Difference between revisions of "3M INNOVATIVE PROPERTIES COMPANY patent applications published on November 9th, 2023"
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+ | '''Summary of the patent applications from 3M INNOVATIVE PROPERTIES COMPANY on November 9th, 2023''' | ||
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+ | 3M Innovative Properties Company has recently filed several patents for a range of innovative technologies. These patents cover various fields, including power distribution networks, product authentication systems, content display control, semi-supervised learning algorithms, optical films, netting for thermal interface articles, flame-retardant compositions, bonding pressure-sensitive adhesives, hardcoat layers, and phosphate-containing copolymers for medical applications. | ||
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+ | In the power distribution network field, 3M has developed a sensored insulation plug for medium-voltage or high-voltage separable connectors. This plug not only insulates the connection element but also senses the elevated voltage, enhancing electrical shielding against external electrical fields. | ||
+ | |||
+ | For product authentication, 3M has created a system that uses image capture devices to create a video representation of a safe environment. This system can determine if a specific product is continuously present during a task, providing an indicator of its continuous presence for downstream systems. | ||
+ | |||
+ | In the field of content display control, 3M aims to measure the effectiveness of displayed content in modifying behavior. Their invention focuses on a specific temporal and spatial dimension to provide a more accurate assessment of how content influences behavior. | ||
+ | |||
+ | 3M has also developed a method for training semi-supervised learning algorithms using annotated seed data and unlabeled time series process data. This method involves training the algorithm with annotated seed data, executing it with unlabeled data, and iteratively retraining it based on output evaluation data until convergence is reached. | ||
+ | |||
+ | In the optical film field, 3M has created a film with multiple layers that can control the transmission of light in different directions. This film has a higher average effective transmission when one major surface faces the light source, providing versatility in light control applications. | ||
+ | |||
+ | Notable applications of these technologies include power distribution networks, product authentication systems, behavior modification through content display, improved training of semi-supervised learning algorithms, light control in various applications, thermal interface articles, flame-retardant compositions, bonding pressure-sensitive adhesives, hardcoat layers for articles, and suppression of microbial virulence in medical compositions. | ||
+ | |||
+ | * Sensored insulation plug for power distribution networks. | ||
+ | * Product authentication system using image capture devices. | ||
+ | * Systems and methods for organizing and controlling the display of content. | ||
+ | * Method for training semi-supervised learning algorithms. | ||
+ | * Optical film with multiple layers for light control. | ||
+ | * Netting for thermal interface articles. | ||
+ | * Flame-retardant composition. | ||
+ | * Bonding pressure-sensitive adhesives. | ||
+ | * Hardcoat layers for articles. | ||
+ | * Phosphate-containing copolymers for medical compositions. | ||
+ | |||
+ | |||
+ | |||
+ | |||
==Patent applications for 3M INNOVATIVE PROPERTIES COMPANY on November 9th, 2023== | ==Patent applications for 3M INNOVATIVE PROPERTIES COMPANY on November 9th, 2023== | ||
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Gregory P. Sorenson | Gregory P. Sorenson | ||
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===COATED ABRASIVE ARTICLE AND METHOD OF MAKING THE SAME ([[US Patent Application 18029501. COATED ABRASIVE ARTICLE AND METHOD OF MAKING THE SAME simplified abstract|18029501]])=== | ===COATED ABRASIVE ARTICLE AND METHOD OF MAKING THE SAME ([[US Patent Application 18029501. COATED ABRASIVE ARTICLE AND METHOD OF MAKING THE SAME simplified abstract|18029501]])=== | ||
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Ernest L. Thurber | Ernest L. Thurber | ||
