Interesting Patents

Google’s #US20260329386A1 patent application describes in-line learning for radar-based gestures: a device could associate an unfamiliar hand motion with a command as it happens. The applicant is #Google $GOOGL. Gesture controls can avoid touching a device, but training systems to recognize each user’s motions can take time. The application addresses that friction by allowing periodic learning without a dedicated training session.

Samsung’s #US20260330833A1 patent application describes capturing a high-resolution image at the precise peak of an action, even when high-resolution video is recorded more slowly. #Samsung $SSNLF targets moments such as the highest point of a jump. The challenge is that a low-resolution stream can provide more frames per second, while a high-resolution stream may miss the exact instant of peak movement. The system detects a person’s pose in the fast low-resolution stream, then uses movement cues—including key-point motion, velocity, and angle—to predict the action’s peak. It selects the nearest high-resolution frame, or aligns and blends it with the low-resolution peak frame using a motion map. The approach could produce high-resolution peak-action images while retaining background detail, and can also determine a slow-motion segment around the predicted peak. #ComputerVision

Apple’s patent grant #US12771174B1 describes coil arrangements that could let an electronic accessory receive wireless power while also communicating magnetically with its charging device. #Apple $AAPL focuses on compact pairings such as wireless earphones and their charging cases. Wireless charging accessories need more than energy transfer: the accessory and charger may also need a communications link. The publication addresses fitting both functions into small device volumes while maintaining suitable coil alignment. A receiving accessory can use a power coil to charge its battery and a separate communications coil coupled to a Double-D-shaped coil in the transmitter. The communications winding may surround the power winding, share its magnetic core, or sit at selected angles and planes relative to the transmitter coil. The grant also outlines a charging case with a power-transmitting coil, Double-D communications coil, and alignment features for positioning earphones. Hemispherical magnetic cores and differing coil diameters are among the configurations described for #WirelessCharging.

#US20260330194A1 is a patent application from #OpenAI describing a backend that can turn a multimodal AI system’s intermediate outputs into a real-time visual reasoning timeline. The challenge is coordinating text, images, search results, code-execution outputs, and tool calls that may arrive asynchronously. Without structured handling, user-facing results can be incomplete, out of order, or expose sensitive internal artifacts. The described system receives reasoning messages with type metadata, then assigns each a display treatment such as a visual style, animation, or duration. It queues and buffers outputs, summarizes textual reasoning in chunks, and can adjust chunk size for latency, generation rate, or available resources. Tool responses may be released synchronously while summaries are produced asynchronously. Outputs are normalized with visibility controls, allowing a client interface to show structured summaries and supporting visual artifacts while protecting material designated as hidden. The intended result is a coherent, lower-latency interface for tasks involving images, search, code, and other data sources—useful for multimodal, tool-assisted AI workflows. #AI