Pile-turning and bin-transferring device for multi-connected dynamic tunnel type fermentation bin

Abstract

The invention discloses a pile-turning and bin-transferring device for a multi-connected dynamic tunnel type fermentation bin. The pile-turning and bin-transferring device comprises a pile-turning machine and a bin-transferring machine; the bin-transferring machine walking on an overhead rail carries the pile-turning machine to reach the tail of the dynamic tunnel type fermentation bin; the walking tread of the pile-turning machine is aligned with a corbel beam; the pile-turning machine walks into the dynamic tunnel type fermentation bin, and meanwhile, the pile-turning machine drives the mudblocking mechanism of the bin-transferring machine to reach a bin opening to form a shielding state; a roller pile-turning mechanism is laid down, and starts to perform pile turning and moves to the head of the dynamic tunnel type fermentation bin; materials are crushed under the action of the roller pile-turning mechanism and move towards the tail of the bin; after the pile-turning machine reaches the head of the bin, the roller pile-turning mechanism is lifted, the pile-turning machine runs towards the tail of the bin, leaves the bin and runs on the bin-transferring machine, meanwhile, the drives the mud blocking mechanism of the bin-transferring machine to return to the bin-transferring machine; the bin transferring machine loads the pile-turning machine to run towards the next dynamictunnel type fermentation bin, and one pile turning and bin transferring process is completed.

Description

technical field [0001] The invention relates to a stacking and turning device for multiple dynamic tunnel-type fermentation bins, in particular, it relates to a device used for aerobic composting of organic solid waste and serving multiple parallel-connected dynamic tunnel-type fermentation bins Stirring, crushing and shifting of compost materials to realize the turning and turning device that the whole warehouse materials can fully contact with the air and move the corresponding distance. Background technique [0002] In the process of aerobic composting of organic solid waste, it is first necessary to ensure that the compost material can fully contact with the air, so that microorganisms can realize the aerobic reaction process and heat up the compost body. Under normal circumstances, the state and structure of the organic solid waste to be composted are relatively complex, the overall texture is uneven, and most of them cannot fully contact with oxygen under static condit...

AI Technical Summary

Problems solved by technology

[0004] 1. The system occupies a large area

[0005] 2. The closedness of the system is not good, and there is odor pollution

[0006] 3. The compost turning machine walks on the top surface of the tank wall. If the adjacent fermentation tanks share the same wall and the traveling mechanism shares the rail, the installation accuracy requirements are strict; if the adjacent fermentation tanks do not share the same wall, a larger floor area and civil construction investment are required

[0007] 4. The transfer machine walks on the ground, the track is difficult to clean, and there are mutual obstructions and even hidden accident risks with other equipment and operators

[0008] 5. The compost turning machine and the bin transfer machine are independently controlled, and there is a risk of wrong action coordination

[0009] 6. When turning the bin, the stack turner is on the top of the stack turner, and the overall stability is low due to the heavy weight of the stack turner

[0010] 7. The compost turner cannot combine the functions of material crushing and displacement

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