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Paraphernalia Induction Vaporizer ideas dating back to mid-December 2010.

Egzoset

Bluelighter
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Feb 23, 2013
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Salutations,

A most friendly person recently reminded me that my old illustrations gradually vanished with a few on-line hosting resources, so i'm finally re-posting these Induction Vaporizer ideas some 13 years 8 months 24 days later.

1st this basic drawing done using nothing but MS-Paint:

1-Flat-Screen-Heater-2014-May-15-250x100.png

It was about making the IH "susceptor" as simple as possible, in this case a flat metallic disc fitting inside an ordinary CD-ROM "jewell" box so to render it "stealthy":

2-NGVF-Lava-Disc-Heat-Exchanger-Spirale-Center-Hole-300x300.png

There's actually 2 different sizes available, the full-height box being featured with side holes while the half-size one also got a trio of spring-loaded fingers defined by empty-space contours (not shown). It must have been this set of layouts which made me want to juxtapose a glass sheet on top of my susceptor disc in a way to align a trio of external holes with its side openings turned into fresh air inlets, then another trio to collect heated air at the center, i.e. where one could eventually attach a bowl most conveniently and yet retain the box stealthy attribute:

3-NGVF-Lava-Disc-Glass-Sheet-Appertures-Anchor-Holes-Pivot-300x300.png

It was some fair start but i wanted more control so a flat valve system was created via the addition of another glass sheet, meant to rotate partially:

4-NGVF-Lava-Disc-Lava-Shutter-Glass-Sheet-300x300.png

It was called a "shutter" and i began to wonder. What if there were no box? Instead resulting in some need to hold my glass sheets together using only flexible high-temperature silicone bracing:

5-NGVF-Lava-Disc-Glass-Sheets-Silicone-Bracing-300x300.png

At that point my LAVADisc ended up having a somewhat different shape:

6-NGVF-Lava-Disc-Assy-2015-Apr-23-300x300.png

And since i had moved away from my CD-ROM box format why not as well think of other susceptor shapes! Like tiny SS430 metal spheres lined up inside a trio of sealed glass tubes, to accommodate purists demanding an all-glass heat-exchanger...

🤟

In addition, i had thought of "hacking" a ready-made IH cooker for quite some time, by taking advantage of its internal connector linking the power board to its front control panel...

7-Salton-ID-1081-Cooktop-CN3-Signals-Tiny-Pic-oi51-2li9egz-2010-Dec-15.jpg

Yet that would have seemed like going from a relatively simple set of challenges to some plain electronics hobby, so there had to be an alternative and i happened to find one in the form of a commercially-available Curie-effect fry pan (where temperature was maintained inferior to 250 °C or 485 °F):

8-Thermostatic-Curie-effect-Fry-Pan-plus-Heat-Exchanger-system-400x140.png

All i needed to complete it all was to add humidification of my "fumet" without compromizing aroma/taste appreciation. It's called the 'FogBong', cannabic vapour enters a sealed conduit except there's a tiny hole to let moisture, located at the bottom of a curved path...

9-Fog-Bong-2012-Nov-17.png

This "injection" point can collect condensed water until a water droplet accumulates which closes its tiny hole and still prevent it from passing through, thanks to a suitable mix of surface tension and gravity. This is effectively blocking access to the "fog" between inhalations, control of such hole's apperture effectively decides how much moisture gets combined to my fumet, with the difference that instead of an ultra-sonic nebulizer there's a real opportunity to recycle pre-existing heat to create steam, possibly even cooled by entering a large cavity, e.g. on-demand...

So that's it for today folks! :cool:

Perhaps i could have waited for Halloween next month, and/or risk being too busy to do anything about it.

Good day, have fun!! ☮️
 
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Salutations,

Christmass is that moment of the year when dreams come true, or at least one might wish...

Well, this late August some stimulating news reached my radar; not one day too soon actually, since it's customary of YouYube to add frustrating delays to those rare events. Although this is dedicated to paraphernalia some moderators here would be most tempted to just erase the whole post at once if i dared provide specific references, so lets keep it vague to the extreme. Yet here's some overall perspective i can serve as a warning before one engages into significant spending.

