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Baldo
Elena Baldo, San Vendemiano IT
| Patent application number | Description | Published |
|---|---|---|
| 20120027966 | Process for Drawing, Injection and Blowing Ultra-Light Weight Bottles ( Swerve Neck) - A new profile of the internal neck that, instead of being simply cylindrical, presents an internal ring in proximity to, and at the height of, the support ledge plain and to which corresponds a specific profile in the area under the support ledge. These profiles allows a ring to be created of different shapes and geometries (SWERVE SHAPE) using the internal material between the support ledge and the area under the support ledge, thereby re-enforcing the neck and avoiding oval formation (creating problems with sealing and loss of content) as well as deformation of the support ledge during the blowing process, without impacting weight reduction. This invention allows for ultra-light containers with good physical-mechanical behavior. A further reduction of the width(s) using present technologies is not permissible due to insufficient radial rigidity. This present invention permits the light-weighting of various types of containers of different prime materials. | 02-02-2012 |
Francine Baldo, Sceaux FR
| Patent application number | Description | Published |
|---|---|---|
| 20110130704 | COMBINATION OF A LIGHT RAY AND A LIPASE-BIOCONVERTIBLE COMPOUND FOR IMPROVING SKIN AND/OR HAIR APPEARANCE - The present invention relates to a cosmetic method intended in particular to improve the appearance of the skin and/or hair comprising the simultaneous and/or sequential administration: | 06-02-2011 |
Massimo Baldo, Quinto Di Treviso IT
| Patent application number | Description | Published |
|---|---|---|
| 20120060698 | INFUSION UNIT FOR MAKING BEVERAGES FROM SINGLE-SERVING SACHETS AND MACHINE COMPRISING SAID UNIT - The infusion unit comprises in combination : a support ( | 03-15-2012 |
Nicola Baldo, Rovigo IT
| Patent application number | Description | Published |
|---|---|---|
| 20100165856 | CROSS-LAYER OPTIMIZATION IN MULTIMEDIA COMMUNICATIONS - An embodiment of a system for optimizing operation of a mobile station in a wireless communication network such as a WLAN by adapting the physical (PHY), medium access control (MAC), and application settings of a mobile station therein includes a network status estimation module to evaluate the channel conditions of a wireless channel to serve the mobile station in terms of transmission failure probability due to noise and interference, respectively, a transmission characterization module to determine expected network performance as a function of the settings of PHY, MAC and application parameters in the current channel conditions as evaluated by the network status estimation module, a quality evaluation module to determine the expected quality of communication for the mobile station as a function of different channel performance metrics, and a quality maximization module to interact with the characterization and quality evaluation modules to identify and select the settings of PHY, MAC and application parameters for the mobile station that provide an optimum quality for the mobile station. | 07-01-2010 |
| 20100169723 | LINK ADAPTATION IN WIRELESS NETWORKS - An embodiment of a system for physical link adaptation in a wireless communication network such as e.g., a WLAN, selectively varies the physical mode of operation of the transmission channels serving the mobile stations in the network. The system includes an estimation module to evaluate transmission losses due to collisions as well as transmission losses due to channel errors over the transmission channel, and an adaptation module to select the physical mode of operation of the transmission channel as a function of the transmission losses due to collisions and to channel errors as evaluated by the estimation module. | 07-01-2010 |
Stephane Baldo, Montreal CA
| Patent application number | Description | Published |
|---|---|---|
| 20090268967 | EFFICIENT MODEL-BASED RECOGNITION OF OBJECTS USING A CALIBRATED IMAGE SYSTEM - A model-based object recognition system operates to recognize an object on a predetermined world surface within a world space. An image of the object is acquired. This image is a distorted projection of the world space. The acquired image is processed to locate one or more local features of the image, with respect to an image coordinate system of the image. These local features are mapped a world coordinate system of the world surface, and matched to a model defined in the world coordinate system. Annotations can be arranged as desired relative to the object in the world coordinate system, and then inverse-mapped into the image coordinate system for display on a monitor in conjunction with the acquired image. Because models are defined in world coordinates, and pattern matching is also performed in world coordinates, one model definition can be used by multiple independent object recognition systems. | 10-29-2009 |
| 20090274371 | EFFICIENT MODEL-BASED RECOGNITION OF OBJECTS USING A CALIBRATED IMAGE SYSTEM - A model-based object recognition system operates to recognize an object on a predetermined world surface within a world space. An image of the object is acquired. This image is a distorted projection of the world space. The acquired image is processed to locate one or more local features of the image, with respect to an image coordinate system of the image. These local features are mapped a world coordinate system of the world surface, and matched to a model defined in the world coordinate system. Annotations can be arranged as desired relative to the object in the world coordinate system, and then inverse-mapped into the image coordinate system for display on a monitor in conjunction with the acquired image. Because models are defined in world coordinates, and pattern matching is also performed in world coordinates, one model definition can be used by multiple independent object recognition systems. | 11-05-2009 |