Locks For Portable Objects TRIZ Cases

Segmented locking components with curved surfaces prevent sink marks and reduce noise while maintaining reliable engagement.

A locking assembly uses a pivoting connector to secure portable electronic devices while allowing movement.

A lock assembly uses a preloaded barrel lock in a separable body to secure structures without field key assembly.

Actuator SMM wire applies contraction force to move locking arm toward unlocked position.

A solenoid-driven locking tooth engages the USB jack shielding tab to prevent unauthorized access and bypass attacks on host devices.

Segmenting the anchoring function allows a portable locking box to resist theft without adding heavy weight.

Segmented claws adapt to varying bottle dimensions, resolving compatibility issues while resisting unauthorized removal.

An interlock mechanism provides tactile feedback during handle pivoting, reducing user error and improving removal success rates.

Movable blocking element engages attachment device through clearance aperture to secure portable electronics without compromising slim profile.

A multi-loop cable lock secures removable switch covers to fluid line taps using a key mechanism.

A pin-type anti-theft tag uses a double locking mechanism with independent lock bodies to secure the safety pin.

Abrasive coated contact surfaces pinch flexible items securely without piercing or damaging delicate packaging materials.

An RFID pin replaces the securing pin on existing antitheft tags to enable inventory management capabilities.

A security apparatus uses a remote actuator assembly to engage a portable electronic device lock head via a force-transmission member.

A pivot member engages product straps to maintain a non-deflected position and triggers an alert upon deflection.

A connector head structure uses a flexible wire latch lock piece with a buckle to restrict movement within a protective sleeve.

Undercut regions in EAS tag notches secure bands mechanically, resolving loose attachment issues that cause theft detection failures.

A combination lock for electronic devices features a rotating main body that aligns the digit wheel for easy access.

A wall anchor housing surrounds a locking mechanism to secure flexible elements directly.

A USB connector integrates a locking tab and actuator to secure physical connections against unauthorized removal.

A docking station integrates a lock set into its base to secure electronic devices directly without separate hardware.

An elastic element cushions the locking mechanism, preventing scratches while enabling smooth insertion and removal of the mobile device.

A transportable anti-theft device uses a segmented protective housing to secure an electronic alarm system against theft and environmental damage.

Locking enclosure integrates tablets with peripherals through a host board, resolving versatility versus complexity trade-offs.

Piezo element in hard tag locking clamp converts mechanical deformation into electrical energy to signal detachment without complex circuitry.

A revolving locking member aligns its axis with the first housing to secure the second housing, preventing theft without complex separate operations.

Electromagnet holds frangible component to deter theft while reducing energy consumption.

Segmented rotation elements move elastic blocking heads via key tongues, resolving unauthorized access risks while maintaining manageable mechanical complexity.

A magnetic security tag uses a keyed element with specific north or south polarity magnets to lock an attachment element.

A hybrid security tag housing positions an RFID chip to optimize antenna performance.

A magnetically releasable electronic article surveillance tag uses a steel wedge and rubber spring to retain a tack assembly within a housing.

A trapezoidal locking mechanism prevents theft by engaging cavity walls without rotating, eliminating internal component interference.

L-shaped keyway in an arcuate channel restricts tool access to the rotary clamp, preventing unauthorized removal of electronic article surveillance tags.

A sound recognition theft prevention system uses distinct alarm frequencies to identify theft events via acoustic signals.

A rigid steel housing with an L-shaped retaining rod secures the accelerator pedal, preventing unauthorized operation without complex electronics.

A line alarm system monitors merchandise presence by detecting changes in total circuit resistance across a shared bus.

A near field magnetic loop antenna reads RFID codes to release spring clamp mechanisms in detaching units.

Inductive polling of a cabin-mounted transponder replaces mechanical scan bars, eliminating weather vulnerability and device complexity.

A U-shaped security body encircles an electronic device wall portion and uses enlargements to block lateral removal.

A locking mechanism secures a jack plug to prevent theft without deforming the connector, enabling customers to test sound quality.

Keyed retractable bolts shield adjustable fasteners to prevent theft while maintaining easy legitimate detachment.

Link plates engage the lock body side surface to prevent expansion and bulkiness, ensuring stable storage of the wound linkage chain.

A rotary retention mechanism secures a connector within a lock box assembly.

RFID tag tracking systems detect suspicious activity by comparing real-time item movements against historic patterns, enabling immediate theft alerts.

A square housing integrates a lock core and button assembly to actuate the locking tongue directly without rotating the key cylinder.

A pet collar latch assembly employs a rotating cam to engage locking eyes, securing a composite cord against cutting while maintaining manual operability.

A spring-loaded anti-theft device uses elastic force to eject a pinning element from its housing.

An RFID padlock eliminates key management by unlocking via tag detection and locking upon tag removal.

A magnetic detacher uses a movable gate to restrict access to the unlocking field, preventing unauthorized tag removal during self-checkout transactions.