Water lanterns. DIY floating lily lantern Lantern on the water

Water lanterns can be made from various available materials. Their launch is considered a mass event, which has recently been held regularly and attracts an increasing number of people who want to plunge into the world of mysterious rituals of making love wishes. There is a wonderful legend that water lanterns - either in the form of a paper lotus flower, or in the form of a white cube with a lit candle inside - help to fulfill your most secret dreams and desires.

Lanterns for making wishes come true

There are two options for flashlights. To make your romantic and spiritual dreams come true, a flashlight in the shape of a lotus flower will help. And to fulfill material or ordinary pragmatic dreams, cube-shaped lanterns will help.

To make your dreams come true, you should light a candle in the middle of the water lantern, then stand with it, holding it in your palms. And at the same time, think about your deepest desire, concentrating and using the power of thought to attract the fulfillment of your cherished dream. And then you need to launch the attribute into the water, like a boat, and let it float with the flow. All good things must come true!

Often, water lanterns are launched not only by young dreamers and romantic types, but also by people of completely different age categories. They approach the pond in pairs or one at a time, because everyone wants love and well-being, no matter what social status what kind of marital status or age.

Even families with children are suitable, so that every child is happy. The sight at such moments is mesmerizing when you see the eyes of a child making his deepest wish to his personal water lantern and believing that his dreams will definitely come true.

Legend

The legend tells that on the shores of Lake Khanki there lived a tribe in which there were girls of unearthly beauty. One of them was called Lota, and she was different from everyone else in her white skin tone. However, she was sad all the time, because she was unrequitedly in love with the young man Entoy, and he, in turn, loved the unapproachable Eine.

One day, Eine sent Entoy to get a gift that no one had seen before. But a year later the young man never returned. And Lota committed suicide in the waters of the lake, because she could not stand parting with her lover. But still Entoy returned, having not found the right gift, and saw the flower into which Lota turned after her death. Having torn it off, the young man gave it to his beloved, and they began to live together happily ever after.

And the flower later received its name in honor of the deceased girl - Lotus. And it withered only when the young man died. From that moment on, lotuses grow on the water, and people who remember this beautiful legend launch floating lanterns into the water in the hope of finding true love.

DIY water lanterns made of fabric

To make such a flashlight, you will need to use light material (tulle or organza), glue, scissors, a marker, thin wire, and backing. Even a beginner can handle the work on the product.

Sample

First you need to cut out 8 petals for each of the lanterns according to the template.

Then cut the wire into 8 petals with a length of at least 30 cm. Then you should shape the petal and glue it to the fabric part.

Using a backing, it is necessary to cut the blank in the shape of a square so that the flowers are buoyant and stay on the water. Then, starting from the top, you need to form a couple of rows, in which there will be 4 petals.

Then you need to glue a circle of cardboard in the middle - this will be a support for the candle.

Finally, all that remains is to light the light and test the flashlight by floating it in the water in the bathroom.

DIY water lanterns made from corrugated paper

This method is similar to the previous one. Water lanterns made from corrugated paper have the most realistic and magical look.

To make this product you will need to use corrugated paper different shades, foam plastic, glue, scissors.

Execution Process

From a piece of thin foam, cut out a couple of small circles that will be needed to create one flashlight.

Then, from corrugated paper, using a ready-made template, make 9 petals and five green leaves. After the workpiece, you need to twist it a little, thereby giving them the desired realistic volume.

Using the petals, form a flower in two rows and attach it in the middle small size a candle under which you can hide the stained core.

The output should be original, delicate lanterns.

If you try out the skills that were acquired after studying the master classes described above, you can design other variations of water lanterns, examples of some are shown in the photo below.

As you can see, it’s quite simple to make your dream come true. The main thing is to stock up necessary tools and materials, choose a time for creativity and have a strong belief that the wish released on the water with the help of such a flashlight will definitely come true!

A selection of videos on the topic

To make a flashlight we need: corrugated paper(It is better to use floral material, because it is denser), polystyrene foam (both regular and foam substrates from the supermarket are suitable), pencil, scissors, glue or double-sided tape, cardboard for a template.

On the cardboard we draw the silhouette of future petals. Something like this: pot-bellied and not very pointed. Cut out and transfer to corrugated paper. The veins of the paper should run lengthwise so that you can then give the petals the desired shape.


We cut out floats from foam plastic. In this case there were round pieces the size of a jar lid. But you can also have square and even triangular ones!


Then we give the desired concave shape to the petals. And glue double-sided tape to the float.


All that remains is to glue the petals. One flashlight requires from 8 to infinity petals. One circle - 4 petals. The second circle is another 4, but in a checkerboard pattern. And then, if desired, a third and fourth... only then you need a larger float.

The base of the petals is attached slightly into a fold, so that our petals stand and do not fall along at will. As we go, we give the petals their final shape.

Yes, yes, despite the snow and frost outside, today we decided to launch water lanterns. I think if the gnomes suddenly needed to travel on water, they would definitely choose something like our lanterns as a means of transportation.

