https://patents.us/US12612079 https://patents.us/images/2026/us12612079/fig-01.webp Fig. 1 — Collision evaluation using a hierarchy of grids https://patents.us/images/2026/us12612079/fig-02.webp Fig. 2 — Collision evaluation using a hierarchy of grids https://patents.us/images/2026/us12612079/fig-03.webp Fig. 3 — Collision evaluation using a hierarchy of grids https://patents.us/images/2026/us12612079/fig-04.webp Fig. 4 — Collision evaluation using a hierarchy of grids https://patents.us/images/2026/us12612079/fig-05.webp Fig. 5 — Collision evaluation using a hierarchy of grids https://patents.us/images/2026/us12612079/fig-06.webp Fig. 6 — Collision evaluation using a hierarchy of grids https://patents.us/images/2026/us12612079/fig-07.webp Fig. 7 — Collision evaluation using a hierarchy of grids https://patents.us/images/2026/us12612079/fig-08.webp Fig. 8 — Collision evaluation using a hierarchy of grids https://patents.us/images/2026/us12612079/fig-09.webp Fig. 9 — Collision evaluation using a hierarchy of grids https://patents.us/images/2026/us12612079/fig-10.webp Fig. 10 — Collision evaluation using a hierarchy of grids https://patents.us/images/2026/us12612079/fig-11.webp Fig. 11 — Collision evaluation using a hierarchy of grids https://patents.us/US12613938 https://patents.us/images/2026/us12613938/fig-01.webp Fig. 1 — Artificial reality application lifecycle https://patents.us/images/2026/us12613938/fig-02.webp Fig. 2 — Artificial reality application lifecycle https://patents.us/images/2026/us12613938/fig-03.webp Fig. 3 — Artificial reality application lifecycle https://patents.us/images/2026/us12613938/fig-04.webp Fig. 4 — Artificial reality application lifecycle https://patents.us/images/2026/us12613938/fig-05.webp Fig. 5 — Artificial reality application lifecycle https://patents.us/images/2026/us12613938/fig-06.webp Fig. 6 — Artificial reality application lifecycle https://patents.us/images/2026/us12613938/fig-07.webp Fig. 7 — Artificial reality application lifecycle https://patents.us/images/2026/us12613938/fig-08.webp Fig. 8 — Artificial reality application lifecycle https://patents.us/images/2026/us12613938/fig-09.webp Fig. 9 — Artificial reality application lifecycle https://patents.us/images/2026/us12613938/fig-10.webp Fig. 10 — Artificial reality application lifecycle https://patents.us/images/2026/us12613938/fig-11.webp Fig. 11 — Artificial reality application lifecycle https://patents.us/images/2026/us12613938/fig-12.webp Fig. 12 — Artificial reality application lifecycle https://patents.us/images/2026/us12613938/fig-13.webp Fig. 13 — Artificial reality application lifecycle https://patents.us/images/2026/us12613938/fig-14.webp Fig. 14 — Artificial reality application lifecycle https://patents.us/images/2026/us12613938/fig-15.webp Fig. 15 — Artificial reality application lifecycle https://patents.us/images/2026/us12613938/fig-16.webp Fig. 16 — Artificial reality application lifecycle https://patents.us/US12614030 https://patents.us/images/2026/us12614030/fig-01.webp Fig. 1 — Enriching language model input with contextual data https://patents.us/images/2026/us12614030/fig-02.webp Fig. 2 — Enriching language model input with contextual data https://patents.us/images/2026/us12614030/fig-03.webp Fig. 3 — Enriching language model input with contextual data https://patents.us/images/2026/us12614030/fig-04.webp Fig. 4 — Enriching language model input with contextual data https://patents.us/images/2026/us12614030/fig-05.webp Fig. 5 — Enriching language model input with contextual data https://patents.us/images/2026/us12614030/fig-06.webp Fig. 6 — Enriching language model input with contextual data https://patents.us/images/2026/us12614030/fig-07.webp Fig. 7 — Enriching language model input with contextual data https://patents.us/images/2026/us12614030/fig-08.webp Fig. 8 — Enriching language model input with contextual data https://patents.us/images/2026/us12614030/fig-09.webp Fig. 9 — Enriching language model input with contextual data https://patents.us/images/2026/us12614030/fig-10.webp Fig. 10 — Enriching language model input with contextual data https://patents.us/images/2026/us12614030/fig-11.webp Fig. 11 — Enriching language model input with contextual data https://patents.us/US12614037 https://patents.us/images/2026/us12614037/fig-01.webp Fig. 1 — Large language model interface for complex databases https://patents.us/images/2026/us12614037/fig-02.webp Fig. 2 — Large language model interface for complex databases https://patents.us/images/2026/us12614037/fig-03.webp Fig. 3 — Large language model interface for complex databases https://patents.us/images/2026/us12614037/fig-04.webp Fig. 4 — Large language model interface for complex databases https://patents.us/images/2026/us12614037/fig-05.webp Fig. 5 — Large language model interface for complex databases https://patents.us/US12614100 https://patents.us/images/2026/us12614100/fig-01.webp Fig. 1 — Geometrically enhanced Clifford quantum computer https://patents.us/images/2026/us12614100/fig-02.webp Fig. 2 — Geometrically enhanced Clifford quantum computer https://patents.us/images/2026/us12614100/fig-03.webp Fig. 3 — Geometrically enhanced Clifford quantum computer https://patents.us/images/2026/us12614100/fig-04.webp Fig. 4 — Geometrically enhanced Clifford quantum computer https://patents.us/images/2026/us12614100/fig-05.webp Fig. 5 — Geometrically enhanced Clifford quantum computer https://patents.us/images/2026/us12614100/fig-06.webp Fig. 6 — Geometrically enhanced Clifford quantum computer https://patents.us/images/2026/us12614100/fig-07.webp Fig. 7 — Geometrically enhanced Clifford quantum computer https://patents.us/images/2026/us12614100/fig-08.webp Fig. 8 — Geometrically enhanced Clifford quantum computer https://patents.us/images/2026/us12614100/fig-09.webp Fig. 9 — Geometrically enhanced Clifford quantum computer https://patents.us/images/2026/us12614100/fig-10.webp Fig. 10 — Geometrically enhanced Clifford quantum computer https://patents.us/images/2026/us12614100/fig-11.webp Fig. 11 — Geometrically enhanced Clifford quantum computer https://patents.us/images/2026/us12614100/fig-12.webp Fig. 12 — Geometrically enhanced Clifford quantum computer https://patents.us/images/2026/us12614100/fig-13.webp Fig. 13 — Geometrically enhanced Clifford quantum computer https://patents.us/images/2026/us12614100/fig-14.webp Fig. 14 — Geometrically enhanced Clifford quantum computer https://patents.us/images/2026/us12614100/fig-15.webp Fig. 15 — Geometrically enhanced Clifford quantum computer https://patents.us/images/2026/us12614100/fig-16.webp Fig. 16 — Geometrically enhanced Clifford quantum computer https://patents.us/images/2026/us12614100/fig-17.webp Fig. 17 — Geometrically enhanced Clifford quantum computer https://patents.us/images/2026/us12614100/fig-18.webp Fig. 18 — Geometrically enhanced Clifford quantum computer https://patents.us/US12614101 https://patents.us/images/2026/us12614101/fig-01.webp Fig. 1 — Preprocessing for correlated topological quantum error correction https://patents.us/images/2026/us12614101/fig-02.webp Fig. 2 — Preprocessing for correlated topological quantum error correction https://patents.us/images/2026/us12614101/fig-03.webp Fig. 3 — Preprocessing for correlated topological quantum error correction https://patents.us/images/2026/us12614101/fig-04.webp Fig. 4 — Preprocessing for correlated topological quantum error correction https://patents.us/images/2026/us12614101/fig-05.webp Fig. 5 — Preprocessing for correlated topological quantum error correction https://patents.us/images/2026/us12614101/fig-06.webp Fig. 6 — Preprocessing for correlated topological quantum error correction https://patents.us/images/2026/us12614101/fig-07.webp Fig. 7 — Preprocessing for correlated topological quantum error correction https://patents.us/images/2026/us12614101/fig-08.webp Fig. 8 — Preprocessing for correlated topological quantum error correction https://patents.us/images/2026/us12614101/fig-09.webp Fig. 9 — Preprocessing for correlated topological quantum error correction https://patents.us/US12614284 https://patents.us/images/2026/us12614284/fig-01.webp Fig. 1 — Class agnostic object mask generation https://patents.us/images/2026/us12614284/fig-02.webp Fig. 2 — Class agnostic object mask generation https://patents.us/images/2026/us12614284/fig-03.webp Fig. 3 — Class agnostic object mask generation https://patents.us/images/2026/us12614284/fig-04.webp Fig. 4 — Class agnostic object mask generation https://patents.us/images/2026/us12614284/fig-05.webp Fig. 5 — Class agnostic object mask generation https://patents.us/images/2026/us12614284/fig-06.webp Fig. 6 — Class agnostic object mask generation https://patents.us/images/2026/us12614284/fig-07.webp Fig. 7 — Class agnostic object mask generation https://patents.us/images/2026/us12614284/fig-08.webp Fig. 8 — Class agnostic object mask generation https://patents.us/images/2026/us12614284/fig-09.webp Fig. 9 — Class agnostic object mask generation https://patents.us/images/2026/us12614284/fig-10.webp Fig. 10 — Class agnostic object mask generation https://patents.us/images/2026/us12614284/fig-11.webp Fig. 11 — Class agnostic object mask generation https://patents.us/images/2026/us12614284/fig-12.webp Fig. 12 — Class agnostic object mask generation https://patents.us/US12614316 https://patents.us/images/2026/us12614316/fig-01.webp Fig. 1 — Text-to-image diffusion model with component locking and rank-one editing https://patents.us/images/2026/us12614316/fig-02.webp Fig. 2 — Text-to-image diffusion model with component locking and rank-one editing https://patents.us/images/2026/us12614316/fig-03.webp Fig. 3 — Text-to-image diffusion model with component locking and rank-one editing https://patents.us/images/2026/us12614316/fig-04.webp Fig. 4 — Text-to-image diffusion model with component locking and rank-one editing https://patents.us/images/2026/us12614316/fig-05.webp Fig. 5 — Text-to-image diffusion model with component locking and rank-one editing https://patents.us/images/2026/us12614316/fig-06.webp Fig. 6 — Text-to-image diffusion model with component locking and rank-one editing https://patents.us/images/2026/us12614316/fig-07.webp Fig. 7 — Text-to-image diffusion model with component locking and rank-one editing https://patents.us/images/2026/us12614316/fig-08.webp Fig. 8 — Text-to-image diffusion model with component locking and rank-one editing https://patents.us/images/2026/us12614316/fig-09.webp Fig. 9 — Text-to-image diffusion model with component locking and rank-one editing https://patents.us/images/2026/us12614316/fig-10.webp Fig. 10 — Text-to-image diffusion model with component locking and rank-one editing https://patents.us/US12614329 https://patents.us/images/2026/us12614329/fig-01.webp Fig. 1 — Audio-driven facial animation with emotion support using machine learning https://patents.us/images/2026/us12614329/fig-02.webp Fig. 2 — Audio-driven facial animation with emotion support using machine learning https://patents.us/images/2026/us12614329/fig-03.webp Fig. 3 — Audio-driven facial animation with emotion support using machine learning https://patents.us/images/2026/us12614329/fig-04.webp Fig. 4 — Audio-driven facial animation with emotion support using machine learning https://patents.us/images/2026/us12614329/fig-05.webp Fig. 5 — Audio-driven facial animation with emotion support using machine learning https://patents.us/images/2026/us12614329/fig-06.webp Fig. 6 — Audio-driven facial animation with emotion support using machine learning https://patents.us/images/2026/us12614329/fig-07.webp