As the core equipment for critical care diagnosis and treatment, the functional design of the ICU intensive care unit directly affects the efficiency of diagnosis and treatment as well as patient safety. Recently, a new type of ICU intensive care bed has been officially put into clinical use. With the advantages of "multi-parameter monitoring, multi-functional integration and high stability", it provides more precise support for the treatment of critically ill patients. ​
In terms of the integration of diagnostic and therapeutic functions, the ICU intensive care unit integrates a multi-parameter monitoring module beneath the bed surface, which can monitor the patient's heart rate, blood pressure, blood oxygen saturation and other vital signs in real time. The data is wirelessly transmitted to the medical staff workstation. When the parameters are abnormal, an automatic alarm will be triggered, with a response time of less than 10 seconds. The side of the bed is equipped with a retractable medical equipment bracket, which can fix ventilators, infusion pumps, defibrillators and other devices. The height and Angle of the bracket can be freely adjusted to ensure that the distance between the equipment and the patient is suitable for the diagnosis and treatment needs. ​
In terms of the bed surface adjustment function, this monitoring bed supports more precise parameter control. The back tilt Angle ranges from 0 to 85°, and the leg lift range is from -10 ° (downward) to 45° (upward). The entire bed surface can be adjusted forward and backward with a tilt Angle of ±15°, which is convenient for medical staff to perform operations such as postural drainage and cardiopulmonary resuscitation. The bed surface is driven by electric hydraulic power, and the adjustment process is smooth without obvious jolts, avoiding discomfort to patients caused by rapid changes in body position. ​
Safety design is the key point of this monitoring bed. The bed frame is made of thickened cold-rolled steel, and the welding points have undergone flaw detection to ensure structural stability. The bedside guardrail is designed with double-layer protection, reaching a height of 40cm. The spacing between the guardrails is less than 6cm to prevent patients' limbs from getting stuck. The bed is equipped with 6 universal wheels at the bottom. The wheel locks adopt a double braking design. After braking, the bed position movement is less than 2mm, ensuring the safety of patients during medical treatment operations. In addition, the surface of the bed is treated with an antibacterial coating, which has an antibacterial rate of 99% against Escherichia coli and Staphylococcus aureus, reducing the risk of cross-infection.