Other Accessories TRIZ Cases

A modular fitting set assembly uses visual indicators to detect depleted contact lens compartments.

Segmented expandable sleeves isolate electronics from contamination, preserving functionality without harsh cleaning.

Embedded thermal ground planes resolve smartphone hotspot temperatures by utilizing liquid and vapor transport layers within a sealed casing structure.

A multi-layer epoxy encapsulation method embeds decorative design elements within cured resin layers to create a durable, translucent exterior.

A contact lens package uses a base cavity projection to facilitate single-touch lens removal and positioning.

Pivoted legs extend from the base to stabilize circular containers on shelves while nesting flat for compact storage.

A protection casing assembly for wearable devices uses a detachable frame to secure the device within a main case.

Segmented sliding compartments prevent card contact damage while enabling independent access.

Segmented packaging uses transparent front panels for visibility and opaque side flaps to prevent theft during transit.

A smartphone case integrates a retractable housing that pivots or slides a corrective lens into an extended position.

Carrier tape adhesive regions feature cyclically varying widths to equalize peel strength across storage recesses.

A consolidated pit stand and caddy system integrates vehicle storage with tool organization and modular lighting.

Integral resin flap and projection eliminate separate gaskets, preventing detachment while maintaining an airtight seal through elastic deformation.

A rotary wrench display bracket uses a U-shaped flexible plate to securely hold tools while allowing smooth rotational movement.

Segmented card trays accessed via a torsional spring ejection assembly reduce operation time while maintaining high storage capacity.

Segmented packaging secures the ratchet head against theft while permitting handle rotation for consumer testing without compromising inventory control.

A portable computing device case uses a segmented spine member to connect separate sections for flexible configuration.

A magnetic case and folio system uses guided magnetic seating to attach a portable computing device securely.

A folding lunch box features an integrated cup holder for carrying both food and beverages in one unit.

A foldable pouch cradle uses multiple panels and folding lines to support a tablet PC at various angles without magnetic interference.

Grooves in the cushion segments distribute forces across multiple components, reducing volume while protecting panels.

A camera casing with a flexible covering retains internal heat to maintain battery life in cold environments.

An eyeglasses case merges storage and recharging functions, eliminating manual battery removal required by conventional chargers.

Elasticated band applies continuous pressure to hold zipper pull tabs underneath, preventing accidental opening while travelers leave luggage unlocked.

A dual-layer protective case combines a rigid outer shell with a flexible inner core to secure portable electronic devices.

A smartphone attachment uses a targeting optic system to direct white light illumination toward a target area.

A hinged storage case with multiple pockets and an extendable suspension positions hygiene products at a convenient height.

Dual magnetic elements on an elongated strap secure objects to textiles without mechanical damage.

A headphone case with a pivoting flap enables single-handed opening and closing without zips or clips.

A greeting card frame box uses a transparent shrink sleeve to enclose cards while maintaining full visibility of the front cover and inside verse.

Flexible triangular applicator tool uses a tacky coating to adhere directly to skin surfaces.

A rotatable latch bar secures an earbud case lid by moving along a circular arc profile to maintain engagement.

A nucleated polypropylene resin formulation with acid scavengers and clarifiers produces stiffer contact lens packages.

Segmented bodies and wedges enable multi-perspective recordings while maintaining control accessibility.

A hinged packaging case uses variable clamping force to secure oblong precision tools.

A binder-style jewelry storage device uses expandable panels with transparent pockets for organized display.

Sliding base assemblies adjust the fitted cap case length, maintaining crown and bill shape while reducing transport volume.

A detachable tablet hinge uses interlocking teeth and a locking pin to secure the base part.

An elastomeric grip with a closed cylindrical passage and open axial seam accommodates different hand sizes while eliminating irritation from rough fittings.

Inclined back support and foam rails secure glass sheets, preventing shifting damage while maintaining efficient vertical stacking.

Segmented air chambers boost buoyancy for heavy devices without complex inflation mechanisms.

Suction cups attached to corrugated braces secure glass sheets via vacuum pressure, reducing container weight and complexity while preventing breakage.

Dual gripper units balance compartment loads to prevent tilting during autoclaving, resolving uneven stacking issues with a movable bottom.

Recessed edges and a back slot transfer force through a band to eject cards, resolving retention versus access trade-offs.

A unitized package bonds a printed base card to a fluid vessel featuring a biaxially oriented polymer dome.

Segmented auxiliary assemblies with position limiting members prevent dropping during vibration while reducing hand strain from large device weight.

Segmentation and dynamics resolve the contradiction between protection reliability and keyboard adaptability.

Low-tack adhesive beneath carrier tape compartments secures small components, enabling vacuum pick removal without lift pins.

Connecting pieces clamp the chain longitudinally inside an elastic sheath, preventing random deformations that damage the cover.

Segmented fixing elements balance connection strength and material usage by securing sockets with optimized length ratios.