Straight rail chain transfer type silk screen automatic printing and flocking machine

Abstract

The invention discloses a straight rail chain transfer type silk screen automatic printing and flocking machine, which comprises a frame, wherein an upper group of double-axle center type sliding rails and a lower group of the double-axle center type sliding rails are mounted on the frame; chain wheels are mounted at two ends of the frame, one chain wheel is connected with a servomotor, a chain is arranged between the two chain wheels, a bedplate is fixedly arranged on the chain, and the bedplate is movably arranged on the sliding rails; a printing machine and / or a flocking machine are / is mounted on the frame; and screen plate positioning mechanisms which are used for fixing a screen plate and mutually symmetrical are further mounted in work positions, and transition mechanisms are arranged in the positions passing the chain wheels at the two ends of the frame for upper transition and lower transition of the bedplate. The straight rail chain transfer type silk screen automatic printing and flocking machine has the following benefits: being capable of being simultaneously equipped with the printing machine and the flocking machine, not only performing printing operation, but also performing flocking operation on a same production line and realizing diverse functions; the positioning precision is high; the bedplate moves in a circulating manner, thereby being conductive to assembly line operation and improving the production efficiency; power required for driving the bedplate is relatively small, and the consumed electrical energy is also relatively low; and compared with a traditional screen printing machine, the structure of the whole device is greatly simplified, and the production cost is reduced.

Description

[0001] technical field [0002] The invention relates to the technical field of screen printing and flocking, in particular to a straight-track automatic printing and planting machine capable of simultaneously performing screen printing and flocking processes. Background technique [0003] In the prior art, screen printing and flocking are two independent and separate processes that need to be completed on different equipment. The automatic screen printing machine used in screen printing technology mainly includes the head assembly responsible for printing work, the printing platen for placing the substrate and the driving device for driving the printing platen. The head assembly includes the screen printing plate, The scraping head and the driving motor are straddled above the printing table. At present, there is a kind of screen printing machine commonly used in the market. The printing table is surrounded by a circle and has a circular or oval structure. The head compo...

AI Technical Summary

Problems solved by technology

This traditional screen printing machine mainly has the following disadvantages: First, the pattern (especially the large pattern) printing is not easy to locate, the cut piece is generally larger than the area of ​​the platen, and only local positioning can be used, it is difficult to grasp the alignment accurately, and it is inconvenient to spread the piece , so usually only the entire fabric can be printed, which is very inconvenient

The defect of this system structure leads to the problem of difficult positioning, which has not been ideally solved in the industry so far; second, to drive the entire printing platen to continuously perform horizontal rotation, the required drive components are complex in structure, The manufacturing cost is high, and a high-power motor is required to drive, and the power consumption is large

In order to solve this problem, the present invention proposes a patent application titled "A Straight Track Type Automatic Running Table Screen Printing Machine". The technical solution of this patent solves the two problems raised above. However, the technical solution of this patent Of course, it also has its own advantages and disadvantages, such as the disadvantage of inconvenient assembly line operation, etc.

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