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=== Top CPC Codes ===
=== Top CPC Codes ===
* [[:Category:CPC_B60G7/001|B60G7/001]] (VEHICLE SUSPENSION ARRANGEMENTS  (air-cushion vehicles)
* [[:Category:CPC_B60G7/001|B60G7/001]] (No explanation available)
** Count: 1 patents
** Count: 1 patents
** Example: [[20240286449. COMPLIANT MECHANISM FOR SUSPENSION HEIGHT SENSOR (Tesla, Inc.)]]
** Example: [[20240286449. COMPLIANT MECHANISM FOR SUSPENSION HEIGHT SENSOR (Tesla, Inc.)]]
* [[:Category:CPC_B60G3/20|B60G3/20]] (VEHICLE SUSPENSION ARRANGEMENTS  (air-cushion vehicles)
* [[:Category:CPC_B60G3/20|B60G3/20]] (No explanation available)
** Count: 1 patents
** Count: 1 patents
** Example: [[20240286449. COMPLIANT MECHANISM FOR SUSPENSION HEIGHT SENSOR (Tesla, Inc.)]]
** Example: [[20240286449. COMPLIANT MECHANISM FOR SUSPENSION HEIGHT SENSOR (Tesla, Inc.)]]
* [[:Category:CPC_B60G17/019|B60G17/019]] (VEHICLE SUSPENSION ARRANGEMENTS  (air-cushion vehicles)
* [[:Category:CPC_B60G17/019|B60G17/019]] (No explanation available)
** Count: 1 patents
** Count: 1 patents
** Example: [[20240286449. COMPLIANT MECHANISM FOR SUSPENSION HEIGHT SENSOR (Tesla, Inc.)]]
** Example: [[20240286449. COMPLIANT MECHANISM FOR SUSPENSION HEIGHT SENSOR (Tesla, Inc.)]]
* [[:Category:CPC_B60G2204/116|B60G2204/116]] (VEHICLE SUSPENSION ARRANGEMENTS  (air-cushion vehicles)
* [[:Category:CPC_B60G2204/116|B60G2204/116]] (No explanation available)
** Count: 1 patents
** Count: 1 patents
** Example: [[20240286449. COMPLIANT MECHANISM FOR SUSPENSION HEIGHT SENSOR (Tesla, Inc.)]]
** Example: [[20240286449. COMPLIANT MECHANISM FOR SUSPENSION HEIGHT SENSOR (Tesla, Inc.)]]
* [[:Category:CPC_B60G2204/143|B60G2204/143]] (VEHICLE SUSPENSION ARRANGEMENTS  (air-cushion vehicles)
* [[:Category:CPC_B60G2204/143|B60G2204/143]] (No explanation available)
** Count: 1 patents
** Count: 1 patents
** Example: [[20240286449. COMPLIANT MECHANISM FOR SUSPENSION HEIGHT SENSOR (Tesla, Inc.)]]
** Example: [[20240286449. COMPLIANT MECHANISM FOR SUSPENSION HEIGHT SENSOR (Tesla, Inc.)]]
* [[:Category:CPC_A01D34/69|A01D34/69]] (HARVESTING; MOWING)
* [[:Category:CPC_A01D34/69|A01D34/69]] (No explanation available)
** Count: 1 patents
** Count: 1 patents
** Example: [[20240349641. WALK OUTDOOR POWER EQUIPMENT UNIT HAVING HANDLE MOUNTED OPERATIONAL CONTROLS USING COMPLIANT MECHANISMS (THE TORO COMPANY)]]
** Example: [[20240349641. WALK OUTDOOR POWER EQUIPMENT UNIT HAVING HANDLE MOUNTED OPERATIONAL CONTROLS USING COMPLIANT MECHANISMS (THE TORO COMPANY)]]
* [[:Category:CPC_A01D34/6806|A01D34/6806]] (with motor driven cutters or wheels)
* [[:Category:CPC_A01D34/6806|A01D34/6806]] (No explanation available)
** Count: 1 patents
** Count: 1 patents
** Example: [[20240349641. WALK OUTDOOR POWER EQUIPMENT UNIT HAVING HANDLE MOUNTED OPERATIONAL CONTROLS USING COMPLIANT MECHANISMS (THE TORO COMPANY)]]
** Example: [[20240349641. WALK OUTDOOR POWER EQUIPMENT UNIT HAVING HANDLE MOUNTED OPERATIONAL CONTROLS USING COMPLIANT MECHANISMS (THE TORO COMPANY)]]
* [[:Category:CPC_A01D2034/6843|A01D2034/6843]] (HARVESTING; MOWING)
