Concealed Weapon Carrier

Description

FIELD OF THE DISCLOSURE

The present invention relates generally to concealed weapon carriers, and more particularly to a quick-deployment bag system. Specifically, the invention pertains to a bag having a dual-zipper quick-release mechanism that enables rapid access to a concealed weapon while maintaining an inconspicuous appearance during everyday carry.

BACKGROUND OF THE INVENTION

The need for concealed weapon carriers has grown significantly with the increasing number of licensed carriers seeking discreet and efficient carrying solutions. Traditional concealed carry methods, including holsters, purses, and backpacks, have served their primary purpose of weapon concealment but often present challenges in deployment scenarios where rapid access is crucial.

Conventional concealed carry bags typically employ standard zipper or flap closures that require multiple movements to access the weapon compartment. These traditional closure mechanisms, while secure, can impede quick deployment in situations requiring immediate access. Furthermore, the sequential nature of opening such closures-often requiring two hands or multiple steps-can create critical delays in emergency situations.

Various attempts have been made to address rapid deployment needs through specialized designs. Some existing solutions utilize magnetic closures or hook-and-loop fasteners, which can compromise security or produce unwanted noise during access. Other designs incorporate side-access panels or specialized holster compartments, but these often create visible bulges or obvious tactical appearances that defeat the purpose of concealment.

The marketplace has seen attempts at quick-access bags utilizing single-zipper designs or pull-cord mechanisms. However, these solutions frequently suffer from reliability issues, with single points of failure that can render the deployment mechanism ineffective. Additionally, many existing designs require specific body positioning or hand movements that may not be intuitive under stress or suitable for both right and left-handed users.

Current front-worn tactical bags often exhibit obvious military or law enforcement characteristics through their appearance, material choice, or visible hardware. This conspicuous tactical appearance can draw unwanted attention and compromise the discrete nature required for civilian concealed carry. Moreover, existing designs frequently prioritize either concealment or accessibility, rarely achieving an optimal balance between these crucial requirements.

The ergonomics of weapon deployment from concealed carry bags presents another significant challenge. Many current designs require awkward reaching angles or cross-body movements that can impede smooth deployment. This limitation becomes particularly apparent when considering the varied physical builds and dominant hand preferences of different users.

Security features in existing designs often involve complex locking mechanisms or multiple retention systems that, while effective for preventing unauthorized access, can significantly impair legitimate rapid deployment. These security measures frequently require fine motor skills that may be compromised during high-stress situations.

Additionally, current market offerings generally lack adaptability to different carrying positions while maintaining consistent deployment mechanics. This limitation restricts users to specific carrying methods, potentially compromising comfort or concealment based on individual preferences or circumstances.

The durability of quick-access mechanisms in existing designs has also proven problematic, with repeated use often leading to wear or failure of deployment systems. This reliability issue is particularly concerning in equipment intended for emergency use, where mechanical failure is unacceptable.

These limitations in current concealed carry solutions highlight the need for innovation in deployment mechanisms that maintain discretion while ensuring reliable, rapid access. The field remains open for advancements that can better balance the competing demands of concealment, accessibility, security, and durability while maintaining an inconspicuous appearance suitable for everyday carry.

SUMMARY OF THE INVENTION

The following summary provides an overview of some of the key inventive features of the novel quick-deployment concealed weapon carrier. This summary is not an extensive overview of the invention and is not intended to identify all key or critical elements of the invention or to delineate the scope of the invention. Its sole purpose is to present some concepts of the invention in a simplified form as a prelude to the more detailed description that is presented later.

In accordance with one aspect of the present invention, a concealed weapon carrier is provided that enables rapid weapon deployment while maintaining an inconspicuous appearance. The carrier comprises a bag body with a dual-zipper system that converges at a meeting point, where a quick-release element extends from within the bag's internal chamber. This configuration enables simultaneous activation of both zippers through a single pulling motion, providing immediate access to the concealed weapon.

The invention incorporates several innovative features that address the limitations present in conventional concealed carry solutions. The quick-release element is strategically secured within the internal chamber to provide mechanical advantage during deployment, while its positioning between the zipper sliders can be adapted for right or left-handed operation. The internal chamber may include a weapon retention structure that presents the weapon at an optimal draw angle upon activation of the quick-release mechanism.

Another aspect of the invention relates to its versatility in wearing positions. While primarily designed for front-body carry, the carrier can be adapted for various carrying positions while maintaining its quick-deployment functionality. The bag's construction allows for an inconspicuous appearance that blends with everyday carry items, effectively concealing its tactical purpose.

