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This diagnostic pattern recognition (DPR) technology was recently developed by a major pharmaceutical company (17 patents) to identify cattle infected with “mad-cow disease.”
It is a quick, simple, and inexpensive test that can potentially identify diseases that have similar symptoms. It can save physicians much time, help direct further diagnoses, tests, and treatments, and save much unneeded suffering.
The patent for the Inkjet Printable Wood Veneer enables veneer to accept a quality image and then accept a spray finish. For the woodworking industry - this product will provide manufacturers, in many different wood and related businesses, production methods that were cost prohibitive until now.
This highly efficient device for recycling heat from hot water waste can be applied to various industrial applications or home appliances. It helps to minimize energy consumption and loss or/and increase water flow or temperature without using additional gas or electricity.
This innovative micro-needle technology enables a very accurate manufacturing of needles. Every needle is designed to penetrate the skin within a depth of less than 100 micrometers. This offers the potential for improving drug bioavailability and reducing insertion pain. This also. ensures minimal damage to the skin as no tissue is removed while inserting the needles, and eventual better and quicker healing of the injection site. (12/06)
A new advanced continuous microwave drying technology has been developed in 2002 after a big flood in the Czech Republic.
The technology prevents overheating and hot-spots and all flooded books and documents are recovered in high quality. No damage to gold printing, colored reproductions, metallic objects and other components sensitive to microwaves. Moreover, the technology also kills moulds and their spores, therefore, an additional disinfection was not necessary. (12/06)
This material is excellent for athletes to use. The asphalt is highly shock and impact absorbing making it a very attractive surface for multiple application areas. This material is ideal for children’s playgrounds, sports surfaces such as running tracks, synthetic hockey pitches and football pitches. These products have already been successfully manufactured and installed. (9/06).
This Microsoft technology allows a computer to have multiple, simultaneous WiFi connections without the need for redundant electronics and the attendant energy drain. The prospect of multiple simultaneous connections enables new applications, such as ad hoc background diagnostics, mesh networks, and extended home networks.
(7/06).
Using sound waves captured in the inner ear, this technology creates an enhanced method of device control. Sound waves are generated in the inner ear either by talking or making tongue movements. The company’s patented technology captures these sound waves, then converts them into control signals for various devices.
(7/06).
Imagine a mobile phone that can change its cover / skin instantly, a watch that can display the time and the next minute a video feed on a ultra thin display (wearable). Advertising boards that can change in an instant and can be any size or shape (that can go round corners, and be formed into any size or shape).... (6/06).
Our Client has developed a unique system that incorporates metallic elements and oxides into products so they can be easily tracked and identified as genuine. This technology has been tested on a range of materials made by melting / inserting several traceable elements into rubber, polyester, plastic, resins, ink, varnish, paper, paints, coatings and metallic products.
(6/06).
This ultra-small wireless headset can be used in large communication networks, unlike Bluetooth headsets. With a range of 100 meters, mobile phones and other devices (IPod, MP3 players, Minidisk players, and cordless phones) can be used as the communication device without actually being in the immediate vicinity.
(5/06).
Five years of investment and development by DuPont has resulted in a flexible, innovative bioanalytical system for life sciences lab projects. Given sufficient investor interest, DuPont plans to spin out this product as a freestanding, venture-backed company.
(5/06).
This projector-camera technology incorporates methods that enable a projector to display images onto an arbitrary surface such that the quality of the images is preserved and the effects of the surface imperfections are minimized (5/06).
Supported by patents from the United States, Russia, and Belarus, this turnkey technology could transform how rubber, primarily in the form of worn tires, is recycled. Contrary to current processes, this solution is less expensive, economically feasible, and environmentally friendly.
The technology is commercially available. Two recycling plants (fixed and mobile) are operating economically today (4/06).
These non-porous films are impermeable to liquids, yet are vapor breathable. The selected chemistry enables very low costs. It is useful in many products that require a liquid barrier which also has the ability to transport vapor. Potential applications include:
Mattress covers, sports apparel and "active wear" clothing, sleeping bags, medical gowns, laboratory aprons, protective gloves, and clothing worn while handling hazardous materials.
This technology could find applications in geotextiles, construction products under siding or under roofs on buildings, light weight tents and temporary structures, and wood structures.
(2/06)
Proven to work, this patent was awarded in December 2005, with more pending, for a technique to deploy a fungus as a natural agent that attracts and kill termites and ants.
With this solution, insect guards can not identify the infected insects and these termites and ants carry the pesticide to their nests fatally infecting the queen and her entire colony.
(2/06).
The technology has been in constant use for five years at a paper recycling mill in the Netherlands. It is available for demonstration, testing, and further work. Currently, its pellet output is being sold to power plants and cement plants. In Europe, these pellets are regularly used as an industrial fuel.
The output of the pelletizing process is energy-equivalent to coal, but cheaper to produce. The high plastic content of the pellets make them consistent, and easy to ship and store.
(2/06).
This low-power electrolysis technology can disinfect a reservoir of water such as a storage tank or pool, or be placed in-line to the water supply to kill the bacteria, viruses, parasites, protozoa, molds, and spores that find their way into the water used for drinking, cooking, bathing, cleaning, and other personal uses. (6/05)
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