Locks For Portable Objects TRIZ Cases

Segmented attachment elements prevent article damage while magnetic locking ensures inviolable security against theft.

A detaching unit generates dual signals to trigger a non-linear circuit that produces a third signal for tag verification.

A lock mechanism uses a dual-function engaging member to accommodate rectangle and fishtail lock holes in electronic devices.

An adjustable base and slidable inserts secure storage containers against theft while maintaining easy access.

Swappable tacks integrate RFID into EAS hard tags, lowering costs and eliminating complex programming infrastructure.

An automated tag detacher uses magnetic fields to capture tack assemblies, reducing inventory loss from manual handling errors.

Electromechanical actuators in the base unit actively engage locking elements, preventing theft while allowing authorized removal.

A hinged security device locks a golf club head to the shaft via an extension arm, preventing theft while allowing customer handling.

A rearward-facing magnetic locking mechanism actuates internal sliders via proprietary keys to secure merchandise containers.

Solid machined aluminum construction hides the locking mechanism inside the ball member, resisting prying and cutting tools while preventing theft.

Segmented locking components with asymmetric latches prevent theft while maintaining simple device accessibility.

Segmentation and intermediary mechanisms prevent core loss while enabling convenient re-keying in hidden shackle locks.

Mobile devices transmit a detachment key to security tags via near field communication, eliminating physical POS stations.

A contactless anti-theft device automates deactivation via payment signals.