The invention further provides methods for deploying a concealed weapon that optimize the mechanical advantage of the quick-release system while maintaining intuitive operation under stress. These methods incorporate ergonomic considerations for various user preferences and physical requirements.

Additional features and advantages of the invention will be set forth in the detailed description which follows, and in part will be readily apparent to those skilled in the art from that description or recognized by practicing the invention as described herein.

BRIEF DESCRIPTION OF THE DRAWINGS

The accompanying drawings, which are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and, together with the description, serve to explain the principles of the invention. The drawings are not necessarily to scale, emphasis instead being placed upon illustrating the principles of the invention. In the drawings:

FIG. 1 is a perspective view of a concealed weapon carrier according to an embodiment of the present invention, shown in an open configuration.

FIG. 2 is a front view of a concealed weapon carrier according to an embodiment of the present invention, shown in a closed configuration.

FIG. 3 is a front view of a concealed weapon carrier according to an embodiment of the present invention, shown in a partially opened configuration with the quick-release element partially activated.

FIG. 4 shows a person carrying a concealed weapon carrier according to an embodiment of the present invention.

FIG. 5 shows a person pulling the pull strap of a concealed weapon carrier according to an embodiment of the present invention.

FIG. 6 shows the person having a concealed weapon carrier in an open position according to an embodiment of the present invention.

FIG. 7 shows the person pulling a gun from the concealed weapon carrier in open position according to an embodiment of the present invention.

FIG. 8 shows the person in a shooting position.

FIG. 9 shows the gun restored into the concealed weapon carrier in open position according to an embodiment of the present invention.

DETAILED DESCRIPTION OF THE INVENTION

The following detailed description refers to the accompanying drawings, which illustrate specific embodiments of the invention. Other embodiments having different structures and operations do not depart from the scope of the present invention. The same reference numbers may be used in the drawings and the following description to refer to the same or like parts.

As used herein, the terms “comprising,” “including,” “containing,” “characterized by,” and grammatical equivalents thereof are inclusive or open-ended and do not exclude additional, unrecited elements or method steps, unless otherwise stated. Other than in the operating examples, or where otherwise indicated, all numbers expressing measurements, dimensions, and so forth used in the specification and claims are to be understood as being modified in all instances by the term “about,” meaning within a reasonable range of the indicated value. The terms “a” and “an” refer to one or more of the elements described, whereas the term “plurality” refers to two or more of the elements described, unless the context clearly indicates otherwise.

The quick-deployment concealed weapon carrier described herein provides novel solutions for efficient and discreet weapon storage with rapid access capability. The invention incorporates a dual-zipper system, an innovative quick-release mechanism, and strategic weapon retention features, enabling swift deployment while maintaining inconspicuous appearance and secure storage. The following detailed description, along with the accompanying drawings, provides a comprehensive understanding of the various embodiments and aspects of the invention.

This concealed weapon carrier addresses the challenges of balancing rapid accessibility with discrete concealment while ensuring secure storage. It offers a versatile solution that combines quick deployment with user-friendly operation, potentially improving concealed carry options for a wide range of users across different carrying preferences. The invention's ability to provide immediate access while maintaining an inconspicuous appearance represents a significant advancement in concealed carry technology.

Referring now to FIG. 1, a concealed weapon carrier 1 according to an embodiment of the present invention is illustrated in an open configuration. The carrier 1 comprises a front panel 2 and a rear panel 3 that together define an internal chamber when in a closed configuration. The panels 2, 3 may be constructed from any suitable material commonly used in bag manufacturing, selected to provide both durability and an inconspicuous appearance.

The carrier 1 features a dual-zipper closure system comprising a first zipper track 12 and a second zipper track 13 extending along respective edges of the front panel 2 and rear panel 3. A zipper slider 5 is mounted on each zipper track, with the sliders configured to move in opposing directions when activated. The zipper tracks 12, 13 are designed to meet at a convergence point when the carrier 1 is in a closed configuration.

A distinctive feature of the carrier 1 is the pull strap 6, which extends from within the internal chamber and emerges between the zipper sliders at their meeting point. The pull strap 6 terminates in a pull strap end 8, which is dimensioned and configured for easy grasping. When pulled, the strap 6 simultaneously activates both zipper sliders 5, causing them to move away from each other and rapidly expose the internal chamber.

