CN105599460A - Double-layer digital ink-jet printing machine - Google Patents

Double-layer digital ink-jet printing machine Download PDF

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CN105599460A
CN105599460A CN201610113399.3A CN201610113399A CN105599460A CN 105599460 A CN105599460 A CN 105599460A CN 201610113399 A CN201610113399 A CN 201610113399A CN 105599460 A CN105599460 A CN 105599460A
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support
frame
flat
connecting rod
support frame
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CN105599460B (en
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刘新金
苏旭中
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Henan Zhuangling Intelligent Equipment Co ltd
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Jiangnan University
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    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
    • B41J—TYPEWRITERS; SELECTIVE PRINTING MECHANISMS, i.e. MECHANISMS PRINTING OTHERWISE THAN FROM A FORME; CORRECTION OF TYPOGRAPHICAL ERRORS
    • B41J3/00—Typewriters or selective printing or marking mechanisms characterised by the purpose for which they are constructed
    • B41J3/407—Typewriters or selective printing or marking mechanisms characterised by the purpose for which they are constructed for marking on special material
    • B41J3/4078—Printing on textile
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
    • B41J—TYPEWRITERS; SELECTIVE PRINTING MECHANISMS, i.e. MECHANISMS PRINTING OTHERWISE THAN FROM A FORME; CORRECTION OF TYPOGRAPHICAL ERRORS
    • B41J15/00—Devices or arrangements of selective printing mechanisms, e.g. ink-jet printers or thermal printers, specially adapted for supporting or handling copy material in continuous form, e.g. webs
    • B41J15/04—Supporting, feeding, or guiding devices; Mountings for web rolls or spindles
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
    • B41J—TYPEWRITERS; SELECTIVE PRINTING MECHANISMS, i.e. MECHANISMS PRINTING OTHERWISE THAN FROM A FORME; CORRECTION OF TYPOGRAPHICAL ERRORS
    • B41J15/00—Devices or arrangements of selective printing mechanisms, e.g. ink-jet printers or thermal printers, specially adapted for supporting or handling copy material in continuous form, e.g. webs
    • B41J15/18—Multiple web-feeding apparatus
    • B41J15/22—Multiple web-feeding apparatus for feeding webs in separate paths during printing
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
    • B41J—TYPEWRITERS; SELECTIVE PRINTING MECHANISMS, i.e. MECHANISMS PRINTING OTHERWISE THAN FROM A FORME; CORRECTION OF TYPOGRAPHICAL ERRORS
    • B41J2/00—Typewriters or selective printing mechanisms characterised by the printing or marking process for which they are designed
    • B41J2/005—Typewriters or selective printing mechanisms characterised by the printing or marking process for which they are designed characterised by bringing liquid or particles selectively into contact with a printing material
    • B41J2/01—Ink jet
    • B41J2/135—Nozzles
    • B41J2/145—Arrangement thereof

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  • Engineering & Computer Science (AREA)
  • Textile Engineering (AREA)
  • Treatment Of Fiber Materials (AREA)

Abstract

本发明给出一种双层数字喷墨印花机，包括打印平板和机头组件，支撑系统包括左、右、前、后支撑架，其上放置有下平板和上平板，下平板和上平板分别有支撑架上的平板支撑升降架支撑，并由电机带动实现高度在一定范围内的调节，在左、右支撑架上加装有机头支撑升降架，机头组件包括横连杆、竖连杆，在竖连杆上连接有喷头组，机头组件的横连杆的左右两端由机头支撑升降架支撑，并由电机带动实现机头组件的高度调节。本发明通过采用一种具有双层结构且每层平板和喷头组的高度均可调节的数字喷墨印花机，实现放置在两个平板上的织物的同时印花，提高印花效率，改善印花效果。

The present invention provides a double-layer digital inkjet printing machine, including a printing plate and a head assembly, and a support system including left, right, front, and rear support frames, on which are placed a lower plate and an upper plate, a lower plate and an upper plate They are respectively supported by flat support elevating frames on the support frames, and are driven by motors to adjust the height within a certain range. The machine head support elevating frames are installed on the left and right support frames. The head components include horizontal connecting rods, vertical connecting rods The rod is connected with the nozzle group on the vertical connecting rod, and the left and right ends of the horizontal connecting rod of the head assembly are supported by the head support elevating frame, and are driven by the motor to realize the height adjustment of the head assembly. The present invention adopts a digital ink-jet printing machine with a double-layer structure and adjustable heights of each flat plate and nozzle group to realize simultaneous printing of fabrics placed on two flat plates, improve printing efficiency, and improve printing effect.

