Patent Assignment
Reel/Frame 033858/0451
Release of Security Interest
Recorded: 2014-09-30
Pages: 6
Assignor
MARVIN, ROBERT
Executed: 2009-07-20
Assignee
PHILIPS ELECTRONICS NORTH AMERICA CORPORATION
3000 MINUTEMAN ROAD, ANDOVER, MASSACHUSETTS, 01810
Covered Properties
(106)
Insulated Catheter for Selective Organ Perfusion
Patent:
6,042,559 →
Application:
09/028,567 →
Selective Organ Hypothermia Method and Apparatus
Patent:
5,957,963 →
Application:
09/047,012 →
Circulating Fluid Hypothermia Method and Apparatus
Patent:
6,231,595 →
Application:
09/052,545 →
Selective Organ Cooling Catheter and Method of Using the Same
Patent:
6,096,068 →
Application:
09/103,342 →
Inflatable Catheter for Selective Organ Heating and Cooling and Method of Using the Same
Patent:
6,261,312 →
Application:
09/215,038 →
Method for Low Temperature Thrombolysis and Low Temperature Thrombolytic Agent with Selective Organ Temperature Control
Patent:
6,251,129 →
Application:
09/215,039 →
Method and Device for Applications of Selective Organ Cooling
Patent:
6,251,130 →
Application:
09/215,040 →
Method and Apparatus for Location and Temperature Specific Drug Action Such as Thrombolysis
Patent:
6,245,095 →
Application:
09/232,177 →
Selective Organ Cooling Apparatus and Method Employing Turbulence-Inducing Element with Curved Terminations
Patent:
6,238,428 →
Application:
09/246,514 →
Method and Device for Applications of Selective Organ Cooling
Selective Organ Cooling Catheter with Guidewire Apparatus and Temperature-Monitoring Device
Patent:
6,312,452 →
Application:
09/262,805 →
Selective Organ Cooling Apparatus and Method
Patent:
6,224,624 →
Application:
09/291,824 →
Circulating Fluid Hypothermia Method and Apparatus
Patent:
6,149,677 →
Application:
09/306,865 →
Selective Organ Hypothermia Method and Apparatus
Patent:
6,235,048 →
Application:
09/306,866 →
Inflatable Cooling Apparatus for Selective Organ Hypothermia
Patent:
6,325,818 →
Application:
09/414,184 →
Lumen Design for Catheter
Patent:
6,379,378 →
Application:
09/519,022 →
Medical Procedure
Patent:
6,491,039 →
Application:
09/539,932 →
Selective Organ Cooling Apparatus and Method
Patent:
6,471,717 →
Application:
09/570,075 →
Method for determining the effective thermal mass of a body or organ using a cooling catheter
Patent:
6,383,210 →
Application:
09/586,000 →
Selective Organ Cooling Apparatus and Method
Patent:
6,464,716 →
Application:
09/607,799 →
Method and Device for Applications of Selective Organ Cooling
Patent:
6,582,455 →
Application:
09/621,051 →
Selective Organ Hypothermia Method and Apparatus
Patent:
6,482,226 →
Application:
09/650,940 →
Method for Low Temperature Thrombolysis and Low Temperature Thrombolytic Agent with Selective Organ Temperature Control
Patent:
6,468,296 →
Application:
09/714,749 →
Method for Low Temperature Thrombolysis and Low Temperature Thrombolytic Agent with Selective Organ Temperature Control
Patent:
6,478,811 →
Application:
09/714,893 →
Multipurpose Catheter Assembly
Isolated Selective Organ Cooling Method and Apparatus
Method and Device for Applications of Selective Organ Cooling
Method and Device for Applications of Selective Organ Cooling
Inflatable Catheter for Selective Organ Heating and Cooling and Method of Using the Same
Inflatable Catheter for Selective Organ Heating and Cooling and Method of Using the Same
Collapsible Guidewire Lumen
Circulating Fluid Hypothermia Method and Apparatus
Method and Device for Performing Cooling- or Cryo-Therapies for ,E.G., Angioplasty with Reduced Restenosis or Pulmonary Vein Cell Cecrosis to Inhibit Atrial Fibrillation
Selective Organ Cooling Apparatus and Method