Within the internal chamber, a gun holster 10 is provided for securing a gun 9. The holster 10 is oriented to present the gun 9 at an optimal draw angle when the carrier 1 is opened via the quick-release mechanism. The positioning of the holster 10 is coordinated with the action of the pull strap 6 to enable smooth and efficient weapon access.

A carrying strap 7 is attached to the carrier 1, allowing it to be worn in a front-carrying position. The carrying strap 7 is configured to maintain the carrier 1 in a position that optimizes access to the pull strap 6 while preserving the carrier's inconspicuous appearance during everyday use.

The relationships between components are engineered to ensure that a single pulling motion on the pull strap 6 creates sufficient mechanical advantage to overcome the resistance of both zipper sliders 5, allowing for reliable and consistent deployment of the concealed weapon.

Now referring to FIG. 2, the concealed weapon carrier 1 is shown in its closed configuration, presenting an inconspicuous appearance suitable for everyday carry. The front panel 2 forms the primary visible surface of the carrier 1 when worn, and is designed to maintain a conventional appearance without revealing its tactical purpose.

In this closed configuration, first zipper slider 4 and second zipper slider 5 meet at a convergence position 11, which represents a critical feature of the invention. At this meeting position 11, the pull strap 6 emerges from between the zipper sliders 4, 5, with its pull strap tail 8 readily accessible for quick deployment. The positioning of the meeting position 11 can be optimized for right or left-handed users by adjusting the final resting point of the zipper sliders 4, 5 along their respective tracks.

The pull strap 6 is dimensioned such that its tail 8 provides sufficient gripping surface while minimizing visible protrusion from the meeting position 11. This careful dimensioning ensures that the pull strap tail 8 remains easily accessible without compromising the carrier's discreet appearance. The relationship between the pull strap 6 and the zipper sliders 4, 5 at the meeting position 11 is engineered to ensure smooth and consistent separation of the sliders when the pull strap 6 is activated.

In this closed state, the front panel 2 maintains a flat profile, with the pull strap tail 8 being the only visible indicator of the quick-release mechanism. The overall design of the carrier 1 in its closed configuration emphasizes concealment while maintaining immediate accessibility through the strategically positioned pull strap 6.

Further reference is made to FIG. 3, where the concealed weapon carrier 1 is illustrated in a partially opened configuration, demonstrating the intermediate stage of the quick-release deployment sequence. This view specifically shows the position of components during the activation of the quick-release mechanism, providing a clear illustration of the system's operation.

In this configuration, the pull strap 6 has been activated, causing zipper slider 4 and zipper slider 5 to move away from their initial meeting position in opposite directions along their respective tracks. The front panel 2 is shown beginning to separate, creating an opening that progressively widens as the zipper sliders 4, 5 continue their opposing movements. This simultaneous movement of both zipper sliders 4, 5 is a key feature of the invention, enabling rapid access to the internal chamber.

The position of the pull strap 6 in this partially deployed state demonstrates how the mechanical advantage is maintained throughout the opening sequence. As the zipper sliders 4, 5 travel along their respective tracks, the pull strap 6 continues to exert force on both sliders simultaneously, ensuring smooth and consistent separation. This coordinated movement is essential for reliable deployment under various conditions.

This intermediate stage of deployment illustrates the translation of the pulling force applied to the pull strap 6 into the simultaneous lateral movement of both zipper sliders 4, 5. The geometry of the opening created during this phase is specifically designed to facilitate smooth continuation of the deployment motion while maintaining control over the opening sequence.

Referring to FIG. 4, the concealed weapon carrier 1 is shown as worn by a person 100, illustrating an exemplary intended carrying position and operational configuration of the invention. This figure demonstrates the practical application and ergonomic considerations of the carrier design.

The carrying strap 7 is shown secured around the body of person 100 in a manner that positions the carrier 1 at the front of the torso. This exemplary front-carrying position is specifically engineered to optimize both concealment and accessibility. The carrying strap 7 is configured to maintain the carrier 1 in a stable position that prevents unwanted movement while allowing natural body motion during everyday activities.

Of particular importance is the positioning of the pull strap end 8, which remains readily accessible to the wearer while maintaining a discreet profile. The pull strap end 8 is situated such that it can be quickly located and grasped by person 100 without the need for visual confirmation, enabling intuitive operation in various situations. This positioning allows for natural hand movement during deployment while minimizing telegraphing of the carrier's tactical purpose.

The relationship between the carrier position and the wearer's body demonstrates how the design accommodates various body types while maintaining optimal deployment angles. When worn as shown, the carrier 1 presents as an ordinary bag while ensuring that all quick-deployment features remain immediately accessible to person 100.

