Innovative Nicotine Pod Assemblies for Enhanced E-Vaping Experiences
Patent No. 11490656
The nicotine pod assembly designed for advanced nicotine e-vaping devices comprises two interconnected sections: the first section, which features a pod outlet and is specifically engineered to securely hold a nicotine pre-vapor formulation, and the second section, which includes a pod inlet designed to effectively heat the nicotine formulation. This innovative design ensures that the pod inlet is in seamless fluidic communication with the pod outlet through a specialized flow path, which incorporates a diverged portion and a converged section to optimize vapor delivery. Furthermore, the nicotine e-vaping device itself boasts a device body that includes a through hole structured to accommodate the nicotine pod assembly, ensuring the pod inlet is readily exposed for optimal air flow when the assembly is correctly seated within the through hole.
Inventors: Dean Twite (Richmond); Yannick Hourmand (Richmond); Bipin Patil (Richmond); Rangaraj S. Sundar (Richmond); Gregory Nelson (Richmond); Niall Gallagher (Richmond); Jarrett Keen (Richmond); Phillip Diana (Richmond); James Yorkshades (Gamlingay, Great Britain)
Assignee: Altria Client Services (Richmond)
Nov. 8, 2022

Advanced Nicotine E-Vaping Device with Innovative Reservoir Assembly
Patent No. 11490660
This cutting-edge reservoir assembly is designed to hold a nicotine pre-vapor formulation securely in a specialized reservoir. It features a connector assembly that defines a connector conduit, allowing for a detachable coupling with a nicotine vaporizer assembly. This coupling is achieved when a connector element from the vaporizer engages the connector conduit. The reservoir assembly is equipped with an isolation structure capable of moving between two positions: one that exposes the nicotine vaporizer assembly to the reservoir while restricting the connector conduit, and another that isolates the vaporizer from the reservoir, thus enabling the connector element to disengage freely. This dual-functionality enhances user experience and safety during operation.
Inventors: Eric Hawes (Midlothian, Va.); Raymond W. Lau (Richmond); Jose Jesus Paolo Montalvan (Mandaue, Philippines); John Paul Muring (Lapu-Lapu, Philippines)
Assignee: Altria Client Services (Richmond)
Nov. 8, 2022

Revolutionary On-Chip Microfluidic Devices for Enhanced Particle Processing
Patent No. 11493428
The described microfluidic devices and methodologies offer significant advancements in improving cell quality, enhancing workflows, and significantly reducing operational costs. These innovations are particularly transformative in applications related to research and clinical diagnostics across various critical fields, including cancer research, infectious disease studies, and inflammatory disease management. By streamlining processes and improving accuracy in diagnostics, these devices are set to play a pivotal role in advancing healthcare solutions. The incorporation of microfluidic technology enables precise control over fluid movement and reaction conditions, thereby optimizing the overall performance of diagnostic assays.
Inventors: Michael Grisham (Richmond); Curt I. Civin (Baltimore, Md.); James C. Sturm (Princeton, N.J.); Robert H. Austin (Princeton, N.J.); Joseph D’Silva (Princeton, N.J.); Yu Chen (Princeton, N.J.)
Assignee: GPB Scientific (Richmond) & University of Maryland (Baltimore, Md.) & The Trustees of Princeton University (Princeton, N.J.)
Nov. 8, 2022

Innovative Smoking Article Featuring Enhanced Burn and Mouth Portions
Patent No. 11490653
The present disclosure introduces exemplary embodiments of a smoking article that encompasses both a burn portion and a mouth portion. The burn portion is designed with a smoking rod filled with a smokeable filler material that is predominantly composed of cellulose material, ensuring a cleaner and more natural smoking experience. The mouth portion, which can include a filter component, is designed to either incorporate an interface or consist of a tip with an interface, depending on user preference. This interface has the capability to store an additive, enhancing the overall sensory experience for the user. Furthermore, the mouth end is engineered with orthonasal properties, optimizing the inhalation process and improving the flavor profile.
Inventors: Munmaya K. Mishra (Manakin Sabot, Va.); Shaoyong Yu (Glen Allen, Va.)
Assignee: Altria Client Services (Richmond)
Nov. 8, 2022