Fig. 7 — Audio-driven facial animation with emotion support using machine learning https://patents.us/images/2026/us12614329/fig-08.webp Fig. 8 — Audio-driven facial animation with emotion support using machine learning https://patents.us/images/2026/us12614329/fig-09.webp Fig. 9 — Audio-driven facial animation with emotion support using machine learning https://patents.us/images/2026/us12614329/fig-10.webp Fig. 10 — Audio-driven facial animation with emotion support using machine learning https://patents.us/images/2026/us12614329/fig-11.webp Fig. 11 — Audio-driven facial animation with emotion support using machine learning https://patents.us/images/2026/us12614329/fig-12.webp Fig. 12 — Audio-driven facial animation with emotion support using machine learning https://patents.us/images/2026/us12614329/fig-13.webp Fig. 13 — Audio-driven facial animation with emotion support using machine learning https://patents.us/images/2026/us12614329/fig-14.webp Fig. 14 — Audio-driven facial animation with emotion support using machine learning https://patents.us/images/2026/us12614329/fig-15.webp Fig. 15 — Audio-driven facial animation with emotion support using machine learning https://patents.us/images/2026/us12614329/fig-16.webp Fig. 16 — Audio-driven facial animation with emotion support using machine learning https://patents.us/images/2026/us12614329/fig-17.webp Fig. 17 — Audio-driven facial animation with emotion support using machine learning https://patents.us/images/2026/us12614329/fig-18.webp Fig. 18 — Audio-driven facial animation with emotion support using machine learning https://patents.us/images/2026/us12614329/fig-19.webp Fig. 19 — Audio-driven facial animation with emotion support using machine learning https://patents.us/US12614355 https://patents.us/images/2026/us12614355/fig-01.webp Fig. 1 — Mapping a real-world room for a shared artificial reality environment https://patents.us/images/2026/us12614355/fig-02.webp Fig. 2 — Mapping a real-world room for a shared artificial reality environment https://patents.us/images/2026/us12614355/fig-03.webp Fig. 3 — Mapping a real-world room for a shared artificial reality environment https://patents.us/images/2026/us12614355/fig-04.webp Fig. 4 — Mapping a real-world room for a shared artificial reality environment https://patents.us/images/2026/us12614355/fig-05.webp Fig. 5 — Mapping a real-world room for a shared artificial reality environment https://patents.us/images/2026/us12614355/fig-06.webp Fig. 6 — Mapping a real-world room for a shared artificial reality environment https://patents.us/images/2026/us12614355/fig-07.webp Fig. 7 — Mapping a real-world room for a shared artificial reality environment https://patents.us/images/2026/us12614355/fig-08.webp Fig. 8 — Mapping a real-world room for a shared artificial reality environment https://patents.us/images/2026/us12614355/fig-09.webp Fig. 9 — Mapping a real-world room for a shared artificial reality environment https://patents.us/images/2026/us12614355/fig-10.webp Fig. 10 — Mapping a real-world room for a shared artificial reality environment https://patents.us/images/2026/us12614355/fig-11.webp Fig. 11 — Mapping a real-world room for a shared artificial reality environment https://patents.us/images/2026/us12614355/fig-12.webp Fig. 12 — Mapping a real-world room for a shared artificial reality environment https://patents.us/images/2026/us12614355/fig-13.webp Fig. 13 — Mapping a real-world room for a shared artificial reality environment https://patents.us/images/2026/us12614355/fig-14.webp Fig. 14 — Mapping a real-world room for a shared artificial reality environment https://patents.us/images/2026/us12614355/fig-15.webp Fig. 15 — Mapping a real-world room for a shared artificial reality environment https://patents.us/images/2026/us12614355/fig-16.webp Fig. 16 — Mapping a real-world room for a shared artificial reality environment https://patents.us/images/2026/us12614355/fig-17.webp Fig. 17 — Mapping a real-world room for a shared artificial reality environment https://patents.us/images/2026/us12614355/fig-18.webp Fig. 18 — Mapping a real-world room for a shared artificial reality environment https://patents.us/images/2026/us12614355/fig-19.webp Fig. 19 — Mapping a real-world room for a shared artificial reality environment https://patents.us/images/2026/us12614355/fig-20.webp Fig. 20 — Mapping a real-world room for a shared artificial reality environment https://patents.us/US12614543 https://patents.us/images/2026/us12614543/fig-01.webp Fig. 1 — Systems and methods for on-device spoken language understanding https://patents.us/images/2026/us12614543/fig-02.webp Fig. 2 — Systems and methods for on-device spoken language understanding https://patents.us/images/2026/us12614543/fig-03.webp Fig. 3 — Systems and methods for on-device spoken language understanding https://patents.us/images/2026/us12614543/fig-04.webp Fig. 4 — Systems and methods for on-device spoken language understanding https://patents.us/images/2026/us12614543/fig-05.webp Fig. 5 — Systems and methods for on-device spoken language understanding https://patents.us/images/2026/us12614543/fig-06.webp Fig. 6 — Systems and methods for on-device spoken language understanding https://patents.us/images/2026/us12614543/fig-07.webp Fig. 7 — Systems and methods for on-device spoken language understanding https://patents.us/images/2026/us12614543/fig-08.webp Fig. 8 — Systems and methods for on-device spoken language understanding https://patents.us/images/2026/us12614543/fig-09.webp Fig. 9 — Systems and methods for on-device spoken language understanding https://patents.us/images/2026/us12614543/fig-10.webp Fig. 10 — Systems and methods for on-device spoken language understanding https://patents.us/images/2026/us12614543/fig-11.webp Fig. 11 — Systems and methods for on-device spoken language understanding https://patents.us/images/2026/us12614543/fig-12.webp Fig. 12 — Systems and methods for on-device spoken language understanding https://patents.us/US12614552 https://patents.us/images/2026/us12614552/fig-01.webp Fig. 1 — Joint ASR and speaker error correction post-processing https://patents.us/images/2026/us12614552/fig-02.webp Fig. 2 — Joint ASR and speaker error correction post-processing https://patents.us/images/2026/us12614552/fig-03.webp Fig. 3 — Joint ASR and speaker error correction post-processing https://patents.us/images/2026/us12614552/fig-04.webp Fig. 4 — Joint ASR and speaker error correction post-processing https://patents.us/images/2026/us12614552/fig-05.webp Fig. 5 — Joint ASR and speaker error correction post-processing https://patents.us/images/2026/us12614552/fig-06.webp Fig. 6 — Joint ASR and speaker error correction post-processing https://patents.us/images/2026/us12614552/fig-07.webp Fig. 7 — Joint ASR and speaker error correction post-processing https://patents.us/images/2026/us12614552/fig-08.webp Fig. 8 — Joint ASR and speaker error correction post-processing https://patents.us/images/2026/us12614552/fig-09.webp Fig. 9 — Joint ASR and speaker error correction post-processing https://patents.us/images/2026/us12614552/fig-10.webp Fig. 10 — Joint ASR and speaker error correction post-processing https://patents.us/images/2026/us12614552/fig-11.webp Fig. 11 — Joint ASR and speaker error correction post-processing https://patents.us/images/2026/us12614552/fig-12.webp Fig. 12 — Joint ASR and speaker error correction post-processing https://patents.us/images/2026/us12614552/fig-13.webp Fig. 13 — Joint ASR and speaker error correction post-processing https://patents.us/images/2026/us12614552/fig-14.webp Fig. 14 — Joint ASR and speaker error correction post-processing https://patents.us/images/2026/us12614552/fig-15.webp Fig. 15 — Joint ASR and speaker error correction post-processing https://patents.us/US12614832 https://patents.us/images/2026/us12614832/fig-01.webp Fig. 1 — Transparent antenna system for reducing visual artifacts https://patents.us/images/2026/us12614832/fig-02.webp Fig. 2 — Transparent antenna system for reducing visual artifacts https://patents.us/images/2026/us12614832/fig-03.webp Fig. 3 — Transparent antenna system for reducing visual artifacts https://patents.us/images/2026/us12614832/fig-04.webp Fig. 4 — Transparent antenna system for reducing visual artifacts https://patents.us/images/2026/us12614832/fig-05.webp Fig. 5 — Transparent antenna system for reducing visual artifacts https://patents.us/images/2026/us12614832/fig-06.webp Fig. 6 — Transparent antenna system for reducing visual artifacts https://patents.us/images/2026/us12614832/fig-07.webp Fig. 7 — Transparent antenna system for reducing visual artifacts https://patents.us/images/2026/us12614832/fig-08.webp Fig. 8 — Transparent antenna system for reducing visual artifacts https://patents.us/US12615374 https://patents.us/images/2026/us12615374/fig-01.webp Fig. 1 — Context-aware quantization for high-performance video encoding https://patents.us/images/2026/us12615374/fig-02.webp Fig. 2 — Context-aware quantization for high-performance video encoding https://patents.us/images/2026/us12615374/fig-03.webp Fig. 3 — Context-aware quantization for high-performance video encoding https://patents.us/images/2026/us12615374/fig-04.webp Fig. 4 — Context-aware quantization for high-performance video encoding https://patents.us/images/2026/us12615374/fig-05.webp Fig. 5 — Context-aware quantization for high-performance video encoding https://patents.us/images/2026/us12615374/fig-06.webp Fig. 6 — Context-aware quantization for high-performance video encoding https://patents.us/images/2026/us12615374/fig-07.webp Fig. 7 — Context-aware quantization for high-performance video encoding https://patents.us/US12615469 https://patents.us/images/2026/us12615469/fig-01.webp Fig. 1 — Switching between multiple earbud architectures https://patents.us/images/2026/us12615469/fig-02.webp Fig. 2 — Switching between multiple earbud architectures https://patents.us/images/2026/us12615469/fig-03.webp Fig. 3 — Switching between multiple earbud architectures https://patents.us/images/2026/us12615469/fig-04.webp Fig. 4 — Switching between multiple earbud architectures https://patents.us/images/2026/us12615469/fig-05.webp Fig. 5 — Switching between multiple earbud architectures https://patents.us/US12616395 https://patents.us/images/2026/us12616395/fig-01.webp Fig. 1 — Systems, devices, and methods for assembling an applicator and sensor control device https://patents.us/images/2026/us12616395/fig-02.webp Fig. 2 — Systems, devices, and methods for assembling an applicator and sensor control device https://patents.us/images/2026/us12616395/fig-03.webp Fig. 3 — Systems, devices, and methods for assembling an applicator and sensor control device https://patents.us/images/2026/us12616395/fig-04.webp Fig. 4 — Systems, devices, and methods for assembling an applicator and sensor control device https://patents.us/images/2026/us12616395/fig-05.webp Fig. 5 — Systems, devices, and methods for assembling an applicator and sensor control device https://patents.us/images/2026/us12616395/fig-06.webp Fig. 6 — Systems, devices, and methods for assembling an applicator and sensor control device https://patents.us/images/2026/us12616395/fig-07.webp Fig. 7 — Systems, devices, and methods for assembling an applicator and sensor control device https://patents.us/images/2026/us12616395/fig-08.webp Fig. 8 — Systems, devices, and methods for assembling an applicator and sensor control device https://patents.us/images/2026/us12616395/fig-09.webp Fig. 9 — Systems, devices, and methods for assembling an applicator