Rare earth efficient drying device for rare earth waste recovery

Abstract

The invention discloses a rare earth efficient drying device for rare earth waste recovery. The rare earth efficient drying device for rare earth waste recovery structurally comprises a first fixed guide rail, a rear protective cover, supporting rolling wheels, a rolling wheel connecting transverse rod, a supporting base, rolling wheel limiting grooves, an adjustment supporting frame, a feeding pipe opening, a top end protective cover, a second fixed guide rail, a protective making shell and an adjustment loosening device. The outer surface of the feeding pipe opening is installed on the innerwall of the adjustment supporting frame in an integral structure manner. The left end of the feeding pipe opening is welded to the middle of the right end of the top end protective cover. The rare earth efficient drying device for rare earth waste recovery has the beneficial effects that because the adjustment loosening device is additionally arranged on the device, when the device carries out rare earth waste recovery drying operation, integrated regulation of rare earth can be carried out inside the device, that rare earth in the device can be in the loose state surely when being dried, rare earth can be dried quicker, the drying efficiency of the device is improved while it is guaranteed that the rare earth is dry, and the rare earth efficient drying device for rare earth waste recovery is practical.

Description

technical field [0001] The invention relates to a rare earth high-efficiency drying device for rare earth waste recovery, which belongs to the field of rare earth recovery drying equipment. Background technique [0002] The rare earth high-efficiency drying device refers to the equipment that recycles and stores the rare earth in the manufacture or use of rare earth. The equipment generally uses a motor to rotate for drying. [0003] In the prior art, when the equipment is performing rare earth waste recovery and drying operations, the whole or larger pieces of rare earth are often directly put into the equipment, so that the equipment can be rotated normally for drying. In the case of relatively large and fast rare earth, the equipment It is difficult to dry the rare earths inside which cannot be stirred, and the drying degree of the rare earths cannot be kept consistent, which not only makes the drying efficiency of the rare earths low but also takes a long time to use, wh...

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Problems solved by technology

[0003] In the prior art, when the equipment is performing rare earth waste recovery and drying operations, the whole or larger pieces of rare earth are often directly put into the equipment, so that the equipment can be rotated normally for drying. In the case of relatively large and fast rare earth, the equipment Unable to stir the rare earth inside is difficult to dry the rare earth, so the drying degree of the rare earth cannot be kept consistent, which not only makes the drying efficiency of the rare earth lower but also takes a long time to use, which is inconvenient

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