Compression spring is still a common product in daily life, and it is also widely used in daily life. Its main principle is to use the rebound ability after the compression of the spring to provide a hand to the machine, and then instigate the machine to operate.
Compression springs (compression springs) are helical springs that bear upward pressure. Most of the data sections used are circular, and they are also made of rectangular and multi strand steel coils. The springs are generally of equal pitch. The shapes of compression springs are cylindrical, conical, convex and concave, and a small number of non-circular. There is a certain space between the coils of compression springs. When subjected to external loads, the springs shorten and deform and store deformation energy.
The compression spring has certain shock absorption ability, because the spring of the product is not a fixed value, so every time it is used, it will bring a return force. This force is not fixed, and it plays a role in slowing down the vibration to a certain extent. For example, a compression spring is installed on the top of the current racing car. You will find that the speed of the racing car has been greatly improved when instigated. Moreover, there is no sound in the process of sports. You do not need to use a lot of force to accelerate the sudashui of the car. This is the charm of the compression spring. Because of its existence, the production technology of the racing car is becoming more and more perfect, The car's functions are getting better and better. It is mainly used in household appliances and mobile equipment. Because these require a compression during operation, and then rebound back to a more powerful force. As for such operation process, it can operate in cycles. If only a force is given to it and it is not stopped, the machine will continue to operate.
