Difference between revisions of "Exoskeletons Patent Application Trends 2024"
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== Exoskeletons Patent Application Filing Activity == | == Exoskeletons Patent Application Filing Activity == | ||
− | == Exoskeletons patent applications in | + | == Exoskeletons patent applications in 2025 == |
− | [[File: | + | [[File:Exoskeletons_Monthly_Patent_Applications_2025_-_Up_to_ 2025.png|border|800px]] |
== Top Technology Areas in Exoskeletons == | == Top Technology Areas in Exoskeletons == | ||
− | [[File: | + | [[File:Top_Technology_Areas_in_Exoskeletons_2025_-_Up_to_ 2025.png|border|800px]] |
=== Top CPC Codes === | === Top CPC Codes === | ||
* [[:Category:CPC_B25J9/0006|B25J9/0006]] (No explanation available) | * [[:Category:CPC_B25J9/0006|B25J9/0006]] (No explanation available) | ||
− | ** Count: | + | ** Count: 36 patents |
− | ** Example: [[20240225943. Conveyance Systems for A Maneuverable Walk-About Platform for A Robotic Upper Exoskeleton | + | ** Example: [[20240225943. Conveyance Systems for A Maneuverable Walk-About Platform for A Robotic Upper Exoskeleton (Sarcos Corp.)]] |
* [[:Category:CPC_A61H3/00|A61H3/00]] (No explanation available) | * [[:Category:CPC_A61H3/00|A61H3/00]] (No explanation available) | ||
− | ** Count: | + | ** Count: 17 patents |
− | ** Example: [[20240225879. ORTHOSIS OR EXOSKELETON SYSTEM WITH MODULAR ELEMENTS | + | ** Example: [[20240225879. ORTHOSIS OR EXOSKELETON SYSTEM WITH MODULAR ELEMENTS (OPUM TECHNOLOGIES LIMITED)]] |
* [[:Category:CPC_A61H2201/165|A61H2201/165]] (No explanation available) | * [[:Category:CPC_A61H2201/165|A61H2201/165]] (No explanation available) | ||
− | ** Count: | + | ** Count: 14 patents |
− | ** Example: [[20240225879. ORTHOSIS OR EXOSKELETON SYSTEM WITH MODULAR ELEMENTS | + | ** Example: [[20240225879. ORTHOSIS OR EXOSKELETON SYSTEM WITH MODULAR ELEMENTS (OPUM TECHNOLOGIES LIMITED)]] |
+ | * [[:Category:CPC_A61H2003/007|A61H2003/007]] (No explanation available) | ||
+ | ** Count: 8 patents | ||
+ | ** Example: [[20240423864. REAL-TIME FEEDBACK-BASED OPTIMIZATION OF AN EXOSKELETON (Dephy, Inc.)]] | ||
* [[:Category:CPC_A61H2201/5061|A61H2201/5061]] (No explanation available) | * [[:Category:CPC_A61H2201/5061|A61H2201/5061]] (No explanation available) | ||
+ | ** Count: 7 patents | ||
+ | ** Example: [[20240225879. ORTHOSIS OR EXOSKELETON SYSTEM WITH MODULAR ELEMENTS (OPUM TECHNOLOGIES LIMITED)]] | ||
+ | * [[:Category:CPC_A61H2201/1207|A61H2201/1207]] (No explanation available) | ||
+ | ** Count: 7 patents | ||
+ | ** Example: [[20240423864. REAL-TIME FEEDBACK-BASED OPTIMIZATION OF AN EXOSKELETON (Dephy, Inc.)]] | ||
+ | * [[:Category:CPC_A61H2201/5069|A61H2201/5069]] (No explanation available) | ||
** Count: 6 patents | ** Count: 6 patents | ||
− | ** Example: [[20240225879. ORTHOSIS OR EXOSKELETON SYSTEM WITH MODULAR ELEMENTS | + | ** Example: [[20240225879. ORTHOSIS OR EXOSKELETON SYSTEM WITH MODULAR ELEMENTS (OPUM TECHNOLOGIES LIMITED)]] |
− | * [[:Category: | + | * [[:Category:CPC_A61F2/70|A61F2/70]] (No explanation available) |
** Count: 6 patents | ** Count: 6 patents | ||
− | ** Example: [[ | + | ** Example: [[20240335301. COMBINED TESTBENCH TYPE AND WALKING TYPE COMPLIANT EXOSKELETON SYSTEM (The Hong Kong Polytechnic University)]] |
+ | * [[:Category:CPC_A61H1/024|A61H1/024]] (No explanation available) | ||
+ | ** Count: 5 patents | ||
+ | ** Example: [[20240225879. ORTHOSIS OR EXOSKELETON SYSTEM WITH MODULAR ELEMENTS (OPUM TECHNOLOGIES LIMITED)]] | ||
* [[:Category:CPC_A61H1/0277|A61H1/0277]] (No explanation available) | * [[:Category:CPC_A61H1/0277|A61H1/0277]] (No explanation available) | ||
** Count: 5 patents | ** Count: 5 patents | ||
− | ** Example: [[20240225879. ORTHOSIS OR EXOSKELETON SYSTEM WITH MODULAR ELEMENTS | + | ** Example: [[20240225879. ORTHOSIS OR EXOSKELETON SYSTEM WITH MODULAR ELEMENTS (OPUM TECHNOLOGIES LIMITED)]] |
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== Top Companies in Exoskeletons == | == Top Companies in Exoskeletons == | ||
[[File:Top_Companies_in_Exoskeletons.png|border|800px]] | [[File:Top_Companies_in_Exoskeletons.png|border|800px]] | ||
+ | === [[:Category:FESTOOL GMBH|FESTOOL GMBH]] === | ||
+ | * Number of Exoskeletons patents: 5 | ||
+ | * Top CPC codes: | ||
+ | ** [[:Category:CPC_B25J9/0006|B25J9/0006]] (No explanation available): 5 patents | ||
+ | ** [[:Category:CPC_B25J9/1674|B25J9/1674]] (No explanation available): 1 patents | ||
+ | ** [[:Category:CPC_B25J19/02|B25J19/02]] (No explanation available): 1 patents | ||
+ | * Recent patents: | ||
+ | ** [[20240375267. EXOSKELETON AND METHOD (FESTOOL GMBH)]] (20241114) | ||
+ | ** [[20240342894. ELECTRICALLY OPERABLE DEVICE AND METHOD (FESTOOL GMBH)]] (20241017) | ||
+ | ** [[20240359314. EXOSKELETON APPARATUS AND METHOD (FESTOOL GMBH)]] (20241031) | ||
=== [[:Category:Microfabrica Inc.|Microfabrica Inc.]] === | === [[:Category:Microfabrica Inc.|Microfabrica Inc.]] === | ||
* Number of Exoskeletons patents: 5 | * Number of Exoskeletons patents: 5 | ||
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** [[:Category:CPC_G01R1/06738|G01R1/06738]] (No explanation available): 5 patents | ** [[:Category:CPC_G01R1/06738|G01R1/06738]] (No explanation available): 5 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240094256. Probes with Planar Unbiased Spring Elements for Electronic Component Contact, Methods for Making Such Probes, and Methods for Using Such Probes | + | ** [[20240094256. Probes with Planar Unbiased Spring Elements for Electronic Component Contact, Methods for Making Such Probes, and Methods for Using Such Probes (Microfabrica Inc.)]] (20240321) |
− | ** [[20240094257. Probes with Planar Unbiased Spring Elements for Electronic Component Contact, Methods for Making Such Probes, and Methods for Using Such Probes | + | ** [[20240094257. Probes with Planar Unbiased Spring Elements for Electronic Component Contact, Methods for Making Such Probes, and Methods for Using Such Probes (Microfabrica Inc.)]] (20240321) |
− | ** [[20240094258. Probes with Planar Unbiased Spring Elements for Electronic Component Contact, Methods for Making Such Probes, and Methods for Using Such Probes | + | ** [[20240094258. Probes with Planar Unbiased Spring Elements for Electronic Component Contact, Methods for Making Such Probes, and Methods for Using Such Probes (Microfabrica Inc.)]] (20240321) |
=== [[:Category:Motion Augmented LLC|Motion Augmented LLC]] === | === [[:Category:Motion Augmented LLC|Motion Augmented LLC]] === | ||
* Number of Exoskeletons patents: 5 | * Number of Exoskeletons patents: 5 | ||
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** [[:Category:CPC_A61H2201/1207|A61H2201/1207]] (No explanation available): 2 patents | ** [[:Category:CPC_A61H2201/1207|A61H2201/1207]] (No explanation available): 2 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240075340. WIRELESS WEARABLE SENSOR SYSTEMS, DEVICES, AND METHODS FOR ROBOTIC EXOSKELETONS AND DYNAMIC MOTION APPLICATIONS | + | ** [[20240075340. WIRELESS WEARABLE SENSOR SYSTEMS, DEVICES, AND METHODS FOR ROBOTIC EXOSKELETONS AND DYNAMIC MOTION APPLICATIONS (Motion Augmented LLC)]] (20240307) |
− | ** [[20240075612. MODULAR MOTOR UNITS AND METHODS FOR MAKING THE SAME FOR ACTIVE-PASSIVE ROBOTIC EXOSKELETON SYSTEMS | + | ** [[20240075612. MODULAR MOTOR UNITS AND METHODS FOR MAKING THE SAME FOR ACTIVE-PASSIVE ROBOTIC EXOSKELETON SYSTEMS (Motion Augmented LLC)]] (20240307) |
− | ** [[20240075638. MAGNETIC JOINT ASSEMBLIES FOR ACTIVE-PASSIVE ROBOTIC EXOSKELETON SYSTEMS AND METHODS FOR MAKING THE SAME | + | ** [[20240075638. MAGNETIC JOINT ASSEMBLIES FOR ACTIVE-PASSIVE ROBOTIC EXOSKELETON SYSTEMS AND METHODS FOR MAKING THE SAME (Motion Augmented LLC)]] (20240307) |
=== [[:Category:Sarcos Corp.|Sarcos Corp.]] === | === [[:Category:Sarcos Corp.|Sarcos Corp.]] === | ||
* Number of Exoskeletons patents: 4 | * Number of Exoskeletons patents: 4 | ||
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** [[:Category:CPC_A61H2201/5061|A61H2201/5061]] (No explanation available): 2 patents | ** [[:Category:CPC_A61H2201/5061|A61H2201/5061]] (No explanation available): 2 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240225943. Conveyance Systems for A Maneuverable Walk-About Platform for A Robotic Upper Exoskeleton | + | ** [[20240225943. Conveyance Systems for A Maneuverable Walk-About Platform for A Robotic Upper Exoskeleton (Sarcos Corp.)]] (20240711) |
− | ** [[20240227162. Walk-About Exoskeleton | + | ** [[20240227162. Walk-About Exoskeleton (Sarcos Corp.)]] (20240711) |
− | ** [[20240139054. Adjustable Exoskeleton Foot-Supporting Appendage for Variable Human Kinematic Compatibility | + | ** [[20240139054. Adjustable Exoskeleton Foot-Supporting Appendage for Variable Human Kinematic Compatibility (Sarcos Corp.)]] (20240502) |
+ | === [[:Category:Dephy, Inc.|Dephy, Inc.]] === | ||
+ | * Number of Exoskeletons patents: 4 | ||
+ | * Top CPC codes: | ||
+ | ** [[:Category:CPC_A61H3/00|A61H3/00]] (No explanation available): 4 patents | ||
+ | ** [[:Category:CPC_B25J9/0006|B25J9/0006]] (No explanation available): 2 patents | ||
+ | ** [[:Category:CPC_A61H2003/007|A61H2003/007]] (No explanation available): 2 patents | ||
+ | * Recent patents: | ||
+ | ** [[20240423864. REAL-TIME FEEDBACK-BASED OPTIMIZATION OF AN EXOSKELETON (Dephy, Inc.)]] (20241226) | ||
+ | ** [[20240415720. SYSTEMS AND METHODS FOR BILATERAL WIRELESS COMMUNICATION (Dephy, Inc.)]] (20241219) | ||
+ | ** [[20240216208. SYSTEMS AND METHODS FOR AN ACTIVE EXOSKELETON WITH LOCAL BATTERY (Dephy, Inc.)]] (20240704) | ||
=== [[:Category:Deutsches Zentrum für Luft- und Raumfahrt e.V.|Deutsches Zentrum für Luft- und Raumfahrt e.V.]] === | === [[:Category:Deutsches Zentrum für Luft- und Raumfahrt e.V.|Deutsches Zentrum für Luft- und Raumfahrt e.V.]] === | ||
