Arms Wearables TRIZ Cases

A pistol holster lock system uses a single lever to activate three independent locking points for secure retention.

Curved ballistic deflection sections absorb kinetic energy to resolve safety operability tradeoffs in holsters.

Liquid dispersed memory foam conforms to cavity profiles, resolving manufacturing precision trade-offs while absorbing transport shocks.

A single-point sling system uses a slider strap and detachable lanyard to support long guns in multiple positions.

Segmented back and cover pieces with adjustable flanges resolve the trade-off between device complexity and adaptability for diverse users.

Rotating disc mechanisms allow users to adjust holster inclination angles without detaching the support from waist or thigh harnesses.

A firearm holster uses protrusions extending into mattress surfaces to create static friction for secure retention.

A spare magazine holder uses adjustable frictional engagement to secure ammunition in wells at a predetermined angle relative to the pistol grip.

A unitary plastic barrel clip attaches to firearm barrels and external supports.

A convertible concealed weapon holster harness contours to the female body using elastic material and adjustable Velcro patches.

A holster employs a rotatable locking element and helical ramp to secure handguns via trigger guard interaction.

A universal firearm magazine holder secures ammunition containers using a compressible insert that expands inside the container to create friction.

A deformable member counters grip protrusion by deforming under belt forces, eliminating printing and improving comfort.

A quick-pull leather holster uses a through lock piece with a rivet and pad to secure the firearm.

Helical ramp surfaces on a rotating locking element enable rapid handgun retention and release, resolving the trade-off between secure hold and quick access.

A spring-loaded latch pivots to engage a weapon-mounted light, resolving unauthorized removal risks without adding complex user steps.

An elastic belt portion supports athletic wear while a rigid holster engagement strip maintains structural stability for secure carrying.

A quick release holster assembly uses a thumb-activated device to simultaneously actuate ejection port and hood restraints for rapid handgun withdrawal.

A holster system uses a spacer for universal connector compatibility and an ambidextrous frame for weapon retention.

A three-point weapon sling uses non-reversible buckles to secure temperature resistant straps for rapid adjustment.

A firearm support system transfers weapon weight from the shoulder to a hip-mounted belt unit using complementary engagement components.

Nested base sections and segmented non-marring supports hold firearms securely while minimizing shipping volume.

A modular elastic sling distributes firearm weight uniformly across the shoulders using a sliding secondary strap on an elastic loop.

A quick-disassembly holster device uses a sliding slot and pressing buttons to connect the main body.

Single-piece slider and cam design with antilock wedge prevents binding during tightening, reducing component count and manufacturing costs.

A concealed carry bag uses an internal pocket and quick release mechanism for immediate firearm access.

Merging garment structure with retention mechanisms resolves comfort versus security trade-offs in concealed firearm storage.

An inflatable portion expands via air pressure to increase impact resistance, resolving weight and bulk trade-offs during transport.

Resilient overmolding extends through apertures into the holster cavity to provide frictional engagement and eliminate wobble between the handgun and holster.

Interlocking wedges resist torque during forceful removal while pivot arm locks ejection port.

Single leather sheets fold into channels for cord or spring compression, resolving the trade-off between secure retention and public visibility.

An integrated undergarment holster pocket uses padded linings to resolve discomfort and high costs associated with separate carrying devices.

A holster with a single-button release mechanism for rapid firearm extraction.

A firearm sling quick-release mechanism uses a sliding key and biasing element to enable one-handed attachment and detachment of the strap.

A flexible rifle support system enables vertical axis aiming using an elastomeric bar.

Stacked spacer plates press the grip deeper into the body to resolve protrusion issues.

A rotatable holster mounting assembly uses a hinge mechanism to reposition a handgun for off-hand access.

A holster links a portable alarm to a bear spray canister via a pull strap that activates sound upon removal.

An elastic strap and clip stabilize a handgun inside the waistline, resolving stability issues in concealed carry.

Embedded magnets in backpack pockets suspend firearm articles to resolve deployment delays caused by rigid mechanical holsters.

A duty mount assembly uses a receiver and adapter to secure handgun holsters for quick retrieval.

A firearm carrier uses a wrap member and magnets to secure components without break-in periods.

A holster cover device creates a protective barrier between the user's skin and stiff firearm components.

Angled flanges on a belt attachment body flex inward to improve firearm concealment while maintaining outside waistband accessibility.

A holster shutter lock pivots on a vertical axis to clear the opening for rapid extraction.

A body-mountable firearm support assembly uses elongate members and an anchoring formation to stabilize a weapon across multiple body zones.

Segmented block design with a slide recess and ejection window resolves the security versus accessibility trade-off in firearm mounts.