Vision Vivi Nova 3.5ml V3 tank Adaptation (mod) for using a Glass Tube tank
I came up with this Concept Design so people can use ANY Flavor without having to worry about Cracking or Melting, and still have a Clear Tank you can easily see though. It will not Crack, Melt, or become Discolored from using ANY Flavorings, including Citrus or Cinnamon Red Hots, though I cannot speak for O-Ring wear.
My Word Document Formatting was not preserved when I Copied and Pasted, so this image may be rather small. I uploaded the Word Document, so I hope you'll be able to find it.
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The Top Cover will accommodate a Standard 510 Drip Tip. The bottom Post of it is Threaded to “Screw In” to the Atomizer Cartridge, thus holding the Assembly together.
In this Drawing, the Threaded Post on the bottom of the Top Cover is shown deliberately of a lot smaller Diameter than the Atomizer Head, so the Top of the Atomizer Head can have a very Thick Wall for Threading.
This Design uses a Glass Tube. No Internal Threading!!!
Glass Tubes are generally Thicker than Plastic Tubes (at least those that I have seen), so this Design may need to be Taller to keep the same overall Diameter, and still hold an appreciable amount of E-Liquid.
This entire Atomizer Head Assembly is much more Heavy Duty than the current design. It is a good bit Larger in Diameter, and much Deeper, though it may not be readily discernable in the Drawing. This is necessary because the slotted section, where the Wicks slide in, has to be Threaded. Therefore, the Threaded section needs to be a lot Thicker to be able to maintain it’s Shape, while still being able to withstand the Pressures of screwing the Top on and off, and be strong enough to Seal the Top and Bottom O-Rings on the Glass Tube. The Atomizer Coil/Wick Assembly itself could be the same original design, with the same removable Metal (+) End Cap and (-) Sleeve to accommodate DIY people who wrap their own Wicks with Kanthal.
I believe that a Thick Stainless Steel Wall would accommodate this Atomizer Head Design. The Atomizer Coil Chamber section (and Air Hole size) could be the same original V3 Diameter to accommodate that original Atty design, and removable Metal (+) End Cap and (-) Sleeve.
This Design has much the same Base as the Vivi Nova V3 Tank System. However, the current Design has Screw Threads inside the Plastic Tube. This Design would not be Threaded, but might be able to use the Same O-Rings on the Top and Bottom to Seal the Glass Tube.
Where the New Atomizer Head Assembly screws into the Base Tower, that Threaded Atomizer Section of the Tower is shown to be much Larger in Diameter than the current design, though it may not be readily discernable in the Drawing. This is to make it more Heavy-Duty, to be able to withstand the Pressures of having to hold the Top and Bottom in place by “Screwing In” the Top Cover tight enough to hold the Bottom on and Seal the Glass Tube. The Atomizer Head Assembly should be a lot more Heavy-Duty on the Tower Thread end, too, as well as the Slotted section. The Air Channel inside the Tower could be the same Diameter as the original (which feeds very well on my eVic), but the whole Tower should probably be more Heavy-Duty, with a Thicker Threaded Wall. Again, Stainless Steel should accommodate.
The flat area of the Top Cover, around the Post Threads, could have a round Channel cut in, which the Top of the Atomizer Head fits into, to help prevent the Atomizer Head’s Threaded, but Slotted, Wick Channel from becoming stressed to the point of losing proper Shape so that it no longer holds tight, and/or strips the Threads.
If such a Channel is cut around the Threaded Post in the Top Cover, it could be a perfect fit on the Inside of the Channel on both sides of the Atomizer Head, but Tapered out (Funneled) coming down toward the Atomizer Head on the Outside Rim, and before the Atomizer meets the Threads, to easily allow the Atomizer to find its way in, and to help keep it True and Round once seated, and even reshape it to True Round, while keeping it tight on, and snug around, the Post Threads as it tightens.
After Thought: A Metal Collar Tube could also be used around the Top Cover’s Threaded Post for reinforcing the Atomizer True-to-Round, so the Plastic Fitting that is currently on top of the Atomizer (that prevents Flooding) may no longer be needed. This is not shown in the Drawing, because it came to me while writing this, and because it would be difficult to display properly anyway, without 3D sectionals. It would, however, probably be best to have it Funnel out also to guide the Atomizer inside, but that may hamper it’s Anti-Flooding purpose. This whole collar tube concept would probably be a nightmare to machine, but could be done in a number of ways. If the tube is long enough, the Atomizer Head could be slightly bullet-shaped to help guide it into a straight, non-Funneled Tube, but still be flat enough at the tip to prevent problems meeting the Drip Tip.
This Cut Channel and/or Collar Tube may not be necessary if the Atomizer Head’s Threaded Wall section is made Thick enough (Sturdy enough), and a Plastic Fitting, similar to the current design, could be used to prevent Flooding, but the Cut Channel (Funneled on the Outside) seems like a pretty good idea.
