Robotics patent applications on 2025-07-03: Difference between revisions
Wikipatents (talk | contribs) Technology trend analysis for Robotics patent applications on 2025-07-03 |
Wikipatents (talk | contribs) Technology trend analysis for Robotics patent applications on 2025-07-03 |
||
Line 1: | Line 1: | ||
= Robotics Patent Applications on July 03 | = Robotics Patent Applications on July 03 2025 = | ||
== Executive Summary == | |||
On July 03 2025, '''{{formatnum:74}}''' patent applications related to Robotics were published, representing 0.9% of all patent applications for the day. While representing a smaller percentage, this activity indicates emerging innovation in Robotics. | |||
== Market Analysis == | |||
=== Leading Organizations === | |||
The top organizations driving Robotics innovation include: | |||
* '''[[Verb Surgical Inc. patent applications on 2025-07-03|Verb Surgical Inc.]]''': 3 applications (4.1% of Robotics patents) | |||
* '''[[Intel Corporation patent applications on 2025-07-03|Intel Corporation]]''': 3 applications (4.1% of Robotics patents) | |||
* '''[[Universe Energy, Inc. patent applications on 2025-07-03|Universe Energy, Inc.]]''': 2 applications (2.7% of Robotics patents) | |||
* '''[[Bright Machines, Inc. patent applications on 2025-07-03|Bright Machines, Inc.]]''': 2 applications (2.7% of Robotics patents) | |||
* '''[[Siemens Aktiengesellschaft patent applications on 2025-07-03|Siemens Aktiengesellschaft]]''': 2 applications (2.7% of Robotics patents) | |||
These 5 organizations account for 12 applications (16.2% of all Robotics patents), indicating moderate concentration in the field. | |||
== Technology Deep Dive == | |||
=== Core Innovation Areas === | |||
Patent applications in Robotics encompass several key innovation areas: | |||
* '''[https://wikipatents.org/index.php?search=robotics Robotics]''': Core technology area | |||
* '''[https://wikipatents.org/index.php?search=robotic Robotic]''': Core technology area | |||
* '''[https://wikipatents.org/index.php?search=automation Automation]''': Core technology area | |||
* '''[https://wikipatents.org/index.php?search=industrial+robot Industrial Robot]''': Core technology area | |||
* '''[https://wikipatents.org/index.php?search=robotic+arm Robotic Arm]''': Core technology area | |||
* '''[https://wikipatents.org/index.php?search=autonomous+robot Autonomous Robot]''': Core technology area | |||
* '''[https://wikipatents.org/index.php?search=humanoid+robot Humanoid Robot]''': Core technology area | |||
* '''[https://wikipatents.org/index.php?search=service+robot Service Robot]''': Core technology area | |||
Emerging areas include: | |||
* '''[https://wikipatents.org/index.php?search=surgical+robot Surgical Robot]''': Developing technology | |||
* '''[https://wikipatents.org/index.php?search=drone Drone]''': Developing technology | |||
* '''[https://wikipatents.org/index.php?search=unmanned+aerial+vehicle Unmanned Aerial Vehicle]''': Developing technology | |||
* '''[https://wikipatents.org/index.php?search=uav Uav]''': Developing technology | |||
* '''[https://wikipatents.org/index.php?search=robotic+control Robotic Control]''': Developing technology | |||
=== Technical Classification Analysis === | |||
The most active CPC classifications in Robotics include: | |||
* '''[[CPC A61B34/30|A61B34/30]]''' (Surgical robots): 5 applications (6.8%) | |||
* '''[[CPC B25J9/1697|B25J9/1697]]''' ({Vision controlled systems}): 5 applications (6.8%) | |||
* '''[[CPC B64U2101/30|B64U2101/30]]''' (UNMANNED AERIAL VEHICLES [UAV]; EQUIPMENT THEREFOR): 5 applications (6.8%) | |||
* '''[[CPC A61B34/20|A61B34/20]]''' (Surgical navigation systems; Devices for tracking or guiding surgical instruments, e.g. for frameless stereotaxis): 4 applications (5.4%) | |||