Advanced Tongue Assembly for Efficient Rod Forming Operations
Patent No. 11490651
The tongue assembly described herein includes a hollow shaft that features a first end and a second end, with each end defining openings of differing radii of curvature. Specifically, the first opening exhibits a larger radius of curvature compared to the second opening, facilitating optimal flow dynamics during operation. Additionally, the shaft is designed with at least one injection port that traverses through its inner surface, allowing for precise material injection. The assembly includes a first plate that connects to the shaft, which features an engaging structure to enable secure mounting of the tongue onto a lower plate, ensuring proper alignment with a groove defined by the lower plate. This innovative rod forming apparatus significantly enhances production efficiency and accuracy during the manufacturing process.
Inventors: Dwight D. Williams (Powhatan, Va.); Patrick S. McElhinney (Chesterfield, Va.)
Assignee: Altria Client Services (Richmond)
Nov. 8, 2022

Genetically Modified Tobacco Plants with Enhanced Leaf Properties
Patent No. 11492633
This disclosure details the development of tobacco plants that possess specific mutations in the PR50 gene, along with transgenic tobacco plants that incorporate a PR50 RNAi. These advancements in plant genetics aim to enhance desired traits in tobacco plants, offering improved characteristics for various applications in the tobacco industry. The methods for creating and utilizing these genetically modified plants not only pave the way for better crop yields but also contribute to the development of tobacco products that may meet evolving consumer preferences and regulatory requirements. Such innovations underscore the ongoing efforts in agricultural technology to enhance product quality and sustainability.
Inventors: Chengalrayan Kudithipudi (Midlothian, Va.); Alec J. Hayes (Chesterfield, Va.)
Assignee: Altria Client Services (Richmond)
Nov. 8, 2022

Efficient Assembler System for Manufacturing Electronic Vaping Articles
Patent No. 11490652
The assembler system designed for the efficient production of vapor-generating articles comprises a rotatable assembly drum equipped with an outer face and a flute that is strategically arranged to hold both first and second sections of the vaping article. This system includes a first mechanism that translates the first section relative to the second section while both are maintained within the flute, ensuring precise alignment during assembly. Additionally, a second mechanism allows for the rotation of the first section in relation to the second section, facilitating a seamless connection between the two sections to create the final vapor-generating article. This innovative assembly process enhances manufacturing efficiency and consistency, ensuring high-quality products for consumers.
Inventors: Jeffrey A. Swepston (Powhatan, Va.); Travis M. Garthaffner (Midlothian, Va.); Christopher R. Newcomb (Richmond); Martin T. Garthaffner (Richmond)
Assignee: Altria Client Services (Richmond)
Nov. 8, 2022

Dynamic Query Alerts for Efficient Virtual Warehouse Management
Patent No. 11494413
This patent outlines innovative methods, systems, and apparatuses designed to generate notifications that correspond to queries submitted for execution within virtual warehouses. Upon receiving a request to execute a query, an execution plan is identified, and the processing complexity associated with the query is predicted based on both the query itself and the execution plan. Notifications are generated when the processing complexity meets a predefined alert threshold, which can then be displayed on a user device. Furthermore, the system can receive a response to the notification, allowing users to select a specific virtual warehouse from multiple options to execute the query, thereby streamlining operations and enhancing user experience.
Inventors: Praveen Salim Syed Kandukuri (Ashburn, Va.); Karamchandradatt Hardatt (Glen Allen, Va.); Nagender Gurram (Glen Allen, Va.); Ganesh Bharathan (Henrico, Va.); Yudhish Batra (McLean, Va.)
Assignee: Capital One Services (McLean, Va.)
Nov. 8, 2022

Comprehensive System for Sonic Boom Prediction Across Multiple Points
Patent No. 11492134
This patent describes a high-fidelity, multi-point sonic-boom propagation tool that is equipped with features to manage aircraft trajectories and maneuvers effectively. It provides relevant noise metrics at various points throughout the supersonic mission, allowing for efficient computation of sonic-boom loudness across the entire flight. This capability enables pilots and aircraft operators to strategically plan their flight paths to minimize the impact of sonic booms, thus ensuring compliance with regulatory standards and enhancing operational efficiency. Such advancements are crucial for the future of supersonic travel, promising a balance between speed and environmental considerations.
Inventors: Sriram K. Rallabhandi (Glen Allen, Va.)
Assignee: United States of America as represented by the Administrator of NASA (Washington, D.C.)
Nov. 8, 2022

