Technology Offers Site map description
Q
University of Vigo posted this:
Quantum Random Number Generator QRNGThe invention is a Quantum random number generator (QRNG) device integrated in a photonic integrated circuit. This QRNG is a physical random device based on quantum sampling systems with macroscopically observable parameters that randomly vary dynamically, such as the phase or intensity of a laser or an optical amplifier, and are the future of cybersecurity. More specifically, it is a QRNG device integrated into a photonic integrated circuit or PIC (chip), manufactured using lnP technology. The generation of quantum numbers is based on the combination of phase noise produced in a laser cavity and interferometry.
Yeda posted this:
Quantum Simulation with Trapped Ions in a Gradient FieldProgress in a broad range of scientific and technological fields is hampered by the difficulty of understanding and predicting the behavior of highly complex systems. Simulating the behavior of these systems is difficult with classical computers but can be performed efficiently using quantum simulators. Currently, the scope of models which such simulators can accommodate with current techniques is restricted because of limitations in managing and configuring the ion chain. We have developed a novel technique for quantum simulation which significantly increase the range of models that can be implemented on a quantum simulator.
Antoni Mulero Punsí posted this:
Quick RESCUE. New foldable, self-inflating, light and highly portable device for water rescue and lifesavingAncillary device for water rescue and lifesaving. This small, light device is worn as a waist bag and self-inflates by means of a CO2 cartridge just before making contact with the bather in distress. The device fits snugly around the lifesaver’s waist, generates no resistance for swimming and leaves their hands free in order to carry out preventive lifesaving tasks. Its strong buoyancy once inflated makes it suitable for rescuing heavy or multiple victims.
HEALTH TECHNICIAN at DIPSALUT
R
University Hospital Hradec KrálovéUniversity Hospital Hradec KrálovéUniversity Hospital Hradec Králové posted this:
R-ELLA Rehabilitation Pad - Unique rehabilitation device that helps patients exercise on the bedRehabilitation pad is an unique device that is intended for use on the patients’ bed during their hospital stay for active exercise of the lower limbs, abdominal and back muscles in order to maintain/improve physical condition and prevent complications from long-term hospitalization. It enables independent exercise without constant nursing staff assistance and the need for professional settings. The pad is also intended for home use. It has not been certified as a medical device yet. Intended use The rehabilitation pad is mainly intended for: • adults and adolescents from 12 years of age, with a minimum body height of 120cm, who are confined to bed for a longer period of time, and their health condition allows exercising • seniors, who have been confined to bed for a long period of time and need to strengthen the lower half of the body and rehabilitate walking • patients after acute illness that are being rehabilitated in home care Rehabilitation pad enables: • to exercise the lower limbs as soon as possible after recovering from critical condition • development of muscle strength of lower limbs, abdominal and back muscles • independent exercising and improving fitness that leads to earlier recovery Features / Benefits RELLA - unique rehabilitation pad enables patients that are confined to bed for a longer period simple exercising and rehabilitation leading to faster recovery, thus shortening the time of being confined to the bed and restoring physical condition leading to a faster return to the original quality of life. Main advantages • minimal supervision of other person needed • simple exercise of the lower limbs, abdomen and back • possibility to exercise the limbs alternately or both at the same time • sliding plates can be locked to ensure safe manipulation with the pad • the possibility of exercising with bandaged limbs • the pad can be used on any type of bed • easy manipulation (light weight) Dimensions The rehabilitation pad consists of a light aluminum structure measuring 820 x 630 x 50 mm, on which two plates measuring 250 x 258 mm are placed. The fastening belt is made of polyester. Use The pad is placed directly on the bed. To secure it against movement, it is attached to the bed by tightening the fixation belt. Patient lies on the bed in a supine position and the heels are placed on the sliding parts of the rehabilitation pad while the lower limbs are stretched. Movable plates enable exercise of the lower limbs by horizontal movement. During the flexion of the limbs at the hip and knee joint, it moves the feet towards the buttocks. During straightening in the hip and knee joint, it pushes the feet away from the buttocks. During these movements, the muscles of the lower limbs are strengthened (especially the thigh and calf muscles). At the same time, the abdominal muscles and the stabilizing muscles of the back are exercised. The plates move independently of each other, it is also possible to lock them and connect them together and thus perform exercises with both legs at the same time. The boards have a synthetic rubber top that ensures a non-slip surface. The exercise methodology is not structured in any way, and the procedure and frequency (exercise length) generally depends on the specific condition of the patient. All information & media is available at the ELLA-CS, s.r.o https://ellacs.cz/rella-rehabilitacni-podlozka
Jorian Bos posted this:
R3 ECHORING - High-performance wireless technology for mission-critical industrial applicationsUNWIRE AUTOMATION, BE BOLD. Turn your wired industrial applications into a wireless connected system to make them saver, faster, more flexible, efficient, durable, up and down scalable.