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===Perfluorinated Allyl Ethers and Perfluorinated Allyl Amines and Methods of Making and Using the Same ([[US Patent Application 17911567. Perfluorinated Allyl Ethers and Perfluorinated Allyl Amines and Methods of Making and Using the Same simplified abstract|17911567]])=== | ===Perfluorinated Allyl Ethers and Perfluorinated Allyl Amines and Methods of Making and Using the Same ([[US Patent Application 17911567. Perfluorinated Allyl Ethers and Perfluorinated Allyl Amines and Methods of Making and Using the Same simplified abstract|17911567]])=== | ||
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Sean M. Smith | Sean M. Smith | ||
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Sung-Tso Lin | Sung-Tso Lin | ||
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===PHOSPHATE-CONTAINING COPOLYMERS FOR VIRULENCE SUPPRESSION ([[US Patent Application 18004910. PHOSPHATE-CONTAINING COPOLYMERS FOR VIRULENCE SUPPRESSION simplified abstract|18004910]])=== | ===PHOSPHATE-CONTAINING COPOLYMERS FOR VIRULENCE SUPPRESSION ([[US Patent Application 18004910. PHOSPHATE-CONTAINING COPOLYMERS FOR VIRULENCE SUPPRESSION simplified abstract|18004910]])=== | ||
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Carl A. Laskowski | Carl A. Laskowski | ||
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===Hardcoat Composition Comprising Methyl or Ethyl Trialkoxy Silane, Articles and Methods ([[US Patent Application 18026268. Hardcoat Composition Comprising Methyl or Ethyl Trialkoxy Silane, Articles and Methods simplified abstract|18026268]])=== | ===Hardcoat Composition Comprising Methyl or Ethyl Trialkoxy Silane, Articles and Methods ([[US Patent Application 18026268. Hardcoat Composition Comprising Methyl or Ethyl Trialkoxy Silane, Articles and Methods simplified abstract|18026268]])=== | ||
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Naiyong Jing | Naiyong Jing | ||
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===EXTRUDABLE PRESSURE-SENSITIVE ADHESIVE ([[US Patent Application 17425880. EXTRUDABLE PRESSURE-SENSITIVE ADHESIVE simplified abstract|17425880]])=== | ===EXTRUDABLE PRESSURE-SENSITIVE ADHESIVE ([[US Patent Application 17425880. EXTRUDABLE PRESSURE-SENSITIVE ADHESIVE simplified abstract|17425880]])=== | ||
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Mark E. NAPIERALA | Mark E. NAPIERALA | ||
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===Compositions Comprising Water Dispersible Polymer and Unsaturated Dicarboxylic Acid Derivative Suitable for Enhancing Char ([[US Patent Application 17429386. Compositions Comprising Water Dispersible Polymer and Unsaturated Dicarboxylic Acid Derivative Suitable for Enhancing Char simplified abstract|17429386]])=== | ===Compositions Comprising Water Dispersible Polymer and Unsaturated Dicarboxylic Acid Derivative Suitable for Enhancing Char ([[US Patent Application 17429386. Compositions Comprising Water Dispersible Polymer and Unsaturated Dicarboxylic Acid Derivative Suitable for Enhancing Char simplified abstract|17429386]])=== | ||
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Megan A. Creighton | Megan A. Creighton | ||
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===NETTINGS ([[US Patent Application 17444200. NETTINGS simplified abstract|17444200]])=== | ===NETTINGS ([[US Patent Application 17444200. NETTINGS simplified abstract|17444200]])=== | ||
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Ronald W. Ausen | Ronald W. Ausen | ||
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===Integral Multilayer Optical Film ([[US Patent Application 18245290. Integral Multilayer Optical Film simplified abstract|18245290]])=== | ===Integral Multilayer Optical Film ([[US Patent Application 18245290. Integral Multilayer Optical Film simplified abstract|18245290]])=== | ||
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Carl A. Stover | Carl A. Stover | ||
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===MACHINE LEARNING SYSTEMS CONFIGURED TO GENERATE LABELED TIME SERIES DATASETS FOR MANUFACTURING OPERATIONS ([[US Patent Application 18141628. MACHINE LEARNING SYSTEMS CONFIGURED TO GENERATE LABELED TIME SERIES DATASETS FOR MANUFACTURING OPERATIONS simplified abstract|18141628]])=== | ===MACHINE LEARNING SYSTEMS CONFIGURED TO GENERATE LABELED TIME SERIES DATASETS FOR MANUFACTURING OPERATIONS ([[US Patent Application 18141628. MACHINE LEARNING SYSTEMS CONFIGURED TO GENERATE LABELED TIME SERIES DATASETS FOR MANUFACTURING OPERATIONS simplified abstract|18141628]])=== | ||