and sensor control device https://patents.us/images/2026/us12616395/fig-10.webp Fig. 10 — Systems, devices, and methods for assembling an applicator and sensor control device https://patents.us/images/2026/us12616395/fig-11.webp Fig. 11 — Systems, devices, and methods for assembling an applicator and sensor control device https://patents.us/images/2026/us12616395/fig-12.webp Fig. 12 — Systems, devices, and methods for assembling an applicator and sensor control device https://patents.us/images/2026/us12616395/fig-13.webp Fig. 13 — Systems, devices, and methods for assembling an applicator and sensor control device https://patents.us/images/2026/us12616395/fig-14.webp Fig. 14 — Systems, devices, and methods for assembling an applicator and sensor control device https://patents.us/images/2026/us12616395/fig-15.webp Fig. 15 — Systems, devices, and methods for assembling an applicator and sensor control device https://patents.us/images/2026/us12616395/fig-16.webp Fig. 16 — Systems, devices, and methods for assembling an applicator and sensor control device https://patents.us/images/2026/us12616395/fig-17.webp Fig. 17 — Systems, devices, and methods for assembling an applicator and sensor control device https://patents.us/images/2026/us12616395/fig-18.webp Fig. 18 — Systems, devices, and methods for assembling an applicator and sensor control device https://patents.us/images/2026/us12616395/fig-19.webp Fig. 19 — Systems, devices, and methods for assembling an applicator and sensor control device https://patents.us/images/2026/us12616395/fig-20.webp Fig. 20 — Systems, devices, and methods for assembling an applicator and sensor control device https://patents.us/US12616496 https://patents.us/images/2026/us12616496/fig-01.webp Fig. 1 — Atherectomy system with anterograde and retrograde ablation https://patents.us/images/2026/us12616496/fig-02.webp Fig. 2 — Atherectomy system with anterograde and retrograde ablation https://patents.us/images/2026/us12616496/fig-03.webp Fig. 3 — Atherectomy system with anterograde and retrograde ablation https://patents.us/images/2026/us12616496/fig-04.webp Fig. 4 — Atherectomy system with anterograde and retrograde ablation https://patents.us/images/2026/us12616496/fig-05.webp Fig. 5 — Atherectomy system with anterograde and retrograde ablation https://patents.us/images/2026/us12616496/fig-06.webp Fig. 6 — Atherectomy system with anterograde and retrograde ablation https://patents.us/images/2026/us12616496/fig-07.webp Fig. 7 — Atherectomy system with anterograde and retrograde ablation https://patents.us/images/2026/us12616496/fig-08.webp Fig. 8 — Atherectomy system with anterograde and retrograde ablation https://patents.us/images/2026/us12616496/fig-09.webp Fig. 9 — Atherectomy system with anterograde and retrograde ablation https://patents.us/US12616527 https://patents.us/images/2026/us12616527/fig-01.webp Fig. 1 — Surgical tracking system for tracking an instrument with respect to a reference body https://patents.us/images/2026/us12616527/fig-02.webp Fig. 2 — Surgical tracking system for tracking an instrument with respect to a reference body https://patents.us/images/2026/us12616527/fig-03.webp Fig. 3 — Surgical tracking system for tracking an instrument with respect to a reference body https://patents.us/images/2026/us12616527/fig-04.webp Fig. 4 — Surgical tracking system for tracking an instrument with respect to a reference body https://patents.us/images/2026/us12616527/fig-05.webp Fig. 5 — Surgical tracking system for tracking an instrument with respect to a reference body https://patents.us/images/2026/us12616527/fig-06.webp Fig. 6 — Surgical tracking system for tracking an instrument with respect to a reference body https://patents.us/images/2026/us12616527/fig-07.webp Fig. 7 — Surgical tracking system for tracking an instrument with respect to a reference body https://patents.us/images/2026/us12616527/fig-08.webp Fig. 8 — Surgical tracking system for tracking an instrument with respect to a reference body https://patents.us/images/2026/us12616527/fig-09.webp Fig. 9 — Surgical tracking system for tracking an instrument with respect to a reference body https://patents.us/US12616531 https://patents.us/images/2026/us12616531/fig-01.webp Fig. 1 — Multi-port surgical robotic system architecture https://patents.us/images/2026/us12616531/fig-02.webp Fig. 2 — Multi-port surgical robotic system architecture https://patents.us/images/2026/us12616531/fig-03.webp Fig. 3 — Multi-port surgical robotic system architecture https://patents.us/images/2026/us12616531/fig-04.webp Fig. 4 — Multi-port surgical robotic system architecture https://patents.us/images/2026/us12616531/fig-05.webp Fig. 5 — Multi-port surgical robotic system architecture https://patents.us/images/2026/us12616531/fig-06.webp Fig. 6 — Multi-port surgical robotic system architecture https://patents.us/images/2026/us12616531/fig-07.webp Fig. 7 — Multi-port surgical robotic system architecture https://patents.us/images/2026/us12616531/fig-08.webp Fig. 8 — Multi-port surgical robotic system architecture https://patents.us/images/2026/us12616531/fig-09.webp Fig. 9 — Multi-port surgical robotic system architecture https://patents.us/images/2026/us12616531/fig-10.webp Fig. 10 — Multi-port surgical robotic system architecture https://patents.us/images/2026/us12616531/fig-11.webp Fig. 11 — Multi-port surgical robotic system architecture https://patents.us/images/2026/us12616531/fig-12.webp Fig. 12 — Multi-port surgical robotic system architecture https://patents.us/images/2026/us12616531/fig-13.webp Fig. 13 — Multi-port surgical robotic system architecture https://patents.us/images/2026/us12616531/fig-14.webp Fig. 14 — Multi-port surgical robotic system architecture https://patents.us/images/2026/us12616531/fig-15.webp Fig. 15 — Multi-port surgical robotic system architecture https://patents.us/US12616540 https://patents.us/images/2026/us12616540/fig-01.webp Fig. 1 — Imaging device control via multiple input modalities https://patents.us/images/2026/us12616540/fig-02.webp Fig. 2 — Imaging device control via multiple input modalities https://patents.us/images/2026/us12616540/fig-03.webp Fig. 3 — Imaging device control via multiple input modalities https://patents.us/images/2026/us12616540/fig-04.webp Fig. 4 — Imaging device control via multiple input modalities https://patents.us/images/2026/us12616540/fig-05.webp Fig. 5 — Imaging device control via multiple input modalities https://patents.us/images/2026/us12616540/fig-06.webp Fig. 6 — Imaging device control via multiple input modalities https://patents.us/images/2026/us12616540/fig-07.webp Fig. 7 — Imaging device control via multiple input modalities https://patents.us/images/2026/us12616540/fig-08.webp Fig. 8 — Imaging device control via multiple input modalities https://patents.us/images/2026/us12616540/fig-09.webp Fig. 9 — Imaging device control via multiple input modalities https://patents.us/images/2026/us12616540/fig-10.webp Fig. 10 — Imaging device control via multiple input modalities https://patents.us/US12616569 https://patents.us/images/2026/us12616569/fig-01.webp Fig. 1 — Prosthetic heart valve having non-cylindrical frame https://patents.us/images/2026/us12616569/fig-02.webp Fig. 2 — Prosthetic heart valve having non-cylindrical frame https://patents.us/images/2026/us12616569/fig-03.webp Fig. 3 — Prosthetic heart valve having non-cylindrical frame https://patents.us/images/2026/us12616569/fig-04.webp Fig. 4 — Prosthetic heart valve having non-cylindrical frame https://patents.us/images/2026/us12616569/fig-05.webp Fig. 5 — Prosthetic heart valve having non-cylindrical frame https://patents.us/images/2026/us12616569/fig-06.webp Fig. 6 — Prosthetic heart valve having non-cylindrical frame https://patents.us/images/2026/us12616569/fig-07.webp Fig. 7 — Prosthetic heart valve having non-cylindrical frame https://patents.us/images/2026/us12616569/fig-08.webp Fig. 8 — Prosthetic heart valve having non-cylindrical frame https://patents.us/images/2026/us12616569/fig-09.webp Fig. 9 — Prosthetic heart valve having non-cylindrical frame https://patents.us/images/2026/us12616569/fig-10.webp Fig. 10 — Prosthetic heart valve having non-cylindrical frame https://patents.us/images/2026/us12616569/fig-11.webp Fig. 11 — Prosthetic heart valve having non-cylindrical frame https://patents.us/images/2026/us12616569/fig-12.webp Fig. 12 — Prosthetic heart valve having non-cylindrical frame https://patents.us/images/2026/us12616569/fig-13.webp Fig. 13 — Prosthetic heart valve having non-cylindrical frame https://patents.us/images/2026/us12616569/fig-14.webp Fig. 14 — Prosthetic heart valve having non-cylindrical frame https://patents.us/images/2026/us12616569/fig-15.webp Fig. 15 — Prosthetic heart valve having non-cylindrical frame https://patents.us/images/2026/us12616569/fig-16.webp Fig. 16 — Prosthetic heart valve having non-cylindrical frame https://patents.us/images/2026/us12616569/fig-17.webp Fig. 17 — Prosthetic heart valve having non-cylindrical frame https://patents.us/images/2026/us12616569/fig-18.webp Fig. 18 — Prosthetic heart valve having non-cylindrical frame https://patents.us/images/2026/us12616569/fig-19.webp Fig. 19 — Prosthetic heart valve having non-cylindrical frame https://patents.us/images/2026/us12616569/fig-20.webp Fig. 20 — Prosthetic heart valve having non-cylindrical frame https://patents.us/US12616573 https://patents.us/images/2026/us12616573/fig-01.webp Fig. 1 — Prosthetic valve delivery system and method https://patents.us/images/2026/us12616573/fig-02.webp Fig. 2 — Prosthetic valve delivery system and method https://patents.us/images/2026/us12616573/fig-03.webp Fig. 3 — Prosthetic valve delivery system and method https://patents.us/images/2026/us12616573/fig-04.webp Fig. 4 — Prosthetic valve delivery system and method https://patents.us/images/2026/us12616573/fig-05.webp Fig. 5 — Prosthetic valve delivery system and method https://patents.us/images/2026/us12616573/fig-06.webp Fig. 6 — Prosthetic valve delivery system and method https://patents.us/images/2026/us12616573/fig-07.webp Fig. 7 — Prosthetic valve delivery system and method https://patents.us/images/2026/us12616573/fig-08.webp Fig. 8 — Prosthetic valve delivery system and method https://patents.us/images/2026/us12616573/fig-09.webp Fig. 9 — Prosthetic valve delivery system and method https://patents.us/US12616700 https://patents.us/images/2026/us12616700/fig-01.webp Fig. 1 — Therapeutic regimen https://patents.us/images/2026/us12616700/fig-02.webp Fig. 2 — Therapeutic regimen https://patents.us/images/2026/us12616700/fig-03.webp Fig. 3 — Therapeutic regimen https://patents.us/US12616744 https://patents.us/images/2026/us12616744/fig-01.webp Fig. 1 — Immunogenic compositions comprising conjugated capsular saccharide antigens and uses thereof https://patents.us/images/2026/us12616744/fig-02.webp Fig. 2 — Immunogenic compositions comprising conjugated capsular saccharide antigens and uses thereof https://patents.us/images/2026/us12616744/fig-03.webp Fig. 3 — Immunogenic compositions comprising conjugated capsular saccharide antigens and uses thereof https://patents.us/images/2026/us12616744/fig-04.webp Fig. 4 — Immunogenic compositions comprising conjugated capsular saccharide antigens and uses thereof https://patents.us/images/2026/us12616744/fig-05.webp Fig. 5 — Immunogenic compositions comprising conjugated capsular saccharide antigens and uses thereof https://patents.us/images/2026/us12616744/fig-06.webp Fig. 6 — Immunogenic compositions comprising conjugated capsular saccharide antigens and uses thereof