Programme Control TRIZ Cases

Built-in hemispheres and v-grooves provide repeatable placement, resolving dimensional accuracy issues in additive manufacturing.

A 3D sheet metal part model stores manufacturing and geometry data to resolve communication gaps between CAD design intent and shop floor operators.

An automated method calculates and verifies loading sequences to ensure correct boat positions in semiconductor manufacturing processes.

A wire electric discharge machine retreats the electrode to remove a short circuit and returns automatically.

A control system generates outputs using manipulation interface priority information and automatic control signals verified by a safety unit.

A dual-arm robot with a turnable torso and swingable arms handles workpieces at stocker access points.

A failure detection module estimates state matrices from sensor data to identify component anomalies.

Accelerometer-based spindle runout diagnostic system measures vibrational responses to detect misalignment, reducing downtime from manual calibration.

MFCC and CELP algorithms extract fault signatures from noisy turbine signals, enabling accurate diagnosis without increasing system complexity.

Iterative simulation determines optimal modulation frequency to eliminate vibrations in large turbomachine rotor disks.

A protocol-independent server engine manages building automation end devices through dynamic extensibility and automatic configuration capabilities.

A filter and memory circuit detect intermittent noise in resistive position sensor signals to trigger maintenance alarms.

A robotic vehicle adjusts movable components to shift its center of gravity for automatic balance maintenance.

Information processor generates multi-dimensional relation diagrams to display device connectivity and current measurement values on terminal screens.

A hypervisor virtualizes process control hardware to enable seamless component upgrades without altering the operating system.

A capacitive touch panel adjusts detection thresholds via a management device to handle ambient noise.

Independent evaluation units generate safe current values compared in a safe comparator to resolve single-point microprocessor reliability risks.

A digital twin simulation model generates parameter data from electro-mechanical elements to predict remaining useful life.

Extracting nominal surface points from CAD models reduces process complexity while maintaining alignment accuracy for internal features.

Capacitive sensing activates an RFID tag via a touch switch, eliminating always-on data theft risks without mechanical wear.

A coordinate measuring device uses dynamic keys to authenticate mobile terminals via wireless communication.

A quick-connect interface couples removable accessories to portable articulated arm coordinate measuring machines.

A machine tool computing section determines initial spindle rotation speed to ensure high-speed cutting in the final pass.

Wireless communication modules replace wired connections between inverters and sensors, eliminating time delays in data collection for real-time control.

Dynamic relation models update between monitor values and performance results, maintaining etching consistency despite chamber wall deposition changes.

Segmenting the grid into enterprise, regional, and local modules resolves the contradiction between dynamic control capabilities and system complexity.

Camera sensor detects irradiation errors to correct galvano scanner positions, eliminating time-consuming microscope examinations.

A controller module exchanges operating mode and setpoint limit information through a data interface to simplify cascade configuration.

Natural language processing translates simple human commands into complex control vectors, resolving the trade-off between high precision and ease of operation.

A transmitter uses a relative-time timer to generate timestamps based on elapsed operational time without requiring a real-time clock.

Real-time camera feedback corrects multi-scanner overlap deviations, maintaining dimensional accuracy while expanding the construction zone.

An integration component retrieves sensor data independently to enable hardware-independent vehicle function development.

A safety PLC reduces signal transfer path resistance using parallel overvoltage protection units to enable higher digital signal frequencies.

A key retention device physically secures vehicle keys until a breath sample confirms blood alcohol levels meet legal driving limits.

A data generation device calculates positional relationships between robot and vision sensor coordinate systems in a virtual space.

A non-contact 3D measurement device integrates with a CNC machining center to capture workpiece geometry using a projector and cameras.

An optical sensor detects cable tension changes while a processor dynamically adjusts activation thresholds to filter thermal expansion effects.

Automated suspended shuttles create mixed pallets by picking items from storage lines, resolving manual handling inefficiencies.

Object-oriented kinematics library manages system complexity through segmentation while optimizing machining accuracy via virtual simulation.

A 3D printing orientation optimization system calculates cost functions for model configurations and displays results on a colored sphere.

A dynamic optimization system balances short-term and long-term operational risks using real-time sensor data.

A transmission control system prioritizes data packets to allocate communication bandwidth dynamically.

A vehicle data output device uses a cache memory section to store specific diagnosis data and respond directly to external tools.

A fingertip sensor detects finger displacement on a placement surface, guiding user alignment to correct rotation and lateral errors.

A flexible 3D data structure integrates continuous and discretized material property representations within a unified coordinate system.

Remote control station scales robot commands based on network latency to reduce user-induced overshoot.

Control circuit detects output signals to automatically assign hardware addresses for electronic device output circuits.

A coordinated energy dispatching system manages power distribution among remote work sites using modular reciprocating generators and switchgear.

A packet classification system selects between cut-through and store-and-forward operations based on receipt rate and time.