Ask a Blacksmith Student: Building a Gate with Cogs & Counterweight

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SUMMARY

The discussion centers on building a gate using forged steel, cogs, and a counterweight mechanism. The student blacksmith seeks advice on linking a counterweight to the gate, utilizing a chain that runs through a cog to facilitate movement. The suggestion to study the mechanism of a weight-driven clock, specifically a grandfather clock, is highlighted as a relevant reference for understanding the engineering principles involved in the design.

PREREQUISITES
  • Understanding of mechanical engineering principles
  • Familiarity with blacksmithing techniques and forged steel
  • Knowledge of cog and gear systems
  • Basic concepts of counterweight mechanisms
NEXT STEPS
  • Research the mechanics of weight-driven clocks, focusing on grandfather clock designs
  • Explore cog and gear design principles for mechanical systems
  • Investigate counterweight systems in engineering applications
  • Learn about chain and cable retractor mechanisms
USEFUL FOR

This discussion is beneficial for blacksmithing students, mechanical engineers, and artists interested in integrating engineering mechanisms into their designs.

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Hi I am an artist blacksmith student and am looking at building a gate that incorporates engineering mechanisms and am a bit stumped, so I am looking for advise
I intend to build a gate from forged steel and cogs I want the gate to be linked to a counterweight that is lifted as the gate is opened in doing this I want a chain connected to the weight to run through a cog and then possibly to some sort or cable retractor. As the chain moves through the cog I want it to spin in turn moving the other cogs. If you have any ideas or advice it would be much appreciated

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Last edited by a moderator:
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Welcome to PF, Gareth.
My first thought is to examine the mechanism of a weight-driven ("grandfather") clock. It would seem to share several concepts with your intended design.
 

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