Leftward and rightward movement receiving conveying system

Abstract

The invention discloses a leftward and rightward movement receiving conveying system, which comprises two receiving conveying devices, two sliding driving devices and sliding rails, wherein the sliding rails are fixedly arranged on a rack; sliding blocks arranged on the sliding rails in a sliding way are respectively and fixedly connected to support frames of the two receiving conveying devices; each receiving conveying device is driven by the corresponding sliding driving device to slide along the corresponding sliding rail in a reciprocating manner. The system also comprises a controller, wherein the two receiving conveying devices and the two sliding driving devices are electrically connected with the controller respectively; under the control of the controller, materials can be alternately conveyed by the two receiving conveying devices, and during the distribution conveying of one receiving conveying device, the other receiving conveying device is in a receiving state. The system has the advantages that (1) the automation degree is high; (2) materials subjected to printing are alternately conveyed by the left and right receiving conveying devices, so that the working efficiency is high; (3) labors are less in contact with the materials subjected to printing, so that higher safety and reliability are ensured.

Description

technical field [0001] The invention relates to the technical field of transporting plastic container lids stacked into strips of a convex plate plane capping machine, in particular to a left and right shifting transmission system of a plane plane capping machine. Background technique [0002] For flat plastic substrates such as covers, it is usually necessary to use a special flat-bed offset printing machine, while the current mainstream flat printing and capping equipment feeds the inlet on the upper surface of the flat printing and capping equipment, and the position is relatively high. When adding substrates, In the prior art, the worker sits on a high stand and manually transfers the stacks of covers and other substrates to the material inlet, and puts the stacked strips of substrates such as covers vertically into the feeding material of the flat printing and capping equipment. mouth. In this way, not only the work efficiency is low, but also there are potential safet...

AI Technical Summary

Problems solved by technology

In this way, not only the work efficiency is low, but also there are potential safety hazards, and accidents are prone to occur.

However, there is no technology in the prior art that can well receive, store and transfer printed materials such as covers stacked in strips to the material inlet of the flat printing and capping equipment.

In the prior art, there is not only no transfer device dedicated to the transfer of flat stamping equipment, but also for the rotation of the heavier storage device, the rotary drive device in the prior art can either meet the lifting requirements but is expensive or bulky, or The price is reasonable but it is difficult to drive the heavy storage device to rotate, so it is impossible to smoothly transfer the printed materials such as covers stacked in strips in the storage device to the feed port of the flat stamping equipment

Images