https://patents.us/images/2026/us12616744/fig-07.webp Fig. 7 — Immunogenic compositions comprising conjugated capsular saccharide antigens and uses thereof https://patents.us/images/2026/us12616744/fig-08.webp Fig. 8 — Immunogenic compositions comprising conjugated capsular saccharide antigens and uses thereof https://patents.us/images/2026/us12616744/fig-09.webp Fig. 9 — Immunogenic compositions comprising conjugated capsular saccharide antigens and uses thereof https://patents.us/images/2026/us12616744/fig-10.webp Fig. 10 — Immunogenic compositions comprising conjugated capsular saccharide antigens and uses thereof https://patents.us/images/2026/us12616744/fig-11.webp Fig. 11 — Immunogenic compositions comprising conjugated capsular saccharide antigens and uses thereof https://patents.us/images/2026/us12616744/fig-12.webp Fig. 12 — Immunogenic compositions comprising conjugated capsular saccharide antigens and uses thereof https://patents.us/images/2026/us12616744/fig-13.webp Fig. 13 — Immunogenic compositions comprising conjugated capsular saccharide antigens and uses thereof https://patents.us/images/2026/us12616744/fig-14.webp Fig. 14 — Immunogenic compositions comprising conjugated capsular saccharide antigens and uses thereof https://patents.us/images/2026/us12616744/fig-15.webp Fig. 15 — Immunogenic compositions comprising conjugated capsular saccharide antigens and uses thereof https://patents.us/images/2026/us12616744/fig-16.webp Fig. 16 — Immunogenic compositions comprising conjugated capsular saccharide antigens and uses thereof https://patents.us/US12616750 https://patents.us/images/2026/us12616750/fig-01.webp Fig. 1 — Combination therapy utilizing DNA alkylating agents and ATR inhibitors https://patents.us/images/2026/us12616750/fig-02.webp Fig. 2 — Combination therapy utilizing DNA alkylating agents and ATR inhibitors https://patents.us/images/2026/us12616750/fig-03.webp Fig. 3 — Combination therapy utilizing DNA alkylating agents and ATR inhibitors https://patents.us/images/2026/us12616750/fig-04.webp Fig. 4 — Combination therapy utilizing DNA alkylating agents and ATR inhibitors https://patents.us/images/2026/us12616750/fig-05.webp Fig. 5 — Combination therapy utilizing DNA alkylating agents and ATR inhibitors https://patents.us/images/2026/us12616750/fig-06.webp Fig. 6 — Combination therapy utilizing DNA alkylating agents and ATR inhibitors https://patents.us/images/2026/us12616750/fig-07.webp Fig. 7 — Combination therapy utilizing DNA alkylating agents and ATR inhibitors https://patents.us/images/2026/us12616750/fig-08.webp Fig. 8 — Combination therapy utilizing DNA alkylating agents and ATR inhibitors https://patents.us/images/2026/us12616750/fig-09.webp Fig. 9 — Combination therapy utilizing DNA alkylating agents and ATR inhibitors https://patents.us/images/2026/us12616750/fig-10.webp Fig. 10 — Combination therapy utilizing DNA alkylating agents and ATR inhibitors https://patents.us/images/2026/us12616750/fig-11.webp Fig. 11 — Combination therapy utilizing DNA alkylating agents and ATR inhibitors https://patents.us/images/2026/us12616750/fig-12.webp Fig. 12 — Combination therapy utilizing DNA alkylating agents and ATR inhibitors https://patents.us/images/2026/us12616750/fig-13.webp Fig. 13 — Combination therapy utilizing DNA alkylating agents and ATR inhibitors https://patents.us/images/2026/us12616750/fig-14.webp Fig. 14 — Combination therapy utilizing DNA alkylating agents and ATR inhibitors https://patents.us/images/2026/us12616750/fig-15.webp Fig. 15 — Combination therapy utilizing DNA alkylating agents and ATR inhibitors https://patents.us/images/2026/us12616750/fig-16.webp Fig. 16 — Combination therapy utilizing DNA alkylating agents and ATR inhibitors https://patents.us/images/2026/us12616750/fig-17.webp Fig. 17 — Combination therapy utilizing DNA alkylating agents and ATR inhibitors https://patents.us/images/2026/us12616750/fig-18.webp Fig. 18 — Combination therapy utilizing DNA alkylating agents and ATR inhibitors https://patents.us/images/2026/us12616750/fig-19.webp Fig. 19 — Combination therapy utilizing DNA alkylating agents and ATR inhibitors https://patents.us/images/2026/us12616750/fig-20.webp Fig. 20 — Combination therapy utilizing DNA alkylating agents and ATR inhibitors https://patents.us/US12617424 https://patents.us/images/2026/us12617424/fig-01.webp Fig. 1 — Modifying autonomous vehicle behavior prediction based on behavior prediction errors https://patents.us/images/2026/us12617424/fig-02.webp Fig. 2 — Modifying autonomous vehicle behavior prediction based on behavior prediction errors https://patents.us/images/2026/us12617424/fig-03.webp Fig. 3 — Modifying autonomous vehicle behavior prediction based on behavior prediction errors https://patents.us/images/2026/us12617424/fig-04.webp Fig. 4 — Modifying autonomous vehicle behavior prediction based on behavior prediction errors https://patents.us/images/2026/us12617424/fig-05.webp Fig. 5 — Modifying autonomous vehicle behavior prediction based on behavior prediction errors https://patents.us/images/2026/us12617424/fig-06.webp Fig. 6 — Modifying autonomous vehicle behavior prediction based on behavior prediction errors https://patents.us/images/2026/us12617424/fig-07.webp Fig. 7 — Modifying autonomous vehicle behavior prediction based on behavior prediction errors https://patents.us/US12617436 https://patents.us/images/2026/us12617436/fig-01.webp Fig. 1 — Trajectory prediction from multi-sensor fusion https://patents.us/images/2026/us12617436/fig-02.webp Fig. 2 — Trajectory prediction from multi-sensor fusion https://patents.us/images/2026/us12617436/fig-03.webp Fig. 3 — Trajectory prediction from multi-sensor fusion https://patents.us/images/2026/us12617436/fig-04.webp Fig. 4 — Trajectory prediction from multi-sensor fusion https://patents.us/images/2026/us12617436/fig-05.webp Fig. 5 — Trajectory prediction from multi-sensor fusion https://patents.us/images/2026/us12617436/fig-06.webp Fig. 6 — Trajectory prediction from multi-sensor fusion https://patents.us/images/2026/us12617436/fig-07.webp Fig. 7 — Trajectory prediction from multi-sensor fusion https://patents.us/images/2026/us12617436/fig-08.webp Fig. 8 — Trajectory prediction from multi-sensor fusion https://patents.us/images/2026/us12617436/fig-09.webp Fig. 9 — Trajectory prediction from multi-sensor fusion https://patents.us/images/2026/us12617436/fig-10.webp Fig. 10 — Trajectory prediction from multi-sensor fusion https://patents.us/US12617522 https://patents.us/images/2026/us12617522/fig-01.webp Fig. 1 — Systems and methods of aircraft lift control https://patents.us/images/2026/us12617522/fig-02.webp Fig. 2 — Systems and methods of aircraft lift control https://patents.us/images/2026/us12617522/fig-03.webp Fig. 3 — Systems and methods of aircraft lift control https://patents.us/images/2026/us12617522/fig-04.webp Fig. 4 — Systems and methods of aircraft lift control https://patents.us/images/2026/us12617522/fig-05.webp Fig. 5 — Systems and methods of aircraft lift control https://patents.us/images/2026/us12617522/fig-06.webp Fig. 6 — Systems and methods of aircraft lift control https://patents.us/images/2026/us12617522/fig-07.webp Fig. 7 — Systems and methods of aircraft lift control https://patents.us/images/2026/us12617522/fig-08.webp Fig. 8 — Systems and methods of aircraft lift control https://patents.us/US12617535 https://patents.us/images/2026/us12617535/fig-01.webp Fig. 1 — Aircraft air conditioning device comprising a large-capacity mixer, method for installing such a device and aircraft equipped with such an air conditioning device https://patents.us/images/2026/us12617535/fig-02.webp Fig. 2 — Aircraft air conditioning device comprising a large-capacity mixer, method for installing such a device and aircraft equipped with such an air conditioning device https://patents.us/images/2026/us12617535/fig-03.webp Fig. 3 — Aircraft air conditioning device comprising a large-capacity mixer, method for installing such a device and aircraft equipped with such an air conditioning device https://patents.us/images/2026/us12617535/fig-04.webp Fig. 4 — Aircraft air conditioning device comprising a large-capacity mixer, method for installing such a device and aircraft equipped with such an air conditioning device https://patents.us/images/2026/us12617535/fig-05.webp Fig. 5 — Aircraft air conditioning device comprising a large-capacity mixer, method for installing such a device and aircraft equipped with such an air conditioning device https://patents.us/images/2026/us12617535/fig-06.webp Fig. 6 — Aircraft air conditioning device comprising a large-capacity mixer, method for installing such a device and aircraft equipped with such an air conditioning device https://patents.us/images/2026/us12617535/fig-07.webp Fig. 7 — Aircraft air conditioning device comprising a large-capacity mixer, method for installing such a device and aircraft equipped with such an air conditioning device https://patents.us/US12617557 https://patents.us/images/2026/us12617557/fig-01.webp Fig. 1 — System for receiving a descending rocket on a semisubmersible vessel using a suspended cable https://patents.us/images/2026/us12617557/fig-02.webp Fig. 2 — System for receiving a descending rocket on a semisubmersible vessel using a suspended cable https://patents.us/images/2026/us12617557/fig-03.webp Fig. 3 — System for receiving a descending rocket on a semisubmersible vessel using a suspended cable https://patents.us/images/2026/us12617557/fig-04.webp Fig. 4 — System for receiving a descending rocket on a semisubmersible vessel using a suspended cable https://patents.us/images/2026/us12617557/fig-05.webp Fig. 5 — System for receiving a descending rocket on a semisubmersible vessel using a suspended cable https://patents.us/images/2026/us12617557/fig-06.webp Fig. 6 — System for receiving a descending rocket on a semisubmersible vessel using a suspended cable https://patents.us/images/2026/us12617557/fig-07.webp Fig. 7 — System for receiving a descending rocket on a semisubmersible vessel using a suspended cable https://patents.us/images/2026/us12617557/fig-08.webp Fig. 8 — System for receiving a descending rocket on a semisubmersible vessel using a suspended cable https://patents.us/images/2026/us12617557/fig-09.webp Fig. 9 — System for receiving a descending rocket on a semisubmersible vessel using a suspended cable https://patents.us/images/2026/us12617557/fig-10.webp Fig. 10 — System for receiving a descending rocket on a semisubmersible vessel using a suspended cable https://patents.us/images/2026/us12617557/fig-11.webp Fig. 11 — System for receiving a descending rocket on a semisubmersible vessel using a suspended cable https://patents.us/images/2026/us12617557/fig-12.webp Fig. 12 — System for receiving a descending rocket on a semisubmersible vessel using a suspended cable https://patents.us/images/2026/us12617557/fig-13.webp Fig. 13 — System for receiving a descending rocket on a semisubmersible vessel using a suspended cable https://patents.us/US12617677 https://patents.us/images/2026/us12617677/fig-01.webp Fig. 1 — Process and apparatus for producing renewable fuels https://patents.us/images/2026/us12617677/fig-02.webp Fig. 2 — Process and apparatus for producing renewable fuels https://patents.us/images/2026/us12617677/fig-03.webp Fig. 3 — Process and apparatus for producing renewable fuels https://patents.us/images/2026/us12617677/fig-04.webp Fig. 4 — Process and apparatus for producing renewable fuels https://patents.us/US12617774 https://patents.us/images/2026/us12617774/fig-01.webp Fig. 1 — Substituted