Making such a flashlight is not at all difficult. We will need corrugated paper - green for the leaves and any suitable one for the petals. And also something that floats well on water for the base of the flower. I use circles cut from foam grocery backings, but if you'll be launching your lanterns in a real body of water instead of at home, I implore you - use something more eco-friendly! For example, cork coasters for mugs or wooden cuts, or even cones fastened together. Well, or tie strings to your lanterns so that after the end of the event you can catch them from the water and dispose of them properly.

One floating lantern will require two foam circles, 5 green leaves and 9 petals. Each leaf and petal must be pulled with both hands in the middle so that the corrugated paper stretches slightly and the petal gains volume. This movement is difficult to explain, but if you once. try it and you will immediately understand what I mean.

We glue green leaves to the first foam circle, and glue the second circle on top. I use PVA glue.

Then we take the blue petals and glue the first five onto the foam circle as the first row, and the remaining 4 as the second.

We’ll hide the ugly center of the flower, smeared with glue, by gluing a tea candle there. Our flower lantern is ready!

In just half an hour I built three of these lanterns and hid them until the evening.

And in the evening I filled the bathtub and put my flowers in there. The only thing, be aware that such lanterns are very fire hazardous, so you can light the candles themselves only when the lantern is already floating in the water. Well, it’s unlikely that you’ll be able to swim in the bathtub where these lanterns floated, because... Corrugated paper gradually inevitably gets wet and leaves such colorful stains in the water. By the way, I immediately thought. that we will definitely use this property in some game in the future.

In the meantime, I turned off the light and called my son to watch the surprise.

Magic! In such a flower-lantern one immediately imagines floating, if not a gnome, then certainly some kind of fairy or elf. And my son liked best of all blowing on the lanterns, which made the flowers on the water begin to spin, and the shadows on the walls danced intricate dances.

Today we will make a flashlight that runs on water with our own hands. This flashlight does not require any batteries, rechargeable batteries or a dynamo. It works immediately after ordinary tap water is poured into it.

Now you won’t have the situation that the lights suddenly turned off, and you either don’t have a battery to insert into the flashlight, or the battery in the flashlight ran out because it was lying idle in the closet for a long time and, of course, no one remembered that it was needs to be charged. But here everything is simple - just pour water 🙂 and everything will work right away! 🙂 Of course, this is not an eternal flashlight, unfortunately, since some of its important parts still lose their properties over time during operation, but since the parts are not in short supply, they are easy to replace and it will be cheaper than buying batteries, and water is an inexhaustible source which can be easily found nearby. Well, the advantage of this homemade product is that we will create this interesting flashlight that runs on water with our own hands. You can also amuse and surprise your friends by showing them a homemade flashlight that will work before their eyes by pouring ordinary water into it. I think such a flashlight, powered by plain water or other liquid, is perfect for an “emergency suitcase” in case of emergencies, when it can sit for years and in case of urgent need you just need to pour liquid into it and it immediately starts working .

Let's first figure out how our water battery works. This type of battery is called a galvanic cell, which contains 2 various types metals, in this embodiment, plates of zinc and copper are used, interconnected by an electrolyte, which is water with salt impurities; tap water is also suitable for this. So a flashlight on water actually works not from the water itself, but due to the redox reaction occurring between two different metals in the electrolyte. The output voltage of such a galvanic cell is quite weak and is not enough to drive even one LED. To increase the voltage, we need a simple homemade voltage converter that will increase it to the level we need and the LEDs will glow even when the battery voltage is low.

So, to create a homemade lantern on the water we will need:

  • PVC pipe, 10 cm long and 20 mm (3/4 inch) outer diameter;
  • PVC adapter from 3/4 inch (20 mm) to 1 inch (25 mm);
  • LEDs (3 pcs.) with a mirror reflector from an old flashlight;
  • Ferrite ring (can be taken from a board from a used energy-saving fluorescent lamp (CFL));
  • Transistor 2N3904 (2N2222, 2N4401, S8050, 2SC945, BC546, BC547, MPSA06 or other low-power NPN structures are suitable);
  • 1 kOhm resistor (0.25 W);
  • Copper and zinc strips (zinc strips can be made from the outer cups of salt batteries (but not alkaline!), the batteries must not be dead, otherwise there will be little left of the zinc);
  • Copper solid wire;
  • 4 pieces of toilet paper, but do not tear them apart (not gray paper, but the kind for napkins, such paper is usually divided into cuts for tearing into pieces);
  • a piece of plexiglass or other transparent plastic.

We will also need the following tools:

  • Multitool (universal set of tools all in one);
  • Soldering iron;
  • Glue gun;
  • Superglue.

Step 1: Assembling the battery.

The battery is the main source of energy for our flashlight. Which consists of two strips of metal, one for the anode, the second for the cathode. The “copper strip” is a plus of the battery, while the “zinc strip” is its minus.

Assembling the water battery:
1) Twist toilet paper around the copper strip until you reach the 3rd piece of paper.