* Number of Exoskeletons patents: 2 | * Number of Exoskeletons patents: 2 | ||
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** [[:Category:CPC_G09B9/24|G09B9/24]] (No explanation available): 1 patents | ** [[:Category:CPC_G09B9/24|G09B9/24]] (No explanation available): 1 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240253208. EXOSKELETON ARM AID IN AIRCRAFT COCKPIT FOR HIGH ACCELERATIONS | + | ** [[20240253208. EXOSKELETON ARM AID IN AIRCRAFT COCKPIT FOR HIGH ACCELERATIONS (Deutsches Zentrum für Luft- und Raumfahrt e.V.)]] (20240801) |
− | ** [[20240257659. COCKPIT WITH VIRTUAL CONTROL ELEMENTS | + | ** [[20240257659. COCKPIT WITH VIRTUAL CONTROL ELEMENTS (Deutsches Zentrum für Luft- und Raumfahrt e.V.)]] (20240801) |
=== [[:Category:IUVO S.R.L|IUVO S.R.L]] === | === [[:Category:IUVO S.R.L|IUVO S.R.L]] === | ||
* Number of Exoskeletons patents: 2 | * Number of Exoskeletons patents: 2 | ||
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** [[:Category:CPC_A61H2201/165|A61H2201/165]] (No explanation available): 1 patents | ** [[:Category:CPC_A61H2201/165|A61H2201/165]] (No explanation available): 1 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240115454. WEARABLE ROBOT, SYSTEM AND METHOD FOR CORRECTING GAIT IMPAIRMENTS | + | ** [[20240115454. WEARABLE ROBOT, SYSTEM AND METHOD FOR CORRECTING GAIT IMPAIRMENTS (IUVO S.R.L)]] (20240411) |
− | ** [[20240308060. PASSIVE LUMBAR EXOSKELETON | + | ** [[20240308060. PASSIVE LUMBAR EXOSKELETON (IUVO S.R.L)]] (20240919) |
+ | === [[:Category:University of Utah Research Foundation|University of Utah Research Foundation]] === | ||
+ | * Number of Exoskeletons patents: 2 | ||
+ | * Top CPC codes: | ||
+ | ** [[:Category:CPC_B25J9/0006|B25J9/0006]] (No explanation available): 2 patents | ||
+ | ** [[:Category:CPC_A61F2/644|A61F2/644]] (No explanation available): 1 patents | ||
+ | ** [[:Category:CPC_A61B5/1071|A61B5/1071]] (No explanation available): 1 patents | ||
+ | * Recent patents: | ||
+ | ** [[20240366406. Variable Transmission For Assistive Prosthesis Device (University of Utah Research Foundation)]] (20241107) | ||
+ | ** [[20240359313. POWERED ANKLE EXOSKELETON WITH SERIES-ELASTIC ACTUATION (University of Utah Research Foundation)]] (20241031) | ||
=== [[:Category:FONDAZIONE ISTITUTO ITALIANO DI TECNOLOGIA|FONDAZIONE ISTITUTO ITALIANO DI TECNOLOGIA]] === | === [[:Category:FONDAZIONE ISTITUTO ITALIANO DI TECNOLOGIA|FONDAZIONE ISTITUTO ITALIANO DI TECNOLOGIA]] === | ||
* Number of Exoskeletons patents: 2 | * Number of Exoskeletons patents: 2 | ||
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** [[:Category:CPC_A61H2003/007|A61H2003/007]] (No explanation available): 1 patents | ** [[:Category:CPC_A61H2003/007|A61H2003/007]] (No explanation available): 1 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240238147. METHOD FOR DETERMINING THE TORQUE TO BE DELIVERED BY THE MOTORISED JOINTS OF A LOWER LIMB EXOSKELETON DURING WALKING OF A SUBJECT WITH LOCOMOTOR DEFICITS | + | ** [[20240238147. METHOD FOR DETERMINING THE TORQUE TO BE DELIVERED BY THE MOTORISED JOINTS OF A LOWER LIMB EXOSKELETON DURING WALKING OF A SUBJECT WITH LOCOMOTOR DEFICITS (FONDAZIONE ISTITUTO ITALIANO DI TECNOLOGIA)]] (20240718) |
− | ** [[20240316798. ELASTIC BALANCING OF LOADS IN AN EXOSKELETON | + | ** [[20240316798. ELASTIC BALANCING OF LOADS IN AN EXOSKELETON (FONDAZIONE ISTITUTO ITALIANO DI TECNOLOGIA)]] (20240926) |
=== [[:Category:OPUM TECHNOLOGIES LIMITED|OPUM TECHNOLOGIES LIMITED]] === | === [[:Category:OPUM TECHNOLOGIES LIMITED|OPUM TECHNOLOGIES LIMITED]] === | ||
* Number of Exoskeletons patents: 1 | * Number of Exoskeletons patents: 1 | ||
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** [[:Category:CPC_A61F5/042|A61F5/042]] (No explanation available): 1 patents | ** [[:Category:CPC_A61F5/042|A61F5/042]] (No explanation available): 1 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240225879. ORTHOSIS OR EXOSKELETON SYSTEM WITH MODULAR ELEMENTS | + | ** [[20240225879. ORTHOSIS OR EXOSKELETON SYSTEM WITH MODULAR ELEMENTS (OPUM TECHNOLOGIES LIMITED)]] (20240711) |
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== New Companies in Exoskeletons (Last Month) == | == New Companies in Exoskeletons (Last Month) == | ||
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* [[:Category:CPC_G06F3/016|G06F3/016]] (No explanation available) | * [[:Category:CPC_G06F3/016|G06F3/016]] (No explanation available) | ||
** Count: 1 patents | ** Count: 1 patents | ||
− | ** Example: [[20240045500. WHOLE-BODY HUMAN-COMPUTER INTERFACE | + | ** Example: [[20240045500. WHOLE-BODY HUMAN-COMPUTER INTERFACE (HAPTX, INC.)]] |
* [[:Category:CPC_G06F3/012|G06F3/012]] (No explanation available) | * [[:Category:CPC_G06F3/012|G06F3/012]] (No explanation available) | ||
** Count: 1 patents | ** Count: 1 patents | ||
− | ** Example: [[20240045500. WHOLE-BODY HUMAN-COMPUTER INTERFACE | + | ** Example: [[20240045500. WHOLE-BODY HUMAN-COMPUTER INTERFACE (HAPTX, INC.)]] |
* [[:Category:CPC_G09B9/00|G09B9/00]] (No explanation available) | * [[:Category:CPC_G09B9/00|G09B9/00]] (No explanation available) | ||
** Count: 1 patents | ** Count: 1 patents | ||
− | ** Example: [[20240045500. WHOLE-BODY HUMAN-COMPUTER INTERFACE | + | ** Example: [[20240045500. WHOLE-BODY HUMAN-COMPUTER INTERFACE (HAPTX, INC.)]] |
* [[:Category:CPC_G06T19/006|G06T19/006]] (No explanation available) | * [[:Category:CPC_G06T19/006|G06T19/006]] (No explanation available) | ||
** Count: 1 patents | ** Count: 1 patents | ||
− | ** Example: [[20240045500. WHOLE-BODY HUMAN-COMPUTER INTERFACE | + | ** Example: [[20240045500. WHOLE-BODY HUMAN-COMPUTER INTERFACE (HAPTX, INC.)]] |
* [[:Category:CPC_G06F3/162|G06F3/162]] (No explanation available) | * [[:Category:CPC_G06F3/162|G06F3/162]] (No explanation available) | ||
** Count: 1 patents | ** Count: 1 patents | ||
− | ** Example: [[20240045500. WHOLE-BODY HUMAN-COMPUTER INTERFACE | + | ** Example: [[20240045500. WHOLE-BODY HUMAN-COMPUTER INTERFACE (HAPTX, INC.)]] |
* [[:Category:CPC_G06F3/015|G06F3/015]] (No explanation available) | * [[:Category:CPC_G06F3/015|G06F3/015]] (No explanation available) | ||
** Count: 1 patents | ** Count: 1 patents | ||
− | ** Example: [[20240045500. WHOLE-BODY HUMAN-COMPUTER INTERFACE | + | ** Example: [[20240045500. WHOLE-BODY HUMAN-COMPUTER INTERFACE (HAPTX, INC.)]] |
* [[:Category:CPC_G06F3/014|G06F3/014]] (No explanation available) | * [[:Category:CPC_G06F3/014|G06F3/014]] (No explanation available) | ||
** Count: 1 patents | ** Count: 1 patents | ||
− | ** Example: [[20240045500. WHOLE-BODY HUMAN-COMPUTER INTERFACE | + | ** Example: [[20240045500. WHOLE-BODY HUMAN-COMPUTER INTERFACE (HAPTX, INC.)]] |
* [[:Category:CPC_A63F13/212|A63F13/212]] (No explanation available) | * [[:Category:CPC_A63F13/212|A63F13/212]] (No explanation available) | ||
** Count: 1 patents | ** Count: 1 patents | ||
− | ** Example: [[20240045500. WHOLE-BODY HUMAN-COMPUTER INTERFACE | + | ** Example: [[20240045500. WHOLE-BODY HUMAN-COMPUTER INTERFACE (HAPTX, INC.)]] |
* [[:Category:CPC_G06F3/011|G06F3/011]] (No explanation available) | * [[:Category:CPC_G06F3/011|G06F3/011]] (No explanation available) | ||
** Count: 1 patents | ** Count: 1 patents | ||
− | ** Example: [[20240045500. WHOLE-BODY HUMAN-COMPUTER INTERFACE | + | ** Example: [[20240045500. WHOLE-BODY HUMAN-COMPUTER INTERFACE (HAPTX, INC.)]] |
* [[:Category:CPC_A63F13/285|A63F13/285]] (No explanation available) | * [[:Category:CPC_A63F13/285|A63F13/285]] (No explanation available) | ||
** Count: 1 patents | ** Count: 1 patents | ||
− | ** Example: [[20240045500. WHOLE-BODY HUMAN-COMPUTER INTERFACE | + | ** Example: [[20240045500. WHOLE-BODY HUMAN-COMPUTER INTERFACE (HAPTX, INC.)]] |
== Top Companies in Emerging Exoskeletons Technologies == | == Top Companies in Emerging Exoskeletons Technologies == | ||
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[[File:Top_50_Inventors_in_Exoskeletons.png|border|800px]] | [[File:Top_50_Inventors_in_Exoskeletons.png|border|800px]] | ||
+ | === [[:Category:Bernward OTTEN|Bernward OTTEN]] === | ||
+ | * Number of Exoskeletons patents: 5 | ||
+ | * Top companies: | ||
+ | ** [[:Category:FESTOOL GMBH|FESTOOL GMBH]]: 5 patents | ||
+ | * Recent patents: | ||
+ | ** [[20240375267. EXOSKELETON AND METHOD (FESTOOL GMBH)]] (20241114) | ||
+ | ** [[20240342894. ELECTRICALLY OPERABLE DEVICE AND METHOD (FESTOOL GMBH)]] (20241017) | ||
+ | ** [[20240359314. EXOSKELETON APPARATUS AND METHOD (FESTOOL GMBH)]] (20241031) | ||
+ | === [[:Category:Robert WEIDNER|Robert WEIDNER]] === | ||
+ | * Number of Exoskeletons patents: 5 | ||
+ | * Top companies: | ||
+ | ** [[:Category:FESTOOL GMBH|FESTOOL GMBH]]: 5 patents | ||
+ | * Recent patents: | ||
+ | ** [[20240375267. EXOSKELETON AND METHOD (FESTOOL GMBH)]] (20241114) | ||
+ | ** [[20240342894. ELECTRICALLY OPERABLE DEVICE AND METHOD (FESTOOL GMBH)]] (20241017) | ||
+ | ** [[20240359314. EXOSKELETON APPARATUS AND METHOD (FESTOOL GMBH)]] (20241031) | ||
=== [[:Category:Arun S. Veeramani|Arun S. Veeramani of Vista CA (US)]] === | === [[:Category:Arun S. Veeramani|Arun S. Veeramani of Vista CA (US)]] === | ||
* Number of Exoskeletons patents: 5 | * Number of Exoskeletons patents: 5 | ||
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** [[:Category:Microfabrica Inc.|Microfabrica Inc.]]: 5 patents | ** [[:Category:Microfabrica Inc.|Microfabrica Inc.]]: 5 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240094256. Probes with Planar Unbiased Spring Elements for Electronic Component Contact, Methods for Making Such Probes, and Methods for Using Such Probes | + | ** [[20240094256. Probes with Planar Unbiased Spring Elements for Electronic Component Contact, Methods for Making Such Probes, and Methods for Using Such Probes (Microfabrica Inc.)]] (20240321) |
