Technology Offers Site map description
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FCPCT ULPGC posted this:
Adjustable geometry swimimng blade and elastic deformation for recovery of energyThe solution proposed in this invention consists of an ergonomic blade, with modifiable geometry and behavior, thanks to a plate that deforms under hydrodynamic pressures, allowing a redistribution of these throughout the stroke cycle. This one-size-fits-all blade is presented to be used by swimmers of different levels, ages, and morphology, thanks to its adjustable geometry and influence on the behavior of use of the blade. The deformable, or flexing, plate has been optimized together with the structural plate to be adjusted by means of an effective and easy-to-use system of screws along numerous holes, which allow vertical, horizontal displacements, and counterclockwise rotations, seen from the top of the blade.
Georgetown UniversityGeorgetown UniversityGeorgetown University posted this:
Advanced 3D Model Retrieval SystemThis invention presents a novel method for document retrieval using three-dimensional (3D) models reconstructed from physical objects. By converting images of objects into 3D point clouds, the system generates feature vector representations that capture both local and global geometric properties. These representations enable effective retrieval and classification of documents related to the objects. For example, a multi-view image of a mechanical part can be transformed into a 3D model, allowing for precise searches in engineering databases.
Serge Monturet posted this:
Advanced course on Aluminium - Lightweighting Professional Courses onlineThis is the advanced module on Aluminium of the Lightweighting Professional Course. It is addressed to professionals whose work involves planning the manufacture of lightweight products made of aluminium and alloys, and at employers who want to start manufacturing products based on lightweight concepts. In this module, the participants will be provided with the best properties, processing methods, applications, and challenges of magnesium, the ninth most abundant element in the universe. The course will start on March 7, 2022 with a first meeting with the trainer. Then it will enter a self-paced phase of three weeks, where participants will work on EIT RawMaterials new learning platform. Finally, the course will conclude with a three-day online classroom training from March 30 to April 1, 2022.
Professional Training Manager at EIT RawMaterials
David Zhang posted this:
Advanced Dual-Mode Phototransistors for Noise Reduction and Enhanced Dynamic RangeThis work introduces a dual-mode phototransistor with an integrated driving circuit designed for high dynamic range and low noise. The device incorporates a quantum well (QW), asymmetric base doping, an energy barrier, a buffer layer, an indium tin oxide (ITO) layer, and a gain-boosting gate. The proposed design uniquely combines a SiGe quantum well, a Si₃N₄ energy barrier, and ITO gate control in a dual-mode CMOS-compatible architecture. This integration enables a low-noise broadband response. It also improves photogain uniformity compared to prior phototransistors. Together, these features enhance photogain, suppress noise, and improve charge separation across a broad spectral range (0.4–1.55 µm). Simulations demonstrate extended carrier lifetime and reduced recombination, yielding a photogain of 500–2000 without avalanche multiplication. The device switches between two operational modes: (i) phototransistor mode, which offers high gain under low-light conditions, and (ii) linear PIN mode, which provides high linearity in bright conditions. The device achieves approximately 80 % quantum efficiency in linear PIN mode and ≈ 131 dB dynamic range in phototransistor mode. CMOS compatibility makes it attractive for imaging and quantum sensing across visible to telecom infrared wavelengths, with potential for further material-level optimization.
R&D Staff / Researcher at nyxsense
Behrouz Rahimi (NU)Nu innovations IncBehrouz Rahimi (NU)Inventor-problem solver-new product-solution-economic developer at Nu innovations Inc
View ProfileBehrouz Rahimi (NU) posted this:
Advanced electro catalyst for the batteriesWe, Nu Innovations Inc., are delighted to introduce our new innovative product to the market. Firstly, We introduce the MAGIC ELECTROCATALYST, including exclusive features which can use for different types of the battery industry. For example, the product can be an electrolyte or a compound for the battery's alloy.
Inventor-problem solver-new product-solution-economic developer at Nu innovations Inc
- Georgetown UniversityGeorgetown University
Georgetown University posted this:
Advanced Electrochemical NMR with Interdigitated Electrodes for High-Resolution In-Situ Analysis- Provides improved signal detection for comprehensive analysis of electrochemical dynamics - Allows immediate feedback on reaction mechanisms, essential for refining experimental parameters - Requires minimal setup adjustments to seamlessly interface with standard NMR instruments
Peter Mogyorosi posted this:
Advanced EPS-lightweight concreteTECHNOLOGY/PRODUCT OVERVIEW "Additive composition for the production of lightweight concrete containing polystyrene beads, a method for producing the composition, and its application” is a brand new innovation that is a response to the need for environmentally conscious, cost-effective, and technologically advanced building materials. The product and technology is primarily aimed at manufacturers of concrete elements, transport concrete distributors, construction material distributors, and additive producers. The company is seeking partnerships with entities interested in promoting sustainable construction practices and reducing the environmental impact of the construction industry.
