Programme Control TRIZ Cases

A security module activates only functions required for the chosen IT security level, reducing device variants and energy use.

A schematic display places each operating parameter beside its winding device unit, reducing navigation errors and training demands.

A rotating multi-nozzle extruder uses bent nozzles for internal surfaces, multi-material deposition, and faster high-resolution printing.

Public key infrastructure encodes join keys using certificates to prevent theft during wireless network provisioning operations.

Monitoring controllers track bus error counts to isolate faulty nodes, preventing message corruption and stabilizing vehicle operations.

A mobile device sets automatic door operating modes through a cloud-based controller.

A generator set control system uses a common data bus to coordinate distributed units and tie breakers for reliable operation.

A removable hardware module mounts to a mainboard and triggers automatic application association on user terminals.

Dual network architecture separates critical control data from high-bandwidth monitoring traffic in wind turbine central controllers.

Laser etching alters the substrate dielectric constant to tune antenna resonant frequency without redesigning geometry or producing new parts.

An adaptive multivariate statistical model updates univariate statistics to track process variations and detect faults in manufacturing environments.

A deployment application translates guidance elements into computer instructions to configure industrial automation devices.

A central controller coordinates technical units by exchanging flexibility data and stimulus functions to align local schedules with pool-wide goals.

Determines forthcoming drill hole bottom position based on current tool location and direction, eliminating manual pattern design requirements.

Aircraft cargo PLC nodes transmit data over power lines to eliminate dedicated communication wiring.

A 3D clothing draping simulation applies layer limitations based on sewing lines to manage pattern overlap.

Segmented tiles expand into detailed control panels without cluttering the main view, resolving information visibility trade-offs.

Segmenting load torques isolates gravity and friction effects to detect brake abnormalities.

A submodule transfer device manages peripheral data exchange via a copy list embedded in the operating system.

Segmenting the detection device into parallel cells reduces membrane deformation per unit load, preserving grasping position accuracy in robotic applications.

A field-programmable gate array partitions safety and non-safety cores to enable secure dynamic reconfiguration.

Design modules integrate mechanical, electrical, and optical components into single printed articles, eliminating separate specialized processes.

A multiprotocol wireless backbone device integrates 802.11, Bluetooth, and ZigBee protocols into a unified communication system.

Counterweights offset inertial forces during rapid acceleration, reducing vibrations that compromise precision.

A test controller converts pedal sensor command values into voltage signals for the power train controller.

A door lock uses a mobile device as an input interface and power source for authentication.

A rotary plating control system derives optimal operating conditions through sequential test operations.

Integrating energy monitoring with security sensors detects abnormal electrical operations to prevent device damage and reduce energy wastage.

A model generating device integrates measurement data from multiple virtual positions to create accurate 3D models without CAD files.

Multiple inheritance links process objects to separate device and control aspects, reducing library complexity from numerous monolithic type combinations.

Ontology-driven orthogonal navigation models segment BIM data to reduce operator search time during critical incidents.

A reservation station merge logic consolidates control data from multiple sources into a single value.

Location change events compare current and previous positions to adjust appliance states, resolving energy usage versus user comfort trade-offs.

A universal handpiece accommodates user-selected surgical drills within a navigated system via standardized mounting and actuator controls.

A viewing apparatus authenticates users via iris recognition to control light transmission through a shutter mechanism.

A computer verifies user access by comparing touch location sequences against stored biometric patterns on a touch screen.

Generative Adversarial Networks synthesize training data to predict progressive cavity pump failures, resolving limited labelled data constraints.

A molding system displays pressure-volume-temperature waveforms to adjust packing pressures during injection.

A numerical controller uses a block information notification unit to identify program blocks and output audio cues during manual execution.

Unified workload allocation coordinates device and facility operations to minimize total power consumption across data centers.

Closed-loop feedback with sensors optimizes 3D print profiles to reduce material waste and machine downtime without trial-and-error.

A charging station receives software packages from a vehicle during operation to prevent power losses caused by outdated control logic.

Segmenting control loop data into discrete travel ranges enables precise detection of friction and dead time variations without requiring process shutdowns.

Mapping table links binary addresses to function names, enabling control program updates without source code access.

A power management server allocates charge and discharge power among multiple entities sharing a storage battery apparatus.

A single vehicle key sensor reduces wiring complexity by using color indicators to resolve user feedback loss regarding lock status.

A fan control chip decodes pulse signals to set operation parameters without adding pins.

A portable system uses odometric sensors and range-sensing devices to estimate vehicle position and orientation in real time.

Predictive algorithms coordinate facility devices to shed low-priority loads, preventing industrial power spikes that increase energy costs.