WO2013044452A1 - Multi-functional applicator without primer coating - Google Patents
Multi-functional applicator without primer coating Download PDFInfo
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- WO2013044452A1 WO2013044452A1 PCT/CN2011/080242 CN2011080242W WO2013044452A1 WO 2013044452 A1 WO2013044452 A1 WO 2013044452A1 CN 2011080242 W CN2011080242 W CN 2011080242W WO 2013044452 A1 WO2013044452 A1 WO 2013044452A1
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- coating
- tension control
- cooling
- heating
- control adjusting
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
- B65H23/00—Registering, tensioning, smoothing or guiding webs
- B65H23/04—Registering, tensioning, smoothing or guiding webs longitudinally
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
- B65H23/00—Registering, tensioning, smoothing or guiding webs
- B65H23/02—Registering, tensioning, smoothing or guiding webs transversely
Definitions
- the coating machine used in the international and domestic coating production industry is generally a single-sided single coater with two coating heads or a double-sided double coating with four coating heads.
- most of these coaters are only suitable for the coating of the primer, that is, one coating head is coated with a coating having a certain function (ie, a top coating), and the other coating head is coated with an adhesive to make the foundation.
- the combination of the material and the top coat is firm (ie, the undercoat layer), and the coated material is coated on the surface of the base material to have a certain packaging function.
- primer adhesives contain organic solvents with certain odors, polluting the environment, and if the residual adhesive can not be completely eliminated during the hot air drying process, it will cause hidden dangers to the safety and hygiene of the coating film, and increase the process of production and The complexity of the process and the labor intensity of the operator increase the production cost of the coated film.
- Primer-free technology does not require a primer process using PVDC, PVA, AC, EAA, EVOH, PET
- the water-soluble polymer emulsion coating based on the original characteristics of the water-soluble polymer emulsion coating, is improved by physical and chemical techniques, and the quantitative addition assists to improve the adhesion, affinity, infiltration, strengthening and strengthening of the base material.
- the hot air drying process link can greatly reduce the production cost of the coating film, save energy and raw materials, reduce the complexity of the production process, reduce labor intensity, energy saving and environmental protection. Therefore, the use of primerless coating technology to produce coating film will be promoted in the coating industry.
- the technical solution of the present invention may also be realized in that the first heating and drying device is a single-layer heating and drying device.
- the technical solution of the present invention may also be implemented in that: one side of the fuselage is sequentially provided with a third cooling roller device, a third correcting device, a fifth tension control adjusting device, a second tightening composite device, and a fourth cooling roller.
- a device, a sixth tension control adjusting device and a second winding device wherein the second heating and drying device is disposed on the body, and the other side of the body is sequentially provided with a second far infrared processing device, a second vacuum roller device, and a second coating a cloth kiss roll device, a second coating device, a second cooling clamp device, a seventh tension control adjustment device, a second corona treatment device, a fourth correction device, an eighth tension control adjustment device, and a second unwinding device.
- the technical solution of the present invention can also be realized as follows:
- the second heating and drying device is a double-layer heating and drying device.
- the technical solution of the present invention can also be realized in that the side of the fuselage provided with the second unwinding device is provided with a turning device.
- the invention is suitable for the production of coating film technology without primer. There is no need to apply adhesive on the bottom.
- One-side single-coating equipment only needs one coating head.
- the double-sided double coating machine requires only two coating heads.
- the electric heating drying system, the transmission portion and the coating head for the solvent evaporation portion are eliminated from the conventional coater. In this way, the entire equipment can be compressed by 40% to 50% of space, the equipment volume is greatly reduced, the floor space is small, the equipment manufacturing consumables are small, the program design is simple, and the manufacturing cost of the equipment is greatly reduced.
- the coated film is produced by the present invention. Since no primer is needed, the material consumption and the cost of drying and processing are eliminated, the product has no harmful solvent and residual, energy saving, low carbon environmental protection, safety and hygiene, and the production cost is greatly reduced. For the people of the society, life and safety, energy conservation and consumption reduction, environmental protection and low carbon, production costs are reduced, benefits are improved, and the society is made to make a useful contribution.
- the invention can be assembled in two machines, It can be used for the production and use of two single-sided single-coating equipments at the same time. It can also be used for only one single production application. It can be used in single or continuous production. It can produce single-sided single-coat coating materials; Cloth packaging materials; double-sided double-coated packaging materials; single-sided with primer and adhesive packaging materials; dry hair composite packaging materials, powerful.
