Calorimeter TRIZ Cases
- Thin-Film Wheatstone Heat Flux Meter for Drift Compensation
Heating can unbalance thin-film Wheatstone bridges; measured parallel compensation resistors equalize arm temperature coefficients for stable heat-flux readings.
- Radiator Temperature Detection With Dual-Function Sensor Connections
Dual-purpose contacts fasten an added component while reading the room-temperature sensor, simplifying radiator plate measurement assembly.
- Anomalous Nernst Heat Flux Sensing in Peltier Elements
Conventional heat-flux sensors can impair Peltier efficiency; a directly formed anomalous Nernst sensor enables fast, low-resistance heat-flow measurement.
- HVAC Thermal Load Measurement via Airflow Enthalpy
A system calculates instantaneous heat exchange using volumetric airflow and enthalpy changes.
- Duplex Calorimeter Branch Pipe Flow Measurement
Branch pipes split heat flow for independent measurement, enabling accurate duplex calorific value calculation without separate directional devices.
- Hybrid Heating Cooling Cost Allocator Sensor Integration
Dual sensor evaluation unit calculates heat absorption units during cooling mode, enabling consumption-based billing without additional recording technology.
- Heat Generator Output Sizing via Daily Energy Measurement
Daily energy measurement in separate water circuits determines precise heat generator output, eliminating oversized systems caused by theoretical assumptions.
- Thermoelectric Conversion Element with Insulated Electrodes
An insulating layer isolates dissimilar work function electrodes from the thermoelectric material, preventing galvanic cell formation during etching.
- Heat Cost Allocator Sensor Mounting on Display Terminals
A heat cost allocator mounts a room temperature sensor directly onto electronic display terminals to simplify assembly and reduce wiring complexity.
- Thermal Energy Measurement System Using Active TEM Control
A thermal energy measurement system uses a thermoelectric module and closed-loop servo controller to regulate temperature.
- Dynamic Heat Flow Calculation via 3D Thermography
A system combines 3D scanning and thermographic imaging to map building enclosures with high spatial resolution.
- Electronic Heat Cost Allocator C-Value Determination
External thermometers measure radiator surface and room air temperatures to calculate precise c-values for electronic heat cost allocators.
- Calorimeter with Nested Temperature Stages for Microkelvin Stability
A calorimeter uses three nested temperature control stages to isolate the measurement sensor from external thermal disturbances.
- Heat Flux Sensor With Aligned Bored Holes
Pre-drilled holes guide thermocouples along a common normal line, eliminating positional deviation errors during assembly.
- Single-Crystal Heat Flux Sensor for Transient Measurement
A single-crystal heat flux sensor achieves fast response times through high thermal conductivity materials.
- Virtual Heat Metering for Central Thermal Energy
A virtual heat metering system estimates thermal energy exchange using a fluid dynamic model and main supply sensors.
- Building Envelope Thermal Diagnosis via Controlled Heating
A building envelope thermal diagnosis system uses a heating module to adjust internal temperature for performance assessment.
- Dual-Probe Heat Exchanger Sensor for Fouling Detection
Segmented dual-probe sensors measure wall-side thermal resistance to detect fouling without strong environmental assumptions.
- Convective Heat Transfer Coefficient Measurement Device
A device measures temperature differences between a convection surface and ambient fluid to calculate the convective heat transfer coefficient.
- Radiator Heat Cost Allocator Using Flow and Temperature Sensors
A radiator heat cost allocator calculates thermal energy using integrated flow and temperature sensors within the hydraulic circuit.
- Heat Flow Sensor With Thin Insulating Protective Layer
An extremely thin polymer film protects the active element, reducing thermal invasiveness and improving measurement accuracy.
- Heat Cost Allocator Parameterization via Derived C-Values
Deriving c-values from existing thermal coupling data eliminates redundant on-site measurements for new heat cost allocators.
- Heat Flux Sensor Thermal Barrier Amplification
A thermal barrier amplifies differential temperatures across sensor cavities, resolving measurement difficulties in high conductivity silicon substrates.
- Heat Cost Allocator Operating Status Transmission
Electronic heat cost allocators receive operating status data to register consumption only during active heating periods.
- Membrane Microcalorimeter Mixing and Thermal Isolation
Vacuum isolation reduces thermal interference from the environment to improve measurement sensitivity.
- Large Volume Calorimeter Thermal Isolation
Segmented heating zones and thermal interface fluids enable accurate calorimetry of large batteries, resolving limitations in conventional small-volume testing.
- Calorimetric Probe Vacuum Insulation Heat Measurement
Vacuum insulation eliminates air conduction in reaction calorimeter probes, enabling precise detection of small heat production amounts.
- Dynamic Reference Point Selection for Radiator Heat Cost Allocation
Electronic heat cost allocators determine representative radiator temperatures using volume flow-dependent variables from local supply pumps.
- Heating Cost Distributor Rotary Connector Assembly
A rotary connector arrangement links a connecting cable to an electronic card, eliminating expensive soldering and preventing board damage during assembly.
- Adaptive Consumption Meter Frequency Control
A consumption meter adjusts temperature measurement frequency based on flow rate changes and power balance.
- Radiator Control Device for Accurate Energy Consumption Measurement
A radiator control device detects fluid flow and temperature differences to calculate energy consumption accurately.