Vabljeni k ogledu tehnoloških ponudb partnerjev Konzorcija za prenos tehnologij iz JRO v gospodarstvo (KTT)
Continuous blood pressure estimation from photoplethysmogram signal Podrobnosti o ponudbi (klik).
Personal decision support system for heart failure management. Podrobnosti o ponudbi (klik).
Rapid high throughput method for antimicrobial and anti-biofilm activity detection Podrobnosti o ponudbi (klik).
Database with food composition data on branded foods is offered for licensing Podrobnosti o ponudbi (klik).
Innovative binder-free electrodes for supercapacitors and lithium-ion batteries Podrobnosti o ponudbi (klik).
Method for the deposition of vanadium oxide nanoparticles Podrobnosti o ponudbi (klik).
Environmentally-friendly and energy-efficient method for recovery of rare-earth elements Podrobnosti o ponudbi (klik).
Innovative passive linear robot tracks without sensors and actuators available for license agreement
Innovative passive linear robot tracks without sensors and actuators available for license agreement Podrobnosti o ponudbi (klik).
Cost-effective and environmentally friendly method for recycling magnets Podrobnosti o ponudbi (klik).
Physical vapour deposition hard coatings for protection of tools Podrobnosti o ponudbi (klik).
Our invention combines two methods of water purification, cavitation and plasma. The advantage over other methods of water purification is mainly in energy efficiency and the fact that no additional chemicals are needed for efficient operation.
Our invention is an alternative technological solution: a new and efficient combination of hydrodynamic cavitation, photochemical and photocatalytic processes. It is a combination of green oxidation processes that do not require the addition of external oxidants, and thus do not contribute to the formation of secondary pollutants in the treated sample.
Lignin is a source of many useful chemicals, such as vanillin, vanillic acid, phenol, etc. The innovation from the University of Ljubljana represents the conversion of lignin and ferulic acid into vanillin using hydrogen peroxide as an oxidant and vanadium oxide as a catalyst.
New immunostimulants as vaccine adjuvants and drugs for the immunotherapy of cancer and infectious diseases
Our specification refers to novel conjugated compounds that function as immunostimulants and are useful for the treatment of viral, bacterial, fungal and protozoal infections, tumours or cancers and other immunological diseases. Additionally, the conjugated compounds of the invention can be used as vaccine adjuvants.
Bacillus subtilis strain with strong inhibition of enteropathogenic and foodborne pathogenic bacteria
Bacillus subtilis strain PS-216 has been shown to have strong inhibitory activity against enteropathogenic and/or foodborne pathogenic bacteria, such as Campylobacter jejuni. Particularly, our innovative product uses the Bacillus subtilis strain PS-216 for the preparation of food compositions and probiotic compositions.
A significant advantage of nitroxoline over other candidate drugs for the treatment of covid-19 (repurposing drugs – amantadine, teicoplanin) is that the mechanism of action on the target has been extensively investigated. Our process can additionally generate a variety of compounds with improved antiviral activity.
This innovation provides in-situ determination of the permeability. Materials are not extracted for measurement, which is very important for fragile materials. The method is non-destructive and non-invasive. The samples can be used afterwards without limitations.
Our technology enhances current face recognition used in mobile devices by employing eye and ear recognition in conjecture to current face recognition techniques.
The invention is a continuous liquid phase supply system for the cryogenic medium with phase separator that supplies the liquid phase to the cutting zone while the separated gaseous phase is used to isolate the flow of the liquid phase and create an inert atmosphere in the rigid cutting zone.
The developed mammalian amniotic membrane homogenate can be used as an antimicrobial agent. The preparation of which runs through a well-determined procedure so that its antibacterial characteristics remain intact.
The invention enables efficient continuous and fully automated construction progress monitoring in real time, inside and outside the building under construction, without additional work activities, as the wearable devices are installed on all work equipment contributing to the construction. It is a fully automated system that enables the acquisition of 3D data using wearable devices and to identify elements based on their geometry in the 3D digital model of the building. The wearable devices are equipped with a 3D scanner…
Process for preparation of functionalized superparamagnetic adsorbents with precursor trimethoxy (1H, 1h, 2H, 2H-nonafluorohexyl) silane (NFHTMS)
Classical methods of cleaning oil spills do not give satisfactory results in removing oil from water, but the functional nanomaterials show the potential to be able to become cost effective and environmentally friendly solutions. The invention is based on the problem of how to synthesize nanoparticles so that they will have such physicochemical properties that will be useful for the adsorption of oil stains / spills in water. The nanoparticles are supposed to have an iron oxide spinel crystal structure…
The present invention relates to an axisymmetric chiral auxetic structure. The invention belongs to the field of materials design. The invention is an axisymmetric chiral cellular structure with a cylindrical or spherical shape consisting of equal or variable unit chiral cells. The structure exhibits auxetic deformation behaviour with negative Poisson’s ratio in all polar or spherical coordinate directions upon mechanical loading. The deformation of the cylindrical chiral auxetic structure is isotropic in the radial direction under axial loading.
