Question

Time to communicate w/control center while on ground

cannot exceed 45 minutes (ground ambulance)

Answer 1

The time allotted for communication with the control center while the ground ambulance is on the ground cannot exceed 45 minutes.

Explanation:

In emergency medical services, efficient communication between the ground ambulance and the control center is crucial for patient care and coordination. The stipulation that the time for this communication cannot exceed 45 minutes emphasizes the importance of timely and effective information exchange. This time constraint is likely established to ensure swift decision-making, coordination of resources, and prompt responses to the dynamic needs of emergency situations.

The 45-minute limit is likely based on considerations of the average time required for pre-hospital activities, including patient assessment, stabilization, and preparation for transport. It allows for a reasonable window within which communication with the control center should be completed, enabling the ambulance team to focus on immediate patient needs and transport logistics. Adhering to this time restriction helps maintain a balance between efficient communication and on-the-ground actions, contributing to the overall effectiveness of emergency medical services.

In practice, this time limitation underscores the need for streamlined communication protocols, efficient use of technology, and well-trained personnel. It ensures that critical information is relayed promptly, contributing to better patient outcomes and the overall success of emergency response operations.

Answer 2

The communication protocols for ground ambulances to prevent interference with essential equipment that shares radio frequencies with mobile phones.

Step-by-step explanation:

The protocols for communicating with a control center while on the ground using a ground ambulance, noting that this time should not exceed 45 minutes. It touches on the broader topic of electromagnetic interference in critical communication environments, such as between ambulances and control centers or on airplanes and hospitals.

One reason for these protocols is to prevent interference with essential equipment that operates on similar radio frequencies as mobile phones. The concern is that communications or medical equipment operating in these environments could be compromised by signals from devices that use frequencies around 1.9 GHz, which is within the range used by mobile phones.