* [[:Category:CPC_A01D2034/6843|A01D2034/6843]] (No explanation available)
** Count: 1 patents
** Count: 1 patents
** Example: [[20240349641. WALK OUTDOOR POWER EQUIPMENT UNIT HAVING HANDLE MOUNTED OPERATIONAL CONTROLS USING COMPLIANT MECHANISMS (THE TORO COMPANY)]]
** Example: [[20240349641. WALK OUTDOOR POWER EQUIPMENT UNIT HAVING HANDLE MOUNTED OPERATIONAL CONTROLS USING COMPLIANT MECHANISMS (THE TORO COMPANY)]]
* [[:Category:CPC_A01D2101/00|A01D2101/00]] (HARVESTING; MOWING)
* [[:Category:CPC_A01D2101/00|A01D2101/00]] (No explanation available)
** Count: 1 patents
** Count: 1 patents
** Example: [[20240349641. WALK OUTDOOR POWER EQUIPMENT UNIT HAVING HANDLE MOUNTED OPERATIONAL CONTROLS USING COMPLIANT MECHANISMS (THE TORO COMPANY)]]
** Example: [[20240349641. WALK OUTDOOR POWER EQUIPMENT UNIT HAVING HANDLE MOUNTED OPERATIONAL CONTROLS USING COMPLIANT MECHANISMS (THE TORO COMPANY)]]
* [[:Category:CPC_B25J18/06|B25J18/06]] (flexible)
* [[:Category:CPC_B25J18/06|B25J18/06]] (No explanation available)
** Count: 1 patents
** Count: 1 patents
** Example: [[20240351225. FLEXIBLE ROBOTIC LIMBS INCLUDING ROLLING CONTACT JOINTS (Massachusetts Institute of Technology)]]
** Example: [[20240351225. FLEXIBLE ROBOTIC LIMBS INCLUDING ROLLING CONTACT JOINTS (Massachusetts Institute of Technology)]]
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* Number of Soft Robotics patents: 2
* Number of Soft Robotics patents: 2
* Top CPC codes:
* Top CPC codes:
** [[:Category:CPC_A61F2/4425|A61F2/4425]] ({made of articulated components}): 1 patents
** [[:Category:CPC_A61F2/4425|A61F2/4425]] (No explanation available): 1 patents
** [[:Category:CPC_A61F2002/30016|A61F2002/30016]] (FILTERS IMPLANTABLE INTO BLOOD VESSELS; PROSTHESES; DEVICES PROVIDING PATENCY TO, OR PREVENTING COLLAPSING OF, TUBULAR STRUCTURES OF THE BODY, e.g. STENTS; ORTHOPAEDIC, NURSING OR CONTRACEPTIVE DEVICES; FOMENTATION; TREATMENT OR PROTECTION OF EYES OR EARS; BANDAGES, DRESSINGS OR ABSORBENT PADS; FIRST-AID KITS  (dental prosthetics): 1 patents
** [[:Category:CPC_A61F2002/30016|A61F2002/30016]] (No explanation available): 1 patents
** [[:Category:CPC_A61F2002/30112|A61F2002/30112]] (FILTERS IMPLANTABLE INTO BLOOD VESSELS; PROSTHESES; DEVICES PROVIDING PATENCY TO, OR PREVENTING COLLAPSING OF, TUBULAR STRUCTURES OF THE BODY, e.g. STENTS; ORTHOPAEDIC, NURSING OR CONTRACEPTIVE DEVICES; FOMENTATION; TREATMENT OR PROTECTION OF EYES OR EARS; BANDAGES, DRESSINGS OR ABSORBENT PADS; FIRST-AID KITS  (dental prosthetics): 1 patents
** [[:Category:CPC_A61F2002/30112|A61F2002/30112]] (No explanation available): 1 patents
* Recent patents:
* Recent patents:
