CN205668443U - A kind of stamp digital inkjet printing machine simultaneously - Google Patents

Abstract

The utility model provides a simultaneous printing digital inkjet printing machine, which includes a printing plate and a head assembly. The printing plate includes a front and a rear guide belt plate, and the front and rear guide belt plates are supported by the left front, right front, left rear and right rear Frame support, the head assembly includes a support frame, and the support frame includes a front horizontal support frame and a rear horizontal support frame, on which a front vertical support and a rear vertical support frame are vertically connected, and a middle horizontal support rod is connected between the front and rear guide belt plates , the middle and vertical support rods are vertically connected to the middle and horizontal support rods, and the front and rear print head groups are respectively installed on the front and rear connecting rods of the main horizontal connecting rod. The front print head group is located along the front The main horizontal connecting rod between the vertical support frame and the middle vertical support rod slides back and forth, and the rear print head group slides back and forth along the main horizontal connecting rod between the rear vertical support frame and the middle vertical support rod.

Description

A Simultaneous Printing Digital Inkjet Printing Machine

technical field

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

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 flatbed digital inkjet printing machine can realize personalized printing of garments, etc., and the technology has been continuously improved, and the types and functions of products have also been continuously improved.

For the fixed-head flatbed digital inkjet printing machine, the client submits the document to the PC host of the printing equipment, and the PC host converts the image information into corresponding printing control commands and The control command is sent to the printing controller to control the printing. During the printing process, firstly, the nozzle group moves a lead in the width direction of the fabric. During the movement, the jet printing controller controls whether the nozzles spray ink according to the obtained jet printing control command; secondly, the servo motor controls the printing plate in the direction of the fabric length. Move one printing width forward, and the two movements coordinate with each other to repeat the above process until the printing task is completed. Compared with the belt-type digital inkjet printing machine, for flat-bed digital inkjet printing equipment, how to increase the printing speed or the number of garments printed each time is the main problem currently facing.

In view of this, the utility model provides a digital ink-jet printing machine for simultaneous printing. By setting the guide belt type flat plate at the front and rear, the front and rear sides of the printing flat plate of the two guide belt type flat plates are connected to the support frame, and the support frame The front and rear ends of the machine are equipped with printing nozzle groups to realize simultaneous printing on the fabrics placed on the two guide belt plates and improve printing efficiency.

Contents of the invention

The technical problem to be solved by the utility model is to provide a simultaneous printing digital inkjet printing machine, by setting the guide belt type flat plate at the front and rear, and connecting the support frame on the front and rear sides of the printing flat plate of the two guide belt type flat plates , The front and rear ends of the support frame are equipped with print nozzle groups to realize the simultaneous printing of the fabrics placed on the two guide belt plates and improve the printing efficiency.

In order to achieve the above purpose, the utility model relates to a simultaneous printing digital inkjet printing machine, which includes a printing plate and a head assembly. The printing plate includes a leading belt plate and a rear guiding plate. The flat plates are vertically parallel aligned, the geometric dimensions of the leading flat plate and the rear flat plate are the same, and the flat plate and the flat plate include a printing plate, and the printing flat plate is a cuboid shape. The left front corner, the right front corner, the left rear corner, and the right rear corner protrude. , the right rear support rod support, on the left front support rod and the left rear support rod of the front guide belt flat plate and the rear guide belt flat plate, the left cloth feeding roller is connected through bearings, and the right front of the front guide belt flat plate and the rear guide belt flat plate The support rod and the right rear support rod are connected with a right cloth roll through a bearing, and a left transmission roller is installed through a bearing connection between the stretched left front corner and the left rear corner of the printing flat plate. A right drive roller is installed between the right front corner and the right rear corner through bearing connection, and a conveyor belt is connected between the left drive roller and the right drive roller. The head assembly includes a support frame, and the support frame includes a front A transverse support frame and a rear transverse support frame, the front transverse support frame and the rear transverse support frame are respectively fixed on the front side and the rear side of the printing plate of the front guide belt flat plate and the rear guide belt flat plate, on the front transverse support frame and the rear transverse support frame The rear horizontal support frame is vertically connected with a front vertical support frame and a rear vertical support frame. There is a middle horizontal support rod connected between them, and the front and rear two ends of the middle horizontal support rod are respectively fixed on the rear side and the front side of the printing flat plate of the front guide belt plate and the rear guide belt flat plate, and on the middle horizontal support rod Vertically connected with a vertical support rod, the top of the vertical support rod is fixed to the main horizontal connecting rod, and the front and rear printing nozzles are respectively installed on the front and rear connecting rods of the main horizontal connecting rod. group, the front print head group slides back and forth along the main horizontal connecting rod between the front vertical support frame and the middle vertical support rod, and the rear print head group slides back and forth along the main horizontal connecting rod between the rear vertical support frame and the middle vertical support rod The main horizontal connecting rod slides back and forth.