Description

一种双层数字喷墨印花机A double layer digital inkjet printing machine

技术领域technical field

本发明涉及到数字喷墨印花新技术领域，具体的说是一种双层数字喷墨印花机。The invention relates to the new technology field of digital ink-jet printing, in particular to a double-layer digital ink-jet printing machine.

背景技术Background technique

数字喷墨印花技术是随着计算机技术不断发展而逐渐形成的一种集机械、计算机机电子信息技术为一体的高新技术产品，最早出现于20世纪90年代中期，这项技术的出现与不断完善，给纺织印染行业带来了一个全新的概念，其先进的生产原理及手段，给纺织印染带来了一个前所未有的发展机遇，被誉为21世纪纺织工业革命技术，它将逐步取代传统的印花方式成为纺织品印花的主要设备。近年来，国内外数字喷墨印花技术取得了长足的发展，其中平板式数字喷墨印花机因其可实现成衣等的个性化打印，技术不断完善，产品的种类和功能也不断完善。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.

对于机头固定式平板式数字喷墨印花机，客户端将文档提交到印花设备的PC主机，PC主机经过图像转化以及色彩分析软件的处理，将图像信息转化为相应的喷印控制命令并将控制命令传递给喷印控制器控制喷印。打印过程中，首先喷头组在织物宽度方向上的运动一个导程，运动过程中喷印控制器根据所得到的喷印控制命令控制喷嘴是否喷墨；其次伺服电机控制打印平板在织物长度方向上向前移动一个打印宽度，两种运动相互协调重复上述过程直至完成打印任务。相比导带式数字喷墨印花机，对于平板式数字喷墨印花设备，如何提高印花速度或者每一次打印成衣等的数量是当前面临的主要问题。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.

针对此，本发明给出一种双层数字喷墨印花机，通过采用一种具有双层结构且每层平板和喷头组的高度均可调节的数字喷墨印花机，实现放置在两个平板上的织物的同时印花，提高印花效率，改善印花效果。In view of this, the present invention provides a double-layer digital ink-jet printing machine, by adopting a digital ink-jet printing machine with a double-layer structure and the height of each flat plate and nozzle group can be adjusted, it can be placed on two flat plates Simultaneously print on the fabric, improve printing efficiency and improve printing effect.

发明内容Contents of the invention

本发明所要解决的技术问题是给出一种具有双层结构且每层平板和喷头组的高度均可调节的数字喷墨印花机，从而实现放置在两个平板上的织物的同时印花，提高印花效率，改善印花效果。The technical problem to be solved by the present invention is to provide a digital inkjet printing machine with a double-layer structure and adjustable heights of each flat plate and nozzle group, so as to realize simultaneous printing of fabrics placed on two flat plates and improve Printing efficiency, improve printing effect.

