CN204659185U - A double-sided synchronous continuous digital color printing device for rope braided fabrics - Google Patents

Abstract

The utility model discloses a rope belt woven fabric double-sided synchronous continuous digital color printing device, which comprises a rope belt woven fabric transmission mechanism, an upper layer transfer printing paper circular transmission spray painting mechanism and a lower layer transfer printing paper circular transmission spray painting mechanism; the lower-layer transfer printing paper circulating transmission spray painting mechanism is located above the upper-layer transfer printing paper circulating transmission spray painting mechanism, a transfer printing paper hot-pressing transfer printing area is formed between the lower-layer transfer printing paper circulating transmission spray painting mechanism and the upper-layer transfer printing paper circulating transmission spray painting mechanism, and the rope belt braided fabric transmission mechanism penetrates through the transfer printing paper hot-pressing transfer printing area. This device can realize carrying out two-sided simultaneous heating rendition and continuous color printing air brushing to the fag end knitting, improves production efficiency, makes fag end knitting two sides colour unanimous, and the image symmetry is better, and the washing fastness is better, improves the quality and the added value of customer's product, more receives consumer's favor.

Description

A double-sided synchronous continuous digital color printing device for rope braided fabrics

technical field

The utility model relates to the technology in the field of rope braid manufacture, in particular to a double-sided synchronous continuous digital color printing device for rope braids.

Background technique

At present, the patterns on narrow-width fabrics such as hook and loop tapes and ribbons are mostly printed by ordinary printing methods. This method has the following disadvantages: the images are prone to fall off, crack, fade, and the color is dull, and it is difficult to align the upper and lower layers of the pattern. Thermal transfer. The utility model improves the original equipment by installing a double-sided simultaneous heating transfer device and a nozzle capable of continuous color printing and spraying; using computer graphics software to spray the thermal transfer printing ink into a more vivid and three-dimensional image, and then improving it in the new The equipment implements double-sided simultaneous heating, pressurization, sublimation transfer and other processes, so that the colors on both sides of the webbing are consistent, the image symmetry is better, the washing fastness is better, and the quality and added value of customers' products are improved, which is more popular among consumers. favor.

Utility model content

In view of this, the utility model aims at the shortcomings of the existing technology, and its main purpose is to provide a double-sided synchronous continuous digital color printing device for rope braided fabrics, which can effectively solve the problem that the existing equipment cannot continuously perform color printing and thermal transfer. printing problem.

In order to achieve the above object, the utility model adopts the following technical solutions:

A double-sided synchronous continuous digital color printing device for rope braided fabrics, comprising a rope braided fabric transmission mechanism, an upper layer transfer paper circulation transmission inkjet mechanism, and a lower transfer paper circulation transmission inkjet mechanism; the lower transfer paper circulation transmission inkjet mechanism Located above the upper layer transfer paper circulation transmission inkjet mechanism, the transfer paper thermal pressure transfer area is formed between the lower transfer paper circulation transmission inkjet mechanism and the upper transfer paper circulation transmission inkjet mechanism, and the rope braid transmission mechanism passes through Transfer paper heat press transfer area.

Preferably, the rope braided fabric transmission mechanism consists of a winding roller, a first pressure roller, an upper heat pressure transfer roller, a first lower heat pressure transfer roller, a second lower heat pressure transfer roller, a second pressure roller And the finished product shaft, the first pressure roller, the first lower heat pressure transfer roller, the second lower heat pressure transfer roller and the second pressure roller are located at the lower periphery of the upper heat pressure transfer roller.

Preferably, the upper layer transfer paper circulation transmission inkjet mechanism is composed of the upper layer transfer paper, the upper color printing nozzle, the first upper transfer roller, the second upper transfer roller, the third upper transfer roller and the aforementioned first pressure roller, upper heat press It consists of a transfer roller, a first lower heat transfer roller, a second lower heat transfer roller and a second pressure roller.

Preferably, the lower transfer paper circulation conveying inkjet mechanism is composed of the lower transfer paper, the lower color printing nozzle, the first lower transfer roller, the second lower transfer roller, the third lower transfer roller, the fourth lower transfer roller and the aforementioned first It consists of a pressure roller, an upper heat pressure transfer roller, a first lower heat pressure transfer roller, a second lower heat pressure transfer roller and a second pressure roller.

