Automatic material conveying system

Abstract

The invention discloses an automatic material conveying system. The automatic material conveying system comprises a guide rail, a material mixing trolley, material quantitative conveyors and a storagetank, wherein the guide rail is horizontally arranged on the ground in a linear manner, the material mixing trolley can move on the guide rail, the multiple groups of material quantitative conveyorsare arranged above the moving track of the material mixing trolley at intervals, the storage tank is arranged below the middle position of two pathways of the guide rail; woven bags are placed in thestorage tank and is used for receiving materials and facilitating packaging and conveying, the material mixing trolley comprises a bearing platform, rolling wheels are arranged below the bearing platform and are arranged on the guide rail in a clamped mode, and a material mixing bin and a control cabinet are arranged on the bearing platform. The automatic material conveying system has the advantages that the material quantitative conveyors and the material mixing trolley are used in a coordinated mode, automatic proportioning and conveying can be realized by adopting a control system, and therefore the accuracy of the material mixing ratio can be improved, and meanwhile, the material conveying efficiency can be improved.

Description

technical field [0001] The invention relates to the field of powder material conveying, and more specifically relates to an automatic material conveying system. Background technique [0002] Extrusion molding is widely used in the processing of automobile clutch face sheets and other products. It can be used for batching, granulation, rubber material filtration, etc. It can be produced continuously and has high production efficiency. Extruded products need to be mixed and extruded with different powder and granular materials according to different proportions. At present, the material transportation and mixing process is mostly done manually, and there are many problems: powder and granular materials are easy to scatter or float during transportation, which not only wastes materials, and have a great impact on the environment, and even cause dust explosions in severe cases; manual weighing is easy to scatter materials during the transportation process after weighing, resulti...

AI Technical Summary

Problems solved by technology

Extruded products need to be mixed and extruded with different powder and granular materials according to different proportions. At present, the material transportation and mixing process is mostly done manually, and there are many problems: powder and granular materials are easy to scatter or float during transportation, which not only wastes materials, and have a great impact on the environment, and even cause dust explosions in severe cases; manual weighing is easy to scatter materials during the transportation process after weighing, resulting in inaccurate mixing of materials and affecting product quality; long-term transportation of dust by workers is very dangerous. It is inevitable to inhale the respiratory tract and affect human health; the efficiency of manual transportation and weighing is still very low, which affects the production progress of the product

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