Welcome to the 30th of January 2024: Our goal is to celebrate the Patent holders who have reached noteworthy milestones in their fields this week.
Martin G Keen
IBM Master Inventor, Manager and Content Creator, IBM Technical Training
Patent №:11889149 (January 30, 2024) – Intelligent mitigation of concentration conflicts focuses on leveraging processors to intelligently manage concentration conflicts, ensuring optimal user experience. By utilizing data from multiple sources, this technology aids in determining the concentration level required for primary activities and takes necessary actions to mitigate potential distractions caused by secondary objects.
Janet A Stern-Berkowitz
Senior Director at InterDigital Communications.
Patent №:11889551 (January 30, 2024) – Transmission with restrictions in unlicensed spectrum. A device configures bursts within transmission opportunity windows (TOWs) based on received parameters like maximum channel occupancy time (MCOT). It checks channel availability with clear channel assessment (CCA) and transmits bursts within a TOW, each marked with a burst indicator (BI).
Patent №:11889528 (January 30, 2024) – Systems and methods for LTE operation in unlicensed bands unveils techniques for determining clear channel assessment occasions, enabling efficient utilization of the available channel during UL (Uplink) transmissions.
Patent №:11889338 (January 30, 2024) – Methods, systems and apparatuses for network assisted interference cancellation and/or suppression (NAICS) in long-term evolution (LTE) systems introduces methods to suppress interference through optimized utilization of DM-IM (DeModulation Interference Measurement) resources.
Daniel T Wallace
Founder & CTO at Capstan Medical.
Dan Wallace has dedicated his career to creating products that reduce the pain and complications of surgery.
Dan co-founded Occam Labs where he is leading a team that is creating devices for structural heart repair and robotic surgery.
Prior to Occam, Dan created the EndoWrist robotic instruments for Intuitive Surgical, co-founded Hansen Medical, and developed products that are currently being marketed by Medtronic, Johnson & Johnson, and Abbott.
He has a BSME from Rice University and an MSME from Stanford University.
Patent №: 11883121 (January 30, 2024) – Robotic catheter system. This system comprises a master input device controller, an instrument driver, and an elongate guide instrument with axially moveable control elements. The master input device allows precise control and manipulation of the distal end of the guide instrument, providing enhanced capabilities for various medical procedures.
David R Miller
Mr. Miller has degrees from Brigham Young University: a bachelor’s in electrical engineering and a master’s in physics with an emphasis in optical and photo spectroscopy and biomedical engineering. He has worked as an engineer and scientist for Motorola Corporation, Computer Sciences Corporation, Hema Metrics, Enovate and LG Electronics.
While at LG he designed, developed and secured the world’s first FDA-approved device for noninvasively measuring blood hematocrit. This effort has included all aspects of product development, from idea conception and research, through mathematical modeling and prototype design, and finally culminating in product engineering and manufacturing integration.
Patent №:11887467 (January 30, 2024) – Group management for electronic devices. A method/system for notifying a device of more safety events for a first user: Retrieve safety events for the first user and their frequency. Do the same for a second user. Compare frequencies, identify the first user has more safety events, and determine the cause.
Patent №:11883199 (January 30, 2024) – Interdigitated impedance
electrodes of Miniaturized Impedance Sensors. This invention involves a band with miniaturized impedance sensors integrated into it, consisting of interdigitated miniaturized electrodes that press against the user’s dermal layer. These electrodes are connected to an electrical circuit embedded within the band, providing real-time measurements of impedance changes.
Patent №:11883146 (January 30, 2024) – Methods and devices for selecting miniaturized impedance electrodes of miniaturized impedance sensors. This invention focuses on determining the depth at which impedance is measured within the user’s body. The miniaturized impedance sensor, embedded in a band, contains an array of miniaturized electrodes that measure impedance at specific depths corresponding to subdermal features. The processing device enables the selection of the desired depth for accurate impedance measurement.
Jack Pryor
Principal Mechanical Engineer at Luna Diabetes.
Patent №:11883164 (January 30, 2024) – System and methods for processing analyte sensor data for sensor calibration.
This patent introduces novel techniques for initiating calibration, updating calibration, evaluating clinical acceptability, and assessing the quality of sensor calibration. These advancements enhance the accuracy and reliability of sensor data, leading to better health monitoring systems.
This post first appeared on IDiyas Blog On Prolific Inventors And Their Inventions And Patents, please read the originial post: here