为了达到上述目的，本发明涉及到一种双层数字喷墨印花机，包括打印平板和机头组件，所述打印平板包括平板和支撑系统，所述支撑系统包括左支撑架、右支撑架、前支撑架、后支撑架，在所述左支撑架、右支撑架、前支撑架、后支撑架上放置有下平板和上平板，所述下平板和上平板均为长方体形结构，所述左支撑架、右支撑架、前支撑架、后支撑架分别位于下平板和上平板的左侧面的中间部位、右侧面的中间部位、前侧面的中间部位和后侧面的中间部位，在所述下平板和上平板的左侧面的中间部位、右侧面的中间部位、前侧面的中间部位和后侧面的中间部位均开有圆孔，所述圆孔的直径与左支撑架、右支撑架、前支撑架、后支撑架的直径相同，在所述前支撑架上加装有前上平板支撑升降架和前下平板支撑升降架，在所述后支撑架上加装有后上平板支撑升降架和后下平板支撑升降架，在所述左支撑架上加装有左上平板支撑升降架、左上机头支撑升降架、左下平板支撑升降架、左下机头支撑升降架，在所述右支撑架上加装有右上平板支撑升降架、右上机头支撑升降架、右下平板支撑升降架、右下机头支撑升降架，所述下平板的左侧面的中间部位、右侧面的中间部位、前侧面的中间部位和后侧面的中间部位的圆孔分别伸入到左支撑架、右支撑架、前支撑架、后支撑架内而由左支撑架的左下平板支撑升降架、右支撑架的右下平板支撑升降架、前支撑架的前下平板支撑升降架、后支撑架的后下平板支撑升降架支撑，所述上平板的左侧面的中间部位、右侧面的中间部位、前侧面的中间部位和后侧面的中间部位的圆孔分别伸入到左支撑架、右支撑架、前支撑架、后支撑架内而由左支撑架的左上平板支撑升降架、右支撑架的右上平板支撑升降架、前支撑架的前上平板支撑升降架、后支撑架的后上平板支撑升降架支撑，所述机头组件包括上机头组件和下机头组件，所述上机头组件包括上横连杆、上竖连杆，所述上竖连杆通过上螺杆连接在上横连杆上，所述上竖连杆由第一电机带动沿着上横连杆来回滑动，在所述上竖连杆上加装有上喷头组，所述上喷头组由第二电机带动沿着上竖连杆来回滑动，所述下机头组件包括下横连杆、下竖连杆，所述下竖连杆通过下螺杆连接在下横连杆上，所述下竖连杆由第三电机带动沿着下横连杆来回滑动，在所述下竖连杆上加装有下喷头组，所述下喷头组由第四电机带动沿着下竖连杆来回滑动，所述上横连杆的左端和右端分别由左支撑架的左上机头支撑升降架和右支撑架的右上机头支撑升降架支撑，所述下横连杆的左端和右端分别由左支撑架的左下机头支撑升降架和右支撑架的右下机头支撑升降架支撑，所述左支撑架的左下平板支撑升降架、右支撑架的右下平板支撑升降架、前支撑架的前下平板支撑升降架、后支撑架的后下平板支撑升降架由第五电机带动逆时针或者顺时针转动实现上升或下降，所述左支撑架的左上平板支撑升降架、右支撑架的右上平板支撑升降架、前支撑架的前上平板支撑升降架、后支撑架的后上平板支撑升降架由第六电机带动逆时针或者顺时针转动实现上升或下降，所述左支撑架的左下机头支撑升降架和右支撑架的右下机头支撑升降架由第七电机带动逆时针或者顺时针转动实现上升或下降，所述左支撑架的左上机头支撑升降架和右支撑架的右上机头支撑升降架由第八电机带动逆时针或者顺时针转动实现上升或下降。In order to achieve the above object, the present invention relates to a double-layer digital inkjet printing machine, including a printing plate and a head assembly, the printing plate includes a plate and a support system, and the support system includes a left support frame, a right support frame, The front support frame and the rear support frame are placed with a lower plate and an upper plate on the left support frame, right support frame, front support frame and rear support frame, and the lower plate and the upper plate are cuboid structures. The left support frame, the right support frame, the front support frame and the rear support frame are respectively located in the middle part of the left side of the lower plate and the upper plate, the middle part of the right side, the middle part of the front side and the middle part of the rear side. The middle part of the left side, the middle part of the right side, the middle part of the front side and the middle part of the rear side of the lower plate and the upper plate are all provided with circular holes, and the diameter of the circular holes is the same as that of the left support frame, The diameters of the right support frame, the front support frame and the rear support frame are the same, and the front upper flat support elevating frame and the front lower flat support elevating frame are additionally installed on the described front support frame, and the rear support elevating frame is additionally installed on the described rear support frame. Upper flat support elevating frame and rear lower flat supporting elevating frame, are equipped with left upper flat supporting elevating frame, left upper machine head supporting elevating frame, left lower plate supporting elevating frame, left lower machine head supporting elevating frame additionally on described left supporting frame, in The right upper flat support elevating frame, the right upper machine head support elevating frame, the right lower plate supporting elevating frame, the right lower machine head supporting elevating frame are additionally installed on the said right support frame, the middle part of the left side of the said lower plate, the right The round holes in the middle part of the side, the middle part of the front side and the middle part of the rear side extend into the left support frame, the right support frame, the front support frame and the rear support frame respectively, and are supported and lifted by the lower left plate of the left support frame. frame, the lower right plank support elevating frame of the right support frame, the front lower plank support elevating frame of the front support frame, the rear lower plank support elevating frame of the rear support frame, the middle part of the left side of the upper plate, the right side The round holes in the middle part of the surface, the middle part of the front side and the middle part of the rear side extend into the left support frame, the right support frame, the front support frame and the rear support frame respectively, and the lifting frame is supported by the left upper plate of the left support frame. , the upper right plank support elevating frame of the right support frame, the front upper planar support elevating frame of the front support frame, the back upper plank support elevating frame support of the rear support frame, the head assembly includes an upper head assembly and a lower head assembly, The upper machine head assembly includes an upper horizontal connecting rod and an upper vertical connecting rod. The upper vertical connecting rod is connected to the upper horizontal connecting rod through an upper screw rod. The upper vertical connecting rod is driven by the first motor to move along the upper horizontal connecting rod. The rod slides back and forth, and an upper nozzle group is installed on the upper vertical connecting rod, and the upper nozzle group is driven by the second motor to slide back and forth along the upper vertical connecting rod. The lower machine head assembly includes a lower horizontal connecting rod, The lower vertical connecting rod, the lower vertical connecting rod is connected to the lower horizontal connecting rod through the lower screw rod, and the lower vertical connecting rod is driven by the third motor to slide back and forth along the lower horizontal connecting rod. The lower nozzle group is installed, and the lower nozzle group is driven by the fourth motor to slide back and forth along the lower vertical connecting rod. The left end and right end of the upper horizontal connecting rod are respectively supported by the left upper head of the left support frame and the right support. The upper right head of the frame supports the lifting frame, and the left side of the lower horizontal link The end and the right end are respectively supported by the lower left machine head support elevating frame of the left support frame and the right lower machine head support elevating frame of the right support frame. frame, the front lower flat support lifting frame of the front support frame, and the rear lower flat support lifting frame of the rear support frame are driven by the fifth motor to rotate counterclockwise or clockwise to rise or fall, and the left upper flat support lifting frame of the left support frame 1. The right upper flat support lifting frame of the right support frame, the front upper flat support lifting frame of the front support frame, and the rear upper flat support lifting frame of the rear support frame are driven by the sixth motor to rotate counterclockwise or clockwise to rise or fall. The lower left machine head support elevating frame of the left support frame and the right lower machine head support elevating frame of the right support frame are driven by the seventh motor to rotate counterclockwise or clockwise to rise or fall, and the left upper machine head support elevating frame of the left support frame And the upper right machine head supporting elevating frame of right support frame is driven counterclockwise or clockwise by the 8th electric motor and realizes rising or descending.

