WO2014075367A1 - Bridge-type integrated machine for laser inkjet and embroidery and method of using same - Google Patents
Bridge-type integrated machine for laser inkjet and embroidery and method of using same Download PDFInfo
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- WO2014075367A1 WO2014075367A1 PCT/CN2012/086385 CN2012086385W WO2014075367A1 WO 2014075367 A1 WO2014075367 A1 WO 2014075367A1 CN 2012086385 W CN2012086385 W CN 2012086385W WO 2014075367 A1 WO2014075367 A1 WO 2014075367A1
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- fabric
- inkjet
- lens
- head
- embroidery
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Classifications
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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
- B41J3/44—Typewriters or selective printing mechanisms having dual functions or combined with, or coupled to, apparatus performing other functions
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- D—TEXTILES; PAPER
- D05—SEWING; EMBROIDERING; TUFTING
- D05B—SEWING
- D05B37/00—Devices incorporated in sewing machines for slitting, grooving, or cutting
- D05B37/04—Cutting devices
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- D—TEXTILES; PAPER
- D05—SEWING; EMBROIDERING; TUFTING
- D05C—EMBROIDERING; TUFTING
- D05C13/00—Auxiliary devices incorporated in embroidering machines, not otherwise provided for; Ancillary apparatus for use with embroidering machines
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- D—TEXTILES; PAPER
- D05—SEWING; EMBROIDERING; TUFTING
- D05C—EMBROIDERING; TUFTING
- D05C7/00—Special-purpose or automatic embroidering machines
Definitions
- the invention relates to a bridge type laser inkjet embroidery integrated machine and a using method thereof.
- the traditional single-function laser-jet a-printing machine and laser-embroidering machine can only be processed into one or two processes of fabric processing.
- the realization of a variety of process processing and the simultaneous processing of a variety of different processes so that users in order to be able to constitutional inkjet printing process and laser embroidery two processes, users have to buy two machines, which not only increases the cost of user purchase, while Increased user manual and maintenance costs.
- the existing machine cannot realize the simultaneous processing of laser inkjet and laser cutting and/or laser embroidering, the processing time of the finished product is prolonged, and the production cost of the product is increased.
- the invention provides a bridge type laser inkjet embroidery integrated machine, characterized in that it comprises at least one workbench, and the I: an embroidered head is arranged beside the table; a bracket, the bracket includes at least one support frame, the bracket is provided with a vibrating lens, and the cymbal lens is movable relative to the table;
- An ink jet head, and the ink jet head is movable relative to the table.
- the ink jet head and the vibrating lens are mounted as a whole on the bracket
- the bracket includes two independent support brackets and a movable beam movably mounted between the support brackets, and the movable beam can be on the support bracket relative to the workbench Moving, and the vibrating lens and the inkjet head are mounted on the movable beam, and the vibrating lens and the inkjet head are movable on the movable beam.
- the bracket includes a support frame, the inkjet head and the cymbal lens are mounted as a unit on the support frame, and the oscillating lens and the inkjet head are on the support frame Move on.
- the support frame is provided with a vibration lens holder, and the vibration lens holder can be moved relative to the work table at the support frame, and the inkjet head and the vibration lens are fixedly installed in the Talk about the lens mount.
- the ink jet head is a black-and-white ink jet head or a color ink jet head.
- the ink jet head and the vibrating lens are independently mounted on the bracket.
- the bracket includes two mutually independent support frames and two lenses and an inkjet head, and the vibration lens and the inkjet head are movable independently of each other on the corresponding movable beam.
- the bracket includes a support frame, the inkjet head and the vibrating lens are movably mounted on the support frame, and the inkjet head and the vibrating lens are opposite to the The support frame moves.
- the ink jet head is a black and white ink jet head or a color ink jet head.
- the present invention also provides a method for processing textiles using the above-described bridge type laser inkjet embroidery integrated machine, comprising: the following steps,
- Article Fabric printing, using a light-spraying spray, a head printed on the fabric;
- the present invention also uses the above-mentioned bridge type laser inkjet embroidery integrated machine for processing textiles, which is characterized in that it comprises two steps of cloth printing and cloth cutting, and the cloth printing. Two steps of cloth cutting The processing is performed simultaneously, wherein the cloth printing is to print two laser inkjet heads on the fabric, and the fabric is cut to cut the fabric using a laser lens.