indole compounds and methods of use thereof https://patents.us/images/2026/us12617774/fig-02.webp Fig. 2 — Substituted indole compounds and methods of use thereof https://patents.us/images/2026/us12617774/fig-03.webp Fig. 3 — Substituted indole compounds and methods of use thereof https://patents.us/images/2026/us12617774/fig-04.webp Fig. 4 — Substituted indole compounds and methods of use thereof https://patents.us/US12618373 https://patents.us/images/2026/us12618373/fig-01.webp Fig. 1 — Propulsion assembly for an aircraft https://patents.us/images/2026/us12618373/fig-02.webp Fig. 2 — Propulsion assembly for an aircraft https://patents.us/US12618826 https://patents.us/images/2026/us12618826/fig-01.webp Fig. 1 — Multi-chip packaging of integrated circuits and flow cells for nanopore sequencing https://patents.us/images/2026/us12618826/fig-02.webp Fig. 2 — Multi-chip packaging of integrated circuits and flow cells for nanopore sequencing https://patents.us/images/2026/us12618826/fig-03.webp Fig. 3 — Multi-chip packaging of integrated circuits and flow cells for nanopore sequencing https://patents.us/images/2026/us12618826/fig-04.webp Fig. 4 — Multi-chip packaging of integrated circuits and flow cells for nanopore sequencing https://patents.us/images/2026/us12618826/fig-05.webp Fig. 5 — Multi-chip packaging of integrated circuits and flow cells for nanopore sequencing https://patents.us/images/2026/us12618826/fig-06.webp Fig. 6 — Multi-chip packaging of integrated circuits and flow cells for nanopore sequencing https://patents.us/images/2026/us12618826/fig-07.webp Fig. 7 — Multi-chip packaging of integrated circuits and flow cells for nanopore sequencing https://patents.us/images/2026/us12618826/fig-08.webp Fig. 8 — Multi-chip packaging of integrated circuits and flow cells for nanopore sequencing https://patents.us/images/2026/us12618826/fig-09.webp Fig. 9 — Multi-chip packaging of integrated circuits and flow cells for nanopore sequencing https://patents.us/images/2026/us12618826/fig-10.webp Fig. 10 — Multi-chip packaging of integrated circuits and flow cells for nanopore sequencing https://patents.us/images/2026/us12618826/fig-11.webp Fig. 11 — Multi-chip packaging of integrated circuits and flow cells for nanopore sequencing https://patents.us/US12618976 https://patents.us/images/2026/us12618976/fig-01.webp Fig. 1 — Annotation cross-labeling for autonomous control systems https://patents.us/images/2026/us12618976/fig-02.webp Fig. 2 — Annotation cross-labeling for autonomous control systems https://patents.us/images/2026/us12618976/fig-03.webp Fig. 3 — Annotation cross-labeling for autonomous control systems https://patents.us/images/2026/us12618976/fig-04.webp Fig. 4 — Annotation cross-labeling for autonomous control systems https://patents.us/US12619149 https://patents.us/images/2026/us12619149/fig-01.webp Fig. 1 — DNQ-free chemically amplified resist composition https://patents.us/US12619505 https://patents.us/images/2026/us12619505/fig-01.webp Fig. 1 — System of aggregating servers https://patents.us/images/2026/us12619505/fig-02.webp Fig. 2 — System of aggregating servers https://patents.us/images/2026/us12619505/fig-03.webp Fig. 3 — System of aggregating servers https://patents.us/images/2026/us12619505/fig-04.webp Fig. 4 — System of aggregating servers https://patents.us/images/2026/us12619505/fig-05.webp Fig. 5 — System of aggregating servers https://patents.us/US12619603 https://patents.us/images/2026/us12619603/fig-01.webp Fig. 1 — Generating a distilled generative response engine trained on distillation data generated with a language model program https://patents.us/images/2026/us12619603/fig-02.webp Fig. 2 — Generating a distilled generative response engine trained on distillation data generated with a language model program https://patents.us/images/2026/us12619603/fig-03.webp Fig. 3 — Generating a distilled generative response engine trained on distillation data generated with a language model program https://patents.us/images/2026/us12619603/fig-04.webp Fig. 4 — Generating a distilled generative response engine trained on distillation data generated with a language model program https://patents.us/images/2026/us12619603/fig-05.webp Fig. 5 — Generating a distilled generative response engine trained on distillation data generated with a language model program https://patents.us/images/2026/us12619603/fig-06.webp Fig. 6 — Generating a distilled generative response engine trained on distillation data generated with a language model program https://patents.us/images/2026/us12619603/fig-07.webp Fig. 7 — Generating a distilled generative response engine trained on distillation data generated with a language model program https://patents.us/images/2026/us12619603/fig-08.webp Fig. 8 — Generating a distilled generative response engine trained on distillation data generated with a language model program https://patents.us/images/2026/us12619603/fig-09.webp Fig. 9 — Generating a distilled generative response engine trained on distillation data generated with a language model program https://patents.us/images/2026/us12619603/fig-10.webp Fig. 10 — Generating a distilled generative response engine trained on distillation data generated with a language model program https://patents.us/images/2026/us12619603/fig-11.webp Fig. 11 — Generating a distilled generative response engine trained on distillation data generated with a language model program https://patents.us/US12619799 https://patents.us/images/2026/us12619799/fig-01.webp Fig. 1 — System and methods for simulation of medical devices https://patents.us/images/2026/us12619799/fig-02.webp Fig. 2 — System and methods for simulation of medical devices https://patents.us/images/2026/us12619799/fig-03.webp Fig. 3 — System and methods for simulation of medical devices https://patents.us/images/2026/us12619799/fig-04.webp Fig. 4 — System and methods for simulation of medical devices https://patents.us/images/2026/us12619799/fig-05.webp Fig. 5 — System and methods for simulation of medical devices https://patents.us/images/2026/us12619799/fig-06.webp Fig. 6 — System and methods for simulation of medical devices https://patents.us/images/2026/us12619799/fig-07.webp Fig. 7 — System and methods for simulation of medical devices https://patents.us/images/2026/us12619799/fig-08.webp Fig. 8 — System and methods for simulation of medical devices https://patents.us/images/2026/us12619799/fig-09.webp Fig. 9 — System and methods for simulation of medical devices https://patents.us/images/2026/us12619799/fig-10.webp Fig. 10 — System and methods for simulation of medical devices https://patents.us/images/2026/us12619799/fig-11.webp Fig. 11 — System and methods for simulation of medical devices https://patents.us/images/2026/us12619799/fig-12.webp Fig. 12 — System and methods for simulation of medical devices https://patents.us/images/2026/us12619799/fig-13.webp Fig. 13 — System and methods for simulation of medical devices https://patents.us/images/2026/us12619799/fig-14.webp Fig. 14 — System and methods for simulation of medical devices https://patents.us/images/2026/us12619799/fig-15.webp Fig. 15 — System and methods for simulation of medical devices https://patents.us/images/2026/us12619799/fig-16.webp Fig. 16 — System and methods for simulation of medical devices https://patents.us/images/2026/us12619799/fig-17.webp Fig. 17 — System and methods for simulation of medical devices https://patents.us/images/2026/us12619799/fig-18.webp Fig. 18 — System and methods for simulation of medical devices https://patents.us/images/2026/us12619799/fig-19.webp Fig. 19 — System and methods for simulation of medical devices https://patents.us/images/2026/us12619799/fig-20.webp Fig. 20 — System and methods for simulation of medical devices https://patents.us/US12619815 https://patents.us/images/2026/us12619815/fig-01.webp Fig. 1 — Magnitude invariant multimodal agent for efficient image-text interface automation https://patents.us/images/2026/us12619815/fig-02.webp Fig. 2 — Magnitude invariant multimodal agent for efficient image-text interface automation https://patents.us/images/2026/us12619815/fig-03.webp Fig. 3 — Magnitude invariant multimodal agent for efficient image-text interface automation https://patents.us/images/2026/us12619815/fig-04.webp Fig. 4 — Magnitude invariant multimodal agent for efficient image-text interface automation https://patents.us/images/2026/us12619815/fig-05.webp Fig. 5 — Magnitude invariant multimodal agent for efficient image-text interface automation https://patents.us/images/2026/us12619815/fig-06.webp Fig. 6 — Magnitude invariant multimodal agent for efficient image-text interface automation https://patents.us/images/2026/us12619815/fig-07.webp Fig. 7 — Magnitude invariant multimodal agent for efficient image-text interface automation https://patents.us/images/2026/us12619815/fig-08.webp Fig. 8 — Magnitude invariant multimodal agent for efficient image-text interface automation https://patents.us/images/2026/us12619815/fig-09.webp Fig. 9 — Magnitude invariant multimodal agent for efficient image-text interface automation https://patents.us/images/2026/us12619815/fig-10.webp Fig. 10 — Magnitude invariant multimodal agent for efficient image-text interface automation https://patents.us/images/2026/us12619815/fig-11.webp Fig. 11 — Magnitude invariant multimodal agent for efficient image-text interface automation https://patents.us/images/2026/us12619815/fig-12.webp Fig. 12 — Magnitude invariant multimodal agent for efficient image-text interface automation https://patents.us/images/2026/us12619815/fig-13.webp Fig. 13 — Magnitude invariant multimodal agent for efficient image-text interface automation https://patents.us/images/2026/us12619815/fig-14.webp Fig. 14 — Magnitude invariant multimodal agent for efficient image-text interface automation https://patents.us/images/2026/us12619815/fig-15.webp Fig. 15 — Magnitude invariant multimodal agent for efficient image-text interface automation https://patents.us/images/2026/us12619815/fig-16.webp Fig. 16 — Magnitude invariant multimodal agent for efficient image-text interface automation https://patents.us/images/2026/us12619815/fig-17.webp Fig. 17 — Magnitude invariant multimodal agent for efficient image-text interface automation https://patents.us/images/2026/us12619815/fig-18.webp Fig. 18 — Magnitude invariant multimodal agent for efficient image-text interface automation https://patents.us/images/2026/us12619815/fig-19.webp Fig. 19 — Magnitude invariant multimodal agent for efficient image-text interface automation https://patents.us/images/2026/us12619815/fig-20.webp Fig. 20 — Magnitude invariant multimodal agent for efficient image-text interface automation https://patents.us/US12620146 https://patents.us/images/2026/us12620146/fig-01.webp Fig. 1 — Graph construction and visualization of multiplex immunofluorescence images https://patents.us/images/2026/us12620146/fig-02.webp Fig. 2 — Graph construction and visualization of multiplex immunofluorescence images https://patents.us/images/2026/us12620146/fig-03.webp Fig. 3 — Graph construction and visualization of multiplex immunofluorescence images https://patents.us/images/2026/us12620146/fig-04.webp Fig. 4 — Graph construction and visualization of multiplex immunofluorescence images https://patents.us/images/2026/us12620146/fig-05.webp Fig. 5 — Graph construction and visualization of multiplex immunofluorescence images https://patents.us/images/2026/us12620146/fig-06.webp Fig. 6 — Graph construction and visualization of multiplex immunofluorescence images