mycrofft
Still crazy but elsewhere
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- 48
- 48
Further outside the box, make ambulances like MRAP s ?
As I see it the dilemma is thus:
1. You want lots of room to stand up and move around a patient in the ambulance.
2. But you can't do that with a harness etc on.
3. No one wants to wear a Sumo suit and helmet while treating the patient.
4. There is a danger from abrupt maneuvers or collisions to the attendants in back when not secured, and sometimes when they ARE secured due to design flaws.
5. If you have lots of room you have lots of milliseconds/feet to accelerate through before you slam against the other side of the box and you cannot brace for increased-G turns/decelerations below those of an accident.
OK, some ideas, with one prerequisite idea: There is no such thing as 100% safe. The drunk in the intersection deal is not real frequent and somewhat out of your control, so some things like that you can only mitigate.
1. If you treat ONLY before loading you don't need as much room. Win, stabilize or lose on scene. You also shed the trouble with wearing restraints that inhibit movement around the pt. If stabilization slips enroute, you pull over. This is OK but there are cases where getting to the hospital makes the best sense for the pt's condition. Not kamikaze runs, just "Get there" cases.
The obverse to this is to keep cabin space to a minimum necessary.
2. If the vehicle is driven safely, defensively and at lower speeds, the incidence of flying attendants will be lower. Dangers can be seen and reacted to in a safer manner by the driver.
3. Utilize the same NHTSA principles in the box as the cockpit. Pad over, round-off, eliminate, recess into the walls, make the interior safer. Non-skid floors, air bags, patient care "boxes" with crumple zones.
Adopting some of each of these will help, but I think the biggest common best practice is to cut the speed down.
As I see it the dilemma is thus:
1. You want lots of room to stand up and move around a patient in the ambulance.
2. But you can't do that with a harness etc on.
3. No one wants to wear a Sumo suit and helmet while treating the patient.
4. There is a danger from abrupt maneuvers or collisions to the attendants in back when not secured, and sometimes when they ARE secured due to design flaws.
5. If you have lots of room you have lots of milliseconds/feet to accelerate through before you slam against the other side of the box and you cannot brace for increased-G turns/decelerations below those of an accident.
OK, some ideas, with one prerequisite idea: There is no such thing as 100% safe. The drunk in the intersection deal is not real frequent and somewhat out of your control, so some things like that you can only mitigate.
1. If you treat ONLY before loading you don't need as much room. Win, stabilize or lose on scene. You also shed the trouble with wearing restraints that inhibit movement around the pt. If stabilization slips enroute, you pull over. This is OK but there are cases where getting to the hospital makes the best sense for the pt's condition. Not kamikaze runs, just "Get there" cases.
The obverse to this is to keep cabin space to a minimum necessary.
2. If the vehicle is driven safely, defensively and at lower speeds, the incidence of flying attendants will be lower. Dangers can be seen and reacted to in a safer manner by the driver.
3. Utilize the same NHTSA principles in the box as the cockpit. Pad over, round-off, eliminate, recess into the walls, make the interior safer. Non-skid floors, air bags, patient care "boxes" with crumple zones.
Adopting some of each of these will help, but I think the biggest common best practice is to cut the speed down.