Each week, we email Technology Marketplace Reports to our registered members based on their email preferences.
To receive your copy via email, update your email preferences in My Profile.
|
|
|
 |
|
Featured TechPaks |  |
Featured TechNeeds |
|
Technology solutions provided by companies | |
Technology needs sought after by companies |
|
Multiple axis laser process
We are offering laser added drilling, welding, cutting, soldering, cladding, re-melting of surfaces, partial hardening, etc. We manufactured many 3- and 5-axis CNC-machines in the past. In comparison to other manufacturers we designed a fixed laser and fixed optics, all movements are done by the work piece. We prefer the installation of a CO2-Laser with a diffusion cooling system, known as the world-wide best laser beam system.
Revolutionary filterless air filtering device
This innovative room air filtering device imitates the natural filtering qualities of wind and water. In nature, wind helps to 'sort' airborn pollutants and water absorbs polluting particles. The new LLTS-system comprises a combination of water microwaves and bubbles supported by other features that mimic nature and sieve pollutants. As a result, all pollution is absorbed by water. No filtration is necessary and the system is extremely energy efficient. LLTS-system is a Hungarian innovation, which has been recognized at numerous national and international invention competitions. I. Inventors' Olympic Games- Genius Prize (1998) VIII. Hungarian Innovational Competition- Acknowledged Certificate (1999) II. Inventors' Olympic Games-Genius Prize (2000).
Modified avidin-type molecules as targeting agents for the liver and cells of the reticuloendothelian system
The present invention relates to novel derivatives of avidin-type molecules, particularly to antigen-antibody complexes of avidin-type molecules, and to compositions comprising them for targeted diagnostic and therapeutic treatment of the liver and the reticuloendothelial system. Drug delivery, using targeting systems wherein a drug or radioactive isotope are coupled to a specific targeting vehicle, has been studied for both therapeutic and diagnostic potentials. Avidins are enzyme resistant carriers that can serve to provide selective and prolonged organ accumulation to ensure prolonged maintenance of these carriers in the target organ. While native avidins are mainly localized to the kidney, chemical modifications can change the in vivo disposition profile of these macromolecules. This invention provides such modifications that shift the accumulation of avidin-type molecules from the kidney to the liver or to the reticuloendothelial system, where they remain for several days. Thus, these macromolecules may act as homing devices to a specific organ and can be used as more specific and efficient drug delivery systems.
Increase fuel intensity, increase MPG, increase power, and lower emissions
This system, when installed in vehicles, allows increased fuel combustion. The technology works on Gasoline, Diesel and LPG fueled engines. The product uses physics, so no chemicals. Califormia EPA exemption as an additive. Return on Investment is very high for truck fleets and major fuel users. The technology is patented, and the developing company has done over $3M USD in sales.
Short-channel effect immunity for MOSFET FinFET integrated circuits
When miniaturizing MOS field-effect transistors (MOSFETs) for their high degree of integration and high speed, a source and a drain come close to each other, and the drain field has an effect on the source. The phenomenon, called "short channel effect," deteriorates device performance. When a dual-gate structure is adopted, the drain field can effectively be shielded to enable suppression of the short channel effect. However, the dual-gate field effect transistor having an extremely thin channel layer poses an obstacle in impurity fluctuation and difficulty in manufacturing Si-fins of varying heights on the same substrate. This technology offers advanced TiN metal gate FinFET CMOS fabrication techniques that provide the solution for these FinFET fabrication issues, including TiN gate, fin-height control, and asymmetric gate insulator thickness. 4T-FinFETs have successfully been developed. One patent offers a semiconductor integrated circuit from which channel width differs on the same board and which as two or more MOS transistors of the same area. The other offers a double gate field effect transistor which can set up free threshold voltage.
