Container polyvinyl chloride powder logistics system

Abstract

The invention discloses a container polyvinyl chloride powder logistics system which comprises three links. Firstly, the filling link is conducted, wherein polyvinyl chloride powder from a packing bin enters a filling device, a container is filled with the polyvinyl chloride powder through the filling device, and dust generated in the filling process is removed through a dust removing device of the container; secondly, the transfer link is conducted, wherein after filling of the container is completed, the container is transported to a railway container delivery place through a plate trailer and then loaded on a train through a railway container assembly table so as to be delivered, and the container is conveyed to a user field through the plate trailer afterwards; and finally the user field unloading link is conducted, wherein the powder in the container in the user field is directly conveyed to enter a user bin through an unloading device, after unloading is completed, a draught fan is stopped, and unloading is over. By means of the container polyvinyl chloride powder logistics system, consuming of a large number of outer packages is reduced, the reshipment cost of robot stacking and manual work / forklifts is reduced, pollution and product losses caused by transporting and unpacking of small-bag packages of products are avoided, the processes of the container polyvinyl chloride powder logistics system are shortened into three processes, production cost is reduced, and the logistics delivery efficiency of polyvinyl chloride is improved.

Description

technical field [0001] The invention relates to a container logistics system, in particular to a container polyvinyl chloride powder logistics system. Background technique [0002] In the process of PVC powder packaging and container shipping, the usual packaging method is to pack the PVC powder in the silo according to the 25Kg specification. Or use the way of ton bags for packaging. After the packaging is completed, it will be stacked by manipulators with a standard of 40 bags per pallet, and then the pallets will be transported to the railway shipping line by a forklift, and loaded into a 10-foot container by a forklift for shipment. Taking a container of 20 feet as an example, a single container can load 14.5 tons, and it needs to consume 580 packaging bags and 14 pallets. Multiple reverse shipments consume a lot of manpower and vehicle fuel consumption, and are particularly prone to contamination of product materials. Every year, millions of tons of PVC powder are sent...

AI Technical Summary

Problems solved by technology

[0003] The present invention solves the problems of complex links and low efficiency in the current polyvinyl chloride powder container logistics system, and provides a container polyvinyl chloride powder logistics system, which reduces the large consumption of outer packaging, robot palletizing, labor / forklift Inverting shipping costs, shortening the PVC powder container logistics system to four processes, reducing production costs, and improving the efficiency of PVC logistics and shipping

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