Other at EIT Digital
Daniel Sánchez PuertoInstituto de investigación Sanitaria Gregorio Marañon (IiSGM)Daniel Sánchez PuertoTechnology Innovation Manager at Instituto de investigación Sanitaria Gregorio Marañon (IiSGM)
View ProfileDaniel Sánchez Puerto posted this:
Radioactive compounds for non-invasive detection of Grampositive infectious diseasesIiSGM has developed a novel and selective proteinbased radiotracer [99mTc]-DTPA-Collagen for the selective detection of Gram-positive bacteria in nuclear medicine (SPECT, PET, etc). This radiotracer consist of the radioactive labelling of collagen type I.
Technology Innovation Manager at Instituto de investigación Sanitaria Gregorio Marañon (IiSGM)
University of WaterlooUniversity of WaterlooUniversity of Waterloo posted this:
Rapid bacterial testing nano-biosensorBackground One in ten people in North America wear contact lenses and the global contact lens market size is estimated to reach $13.47 billion globally by 2019. Almost 80% of wearers opt for reusable lenses and require a contact lens storage case. These storage cases are prone to contamination of by pathogens that can cause bacterial and fungal keratitis in users, which leads to pain, redness, sensitivity to light and potential loss of vision. The effective treatment of keratitis requires identification of pathogen, which using current methods requires several days to culture and identity the bacteria, which in the interim period can lead to incorrectly patient prescribed antibiotics and ongoing harm to eye health. Thus there is a need to develop a quick and cost effective diagnostic test that enables contact lens wearers to perform more routine preventative testing of their storage case condition.
Covid-19 Innovation Challenges by InnogetCovid-19 Innovation Challenges by InnogetCovid-19 Innovation Challenges by Innoget posted this:
Rapid Computational Screening of Natural Products for COVID-19 Anti-Viral AgentsSome edible compounds are potent antiviral agents and were tested successfully against SARS and MERS viruses. They hence provide an large source for rapid development and production of cure against COVID-19. These compounds are commercially available, and are generally recognized as safe (GRAS), with a vast chemical diversity. Despite the high-level genetic similarity to other coronaviruses, such as SARS-CoV and MERS-CoV, recent works demonstrate major structural differences in SARS-CoV2 (the causal agent of COVID-19 disease) proteins. The need for specific anti-SARS-COV2 treatments is acute. Rapid screening of the food derived compounds, using chemoinformatic modeling tools that are common in our lab, allow the identification of a small number of potent antiviral candidate inhibitors of recent published SARS-CoV2 target proteins. Project ID : 47-2020-10884
Unismart - University of Padua FoundationUnismart - University of Padua Foundation
Northeastern University's Center for Research InnovationNortheastern University's Center for Research InnovationNortheastern University's Center for Research InnovationSmall and Medium Enterprise
Northeastern University's Center for Research Innovation posted this:
Rapid Gas-Phase Isotopic Labeling for Enhanced Detection of Protein ConformationsSeveral prior-art techniques such as ion mobility spectrometry and gas-phase HDX measurements have been used for assessing the conformational properties of gaseous protein ions. Most of these approaches comprise the use of ion traps or ICR cells where a gas is introduced and the ions are incubated with the gas. However, such approaches are associated with potential limitations such as extended gas-phase labeling time, complex exchange kinetics, and comparatively low gas pressure. This novel approach enables a rapid gas-phase isotopic labeling of protein ions for enhanced detection of protein conformations.