Considering that the Vivi Nova 3.5ml V3 Tank really only holds just over 2.5ml without covering the Wicks and Flooding the Atomizer Chamber (it’s only metered to 2.5ml), and the fact that Glass Tubes are generally Thicker than Plastic Tubes, this New Design could be Taller and Wider. My Joyetech eVic is about 22mm in Diameter, so that really wouldn't be too large in Diameter for a Tank System, though I would agree that the current size is nice, and fits the eVic narrowed top nearly flush to the sides. However, if a larger Diameter is used, then eGo-T/C users who want something more Modest can still use the Vivi Nova 3.5ml V3 Tank as it is, and those with a larger 18650 Mod Battery Design could have something more Full Sized with a Larger Capacity, and still not be excessively tall. Or maybe Versions with Glass Tubes could be made; one for the eGo Battery in a narrower but longer design, and a wider one for Mod Battery Designs. An actual Storage Capacity of 3.5ml to 4ml in a Glass Tube Design would be appreciated, no matter how it is accomplished.
This is only a Concept Drawing, with my thoughts for Construction, based on what I’ve seen in Glass Tubes, and things like the Genesis RBA designs. I think the Genesis Designs are a bit too tall, with that Top Atty section that screws on being a lot of that height. I may end up with something like the AGA-T, but I think this Vision Vivi Nova V3 Tank Adaptation (or Mod) would make for a much more accommodating size design. The SplitFire is crazy tall, too, and I have to wonder how well those Wicks will feed though the 4 holes in the upper chamber – probably very poorly with 100% VG. The Vivi Nova V3 Tank is a proven design that works well, even with 100% VG, at least until about ½ Tank, but I’ve seen that a #500 SS Mesh Wick in a U shape may solve that. So this Vivi Nova V3 Tank is what I’d like to see Adapted to a Glass Tube Design. Maybe this Concept submission will spawn a whole new design. I am an Electrical Engineer. I’m certain that once a Mechanical Engineer takes on the Project, it will be done in a high-quality design, hopefully with some Over-Design built-in for durability. I hate it when things are designed to the bare minimums, so a little Over-Design would be nice, especially considering that the slotted Wick channels will be the weak point.
Thank you for reading this Glass Tube Concept Design of mine. I really hope a company like Vision will consider making it, to add to their already popular line of quality products. I feel that This could be the answer to all of the Flavor issues (Cracking and Melting Plastic Tubes), with something in proven design like the Vivi Nova V3 Tank System. This Vivi Nova System is already quite versatile, being Rebuildable, and quite sturdy, so if done right, a Glass Tube could only make it better.
100%VG
I came up with this Concept Design so people can use ANY Flavor without having to worry about Cracking or Melting, and still have a Clear Tank you can easily see though. It will not Crack, Melt, or become Discolored from using ANY Flavorings, including Citrus or Cinnamon Red Hots, though I cannot speak for O-Ring wear.

My Word Document Formatting was not preserved when I Copied and Pasted, so this image may be rather small. I uploaded the Word Document, so I hope you'll be able to find it.
~~~~~~~~~~~~~~~~~~~~~~~~~~~~
The Top Cover will accommodate a Standard 510 Drip Tip. The bottom Post of it is Threaded to “Screw In” to the Atomizer Cartridge, thus holding the Assembly together.
In this Drawing, the Threaded Post on the bottom of the Top Cover is shown deliberately of a lot smaller Diameter than the Atomizer Head, so the Top of the Atomizer Head can have a very Thick Wall for Threading.
This Design uses a Glass Tube. No Internal Threading!!!
Glass Tubes are generally Thicker than Plastic Tubes (at least those that I have seen), so this Design may need to be Taller to keep the same overall Diameter, and still hold an appreciable amount of E-Liquid.
This entire Atomizer Head Assembly is much more Heavy Duty than the current design. It is a good bit Larger in Diameter, and much Deeper, though it may not be readily discernable in the Drawing. This is necessary because the slotted section, where the Wicks slide in, has to be Threaded. Therefore, the Threaded section needs to be a lot Thicker to be able to maintain it’s Shape, while still being able to withstand the Pressures of screwing the Top on and off, and be strong enough to Seal the Top and Bottom O-Rings on the Glass Tube. The Atomizer Coil/Wick Assembly itself could be the same original design, with the same removable Metal (+) End Cap and (-) Sleeve to accommodate DIY people who wrap their own Wicks with Kanthal.
I believe that a Thick Stainless Steel Wall would accommodate this Atomizer Head Design. The Atomizer Coil Chamber section (and Air Hole size) could be the same original V3 Diameter to accommodate that original Atty design, and removable Metal (+) End Cap and (-) Sleeve.
This Design has much the same Base as the Vivi Nova V3 Tank System. However, the current Design has Screw Threads inside the Plastic Tube. This Design would not be Threaded, but might be able to use the Same O-Rings on the Top and Bottom to Seal the Glass Tube.
