme sports, and physically demanding occupations.

[0008] The method for securing a garment waistband involves attaching the main body to the garment's waistband, operating the tightening mechanism to adjust the tightness, and applying friction or pressure using the attachment component. The apparatus allows for quick removal by disengaging the tightening mechanism, with a bi-directional rotary adjustment system that includes a built-in locking mechanism to maintain a selected tightness until manually adjusted. The rotary dial mechanism can include interchangeable logo or design elements, and the attachment component can include clips for securing the apparatus to the garment's waistband.BRIEF DESCRIPTION OF THE FIGURES

[0009] The accompanying drawings illustrate various embodiments and along with the description, help explain the principles of the apparatus. It is understood by those skilled in the art that the specific arrangements shown in the drawings are merely examples and should not be considered as limiting the scope of the apparatus or the claims in any way.

[0010] FIG. 1: Front Perspective View-Preferred Embodiment

[0011] FIG. 2: Front Perspective View-Alternative Embodiment

[0012] FIG. 3: Front View

[0013] FIG. 4: Back View

[0014] FIG. 5A: Side View (Left)

[0015] FIG. 5B: Side View (Right)

[0016] FIG. 6A: Top View

[0017] FIG. 6B: Bottom View

[0018] FIG. 7: Exploded View of the Main Assembly

[0019] FIG. 8: Apparatus Being Worn

[0020] FIG. 9A: Rotary Dial Assembly, Pinion, and Locked Spring

[0021] FIG. 9B-1: Rotary Dial Assembly (Front View)

[0022] FIG. 9B-2: Rotary Dial Assembly (Perspective View)

[0023] FIG. 9B-3: Rotary Dial Assembly (Side View)

[0024] FIG. 9C-1: Knob Shaft (Front View)

[0025] FIG. 9C-2: Knob Shaft (Front View, Alternative embodiment)

[0026] FIG. 9C-3: Knob Shaft (Perspective View)

[0027] FIG. 9C-4: Pinion (Front View)

[0028] FIG. 9C-5: Pinion (Side View)

[0029] FIG. 9C-6: Pinion (Perspective View)

[0030] FIG. 9C-7: Locked Spring (Perspective View)

[0031] FIG. 10: Internal Locking Mechanism

[0032] FIG. 11A: Spring, Pinion, and Rack Mechanism

[0033] FIG. 11B-1: Pinion (Perspective View)

[0034] FIG. 11B-2: Pinion (Side View)

[0035] FIG. 11C-1: Rack Mechanism (Front View)

[0036] FIG. 11C-2: Rack Mechanism (Side View)

[0037] FIG. 11C-3: Rack Mechanism (Top View)

[0038] FIG. 11C-4: Rack Mechanism (Perspective View)

[0039] FIG. 12A: Attachment Component-Clip (Top View)

[0040] FIG. 12B-1: Attachment Component-Clip (Side View)

[0041] FIG. 12B-2: Attachment Component-Clip (Front View)

[0042] FIG. 12B-3: Attachment Component-Clip (Perspective View)

[0043] FIG. 12C-1: Attachment Component-Clip Rubber (Perspective View)

[0044] FIG. 12C-2: Attachment Component-Clip Rubber (Top View)

[0045] FIG. 12C-3: Attachment Component-Clip Rubber (Side View)

[0046] FIG. 12C-4: Attachment Component-Clip Rubber (Front View)

[0047] FIG. 13: Operational ProcessDETAILED DESCRIPTIONGeneral Overview

[0048] This disclosure presents a garment-securing apparatus designed for precise and customizable waistband adjustment, ensuring stability, security, and aesthetic appeal. The apparatus consists of a Main Body (718) that facilitates secure attachment to a garment waistband and a tightening mechanism incorporating a Rotary Dial Assembly (720). The rotary dial transfers rotational force to an internal gear mechanism, including the Pinion (704) and Rack (702), which allows for incremental and controlled adjustments to achieve the user's preferred tightness level. This apparatus serves a broad range of applications, benefiting athletes, professionals, and individuals experiencing fluctuations in waist size due to posture changes or daily activities. For example, athletes, such as runners or cyclists, can make real-time waistband adjustments for optimal mobility, while professionals in corporate settings can discreetly modify waistband tightness to maintain a polished and tailored appearance throughout the day. Additionally, the system prevents waistband sagging and enhances waistline support, particularly for individuals experiencing temporary size changes due to weight fluctuations, meal consumption, or pregnancy.

