Separated inertia vibrator

Abstract

The invention discloses a separated inertia vibrator. The separated inertia vibrator comprises a transfer gearbox, a plurality of soft connection separated couplers and a plurality of vibration mechanisms, wherein a power input shaft and a plurality of power output shafts are arranged on the transfer gearbox; in the power output shafts, every two corresponding power output shafts rotate face to face; the soft connection separated couplers include driving couplers, driven couplers and soft body connecting components; each vibration mechanism comprises a bearing box, a main shaft and a vibration block; the bearing boxes of the vibration mechanisms are arranged on a mounting mechanism in parallel; the soft connection separated couplers are respectively connected between corresponding power output shafts and the main shafts of the vibration mechanisms. According to the separated inertia vibrator, a vibration device and a driving transmission system are effectively separated, so that the reliability of equipment is greatly improved; meanwhile, frequency-changing speed regulation is realized by driving by adopting single motor, so that the energy consumption is obviously reduced, the requirement on different working conditions is met.

Description

technical field [0001] The present invention mainly relates to a mechanical vibrating device, in particular to an inertial vibrating machine, in particular to a split type inertial vibrator. Background technique [0002] Vibrating machinery is widely used in many production fields, and the excitation methods of vibrating machinery vary with different working conditions. Inertial vibration is widely used due to its directional vibration characteristics. However, there are also many defects in the inertial vibration machinery currently used, which brings great troubles to the user. For example, the scheme of independently suspending two vibration motors, although directional vibration is achieved, problems such as out-of-synchronization of motor vibration and inconsistent vibration torque often occur, especially when the motor body participates in vibration, the motor itself often cracks, the cable breaks, and the power supply phase loss occurs. Burn out the motor. Lead...

AI Technical Summary

Problems solved by technology

Leading to high maintenance costs and delays in production

At the same time, because the electromagnetic parameters of the two motors are difficult to be consistent, it is impossible to achieve unified frequency conversion speed regulation, which greatly affects the use effect

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