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Full-automatic six-color-and-sixteen-station complex curved surface digital rotary printing and testing integrated machine

A complex curved surface and digital printing technology, applied in printing, typewriters, etc., can solve problems such as unstable printing quality and slow printing speed, and achieve good results, convenient bottle replacement, and high efficiency

Inactive Publication Date: 2017-09-22
广州市申发机电有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

It mainly solves the problems of slow printing speed and unstable printing quality of existing inkjet printing machines. The printing product defect detection system has the characteristics of fast accuracy, strong repeatability and high degree of automation, which greatly reduces the manual labor of rotary printing products. The pressure of detection solves many problems in the manual detection of traditional rotary printing products, and improves the defect detection quality and detection speed of rotary printing products. The printing and testing all-in-one machine has a simple and reasonable structure, and can keep the printing medium fixed during printing, and works reliably High performance, fast printing speed, good inkjet effect, and stable printing quality; it is convenient to add or reduce inkjet heads to meet the combination requirements of various inks and significantly improve the printing quality

Method used

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  • Full-automatic six-color-and-sixteen-station complex curved surface digital rotary printing and testing integrated machine
  • Full-automatic six-color-and-sixteen-station complex curved surface digital rotary printing and testing integrated machine
  • Full-automatic six-color-and-sixteen-station complex curved surface digital rotary printing and testing integrated machine

Examples

Experimental program
Comparison scheme
Effect test

Embodiment example 1

[0043] refer to Image 6 , Figure 7 , digital printing of elliptical bottles: the operator puts the elliptical bottle on the feeding conveyor belt 16, and the feeding conveyor belt 16 transports the elliptical bottle to the position where the feeding manipulator 13 clamps the bottle, and the feeding manipulator 13 clamps the elliptical bottle and transposes it. Rotate 90 degrees clockwise, and then sent to the product loading level 14 by the servo motor, the tooling position clamps the cylinder to clamp the oval bottle, the divider 2 starts to drive the product to rotate clockwise from the loading level 14 to the surface treatment position by 22.5 degrees 15. Start the surface treatment system to treat the outer surface of the elliptical bottle. Start the divider 2 to drive the elliptical bottle to rotate 22.5 degrees clockwise and then shift to the No. 1 color printing position 17. The digital printing device moves the servo motor 7 vertically Vertically descend until it is...

Embodiment example 2

[0045] refer to Figure 8 , Figure 9, Digital printing of special-shaped bottles: the operator puts the special-shaped bottle on the feeding conveyor belt 16, and the feeding conveyor belt 16 transports the special-shaped bottle to the position where the feeding manipulator 13 clamps the bottle, and the feeding manipulator 13 clamps the special-shaped bottle and transposes, Rotate clockwise by 90 degrees, and then sent to the product loading level 14 by the servo motor, the tooling position clamps the cylinder to clamp the special-shaped bottle, the divider 2 starts to drive the product to rotate clockwise from the loading level 14 to the surface treatment position by 22.5 degrees 15. The surface treatment system is started to treat the outer surface of the special-shaped bottle. The divider 2 drives the special-shaped bottle to rotate clockwise for 22.5 degrees and then shifts to the No. 1 color printing position 17. The digital printing device moves the servo motor 7 vertic...

Embodiment example 3

[0047] refer to Figure 10 , Figure 11 , Digital printing of spherical products: the operator puts the spherical products on the feeding conveyor belt 16, and the feeding conveyor belt 16 transports the spherical products to the position where the feeding manipulator 13 clamps the bottle, and the feeding manipulator 13 clamps the spherical product and transposes, Rotate clockwise by 90 degrees, and then sent to the product loading level 14 by the servo motor, the tooling position clamps the cylinder to clamp the spherical product, and the divider 2 starts to drive the product to rotate clockwise from the loading level 14 to the surface treatment position by 22.5 degrees 15. The surface treatment system is started to treat the outer surface of the spherical product. The divider 2 is started to drive the spherical product to turn 22.5 degrees clockwise and then shift to the No. 1 color printing position 17. The digital printing device moves the servo motor 7 vertically. Vertic...

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PUM

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Abstract

The invention discloses a full-automatic six-color-and-sixteen-station complex curved surface digital rotary printing and testing integrated machine. The printing and testing integrated machine comprises a machine seat, a rotary disc, a digital printing device, a CCD testing device, a manipulator system and a product station clamping system. Product rotating and face changing, digital printing device driving, CCD testing device driving, surface flame treatment clamping and rotating, prepositioning clamping and rotating and feeding and discharging manipulator acting are all controlled through a servo motor and high-precision screw nut pairs, and control is accurate. According to the full-automatic six-color-and-sixteen-station complex curved surface digital rotary printing and testing integrated machine, circular bottles, oval bottle double faces, square bottles, special-shaped bottles, spherical faces and revolution solid products with outer bosses can be subjected to digital multi-color printing and testing, a digital printing head can be close to or away from the product surface to print through vertical movement of the printing head and rotary movement of a product rotary mechanism, and through the CCD testing device, the defective printing products can be tested in real time; and the printing machine is good in printing effect, convenient for bottle changing, short in period and efficient.

Description

technical field [0001] The invention relates to a fully automatic six-color, sixteen-station complex curved surface digital rotary printing and detection integrated machine, which belongs to the technical field of automatic printing and detection machinery. Background technique [0002] Screen printing is widely used due to its wide range of applications, good quality and low cost. At present, screen printing is mostly completed by manual operation from the beginning to the printing process. Therefore, manual operation makes screen printing have problems such as high labor intensity, low production efficiency, and high production cost. [0003] With the increase in the types of screen printing products, the types of screen materials and screen plates are also increasing day by day, and some automated screen printing equipment have appeared in the existing screen printing equipment, but most of them are complex in structure, difficult to debug, and efficient. Low, high tech...

Claims

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Application Information

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IPC IPC(8): B41J2/01B41J3/407B41J3/44
CPCB41J2/01B41J3/4073B41J3/445B41J3/40733
Inventor 吴福富唐睿辛焓烽
Owner 广州市申发机电有限公司
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