Taras MaiulaOtava Research InstituteTaras Maiula posted this:
RAR-related Orphan Receptor-γ Targeted LibraryThe Retinoic Acid Receptor-related Orphan Receptor-γ (RORγ, RORc, NR1F3, RORG, RZR-GAMMA, RZRG, TOR or IMD42) plays an important role in metabolism, inimmunity and circadian rhythm. Abnormal functioning of RORγ is associated with inflammatory, immune and skin diseases including psoriasis. Antagonists and inverse agonists of this receptor may have therapeutic potential in the treatment of such diseases. https://bit.ly/461Jypm
Head of the QC department at Otava Research Institute
Kyoto University posted this:
Rare metal recovery and recycling using DualPore™ TechnologyRare metals such as palladium are used as catalysts for manufacturing automobiles, semiconductors, and printed circuit boards. These trace metals then remain in solutions and waste liquids and are difficult torecover. The present invention is a new material, DualPore™ Silica, which can efficiently adsorb, separate, and recover trace metals and substances.
- Unismart - University of Padua FoundationUnismart - University of Padua Foundation
Unismart - University of Padua Foundation posted this:
Raw material recovery from solar panelsThe method and plant described in this patent are an effective means of separating the materials present in the panels, such as glass, copper, silver, aluminium and silicon. The panels go through a sequence of treatments that use easy to find and convenient reagents.
Radoslaw Rudz posted this:
Reactor for spectroscopic studiesNovel HT-IRS 01 reactor, with unique characteristics, is dedicated to working in a transmission mode of optical spectroscopy (for example IR spectroscopy). It may be easily combined with mass spectroscopy or gas chromatography.
Other at Jagiellonian University
- University of WaterlooUniversity of Waterloo
University of Waterloo posted this:
Reagentless biosensor using aptamer-assisted microneedlesBackground Transdermal biosensing is important to personalized and precision medicine as it enables tracking of patient health conditions in a non or minimally invasive manner. Transdermal biosensors analyze interstitial fluid (ISF), the fluid which is present in the lowermost skin layer of the dermis, for biomarker measurements. Microneedle (MN) devices enables ISF analysis in a minimally invasive manner and in point-of-care settings, however, most MN-based diagnostic approaches require complicated fabrication processes, post-processing of the extracted ISF, or are limited to detection of electrochemically active biomarkers. A reagentless, generalizable assay for the detection of a wide range of diagnostic biomarkers that are integrated with MNs has the potential to revolutionize the health care system.
IMDEA Energy posted this:
Real time emulation of electrical power networks, development and testing of control algorithms in energy systemsIMDEA Energy has created a test environment specifically designed for research, development and testing of control algorithms in energy systems. This Power-Hardware-In-the-Loop environment called “Smart Energy Integration Lab” is designed for accelerating the process of control design development necessary for integrating energy resources to electricity networks. This platform allows analysis, development and testing of realistic scenarios for AC and DC network integration and operation of distribution power networks, islanded networks and microgrids.
- University of WaterlooUniversity of Waterloo
University of Waterloo posted this:
Real time user-device interaction monitoring and improvement systemBackground The global digital patient monitoring devices market size was valued at USD 38 billion in 2018 and is expected to reach USD 272.6 billion by 2026 at a compound annual growth rate (CAGR) of 27.9%. Home-based digital therapies are becoming increasingly popular for a range of neurological, psychiatric, sensory and lifestyle-associated disorders, particularly within the context of COVID-19. However, the success of digital therapies is critically dependant on patient adherence and engagement with the treatment. This market is driven by the significant rise in the attention towards fitness and health, increased prevalence of chronic lifestyle-associated diseases such as hypertension and diabetes, and the adoption of wearable devices with wireless sensors that assist in real-time patient monitoring.
Jayshree JohnstoneNewcastle UniversityJayshree JohnstoneBusiness Development Manager at Newcastle University
Jayshree Johnstone posted this:
Real Time Water Quality Monitoring TechnologyWe have developed a new device to improve water quality monitoring. Using BioElectrochemical System (BES) technology, It has the potential to reduce the discharge of pollutants from treatment facilities.
Business Development Manager at Newcastle University
- Northeastern University's Center for Research InnovationNortheastern University's Center for Research InnovationNortheastern University's Center for Research Innovation
Small and Medium Enterprise
Northeastern University's Center for Research Innovation posted this:
REAL-TIME ANOMALY DETECTION OF LARGE, DENSE CROWD BEHAVIOR, FROM VIDEO AND MULTI-SENSOR INFORMATIONCurrent methods for detection of crowd behavior are based on tracking individuals or virtual particles. Such assessments are highly prohibitive, preventing the real time and efficient analysis. Other approaches use comparisons of individual behaviors with normal patterns. However, these approaches are tedious and unreliable. This novel procedure allows for the use of a sensing system (comprising video and multi-sensor information) for real-time detection of the behavior of a large, dense crowd. 
