If you would like to find out how to get a copy of the following milestone Patents on Artificial Muscles,
please send an e-mailto mohsen.shahinpoor@maine.edu.
R. Ecker and M. Shahinpoor, “Electrically Controllable Surgical Tools”, Family ID 61971133 17/112,151, December 4, 2020, Patent number 11,259,823, March 1, 2022
J. Borkum and M. Shahinpoor, “System for Noninvasive Pulsed Magnetic Induction Heating of Acupoints for the Neurorehabilitation of Stroke and Brain Injury, and for the Prevention and Treatment of Dementia, Age-Related Cognitive Decline, and Depression,” US Patent Office Group: 3791, Serial No.: 16903808, submitted June 17, 2020, Patent Allowed, Pat. No. 10,933,251, issued , 3/32021
R. Ecker and M. Shahinpoor, “Devices, Systems, and Methods For Endovascular Surgery,” US Patent Office Provisional Patent, Docket No. 48420 514P01US, submitted September 2018, led to U.S. Patent Application No.: 15/787,734
Title: Electrically Controllable Surgical Tools, Filing Date: October 19, 2017
Our Reference: 48420-512001US. The application will issue as U.S. Patent No. 10,881,418 on January 5, 2021.
66- M. Shahinpoor and D. Soltanpour, “Double Accommodating Intraocular Accordion Lens,” US patent Office, Patent Application Serial No. 14/854,323, awarded May 5th., (2017), US Patent Number 9,681945 issued May 5th. 2017
65- M. Mohammadi, M. Shahinpoor and K. Bhata, “Artificial Sphincter,” U.S. Patent Application Serial No. 61/837,038, filed: June 19, 2013, by patent attorneys at Hayes Soloway P.C., Ref: BMS 13.01-P
M. Shahinpoor and D. Soltanpour, “Surgical Correction of Ptosis by Polymeric Artificial Muscles-II,” CIP for US Patent No. 7,625,404, US Patent Office, Patent No.,8,454,691, Issued June 4, 2013
Double Accommodating Intraocular Accordion Lens”, US Patent Office, Patent Application Serial No. 14/854,323, awarded May 5th., (2017), US Patent Number 9,681945, (2017
“Synthetic Muscle-Based Multi-Powered Contact Lens”, US Patent Office, Patent No. 7,850,951 , Issued December 14, 2010
“Membrane and Catalyst Composite for Membrane Electrode Assembly”, US Patent Office, Patent Pending, University of Maine, Serial No. 61/177,445 , PCT/US20 10/034527, May 12, 2010
“Surgical Correction of Ptosis by Polymeric Artificial Muscles”, US Patent Office, Patent Application No. 20100042146A1, February 18, 2010-“Inflatable Wind Turbine Fabric Air Blades”, US Patent Office, Patent Pending, University of Maine, Serial No. 61/237485 , August 2009
“Surgical Correction of Ptosis by Polymeric Artificial Muscles”, US Patent Office, Patent No. 7,625,404 , Issued December 1, 2009M. Shahinpoor
“Method of Fabricating a Dry Electro-Active Polymeric Synthetic Muscle”, US Patent Office , Patent No. 7, 276, 090 , Issued October 2, 2007
“Shape Memory Alloy Temperature Sensor and Switch”, US Patent Office , Patent No. 7, 220, 051 , Issued May 22, 2007
“System and Device For Correcting Hyperopia and Presbyopia”, US Patent Office , Patent Pending, Application Number 11/626,774 , Submitted 1/24/2007
“Electrically-Controllable Multi-Fingered Resilient Heart Compression Devices”, CIP to US Patent No. Number 6,464,655 , US Patent Office , Patent No. 7,198,594 , Issued April 3, (2007)
“Surgical Correction of Human Eye Refractive Errors By Active Composite Artificial Muscle Implants”, US Patent Office , Patent No. 7,090,696 , CIP to US Patent No. 6,511,508B1, Issued August 15, 2006
” Wire Equipped with Electrically Bendable Distal Tip Made with Artificial Muscle “, US Patent Office , Provisional Patent Pending, Provisional Application Number 60005205, submitted 11/10/2006
“Synthetic Muscle-Based Multi-Powered Active Contact Lens”, US Patent Office, Serial No. 11/358,530 , February (2006), Published Application
“Accommodating Zonular Mini-Bridge Implants”, US Patent Office , United States Patent Number 7,060,09 , Issued June 13, 2006
“Shape Memory Alloy Temperature Sensor-2: CIP”, US Patent Office , United State Patent No. 6,837,620, Issued January 4, 2005
“Bioelectric Sensor and Switch System For Medical Imaging”, US patent Office , United States Patent No. 6,829,499, Issued December 7, 2004
“Synthetic Muscle-Based Diaphragm Pump Apparatuses”, US Patent Office , United States Patent No. 6,682,500 , Issued January 27, 2004
“Disk Drive Optical Switch”, US Patent Office, United State Patent No. 6,678,434, Issued January 13, 2004.
“Smart Fiber OpticMagnetometer”, US Patent Office Number 6,433,543, Issued , August 13,(2002)
“Electrically-Controllable Multi-Fingered Resilient HeartCompression Devices”, US Patent Office Number 6,464,655, IssuedOctober 15, (2002)
“Ionic Polymer Sensors and Actuators”, USPatent Office No. 6, 475,639, Issued November 5, 2002. M. Shahinpoor, D. Solatanpour and P. Shahinpoor,
“Surgical Correction ofHuman Eye Refractive Errors By Active Composite Artificial MuscleImplants“, US Patent Office No. 6,511,508 Issued
January 28, 2003,also PCT Application No. 2323-00-PCT filed July (2001)
“Smart Temperature Sensor”, US Patent and Trademark OfficeNo. 6,512,739 Issued September 2, 2003
“Disk Drive Optical Switch”, US Patent and Trademark Office No. 6,678,434, Issued January 13, 2004
“Synthetic Muscle-based Diaphragm Pump Apparatuses”, US Patent and Trademark Office No. 6,682,500, IssuedJanuary 27, 2004
“Bioelectric Sensor and Switch ForMedical Imaging”, US Patent and Trademark Office, US Patent No. 6, 829,499, , Issued December 7, 2004
“Shape Memory Alloy Temperature Sensor-2-CIP”, USPatent and Trademark Office, US Patent No. 6, 837, 620, , Issued January4, 2005
“Electrically Controlled Polymeric Gel Actuators,” US Patent Number 5, 250, 167, IssuedOctober 5, (1993), World’s First Patent On Electrically Controllable Polymeric Artificial Muscles
“Spring-Loaded Ionic Polymeric Gel Actuator,”,US Patent No. 5,389,222, Issued February 14, (1995)
“Soft Actuators and ArtificialMuscles”, US Patent No. 6,109, 852, issued August 29, (2000)
“Dynamic Fiber Optic Switch with Artificial Muscles”, US Patent Number 6,192,171, Issued February 20, (2001)
“Ionic Polymer Sensors and Actuators,”, US Patent No. 6,475,639 Issued November 5, (2002)
“Metal Hydride Artificial Muscles,” US Patent No. 6,405,532 Issued June 18, (2002)