Innovative Packaging Solutions for Personal Care Implements
Patent No. 11490725
This patent introduces a sophisticated packaging solution for oral care implements, featuring a package that includes an exposed outer surface. The design consists of a package portion that forms a first segment of the outer surface and a reusable cap that contributes to the second segment. This innovative package portion is designed to define a cavity for secure storage of the personal care implement, while the reusable cap includes a flange that is securely sandwiched between the backer panel and cover panel to enhance stability. This dual-cavity system allows easy access and storage, ensuring the personal care implement remains hygienic and protected.
Inventors: Robert Moskovich (Manakin Sabot, Va.); Douglas Hohlbein (Hopewell, N.J.)
Assignee: Colgate-Palmolive Co. (New York, N.Y.)
Nov. 8, 2022

Versatile Folding Wagon Designed for Safe Transportation of Children
Patent No. 11498601
This innovative folding wagon is engineered for the safe and comfortable transportation of small children or various articles. Featuring a robust frame with a scissor connection design, the wagon can be effortlessly compacted for storage or expanded for immediate use. The inclusion of a footwell provides a dedicated space for children to rest their feet, enhancing their comfort during transport. The wagon is also equipped with a removable fabric paneling system that facilitates easy cleaning of both the wagon and the footwell. Additionally, it features dual canopies designed to protect children from harsh sunlight or inclement weather, ensuring a pleasant experience. The wagon’s capabilities can be further expanded with various attachments, adding to its versatility.
Inventor: Mark Zehfuss (Glen Allen, Va.)
Assignee: Dynamic Motion (Richmond)
Nov. 15, 2022

Advanced Techniques for Generating Graph Models from Diverse Data Sources
Patent No. 11500933
This patent encompasses systems, methods, articles of manufacture, and computer-readable media that are configured to efficiently process data presented in both structured and unstructured formats. By applying advanced algorithms, these embodiments detect elements and the links between those elements within the data, allowing for a comprehensive understanding of relationships. The result is the generation of a detailed graph model comprising nodes that represent the detected elements and edges that signify the connections. This technological advancement is essential for organizations aiming to leverage data for strategic insights and decision-making in the era of big data.
Inventors: Shuzhao Yan (Herndon, Va.); Ashok Kari (Vienna, Va.); Biying Tang (Arlington, Va.); Serge Vilvovsky (Belmont, Mass.); Ada Cheung (Vienna, Va.); Kaleen Love (Alexandria, Va.); Nitin Sharma (Richmond); William Schineller (Sudbury, Mass.); Marina Giliver (Marblehead, Va.); Bangda Sun (Arlington, Va.); Yuhang Zhan (McLean, Va.); Elizabeth Miller (Lexington, Mass.)
Assignee: Capital One Services (McLean, Va.)
Nov. 15, 2022

Innovative Communication System Utilizing Pulse Divider Technology
Patent No. 11502758
The described communications system integrates a transmitter node, a receiver node, and an optical communications channel that links both nodes. The transmitter node is equipped with a pulse transmitter and a pulse divider positioned downstream, while the receiver node features a pulse recombiner and a pulse receiver, facilitating efficient data transmission. This innovative design enhances the system’s capability to manage communication effectively, ensuring reliable and high-speed connections, which is vital in various applications, including telecommunications and data networking.
Inventors: Victor G. Bucklew (Richmond); Fraser R. Dalgleish (Vero Beach, Fla.); Cypryan T. Klish (Melbourne, Fla.); James A. Nagel (Fort Wayne, Va.)
Assignee: Eagle Technology (Melbourne, Fla.)
Nov. 15, 2022

Advanced Composite Materials for Enhanced Ballistic Resistance
Patent No. 11499802
This technology focuses on the development of materials that exhibit robust stab, spike, and ballistic resistance characteristics, particularly composite articles that incorporate uniaxially oriented, non-woven fabrics. The design features a fabric layer with a non-uniform areal density, consisting of both thick and thin areas. The thick areas are characterized by a higher concentration of filaments or tapes, while the thin areas provide flexibility. This configuration allows the fabric layer to maintain its integrity and performance during high-stress situations. Additional layers are strategically adjoined to the non-uniform layer, creating a composite panel that offers enhanced flexibility and resistance to stab, spike, and ballistic threats, making it suitable for a variety of protective applications.
Inventors: Ashok Bhatnagar (Richmond); Gregory A. Davis (Midlothian, Va.); David Andrew Steenkamer (Midlothian, Va.); Lori L. Wagner (Richmond)
Assignee: Honeywell International (Charlotte, N.C.)
Nov. 15, 2022