The non-limiting embodiment of FIG. 5 is of the concealed weapon carrier 1, which is shown at the initiation of the deployment sequence, with person 100 preparing to activate the quick-release mechanism. This figure illustrates the critical initial phase of the rapid-access operation.

In this figure, the hand 101 of person 100 is positioned to grasp the pull strap end 8, demonstrating the intuitive nature of the deployment motion. The position of hand 101 relative to the pull strap end 8 shows how the carrier 1, when properly supported by carrying strap 7, naturally presents the quick-release mechanism for optimal activation.

The carrying strap 7, shown secured around the body of person 100, maintains the carrier 1 in a stable position during the initiation of the deployment sequence. This stability is crucial for consistent operation of the quick-release mechanism, as it provides the necessary resistance against which the pulling force will be applied.

The orientation of pull strap end 8 relative to hand 101 demonstrates how the design accommodates natural reaching and grasping motions. The position of person 100's hand 101 illustrates the ergonomic considerations incorporated into the carrier design, allowing for quick and decisive activation of the quick-release mechanism while maintaining a natural posture. This positioning ensures that the deployment motion can be executed smoothly and efficiently, without requiring awkward or conspicuous movements.

Referring to FIG. 6, the concealed weapon carrier 1 is shown in its fully deployed open position 70, illustrating the culmination of the quick-release activation sequence. This figure demonstrates the complete deployment state where person 100 has successfully activated the quick-release mechanism, providing access to the gun 9 stored within the chamber.

The hand 101 of person 100 is shown holding the pull strap end 8 in its fully extended position, demonstrating the completion of the pulling motion that has separated the zipper sliders to create the open position 70. The carrying strap 7, still secured around the body of person 100, maintains the carrier 1 in a stable position throughout this deployment sequence, ensuring that the opening motion remains controlled and predictable.

Of particular significance is the open position 70, which reveals the internal chamber where gun 9 is stored. The geometry of this opening is specifically engineered to provide unobstructed access to gun 9, with the front and rear panels separated to an optimal width that facilitates a clean draw stroke. The relationship between the open position 70 and the location of gun 9 demonstrates how the carrier design promotes efficient weapon acquisition once deployed.

The position of hand 101 in relation to the open position 70 shows how the deployment sequence naturally transitions into a weapon-drawing motion, with minimal adjustment required between opening the carrier and accessing gun 9. This continuous motion capability is a key feature of the design, allowing for swift and fluid movement from concealment to deployment.

The fully deployed state illustrated in this figure also demonstrates how the carrying strap 7 continues to provide stability during the moment of weapon access, preventing unwanted movement of the carrier 1 as person 100 transitions from the quick-release activation to weapon retrieval.

Referring to FIG. 7, the concealed weapon carrier 1 is shown during the final phase of the deployment sequence, where person 100 is actively drawing gun 9 from the carrier's open chamber. This figure illustrates the critical transition from carrier deployment to weapon acquisition.

In this configuration, the carrier 1 is maintained in open position 70, having been fully deployed via the quick-release mechanism, with pull strap end 8 having completed its function of activating the dual-zipper system. The carrying strap 7, secured around the body of person 100, continues to provide crucial stability during this dynamic phase of weapon retrieval.

Hand 101 of person 100 is shown engaging gun 9, demonstrating the natural progression from the opening sequence to weapon acquisition. The orientation of the open position 70 relative to person 100 reveals how the carrier design facilitates a smooth, unobstructed draw path. This relationship between the carrier's opening geometry and the positioning of gun 9 enables efficient weapon retrieval without requiring awkward adjustments or movements.

The position of carrying strap 7 during this phase is particularly significant, as it maintains the carrier 1 in a stable position against the body while person 100 executes the drawing motion. This stability is crucial for ensuring that the carrier remains properly oriented during weapon retrieval, preventing any interference with the draw stroke.

The configuration of open position 70 demonstrates how the fully deployed carrier creates an optimal access window that accommodates the natural arc of hand 101's movement during the drawing sequence. The maintained tension in carrying strap 7 provides the necessary counter-force against the drawing motion, ensuring that the carrier 1 remains securely positioned during this critical phase of deployment.

Referring to FIG. 8, the figure illustrates the final position in the deployment sequence, showing the complete transition from concealed carry to a shooting position. In this configuration, person 100 has successfully retrieved gun 9 from concealed weapon carrier 1 and assumed a ready firing position.

