Programme Control TRIZ Cases

A wireless transceiver queries components to obtain addresses and establishes binding links.

Controller resolves motor addressing conflicts by detecting occupied slots and reassigning addresses, eliminating manual programming requirements.

Autonomous vehicles distribute inventory and retrieve waste products, eliminating static fulfillment center costs.

Light emitting marks create masking areas that suspend detection, allowing workpiece delivery without triggering robot stops.

A safety controller monitors installation and system states to generate diagnosis reports.

An object meta-model unifies functional and topological descriptions within a single software architecture.

A setpoint path generation unit determines a curved trajectory for the generation setpoint to reach the target value within a specified period.

System estimates frost accumulation via signal analysis and prevents autonomous operation when thresholds are exceeded.

A vehicle unit executes autonomous software installation using segmented data packets received from a back end unit.

A high-brightness LED driving circuit switches between pseudo-continuous and stroboscopic modes using pulse lighting.

A power trace port outputs digital signals indicating microcontroller power domain states via external pins.

A metal etching method uses an endpoint sensor to detect film removal and multiplies the detected time by a constant ratio to calculate over etching duration.

A manufacturing planning system aggregates execution-level operations into simplified groupings for efficient resource allocation.

A machine learning apparatus observes laser machining system states and adjusts optical output, beam mode, and assist gas parameters.

Segmenting FADEC memory preserves abnormality flags during power loss, preventing the reuse of faulty sensors and actuators.

A test installation uses modeling equipment to simulate peripheral components for dynamic control program validation.

A modular field device integrates a detachable radio module with an internal battery for wireless communication.

High density polyethylene lens directs infrared radiation to a motion sensor via a spring-loaded bracket.

A communications server application links electronic modules to remote servers via automatic data transmission protocols.

A micro-grid frequency control method uses quasi-Newton recursion to adjust active power based on local gradients and communication coefficients.

A controller manages wireless power transmission to electric motors by identifying available source capacity and adjusting signal output.

Arithmetic device calculates state parameter variations to modify nozzle holding position and stop time for reliable part adsorption.

A configuration diagram system detects differences between node graphs to merge specifications.

Dual absolute encoders on input and output shafts enable immediate power-on angle detection without bulky multi-gear configurations.

A thermal displacement compensating device adjusts position commands using dynamic coefficients derived from state identification units.

A home energy management system uses a protocol conversion device to enable bi-directional communication between networking equipment and energy meters.

A rewritable drive system transfers control programs from a machine controller to its storage device for immediate hardware reconfiguration.

A test terminal provides real-time audiovisual feedback to guide drivers through complex vehicle infrastructure maneuvers.

A plant safety design assistance device links monitoring diagnostics with manufacturing data through a networked platform.

Occupancy determination replaces subjective scaling with automated computation of energy consumption and outside temperature to improve measurement precision.

Processor switches from wired to non-contact power after startup to resolve inrush current reliability issues.

A robot controller classifies LiDAR signal intensity to distinguish material features during navigation.

Predictive control of a multi-joint cutting robot prevents collisions with securing clampers, enabling safe material processing without skilled labor.

Wireless controllers execute pre-loaded irrigation schedules to sustain crop watering when primary server links fail.

A caulking jig uses a retractable projection member to calibrate spacer positions via plastic deformation of hole edges.

A computer-implemented method uses dexels to represent workpieces and tool meshes for precise collision detection during machining.

A vehicle latch control system uses a rear closure latch to permit entry when the remote fob fails.

A calibration system generates control profiles that restrict output variables associated with mobility device instability.

A numerical control program generation method creates elements from material shapes to code accurate tool paths.

A removable security module isolates authentication logic to prevent unauthorized changes while enabling rapid updates without system downtime.

An inspection robot uses an imager to detect stator protrusion edges, correcting tilt and misalignment during rotor gap scanning.

A numerical controller calculates advanced positions for movable parts to enable proactive interference detection.

Virtual assembly assigns bus addresses through manual signals, resolving logical addressing difficulties that hinder module identification and replacement.

This data display device reduces search time by applying preliminary action and intermediary evaluation mechanisms to filter large datasets before operator review.

Local processing of operational data reduces transmission bandwidth requirements while preserving diagnostic fidelity for remote analysis.

A vehicle management apparatus tracks integrated rotations of internal rotating machines to constrain electric power transfer between the battery and external grid.

A processing section identifies OR and AND gate types within fault tree structures to evaluate wiring safety configurations.

Segmented virtual inertia and damping blocks resolve oscillatory frequency responses and excessive fault currents in virtual synchronous machines.