Briquetting device for scrap metal recycling

Abstract

The invention relates to the field of scrap metal recycling, in particular to a briquetting device for scrap metal recycling. The briquetting device includes a feeding conveyor and a discharge conveyor, and further includes a processing bin, a material moving assembly and a briquetting assembly, wherein the material moving assembly and the briquetting assembly are installed on the processing bin.A feed inlet is formed in the side, located at the feeding conveyor, of the processing bin, and a feeding assembly is arranged on the side, located at the feed inlet, of the processing bin. The feeding assembly is provided with a feeding push plate which can move to the feed inlet, and a discharge port is formed in the side, close to the discharge conveyor, of the processing bin. A plate moving assembly is arranged on one side of the discharge port, and the plate moving assembly is provided with a discharge baffle. A material moving track is arranged on one side of the discharge baffle, and amaterial moving push plate is arranged on the material moving track. A discharge push plate is arranged on the end, away from the discharge port, of the processing bin, and a moving bottom frame is arranged at the working end of the material moving assembly. The briquetting assembly is provided with a hydraulic plate capable of extending into the processing bin. The briquetting device is simple tooperate, scrap metal only needs to be fed in sequence, and automatic briquetting and discharge can be performed, so that the briquetting efficiency is improved.

Description

technical field [0001] The invention relates to the field of scrap metal recycling, in particular to a briquetting device for scrap metal recycling. Background technique [0002] The waste generated in life, the used (eliminated) waste molds in production activities, the steel bars produced in the dismantling of old buildings, and the waste metals such as scrapped cars, waste gas tanks and metal cans produced in the consumption process are sorted, collected, and regenerated. Smelting and manufacturing various steel products can save resources and energy used in the steelmaking process, and finally achieve the purpose of protecting the environment. For this reason, scrap metals of various shapes and materials need to be classified first, and then classified according to the material They are classified, processed and shaped into scrap metal briquettes of various sizes and shapes, so that the steelmaking plant can be directly put into the furnace for use. The existing scrap me...

AI Technical Summary

Problems solved by technology

[0002] The waste generated in life, the used (eliminated) waste molds in production activities, the steel bars produced in the dismantling of old buildings, and the waste metals such as scrapped cars, waste gas tanks and metal cans produced in the consumption process are sorted, collected, and regenerated. Smelting and manufacturing various steel products can save resources and energy used in the steelmaking process, and finally achieve the purpose of protecting the environment. For this reason, scrap metals of various shapes and materials need to be classified first, and then classified according to the material They are classified, processed and shaped into scrap metal briquettes of various sizes and shapes, so that the steelmaking plant can be directly put into the furnace for use. The existing scrap metal briquetting equipment has a complex structure and is not equipped with automatic feeding, requiring manual labor. Carrying out operation and blanking will affect the efficiency of briquetting. Therefore, we propose a briquetting device for scrap metal recycling in order to solve the above-mentioned problems

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