- the present invention further provides the method for processing textiles by the bridge type fluorescent inkjet embroidery machine, characterized in that: further comprising a cloth embroidering step, the cloth embroidering step and the cloth printing The step is performed simultaneously, or the cloth embroidering step and the cloth printing step are sequentially performed, wherein the cloth embroidering step is based on the above solution by using laser embroidering, and the bridge is also used for the above-mentioned bridge type laser inkjet embroidering ⁇
- the method for processing a crepe fabric comprising: a fabric printing step, a fabric cutting step, and a fabric embrodding step, wherein the fabric printing step is to print on the fabric using a laser inkjet head, and the fabric cutting step is Cutting the fabric using a laser ⁇ lens, the cloth
- the rust flower step is to embroider the fabric using a laser embroidery machine.
- a bridge type laser inkjet embroidery integrated machine of the present invention comprises at least one workbench, an embroidering head and a bracket are arranged beside the workbench, and the bracket comprises at least one support frame, the support frame A xenon lens is mounted thereon, the vibrating lens is movable on the support frame, an ink jet head, the ink jet head is mounted on the support frame, and the ink jet head is movable relative to the support frame.
- the inkjet head and the vibrating lens can move at the same time or independently, and the laser embroidery system is completely independent of the inkjet printing and galvanometer cutting system, a variety of different fabric processing processes can be realized, and one machine can be realized.
- the machine is used for many purposes. Not only can it reduce the cost of purchasing and maintenance for the customer, but it can also reduce the footprint of the customer's machine and save costs.
- the laser head is relatively independent from the vibrating lens, and the laser embroidering system is relatively independent of the laser head and the vibrating lens, laser engraving and laser inkjet are simultaneously performed during inkjet printing. It can shorten the processing time of the fabric and improve the efficiency of machine use.
- FIG. 1 is a schematic view of a first preferred embodiment of the present invention
- Figure 2 is a schematic view of a second preferred embodiment of the present invention
- Figure 2 is a schematic view of a second preferred embodiment of the present invention
- DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The embodiments of the present invention will be described in more detail below with reference to the accompanying drawings, which can be implemented by those skilled in the art after having studied this specification.
- a bridge type laser inkjet embroidery machine includes at least one work table.
- the work table is provided with an embroidery head 2 ; a bracket 3, and the bracket 3 includes at least one The truss 3], the bracket 3 is provided with a vibrating lens 4, the vibrating lens 4 is movable relative to : f the table 1 is moved; an inkjet head 5, and the inkjet head 5 can be opposite: Taiwan ⁇ Mobile.
- the support frame 3 includes two columns 3-1, a beam 312 supported between the two columns 3, and the beam 312 is provided with Y #3 ⁇ 4 313" as shown in Fig.
- the integrated machine includes a workbench 1 and a bracket 3, wherein the bracket 3 includes a support frame 31, and a Y-guide 313 of the beam 31.2 of the support frame 31 is mounted with a lens mount 314, the workbench Arranged with the two uprights 31!, and the embroidery head 2 is provided next to the table.
- the vibrating lens mount 314 is provided with a vibrating lens 4 and an ink jet head 5, and the xenon lens 4 and the ink jet head 5 are The vibrating lens 31 314 can be moved on the beam 312 relative to the table 1. As shown in FIG.
- a bridge type laser inkjet embroidery machine includes four table I and a bracket 3,
- the bracket 3 includes two support frames 31 and a movable beam 32 movably mounted between the two support frames 31.
- the movable beam 32' is on the Y rail 313 of the beam 3 ⁇ 2 of the support frame 3]
- the movable beam 32 Moving relative to the table 1, the movable beam 32 is mounted with an X-guide 315, and a movable mirror is mounted on the X-guide 35 Head 4 and
- the galvanometer mount 314 of the ink jet head 5, the lancet head 5 and the oscillating lens 4 and the oscillating lens mount 3 M as a body can be moved on the X rail 315 relative to the working table as shown in FIG.
