Arms Wearables TRIZ Cases

A quick-release holster system uses a trigger guard ratchet to enable perpendicular gun deployment.

Movable contact tabs adjust the effective outer diameter of a connection post, preventing unintentional detachment while reducing size and weight.

Embedded magnets in a hat cavity store firearms securely while maintaining a concealed profile.

Integrating a keeper clip onto the floor plate eliminates bulky pouches while maintaining reliable carrying stability.

Flexible holster barrier eliminates skin irritation and fabric snags by introducing a thin intermediary layer that preserves quick gun access.

A holster catch system engages the handgun muzzle and trigger guard to stabilize the firearm during storage.

A convertible holster uses a belt loop element with a fastener to secure a firearm against the waistband.

A universal holster assembly secures handguns using end walls and supporting pads to define individual cradles.

A concealable holster with adjustable clips and straps enables vertical and angular weapon positioning.

An external thumb button actuates the lever to resolve retention security versus withdrawal speed.

Segmenting the waistband into a rigid ring and elastic band resolves the contradiction between device carrying reliability and wearer comfort.

A backer latch attachment couples holster components to form user-convertible configurations, resolving the trade-off between versatility and device complexity.

Flexible fabric and foam pads secure firearms without disassembly, preventing damage while maintaining lightweight portability.

Segmented gun cases open via sliding hinges while the base remains mounted, resolving security and access trade-offs.

Three buckles on an adjustable belt enable rapid rifle deployment by releasing tension, reducing transition time to shooting position.

A removable lockout element blocks lever movement to prevent unauthorized removal while enabling quick user access.

An angled socket design reduces profile height and prevents snagging on clothing while maintaining secure accessory attachment.

Segmented rigid backer and flexible cover resolve rigidity comfort trade-offs while customizable friction features ensure secure retention.

An outward-extending thumb tab actuator resolves interference between the user's thumb and the narrow lever, enabling rapid sling attachment.

Segmented walls linked by elastic cables expand housing volume to accommodate varying accessory sizes while maintaining structural integrity.

Reversible fasteners secure a moisture-wicking holster inside garments, resolving sweat exposure while maintaining firearm accessibility.

Spring-loaded lock mechanism engages gear teeth to secure the insert plate at selected angles, eliminating manual tool use for angle adjustment.

Segmentation and nesting principles resolve the trade-off between firing stability and rapid transport transitions in dynamic combat scenarios.

Interchangeable retention bumps resolve the trade-off between rigid holster strength and secure weapon retention.

A grip support harness uses a wrist cuff and tensioning straps to stabilize hand control.

A wedging adapter expands a connection post diameter via a screw to create a secure coupling interface.

Segmented retention zones and preliminary action principles enable rapid deployment while maintaining complete weapon concealment.

A holster notification system detects weapon draw actions and emits distinct audible signals to identify the specific weapon type being deployed.

Unitary molded holster uses living hinges to pivot side portions and a trigger guard lock for secure retention.

A pistol holster receptacle includes an illuminator space and a relief area to accommodate slide rotation during draw.

Segmented components and geometric self-service retain firearms on MOLLE garments, balancing hands-free safety with immediate task accessibility.