- Figure 1 is a schematic structural view of the present invention
- FIG. 2 is a schematic diagram of a two-machine joint assembly structure of the present invention.
- Fig. 4 is a schematic view showing the production of a coating film by double-sided double coating of the present invention.
- a multifunctional primerless coating machine includes a body 38, and a first unwinding device is disposed in the body 38.
- the first winding device 18, one side of the fuselage 38 provided with the first unwinding device 1 is provided with a first tension control adjusting device 2, a first correcting device 3, and a first corona treating device 4 a second tension control adjusting device 5, a first cooling clamping device 6, a first coating device 7, and a first coating kiss roller device 8,
- the fuselage 38 is provided with a first unwinding device 1
- the outer side of one end is provided with a first vacuum roller device 9 and a first far infrared processing device 10
- the body 38 is provided with a first heating and drying device 11
- the body 38 is provided with a first winding device 18
- the outer side of one end is provided with a first cooling roller device 12, a second correcting device 13 and a third tension control adjusting device 14, and the body 38 is provided with a first winding device 18
- a coating material (film, paper, sheet, etc.) is placed on the first unwinding device 1 and taken out, and the coating material is discharged from the first unwinding device 1 is taken up, after the first tension control adjusting device 2 is pulled to make the tension in a suitable state, the first correcting device 3 is corrected to correct the deviation, so that the coating material is in a straight and stable running state.
- the second tension control adjustment device 5 After entering the first corona treatment device 4 to corona treatment the coating material, the second tension control adjustment device 5 is entered, and the second tension control adjustment device 5 detects Controlling the coating material to a reasonable state when entering the coating device, and then coating the material into the first cooling clamping device 6 Cooling the coating material, maintaining the tension of each station after self-unwinding and maintaining the tension of the subsequent station coating material stable. Then entering the first coating device 7, the first coating device 7 Applying a water-soluble polymer emulsion coating on the surface of the coating material to form a coating film. The coating film is subjected to surface treatment of the coating emulsion transfer base material through the first coating kiss roll device 8, and then enters the first vacuum roll.
- the adsorbent material in the water-soluble polymer emulsion coating is evacuated to be in a state of uniform tension and uniform coating, and then enters the first far-infrared processing device 10,
- the emulsion coating material is accelerated under the infrared wavelength heating to accelerate the solvent, and then the coating film enters the first heating and drying device 11 in the first heating and drying device 11
- the solvent contained in the emulsion coating material is completely volatilized and dried, and then the coating film enters the first cooling roll device 12, is rapidly cooled to normal temperature, and then passed through the second correcting device 13
- the third tension control adjusting device 14 is pulled up, and then enters the first tightening and recombining device 15, and the coating is combined with the coating material to be more firm and compacted by pressure, and then enters the second cooling roller device 16
- the fourth tension control adjusting device 17 is stretched, and finally enters the first winding device 18, and the formed coating film is wound into a roll and switched.
- Embodiment 1 is a diagrammatic representation of Embodiment 1:
- a multifunctional primerless coating machine includes a body 38, and a first unwinding device is disposed in the body 38.
- the first winding device 18, one side of the fuselage 38 provided with the first unwinding device 1 is provided with a first tension control adjusting device 2, a first correcting device 3, and a first corona treating device 4 a second tension control adjusting device 5, a first cooling clamping device 6, a first coating device 7, and a first coating kiss roller device 8,
- the fuselage 38 is provided with a first unwinding device 1
- the outer side of one end is provided with a first vacuum roller device 9 and a first far infrared processing device 10
- the body 38 is provided with a first heating and drying device 11
- the body 38 is provided with a first winding device 18
- the outer side of one end is provided with a first cooling roller device 12, a second correcting device 13 and a third tension control adjusting device 14, and the body 38 is provided with a first winding device 18
- a coating material (film, paper, sheet, etc.) is placed on the first unwinding device 1 and taken out, and the coating material is discharged from the first unwinding device 1 is taken up, after the first tension control adjusting device 2 is pulled to make the tension in a suitable state, the first correcting device 3 is corrected to correct the deviation, so that the coating material is in a straight and stable running state.
- Embodiment 3 is a diagrammatic representation of Embodiment 3
- the second embodiment is repeated, and the following differences are made.
- the present embodiment is applicable to the production of a coating film by a single-coating and double-coating without a primer.
- the specific process flow is as follows: A coating material (film, paper, sheet, etc.) is placed on the first unwinding device 1 and taken out, and the coating material is taken out from the first unwinding device 1, and the adjusting device is controlled by the first tension. After the tension is in the proper state, the first correcting device 3 is corrected to correct the deviation, so that the coating material is in a straight and stable running state.
