How Watch Gears Work at Shirley Hickey blog

How Watch Gears Work. The gear train transfers energy from the mainspring to the escapement. The crown is the wheel on the outside of the watch, connected to a stem, that winds the movement in a manually winding. It’s essentially a reduction gear that drives the hours based on the. As it spins, the rotor winds the mainspring by a set of gears, providing your watch the energy it needs to keep ticking. We focus on a few key components of the movement which are often mentioned. But a clever little mechanism is at work here: Before we get there, we have to talk about the motion work. These three functional areas, power reserve, power release, and finally, harnessing the power into utility, are all housed between the mainspring and the balance. So the next time you read about a watch and its movement, you’ll know what they mean. The inner extremity of the mainspring is attached to a shaft, which can be rotated by turning the crown outside the watchcase, thus winding the spring. Today we are going to look at a complex mechanical watch movement and attempt to explain it simply.

The crown is the wheel on the outside of the watch, connected to a stem, that winds the movement in a manually winding. The gear train transfers energy from the mainspring to the escapement. It’s essentially a reduction gear that drives the hours based on the. But a clever little mechanism is at work here: As it spins, the rotor winds the mainspring by a set of gears, providing your watch the energy it needs to keep ticking. The inner extremity of the mainspring is attached to a shaft, which can be rotated by turning the crown outside the watchcase, thus winding the spring. These three functional areas, power reserve, power release, and finally, harnessing the power into utility, are all housed between the mainspring and the balance. So the next time you read about a watch and its movement, you’ll know what they mean. Before we get there, we have to talk about the motion work. We focus on a few key components of the movement which are often mentioned.

Gears of a Mechanical Watch Closeup with Blue Toning Stock Photo

How Watch Gears Work But a clever little mechanism is at work here: The gear train transfers energy from the mainspring to the escapement. These three functional areas, power reserve, power release, and finally, harnessing the power into utility, are all housed between the mainspring and the balance. It’s essentially a reduction gear that drives the hours based on the. So the next time you read about a watch and its movement, you’ll know what they mean. The crown is the wheel on the outside of the watch, connected to a stem, that winds the movement in a manually winding. Before we get there, we have to talk about the motion work. The inner extremity of the mainspring is attached to a shaft, which can be rotated by turning the crown outside the watchcase, thus winding the spring. We focus on a few key components of the movement which are often mentioned. But a clever little mechanism is at work here: As it spins, the rotor winds the mainspring by a set of gears, providing your watch the energy it needs to keep ticking. Today we are going to look at a complex mechanical watch movement and attempt to explain it simply.