Processing technology of aluminum alloy workpiece and full-automatic binding machine

Abstract

The invention discloses a processing technology of an aluminum alloy workpiece and a full-automatic binding machine. The processing technology is characterized in that the steps of sealing and blocking a hole head and removing a rubber plug are added in an existing aluminum alloy workpiece technology, wherein pores in the workpiece are sealed and blocked through rubber nails after the mechanical processing, and the rubber nails are automatically removed through a clamp after the surface treatment processing is completely completed, so that the pores in the workpiece can be effectively protected and can be prevented from being polluted or blocked during the processing. The automatic blocking machine for the pores in the workpiece comprises a rubber nail positioning jig, a rubber nail blowing mechanism and a rubber nail pressing mechanism, wherein the rubber nail blowing mechanism and the rubber nail pressing mechanism are mounted on a rack; an elastic rubber nail clamping hole is formed in a position, corresponding to each pore in the workpiece, on the rubber nail positioning jig; the rubber nails are temporarily fixed above the pores in the workpiece through the rubber nail positioning jig, so that the rubber nails can be pressed into the corresponding pores in the workpiece through nail pressing needles, and as a result, the work of sealing and blocking the pores in the workpiece can be fully automatically finished; the rubber nails can be stably and reliably pressed, so that the production efficiency is improved, and the production cost is reduced.

Description

technical field [0001] The invention relates to the technical field of aluminum alloy processing technology and processing equipment, in particular to a processing technology and a fully automatic nailing machine for an aluminum alloy workpiece that avoids polluting pores of the workpiece during the processing process. Background technique [0002] In the prior art, workpieces with pores such as aluminum alloys need to undergo various surface treatments such as grinding, polishing, cleaning, anodizing, and dyeing after machining, and the pores of the workpiece are often polluted or blocked, especially It is a slender and deep hole on the workpiece. Once the pores are polluted or blocked, it is very difficult to clean them. Therefore, it is necessary to seal the pores before processing. The traditional method is through manual work by workers. , insert the rubber plugs into the pores respectively. Since the pores of the rubber plug and the workpiece are very small and the plu...

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Problems solved by technology

[0002] In the prior art, workpieces with pores such as aluminum alloys need to undergo various surface treatments such as grinding, polishing, cleaning, anodizing, and dyeing after mechanical processing. The pores of the workpiece are often polluted or blocked, especially It is a slender and deep hole on the workpiece. Once the pores are polluted or blocked, it is very difficult to clean them. Therefore, it is necessary to seal the pores before processing. The traditional method is to do it manually by workers. , insert the rubber plugs into the pores respectively. Since the pores of the rubber plug and the workpiece are very small and the plugs are tight, it is difficult to manually insert the rubber plugs into the pores of the workpiece, and the work of workers manually inserting the rubber plugs The efficiency is very low and the production cost is high, so it is necessary to improve

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