- a bridge type laser inkjet embroidery integrated machine 5 includes a workbench 1 and a bracket 3, wherein the bracket 3 includes a support frame 3J, and a Y-guide 313 of the beam 312 of the support frame 3!
- the lens holder 314 and the ink jet head holder 314' are connected to the two columns 31, and the embroidery head 2 is disposed beside the table 1.
- a lens 4 is mounted on the lens mount 3 M, and an ink jet head 5 is mounted on the child's ink jet head.
- the vibrating lens 4 and the ink jet head 5 and the vibrating lens mount 314 can be operated relative to the lens mount 314. Station 1 moves. As shown in FIG.
- a bridge type laser inkjet embroidery integrated machine includes four worktables I and a bracket 3, wherein the bracket 3 includes two support frames 31 and two movable mountings on the two support frames 31.
- the movable beam 32, the mesh movable beam 32 can be independently moved relative to the table 1 on the Y rail 3D of the beam 3 2 of the support frame 3, and the two movable beams 32 are respectively mounted
- There is an X guide rail 315, and a cymbal mount 314 and an ink jet head holder 31.4' are respectively fixedly mounted on the two X guide rails 315, and the vibrating lens mount 314 and the ink jet head mount 3 4' are respectively mounted thereon.
- ⁇ lens 4 and inkjet head 5 said cymbal lens 4 and inkjet head 5 can respectively be on the corresponding X-rail 315: independent relative sub-work 1 move c, the above-mentioned inkjet head can be
- the white inkjet head can also be a color inkjet head
- the invention also provides a method for processing a crepe fabric using the above-mentioned bridge type laser inkjet embroidery integrated machine, which comprises three steps of a cloth printing step, a cloth cutting step and a cloth embroidering, wherein the cloth printing step uses a laser
- the inkjet head is printed on the fabric, and the fabric cutting step is to cut the fabric using a laser ⁇ lens, which is used to embroider the fabric using a laser embroidery machine.
- the present invention also provides a method for processing textiles using the bridge type laser jet 3 ⁇ 4 embroidery integrated machine of Embodiment 3 and Embodiment 4, comprising two steps of cloth printing and cloth cutting, and the cloth printing and cloth cutting are two.
- the step processing is performed simultaneously, wherein the cloth printing is printing on a cloth using a laser inkjet head, and the cloth is cut to cut the cloth using a laser vibration lens.
- the fabric embroidering step is to embroider the fabric using the Twilight Embroidery Machine.
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- Engineering & Computer Science (AREA)
- Textile Engineering (AREA)
- Coloring (AREA)
- Ink Jet (AREA)
- Treatment Of Fiber Materials (AREA)
Abstract
Description
【技术领域】 [Technical Field]
本发明涉及一种桥架式激光喷墨绣花一体机及其使用方法。 The invention relates to a bridge type laser inkjet embroidery integrated machine and a using method thereof.
【背景技术: I BACKGROUND OF THE INVENTION: I
随着激光技术在钫织技术上的应用越来越广泛，传统单 ·功能的 激光喷 a印花机及激光绣花机只能究成布料加工的 ······个或两个工艺， 不能实现多种工艺加工及多种不同工艺同时加工的功能，致使用户为 了能够宪成喷墨印花工艺和激光绣花两种工艺，用户不得不购买两台 机器， 这不仅增加了用户购机成本， 同时增加了用户使兩人工及维护 成本。 另一方面， 由于现有机器不能实现激光喷墨与激光切割和 /或 激光绣花同时加工， 致使成品加工时间.周期变长， 增加了产品生产成 本。 With the increasing application of laser technology in weaving technology, the traditional single-function laser-jet a-printing machine and laser-embroidering machine can only be processed into one or two processes of fabric processing. The realization of a variety of process processing and the simultaneous processing of a variety of different processes, so that users in order to be able to constitutional inkjet printing process and laser embroidery two processes, users have to buy two machines, which not only increases the cost of user purchase, while Increased user manual and maintenance costs. On the other hand, since the existing machine cannot realize the simultaneous processing of laser inkjet and laser cutting and/or laser embroidering, the processing time of the finished product is prolonged, and the production cost of the product is increased.
