4M STEAM Motorised Origami Bird Manual - Halaman 2

Jelajahi secara online atau unduh pdf Manual untuk Mainan 4M STEAM Motorised Origami Bird. 4M STEAM Motorised Origami Bird 2 halaman.

Halaman Cetak

Align the template with the

Fold the top corner

Inside reverse fold along

folded shape. Put a foam

downwards along the crease.

the SS line to form the

piece underneath and use a

Repeat on the back.

beak.

pencil to pin 4 holes heavily.

E. ORIGAMI FLOWER

Fold and unfold 4

Fold and unfold in

Holding the points

times to make crease

half diagonally and

shown, bring them

lines along the centre

in both directions.

in. Flatten model.

lines and diagonals.

Crease well and

Turn the paper over.

open out once again.

Move the upper flaps toward each

When you flatten

Repeat steps 7 & 8

other, and tuck one into the other, as

this, make sure the

on the back of the

far as it goes.

distances A & B

folded shape to get

shown are equal.

this.

F. ASSEMBLY

Red

Black

Your flapping bird is

Pull the tail to see it

complete!

flaps.

Fold bottom corners

Turn the front flap to the right, like turning the

It will look like this.

pages in a book. Do the same to the other side.

of front flaps up to

the top corner.

Repeat this on the

back as well.

You will find a small hole

Peel each petal

Use a pencil to curl the

created underneath. Blow

down, slowly and

pipe cleaner and insert the

into the base to inflate and

carefully.

tip at the bottom of tulip.

shape the flower.

Your tulip is now ready!

1. Connect the wires by inserting them into the holes, and then secure with the plastic flower-shaped terminal pegs. Wires that are the same

colour should be connected together as illustrated.

2. Slot the push rod onto the gearbox housing and secure with a flower-shaped terminal peg.

3. Insert one 1.5 V AAA battery into the battery compartment. Make sure you insert the battery in the correct orientation polarity (the flat,

negative end of the battery should rest against the coiled spring).

4. Carefully insert the push rod through the precut holes on the origami bird as shown in the diagram. Secure with a flower-shaped terminal

peg and a terminal cap.

5. Align the 3 protruded ends of the gear box housing with the 3 punched holes on the origami bird. Secure with the flower-shaped terminal caps.

6. Secure the bottom part of the wire stand and the pipe cleaner on the bottle hub with a washer screw.

7. Fix the top part of the wire stand in place with a washer screw. Fill a recycled bottle with water and place it on a desk or window sill. Fit

the bottle hub onto the bottle. To enhance performance, open the lower part of the wings and stick the adhesive tape inside the wings.

8. You may also hang the bird from the ceiling with the string provided. Tie the gearbox housing as illustrated. The motorized flapping bird

is now ready for use.

G. TROUBLESHOOTING

1. If the bird stops moving, try opening the lower layer of the wings, or pull the bird's tail.

2. Check that the pegs are fitted as instructed in section F, and that all the fixings are fitted tightly with the paper.

3. Check that the battery is fresh and inserted in correct orientation.

4. Check that the wires are fitted correctly with the ends of the wires in contact with the metal terminals and secured with the pegs.

H. HOW DOES IT WORK?

H. FUN FACTS

When you switch on the motorised bird, you make a circuit, which connects the battery to the electric motor inside the gearbox housing.

Electrical energy flows from the battery to the motor, which converts this energy into a rotating mechanical force. The motor axle turns at a

very high speed but with little power, and therefore it cannot move the bird on its own. Inside the gearbox housing, the motor turns the gear

- this slows the speed and increases the power of the motor's mechanical force, making it more useful. Most common machines use a gearbox

to change the power and speed of a force in this way.

I. FUN FACTS

Origami is the art of paper folding and originates from Japan. It is now used as an inclusive term for all folding practices and is frequently used

in engineering and a science. Origami structures are used in space exploration to launch structures compactly and deploy them in space.