Patents for Inventation Database

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404 Patents

• [ABC.13.041.A] Smart Bench
• [ABC.14.006.A] SELECTIVE AND INTERACTIVE DEVICE FOR DYNAMIC CONTROL OF ELECTROMAGNETIC WAVE
• [ABC.14.019.A] Method and system for managing and displaying models of three-dimensional complex objects
• [ABC.15.007.A] Textile wall
• [ABC.15.013.A] FUNCTIONAL UPHOLSTERY SYSTEM
• [ABC.15.031.A] METHOD OF APPLICATION OF PHOTOVOLTAIC MODULES INTEGRATED IN A BUILDING
• [ABC.16.031.A] SYSTEM FOR SHIELDING AND CONTROLLING SUN LIGHT OR THE LIGHT FLOW COMING FROM ARTIFICIAL SOURCES, ESPECIALLY FOR APPLICATION TO BUILDINGS
• [ABC.17.044.A] Net Pod - instant Chignon
• [ABC.18.040.A] Modular kit for microalgae cultivation
• [ABC.18.054.A] METHOD TO REALIZE THE FABRICATION AND FINISHING OF AN ACCESSORY CLADDING ELEMENT FOR USE IN ARCHITECTURE AND DESIGN
• [ABC.18.055.A] CLADDING ELEMENT FOR USE IN THE CONSTRUCTION INDUSTRY AND METHOD FOR ITS REALIZATION
• [ABC.19.079.A ]
• [ABC.20.050.A] ANT-3D: a new tool for 3D surveying of confined spaces
• [ABC.21.001.A] suSTruct.ai – Conceptual design of buildings with artificial intellgence
• [ABC.21.030.A]
• [ABC_D.15.032.A] Performance based designed BIPV module made of curved predded glass
• [AE.03.003.A]
• [AE.07.005.A]
• [BE.11.027.A]
• [BI.00.006.A]
• [BI.00.007.A]
• [BI.00.008.A]
• [BI.01.002.A] Aortic CAnnula
• [BI.02.003.A]
• [BI.03.006.A] Apparatus for navigation and for fusion of ecographic and volumetric images of a patient which uses a combination of active and passive optical markers
• [BI.05.012.A]
• [BI.06.016.A] Apparatus for respiratory support and non-invasive detection of alveolar derecruitment for patients suffering from respiratory failure
• [BI.06.022.A]
• [BI.07.045.A]
• [BI.11.008.A]
• [BI.11.011.A]
• [BI.11.012.A]
• [BI.11.013.A]
• [BI.12.007.A]
• [BI.12.010.A] Endoscope
• [CH.02.007.A]
• [CH.03.020.A] MEASURING DEVICE, EQUIPMENT AND METHOD FOR MONITORING THE ONSET OF CORROSION AFFECTING STEEL REINFORCEMENTS EMBEDDED IN REINFORCED CONCRETE
• [CH.04.001.A]
• [CH.05.008.A]
• [CH.05.026.A]
• [CH.06.038.A]
• [CH.07.019.A]
• [CH.08.018.A]
• [CH.08.021.A]
• [CH.08.038.A] Hydrogel capable of containing and conveying cells
• [CH.12.003.A]
• [CH.13.001.A] Process for the enrichment of air
• [CH.13.015.A]
• [CH.13.016.A] Syngas production by CO2 reduction process
• [CH.13.044.A] POLYMER COMPRISING REPEATING UNITS CONSISTING OF A SUBSTITUTED PYRROLE RING AND PRODUCTS OBTAINED BY COMBINING SAID POLYMERS WITH CARBON ALLOTROPES
• [CH.14.001.A] Amphipilic magnetic nanoparticles and aggregates to remove hydrocarbons and metal ions and synthesis thereof
• [CH.14.007.A] PROCESS FOR THE SYNTHESIS OF 2-(2,5-DIMETHYL-1H-PYRROL-1-YL)-1,3-PROPANEDIOL AND ITS SUBSTITUTED DERIVATIVES
• [CH.14.008.A] ADDUCTS BETWEEN CARBON ALLOTROPES AND SERINOL DERIVATIVES
• [CH.15.012.A] ELASTOMERIC COMPOSITION AND VULCANIZATION ACCELERATOR USED THEREIN
• [CH.15.020.A] Nichoids: a substrate for Stem Cells culture
• [CH.15.021.A] A method and apparatus for the 3D printing of continuous fiber
• [CH.15.029.A] Microbubble formulation for ultrasound imaging
• [CH.16.015.A] Device for cell culture: an innovative Miniaturised Optically Accessible perfusion Bioreactor
• [CH.16.019.A]
• [CH.16.021.A] Adducts between carbon allotropes and pyrrole derivatives
• [CH.16.022.A] Adducts between carbon allotropes, inorganic oxideshydroxides and pyrrole derivatives