* '''[[CPC B25J9/1664|B25J9/1664]]''' ({characterised by motion, path, trajectory planning}): 4 applications (5.4%) | |||
* '''[[CPC G06T2207/10028|G06T2207/10028]]''' (Image acquisition modality): 4 applications (5.4%) | |||
* '''[[CPC B64U2201/20|B64U2201/20]]''' (UNMANNED AERIAL VEHICLES [UAV]; EQUIPMENT THEREFOR): 4 applications (5.4%) | |||
* '''[[CPC G06V20/17|G06V20/17]]''' (IMAGE OR VIDEO RECOGNITION OR UNDERSTANDING): 4 applications (5.4%) | |||
* '''[[CPC A61B34/25|A61B34/25]]''' ({User interfaces for surgical systems}): 3 applications (4.1%) | |||
* '''[[CPC A61B34/37|A61B34/37]]''' (Master-slave robots (): 3 applications (4.1%) | |||
=== Global Innovation Landscape === | |||
Innovation in Robotics spans multiple countries: | |||
* '''[[Inventors from US|US]]''': 157 inventors (58.1%) | |||
* '''[[Inventors from CN|CN]]''': 41 inventors (15.2%) | |||
* '''[[Inventors from JP|JP]]''': 11 inventors (4.1%) | |||
* '''[[Inventors from IN|IN]]''': 9 inventors (3.3%) | |||
* '''[[Inventors from MX|MX]]''': 8 inventors (3.0%) | |||
* '''[[Inventors from AE|AE]]''': 8 inventors (3.0%) | |||
* '''[[Inventors from IL|IL]]''': 6 inventors (2.2%) | |||
* '''[[Inventors from TW|TW]]''': 6 inventors (2.2%) | |||
* '''[[Inventors from DE|DE]]''': 5 inventors (1.9%) | |||
* '''[[Inventors from CA|CA]]''': 5 inventors (1.9%) | |||
The United States accounts for 58.1% of inventors in Robotics, indicating strong domestic innovation leadership. | |||
=== Industry Collaborations === | |||
Notable collaborations in Robotics include: | |||
* '''[[Georgia Tech Research Corporation patent applications on 2025-07-03|Georgia Tech Research Corporation]]''' × '''[[Emory University patent applications on 2025-07-03|Emory University]]''': 1 joint applications | |||
* '''[[Hefei Institutes of Physical Science, Chinese Academy of Sciences patent applications on 2025-07-03|Hefei Institutes of Physical Science, Chinese Academy of Sciences]]''' × '''[[Anhui Electric Power Transmission and Transformation Co., Ltd. patent applications on 2025-07-03|Anhui Electric Power Transmission and Transformation Co., Ltd.]]''': 1 joint applications | |||
* '''[[Koninklijke KPN N.V. patent applications on 2025-07-03|Koninklijke KPN N.V.]]''' × '''[[Nederlandse Organisatie Voor Toegepast-Natuurwetenschappelijk Onderzoek TNO patent applications on 2025-07-03|Nederlandse Organisatie Voor Toegepast-Natuurwetenschappelijk Onderzoek TNO]]''': 1 joint applications | |||
These collaborations represent 3 joint applications, indicating moderate industry cooperation in Robotics. | |||
=== Leading Inventors === | |||
Key inventors driving Robotics innovation: | |||
* '''[[:Category:Wiebe Janssen|Wiebe Janssen]]''': 2 applications | |||
* '''[[:Category:Raymond Ruoqin Ma|Raymond Ruoqin Ma]]''': 2 applications | |||
* '''[[:Category:Emmanuel Gallo|Emmanuel Gallo]]''': 2 applications | |||
* '''[[:Category:Ali Shafiekhani|Ali Shafiekhani]]''': 2 applications | |||
* '''[[:Category:Barrett Christopher Clark|Barrett Christopher Clark]]''': 2 applications | |||
* '''[[:Category:Murali Pappoppula|Murali Pappoppula]]''': 2 applications | |||
* '''[[:Category:David Emerson|David Emerson]]''': 2 applications | |||
* '''[[:Category:Ichiro Wake|Ichiro Wake]]''': 2 applications | |||
* '''[[:Category:Patrick Clay|Patrick Clay]]''': 2 applications | |||
* '''[[:Category:Vien Nguyen|Vien Nguyen]]''': 2 applications | |||
=== Recent Patent Applications === | |||
Representative Robotics patent applications from July 03 2025: | |||
==== 20250213099. SYSTEMS AND METHODS FOR ROBOTIC ENDOSCOPE BENDING SECTION ==== | |||
'''Applicant:''' Noah Medical Corporation | |||
'''Abstract:''' An articulating flexible endoscope is provided. The articulating flexible endoscope comprises: an elongated member extending between a distal end and a proximal end, where the elongated member compris... | |||
