New Mechanisms ModuleAll the theory notes, exercises and animations that students need to learn all about mechanisms in design and technology courses. View demo mechanisms animation New interactive tests added100 questions, with feedback, score and start over buttons.
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Animations and technology theory in the Mechanisms Module
- mechanical systems and subsystems: example mechanical systems, mechanisms used on a bicycle
- cams, rotary and linear, cam followers
- chain and sprocket drive
- roller chain parts
- leaf chain parts
- special chains
- couplings
- flanged
- split
- flexible
- universal joint
- crank mechanisms
- crank and slider
- friction used to oppose motion:
- brakes
- clamps
- grips / knurling
- reducing friction by the use of lubricants and bearings
- lubrication
- bearings:
- plain bearing / bush
- ball bearing
- cylinder roller bearing
- needle roller bearing
- spherical roller bearing
- taper roller bearing
- thrust bearing
- Gears:
- transmitting motion and force
- spur gears, wheel and pinion
- simple and compound gear train
- bevel gears
- worm gear
- rack and pinion
- velocity ratio
- gear shaft velocity
- levers: Class 1, Class 2, Class 3, bell crank lever, cantilever.
- linkages
- moments / torque
- motion: types of motion
- pulleys and belts:
- used to transmit motion and torque
- change speed of rotation
- stepped cone pulleys
- pulley belts used to transport products and people
- pulley belts used as bandsaws
- pulleys used for lifting and hauling
- ratchet and pawl
- springs
- compression spring
- tension spring
- torsion spring
- clock spring
- leaf spring
- materials used for springs
- Screws
- nuts, bolts screws
- types of nuts, bolts and screws
- cutting screw threads
- common thread forms
- motion control: using screws to control motion
- ball screws
- roller screws
- application of screw mechanisms for clamping, controlling movement, for lifting.
Exercises in HTML and PDF format in the Mechanisms Module
Understanding mechanisms exercises
- Interactive multiple choice test (start of module test)
- Interactive test with input fields (end of module test)
- Types of motion exercise
- Gear calculations
- Mechanisms systems exercises
- Moments exercises
- Identifying types of levers in products
Product analysis exercises
- Bicycle brake lever
- Paper punch
Problem solving exercises
- Door handle mechanism
- Food mixer mechanism
- Electric toothbrush mechanism
- Pedal bin mechanism
- Fret saw parallel arm mechanism
- Fret saw parallel link arm mechanism
- Fret saw C-arm mechanism
- Scissor Lift
- Swinging display
- Waving display
- Swimming display
Learning Objectives
Students will learn that:
- there are different types of motion
- motion can be controlled by mechanisms
- mechanisms can be used to transmit motion and force
- friction opposed motion
- the effects of friction can be utilised in designs
- the effects of friction can be reduced by using lubricants and bearings
- there are lubricants for specific environments and conditions
- there are bearings for specific purposes
- common products such as bicycles utilise many mechanisms and mechanical systems.
What does it cost?
- Single User Licence £30
- School Site Licence £60
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Mechanisms Module formats
The Mechanisms Module is supplied in either:
- Windows installer version. This is the most commonly used format for use with computers and computer networks.
- File format for use with Apple Macs. (See information about using our software with Apple Macs)