UV resin printing projection and illumination device and algorithm

Abstract

The invention discloses a UV resin printing projection and illumination device and an algorithm, and belongs to the technical field of textile. The device comprises one set or more sets of PC, a controller, a roller, a projector, a spraying head, an adjustable bracket, a fabric and a machine frame, and can comprise a steeping press roller and a steeping press cylinder, wherein the action of the spraying head and the action of the projector are controlled by the controller; the controller communicates with the PC; and a rotary encoder fixed on the roller reads the moving position of the fabric and controls the pattern moving speed of the projector. The UV algorithm relates to a projector image transition method, wherein the projector circularly plays the same picture or a designed continuous image, and the whole image is connected end to end to form an integral pattern. The printing fabric is processed by the method, so UV printing continuous production can be realized, a large pattern can be produced and the splicing quality of the pattern is guaranteed.

Description

technical field [0001] The invention specifically relates to a UV resin printing projection irradiation device and an algorithm, and belongs to the technical field of textiles. Background technique [0002] Textile printing technology is divided into two types: traditional printing technology and textile digital inkjet printing technology. The latter is a printing technology gradually developed after the 1990s. Compared with the traditional printing technology, it is a plateless printing technology that can realize point-by-point control, and it is a revolutionary breakthrough to the traditional printing technology. At present, digital printing products only account for about 3% of the total printing output, and traditional printing occupies a dominant position in the market. The rapid development of the digital printing industry has not been as expected due to the many bottlenecks in the process of digital inkjet printing. First, dye ink digital printing still requires co...

AI Technical Summary

Problems solved by technology

First, dye ink digital printing still requires complex post-processing

Subsequent processing procedures such as steaming, soaping, water washing and drying still have high water and energy consumption and pollution problems

Second, the fiber-selective adsorption properties of dyes lead to limitations in the types of fabrics

Third, the speed of inkjet printing is slow, especially when processing high-precision patterns, the speed of printing is even slower, and it is difficult to meet the requirements of processing speed and processing output

[0005] But for the problems referred to above, adopt the method for mobile irradiation image to realize the printing of the continuous production of UV photocuring has not been reported.

Images