| UNIVERSITY OF TECHNOLOGY, SYDNEY Patent applications |
| Patent application number | Title | Published |
|---|
| 20120101402 | METHOD AND SYSTEM FOR CONTROLLING A DEVICE - A method for controlling a device, the method including the steps of, in a processing system: receiving a signal associated with a thought pattern ( | 04-26-2012 |
| 20110206612 | NOVEL SCREENS TO IDENTIFY AGENTS THAT MODULATE RETINAL BLOOD VESSEL FUNCTION AND PERICYTE FUNCTION AND DIAGNOSTIC AND THERAPEUTIC APPLICATION THEREFOR - The present invention provides methods for determining or identifying compounds that modulate the function of an isolated retinal pericyte or blood vessel, wherein a change in the contractile state of said pericyte or blood vessel is determined in the presence of a test compound, said change indicating that the test compound modulates the function of pericytes and/or blood vessels. | 08-25-2011 |
| 20110076383 | Method of Developing Latent Fingerprints - Latent fingerprints on a porous substrate such as paper are developed for viewing and recordal by applying heat to cause the fingerprint to be clearly viewed under radiation to cause the fingerprint to fluorescence (e.g. a few seconds heating with air or client contact with a heated device at around 260° C.) and viewing under e.g. light of 200 nm to 550 nm with a filter in the yellow to orange wavelength region. Alternatively more extended heating can render the fingerprint assemble under ultraviolet light, and under yet more extended heating permits viewing under white light. | 03-31-2011 |
| 20100106225 | Transcutaneous Power And/Or Data Transceiver - A device for communicating electric signals across the skin layer ( | 04-29-2010 |
| 20090218294 | Methods for Recovering Organic-Inorganic Element-Doped Metal Oxides from Hydrolysable Metal Compounds Associated with Contaminated Water Treatment - The present invention relates to a method for recovering an organic-inorganic element-doped metal oxide from a hydrolysable metal compound, accompanied with contaminated water treatment. The present invention comprises steps of: a) adding a hydrolysable metal compound as a coagulant to a contaminated water to form a separable floc between the hydrolysable metal compound and contaminants present in contaminated water; b) separating the separable floc and the pre-treated water after flocculation treatment; and c) calcinating the separated floc over 500° C. to produce an organic-inorganic element-doped metal oxide. More preferably, the present invention further comprises subjecting the pre-treated water of the step b) to a microwave treatment to cause a photocatalytic degradation of an organic contaminant that remains in the pre-treated water, with the assistance of the remaining hydrolysable metal compound. A novel titanium compound is found as an alternative coagulant instead of iron and aluminum salts which most widely use in water treatment. Ability, capacity and efficiency of flocculation as the proposed titanium coagulant are similar to those of FeCl | 09-03-2009 |
| 20090123379 | NOVEL SCREENS TO IDENTIFY AGENTS THAT MODULATE RETINAL BLOOD VESSEL FUNCTION AND PERICYTE FUNCTION AND DIAGNOSTIC AND THERAPEUTIC APPLICATION THEREFOR - The present invention provides methods for determining or identifying compounds that modulate the function of an isolated retinal pericyte or blood vessel, wherein a change in the contractile state of said pericyte or blood vessel is determined in the presence of a test compound, said change indicating that the test compound modulates the function of pericytes and/or blood vessels. | 05-14-2009 |
| 20080318031 | COOLING MATERIAL - The present invention provides a cooling material which comprises particles that are arranged for generation of surface plasmon resonances. The surface plasmon resonances have a wavelength or wavelength range within an atmospheric window wavelength range in which the atmosphere of the earth has a greatly reduced average absorption and emission compared with the average absorption and emission in an adjacent wavelength range, whereby the cooling material is arranged for emission of thermal radiation associated with the generated surface plasmon resonances and absorption of radiation from the atmosphere is greatly reduced. | 12-25-2008 |
