Ressources
Répertoire des brevets.
Amin, Turocy & Watson a conduit la procédure d'obtention de chacun des 11 410 brevets ci-dessous. Ils ont été délivrés entre 2013 et 2026, et chacun peut être recherché ici par numéro, par titre et par discipline technique.
Deux sources, qui ne se recoupent pas. Jusqu'en 2014, les brevets proviennent du répertoire publié par le cabinet lui-même. À partir de 2015, ils sont tirés de l'index des mandataires inscrits au dossier tenu par l'USPTO. Les disciplines techniques sont attribuées d'après le code CPC d'invention que l'examinateur a attribué à chaque brevet.
Il s'agit d'une valeur plancher, non d'un relevé complet. Lorsqu'un client a substitué son propre mandataire inscrit au dossier avant la délivrance d'un brevet, c'est ce mandataire qui figure sur le brevet imprimé, et le brevet n'apparaît pas ici, quelle que soit la part du travail accomplie par le cabinet.
Le corpus par discipline technique
| Technologie | Brevets | Part du corpus classé |
|---|---|---|
| Software & Computing | 4 884 | 42.8% |
| Mechanical & Materials | 2 625 | 23.0% |
| Semiconductors & Electronics | 1 215 | 10.6% |
| AI & Machine Learning | 423 | 3.7% |
| Autonomous Vehicles | 413 | 3.6% |
| Green Technologies | 389 | 3.4% |
| Cybersecurity | 383 | 3.4% |
| Chemical & Biotechnology | 327 | 2.9% |
| Industrial Automation | 314 | 2.8% |
| Quantum Computing | 203 | 1.8% |
| Medical Devices | 203 | 1.8% |
| Robotics | 31 | 0.3% |
423 brevets sur 11 410
| Numéro de brevet | Titre | Domaine |
|---|---|---|
| 8,805,560 | Noise based interest point density pruning | AI & Machine Learning |
| 8,805,090 | Matching based upon rank | AI & Machine Learning |
| 8,767,035 | In-call command control | AI & Machine Learning |
| 8,750,562 | Systems and methods for facilitating combined multiple fingerprinters for media | AI & Machine Learning |
| 8,723,869 | Biologically based chamber matching | AI & Machine Learning |
| 8,719,036 | Voice dialogue system, method, and program | AI & Machine Learning |
| 8,712,155 | Device for identifying types of document files | AI & Machine Learning |
| 8,708,498 | Display apparatus for vehicle and display method | AI & Machine Learning |
| 8,655,664 | Text presentation apparatus, text presentation method, and computer program product | AI & Machine Learning |
| 8,650,034 | Speech processing device, speech processing method, and computer program product for speech processing | AI & Machine Learning |
| 8,626,510 | Speech synthesizing device, computer program product, and method | AI & Machine Learning |
| 8,611,617 | Similar image selection | AI & Machine Learning |
| 8,582,880 | Method and apparatus for calculating features of image data | AI & Machine Learning |
| 8,571,874 | Speech interactive apparatus and computer program product using output prompts and user responses | AI & Machine Learning |
| 8,548,777 | Automated recommendations from simulation | AI & Machine Learning |
| 8,504,495 | Approximate hashing functions for finding similar content | AI & Machine Learning |
| 8,498,951 | Approximate hashing functions for finding similar content | AI & Machine Learning |
| 8,494,856 | Speech synthesizer, speech synthesizing method and program product | AI & Machine Learning |
| 8,493,245 | Determination of long binary sequences having low autocorrelation functions | AI & Machine Learning |
| 8,488,879 | Image processing device and image processing method | AI & Machine Learning |
| 8,484,018 | Data converting apparatus and method that divides input data into plural frames and partially overlaps the divided frames to produce output data | AI & Machine Learning |
| 8,447,114 | Method and apparatus for calculating pixel features of image data | AI & Machine Learning |
| 8,438,014 | Separating speech waveforms into periodic and aperiodic components, using artificial waveform generated from pitch marks | AI & Machine Learning |