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Karthik Subramanian | Karthik Subramanian | ||
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===CONDUCTING MULTIVARIATE EXPERIMENTS ([[US Patent Application 18353193. CONDUCTING MULTIVARIATE EXPERIMENTS simplified abstract|18353193]])=== | ===CONDUCTING MULTIVARIATE EXPERIMENTS ([[US Patent Application 18353193. CONDUCTING MULTIVARIATE EXPERIMENTS simplified abstract|18353193]])=== | ||
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===VIDEO BASED CONTINUOUS PRODUCT DETECTION ([[US Patent Application 17650019. VIDEO BASED CONTINUOUS PRODUCT DETECTION simplified abstract|17650019]])=== | ===VIDEO BASED CONTINUOUS PRODUCT DETECTION ([[US Patent Application 17650019. VIDEO BASED CONTINUOUS PRODUCT DETECTION simplified abstract|17650019]])=== | ||
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===SENSORED INSULATION PLUG ([[US Patent Application 18245677. SENSORED INSULATION PLUG simplified abstract|18245677]])=== | ===SENSORED INSULATION PLUG ([[US Patent Application 18245677. SENSORED INSULATION PLUG simplified abstract|18245677]])=== | ||
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Latest revision as of 03:47, 4 December 2023
Summary of the patent applications from 3M INNOVATIVE PROPERTIES COMPANY on November 9th, 2023
3M Innovative Properties Company has recently filed several patents for a range of innovative technologies. These patents cover various fields, including power distribution networks, product authentication systems, content display control, semi-supervised learning algorithms, optical films, netting for thermal interface articles, flame-retardant compositions, bonding pressure-sensitive adhesives, hardcoat layers, and phosphate-containing copolymers for medical applications.
In the power distribution network field, 3M has developed a sensored insulation plug for medium-voltage or high-voltage separable connectors. This plug not only insulates the connection element but also senses the elevated voltage, enhancing electrical shielding against external electrical fields.
For product authentication, 3M has created a system that uses image capture devices to create a video representation of a safe environment. This system can determine if a specific product is continuously present during a task, providing an indicator of its continuous presence for downstream systems.
In the field of content display control, 3M aims to measure the effectiveness of displayed content in modifying behavior. Their invention focuses on a specific temporal and spatial dimension to provide a more accurate assessment of how content influences behavior.
3M has also developed a method for training semi-supervised learning algorithms using annotated seed data and unlabeled time series process data. This method involves training the algorithm with annotated seed data, executing it with unlabeled data, and iteratively retraining it based on output evaluation data until convergence is reached.
In the optical film field, 3M has created a film with multiple layers that can control the transmission of light in different directions. This film has a higher average effective transmission when one major surface faces the light source, providing versatility in light control applications.
Notable applications of these technologies include power distribution networks, product authentication systems, behavior modification through content display, improved training of semi-supervised learning algorithms, light control in various applications, thermal interface articles, flame-retardant compositions, bonding pressure-sensitive adhesives, hardcoat layers for articles, and suppression of microbial virulence in medical compositions.
- Sensored insulation plug for power distribution networks.
- Product authentication system using image capture devices.
- Systems and methods for organizing and controlling the display of content.
- Method for training semi-supervised learning algorithms.
- Optical film with multiple layers for light control.
- Netting for thermal interface articles.
- Flame-retardant composition.
- Bonding pressure-sensitive adhesives.
- Hardcoat layers for articles.
- Phosphate-containing copolymers for medical compositions.