- Embodiment 5 is a diagrammatic representation of Embodiment 5:
- the second embodiment is repeated, with the following differences: the side of the fuselage 38 provided with the second unwinding device 19 is provided with a turning device. 37.
- This embodiment is applicable to the production of a coating film by double-coating and double-coating without primer.
- the adsorbent material in the water-soluble polymer emulsion coating is evacuated to be in a state of uniform tension and uniform coating, and then enters the first far-infrared processing device 10,
- the emulsion coating material is accelerated under infrared wavelength heating to accelerate the solvent, and then the coating film enters the second heating and drying device 29, and the second heating and drying device 29
- the solvent contained in the emulsion coating material is completely volatilized and dried in the lower layer, and then the coating film enters the first cooling roll device 12, is rapidly cooled to normal temperature, and then corrected by the second correcting device 13 to be turned over.
- the coating film in the inverting device 37, the coating film is turned 180 degrees, then enters the seventh tension control adjusting device 23, and is cooled and clamped by the second cooling clamping device 24, and then enters the second coating device 25
- the second coating device 25 applies a water-soluble polymer emulsion coating on the other side of the coating film to realize double-coated double coating of the coating film, and the coating film after double-sided double coating is passed through the second coating kiss roll device.
- fifth tension control adjustment device 32 tensioning, second clamping composite device 33 to make the coating and the coating material more firmly and densely, into the fourth cooling roller device 34 After cooling down again, the second tension control device 35 is pulled up, and then the second winding device 36 is wound up.
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Abstract
A multi-functional applicator without primer coating, comprising a machine body (38), a first unreeling device (1) and a first reeling device (18) provided in the machine body (38); a first tension control adjusting device (2), a first deviation correcting device (3), a first corona processing device (4), a second tension control adjusting device (5), a first cooling clamping device (6), a first application device (7) and a first application lip roller device (8) are provided in sequence on the side of the machine body (38) where the first unreeling device (1) is located; a first vacuum roller device (9) and a first far-IR processing device (10) are provided on the outside of the end of the machine body (38) where the first unreeling device (1) is located; a first heating drying device (11) is provided on the machine body (38); a first cooling roller device (12), a second deviation correcting device (13) and a third tension control adjusting device (14) are provided on the outside at the end of the machine body (38) where the first reeling device (18) is located; and a first clamping compositing device (15), a second cooling roller device (16) and a fourth tension control adjusting device (17) are provided in sequence on the inside at the end of the machine body (38) where the first reeling device (18) is located. The applicator is suitable for the technique of producing applied film without any primer coating.
Description
本发明属于 涂布 技术领域，具体涉及 一种 适合无底涂生产涂布膜的多功能无底涂涂布机 。 The invention belongs to the field of coating technology, and particularly relates to a multifunctional bottomless coating machine suitable for producing a coating film without primer coating.
目前，国际国内的涂布生产行业中用的涂布机，一般为采用两个涂布头的单面单涂涂布机或是采用四个涂布头两机连体的双面双涂涂布机，这些涂布机大多只适用有底涂的涂布，即：一个涂布头涂布具有一定功能的涂料（即面涂层），另一个涂布头涂布接着粘合剂使基础材料与面涂层的结合牢固（即底涂层），在基础材料表面实施涂布而成具有一定包装功能的涂布包装材料。底涂粘合剂大多含有机溶剂具有一定的异味，污染环境，而且在热风干燥过程中如果残留的粘合剂不能完全消除还会对涂布膜安全卫生性造成隐患，增加了工艺生产工序和工艺复杂难度及操作人员生产劳动强度，提高涂布膜的生产成本。
At present, the coating machine used in the international and domestic coating production industry is generally a single-sided single coater with two coating heads or a double-sided double coating with four coating heads. In the cloth machine, most of these coaters are only suitable for the coating of the primer, that is, one coating head is coated with a coating having a certain function (ie, a top coating), and the other coating head is coated with an adhesive to make the foundation. The combination of the material and the top coat is firm (ie, the undercoat layer), and the coated material is coated on the surface of the base material to have a certain packaging function. Most of the primer adhesives contain organic solvents with certain odors, polluting the environment, and if the residual adhesive can not be completely eliminated during the hot air drying process, it will cause hidden dangers to the safety and hygiene of the coating film, and increase the process of production and The complexity of the process and the labor intensity of the operator increase the production cost of the coated film.