==== 20250213159. SYSTEM FOR NEURONAVIGATION REGISTRATION AND ROBOTIC TRAJECTORY GUIDANCE, AND RELATED METHODS AND DEVICES ==== | |||
'''Applicant:''' GLOBUS MEDICAL, INC. | |||
'''Abstract:''' A position is determined for each fiducial marker of a plurality of fiducial markers in an image volume. Based on the determined positions, a position and orientation of the registration fixture with ... | |||
==== 20250213204. DIGITAL HEALTH ROBOTIC SYSTEM FEATURING DIGITAL HEALTH ROBOT DEVICES AND RELATED METHODS ==== | |||
'''Applicant:''' Lyons Global, LLC | |||
'''Abstract:''' A communications platform to facilitate communication between patients and doctors in a remote setting using digital health robot is provided. The digital health robot includes measurement systems to ... | |||
==== 20250213255. ANTI-SKIVE BONE DRILL ==== | |||
'''Applicant:''' INTEGRITY IMPLANTS INC. d/b/a ACCELUS | |||
== | '''Abstract:''' An anti-skive bone drill assembly is provided, and may be used for spinal surgical procedures. The anti-skive assembly can include a sheath, a drill bit disposed within the sheath, and a mechanism for... | ||
==== 20250213289. REAL-TIME SURGICAL TOOL PRESENCE/ABSENCE DETECTION IN SURGICAL VIDEOS ==== | |||
'''Applicant:''' Verb Surgical Inc. | |||
'''Abstract:''' In one aspect, a process for improving patient safety during a laparoscopic or robotic surgery involving an energy tool is disclosed. A real-time control signal indicating an operating state of an ene... | |||
== Market Implications == | |||
=== Innovation Intensity === | |||
With 74 applications in a single day, Robotics demonstrates very high innovation intensity, suggesting rapid technological advancement and strong commercial interest. | |||
=== Competitive Landscape === | |||
Innovation in Robotics involves 61 organizations, indicating a highly competitive and diverse landscape with many players investing in R&D. | |||
== | === Technology Outlook === | ||
Emerging themes in Robotics patents include: robotic, with, first, data, based, suggesting future development in these areas. | |||
The current patent activity level suggests Robotics is in a early development phase with emerging applications and technologies. | |||
== Related Technology Areas == | == Related Technology Areas == | ||
Innovation in Robotics often intersects with: | Innovation in Robotics often intersects with other emerging technologies: | ||
* [[Augmented Reality patent applications on 2025-07-03|Augmented Reality]] | * '''[[Augmented Reality patent applications on 2025-07-03|Augmented Reality]]''': 7256 applications | ||
* [[Semiconductors patent applications on 2025-07-03|Semiconductors]] | * '''[[Semiconductors patent applications on 2025-07-03|Semiconductors]]''': 1504 applications | ||
* [[Medical Devices patent applications on 2025-07-03|Medical Devices]] | * '''[[Medical Devices patent applications on 2025-07-03|Medical Devices]]''': 235 applications | ||
* [[5G Technology patent applications on 2025-07-03|5G Technology]] | * '''[[5G Technology patent applications on 2025-07-03|5G Technology]]''': 177 applications | ||
* [[Generative AI patent applications on 2025-07-03|Generative AI]] | * '''[[Generative AI patent applications on 2025-07-03|Generative AI]]''': 115 applications | ||
* '''[[Renewable Energy patent applications on 2025-07-03|Renewable Energy]]''': 95 applications | |||
* '''[[Autonomous Vehicles patent applications on 2025-07-03|Autonomous Vehicles]]''': 86 applications | |||
* '''[[Cybersecurity patent applications on 2025-07-03|Cybersecurity]]''': 76 applications | |||
== | == Analysis Tools == | ||
=== Search Resources === | |||
* | * [https://wikipatents.org/index.php?search=Robotics+20250703 Search all Robotics patents from July 03 2025] | ||