** [[20240335296. MINIMALLY INVASIVE COMPLIANT DEVICES FOR TOTAL LUMBAR DISC REPLACEMENT (33 Medical, Inc.)]] (20241010)
** [[20240335296. MINIMALLY INVASIVE COMPLIANT DEVICES FOR TOTAL LUMBAR DISC REPLACEMENT (33 Medical, Inc.)]] (20241010)
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* Number of Soft Robotics patents: 1
* Number of Soft Robotics patents: 1
* Top CPC codes:
* Top CPC codes:
** [[:Category:CPC_B60G7/001|B60G7/001]] (VEHICLE SUSPENSION ARRANGEMENTS  (air-cushion vehicles): 1 patents
** [[:Category:CPC_B60G7/001|B60G7/001]] (No explanation available): 1 patents
** [[:Category:CPC_B60G3/20|B60G3/20]] (VEHICLE SUSPENSION ARRANGEMENTS  (air-cushion vehicles): 1 patents
** [[:Category:CPC_B60G3/20|B60G3/20]] (No explanation available): 1 patents
** [[:Category:CPC_B60G17/019|B60G17/019]] (VEHICLE SUSPENSION ARRANGEMENTS  (air-cushion vehicles): 1 patents
** [[:Category:CPC_B60G17/019|B60G17/019]] (No explanation available): 1 patents
* Recent patents:
* Recent patents:
** [[20240286449. COMPLIANT MECHANISM FOR SUSPENSION HEIGHT SENSOR (Tesla, Inc.)]] (20240829)
** [[20240286449. COMPLIANT MECHANISM FOR SUSPENSION HEIGHT SENSOR (Tesla, Inc.)]] (20240829)
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* Number of Soft Robotics patents: 1
* Number of Soft Robotics patents: 1
* Top CPC codes:
* Top CPC codes:
** [[:Category:CPC_A01D34/69|A01D34/69]] (HARVESTING; MOWING): 1 patents
** [[:Category:CPC_A01D34/69|A01D34/69]] (No explanation available): 1 patents
** [[:Category:CPC_A01D34/6806|A01D34/6806]] (with motor driven cutters or wheels): 1 patents
** [[:Category:CPC_A01D34/6806|A01D34/6806]] (No explanation available): 1 patents
** [[:Category:CPC_A01D2034/6843|A01D2034/6843]] (HARVESTING; MOWING): 1 patents
** [[:Category:CPC_A01D2034/6843|A01D2034/6843]] (No explanation available): 1 patents
* Recent patents:
* Recent patents:
** [[20240349641. WALK OUTDOOR POWER EQUIPMENT UNIT HAVING HANDLE MOUNTED OPERATIONAL CONTROLS USING COMPLIANT MECHANISMS (THE TORO COMPANY)]] (20241024)
** [[20240349641. WALK OUTDOOR POWER EQUIPMENT UNIT HAVING HANDLE MOUNTED OPERATIONAL CONTROLS USING COMPLIANT MECHANISMS (THE TORO COMPANY)]] (20241024)
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* Number of Soft Robotics patents: 1
* Number of Soft Robotics patents: 1
* Top CPC codes:
* Top CPC codes:
** [[:Category:CPC_B25J18/06|B25J18/06]] (flexible): 1 patents
** [[:Category:CPC_B25J18/06|B25J18/06]] (No explanation available): 1 patents
** [[:Category:CPC_B25J9/06|B25J9/06]] (characterised by multi-articulated arms): 1 patents
** [[:Category:CPC_B25J9/06|B25J9/06]] (No explanation available): 1 patents
* Recent patents:
* Recent patents:
** [[20240351225. FLEXIBLE ROBOTIC LIMBS INCLUDING ROLLING CONTACT JOINTS (Massachusetts Institute of Technology)]] (20241024)
** [[20240351225. FLEXIBLE ROBOTIC LIMBS INCLUDING ROLLING CONTACT JOINTS (Massachusetts Institute of Technology)]] (20241024)
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* Number of Soft Robotics patents: 1
