Compacted material unloading device in deep well container

Abstract

The invention discloses a compacted material unloading device in a deep well container. The compacted material unloading device comprises a rotary scattering mechanism, a second-stage telescopic casing pipe mechanism, a first-stage telescopic casing pipe mechanism, a cantilever supporting walking mechanism, a walking supporting mechanism, a spring pipe collector assembly and a supporting frame. The rotary scattering mechanism is fixedly connected with the second-stage telescopic casing pipe mechanism. The second-stage telescopic casing pipe mechanism and the first-stage telescopic casing pipemechanism are connected through gear and rack pairs and sliding rail sliding blocks in the vertical direction. The first-stage telescopic casing pipe mechanism and a cantilever supporting frame mechanism are connected through gear and rack pairs and sliding rail sliding blocks in the vertical direction. According to the compacted material unloading device in the deep well container, the automationof compacted material unloading of the deep well container becomes possible, the situation that the deep well container must be provided with a material basket for unloading is avoided, the casing pipe telescopic mechanisms can effectively reduce the height of a workshop, the infrastructure cost of the workshop is reduced, and the labor cost and time cost of material basket type unloading are saved.

Description

technical field [0001] The invention relates to an unloading device for compacted materials in a deep well container, which belongs to the technical field of unloading of extraction slag in an extraction kettle. Background technique [0002] At present, the common method of unloading the deep well container is to use the material basket to lift the extraction residue in the container, and manually remove the slag in the material basket, and then put the new extract into the material basket and put it into the deep well container. Or the next extraction in the extraction kettle. The main drawbacks of this unloading method are: [0003] 1. Unable to realize the automation of unloading; [0004] 2. Lifting the material basket out of the kettle requires a high operating space, which increases the high cost of plant construction. [0005] 3. A special material basket needs to be customized; [0006] 4. It is necessary to configure driving on the work site; [0007] 5. Manual...

AI Technical Summary

Problems solved by technology

[0010] The purpose of the present invention is to provide a compacted material unloading device in a deep well container to solve the problem of low unloading efficiency of compacted solid materials in a deep well container, and the inability to realize automatic unloading and the size of the unloading device. The problem of plant restrictions

Images