Augmented Reality Computer Surgical Navigation System
Caduceus S
| America |
|---|
| The head-mounted display and its receiver —— 29/949928 |
| The locator, tracking sphere, and manufacturing method of an optical tracking system —— US18424174 |
| Head-mounted display —— US29889903 |
| POSITIONING DEVICE FOR A SURGICAL INSTRUMENT —— US29868825 |
| Surgical navigation system, and imaging method of the same(CIP) —— US2023/0126207A1 |
| Method and system for performing surgical imaging based on mixed reality —— US20210290336A1 |
| Surgery system, contactless control panel for surgery system, and control method —— US20210225504A1 |
| Active calibration device and method for obtaining parameters used to calibrate information contained in images captured by an infrared camera device —— US20210227143A1 |
| Implementation method for operating a surgical instrument using smart surgical glasses —— US20210196404A1 |
| Object developing and calibrating method in a surgical environment —— US20200197123A1 |
| Surgical position calibration method —— US20200100756A1 |
| Surgical instrument guidance system —— US15953088 |
| Image reality augmentation method and surgical guide of applying same to wearable glasses —— WO2018010040A1 |
| An image guided augmented reality method and a surgical navigation of wearable glasses using the same —— US20190216572A1 |
| Europe |
|---|
| Image reality augmentation method and surgical guide of applying same to wearable glasses —— EP3525173A1 |
| Image reality augmentation method and surgical guide of applying same to wearable glasses —— EP3525173A4 |
| Taiwan |
|---|
| The head-mounted display and its receiver —— TW113303287 |
| The locator, tracking sphere, and manufacturing method of an optical tracking system —— 112131902 |
| Head-mounted display —— TW112301816 |
| POSITIONING DEVICE FOR A SURGICAL INSTRUMENT —— TW111212881 |
| SURGICAL INSTRUMENT —— TW111305871 |
| Tracker —— TW110211455 |
| Surgical navigation system, and imaging method of the same(CIP) —— TW202135737 |
| Method and system for performing surgical imaging based on mixed reality —— TW202135736 |
| Surgery system, contactless control panel for surgery system, and control method —— TW202128089 |
| Active calibration device and method for obtaining parameters used to calibrate information contained in images captured by an infrared camera device —— TW202129329 |
| Surgical instrument guidance system —— TW201934073A |
| Image reality augmentation method and surgical guide of applying same to wearable glasses —— TW201801682A |
| China |
|---|
| Surgical navigation system, and imaging method of the same —— CN111821024A |
| Method and system for performing surgical imaging based on mixed reality —— CN111568548A |
| Surgery system, contactless control panel for surgery system, and control method —— CN111329599A |
| Active calibration device and method for obtaining parameters used to calibrate information contained in images captured by an infrared camera device—— CN111294527A |
| Image reality augmentation method and surgical guide of applying same to wearable glasses —— CN109416841A |
Smart Augmented Reality Surgical Glasses Display System
Foresee-X
| America |
|---|
| Head-mounted display —— US29749792 |
| Taiwan |
|---|
| Head-mounted display —— TW109304377 |
| Europe |
|---|
| Head-mounted display —— 8164164 |
Surgical planning software system
OOOPDS
| America |
|---|
| Method, system and apparatus for designing a bone plate to be used in an orthopedic surgery —— US2023/0270499A1 |
| Taiwan |
|---|
| Method, system and apparatus for designing a bone plate to be used in an orthopedic surgery —— TW202210040 |
| India |
|---|
| Method, system and apparatus for designing a bone plate to be used in an orthopedic surgery —— ID202211013311 |
