Quiavolo Group is a company dedicated to manufacturing car seats with a focus on child safety. Traditionally, car seats are known as CRS (Child Restraint Systems), whose main purpose is to protect children in the event of an accident by securing them securely inside the vehicle.
However, at Quiavolo Group we have gone a step further with the introduction of a new car seat concept: the SRSI (Child Restraint and Rescue System). This new system includes all the safety features of the CRS, but adds a crucial innovation. The SRSI designation is characterized by the incorporation of a patented device (ES 130647 U) inside the seat, which allows rescue personnel, such as firefighters or specialized medics, to safely extract an immobilized child without having to remove the seat from the vehicle. This not only speeds up the rescue process but also reduces the risk of further injury during extrication.
It also allows the transfer to the hospital in an approved manner and because it has no metallic components inside, radiological tests can be performed without removing the device, since it is radiotransparent.
Our 3M model is the first to have this patented device inside (ES 130647 U), earning it the SRSI designation. With this model, we not only offer the traditional safety of the CRS, but also We guarantee a faster and safer response in emergency situations, further protecting the lives and well-being of children.
Background of the Invention
There are devices on the market that allow a child to be restrained inside a CRS, but these are limited to keeping the child secured in the CRS, which does not facilitate independent removal. Examples of these devices are models ES2574501, ES1287094, and WO2020260553, which use straps and webbing to immobilize the child's head, torso, and legs, but require the entire CRS to be removed from the vehicle to evacuate the child.
The present device, in contrast, is designed to immobilize the child independently, allowing direct extraction without having to remove the child restraint seat, which represents a crucial advance in terms of safety and efficiency in emergency situations. Furthermore, this device is integrated into a child restraint seat, which is an advanced and patented system (ES130647U), characterized by its ability to safely extract the immobilized child without having to remove the seat from the vehicle, thus facilitating rescue maneuvers.
Explanation of the Invention
The pediatric immobilization and extrication device consists of two main parts: an upper part and a lower part, both made of 1,5 mm thick polypropylene to ensure the necessary strength and rigidity. The upper part attaches to the headrest of the CRS, while the lower part anchors to the chassis, covering the lumbar area and seat.
The device fits discreetly between the frame and the CRS padding, remaining hidden from view when the CRS is fully assembled. The top piece has a Velcro strap to immobilize the child's head, and the bottom piece has two additional straps to immobilize the chest and legs. These straps pass through strategically placed holes in both pieces, allowing for precise and secure fit.
During a rescue maneuver, the fabric and padding of the CRS are removed, wrapped around the child, along with the device's straps. Rescue personnel then cut the CRS straps, allowing the immobilized child to be removed without having to move the entire CRS. This process significantly reduces the risk of causing additional injuries and allows for faster and more effective intervention.
Advantages of the Device
Reducing Additional Injuries: By allowing the child to be removed without removing the CRS, unnecessary movement that could aggravate existing injuries is minimized.
Speed of Intervention: The ability to quickly extract the child without having to maneuver the entire CRS is crucial in emergency situations.
Facilitation of Medical Evaluation: This design allows for quick access to the child, facilitating immediate medical evaluation and safe transfer to the hospital.
Universal Compatibility: The device is designed to be compatible with most models and types of SRI, ensuring its usefulness in a wide variety of situations.
Radiolucent Materials: Lacking metallic components, the device allows radiological testing to be performed without having to be removed, which is essential for immediate medical evaluation.
Description of the drawings
The drawings accompanying this description illustrate the device's features in a non-limiting manner. Views of the device, its individual components, and its integration with a CRS are shown to facilitate understanding of its design and operation.
Preferred Embodiment of the Invention
The preferred configuration of the device involves a precise assembly of the upper and lower parts, with a click-type anchoring system that ensures proper attachment to the SRI. The straps are designed to fit optimally to the different parts of the child's body, ensuring effective and safe immobilization.
In short, this pediatric immobilization and extrication device for child restraint and rescue systems represents a significant advance in child safety during rescue maneuvers, improving child protection and facilitating the work of emergency personnel.
If you want to know more, you can also download the patent at the following link: https://quiavolo.com/wp-content/uploads/2024/08/Patente-ES-1306047_U.pdf