• [CH.16.041.A]
• [CH.16.051.A]
• [CH.17.015.A] Polyester-based excipients to formulate lipophilic drugs into nanoparticles and a method for producing said nanoparticles
• [CH.17.017.A ] A capillary-based viscometer for oil analysis
• [CH.17.042.A]
• [CH.17.050.A] Elastomeric peptide
• [CH.17.065.A] Mag Shell: intraocular drug-releasing device
• [CH.17.065.A]
• [CH.17.071.A]
• [CH.17.078.A] Adduct between a pyrrolic compound and an inorganic oxide-hydroxide, super-adduct between a pyrrolic compound, an inorganic oxide-hydroxide and a carbon allotrope, method for the production of thereof
• [CH.17.079.A] Process for the coverage of fibers with polar sites
• [CH.17.080.A] Concrete compound comprising carbon allotropes ibridized sp2
• [CH.17.097.A]
• [CH.17.099.A] “Microatlas”: a miniaturized imaging window for intravital nonlinear microscopy
• [CH.17.101.A] Amino-polyesters: a new class of biomaterials for drug delivery synthesized via ROP of tertiary amino-alcohols
• [CH.17.102.A] Gene delivery carrier
• [CH.17.103.A]
• [CH.18.011.A] Enhanced chrome tanning process
• [CH.18.012.A] POLYMER FLAKES FOR THE REMOVAL OF CATIONS, ANIONS AND LIPOPHILIC COMPOUNDS FROM FLUIDS
• [CH.18.020.A] PHOTOCHROMIC MOLECULES FOR THE CARE OF DYSTROPHIES
• [CH.18.032.A]
• [CH.18.051.A]
• [CH.18.063.A]
• [CH.18.070.A]
• [CH.18.082.A] Anti-thyroid hormone (T4) recombinant antibody or antigen binding fragment
• [CH.19.001.A] Probe for the electrical resistivity measurement of concrete at different depths in new and existing structures (DDE probe)
• [CH.19.008.A] LUMINESCENT SOLAR CONCENTRATOR FOR HYDROGEN PRODUCTION
• [CH.19.013.A] Bi-REX: biomass treatment method with green solvents
• [CH.19.020.A]
• [CH.19.037.A] Organic or inorganc synthetc fiber, textile structure comprisng said fiber and air treating and filtering system
• [CH.19.045.A]
• [CH.19.052.A]
• [CH.19.082.A] Millifluidic device for advanced cultures of biological agents
• [CH.19.105.A]
• [CH.19.107.A] Method for applying a carbon-based reflective overcoating on a grazing incidence optical unit
• [CH.19.108.A]
• [CH.19.109.A] ANTI-LIMESCALE COMPOSITION
• [CH.19.124.A]
• [CH.20.005.A]
• [CH.20.019.A] Device for the treatment of postpartum uterine hemorrhages
• [CH.20.020.A] Device for the treatment of postpartum uterine hemorrhages
• [CH.20.023.A] Apparatus and Process for Plastic Upgrading and Conversion
• [CH.20.025.A] MICRO-DROPLET DISH
• [CH.20.029.A]
• [CH.20.048.A]
• [CH.20.049.A]
• [CH.20.052.A]
• [CH.20.056.A]
• [CH.20.058.A] Gas sensor
• [CH.20.060.A] Gel for mucosal regeneration
• [CH.20.071.A]
• [CH.20.083.A] ROPLASTIC: New technology for the recovery and ENHANCEMENT of polyesters and polyamides
• [CH.21.026.A] Process to chemical recycle OF tyres
• [CH.21.031.A] NEW PROCESS FOR THE PREPARATION OF 3-HYDROXY-2-PYRONE
• [CH.21.053.A]
• [CH.21.130.A] Non-viral vectors
• [CH.22.009.A]
• [CH.22.042.A]
• [DAER.16.067.A] Aircraft with electric battery, in particular hybrid aircraft
• [DAER.18.018.A] BIDIRECTIONAL G-SEAT
• [DAER.18.075.A]
• [DAER.20.018.A] Distributed propulsion aircraft for flight schools
• [DAER.20.084.A]
• [DAER.21.034.A ] Damper device equipped with monitoring system
• [DAER.21.079.A] Damping of helicopter blades
• [DAER.21.091.A]
• [DAST.13.011.A]
• [DAST.14.026.A]
• [DAST.16.062.A]
