Tenon pushing and embedding intelligent flexible assembling line based on lining plate sliding attaching splicing

Abstract

The invention discloses a tenon pushing and embedding intelligent flexible assembling line based on lining plate sliding attaching splicing. The structure of the tenon pushing and embedding intelligent flexible assembling line based on lining plate sliding attaching splicing comprises a groove base, an arching sliding seat, an erecting buckling clamping block, pneumatic column pipes, a tenon splicing mechanism, a working table plate, a hydraulic tank and a track cushion strip block. According to the tenon pushing and embedding intelligent flexible assembling line based on lining plate slidingattaching splicing, the tenon splicing mechanism and the working table plate are matched to achieve correcting attraction to an iron stand of a lining edge frame through the magnetic force of a bottomsliding ball magnetic seat, and then a strict plate attaching layer density effect is formed through centralizing of clamping pieces of an auxiliary plate sliding stand; then, notches are connected in a butt-joint mode, tenon sliding cylinder grooves are pushed and embedded through hydraulic force to enter hinging, an upper plate and a lower plate are pushed and fixed in a sliding mode and then output to the next step for assembling, an intelligent human-computer interface carries out interaction type potential programming control in the process, and manual physical power consumed for regulation and control is reduced; and besides, a fault can be alarmed in time, equipment can be stopped quickly and protected, slight adjustment to the press-fit lifting attraction of plates and tracks of perpendicularly-penetrating buckles is efficient, the quality of tenons is protected, and exact matching splicing manufacturing of lining plates is guaranteed.

Description

technical field [0001] The invention relates to an intelligent flexible assembly line for push-and-tenon parts assembled based on sliding pasting of lining boards, and belongs to the field of assembly lines. Background technique [0002] After the assembly line is combined with intelligent flexible manufacturing, it will form a sliding and pushing assembly effect between the plates, and for the upper and lower docking of the lining board or the mortise joint of the column blocks, there are some hydraulic rack pushing effects, which improve the fixed bite force and are tight. To strengthen the degree, the shortcomings of the current technology to be optimized are: [0003] In liner processing, it is very important to insert and interlock the slots of the upper and lower pads, but the intelligent flexible assembly line will cause the deviation of the plate's oblique position due to the sliding action one by one, making the slots skew and resulting in the upper and lower pressi...

AI Technical Summary

Problems solved by technology

[0004] Aiming at the deficiencies of the existing technology, the purpose of the present invention is to provide an intelligent flexible assembly line for pushing and inserting tenon parts based on lining board sliding and pasting assembly, so as to solve the problem of inserting and inserting the notch of the upper and lower pads during the lining board processing. Interlocking is very important, but the intelligent flexible assembly line will cause the oblique deviation of the plates due to the sliding action one by one, causing the notch to be skewed, resulting in scraping angle loss caused by the insertion of the upper and lower pressure plates, and causing side corners of the interlocking parts Due to the forced extrusion and deformation of the hydraulic frame, the pushing force of the hydraulic frame increases sharply and the block of the plate causes the fracture of the mortise joint or the cracking of the plate. The flexibility of the lining plate sliding paste processing is insufficient, and the auxiliary coordinate parameter correction is poor, so that the assembly line The problem of loss of material cost and insufficient tightness after assembly

Images