Clockwork is to provide energy for the watch parts . circle around the box in the article . Article axis milling using side groove of a wound . Article axis side groove driven by the article body . Watch on the article in the absence of complex cases, which can take about 36-50 hours when . As the winding withstand significant stress , often lead to fracture of the present, the use of alloy material , so that winding little break . Clockwork save some energy , to even a small number and assigned to the oscillator . To this end, the energy provided by round out group by group to wheel out the same proportion to reduce transmission power and increase turns . Round out the group includes four wheels and four gear , after three rounds is the riveting pressure on the first three gears . In the diagram , the slash that engagement between the moving parts , while the horizontal line indicates the same axis actuator was riveting . The first round is a circle milling only the box section wheel . The last one is the escapement gear wheel , escape wheel Riveting on the gear . Escape wheel and the counter is assigned agencies . Article box rotary circle about 6 hours, during the interim period , escapement and escapement gear rotation cycle of about 3600 . This figure represents only the first round and final round of a frequency ratio between the rotation . The percentage of this value is always in range. Generally managed to gear and sub- round in the watch center, and the rounds per hour .
If you can not read above a mess , then look at this : winding through the chain of action (whether manual or automatic ) aggregation of energy , and then drive the energy transmitted to the escapement , escapement uniform separation of the energy , Then go through the drive system and the pointer display time.
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