Volume/Mass Flow Measurement TRIZ Cases

A protruding housing structure separates the ultrasonic transducer from the measured medium to prevent moisture accumulation.

A gas meter sensor module paired with a bypass module diverts excess flow around the measurement device.

A modular computing system routes messages across power delivery buses using a message delivery routing table to connect non-adjacent modules.

A smart flow meter power circuit reduces energy usage by activating only during fluid detection.

Dynamic current management switches power sources based on geometric configuration to mitigate thermal dissipation issues in clamshell designs.

Articulating joint in float assembly differentiates ideal from nonideal conditions to prevent inaccurate data collection during excessive fluid sloshing.

A coupling element converts acoustic longitudinal waves into transverse waves via internal reflection at angled boundaries.

A power management system controls a USB hub relay to supply energy only after the operating system boot completes.

A mobile power supply switches between charging and communication modes via a discharging control module.

A flow measuring instrument uses ceramic and quartz oscillation circuits to control high rate clock timing during ultrasonic travel time measurement.

Segmented charger circuits with predictive role swapping resolve voltage droop during rapid power disconnection events.

A USB signal output circuit uses a dual pull-low architecture to manage switch control terminal voltage levels during operation.

Inlet-side rectification stabilizes fluid flow while the V-shaped ultrasonic path maintains accuracy across diverse piping configurations.

A control method switches electronic device apps and components between operating states based on real-time temperature detection.

A processor calculates self-power consumption time averages to dynamically adjust system power limits for electronic apparatuses.

Mutual correlation functions determine ultrasonic signal transmission time differences, resolving low precision in traditional flow rate calculations.

A power providing device supplies two voltage levels to reduce standby energy consumption in PoE systems.

Power delivery circuitry stores excess energy during idle periods and releases it to supplement external power supply capacity.

Power management controller detects user ID devices to automatically power on or off computing targets in virtual desktop infrastructure.

Reconfigurable USB network module detects device characteristics to set optimal power modes, resolving compatibility and efficiency trade-offs.

Segmented bypass arrangement with multiple flow sensors detects blockages by comparing signals, resolving measurement precision issues.

A signed permission object with an expiration counter unlocks hardware diagnostic functions through dynamic validation.

A regulator circuit uses adaptive pull-down current to clamp output voltage spikes during transient load changes.

A semiconductor device uses phase difference measurement to set hold times in a closed loop controller.

A power supply unit charges a buck capacitor and super capacitor via a PFC to buffer energy for downstream systems.

A power control module queries a lookup table to determine burst operating voltage for flash drive command execution.

A microwave signal-based water analysis device determines fluid properties, water in liquid ratio, and salinity levels.

A spring-loaded port cover assembly maintains electrical coupling between the transformer and piezoelectric element in ultrasonic flow meters.

A control method adjusts power parameters using operation data and response information from target components.

A multi-power management system calculates input power contribution ratios to adjust adapter output currents and voltages for balanced supply.

Iterative current chip power model generation aligns expected and actual waveforms within tolerance limits for memory unit I/O domains.

Adjusting CPU clock frequency via busyness ratio and peripheral state reduces peak power consumption to extend battery life.

Optical sensor and grating detect LCD hinge angle to manage display power, replacing mechanical switches that compromise aesthetics.

An error isolation unit polls registers to detect device errors in computer systems.

A bubble sensor uses a heating element and transducer to detect gas phase in liquids via thermal conductivity differences.

Adjustable sensor heads resolve geometric alignment contradictions, enabling accurate transit time flow measurements across varying pipe geometries.

A recursive multi-model algorithm simulates pulsed radar echo curves by segmenting signal paths and applying spatial attenuation factors.

Frequency analysis block calculates main frequencies from buffered values to reduce accuracy degradation after heating state switching or flow rate changes.

A battery power supply system uses control switches to connect multiple units in parallel based on voltage thresholds.

A USB-PD policy engine determines port readiness to transition from an unpowered state into a check internal power state.

A storage array power supply control system switches to standby batteries upon detecting state data anomalies.

A self-configuring integrated circuit uses a voltage divider to automatically select the correct supply voltage for connected devices.

An integrated network switch merges grid and cellular modems to resolve the trade off between reliability and equipment complexity during power failures.

A centralized power management system configures client modules to collect and store energy usage data across multiple devices.

A synchronous processing module replicates data files between portable electronic devices via transmission lines.

Dynamic order adjustment prevents voltage droop and data corruption from simultaneous power surges.

A power supplying apparatus matches power roles automatically using stored flow direction information.

A clock control method uses selective gating and dithering to manage power supply transitions in CMOS circuits.