US Patents
NETZSCH makes every effort to protect our intellectual property – our new ideas and investments in innovation and creativity. Whether it is new products that have been invented or new uses for old ones discovered, we have filed for patents in the various countries around the world to promote stronger and more effective intellectual property protection around the world. Following are the patents we have filed in the United States:
| Method and device for material analysis: Crucible and sensor arrangement for DSC | US 10,088,441 |
| Thermoanalysis device: STA-FT-IR Coupling | US 9,429,531 |
| Method for performing a differential thermal analysis: for determination of the DTA signal and calibration of TGA systems | US 9,310,259 |
| Method for evaluating a measurement result of a thermal analysis, as well as use of the method, computer unit, computer program product and system for performing the method | US 9,816,869 |
| 3D Diffusivity | US 9,939,396 |
| Device and method for measuring a change in length of a sample and/or for measuring a deformation force on a sample | US 9,791,330 |
| System and method for analysis in modulated thermogravimetry | US 9,389,194 |
| Device and method for thermal analysis: Simultaneous DSC and TGA system (STA) | US 9,939,329 |
| Thermal analysis device and method for thermal analysis comprising gas analysis: GC-MS Coupling | US 9,689,818 |
| Low thermal inerta scanning AdiabaticoIl termine “Adiabatico” descrive un sistema o una modalità di misura che non comporta alcuno scambio di calore con l’esterno. Questa condizione può essere realizzata in strumenti come il calorimetro di reazione (ARC). Lo scopo principale di questo tipo di strumento è quello di studiare le reazioni termiche di fuga e quindi la situazione di caso peggiore (worst-case scenario). Una descrizione breve della condizione adiabatica è “non entra calore – non esce calore”. adiabatic calorimeter | US 7,021,820 |
| Device for detecting Conduttività TermicaThermal conductivity (λ with the unit W/(m•K)) describes the transport of energy – in the form of heat – through a body of mass as the result of a temperature gradient (see fig. 1). According to the second law of thermodynamics, heat always flows in the direction of the lower temperature.thermal conductivity by means of optical pulses | US 7,038,209 |
| Thermal analysis apparatus and thermal analysis method | US 8,899,827 |
| Temperature-control device for thermoanalytical analyses | US 9,164,049 |