It's about a tendency of vaporizer energy budgets to prove inflationist while features get fine-tuned, e.g. through a succession of development iterations realized at the expense of power efficiency: in short what i done with only a hundred Joules years ago would now multiply 30-fold so to flirt with the Saint-Gräal. But there's a catch.

Semi-DiY enthousiasts who contemplated long enough the idea of playing with so-called Mazzilli "Royer ZVS" modules have heard about these cheap devices being prone to catastrophic failure relatively to the workload insertion/removal phase. This has got documented since 2008-2009, even fueled scholar papers in universities, so that's not exactly novel for those who paid enough attention... Which reminds me of 'La grenouille qui veut se faire aussi grosse que le boeuf' by Jean de la Fontaine, a french tale about testosterone-loaded ambitions.

The problem is 4 months later we finally get a warning direct from the manufacturer's representative that in retrospective failure modes still been overlooked even after a couple generations of the product. His instruction felt quite clear, without ambiguity: DO NOT put device 'X' into IH driver 'Y', euh...

In other words try not overload your IH driver, which should normally imply the consumers are properly informed about their favourite vaporizer's energy budget expressed in Joules and IH operating restrictions to match - which ain't the case and never been since the Loto labs Evoke (flop) dating back to 10 years ago.

And as if innovation wasn't sufficiently difficult there's another dynamic denying the designer goal of achieving some shape that is based on function: pattents vs lawyers! Because while manufacturers battle to become king of the hill there's Big Tobacco stealing the best ideas and patent them as their own, which means in the end function no longer runs the show. Once again too bad i can't provide specifics...

Anyway, Induction Heat vaporism for Christmass might have to wait yet another year or two, or be prepared to get yours « bricked » at random and then deal with it.

Better safe than sorry, not to mention those little marvels are selling with even more stratospheric pricetags now that IH driving is popularized.

Good day, have fun!! 🎄
 
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Update


...try not overload your IH driver...

Quite frankly i'm begining to fear this radar of mine may soon start flashing like a Christmass tree as i've finally been made aware of yet another Induction Heater of which the operating procedure was recently described in very subtle terms, e.g. clearly avoiding to use the "BRICK" word while only warning against putting « more strain on the equipment » instead...

Once again it feels much like some typical reminder of the Royer ZVS/Mazzilli symptom, this time though wrapped in not so confident language asking the owners to invariably obey a specific sequence, in short being cautious to never activate their IH device with its (vaporizer) workload already present. So that's one important detail indeed considering the cost involved, as if money couldn't buy reasonably fool-proof designs!

Oh well, what can i say besides pointing out that the test of time is bound to reveal when short-cuts were too tempting to resist.

🚫

Personally i always favoured topologies designed to reduce electrical stress, which may also help resolve side-effects as wasted energy, potentially nuisible radio "noise", etc. Moreover, rejection of fixed-gate bias Mazzilli models would allow multi-stages synchronization, itself inviting to explore "excitation" magnetic fields with more than 1 dimension, as for selenoïds; more exactly 2-axis (X,Y) framed protocols or more, capable of detecting microphonic effects, possibly even support audible signals to implement a type of user-interface free of displays and problematic buttons, meant to be visually-impaired friendly for example. That dream of mine implied the workload could be "kicked" so to "listen" at its natural resonance frequency, then regenerated once acquired: in other words dynamically adjust the power output as a function insertion/removal exactly. That way even consumers with only 1 hand would have been able to control their IH driver using simple/intuitive tap-commands and then receive haptic acknowledgements in response, which i'd find most appropriate including in medicinal applications where newbies could benefit from being trained in real-time by a teaching program with access to a data-base of health-wise optimized consumption/ritual scenarios. Better yet, why not also accomodate cannabis research by providing session records, each paired with physical cotton samples (for later analysis), possibly doubling as a social animation tool inspired by karaoke to help with emancipation via education!

But no, since the failed Loto Labs Evoke of 2014 our whole IH-based universe got dedicated to seeking monster clouds, for the benefit of a few who didn't feel like sharing. Welcome to the renewed spiral of dosing abuse in a context of Prohibition 2.0, In The Name Of ¢hildren!!

🙄
 
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