https://patents.us/US12620320 https://patents.us/images/2026/us12620320/fig-01.webp Fig. 1 — Contact center quality management control using generative artificial intelligence https://patents.us/images/2026/us12620320/fig-02.webp Fig. 2 — Contact center quality management control using generative artificial intelligence https://patents.us/images/2026/us12620320/fig-03.webp Fig. 3 — Contact center quality management control using generative artificial intelligence https://patents.us/images/2026/us12620320/fig-04.webp Fig. 4 — Contact center quality management control using generative artificial intelligence https://patents.us/images/2026/us12620320/fig-05.webp Fig. 5 — Contact center quality management control using generative artificial intelligence https://patents.us/images/2026/us12620320/fig-06.webp Fig. 6 — Contact center quality management control using generative artificial intelligence https://patents.us/images/2026/us12620320/fig-07.webp Fig. 7 — Contact center quality management control using generative artificial intelligence https://patents.us/images/2026/us12620320/fig-08.webp Fig. 8 — Contact center quality management control using generative artificial intelligence https://patents.us/US12620403 https://patents.us/images/2026/us12620403/fig-01.webp Fig. 1 — Neural noise reduction with linear and nonlinear filtering for single-channel audio signals https://patents.us/images/2026/us12620403/fig-02.webp Fig. 2 — Neural noise reduction with linear and nonlinear filtering for single-channel audio signals https://patents.us/images/2026/us12620403/fig-03.webp Fig. 3 — Neural noise reduction with linear and nonlinear filtering for single-channel audio signals https://patents.us/images/2026/us12620403/fig-04.webp Fig. 4 — Neural noise reduction with linear and nonlinear filtering for single-channel audio signals https://patents.us/images/2026/us12620403/fig-05.webp Fig. 5 — Neural noise reduction with linear and nonlinear filtering for single-channel audio signals https://patents.us/US12620680 https://patents.us/images/2026/us12620680/fig-01.webp Fig. 1 — Joining method, joining structure, and battery https://patents.us/images/2026/us12620680/fig-02.webp Fig. 2 — Joining method, joining structure, and battery https://patents.us/images/2026/us12620680/fig-03.webp Fig. 3 — Joining method, joining structure, and battery https://patents.us/images/2026/us12620680/fig-04.webp Fig. 4 — Joining method, joining structure, and battery https://patents.us/images/2026/us12620680/fig-05.webp Fig. 5 — Joining method, joining structure, and battery https://patents.us/images/2026/us12620680/fig-06.webp Fig. 6 — Joining method, joining structure, and battery https://patents.us/images/2026/us12620680/fig-07.webp Fig. 7 — Joining method, joining structure, and battery https://patents.us/images/2026/us12620680/fig-08.webp Fig. 8 — Joining method, joining structure, and battery https://patents.us/images/2026/us12620680/fig-09.webp Fig. 9 — Joining method, joining structure, and battery https://patents.us/images/2026/us12620680/fig-10.webp Fig. 10 — Joining method, joining structure, and battery https://patents.us/images/2026/us12620680/fig-11.webp Fig. 11 — Joining method, joining structure, and battery https://patents.us/images/2026/us12620680/fig-12.webp Fig. 12 — Joining method, joining structure, and battery https://patents.us/US12620796 https://patents.us/images/2026/us12620796/fig-01.webp Fig. 1 — Data analytics for smart electrical protection systems https://patents.us/images/2026/us12620796/fig-02.webp Fig. 2 — Data analytics for smart electrical protection systems https://patents.us/images/2026/us12620796/fig-03.webp Fig. 3 — Data analytics for smart electrical protection systems https://patents.us/images/2026/us12620796/fig-04.webp Fig. 4 — Data analytics for smart electrical protection systems https://patents.us/images/2026/us12620796/fig-05.webp Fig. 5 — Data analytics for smart electrical protection systems https://patents.us/images/2026/us12620796/fig-06.webp Fig. 6 — Data analytics for smart electrical protection systems https://patents.us/images/2026/us12620796/fig-07.webp Fig. 7 — Data analytics for smart electrical protection systems https://patents.us/images/2026/us12620796/fig-08.webp Fig. 8 — Data analytics for smart electrical protection systems https://patents.us/US12621253 https://patents.us/images/2026/us12621253/fig-01.webp Fig. 1 — Allocating resources among autonomous artificial intelligence agents within a distributed computational network https://patents.us/images/2026/us12621253/fig-02.webp Fig. 2 — Allocating resources among autonomous artificial intelligence agents within a distributed computational network https://patents.us/images/2026/us12621253/fig-03.webp Fig. 3 — Allocating resources among autonomous artificial intelligence agents within a distributed computational network https://patents.us/images/2026/us12621253/fig-04.webp Fig. 4 — Allocating resources among autonomous artificial intelligence agents within a distributed computational network https://patents.us/images/2026/us12621253/fig-05.webp Fig. 5 — Allocating resources among autonomous artificial intelligence agents within a distributed computational network https://patents.us/images/2026/us12621253/fig-06.webp Fig. 6 — Allocating resources among autonomous artificial intelligence agents within a distributed computational network https://patents.us/images/2026/us12621253/fig-07.webp Fig. 7 — Allocating resources among autonomous artificial intelligence agents within a distributed computational network https://patents.us/images/2026/us12621253/fig-08.webp Fig. 8 — Allocating resources among autonomous artificial intelligence agents within a distributed computational network https://patents.us/images/2026/us12621253/fig-09.webp Fig. 9 — Allocating resources among autonomous artificial intelligence agents within a distributed computational network https://patents.us/images/2026/us12621253/fig-10.webp Fig. 10 — Allocating resources among autonomous artificial intelligence agents within a distributed computational network https://patents.us/images/2026/us12621253/fig-11.webp Fig. 11 — Allocating resources among autonomous artificial intelligence agents within a distributed computational network https://patents.us/images/2026/us12621253/fig-12.webp Fig. 12 — Allocating resources among autonomous artificial intelligence agents within a distributed computational network https://patents.us/images/2026/us12621253/fig-13.webp Fig. 13 — Allocating resources among autonomous artificial intelligence agents within a distributed computational network https://patents.us/images/2026/us12621253/fig-14.webp Fig. 14 — Allocating resources among autonomous artificial intelligence agents within a distributed computational network https://patents.us/images/2026/us12621253/fig-15.webp Fig. 15 — Allocating resources among autonomous artificial intelligence agents within a distributed computational network https://patents.us/images/2026/us12621253/fig-16.webp Fig. 16 — Allocating resources among autonomous artificial intelligence agents within a distributed computational network https://patents.us/images/2026/us12621253/fig-17.webp Fig. 17 — Allocating resources among autonomous artificial intelligence agents within a distributed computational network https://patents.us/images/2026/us12621253/fig-18.webp Fig. 18 — Allocating resources among autonomous artificial intelligence agents within a distributed computational network https://patents.us/US12621286 https://patents.us/images/2026/us12621286/fig-01.webp Fig. 1 — Microservice applications with decentralized authorization enforcement in cloud platforms with multiple authentication ingress modes https://patents.us/images/2026/us12621286/fig-02.webp Fig. 2 — Microservice applications with decentralized authorization enforcement in cloud platforms with multiple authentication ingress modes https://patents.us/images/2026/us12621286/fig-03.webp Fig. 3 — Microservice applications with decentralized authorization enforcement in cloud platforms with multiple authentication ingress modes https://patents.us/images/2026/us12621286/fig-04.webp Fig. 4 — Microservice applications with decentralized authorization enforcement in cloud platforms with multiple authentication ingress modes https://patents.us/images/2026/us12621286/fig-05.webp Fig. 5 — Microservice applications with decentralized authorization enforcement in cloud platforms with multiple authentication ingress modes https://patents.us/images/2026/us12621286/fig-06.webp Fig. 6 — Microservice applications with decentralized authorization enforcement in cloud platforms with multiple authentication ingress modes https://patents.us/images/2026/us12621286/fig-07.webp Fig. 7 — Microservice applications with decentralized authorization enforcement in cloud platforms with multiple authentication ingress modes https://patents.us/images/2026/us12621286/fig-08.webp Fig. 8 — Microservice applications with decentralized authorization enforcement in cloud platforms with multiple authentication ingress modes https://patents.us/images/2026/us12621286/fig-09.webp Fig. 9 — Microservice applications with decentralized authorization enforcement in cloud platforms with multiple authentication ingress modes https://patents.us/US12621499 https://patents.us/images/2026/us12621499/fig-01.webp Fig. 1 — Unified neural network in-loop filter signaling https://patents.us/images/2026/us12621499/fig-02.webp Fig. 2 — Unified neural network in-loop filter signaling https://patents.us/images/2026/us12621499/fig-03.webp Fig. 3 — Unified neural network in-loop filter signaling https://patents.us/images/2026/us12621499/fig-04.webp Fig. 4 — Unified neural network in-loop filter signaling https://patents.us/images/2026/us12621499/fig-05.webp Fig. 5 — Unified neural network in-loop filter signaling https://patents.us/images/2026/us12621499/fig-06.webp Fig. 6 — Unified neural network in-loop filter signaling https://patents.us/images/2026/us12621499/fig-07.webp Fig. 7 — Unified neural network in-loop filter signaling https://patents.us/images/2026/us12621499/fig-08.webp Fig. 8 — Unified neural network in-loop filter signaling https://patents.us/images/2026/us12621499/fig-09.webp Fig. 9 — Unified neural network in-loop filter signaling https://patents.us/images/2026/us12621499/fig-10.webp Fig. 10 — Unified neural network in-loop filter signaling https://patents.us/images/2026/us12621499/fig-11.webp Fig. 11 — Unified neural network in-loop filter signaling https://patents.us/images/2026/us12621499/fig-12.webp Fig. 12 — Unified neural network in-loop filter signaling https://patents.us/images/2026/us12621499/fig-13.webp Fig. 13 — Unified neural network in-loop filter signaling https://patents.us/images/2026/us12621499/fig-14.webp Fig. 14 — Unified neural network in-loop filter signaling https://patents.us/images/2026/us12621499/fig-15.webp Fig. 15 — Unified neural network in-loop filter signaling https://patents.us/images/2026/us12621499/fig-16.webp Fig. 16 — Unified neural network in-loop filter signaling https://patents.us/images/2026/us12621499/fig-17.webp Fig. 17 — Unified neural network in-loop filter signaling https://patents.us/images/2026/us12621499/fig-18.webp Fig. 18 — Unified neural network in-loop filter signaling https://patents.us/images/2026/us12621499/fig-19.webp Fig. 19 — Unified neural network in-loop filter signaling https://patents.us/images/2026/us12621499/fig-20.webp Fig. 20 — Unified neural network in-loop filter signaling https://patents.us/US12621519 https://patents.us/images/2026/us12621519/fig-01.webp