Non-Mechanical Controls TRIZ Cases

A ball-based clutch locks the rotor against tampering while rotation detection deactivates the motor to reduce energy consumption.

A captive latch and processor manage hasp movement and local credentials, enabling access changes without manual rekeying.

A mechanical deadbolt advance followed by electrically actuated blocking reduces torque demand while retaining manual override operation.

A displacement mechanism and driven locking cam replace two-stage opening with one-handed unlocking and automatic locking.

A sensing element and telescopic linkage lock or unlock all drawer slide rails together, improving cabinet stability and convenience.

This case combines a follower arm and catch arrangement to improve force transfer and protect narrow-profile locks from manipulation.

This case combines movable wedge locking elements with resilient members to secure the door and seal environmental gaps.

A shared motor drives coaxial front and rear locks to provide four pet-access states, from one-way opening to full locking.

A conical stem and bushing self-center the hatch while control screws preserve manual operation during electric cylinder failure.

A releasable cover plate uses standardized mounting and electrical connectors for quick, cost-effective door hardware customization.

Current sensing locates mechanical end stops, while position feedback stops the actuator early to save power and extend motor life.

A detachable catch preserves locked-door security while enabling emergency release and traceable access control in compact enclosures.

This case routes external emergency power to separate controllers, enabling door and hood unlocking for battery replenishment.

A vertically lifting lock uses a flexible strap to transfer contact energy into its mounting surface, strengthening forced-entry resistance.

A universal actuating assembly connects Pullman, star wheel, and mortise latches for easier repair and lower inventory variety.

A pin-blocked locking device enables modular fitting installation on narrow tubular frames and prevents unauthorized removal.

A movable ferromagnetic blocker engages the motor shaft when an external magnet approaches, preventing unauthorized door-lock actuation.

This lock arrangement adds a security pin that blocks locking-pin release, requiring sequential manipulation before core rotation.

This case adds a motorized drive and communications control to existing mortise locks while preserving manual operation during outages.

This case uses a mechanical or solenoid-driven holdback to retain a retracted latchbolt while reducing actuator size and power use.

A mounting flange and moving receiver adapt smart locks to doors, windows, and barriers while supporting robust AC or DC power.

A universal base plate and adjustable keeper modules simplify strike installation while preserving latch alignment and door-frame strength.

Motorised deadbolts reduce closing effort while self-locking features resist tampering.

This lockset combines lever tilting and finger-signal detection to unlock dual bolts when handle rotation is unavailable.

This latch assembly uses a motor, rotary member, and slide mechanism to retract the latchbolt within standard installation envelopes.

A detachable buckle cable lets electronic device locks connect or release easily without looping and tying the cable first.

This case uses keyed magnetic and mechanical coupling elements to balance childproof food storage with convenient adult access.

A motor-driven plunger clears the latch and resists relocking, while springs or weights move the door open for pet escape.

This case replaces a mechanical cylinder with motorized cam engagement, credential verification, and wireless remote access control.

This case uses sensing, timing, and electromagnetic traction to add delayed unlocking without modifying original door-lock mechanisms.

See how a manual switch disconnects latch power for local lockdown while preserving access control and emergency egress.