【发明内容】 [Summary of the Invention]
针对现有技术中存在的缺陷，本发明的目的在于提供桥架式激光 喷墨绣花一体机， 其可以同时对紡织品进行喷墨印花和激光绣花加 工。 本发明提供了一种桥架式激光喷墨绣花一体机， 其特征在于； 其 包括， 至少一工作台， 所述 I：作台旁设有绣花头； 一支架， 所述支架包括至少一支撐架， 所述支架上装有振镜头， 所述搌镜头可相对于所述工作台移动； In view of the deficiencies in the prior art, it is an object of the present invention to provide a bridge type laser inkjet embroidery integrated machine which can simultaneously perform inkjet printing and laser embroidering processing on textiles. The invention provides a bridge type laser inkjet embroidery integrated machine, characterized in that it comprises at least one workbench, and the I: an embroidered head is arranged beside the table; a bracket, the bracket includes at least one support frame, the bracket is provided with a vibrating lens, and the cymbal lens is movable relative to the table;
一喷墨头， 且所述喷墨头可以相对于所述工作台移动。 An ink jet head, and the ink jet head is movable relative to the table.
在上述方案的基础上， 所述喷墨头和所述振镜头作为一个整体安 装在所述支架上 On the basis of the above aspect, the ink jet head and the vibrating lens are mounted as a whole on the bracket
在上述方案的基础上， 所述支架包括两相互独立的支撑架和一活 动安装在所述支撑架之间的活动梁，所述的活动梁可在所述支撑架上 相对于所述工作台移动， 且所述活动梁上装有所述振镜头和喷墨头， 所述振镜头和喷墨头可在所述活动梁上移动。 Based on the above solution, the bracket includes two independent support brackets and a movable beam movably mounted between the support brackets, and the movable beam can be on the support bracket relative to the workbench Moving, and the vibrating lens and the inkjet head are mounted on the movable beam, and the vibrating lens and the inkjet head are movable on the movable beam.
在上述方案的基础上， 所述支架包括一个支撑架， 所述喷墨头和 所述搌镜头作为一个整体安装在所述支撑架上，且所述振镜头和喷墨 头 在所述支撑架上移动。 In the above aspect, the bracket includes a support frame, the inkjet head and the cymbal lens are mounted as a unit on the support frame, and the oscillating lens and the inkjet head are on the support frame Move on.
在上述方案的基础上， 所述支撑架上活动装有一振镜头座， 所述 振镜头座可在所述支撐架相对子所述工作台移动，所述喷墨头和振镜 头固定安装在所述振镜头座上。 On the basis of the above solution, the support frame is provided with a vibration lens holder, and the vibration lens holder can be moved relative to the work table at the support frame, and the inkjet head and the vibration lens are fixedly installed in the Talk about the lens mount.
在上述方案的基础上， 所述喷墨头是黑白喷墨头或彩色喷墨头 在上述方案的基础上， 所述喷墨头和所述振镜头分别独立的安装 在所述支架上 In the above aspect, the ink jet head is a black-and-white ink jet head or a color ink jet head. On the basis of the above aspect, the ink jet head and the vibrating lens are independently mounted on the bracket.
在上述方案的基础上， 所述支架包括两个相互独立的支撑架和两 搌镜头和喷墨头，且所述振镜头和喷墨头可在所述对应活动梁上相互 独立移动。 在上述方案的基础上，所述支架包括一个支撑架，所述喷墨头和所 述振镜头活动安装在所述支撑架...匕且该喷墨头和所述振镜头可相对 所述支撑架移动。 Based on the above solution, the bracket includes two mutually independent support frames and two lenses and an inkjet head, and the vibration lens and the inkjet head are movable independently of each other on the corresponding movable beam. In the above aspect, the bracket includes a support frame, the inkjet head and the vibrating lens are movably mounted on the support frame, and the inkjet head and the vibrating lens are opposite to the The support frame moves.
