FIELD: mining industry. SUBSTANCE: disintegrator has housing 1 closed by covers 2 and 3. Circular partition 4 and reflector 5 are mounted in housing. Circular partition divides housing into central chamber 6 in which conducting 7 and conducted 8 working bodies with teeth on face surfaces are disposed and peripheral chamber 9 in which windows 10 for material removal are located and which go into circular hopper 11. Conducting 7 and conducted 8 working bodies are in engagement and form gear drives with face teeth. Channels 12, 13 and 14 are made in circular partition for supplying gaseous or liquid agents into central chamber. Partition edge and reflector are made curvilinear forming smooth channel for ground material removal from central chamber to peripheral one. Bunker 15 with screen for charging the material into disintegrator is mounted on the cover. Device can be used at enterprises for reprocessing metallic and nonmetalliferous minerals. EFFECT: enhanced efficiency of grinding mineral-organic raw material. 2 dwg
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Authors
Dates
1996-06-27—Published
1993-04-19—Filed