Clementoni 61591 Manuale utente
4
Constructions
1to 30
1-Stacking two beams
2-Stacking beams with two pegs
3-Joining beams
4-Stacking three beams
5-Stacking beams perpendicularly
6-Stacking with an L-shaped beam
7-Build a square with beams
8-Stacking four beams
9-Build a parallelepiped
10-Build a simple bridge
11-Assemble cogwheels on a rod
12-Build a class 1 lever: pincers
13-Build a class 2 lever: nutcracker
14-Build a class 3 lever: tongs
15-Build the lever's fulcrum and weight
16-Assemble and test a lever with mechanical advantage
17-Assemble and test a mechanically neutral lever
18-
Assemble and test a lever with mechanical disadvantage
19-Assemble a balance
20-Build and test a see-saw
21-Assemble the test stand for reverse rotation
22-Build and test forward rotation
23-Assemble and test alternating movement
24-Assemble a vertical gearbox
25-Build a horizontal to vertical gearbox
26-The worm screw for lifting
27-The worm screw as a reduction gear
28-Using the transmission module for counter-rotation
29-Assemble the gearbox with a differential cage
30-An ancient war machine: the battering ram
Laboratory
MECHANICS
RACING CARS
UK SUBSIDIARY: Clementoni UK Ltd.
Unit 10 - Brook Business Centre -
Cowley Mill Road – UXBRIDGE - UB8 2FX
MANUFACTURER: Clementoni S.p.A.
Zona Industriale Fontenoce s.n.c.
62019 Recanati (MC) - Italy
Tel.:+39 071 75811 - www.clementoni.com
2
Assembled beams
Assembled beams
Assembled beams
Two pegs make the construction very robust!
1
Stacking two beams
2
Stacking beams with two pegs
3
Joining beams
X1
X2
X2
X2
X2
X3
4
5
6
3
Assembled beams
Assembled beams
Assembled beams
X2 X3
4
Stacking three beams
5
Stacking beams perpendicularly
6
Stacking with an L-shaped beam
X1 X2
X2 X1
X1
4
Final assembled
model
Final assembled
model
7
Build a square with beams
8
Stacking four beams
X4 X4 X2
3
3
3
1:1 3
9
X4 X4
5
Semi-assembled
model
Final assembled
model
9
Build a parallelepiped
1
2
X8 X2
X3
X2
X8 X2
X1
X2
6
Final
assembled model
Final
assembled model
10
Build a simple bridge
11
Assemble cogwheels on a rod
Try it out as a spinning top!
1:1
X1 26
X1 41 X1 18
X1 4
26
41
18
4
4
X4 X1
X4
7
SIMPLE MACHINES
A simple machine is an instrument that allows for balancing and overcoming RESISTANCE (weight, resistance force = R) with
EFFORT (manpower = E).
• Pairs of levers also obey this principle.
• Levers are classified by the relative positions of the EFFORT, RESISTANCE and FULCRUM.
FULCRUM EFFORTRESISTANCE
A lever is a simple machine that is made
up of a rigid bar which can rotate around a
fixed point called the fulcrum.
LEVERS
Since ancient times humans have
made use of many of these mech-
anisms to increase their strength
and enable them to accomplish
great feats which can still be
admired today. Wheelbarrow Pincers
Nutcracker
See-saw
Balance Pulley
8
12
Build a Class 1 lever: pincers
1
3
1:1 3
X4
X1
X8
X2
3
X2
9
Final assembled model
1:1 1:1
The FULCRUM lies between the
RESISTANCE and the EFFORT.
2
1
3
3
1
X4
X1 3
X2
X2
X2
X1 1
10
Final assembled model
13
Build a Class 2 lever: nutcracker
1:1
2
2
14
Build a Class 3 lever: tongs
The RESISTANCE lies
between the EFFORT
and the FULCRUM.
X2
X2 X4
X2
X2
X1 2X2
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1
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