| # | Country | Total Patents | |
|---|---|---|---|
| #1 | EPO (European Patent Office) | 3 | |
| #2 | United States | 3 | |
| #3 | Republic of Korea | 2 | |
| #4 | WIPO (World Intellectual Property Organization) | 2 | |
| #5 | France | 1 |
| # | Industry | |
|---|---|---|
| #1 | Computer technology | |
| #2 | Medical technology | |
| #3 | Optics | |
| #4 | Control |
| # | Technology | |
|---|---|---|
| #1 | Image data processing | |
| #2 | Data recognition and presentation | |
| #3 | Diagnosis and surgery | |
| #4 | Optical systems | |
| #5 | Teaching materials | |
| #6 | Healthcare informatics |
| # | Name | Total Patents |
|---|---|---|
| #1 | Soler Luc | 10 |
| #2 | Marescaux Jacques | 10 |
| #3 | Hostettler Alexandre | 10 |
| #4 | Thome Nicolas | 8 |
| #5 | Bernhardt Sylvain | 1 |
| #6 | Agnus Vincent | 1 |
| #7 | Nicolau Stephane | 1 |
| #8 | Nicolau Stéphane | 1 |
| #9 | Minery Vincent | 1 |
| Publication | Filing date | Title |
|---|---|---|
| KR20200118050A | Automatic segmentation process of 3D medical images by one or several neural networks through structured convolution according to the anatomical structure of 3D medical images | |
| KR20200119250A | Automatic segmentation process of 3D medical images by several neural networks through structured convolution according to the geometric structure of 3D medical images | |
| FR3057987A1 | System and method for training in the handling of an echographic probe | |
| US2018040139A1 | Method for determining the offset between the central and optical axes of an endoscope | |
| EP2961316A1 | Automatic method of predictive determination of the position of the skin |