Fig. 1 — Carriage and signaling of neural network representations https://patents.us/images/2026/us12621519/fig-02.webp Fig. 2 — Carriage and signaling of neural network representations https://patents.us/images/2026/us12621519/fig-03.webp Fig. 3 — Carriage and signaling of neural network representations https://patents.us/images/2026/us12621519/fig-04.webp Fig. 4 — Carriage and signaling of neural network representations https://patents.us/images/2026/us12621519/fig-05.webp Fig. 5 — Carriage and signaling of neural network representations https://patents.us/images/2026/us12621519/fig-06.webp Fig. 6 — Carriage and signaling of neural network representations https://patents.us/images/2026/us12621519/fig-07.webp Fig. 7 — Carriage and signaling of neural network representations https://patents.us/images/2026/us12621519/fig-08.webp Fig. 8 — Carriage and signaling of neural network representations https://patents.us/images/2026/us12621519/fig-09.webp Fig. 9 — Carriage and signaling of neural network representations https://patents.us/images/2026/us12621519/fig-10.webp Fig. 10 — Carriage and signaling of neural network representations https://patents.us/images/2026/us12621519/fig-11.webp Fig. 11 — Carriage and signaling of neural network representations https://patents.us/images/2026/us12621519/fig-12.webp Fig. 12 — Carriage and signaling of neural network representations https://patents.us/images/2026/us12621519/fig-13.webp Fig. 13 — Carriage and signaling of neural network representations https://patents.us/images/2026/us12621519/fig-14.webp Fig. 14 — Carriage and signaling of neural network representations https://patents.us/images/2026/us12621519/fig-15.webp Fig. 15 — Carriage and signaling of neural network representations https://patents.us/images/2026/us12621519/fig-16.webp Fig. 16 — Carriage and signaling of neural network representations https://patents.us/images/2026/us12621519/fig-17.webp Fig. 17 — Carriage and signaling of neural network representations https://patents.us/US12621544 https://patents.us/images/2026/us12621544/fig-01.webp Fig. 1 — Dynamically altering preprocessing of streaming video data by a large language model dependent upon review by the large language model https://patents.us/images/2026/us12621544/fig-02.webp Fig. 2 — Dynamically altering preprocessing of streaming video data by a large language model dependent upon review by the large language model https://patents.us/images/2026/us12621544/fig-03.webp Fig. 3 — Dynamically altering preprocessing of streaming video data by a large language model dependent upon review by the large language model https://patents.us/images/2026/us12621544/fig-04.webp Fig. 4 — Dynamically altering preprocessing of streaming video data by a large language model dependent upon review by the large language model https://patents.us/images/2026/us12621544/fig-05.webp Fig. 5 — Dynamically altering preprocessing of streaming video data by a large language model dependent upon review by the large language model https://patents.us/images/2026/us12621544/fig-06.webp Fig. 6 — Dynamically altering preprocessing of streaming video data by a large language model dependent upon review by the large language model https://patents.us/US12621637 https://patents.us/images/2026/us12621637/fig-01.webp Fig. 1 — Communication connection method for continuous blood glucose monitoring system 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thereof https://patents.us/images/2026/us12621668/fig-05.webp Fig. 5 — Providing data integrity and user privacy in neuromuscular-based gesture recognition at a wearable device, and systems and methods of use thereof https://patents.us/images/2026/us12621668/fig-06.webp Fig. 6 — Providing data integrity and user privacy in neuromuscular-based gesture recognition at a wearable device, and systems and methods of use thereof https://patents.us/images/2026/us12621668/fig-07.webp Fig. 7 — Providing data integrity and user privacy in neuromuscular-based gesture recognition at a wearable device, and systems and methods of use thereof https://patents.us/images/2026/us12621668/fig-08.webp Fig. 8 — Providing data integrity and user privacy in neuromuscular-based gesture recognition at a wearable device, and systems and methods of use thereof https://patents.us/images/2026/us12621668/fig-09.webp Fig. 9 — Providing data integrity and user privacy in neuromuscular-based gesture recognition at a wearable device, and systems and methods of use thereof https://patents.us/images/2026/us12621668/fig-10.webp Fig. 10 — Providing data integrity and user privacy in neuromuscular-based gesture recognition at a wearable device, and systems and methods of use thereof https://patents.us/images/2026/us12621668/fig-11.webp Fig. 11 — Providing data integrity and user privacy in neuromuscular-based gesture recognition at a wearable device, and systems and methods of use thereof https://patents.us/images/2026/us12621668/fig-12.webp Fig. 12 — Providing data integrity and user privacy in neuromuscular-based gesture recognition at a wearable device, and systems and methods of use thereof https://patents.us/images/2026/us12621668/fig-13.webp Fig. 13 — Providing data integrity and user privacy in neuromuscular-based gesture recognition at a wearable device, and systems and methods of use thereof https://patents.us/images/2026/us12621668/fig-14.webp Fig. 14 — Providing data integrity and user privacy in neuromuscular-based gesture recognition at a wearable device, and systems and methods of use thereof https://patents.us/images/2026/us12621668/fig-15.webp Fig. 15 — Providing data integrity and user privacy in neuromuscular-based gesture recognition at a wearable device, and systems and methods of use thereof https://patents.us/images/2026/us12621668/fig-16.webp Fig. 16 — Providing data integrity and user privacy in neuromuscular-based gesture recognition at a wearable device, and systems and methods of use thereof https://patents.us/images/2026/us12621668/fig-17.webp Fig. 17 — Providing data integrity and user privacy in neuromuscular-based gesture recognition at a wearable device, and systems and methods of use thereof https://patents.us/images/2026/us12621668/fig-18.webp Fig. 18 — Providing data integrity and user privacy in neuromuscular-based gesture recognition at a wearable device, and systems and methods of use thereof https://patents.us/images/2026/us12621668/fig-19.webp Fig. 19 — Providing data integrity and user privacy in neuromuscular-based gesture recognition at a wearable device, and systems and methods of use thereof https://patents.us/images/2026/us12621668/fig-20.webp Fig. 20 — Providing data integrity and user privacy in neuromuscular-based gesture recognition at a wearable device, and systems and methods of use thereof https://patents.us/US12622158 https://patents.us/images/2026/us12622158/fig-01.webp Fig. 1 — Display panel in which an inorganic layer replaces a typical organic layer in an encapsulation layer https://patents.us/images/2026/us12622158/fig-02.webp Fig. 2 — Display panel in which an inorganic layer replaces a typical organic layer in an encapsulation layer https://patents.us/images/2026/us12622158/fig-03.webp Fig. 3 — Display panel in which an inorganic layer replaces a typical organic layer in an encapsulation layer https://patents.us/images/2026/us12622158/fig-04.webp Fig. 4 — Display panel in which an inorganic layer replaces a typical organic layer in an encapsulation layer https://patents.us/images/2026/us12622158/fig-05.webp Fig. 5 — Display panel in which an inorganic layer replaces a typical organic layer in an encapsulation layer https://patents.us/images/2026/us12622158/fig-06.webp Fig. 6 — Display panel in which an inorganic layer replaces a typical organic layer in an encapsulation layer https://patents.us/images/2026/us12622158/fig-07.webp Fig. 7 — Display panel in which an inorganic layer replaces a typical organic layer in an encapsulation layer https://patents.us/images/2026/us12622158/fig-08.webp Fig. 8 — Display panel in which an inorganic layer replaces a typical organic layer in an encapsulation layer https://patents.us/images/2026/us12622158/fig-09.webp Fig. 9 — Display panel in which an inorganic layer replaces a typical organic layer in an encapsulation layer https://patents.us/images/2026/us12622158/fig-10.webp Fig. 10 — Display panel in which an inorganic layer replaces a typical organic layer in an encapsulation layer https://patents.us/images/2026/us12622158/fig-11.webp Fig. 11 — Display panel in which an inorganic layer replaces a typical organic layer in an encapsulation layer https://patents.us/US12622271 https://patents.us/images/2026/us12622271/fig-01.webp Fig. 1 — Cooling cover and packaged semiconductor device including the same https://patents.us/images/2026/us12622271/fig-02.webp Fig. 2 — Cooling cover and packaged semiconductor device including the same https://patents.us/images/2026/us12622271/fig-03.webp Fig. 3 — Cooling cover and packaged semiconductor device including the same https://patents.us/images/2026/us12622271/fig-04.webp Fig. 4 — Cooling cover and packaged semiconductor device including the same https://patents.us/images/2026/us12622271/fig-05.webp Fig. 5 — Cooling cover and packaged semiconductor device including the same https://patents.us/images/2026/us12622271/fig-06.webp Fig. 6 — Cooling cover and packaged semiconductor device including the same https://patents.us/images/2026/us12622271/fig-07.webp Fig. 7 — Cooling cover and packaged semiconductor device including the same https://patents.us/images/2026/us12622271/fig-08.webp Fig. 8 — Cooling cover and packaged semiconductor device including the same https://patents.us/images/2026/us12622271/fig-09.webp Fig. 9 — Cooling cover and packaged semiconductor device including the same https://patents.us/images/2026/us12622271/fig-10.webp Fig. 10 — Cooling cover and packaged semiconductor device including the same https://patents.us/images/2026/us12622271/fig-11.webp Fig. 11 — Cooling cover and packaged semiconductor device including the same https://patents.us/images/2026/us12622271/fig-12.webp Fig. 12 — Cooling cover and packaged semiconductor device including the same https://patents.us/images/2026/us12622271/fig-13.webp Fig. 13 — Cooling cover and packaged semiconductor device including the same https://patents.us/images/2026/us12622271/fig-14.webp Fig. 14 — Cooling cover and packaged semiconductor device including the same https://patents.us/images/2026/us12622271/fig-15.webp Fig. 15 — Cooling cover and packaged semiconductor device including the same https://patents.us/images/2026/us12622271/fig-16.webp Fig. 16 — Cooling cover and packaged semiconductor device including the same https://patents.us/images/2026/us12622271/fig-17.webp Fig. 17 — Cooling cover and packaged semiconductor device including the same https://patents.us/images/2026/us12622271/fig-18.webp Fig. 18 — Cooling cover and packaged semiconductor device including the same https://patents.us/images/2026/us12622271/fig-19.webp Fig. 19 — Cooling cover and packaged semiconductor device including the same https://patents.us/images/2026/us12622271/fig-20.webp Fig. 20 — Cooling cover and packaged semiconductor device including the same https://patents.us/US12622274 https://patents.us/images/2026/us12622274/fig-01.webp Fig. 1 — Packages with liquid metal as heat-dissipation media and method forming the same https://patents.us/images/2026/us12622274/fig-02.webp Fig. 2 — Packages with liquid metal as heat-dissipation media and method forming the same https://patents.us/images/2026/us12622274/fig-03.webp