noun a type of watch or clock that is self-winding
adjective describing a mechanism that winds itself automatically, without external power
Self-winding systems in automotive engineering may refer to mechanisms that automatically wind or tension components such as springs or belts in vehicles.
Self-winding mechanisms in mechanical engineering involve the design and implementation of systems that can harness kinetic energy to power various devices or machinery.
In the field of renewable energy, self-winding technologies could potentially be used to create self-sustaining power generation systems that harness natural forces like wind or water.
Within the realm of horology, self-winding watches are highly valued for their convenience and ability to maintain accurate timekeeping without manual winding.
In the field of watchmaking, self-winding refers to a mechanism that winds the watch's mainspring using the natural motion of the wearer's arm.
Self-winding features in fitness trackers or wearable devices could utilize the user's movements to generate power for charging or operating the device.
In the context of a writer, 'self-winding' may refer to a self-winding watch that winds itself as it is worn throughout the day, ensuring accurate timekeeping.
For a psychologist, 'self-winding' could be used metaphorically to describe a person's ability to regulate their emotions and behaviors without external intervention.
In mechanical engineering, 'self-winding' might pertain to a mechanism or system that is capable of operating or functioning without external power sources.
For a watchmaker, 'self-winding' is a term commonly used to describe automatic mechanical watches that wind themselves using the natural motion of the wearer's arm.