Contents
- 1 Patent applications for 3M INNOVATIVE PROPERTIES COMPANY on November 9th, 2023
- 1.1 CHIN PROTECTOR, ASSEMBLY AND KIT OF PARTS THEREWITH AND METHOD OF RETROFITTING A CHIN PROTECTOR (18245336)
- 1.2 ARTICLES, METHODS AND COMPOSITIONS COMPRISING POLYMERIZABLE DICARBONYL POLYMERS (18246103)
- 1.3 MULTILAYER ARTICLES INCLUDING AN ABSORBENT LAYER AND AN ULTRAVIOLET MIRROR, SYSTEMS, DEVICES, AND METHODS OF DISINFECTING (18246241)
- 1.4 DISINFECTING DEVICE FOR LUER ACTIVATED DEVICES (17427119)
- 1.5 Anti-Fog Respirator (18356443)
- 1.6 ABRASIVE ARTICLE AND METHOD OF MAKING THE SAME (18029537)
- 1.7 COATED ABRASIVE ARTICLE AND METHOD OF MAKING THE SAME (18029501)
- 1.8 Perfluorinated Allyl Ethers and Perfluorinated Allyl Amines and Methods of Making and Using the Same (17911567)
- 1.9 ACRYLAMIDE OR (METH)ACRYLAMIDE-CONTAINING HIGH TG ADDITIVE FOR PRESSURE SENSITIVE ADHESIVES (18246364)
- 1.10 PHOSPHATE-CONTAINING COPOLYMERS FOR VIRULENCE SUPPRESSION (18004910)
- 1.11 Hardcoat Composition Comprising Methyl or Ethyl Trialkoxy Silane, Articles and Methods (18026268)
- 1.12 EXTRUDABLE PRESSURE-SENSITIVE ADHESIVE (17425880)
- 1.13 Compositions Comprising Water Dispersible Polymer and Unsaturated Dicarboxylic Acid Derivative Suitable for Enhancing Char (17429386)
- 1.14 NETTINGS (17444200)
- 1.15 Integral Multilayer Optical Film (18245290)
- 1.16 MACHINE LEARNING SYSTEMS CONFIGURED TO GENERATE LABELED TIME SERIES DATASETS FOR MANUFACTURING OPERATIONS (18141628)
- 1.17 CONDUCTING MULTIVARIATE EXPERIMENTS (18353193)
- 1.18 VIDEO BASED CONTINUOUS PRODUCT DETECTION (17650019)
- 1.19 SENSORED INSULATION PLUG (18245677)
Patent applications for 3M INNOVATIVE PROPERTIES COMPANY on November 9th, 2023
CHIN PROTECTOR, ASSEMBLY AND KIT OF PARTS THEREWITH AND METHOD OF RETROFITTING A CHIN PROTECTOR (18245336)
Main Inventor
Peter L. Axelsson
ARTICLES, METHODS AND COMPOSITIONS COMPRISING POLYMERIZABLE DICARBONYL POLYMERS (18246103)
Main Inventor
Deborah K. Schneiderman
MULTILAYER ARTICLES INCLUDING AN ABSORBENT LAYER AND AN ULTRAVIOLET MIRROR, SYSTEMS, DEVICES, AND METHODS OF DISINFECTING (18246241)
Main Inventor
Timothy J. Hebrink
DISINFECTING DEVICE FOR LUER ACTIVATED DEVICES (17427119)
Main Inventor
ALAN R. DOMBROWSKI
Anti-Fog Respirator (18356443)
Main Inventor
John M. Facer
ABRASIVE ARTICLE AND METHOD OF MAKING THE SAME (18029537)
Main Inventor
Gregory P. Sorenson
COATED ABRASIVE ARTICLE AND METHOD OF MAKING THE SAME (18029501)
Main Inventor
Ernest L. Thurber
Perfluorinated Allyl Ethers and Perfluorinated Allyl Amines and Methods of Making and Using the Same (17911567)
Main Inventor
Sean M. Smith
ACRYLAMIDE OR (METH)ACRYLAMIDE-CONTAINING HIGH TG ADDITIVE FOR PRESSURE SENSITIVE ADHESIVES (18246364)
Main Inventor
Sung-Tso Lin
PHOSPHATE-CONTAINING COPOLYMERS FOR VIRULENCE SUPPRESSION (18004910)
Main Inventor
Carl A. Laskowski
Hardcoat Composition Comprising Methyl or Ethyl Trialkoxy Silane, Articles and Methods (18026268)
Main Inventor
Naiyong Jing
EXTRUDABLE PRESSURE-SENSITIVE ADHESIVE (17425880)
Main Inventor
Mark E. NAPIERALA
Compositions Comprising Water Dispersible Polymer and Unsaturated Dicarboxylic Acid Derivative Suitable for Enhancing Char (17429386)
Main Inventor
Megan A. Creighton
NETTINGS (17444200)
Main Inventor
Ronald W. Ausen
Integral Multilayer Optical Film (18245290)
Main Inventor
Carl A. Stover
MACHINE LEARNING SYSTEMS CONFIGURED TO GENERATE LABELED TIME SERIES DATASETS FOR MANUFACTURING OPERATIONS (18141628)
Main Inventor
Karthik Subramanian
CONDUCTING MULTIVARIATE EXPERIMENTS (18353193)
Main Inventor
Frederick J. Arsenault
VIDEO BASED CONTINUOUS PRODUCT DETECTION (17650019)
Main Inventor
Muhammad J. Afridi
SENSORED INSULATION PLUG (18245677)
Main Inventor
Mark Gravermann