Innovative Four Corner Fusion Device for Bone Fusion Procedures
Patent No. 11497537
The proposed method, system, and apparatus are designed to facilitate bone fusion using an elongated plate characterized by a top face and a bottom face, along with multiple screw apertures that traverse through the plate. This elongated plate, which features a longitudinal and lateral dimension, is meticulously designed to accommodate different trajectories for bone screws through various apertures. By enabling unique trajectories for at least three screws, this device significantly enhances the precision and effectiveness of securing multiple bones together during surgical procedures, leading to improved patient outcomes and recovery times.
Inventors: Jaiyoung Ryu (Morgantown, W.Va.); Terry Whipple (Richmond); Benjamin Carl Casey (Dallas, Texas)
Assignee: OsteoMed LLC (Addison, Texas)
Nov. 15, 2022

Augmented Reality Systems for Enhanced Visualization in Technology Environments
Patent 11500511
This computer-implemented method focuses on diagnosing technology environments through the use of augmented reality. The process begins by receiving status information that pertains to the technology environment. Based on this information, a 3D visualization of the environment is generated, which is then displayed via an augmented reality device, complete with first-level icons that represent different elements within the system. The system is designed to receive user input corresponding to selection gestures made on the augmented reality device, allowing for interactive exploration of the technology environment. In response, second-level icons are displayed as part of the 3D visualization, enhancing the user experience and facilitating effective diagnosis and troubleshooting.
Inventors: Arunkumar Natarajan (Glen Allen, Va.); Omari Felix (Chesterfield, Va.); Colleen Frank (Arlington, Va.); Venkata Mandali (Glen Allen, Va.)
Assignee: Capital One Services (McLean, Va.)
Nov. 15, 2022

Innovative Paper-Based Container Lids for Sustainable Packaging
Patent No. 11497330
This patent presents a novel design for paper-based container lids that feature a top wall and a side wall, effectively connecting to form a sealing channel. This sealing channel is engineered to engage securely with the rim of a container, ensuring that the lid remains in place during use. The design allows for the top wall and side wall to be formed from separate blanks, promoting efficient manufacturing processes and reducing waste. This eco-friendly packaging solution aligns with current sustainability trends and offers a practical alternative to traditional plastic lids in the market.
Inventors: Joel C. Panek (Moseley, Va.); Wade Harris (Lumberton, Texas); Bhagwandat Mohan (Henrico, Va.); Rune K. Haraldsson (Ashland, Va.); Matthew E. Zachrle (Chesterfield, Va.); Jeremy D. Mowery (Memphis, Tenn.)
Assignee: PTM Packaging Tools Machinery Ptd. Ltd. (Singapore)
Nov. 15, 2022

Cutting-Edge Systems for Cryptographic Authentication of Contactless Cards
Patent No. 11502844
This invention showcases advanced systems and methods for establishing secure data transmission between transmitting and receiving devices. Each device is equipped with a master key, which the transmitting device uses to generate a diversified key for encryption purposes. The system is designed to protect a counter value and encrypt sensitive data before transmission. Upon receiving the data, the receiving device decrypts it using the diversified key and validates the counter value, ensuring secure communication. This technology is crucial for enhancing the security and integrity of contactless payment systems, addressing growing concerns over data breaches and fraud.
Inventors: Kevin Osborn (Newton Highlands, Mass.); Jeffrey Rule (Chevy Chase, Md.); Paul Moreton (Glen Allen, Va.); William Duane (Westford, Mass.); Colin Hart (Arlington, Va.); Kaitlin Newman (Washington, D.C.); Lara Mossler (Farmville, Va.); Daniel Herrington (New York, N.Y.); Srinivasa Chigurupati (Long Grove, Ill.); Ian Prince (Toronto, Canada); Wayne Lutz (Fort Washington, Md.)
Assignee: Capital One Services (McLean, Va.)
Nov. 15, 2022