Preferably, the first pressure roller, the upper heat pressure transfer roller, the first lower heat pressure transfer roller, the second lower heat pressure transfer roller and the second pressure roller constitute the heat pressure transfer area of the transfer paper.

Compared with the prior art, the utility model has obvious advantages and beneficial effects. Specifically, it can be known from the above technical solutions:

This device can realize simultaneous heating transfer and continuous color printing on both sides of the braided rope to improve production efficiency, make the two sides of the braided rope have the same color, better image symmetry, better washing fastness, and improve customer product quality. The quality and added value are more favored by consumers.

In order to more clearly illustrate the structural features and effects of the utility model, the utility model will be described in detail below in conjunction with the accompanying drawings and specific embodiments:

Description of drawings

Fig. 1 is a schematic structural view of a preferred embodiment of the utility model.

Explanation of the accompanying drawings:

10. Rope braid transmission mechanism 11. Winding roller

12. The first pressure roller 13. Upper heat transfer roller

14. The first heat transfer roller 15. The second heat transfer roller

16. Second pressure roller 17. Finished shaft

20. Upper layer transfer paper circulation transmission inkjet mechanism 21. Upper layer transfer paper

22. Upper color printing nozzle 23. First upper conveying roller

24. The second upper transmission roller 25. The third upper transmission roller

30. Lower transfer paper circulation transmission inkjet mechanism 31. Lower transfer paper

32. Lower color printing nozzle 33. First lower transfer roller

34. The second lower transmission roller 35. The third lower transmission roller

36. The fourth lower transmission roller 40. Transfer paper heat transfer area

50. Rope braid

Detailed ways

Please refer to shown in Fig. 1, it has shown the specific structure of the preferred embodiment of the present utility model, comprises rope braided fabric conveying mechanism 10, upper strata transfer printing paper circulation conveying inkjet mechanism 20 and lower floor transfer paper circulation conveys inkjet painting agency30. The lower transfer paper circulation transmission inkjet mechanism 30 is located above the upper transfer paper circulation transmission inkjet mechanism 20, and the transfer paper heat press is formed between the lower transfer paper circulation transmission inkjet mechanism 30 and the upper transfer paper circulation transmission inkjet mechanism 20 The transfer area 40 , the rope braided fabric transmission mechanism 10 passes through the heat transfer area 40 of the transfer paper.

Specifically, the rope braided fabric transmission mechanism 10 is composed of a winding roller 11, a first pressing roller 12, an upper heat-press transfer roller 13, a first lower heat-press transfer roller 14, a second lower heat-press transfer roller Roller 15, second pressure roller 16 and finished product shaft 17, the first pressure roller 12, the first lower heat pressure transfer roller 14, the second lower heat pressure transfer roller 15 and the second pressure roller 16 are located on the upper heat pressure The lower periphery of the transfer roller 13 . The upper-layer transfer paper circulation transmission inkjet mechanism 20 is composed of upper-layer transfer paper 21, upper color printing nozzle 22, first upper transfer roller 23, second upper transfer roller 24, third upper transfer roller 25 and the aforementioned first pressure roller 12 , The upper heat pressure transfer roller 13, the first lower heat pressure transfer roller 14, the second lower heat pressure transfer roller 15 and the second pressure roller 16. The lower transfer paper circulation transmission inkjet mechanism 30 is composed of the lower transfer paper 31, the lower color printing nozzle 32, the first lower transfer roller 33, the second lower transfer roller 34, the third lower transfer roller 35, and the fourth lower transfer roller 36. And the aforementioned first pressure roller 12 , upper heat pressure transfer roller 13 , first lower heat pressure transfer roller 14 , second lower heat pressure transfer roller 15 and second pressure roller 16 . The first pressure roller 12, the upper heat pressure transfer roller 13, the first lower heat pressure transfer roller 14, the second lower heat pressure transfer roller 15 and the second pressure roller 16 constitute the heat pressure transfer of the aforementioned transfer paper. District 40.

