Foundation for Research on Information Technologies in Society
Application Filed: 2019-09-04
Trademark Application Details
Mark For: IT'IS FOUNDATION® trademark registration is intended to cover the categories of research and development in the fields of health-related effects of electromagnetic energy in the fields of health and information technologies, as well as in emerging technologies; risk assessment, safety compliance and regulatory compliance in the fields of health and information technologies, as well as in emerging technologies; education and training in the fields health and information technologies, as well as in emerging technologies; engineering design/analysis tasks and product compliance certification/ pre-certification; functionalized human and animal models, namely, design and development of computational anatomical models for biomedical modelling and safety assessment, electrophysiology models, perfusion models, thermoregulation models, tissue models and personalized treatment stimulation tools, and functionalized human and animal models, namely, non-downloadable computational anatomical models for biomedical modelling and safety assessment, design and development of neuron models, anisotropic tissue models and personalized treatment stimulation tools; mri implant safety, namely, safety evaluations of passive and active implants for patients undergoing magnetic resonance imaging scans, and providing customized solutions for mitigation of patient risk from radio frequency and gradient fields; neuronal stimulation services, namely, computational modelling and design of neuronal stimulation and optimization for evaluation of active implantable medical devices and electroceuticals; mri safety systems, namely, customized evaluations of radiofrequency and gradient field exposure for patients undergoing mri scans; experimental phantoms, namely, phantom development for new technologies, functionalized multi-layer phantoms for evaluation of over the air device performance, specific absorption rate (sar) and temperature rise, and optimization of on-body and implanted transceivers; emf exposure systems, namely, design and development of customized exposure systems, development of effective and selective neurostimulation solutions in research and industry, mri safety phantom development for new technologies, for in vitro, in vivo, and human studies on interactions of electromagnetic fields (emf) with living tissue; radio communication safety evaluation, namely, support services in radio communication platform development from device design to regulatory approval, including, development of compliance standards and extending standardized procedures to other platforms, validating modifications with simulations and measurements, and communicating the changes to regulators; sar exposure, namely, emf exposure assessment and support regulatory approval of novel technologies; wireless power transfer, namely, development of dosimetric probes and performs numerical and experimental safety evaluations to test compliance of wireless power transfer (wpt) technologies with safety guidelines; in- and on-body antennas, namely, design and validation of electrically small, resonant and non-resonant antennas with optimized link budgets in complex environments, including designing considering anatomical variability and current safety regulations; precision medicine, namely, design of radio frequency applicators and ultrasonic transducers for therapeutic applications; support services, namely, processing of patient image data, characterization of incident fields, focusing and tuning, and modelling and assessment of the treatment effects; computational life sciences, namely, support services in diverse medical diagnostic and therapeutic applications through multi-scale and multi-physics simulations, medical image-based modeling, device safety and efficacy assessment, mechanistic investigations (therapeutic safety), simulation platform and solver development, dielectric assessment of all kind of material. [all]
Status
2020-02-09 UTC
LIVE APPLICATION Under Examination
The trademark application has been accepted by the Office (has met the minimum filing requirements) and that this application has been assigned to an examiner.
TMO LAW OFFICE 112 - EXAMINING ATTORNEY ASSIGNED 2019-12-17
Basis
1(a)
Class Status
ACTIVE
Primary US Classes
100:
Miscellaneous
101:
Advertising and Business
Primary International Class
042 - Primary Class
(Computer, scientific & legal) Scientific and technological services and research and design relating thereto: industrial analysis and research services; design and development of computer hardware and software; legal services.
Filed Use
Yes
Current Use
Yes
Intent To Use
No
Filed ITU
No
44D Filed
No
44E Current
No
66A Current
No
Current Basis
No
No Basis
No
Attorney Name
E. Lynn Perry
Attorney Docket Number
7715-1
Law Office Assigned
M30
Employee Name
BAL, KAMAL SINGH
Timeline
2003-00-00
Date of First Use
2019-09-04
Application Filed
2019-12-17
Location: TMO LAW OFFICE 112 - EXAMINING ATTORNEY ASSIGNED
2019-12-17
Status: A non-final Office action has been sent (issued) to the applicant. This is a letter from the examining attorney requiring additi
E. LYNN PERRY PERRY IP GROUP A LAW CORPORATION 900 LARKSPUR LANDING CIRCLE STE 226 LARKSPUR, CA 94939
Good, Services, and Codes
IC 042. US 100 101. G & S: Research and development in the fields of health-related effects of electromagnetic energy in the fields of health and information technologies, as well as in emerging technologies; risk assessment, safety compliance and regulatory compliance in the fields of health and information technologies, as well as in emerging technologies; education and training in the fields health and information technologies, as well as in emerging technologies; engineering design/analysis tasks and product compliance certification/ pre-certification; functionalized human and animal models, namely, design and development of computational anatomical models for biomedical modelling and safety assessment, electrophysiology models, perfusion models, thermoregulation models, tissue models and personalized treatment stimulation tools, and functionalized human and animal models, namely, non-downloadable computational anatomical models for biomedical modelling and safety assessment, design and development of neuron models, anisotropic tissue models and personalized treatment stimulation tools; mri implant safety, namely, safety evaluations of passive and active implants for patients undergoing magnetic resonance imaging scans, and providing customized solutions for mitigation of patient risk from radio frequency and gradient fields; neuronal stimulation services, namely, computational modelling and design of neuronal stimulation and optimization