| |
Seeking: New systems for cleaning hard-surfaced areas of the home, particularly toilet, bath and shower surrounds
This organization seeks components for new systems for cleaning hard-surface areas of the home. The components you contribute should help us assemble a new cleaning system that includes a durable component and a consumable. We are looking for a "simpler process" and "simpler process" could mean fewer steps, a combination of feature/steps or not make the current cleaning process more complicated than it currently is. For example, a more automated process for cleaning soap scum from a tub and grout, that could comprise a device and a refillable cleaning agent or replaceable pads; or a toilet-cleaning system may include an easy way to replace or sanitize the cleaning implements (such as coatings or UV). Your components or cleaning system should result in fewer steps versus the current process (spray, let set, then hand-scrub tub, surround, and tile, then re-scrub specifically the grout and the hard-to-reach corners), better and easier grout cleaning, and easier ways to reach and clean corners; or your proposals might result in a fully automated self-cleaning system or more sanitarily manage the implements after toilet cleaning. Any new device or system that could be adapted for use in the hard-surface and bathroom-cleaning environment would be of interest, we are not looking for new cleaning chemistry.
Seeking: Ideas and methods for fabricating bulk metallic glass tube
We are seeking ideas and methods to fabricate a bulk metallic glass (amorphous alloy) tube. Due to the ultra-high strength and hardness of the kind of material, it is difficult to use the traditional machining process. Electrical discharge machining (EDM) will lead to defects on the surface of the material, which is not also recommended. Technical requirements for the straight tube: 1. Material: Ti-based bulk metallic glass; 2. Length: 1000mm +/- 5mm; 3. Outer diameter: 2mm +/- 0.05mm ~ 5mm +/- 0.05mm; 4. Tube wall thickness: 0.1mm +/-0.01mm ~ 0.25mm +/-0.02mm; 5. Internal surface roughness: Ra <= 0.8 micrometers; 6. Straightness: deviation from straightness over any 200 mm length <=1mm. Ideas and methods to bend the aforementioned straight tube to curved shape are required.
Seeking: Laundry pre-treater product or device
We are looking for simple, market-ready devices, delivery systems, packages, and/or cleaning articles, requiring limited development, that can be used for cleaning of stains on garments via pre-treatment prior to laundering. Our interest is to find existing "products" that are close to our requirements. Following initial assessments from the submitted information, we would request a small supply of the "product" to allow for actual usage and a functional assessment. Following initial assessments we will seek supply of those "products" we consider most promising for further evaluation (i.e., for consumer research. Longer term, we would consider a licensing agreement or a supply agreement for potential commercialization
Seeking: Binder with high temperature resistance
We are looking for a (polymeric) binder to be formulated into a UV polymerizable composition and stable at high temperatures. The UV polymerisable composition has to be applied on glass resulting in a good adhesion. The binder should be compatible with UV-curable compositions (acrylate matrix). The binder should have a high temperature stability (up to 450-500 C), preferably a low VOC-release, and no strong odour. The binder should not degrade during and after thermal treatment and should survive thermal degradation of the UV-polymerised composition.
Seeking: Anti-fouling and detritus-removal technologies for a variety of hard surfaces
We need components to make up one or more systems that can remove surface contamination (biofilms), lime scum, lime scale buildup, ameliorate water hardness, remove mold, mildew, and similar spores, handle soap scum, and remove surface detritus from a variety of materials. We are not currently looking for a "cleaning spray" (although that may form part of the solution), but rather for components that can contribute to a complete cleaning system that can work autonomously or semi-autonomously on a selection of surfaces, some horizontal, some vertical, some in complex shapes. The materials we need to treat are both synthetic and natural. They include stone, fiberglass gel coat, plastic and other long-chain molecule materials, steel, concrete (sealed), glass, enamel, and china. Such materials occur in many industries, such as marine construction and maintenance, masonry, medical equipment, lapidary work, industrial plants, and a host of others. The materials vary in surface characteristics such as porosity, density, texture, flexibility/brittleness, and depth. Some materials adhere to substrates, some are consistent throughout, and some have surface finishes that must not be damaged (for example, gel coat).
|
|
|
