Basic design flaw

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dyob

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with the atomizer in front of cartridge, the e liquid is going against the flow of air leaving the cig to reach the atomizer. If the cartridge, with a metal casing, that would conduct electricity, was attached to the battery and the atomizer attached to the cartridge, the fluid would be going with the flow of air leaving the cig to reach the atomizer
 

Scottbee

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You may not realize this.. but the air doesn't flow through the reservoir section of the cartridge. It flows around it. (Take a long hard look at the cartridge design and I think you'll see what I mean). The design of the atomizer is such that there is actually a low pressure zone generated at the bridge-to-cartridge interface (venturi effect), and that does help to draw liquid out of the cartridge (cartomizer designs excluded). It's more technologically advanced than it may look.
 

RedZone

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In a perfect world, a built in "plunger" type of process integrated into a standar cart/atty/battery setup, ie; a 510 would be the perfect engineering. With the "plunger" opening, and dripping a single drop of juice, "on demand" directly on to the "Atty" coil. No waste, best flavor possible, etc. etc. etc.

At home, size of the apparatus isn't a real concert to me. But on the go, I want something that is small enough to fit into my pocket, no bigger than a 510. I want it to easily carry enough juice, and be able to deliver it, without fussing with constant refills all night long.

A friend of mine who is great with modding most anything, has been working on such an engineering mod. He expects to have a working proto-type within a week, or so. The plunger process is already functional. Integrating it all into a one piece sleeve that fits in between a standard 510 cart and atty, and properly sealing the cart reservoir is what he is currently working on. The two vent holes on the 510 cart have been the biggest road block for his re-engineering, but I'm confident he'll find a solution.
 

quasimod

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Not likely, the sequencing is still the same - batt, atty, cart.

I pulled one apart, and it looks to me like the juice-soaked cart filler is actually surrounding the heating element, with the air flowing through an opening in the center. If the heating element were just in the bottom of the cartomizer, with the filling on top of that, I would agree with you.
 

Scottbee

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I pulled one apart, and it looks to me like the juice-soaked cart filler is actually surrounding the heating element, with the air flowing through an opening in the center. If the heating element were just in the bottom of the cartomizer, with the filling on top of that, I would agree with you.

Once again, the vapor does NOT flow through the filler.. in either a cartomizer or in a 3-piece design.
 

quasimod

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Huh? I said:

[...] with the air flowing through an opening in the center. [...](emphasis added)

Then you said:

Once again, the vapor does NOT flow through the filler.. in either a cartomizer or in a 3-piece design.

I didn't say it flowed through the filler.

I'm also not positioning myself as an expert on the matter. As I mentioned, I've pulled apart a grand total of ONE cartomizer.
 
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Scottbee

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Vapor draws off the heated atty, through vent holes on the side of the cartridge near the atty, into two hollow sleeves outside the cartridge reservoir, and then out through the end of the mouth piece.


How it is mechanically done varies from model to model (single passage, concentric tubes, etc..)... but conceptually, you've got it!
 

quasimod

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Maybe you guys can correct my assumptions, then. The cartomizer that I pulled apart seemed to work something like this:

4209511178_f432c31b7c_o.gif


Heating element towards the middle of the long axis, in the center of the tube.

Filler surrounding the heating element.

Airflow through THE CENTER of the tube, inside the heating element, inside the filler.

Am I missing something, here? Did you guys dissect a different kind of cartomizer? How did it work? What did it look like? Got any pics or diagrams?
 
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