* Number of Soft Robotics patents: 1
* Top CPC codes:
* Top CPC codes:
** [[:Category:CPC_C07K1/1077|C07K1/1077]] ({by covalent attachment of residues other than amino acids or peptide residues, e.g. sugars, polyols, fatty acids}): 1 patents
** [[:Category:CPC_C07K1/1077|C07K1/1077]] (No explanation available): 1 patents
* Recent patents:
* Recent patents:
** [[20240010673. GENETICALLY ENGINEERED RECOMBINANT PROTEINS FOR FUNCTIONAL REGENERATIVE TISSUE SCAFFOLDS (ARIZONA BOARD OF REGENTS ON BEHALF OF THE UNIVERSITY OF ARIZONA)]] (20240111)
** [[20240010673. GENETICALLY ENGINEERED RECOMBINANT PROTEINS FOR FUNCTIONAL REGENERATIVE TISSUE SCAFFOLDS (ARIZONA BOARD OF REGENTS ON BEHALF OF THE UNIVERSITY OF ARIZONA)]] (20240111)
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* Number of Soft Robotics patents: 1
* Number of Soft Robotics patents: 1
* Top CPC codes:
* Top CPC codes:
** [[:Category:CPC_A61B6/0414|A61B6/0414]] ({with compression means}): 1 patents
** [[:Category:CPC_A61B6/0414|A61B6/0414]] (No explanation available): 1 patents
** [[:Category:CPC_A61B6/502|A61B6/502]] ({for diagnosis of breast, i.e. mammography}): 1 patents
** [[:Category:CPC_A61B6/502|A61B6/502]] (No explanation available): 1 patents
* Recent patents:
* Recent patents:
** [[20240307010. METHODS AND SYSTEMS FOR FLEXIBLE PADDLE FOR USE WITH A MAMMOGRAPHY SYSTEM (GE Precision Healthcare LLC)]] (20240919)
** [[20240307010. METHODS AND SYSTEMS FOR FLEXIBLE PADDLE FOR USE WITH A MAMMOGRAPHY SYSTEM (GE Precision Healthcare LLC)]] (20240919)
Line 89: Line 89:
* Number of Soft Robotics patents: 1
* Number of Soft Robotics patents: 1
* Top CPC codes:
* Top CPC codes:
** [[:Category:CPC_G02B27/0176|G02B27/0176]] (Head-up displays): 1 patents
** [[:Category:CPC_G02B27/0176|G02B27/0176]] (No explanation available): 1 patents
** [[:Category:CPC_G01D5/34715|G01D5/34715]] (MEASURING NOT SPECIALLY ADAPTED FOR A SPECIFIC VARIABLE; ARRANGEMENTS FOR MEASURING TWO OR MORE VARIABLES NOT COVERED IN A SINGLE OTHER SUBCLASS; TARIFF METERING APPARATUS; MEASURING OR TESTING NOT OTHERWISE PROVIDED FOR): 1 patents
** [[:Category:CPC_G01D5/34715|G01D5/34715]] (No explanation available): 1 patents
** [[:Category:CPC_G01D5/3473|G01D5/3473]] (MEASURING NOT SPECIALLY ADAPTED FOR A SPECIFIC VARIABLE; ARRANGEMENTS FOR MEASURING TWO OR MORE VARIABLES NOT COVERED IN A SINGLE OTHER SUBCLASS; TARIFF METERING APPARATUS; MEASURING OR TESTING NOT OTHERWISE PROVIDED FOR): 1 patents
** [[:Category:CPC_G01D5/3473|G01D5/3473]] (No explanation available): 1 patents
* Recent patents:
* Recent patents:
** [[20240377647. OPTICAL ASSEMBLY TRACKING (Apple Inc.)]] (20241114)
** [[20240377647. OPTICAL ASSEMBLY TRACKING (Apple Inc.)]] (20241114)
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* Number of Soft Robotics patents: 1
* Number of Soft Robotics patents: 1
