Electronic sculpturing machine

Abstract

The present invention relates to an electronic sculpturing machine, comprising a machine body which comprises a working bench and a machine cover, wherein the working bench comprises front and back tips for supporting a processing cylinder, and a sculpturing car; a makeup work station which uses a brand new rip analyzer, can accept PS, EPS, PDF, TIFF makeup, and can realize integrated tension enlarging and reducing; a DTG control circuit board which comprising a 2050CPU board, a 7070 board, a 3010 board, a 8090 board, a FIFO card and a 7020 sculpturing head amplifier board; a DTG control software which comprises a preset menu, trail sculpturing menu, a sculpturing menu, a tool sculpturing menu and a website button; a PLC controller for overall control to realize fast forward raising, head resting, head backing and car driving and the like; a website tester for measuring sculpturing websites and correcting positions. The weight of the present invention is reduced, the whole machine is beautiful, and material expenses are reduced greatly; the national energy-conservation requirements are satisfied. The operations are simple and easy to be learned; the electronic sculpturing machine is humanized. A Chinese control interface and an English control interface can be transformed, which is in favour of popularizing the electronic sculpturing machine in international markets.

Description

technical field [0001] The invention relates to an electronic engraving machine, especially a system which adopts advanced electronic technology and software technology, integrates computer graphics processing, microelectronics and control technologies, and is used for manufacturing packaging, trademarks, decorations, transfer printing, embossing, etc. An electronic engraving machine that is a necessary professional equipment for printing and other cylinders. Background technique [0002] At present, although the first generation of electronic engraving machines is relatively widely used in modern industries, the first generation of electronic engraving machines has the following defects: [0003] 1. The control software of the first generation electronic engraving machine runs on the full English interface under the DOS operating system. The operation of the full English interface is cumbersome and difficult to master; [0004] 2. The first generation of electronic engravi...

AI Technical Summary

Problems solved by technology

[0003] 1. The control software of the first generation electronic engraving machine runs on the full English interface under the DOS operating system. The operation of the full English interface is cumbersome and difficult to master;

[0004] 2. The first generation of electronic engraving machines used stepper drivers and stepper motors, the disadvantages of which are: large vibration, high noise, high heat output, and relatively expensive prices;

[0005] 3. The first-generation electronic engraving machine has many control points and a total of 11 sub-circuit boards, which are prone to many problems and poor reliability;

[0006] 4. The fifo data card interface of the first generation electronic engraving machine is ISA type, and its rate is low;

[0007] 5. The network dot tester of the first generation electronic engraving machine adopts 8-bit video capture card plus CCD sensor, win98 operating system, its disadvantage is that the image is blurred and the number of network dots presented at the same time is small;

[0008] 6. For the 3015 electric engraving machine of the first generation of electronic engraving machine, the plate roller with a weight of more than 150KG often appears to be unable to rotate, resulting in limitations in processing;

[0010] 8. The imposition workstation equipped with the first-generation electronic engraving machine adopts the traditional Artcom imposition, and only has an English interface, which is difficult to learn. Good for repair, maintenance

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