* | * [https://wikipatents.org/index.php?search=Robotics Browse all Robotics patents] | ||
* | * [[Special:CategoryTree/Robotics Patent Applications|Browse by category]] | ||
== See Also == | == See Also == | ||
* [[Weekly Patent | * [[20250703 Patent Applications Report for July 03 2025|Weekly Patent Summary]] | ||
* [[Technology Trends in Patent Applications]] | * [[Technology Trends in Patent Applications]] | ||
* [[Robotics Industry Analysis]] | * [[Robotics Industry Analysis]] | ||
* [[Patent Analytics and Trends]] | |||
[[Category:Robotics]] | [[Category:Robotics]] | ||
[[Category:Robotics Patent Applications]] | [[Category:Robotics Patent Applications]] | ||
[[Category:Technology Trends 2025]] | [[Category:Technology Trends 2025]] | ||
[[Category:Patent Applications July 03 | [[Category:Patent Applications July 03 2025]] | ||
[[Category:Weekly Reports 2025]] |
Latest revision as of 16:06, 7 July 2025
Robotics Patent Applications on July 03 2025
Executive Summary
On July 03 2025, 74 patent applications related to Robotics were published, representing 0.9% of all patent applications for the day. While representing a smaller percentage, this activity indicates emerging innovation in Robotics.
Market Analysis
Leading Organizations
The top organizations driving Robotics innovation include:
- Verb Surgical Inc.: 3 applications (4.1% of Robotics patents)
- Intel Corporation: 3 applications (4.1% of Robotics patents)
- Universe Energy, Inc.: 2 applications (2.7% of Robotics patents)
- Bright Machines, Inc.: 2 applications (2.7% of Robotics patents)
- Siemens Aktiengesellschaft: 2 applications (2.7% of Robotics patents)
These 5 organizations account for 12 applications (16.2% of all Robotics patents), indicating moderate concentration in the field.
Technology Deep Dive
Core Innovation Areas
Patent applications in Robotics encompass several key innovation areas:
- Robotics: Core technology area
- Robotic: Core technology area
- Automation: Core technology area
- Industrial Robot: Core technology area
- Robotic Arm: Core technology area
- Autonomous Robot: Core technology area
- Humanoid Robot: Core technology area
- Service Robot: Core technology area
Emerging areas include:
- Surgical Robot: Developing technology
- Drone: Developing technology
- Unmanned Aerial Vehicle: Developing technology
- Uav: Developing technology
- Robotic Control: Developing technology
Technical Classification Analysis
The most active CPC classifications in Robotics include:
- A61B34/30 (Surgical robots): 5 applications (6.8%)
- B25J9/1697 ({Vision controlled systems}): 5 applications (6.8%)
- B64U2101/30 (UNMANNED AERIAL VEHICLES [UAV]; EQUIPMENT THEREFOR): 5 applications (6.8%)
- A61B34/20 (Surgical navigation systems; Devices for tracking or guiding surgical instruments, e.g. for frameless stereotaxis): 4 applications (5.4%)
- B25J9/1664 ({characterised by motion, path, trajectory planning}): 4 applications (5.4%)
- G06T2207/10028 (Image acquisition modality): 4 applications (5.4%)
- B64U2201/20 (UNMANNED AERIAL VEHICLES [UAV]; EQUIPMENT THEREFOR): 4 applications (5.4%)
- G06V20/17 (IMAGE OR VIDEO RECOGNITION OR UNDERSTANDING): 4 applications (5.4%)
- A61B34/25 ({User interfaces for surgical systems}): 3 applications (4.1%)
- A61B34/37 (Master-slave robots (): 3 applications (4.1%)
Global Innovation Landscape
Innovation in Robotics spans multiple countries:
- US: 157 inventors (58.1%)
- CN: 41 inventors (15.2%)
- JP: 11 inventors (4.1%)
- IN: 9 inventors (3.3%)
- MX: 8 inventors (3.0%)
- AE: 8 inventors (3.0%)
- IL: 6 inventors (2.2%)
- TW: 6 inventors (2.2%)
- DE: 5 inventors (1.9%)
- CA: 5 inventors (1.9%)
The United States accounts for 58.1% of inventors in Robotics, indicating strong domestic innovation leadership.
