Weekly Patent Market Pulse: USPTO Assignments from Jun 22, 2026 to Jun 28, 2026

Summary of Patents: Adaptive Stimulation Tone Adjustment For Tinnitus Treatment

The document discusses advanced methods for treating tinnitus using acoustic coordinated reset neuromodulation systems. It highlights adaptive stimulation tone adjustment techniques and explores two-dimensional acoustic CR neuromodulation using frequency and periodicity as control parameters. Additionally, it introduces a novel auditory stimulation regime and an extended bandwidth hearing aid with a dynamically adjustable sampling rate for power-optimized deployment of CR neuromodulation, specifically targeting subjective tonal tinnitus.

Summary of Patents: Innovative Cosmetic Base Formulations For Enhanced Texture And Stability

Gel texturizer bases are essential components in cosmetic formulations, providing the desired texture and consistency to products. These bases are used to create gels that enhance the application and feel of cosmetics on the skin. They are formulated to ensure stability, smoothness, and ease of use, making them ideal for various cosmetic products. The gel texturizer base plays a crucial role in achieving the perfect balance between viscosity and spreadability, ensuring that cosmetics deliver a pleasant user experience while maintaining their intended performance and aesthetic appeal.

Summary of Patents: Utilizing Translation Tables For Testing Processors

This category involves the use of translation tables to test processors, focusing on virtual memory address mapping and circuit modification. It includes the creation of test templates and abstract test scenarios to ensure accurate processor validation. The process involves automatically introducing register dependencies to tests, generating recoverable exceptions, and handling them for post-silicon validation. Additionally, it covers random instruction-side stressing, verification of atomic memory operations, and testing address translation cache. Compiler-based code generation and processor simulation environments are also utilized to enhance the testing process, ensuring comprehensive validation of processor functionalities.

Summary of Patents: Advanced Negative Electrode Architecture For High Power Applications

The document discusses various advanced materials and designs for negative electrodes in lithium-ion batteries, focusing on high power applications. It includes thermally disproportionated anode active materials with turbostratic carbon coatings, composite anode materials with buffered silicon-containing cores and graphene-containing shells, optimized electrode designs for graphene-based anodes, and binderless electrode formations. Additionally, it covers cathode additives that provide an excess lithium source and composite anode materials with surface-stabilized active material particles. The use of silicon oxide and single-walled carbon nanotubes is also highlighted for enhancing electrode performance.

Summary of Patents: Method For Producing Fruit With Improved Quality Using Nanobubble Water

This method involves using nanobubble water to enhance the quality of fruit production. Nanobubbles, which are tiny gas bubbles, improve the absorption of nutrients and water by the plants, leading to healthier and higher-quality fruits. The technique also includes controlling spider mites using a specific miticide, ensuring the plants remain pest-free. Additionally, cultivation is assisted by devices and methods that optimize the use of nanobubble water, further boosting crop yield and quality. This innovative approach aims to improve agricultural practices and produce superior fruits.

Summary of Patents: Advanced Multi-Protocol Packet-Based Network Communication Strategies

Packet coding based network communication involves the use of coding techniques to enhance data transmission efficiency and reliability. By incorporating redundancy messages, this method ensures that data packets are transmitted accurately across multiple protocols. It allows for seamless communication between different network protocols, improving overall data communication. The approach is particularly beneficial in scenarios where network conditions are unpredictable, as it provides a robust mechanism for error correction and data integrity. This method is essential for optimizing network performance and ensuring reliable communication in complex network environments.

Summary of Patents: Advanced Packet-Based Network Communication Strategies

This category involves the use of packet coding techniques to enhance network communication. It focuses on the efficient transmission and reception of data packets between nodes in a network. By employing advanced coding methods, the communication process becomes more reliable and faster, reducing errors and improving overall data throughput. This approach is particularly useful in scenarios where network conditions are variable or challenging, ensuring that data is transmitted accurately and efficiently. The category also explores the role of secondary data nodes in optimizing communication pathways and improving network performance.

Summary of Patents: Encapsulation Compositions And Methods For Active Agents

The document discusses various compositions and methods for encapsulating active agents, particularly in pharmaceutical and topical products. It highlights the importance of encapsulation in protecting active ingredients, enhancing their stability, and controlling their release. The focus is on improving the delivery and effectiveness of active pharmaceutical ingredients through innovative encapsulation techniques. These methods are crucial for developing advanced topical products that offer better therapeutic outcomes and user experience. The encapsulation technology is essential for maintaining the integrity and efficacy of active agents in diverse applications.