Travelling Carriers TRIZ Cases

Detachable application, control, and battery modules let this wireless receiver adapt to different uses and replace only failed components.

An attachable seat-belt clip keeps a phone near the mouth and ears for hands-free use without dashboard mounting hardware.

Movable attachment means let users reposition separate tool holders along a garment, balancing heavy loads without a bulky belt.

A removable rigid rod mounts a vertical cupholder to the golf bag, holding drinks and an angled phone for golf-shot recording.

The deformable portion and button enable detachable accessory coupling, while the fixing portion secures the adapter to an electronic device case.

The resilient belt holder lets a portable sprayer attach at a 180° orientation without housing modifications.

Alternating compression and relief zones secure loads to limb bones, reducing peak body forces while improving mobility and equipment access.

Flexible grocery bags can tip and spill during driving; a rigid platform and support structure keeps them upright for easier transport.

A double-walled vacuum housing keeps lip balm or lipstick thermally isolated, preventing heat softening and messy use.

A clip or clamp paired with magnets, snaps, or hook-and-loop fasteners keeps a compact vaporizer secured to garments or other surfaces.

This accessory uses a shape-changing connector and holder to support folded and unfolded devices while improving grip and positioning.

Corner through-slots simplify strap replacement while stabilizing portable devices.

This case uses embedded magnets to secure a bag to apparel, improving movement comfort and preserving storage capacity without straps.

A corner mounting structure uses through slots for removable straps, firm placement, impact protection, and simpler assembly.

This case combines a hinged palette cover with a movable clip for wearable attachment without separate bands or cords.

Scaled joint positions and velocities feed gesture and action RNNs, reducing reliance on costly 3D data for robust activity classification.

A segmented base, cap, and adjustable supports improve mobile handling, mounting, and hands-free use while limiting protrusion.

An integrated tube, hip support, and tool holders combine body-worn access with stable paint cup support and fluid containment.

A rigid shell, flexible backing, and protective cover balance knife retention, comfort, and protection from sharp edges.

This wearable holder combines hammer and tape measure retention on one belt clip, reducing repeated tool interchange for workers.

A spring-loaded retractable lanyard keeps the utility knife within reach, reducing search time during dynamic work.

A rigid tab and elastomeric inner body deform around a cord, enabling secure attachment and easy release on either arm.

A body-mounted tissue receptacle uses a ribbed bridge and replaceable bundle to improve access and limit contact with soiled tissues.

A looped retention element secures varied objects while the flap stays open, resolving access and item-security tradeoffs.

A positionable I-beam handle uses thicker ends and a thinner center to reduce voids while preserving strength for sanitation.

Segmented, self-aligning grips secure the spray head, reducing retrieval time and protecting emergency aerosol access.

Strap openings and a support band secure stacked food containers for convenient, stable transport as an alternative to plastic bags.

Classify gestures and actions from 2D skeletons without specialized 3D hardware.

A non-overlapping finger space enables peripheral mounting, stable terminal handling, and freer use of the hand.

Angled cavity walls and a central U-hook latch align and secure a bucket handle while improving weight distribution and user comfort.

A receiver-mounted retainer keeps the knife blade attached during movement, yet permits deliberate release through an accessible opening.

A modular base-and-carrier architecture uses magnetic engagement to support multiple portable devices in varied locations.

Interchangeable inserts let one wearable device support neck, clothing, and wrist use.

A spring-biased belt clamp uses self-resetting latches and adjustable positioning for ergonomic tool changes across belt sizes.

Planar structural members, standardized mounts, and a battery structure support accessory integration, screen orientation, and upgrades.

Spring-loaded cantilever arms and detent pockets let a holstered radio rotate freely, ratchet, and recover from vertical positioning.

A removable magnetic platform integrates wallet storage and handheld grip support while preserving easy detachment for wireless charging.

A latch, wrist wing, finger wing, and trigger secure a data capture device while aligning its optical axis with the forearm.

A side-opening case uses a removable endpiece with tabs and contacts to retain devices without screen obstruction while supporting docking.

A movable attachment system positions tool holders along an elongated garment portion, improving load stability without a bulky belt.

A wearable pouch uses waist and thigh straps, a paint reservoir, magnet, and drip catch to secure tools and contain spills.

A spring-biased locking arm automatically controls lanyard spool release during tool drops.

A stretchable strap, opening-pin clip, and sticky pads secure VR controllers while keeping hand controls accessible.

A removable cover combines cushioning and flexible materials to protect the watch while preserving heart-rate and activity tracking.

Protective case with swivelable stand and wrist strap enables flexible mounting on surfaces or appendages.

A carrying apparatus with a swivel upper portion and segmented lower receiving areas secures looped handles.

Adjustable spine mount with angled tooth engages detents to accommodate varying controller sizes while maintaining simple structure.

Elastomeric band wraps around a portable device housing to provide hands-free support, eliminating manual handling risks while driving.

Segmented weapon accessory link employs a dynamic locking mechanism to constrain firearm rails, resolving retention security versus ease of operation.

Integrating a belt clip and lanyard loop into the housing resolves attachment versatility limits while maintaining simple structure.