Method and Apparatus for Regulating Patient Temperature by Irrigating the Bladder with a Fluid
Selective Organ Hypothermia Method and Apparatus
Method and Apparatus for Cell Necrosis
Method of Making Selective Organ Cooling Catheter
Isolated Selective Organ Cooling Apparatus
Therapeutic Heating and Cooling via Temperature Management of a Colon-Inserted Balloon
Inflatable Heat Transfer Apparatus
Selective Organ Cooling Catheter with Guidewire Apparatus and Temperature-Monitoring Device
Method and Device for Performing Cooling- or Cryo-Therapies for, E.G., Angioplasty with Reduced Restenosis or Pulmonary Vein Cell Necrosis to Inhibit Atrial Fibrillation Employing Microporous Balloon
Lumen Design for Catheter
Fever Regulation Method and Apparatus
Circulation Set for Temperature-Controlled Catheter and Method of Using the Same
Medical Procedure
Method and Device for Performing Cooling- or Cryo-Therapies for, E.G., Angioplasty with Reduced Restenosis or Pulmonary Vein Cell Necrosis to Inhibit Atrial Fibrillation
Method for Determining the Effective Thermal Mass of a Body or Organ Using a Cooling Catheter
Method and Device for Performing Cooling- or Cryo-Therapies for, E.G., Angioplasty with Reduced Restenosis or Pulmonary Vein Cell Necrosis to Inhibit Atrial Fibrillation Employing Tissue Protection
Inflatable Catheter for Selective Organ Heating and Cooling and Method of Using the Same
Inflatable Catheter for Selective Organ Heating and Cooling and Method of Using the Same
Inflatable Catheter for Selective Organ Heating and Cooling and Method of Using the Same
Method and Device for Performing Cooling or Cryo-Therapies, for, E.G., Angioplasty with Reduced Restenosis or Pulmonary Vein Cell Necrosis to Inhibit Atrial Fibrillation Employing Tissue Protection
Method of Manufacturing a Heat Transfer Element for in Vivo Cooling
Selective Organ Hypothermia Method and Apparatus
Selective Organ Cooling Apparatus and Method
Multipurpose Catheter Assembly
Cross Reference to Related Applications
Method and Apparatus for Patient Temperature Control Employing Administration of Anti-Shivering Agents
Method and Device for Patient Temperature Control Employing Optimized Rewarming
Selective Organ Cooling Catheter with Guidewire Apparatus and Temperature-Monitoring Device
Patient Temperature Regulation Method and Apparatus
System and Method for Patient Temperature Control Employing Temperature Projection Algorithm
Collapsible Guidewire Lumen
Selective Organ Cooling Apparatus and Method
Isolated Selective Organ Cooling Method
Selective Organ Hypothermia Method and Apparatus
Fever Regulation Method and Apparatus
Circulation Set for Temperature-Controlled Catheter and Method of Using the Same
Method and Apparatus for Regulating Patient Temperature by Irrigating the Bladder with a Fluid
Inflatable Heat Transfer Apparatus
Method for Determining the Effective Thermal Mass of a Body or Organ Using a Cooling Catheter
Method of Making Selective Organ Cooling Catheter
Method and Device for Performing Cooling- or Cryo-Therapies for, E.G., Angioplasty with Reduced Restenosis or Pulmonary Vein Cell Necrosis to Inhibit Atrial Fibrillation Employing Microporous Balloon
Selective Organ Cooling Apparatus and Method
System and Method for Inducing Hypothermia with Active Patient Temperature Control Employing Catheter-Mounted Temperature Sensor and Temperature Projection Algorithm
Method of Manufacturing a Heat Transfer Element for in Vivo Cooling Without Undercuts
System and Method for Inducing Hypothermia with Control and Determination of Catheter Pressure