During work, the rope braided fabric 50 is superimposed in the middle of the upper transfer paper 21 and the lower transfer paper 31 at the first pressure roller 12 before entering the transfer paper thermal pressure transfer area 40, and the upper transfer paper 21 and the lower transfer paper The pattern of the lower transfer paper 31 is accurately and consistently overlapped on the top and bottom of the rope braid 50, and when the three slowly reach the hot-press transfer area 40 of the double-sided simultaneous transfer paper, the upper hot-press transfer roller 13, the first The lower heat press transfer roller 14 and the second lower heat press transfer roller 15 heat and sublimate the ink pattern on the transfer paper and transfer it to the rope braid 50. After the transfer is completed, the rope braid 50 is wound On the finished product shaft 17, the upper layer transfer paper 21 and the lower layer transfer paper 31 circulate to the upper color printing nozzle 22 and the lower color printing nozzle 32 respectively, and re-print patterns rapidly, forming a continuous production of rapid inkjet printing and double-sided synchronous transfer printing.

The key points of the design of the utility model are: the device can realize double-sided simultaneous heating transfer and continuous color printing inkjet printing on the rope braid, improve production efficiency, make the two sides of the rope braid have the same color, better image symmetry, and washable The fastness is better, which improves the quality and added value of customers' products, and is more favored by consumers.

The technical principles of the present utility model have been described above in conjunction with specific embodiments. These descriptions are only for explaining the principle of the utility model, and cannot be construed as limiting the protection scope of the utility model in any way. Based on the explanations herein, those skilled in the art can think of other specific implementations of the present utility model without creative work, and these forms will all fall within the protection scope of the present utility model.

Claims (5)

1. the continuous digital color printing devices of rope band braid Double-side Synchronous, is characterized in that: include rope band braid transmission mechanism, upper strata transfer paper circle transmission air brushing mechanism and transfer paper circle transmission air brushing mechanism of lower floor; This transfer paper circle transmission air brushing mechanism of lower floor is positioned at the top of upper strata transfer paper circle transmission air brushing mechanism, form transfer paper hot-pressing transfer printing district between transfer paper circle transmission air brushing mechanism of lower floor and upper strata transfer paper circle transmission air brushing mechanism, this rope band braid transmission mechanism is through transfer paper hot-pressing transfer printing district.

2. the continuous digital color printing devices of a kind of rope band braid Double-side Synchronous as claimed in claim 1, it is characterized in that: described rope band braid transmission mechanism is made up of take up roll, the first pressure roller, upper hot-pressing transfer printing roller, first time hot-pressing transfer printing roller, second time hot-pressing transfer printing roller, the second pressure roller and finished product axle, this first pressure roller, first time hot-pressing transfer printing roller, second time hot-pressing transfer printing roller and the second pressure roller are positioned at the periphery, below of hot-pressing transfer printing roller.

3. the continuous digital color printing devices of a kind of rope band braid Double-side Synchronous as claimed in claim 2, is characterized in that: described upper strata transfer paper circle transmission air brushing mechanism is made up of delivery roll on delivery roll, the 3rd on delivery roll, second on upper strata transfer paper, upper color printing nozzle, first and aforementioned first pressure roller, upper hot-pressing transfer printing roller, first time hot-pressing transfer printing roller, second time hot-pressing transfer printing roller and the second pressure roller.

4. the continuous digital color printing devices of a kind of rope band braid Double-side Synchronous as claimed in claim 2, is characterized in that: transfer paper circle transmission air brushing mechanism of described lower floor is made up of lower floor's transfer paper, lower color printing nozzle, first time delivery roll, second time delivery roll, the 3rd time delivery roll, the 4th time delivery roll and aforementioned first pressure roller, upper hot-pressing transfer printing roller, first time hot-pressing transfer printing roller, second time hot-pressing transfer printing roller and the second pressure roller.

5. the continuous digital color printing devices of a kind of rope band braid Double-side Synchronous as claimed in claim 2, is characterized in that: described first pressure roller, upper hot-pressing transfer printing roller, first time hot-pressing transfer printing roller, second time hot-pressing transfer printing roller and the second pressure roller form preceding transfer paper hot-pressing transfer printing district.