在上述方案的基础上， 所述喷墨头是黑白喷墨头或彩色喷墨头。 本发明还提供了一种使用上述桥架式激光喷墨绣花一体机加工 紡织品的方法， 其特征在于： 包括以下步骤， On the basis of the above scheme, the ink jet head is a black and white ink jet head or a color ink jet head. The present invention also provides a method for processing textiles using the above-described bridge type laser inkjet embroidery integrated machine, comprising: the following steps,
第 歩： 布料印花， 使用繳光喷 a头在布料上印花;， Article: Fabric printing, using a light-spraying spray, a head printed on the fabric;
第二歩： 布料裁剪， 使用激光振镜头裁剪布料。 Second: Cut the fabric and cut the fabric with a laser lens.
在上述方案的基础上，本发明还使用上述桥架式激光喷墨绣花一 体机加工紡织品的方法， 其特征在于； 包括布料印花和布料裁剪两步 骤， 且所述布料印花. 布料裁剪两歩骤加工同时迸行， 其中所述布料 印花为使兩激光喷墨头在布料上印花，所述布料裁剪为使用激光搌镜 头裁剪布料。 Based on the above solution, the present invention also uses the above-mentioned bridge type laser inkjet embroidery integrated machine for processing textiles, which is characterized in that it comprises two steps of cloth printing and cloth cutting, and the cloth printing. Two steps of cloth cutting The processing is performed simultaneously, wherein the cloth printing is to print two laser inkjet heads on the fabric, and the fabric is cut to cut the fabric using a laser lens.
在上述方案的基础上，本发明还使 上述桥架式潋光喷墨绣花一 体机加工紡织品的方法， 其特征在于： 还包括一布料绣花歩骤， 所述 布料绣花歩骤与所述布料印花步骤同时进行，或所述布料绣花步骤与 所述布料印花歩骤先后进行，其中所述布料绣花歩骤为使用激光绣花 在上述方案的基础上，本发明还使用上述桥架式激光喷墨绣花 ^ 体机加工钫织品的方法， 其特征在于： 包括布料印花歩骤、 布料裁剪 步骤及布料绣花歩骤，其中所述布料印花步骤是使用激光喷墨头在布 料上印花， 所述布料裁剪步骤是使用激光搌镜头裁剪布料， 所述布料 锈花步骤为使用激光绣花机对布料绣花。 Based on the above solution, the present invention further provides the method for processing textiles by the bridge type fluorescent inkjet embroidery machine, characterized in that: further comprising a cloth embroidering step, the cloth embroidering step and the cloth printing The step is performed simultaneously, or the cloth embroidering step and the cloth printing step are sequentially performed, wherein the cloth embroidering step is based on the above solution by using laser embroidering, and the bridge is also used for the above-mentioned bridge type laser inkjet embroidering ^ The method for processing a crepe fabric, comprising: a fabric printing step, a fabric cutting step, and a fabric embrodding step, wherein the fabric printing step is to print on the fabric using a laser inkjet head, and the fabric cutting step is Cutting the fabric using a laser 搌 lens, the cloth The rust flower step is to embroider the fabric using a laser embroidery machine.
与现有技术相比较， 本发明一种桥架式激光喷墨绣花一体机包括 至少一工作台， 所述工作台旁设有绣花头， 支架， 所述支架包括至 少一支撐架， 所述支撑架上装有搌镜头， 所述振镜头能够在所述支撑 架上移动， 一喷墨头， 所述喷墨头安装在所述支撑架上， 且所述喷墨 头可以相对所述支撑架移动。加工时， 由于喷墨头与振镜头既可以同 时移动也可以独立移动，且激光绣花系统相对于喷墨印花和振镜切割 系统完全独立， 因此， 可以实现多种不同布料加工工艺， 实现一台机 器多种用途。不仅可以为容户减少购机成本和维护成本， 还可以减少 客户机器的占地面积节省成本。 Compared with the prior art, a bridge type laser inkjet embroidery integrated machine of the present invention comprises at least one workbench, an embroidering head and a bracket are arranged beside the workbench, and the bracket comprises at least one support frame, the support frame A xenon lens is mounted thereon, the vibrating lens is movable on the support frame, an ink jet head, the ink jet head is mounted on the support frame, and the ink jet head is movable relative to the support frame. During processing, since the inkjet head and the vibrating lens can move at the same time or independently, and the laser embroidery system is completely independent of the inkjet printing and galvanometer cutting system, a variety of different fabric processing processes can be realized, and one machine can be realized. The machine is used for many purposes. Not only can it reduce the cost of purchasing and maintenance for the customer, but it can also reduce the footprint of the customer's machine and save costs.
