Innovations in Industrial Manufacturing, Material and Transport Technologies | Innoget

Innovations in Industrial Manufacturing, Material and Transport Technologies | Innoget

Find Innovations, Patents and Knowhow in Industrial Manufacturing, Material, Transport Technologies, Food Packaging, Nanomaterials and Material Science

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Technology scouting and crowdsourcing have created as a primary component for industry development. Open Science and Open Innovation is facilitating coordinated efforts in the field of modern advances, for instance, materials, 2d Printing, material science, food packaging, nanomaterials and aerospace technologies. Coordinated effort in innovative work between the industry and outside groups of specialists, for instance, Universities, research organizations, Startups and researchers is flourishing advanced and new item improvements. Underneath, you will find a full rundown of Technology Offers related to Industrial Manufacturing, Material and Transport Technologies.

Grant Instruments (Cambridge) Ltd posted this:

2D temperature gradient incubator: ideal for day/night experiements Our unique technology generates a two dimensional matrix of temperature to give all possible combinations from max-max to min-min. Ideal for day/night experiments to investigate temperature tolerance and effect on biological processes. Can be customised with individually-tuned LEDs for variable and precise lighting. Suitable for all small biological organisms such as seeds, bacteria, fungi, nematodes etc. Also good for accelerated ageing studies on physical and organic materials (plastics etc). IOT-capable for remote access or can be used standalone.

2D temperature gradient incubator: ideal for day/night experiements

Yissum - Research Development Company of the Hebrew University posted this:

Long-lasting Antiviral Coatings for Public Surfaces Received the IIA grant for corona virus projects - April 2020 Project ID : 46-2020-10900

Long-lasting Antiviral Coatings for Public Surfaces

Yissum - Research Development Company of the Hebrew University posted this:

Applying Organically Doped Copper to Filters and Surfaces to Act as Antiviral Agents The Avnir and Hayouka labs have been working together over the past few years, with the aim of developing novel copper composites that are resistant to pathogenic bacteria and are based on a new family of materials that Avnir has termed “organically doped metals” (organics@metal). These hybrid materials combine two very different chemical families —metals and any organic molecules — which have a synergetic effect in various applications, including biological and medical ones. The general approach for the preparation of the metallic composites involves a room-temperature, one-pot, reduction of the metal cation (its positively charged ions) in the presence of the desired organic molecule while using carefully selected reducing agents. Using this approach, the team has developed novel antimicrobial-doped copper in which antimicrobial peptides or small antibacterial molecules are entrapped. It has demonstrated the new materials’ high efficacy both in vitro and as a novel crop protection agent in plants. Prof. Avnir and Dr. Hayouka will expand their current study to develop efficient copper-based antiviral agents. They will explore the entrapment of various active agents, which have been suggested as capable of tackling HCoV-19. The designed compounds will be tested on HCoV-19. The researchers are negotiating to conduct the tests in China. They are also exploring the potential of converting the compounds into a product with an Israeli start-up specializing in nanometric copper. Project ID : 47-2020-10885

Applying Organically Doped Copper to Filters and Surfaces to Act as Antiviral Agents

Yissum - Research Development Company of the Hebrew University posted this:

The Development of a Peptide Coating that Prevents Virus Adhesion to Surfaces The Development of a Peptide Coating that Prevents Virus Adhesion to Surfaces Project ID : 47-2020-10892

The Development of a Peptide Coating that Prevents Virus Adhesion to Surfaces

Lidia Aguilera posted this:
Technology Transfer Officer at University of Luxembourg

Modular educational wave kit: Plug and play 3D printable sine waves The plug and play 3D printable sine waves are a simple but effective teaching aid which helps the students to understand wave properties better. They get to try for themselves how wave properties like constructive and destructive interference work. Further they get to explore the interdependence of the wavelengths and diffraction angles, the distances between the slits and the distances from the slits to the observation screen. This way, the famous single and double slit experiments, as well as the diffraction grating and its equation can be understood in an handson manner that does not require any animations, as it is interactive by its playful nature. Further use of the same kit or a slightly modified version could include but would not be limited to: the modelling of water, pressure and all kinds of electromagnetic waves, all kinds of waves in general.

Modular educational wave kit: Plug and play 3D printable sine waves

Lidia Aguilera posted this:
Technology Transfer Officer at University of Luxembourg

GoFlex Reconfigurable flexible stripes to create Möbius Bands Interconnected reconfigurable flexible stripes attached by integrated joints that can be composed as to build Möbius bands and other geometrical objects. Potential applications are exhibits for mathematical museums, 3D-puzzles, Lego-style building bricks, jewelry (decomposable bracelets).

GoFlex Reconfigurable flexible stripes to create Möbius Bands

Lidia Aguilera posted this:
Technology Transfer Officer at University of Luxembourg

ModuLys – modular toolkit for customize optical setups ModuLys is an affordable, yet advanced and modular toolkit for the construction of custom optical setups made of multi-purpose standardized units, with strong focus on ease of use. The unit concept, together with a unique lattice-based mounting solution reduces the complexity of individual setups, while maximizing flexibility and re-usability of components in a plethora of possible scenarios. Core of the proposed device is the alignment-free placement of optical components, e.g., light sources, lenses, filters, mirrors, and combined assemblies of the former on a two dimensional mounting platform (breadboard). Optical components are mounted into cubic units that can be positioned at pre-defined locations on the breadboard in a square-lattice arrangement. Complementary shapes on cubic units and breadboard allow for a tight fit of both, alleviating the need for component alignment.

