^ The computer calculates the estimated time it will take the occupants to finish their conversation and adjusts velocity accordingly.Turbolifts take as long to get where needed as the conversation the occupants are having last.![]()
I think this would make an interesting thread in of itself; something like Longest or most Memorable Turbolift Moments.There's an epic turbolift scene in one episode of DS9 (forgot which one). It must last 3-4 minutes easily... on the Defiant.![]()
Umm, yeah right. They fill up all the turboshafts with water so that little submarine-like cabins can go through them with turbines.I'm confused...?
Everyone's talking like turbo is another word for fast. Turbo means turbine driven or turbine powered. It's occasional use as a slang term for fast, particularly in advertising terms is unlikely to survive until the 24th century.
I just figured they were driven by a turbine system.
I'm confused...?
Everyone's talking like turbo is another word for fast. Turbo means turbine driven or turbine powered. It's occasional use as a slang term for fast, particularly in advertising terms is unlikely to survive until the 24th century.
I just figured they were driven by a turbine system.
The turbo-elevators operate in a way similar to huge pneumatic tubes, each elevator independently turbine-driven, controlled by computer-activated relays in the shaft that control and direct the air pressure created by the turbines.
A jet aircraft is turbine-powered, and it doesn't travel through water.Umm, yeah right. They fill up all the turboshafts with water so that little submarine-like cabins can go through them with turbines.
Antiquated? I hardly think so. We still speak of turbojet and turboshaft engines, turbochargers, and turbo-electric power. Those terms are hardly obsolete.Au contraire, I would argue that turbo is rarely used as turbine driven (I never even knew that it meant that before). Oxford's Dictionary of Current English has turbo listed as a prefix for quick or rapid, without the “[slang]” tag. It is far more likely that turbo only survives with its meaning of “quick” into the 24th century because that is what it is most commonly, if not almost exclusively, used as. “Turbo” for “turbine driven” seems to be pretty antiquated already, I don't see why it should carry into the 24th century.
That's what I always figured -- the handles were for passengers to steady themselves against rapid acceleration and deceleration, especially when the elevator car was moving sideways. Like the grab poles and straps on buses and subway cars.In TOS the turbolifts were supposed to be really fast. That's why they had to hold onto those handles.
I always assumed that starship elevators were called “turbolifts” because they were turbine-powered, not because they were fast.
According to TMOST:
A jet aircraft is turbine-powered, and it doesn't travel through water.Umm, yeah right. They fill up all the turboshafts with water so that little submarine-like cabins can go through them with turbines.
Antiquated? I hardly think so. We still speak of turbojet and turboshaft engines, turbochargers, and turbo-electric power. Those terms are hardly obsolete.Au contraire, I would argue that turbo is rarely used as turbine driven (I never even knew that it meant that before). Oxford's Dictionary of Current English has turbo listed as a prefix for quick or rapid, without the “[slang]” tag. It is far more likely that turbo only survives with its meaning of “quick” into the 24th century because that is what it is most commonly, if not almost exclusively, used as. “Turbo” for “turbine driven” seems to be pretty antiquated already, I don't see why it should carry into the 24th century.
In any case, I don't care what that limey dictionary says.
The prefix turbo means pertaining to turbine power or turbine engines. I've never heard it used as a synonym for “fast” outside of a slang or advertising context.
A vehicle that uses a turbine as its mode of propulsion IS turbine powered by definition, is it not?Ultimately, a lot of things are turbine-powered, but that doesn't associate well with turbine-powered, if you know what I mean. Just because something contains a turbine as a component doesn't really mean that it is turbine-powered. That kind of logic would indicate that all steam engines are bolt-powered, and all cars screw-powered.A jet aircraft is turbine-powered, and it doesn't travel through water.
Perhaps, perhaps not. But you said:Let's look at that list of things again. Turbojet, turboshaft engine, turbochargers and turbo-electric power. Do you think any of these will realistically still exist and be in active appliance during or after the 22nd century?
I agree, equipping each lift car with a small turbine engine would probably be impractical and wasteful of energy. But with regard to Trek TOS, we're talking mid-1960s concepts of future technology. Turbines were very futuristic in the ’60s. By now, all our cars should have them.Let's face it, a lift being turbine-powered would be retarded. It would waste much less energy and generally be more beneficial (thinking in terms of air pressure adjustments etc.) if the lifts were driven magnetically, with graviton flux or the same kind of technology which powers Star Trek hovercars.
A proud Yank who talks reg’lar Englich, that's who!That “limey dictionary” in fact was the first dictionary ever to exist in Western society and has been setting the standard for the English language for over three centuries. Who are you to spit in its face?In any case, I don't care what that limey dictionary says.
I think most of us non-Brits are aware of that fact. We didn't just fall off a turnip truck, you know.The British term for elevator is Lift.
I think most of us non-Brits are aware of that fact. We didn't just fall off a turnip truck, you know.The British term for elevator is Lift.
Although both “lift” and “elevator” aren't really accurate terms for a conveyance that goes down as well as up! Sideways is another matter altogether.
The "lift" part of "turbolift" makes less sense than the "turbo" part, since the cars move both horizontally and vertically.
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