A kind of aluminum composite panel intelligent processing machine tool

Abstract

The invention relates to an intelligent machining machine tool of an aluminum-plastic plate. The intelligent machining machine tool comprises a plate limiting device, a main plate, a notching device and a chip removal device, wherein a main board is installed on the front side of the upper end of the plate limiting device, the notching device is installed at the right end of the main board, and the chip removal device is installed at the left end of the main board. According to the intelligent machining machine tool, the problems that manual notching is carried out when the aluminum-plastic plate needs to be clamped in an existing aluminum-plastic plate notching process, the notching process is affected due to the fact that the aluminum-plastic plate is prone to skew when the aluminum-plastic plate is clamped, and reclamping needs to be carried out for multiple times; when the notching is started, a notching knife is used for directly carrying out the notching on the aluminum-plastic plate, the service life of the tool is easily influenced, parts of notches are not completely formed in the process of manual notching, when the notching is carried out, chip materials can be accumulated on the two sides of the notches, so that the working process is affected, an original position is prone to be deviated through the manual notching, the chip materials generated when the notching iscarried out are not cleared in time, the consumed time is long, the labor intensity is large, and the efficiency is low are solved; and the functions that clamping, notching, and chip material collecting can be automatically carried out on the aluminum-plastic plate is realized.

Description

technical field [0001] The invention relates to the technical field of processing aluminum-plastic panels, in particular to an intelligent processing machine tool for aluminum-plastic panels. Background technique [0002] Aluminum-plastic panel is a new type of material, which has the characteristics of light weight, high strength, beautiful appearance, waterproof, fireproof, strong weather resistance, and easy processing. The aluminum-plastic panel is easy to break when directly bent, so it must be grooved before bending. However, the grooving process of the aluminum-plastic panel is cumbersome and complicated. In the existing aluminum-plastic panel grooving process, the aluminum-plastic panel needs to be clamped and then manually grooved. When starting to slot, the slotting knife directly slots the aluminum-plastic plate, which will easily affect the tool life. When manual slotting, some slots are not fully formed, and there will be scraps accumulated on both sides of the ...

AI Technical Summary

Problems solved by technology

[0003] In order to solve the above problems, the present invention provides an aluminum-plastic panel intelligent processing machine tool, which can solve the problem that the existing aluminum-plastic panel needs to be clamped and then manually slotted, and the aluminum-plastic panel is easily skewed when clamped. It affects the grooving process and needs to be re-clamped several times. When starting grooving, the grooving knife directly grooving the aluminum-plastic panel will easily affect the life of the tool. The accumulation of debris on both sides of the groove affects the working process. Manual grooving is easy to deviate from the original position. The debris generated after grooving is not cleaned up in time, which takes a long time, high labor intensity and low efficiency. It can be realized. The functions of automatic clamping, grooving and scrap collection of aluminum-plastic panels, automatic clamping of aluminum-plastic panels, and fine-tuning of the angle of the clamped aluminum-plastic panels to ensure that the panels are not skewed, two buffer grooving mechanisms It has a cushioning effect during the early slotting, prolonging the life of the tool, reciprocating slotting at one point until it is fully formed, automatically clearing away the scraps accumulated on both sides during the slotting process, and automatically positioning to avoid deviation from the position during slotting. The generated scraps are cleaned up in time, the time is short, and it has the advantages of simple operation, low labor intensity and high work efficiency.

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