ModuLys – modular toolkit for customize optical setups

Lidia Aguilera posted this:
Technology Transfer Officer at University of Luxembourg

ECON4SD-Strategies for future The ECON4SD project is specialized in developing and promoting the smart specialization strategies for modern sustainable constructions. Our multi-group team works with national and international partners from academia and industry to develop components and design models for resource and energy efficient buildings, to realize a great modularity, flexibility, adaptability and upgradability of modern eco-structures spanning their whole service life, to develop destruction-free structures and design guidelines of their re-assembly. These will lead to a reduction of total resources-related footprint of buildings and infrastructures.

ECON4SD-Strategies for future

Lidia Aguilera posted this:
Technology Transfer Officer at University of Luxembourg

ONLINE GRID IMPEDANCE ESTIMATOR The core system relies on a novel disturbance-free virtual grid impedance estimator. The features functionalities are an accurate decoupled active and reactive power control, power factor control range from -0.25 to 0.25

ONLINE GRID IMPEDANCE ESTIMATOR

Lidia Aguilera posted this:
Technology Transfer Officer at University of Luxembourg

IMPROVEMENT OF POWER QUALITY IN ELECTRICAL SMART GRIDS The invention provides an algorithm to optimize the quality grid by compensating the effect of disturbances in terms of voltage harmonics and distortion power. The technology is based on the use of inverter-fed power devices with modern high-speed micro-controllers and an intelligent management of the different powers to be generated. The compensation can be implemented on a self-sufficient single voltage generating power source running in stand-alone or grid-tied. It can also be shared and distributed on multiple voltage source inverters (VSI) of different powers connected on a utility grid.

IMPROVEMENT OF POWER QUALITY IN ELECTRICAL SMART GRIDS

Lidia Aguilera posted this:
Technology Transfer Officer at University of Luxembourg

NEW TIMBER-CONCRETE COMPOSITE CONNECTION The cement industry accounts for 6% of the EU’s CO2 emission. In a typical reinforced concrete building, floors account for approximately half of the amount of concrete. The necessity for concrete in flooring systems can be significantly reduced by using different materials. The combination of timber and concrete has become especially interesting in the last decades. The research is focused on timber-concrete composite (TCC) structural floors. Usually, TCC floors are made of timber beams or a deck connected to an upper concrete layer. Nevertheless, there are many ways to combine and connect timber and concrete into one hybrid floor component. Engineering conceptions are conditioned by varying functional requirements.

NEW TIMBER-CONCRETE COMPOSITE CONNECTION

Covid-19 Innovation Challenges by Innoget posted this:

S-PACES. People and vehicle monitoring IoT system to control confinement and healthcare measures during COVID-19 People and vehicle monitoring IoT system to control confinement and healthcare measures during COVID-19. With this SmartCities Solution, the goal is to have a tool capable of knowing the movements of people and vehicles in different parts of the city. In this way, it will be possible to evaluate compliance with the measures adopted and implement improvements in them, if necessary.

S-PACES. People and vehicle monitoring IoT system to control confinement and healthcare measures during COVID-19

INTEGRA posted this:

S-PACES. People and vehicle monitoring IoT system to control confinement and healthcare measures during COVID-19 People and vehicle monitoring IoT system to control confinement and healthcare measures during COVID-19. With this SmartCities Solution, the goal is to have a tool capable of knowing the movements of people and vehicles in different parts of the city. In this way, it will be possible to evaluate compliance with the measures adopted and implement improvements in them, if necessary.

S-PACES. People and vehicle monitoring IoT system to control confinement and healthcare measures during COVID-19

Udit Mangal posted this:
Vice President- Business Development at Pluss Advanced Technologies Pvt. Ltd.

Phase Change Material Based Temperature Control Solutions for biological samples, test kits and vaccines At Pluss, we bear distinction of doing innovative and sustainable solutions in the field of temperature control using our core Phase Change Material (PCM) technology. One of our lead products is Celsure®, a set of pre-qualified shipping boxes for maintaining the temperature of your vaccines or other heat labile products for up to 120 hours between 2-8 deg C, 15-25 deg C and frozen (-20 deg C) as the case may be, with a variety of payload volumes (https://www.pluss.co.in/celsure/). Besides the prolonged back up hours, the unique design of the solution allows for complete freeze prevention way of storing vaccines in case of 2-8 temperature maintenance.

EPIC Semiconductors posted this:
- at EPIC Semiconductors

Pre-Quantum exploration using Smart Dust in combating COVID-19 A ‘Smart Dust’ is a battery-free, Energy Harvesting 'Sense-it-All' with Integrated Pre-Quantum Superposition Processor and AI that Communicates Wirelessly to the Cloud (RF-Free & Zero Power). A horizontal technology, it can also empower other industries Looking for partnership or research opportunity? Smart Dust with an integrated capillary system and markers will be a powerful tool in combating viruses & detecting pathogens.

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