CEO at Laser Consult Ltd.
Lars CuypersMax-Planck-Innovation GmbHLars Cuypers posted this:
Advanced Flow Cytometry System for Precise Image Refocusing and Cellular Mass AnalysisThis invention introduces a novel method for image refocusing and mass density measurement in imaging flow cytometry. It combines phase imaging with numerical post-processing to overcome common challenges of focus instability and measurement limitations in current systems. By capturing both bright field and optical phase retardation images of cells in microfluidic channels, the system enables accurate, high-throughput quantification of cellular dry mass and mass density. This technological advancement significantly improves the reliability and analytical capabilities of flow cytometry, enhancing its utility in cellular diagnostics, disease monitoring, and pharmaceutical screening. The integration of numerical focusing techniques compensates for focal shifts caused by sample movement or optical drift, thereby providing consistently sharp and analyzable images for complex cellular assessments.
Senior Patent and Licensing Manager at Max-Planck-Innovation GmbH
Liviu Giurca posted this:
Advanced HYbrid Powertrain – AHYP with torque vectoringAHYP system manages to create direct drive to motor axle from the combustion engine or from the electric motor without the need of multitude gears or other traditional types of variable transmissions, with inherently high energy losses. AHYP eliminates the gear box or any power-split dedicated device without affect the performance of the vehicle but this allows reducing cost which is one of the biggest issues for the hybrids commercialization.
CEO at Hibridesign- Georgetown UniversityGeorgetown University
Georgetown University posted this:
Advanced Method for Detecting Donor Cell Death in Organ Transplantation- Identifying and measuring cell death and tissue damage is particularly significant in patients receiving grafts or organs from donors. - The method accurately identifies donor cell death by analyzing cell-free DNA (cfDNA) and comparing methylation patterns with known profiles. - Early detection of donor cell death enables clinicians to intervene promptly, potentially preventing graft rejection and improving patient outcomes.
- Georgetown UniversityGeorgetown University
Georgetown University posted this:
Advanced Multidimensional Rodent Gait Analysis SystemThis invention introduces a novel computer-implemented method for multidimensional analysis of rodent gait. It addresses the challenge of interdependency among gait variables, providing more accurate and reproducible results. The system captures comprehensive step data from multiple animal subjects, performs sophisticated multidimensional analysis, and outputs detailed gait characterization. For example, it can precisely analyze stride length, cycle time, and duty factor in relation to each other, offering insights into coordinated locomotion that traditional methods miss.
Meghan Meyer posted this:
Advanced Nanoporous Metal Foams for Efficient Submicron Filtration- Demonstrates over 96% efficiency in filtering submicron particles, including PM0.3, crucial for public health and environmental protection - Offers a robust and reusable solution, significantly reducing environmental waste compared to traditional filters - Possesses strong mechanical properties and high breathability, making it suitable for various applications, including personal protective equipment and air purification
Other at Georgetown University
Universitat de LleidaUniversitat de LleidaUniversitat de Lleida posted this:
Advanced organic compounds with enhanced thermal energy storage capacityProduction of ionic liquids, bisimidazolium salts obtained from glycerol and carboxylic acids, which show a high thermal energy storage (TES) capacity. Multi-application technology based on new phase change materials (PCM) with higher thermal properties than those used nowadays. These compounds are bisimidazolium salts, which may be obtained from affordable natural sources - fats and oils, usually by-products at the agro-food industry - through a patented procedure.
University of WaterlooUniversity of WaterlooUniversity of Waterloo posted this:
Advanced perovskite films and crystals for stable energy harvesting solar panelsBackground Metal halide perovskites possess unique features that make them desirable for solar cell and other electronic device applications. The most commonly studied perovskite absorber is methylammonium lead trihalide family However the instability of organic lead halide perovskites, such as methylammonium lead tri-iodide (MAPbI3), under ambient conditions is a challenge, as it leads to degradation in electronic device performance and has thus limited their long term application.
Korea Institute of Energy ResearchKorea Institute of Energy ResearchKorea Institute of Energy Research posted this:
Advanced preparation method for ‘Catalyst support using cellulose fibre’ production.Researchers at the Korea Institute of Energy Research (KIER), have designed a unique catalyst support preparation technology. This innovative catalyst support preparation method provides a catalyst-support made of a lightweight composite material capable of adsorption and filtration, and which possess superior intrinsic properties in terms of surface area, porosity, and physical strength.
Sayali WaradUniversity of Alberta, Technology Transfer ServicesSayali Warad posted this:
Advanced surgical training model set through adjustment of target stabilityThe model is engineered to meet training objectives by facilitating variable tissue mobility. Incorporating advanced motion tracking for precise evaluation of tissue interaction and hand movements. Adjustable difficulty and support for diverse surgical tasks enhance adaptability across skill levels, promoting progressive learning.