Fig. 3 — Packages with liquid metal as heat-dissipation media and method forming the same https://patents.us/images/2026/us12622274/fig-04.webp Fig. 4 — Packages with liquid metal as heat-dissipation media and method forming the same https://patents.us/images/2026/us12622274/fig-05.webp Fig. 5 — Packages with liquid metal as heat-dissipation media and method forming the same https://patents.us/images/2026/us12622274/fig-06.webp Fig. 6 — Packages with liquid metal as heat-dissipation media and method forming the same https://patents.us/images/2026/us12622274/fig-07.webp Fig. 7 — Packages with liquid metal as heat-dissipation media and method forming the same https://patents.us/images/2026/us12622274/fig-08.webp Fig. 8 — Packages with liquid metal as heat-dissipation media and method forming the same https://patents.us/images/2026/us12622274/fig-09.webp Fig. 9 — Packages with liquid metal as heat-dissipation media and method forming the same https://patents.us/images/2026/us12622274/fig-10.webp Fig. 10 — Packages with liquid metal as heat-dissipation media and method forming the same https://patents.us/images/2026/us12622274/fig-11.webp Fig. 11 — Packages with liquid metal as heat-dissipation media and method forming the same https://patents.us/images/2026/us12622274/fig-12.webp Fig. 12 — Packages with liquid metal as heat-dissipation media and method forming the same https://patents.us/images/2026/us12622274/fig-13.webp Fig. 13 — Packages with liquid metal as heat-dissipation media and method forming the same https://patents.us/images/2026/us12622274/fig-14.webp Fig. 14 — Packages with liquid metal as heat-dissipation media and method forming the same https://patents.us/images/2026/us12622274/fig-15.webp Fig. 15 — Packages with liquid metal as heat-dissipation media and method forming the same https://patents.us/images/2026/us12622274/fig-16.webp Fig. 16 — Packages with liquid metal as heat-dissipation media and method forming the same https://patents.us/images/2026/us12622274/fig-17.webp Fig. 17 — Packages with liquid metal as heat-dissipation media and method forming the same https://patents.us/images/2026/us12622274/fig-18.webp Fig. 18 — Packages with liquid metal as heat-dissipation media and method forming the same https://patents.us/images/2026/us12622274/fig-19.webp Fig. 19 — Packages with liquid metal as heat-dissipation media and method forming the same https://patents.us/images/2026/us12622274/fig-20.webp Fig. 20 — Packages with liquid metal as heat-dissipation media and method forming the same https://patents.us/US12622287 https://patents.us/images/2026/us12622287/fig-01.webp Fig. 1 — Multilayer glass substrate https://patents.us/images/2026/us12622287/fig-02.webp Fig. 2 — Multilayer glass substrate https://patents.us/images/2026/us12622287/fig-03.webp Fig. 3 — Multilayer glass substrate https://patents.us/images/2026/us12622287/fig-04.webp Fig. 4 — Multilayer glass substrate https://patents.us/images/2026/us12622287/fig-05.webp Fig. 5 — Multilayer glass substrate https://patents.us/images/2026/us12622287/fig-06.webp Fig. 6 — Multilayer glass substrate https://patents.us/images/2026/us12622287/fig-07.webp Fig. 7 — Multilayer glass substrate https://patents.us/US12622294 https://patents.us/images/2026/us12622294/fig-01.webp Fig. 1 — Methods and apparatus to improve signal integrity performance in integrated circuit packages https://patents.us/images/2026/us12622294/fig-02.webp Fig. 2 — Methods and apparatus to improve signal integrity performance in integrated circuit packages https://patents.us/images/2026/us12622294/fig-03.webp Fig. 3 — Methods and apparatus to improve signal integrity performance in integrated circuit packages https://patents.us/images/2026/us12622294/fig-04.webp Fig. 4 — Methods and apparatus to improve signal integrity performance in integrated circuit packages https://patents.us/images/2026/us12622294/fig-05.webp Fig. 5 — Methods and apparatus to improve signal integrity performance in integrated circuit packages https://patents.us/images/2026/us12622294/fig-06.webp Fig. 6 — Methods and apparatus to improve signal integrity performance in integrated circuit packages https://patents.us/images/2026/us12622294/fig-07.webp Fig. 7 — Methods and apparatus to improve signal integrity performance in integrated circuit packages https://patents.us/images/2026/us12622294/fig-08.webp Fig. 8 — Methods and apparatus to improve signal integrity performance in integrated circuit packages https://patents.us/images/2026/us12622294/fig-09.webp Fig. 9 — Methods and apparatus to improve signal integrity performance in integrated circuit packages https://patents.us/images/2026/us12622294/fig-10.webp Fig. 10 — Methods and apparatus to improve signal integrity performance in integrated circuit packages https://patents.us/US12622303 https://patents.us/images/2026/us12622303/fig-01.webp Fig. 1 — Notched wafer and bonding support structure to improve wafer stacking https://patents.us/images/2026/us12622303/fig-02.webp Fig. 2 — Notched wafer and bonding support structure to improve wafer stacking https://patents.us/images/2026/us12622303/fig-03.webp Fig. 3 — Notched wafer and bonding support structure to improve wafer stacking https://patents.us/images/2026/us12622303/fig-04.webp Fig. 4 — Notched wafer and bonding support structure to improve wafer stacking https://patents.us/images/2026/us12622303/fig-05.webp Fig. 5 — Notched wafer and bonding support structure to improve wafer stacking https://patents.us/images/2026/us12622303/fig-06.webp Fig. 6 — Notched wafer and bonding support structure to improve wafer stacking https://patents.us/images/2026/us12622303/fig-07.webp Fig. 7 — Notched wafer and bonding support structure to improve wafer stacking https://patents.us/images/2026/us12622303/fig-08.webp Fig. 8 — Notched wafer and bonding support structure to improve wafer stacking https://patents.us/images/2026/us12622303/fig-09.webp Fig. 9 — Notched wafer and bonding support structure to improve wafer stacking https://patents.us/images/2026/us12622303/fig-10.webp Fig. 10 — Notched wafer and bonding support structure to improve wafer stacking https://patents.us/images/2026/us12622303/fig-11.webp Fig. 11 — Notched wafer and bonding support structure to improve wafer stacking https://patents.us/images/2026/us12622303/fig-12.webp Fig. 12 — Notched wafer and bonding support structure to improve wafer stacking https://patents.us/images/2026/us12622303/fig-13.webp Fig. 13 — Notched wafer and bonding support structure to improve wafer stacking https://patents.us/US12622313 https://patents.us/images/2026/us12622313/fig-01.webp Fig. 1 — Metal pocket fanout package https://patents.us/images/2026/us12622313/fig-02.webp Fig. 2 — Metal pocket fanout package https://patents.us/images/2026/us12622313/fig-03.webp Fig. 3 — Metal pocket fanout package https://patents.us/images/2026/us12622313/fig-04.webp Fig. 4 — Metal pocket fanout package https://patents.us/images/2026/us12622313/fig-05.webp Fig. 5 — Metal pocket fanout package https://patents.us/images/2026/us12622313/fig-06.webp Fig. 6 — Metal pocket fanout package https://patents.us/images/2026/us12622313/fig-07.webp Fig. 7 — Metal pocket fanout package https://patents.us/images/2026/us12622313/fig-08.webp Fig. 8 — Metal pocket fanout package https://patents.us/images/2026/us12622313/fig-09.webp Fig. 9 — Metal pocket fanout package https://patents.us/images/2026/us12622313/fig-10.webp Fig. 10 — Metal pocket fanout package https://patents.us/images/2026/us12622313/fig-11.webp Fig. 11 — Metal pocket fanout package https://patents.us/images/2026/us12622313/fig-12.webp Fig. 12 — Metal pocket fanout package https://patents.us/images/2026/us12622313/fig-13.webp Fig. 13 — Metal pocket fanout package https://patents.us/images/2026/us12622313/fig-14.webp Fig. 14 — Metal pocket fanout package https://patents.us/US12622317 https://patents.us/images/2026/us12622317/fig-01.webp Fig. 1 — Packaging architecture for modular die interoperability https://patents.us/images/2026/us12622317/fig-02.webp Fig. 2 — Packaging architecture for modular die interoperability https://patents.us/images/2026/us12622317/fig-03.webp Fig. 3 — Packaging architecture for modular die interoperability https://patents.us/images/2026/us12622317/fig-04.webp Fig. 4 — Packaging architecture for modular die interoperability https://patents.us/images/2026/us12622317/fig-05.webp Fig. 5 — Packaging architecture for modular die interoperability https://patents.us/images/2026/us12622317/fig-06.webp Fig. 6 — Packaging architecture for modular die interoperability https://patents.us/images/2026/us12622317/fig-07.webp Fig. 7 — Packaging architecture for modular die interoperability https://patents.us/US12622319 https://patents.us/images/2026/us12622319/fig-01.webp Fig. 1 — Stacked die packaging architecture with conductive vias on interposer https://patents.us/images/2026/us12622319/fig-02.webp Fig. 2 — Stacked die packaging architecture with conductive vias on interposer https://patents.us/images/2026/us12622319/fig-03.webp Fig. 3 — Stacked die packaging architecture with conductive vias on interposer https://patents.us/images/2026/us12622319/fig-04.webp Fig. 4 — Stacked die packaging architecture with conductive vias on interposer https://patents.us/images/2026/us12622319/fig-05.webp Fig. 5 — Stacked die packaging architecture with conductive vias on interposer https://patents.us/images/2026/us12622319/fig-06.webp Fig. 6 — Stacked die packaging architecture with conductive vias on interposer https://patents.us/images/2026/us12622319/fig-07.webp Fig. 7 — Stacked die packaging architecture with conductive vias on interposer https://patents.us/images/2026/us12622319/fig-08.webp Fig. 8 — Stacked die packaging architecture with conductive vias on interposer https://patents.us/images/2026/us12622319/fig-09.webp Fig. 9 — Stacked die packaging architecture with conductive vias on interposer https://patents.us/US12622328 https://patents.us/images/2026/us12622328/fig-01.webp Fig. 1 — Display apparatus https://patents.us/images/2026/us12622328/fig-02.webp Fig. 2 — Display apparatus https://patents.us/images/2026/us12622328/fig-03.webp Fig. 3 — Display apparatus https://patents.us/images/2026/us12622328/fig-04.webp Fig. 4 — Display apparatus https://patents.us/images/2026/us12622328/fig-05.webp Fig. 5 — Display apparatus https://patents.us/images/2026/us12622328/fig-06.webp Fig. 6 — Display apparatus https://patents.us/images/2026/us12622328/fig-07.webp Fig. 7 — Display apparatus https://patents.us/images/2026/us12622328/fig-08.webp Fig. 8 — Display apparatus https://patents.us/images/2026/us12622328/fig-09.webp Fig. 9 — Display apparatus https://patents.us/images/2026/us12622328/fig-10.webp Fig. 10 — Display apparatus https://patents.us/images/2026/us12622328/fig-11.webp Fig. 11 — Display apparatus https://patents.us/images/2026/us12622328/fig-12.webp Fig. 12 — Display apparatus https://patents.us/images/2026/us12622328/fig-13.webp Fig. 13 — Display apparatus https://patents.us/images/2026/us12622328/fig-14.webp Fig. 14 — Display apparatus https://patents.us/images/2026/us12622328/fig-15.webp Fig. 15 — Display apparatus https://patents.us/images/2026/us12622328/fig-16.webp Fig. 16 — Display apparatus https://patents.us/images/2026/us12622328/fig-17.webp Fig. 17 — Display apparatus https://patents.us/images/2026/us12622328/fig-18.webp Fig. 18 — Display apparatus https://patents.us/images/2026/us12622328/fig-19.webp Fig. 19 — Display apparatus https://patents.us/images/2026/us12622328/fig-20.webp Fig. 20 — Display apparatus