另…方面， 由于激光喷墨头与振镜头相对独立， 且激光绣花系统 与激光喷墨头和振镜头相对独立， 所以， 在进行喷墨印花时 以同时 迸行激光绣花和激光喷墨， 这样可以缩短布料加工时间， 提高机器使 用效率。 On the other hand, since the laser head is relatively independent from the vibrating lens, and the laser embroidering system is relatively independent of the laser head and the vibrating lens, laser engraving and laser inkjet are simultaneously performed during inkjet printing. It can shorten the processing time of the fabric and improve the efficiency of machine use.
【附图说明： I 图〖为本发明之第一优选方案的示意图； 图 2为本发明之第二优选方案的 意图； 图 为本发明之第二优选方案的示意图； 图 4为本发明之第四优选方案的示意图。 【具体实施方式】 以下结合附图对本发明创造之实施方式做更详细的说明，使熟习 该项技艺者在研读本说明书后能据以实施。 请参考图 1至图 4， 一种桥架式激光喷墨绣花一 ·体机， 其包括至 少一工作台 .， 该工作台旁设有绣花头 2; -支架 3， 该支架 3包括 至少一支攩架 3】 , 所述支架 3上装有振镜头 4, 所述振镜头 4可相对 :f所述工作台 1移动； 一喷墨头 5， 且所述喷墨头 5可以相对: 所述 工作台〗移动。 该支撑架 3 ! 包括两立柱 3 .1、 支撑于该两立柱 3 〗 之间的横梁 312, 所述横梁 312上装有 Y #¾ 313 " 如图 1所示， 一种桥架式激光喷墨绣花一体机， 包括一个工作台 1和 ··支架 3， 其中该支架 3包括 ·· -个支撑架 31， 所述支撑架 31之 横梁 31.2的 Y导轨 313上装有一搌镜头座 314，所述工作台〗与所述 两立柱 31 !相连， 且该工作台〗旁设有绣花头 2。 在该振镜头座 314 上装有一振镜头 4和喷墨头 5， 所述搌镜头 4和喷墨头 5与该振镜头 31 314可 起在所述橫梁 312上相对所述工作台 1.移动。 如图 2所示， 一种桥架式激光喷墨绣花一体机,， 包括四个工作台 I和 支架 3 ,其中该支架 3包括两个支撑架 31和一活动安装在所述 两支撑架 31之间的活动梁 32， 该活动梁 32 '町在所述支撑架 3]之横 梁 3 ί2的 Y导轨 313上相对所述工作台 1移动， 该活动梁 32上装有 一 X导轨 315 , 在所述 X导轨 3 5上活动安装有一带有搌镜头 4和 喷墨头 5的振镜头座 314， 所述喷纖头 5与振镜头 4和振镜头座 3 M 作为 · 个養体可在所述 X导轨 315上相对于工作〗 台移动 如图 3所示， 一种桥架式激光喷墨绣花一体机 5 包括包括一个工 作台 1和一支架 3， 其中该支架 3包括一个支撑架 3J， 所述支捸架 3 !之横梁 312的 Y导轨 313上装有一振镜头座 314和喷墨头座 314' , 所述工作台 1与所述两立柱 31 相连，且该工作台 1旁设有绣花头 2。 在该振镜头座 3 M上装有一搌镜头 4， 在孩喷墨头座丄装有一喷墨头 5， 所述振镜头 4和喷墨头 5与该振镜头座 314—起可相对所述工作 台 1移动。 如图 4所示， 一种桥架式激光喷墨绣花一体机， 包括四个工作台 I和 · 支架 3，其中该支架 3包括两个支撑架 31和两活动安装在所述 两支撑架 31之间的活动梁 32, 所述网活动梁 32可在所述支撑架 3 ! 之横梁 3 2的 Y导轨 3 D上相互独立的相对于所述工作台 1移动， 该两活动梁 32上分别装有一 X导轨 315， 在所述两 X导轨 315上分 别固定安装有 带有搌镜头座 314和喷墨头座 31.4'， 所述振镜头座 314和喷墨头座 3】4'上分别装有搌镜头 4和喷墨头 5， 所述的搌镜头 4和喷墨头 5可分别在所对应的 X导轨 315上相 :独立的相对子工作 1台移动 c 其中， 上述的喷墨头可以是白喷墨头， 也可以是彩色喷墨头。 第一步： 布料印花， 使用激光喷墨头在布料上印花； BRIEF DESCRIPTION OF THE DRAWINGS: Figure 1 is a schematic view of a first preferred embodiment of the present invention; Figure 2 is a schematic view of a second preferred embodiment of the present invention; Figure 2 is a schematic view of a second preferred embodiment of the present invention; A schematic representation of a fourth preferred embodiment. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The embodiments of the present invention will be described in more detail below with reference to the accompanying drawings, which can be implemented by those skilled in the art after having studied this specification. Referring to FIG. 1 to FIG. 4, a bridge type laser inkjet embroidery machine includes at least one work table. The work table is provided with an embroidery head 2 ; a bracket 3, and the bracket 3 includes at least one The truss 3], the bracket 3 is provided with a vibrating lens 4, the vibrating lens 4 is movable relative to : f the table 1 is moved; an inkjet head 5, and the inkjet head 5 can be opposite: Taiwan〗 Mobile. The support frame 3 includes two columns 3-1, a beam 312 supported