印花时，首先将所需印花的第一织物和第二织物分别放置在下平板和上平板上，而后第五电机带动左支撑架的左下平板支撑升降架、右支撑架的右下平板支撑升降架、前支撑架的前下平板支撑升降架、后支撑架的后下平板支撑升降架逆时针或者顺时针转动调节下平板的高度，第六电机带动左支撑架的左上平板支撑升降架、右支撑架的右上平板支撑升降架、前支撑架的前上平板支撑升降架、后支撑架的后上平板支撑升降架逆时针或者顺时针转动调节上平板的高度，第七电机带动左支撑架的左下机头支撑升降架和右支撑架的右下机头支撑升降架逆时针或者顺时针转动调节下机头组件的高度，第八电机带动左支撑架的左上机头支撑升降架和右支撑架的右上机头支撑升降架逆时针或者顺时针转动调节上机头组件的高度，继而实现喷头组与织物之间距离的优化调节，而后第二电机带动上喷头组沿着上竖连杆来回滑动一次，同时第四电机带动下喷头组沿着下竖连杆来回滑动一次，而后第一电机带动上竖连杆沿着上横连杆向前滑动一个动程，同时第三电机带动下竖连杆沿着下横连杆向前滑动一个动程，该过程持续直至完成第一织物和第二织物的印花。When printing, the first fabric and the second fabric to be printed are placed on the lower plate and the upper plate respectively, and then the fifth motor drives the left lower plate support elevating frame of the left support frame and the right lower plate support elevating frame of the right support frame , The front lower flat support lifting frame of the front support frame, the rear lower flat support lifting frame of the rear support frame counterclockwise or clockwise to adjust the height of the lower plate, the sixth motor drives the left upper flat support lifting frame and the right support of the left support frame The upper right plate support elevating frame of the frame, the front upper plate support elevating frame of the front support frame, and the rear upper plate support elevating frame of the rear support frame counterclockwise or clockwise to adjust the height of the upper plate, and the seventh motor drives the lower left plate of the left support frame. The lower right machine head supporting elevating frame of the machine head and the right supporting frame can be rotated counterclockwise or clockwise to adjust the height of the lower machine head assembly, and the eighth motor drives the upper left machine supporting elevating frame and the right supporting frame of the left supporting frame. The upper right head supports the lifting frame to rotate counterclockwise or clockwise to adjust the height of the upper head assembly, and then realizes the optimal adjustment of the distance between the nozzle group and the fabric, and then the second motor drives the upper nozzle group to slide back and forth along the upper vertical connecting rod once. At the same time, the fourth motor drives the lower nozzle group to slide back and forth along the lower vertical connecting rod once, then the first motor drives the upper vertical connecting rod to slide forward along the upper horizontal connecting rod for a stroke, and the third motor drives the lower vertical connecting rod Slide a stroke forward along the lower horizontal link, and this process continues until the printing of the first fabric and the second fabric is completed.

本发明通过采用一种具有双层结构且每层平板和喷头组的高度均可调节的数字喷墨印花机，实现放置在两个平板上的织物的同时印花，提高印花效率，改善印花效果。The present invention adopts a digital inkjet printing machine with a double-layer structure and adjustable heights of each flat plate and nozzle group to realize simultaneous printing of fabrics placed on two flat plates, improve printing efficiency and printing effect.

附图说明Description of drawings

图1为本发明整体结构示意图。Figure 1 is a schematic diagram of the overall structure of the present invention.