[0049] Constructed from high-quality materials, the apparatus includes precision fasteners, stainless steel bearings, and reinforced metal components, ensuring long-term durability and resistance to wear. In applications requiring lightweight solutions, high-strength polymer composites may be incorporated to maintain strength while reducing weight. Future embodiments may integrate smart technology, such as Bluetooth-enabled tightening mechanisms, allowing for automated waistband adjustments via a mobile application. These smart enhancements could feature tension memory settings, enabling users to pre-save and select their preferred waistband tightness levels for various occasions, enhancing both convenience and adaptability. The main assembly (FIG. 7) consists of a pinion and rack system, including the Pinion (704), Rack (702), and Rack 2 (708), along with a buckle assembly comprising the Buckle Front (718) and Buckle Back (706). The attachment component, which includes the Clip (712) and Back Cover (710), is secured with 18-8 stainless steel narrow cheese head slotted screws (736) and cup-point set screws (738) to reinforce durability. The exploded view of the main assembly illustrates how critical components—such as the Rack Cover (710), Spring Retainer (722), Teflon Disk Spring (734), and Precision Stainless Steel Ball Bearing (726)—interact to ensure smooth rotational force transmission, reinforcing the apparatus's long-term reliability and consistent performance.The Apparatus as a Stand-Alone System

[0050] As a stand-alone system, the apparatus does not require integration with an external belt or waistband system, making it compatible with various garment types, including trousers, skirts, athletic wear, industrial workwear, tactical gear, and medical garments. This flexibility is particularly beneficial for first responders, healthcare professionals, and military personnel, who require quick and precise waistband adjustments to accommodate gear changes and movement requirements. For example, a paramedic responding to an emergency may need to tighten or loosen their waistband for comfort and unrestricted mobility, while military personnel may need to adjust their waistband tightness based on the weight of their gear. Future designs may incorporate IoT-enabled adjustments, allowing users to control waistband tension remotely via a smartphone application.Attachment Component

[0051] The attachment component, consisting of the Clip (712) and Back Cover (710), is designed to provide a secure, stable connection to a waistband or similar garment feature, effectively minimizing shifting and ensuring a consistent, comfortable fit throughout extended periods of wear. This configuration is particularly advantageous for military personnel, first responders, and industrial workers, who require dependable gear retention in demanding and high-mobility environments where rapid movements and sudden directional changes are common. The anchor configuration prevents unwanted displacement, ensuring that the waistband remains firmly secured even during high-impact activities such as construction work, tactical operations, emergency response situations, and other physically intensive tasks.

[0052] To accommodate various operational needs, the attachment mechanism may be implemented in multiple configurations, including but not limited to dual, triple, or modular setups, allowing for customizable levels of retention and stability. This adaptability enables users to optimize the attachment system based on specific use cases, whether they require enhanced load distribution for heavier gear, improved flexibility for dynamic motion, or additional security for rugged conditions. Furthermore, the robust design of the Clip (712) and Back Cover (710) incorporates durable materials that resist wear and tear, ensuring long-term reliability in extreme weather conditions, exposure to moisture, and mechanical stress. The attachment component is engineered to integrate seamlessly with standard and specialized gear, allowing for easy installation and removal without compromising performance. By offering a secure yet adaptable retention system, this attachment component significantly enhances the functionality, comfort, and durability of the overall wearable system, catering to the unique demands of professionals operating in high-risk and high-performance environments.Customization of the Apparatus

