As the role of machinery in various industries has become more prominent, the importance of gears has become more obvious.
As the role of machinery in various industries has become more prominent, the importance of gears has become more obvious. As you all know, many machines need to use gears, and they need to be equipped with suitable gears to keep the machine working. The processing of gears may be a bit more difficult than machinery, so you should not ignore the value of gears. When designing gear shafts, they are generally used as four aspects.
1. The gear shaft is generally a pinion (a gear with a small number of teeth).
2, the gear shaft is generally in the high-speed stage (that is, the bottom torque stage).
3. Gear shafts are generally seldom used as sliding gears for shifting speeds. They are generally fixed-running gears. First, because they are in the high-speed stage, their high speeds are not suitable for sliding shifting.
4. The gear shaft is a combination of shaft and gear, but in the design, the length of the shaft should be shortened as much as possible. If it is too long, it is not conducive to the machining of the upper hobbing. Increase mechanical strength (such as rigidity, deflection, bending resistance, etc.).
