Drain type sorting platform

Abstract

A downward discharging type sorting platform comprises a platform support. An arrangement platform is arranged in the middle area on the platform support. Expresses are conveyed to an annular belt conveyor on the arrangement platform by a belt conveyor. Two circles of annular tracks are arranged around the arrangement platform, and an express delivery platform is arranged between the annular tracks. The express delivery platform is provided with an express delivery sliding groove used for conveying the expresses from the arrangement platform to the express delivery platform. Trolleys connected in an end-to-end mode and capable of loading the expresses are densely distributed on the annular tracks. The trolleys are made to move on the annular tracks through power mechanisms. A certain number of express collection sliding grooves are formed below the straight line section of each annular track. The lower end of each express collection sliding groove is provided with an express containing bag. Each trolley comprises a trolley frame and a bottom cover capable of turning over downwards. The expresses fall into the express collection sliding grooves after the bottom covers are opened and then conveyed to the express containing bags. The sorting platform can sort the expresses in batches continuously and is high in handling capacity, the number of workers is decreased to the greatest extent, the labor intensity of the workers is relieved, the labor utilization efficiency is improved, and the sorting error rate is low; and besides, the occupied area is small and the input cost is low.

Description

technical field [0001] The invention relates to the technical field of logistics equipment, in particular to a drain-type sorting platform. Background technique [0002] With the development of user demand towards small batches and multiple varieties, the types and quantities of express items delivered by logistics centers will increase sharply. The picking process is the most labor-intensive and time-consuming operation, and it has become the core process of the logistics distribution center. The degree of modernization of the logistics distribution center depends on the picking technology and picking work methods, and directly affects the operating efficiency and operating benefits of the distribution center. However, most of the current picking systems in domestic logistics centers still use the traditional way of manually checking the manifests. This kind of sorting method not only requires the sorting personnel to be very familiar with the sorted goods and their locati...

AI Technical Summary

Problems solved by technology

This kind of sorting method not only requires the sorting personnel to be very familiar with the sorted goods and their location distribution, but also requires the sorting personnel to spend a lot of time and energy on checking the goods and finding the location, which is labor-intensive but efficient. Not high, and the error rate is high

[0003] Of course, some logistics centers also use automatic sorting systems, but such automatic sorting systems themselves need to build mechanical transmission lines ranging from 40 to 50 meters in length and 150 to 200 meters in length, as well as supporting mechatronics control systems , computer network and communication systems, etc. This system not only covers a large area, often more than 20,000 square meters, the amount of investment required to complete a system is very huge, and many logistics centers are unable to invest

Images