− | ** [[20240094257. Probes with Planar Unbiased Spring Elements for Electronic Component Contact, Methods for Making Such Probes, and Methods for Using Such Probes | + | ** [[20240094257. Probes with Planar Unbiased Spring Elements for Electronic Component Contact, Methods for Making Such Probes, and Methods for Using Such Probes (Microfabrica Inc.)]] (20240321) |
− | ** [[20240094258. Probes with Planar Unbiased Spring Elements for Electronic Component Contact, Methods for Making Such Probes, and Methods for Using Such Probes | + | ** [[20240094258. Probes with Planar Unbiased Spring Elements for Electronic Component Contact, Methods for Making Such Probes, and Methods for Using Such Probes (Microfabrica Inc.)]] (20240321) |
=== [[:Category:Dennis R. Smalley|Dennis R. Smalley of Newhall CA (US)]] === | === [[:Category:Dennis R. Smalley|Dennis R. Smalley of Newhall CA (US)]] === | ||
* Number of Exoskeletons patents: 5 | * Number of Exoskeletons patents: 5 | ||
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** [[:Category:Microfabrica Inc.|Microfabrica Inc.]]: 5 patents | ** [[:Category:Microfabrica Inc.|Microfabrica Inc.]]: 5 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240094256. Probes with Planar Unbiased Spring Elements for Electronic Component Contact, Methods for Making Such Probes, and Methods for Using Such Probes | + | ** [[20240094256. Probes with Planar Unbiased Spring Elements for Electronic Component Contact, Methods for Making Such Probes, and Methods for Using Such Probes (Microfabrica Inc.)]] (20240321) |
− | ** [[20240094257. Probes with Planar Unbiased Spring Elements for Electronic Component Contact, Methods for Making Such Probes, and Methods for Using Such Probes | + | ** [[20240094257. Probes with Planar Unbiased Spring Elements for Electronic Component Contact, Methods for Making Such Probes, and Methods for Using Such Probes (Microfabrica Inc.)]] (20240321) |
− | ** [[20240094258. Probes with Planar Unbiased Spring Elements for Electronic Component Contact, Methods for Making Such Probes, and Methods for Using Such Probes | + | ** [[20240094258. Probes with Planar Unbiased Spring Elements for Electronic Component Contact, Methods for Making Such Probes, and Methods for Using Such Probes (Microfabrica Inc.)]] (20240321) |
=== [[:Category:Cameron Brandon Pinnock|Cameron Brandon Pinnock of Farmington MI (US)]] === | === [[:Category:Cameron Brandon Pinnock|Cameron Brandon Pinnock of Farmington MI (US)]] === | ||
* Number of Exoskeletons patents: 5 | * Number of Exoskeletons patents: 5 | ||
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** [[:Category:Motion Augmented LLC|Motion Augmented LLC]]: 5 patents | ** [[:Category:Motion Augmented LLC|Motion Augmented LLC]]: 5 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240075340. WIRELESS WEARABLE SENSOR SYSTEMS, DEVICES, AND METHODS FOR ROBOTIC EXOSKELETONS AND DYNAMIC MOTION APPLICATIONS | + | ** [[20240075340. WIRELESS WEARABLE SENSOR SYSTEMS, DEVICES, AND METHODS FOR ROBOTIC EXOSKELETONS AND DYNAMIC MOTION APPLICATIONS (Motion Augmented LLC)]] (20240307) |
− | ** [[20240075612. MODULAR MOTOR UNITS AND METHODS FOR MAKING THE SAME FOR ACTIVE-PASSIVE ROBOTIC EXOSKELETON SYSTEMS | + | ** [[20240075612. MODULAR MOTOR UNITS AND METHODS FOR MAKING THE SAME FOR ACTIVE-PASSIVE ROBOTIC EXOSKELETON SYSTEMS (Motion Augmented LLC)]] (20240307) |
− | ** [[20240075638. MAGNETIC JOINT ASSEMBLIES FOR ACTIVE-PASSIVE ROBOTIC EXOSKELETON SYSTEMS AND METHODS FOR MAKING THE SAME | + | ** [[20240075638. MAGNETIC JOINT ASSEMBLIES FOR ACTIVE-PASSIVE ROBOTIC EXOSKELETON SYSTEMS AND METHODS FOR MAKING THE SAME (Motion Augmented LLC)]] (20240307) |
=== [[:Category:Haroun Algahmi|Haroun Algahmi of Detroit MI (US)]] === | === [[:Category:Haroun Algahmi|Haroun Algahmi of Detroit MI (US)]] === | ||
* Number of Exoskeletons patents: 5 | * Number of Exoskeletons patents: 5 | ||
Line 207: | Line 228: | ||
** [[:Category:Motion Augmented LLC|Motion Augmented LLC]]: 5 patents | ** [[:Category:Motion Augmented LLC|Motion Augmented LLC]]: 5 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240075340. WIRELESS WEARABLE SENSOR SYSTEMS, DEVICES, AND METHODS FOR ROBOTIC EXOSKELETONS AND DYNAMIC MOTION APPLICATIONS | + | ** [[20240075340. WIRELESS WEARABLE SENSOR SYSTEMS, DEVICES, AND METHODS FOR ROBOTIC EXOSKELETONS AND DYNAMIC MOTION APPLICATIONS (Motion Augmented LLC)]] (20240307) |
− | ** [[20240075612. MODULAR MOTOR UNITS AND METHODS FOR MAKING THE SAME FOR ACTIVE-PASSIVE ROBOTIC EXOSKELETON SYSTEMS | + | ** [[20240075612. MODULAR MOTOR UNITS AND METHODS FOR MAKING THE SAME FOR ACTIVE-PASSIVE ROBOTIC EXOSKELETON SYSTEMS (Motion Augmented LLC)]] (20240307) |
− | ** [[20240075638. MAGNETIC JOINT ASSEMBLIES FOR ACTIVE-PASSIVE ROBOTIC EXOSKELETON SYSTEMS AND METHODS FOR MAKING THE SAME | + | ** [[20240075638. MAGNETIC JOINT ASSEMBLIES FOR ACTIVE-PASSIVE ROBOTIC EXOSKELETON SYSTEMS AND METHODS FOR MAKING THE SAME (Motion Augmented LLC)]] (20240307) |
=== [[:Category:Fraser M. Smith|Fraser M. Smith of Salt Lake City UT (US)]] === | === [[:Category:Fraser M. Smith|Fraser M. Smith of Salt Lake City UT (US)]] === | ||
* Number of Exoskeletons patents: 4 | * Number of Exoskeletons patents: 4 | ||
Line 215: | Line 236: | ||
** [[:Category:Sarcos Corp.|Sarcos Corp.]]: 4 patents | ** [[:Category:Sarcos Corp.|Sarcos Corp.]]: 4 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240225943. Conveyance Systems for A Maneuverable Walk-About Platform for A Robotic Upper Exoskeleton | + | ** [[20240225943. Conveyance Systems for A Maneuverable Walk-About Platform for A Robotic Upper Exoskeleton (Sarcos Corp.)]] (20240711) |
− | ** [[20240227162. Walk-About Exoskeleton | + | ** [[20240227162. Walk-About Exoskeleton (Sarcos Corp.)]] (20240711) |
− | ** [[20240139054. Adjustable Exoskeleton Foot-Supporting Appendage for Variable Human Kinematic Compatibility | + | ** [[20240139054. Adjustable Exoskeleton Foot-Supporting Appendage for Variable Human Kinematic Compatibility (Sarcos Corp.)]] (20240502) |
=== [[:Category:Marc X. Olivier|Marc X. Olivier of Salt Lake City UT (US)]] === | === [[:Category:Marc X. Olivier|Marc X. Olivier of Salt Lake City UT (US)]] === | ||
* Number of Exoskeletons patents: 4 | * Number of Exoskeletons patents: 4 | ||
Line 223: | Line 244: | ||
** [[:Category:Sarcos Corp.|Sarcos Corp.]]: 4 patents | ** [[:Category:Sarcos Corp.|Sarcos Corp.]]: 4 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240225943. Conveyance Systems for A Maneuverable Walk-About Platform for A Robotic Upper Exoskeleton | + | ** [[20240225943. Conveyance Systems for A Maneuverable Walk-About Platform for A Robotic Upper Exoskeleton (Sarcos Corp.)]] (20240711) |
− | ** [[20240227162. Walk-About Exoskeleton | + | ** [[20240227162. Walk-About Exoskeleton (Sarcos Corp.)]] (20240711) |
− | ** [[20240139054. Adjustable Exoskeleton Foot-Supporting Appendage for Variable Human Kinematic Compatibility | + | ** [[20240139054. Adjustable Exoskeleton Foot-Supporting Appendage for Variable Human Kinematic Compatibility (Sarcos Corp.)]] (20240502) |
=== [[:Category:Ming Ting Wu|Ming Ting Wu of San Jose CA (US)]] === | === [[:Category:Ming Ting Wu|Ming Ting Wu of San Jose CA (US)]] === | ||
* Number of Exoskeletons patents: 4 | * Number of Exoskeletons patents: 4 | ||
Line 231: | Line 252: | ||
** [[:Category:Microfabrica Inc.|Microfabrica Inc.]]: 4 patents | ** [[:Category:Microfabrica Inc.|Microfabrica Inc.]]: 4 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240094256. Probes with Planar Unbiased Spring Elements for Electronic Component Contact, Methods for Making Such Probes, and Methods for Using Such Probes | + | ** [[20240094256. Probes with Planar Unbiased Spring Elements for Electronic Component Contact, Methods for Making Such Probes, and Methods for Using Such Probes (Microfabrica Inc.)]] (20240321) |
− | ** [[20240094257. Probes with Planar Unbiased Spring Elements for Electronic Component Contact, Methods for Making Such Probes, and Methods for Using Such Probes | + | ** [[20240094257. Probes with Planar Unbiased Spring Elements for Electronic Component Contact, Methods for Making Such Probes, and Methods for Using Such Probes (Microfabrica Inc.)]] (20240321) |
− | ** [[20240094258. Probes with Planar Unbiased Spring Elements for Electronic Component Contact, Methods for Making Such Probes, and Methods for Using Such Probes | + | ** [[20240094258. Probes with Planar Unbiased Spring Elements for Electronic Component Contact, Methods for Making Such Probes, and Methods for Using Such Probes (Microfabrica Inc.)]] (20240321) |
+ | === [[:Category:Luke Mooney|Luke Mooney of Sudbury MA (US)]] === | ||
+ | * Number of Exoskeletons patents: 3 | ||
+ | * Top companies: | ||
+ | ** [[:Category:Dephy, Inc.|Dephy, Inc.]]: 3 patents | ||
+ | * Recent patents: | ||
+ | ** [[20240423817. SYSTEMS AND METHODS FOR A WATER RESISTANT ACTIVE EXOSKELETON (Dephy, Inc.)]] (20241226) | ||
+ | ** [[20240423864. REAL-TIME FEEDBACK-BASED OPTIMIZATION OF AN EXOSKELETON (Dephy, Inc.)]] (20241226) | ||
+ | ** [[20240415720. SYSTEMS AND METHODS FOR BILATERAL WIRELESS COMMUNICATION (Dephy, Inc.)]] (20241219) | ||
+ | === [[:Category:Jean-François Duval|Jean-François Duval of Belmont MA (US)]] === | ||
+ | * Number of Exoskeletons patents: 3 | ||
+ | * Top companies: | ||
+ | ** [[:Category:Dephy, Inc.|Dephy, Inc.]]: 3 patents | ||
+ | * Recent patents: | ||
+ | ** [[20240423817. SYSTEMS AND METHODS FOR A WATER RESISTANT ACTIVE EXOSKELETON (Dephy, Inc.)]] (20241226) | ||
+ | ** [[20240423864. REAL-TIME FEEDBACK-BASED OPTIMIZATION OF AN EXOSKELETON (Dephy, Inc.)]] (20241226) | ||
+ | ** [[20240415720. SYSTEMS AND METHODS FOR BILATERAL WIRELESS COMMUNICATION (Dephy, Inc.)]] (20241219) | ||
=== [[:Category:Francesco GIOVACCHINI|Francesco GIOVACCHINI]] === | === [[:Category:Francesco GIOVACCHINI|Francesco GIOVACCHINI]] === | ||