IP Market Analyst at University of Alberta, Technology Transfer Services
Germán Cabañero posted this:
Advanced thermosets based on dynamic polymer networks: from Self-Healing to processability, recyclability and repairabilityA new generation of Reprocessable, Repairable and Recyclable high-performance fiber-reinforced thermoset composites. 3R composite laminates can be heated 80ºC above the Tg and re-shaped in a few minutes applying pressure, which allows the thermoforming of cured 3R laminates to obtain 3D geometries, in a similar way to TP composites. Repair of damages based on resin/fiber delaminations and resin micro-cracks by applying heat and pressure to the damaged part. Mechanical & Chemical Recycling
HEAD OF STRATEGIC PARTNERSHIP at CIDETECUNIVERSIDAD DE BURGOS posted this:
Advanced treatment process and biogas production from wastewater with high oil and grease contentResearchers at the University of Burgos have developed a process for the anaerobic treatment and biogas production from wastewater with high oil and grease content. It is known that even low levels of oil and grease produce important upsets of the conventional anaerobic treatment process in long term operation. In the same way, in the MBR technology it is recommended pre-degreasing oily wastewater to avoid fouling problems. However, the anaerobic treatment with membrane biomass retention and the application of advanced fouling control methods let recover the methanogenic potential of lipids making it a robust and competitive treatment method for wastewater with high oil and grease content.
Universidad de AlicanteUniversidad de AlicanteUniversidad de Alicante posted this:
Aerial obstacle detection software for the visually impairedThe main innovations of this technology are that this software can be executed in any smartphone equipped with a 3D camera, which is used to detect the distance to the obstacles, and it provides an accessible interface that alerts the user by means of beeps or vibration when it finds an obstacle. The alert becomes more and more frequent as the obstacle is closer. The system is comfortable and discreet making easier the user social integration. It is worth to highlight that this technology is new for this kind of devices. Until now, smartphones were not able to extract real measures from the environment. This application extracts about 30000 measures per frame, with a frame rate of 9 fps. The interface allows configuring different features: operation mode, alert type, volume, speech velocity, language, etc.UNIVERSIDAD DE BURGOS posted this:
Age, growth and feed analysis from teeth images, applicable in palaeontology and the forensic industryTeeth analysis using software to obtain information from palaeontological remains by semi-automatic image processing. This way the human error due to the repetitive works are minimized. Moreover, it can be used in forensic odontology.
Dirección de Transferencia Tecnológica (DIT) Universidad Adolfo IbáñezUniversidad Adolfo IbáñezDirección de Transferencia Tecnológica (DIT) Universidad Adolfo IbáñezAgente de Innovación at Universidad Adolfo Ibáñez
View ProfileDirección de Transferencia Tecnológica (DIT) Universidad Adolfo Ibáñez posted this:
Agrobiotech, bio-fertilizer that increases size of plants and its resistance to fungicidal attacksAgrobiotech offers an environmentally friendly alternative by reducing the amount of fertilizers needed for each plant while increasing the efficiency of the crops to which it is applied. This method promotes increased plant diameter and height, as well as the number and size of fruits while it increases the plant resistance to fungicidal attacks. Advantages: Plants showed a 25% greater vegetative growth, increasing their height and/or diameter when fertilization was reduced. In tomato plants, the number of fruits increased by at least 30%. In potatoes, the tubers showed an increase proportion of weight yield. Treated plants were four times more resistant to fungal infection compared to conventional fungicidal treatment. TRL: 6
Agente de Innovación at Universidad Adolfo Ibáñez
Gregor SchneiderBHS Medical Solutions GmbHGregor Schneider posted this:
AgSept - Innovative Drug against viral diseases like pneumonia, Covid, or RabiesUnique formulation containing Silver nanoparticles (AgNP) with superior antiviral efficacy. Project 1: Anti Pneumonia Project 2: Anti Rabies Virus Advantages: Curative intravenous formulation to treat viral diseases in contrast to state of the art. At the moment only Vaccination, which means prophylactic treatment is available. (Some of the publications and presentations are courtesy and provided by my colleague Dr. Laura Wieler. )
Dipl. Biologist and Freelancer at BHS Medical Solutions GmbH
- University of WaterlooUniversity of Waterloo
University of Waterloo posted this:
AI-based genome mutability prediction and detection of conserved genomic regionsBackground To ensure sustained efficacy, novel therapeutics target conserved parts of the viral genome since these segments are less prone to viral mutations. Existing methods for detecting conserved parts of the viral genome are mainly based on sequence alignment that involve performing pairwise alignment between the predecessor and a descendant sequence and require extensive number of sequences that are rooted from the same ancestor and must be collected over time. Thus, when facing a novel virus or pathogen that has the potential to lead to a widespread epidemic or a global pandemic, this waiting process impedes the rapid development of targeted therapeutics that could have a critical impact on the case fatality rate or the magnitude of the outbreak. Importantly, the mutation information can seldom be extracted directly from the mutational changes observed in other members in the virus family. Due to these issues, there is a significant need to better understand how the pathogenesis of a virus is affected by viral mutations and to determine the conserved segments in the viral genome that can serve as stable targets for novel therapeutics.
