Green Maned Lion
Engineer
Good heavens, no. Why would we torture handicapped passengers with the drunken idiots that seem to populate SSLs at night?
My original idea for a wheelchar lift included an option to have an external lift at selected stations so handicapped pax could move to/from an H room to the SSL and/or the diner at those stops by going along the platform. This would be possible at stations where the train is there for a crew change or equipment service. The pax might have to reserve for the move to assure adequate staff, but it would be better than nothing. Planes use lifts likt this to load handicapped pax at airports that don't have jetways (like Bermuda). Re the narrow halls on upper levels. Some wheelchair users can use a "hall chair" which is a limited use narrower type of wheelchair. I know these fit the aisles on most airliners, so they are pretty narrow. With a combination of an external lift with a "port" on the side of the train and a hall chair, Amtrak could accomodate a population who don't have as many travel options as the average person.
That's a really good point that I hadn't thought of - the lift would have to be a part of the car, which I doubt will be able to be fit in there.I think the issue would be being able to exit those cars in an emergency.
The external door wouldn't work, I don't think. I think they'd never get it past safety standards. But in the Sightseer, where space isn't truly at the premium it is elsewhere, a lift might be possible. They could be wheeled at even a normal service stop to the car, board it, and use the internal lift to get up once the train is in motion.My original idea for a wheelchar lift included an option to have an external lift at selected stations so handicapped pax could move to/from an H room to the SSL and/or the diner at those stops by going along the platform. This would be possible at stations where the train is there for a crew change or equipment service. The pax might have to reserve for the move to assure adequate staff, but it would be better than nothing. Planes use lifts likt this to load handicapped pax at airports that don't have jetways (like Bermuda). Re the narrow halls on upper levels. Some wheelchair users can use a "hall chair" which is a limited use narrower type of wheelchair. I know these fit the aisles on most airliners, so they are pretty narrow. With a combination of an external lift with a "port" on the side of the train and a hall chair, Amtrak could accomodate a population who don't have as many travel options as the average person.
Agreed.As for emergancies, pfui. In an emergancy, a handicapped person could simply be carried. Under normal circumstances, that would be less than ideal (to put it lightly!) but in an emergency...
For emergencies trains could do what planes do - have a fold-up ramp made of cloth or rubber or something. You sit or lie on it and slide to the ground. That's how everyone gets off over the wing of a plane, not just people with handicaps.Agreed.As for emergancies, pfui. In an emergancy, a handicapped person could simply be carried. Under normal circumstances, that would be less than ideal (to put it lightly!) but in an emergency...
Before the Towers fell on 9/11, a least a few people confined to wheelchairs were carried down the stairs and to safety. Their chairs didn't survive, but I don't think that any who were saved are complaining too much about that. Especially under those tragic circumstances were so many others, most able bodied, didn't make it.
I can't imagine how that ramp would work on a train, but you might have something there.For emergencies trains could do what planes do - have a fold-up ramp made of cloth or rubber or something. You sit or lie on it and slide to the ground. That's how everyone gets off over the wing of a plane, not just people with handicaps. I agree a port for an external lift would need to be on both sides. I had not thought of that. However, I still think it could be secure. Again, they do this on planes. If a loading port can be secure thousands of feet in the air, I think it can be designed for 120 mph on the ground. But if GML thinks a lift could fit in the SSL internally, that would be great, too. But again, it would have to be accessible from both sides of the train if you planned to wheel pax to/from it along the platform at a station.
Sure looks like it.GML, Does the SSL have a set of doors downstairs?
The airline escape ramps are inflatable, like life-rafts sort of. They ask people to remove shoes, especially high heels, before using them on the safety instruction cards. The ramps is rolled up in a spot under an emergency escape (push-out) window. When needed it is deployed out the window and people slide to the ground and walk away. Obviously a handicapped person might need help getting on the ramp or walking away at the bottom, but it would be an improvement over havng to be carried.I can't imagine how that ramp would work on a train, but you might have something there.For emergencies trains could do what planes do - have a fold-up ramp made of cloth or rubber or something. You sit or lie on it and slide to the ground. That's how everyone gets off over the wing of a plane, not just people with handicaps. I agree a port for an external lift would need to be on both sides. I had not thought of that. However, I still think it could be secure. Again, they do this on planes. If a loading port can be secure thousands of feet in the air, I think it can be designed for 120 mph on the ground. But if GML thinks a lift could fit in the SSL internally, that would be great, too. But again, it would have to be accessible from both sides of the train if you planned to wheel pax to/from it along the platform at a station.
Security has nothing to do with the safety issue I was referring to, though, Sue. It has to do with the structural integrity of the car. You are putting a pair of large openings in the upper area of the car. What that would do in a collision is possibly create a point of serious structural weakness. The car could conceivably accordian around that point. The doors in Superliners are located where they are partially because of a keystone effect provided by the rest of the cars structure.
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