An automatic rotary net filling and stewing machine

Abstract

The invention discloses an automatic positioning disk mounting machine for a rotary screen. The automatic positioning disk mounting machine for the rotary screen comprises a machine frame, wherein chuck holders are slidably arranged at two ends of the machine frame respectively; two rotary screen brackets are arranged at the position, between the two chuck holders, on the machine frame; a first transmission device and a first power device are arranged on the machine frame; the first transmission device is matched with the two chuck holders respectively; the first power device drives the two chuck holders to synchronously move toward each other through the first transmission device; a rotatable positioning disk chuck is mounted on each chuck holder; a second transmission device and a second power device are further arranged on the machine frame; the second transmission device is matched with the positioning disk chucks respectively; the second power device drives the two positioning disk chucks to synchronously rotate around the central lines of the positioning disk chucks through the second transmission device. According to the automatic positioning disk mounting machine for the rotary screen, the situation that a positioning disk is unaligned with the rotary screen can be timely discovered, so that the rotary screen provided with the unaligned positioning disk is prevented from being transferred to the subsequent printing process.

Description

technical field [0001] The invention relates to the technical field of textile printing and dyeing equipment, in particular to an automatic rotary screen head-stacking machine in rotary screen printing. Background technique [0002] In rotary screen printing, it is a very important process to put the heads on the two ends of the rotary screen after gluing. The existing automatic rotary screen heads are equipped with chuck frames at both ends, and the two chuck frames are Braised head chucks are respectively fixed on the upper frame, and a transmission device and a power device are arranged on the frame. During the steaming process on the rotary net, the two steaming heads are respectively fixed on the steaming chucks at both ends, and then the transmission device drives the two chuck frames to move synchronously and oppositely through the power device, and the steaming heads are pushed straight into the rotary net Inside, then fix the rotary net and the stewing head. In th...

AI Technical Summary

Problems solved by technology

In this process, if the braised head chuck clamps the stewed head incorrectly, it will lead to improper combination of the rotary screen and the stewed head

However, in the existing steaming machine, the steaming head is fixed on the steaming chuck during the whole steaming process, and only moves along the frame with the chuck frame in a reciprocating linear motion, so it is not easy to find the rotary net in time. Improperly installed stewed head

In the subsequent printing process, if the brazing heads at both ends of the rotary screen are not installed correctly, if the printing machine rotates at a high speed, the rotary screen will be damaged and the printing waste of the substrate will be caused.

And if the speed of the printing machine is low, the printing efficiency will be low

In addition, during the bonding process of the glue on the head and the two ends of the rotary screen, the glue on the outer surface of the head is likely to form nodules, and in the subsequent printing process, the nodules are likely to cause serious damage to the substrate

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