Infant Protective Vest for Preventing Self-Dislodgement of Medical Lines
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Solution Overview
Problem
Current swaddle products fail to adequately secure infants from self-dislodging medical life-sustaining supply lines or equipment, while also supporting proper body, hands, and arms alignment, which is essential for preventing unplanned extubations and promoting healthy brain development through tactile stimulation.
Innovation Solution
A protective vest device designed to prevent self-dislodgement of medical supply lines by securely fastening around the infant's torso without covering their hands and arms, allowing for free movement and proper alignment, while maintaining the hands in a crossed position to facilitate tactile stimulation and prevent self-extubation.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If current swaddle products are used to contain the infant's arms, then the infant is protected from self-dislodgement of medical equipment, but the infant's ability to move hands and arms freely is restricted, inhibiting tactile stimulation and brain development
Solution Approach 1:
The protective device is divided into distinct functional zones: a containment portion that secures the torso and prevents self-dislodgement, and an open hand/arm region that allows free movement. This segmentation enables different parts of the device to serve different purposes - protection where needed and freedom where development is prioritized.
Solution Approach 2:
The device applies different levels of constraint to different body parts: full containment for the torso to prevent equipment dislodgement, but complete openness for the hands and arms to allow tactile exploration and developmental movement. This local differentiation resolves the contradiction between protection and development.
2Reliability
If the protective device encloses the hands and arms, then self-extubation is prevented, but proper alignment and tactile stimulation necessary for brain development are inhibited
Solution Approach 1:
The device separates the containment function (torso enclosure) from the movement function (open hands and arms), allowing each region to be optimized for its specific purpose without compromising the other.
Solution Approach 2:
The protective portion is configured to fold over and enclose the torso in a way that creates three-dimensional containment while leaving the hand and arm regions open, adding spatial dimensionality to the protection strategy.
3Reliability
If the device is designed to fully contain the infant's arms, then unplanned extubations are reduced, but the infant's ability to explore and develop neuronal pathways through tactile stimulation is restricted
Solution Approach 1:
The device implements localized protection where it is most critical (torso and medical equipment attachment points) while maintaining openness in regions essential for development (hands and arms), allowing the infant to maintain tactile exploration capabilities.
Solution Approach 2:
The protective portion is designed to be dynamic in its configuration, folding over and enclosing the torso while allowing the hands and arms to move freely within the open space, adapting to the infant's developmental needs while maintaining protection.
Data Source
AI summary
A protective vest device that will adequately secure an infant from the ability to self-dislodge medical life-sustaining supply lines or equipment, while also supporting proper body alignment. The protective device mitigates self-dislodgement while allowing for free movement and proper alignment of infant's arms and hands and which are allowed to touch one another, thereby not inhibiting the ability to explore and expand brain development through tactile stimulation and therefore fostering healthy neuronal pathways of the infant. The fostering healthy neuronal pathways is provided by, for example, allowing the hands to touch one another as the infant develops a sense of where it is in space and time as it continues to grow outside of the womb. By maintaining proper body alignment of infant in the device and the configuration of the device, the device supports healthy musculoskeletal development with a stretchy womb like material to mimic the spring back effect of the uterine wall when a fetus pushes against a uterus.