* Number of Exoskeletons patents: 3 | * Number of Exoskeletons patents: 3 | ||
Line 240: | Line 277: | ||
** [[:Category:SCUOLA SUPERIORE DI STUDI UNIVERSITARI E DI PERFEZIONAMENTO SANT'ANNA|SCUOLA SUPERIORE DI STUDI UNIVERSITARI E DI PERFEZIONAMENTO SANT'ANNA]]: 1 patents | ** [[:Category:SCUOLA SUPERIORE DI STUDI UNIVERSITARI E DI PERFEZIONAMENTO SANT'ANNA|SCUOLA SUPERIORE DI STUDI UNIVERSITARI E DI PERFEZIONAMENTO SANT'ANNA]]: 1 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240115454. WEARABLE ROBOT, SYSTEM AND METHOD FOR CORRECTING GAIT IMPAIRMENTS | + | ** [[20240115454. WEARABLE ROBOT, SYSTEM AND METHOD FOR CORRECTING GAIT IMPAIRMENTS (IUVO S.R.L)]] (20240411) |
− | ** [[20240308060. PASSIVE LUMBAR EXOSKELETON | + | ** [[20240308060. PASSIVE LUMBAR EXOSKELETON (IUVO S.R.L)]] (20240919) |
− | ** [[20240108530. EXOSKELETON FOR UPPER ARM | + | ** [[20240108530. EXOSKELETON FOR UPPER ARM (SCUOLA SUPERIORE DI STUDI UNIVERSITARI E DI PERFEZIONAMENTO SANT'ANNA)]] (20240404) |
+ | === [[:Category:Rachel Harris|Rachel Harris of Cambridge MA (US)]] === | ||
+ | * Number of Exoskeletons patents: 2 | ||
+ | * Top companies: | ||
+ | ** [[:Category:Dephy, Inc.|Dephy, Inc.]]: 2 patents | ||
+ | * Recent patents: | ||
+ | ** [[20240423864. REAL-TIME FEEDBACK-BASED OPTIMIZATION OF AN EXOSKELETON (Dephy, Inc.)]] (20241226) | ||
+ | ** [[20240415720. SYSTEMS AND METHODS FOR BILATERAL WIRELESS COMMUNICATION (Dephy, Inc.)]] (20241219) | ||
=== [[:Category:Simona CREA|Simona CREA]] === | === [[:Category:Simona CREA|Simona CREA]] === | ||
* Number of Exoskeletons patents: 2 | * Number of Exoskeletons patents: 2 | ||
Line 249: | Line 293: | ||
** [[:Category:SCUOLA SUPERIORE DI STUDI UNIVERSITARI E DI PERFEZIONAMENTO SANT'ANNA|SCUOLA SUPERIORE DI STUDI UNIVERSITARI E DI PERFEZIONAMENTO SANT'ANNA]]: 1 patents | ** [[:Category:SCUOLA SUPERIORE DI STUDI UNIVERSITARI E DI PERFEZIONAMENTO SANT'ANNA|SCUOLA SUPERIORE DI STUDI UNIVERSITARI E DI PERFEZIONAMENTO SANT'ANNA]]: 1 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240115454. WEARABLE ROBOT, SYSTEM AND METHOD FOR CORRECTING GAIT IMPAIRMENTS | + | ** [[20240115454. WEARABLE ROBOT, SYSTEM AND METHOD FOR CORRECTING GAIT IMPAIRMENTS (IUVO S.R.L)]] (20240411) |
− | ** [[20240108530. EXOSKELETON FOR UPPER ARM | + | ** [[20240108530. EXOSKELETON FOR UPPER ARM (SCUOLA SUPERIORE DI STUDI UNIVERSITARI E DI PERFEZIONAMENTO SANT'ANNA)]] (20240404) |
=== [[:Category:Nicola VITIELLO|Nicola VITIELLO]] === | === [[:Category:Nicola VITIELLO|Nicola VITIELLO]] === | ||
* Number of Exoskeletons patents: 2 | * Number of Exoskeletons patents: 2 | ||
Line 257: | Line 301: | ||
** [[:Category:SCUOLA SUPERIORE DI STUDI UNIVERSITARI E DI PERFEZIONAMENTO SANT'ANNA|SCUOLA SUPERIORE DI STUDI UNIVERSITARI E DI PERFEZIONAMENTO SANT'ANNA]]: 1 patents | ** [[:Category:SCUOLA SUPERIORE DI STUDI UNIVERSITARI E DI PERFEZIONAMENTO SANT'ANNA|SCUOLA SUPERIORE DI STUDI UNIVERSITARI E DI PERFEZIONAMENTO SANT'ANNA]]: 1 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240115454. WEARABLE ROBOT, SYSTEM AND METHOD FOR CORRECTING GAIT IMPAIRMENTS | + | ** [[20240115454. WEARABLE ROBOT, SYSTEM AND METHOD FOR CORRECTING GAIT IMPAIRMENTS (IUVO S.R.L)]] (20240411) |
− | ** [[20240108530. EXOSKELETON FOR UPPER ARM | + | ** [[20240108530. EXOSKELETON FOR UPPER ARM (SCUOLA SUPERIORE DI STUDI UNIVERSITARI E DI PERFEZIONAMENTO SANT'ANNA)]] (20240404) |
=== [[:Category:Chang Soo HAN|Chang Soo HAN]] === | === [[:Category:Chang Soo HAN|Chang Soo HAN]] === | ||
* Number of Exoskeletons patents: 2 | * Number of Exoskeletons patents: 2 | ||
Line 265: | Line 309: | ||
** [[:Category:HEXARHUMANCAR CO., LTD|HEXARHUMANCAR CO., LTD]]: 1 patents | ** [[:Category:HEXARHUMANCAR CO., LTD|HEXARHUMANCAR CO., LTD]]: 1 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240246223. ROBOTIC EXOSKELETON AND MANUAL MUSCLE STRENGTH SUPPORT DEVICE THEREFOR | + | ** [[20240246223. ROBOTIC EXOSKELETON AND MANUAL MUSCLE STRENGTH SUPPORT DEVICE THEREFOR (HEXARHUMANCARE., LTD.)]] (20240725) |
− | ** [[20240082095. EXOSKELETON-TYPE REHABILITATION ROBOT SYSTEM | + | ** [[20240082095. EXOSKELETON-TYPE REHABILITATION ROBOT SYSTEM (HEXARHUMANCAR CO., LTD)]] (20240314) |
=== [[:Category:Matteo MOISE|Matteo MOISE]] === | === [[:Category:Matteo MOISE|Matteo MOISE]] === | ||
* Number of Exoskeletons patents: 2 | * Number of Exoskeletons patents: 2 | ||
Line 273: | Line 317: | ||
** [[:Category:SCUOLA SUPERIORE DI STUDI UNIVERSITARI E DI PERFEZIONAMENTO SANT'ANNA|SCUOLA SUPERIORE DI STUDI UNIVERSITARI E DI PERFEZIONAMENTO SANT'ANNA]]: 1 patents | ** [[:Category:SCUOLA SUPERIORE DI STUDI UNIVERSITARI E DI PERFEZIONAMENTO SANT'ANNA|SCUOLA SUPERIORE DI STUDI UNIVERSITARI E DI PERFEZIONAMENTO SANT'ANNA]]: 1 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240308060. PASSIVE LUMBAR EXOSKELETON | + | ** [[20240308060. PASSIVE LUMBAR EXOSKELETON (IUVO S.R.L)]] (20240919) |
− | ** [[20240108530. EXOSKELETON FOR UPPER ARM | + | ** [[20240108530. EXOSKELETON FOR UPPER ARM (SCUOLA SUPERIORE DI STUDI UNIVERSITARI E DI PERFEZIONAMENTO SANT'ANNA)]] (20240404) |
+ | === [[:Category:Andreas ARGUBI-WOLLESEN|Andreas ARGUBI-WOLLESEN]] === | ||
+ | * Number of Exoskeletons patents: 2 | ||
+ | * Top companies: | ||
+ | ** [[:Category:FESTOOL GMBH|FESTOOL GMBH]]: 2 patents | ||
+ | * Recent patents: | ||
+ | ** [[20240375267. EXOSKELETON AND METHOD (FESTOOL GMBH)]] (20241114) | ||
+ | ** [[20240342894. ELECTRICALLY OPERABLE DEVICE AND METHOD (FESTOOL GMBH)]] (20241017) | ||
=== [[:Category:Matteo LAFFRANCHI|Matteo LAFFRANCHI]] === | === [[:Category:Matteo LAFFRANCHI|Matteo LAFFRANCHI]] === | ||
* Number of Exoskeletons patents: 2 | * Number of Exoskeletons patents: 2 | ||
Line 280: | Line 331: | ||
** [[:Category:FONDAZIONE ISTITUTO ITALIANO DI TECNOLOGIA|FONDAZIONE ISTITUTO ITALIANO DI TECNOLOGIA]]: 2 patents | ** [[:Category:FONDAZIONE ISTITUTO ITALIANO DI TECNOLOGIA|FONDAZIONE ISTITUTO ITALIANO DI TECNOLOGIA]]: 2 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240238147. METHOD FOR DETERMINING THE TORQUE TO BE DELIVERED BY THE MOTORISED JOINTS OF A LOWER LIMB EXOSKELETON DURING WALKING OF A SUBJECT WITH LOCOMOTOR DEFICITS | + | ** [[20240238147. METHOD FOR DETERMINING THE TORQUE TO BE DELIVERED BY THE MOTORISED JOINTS OF A LOWER LIMB EXOSKELETON DURING WALKING OF A SUBJECT WITH LOCOMOTOR DEFICITS (FONDAZIONE ISTITUTO ITALIANO DI TECNOLOGIA)]] (20240718) |
− | ** [[20240316798. ELASTIC BALANCING OF LOADS IN AN EXOSKELETON | + | ** [[20240316798. ELASTIC BALANCING OF LOADS IN AN EXOSKELETON (FONDAZIONE ISTITUTO ITALIANO DI TECNOLOGIA)]] (20240926) |
=== [[:Category:Lorenzo DE MICHIELI|Lorenzo DE MICHIELI]] === | === [[:Category:Lorenzo DE MICHIELI|Lorenzo DE MICHIELI]] === | ||
* Number of Exoskeletons patents: 2 | * Number of Exoskeletons patents: 2 | ||
Line 287: | Line 338: | ||
** [[:Category:FONDAZIONE ISTITUTO ITALIANO DI TECNOLOGIA|FONDAZIONE ISTITUTO ITALIANO DI TECNOLOGIA]]: 2 patents | ** [[:Category:FONDAZIONE ISTITUTO ITALIANO DI TECNOLOGIA|FONDAZIONE ISTITUTO ITALIANO DI TECNOLOGIA]]: 2 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240238147. METHOD FOR DETERMINING THE TORQUE TO BE DELIVERED BY THE MOTORISED JOINTS OF A LOWER LIMB EXOSKELETON DURING WALKING OF A SUBJECT WITH LOCOMOTOR DEFICITS | + | ** [[20240238147. METHOD FOR DETERMINING THE TORQUE TO BE DELIVERED BY THE MOTORISED JOINTS OF A LOWER LIMB EXOSKELETON DURING WALKING OF A SUBJECT WITH LOCOMOTOR DEFICITS (FONDAZIONE ISTITUTO ITALIANO DI TECNOLOGIA)]] (20240718) |
− | ** [[20240316798. ELASTIC BALANCING OF LOADS IN AN EXOSKELETON | + | ** [[20240316798. ELASTIC BALANCING OF LOADS IN AN EXOSKELETON (FONDAZIONE ISTITUTO ITALIANO DI TECNOLOGIA)]] (20240926) |
+ | === [[:Category:Tommaso LENZI|Tommaso LENZI of Salt Lake City UT (US)]] === | ||
+ | * Number of Exoskeletons patents: 2 | ||
+ | * Top companies: | ||
+ | ** [[:Category:University of Utah Research Foundation|University of Utah Research Foundation]]: 1 patents | ||
+ | ** [[:Category:UNIVERSITY OF UTAH RESEARCH FOUNDATION|UNIVERSITY OF UTAH RESEARCH FOUNDATION]]: 1 patents | ||
+ | * Recent patents: | ||
+ | ** [[20240359313. POWERED ANKLE EXOSKELETON WITH SERIES-ELASTIC ACTUATION (University of Utah Research Foundation)]] (20241031) | ||
+ | ** [[20240325230. SELF-ALIGNING MECHANISMS IN PASSIVE AND POWERED EXOSKELETONS (UNIVERSITY OF UTAH RESEARCH FOUNDATION)]] (20241003) | ||
=== [[:Category:Andrew John MCDAID|Andrew John MCDAID]] === | === [[:Category:Andrew John MCDAID|Andrew John MCDAID]] === | ||
* Number of Exoskeletons patents: 1 | * Number of Exoskeletons patents: 1 | ||
Line 294: | Line 353: | ||
** [[:Category:OPUM TECHNOLOGIES LIMITED|OPUM TECHNOLOGIES LIMITED]]: 1 patents | ** [[:Category:OPUM TECHNOLOGIES LIMITED|OPUM TECHNOLOGIES LIMITED]]: 1 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240225879. ORTHOSIS OR EXOSKELETON SYSTEM WITH MODULAR ELEMENTS | + | ** [[20240225879. ORTHOSIS OR EXOSKELETON SYSTEM WITH MODULAR ELEMENTS (OPUM TECHNOLOGIES LIMITED)]] (20240711) |
=== [[:Category:William Edwin John GRANT|William Edwin John GRANT]] === | === [[:Category:William Edwin John GRANT|William Edwin John GRANT]] === | ||
* Number of Exoskeletons patents: 1 | * Number of Exoskeletons patents: 1 | ||
Line 300: | Line 359: | ||
** [[:Category:OPUM TECHNOLOGIES LIMITED|OPUM TECHNOLOGIES LIMITED]]: 1 patents | ** [[:Category:OPUM TECHNOLOGIES LIMITED|OPUM TECHNOLOGIES LIMITED]]: 1 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240225879. ORTHOSIS OR EXOSKELETON SYSTEM WITH MODULAR ELEMENTS | + | ** [[20240225879. ORTHOSIS OR EXOSKELETON SYSTEM WITH MODULAR ELEMENTS (OPUM TECHNOLOGIES LIMITED)]] (20240711) |
+ | === [[:Category:Jonathan Cummings|Jonathan Cummings of Concord MA (US)]] === | ||
