Intelligent deployment and sorting device for disaster relief and emergency logistics under the environment of big data

Abstract

The intelligent deployment and sorting device for disaster relief and emergency logistics under the big data environment of the present invention discloses a device that can move the rotating ring through the cooperation of the drive motor and the outer ring gear, and cooperate with the electric retractor and the suction cup to sort the material boxes, so as to improve the classification efficiency. The sorting device of the picking speed is characterized in that the fixed guide frame is a ring structure, and the two fixed guide frames are connected by a plurality of connecting rods. The longitudinal section of the connecting rod is isosceles trapezoidal, and the fixed guide frame is provided with a ring The ring groove extends along the circumferential direction of the fixed guide frame. The two ends of the rotating ring are respectively placed inside the ring grooves of the two fixed guide frames. There is a bearing between the rotating ring and the fixed guide frame. Two sets of guide rollers are placed Inside the ring groove, two sets of guide rollers are respectively placed on both sides of the rotating ring, a set of guide rollers are distributed at an equal angle along the circumference of the rotating ring, and the outer ring gear is placed between two fixed guide frames. And it is located between the connecting rod and the rotating ring, and the middle part of the outer ring gear is engaged with the rotating ring.

Description

technical field [0001] The invention relates to a sorting device capable of intelligently allocating disaster relief and emergency logistics in a big data environment, and belongs to the field of logistics transportation. In particular, it relates to a sorting device capable of moving a rotating ring through the cooperation of a driving motor and an outer ring gear, and cooperating with an electric retractor and a suction cup to sort material boxes and improve the sorting speed. Background technique [0002] When a huge social disaster occurs, it is necessary to deliver disaster relief materials in a timely manner to ensure the smooth development of the rescue work in the disaster area. Since the disaster relief materials are often in large quantities and come from different regions, in order to ensure that the disaster relief materials can be quickly deployed in a timely and effective manner , generally need to consume a lot of manpower and material resources for allocation...

AI Technical Summary

Problems solved by technology

[0002] When a huge social disaster occurs, it is necessary to deliver disaster relief materials in a timely manner to ensure the smooth development of the rescue work in the disaster area. Since the disaster relief materials are often in large quantities and come from different regions, in order to ensure that the disaster relief materials can be quickly deployed in a timely and effective manner , generally need to consume a lot of manpower and material resources for allocation and sorting, and the sorting in the prior art when materials are transported up and down layers is mostly carried out by lifting up and down the lifting device, the allocation speed is slow, and for the allocation time The input and output mode of the system is often only one set of conveyor belt input corresponds to the output of multiple sets of conveyor belts. The input and output do not correspond, and the allocation efficiency is low.

[0003] The notification number CN208894651U discloses a sorting device for logistics classification, including: a size sorting mechanism and a height sorting mechanism arranged in the follow-up part of the size sorting mechanism; The sorting plate with the sorting hole, and the sliding guide rail arranged on the front side of the sorting plate, the top of the sliding guide rail is connected with the push rod that can move on the sorting plate; when the sorting structure is sorted, it is a set of input conveyor belts corresponding Multiple sets of output conveyor belts, input and output do not match, and the efficiency of deployment and sorting is low

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