23: Infant Sleep Positioning Device with Cylindrical Support | Patent Drawing

Overview of the Patent Drawing

This patent drawing illustrates an infant positioned using a sleep positioning device featuring cylindrical supports. The baby is placed between two cylindrical cushions that are positioned along each side of the body, likely intended to prevent rolling or shifting during sleep. The design ensures the infant remains in a secure and comfortable position, promoting safety and reducing the risk of injury or discomfort during rest.

Patent Insight 1: Cylindrical Supports for Safe Sleep Positioning

The two cylindrical cushions are positioned on either side of the infant, providing a gentle barrier that helps keep the baby in place. This design aims to prevent the infant from rolling over, which is particularly important for newborns, as it can reduce the risk of suffocation or other sleep-related hazards. The cylindrical shape allows for easy adjustment based on the infant’s size and comfort.

Patent Insight 2: Ergonomic Design for Infant Comfort

The positioning device ensures that the infant remains in a comfortable and natural sleeping posture. By keeping the baby’s body gently cradled between the two supports, it provides a snug, secure feeling that mimics being held. This ergonomic design can help soothe the baby and promote longer, undisturbed sleep sessions, benefiting both the child and the caregivers.

Patent Insight 3: Versatile and Adjustable for Different Sleeping Environments

The simple yet effective design allows for easy use in various environments, such as cribs, bassinets, or portable sleeping areas. The cylindrical supports can be adjusted or removed as the baby grows or as the sleeping conditions change, making the device versatile and adaptable to different stages of infant development.

Thoughts on the Patent Drawing

The patent for the “Infant Sleep Positioning Device with Cylindrical Support” is a wonderful invention focused on the comfort and safety of babies. The patent drawing shows how this device is designed to securely support an infant’s body, maintaining a stable sleeping position. Ensuring that a baby can rest in a natural and safe posture provides peace of mind for parents. Anyone with experience caring for an infant will appreciate how valuable such a support item can be. Reflecting on when my child was small, I remember the concerns over rolling during sleep, and a device like this would have been reassuring. I hope products like this help reduce the stress of child-rearing by promoting safe and comfortable sleep for babies.

Keywords

infant sleep positioning, cylindrical supports, safe sleep, ergonomic design, adjustable cushions, baby safety

Application of the Technology: Positioning Device for Rehabilitation Support Robots

Purpose

To adapt the technology of the infant positioning device with cylindrical support to develop a device that supports patients’ bodies during rehabilitation. This enables a safe and comfortable environment for physical therapy exercises.

System Components

• Cylindrical Positioning Cushions: Flexible and durable cushions designed to support specific parts of the body (e.g., lower back, knees, arms).
• Dynamic Support Module: Motor-driven mechanisms that adjust the position of the cushions according to the patient’s posture.
• Pressure Sensors: Sensors embedded in the cushions to measure pressure distribution and monitor posture in real time.
• Control Interface: A touchscreen interface for medical staff to optimize the patient’s posture and movements.

Operational Flow

1. Patient Placement: Position the patient on a rehabilitation bed or chair, placing the cushions at the necessary body parts.
2. Dynamic Adjustment: Use pressure sensor data to fine-tune the cushion’s position via the dynamic support module.
3. Exercise Support: During prescribed rehabilitation exercises, the cushions provide stable and comfortable support to the patient’s body.
4. Progress Monitoring: Use the control interface to review motion data and adjust the therapy plan accordingly.
5. Maintenance: Clean the cushions and check the sensors after use to ensure readiness for the next session.

This system is designed to reduce physical strain on patients and improve the quality of rehabilitation therapy.