The novel chip-to-chip platform integrates micro structured light emitting diodes and photodiodes into a high-end semiconductor circuit, thus combining electrical and optical signal processing for next-generation artificial intelligence and high-performance computing.
The technology comprises an advanced battery management system (BMS) with tailored hardware-software capabilities for efficient monitoring, security, encryption and predictive maintenance of battery systems.
The technology comprises a multi-phase plasma device for efficient generation of a dense and homogeneously distributed cold plasma for cleaning of air and gases.
The technology comprises an innovative toothbrush that uses an integrated high-voltage electrode to generate a cold plasma at the bristles, thus combining mechanical cleaning with an antibacterial plasma effect.
The technology is based on constructive modifications of electrical conductors by means of conductive layers with structured surfaces for absorptive low-pass filter applications.
Absorptive common-mode filter for transmission lines
The technology is based on constructive modifications of electrical conductors, in which the conductor structure is adapted for selective damping of common-mode currents.
Software and methods for time-domain reflectometry analysis of objects
The presented simulation-based time-domain reflectometry (TDR) methods enable a significantly more precise, iterative analysis of electrical transmission lines and other conductor-like structures by systematically factoring out multiple reflections and frequency-dependent dispersivity.
The innovative heating control system allows for a demand-oriented operation and regulation of heaters in individual rooms, while implementing advanced sensing and communication arrays.
The technology comprises methods and software for capture, processing and transfer of various types of handwritten annotations from printed paper documents into electronic document formats, whereby the transferred annotations are editable in the electronic format.
Storage of electrical energy in insulation and shielding components
The novel technology provides solutions for storing electrical energy insulation and shielding components in combination with structural and building applications.
Process for production of metal-wood composite profiles
The process technology enables the production of high-performance metal-wood composite profiles by integrating wood core sheathing and specifically modified wood core materials into a single, energy-efficient manufacturing operation.
Efficient bonding and connecting of silicone components
A process technology for creating strong and durable connections between silicone regions or parts is presented, which involves a specific combination of vacuum ultraviolet irradiation and tailored application of mechanical pressure.
The innovative system is combining signal processing with an advanced neural network architecture, specifically using electromagnetic radiation for communication between nodes within a multi-layered network.
Computer-controlled system and method for guided sectioning and extraction of sample material
The technology comprises a computer-controlled system and algorithms for guided sectioning and optimal extraction of the region of interest from a sample material.
The technology enables a simultaneous fixation of the anterior and posterior pelvic ring fracture, in combination with an adaptive force control and efficient compression of fracture gaps.
A self-powered device comprising a plurality of nanochannels is presented, which is capable to generate an impressive voltage induced by mechanical load.
Efficient reduction of brake dust by filter sealing and housing design
The technologies comprise novel designs for brake dust filter hoods, which enable an efficient, contact-free capture and filtering of brake dust generated by vehicles with disk brakes.
The non-driven and rigid utility vehicle chassis offers significant lightweight advantages, improved suspension properties and a built-in wheel alignment mechanism.