• [DASTU.16.004.A] System and method for detecting an environmental quantity and mapping a distribution in an environment
• [DASTU.16.007.A] Electronic device for detecting an environmental quantity
• [DASTU.21.027.A]
• [DASTU_DA.20.002.A]
• [DE.13.013.A] Blanket storytellers
• [DE.13.014.A] Method and system for instructing people who are blind, or visually impaired, to tactile recognition of an object
• [DE.13.033.A] Vertical ironer
• [DE.13.039.A] wearable system for the swimmer
• [DE.15.035.A] Joint elements with balls
• [DE.16.017.A] LOCKING SYSTEM FOR SLACKLINE
• [DE.16.020.A] Rehabilitation apparatus for the upper limb
• [DE.16.038.A] Massaging Tutor
• [DE.16.060.A] WeHand: Wearable Haptic-Feedback Navigation Device
• [DE.16.061.A] Gioco tattile per non vedenti
• [DE.17.022.A] Wearable device for caregivers of subjects suffering from epilepsy
• [DE.17.032.A] Mixing cartridge for faucets for the supply of cold, hot and mixed water
• [DE.17.034.A]
• [DE.17.035.A] Multisensory system adapted for the prevention of occupational diseases in the workplace
• [DE.17.036.A] Electronic Nose Device for Coating Plant Environment
• [DE.17.069.A] Art Lighting System
• [DE.17.092.A] Portable ionizer device
• [DE.18.053.A]
• [DE.19.005.A] MIXER FOR FOOD
• [DE.19.029.A] Method for the elaboration of information related to the road traffic navigation and device to elaborate and visualise the same information.
• [DE.19.106.A]
• [DE.20.010.A ]
• [DE.20.053.A]
• [DE.21.003.A] Adversarial Knitted Textile
• [DE.21.019.A]
• [DE.21.024.A]
• [DE.21.029.A] Guess the Feeling
• [DE.21.032.A] Electric Kettle
• [DE.21.044.A]
• [DE.21.073.A] QR CODE KNITTED REPRODUCTION
• [DE.21.092.A]
• [DE.21.101.A] TAAAC (New foldable BBQ equpped with cooking utensils)
• [DE.22.006.A] NERO: Enclosed cover/transport system for city bikes
• [DE.22.029.A] Safepack: Safety Backpack for riders
• [DE.22.030.A] Tao: Sex toys control kit
• [DEIB.15.004.A]
• [DEIB.15.008.A] Microfluidic device and relative method for the generation and/or culture and/or maturation of three-dimensional cells and/or tissue constructs
• [DEIB.15.011.A]
• [DEIB.15.015.A]
• [DEIB.15.016.A] Electronic neuromorphic system, synaptic circuit with resistive switching memory and method of performing spike-timing dependent plasticity
• [DEIB.15.022.A] PIEZORESISTIVE DETECTION RESONANT DEVICE WITH LARGE VIBRATION AMPLITUDE
• [DEIB.15.023.A] Medical image processing method for face dimorphism detection
• [DEIB.15.038.A]
• [DEIB.15.046.A] High-speed integrated thermal/power/performance management for high power density microprocessors
• [DEIB.16.002.A] Method to increase the productivity of collaborative robots
• [DEIB.16.003.A] Memristive circuit for random number generation and physically unclonable function
• [DEIB.16.005.A] Pulse Width Modulation with feedback stabilizing loop
• [DEIB.16.009.A] Device and method for the measurement of electric quantities using analog-to-digital converters (ADC)
• [DEIB.16.010.A]
• [DEIB.16.044.A]
• [DEIB.16.045.A] System for surgeons/cardiologists training in cardiac interventions and procedures
• [DEIB.16.050.A] Mise-en-scene recommendation system
• [DEIB.16.068.A]
• [DEIB.16.077.A]
• [DEIB.17.009.A] Device for customized controlled grip assistance
• [DEIB.17.010.A]
• [DEIB.17.011.A] Method for people motion detection by cellular signal quality
• [DEIB.17.020.A] Thermostabilized Amadoriase I from Aspergillus Fumigatus
• [DEIB.17.021.A]