具体实施方式detailed description

由图1所示，一种双层数字喷墨印花机，包括打印平板和机头组件，打印平板包括平板和支撑系统，支撑系统包括左支撑架3、右支撑架22、前支撑架1、后支撑架2，在左支撑架3、右支撑架22、前支撑架1、后支撑架2上放置有下平板4和上平板5，下平板4和上平板5均为长方体形结构，左支撑架3、右支撑架22、前支撑架1、后支撑架2分别位于下平板4和上平板5的左侧面的中间部位、右侧面的中间部位、前侧面的中间部位和后侧面的中间部位，在下平板4和上平板5的左侧面的中间部位、右侧面的中间部位、前侧面的中间部位和后侧面的中间部位均开有圆孔，圆孔的直径与左支撑架3、右支撑架22、前支撑架1、后支撑架2的直径相同，在前支撑架1上加装有前上平板支撑升降架7和前下平板支撑升降架6，在后支撑架2上加装有后上平板支撑升降架9和后下平板支撑升降架8，在左支撑架3上加装有左上平板支撑升降架11、左上机头支撑升降架15、左下平板支撑升降架10、左下机头支撑升降架14，在右支撑架22上加装有右上平板支撑升降架25、右上机头支撑升降架26、右下平板支撑升降架23、右下机头支撑升降架24，下平板4的左侧面的中间部位、右侧面的中间部位、前侧面的中间部位和后侧面的中间部位的圆孔分别伸入到左支撑架3、右支撑架22、前支撑架1、后支撑架2内而由左支撑架的左下平板支撑升降架10、右支撑架的右下平板支撑升降架23、前支撑架的前下平板支撑升降架6、后支撑架的后下平板支撑升降架8支撑，上平板5的左侧面的中间部位、右侧面的中间部位、前侧面的中间部位和后侧面的中间部位的圆孔分别伸入到左支撑架3、右支撑架22、前支撑架1、后支撑架2内而由左支撑架的左上平板支撑升降架11、右支撑架的右上平板支撑升降架25、前支撑架的前上平板支撑升降架7、后支撑架的后上平板支撑升降架9支撑，机头组件包括上机头组件和下机头组件，上机头组件包括上横连杆13、上竖连杆19，上竖连杆19通过上螺杆20连接在上横连杆13上，上竖连杆19由第一电机带动沿着上横连杆13来回滑动，在上竖连杆19上加装有上喷头组21，上喷头组21由第二电机带动沿着上竖连杆19来回滑动，下机头组件包括下横连杆12、下竖连杆16，下竖连杆16通过下螺杆17连接在下横连杆12上，下竖连杆16由第三电机带动沿着下横连杆12来回滑动，在下竖连杆16上加装有下喷头组18，下喷头组18由第四电机带动沿着下竖连杆16来回滑动，上横连杆13的左端和右端分别由左支撑架的左上机头支撑升降架15和右支撑架的右上机头支撑升降架16支撑，下横连杆12的左端和右端分别由左支撑架的左下机头支撑升降架14和右支撑架的右下机头支撑升降架24支撑，左支撑架的左下平板支撑升降架10、右支撑架的右下平板支撑升降架23、前支撑架的前下平板支撑升降架6、后支撑架的后下平板支撑升降架8由第五电机带动逆时针或者顺时针转动实现上升或下降，左支撑架的左上平板支撑升降架11、右支撑架的右上平板支撑升降架25、前支撑架的前上平板支撑升降架7、后支撑架的后上平板支撑升降架9由第六电机带动逆时针或者顺时针转动实现上升或下降，左支撑架的左下机头支撑升降架14和右支撑架的右下机头支撑升降架24由第七电机带动逆时针或者顺时针转动实现上升或下降，左支撑架的左上机头支撑升降架15和右支撑架的右上机头支撑升降架26由第八电机带动逆时针或者顺时针转动实现上升或下降。As shown in Figure 1, a double-layer digital inkjet printing machine includes a printing plate and a head assembly, the printing plate includes a plate and a support system, and the support system includes a left support frame 3, a right support frame 22, a front support frame 1, Rear support frame 2, on left support frame 3, right support frame 22, front support frame 1, back support frame 2, be placed with lower plate 4 and upper plate 5, lower plate 4 and upper plate 5 are cuboid structure, left The support frame 3, the right support frame 22, the front support frame 1, and the rear support frame 2 are respectively located in the middle part of the left side of the lower plate 4 and the upper plate 5, the middle part of the right side, the middle part of the front side and the rear side The middle part of the lower plate 4 and the middle part of the left side of the upper plate 5, the middle part of the right side, the middle part of the front side and the middle part of the rear side are all provided with round holes, and the diameter of the round holes is the same as that of the left support. Frame 3, right support frame 22, front support frame 1, the diameter of rear support frame 2 are identical, and front support frame 1 is equipped with front upper plate support elevating frame 7 and front lower plate support elevating frame 6 additionally, rear support frame 2 is additionally equipped with rear upper flat support lifting frame 9 and rear lower flat supporting lifting frame 8, and left upper flat supporting lifting frame 11, left upper machine head supporting lifting frame 15, left lower flat supporting lifting frame are equipped with on left supporting frame 3 10, the lower left machine head supports lifting frame 14, and the upper right flat supporting lifting frame 25, the upper right machine head supporting lifting frame 26, the lower right flat supporting lifting frame 23, and the lower right machine head supporting lifting frame 24 are additionally installed on the right supporting frame 22 , the middle part of the left side of the lower plate 4, the middle part of the right side, the middle part of the front side and the round hole of the middle part of the rear side respectively stretch into the left support frame 3, the right support frame 22, the front support frame 1. In the rear support frame 2, the lower left flat support lifting frame 10 of the left support frame, the lower right flat support lifting frame 23 of the right support frame, the front lower