The relationship between the deployed gun 9 and carrier 1 demonstrates how the carrier design facilitates a complete deployment sequence that smoothly transitions into a natural shooting stance. The carrier 1, having served its purpose in the deployment sequence, remains in a position that does not interfere with the presentation of the weapon or subsequent defensive movements.

Gun 9 is shown in a proper firing position, illustrating how the carrier's design and deployment sequence naturally flow into standard shooting fundamentals. This seamless transition from concealed carry to shooting position demonstrates a key feature of the invention the ability to move from concealment to employment with minimal intermediate adjustments or movements.

This figure shows the culmination of the carrier's design objectives, where all previous elements (quick-release mechanism, opening geometry, and carry position) have contributed to enabling the user to efficiently transition from concealed carry to a defensive posture. The position of carrier 1 relative to gun 9 in this final configuration shows how the system maintains its utility through the entire sequence of deployment without creating encumbrances in the final shooting position.

Referring to FIG. 9, the concealed weapon carrier 1 is shown during the restoration sequence, illustrating how gun 9 is returned to secure storage after deployment. This figure demonstrates the reversibility of the carrier's deployment features and the system's ability to transition back to its concealed carry configuration.

The carrier 1 is maintained in open position 70, providing clear access to the internal chamber for weapon restoration. This configuration demonstrates how the same opening geometry that facilitates rapid deployment also enables efficient re-holstering of the weapon. The open position 70 maintains sufficient width and stability to allow for safe and controlled weapon insertion without requiring additional manipulation of the carrier.

The relationship between the opening geometry and the restoration path shows how the carrier design facilitates proper weapon orientation during re-holstering. This attention to the restoration process demonstrates the system's comprehensive design approach, considering not just deployment but also the practical aspects of returning to a concealed carry configuration.

After restoration, the carrier's dual-zipper system can be reengaged by bringing the zipper sliders back to their meeting position, allowing the pull strap to be repositioned for subsequent use. This ability to readily reset the quick-release mechanism is a key feature that maintains the carrier's utility for repeated deployment scenarios.

In some aspects, the quick-release element may incorporate a rigid or semi-rigid core within the pull strap to maintain optimal positioning and prevent tangling or folding during deployment. This core material may extend partially or fully through the length of the pull strap, providing additional mechanical advantage during activation.

In certain embodiments, the internal chamber may include multiple retention options, such as adjustable hook-and-loop panels, elastic retention straps, or molded inserts, allowing users to customize the weapon retention system according to their specific needs and preferences.

In alternative configurations, the carrier may incorporate additional security features such as RFID-locked zippers, combination locks, or key-locked retention systems that can be quickly disengaged by authorized users while maintaining the quick-deployment capabilities of the system.

In some variations, the carrying strap system may include quick-disconnect points or breakaway features that allow rapid removal of the carrier if necessary. These features may be integrated with the primary strap or implemented as secondary retention points.

In particular aspects, the zipper tracks may incorporate reinforced backing or additional stitching patterns to prevent separation under rapid deployment forces. The reinforcement may extend partially or fully along the length of the zipper tracks.

In some alternatives, the carrier may include moisture-resistant or waterproof materials and seam sealing to protect the contained weapon from environmental conditions while maintaining deployment reliability.

In certain implementations, the internal chamber may feature modular dividers or adjustable panels that allow customization of the storage space for different weapon sizes or additional equipment while maintaining the quick-deployment functionality.

In some embodiments, the quick-release mechanism may incorporate a positive retention feature that requires a specific initial movement to begin deployment, preventing accidental activation while allowing uninhibited completion of the intended deployment sequence.

In alternative aspects, the bag's external appearance may be customizable with interchangeable panels or covers, allowing users to modify the aesthetic appearance while maintaining all functional aspects of the quick-deployment system.

In some configurations, the carrier may include integrated attachment points for additional accessories or equipment, positioned to maintain the carrier's discrete appearance while providing expanded utility for specific user requirements.

Best Mode of Carrying out the Invention

The preferred embodiment of the concealed weapon carrier comprises a bag body constructed from durable nylon or canvas material, with dimensions approximately 12 inches in height and 10 inches in width, suitable for carrying compact to full-size handguns while maintaining an inconspicuous profile.

The dual-zipper system employs heavy-duty #8 coil zippers with metal sliders, chosen for their reliability and smooth operation. The zipper tracks are positioned along the vertical edges of the front and rear panels, with the sliders configured to meet at the top center of the bag. The quick-release pull strap is fabricated from 1-inch wide nylon webbing, with its internal end secured approximately 6 inches below the zipper convergence point. This positioning provides optimal mechanical advantage when the strap is pulled.