• [DEIB.17.023.A] Methods, devices and systems for microfluidic stress emulation
• [DEIB.17.038.A] Method and system for transporting multiple signals over optical modes
• [DEIB.17.045.A]
• [DEIB.17.057.A] Wearable device for continuous monitoring of the respiratory rate
• [DEIB.17.059.A] Measurement system of electrical impedance of human tissues
• [DEIB.17.062.A]
• [DEIB.17.064.A]
• [DEIB.17.066.A] THE MICELI (MICrofluidic, ELectronic, Impedance): Point of Care Microfluidic Chip for Real-Time Platelet Aggregation Measurement)
• [DEIB.17.068.A] MATHEMATICAL PROBLEM SOLVING CIRCUIT INCLUDING RESISTIVE ELEMENTS
• [DEIB.17.082.A] Production method for built-in capacitive sensor at low cost
• [DEIB.18.004.A] Method for monitoring an optical communications system
• [DEIB.18.005.A]
• [DEIB.18.024.A] An insufflator for exposing structures within an internal body cavity
• [DEIB.18.034.A]
• [DEIB.18.050.A]
• [DEIB.18.071.A]
• [DEIB.19.021.A] Proof system and method for structured documents
• [DEIB.19.022.A] Method and system for pointing electromagnetic signals emitted by moving devices
• [DEIB.19.039.A] An fpga-as-a-service system for accelerated serverless computing
• [DEIB.19.039.A] An fpga-as-a-service system for accelerated serverless computing
• [DEIB.19.040.A]
• [DEIB.19.044.A]
• [DEIB.19.070.A] Low source impedance insufflator
• [DEIB.19.085.A] Radiation detection apparatus
• [DEIB.19.095.A] Sensorised and interactive Pull-Up training tool
• [DEIB.19.114.A]
• [DEIB.20.008.A] SYSTEM AND METHOD OF COMMUNICATION BETWEEN A VEHICLE AND AN AGENT
• [DEIB.20.013.A]
• [DEIB.20.015.A]
• [DEIB.20.027.A] Non-invasive ventilation system for the pre-hospital management of acute respiratory failure
• [DEIB.20.047.A] TTOP
• [DEIB.20.077.A] Spatially-resolved, event-driven architecture for single- and multi-photon event
• [DEIB.20.078.A] Method for minimum-time control of a robot on an assigned path in collaborative applications
• [DEIB.20.080.A] Mixed-reality systems for enhancing stereotactic radiosurgery case planning
• [DEIB.20.081.A] Monitoring ventilatory parameters - Intra-Oral Respirometer- airflow sensor
• [DEIB.20.082.A]
• [DEIB.21.004.A] POLIQI - POLItecnico Quantum Infrastructure
• [DEIB.21.007.A] HMDrive 2
• [DEIB.21.008.A] Force sensor device for a climbing wall
• [DEIB.21.009.A] System and Method for the Identification of Functional Exercises and the Evaluation of the Execution Technique
• [DEIB.21.010.A] POLIQI - POLItecnico Quantum Infrastructure (addendum)
• [DEIB.21.035.A] AI BASED QUANTUM COMPILER
• [DEIB.21.061.A] Nanowires-based Device for the Implementation of a Reservoir for a Neural Network
• [DEIB.21.068.A] System for the recognition of code sabotage of a control system through trusted-memory processors
• [DEIB.21.098.A] A SOFT ASSISTIVE DEVICE FOR ELBOW EFFORT COMPENSATION
• [DEIB.21.117.A] Hardware Accelerator for Feature Extraction from Sensors’ Physical Signals
• [DEIB.21.119.A] High-efficiency X-ray detector
• [DEIB.22.008.A] Time Correlated Single Photon Counting (TCSPC) System without the Pile-Up Phenomenon
• [DEIB_SW.21.056.A] Real-time spatial audio control system for loudspeaker arrays
• [DE_D.13.027.A] PISOLA
• [DE_D.14.035.A] Device for Non-Pharmacological Train Therapy for Alzheimer's patients
• [DE_D.14.036.A] Therapeutic Cabin
• [DE_D.15.034.A] Construction set for children
• [DE_D.16.001.A] Ice block glass
