Gear deformation occurs irregularly in the cold and hot alternate environment, which greatly hinders the development of gear deformation control work and realizes the efficient connection of gear cold and hot processing. Specifically, the heat treatment deformation control personnel need to timely transmit the deformation data information to the gear cold working technicians, and optimize and adjust the size of the gear parts on the basis of the necessary data interaction between them. For the part with dimension change during heat treatment, necessary cold treatment shall be carried out under the guidance of design parameters, such as the part subject to thermal expansion. Technicians shall adopt cold cutting method to control the expansion volume of gear parts. For the reduced part, it shall be expanded to ensure the accuracy of gear processing.
Epilogue
In order to build a modern, systematic and efficient gear heat treatment deformation control mechanism, reduce the gear deformation, make it always in a good running state, and avoid unnecessary expenses. In this paper, the deformation control of gear thermal deformation treatment is taken as the research object. Under the existing technical framework, through the effective control of the hardenability of gear metal materials, the accuracy of gear processing temperature control is enhanced, and the final gear heat treatment process mechanism is built. Through the above treatment methods, technicians can effectively control the deformation of gear heat treatment, so that the gear is always in a good running state, creating a better technical atmosphere for the operation of subsequent gear transmission devices.