* Top CPC codes:
* Top CPC codes:
** [[:Category:CPC_A61B17/0686|A61B17/0686]] ({having a forming anvil staying below the tissue during stapling}): 1 patents
** [[:Category:CPC_A61B17/0686|A61B17/0686]] (No explanation available): 1 patents
** [[:Category:CPC_A61B17/00234|A61B17/00234]] (Surgical instruments, devices or methods, e.g. tourniquets  (): 1 patents
** [[:Category:CPC_A61B17/00234|A61B17/00234]] (No explanation available): 1 patents
** [[:Category:CPC_A61B17/068|A61B17/068]] (Surgical staplers {, e.g. containing multiple staples or clamps} ({staplers containing only one staple): 1 patents
** [[:Category:CPC_A61B17/068|A61B17/068]] (No explanation available): 1 patents
* Recent patents:
* Recent patents:
** [[20240197317. SURGICAL INSTRUMENTS WITH DIFFERENTIAL ARTICULATION JOINT ARRANGEMENTS FOR ACCOMMODATING FLEXIBLE ACTUATORS (Cilag GmbH International)]] (20240620)
** [[20240197317. SURGICAL INSTRUMENTS WITH DIFFERENTIAL ARTICULATION JOINT ARRANGEMENTS FOR ACCOMMODATING FLEXIBLE ACTUATORS (Cilag GmbH International)]] (20240620)
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* Number of Soft Robotics patents: 1
* Number of Soft Robotics patents: 1
* Top CPC codes:
* Top CPC codes:
** [[:Category:CPC_H01Q9/0442|H01Q9/0442]] ({with particular tuning means}): 1 patents
** [[:Category:CPC_H01Q9/0442|H01Q9/0442]] (No explanation available): 1 patents
** [[:Category:CPC_H01Q23/00|H01Q23/00]] (Antennas with active circuits or circuit elements integrated within them or attached to them): 1 patents
** [[:Category:CPC_H01Q23/00|H01Q23/00]] (No explanation available): 1 patents
* Recent patents:
* Recent patents:
** [[20240347916. ELECTROMAGNETIC DEVICES AND METHODS FOR COMPLIANT ADJUSTMENT OF ELECTROMAGNETIC DEVICES (The Penn State Research Foundation)]] (20241017)
** [[20240347916. ELECTROMAGNETIC DEVICES AND METHODS FOR COMPLIANT ADJUSTMENT OF ELECTROMAGNETIC DEVICES (The Penn State Research Foundation)]] (20241017)
Line 112: Line 112:
* Number of Soft Robotics patents: 1
* Number of Soft Robotics patents: 1
* Top CPC codes:
* Top CPC codes:
** [[:Category:CPC_B25J15/12|B25J15/12]] (with flexible finger members): 1 patents
** [[:Category:CPC_B25J15/12|B25J15/12]] (No explanation available): 1 patents
** [[:Category:CPC_B25J15/0023|B25J15/0023]] ({Gripper surfaces directly activated by a fluid  (flexible fingers): 1 patents
** [[:Category:CPC_B25J15/0023|B25J15/0023]] (No explanation available): 1 patents
* Recent patents:
* Recent patents:
** [[20240066721. ROBOTIC END EFFECTORS AND SOFT GRIPPERS THEREOF (Hong Kong Centre for Logistics Robotics Limited)]] (20240229)
** [[20240066721. ROBOTIC END EFFECTORS AND SOFT GRIPPERS THEREOF (Hong Kong Centre for Logistics Robotics Limited)]] (20240229)
Line 125: Line 125:
[[File:Emerging_Technology_Areas_in_Soft_Robotics.png|border|800px]]
[[File:Emerging_Technology_Areas_in_Soft_Robotics.png|border|800px]]