flat support lifting frame 6 of the front support frame, the rear lower support frame of the rear support frame Plate support elevating frame 8 supports, and the round hole of the middle part of the left side, the middle part of the right side, the middle part of the front side and the middle part of the rear side of the upper plate 5 stretches into the left support frame 3 and the right support respectively. In frame 22, front bracing frame 1, back bracing frame 2, and by the left upper flat plate supporting elevating frame 11 of left bracing frame, the right upper flat plate supporting elevating frame 25 of right bracing frame, the front upper flat plate supporting elevating frame 7 of front bracing frame, rear The back upper flat plate support elevating frame 9 supports of bracing frame, and nose assembly comprises upper nose assembly and lower nose assembly, and last nose assembly comprises upper horizontal connecting rod 13, last vertical connecting rod 19, and last vertical connecting rod 19 passes through upper The screw rod 20 is connected to the upper horizontal connecting rod 13, and the upper vertical connecting rod 19 is driven by the first motor to slide back and forth along the upper horizontal connecting rod 13. On the upper vertical connecting rod 19, an upper nozzle group 21 is installed, and the upper nozzle group 21 Driven by the second motor to slide back and forth along the upper vertical connecting rod 19, the lower machine head assembly includes the lower horizontal connecting rod 12 and the lower vertical connecting rod 16, the lower vertical connecting rod 16 is connected to the lower horizontal connecting rod 12 through the lower screw rod 17, and the lower The vertical connecting rod 16 is driven by the third motor to slide back and forth along the lower horizontal connecting rod 12, and the lower nozzle group 18 is installed on the lower vertical connecting rod 16, and the lower nozzle group 18 is driven by the fourth motor along the lower vertical connecting rod 16. Connecting rod 16 slides back and forth, and the left end and the right end of upper horizontal connecting rod 13 are respectively supported by the upper left machine head support elevating frame 15 of left support frame and the right upper machine head support elevating frame 16 support of right support frame, the left end of lower horizontal connecting rod 12 and The right end is respectively supported by the lower left machine head supporting elevating frame 14 of the left supporting frame and the lower right head supporting elevating frame 24 of the right supporting frame, the lower left plate supporting elevating frame 10 of the left supporting frame, the lower right plate supporting elevating frame of the right supporting frame 23. The front lower flat support elevating frame 6 of the front support frame, and the rear lower flat support elevating frame 8 of the rear support frame are driven by the fifth motor to rise or fall counterclockwise or clockwise, and the upper left flat support elevating frame of the left support frame 11. The upper right plank support elevating frame 25 of the right support frame, the front upper plank support elevating frame 7 of the front support frame, and the rear upper plank support elevating frame 9 of the rear support frame are driven by the sixth motor to rotate counterclockwise or clockwise to realize rising or Descending, the lower left machine head of the left support frame supports the elevating frame 14 and the right lower machine head supporting elevating frame 24 of the right support frame is driven by the seventh motor counterclockwise or rotates clockwise to realize rising or falling, and the left upper machine head of the left support frame supports The upper right machine head support lifting frame 26 of elevating frame 15 and right supporting frame is driven counterclockwise or clockwise by the eighth motor and realizes rising or descending.

