Locks For Portable Objects TRIZ Cases

Segmenting rigid chests into flexible bags and portable locks prevents package theft while maintaining hallway usability.

Cavities retain flexible connectors in a spaced-apart orientation during transport, preventing tangling and damage before installation.

Gear teeth interlock secures adjustable anti-theft arms, resolving trade-off between adaptability and complexity.

Segmented locking handles engage container hooks, resolving complexity trade-offs for universal security.

An expandable security tag increases in size upon removal force application, providing visual tampering indication and enhancing theft prevention.

An asymmetric mass distribution generates counteracting moments that prevent unauthorized unlocking from external mechanical impulses.

Segmented components and nesting principles secure the coupler against theft while maintaining storage convenience.

A portable device security lock uses a cam member and plunger to secure the apparatus.

Electronic detachment actuators replace mechanical tools to resolve reliability versus ease of operation trade-offs in retail surveillance.

An attachable security strip defines a locking slot on thin tablets, resolving the conflict between device slimness and theft prevention.

A security tag clutch mechanism transmits open or closed signals via a locking device insertion.

A security tag assembly uses a deformable locking mechanism to secure merchandise against unauthorized removal.

Segmented clamping members adapt to device dimensions, preventing instability in challenging environments.

Segmentation and universality principles resolve the contradiction between enhanced security and increased device complexity in portable securement systems.

Segmented locking subsystems decouple cap and cable operations, resolving simultaneous handling complexity.

A magnetic unlocking device stabilizes an anti-theft badge for perpendicular field alignment.

A magnetic belt safety device uses dual magnetic means to retain metallic strips without foam.

Embedded sensors and a processor replace mechanical child-proof caps, enabling remote authentication and compliance tracking to prevent unauthorized access.

A bell crank latching device secures marine engine cowls using an overcenter force mechanism.

Regulating adapter enforces usage schedules via power control, resolving parental monitoring complexity for gaming consoles.

A surveillance tag uses a slidable cover to protect the battery compartment.

A cable wrap security device uses a ratchet mechanism to tighten and retract cables automatically.

A multi-modal security tag combines optical and radio sensors to identify object handling events.

Universal engaging arms adapt to slot-head, cross, and fishtail holes, reducing component complexity and manufacturing costs.

A calibratable high Gauss magnetic lock uses a phosphor bronze spring and precision washer to release EAS tags.

A one-way clutch and infrared communication prevent unauthorized removal of tags on irregular objects.

Segmented sacrificial zinc housing and stainless steel liner resist pry attacks while maintaining simple manufacturing.

A theft protection cable integrates an inner optical waveguide to transmit light between emitter and detector components within a locking mechanism.

Adjustable corner brackets resolve device compatibility versus aesthetic appeal trade-offs while providing ingress protection.

Corner-mounted locking elements engage thin device slots to resist 150-pound pulls without lifting the unit.

Segmentation and intermediary components allow the lock to secure devices without obstructing usability while accommodating various lock hole types.

A marine drive cowl hinge assembly enables manual removal of the second cowl portion without tools.

Back-mounted fixing devices align the lock axis with the display shaft, resolving interference issues in thinner laptop designs.

Segmented tag parts distribute weight across contact surfaces, preventing pressure damage to delicate fabrics while the electronic lock operates periodically.

A clamping device uses a top sliding plate to drive synchronizing bars and clamp plates for central phone positioning.