In hospital emergency departments, many critically ill patients require non-invasive assisted breathing. But when a patient is unconscious or semi-conscious, their body can move unpredictably. These involuntary movements—especially of the head, neck, and shoulders—can twist the airway, block breathing, and even endanger the patient's life. Existing equipment often fails to address this critical issue, compromising care during these life-saving interventions.
The Solution
This invention is a specially designed breathing support bed that keeps a patient’s head, neck, and shoulders securely in the correct position. It prevents dangerous movement by using adjustable supports and fixations that are both safe and comfortable. The system includes:
- A head and neck alignment support, ensuring the airway stays open.
- A shoulder-fixing mechanism that gently locks the shoulders in place to prevent twisting.
- A folding and height-adjustable bed surface that makes it easier to transfer patients and adjust positions.
What Makes It Unique
Unlike typical hospital beds, this device includes a screw-controlled mechanism that precisely adjusts side supports to match the patient’s body size. It also features inflatable air cushions to gently support the neck without putting pressure on arteries—preventing further complications. A servo motor helps tilt the upper body for easier access and movement, improving patient handling.
Tangible Benefits
- Maintains clear airways during emergency breathing.
- Reduces risk of life-threatening movement in unconscious patients.
- Increases comfort with adjustable supports and cushioned neck rests.
- Speeds up patient handling and transfers in busy ER settings.
- Suitable for a wide range of body sizes and builds.
Broader Impact
By improving the safety and reliability of emergency breathing, this device can save lives, reduce complications, and enhance the efficiency of emergency departments—especially in high-pressure, high-turnover environments. It supports better outcomes for patients and smoother workflow for medical teams.