* [[:Category:CPC_A61B2017/564|A61B2017/564]] (DIAGNOSIS; SURGERY; IDENTIFICATION  (analysing biological material)
* [[:Category:CPC_A61B2017/564|A61B2017/564]] (No explanation available)
** Count: 1 patents
** Count: 1 patents
** Example: [[20240315748. COMPLIANT MECHANISMS FOR ORTHOPAEDIC JOINT REPLACEMENT AND IMPLANTED PROSTHESES (THE REGENTS OF THE UNIVERSITY OF CALIFORNIA)]]
** Example: [[20240315748. COMPLIANT MECHANISMS FOR ORTHOPAEDIC JOINT REPLACEMENT AND IMPLANTED PROSTHESES (THE REGENTS OF THE UNIVERSITY OF CALIFORNIA)]]
* [[:Category:CPC_A61B17/8866|A61B17/8866]] ({for gripping or pushing bones, e.g. approximators  (joint distractors)
* [[:Category:CPC_A61B17/8866|A61B17/8866]] (No explanation available)
** Count: 1 patents
** Count: 1 patents
** Example: [[20240315748. COMPLIANT MECHANISMS FOR ORTHOPAEDIC JOINT REPLACEMENT AND IMPLANTED PROSTHESES (THE REGENTS OF THE UNIVERSITY OF CALIFORNIA)]]
** Example: [[20240315748. COMPLIANT MECHANISMS FOR ORTHOPAEDIC JOINT REPLACEMENT AND IMPLANTED PROSTHESES (THE REGENTS OF THE UNIVERSITY OF CALIFORNIA)]]
* [[:Category:CPC_H02N2/0075|H02N2/0075]] (Electric machines in general using piezoelectric effect, electrostriction or magnetostriction  (generating mechanical vibrations in general)
* [[:Category:CPC_H02N2/0075|H02N2/0075]] (No explanation available)
** Count: 1 patents
** Count: 1 patents
** Example: [[20240223108. FLEXIBLE ACTUATOR, MANUFACTURING METHOD THEREOF, AND ELECTRONIC DEVICE (BOE TECHNOLOGY GROUP CO., LTD.)]]
** Example: [[20240223108. FLEXIBLE ACTUATOR, MANUFACTURING METHOD THEREOF, AND ELECTRONIC DEVICE (BOE TECHNOLOGY GROUP CO., LTD.)]]
* [[:Category:CPC_H02N2/005|H02N2/005]] (Electric machines in general using piezoelectric effect, electrostriction or magnetostriction  (generating mechanical vibrations in general)
* [[:Category:CPC_H02N2/005|H02N2/005]] (No explanation available)
** Count: 1 patents
** Count: 1 patents
** Example: [[20240223108. FLEXIBLE ACTUATOR, MANUFACTURING METHOD THEREOF, AND ELECTRONIC DEVICE (BOE TECHNOLOGY GROUP CO., LTD.)]]
** Example: [[20240223108. FLEXIBLE ACTUATOR, MANUFACTURING METHOD THEREOF, AND ELECTRONIC DEVICE (BOE TECHNOLOGY GROUP CO., LTD.)]]
* [[:Category:CPC_H01H9/02|H01H9/02]] (Bases, casings, or covers  (accommodating more than one switch or a switch and another electrical component)
* [[:Category:CPC_H01H9/02|H01H9/02]] (No explanation available)
** Count: 1 patents
** Count: 1 patents
** Example: [[20240222041. COMPLIANT MECHANISM FOR ENERGY HARVESTING GENERATOR ACTUATION (WePower Technologies LLC)]]
** Example: [[20240222041. COMPLIANT MECHANISM FOR ENERGY HARVESTING GENERATOR ACTUATION (WePower Technologies LLC)]]
* [[:Category:CPC_B25J15/0023|B25J15/0023]] ({Gripper surfaces directly activated by a fluid  (flexible fingers)
