Research
Automata mechanisms are mechanical devices designed to perform specific tasks or mimic human or animal movements. They have a rich history dating back centuries and have played a significant role in the development of engineering, technology, and even entertainment.
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- Historical Significance: Automata have been around since ancient times. One of the earliest examples is the Antikythera Mechanism, an ancient Greek device dating back to around 100 BC, which is believed to have been used for astronomical calculations. During the Middle Ages, automata were often found in churches and cathedrals, where they were used to create moving religious scenes. In the 18th century, automata became highly fashionable in Europe. Watchmakers and craftsmen created intricate mechanical dolls and figures that could perform various movements, such as writing or playing musical instruments.
- Modern Applications: While traditional automata have historical and artistic significance, modern automata continue to be used in various fields, including robotics and automation. Robotics researchers often draw inspiration from automata mechanisms when designing robots that can perform specific tasks or mimic natural movements. Automata principles have also been applied to create kinetic sculptures and interactive art installations
My Experience Working with Wire :
In Class Practice: Wire bone for a little dog
Photo Documentation
Progress Evaluation
Mechanical Precision: Building automata mechanisms demands precise engineering. Ensuring that gears, cams, and levers fit and function correctly presented a significant challenge. I had to repeatedly adjust the gear size to achieve the desired functionality.
Material Selection: The selection of appropriate materials is of utmost importance. I encountered a setback during this stage when I realized the wooden stick I had chosen was too thin to adequately support the mechanism. It broke several times during experimentation and while transporting it from school to my house.
Balance and Weight Distribution: Achieving the correct balance and weight distribution is crucial for achieving smooth movement. The cardboard box must remain stable and perfectly perpendicular to ensure the mechanism operates as intended.
Fitting Components: Precise fitting of components like axles, gears, and cams is essential. Aligning these components to work together seamlessly without encountering friction or misalignment consumed most of my day.
Final Presentation
Motion (file is too large, click on the links to download, sorry for the inconvience)
Detail shots
Concept
(why you chose it, what it was inspired by)