Jerry Carter posted this:
AI-Driven Antibody Solutions to Accelerate Drug DevelopmentAs the global biopharmaceutical industry competes to address complex diseases like Alzheimer's, Parkinson's, and cancer, Creative Biolabs is making waves with its cutting-edge antibody discovery and development platform.
Marketing Manager at Creative Biolabs
- Georgetown UniversityGeorgetown University
Georgetown University posted this:
AI-Driven Optimization for Nuclear Reactor Operation and Isotope ProductionThis invention introduces an innovative machine learning tool for optimizing nuclear reactor operations and isotope production. The system learns from real-time sensor data to map optimal reactor controls, predict reactor behavior, and maximize isotope production. It adapts to various operational ranges and implements corrective measures as needed. For example, the tool can adjust reactor parameters every 10 seconds based on forecasted behavior, ensuring continuous, optimized operation for radioisotope production while minimizing unplanned shutdowns.
Anthony RadfordRadford Enterprises, LLCAnthony Radford posted this:
AI-Enhanced Animal Deterrent and Safety SystemThis document provides an overview of the intellectual property portfolio for a breakthrough AI-powered animal safety and wellness platform. The technology is structured around two complementary streams—Active Deterrence and Preventive Monitoring—both leveraging a core of patented computer vision and machine learning technology. This portfolio enables a new generation of intelligent devices that can visually identify animals, assess behavioral intent, and deliver appropriate, humane responses, creating a significant and defensible competitive advantage in the pet safety, wildlife management, and smart home markets.
PRESIDENT/CEO at Radford Enterprises, LLC
Alihan Demirhan posted this:
AI-Powered Project Design and Production SystemNEXUS DESIGN AI represents a revolutionary advancement in artificial intelligence-powered project design and production systems, fundamentally transforming how complex projects are conceived, designed, and brought to fruition across multiple industries. This comprehensive technical documentation provides an in-depth analysis of the system's architecture, capabilities, implementation strategies, and commercial potential, serving as the definitive reference for investors, technical teams, and strategic partners evaluating this groundbreaking technology. The system leverages cutting-edge artificial intelligence technologies, including advanced natural language processing, multi-dimensional modeling capabilities, and automated code generation, to create an end-to-end solution that dramatically reduces project development timelines while maintaining exceptional quality standards. Through its innovative integration of 3D, 4D, and 5D modeling capabilities with intelligent production optimization algorithms, NEXUS AI Design addresses critical inefficiencies in traditional project development workflows that have plagued industries for decades.
FOUNDER OF NEXUS DESIGN AI at Nexus AI- University of WaterlooUniversity of Waterloo
University of Waterloo posted this:
Air microfluidics-enabled active compression apparelBackground The air microfluidics-enabled active compression apparel belongs to the compression therapy market. The global compression therapy market size was valued at USD 3.1 billion in 2019 and is expected to reach USD 4.2 billion by 2025 at a compound annual growth rate (CAGR) of 4.8%. Compression therapy is the mainstay for treatment and management of chronic venous insufficiency (CVI), venous leg ulcers, chronic venous disease (CVD), deep vein thrombosis (DVT), lymphedema, dependent edema, varicose veins, venous thromboembolism (VTE), and gravitational eczema. This therapy is also preferred by sportspersons and athletes for treating musculoskeletal and spinal injuries and is routinely applied for the management of post orthopedic surgeries to alleviate pain, reduce swelling, and enable rapid functional recovery. This market is driven by the significant growth in the aging and target patient populations, incidence of sports injuries and accidents, and clinical evidence favouring the adoption of compression therapy in the treatment and management of target diseases.
- University of WaterlooUniversity of Waterloo
University of Waterloo posted this:
Alignment clustering to reveal functionality in biosequences: WeMine™Background With the increased accessibility of lower cost high-throughput genome sequencing hardware, individuals will soon be able to secure personalized genome information for under $100. Similarly, this increase in sequencing efficiency will significantly enhance the productivity of basic medical and drug research efforts. Thus there is a pressing need for software that can unlock actionable information contained in this explosion of big data. Currently available biosequence software tends to be highly targeted to specialized narrow aspects of analysis and can be highly variable and inaccurate depending on the application.
