How Can a Mechanical Town Clock Be Modified to Chime Every Second?

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A town or tower clock operates using a mechanical system that relies on energy sources like weights or mainsprings, which must be wound periodically to function. The striking mechanism can be designed to chime every second, but it requires a consistent energy source to produce the sound. Historically, these clocks have used mechanical methods long before the advent of electricity. Understanding the mechanics of winding and energy storage is crucial for creating a loud chime without electrical power. Exploring existing designs and historical methods can provide valuable insights into achieving this goal.
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I just wanted to know how a town or a tower clock works. I would like to know if I can device a mechanism such that I will be able to use the striking train to strike every second, loud and clear i.e. I must get a loud chime every second but without using an electrical supply.
 
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Energy. This is the key to your request. You need some kind of energy to "strike" the chime. Have you checked on how this has been done for hundreds of years already, before electric clocks were available?
 
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Bobbywhy said:
Energy. This is the key to your request. You need some kind of energy to "strike" the chime. Have you checked on how this has been done for hundreds of years already, before electric clocks were available?

Thanks for the reply.
I am still not sure how a town clock works.
May be you can come to a conclusion after watching these links.




do we need to give a key to it manually every once in a while?
 
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“In mechanical clocks, the power source is typically either a weight suspended from a cord or chain wrapped around a pulley, sprocket or drum; or a spiral spring called a mainspring. Mechanical clocks must be wound periodically, usually by turning a knob or key or by pulling on the free end of the chain, to store energy in the weight or spring to keep the clock running.”
http://en.wikipedia.org/wiki/Clock#Power_source
 
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