I believe that worths be shared!
Now I can literally taste the flavor of my words!
One day I had this funny idea, and I thought, “Well, there’s really nothing stopping me...” At first it was just for fun. But then…Then I drew up a sketch. And then another one. I started tinkering around and, to make a long story short, there came a point when I realized that, for the first time in my life, I was going to build something with my own two hands. So, after a couple months of fine-tuning the communication vessels, I became the sole owner in the world of such a strange piece of work:
My piece has buttons working as pumps and has pipes instead of wires. It also has a display like any other electronic panel board, but as opposed to using liquid crystals as in electronic displays, my machine’s display functions via multicoloured syrups.
My machine converts words into cocktails. And, yes, it does work. Now I can literally taste the flavor of my words.
So, if you’re interested, let me explain this contraption and the mechanism that makes it work. At the top of the machine there is a slot into which a bottle with alcohol, water, or even milk can be screwed. The essence of the art here lies in the ability of the syrups or liqueurs to tint the neutral color of the liquid. In the picture below you can see the connector itself and the regulator (which is actually an IV Rate Flow Regulator I picked up in a drugstore), which opens or closes off the air flow into the bottle and thus acts as an on/off switch. Once it enters the machine, the liquid spreads across the fourteen tubules.
Each tubule is connected to one of the 14 transparent display segments. With the help of special regulators located on the side of the machine, the liquid’s flow speed in each segment can be regulated.
Pressing the buttons on the keyboard injects the corresponding ingredients into the display, which tints different segments of the display and thus produces letters. You can try to imagine that each letter can have a taste (L-Lime, A-Apple), a color (R-Red, G-Green), or a name (K-Kahlua, J-Jagermeister).
Syringes function as the machine’s buttons. A valve connects to the syringes and turns them into pumps.
In the back of the keyboard, there are slots for the bottles with colored beverages in them. There are 26 total slots, one for each letter of the Latin alphabet. When a syringe stem goes up, liquid is taken from the bottle connected to it.
When the stem goes down (that is, when one pushes the button), the colored liquid goes into the splitter on the backside of the display. There, the flow splits into several separate flows, as many segments of the display need to be tinted to draw the necessary letter.
For instance, letters A,B,Q, and R each have seven segments, letters L and T have 3, and letter I takes only 2 segments.
The newly formed mixture flows into the tap and then, into the glass.
A good number of tubules were used to connect the various components of the machine to one another. There are 136 tubules inside, equaling a total of 30 meters of communications.
I should notice this machine is not finished yet. This is not a complete ready-to-use product. This is a prototype, which is not very reliable and fast to (dis)assemble, hard to wash. Just a concept which needs reworking and finetuning.