印花时，首先将所需印花的第一织物和第二织物分别放置在下平板4和上平板5上，而后第五电机带动左支撑架的左下平板支撑升降架10、右支撑架的右下平板支撑升降架23、前支撑架的前下平板支撑升降架6、后支撑架的后下平板支撑升降架8逆时针或者顺时针转动调节下平板的高度，第六电机带动左支撑架的左上平板支撑升降架11、右支撑架的右上平板支撑升降架25、前支撑架的前上平板支撑升降架7、后支撑架的后上平板支撑升降架9逆时针或者顺时针转动调节上平板的高度，第七电机带动左支撑架的左下机头支撑升降架14和右支撑架的右下机头支撑升降架24逆时针或者顺时针转动调节下机头组件的高度，第八电机带动左支撑架的左支撑架的左上机头支撑升降架15和右支撑架的右上机头支撑升降架26逆时针或者顺时针转动调节上机头组件的高度，继而实现喷头组与织物之间距离的优化调节，而后第二电机带动上喷头组21沿着上竖连杆19来回滑动一次，同时第四电机带动下喷头组18沿着下竖连杆16来回滑动一次，而后第一电机带动上竖连杆19沿着上横连杆13向前滑动一个动程，同时第三电机带动下竖连杆16沿着下横连杆12向前滑动一个动程，该过程持续直至完成第一织物和第二织物的印花。During printing, at first the first fabric and the second fabric of required printing are respectively placed on the lower plate 4 and the upper plate 5, then the fifth motor drives the left lower plate of the left support frame to support the elevating frame 10, the right lower plate of the right support frame Support elevating frame 23, front lower plate support elevating frame 6 of front support frame, rear lower plate support elevating frame 8 of rear support frame counterclockwise or clockwise to adjust the height of lower plate, the sixth motor drives the left upper plate of left support frame Support elevating frame 11, the right upper flat supporting elevating frame 25 of the right supporting frame, the front upper flat supporting elevating frame 7 of the front supporting frame, the rear upper flat supporting elevating frame 9 of the rear supporting frame counterclockwise or clockwise to adjust the height of the upper plate , the seventh motor drives the lower left head support elevating frame 14 of the left support frame and the lower right head support elevating frame 24 of the right support frame to rotate counterclockwise or clockwise to adjust the height of the lower head assembly, and the eighth motor drives the left support frame The upper left head support elevating frame 15 of the left support frame and the upper right head support elevating frame 26 of the right support frame counterclockwise or clockwise rotate to adjust the height of the upper head assembly, and then realize the optimal adjustment of the distance between the nozzle group and the fabric , then the second motor drives the upper nozzle group 21 to slide back and forth along the upper vertical connecting rod 19, and the fourth motor drives the lower nozzle group 18 to slide back and forth along the lower vertical connecting rod 16, and then the first motor drives the upper vertical connecting rod 19 slides a stroke forward along the upper horizontal link 13, and at the same time, the third motor drives the lower vertical link 16 to slide forward a stroke along the lower horizontal link 12. This process continues until the first fabric and the second fabric are completed. Printing for fabric.

