- - plastic clutch;
- - plastic caps;
- - blue LEDs;
- - red LEDs;
- - small nipple;
- - 20 cc syringe;
- - 5 cc syringe;
- - wire;
- - batteries in the form of tablets;
- - toggle switch;
- - impeller with a nozzle;
- - soldering iron;
- - drill with a drill;
- - knife.
Cut out the middle of the impeller using plastic cap (on the outside of his hand) hole, using a special circular nozzle.
Drill the side of the plastic sleeve hole is designed for installation in a switch.
Cut the tip of the blade 20 a bottom of the syringe.
Place a bottom housing 20 of the syringe in a plastic cap.One end of the syringe, which protrude from under the hood, connect the nipple (Shove in a thin part of the s
the 5-bottoms make the syringe container for batteries.
soldered to design the container with battery.Then attach using a soldering iron to the hood blue and red LEDs.
Push the wire through the hole on the plastic sleeve.On the plastic cap on top put a plastic sleeve.
By withdrawing from the coupling wire, attach a small toggle switch.Check the operation of the mechanism set up by setting the switch to a different position.
Screw design instead of a shower or faucet.When you turn on the hot water, it should be highlighted in red, and when the cold - blue.
If there is no desire to create their own lighting for water or you're not confident in their abilities (for example, not umetete soldering), it is better not to risk it, because to create a similar design are neededcertain skills.Therefore, ask for help or buy a ready-made design.
to produce 5-bottoms syringe container for batteries, need copper foil, wire, glue gun, battery itself syringe.To begin, cut with a knife tip of the syringe and pull the wire through the body of the syringe.At the bottom of the preform place the copper foil.Cover the glue nozzle of the syringe with a wire, and the second route the wiring through the piston, connecting it with a copper contact.Place the syringe button-type battery and a container ready.