Can a Spring Be Used for Energy Storage?

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SUMMARY

This discussion centers on the concept of using a spring for energy storage and timed release, akin to mechanisms found in wind-up clocks. The participants explore the mechanics of spiral springs and escapement mechanisms, emphasizing the need for a design that allows for controlled decompression without periodic motion, such as a pendulum. Key references include mechanical timers and their applications in energy storage systems. The conversation highlights the importance of understanding mechanical principles to achieve the desired design goals.

PREREQUISITES
  • Understanding of mechanical springs and their properties
  • Familiarity with escapement mechanisms in clocks
  • Knowledge of mechanical timers and their functions
  • Basic principles of energy storage and release mechanisms
NEXT STEPS
  • Research "mechanical timer design principles" for insights on non-electric timing mechanisms
  • Explore "spiral spring mechanics" to understand energy storage capabilities
  • Study "escapement mechanisms in clocks" for applications in controlled energy release
  • Investigate "weight-driven mechanisms" for slow descent applications
USEFUL FOR

Inventors, mechanical engineers, and hobbyists interested in designing energy storage systems using mechanical principles, particularly those focused on non-electric solutions.

suryag
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Hi,

I am thinking of a device, i don't know if a similar one exists already but this is what it is supposed to do.

1. compress(or extend) a spring by way of some mechanical force like turning a wheel(this wheel could very well be that of a bicyle)
2. Once the spring is compressed(or extended), the decompression(return back to original state) should happen in a timed(stuttered) way.

Any pointers to documents or links are welcome
 
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You mean an old fashioned , wind up, alarm clock?
 
Yes something along those lines. What is it called so that i can google it and learn more of the mechanics behind it.
 
Well the clock has a spiral spring.
You wind the clock to tighten the spring with a crank.
The tendency of the spring to unwind works against an 'escapement mechanism', to drive a toothed wheel with a rider that engages the teeth and prevents movement.
Some form of oscillating mechanism eg a pendulum, or rocker or wheel periodically lifts the rider from the toothed wheel to allow a burst of movement. When the oscillating mechanism swings back it resets the rider on the next tooth.

there's lots on the net about clock escapements.
 
Nice idea. However, i don't have the luxury of something periodic happening like a pendulum. Am curious how do timed windup switches like the ones in the basement work without any electricity? That will probably provide me a pointer for design.
 
Welcome to Physics Forums.

I googled mechanical timer, as well as mechanical timer tutorial. Perhaps that will lead to something that would help you?

It is not clear what you have in mind, do you simply want to know how mechanical timers work or are you wanting to design/build something? (And if you want to build something, providing more details would lead to better answers.)
 
What i am basically trying to do is to raise a weight and then bring it down slowly. I am not sure how to go about this. Any tips towards this design goals i appreciated
 
A weight can be lowered slowly using something like this:

.

clock-weight-train.gif

From http://electronics.howstuffworks.com/gadgets/clocks-watches/clock4.htm
and for more detail scroll about halfway down http://electronics.howstuffworks.com/gadgets/clocks-watches/clock3.htm"
 

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Wow that's very informative, thanks a lot.
 

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