CN205033737U - Digital inkjet printing machine with trapezium structure - Google Patents

Abstract

The utility model provides a digital inkjet printing machine with trapezium structure, including bracing piece system and track, the bracing piece system includes left front bracing piece, right front bracing piece, left back bracing piece and right back bracing piece, it is equipped with preceding track to add in the bottom of left front bracing piece and right front bracing piece, it is equipped with the back track to add in the bottom of left back bracing piece and right back bracing piece, the track is located and left front bracing piece apart from the left side 13 positions of total length with the back track in the front, right front bracing piece and left back bracing piece, it is left front with being equipped with between the top of right back bracing piece, it is right front and left back, right back track, the equidistant running roller that has installed additional on each track, bearing and the between tracks connection of running roller through controlling both ends, the fabric passes each track through S type route in proper order, it is equipped with heating device to add on middle running roller, can realize printing the arrangement effect after preceding flattening effect and the fabric printing to the fabric, adopt the trapezium structure simultaneously, shower nozzle group is highly the same with the bracing piece system, can save area.

Description

A digital inkjet printing machine with trapezoidal structure

technical field

The utility model relates to the new technology field of digital ink-jet printing, in particular to a digital ink-jet printing machine with a trapezoidal structure.

Background technique

Digital inkjet printing technology is a high-tech product that integrates machinery, computer, electronic information technology and gradually formed with the continuous development of computer technology. It first appeared in the mid-1990s. The emergence and continuous improvement of this technology , has brought a new concept to the textile printing and dyeing industry, and its advanced production principles and methods have brought an unprecedented development opportunity to textile printing and dyeing. It is known as the textile industry revolution technology in the 21st century, and it will gradually replace traditional printing. The method has become the main equipment for textile printing. In recent years, digital inkjet printing technology at home and abroad has made great progress. Among them, the belt-type digital inkjet printing machine can realize continuous batch printing, the technology is constantly improving, and the product types and functions are also constantly improving.

For the traditional belt-guided digital inkjet printing machine, two kinds of motion control are mainly involved in the printing process. The first is the movement of the printhead car in the width direction of the fabric, and the second is the movement of the belt guide in the direction of the fabric length. Horizontal movement, the guide belt is driven by the guide belt driving roller to make a circular motion along the guide belt passive roller, guide belt deviation correction roller and auxiliary deviation correction roller, so as to realize continuous batch printing. During the printing process, the printed fabric is placed on the cloth rack, and the printed fabric is pasted on the guide belt through the tension frame, expander roller, and cloth guide roller. In order to make the printed fabric smooth on the guide belt, it needs to pass The gluing groove on the guide belt is coated with guide belt glue. At the same time, in order to keep the guide belt clean, it is necessary to automatically clean and dehydrate the guide belt through a water washing device to remove waste and thread ends on the guide belt in time. The cleaned guide belt can be glued again to make the printed fabric more reliable. glued to the tape. Under normal circumstances, the gluing tank and guide belt washing device are large in size, so installation, maintenance and transportation are difficult, and the overall equipment is relatively cumbersome, and the guide belt may have problems such as deviation during operation, which will affect the printing quality.

Compared with the belt-type digital ink-jet printing machine, the flat-bed digital ink-jet printing machine can better meet the individual needs and is suitable for printing ready-to-wear. The printing process mainly involves two kinds of motion control, the first is the movement of the print head assembly car in the width direction of the fabric, and the second is the horizontal movement of the flat plate or head assembly in the direction of the fabric length. During the printing process, the printed fabric is placed on a flat plate. Flat plates are more stable than belt conveyors.

In view of this, the utility model provides a digital inkjet printing machine with a trapezoidal structure. By adopting a digital inkjet printing machine with a trapezoidal structure, the leveling function of the fabric before printing and the finishing of the fabric after printing can be realized At the same time, it adopts a trapezoidal structure, and the height of the nozzle group and the support rod system is the same, which can save the occupied area.

Contents of the invention

The technical problem to be solved by the utility model is to provide a digital ink-jet printing machine with a trapezoidal structure, so as to realize the leveling effect on the fabric before printing and the finishing effect on the fabric after printing.

