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Linear motion mechanisms
Rotary motion mechanisms
Mechanisms that transform motion
We´re surrounded by objects that move or
have the capacity to move.
ï‚ž The system of gears with a chain for bicycles. The cogwheels of a clock.
The lever of a seesaw. The pulley used to get water from a well.
ï‚ž All of these examples make our lives more confortable and pleasant.
ï‚žMechanisms are devices that transmit and
convert forces and motions from a driving
force (input) to an output element.
ï‚žThey enable us to carry out certain tasks
with graeter comfort and less effort.
DRIVING FORCE MECHANISMS OUTPUT ELEMENTS
CLASSIFICATION OF MECHANISMS
To Transmit
of motion
To Convert
to motion
Linear
motion
Rotary
motion
Rotary to
linear
Rotary to
reciprocating

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Mechanisms

  • 1. Linear motion mechanisms Rotary motion mechanisms Mechanisms that transform motion
  • 2. ï‚žWe´re surrounded by objects that move or have the capacity to move. ï‚ž The system of gears with a chain for bicycles. The cogwheels of a clock. The lever of a seesaw. The pulley used to get water from a well. ï‚ž All of these examples make our lives more confortable and pleasant.
  • 3. ï‚žMechanisms are devices that transmit and convert forces and motions from a driving force (input) to an output element. ï‚žThey enable us to carry out certain tasks with graeter comfort and less effort. DRIVING FORCE MECHANISMS OUTPUT ELEMENTS
  • 4. CLASSIFICATION OF MECHANISMS To Transmit of motion To Convert to motion Linear motion Rotary motion Rotary to linear Rotary to reciprocating