Claims (1)

1. a double-layer digital ink-jet decorating machine, comprises and prints flat board and nose assembly, it is characterized in that: described printing flat board comprises flat board and support system,Described support system comprises left support frame, right support frame, front support stand, rear support stand, described left support frame, right support frame, front support stand,On rear support stand, be placed with lower flat board and upper flat plate, described lower flat board and upper flat plate are cuboid structure, described left support frame, right support frame,Front support stand, rear support stand lay respectively at the middle part of the left surface of lower flat board and upper flat plate, the middle part of right flank, the pars intermedia of leading flankPosition and the middle part of trailing flank, in the middle part of the left surface of described lower flat board and upper flat plate, the middle part of right flank, the centre of leading flankThe middle part of position and trailing flank all has circular hole, the diameter of described circular hole and left support frame, right support frame, front support stand, rear support stand straightFootpath is identical, adds front upper flat support crane and front lower flat support crane on described front support stand, on described rear support stand, addsRear upper flat plate supporting elevation frame and rear lower flat support crane add upper left flat support crane, upper left head props up on described left support frameSupport crane, lower-left flat support crane, lower-left head supporting elevation frame, on described right support frame, add upper right flat support crane,Upper right head supporting elevation frame, bottom right flat support crane, bottom right head supporting elevation frame, the middle part of the left surface of described lower flat board, the right sideThe circular hole of the middle part of the middle part of side, the middle part of leading flank and trailing flank extend into respectively left support frame, right support frame, front supportFront lower in frame, rear support stand and by the bottom right flat support crane of the lower-left flat support crane of left support frame, right support frame, front support standThe rear lower flat support crane of flat support crane, rear support stand supports, the middle part of the left surface of described upper flat plate, the centre of right flankThe circular hole of the middle part of position, leading flank and the middle part of trailing flank extend into respectively left support frame, right support frame, front support stand, rear supportIn frame and by the upper left flat support crane of left support frame, the upper right flat support crane of right support frame, the front upper flat support liter of front support standThe rear upper flat plate supporting elevation frame that falls frame, rear support stand supports, and described nose assembly comprises nose assembly and lower nose assembly, described upper head groupPart comprises tranverse connecting rod, upper vertical connecting rod, and described upper vertical connecting rod is connected on upper tranverse connecting rod by upper screw rod, and described upper vertical connecting rod is by the first driven by motorSlidably reciprocate along upper tranverse connecting rod, on vertical connecting rod, add upper nozzle group on described, described upper nozzle group by the second driven by motor along upper vertical connecting rodSlidably reciprocate, described lower nose assembly comprises lower transverse connecting rod, lower vertical connecting rod, and described lower vertical connecting rod is connected on lower transverse connecting rod by lower screw rod, described inLower vertical connecting rod is slidably reciprocated along lower transverse connecting rod by the 3rd driven by motor, on described lower vertical connecting rod, adds lower nozzle group, and described lower nozzle group is byFour driven by motor slidably reciprocate along lower vertical connecting rod, the left end of described upper tranverse connecting rod and right-hand member respectively by the upper left head supporting elevation frame of left support frame andThe upper right head supporting elevation frame of right support frame supports, and the left end of described lower transverse connecting rod and right-hand member are respectively by the lower-left head supporting elevation frame of left support frameSupport the lower-left flat support crane of described left support frame, the bottom right flat support of right support frame with the bottom right head supporting elevation frame of right support frameThe front lower flat support crane of crane, front support stand, the rear lower flat support crane of rear support stand is counterclockwise or suitable by the 5th driven by motorHour hands rotate to realize and rise or decline, the upper left flat support crane of described left support frame, the upper right flat support crane of right support frame, frontThe front upper flat support crane of support, the rear upper flat plate supporting elevation frame of rear support stand are by the 6th driven by motor counterclockwise or clockwise rotate realizationRise or decline, the bottom right head supporting elevation frame of the lower-left head supporting elevation frame of described left support frame and right support frame is by the 7th driven by motor inverse timePin or clockwise rotate realize rise or decline, the upper left head supporting elevation frame of described left support frame and the upper right head supporting elevation of right support frameFrame by the 8th driven by motor counterclockwise or clockwise rotate to realize and rise or decline; When stamp, first the first fabric of required stamp and second is knittedThing is placed on respectively on lower flat board and upper flat plate, and then the bottom right of the lower-left flat support crane of the 5th driven by motor left support frame, right support frame is flatThe front lower flat support crane of plate supporting elevation frame, front support stand, the rear lower flat support crane of rear support stand are counterclockwise or clockwise rotateRegulate lower dull and stereotyped height, the upper left flat support crane of the 6th driven by motor left support frame, the upper right flat support crane of right support frame, frontThe front upper flat support crane of bracing frame, the rear upper flat plate supporting elevation frame of rear support stand are counterclockwise or clockwise rotate the height that regulates upper flat plateDegree, the bottom right head supporting elevation frame of the lower-left head supporting elevation frame of the 7th driven by motor left support frame and right support frame turns counterclockwise or clockwiseMoving height, the upper left head supporting elevation frame of the 8th driven by motor left support frame and the upper right head supporting elevation of right support frame that regulates lower nose assemblyCounterclockwise or clockwise rotate the height that regulates upper nose assembly, the optimization that then realizes distance between jet head sets and fabric regulates frame, and then secondDriven by motor upper nozzle group slidably reciprocates once along upper vertical connecting rod, and the 4th driven by motor lower nozzle group slidably reciprocates once along lower vertical connecting rod simultaneously,Then in the first driven by motor vertical connecting rod along the upper tranverse connecting rod traverse of sliding forward, simultaneously under the 3rd driven by motor vertical connecting rod along lower transverse connecting rod toTraverse of front slide, this process continues until complete the stamp of the first fabric and the second fabric.
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CN107364241A (en) * 2017-08-24 2017-11-21 合肥岸鲁意科技有限公司 A kind of jet head sets circulate stamp digital inkjet printing machine and printing method up and down
CN107696709A (en) * 2017-09-13 2018-02-16 合肥岸鲁意科技有限公司 A kind of double fabrics while up and down stamp digital inkjet printing machine and printing method
CN107891667A (en) * 2017-11-18 2018-04-10 合肥经新纺织科技有限公司 A kind of double fabric overlapping stamp digital inkjet printing machines and printing method
CN107901603A (en) * 2017-11-18 2018-04-13 合肥经新纺织科技有限公司 The digital inkjet printing machine and printing method of a kind of textile printing for arbitrary shape
CN108045098A (en) * 2017-12-19 2018-05-18 合肥经新纺织科技有限公司 A kind of circle fabric continuous printing digital inkjet printing machine and printing method
CN108081765A (en) * 2018-01-20 2018-05-29 合肥经新纺织科技有限公司 A kind of changeable stamp digital inkjet printing machine of fabric positive and negative and printing method

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