In order to achieve the above purpose, the technical solution adopted by the utility model is: a digital inkjet printing machine with a trapezoidal structure, including a support rod system and a track, and the support rod system includes a left front support rod, a right front support rod, and a left rear support rod and the right rear support bar, a front track is installed at the bottom of the left front support bar and the right front support bar, and a rear track is installed at the bottom of the left rear support bar and the right rear support bar, and the distance between the front track and the right rear support bar A left front track is installed between the position of 1/3 of the total length on the left and the top of the left front support bar, and a right front track is installed between the position of 1/3 of the total length of the front track from the right and the top of the right front support bar. A left rear track is installed between the position of 1/3 of the total length of the left side of the rear track and the top of the left rear support rod, and a rear track is added between the position of 1/3 of the total length of the right side of the rear track and the top of the right rear support rod. The right rear track is equipped with the first roller, the second roller, the third roller, the fourth roller and the fifth roller at equal intervals on the left front track and the left rear track. The roller and the fifth roller are located at the two ends of the left front track and the left rear track, and the sixth roller, the seventh roller, and the eighth roller are installed at equal intervals on the front track and the rear track. The six rollers, the seventh roller and the eighth roller are located between the connection points of the left front track, the left rear track and the right front track, the right rear track and the front track and the rear track, and the sixth roller, the seventh roller The upper part of the eighth roller and the eighth roller is equipped with a nozzle group, the height of the nozzle group is the same as the height of the support rod system, and the ninth roller and the tenth roller are installed at equal intervals on the right front track and the right rear track. rollers, eleventh rollers, twelfth rollers and thirteenth rollers, the ninth roller and the thirteenth rollers are located at the two ends of the right front track and the right rear track, and each roller passes through the left and right two The left bearing and the right bearing at the end are connected on the track, and the second roller, the third roller, the fourth roller, the fifth roller, the ninth roller, the tenth roller, the eleventh roller, The twelfth roller is sequentially equipped with a second heating device, a third heating device, a fourth heating device, a fifth heating device, a ninth heating device, a tenth heating device, an eleventh heating device, and a twelfth heating device , the printing fabric is wound on the first roller, and then passes through the second roller, the third roller, the fourth roller and the fifth roller in S-shape, the second heating device, the third heating device, the The fourth heating device and the fifth heating device perform the finishing function on the passing fabric before printing, and then pass through the sixth roller, the seventh roller, and the eighth roller in an S-shape. At this time, the nozzle group on the fabric Printing, the printed fabric passes through the ninth roller, the tenth roller, the eleventh roller, the twelfth roller in S-shape, and finally winds up on the thirteenth roller. The ninth heating device , The tenth heating device, the eleventh heating device, and the twelfth heating device dry the printed fabric.

When printing, the printed fabric is wound on the first roller, and then passes through the second roller, the third roller, the fourth roller and the fifth roller in S-shape, the second heating device, the third heating device , the fourth heating device, and the fifth heating device perform the finishing function on the passing fabric before printing, and then pass through the sixth roller, the seventh roller, and the eighth roller in S-shaped order, and the nozzle group on it at this time The fabric is printed, and the printed fabric passes through the ninth roller, the tenth roller, the eleventh roller, the twelfth roller in S-shape, and is finally wound on the thirteenth roller. The adding device, the tenth adding device, the eleventh adding device and the twelfth adding device dry the printed fabric.

The utility model adopts a digital inkjet printing machine with a trapezoidal structure, which can realize the leveling effect on the fabric before printing and the finishing effect on the fabric after printing. At the same time, the trapezoidal structure is adopted, and the height of the nozzle group and the support rod system is the same. Can save floor area.

Description of drawings

Fig. 1 is the structural representation of the utility model.

