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The essence of miniature modeling has always been to capture the magic of imaginary worlds. When I was growing up, I used to love looking through magazines showing highly detailed models in epic battle scenes. All those visuals were a catalyst for my imagination thinking of all these magical worlds. I was amazed to find out that not only was it a hobby to build and paint them, but that I could create those magical worlds for myself! Even now, the aspect I appreciate most about this hobby is expressing myself through kitbashing and bringing my imaginations to reality. I’m always thinking of ways to improve the magic of my models so it's only natural that I started thinking of how to add lights to them!
I was really inspired by what other members of the community were coming up with and the techniques they used to achieve certain effects. I was talking to a talented painter from my local game shop about adding lights to his miniatures. He said it was a really cool idea but lost interest quickly because of all the problems involved with where to put the batteries and how to change them out.
My partner and I looked around and what most people were doing was adding a cell battery to the bottom of their bases and letting it dangle out or sealing something a bit more heavy duty in their models. We set out to design a power system that fits in the base, and is rechargeable to keep your models playable and removing all the hassle with jerry-rigged battery systems.
The solution we came up with is an easy plug-in system so once you have the model wired up, you just have to connect it to the power pack and close it up! Once your model is finished and the power pack is in the base, charging your model is as simple as displaying it on the charging station. We used a wireless charging system similar to the Qi chargers used for phones.
The charging station uses a USB cord so you can easily charge it in any wall socket or even from your computer!
Here is how to install the Omnissious power packs:
Step 1: Drill a hole in the base where you want to connect your model Step 2: Thread the electrical wire through Step 3: Plug in your Power Pack With backgrounds in engineering, it was important for us to confirm that our device could be mass produced before asking for funding. So we worked directly with a manufacturer to test and confirm manufacturing plans. We even tested the prototypes on our models and have been using them in our weekly games and tournaments… for uh, science. Check them out!
LEDs in the heads light and the canon LEDs in the plasma gun LEDs to light up the candles on this ritual table LEDs in the eyes and right hand LED color options displayed in a group of elementals
Following a couple trials to print these (really I was looking for things to print with the clear green resin and Necrons sprung to mind) I managed to get a good set of 6 printed up. Then the idea skittered across my brain that I should put a light in them...
So I have started painting them in the stereotypical dark+metal+green and picked up a small box of LEDs along with a coupe switches.
Here’s the group shot.
A bit of Reaper Coal Black and some Vallejo Copper. They need at least another coat.
Test with a green LED held inside.
Once they get a bit more paint on them, I’ll build up some bases to hide the following bits in them.
Hoping to get another coat of paint on them later tonight along with the start of some edge highlights, but I’m solo-parenting so we’ll see how the evening goes.
For now, it’s time to take the kids to their music lessons.
Thanks for looking.
By Lord of the Dish Pit
These were the final two of the Thanksgiving Challenge I was able to complete.
The one on the left is a fairly accurate depiction of the Elder Mouse that wound up briefly possessing me on Halloween and his friend is the Priestess of Cheezit. (Which has gone from a favored food of mice, to a religion it seems)
Debating on the nature of Cheezits vs Cheese Nips, consulting the Book of Ralph.
Nips are found to be acceptable, and they go off to spread this to the other mice...
A bit late, as there's only 21Hours left at this time, but...
I'm at the 'Get 1 Give 1' which means I'm getting one of these weird lamps, and a family without electricity in Cambodia also gets one.
Overview Lumir K is a cooking oil powered LED lamp that converts the thermal energy of cooking oil into electricity. ▶Make an Impact- Bring the light to the people living without electricity. ▶1 Lumir K = 100X candlelight ▶Easy to Use-Just placing the lamp over the lit wick will turn the LED light on. ▶Accessible-Olive or canola oil, it doesn't matter what kind of cooking oil is. ▶Instant light-No need of charging or battery ▶Efficient-Consumes the only 5ml of oil for 1 hour of light ▶10-year life span
Small heat energy turns
the 100 times brighter LED light.
Less Consumption, Less Emission
Lumir K converts the small thermal energy of cooking oil into electricity and it turns on the bright LEDs. This amazing lantern will light up where you want and it make an impact on the world where it is needed.
Cooking oil turns to the power source of your lamp.
Lumir K uses cooking oil to generate electricity.
Cooking oil is one of the cheapest and familiar ingredients as it is easily found from grocery stores in the city to tiny kiosk shops in a remote area.
Olive, canola and sunflower oil, it doesn't matter what kind of cooking oil is. Without any batteries or external power supply, only with tiny flame which is as big as candle, Lumir K gives you an instant and 100 times brighter light.
Lumir K is an easy, accessible and sustainable solution for those who need a light.
With a goal to light up the world, team Lumir had a successful campaign with our first product, candle powered LED lamp.
We promised to keep developing solutions for families in the off-grid area and finally came back with Lumir K by improving efficiency and changing fuel as cooking oil.
Lumir K achieved CE and its core technology is patented. We are happy to share this achievement with you, and we need your support to take one step further.
Lumir K will brighten up anywhere light needs to touch.
Lumir has been resolving the light shortages and delivering the beauty of light.
Our journey started from a small but momentous experience during the trip to India, learning that there are so many places around the world suffering from unreliable or no electricity supply.
Among 1.2 billion who do not have access to electricity, most of them rely on candles or kerosene lamps which is dark, harmful for health and the environment. Using kerosene lamps indoors has the same effect as smoking 40 cigarettes and the cost for fuel takes up even 30% of the household's income.
Instead of unreliable supply,
Isn't it be possible to maximize the light from a candle or a kerosene lamp?
That was the question that led us to invent Lumir K as an effective solution for the light shortage issue.
In the case of kerosene lamps, only 10% of the energy from the fuel is used for illuminating because the flame itself is the direct light, and the rest, 90% of the energy is just scattered in the air as a heat.
However, Lumir K harnesses the wasted 90% of the heat energy to turn on the LEDs, so it is pretty economical as it provides a brighter light only with a small flame.
LUMIR K can be used anytime and anywhere while solar lamps has a big weather constraints in many areas like Indonesia where the average rainy days are more than 160 days.
After our first crowdfunding campaign, we became a partner of KOICA, Korean International Cooperation Agency, and Lumir K was piloted in Indonesia.
Lumir K provides 4.1 times brighter light than kerosene lamps, while its economic effect was also achieved with 80% lower fuel consumption compared to kerosene lamps. It also reduces carbon emissions by about 90%.
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