Automatic tubular material feeding conveying equipment

Abstract

The invention provides automatic tubular material feeding conveying equipment. The automatic tubular material feeding conveying equipment comprises a tubular material feeding lathe bed, baffles arranged on the two sides of the tubular material feeding lathe bed, a tubular material feeding drive device, a grabbing tool, a tubular material feeding transmission mechanism and a discharging push rod mechanism. The tubular material feeding drive device is configured to drive the grabbing tool to grab tubular materials, drive the tubular material feeding transmission mechanism to convey the tubular materials to the discharging push rod mechanism and drive the discharging push rod mechanism to move in order to release the tubular materials to preset positions. According to the scheme, by means ofthe automatic tubular material feeding conveying equipment, automatic paper tube feeding is achieved, manual pre-rolling is not needed, the production efficiency is improved, and the manufacturing cost is reduced. Packaged finished products are automatically discharged and sent out of a production line; and by means of the structural design, the automatic tubular material feeding conveying equipment is stable in performance and high in precision.

Description

technical field [0001] The invention relates to an automatic upper tubular material conveying device, which belongs to the field of material conveying devices. Background technique [0002] The winding mechanism of the existing winding device adopts a simple double-roller drive with the same diameter and generally arranged in parallel or a three-roller drive with a simple triangular arrangement of the axis. The double-roller drive rollers are placed horizontally or vertically. ; The three-roller transmission adopts two horizontal rollers, and the third roller is placed above the middle of the two horizontal rollers to form an isosceles or equilateral triangle. [0003] The existing winding device can only use manual plus equipment, semi-automatic or purely manual winding, and the packaging efficiency of a single part is low. It is necessary to pre-cut the material that needs to be rolled into a certain size, and then use manual and semi-automatic or purely manual winding me...

AI Technical Summary

Problems solved by technology

[0003] The existing winding device can only use manual plus equipment, semi-automatic or purely manual winding, and the packaging efficiency of a single part is low

It is necessary to pre-cut the material that needs to be rolled into a certain size, and then use manual and semi-automatic or purely manual winding methods. After the packaging is completed, the parts have different specifications (length and diameter), different shapes, and poor uniformity. ; Manually adding equipment, semi-automatic or purely manual winding, increases the labor intensity for the packaging of the final parts into the container (turnover box or carton), prolongs the packaging time, inefficiencies, and requires manual grabbing of tubular materials, and after manual pre-rolling, The winding method of putting the semi-finished product into the winding mechanism or pure manual winding

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