* [[:Category:CPC_B25J15/0023|B25J15/0023]] (No explanation available)
** Count: 1 patents
** Count: 1 patents
** Example: [[20240066721. ROBOTIC END EFFECTORS AND SOFT GRIPPERS THEREOF (Hong Kong Centre for Logistics Robotics Limited)]]
** Example: [[20240066721. ROBOTIC END EFFECTORS AND SOFT GRIPPERS THEREOF (Hong Kong Centre for Logistics Robotics Limited)]]
* [[:Category:CPC_B25J15/12|B25J15/12]] (with flexible finger members)
* [[:Category:CPC_B25J15/12|B25J15/12]] (No explanation available)
** Count: 1 patents
** Count: 1 patents
** Example: [[20240066721. ROBOTIC END EFFECTORS AND SOFT GRIPPERS THEREOF (Hong Kong Centre for Logistics Robotics Limited)]]
** Example: [[20240066721. ROBOTIC END EFFECTORS AND SOFT GRIPPERS THEREOF (Hong Kong Centre for Logistics Robotics Limited)]]
* [[:Category:CPC_H01Q23/00|H01Q23/00]] (Antennas with active circuits or circuit elements integrated within them or attached to them)
* [[:Category:CPC_H01Q23/00|H01Q23/00]] (No explanation available)
** Count: 1 patents
** Count: 1 patents
** Example: [[20240347916. ELECTROMAGNETIC DEVICES AND METHODS FOR COMPLIANT ADJUSTMENT OF ELECTROMAGNETIC DEVICES (The Penn State Research Foundation)]]
** Example: [[20240347916. ELECTROMAGNETIC DEVICES AND METHODS FOR COMPLIANT ADJUSTMENT OF ELECTROMAGNETIC DEVICES (The Penn State Research Foundation)]]
* [[:Category:CPC_H01Q9/0442|H01Q9/0442]] ({with particular tuning means})
* [[:Category:CPC_H01Q9/0442|H01Q9/0442]] (No explanation available)
** Count: 1 patents
** Count: 1 patents
** Example: [[20240347916. ELECTROMAGNETIC DEVICES AND METHODS FOR COMPLIANT ADJUSTMENT OF ELECTROMAGNETIC DEVICES (The Penn State Research Foundation)]]
** Example: [[20240347916. ELECTROMAGNETIC DEVICES AND METHODS FOR COMPLIANT ADJUSTMENT OF ELECTROMAGNETIC DEVICES (The Penn State Research Foundation)]]
* [[:Category:CPC_A61B2034/301|A61B2034/301]] ({for introducing or steering flexible instruments inserted into the body, e.g. catheters or endoscopes})
* [[:Category:CPC_A61B2034/301|A61B2034/301]] (No explanation available)
** Count: 1 patents
** Count: 1 patents
** Example: [[20240197317. SURGICAL INSTRUMENTS WITH DIFFERENTIAL ARTICULATION JOINT ARRANGEMENTS FOR ACCOMMODATING FLEXIBLE ACTUATORS (Cilag GmbH International)]]
** Example: [[20240197317. SURGICAL INSTRUMENTS WITH DIFFERENTIAL ARTICULATION JOINT ARRANGEMENTS FOR ACCOMMODATING FLEXIBLE ACTUATORS (Cilag GmbH International)]]