between the two columns 3, and the beam 312 is provided with Y #3⁄4 313" as shown in Fig. 1, a bridge type laser inkjet embroidery The integrated machine includes a workbench 1 and a bracket 3, wherein the bracket 3 includes a support frame 31, and a Y-guide 313 of the beam 31.2 of the support frame 31 is mounted with a lens mount 314, the workbench Arranged with the two uprights 31!, and the embroidery head 2 is provided next to the table. The vibrating lens mount 314 is provided with a vibrating lens 4 and an ink jet head 5, and the xenon lens 4 and the ink jet head 5 are The vibrating lens 31 314 can be moved on the beam 312 relative to the table 1. As shown in FIG. 2, a bridge type laser inkjet embroidery machine includes four table I and a bracket 3, The bracket 3 includes two support frames 31 and a movable beam 32 movably mounted between the two support frames 31. The movable beam 32' is on the Y rail 313 of the beam 3 ί2 of the support frame 3] Moving relative to the table 1, the movable beam 32 is mounted with an X-guide 315, and a movable mirror is mounted on the X-guide 35 Head 4 and The galvanometer mount 314 of the ink jet head 5, the lancet head 5 and the oscillating lens 4 and the oscillating lens mount 3 M as a body can be moved on the X rail 315 relative to the working table as shown in FIG. A bridge type laser inkjet embroidery integrated machine 5 includes a workbench 1 and a bracket 3, wherein the bracket 3 includes a support frame 3J, and a Y-guide 313 of the beam 312 of the support frame 3! The lens holder 314 and the ink jet head holder 314' are connected to the two columns 31, and the embroidery head 2 is disposed beside the table 1. A lens 4 is mounted on the lens mount 3 M, and an ink jet head 5 is mounted on the child's ink jet head. The vibrating lens 4 and the ink jet head 5 and the vibrating lens mount 314 can be operated relative to the lens mount 314. Station 1 moves. As shown in FIG. 4, a bridge type laser inkjet embroidery integrated machine includes four worktables I and a bracket 3, wherein the bracket 3 includes two support frames 31 and two movable mountings on the two support frames 31. The movable beam 32, the mesh movable beam 32 can be independently moved relative to the table 1 on the Y rail 3D of the beam 3 2 of the support frame 3, and the two movable beams 32 are respectively mounted There is an X guide rail 315, and a cymbal mount 314 and an ink jet head holder 31.4' are respectively fixedly mounted on the two X guide rails 315, and the vibrating lens mount 314 and the ink jet head mount 3 4' are respectively mounted thereon.搌 lens 4 and inkjet head 5, said cymbal lens 4 and inkjet head 5 can respectively be on the corresponding X-rail 315: independent relative sub-work 1 move c, the above-mentioned inkjet head can be The white inkjet head can also be a color inkjet head. The first step: cloth printing, printing on the fabric using a laser inkjet head;
第二歩： 布料裁剪， 使用激光振镜头裁剪布料。 Second: Cut the fabric and cut the fabric with a laser lens.