+ | * Number of Exoskeletons patents: 1 | ||
+ | * Top companies: | ||
+ | ** [[:Category:Dephy, Inc.|Dephy, Inc.]]: 1 patents | ||
+ | * Recent patents: | ||
+ | ** [[20240423817. SYSTEMS AND METHODS FOR A WATER RESISTANT ACTIVE EXOSKELETON (Dephy, Inc.)]] (20241226) | ||
+ | === [[:Category:Jonathan Kaplan|Jonathan Kaplan of Waltham MA (US)]] === | ||
+ | * Number of Exoskeletons patents: 1 | ||
+ | * Top companies: | ||
+ | ** [[:Category:Dephy, Inc.|Dephy, Inc.]]: 1 patents | ||
+ | * Recent patents: | ||
+ | ** [[20240423864. REAL-TIME FEEDBACK-BASED OPTIMIZATION OF AN EXOSKELETON (Dephy, Inc.)]] (20241226) | ||
+ | === [[:Category:Nicholas Paine|Nicholas Paine of Austin TX (US)]] === | ||
+ | * Number of Exoskeletons patents: 1 | ||
+ | * Top companies: | ||
+ | ** [[:Category:Apptronik, Inc.|Apptronik, Inc.]]: 1 patents | ||
+ | * Recent patents: | ||
+ | ** [[20240424664. EXOSKELETON DEVICE WITH IMPROVED ACTUATION SYSTEM (Apptronik, Inc.)]] (20241226) | ||
+ | === [[:Category:Jonas Fox|Jonas Fox of Austin TX (US)]] === | ||
+ | * Number of Exoskeletons patents: 1 | ||
+ | * Top companies: | ||
+ | ** [[:Category:Apptronik, Inc.|Apptronik, Inc.]]: 1 patents | ||
+ | * Recent patents: | ||
+ | ** [[20240424664. EXOSKELETON DEVICE WITH IMPROVED ACTUATION SYSTEM (Apptronik, Inc.)]] (20241226) | ||
+ | === [[:Category:Luke J. CHAPUT|Luke J. CHAPUT]] === | ||
+ | * Number of Exoskeletons patents: 1 | ||
+ | * Top companies: | ||
+ | ** [[:Category:SIMPLE GRID SOLUTIONS LTD|SIMPLE GRID SOLUTIONS LTD]]: 1 patents | ||
+ | * Recent patents: | ||
+ | ** [[20240426126. UTILITY GRID AND TOWER UPGRADE SYSTEM AND METHOD (SIMPLE GRID SOLUTIONS LTD)]] (20241226) | ||
+ | === [[:Category:Nathan I. STAHL|Nathan I. STAHL]] === | ||
+ | * Number of Exoskeletons patents: 1 | ||
+ | * Top companies: | ||
+ | ** [[:Category:SIMPLE GRID SOLUTIONS LTD|SIMPLE GRID SOLUTIONS LTD]]: 1 patents | ||
+ | * Recent patents: | ||
+ | ** [[20240426126. UTILITY GRID AND TOWER UPGRADE SYSTEM AND METHOD (SIMPLE GRID SOLUTIONS LTD)]] (20241226) | ||
=== [[:Category:Nilo T. Bugtai|Nilo T. Bugtai]] === | === [[:Category:Nilo T. Bugtai|Nilo T. Bugtai]] === | ||
* Number of Exoskeletons patents: 1 | * Number of Exoskeletons patents: 1 | ||
Line 306: | Line 401: | ||
** [[:Category:De La Salle University|De La Salle University]]: 1 patents | ** [[:Category:De La Salle University|De La Salle University]]: 1 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240122778. DEVICE FOR UPPER LIMB REHABILITATION | + | ** [[20240122778. DEVICE FOR UPPER LIMB REHABILITATION (De La Salle University)]] (20240418) |
=== [[:Category:Jade R. Dungao|Jade R. Dungao]] === | === [[:Category:Jade R. Dungao|Jade R. Dungao]] === | ||
* Number of Exoskeletons patents: 1 | * Number of Exoskeletons patents: 1 | ||
Line 312: | Line 407: | ||
** [[:Category:De La Salle University|De La Salle University]]: 1 patents | ** [[:Category:De La Salle University|De La Salle University]]: 1 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240122778. DEVICE FOR UPPER LIMB REHABILITATION | + | ** [[20240122778. DEVICE FOR UPPER LIMB REHABILITATION (De La Salle University)]] (20240418) |
=== [[:Category:Renann G. Baldovino|Renann G. Baldovino]] === | === [[:Category:Renann G. Baldovino|Renann G. Baldovino]] === | ||
* Number of Exoskeletons patents: 1 | * Number of Exoskeletons patents: 1 | ||
Line 318: | Line 413: | ||
** [[:Category:De La Salle University|De La Salle University]]: 1 patents | ** [[:Category:De La Salle University|De La Salle University]]: 1 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240122778. DEVICE FOR UPPER LIMB REHABILITATION | + | ** [[20240122778. DEVICE FOR UPPER LIMB REHABILITATION (De La Salle University)]] (20240418) |
=== [[:Category:Alexander C. Abad|Alexander C. Abad]] === | === [[:Category:Alexander C. Abad|Alexander C. Abad]] === | ||
* Number of Exoskeletons patents: 1 | * Number of Exoskeletons patents: 1 | ||
Line 324: | Line 419: | ||
** [[:Category:De La Salle University|De La Salle University]]: 1 patents | ** [[:Category:De La Salle University|De La Salle University]]: 1 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240122778. DEVICE FOR UPPER LIMB REHABILITATION | + | ** [[20240122778. DEVICE FOR UPPER LIMB REHABILITATION (De La Salle University)]] (20240418) |
=== [[:Category:Paul Dominick E. Baniqued|Paul Dominick E. Baniqued]] === | === [[:Category:Paul Dominick E. Baniqued|Paul Dominick E. Baniqued]] === | ||
* Number of Exoskeletons patents: 1 | * Number of Exoskeletons patents: 1 | ||
Line 330: | Line 425: | ||
** [[:Category:De La Salle University|De La Salle University]]: 1 patents | ** [[:Category:De La Salle University|De La Salle University]]: 1 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240122778. DEVICE FOR UPPER LIMB REHABILITATION | + | ** [[20240122778. DEVICE FOR UPPER LIMB REHABILITATION (De La Salle University)]] (20240418) |
=== [[:Category:Aira Patrice R. Ong|Aira Patrice R. Ong]] === | === [[:Category:Aira Patrice R. Ong|Aira Patrice R. Ong]] === | ||
* Number of Exoskeletons patents: 1 | * Number of Exoskeletons patents: 1 | ||
Line 336: | Line 431: | ||
** [[:Category:De La Salle University|De La Salle University]]: 1 patents | ** [[:Category:De La Salle University|De La Salle University]]: 1 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240122778. DEVICE FOR UPPER LIMB REHABILITATION | + | ** [[20240122778. DEVICE FOR UPPER LIMB REHABILITATION (De La Salle University)]] (20240418) |
=== [[:Category:Michael V. Manguerra|Michael V. Manguerra]] === | === [[:Category:Michael V. Manguerra|Michael V. Manguerra]] === | ||
* Number of Exoskeletons patents: 1 | * Number of Exoskeletons patents: 1 | ||
Line 342: | Line 437: | ||
** [[:Category:De La Salle University|De La Salle University]]: 1 patents | ** [[:Category:De La Salle University|De La Salle University]]: 1 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240122778. DEVICE FOR UPPER LIMB REHABILITATION | + | ** [[20240122778. DEVICE FOR UPPER LIMB REHABILITATION (De La Salle University)]] (20240418) |
=== [[:Category:Voltaire B. Dupo|Voltaire B. Dupo]] === | === [[:Category:Voltaire B. Dupo|Voltaire B. Dupo]] === | ||
* Number of Exoskeletons patents: 1 | * Number of Exoskeletons patents: 1 | ||
Line 348: | Line 443: | ||
** [[:Category:De La Salle University|De La Salle University]]: 1 patents | ** [[:Category:De La Salle University|De La Salle University]]: 1 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240122778. DEVICE FOR UPPER LIMB REHABILITATION | + | ** [[20240122778. DEVICE FOR UPPER LIMB REHABILITATION (De La Salle University)]] (20240418) |
=== [[:Category:Winny M. Paredes|Winny M. Paredes]] === | === [[:Category:Winny M. Paredes|Winny M. Paredes]] === | ||
* Number of Exoskeletons patents: 1 | * Number of Exoskeletons patents: 1 | ||
Line 354: | Line 449: | ||
** [[:Category:De La Salle University|De La Salle University]]: 1 patents | ** [[:Category:De La Salle University|De La Salle University]]: 1 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240122778. DEVICE FOR UPPER LIMB REHABILITATION | + | ** [[20240122778. DEVICE FOR UPPER LIMB REHABILITATION (De La Salle University)]] (20240418) |
=== [[:Category:Maria Annyssa Z. Perez|Maria Annyssa Z. Perez]] === | === [[:Category:Maria Annyssa Z. Perez|Maria Annyssa Z. Perez]] === | ||
* Number of Exoskeletons patents: 1 | * Number of Exoskeletons patents: 1 | ||
Line 360: | Line 455: | ||
** [[:Category:De La Salle University|De La Salle University]]: 1 patents | ** [[:Category:De La Salle University|De La Salle University]]: 1 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240122778. DEVICE FOR UPPER LIMB REHABILITATION | + | ** [[20240122778. DEVICE FOR UPPER LIMB REHABILITATION (De La Salle University)]] (20240418) |
=== [[:Category:Carlos Matthew P. Cases|Carlos Matthew P. Cases]] === | === [[:Category:Carlos Matthew P. Cases|Carlos Matthew P. Cases]] === | ||
* Number of Exoskeletons patents: 1 | * Number of Exoskeletons patents: 1 | ||
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** [[:Category:De La Salle University|De La Salle University]]: 1 patents | ** [[:Category:De La Salle University|De La Salle University]]: 1 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240122778. DEVICE FOR UPPER LIMB REHABILITATION | + | ** [[20240122778. DEVICE FOR UPPER LIMB REHABILITATION (De La Salle University)]] (20240418) |
=== [[:Category:Eldrich Bong B. Valencerina|Eldrich Bong B. Valencerina]] === | === [[:Category:Eldrich Bong B. Valencerina|Eldrich Bong B. Valencerina]] === | ||
* Number of Exoskeletons patents: 1 | * Number of Exoskeletons patents: 1 | ||
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** [[:Category:De La Salle University|De La Salle University]]: 1 patents | ** [[:Category:De La Salle University|De La Salle University]]: 1 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240122778. DEVICE FOR UPPER LIMB REHABILITATION | + | ** [[20240122778. DEVICE FOR UPPER LIMB REHABILITATION (De La Salle University)]] (20240418) |
=== [[:Category:Hanz Emmanuel A. Timbre|Hanz Emmanuel A. Timbre]] === | === [[:Category:Hanz Emmanuel A. Timbre|Hanz Emmanuel A. Timbre]] === | ||
* Number of Exoskeletons patents: 1 | * Number of Exoskeletons patents: 1 | ||
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** [[:Category:De La Salle University|De La Salle University]]: 1 patents | ** [[:Category:De La Salle University|De La Salle University]]: 1 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240122778. DEVICE FOR UPPER LIMB REHABILITATION | + | ** [[20240122778. DEVICE FOR UPPER LIMB REHABILITATION (De La Salle University)]] (20240418) |
=== [[:Category:Christopher S. Constantino|Christopher S. Constantino]] === | === [[:Category:Christopher S. Constantino|Christopher S. Constantino]] === | ||