[0053] Furthermore, the customizable front panel, featuring the Logo (732) and Design Element (740), offers extensive branding opportunities suitable for a variety of future applications, such as corporate uniforms, team apparel, and promotional wear. The front panel design allows for the use of interchangeable branding elements, enabling organizations to tailor the appearance of their gear to specific events, campaigns, or seasons. The panel may be constructed from various materials, including but not limited to durable plastics, lightweight metals, and fabric-based composites, offering a range of aesthetic and functional options that cater to different industries and usage scenarios. In certain future applications, the customizable front panel could be adapted for specialized use in sectors such as healthcare, where medical staff may benefit from easily identifiable and adjustable gear that remains secure during extended shifts. Similarly, the design could be applied to personal protective equipment (PPE), ensuring that branding, comfort, and secure adjustments are maintained even in hazardous environments.

[0054] The Rotary Dial Assembly (720) is engineered with enhanced usability in mind, incorporating a textured outer edge to improve grip and facilitate precise adjustments under various conditions, including wet, cold, or high-motion environments. This design is particularly advantageous for athletic and activewear applications, where quick and secure adjustments are crucial for maintaining performance and comfort. Alternative embodiments of the Rotary Dial Assembly design (FIG. 9C-2) may include modifications such as a groove, cut, or recessed area to facilitate the installation, alignment, and removal of a design element, logo, or other decorative features. For example, in one embodiment, the groove may be a shallow, circular channel extending around the perimeter of the dial face, allowing a design element to be securely seated while remaining easily accessible for removal or replacement. In another embodiment, the groove may be a keyway-style cutout positioned along the outer edge of the Rotary Dial Assembly, providing a guided insertion mechanism that prevents misalignment during installation. Potential future enhancements to the rotary dial assembly include the use of impact-resistant materials, such as reinforced polymers or metal alloys, to ensure long-lasting durability and reliability in rugged environments. Additionally, the assembly may feature a locking mechanism that prevents accidental adjustments during high-intensity activities, further enhancing its utility in dynamic settings. Future advancements in material technology could also lead to the integration of antimicrobial coatings, moisture-wicking fabrics, or temperature-regulating materials to improve hygiene, comfort, and performance for wearers across a range of industries. By offering a versatile, durable, and customizable solution, the front panel and rotary dial assembly are poised to meet the evolving needs of various markets, supporting enhanced branding, functionality, and user experience in both current and future applications.Mechanism for Tightening & Loosening the Apparatus

[0055] The tightening mechanism operates by applying pressure to the Knob Shaft (720), which activates the Lock Spring (724) and engages the Spring Retainer (738) and Pinion (704). This engagement allows for incremental adjustments, ensuring controlled, fine-tuned waistband modifications to match the user's preference. The pinion and rack system, including the Pinion (704), Rack (702), and Rack 2 (708), ensures smooth and precise adjustments, with the Rotary Dial Assembly (720) efficiently transferring rotational force through interlocking teeth. The design facilitates highly adaptable tension control, making it particularly suitable for applications requiring secure, on-the-fly adjustments, such as tactical gear for military personnel, heavy-duty workwear for industrial professionals, or form-fitting athletic wear. The system may incorporate various materials, including but not limited to high-strength polymer composites for lightweight flexibility, stainless steel for added durability in high-stress environments, or carbon fiber-reinforced components for a balance of strength and reduced weight.

[0056] To loosen the waistband, outward pressure is applied to the Knob Shaft (720), disengaging the Lock Spring (724) from the Spring Retainer (738), which in turn disengages the Pinion (704), allowing for free rotation and immediate loosening. This function is particularly advantageous in dynamic scenarios, such as transitioning between extreme temperature environments, adjusting fit for layered clothing, or rapidly modifying gear tension during intense physical activities. Additionally, future implementations may include an automatic or assisted release mechanism, such as a push-button quick-release system or a micro-adjustment motorized component for advanced user control. The system may also integrate additional ergonomic features, including rubberized or textured surfaces on the rotary dial for enhanced grip in wet or gloved conditions, or sealed internal components for water and dust resistance, ensuring longevity and reliability in extreme outdoor or hazardous work settings. By offering a precise, adaptable, and user-friendly tightening and loosening mechanism, this design enhances comfort, performance, and functionality across a wide range of professional, athletic, and everyday applications.Locking Mechanism for Secure Fit and Automatic Tension Release System