本发明还提供了一种使用上述桥架式激光喷墨绣花一体机加工 钫织品的方法， 包括布料印花歩骤、布料裁剪歩骤及布料绣花三个步 骤， 其中所述布料印花歩骤是使用激光喷墨头在布料上印花， 所述布 料裁剪步骤是使用激光搌镜头裁剪布料，所述布料绣花歩骤为使用激 光绣花机对布料绣花 The invention also provides a method for processing a crepe fabric using the above-mentioned bridge type laser inkjet embroidery integrated machine, which comprises three steps of a cloth printing step, a cloth cutting step and a cloth embroidering, wherein the cloth printing step uses a laser The inkjet head is printed on the fabric, and the fabric cutting step is to cut the fabric using a laser 搌 lens, which is used to embroider the fabric using a laser embroidery machine.
本发明还提供了一种使用实施例 3和实施例 4中的桥架式激光喷 ¾绣花一体机加工紡织品的方法， 包括布料印花和布料裁剪两歩骤， 且所述布料印花与布料裁剪两步骤加工同时进行，其中所述布料印花 为使用激光喷墨头在布料上印花，所述布料裁剪为使用激光振镜头裁 剪布料。 在此加工工艺中， 优选还包括一布料绣花步骤， 所述布料绣 花歩骤与所述布料印花歩骤同时迸行，或所述布料绣花歩骤与所述布 料印花步骤先后迸行，其中所述布料绣花歩骤为使用潋光绣花机对布 料绣花。 综上， 仅为本发明创造之实施例， 凡依本发明创造之 神所作的 简易修饰及等效变化的设计，应涵盖于以下之申请专利的权利范围之 内。 The present invention also provides a method for processing textiles using the bridge type laser jet 3⁄4 embroidery integrated machine of Embodiment 3 and Embodiment 4, comprising two steps of cloth printing and cloth cutting, and the cloth printing and cloth cutting are two. The step processing is performed simultaneously, wherein the cloth printing is printing on a cloth using a laser inkjet head, and the cloth is cut to cut the cloth using a laser vibration lens. In the processing, it is preferable to further include a fabric embroidering step, the fabric embrodding step is simultaneously performed with the fabric printing step, or the fabric embrodding step and the cloth printing step are successively performed, wherein The fabric embroidering step is to embroider the fabric using the Twilight Embroidery Machine. In summary, only the embodiments of the present invention, the design of the simple modifications and equivalent changes made by the God of the present invention should be covered by the following claims.
Claims
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
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| CN201210485722.1 | 2012-11-15 | ||
| CN201210485722 | 2012-11-15 |
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| WO2014075367A1 true WO2014075367A1 (en) | 2014-05-22 |
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| Application Number | Title | Priority Date | Filing Date |
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| PCT/CN2012/086385 Ceased WO2014075367A1 (en) | 2012-11-15 | 2012-12-11 | Bridge-type integrated machine for laser inkjet and embroidery and method of using same |
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| CN107639346A (en) * | 2017-12-15 | 2018-01-30 | 东莞德尔激光科技有限公司 | A miniature laser cutting color printing machine |
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