Abstract: A portable airway clearance system utilizing adaptive suction control, modular architecture, and intelligent patient profiling is disclosed. The system includes a suction mechanism configured to generate negative pressure, an airflow pathway, and control circuitry configured to modulate suction according to a time-varying suction profile. The system supports multiple suction generation mechanisms, including diaphragm pumps and propeller systems, and utilizes nonlinear waveform modulation for effective and safe airway obstruction removal. In certain embodiments, sensor inputs are used to dynamically adjust or terminate suction, and patient classification is used to constrain operation within predefined safety limits.

Abstract: The invention relates to a method and an apparatus, termed the “CapsuleProbe”, adapted from the capsule endoscopy technology for cervical and/or vaginal examinations. The CapsuleProbe features a capsule endoscope enclosed in an elongated cylindrical housing designed for easy insertion into the vaginal canal. This device provides a minimally invasive and user-friendly option for patients as well as enhanced visualization of the cervix for healthcare providers. With its substantially minimized dimensions comparing to existing medical devices for cervical and/or vaginal examinations, this device improves feasibility, accessibility, and patient comfort significantly, particularly for postmenopausal women and those suffering from vaginal atrophy, by reducing or eliminating procedure-related pain and/or bleeding from the tearing of vaginal walls caused by existing medical devices used for cervical and/or vaginal examinations.