When in use, the first fabric and the second fabric are respectively placed on the left cloth feed roller of the leading belt flat plate and the rear guiding belt flat plate, and then the first fabric and the second fabric pass through the left side of the leading belt flat plate and the rear guiding belt flat plate respectively. The transmission roller, transmission belt, and right transmission roller are wound on the right fabric roll to complete the initial connection of the fabric. When printing, the first motor simultaneously drives the front printing nozzle group and the rear printing nozzle group along the front vertical support frame and the rear printing nozzle group respectively. The main horizontal connecting rod between the middle vertical support rods slides back and forth and the main horizontal connecting rod between the rear vertical support frame and the middle vertical support rod slides back and forth to print the first fabric and the second fabric placed on the printing plate At the same time, the second motor simultaneously drives the left drive roller of the front guide plate and the rear guide plate to rotate, and then drives the printed first fabric and the second fabric to be continuously wound on the right roll of the front guide plate and the rear guide plate. superior.

The utility model arranges the guide belt type flat plate at the front and the back, connects the support frame on the front and rear sides of the printing plate of the two guide belt type flat plates, and installs the printing nozzle group at the front and rear ends of the support frame to realize the alignment Simultaneous printing of fabrics on two flatbeds to improve printing efficiency.

Description of drawings

Figure 1 is a schematic diagram of the overall structure of the utility model.

detailed description

As shown in Figure 1, a simultaneous printing digital inkjet printing machine includes a printing plate and a head assembly. The printing plate includes a leading plate 1 and a rear guiding plate 2. The leading plate and the rear plate are vertically aligned in parallel Arrangement, the geometric dimensions of the leading plate and the rear leading plate are the same, the leading plate and the rear plate include a printing plate 12, the printing plate is a cuboid, the left front corner, the right front corner, the left rear corner, and the right rear corner of the printing plate Stretch out, the stretched left front corner, right front corner, left rear corner, and right rear corner of the printing plate are respectively supported by the left front support rod 3, the right front support rod 4, the left rear support rod 5, and the right rear support rod 6. 1. The left front support rod and the left rear support rod of the rear guide belt flat plate are connected with the left cloth feed roller 9 by bearings, and the right front support rod and the right rear support rod of the front guide belt flat plate and the rear guide belt flat plate are connected with the right roll by bearings. The cloth roller 10 is equipped with a left drive roller 7 through a bearing connection between the stretched left front corner and the left rear corner of the printing plate, and a right drive roller 7 is installed through a bearing connection between the stretched right front corner and the right rear corner of the printing flat plate. Driving roller 8, is connected with conveyer belt 11 between left driving roller and right driving roller, head assembly comprises support frame 13, and support frame comprises front transverse support frame 14 and rear transverse support frame 15, front transverse support frame and rear transverse support The frame is respectively fixed on the front side and the rear side of the printing plate of the leading belt flat plate and the rear guiding belt flat plate, and the front vertical support frame 21 and the rear vertical support frame 22 are vertically connected on the front horizontal support frame and the rear horizontal support frame. The tops of the vertical support frame and the rear vertical support frame are connected by the main horizontal connecting rod 16, and the middle horizontal support rod 19 is connected between the front guide belt flat plate and the rear guide belt flat plate, and the front and rear ends of the middle horizontal support rod are respectively fixed on the On the rear side and the front side of the printing plate of the leading belt flat plate and the rear guiding belt flat plate, there are vertical support rods 20 vertically connected to the middle horizontal support rods, and the tops of the middle vertical support rods are fixed with the main horizontal connecting rods. The front and rear connecting rods of the connecting rod are respectively equipped with a front printing nozzle group 17 and a rear printing nozzle group 18, and the front printing nozzle group travels back and forth along the main horizontal connecting rod between the front vertical support frame and the middle vertical support rod. Sliding, the rear print nozzle group slides back and forth along the main horizontal connecting rod between the rear vertical support frame and the middle vertical support rod.

