Suspension-type loose fiber dryer

Abstract

The invention discloses a suspension-type loose fiber dryer which comprises a stander, a motor bracket arranged inside the stander, a motor positioned on the motor bracket, and an internal cage which is arranged above the motor and is connected with a motor shaft in a transmission way, wherein the internal cage is provided with a water outlet hole, a shell is fixedly arranged outside the internal cage, and the shell is provided with a machine cove and a pneumatic component used for opening the cover; the motor bracket is hung on the side wall of the stander by a suspension spring, and is connected with a downward stretched spring connected with the bottom of the stander; a shock absorber is connected between the motor bracket and the bottom of the stander; a water baffling ring is at the position where the bottom inside the shell and the motor; and the shell is communicated with a drainage pipe. In the period of high speed dehydration, the suspension-type loose fiber dryer has low mechanical shock and fault rate, safe and reliable running, high production efficiency, can automatically time and brake, and selects different rotating speeds according to the need.

Description

technical field [0001] The invention relates to a dewatering device, in particular to a hanging type loose fiber dehydrator. Background technique [0002] Due to the defect of the shock absorbing mechanism of the existing three-legged dehydrator and the sliding support dehydrator, the mechanical vibration is very large during the high-speed dehydration period, the failure rate is high, the material cannot run at all in the weightless state, and the production efficiency of the dehydrator is low. Workers operate for a long time, labor intensity is high, and there are extremely high potential safety hazards. Contents of the invention [0003] In order to solve the above problems, the object of the present invention is to provide a hanging type loose fiber dehydrator with small mechanical vibration, low failure rate, safe and reliable operation and high production efficiency during high-speed dehydration. [0004] The technical scheme adopted by the present invention to solv...

AI Technical Summary

Problems solved by technology

[0002] Due to the defect of the shock absorbing mechanism of the existing three-legged dehydrator and the sliding support dehydrator, the mechanical vibration is very large during the high-speed dehydration period, the failure rate is high, the material cannot run at all in the weightless state, and the production efficiency of the dehydrator is low. Workers operate for a long time, labor intensity is high, and there are extremely high potential safety hazards

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