Functionalized nanocellulose for capturing of dyes, pigments and microbiological species and inhibiting of their transfer between textiles during machine domestic laundering with potential bactericidal effect
Removal of dye from originally dyed textile garments and their transfer and disposal to other uncoloured (white and light coloured) garments present in the same wash bath during washing is known as “dye re-deposition” and is one of the most common problems encountered when washing clothes. Another problem with laundry is the removal of microbiological contaminants, which is becoming critical with the increasingly used low washing temperatures and the use of detergents without aggressive bleaches, due to the pursuit of…
In modern multi-storey prefabricated wooden construction, there is an increasing tendency to use an increased proportion of glazing, which is located primarily on the south side of the building. As a result, due to the stated asymmetry in the stiffness of the wall elements, such floors are distorted, which escalates as a problem especially with the increased number of wooden structures located in highly active seismic and windy areas. The main purpose of the invention is to develop a load-bearing…
Foils for food packaging with superior antimicrobial and antioxidant properties with minimized oxygen permeability
Bioactive and biodegradable packaging is showing high growth due to rising awareness for ecology and food safety of fresh and minimally processed foods. Food safety and quality may be improved by antimicrobial and antioxidative packaging systems nanofuncionalised with natural (bio)-active agents.
Human-machine-interfaces (HMI) present an invaluable prospect for improving, through advancement of scientific knowledge and development of rehabilitation devices, the lives of millions of people who suffer from various neuromuscular disorders, paralysis and amputations worldwide. In addition, HMI have far reaching applications beyond clinic. Consumer electronics and Internet-of-Things (IoT) devices becoming integral parts of human daily life, HMI also presents the opportunity for humans to control their environment through their thoughts. At the core of every HMI system is a neural…
The invention performs the decomposition of compound muscle potentials into the contributions of individual motor units or their respective combinations. It also provides an analysis of the basic motor unit characteristics (recruitment threshold, mean triggering frequency, speed of translation of action potentials in muscle wakens, etc.).
Method and device for controlling the re-identification of pseudonymized linking data in a permanent immutable distributed decentralized storage
There are many options for storing data in a digital form. In most cases, the storing is performed within a private digital storage, a database, that allows for subsequent editing or deleting of data. Access to the storage and data management is enabled only to the entity that owns the database, or any other entity which is authorized by the storage owner or database manager to manage the data. In some cases, there is a requirement for a publiclyavailable/accessible digital…
Innovative method for preparation of functionalized superparamagnetic adsorbents with precursor trimethoxy (3,3,3-trifluoropropyl) silane (F-TriMOS)
Classical methods of cleaning oil spills do not give satisfactory results in removing the oil from the water, but functionalized nanomaterials show high potential to become a cost-effective, efficient, and environmentally friendly solution. Among the existing methods of cleaning oil stains from water, the use of various adsorptive materials, such as silicon dioxide, titanium dioxide, zinc oxide and aluminum oxide are present. These materials are non-biodegradable and represent a high risk of secondary pollution. The invention of researchers at the…
A solution for improving alertness and quality interaction between lecturer and audience in two-way audio-video communication platforms.
WORKPLACE HEALTH PROMOTION
ADJUSTMENTS OF WORKPLACE AND WORK PROCESS WITH THE GOAL OF INCREASING COMPANY EFFECTIVENESS AND WORKERS’ HEALTH
ADJUSTMENTS OF WORKPLACE AND WORK PROCESS WITH THE GOAL OF INCREASING COMPANY EFFECTIVENESS AND WORKERS’ HEALTH.
Design And Assessment Of Interventions And Technology To Promote Health And Wellbeing, Maximize Sport Success And Prevent Injuries
3D Printing for high fidelity prototyping
Cognitive marketing solutions for advertisement & effective marketing
Plasmid expression vector encoding human interleukin 12 under transcriptional control of p21 promoter and without antibiotic resistance for cancer
Plasmid expression vector encoding human interleukin 12 under transcriptional control of p21 promoter and without antibiotic resistance for cancer Tehnoloska ponudba UP_2019
The technology relates to the field of water-soluble cannabinoids. Cannabinoids have become an important global commodity, and found their place in the food & beverage, food supplement and cosmetics industry, but also elsewhere (e.g. pharmaceutical industry). The major inherent problem related to cannabinoids is their very low water solubility. Our invention provides cannabinoid and hemp resin water solutions, with increased stability and bioavailability.
