The working principle of nuts is mainly based on the rotation of threads and the conversion of linear motion. When the screw rotates, the nut will move linearly along the axis of the screw, and this motion can be transmitted and converted through the rod to achieve specific mechanical actions.
Locking principle of nuts
The locking principle of nuts is mainly based on the principles of friction and deformation. When the bolt and nut are used together, the threads between the bolt and the nut are closely contacted by tightening the nut, thereby generating friction. This friction can prevent the relative movement between the bolt and the nut, achieving a locking effect. In addition, during the tightening process, both the nut and the bolt will undergo a certain elastic deformation, which will increase the contact area between the threads, increase the friction, and further prevent loosening.