detailed description

As shown in Figure 1, a digital inkjet printing machine with a trapezoidal structure includes a support rod system and a track. The support rod system includes a left front support rod 3, a right front support rod 5, a left rear support rod 4 and a right rear support rod 6. , a front track 1 is installed at the bottom of the left front support bar 3 and the right front support bar 5, and a rear track 2 is installed at the bottom of the left rear support bar 4 and the right rear support bar 6, and the total length of the front track 1 from the left side is 1 A left front track 19 is installed between the /3 position and the top of the left front support bar 3, and a right front track 21 is installed between the front track 1 distance from the right total length 1/3 position and the top of the right front support bar 5, and the rear track 2 A left rear track 20 is installed between the position of 1/3 of the total length on the left and the top of the left rear support bar 4, and a rear track 20 is added between the position of 1/3 of the total length of the right side from the rear track 2 and the top of the right rear support bar 6. The right rear track 22 is equipped with, and the first roller 33, the second roller 7, the third roller 8, the fourth roller 9 and the fifth roller are installed at equal intervals on the left front track 19 and the left rear track 20 10. The first roller 33 and the fifth roller 10 are located at both ends of the left front track 19 and the left rear track 20, and the sixth roller 11 and the seventh roller are installed at equal intervals on the front track 1 and the rear track 2 12. The eighth roller 13, the sixth roller 11, the seventh roller 12, and the eighth roller 13 are located on the left front track 19, the left rear track 20 and the right front track 21, the right rear track 22 and the front track 1 and the rear track Between the connecting points of 2, a nozzle group is installed on the top of the sixth roller 11, the seventh roller 12, and the eighth roller 13. The height of the nozzle group is the same as that of the support bar system. The ninth roller wheel 14, the tenth roller wheel 15, the eleventh roller wheel 16, the twelfth roller wheel 17 and the thirteenth roller wheel 18 are equipped with at equal intervals on the right rear track 22, the ninth roller wheel 14 and the thirteenth roller wheel 18 The thirteen rollers 18 are positioned at the two ends of the right front track 21 and the right rear track 22, each roller is connected on the track by the left bearing 24 and the right bearing 23 at the left and right ends, on the second roller 7, the third roller 8, The fourth roller 9, the fifth roller 10, the ninth roller 14, the tenth roller 15, the eleventh roller 16, and the twelfth roller 17 are equipped with a second heating device 25 and a third heating device in sequence. device 26 , fourth heating device 27 , fifth heating device 28 , ninth heating device 29 , tenth heating device 30 , eleventh heating device 31 , and twelfth heating device 32 .

The printing fabric is wound on the first roller 33, and then passes through the second roller 7, the third roller 8, the fourth roller 9 and the fifth roller 10 in S-shape, the second heating device 25, the fifth roller 10 The third heating device 26, the fourth heating device 27, and the fifth heating device 28 perform finishing functions on the passing fabric before printing, and then pass through the sixth roller 11, the seventh roller 12, and the eighth roller in S-shaped order 13. At this time, the nozzle group on it prints the fabric, and the printed fabric passes through the ninth roller 14, the tenth roller 15, the eleventh roller 16, and the twelfth roller 17 in S-shaped order, Finally, it is wound on the thirteenth roller 18, and the ninth heating device 29, the tenth heating device 30, the eleventh heating device 31, and the twelfth heating device 32 dry the printed fabric.

Claims (1)

1. there is a digital inkjet printing machine for trapezium structure, comprise braced bar system and to unify track, it is characterized in that: described support rod system comprises left front support bar, right anterior branch strut, left back support bar and right back support bar, track before the bottom of described left front support bar and right anterior branch strut adds, track after the bottom of described left back support bar and right back support bar adds, left front track is added between described total length 1/3 position, the front orbital distance left side and left front support bar top, right front track is added between total length 1/3 position and right front support bar top on the right of described front orbital distance, left back track is added in the rear between orbital distance left side total length 1/3 position and left back support bar top, add right back track between total length 1/3 position and right back support bar top on the right of orbital distance in the rear, described left front track and left back track equidistantly add the first running roller, second running roller, 3rd running roller, 4th running roller and the 5th running roller, described first running roller and the 5th running roller are positioned at the two ends of left front track and left back track, and described front track and rear track equidistantly add the 6th running roller, 7th running roller, 8th running roller, described 6th running roller, 7th running roller, 8th running roller is positioned at left front track, left back track and right front track, between the tie point of right back track and front track and rear track, at described 6th running roller, 7th running roller, the top of the 8th running roller adds jet head sets, and the height of described jet head sets is identical with the height of support rod system, and described right front track and right back track equidistantly add the 9th running roller, tenth running roller, 11 running roller, 12 running roller and the 13 running roller, described 9th running roller and the 13 running roller are positioned at the two ends of right front track and right back track, and each running roller is connected in orbit with right bearing, at described second running roller by the left bearing at two ends, left and right, 3rd running roller, 4th running roller, 5th running roller, 9th running roller, tenth running roller, 11 running roller, 12 running roller adds secondary heating mechanism successively, 3rd heater, 4th heater, slender acanthopanax thermal, 9th heater, tenth heater, 11 heater, 12 heater, prints fabric wrapping on the first running roller, then S-type successively through the second running roller, 3rd running roller, 4th running roller and the 5th running roller, secondary heating mechanism, 3rd heater, 4th heater, arrangement effect before the fabric of slender acanthopanax thermal to process prints, then S-type successively through the 6th running roller, 7th running roller, 8th running roller, the jet head sets now on it carries out stamp to fabric, and the fabric after stamp is S-type successively through the 9th running roller, tenth running roller, 11 running roller, 12 running roller, is finally wound on the 13 running roller, the 9th heater, tenth heater, 11 heater, 12 heater carries out drying functions to the fabric after stamp.