* Number of Exoskeletons patents: 1 | * Number of Exoskeletons patents: 1 | ||
Line 384: | Line 479: | ||
** [[:Category:De La Salle University|De La Salle University]]: 1 patents | ** [[:Category:De La Salle University|De La Salle University]]: 1 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240122778. DEVICE FOR UPPER LIMB REHABILITATION | + | ** [[20240122778. DEVICE FOR UPPER LIMB REHABILITATION (De La Salle University)]] (20240418) |
=== [[:Category:Jeremy O. Flordelis|Jeremy O. Flordelis]] === | === [[:Category:Jeremy O. Flordelis|Jeremy O. Flordelis]] === | ||
* Number of Exoskeletons patents: 1 | * Number of Exoskeletons patents: 1 | ||
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** [[:Category:De La Salle University|De La Salle University]]: 1 patents | ** [[:Category:De La Salle University|De La Salle University]]: 1 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240122778. DEVICE FOR UPPER LIMB REHABILITATION | + | ** [[20240122778. DEVICE FOR UPPER LIMB REHABILITATION (De La Salle University)]] (20240418) |
=== [[:Category:Jose Alvin P. Mojica|Jose Alvin P. Mojica]] === | === [[:Category:Jose Alvin P. Mojica|Jose Alvin P. Mojica]] === | ||
* Number of Exoskeletons patents: 1 | * Number of Exoskeletons patents: 1 | ||
Line 396: | Line 491: | ||
** [[:Category:De La Salle University|De La Salle University]]: 1 patents | ** [[:Category:De La Salle University|De La Salle University]]: 1 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240122778. DEVICE FOR UPPER LIMB REHABILITATION | + | ** [[20240122778. DEVICE FOR UPPER LIMB REHABILITATION (De La Salle University)]] (20240418) |
=== [[:Category:Florian Wolz|Florian Wolz]] === | === [[:Category:Florian Wolz|Florian Wolz]] === | ||
* Number of Exoskeletons patents: 1 | * Number of Exoskeletons patents: 1 | ||
Line 402: | Line 497: | ||
** [[:Category:Deutsches Zentrum für Luft- und Raumfahrt e.V.|Deutsches Zentrum für Luft- und Raumfahrt e.V.]]: 1 patents | ** [[:Category:Deutsches Zentrum für Luft- und Raumfahrt e.V.|Deutsches Zentrum für Luft- und Raumfahrt e.V.]]: 1 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240253208. EXOSKELETON ARM AID IN AIRCRAFT COCKPIT FOR HIGH ACCELERATIONS | + | ** [[20240253208. EXOSKELETON ARM AID IN AIRCRAFT COCKPIT FOR HIGH ACCELERATIONS (Deutsches Zentrum für Luft- und Raumfahrt e.V.)]] (20240801) |
=== [[:Category:Ina Rüdinger|Ina Rüdinger]] === | === [[:Category:Ina Rüdinger|Ina Rüdinger]] === | ||
* Number of Exoskeletons patents: 1 | * Number of Exoskeletons patents: 1 | ||
Line 408: | Line 503: | ||
** [[:Category:Deutsches Zentrum für Luft- und Raumfahrt e.V.|Deutsches Zentrum für Luft- und Raumfahrt e.V.]]: 1 patents | ** [[:Category:Deutsches Zentrum für Luft- und Raumfahrt e.V.|Deutsches Zentrum für Luft- und Raumfahrt e.V.]]: 1 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240257659. COCKPIT WITH VIRTUAL CONTROL ELEMENTS | + | ** [[20240257659. COCKPIT WITH VIRTUAL CONTROL ELEMENTS (Deutsches Zentrum für Luft- und Raumfahrt e.V.)]] (20240801) |
=== [[:Category:Peter J. Crowley|Peter J. Crowley of Norfolk MA (US)]] === | === [[:Category:Peter J. Crowley|Peter J. Crowley of Norfolk MA (US)]] === | ||
* Number of Exoskeletons patents: 1 | * Number of Exoskeletons patents: 1 | ||
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** [[:Category:GYRUS ACMI, INC. D/B/A OLYMPUS SURGICAL TECHNOLOGIES AMERICA|GYRUS ACMI, INC. D/B/A OLYMPUS SURGICAL TECHNOLOGIES AMERICA]]: 1 patents | ** [[:Category:GYRUS ACMI, INC. D/B/A OLYMPUS SURGICAL TECHNOLOGIES AMERICA|GYRUS ACMI, INC. D/B/A OLYMPUS SURGICAL TECHNOLOGIES AMERICA]]: 1 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240293002. INSERTION SHEATH FOR MODULAR DISPOSABLE ENDOSCOPE COMPONENTS | + | ** [[20240293002. INSERTION SHEATH FOR MODULAR DISPOSABLE ENDOSCOPE COMPONENTS (GYRUS ACMI, INC. D/B/A OLYMPUS SURGICAL TECHNOLOGIES AMERICA)]] (20240905) |
=== [[:Category:Kurt G. Shelton|Kurt G. Shelton of Bedford MA (US)]] === | === [[:Category:Kurt G. Shelton|Kurt G. Shelton of Bedford MA (US)]] === | ||
* Number of Exoskeletons patents: 1 | * Number of Exoskeletons patents: 1 | ||
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** [[:Category:GYRUS ACMI, INC. D/B/A OLYMPUS SURGICAL TECHNOLOGIES AMERICA|GYRUS ACMI, INC. D/B/A OLYMPUS SURGICAL TECHNOLOGIES AMERICA]]: 1 patents | ** [[:Category:GYRUS ACMI, INC. D/B/A OLYMPUS SURGICAL TECHNOLOGIES AMERICA|GYRUS ACMI, INC. D/B/A OLYMPUS SURGICAL TECHNOLOGIES AMERICA]]: 1 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240293002. INSERTION SHEATH FOR MODULAR DISPOSABLE ENDOSCOPE COMPONENTS | + | ** [[20240293002. INSERTION SHEATH FOR MODULAR DISPOSABLE ENDOSCOPE COMPONENTS (GYRUS ACMI, INC. D/B/A OLYMPUS SURGICAL TECHNOLOGIES AMERICA)]] (20240905) |
=== [[:Category:Thomas J. Holman|Thomas J. Holman of Princeton MN (US)]] === | === [[:Category:Thomas J. Holman|Thomas J. Holman of Princeton MN (US)]] === | ||
* Number of Exoskeletons patents: 1 | * Number of Exoskeletons patents: 1 | ||
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** [[:Category:GYRUS ACMI, INC. D/B/A OLYMPUS SURGICAL TECHNOLOGIES AMERICA|GYRUS ACMI, INC. D/B/A OLYMPUS SURGICAL TECHNOLOGIES AMERICA]]: 1 patents | ** [[:Category:GYRUS ACMI, INC. D/B/A OLYMPUS SURGICAL TECHNOLOGIES AMERICA|GYRUS ACMI, INC. D/B/A OLYMPUS SURGICAL TECHNOLOGIES AMERICA]]: 1 patents | ||
* Recent patents: | * Recent patents: | ||
− | ** [[20240293002. INSERTION SHEATH FOR MODULAR DISPOSABLE ENDOSCOPE COMPONENTS | + | ** [[20240293002. INSERTION SHEATH FOR MODULAR DISPOSABLE ENDOSCOPE COMPONENTS (GYRUS ACMI, INC. D/B/A OLYMPUS SURGICAL TECHNOLOGIES AMERICA)]] (20240905) |
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== Top Collaborations in Exoskeletons == | == Top Collaborations in Exoskeletons == | ||
Line 516: | Line 533: | ||
[[File:Top_20_Cities_for_Exoskeletons_Inventors.png|border|800px]] | [[File:Top_20_Cities_for_Exoskeletons_Inventors.png|border|800px]] | ||
+ | * Salt Lake City: 16 inventors | ||
* Pontedera (PI): 13 inventors | * Pontedera (PI): 13 inventors | ||
* Stuttgart: 13 inventors | * Stuttgart: 13 inventors | ||
* Manila: 11 inventors | * Manila: 11 inventors | ||
− | * | + | * Hamburg: 10 inventors |
+ | * Austin: 8 inventors | ||
* Genova (GE): 7 inventors | * Genova (GE): 7 inventors | ||
* Daejeon: 7 inventors | * Daejeon: 7 inventors | ||
+ | * Dallas: 7 inventors | ||
+ | * Montreal: 6 inventors | ||
+ | * Bohlsen: 5 inventors | ||
* Vista: 5 inventors | * Vista: 5 inventors | ||
* Newhall: 5 inventors | * Newhall: 5 inventors | ||
Line 529: | Line 551: | ||
* Detroit: 5 inventors | * Detroit: 5 inventors | ||
* Boxborough: 5 inventors | * Boxborough: 5 inventors | ||
+ | * TORINO: 4 inventors | ||
* San Jose: 4 inventors | * San Jose: 4 inventors | ||
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[[Category:Exoskeletons]] | [[Category:Exoskeletons]] | ||
[[Category:Patent Application Trends by Technology in 2024]] | [[Category:Patent Application Trends by Technology in 2024]] |
Latest revision as of 03:07, 2 January 2025
Contents
- 1 Exoskeletons Patent Application Filing Activity
- 2 Exoskeletons patent applications in 2025
- 3 Top Technology Areas in Exoskeletons
- 4 Top Companies in Exoskeletons
- 5 New Companies in Exoskeletons (Last Month)
- 6 Emerging Technology Areas in Exoskeletons
- 7 Top Companies in Emerging Exoskeletons Technologies
- 8 Top Inventors in Exoskeletons
- 8.1 Bernward OTTEN
- 8.2 Robert WEIDNER
- 8.3 Arun S. Veeramani of Vista CA (US)
- 8.4 Dennis R. Smalley of Newhall CA (US)
- 8.5 Cameron Brandon Pinnock of Farmington MI (US)
- 8.6 Haroun Algahmi of Detroit MI (US)
- 8.7 Fraser M. Smith of Salt Lake City UT (US)
- 8.8 Marc X. Olivier of Salt Lake City UT (US)
- 8.9 Ming Ting Wu of San Jose CA (US)
- 8.10 Luke Mooney of Sudbury MA (US)
- 8.11 Jean-François Duval of Belmont MA (US)
- 8.12 Francesco GIOVACCHINI
- 8.13 Rachel Harris of Cambridge MA (US)
- 8.14 Simona CREA
- 8.15 Nicola VITIELLO
- 8.16 Chang Soo HAN
- 8.17 Matteo MOISE
- 8.18 Andreas ARGUBI-WOLLESEN
- 8.19 Matteo LAFFRANCHI
- 8.20 Lorenzo DE MICHIELI
- 8.21 Tommaso LENZI of Salt Lake City UT (US)
- 8.22 Andrew John MCDAID
- 8.23 William Edwin John GRANT
- 8.24 Jonathan Cummings of Concord MA (US)
- 8.25 Jonathan Kaplan of Waltham MA (US)
- 8.26 Nicholas Paine of Austin TX (US)
- 8.27 Jonas Fox of Austin TX (US)
- 8.28 Luke J. CHAPUT
- 8.29 Nathan I. STAHL
- 8.30 Nilo T. Bugtai
- 8.31 Jade R. Dungao
- 8.32 Renann G. Baldovino
- 8.33 Alexander C. Abad
- 8.34 Paul Dominick E. Baniqued
- 8.35 Aira Patrice R. Ong
- 8.36 Michael V. Manguerra
- 8.37 Voltaire B. Dupo
- 8.38 Winny M. Paredes
- 8.39 Maria Annyssa Z. Perez
- 8.40 Carlos Matthew P. Cases
- 8.41 Eldrich Bong B. Valencerina
- 8.42 Hanz Emmanuel A. Timbre
- 8.43 Christopher S. Constantino
- 8.44 Jeremy O. Flordelis
- 8.45 Jose Alvin P. Mojica
- 8.46 Florian Wolz
- 8.47 Ina Rüdinger
- 8.48 Peter J. Crowley of Norfolk MA (US)
- 8.49 Kurt G. Shelton of Bedford MA (US)
- 8.50 Thomas J. Holman of Princeton MN (US)
- 9 Top Collaborations in Exoskeletons
- 10 Top US States for Exoskeletons Inventors
- 11 Top Cities for Exoskeletons Inventors
Exoskeletons Patent Application Filing Activity
Exoskeletons patent applications in 2025
Top Technology Areas in Exoskeletons
Top CPC Codes
- B25J9/0006 (No explanation available)
- A61H3/00 (No explanation available)
- Count: 17 patents
- Example: 20240225879. ORTHOSIS OR EXOSKELETON SYSTEM WITH MODULAR ELEMENTS (OPUM TECHNOLOGIES LIMITED)
- A61H2201/165 (No explanation available)
- Count: 14 patents
- Example: 20240225879. ORTHOSIS OR EXOSKELETON SYSTEM WITH MODULAR ELEMENTS (OPUM TECHNOLOGIES LIMITED)
- A61H2003/007 (No explanation available)
- Count: 8 patents
- Example: 20240423864. REAL-TIME FEEDBACK-BASED OPTIMIZATION OF AN EXOSKELETON (Dephy, Inc.)