Industry Collaborations
Notable collaborations in Robotics include:
- Georgia Tech Research Corporation × Emory University: 1 joint applications
- Hefei Institutes of Physical Science, Chinese Academy of Sciences × Anhui Electric Power Transmission and Transformation Co., Ltd.: 1 joint applications
- Koninklijke KPN N.V. × Nederlandse Organisatie Voor Toegepast-Natuurwetenschappelijk Onderzoek TNO: 1 joint applications
These collaborations represent 3 joint applications, indicating moderate industry cooperation in Robotics.
Leading Inventors
Key inventors driving Robotics innovation:
- Wiebe Janssen: 2 applications
- Raymond Ruoqin Ma: 2 applications
- Emmanuel Gallo: 2 applications
- Ali Shafiekhani: 2 applications
- Barrett Christopher Clark: 2 applications
- Murali Pappoppula: 2 applications
- David Emerson: 2 applications
- Ichiro Wake: 2 applications
- Patrick Clay: 2 applications
- Vien Nguyen: 2 applications
Recent Patent Applications
Representative Robotics patent applications from July 03 2025:
20250213099. SYSTEMS AND METHODS FOR ROBOTIC ENDOSCOPE BENDING SECTION
Applicant: Noah Medical Corporation
Abstract: An articulating flexible endoscope is provided. The articulating flexible endoscope comprises: an elongated member extending between a distal end and a proximal end, where the elongated member compris...
20250213159. SYSTEM FOR NEURONAVIGATION REGISTRATION AND ROBOTIC TRAJECTORY GUIDANCE, AND RELATED METHODS AND DEVICES
Applicant: GLOBUS MEDICAL, INC.
Abstract: A position is determined for each fiducial marker of a plurality of fiducial markers in an image volume. Based on the determined positions, a position and orientation of the registration fixture with ...
20250213204. DIGITAL HEALTH ROBOTIC SYSTEM FEATURING DIGITAL HEALTH ROBOT DEVICES AND RELATED METHODS
Applicant: Lyons Global, LLC
Abstract: A communications platform to facilitate communication between patients and doctors in a remote setting using digital health robot is provided. The digital health robot includes measurement systems to ...
20250213255. ANTI-SKIVE BONE DRILL
Applicant: INTEGRITY IMPLANTS INC. d/b/a ACCELUS
Abstract: An anti-skive bone drill assembly is provided, and may be used for spinal surgical procedures. The anti-skive assembly can include a sheath, a drill bit disposed within the sheath, and a mechanism for...
20250213289. REAL-TIME SURGICAL TOOL PRESENCE/ABSENCE DETECTION IN SURGICAL VIDEOS
Applicant: Verb Surgical Inc.
Abstract: In one aspect, a process for improving patient safety during a laparoscopic or robotic surgery involving an energy tool is disclosed. A real-time control signal indicating an operating state of an ene...
Market Implications
Innovation Intensity
With 74 applications in a single day, Robotics demonstrates very high innovation intensity, suggesting rapid technological advancement and strong commercial interest.
Competitive Landscape
Innovation in Robotics involves 61 organizations, indicating a highly competitive and diverse landscape with many players investing in R&D.
Technology Outlook
Emerging themes in Robotics patents include: robotic, with, first, data, based, suggesting future development in these areas.
The current patent activity level suggests Robotics is in a early development phase with emerging applications and technologies.
Related Technology Areas
Innovation in Robotics often intersects with other emerging technologies:
- Augmented Reality: 7256 applications
- Semiconductors: 1504 applications
- Medical Devices: 235 applications
- 5G Technology: 177 applications
- Generative AI: 115 applications
- Renewable Energy: 95 applications
- Autonomous Vehicles: 86 applications
- Cybersecurity: 76 applications