|
US2020155086A1
|
|
Determining and displaying the 3d location and orientation of a cardiac-ablation balloon
|
|
WO2020150336A1
|
|
Cardiac catheter contact force determination
|
|
US2020090336A1
|
|
Determining respiratory phase from fluoroscopic images
|
|
WO2020068266A1
|
|
Determining catheter-tip 3d location and orientation using fluoroscopy and impedance measurements
|
|
US2020093397A1
|
|
Determining catheter-tip 3d location and orientation using fluoroscopy and impedance measurements
|
|
US2019244355A1
|
|
Determining respiratory phase from fluoroscopic images
|
|
US2018317864A1
|
|
Determining and displaying the 3D location and orientation of a cardiac-ablation balloon
|
|
US2018296176A1
|
|
Rapid 3D cardiac parameter mapping
|
|
US2017251942A1
|
|
Time transformation of local activation times
|
|
US2017224242A1
|
|
Detecting stimulus pulses
|
|
US2016089048A1
|
|
Time transformation of local activation times
|
|
US2015119737A1
|
|
Heartbeat categorization
|
|
US2015119736A1
|
|
Heartbeat detection and categorization
|
|
US8812091B1
|
|
Multi-channel cardiac measurements
|
|
US8788024B1
|
|
Multi-channel cardiac measurements
|
|
SG11201400446WA
|
|
Automatically determining 3d catheter location and orientation using 2d fluoroscopy only
|
|
CN103402425A
|
|
3d model creation of anatomic structures using single-plane fluoroscopy
|
