Escapement structure of mechanical watch

Abstract

The invention relates to an escapement structure of a mechanical watch, which comprises a prime mover, an escapement device and an indication device, wherein the prime mover transmits vibration energy to the indication device through the escapement device to provide working power for the indication device. The structure is simple; a second hand pendulum, a minute hand pendulum and a hour hand pendulum can perform independent and mutually-matched swinging, and in the case of accurate timing by the three, interference is complemented.

Description

technical field [0001] The invention relates to an escapement structure for a mechanical watch, which belongs to the field of clocks and watches. Background technique [0002] The mechanical watch is by turning the handle of the watch, the mainspring in the watch movement is fully wound, and the mainspring is completely exhausted to drive the gear to run, and when the pointer is pushed, the power of the automatic mechanical watch and the self-winding movement depends on the machine. The weight of the oscillating weight in the watch is driven by the weight. When the arm wearing the watch swings, it will drive the oscillating weight to rotate. At the same time, it will drive the main spring in the watch to wind the watch and push it to go. A very important structure in a mechanical watch is the escapement structure. The escapement is a mechanism that is pulled between the train of wheels and the oscillator (governor), whose function is to distribute a small amount of energy to...

AI Technical Summary

Problems solved by technology

[0006] In all the above-mentioned applications, only one escapement structure is usually used for the setting of the escapement structure, which makes it impossible to independently customize the swing frequency of the pendulum of the second hand, the pendulum of the minute hand and the pendulum of the clock. Simultaneous problems with the pendulum, minute pendulum, and hour pendulum

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