Non-Mechanical Controls TRIZ Cases

A clutch unit sits between the drive motor and door panel to absorb resistance from obstacles.

A door barricade system uses a low pivot axis and spring assistance to deploy quickly.

Magnet and reed switch sensor system detects door closure state within lock plate assembly for automated locking.

Segmented release mechanisms prevent incorrect unlocking while distributed locking points simplify assembly of smoke extraction systems.

Dual locking slots enable a single strike plate design to accommodate both right and left hinged windows while maintaining precise sensor alignment.

A base structure secures opening devices to lock cylinders using a tightening system that exerts radial pressure through fastening elements.

A door-lock control method broadcasts a connecting message via WPAN to establish a mobile device link.

Elastic connecting parts span across abutting parts when the latch is blocked, preventing motor damage and enabling manual operation.

Bifurcated keeper arms accommodate interlocking and Pullman-style latches, preventing metal distortion release during forced entry.

Relocating the lock to the frame eliminates cable transitions, preserving sash tightness against moisture and dirt.

An electronic lock uses a mobile carriage and lock sensor to detect obstacles or unauthorized manipulations during closure.

Segmented key head covers expose an internal circuit to enable wireless communication from either side.

A dual electronic locking system uses standardized RFID identification media to control independent mechanisms.

Rotatable actuating element with eccentric pin adjusts microswitch contact, eliminating lug bending to prevent material fatigue and extend service life.

An orthogonal cylindrical cam actuator reduces latching box volume by eliminating face projection while maintaining reliable emergency unlocking.

A mechatronic locking device uses integrated contact elements to establish a physical electrical connection between the security key and the locking cylinder.

A modular coupling system uses a conical engagement surface to axially displace connecting elements between locking states.

Automated ICU door control system enables touchless operation via external device signals, preventing infectious disease transmission from shared handles.

An optical sensor converts light into electrical signals processed by a circuit board, resolving low security in coded locks.

An RFID reader controls a solenoid actuator to replace manual combinations, improving ease of operation while managing energy use.

A locking sensor device detects operating rod position via a magnetic field, eliminating notching requirements and simplifying installation complexity.

Intermediary barrier member secures locking components without drilling additional holes, preserving fire ratings and simplifying installation.

An angled cam channel pulls the escutcheon toward the door centerline, eliminating exterior fasteners that degrade aesthetics and weaken structural integrity.

A locking element moves along one axis to engage multiple locking means via a drive unit.

A locking rod fitting uses transverse displacement units to adjust window ventilation angles.

A smart door lock uses pressure, ultrasonic, infrared, and audio sensors to detect user presence near the entryway.

Calibrated sensor distinguishes partial movements from full openings to eliminate false counts and ensure reliable inventory tracking.

Anti-return device jams drive rod movement to block manipulation and maintain locked state.

A motor lock control unit uses a graduated switching plate and sensor to detect bolt movement incrementally.

Segmented automatic and manual subsystems decouple motorized drive from mechanical linkage to maintain reliability during power outages.

A magnetic latch employs a second-order lever mechanism to lower actuation force, ensuring reliable latching despite gate sagging and misalignment.

A deadbolt control system uses embedded magnets and a magnetic sensor to detect the home position of the locking mechanism.

Wireless transceivers verify identification codes to enable rapid emergency access while preventing key misuse.

A tumbler transmission element shifts between coupling and decoupling positions to unlock blocking elements without direct user contact.

A two-module electronic locking device separates signal reception from evaluation logic to enable modular hardware design.

A sliding door locking mechanism uses a spring and engaging member to facilitate obstacle removal.

An electronic key safe replaces mechanical locks with remote command interfaces and backup power to ensure reliable access during primary battery failure.

Door controllers synchronize configuration files using a rotating ID-based update cycle across a decentralized network.

A magnetic tumbler uses a switching magnet to vary field lines, eliminating constant current energy consumption while maintaining locking force.

Wireless controller inside jamb housing actuates strike linkage to release lock body, reducing installation complexity and environmental exposure.

An electromagnet locks the toggle knee joint to secure the cover profile, reducing device complexity while maintaining high compressive force resistance.

A servomotor drives a reel to wind an actuator filament, enabling remote force transmission through a compact housing.

A motor-driven lock assembly uses a cam mechanism to position an actuator via radial bores and locking plugs.

Wireless power transfer and identity verification prevent tampering by ensuring only authenticated bolts indicate a locked state.

Dynamic lever arm extension reduces actuation force while preventing unauthorized door opening.

A locking mechanism monitoring device uses a carrier plate and code transmitter to detect the closed position of the drive rod.

Offset hinge system with electromechanical locking resolves manual contact requirements while maintaining secure enclosure status.

A sensor device detects external force on a building lock and activates the drive to maintain the locked position against burglary attempts.

Selective alignment of the head threaded orifice with slide plate locating holes adjusts extension distance without increasing structural complexity.