Motor with anti-shake and damping functions

Abstract

The invention discloses a motor with anti-shake and damping functions. The motor comprises a basic assembly, a bearing assembly and a pressure stabilizing shaft assembly. The basic assembly is located in the middle of the whole device, the bearing assembly is arranged on one side of the basic assembly, and the pressure stabilizing shaft assembly is arranged in the bearing assembly. Mist in the pressure stabilizing tank can be slowly accumulated at the bottom of the pressure stabilizing tank under the action of gravity and is atomized through the water flow atomization assembly to form circulation of water molecules, and a gas-mist mixture can effectively cool a motor transmission shaft area while isolating vibration, so that the continuous operation performance of the device is improved. The damping device can effectively avoid the characteristics of poor damping effect of pure gas damping, low flow speed, easy accumulation and poor flexibility of pure liquid damping, and meanwhile, the characteristics of poor stability of spring damping and easy driving of surrounding objects to swing by spring aftershock can be avoided, and the damping effect is stable.

Description

technical field [0001] The invention relates to the technical field of motors, in particular to a motor with anti-vibration and shock-absorbing functions. Background technique [0002] The motor is a common power source in the machinery industry. It uses gears and belts to drive to achieve complex dynamic effects. However, it is difficult to ensure that the uniformity of each area is exactly the same in the production of the motor drive shaft, which causes the effect of eccentric vibration when the drive shaft rotates. , and then drive the overall vibration of the motor, the more uneven the production quality of the motor drive shaft, the greater the motor amplitude, and the farther the drive shaft is from the rotor, the worse the limit effect is, which is more likely to cause eccentric swing, and the motor vibration will have a negative impact on the surrounding working environment. At the same time, the heat generated by vibration will affect the normal battery life of the...

AI Technical Summary

Problems solved by technology

[0002] The motor is a common power source in the machinery industry. It uses gears and belts to drive to achieve complex dynamic effects. However, it is difficult to ensure that the uniformity of each area is exactly the same in the production of the motor drive shaft, which causes the effect of eccentric vibration when the drive shaft rotates. , and then drive the overall vibration of the motor, the more uneven the production quality of the motor drive shaft, the greater the motor amplitude, and the farther the drive shaft is from the rotor, the worse the limit effect is, which is more likely to cause eccentric swing, and the motor vibration will have a negative impact on the surrounding working environment. At the same time, the heat generated by vibration will affect the normal battery life of the motor. The existing motor vibration reduction methods include gas resistance vibration reduction, liquid resistance vibration reduction, and spring elasticity to reduce vibration transmission, but the pure gas vibration reduction effect Poor, the flow rate of pure liquid damping is low, it is easy to accumulate, the flexibility is poor, the stability of spring damping is poor, and the aftershock of the spring is easy to drive the surrounding objects to swing, so that the stability of motor vibration damping needs to be improved, so people need a vibration-proof and shock-absorbing function of the motor to solve the above problems

Images