Train Wheel Bridge

The train wheel bridgeTrain Wheel Bridge The train wheel bridge holds and protects the train wheel gears and helps to keep them in their proper alignment with the other gears in the movement. The train wheel gears are responsible for transmitting energy from the mainspring to the escapement mechanism. [Learn More] holds and protects the train wheel gears and helps to keep them in their proper alignment with the other gears in the movement. The train wheel gears are responsible for transmitting energy from the mainspringMainspring The mainspring is a spiral-shaped metal spring that stores energy in a mechanical watch movement. It is located inside the barrel, a cylindrical container. The mainspring is wound by the wearer, either manually or automatically, through the movement of the wearer's wrist. The mainspring is the source of energy for the watch, and the tension in the mainspring determines the power reserve. The mainspring unwinds over time, and the watch will stop running when the mainspring is fully unwound. [Learn More] to the escapementEscapement The escapement is a mechanism in a mechanical watch movement that regulates the release of energy from the mainspring and keeps the watch ticking at a steady rate. The escapement is made up of two main components: the escape wheel, which is a gear with peculiar teeth, and the pallet, which is a lever that works in conjunction with the escape wheel. The escapement is responsible for the ticking sound of the watch, and more importantly it ensures that the watch runs at a consistent rate. Every time the escape wheel rotates forward, it locks and unlocks with the pallet, allowing a small amount of energy from the mainspring to be released. This causes the balance wheel to oscillate and the watch to tick. [Learn More] mechanism.

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