• [DE_D.16.056.A] Interactive manual toothbrush for preschoolers
• [DE_DA.21.074.A]
• [DICA.13.029.A] Method and apparatus for measuring gas flow
• [DICA.14.024.A] Novel electrostatic micropump with simple micro-fabrication process
• [DICA.15.002.A] Energy recovery control flow valves
• [DICA.17.051.A] Finite periodic structure for low frequency (0Hz-300Hz) vibration insulation for typical civil engineering vibration problems
• [DICA.17.081.A] Monitoring and measurement method of a deposit layer on a surface in contact with a liquid medium and monitoring and measurement sensor implementing the same
• [DICA.18.069.A] Metereosensitive user-controllable skin for dynamic façades
• [DICA.19.014.A] System for improving the thermal insulation capacity of coating elements for fire protection
• [DICA.19.059.A] System for lightweight design through additive manufacturing
• [DICA.19.102.A] Green Valve (1)
• [DICA.19.103.A] Green Valve (2)
• [DICA.20.006.A] MEMS device with vibration isolation plate
• [DICA.20.035.A]
• [DICA.21.052.A] Multi-resonator device for use in energy harvesting system or in an actuating system
• [EG.09.047.A]
• [EG.10.001.A]
• [EG.13.021.A] PORTABLE RADIATION DETECTION DEVICE FOR OPERATION IN INTENSE MAGNETIC FIELDS
• [EG.14.010.A] Stirling Cycle Machine
• [EG.15.005.A]
• [EG.16.058.A]
• [EG.17.016.A] Locally engineered PEM cells components with optimized operation for improved durability
• [EG.17.058.A]
• [EG.17.073.A] CO2-based mixtures as working fluid in thermodynamic cycles
• [EG.18.019.A] Flow Battery
• [EG.19.084.A]
• [EG.19.093.A] Electrode for a flow battery and production method
• [EG.19.096.A] Energy conversion system
• [EG.21.012.A]
• [EG.21.013.A]
• [EG.21.023.A ] Autonomous diagnosis of defects
• [EG.21.036.A]
• [EG.21.037.A]
• [EG.21.096.A] Electrically Heated Structured Reactor for Endothermic Reactions
• [EI.00.004.A]
• [EI.01.006.A]
• [EI.03.008.A]
• [EI.03.013.A]
• [EI.03.016.A]
• [EI.06.010.A]
• [EI.07.001.A]
• [EI.07.002.A]
• [EI.07.040.A]
• [EI.07.041.A]
• [EI.08.001.A]
• [EI.08.034.A]
• [EI.08.036.A]
• [EI.09.017.A]
• [EI.09.027.A]
• [EI.09.060.A]
• [EI.10.005.A]
• [EI.10.017.A] Reconfigurable antennas and configuration selection methods for Mimo AD-HOC networks
• [EI.10.039.A]
• [EI.11.009.A]
• [EI.12.013.A]
• [EI.12.024.A]
• [EI.99.001.A]
• [EIB.13.002.A]
• [EIB.14.009.A] SIGNALING SYSTEM FOR OPTIMIZING THE FUEL CONSUMPTION OF A VEHICLE TRAVELLING ON A ROAD WITH TRAFFIC LIGHTS
• [EIB.14.016.A]
• [EIB.14.027.A]
• [EI_D.12.035.A]
• [ET.02.002.A]
• [FI.03.021.A]
• [FI.07.048.A]
• [FI.08.008.A] System for generating raman vibrational analysis signals
• [FI.08.047.A]
• [FI.10.024.A]
• [FI.12.004.A] Phase -locked delay device including an optical wedge pair
• [FI.14.018.A] Method and equipment for magnetic nanopatterning of substrates
• [FI.15.024.A] Selective Plane Illumination Microscopy on a chip
• [FI.16.036.A]
• [FI.17.013.A] A birefringent interferometer for measuring photoluminescence properties of samples
• [FI.17.041.A] Rapid Diagnostic test for malaria diagnosis
• [FI.17.095.A] LASER DEVICE FOR COHERENT RAMAN SPEctroscopy
• [FI.18.021.A] Device and method for detecting time-resolved optical data
• [FI.18.033.A] Fourier-transform hyperspectral imaging system
• [FI.18.056.A]
• [FI.19.004.A] TMEK2: DEVICE FOR THE QUANTIFICATION OF BIOLOGICAL COMPONENTS IN A FLUID
• [FI.19.011.A] Flexible thermoelectric microgenerator and production method thereof