2) After you reach the third piece, place the zinc strip and twist the roll to the end.

3) Now twist this created battery with a piece of copper wire on top, this will protect the paper from tearing when it gets wet with water.

4) Now pick plastic cover of a suitable diameter (or any piece of plastic), make holes in it for the electrodes.

5) Pass the electrodes into these holes and secure them well with superglue, epoxy resin or hot glue, so that water does not flow through this part.

Step 2: Assembling the boost converter.

Since our power supply produces a very low voltage, we will need a step-up voltage converter. This converter circuit makes it so that the LEDs can glow even when the battery voltage is low. This scheme is very compact and contains a small number of parts and everything can be done wall-mounted around the board with LEDs.

But first you need to solder all the elements together and connect it to a regular 1.5V battery to check its functionality.

After this, these elements are soldered on the LED board, also according to the diagram given, and for greater rigidity I glued a ferrite ring to the board.

Winding the transformer is done as follows, take 2 copper wires in varnish or PVC insulation, about 20 centimeters each, expose their ends with a scalpel and twist the ends together on one side of the wires. And we pass these twisted ends through the ferrite ring so that most of the wire is threaded through the ring, leaving about one centimeter of wires, then we thread these wires through the ring in this way up to 22 times, cut off the excess remaining wire. We connect the beginning of one wire to the end of the second and solder them together, there should be 2 free ends of the wire. Next, solder it according to the diagram. More detailed instructions on assembling such a boost converter “Joule Thief” is located.

Step 3: Combine the battery part and the boost converter with LEDs.

Now we solder two wires to the ends of our homemade battery and then the other ends to the board with the converter and LEDs. Then glue the cover with the battery attached to it with superglue to the PVC adapter (coupling) in the middle part of this adapter. You can solder a switch with a lock into the gap in one of the power conductors, drill a hole for it in the side wall of the coupling, insert it there and secure it with hot-melt glue, it’s better not to skimp on glue. After this, glue a mirror reflector to the adapter, covering the insides of the electronics.

Step 4: Preparing the water container.

Cut a 10-centimeter piece from the PVC tube, it will serve as a container for water, then glue a small piece of transparent plastic on one side with superglue, through it we will see whether the water in the flashlight has dried out.

Step 5: Fill it up!

Just fill this container with tap water, twist and beat the flashlight a little and you're done!


Bear Grylls' programs about survival in extreme conditions are becoming more and more popular every day. wildlife. All more people thinks about the environmental friendliness of certain household items.

We offer you the opportunity to make your own flashlight that runs on water, which will not cause damage to the world around us and can work for an unlimited amount of time, provided there is a nearby source of water.

When you read this for the first time, you thought it was a joke. However, it has been experimentally confirmed that the flashlight works for about thirty minutes on ordinary tap water, with increasing salts in the water, or simply put, using sea ​​water, continuous operation time increases to two hours.

Remembering your school physics course, you understand perfectly well that our water battery consists of copper and zinc plates, water is the electrolyte. Unfortunately, the output voltage is not very high, so you will need to build a fairly simple step-up voltage converter to get enough current to the LEDs.

For assembly you need to purchase the following components:
PVC pipe 10 cm (3/4 inch) long;
PVC adapter from ¾ inch to 1 inch;
A small ferrite bead (you can remove a similar one from a non-working housekeeper);
Transistor 2N3904(NPN);
1K resistor;
LEDs and reflector (you can also remove them from an old flashlight);
Copper and zinc electrodes;
Single-core copper wire in varnish insulation;
4 sheets of toilet paper;
A piece of transparent plastic.

You will need the following tools and equipment:
1) Soldering iron;
2) Glue gun;
3) Superglue.

The power source for the future flashlight will be a water battery. As we said above, it will consist of two metal plates. The copper plate is the anode, and the zinc plate is the cathode.

Step-by-step instructions for making a flashlight powered by a water battery:

1. Take 3 sheets of toilet paper and roll it around the copper electrode (plus power), then attach the zinc electrode (minus power) to the resulting roll and wrap the rest of the toilet paper around both of them.




2. Wrap the resulting roll with copper wire, placing the winding rings at a distance of about 1 centimeter between them, in order to subsequently maintain the integrity of the toilet paper and prevent it from deforming and tearing when it gets wet.


3. Select a lid of the appropriate size, preferably plastic. If you don’t want to spend a long time looking for such a cover, you can cut it yourself from any piece of plastic you find at home.




4. Make two slits in the cover suitable for the electrodes. Insert the electrodes wrapped in toilet paper into the slots and strengthen the connection with sealant (can be replaced with superglue).









5. Review the boost converter circuit. The second diagram shows the boost converter in more detail.

6. Assemble the converter according to the diagram. Solder all the parts.




7. Glue the reflector with LEDs and radio components to the PVC adapter.

8. Cut out a circle of transparent plastic with a diameter that matches PVC diameter pipes. With it you will see the remaining amount of water.








9. Fill the flashlight with water.