Method of Manufacturing a Heat Transfer Element for in Vivo Cooling
Selective Organ Cooling Apparatus and Method
Therapeutic Heating and Cooling via Temperature Management of a Colon-Inserted Balloon
Method and Device for Performing Cooling- or Cryo-Therapies for, E.G., Angioplasty with Reduced Restenosis or Pulmonary Vein Cell Necrosis to Inhibit Atrial Fibrillation Employing Tissue Protection
Application:
10/892,590 →
Publication:
US 2004/0267250
Method and Device for Patient Temperature Control Employing Optimized Rewarming
Low Fluid Level Detector System
Method and Device for Patient Temperature Control Employing Optimized Rewarming
Method and Apparatus for Patient Temperature Control Employing Administration of Anti-Shivering Agents
Method and Device for Performing Cooling- or Cryo-Therapies for, E.G., Angioplasty with Reduced Restenosis or Pulmonary Vein Cell Necrosis to Inhibit Atrial Fibrillation Employing Tissue Protection
System and Method for Patient Temperature Control Employing Temperature Projection Algorithm
Selective Organ Cooling Apparatus
Patient Temperature Regulation Method and Apparatus
Method of Making Selective Organ Cooling Catheter
Method of manufacturing a heat transfer element for in vivo cooling
Application:
11/475,641 →
Publication:
US 2006/0247744
Fever Regulation Method and Apparatus
Method and Apparatus for Patient Temperature Control Employing Titration of Therapy Using Eeg Signals
Patent:
7,850,723 →
Application:
11/605,191 →
Selective Organ Cooling Apparatus and Method
Method of Manufacturing a Heat Transfer Element for in Vivo Cooling Without Undercuts
Method and Device for Performing Cooling- or Cryo-Therapies for, E.G., Angioplasty with Reduced Restenosis or Pulmonary Vein Cell Necrosis to Inhibit Atrial Fibrillation Employing Tissue Protection
Method and Device for Performing Cooling-or Cryo-Therapies for, E.G., Angioplasty with Reduced Restenosis or Pulmonary Vein Cell Necrosis to Inhibit Atrial Fibrillation
Method and Device for Performing Cooling- or Cryo-Therapies for, E.G., Angioplasty with Reduced Restenosis or Pulmonary Vein Cell Necrosis to Inhibit Atrial Fibrillation
Selective Organ Cooling Catheter with Guidewire Apparatus and Temperature-Monitoring Device
System and method for inducing hypothermia with control and determination of catheter pressure
Method and Device for Patient Temperature Control Employing Optimized Rewarming
Medical Procedure
Methods and Systems for Inducing Therapeutic Hypothermia in a Pre-Hospital, Field, or Ambulance Setting
Application:
12/192,045 →
Publication:
US 2009/0099518
Therapeutic Heating and Cooling via Temperature Management of a Colon-Inserted Dual Balloon
Related Assignments
(6)
Other recorded transfers of the patents in this record — the chain of ownership.
Release of Security Interest
Sep 30, 2014
From: MARSHALL, ROBERT
To: PHILIPS ELECTRONICS NORTH AMERICA CORPORATION
Reel/Frame 033859/0044 →
Assignment of Assignor's Interest
Oct 13, 2014
From: INNERCOOL THERAPIES, INC.
To: PHILIPS ELECTRONICS NORTH AMERICA CORPORATION
Reel/Frame 033975/0849 →
Assignment of Assignor's Interest
Feb 18, 2015
From: DOBAK, JOHN D.; LASHERAS, JUAN C.; WERNETH, RANDELL L.
To: DEL MAR MEDICAL TECHNOLOGIES
Reel/Frame 035033/0235 →
Change of Name
Feb 18, 2015
From: DEL MAR MEDICAL TECHNOLOGIES, INC.
To: NEUROTHERMIA, INC.
Reel/Frame 035037/0061 →
Change of Name
Feb 18, 2015
From: NEUROTHERMIA, INC.
To: INNERCOOL THERAPIES, INC.
Reel/Frame 035037/0337 →
Assignment of Assignor's Interest
Feb 20, 2015
From: PHILIPS ELECTRONICS NORTH AMERICA CORPORATION
To: ZOLL CIRCULATION, INC.
Reel/Frame 035054/0888 →