• [FI.20.011.A] Diode-pumped optical amplifier for ultrafast lasers
• [FI.21.067.A] Dielectric Radio Frequency Quadrupole (D_RFQ)
• [FI.21.071.A] TUNABLE MID-INFRARED LASER SOURCE AND METHOD
• [FI.21.128.A] Micro scale device providing reconfigurable and permanent magnetic field for spintronic applications
• [FI.22.010] PATTERNED LIGHT GENERATING DEVICE FOR MICROSCOPY AND APPARATUS THEREOF
• [FI.22.019.A] Laser-Written Vapor-Cells
• [IN.06.015.A]
• [IN.09.008.A] Multifunctional mechanical joint
• [IN.09.038.A] Device dispenser for a liquid
• [IN.09.041.A] ASS Air Saddle System
• [IN.09.055.A] Football shoes
• [IN.10.016.A] Safety device for ropes
• [IN.11.005.A] Pack Pizza
• [IN.11.031.A] Portable apparatus for cooking on the grill
• [IN.11.032.A] Variable resistance training device
• [IN.12.001.A]
• [IN.12.008.A] Portable training device
• [IN.12.009.A] Modular Forniture
• [IN.12.021.A] Disposable hygiene device in paper for hands
• [IN.12.033.A] Transport device
• [IN.12.037.A] Multifunctional device for cardio training
• [IN_D.12.001.A] Multifuncional Bag
• [MA.12.036.A] Lattice truss
• [MA.16.073.A] Free-form topology optimization for additive layer manufacturing
• [MA.20.024.A]
• [ME.01.005.A]
• [ME.02.004.A] Device for measuring the inertia tensor of a rigid body
• [ME.03.004.A] Device and method for measuring forces and moments
• [ME.05.025.A] Elastic joint with a translating spherical hinge and force and moment sensor improved by means of the said joint
• [ME.07.003.A]
• [ME.07.031.A]
• [ME.08.032.A] Method for automatically partitioning a part program into fundamental operations
• [ME.08.040.A]
• [ME.09.019.A]
• [ME.10.006.A]
• [ME.10.040.A]
• [ME.10.043.A]
• [ME.11.003.A] Compact - Folding and compactable scooter
• [ME.11.004.A] 46/5000 Giubi: folding and collapsible scooter
• [ME.13.012.A]
• [ME.13.045.A] NOZZLE FOR COVERING WELDS WITH ASSISTING GAS
• [ME.13.045.A] Aerodynamic device for reducing the drag of terrestrial vehicles
• [ME.14.022.A]
• [ME.14.028.A]
• [ME.15.001.A] A device for direct additive manufacturing by means of extrusion of metal powders and ceramic materials on a parallel kinematic table
• [ME.15.042.A] RAPID MOLD MANUFACTURING METHOD
• [ME.16.011.A] METHOD AND SYSTEM FOR ADDITIVE MANUFACTURING
• [ME.17.008.A]
• [ME.17.018.A] A novel pressure system to measure surface pressure distributions on soft sails
• [ME.17.085.A] Sensorized wheel
• [ME.18.030.A] Device for in-situ defect removal during 3D printing of metal parts
• [ME.18.043.A]
• [ME.18.046.A] ABRASIVE WATER JET CUTTING MACHINE
• [ME.18.062.A]
• [ME.18.068.A] PROBABILISTIC FATIGUE ASSESSMENT OF COMPONENTS IN THE PRESENCE OF DEFECTS
• [ME.19.007.A]
• [ME.19.035.A] SEMI-ACTIVE DAMPER FOR RAILWAY PANTOGRAPHS
• [ME.19.048.A]
• [ME.19.088.A]
• [ME.19.119.A]
• [ME.20.001.A] HUB CARRIER COMPRISING FORCE AND/OR MOMENT SENSORS
• [ME.20.028.A] Multi-touch sensing surface for projection-based AR
• [ME.20.032.A]
• [ME.20.036.A] APPARATUS AND METHOD FOR SAMPLING AND DETECTING AIRBORNE PATHOGENS
• [ME.20.069.A]
• [ME.21.017.A]
• [ME.21.050.A]
• [ME.21.066.A]
• [ME.21.069.A] Wireless electromechanic braking system for ski-rolls
• [NU.01.003.A]
• [NU.04.006.A] Method and device for the reading of passive track dosemeters
• [NU.06.008.A]
• [NU.07.033.A]
• [ST.01.008.A]
• [ST.07.009.A] Portable electrocardiographic apparatus
• [ST.07.013.A]
• [ST.08.039.A]