Flexible Belt-Worn Accessory Case for Concealed Carry

The patent applies this principle by using flexible panels made of elastic and resilient materials (such as spandex or other stretchable fabrics) to construct the case body. These flexible panels replace traditional rigid housing while maintaining the ability to securely retain items through elastic tension. The flexible nature allows the case to be compressed to a slim profile for concealment while expanding to accommodate standard-sized accessories.

The patent utilizes parameter changes by designing panels with varying material properties - specifically using elastic materials that change their physical state between expanded (for item insertion) and contracted (for secure retention). The panels transition between these states based on the presence or absence of items, automatically adjusting their volume and tension to maintain security while minimizing case size.

The patent applies this principle by integrating multiple storage compartments into a single unified flexible case structure. The case includes a first compartment for a magazine, a second compartment for handcuffs, and a third compartment for a handcuff key or pen, all within one integrated body. This consolidation reduces the number of separate cases from three to one while maintaining individual protection for each item through separate compartments.

The patent implements universality by designing a single case that can simultaneously accommodate and protect multiple different types of law enforcement accessories. The flexible panels and compartment design allow the case to universally hold various items (magazine, handcuffs, key, pen) in different configurations, replacing the need for multiple specialized cases.

The patent applies this principle by constructing the case from flexible, stretchable panels that can be compressed to a thin profile for concealment under clothing. The flexible material allows the case to conform to the body shape and be hidden beneath garments while maintaining security through elastic tension that secures items in place.

The patent utilizes dynamics by designing the case with panels that dynamically adjust their state between expanded (when items are inserted) and contracted (when items are removed or for concealment). The elastic panels automatically transition between these states, providing security when needed and minimizing profile for concealment, making the case adaptive to different operational requirements.