- A61H2201/5061 (No explanation available)
- Count: 7 patents
- Example: 20240225879. ORTHOSIS OR EXOSKELETON SYSTEM WITH MODULAR ELEMENTS (OPUM TECHNOLOGIES LIMITED)
- A61H2201/1207 (No explanation available)
- Count: 7 patents
- Example: 20240423864. REAL-TIME FEEDBACK-BASED OPTIMIZATION OF AN EXOSKELETON (Dephy, Inc.)
- A61H2201/5069 (No explanation available)
- Count: 6 patents
- Example: 20240225879. ORTHOSIS OR EXOSKELETON SYSTEM WITH MODULAR ELEMENTS (OPUM TECHNOLOGIES LIMITED)
- A61F2/70 (No explanation available)
- A61H1/024 (No explanation available)
- Count: 5 patents
- Example: 20240225879. ORTHOSIS OR EXOSKELETON SYSTEM WITH MODULAR ELEMENTS (OPUM TECHNOLOGIES LIMITED)
- A61H1/0277 (No explanation available)
- Count: 5 patents
- Example: 20240225879. ORTHOSIS OR EXOSKELETON SYSTEM WITH MODULAR ELEMENTS (OPUM TECHNOLOGIES LIMITED)
Top Companies in Exoskeletons
FESTOOL GMBH
- Number of Exoskeletons patents: 5
- Top CPC codes:
- B25J9/0006 (No explanation available): 5 patents
- B25J9/1674 (No explanation available): 1 patents
- B25J19/02 (No explanation available): 1 patents
- Recent patents:
Microfabrica Inc.
- Number of Exoskeletons patents: 5
- Top CPC codes:
- G01R1/07314 (No explanation available): 5 patents
- G01R1/06722 (No explanation available): 5 patents
- G01R1/06738 (No explanation available): 5 patents
- Recent patents:
- 20240094256. Probes with Planar Unbiased Spring Elements for Electronic Component Contact, Methods for Making Such Probes, and Methods for Using Such Probes (Microfabrica Inc.) (20240321)
- 20240094257. Probes with Planar Unbiased Spring Elements for Electronic Component Contact, Methods for Making Such Probes, and Methods for Using Such Probes (Microfabrica Inc.) (20240321)
- 20240094258. Probes with Planar Unbiased Spring Elements for Electronic Component Contact, Methods for Making Such Probes, and Methods for Using Such Probes (Microfabrica Inc.) (20240321)
Motion Augmented LLC
- Number of Exoskeletons patents: 5
- Top CPC codes:
- B25J9/0006 (No explanation available): 3 patents
- A61H1/0277 (No explanation available): 2 patents
- A61H2201/1207 (No explanation available): 2 patents
- Recent patents:
- 20240075340. WIRELESS WEARABLE SENSOR SYSTEMS, DEVICES, AND METHODS FOR ROBOTIC EXOSKELETONS AND DYNAMIC MOTION APPLICATIONS (Motion Augmented LLC) (20240307)
- 20240075612. MODULAR MOTOR UNITS AND METHODS FOR MAKING THE SAME FOR ACTIVE-PASSIVE ROBOTIC EXOSKELETON SYSTEMS (Motion Augmented LLC) (20240307)
- 20240075638. MAGNETIC JOINT ASSEMBLIES FOR ACTIVE-PASSIVE ROBOTIC EXOSKELETON SYSTEMS AND METHODS FOR MAKING THE SAME (Motion Augmented LLC) (20240307)
Sarcos Corp.
- Number of Exoskeletons patents: 4
- Top CPC codes:
- A61H3/00 (No explanation available): 3 patents
- B25J9/0006 (No explanation available): 2 patents
- A61H2201/5061 (No explanation available): 2 patents
- Recent patents:
- 20240225943. Conveyance Systems for A Maneuverable Walk-About Platform for A Robotic Upper Exoskeleton (Sarcos Corp.) (20240711)
- 20240227162. Walk-About Exoskeleton (Sarcos Corp.) (20240711)
- 20240139054. Adjustable Exoskeleton Foot-Supporting Appendage for Variable Human Kinematic Compatibility (Sarcos Corp.) (20240502)
Dephy, Inc.
- Number of Exoskeletons patents: 4
- Top CPC codes:
- A61H3/00 (No explanation available): 4 patents
- B25J9/0006 (No explanation available): 2 patents
- A61H2003/007 (No explanation available): 2 patents
- Recent patents:
Deutsches Zentrum für Luft- und Raumfahrt e.V.
- Number of Exoskeletons patents: 2
- Top CPC codes:
- B25J9/0006 (No explanation available): 1 patents
- B64D11/00 (No explanation available): 1 patents
- G09B9/24 (No explanation available): 1 patents
- Recent patents:
IUVO S.R.L
- Number of Exoskeletons patents: 2
- Top CPC codes:
- A61H1/0244 (No explanation available): 1 patents
- A61H2201/1628 (No explanation available): 1 patents
- A61H2201/165 (No explanation available): 1 patents
- Recent patents:
University of Utah Research Foundation
- Number of Exoskeletons patents: 2
- Top CPC codes:
- B25J9/0006 (No explanation available): 2 patents
- A61F2/644 (No explanation available): 1 patents
- A61B5/1071 (No explanation available): 1 patents
- Recent patents:
FONDAZIONE ISTITUTO ITALIANO DI TECNOLOGIA
- Number of Exoskeletons patents: 2
- Top CPC codes:
- A61H3/00 (No explanation available): 1 patents
- A61H1/0255 (No explanation available): 1 patents
- A61H2003/007 (No explanation available): 1 patents
- Recent patents:
- 20240238147. METHOD FOR DETERMINING THE TORQUE TO BE DELIVERED BY THE MOTORISED JOINTS OF A LOWER LIMB EXOSKELETON DURING WALKING OF A SUBJECT WITH LOCOMOTOR DEFICITS (FONDAZIONE ISTITUTO ITALIANO DI TECNOLOGIA) (20240718)
- 20240316798. ELASTIC BALANCING OF LOADS IN AN EXOSKELETON (FONDAZIONE ISTITUTO ITALIANO DI TECNOLOGIA) (20240926)
OPUM TECHNOLOGIES LIMITED
- Number of Exoskeletons patents: 1
- Top CPC codes:
- A61F5/0125 (No explanation available): 1 patents
- A61F5/013 (No explanation available): 1 patents
- A61F5/042 (No explanation available): 1 patents
- Recent patents:
New Companies in Exoskeletons (Last Month)
No new companies detected in the last month.
Emerging Technology Areas in Exoskeletons
- G06F3/016 (No explanation available)
- Count: 1 patents
- Example: 20240045500. WHOLE-BODY HUMAN-COMPUTER INTERFACE (HAPTX, INC.)
- G06F3/012 (No explanation available)
- Count: 1 patents
- Example: 20240045500. WHOLE-BODY HUMAN-COMPUTER INTERFACE (HAPTX, INC.)
- G09B9/00 (No explanation available)
- Count: 1 patents
- Example: 20240045500. WHOLE-BODY HUMAN-COMPUTER INTERFACE (HAPTX, INC.)
- G06T19/006 (No explanation available)
- Count: 1 patents
- Example: 20240045500. WHOLE-BODY HUMAN-COMPUTER INTERFACE (HAPTX, INC.)
- G06F3/162 (No explanation available)
- Count: 1 patents
- Example: 20240045500. WHOLE-BODY HUMAN-COMPUTER INTERFACE (HAPTX, INC.)
- G06F3/015 (No explanation available)
- Count: 1 patents
- Example: 20240045500. WHOLE-BODY HUMAN-COMPUTER INTERFACE (HAPTX, INC.)
- G06F3/014 (No explanation available)
- Count: 1 patents
- Example: 20240045500. WHOLE-BODY HUMAN-COMPUTER INTERFACE (HAPTX, INC.)
- A63F13/212 (No explanation available)
- Count: 1 patents
- Example: 20240045500. WHOLE-BODY HUMAN-COMPUTER INTERFACE (HAPTX, INC.)
- G06F3/011 (No explanation available)
- Count: 1 patents
- Example: 20240045500. WHOLE-BODY HUMAN-COMPUTER INTERFACE (HAPTX, INC.)
- A63F13/285 (No explanation available)
- Count: 1 patents
- Example: 20240045500. WHOLE-BODY HUMAN-COMPUTER INTERFACE (HAPTX, INC.)
