Locks For Portable Objects TRIZ Cases

Nested driving plates align via a connection member to unlock the connector, resolving the trade-off between data security and structural complexity.

A mounting apparatus locking mechanism secures electronic device housings using a movable projection member and integrated locking member.

A solenoid-activated ratchet mechanism pivots dual arms inward to secure various weapon types, eliminating the need for multiple specialized locks.

An OS-controlled locking element authenticates users to secure cable connections, preventing unauthorized access and reducing malfunction risks.

A delivery bag secures to a door handle using a strap and rectangular latch member that engages the mortise plate.

A bayonet locking mechanism engages a display screen channel to secure the mount assembly.

A tamper-evident housing lock uses a threaded screw and bumper assembly to secure computer chassis covers against unauthorized removal.

An extender relocates a padlock shackle to an accessible annulus on a closure frame.

A spring-biased clamp lock uses a cam mechanism to engage and disengage portable electronic devices.

Segmented arms secure handles to prevent theft while avoiding the bulk and cost of conventional locking boots.

Integrating the RFID antenna within the attachment clamp reduces tag volume and manufacturing complexity while minimizing electronic signal interference.

A trapped key safety interlock device secures vehicle coupling using a segmented release mechanism.

Segmenting detection and locking modules prevents single-point failure while maintaining reliable security.

A portable lock assembly uses distributed cable sensors to detect physical integrity and type changes in real time.

A chain lock with a rotatable part enables flexible angular adjustment of the chain span, resolving inconvenience caused by fixed end ring positions.

A reusable security tag uses a disposable attachment member and a deforming locking assembly to prevent unauthorized merchandise removal.

A spring-loaded plunger extends into a receiver to secure vehicle accessories through the door jamb.

Segmented identification devices prevent internal theft by mechanically separating locking elements and verifying item associations before unlocking.

Segmented stabilizing beams and universal locking knobs constrain boatlift cradles against wind forces and theft without adding separate security hardware.

A double door security device uses a flexible locking prong to engage interlocking teeth on male and female members.

A mechanical lock mechanism controls computer communication ports via a south bridge switch to manage physical access.

A two-alarm security tag uses a slider and spring-biased engagement member to secure articles via frictional clamping force.

Integrating a security lock into the housing improves data integrity while managing device complexity.

A security frame uses a force applying structure to exert compressive pressure against a container access opening.

A pet anti-theft kit uses electromagnetic locking means controlled by electronic signals to secure a collar-leash assembly.

A self-detaching security tag releases its pin via wireless command after purchase verification.

An RFID scanner triggers electromagnetic induction in a tag capacitor to release merchandise locks, eliminating manual removal errors.

A magnetically actuable locking mechanism with a flexible element biases the latch into a locked position.

An electronic lock uses an electromagnetic mechanism to generate magnetic attraction force for secure clamping.

A vehicle anti-theft system authenticates a mobile terminal via a wired data link while the device rests outside the near-field communication zone.

Segmented brackets nest around the controller body to prevent theft while maintaining unfettered user access.

Adjustable tablet holder secures devices against theft by locking the transmission gear set via a position-limit rod.

A magnetic security tag uses a rotational clip and spring latch to clamp articles securely.

A buckle lock body integrates a fixing groove and a press rod to secure portable electronic devices.

Sliding tag assemblies interlock with seals to prevent tampering, replacing cumbersome cable wraps that fail on openable boxes.

A corner-mounted lock head secures thin devices via locking elements positioned near the bottom surface.

Automated motor actuation resolves manual locking complexity while ensuring reliable secure attachment.

A shape memory material wire actuator paired with a force conditioner to transition between locked and unlocked positions.

An internal lock mechanism prevents unauthorized removal by placing the latch inside the cabinet, eliminating bulky external keys.

An interchangeable lock head with alterable fingers prevents tilting in thin electronic devices, reducing manufacturing costs.

Rigid panels in a flexible body prevent pendant actuation, resolving the trade-off between reliable inhibition and collapsible storage.

An alarm conductor loop extends around the housing periphery to trigger an audible alert upon severing, countering vulnerability to snips.

A crossbar assembly with an adjustable body slides along a main frame to secure open container hatches and prevent worker falls.

A master keyed combination lock uses magnetic sensors on a key to detect magnet positions on reset dials.

A magnetic security tag latch uses a guide structure to disrupt motion trajectory, preventing unauthorized unlocking from mechanical impact.

Impact spring applies reactionary force to prevent unauthorized unlocking during accidental drops.

A segmented RFID tag monitors item presence through sequential lock events, detecting theft when the physical item is removed but the passive tag remains.

Segmented portable lockers with docking stations prevent theft by enforcing biometric access only at designated destinations.

Microprocessor controls shape memory alloy wires to hold the freewheeling nut, eliminating physical key distribution while preventing unauthorized access.