Revision as of 05:07, 18 December 2024

Soft Robotics Patent Application Filing Activity

Soft Robotics patent applications in 2024

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Top Technology Areas in Soft Robotics

Top CPC Codes

Top Companies in Soft Robotics

33 Medical, Inc.

Tesla, Inc.

THE TORO COMPANY

Massachusetts Institute of Technology

ARIZONA BOARD OF REGENTS ON BEHALF OF THE UNIVERSITY OF ARIZONA

GE Precision Healthcare LLC

Apple Inc.

Cilag GmbH International

The Penn State Research Foundation

Hong Kong Centre for Logistics Robotics Limited

New Companies in Soft Robotics (Last Month)

File:New Companies in Soft Robotics Last Month.png

No new companies detected in the last month.

Emerging Technology Areas in Soft Robotics

Top Companies in Emerging Soft Robotics Technologies

Top Inventors in Soft Robotics

Anton Edis BOWDEN of Lindon UT (US)

Daniel James ORR of Spanish Fork UT (US)

Douglas Nordman of San Francisco CA (US)

Peter Hawkins of Cupertino CA (US)

Julian Pitt of Palo Alto CA (US)

Chadwick A. Shaffer of Oakdale MN (US)

Chris A. Wadzinski of Inver Grove Heights MN (US)

Jeff Weber of Minneapolis MN (US)

Shawn S. Monitor of Robbinsdale MN (US)

Haruhiko Asada of Lincoln MA (US)

Kentaro Barhydt of Cambridge MA (US)

Minkyu Kim of Tucson AZ (US)

David Storms Knoff of Tucson AZ (US)

Samuel Kim of Tucson AZ (US)

Govindh Ramamoorthy

Matin SEADAT BEHESHTI of Sunnyvale CA (US)

Jia TAO of San Jose CA (US)

Aidan N. ZIMMERMAN of Sunnyvale CA (US)

John S. CAMP of Los Gatos CA (US)

David R. CRAMER of Los Gatos CA (US)

Evan D. CHRISTENSEN of Campbell CA (US)

Ivan S. MARIC of San Francisco CA (US)

Kristina A. BABIARZ of San Jose CA (US)

Jeremy C. FRANKLIN of San Francisco CA (US)

Paul Moubarak of West Chester OH (US)

William C. Ryle of Covinton KY (US)

Spencer J. Witte of Los Altos CA (US)

Galestan Mackertich-Sengerdy of State College PA (US)

Douglas Werner of State College PA (US)

Yunhui LIU

Jianshu ZHOU

Hanwen CAO

Tsz Fung AU

Michael Joseph Riddell of Glastonbury CT (US)

Yurong HE

Kui LIANG

Tuo SUN

Tyler R. Clites of Calabasas CA (US)

Nelson SooHoo of Los Angeles CA (US)

Jonathan B. Hopkins of Los Angeles CA (US)

Brandon Peterson of Los Angeles CA (US)

Alexander Upfill-Brown of Los Angeles CA (US)

Top Collaborations in Soft Robotics

Top US States for Soft Robotics Inventors


Top Cities for Soft Robotics Inventors

  • Hong Kong: 4 inventors
  • Los Angeles: 4 inventors
  • San Francisco: 3 inventors
  • Tucson: 3 inventors
  • Beijing: 3 inventors
  • Sunnyvale: 2 inventors
  • San Jose: 2 inventors
  • Los Gatos: 2 inventors
  • Lindon: 2 inventors
  • Spanish Fork: 2 inventors
  • State College: 2 inventors
  • Cupertino: 1 inventors
  • Palo Alto: 1 inventors
  • Oakdale: 1 inventors
  • Inver Grove Heights: 1 inventors
  • Minneapolis: 1 inventors
  • Robbinsdale: 1 inventors
  • Lincoln: 1 inventors
  • Cambridge: 1 inventors
  • Bangalore: 1 inventors
Retrieved from "https://wikipatents.org/index.php?title=Soft_Robotics_Patent_Application_Trends_2024&oldid=265681"

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