Thermometers Using Electric/Magnetic Elements TRIZ Cases
- Thin-Film Sensor Element With Segmented Resistance Structure
A thin-film sensor element uses a segmented resistance structure with internal reference points to form a four-conductor circuit.
- Inverter Ground Fault Detection via Zone Segmentation
Zone-based fault isolation prevents total system shutdown by disconnecting only affected segments, preserving 75% output capacity during ground faults.
- Thermocouple Input Terminal With Integrated PCB Sensor
An integrated thermocouple input terminal eliminates metal pins using PCB traces, reducing thermal impedance and isothermal errors.
- Magnetic Field Circuit Temperature Sensing via Signal Modulation
A magnetic field circuit modulates temperature signals at twice the carrier frequency to extract data using existing PN junctions.
- Calibrated Temperature Measurement System Using On-Chip Reference Resistors
A calibrated temperature measurement system uses on-chip reference resistors to generate digital signals for precise thermal readings.
- Integrated Gas Temperature Probe for Harsh Environments
An integrated multi-function gas temperature measurement probe combines thermocouples, thin filament pyrometry, and sampling apertures.
- Thermocouple Supporting Body Design for Flame Monitoring
Integrating the supporting body with transmission conductors reduces material costs while maintaining electrical insulation between conductor elements.
- Temperature Sensing Circuit for Semiconductor Memory
A temperature sensing circuit uses voltage comparison to detect ambient conditions in semiconductor memory devices.
- Thermocouple Probe Conduction Error Correction
A thermocouple probe system uses CFD modeling and linear regression to correct measurement data.
- Soldering Iron Automatic Joint Validation via Power Monitoring
A soldering iron station identifies cartridge type and measures power delivery to determine intermetallic component thickness for reliable joint formation.
- Seawater Temperature Vertical Distribution Stratum Simulation Model
A four-layer simulation model calculates random depth water temperatures using observed ocean data and linear regression.