Summary:...
First of all, the
planetary gearbox is small in size, small in mass, compact in structure and large in carrying capacity. This is a common shaft due to the drive and power distribution of the planetary gearbox as well as the transmission of the sun wheel and the rational application of the ring gear.
The second is drive efficiency; this is because of the symmetry of the planetary gear drive structure. As we all know, there are many kinds of planetary gearboxes. The reaction force of the minute wheel and the rotating arm can be balanced, which is beneficial to the transmission efficiency. If the selected drive type is suitable, the structure is reasonable.
Furthermore, compared with the general gearbox; the planetary gearbox has a more complex structure, and can still maintain the characteristics of compact structure, small volume and small volume, and can also realize synthetic and decomposed motions to realize various complex motions. As long as the type of planetary gearbox and distribution scheme is properly selected, planetary gears can be realized by synthesis and kinematic decomposition, and variables can be used to obtain a large number of gear ratios.
Finally, the planetary gear box adopts the same planetary gear, and the center wheel is evenly distributed, so that the planetary gear and the force balance arm move at the same time, so that the planetary gear box is stable. At the same time, the teeth are added, the planetary gear moves stably, the stronger the impact resistance and vibration, the more reliable the work.
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