Where the New Atomizer Head Assembly screws into the Base Tower, that Threaded Atomizer Section of the Tower is shown to be much Larger in Diameter than the current design, though it may not be readily discernable in the Drawing. This is to make it more Heavy-Duty, to be able to withstand the Pressures of having to hold the Top and Bottom in place by “Screwing In” the Top Cover tight enough to hold the Bottom on and Seal the Glass Tube. The Atomizer Head Assembly should be a lot more Heavy-Duty on the Tower Thread end, too, as well as the Slotted section. The Air Channel inside the Tower could be the same Diameter as the original (which feeds very well on my eVic), but the whole Tower should probably be more Heavy-Duty, with a Thicker Threaded Wall. Again, Stainless Steel should accommodate.
The flat area of the Top Cover, around the Post Threads, could have a round Channel cut in, which the Top of the Atomizer Head fits into, to help prevent the Atomizer Head’s Threaded, but Slotted, Wick Channel from becoming stressed to the point of losing proper Shape so that it no longer holds tight, and/or strips the Threads.
If such a Channel is cut around the Threaded Post in the Top Cover, it could be a perfect fit on the Inside of the Channel on both sides of the Atomizer Head, but Tapered out (Funneled) coming down toward the Atomizer Head on the Outside Rim, and before the Atomizer meets the Threads, to easily allow the Atomizer to find its way in, and to help keep it True and Round once seated, and even reshape it to True Round, while keeping it tight on, and snug around, the Post Threads as it tightens.
After Thought: A Metal Collar Tube could also be used around the Top Cover’s Threaded Post for reinforcing the Atomizer True-to-Round, so the Plastic Fitting that is currently on top of the Atomizer (that prevents Flooding) may no longer be needed. This is not shown in the Drawing, because it came to me while writing this, and because it would be difficult to display properly anyway, without 3D sectionals. It would, however, probably be best to have it Funnel out also to guide the Atomizer inside, but that may hamper it’s Anti-Flooding purpose. This whole collar tube concept would probably be a nightmare to machine, but could be done in a number of ways. If the tube is long enough, the Atomizer Head could be slightly bullet-shaped to help guide it into a straight, non-Funneled Tube, but still be flat enough at the tip to prevent problems meeting the Drip Tip.
This Cut Channel and/or Collar Tube may not be necessary if the Atomizer Head’s Threaded Wall section is made Thick enough (Sturdy enough), and a Plastic Fitting, similar to the current design, could be used to prevent Flooding, but the Cut Channel (Funneled on the Outside) seems like a pretty good idea.
Considering that the Vivi Nova 3.5ml V3 Tank really only holds just over 2.5ml without covering the Wicks and Flooding the Atomizer Chamber (it’s only metered to 2.5ml), and the fact that Glass Tubes are generally Thicker than Plastic Tubes, this New Design could be Taller and Wider. My Joyetech eVic is about 22mm in Diameter, so that really wouldn't be too large in Diameter for a Tank System, though I would agree that the current size is nice, and fits the eVic narrowed top nearly flush to the sides. However, if a larger Diameter is used, then eGo-T/C users who want something more Modest can still use the Vivi Nova 3.5ml V3 Tank as it is, and those with a larger 18650 Mod Battery Design could have something more Full Sized with a Larger Capacity, and still not be excessively tall. Or maybe Versions with Glass Tubes could be made; one for the eGo Battery in a narrower but longer design, and a wider one for Mod Battery Designs. An actual Storage Capacity of 3.5ml to 4ml in a Glass Tube Design would be appreciated, no matter how it is accomplished.
This is only a Concept Drawing, with my thoughts for Construction, based on what I’ve seen in Glass Tubes, and things like the Genesis RBA designs. I think the Genesis Designs are a bit too tall, with that Top Atty section that screws on being a lot of that height. I may end up with something like the AGA-T, but I think this Vision Vivi Nova V3 Tank Adaptation (or Mod) would make for a much more accommodating size design. The SplitFire is crazy tall, too, and I have to wonder how well those Wicks will feed though the 4 holes in the upper chamber – probably very poorly with 100% VG. The Vivi Nova V3 Tank is a proven design that works well, even with 100% VG, at least until about ½ Tank, but I’ve seen that a #500 SS Mesh Wick in a U shape may solve that. So this Vivi Nova V3 Tank is what I’d like to see Adapted to a Glass Tube Design. Maybe this Concept submission will spawn a whole new design. I am an Electrical Engineer. I’m certain that once a Mechanical Engineer takes on the Project, it will be done in a high-quality design, hopefully with some Over-Design built-in for durability. I hate it when things are designed to the bare minimums, so a little Over-Design would be nice, especially considering that the slotted Wick channels will be the weak point.
Thank you for reading this Glass Tube Concept Design of mine. I really hope a company like Vision will consider making it, to add to their already popular line of quality products. I feel that This could be the answer to all of the Flavor issues (Cracking and Melting Plastic Tubes), with something in proven design like the Vivi Nova V3 Tank System. This Vivi Nova System is already quite versatile, being Rebuildable, and quite sturdy, so if done right, a Glass Tube could only make it better.
100%VG
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