The invention describes a process for microwave-assisted chemical recycling of PUFs to polyether polyols by acidolysis or aminolysis, and the process for purification of the recovered polyols.
Zeolites are crystalline sodium aluminosilicate materials with a 3D microporous structure. They are used as catalysts, ion exchangers and adsorbents due to their unique properties such as crystallinity, thermal stability, large specific surface area, ordered microporous structure, presence of catalytically active acid sites, ion exchange properties and ability to selectively separate according to molecular size. ZSM-5 is one of the most widely used zeolite catalyst (T/year, income in mio EUR/$).
BiAR (Biomass Ash Removal) process is capable to separate the organics, which are valid for energetic uses, from inorganic components, which are a limitation for energetic uses but however, contain valuable elements.
The invention relates to chemically inducible split protein actuators (CISPA), particularly to their design, manufacture, structure, and uses. The method of engineering CISPAs utilizes ligand- binding proteins or protein domains originating from humans or other organisms, which are rationally split into two fragments that reassemble only in the presence of a cognate ligand, which is typically a small molecule. The designed CISPAs can be used to regulate cellular processes such as gene expression, conditionally reconstitute of the function of a…
Invention provides a synthetic method to prepare functional macroporous scaffolds composed entirely of synthetic polypeptides by emulsion templating. The materials are distinguished by highly interconnected macroporous morphology and tailored physical and chemical properties.
Due to the growing concern about the environmental footprint of plastics, one of the key trends in modern polymer science is the development of materials that not only possess useful properties but also have inherent (bio)degradability and/or are derived from renewable resources.
They represent “smart” materials with properties that attract an increasing level of interest in a large number of applications, especially in heterogeneous photocatalysis e.g. degrading aquatic, atmospheric or microbial contaminants.
Xanthophylls are oxygenated derivatives of carotenoids and, as natural biologically active compounds with known pharmacological properties, they have many positive effects on human health. For some esterified xanthophylls it was shown that they have superior stability and bioavailability compared to their free form. We have developed an energy-efficient and environmentally friendly synthetic platform for the preparation of a variety of xanthophyll esters. This platform can be applied to pigments in pure form (eg., lutein, zeaxanthin, β-cryptoxanthin, capsanthin, violaxanthin), but extracts…
The invention is biodegradable chitosan-based foil, which is enriched with a potent antioxidant plant extract, obtained from an invasive plant species, Japanese knotweed (Polygonum cuspidatum, Fallopia japonica Houtt.), which due to its fast expansion poses global ecological damage, displaces autochthonous plants and leads to a reduction in biodiversity. Moreover, it is causing huge economic harm (e.g. damage to infrastructure).
METHOD AND SYSTEM FOR SIMULTANEOUS DETECTION OF MICRO-PARTICLES OF VARIOUS CONCENTRATIONS,MORPHOLOGICAL AND PHYSIOLOGICAL TRAITS IN SUSPENSIONS
METHOD AND SYSTEM FOR SIMULTANEOUS DETECTION OF MICRO-PARTICLE CONCENTRATION IN SUSPENSION AND THEIR MORPHOLOGICALAND PHYSIOLOGICAL TRAITS
Invented method and device system allow maintenance of particles in suspension with no interference with their structure. The slow mixing in the sensing chamber transforms the highly turbulent flow in a steady unidirectional flow that passes the detection system. Photodiodes detect the average signal additionally carrying the information from the area of maximal detection. The detector forwards the average signal containing additional information on the morphological and physiological characteristics of micro-particles. Applicable in all areas of research, detection, diagnosis and…
Advanced characterization of viral vectors for gene therapy using a combination of different analytical techniques
KTT Tehnološka ponudba_obrazec_NIB_1 virus
Chemical hybridization of hermaphrodite plant varieties by easily soluble oxanilic acid derivatives Podrobnosti o ponudbi (klik)
Sprayer for target application of phytopharmaceutical preparations in permanent crops Podrobnosti o ponudbi (klik)
Method for fruit thinning of apple trees Podrobnosti o ponudbi (klik)
The system increases the visibility of the motorcycle in critical situations for following drivers, while at the sam time warning the motorcyclist of the possible danger. More about the invention: [KTT] Tehnoloska ponudba FIS