Volume/Mass Flow Measurement TRIZ Cases

Clock select circuitry synchronously switches between multiple reference clock rates based on real-time data activity indications.

A power simulator extracts static and dynamic information to calculate estimated processor consumption.

A flexible containment system shields optical sensing elements and communication media within conduit walls.

Adhesive bonded non-piezoelectric caps replace soldered wires on the piezoelectric block, reducing manufacturing costs and improving part-to-part repeatability.

Segmenting the control problem into localized subproblems reduces computational complexity while maintaining adaptability in unbalanced radial networks.

An auxiliary processor handles LLDP classification to resolve PSE compatibility issues during initialization.

A hardware processor uses telemetry data and a machine learning model to predict workloads and select optimal operating profiles.

A biometric sensor compares user data against stored records to enable system power-up only upon successful authentication.

Segmented molding and intermediary cushioning reduce bending stress on semiconductor chips during thermal flow meter manufacturing.

A power management module detects connected devices and displays a user interface to control bidirectional energy transfer between batteries.

Miniaturized microneedle probes enable precise sap flow measurement in small plants, overcoming invasive limitations of traditional large-diameter needles.

A power system controller increases output to store energy in capacitance during low demand periods.

A security device mediates test access port signals using an independent key interface to enable authorized debugging operations.

A USB host connector integrates a device determination section to identify connected hardware and route power through dedicated terminals.

A wireless interface module uses a secondary radio to send wake commands that transition primary radios from low power states.

A battery charger management system deduces battery type and state by monitoring the power supply current consumed during charging cycles.

Dynamic threshold adjustment via DAC prevents premature throttling when static circuits cannot adapt to varying power supply capabilities.

A temperature sensing block detects fluid heat through oscillation circuit frequency shifts in ultrasonic flow meters.

An optical system measures flow rate by correlating successive images of non-homogeneous material, avoiding immersion disturbance.

A magnetic resonance method determines multiphase fluid velocities using radio-frequency pulse sequences with and without field gradients.

Amplitude calculator derives pulsation amplitude from maximum and minimum airflow values to acquire precise correction parameters.

A micro-rheometer uses an electrode array to detect fluid flow velocity and measure rheological properties accurately.

Trigger signals from internal logic set the input output cell into a safe state mode, preventing damage during power ramp up without dedicated pads.

A flow sensor detects errors by comparing measured temperature quotients against stored reference values.

Segmented power modules enable component upgrades without increasing structural complexity.

A physical-quantity detection device uses an asymmetric press-fitting flange portion to position the sensor within a main passage.

Centralized controller coordinates converter stations to stabilize multi-terminal HVDC systems.

A power control unit manages driving voltages for an array e-fuse during semiconductor boot-up operations.

Management controller negotiates power from external device to maintain operations during AC loss.

An external graphics module connects to a notebook via a single connector to transmit signals and deliver power.

A communication connector determines network connection status independently through a dedicated processor without host intervention.

Control module manages power distribution among daisy-chained electronic devices to resolve host power supply instability.

A power supply control part switches to battery energy and halts secondary system devices during disruption.

Controller switches power supply mode to interface during sleep state, enabling external device charging while reducing overall energy consumption.

Selective switches route power from a USB device to a host with a dead battery, preventing short circuits and current damage.

Laser-based particle tracking velocimetry visualizes tracer particles as bright spots for accurate flow velocity distribution measurement.

A host-based power management system controls energy flow to external interfaces like USB ports through firmware and hardware components.

Nozzle thermistors monitor fluid flow rate and temperature to detect clogs, reducing manual inspection time.

Direct pipe mounting via integral tabs eliminates auxiliary alignment tools and reduces maintenance caused by thermal cycling.

A configurable integrated gate driver circuit manages N-channel and P-channel power-FETs in USB Type-C systems.

A method calculates flow velocity using transit time differences in ultrasonic transducers.

A multiphase flowmeter combines pressure differential transmitters with ultrasound Doppler sensors to measure fluid flow rates directly.

A power sourcing equipment detects cable faults and redistributes voltage across remaining wire pairs to maintain continuous power delivery.

A network device calculates total available power from operational and reserved values to selectively power down PoE interfaces.

Dual voltage detectors keep the real-time clock running below CPU thresholds, preventing unnecessary resets and user reconfiguration.

A second boot sequencer decrypts encrypted codes to configure the timing controller, enabling adaptable specifications without external CPU security risks.

A parallel plate member redirects bypass flow to align with the main stream, reducing separation and vortex formation at the outlet.

A processor adjusts boosting levels based on application loading times to optimize device performance.

A memory device circuit generates a reference voltage to stabilize signal levels at the input buffer.