Universidad de AlicanteUniversidad de AlicanteUniversidad de Alicante posted this:
Real-time communication system between deaf and hearing peopleThe Robotics and Three-Dimensional Vision (RoViT) research group at the University of Alicante has developed a real-time communication platform between the hearing community and the deaf community using sign language. All this in a simple and bidirectional way through natural language processing techniques and the camera and the screen of a computer or mobile device.
Georgetown UniversityGeorgetown UniversityGeorgetown University posted this:
Real-Time Fuel Cell Charge Analysis using in-situ NMR Technology- Enables real-time analysis of chemical status, enhancing precision and efficiency across automotive and batteries industries. - Improves fuel cell/rechargeable battery diagnostics by enhancing signal-to-noise ratio and reliability, overcoming magnetic susceptibility challenges effectively. - Improves fuel cell/rechargeable analysis and material evaluation for industrial use, advancing efficiency and sustainability across sectors
- Georgetown UniversityGeorgetown University
Georgetown University posted this:
Real-time zebrafish reporter assay for monitoring tissue-specific genotoxicity- Real-time, in vivo monitoring of genotoxic response as a result of exposure to environmental genotoxic agents in zebrafish model system - Use of a stable, transgene expressing vertebrate organism for reproducible results - Conditional expression of fluorescent proteins in the case of purposefully induced tissue genotoxicity through site specific mutagenesis
Eluemuno BlydenAvril Biopharma,. Inc.Eluemuno Blyden posted this:
Recombinant Product DevelopmentWe are offering our bioinformatics and egg-based protein expression technology for development of next generation diagnostics, therapeutics and vaccines.
Founder/CEO at Avril Biopharma,. Inc.
IBIMA-Plataforma BionandIBIMA-Plataforma BionandIBIMA-Plataforma Bionand posted this:
Recombinant protein for the treatment of viral diseasesThis development is a recombinant protein with antiviral effect. It comprises a new strategy in prevention and / or treatment of diseases caused by viruses, It has been proven to have antiviral effect on SARS-CoV-2.
Barcelona Skin GenomicBarcelona Skin GenomicBarcelona Skin Genomic posted this:
Recommendation of optimal combinations of natural active compounds to treat disease using a databaseBarcelona Skin Genomic (BSG) is developing a database that compiles information about the effects of different natural active compounds or plant extracts (more than 2500) on gene expression, on the levels of expression of interleukins and other molecules (more than 3400) and on treatment of different diseases (677). This database collects information from more than 5000 scientific articles, integrated by biologists and experts in life sciences and is updated on a monthly basis.Universidad de Granada posted this:
Reconfigurable 3D structure for the manipulation of electromagnetic wavesA reconfigurable 3D structure capable of manipulating electromagnetic waves has been developed for the first time, allowing to perform free-space electromagnetic wave manipulation or power absorption simultaneously. Both electromagnetic capabilities provide great versatility for use in a wide range of frequencies, and has multiple applications, such as in the field of mobile communications or radar technology.
Universitat Politècnica de Catalunya - UPCUniversitat Politècnica de Catalunya - UPCUniversitat Politècnica de Catalunya - UPC posted this:
Reconfigurable beam reflectarray antenna for frequencies in the range of terahertz and millimeter waveThe reflectarray antenna consists of a flat array of phase-shifter cells (reflectarray) illuminated by a feeder, which produces an electronically reconfigurable collimated or shaped beam, where the cells (3b) consist of several stacked layers of conductive elements (4c, 4e, 4d, 4f) on a dielectric substrate (7c, 7d) alternated with layers of liquid crystal (5c, 5d) and a conductive plane (9). Applying bias voltages in the conducting elements, the dielectric constant of the liquid crystal varies producing a phase shift of the reflected field in each cell, allowing for a electronic beam scanning or reconfiguration. Including multiple layers of conductive elements and liquid crystal, improves the bandwidth and the performance of the beam scanning or reconfiguration. The antenna can be applied to observation satellites, communications and security systems.
Universidad de Granada posted this:
Reconfigurable FET device with dual doping for fast and low-voltage reprogrammable logicNew reconfigurable FET device (R-FET) with a dual PN doping at source and drain that is useful even in low power applications. The configuration with dual doping proposed in the invention makes it possible to modulate the polarity of the device at all times and obtain a high current for both polarities, thus solving the problems of low performance that characterize the usual R-FET transistors.
