I call it ADP Mod.. Auto Drip Mod! in Tips and Tricks; Re: the two piece foam solution.
I had played with a similar idea after I had taken a KR808D-1 cartomizer ...
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11-02-2009, 08:51 PM
#151
PV Master
ECF Veteran
Re: the two piece foam solution.
I had played with a similar idea after I had taken a KR808D-1 cartomizer apart. They use a tightly woven inner layer wrapped around the coil, and this acts as a wick and buffer between the coil and the outer sleeve of loose poly. I filled a cart up with the standard poly, and then capped it with the material from the KR inner layer. As it turns out, if you have the top "plug" of the tightly woven stuff, then you don't need the standard loose poly below it at all. The "spring mod" just further reinforces that idea. The lower level can just be pure liquid. You just need the "membrane" layer between the liquid and the atty bridge mesh to keep it from leaking and flooding.
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11-02-2009, 08:51 PM
#152
Senior Member
ECF Veteran

Originally Posted by
NightShadow
I have a suggestion for this, think it sounds possible?:
For the course material possibly use the fish tank sleeves then the normal cart filler on top, and spin a sring down through them both to get them attached. I am suggesting the blue foam as unless you cut the foam larger than the cart it is very porous, and does not stop a leak untill compressed further by using a larger section.
Just add spring in the middle of the pic above for finished product.
Spining the spring through both before insertion is probably the best way, then insert the completed assemly into the cart.
Glue wouldnt be a good idea lol, as bond material/method needs to be porous, hence the idea of using a spring. Another aproach might be to use some sort of mesh or bar on the top to hold everything in, but I cant think of an ideal mesh (or method to get mesh to stay in), and the bar idea would either need to be glued in place (not good) or have micro holes drilled in the side of cart ( more work than I feel this warrants lol) to slide the bar(s) through.
Any filler will displace volume which can be used by fluid. I have done this idea with the foam, compress more toward the top, leave the bottom more porous. It works good, but the horizontal spring rules. I think the spring itself is wicking the fluid to the foam/poly. It also captures the fluid in between the coils when the cart is going low. The rounded surface allows for the foam mesh/poly to be tucked in on the sides. The spring also conducts some heat to allow more fluidity of the juice. All around, I can not think of a better untensil than the spring to use here. Now, the material, not sure. I do know they use different materials to make springs, including materials that do not contain metallic substances.
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11-02-2009, 08:55 PM
#153
Inactive Supplier
ECF Veteran
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11-02-2009, 08:56 PM
#154
Senior Member
ECF Veteran
Does anyone have a JOYE contact? They should make a new aftermarket cart based on this idea, with the flip top cart so filling it back up is easy, a built in "spring" to stop the poly-fill and hold it into the flip top area.
I cant imagine it would cost that much more to produce than the stock cart. And I'm sure all of us would gladly pay a bit more for carts that worked right out of the box.
Man I would love to have carts like that.
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11-02-2009, 08:57 PM
#155
I am trying the spring mod today and so far it is working great. I am a n00b and just went full time on e-cigs (have a Joye 510) on Friday. LOL I am already looking into getting a SB or a Protege as I am going through batteries like crazy. I just love all the great tips and tricks yall have come up with and everyone is so eager to share. Thanks
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11-02-2009, 09:08 PM
#156
Accessories Supplier
ECF Veteran
I used a drinking straw cut to length instead of a spring or the cut piece from the rubber cap. Displaces less liquid than the rubber piece and no metal to corrode.
I also used a piece of a greenie scrubber for the plug - BUT don't use the green ones. I switched to the BLUE NON-SCRATCH as they don't contain abrasives embedded in them!! Press the cart mouth on the greenie and it leaves an impression to cut around. Just make it slightly larger, so it seals the opening. The liquid chamber itself never gets hot, so no worries about the straw melting.
Last edited by kristin; 11-04-2009 at 04:53 PM.
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11-02-2009, 09:09 PM
#157
Inactive Supplier
ECF Veteran
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11-02-2009, 09:10 PM
#158
PV Master
ECF Veteran

Originally Posted by
Lashes
Does anyone have a JOYE contact? They should make a new aftermarket cart based on this idea, with the flip top cart so filling it back up is easy, a built in "spring" to stop the poly-fill and hold it into the flip top area.
I cant imagine it would cost that much more to produce than the stock cart. And I'm sure all of us would gladly pay a bit more for carts that worked right out of the box.
Man I would love to have carts like that.
Heck... you really don't need a spring. Just a couple of "cross bars" molded into the original design to keep the poly at the correct elevation, and you're done. Early in this thread somebody posted an idea about putting two staple bars across the cart.... this will actually work well, it's just harder to make than dropping a spring down in there.
P.S. If the poly is part of the "flip top", then you don't need a bar or a spring or anything. The rest of the cart can just be an empty well.
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11-02-2009, 09:14 PM
#159
PV Master
ECF Veteran

Originally Posted by
kristin
I used a drinking straw cut to length instead of a spring or the cut piece from the rubber cap. Displaces less liquid than the rubber piece and no metal to corrode.
I also used a piece of a greenie scrubber for the plug. Press the cart mouth on the greenie and it leaves an impression to cut around. Just make it slightly larger, so it seals the opening. The liquid chamber itself never gets hot, so no worries about the straw melting.
Kristin,
How thick is that scrubbie pad?
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11-02-2009, 09:19 PM
#160
Accessories Supplier
ECF Veteran

Originally Posted by
Scottbee
Kristin,
How thick is that scrubbie pad?
It varies 3-5mm from the edge to the center of the pad. It can be compressed to be about 3mm.
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