Top Companies in Emerging Exoskeletons Technologies
- HAPTX, INC.: 10 patents
Top Inventors in Exoskeletons
Bernward OTTEN
- Number of Exoskeletons patents: 5
- Top companies:
- FESTOOL GMBH: 5 patents
- Recent patents:
Robert WEIDNER
- Number of Exoskeletons patents: 5
- Top companies:
- FESTOOL GMBH: 5 patents
- Recent patents:
Arun S. Veeramani of Vista CA (US)
- Number of Exoskeletons patents: 5
- Top companies:
- Microfabrica Inc.: 5 patents
- Recent patents:
- 20240094256. Probes with Planar Unbiased Spring Elements for Electronic Component Contact, Methods for Making Such Probes, and Methods for Using Such Probes (Microfabrica Inc.) (20240321)
- 20240094257. Probes with Planar Unbiased Spring Elements for Electronic Component Contact, Methods for Making Such Probes, and Methods for Using Such Probes (Microfabrica Inc.) (20240321)
- 20240094258. Probes with Planar Unbiased Spring Elements for Electronic Component Contact, Methods for Making Such Probes, and Methods for Using Such Probes (Microfabrica Inc.) (20240321)
Dennis R. Smalley of Newhall CA (US)
- Number of Exoskeletons patents: 5
- Top companies:
- Microfabrica Inc.: 5 patents
- Recent patents:
- 20240094256. Probes with Planar Unbiased Spring Elements for Electronic Component Contact, Methods for Making Such Probes, and Methods for Using Such Probes (Microfabrica Inc.) (20240321)
- 20240094257. Probes with Planar Unbiased Spring Elements for Electronic Component Contact, Methods for Making Such Probes, and Methods for Using Such Probes (Microfabrica Inc.) (20240321)
- 20240094258. Probes with Planar Unbiased Spring Elements for Electronic Component Contact, Methods for Making Such Probes, and Methods for Using Such Probes (Microfabrica Inc.) (20240321)
Cameron Brandon Pinnock of Farmington MI (US)
- Number of Exoskeletons patents: 5
- Top companies:
- Motion Augmented LLC: 5 patents
- Recent patents:
- 20240075340. WIRELESS WEARABLE SENSOR SYSTEMS, DEVICES, AND METHODS FOR ROBOTIC EXOSKELETONS AND DYNAMIC MOTION APPLICATIONS (Motion Augmented LLC) (20240307)
- 20240075612. MODULAR MOTOR UNITS AND METHODS FOR MAKING THE SAME FOR ACTIVE-PASSIVE ROBOTIC EXOSKELETON SYSTEMS (Motion Augmented LLC) (20240307)
- 20240075638. MAGNETIC JOINT ASSEMBLIES FOR ACTIVE-PASSIVE ROBOTIC EXOSKELETON SYSTEMS AND METHODS FOR MAKING THE SAME (Motion Augmented LLC) (20240307)
Haroun Algahmi of Detroit MI (US)
- Number of Exoskeletons patents: 5
- Top companies:
- Motion Augmented LLC: 5 patents
- Recent patents:
- 20240075340. WIRELESS WEARABLE SENSOR SYSTEMS, DEVICES, AND METHODS FOR ROBOTIC EXOSKELETONS AND DYNAMIC MOTION APPLICATIONS (Motion Augmented LLC) (20240307)
- 20240075612. MODULAR MOTOR UNITS AND METHODS FOR MAKING THE SAME FOR ACTIVE-PASSIVE ROBOTIC EXOSKELETON SYSTEMS (Motion Augmented LLC) (20240307)
- 20240075638. MAGNETIC JOINT ASSEMBLIES FOR ACTIVE-PASSIVE ROBOTIC EXOSKELETON SYSTEMS AND METHODS FOR MAKING THE SAME (Motion Augmented LLC) (20240307)
Fraser M. Smith of Salt Lake City UT (US)
- Number of Exoskeletons patents: 4
- Top companies:
- Sarcos Corp.: 4 patents
- Recent patents:
- 20240225943. Conveyance Systems for A Maneuverable Walk-About Platform for A Robotic Upper Exoskeleton (Sarcos Corp.) (20240711)
- 20240227162. Walk-About Exoskeleton (Sarcos Corp.) (20240711)
- 20240139054. Adjustable Exoskeleton Foot-Supporting Appendage for Variable Human Kinematic Compatibility (Sarcos Corp.) (20240502)
Marc X. Olivier of Salt Lake City UT (US)
- Number of Exoskeletons patents: 4
- Top companies:
- Sarcos Corp.: 4 patents
- Recent patents:
- 20240225943. Conveyance Systems for A Maneuverable Walk-About Platform for A Robotic Upper Exoskeleton (Sarcos Corp.) (20240711)
- 20240227162. Walk-About Exoskeleton (Sarcos Corp.) (20240711)
- 20240139054. Adjustable Exoskeleton Foot-Supporting Appendage for Variable Human Kinematic Compatibility (Sarcos Corp.) (20240502)
Ming Ting Wu of San Jose CA (US)
- Number of Exoskeletons patents: 4
- Top companies:
- Microfabrica Inc.: 4 patents
- Recent patents:
- 20240094256. Probes with Planar Unbiased Spring Elements for Electronic Component Contact, Methods for Making Such Probes, and Methods for Using Such Probes (Microfabrica Inc.) (20240321)
- 20240094257. Probes with Planar Unbiased Spring Elements for Electronic Component Contact, Methods for Making Such Probes, and Methods for Using Such Probes (Microfabrica Inc.) (20240321)
- 20240094258. Probes with Planar Unbiased Spring Elements for Electronic Component Contact, Methods for Making Such Probes, and Methods for Using Such Probes (Microfabrica Inc.) (20240321)
Luke Mooney of Sudbury MA (US)
- Number of Exoskeletons patents: 3
- Top companies:
- Dephy, Inc.: 3 patents
- Recent patents:
Jean-François Duval of Belmont MA (US)
- Number of Exoskeletons patents: 3
- Top companies:
- Dephy, Inc.: 3 patents
- Recent patents:
Francesco GIOVACCHINI
- Number of Exoskeletons patents: 3
- Top companies:
- IUVO S.R.L: 2 patents
- SCUOLA SUPERIORE DI STUDI UNIVERSITARI E DI PERFEZIONAMENTO SANT'ANNA: 1 patents
- Recent patents:
Rachel Harris of Cambridge MA (US)
- Number of Exoskeletons patents: 2
- Top companies:
- Dephy, Inc.: 2 patents
- Recent patents:
Simona CREA
- Number of Exoskeletons patents: 2
- Top companies:
- IUVO S.R.L: 1 patents
- SCUOLA SUPERIORE DI STUDI UNIVERSITARI E DI PERFEZIONAMENTO SANT'ANNA: 1 patents
- Recent patents:
Nicola VITIELLO
- Number of Exoskeletons patents: 2
- Top companies:
- IUVO S.R.L: 1 patents
- SCUOLA SUPERIORE DI STUDI UNIVERSITARI E DI PERFEZIONAMENTO SANT'ANNA: 1 patents
- Recent patents:
Chang Soo HAN
- Number of Exoskeletons patents: 2
- Top companies:
- HEXARHUMANCARE., LTD.: 1 patents
- HEXARHUMANCAR CO., LTD: 1 patents
- Recent patents:
Matteo MOISE
- Number of Exoskeletons patents: 2
- Top companies:
- IUVO S.R.L: 1 patents
- SCUOLA SUPERIORE DI STUDI UNIVERSITARI E DI PERFEZIONAMENTO SANT'ANNA: 1 patents
- Recent patents:
Andreas ARGUBI-WOLLESEN
- Number of Exoskeletons patents: 2
- Top companies:
- FESTOOL GMBH: 2 patents
- Recent patents:
Matteo LAFFRANCHI
- Number of Exoskeletons patents: 2
- Top companies:
- FONDAZIONE ISTITUTO ITALIANO DI TECNOLOGIA: 2 patents
- Recent patents:
- 20240238147. METHOD FOR DETERMINING THE TORQUE TO BE DELIVERED BY THE MOTORISED JOINTS OF A LOWER LIMB EXOSKELETON DURING WALKING OF A SUBJECT WITH LOCOMOTOR DEFICITS (FONDAZIONE ISTITUTO ITALIANO DI TECNOLOGIA) (20240718)
- 20240316798. ELASTIC BALANCING OF LOADS IN AN EXOSKELETON (FONDAZIONE ISTITUTO ITALIANO DI TECNOLOGIA) (20240926)
Lorenzo DE MICHIELI
- Number of Exoskeletons patents: 2
- Top companies:
- FONDAZIONE ISTITUTO ITALIANO DI TECNOLOGIA: 2 patents
- Recent patents:
- 20240238147. METHOD FOR DETERMINING THE TORQUE TO BE DELIVERED BY THE MOTORISED JOINTS OF A LOWER LIMB EXOSKELETON DURING WALKING OF A SUBJECT WITH LOCOMOTOR DEFICITS (FONDAZIONE ISTITUTO ITALIANO DI TECNOLOGIA) (20240718)
- 20240316798. ELASTIC BALANCING OF LOADS IN AN EXOSKELETON (FONDAZIONE ISTITUTO ITALIANO DI TECNOLOGIA) (20240926)
Tommaso LENZI of Salt Lake City UT (US)
- Number of Exoskeletons patents: 2
- Top companies:
- University of Utah Research Foundation: 1 patents
- UNIVERSITY OF UTAH RESEARCH FOUNDATION: 1 patents
- Recent patents:
Andrew John MCDAID
- Number of Exoskeletons patents: 1
- Top companies:
- OPUM TECHNOLOGIES LIMITED: 1 patents
- Recent patents:
William Edwin John GRANT
- Number of Exoskeletons patents: 1
- Top companies:
- OPUM TECHNOLOGIES LIMITED: 1 patents
- Recent patents:
Jonathan Cummings of Concord MA (US)
- Number of Exoskeletons patents: 1
- Top companies:
- Dephy, Inc.: 1 patents
- Recent patents:
Jonathan Kaplan of Waltham MA (US)
- Number of Exoskeletons patents: 1
- Top companies:
- Dephy, Inc.: 1 patents
- Recent patents:
Nicholas Paine of Austin TX (US)
- Number of Exoskeletons patents: 1
- Top companies:
- Apptronik, Inc.: 1 patents
- Recent patents:
Jonas Fox of Austin TX (US)
- Number of Exoskeletons patents: 1
- Top companies:
- Apptronik, Inc.: 1 patents
- Recent patents:
Luke J. CHAPUT
- Number of Exoskeletons patents: 1
- Top companies:
- SIMPLE GRID SOLUTIONS LTD: 1 patents
- Recent patents:
Nathan I. STAHL
- Number of Exoskeletons patents: 1
- Top companies:
- SIMPLE GRID SOLUTIONS LTD: 1 patents
- Recent patents:
Nilo T. Bugtai
- Number of Exoskeletons patents: 1
- Top companies:
- De La Salle University: 1 patents
- Recent patents:
Jade R. Dungao
- Number of Exoskeletons patents: 1
- Top companies:
- De La Salle University: 1 patents
- Recent patents:
Renann G. Baldovino
- Number of Exoskeletons patents: 1
- Top companies:
- De La Salle University: 1 patents
- Recent patents:
Alexander C. Abad
- Number of Exoskeletons patents: 1
- Top companies:
- De La Salle University: 1 patents
- Recent patents:
Paul Dominick E. Baniqued
- Number of Exoskeletons patents: 1
- Top companies:
- De La Salle University: 1 patents
- Recent patents:
Aira Patrice R. Ong
- Number of Exoskeletons patents: 1
- Top companies:
- De La Salle University: 1 patents
- Recent patents:
Michael V. Manguerra
- Number of Exoskeletons patents: 1
- Top companies:
- De La Salle University: 1 patents
- Recent patents:
Voltaire B. Dupo
- Number of Exoskeletons patents: 1
- Top companies:
- De La Salle University: 1 patents
- Recent patents:
Winny M. Paredes
- Number of Exoskeletons patents: 1
- Top companies:
- De La Salle University: 1 patents
- Recent patents:
Maria Annyssa Z. Perez
- Number of Exoskeletons patents: 1
- Top companies:
- De La Salle University: 1 patents
- Recent patents:
Carlos Matthew P. Cases
- Number of Exoskeletons patents: 1
- Top companies:
- De La Salle University: 1 patents
- Recent patents:
Eldrich Bong B. Valencerina
- Number of Exoskeletons patents: 1
- Top companies:
- De La Salle University: 1 patents
- Recent patents:
Hanz Emmanuel A. Timbre
- Number of Exoskeletons patents: 1
- Top companies:
- De La Salle University: 1 patents
- Recent patents:
Christopher S. Constantino
- Number of Exoskeletons patents: 1
- Top companies:
- De La Salle University: 1 patents
- Recent patents:
Jeremy O. Flordelis
- Number of Exoskeletons patents: 1
- Top companies:
- De La Salle University: 1 patents
- Recent patents:
Jose Alvin P. Mojica
- Number of Exoskeletons patents: 1
- Top companies:
- De La Salle University: 1 patents
- Recent patents:
Florian Wolz
- Number of Exoskeletons patents: 1
- Top companies:
- Recent patents:
Ina Rüdinger
- Number of Exoskeletons patents: 1
- Top companies:
- Recent patents:
Peter J. Crowley of Norfolk MA (US)
- Number of Exoskeletons patents: 1
- Top companies:
- Recent patents:
Kurt G. Shelton of Bedford MA (US)
- Number of Exoskeletons patents: 1
- Top companies:
- Recent patents:
Thomas J. Holman of Princeton MN (US)
- Number of Exoskeletons patents: 1
- Top companies:
- Recent patents:
Top Collaborations in Exoskeletons
Top US States for Exoskeletons Inventors
Top Cities for Exoskeletons Inventors
- Salt Lake City: 16 inventors
- Pontedera (PI): 13 inventors
- Stuttgart: 13 inventors
- Manila: 11 inventors
- Hamburg: 10 inventors
- Austin: 8 inventors
- Genova (GE): 7 inventors
- Daejeon: 7 inventors
- Dallas: 7 inventors
- Montreal: 6 inventors
- Bohlsen: 5 inventors
- Vista: 5 inventors
- Newhall: 5 inventors
- Paris: 5 inventors
- Sherbrooke: 5 inventors
- Farmington: 5 inventors
- Detroit: 5 inventors
- Boxborough: 5 inventors
- TORINO: 4 inventors
- San Jose: 4 inventors