for evaluation of active implantable medical devices and electroceuticals; mri safety systems, namely, customized evaluations of radiofrequency and gradient field exposure for patients undergoing mri scans; experimental phantoms, namely, phantom development for new technologies, functionalized multi-layer phantoms for evaluation of over the air device performance, specific absorption rate (sar) and temperature rise, and optimization of on-body and implanted transceivers; emf exposure systems, namely, design and development of customized exposure systems, development of effective and selective neurostimulation solutions in research and industry, mri safety phantom development for new technologies, for in vitro, in vivo, and human studies on interactions of electromagnetic fields (emf) with living tissue; radio communication safety evaluation, namely, support services in radio communication platform development from device design to regulatory approval, including, development of compliance standards and extending standardized procedures to other platforms, validating modifications with simulations and measurements, and communicating the changes to regulators; sar exposure, namely, emf exposure assessment and support regulatory approval of novel technologies; wireless power transfer, namely, development of dosimetric probes and performs numerical and experimental safety evaluations to test compliance of wireless power transfer (wpt) technologies with safety guidelines; in- and on-body antennas, namely, design and validation of electrically small, resonant and non-resonant antennas with optimized link budgets in complex environments, including designing considering anatomical variability and current safety regulations; precision medicine, namely, design of radio frequency applicators and ultrasonic transducers for therapeutic applications; support services, namely, processing of patient image data, characterization of incident fields, focusing and tuning, and modelling and assessment of the treatment effects; computational life sciences, namely, support services in diverse medical diagnostic and therapeutic applications through multi-scale and multi-physics simulations, medical image-based modeling, device safety and efficacy assessment, mechanistic investigations (therapeutic safety), simulation platform and solver development, dielectric assessment of all kind of material. FIRST USE: 20030000. FIRST USE IN COMMERCE: 20030000
International Codes:
42
U.S. Codes:
100,101
International Codes:
45
U.S. Codes:
100,101
Type Code
Type
GS0421
Research and development in the fields of health-related effects of electromagnetic energy in the fields of health and information technologies, as well as in emerging technologies; risk assessment, safety compliance and regulatory compliance in the fields of health and information technologies, as well as in emerging technologies; education and training in the fields health and information technologies, as well as in emerging technologies; engineering design/analysis tasks and product compliance certification/ pre-certification; functionalized human and animal models, namely, design and development of computational anatomical models for biomedical modelling and safety assessment, electrophysiology models, perfusion models, thermoregulation models, tissue models and personalized treatment stimulation tools, and functionalized human and animal models, namely, non-downloadable computational anatomical models for biomedical modelling and safety assessment, design and development of neuron models, anisotropic tissue models and personalized treatment stimulation tools; mri implant safety, namely, safety evaluations of passive and active implants for patients undergoing magnetic resonance imaging scans, and providing customized solutions for mitigation of patient risk from radio frequency and gradient fields; neuronal stimulation services, namely, computational modelling and design of neuronal stimulation and optimization for evaluation of active implantable medical devices and electroceuticals; mri safety systems, namely, customized evaluations of radiofrequency and gradient field exposure for patients undergoing mri scans; experimental phantoms, namely, phantom development for new technologies, functionalized multi-layer phantoms for evaluation of over the air device performance, specific absorption rate (sar) and temperature rise, and optimization of on-body and implanted transceivers; emf exposure systems, namely, design and development of customized exposure systems, development of effective and selective neurostimulation solutions in research and industry, mri safety phantom development for new technologies, for in vitro, in vivo, and human studies on interactions of electromagnetic fields (emf) with living tissue; radio communication safety evaluation, namely, support services in radio communication platform development from device design to regulatory approval, including, development of compliance standards and extending standardized procedures to other platforms, validating modifications with simulations and measurements, and communicating the changes to regulators; sar exposure, namely, emf exposure assessment and support regulatory approval of novel technologies; wireless power transfer, namely, development of dosimetric probes and performs numerical and experimental safety evaluations to test compliance of wireless power transfer (wpt) technologies with safety guidelines; in- and on-body antennas, namely, design and validation of electrically small, resonant and non-resonant antennas with optimized link budgets in complex environments, including designing considering anatomical variability and current safety regulations; precision medicine, namely, design of radio frequency applicators and ultrasonic transducers for therapeutic applications; support services, namely, processing of patient image data, characterization of incident fields, focusing and tuning, and modelling and assessment of the treatment effects; computational life sciences, namely, support services in diverse medical diagnostic and therapeutic applications through multi-scale and multi-physics simulations, medical image-based modeling, device safety and efficacy assessment, mechanistic investigations (therapeutic safety), simulation platform and solver development, dielectric assessment of all kind of material
D10000
"FOUNDATION"
Trademark Filing History
Description
Date
Proceeding Number
NOTIFICATION OF NON-FINAL ACTION E-MAILED
2019-12-17
6325
NON-FINAL ACTION WRITTEN
2019-12-17
90291
NON-FINAL ACTION E-MAILED
2019-12-17
6325
ASSIGNED TO EXAMINER
2019-12-06
90291
NEW APPLICATION OFFICE SUPPLIED DATA ENTERED IN TRAM
2019-09-16
NEW APPLICATION ENTERED IN TRAM
2019-09-07
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