[0057] To prevent accidental loosening, the apparatus features an Internal Locking Mechanism (718, 724), incorporating the Locking Spring (724), which secures the selected waistband tightness and prevents unintentional adjustments. This feature is particularly valuable in scenarios requiring continuous stability, such as high-intensity sports, professional settings, and industrial environments. For example, in military and law enforcement applications, a secure waistband ensures that utility belts, holsters, or tactical gear remain firmly in place during rapid movements. In sports and fitness contexts, this locking mechanism provides athletes with consistent support, reducing the risk of distraction or performance hindrance during endurance running, weightlifting, or high-impact training. Additionally, alternative locking designs may include rubberized or high-friction coatings on the rotary dial, further enhancing grip and usability in wet, cold, or gloved conditions, ensuring reliability in extreme weather or hazardous work environments. Future iterations may incorporate magnetic or mechanical latch systems that engage automatically when the desired tension is reached, offering hands-free security while still allowing for controlled manual adjustments when needed.

[0058] The apparatus also integrates an automatic tension release system, utilizing a Spring Mechanism (722) that allows for quick waistband adjustments when necessary. This feature is particularly beneficial in situations where immediate waistband relief is required, such as athletes cooling down post-exercise, workers in physically demanding jobs who need flexibility during rest periods, or individuals experiencing fluctuations in waist size due to pregnancy, bloating, or medical conditions. In medical applications, the adjustable compression feature could assist patients recovering from abdominal surgeries or conditions like hernias, where gradual tension adjustments provide necessary support without requiring a complete garment change. Additional enhancements may include a pressure-sensitive release function that adapts to body movement, automatically loosening when seated and tightening when standing for optimal comfort throughout daily activities. The system could also incorporate advanced materials, such as shape-memory alloys or self-adjusting elastomers, that respond to body heat and pressure, dynamically adapting to the wearer's needs. By integrating a secure locking mechanism with an intuitive automatic tension release system, this apparatus ensures a perfect balance of stability, comfort, and adaptability for a wide range of users across various industries and applications.Operational Steps

[0059] The operational steps of the garment-securing apparatus (FIG. 13) ensure a simple, efficient removal process while maintaining security against accidental loosening. The tightening mechanism, in conjunction with the Internal Locking System (718, 724), allows for precise control over waistband adjustments while facilitating easy detachment when required. The aesthetic design, incorporating a Design Element (740), enhances visual appeal, while the Main Body (718) and Rotary Dial Assembly (720) are optimized for improved grip and usability. Future advancements may include an electronic or smart dial variation, featuring Bluetooth connectivity for automated adjustments and tension memory settings, allowing users to save preferred waistband tightness levels for different activities.

[0060] The attachment process (Step 1302) involves positioning the securing mechanism on the waistband using the Clip (712) and Back Cover (710), which apply friction or pressure to create a stable, slip-resistant connection. This design ensures compatibility with various waistband materials and accommodates different garment types. The tightening process (Step 1304) engages the rotary dial assembly, transferring rotational force through an internal gear system to fine-tune waistband adjustments, preventing sagging and enhancing waistline support. The detachment process (Step 1306) disengages the securing mechanism, facilitated by an integrated spring system, enabling rapid waistband release when needed. This function enhances user convenience, particularly for athletes requiring quick post-exercise adjustments or workers needing momentary fit relaxation in demanding environments. The bi-directional rotary adjustment system, combined with a built-in locking mechanism, maintains the selected tightness level until manually altered, ensuring long-term stability and user confidence.

[0061] Overall, this garment-securing apparatus offers a highly adaptable, durable, and precision-engineered solution for securing garment waistbands across a diverse range of applications. Whether used in athletic wear, professional attire, industrial uniforms, or medical garments, the apparatus provides superior comfort, stability, and adjustability, making it an essential innovation for individuals seeking a reliable and customizable waistband support system.