The internal weapon retention system consists of an adjustable hook-and-loop backed holster, oriented at a 15-degree angle from vertical to facilitate a natural drawing motion. The holster is secured to a reinforced panel within the chamber, providing stability during both storage and deployment.

The carrying strap system utilizes 1.5-inch wide adjustable webbing with quick-release buckles, designed to be worn across the body with the bag positioned at the front torso. The strap length is adjustable from 30 to 48 inches to accommodate various body sizes and wearing positions.

For optimal deployment, the pull strap extends approximately 2-6 inches beyond the zipper meeting point, providing sufficient gripping surface while maintaining discretion. The strap may be offset 5 to 10 inches left or right of center to accommodate right or left-handed users.

Benefits of the Invention

The concealed weapon carrier of the present invention offers substantial advantages over conventional concealed carry solutions through its innovative design and functionality. At its core, the invention's dual-zipper quick-release mechanism enables unprecedented rapid deployment capabilities, allowing weapon access in under two seconds through a single, intuitive motion. This significant improvement eliminates the multiple steps and complex movements typically required by traditional concealed carry systems, while the mechanical advantage provided by the strap design ensures consistent and reliable operation under stress.

The carrier's design excellence extends to its concealment capabilities, presenting a conventional bag appearance that maintains complete discretion during everyday carry. By eliminating the typical visual indicators of tactical or weapon-carrying equipment, such as obvious tactical features or telltale printing and bulging, the invention achieves superior concealment while maintaining immediate access capability. This balance of discretion and accessibility represents a significant advancement in concealed carry technology.

From an ergonomic perspective, the invention provides substantial benefits through its front-carrying position and adaptable design. The quick-release mechanism can be configured for either right or left-handed users, while the carrying system provides a stable platform during weapon deployment and drawing sequences. This configuration eliminates the awkward reaching or cross-body movements commonly associated with other concealed carry solutions, enabling more natural and efficient deployment movements.

The operational reliability of the system is enhanced by its elegantly simple mechanical design, which reduces potential points of failure while ensuring consistent functionality through repeated use. By avoiding complex locking mechanisms that could impede deployment, the invention maintains reliable operation across various environmental conditions. The system's durability is matched by its adaptability, accommodating various weapon sizes and types while providing adjustability for different body types and wearing preferences.

Safety considerations are thoroughly addressed in the design, with secure weapon retention during normal carrying conditions and a protected quick-release mechanism that prevents accidental activation. The system maintains positive weapon control throughout the deployment sequence and facilitates safe, efficient weapon restoration after use. These safety features, combined with the system's operational benefits, create a comprehensive concealed carry solution that effectively balances rapid accessibility, discrete appearance, and reliable operation, representing a significant advancement in personal defense technology.

While the descriptions and figures showcase specific implementations of the quick-release mechanism and carrier design, various additional or alternative configurations may be incorporated without departing from the spirit of the concealed weapon carrier system.

Alternative quick-release mechanisms applicable to the carrier may include, but are not limited to, magnetic release systems, cable-actuated mechanisms, compound leverage designs, and other demonstrated methods that provide reliable rapid-deployment capability while maintaining concealment and security.

Therefore, it is expressly disclosed that in addition to or even in place of the example quick-release techniques mentioned in the claims, alternative mechanisms may be integrated into the carrier system to achieve the same ends of providing rapid access to concealed weapons.

Such implementable alternatives, expressly disclosed as functionally equivalent options, include but are not limited to release mechanisms based on mechanical advantage principles, tension systems, guided channel designs, and other varieties proving applicable for integration within said carrier system, configured to enable rapid deployment while maintaining concealment.

Use of these equivalent options for rapid deployment presents equal derivative claim standing per the linked quick-access objectives and carrier utility improvements disclosed, regardless of the specific technique elected for implementation in the system.

INDUSTRIAL APPLICATION

The concealed weapon carrier of the present invention has direct industrial application in the personal defense and tactical equipment sectors. The invention is particularly suitable for mass production using existing textile and bag manufacturing infrastructure, requiring standard sewing and assembly techniques. The design is adaptable to various scales of manufacturing, from small-batch production to large-scale industrial manufacturing. The modular nature of the components-including the quick-release mechanism, retention systems, and carrying straps allows for efficient assembly line production. This innovation addresses a growing market demand for discrete, rapid-deployment carrying solutions in both civilian and professional security applications.