Humanized design of basket stretcher: anti-slip, stability and comfort

In emergency medical rescue, the design of basket stretcher is crucial as a key tool for transporting patients. It not only needs to be able to quickly and safely transfer patients from dangerous or uncomfortable environments, but also needs to provide patients with maximum comfort and stability during transportation. To this end, the basket stretcher has been carefully designed in many aspects such as the basket surface, mattress, handle and grip, incorporating advanced concepts such as anti-slip materials and ergonomic principles.

The anti-slip design of the basket surface and mattress is one of the important features of the basket stretcher. In order to ensure that the patient will not be injured due to sliding during transportation, the basket surface and mattress of the stretcher may use special anti-slip materials. These materials usually have an excellent friction coefficient, which can effectively prevent the patient from sliding due to bumps or tilts. At the same time, these anti-slip materials also have good wear resistance and durability, and can maintain excellent anti-slip performance after long-term use and frequent cleaning.

In addition to the anti-slip design, the handle and grip of the stretcher are also designed to ensure the stability and safety of medical staff during transportation. The surface of the handle and grip may be covered with non-slip rubber or other non-slip materials, which can increase the friction between the medical staff's hands and the handles to prevent loss of control due to hand slip during transportation. In addition, the shape and size of the handle and grip are also carefully designed to ensure that medical staff can hold them easily and comfortably, reducing fatigue caused by long-term transportation.

The basket body design of the basket stretcher also follows the principles of ergonomics, aiming to provide patients with a more comfortable and stable transportation experience. The shape and size of the basket body are carefully calculated to disperse the patient's weight and reduce the pressure and discomfort during transportation. At the same time, the edges and corners of the basket body are also rounded to avoid scratches or collisions to the patient during transportation.

In order to improve the comfort of the patient, the mattress of the stretcher is also made of soft and breathable materials. These materials not only provide sufficient support, but also maintain the breathability and moisture absorption of the mattress, preventing patients from feeling stuffy or damp when lying on the stretcher for a long time. In addition, the cleaning and disinfection of the mattress are relatively simple, which can ensure a clean and hygienic transportation environment for patients during emergency rescue.

The basket stretcher has been carefully designed in terms of the basket surface, mattress, handle and grip, incorporating advanced concepts such as anti-slip materials and ergonomic principles. These designs not only improve the safety and stability of the stretcher, but also provide patients with a more comfortable and warm transfer experience. In the future development, we expect the basket stretcher to continue to innovate and improve, and contribute more to the cause of emergency medical rescue.