When in use, the first fabric and the second fabric are respectively placed on the left cloth feed roller 9 of the leading belt flat plate 1 and the rear guiding belt flat plate 2, and then the first fabric and the second fabric pass through the leading belt flat plate 1 and the rear guiding belt respectively. The left drive roller 7 with the flat plate 3, the drive belt 11, and the right drive roller 8 are wound on the right cloth roll 10 to complete the initial connection of the fabric. When printing, the first motor simultaneously drives the front printing nozzle group 17 and the rear printing nozzle Group 18 slides back and forth along the main horizontal connecting rod between the front vertical support frame and the middle vertical support rod and the main horizontal connecting rod between the rear vertical support frame and the middle vertical support rod respectively, and is placed on the printing plate The first fabric and the second fabric on the screen are printed, and at the same time, the second motor simultaneously drives the left drive roller 7 of the front guide plate 1 and the rear guide plate 2 to rotate, and then drives the printed first fabric and the second fabric to continuously wind On the right cloth roll of the leading belt flat plate and the rear guiding belt flat plate.

Claims (1)

1. stamp digital inkjet printing machine while, including printing flat board and nose assembly, is characterized in that: described printing flat board Including front conduction band flat board, rear conduction band flat board, described front conduction band flat board, rear conduction band flat board be parallel longitudinal alignment arrangement, described before Conduction band flat board, rear conduction band flat board physical dimension identical, described front conduction band flat board, rear conduction band flat board include print flat board, described Printing flat board is cuboid, and the left-front corner of described printing flat board, right anterior angle, left rear corner, right relief angle are stretched out, described printing flat board Stretch out left-front corner, right anterior angle, left rear corner, right relief angle respectively by left front support bar, right anterior branch strut, left back support bar, the right side after They sup-port, is connected by bearing on described front conduction band flat board, the left front support bar of rear conduction band flat board, left back support bar and has Left feed preparation unit roller, is connected by bearing on described front conduction band flat board, the right anterior branch strut of rear conduction band flat board, right back support rod and has the right side Cloth beam, adds Left Drive roller, described by bearing connection stretching out of described printing flat board between left-front corner, left rear corner Print stretching out of flat board and add right live-roller, on described Left Drive roller and the right side by bearing connection between right anterior angle, right relief angle Between live-roller connect have conveyer belt, described nose assembly to include bracing frame, support frame as described above include front cross supporting frame and rear horizontal stroke Bracing frame, described front cross supporting frame and rear cross supporting frame are separately fixed at the printing flat board of front conduction band flat board and rear conduction band flat board On leading flank and trailing flank, perpendicular bracing frame and rear perpendicular support before being vertically connected with on described front cross supporting frame and rear cross supporting frame Frame, described front perpendicular bracing frame is connected by main horizontal connecting rod with the top of rear perpendicular bracing frame, described front conduction band flat board with after lead Between band flat board connect have middle transverse supporting rod, the forward and backward two ends of wherein the middle cross support bar be separately fixed at front conduction band flat board and after On the trailing flank printing flat board of conduction band flat board and leading flank, vertical supporting rod in being vertically connected with on wherein the middle cross support bar, The top of described middle vertical supporting rod is fixed with main horizontal connecting rod, adds respectively in the forward and backward connecting rod of described main horizontal connecting rod Equipped with front printing head group and rear printing head group, described front printing head group erects bracing frame and middle vertical supporting rod before being positioned at Between main horizontal connecting rod slidably reciprocate, described rear printing head group is along between rear perpendicular bracing frame and middle vertical supporting rod Main horizontal connecting rod slidably reciprocates.