Automatic processing and recovering robot for waste aluminium profiles produced during aluminium alloy machining

Abstract

The invention relates to an automatic processing and recovering robot for waste aluminium profiles produced during aluminium alloy machining. The robot comprises a bottom plate; and a limiting deviceand a smashing device are sequentially mounted on the bottom plate from front to back. By the aid of the robot, the problems that the processing and machining quantity of the waste aluminium profilesis required to be controlled manually during existing manual machining and processing of the waste aluminium profiles, time consumed for manual control on processing and machining is long, the labor force is wasted, the waste aluminium profiles are required to be machined by the aid of existing hammering tools manually, no corresponding fixing measures are provided for hammering machining of the waste aluminium profiles, the waste aluminium profiles are splashed and hurt workers easily during hammering, potential safety hazards exist, the waste aluminium profiles in different lengths are required to be manually cut into the unified sizes, repeated smashing machining is required for manual smashing of the waste aluminium profiles by the aid of existing equipment, the stability is poor, thelabor intensity is high and the working efficiency is low during manual machining and processing of the waste aluminium profiles and the like can be solved, and the function of mechanical processing of the waste aluminium profiles can be realized.

Description

technical field [0001] The invention relates to the technical field of waste aluminum recycling equipment, in particular to a robot for automatic processing and recycling of aluminum waste profiles produced by aluminum alloy processing. Background technique [0002] Carry out primary classification and graded stacking of waste aluminum, such as pure aluminum, deformed aluminum alloy, cast aluminum alloy, mixed materials, etc. The processing of deformed aluminum alloy, cast aluminum alloy and other aluminum alloys produces the most aluminum waste profiles. The import of aluminum scrap accounts for more than one-tenth of the country's total import. Its raw material processing is highly computerized. All raw materials entering the factory are stored in partitions, and the inventory is managed and used according to quantity, chemical composition, recovery rate and cost. At present, the recycling of waste aluminum profiles in China is gradually developing, and waste aluminum prof...

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Problems solved by technology

[0003] In order to solve the above problems, the present invention provides an automatic processing and recycling robot for aluminum waste profiles produced by aluminum alloy processing, which can solve the existing manual processing of waste aluminum profiles that requires manual control of the processing quantity of waste aluminum profiles, Ensure that only one scrap aluminum profile can be processed at a time. Manual control and processing takes a long time and wastes labor. It is necessary to manually process the scrap aluminum profile with the help of existing beating tools. Aluminum profiles are easy to splash and hurt the staff during the beating process, which poses a safety hazard. It is necessary to manually cut the waste aluminum profiles of different lengths to a uniform size. Manually smashing the waste aluminum profiles with the help of existing equipment requires multiple flattening processes. Manual processing of waste aluminum profiles, such as poor stability, high labor intensity and low work efficiency, can realize the function of mechanized processing of waste aluminum profiles

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