Examples

Embodiment Construction

General Overview

[0048]This disclosure presents a garment-securing apparatus designed for precise and customizable waistband adjustment, ensuring stability, security, and aesthetic appeal. The apparatus consists of a Main Body (718) that facilitates secure attachment to a garment waistband and a tightening mechanism incorporating a Rotary Dial Assembly (720). The rotary dial transfers rotational force to an internal gear mechanism, including the Pinion (704) and Rack (702), which allows for incremental and controlled adjustments to achieve the user's preferred tightness level. This apparatus serves a broad range of applications, benefiting athletes, professionals, and individuals experiencing fluctuations in waist size due to posture changes or daily activities. For example, athletes, such as runners or cyclists, can make real-time waistband adjustments for optimal mobility, while professionals in corporate settings can discreetly modify waistband tightness to maintain a polished and...

Claims

1. A garment securing apparatus, comprising:a main body configured to selectively adjust the tension of a garment waistband via a tightening mechanism that operably connects to a rotary dial assembly and an internal gear mechanism;a rotary dial assembly operably connected to an internal gear mechanism, wherein the internal gear mechanism comprises interlocking teeth configured to transfer rotational force from the rotary dial assembly; andan attachment component configured to attach the main body to the garment waistband.

2. The apparatus of claim 1, wherein the tightening mechanism comprises a plurality of interlocking gears to allow precise adjustments.

3. The apparatus of claim 1, further comprising a locking mechanism that prevents unintentional loosening of the garment securing apparatus.

4. The apparatus of claim 1, wherein the rotary dial assembly includes an outer edge to enhance grip.

5. The apparatus of claim 1, wherein the main body is constructed from a rigid material and incorporates an aesthetic design.

6. The apparatus of claim 1, wherein the apparatus is belt-free or belt-less which does not require integration with an external belt or waistband system.

7. The apparatus of claim 1, wherein the rotary dial assembly includes a customizable front panel configured to include an interchangeable logo or design element.

8. The apparatus of claim 7, wherein the customizable front panel is magnetically or mechanically attached.

9. The apparatus of claim 1, further comprising an internal gear assembly configured to return the gear mechanism to a neutral position when engaged.

10. The apparatus of claim 1, wherein the internal gear mechanism includes a plurality of interlocking teeth for controlled movement.

11. The apparatus of claim 1, wherein the attachment component comprises fasteners for securing the apparatus to the garment waistband without requiring a traditional belt.

12. The apparatus of claim 1, further comprising an integrated spring mechanism that allows automatic tension release when friction or pressure is applied to apparatus.

13. The apparatus of claim 1, wherein the attachment component comprises an anchor configuration with separate securing points for enhanced stability and reduced slippage during use.

14. A method for securing a garment waistband using a garment securing apparatus, the method comprising:attaching a main body of the apparatus to the garment waistband, wherein the main body is configured to house a tightening mechanism;securing the garment waistband to the garment securing apparatus; andoperating the tightening mechanism to bring connecting pieces of the garment securing apparatus closer together, thereby securing the garment waistband to a desired tightness.

15. The method of claim 14, wherein attaching the main body comprises applying friction or pressure to the garment waistband using an attachment component of the main body.

16. The method of claim 14, further comprising adjusting the tightness of the garment waistband by operating the tightening mechanism to bring the connecting pieces closer together or farther apart by engaging an internal gear mechanism operably connected to a rotary dial assembly.

17. The method of claim 14, wherein the garment securing apparatus comprises a rotary dial mechanism that integrates interchangeable logo or design elements.

18. The method of claim 14, wherein the attachment component comprises clips for securing the apparatus to the garment waistband.

19. The method of claim 14, further comprising engaging the tightening mechanism to allow quick removal of the belt-less or belt-free apparatus.

20. The method of claim 14, wherein the bi-directional rotary adjustment system includes a built-in locking mechanism to maintain a selected tightness until manually adjusted.

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