Non-Mechanical Controls TRIZ Cases

Segmented chambers protect the sensor from corrosive exposure while enabling magnetic detection through the wall.

Segmented housing channels and a restricting plug manage air pressure and humidity to eliminate condensation without protective coatings.

Segmented magnetic elements prevent dead centers and allow zero point adjustment without increasing structural complexity.

A lock controller adjusts peak current limits to actuate deadbolts against mechanical preloads.

A magnetic gate latch uses a twist knob to elevate a magnet bar, disengaging the latch bar for secure operation.

Slot-like recess in the core interrupts eddy current formation to reduce signal attenuation and energy consumption while maintaining mechanical stability.

Motion sensors detect user gestures to trigger wireless unlocking, preventing premature access while maintaining security.

A keypad processor module switches between work and sleep modes to reduce power consumption during user input detection.

A door-mounted sensor analyzes wireless broadcast signals to identify authorized devices and determine their spatial position relative to the entry point.

A locking cylinder preloads a spring via a motor drive to store energy, reducing consumption by eliminating cyclic activation.

Static and mobile magnetic elements replace mechanical springs in a vehicle door handle, eliminating friction wear to extend latch lifespan.

Merging presence checks into a single message detects participant availability without overloading the communication bus.

A pivotable locking member in an electric latch control device enables electronic door operation without replacing the entire mechanical lock assembly.

Electrically actuated shape memory alloy coupling drives a crank lever to engage or disengage a latch, automating vehicle gate operation.

An electronic analyzer monitors rod translation direction changes within critical ranges to resolve detection accuracy issues caused by frame play.

Segmentation isolates the electronic module within the mechanical body, resolving security vulnerabilities in universal lock designs.

A locking device pin decouples from the locking element to enable immediate relocking.

Segmenting the interlock unit from the main body resolves the contradiction between locking reliability and maintenance accessibility in automated analyzers.

A magnet attached to a strike plate changes orientation when the deadbolt extends, detected by a magnetometer.

A door opener spacer uses a round cross-section pivot bearing to define the switching point.

Multiple engagement points and cam levers resist wedging forces while an auto-detent maintains the locked position.

A toggle follower mechanism in an electronic deadbolt operator reduces power consumption by optimizing motor rotation.

A delivery rack lock mechanism couples rotary bodies to a single drive source for independent container control.

A low-profile electronic cam lock integrates a keypad and motorized driver into standard cabinet openings.

A latch electric control device uses a bracket to distribute shear forces and protect locking members from deformation.

A preloaded spring actuating device releases stored energy to open vehicle locks.

An adapter housing with interlocking notches resists unwanted loosening of glass door locks while accommodating various electronic strikes.

A bolt module uses a movable anti-thrust member to obstruct driving back of the bolt.

Dual pin receivers enable off-centred mounting on existing doors, while a gear mechanism reduces rotational force for easier operation.

Dynamic transceiver mode switching reduces power consumption in electronic door locks, extending battery life without sacrificing data transmission reliability.

Wireless communication eliminates twisted conductors that reduce reliability, enabling secure combination synchronization without physical wiring.

Visible bit indicator enables user verification of complete bolt extraction, resolving alignment failures in automatic security locks.

Segmented strike plate support structure enables sensor unit attachment, resolving production cost and reliability trade-offs during monitored lock conversion.

Segmented shaft member prevents inclination during thickness reduction while snap-fit stopper holder retains retention mechanism against deflection.

A keyless electronic straight shackle lock uses wireless signals and an actuator to secure enclosures without physical keys.

A magnetic clutch system uses permanent magnets on satellite wheels to control rotational engagement in electromechanical door actuators.

A bus system connects motorized locking units in window fittings, reducing wiring complexity and parameterization effort while enabling synchronized operation.

A sliding shoe with a magnetic field sensor detects the blocking position of a rotary latch tongue.

A pivoting locking body contacts a joint to receive torque from a rotary catch, resolving complexity and cost issues in electromagnetic door locks.

A two-part mandrel assembly uses a coupling element to provide a rotationally fixed connection between arbor sections.

Segmented cylinder housing allows authorized tool-free battery access while maintaining electronic lock security against unauthorized removal.

Motorized electronic lock replaces mechanical units via cam and sleeve actuation, eliminating conversion costs and installation downtime.

An adjustable intermediate coupling fits various thumb turn sizes, simplifying installation speed while managing device complexity.

Arcuate locking elements rotate via a dual-threaded shaft to secure a shaft across a full 360° arc.

A wireless electric strike uses a modular casing and bi-stable rotor to enable remote authentication without external wiring.

A rim strike assembly uses a solenoid to rotate a locking clutch, enabling secure door engagement through segmented mechanical components.

A door-mounted sensor detects approaching users and triggers a controller to unlock the latch automatically.

Adapter converts rotary handle motion into translational latch force, resolving incompatibility between European handles and US latches.

A striker plate integrates a reinforcement arrangement into its abutment element to increase counteracting forces.

Current detection replaces mechanical micro switches to eliminate component complexity while maintaining accurate lock bolt positioning.