无底涂技术是不需要底涂工艺是采用 PVDC 、 PVA 、 AC 、 EAA 、 EVOH 、 PET
等水溶性聚合物乳液涂料，在不改变水溶性聚合物乳液涂料原有特性的基础上，通过物理化学技术改进，定量添加辅助提高与基础材料附着、亲和、浸润、增强接着牢固等助剂，进行共混改性处理，并按不同配合比进行添加、混合均匀，再应用于涂布膜的生产，从而在现有的涂布膜生产工艺的基础上，省去定量涂布粘合剂及热风干燥的工序环节，可极大的降低涂布膜的生产成本，节约能源与原材料，降低生产工艺复杂程度，减轻了劳动强度，节能环保。因此采用无底涂技术生产涂布膜必将在涂布行业大力推广。 Primer-free technology does not require a primer process using PVDC, PVA, AC, EAA, EVOH, PET
The water-soluble polymer emulsion coating, based on the original characteristics of the water-soluble polymer emulsion coating, is improved by physical and chemical techniques, and the quantitative addition assists to improve the adhesion, affinity, infiltration, strengthening and strengthening of the base material. , blending and modifying treatment, adding and mixing according to different mixing ratios, and then applying to the production of the coating film, thereby eliminating the quantitative coating adhesive on the basis of the existing coating film production process And the hot air drying process link can greatly reduce the production cost of the coating film, save energy and raw materials, reduce the complexity of the production process, reduce labor intensity, energy saving and environmental protection. Therefore, the use of primerless coating technology to produce coating film will be promoted in the coating industry.
目前市场上还没有适合无底涂生产涂布膜的涂布机。 There is currently no coating machine on the market suitable for producing coating films without primer coating.
综上所述，为了克服现有技术问题的不足，本发明提供了一种适合无底涂生产涂布膜的多功能无底涂涂布机，它
采用无底涂技术，无须底涂粘合剂，单面单涂涂布装备仅需一只涂布头即可，双面双涂涂布机装备仅需两只涂布头即可，两机联机组装后可做两台单面单涂涂布装备同时生产使用，又可只开一台单独生产应用，同时单独或连机生产应用时；可生产单面单涂涂布包装材料；单面双涂涂布包装材料；双面双涂布包装材料；单面带底涂接着粘合剂包装材料；干发复合包装材料，功能强大。 In summary, in order to overcome the deficiencies of the prior art problems, the present invention provides a multifunctional bottomless coating machine suitable for producing a coating film without primer coating, which
No primer coating technology, no primer coating, single coating application requires only one coating head. Double-sided double coating machine requires only two coating heads. After the on-line assembly, two single-sided single-coating equipments can be produced at the same time, and only one single production application can be opened, and the application can be produced separately or in parallel; the single-sided single-coat coating material can be produced; Double coated packaging materials; double-sided double-coated packaging materials; single-sided with primer and adhesive packaging materials; dry hair composite packaging materials, powerful.
为解决上述技术问题，本发明的技术方案是这样实现的： In order to solve the above technical problem, the technical solution of the present invention is implemented as follows:
一种多功能无底涂涂布机，其中：它包括机身，机身内设置有第一放卷装置及第一收卷装置，机身内设置有第一放卷装置的一侧依次设置有第一张力控制调节装置、第一纠偏装置、第一电晕处理装置、第二张力控制调节装置、第一冷却夹紧装置、第一涂布装置及第一涂布吻辊装置，机身的设置有第一放卷装置的一端的外侧设置有第一真空辊装置及第一远红外处理装置，机身上设置有第一加热干燥装置，机身的设置有第一收卷装置的一端的外侧设置有第一冷却辊装置、第二纠偏装置及第三张力控制调节装置，机身的设置有第一收卷装置的一端的内侧依次设置第一加紧复合装置、第二冷却辊装置及第四张力控制调节装置。
A multifunctional bottomless coating machine, wherein: it comprises a fuselage, a first unwinding device and a first winding device are arranged in the body, and one side of the fuselage provided with the first unwinding device is sequentially arranged The first tension control adjusting device, the first correcting device, the first corona treating device, the second tension control adjusting device, the first cooling clamping device, the first coating device and the first coating kiss roller device, the fuselage The first vacuum roll device and the first far infrared processing device are disposed on the outer side of one end of the first unwinding device, and the first heating and drying device is disposed on the body, and the body is provided with one end of the first winding device The outer side is provided with a first cooling roller device, a second correcting device and a third tension control adjusting device, and the first clamping unit and the second cooling roller device are disposed on the inner side of one end of the first winding device The fourth tension control adjustment device.
本发明的技术方案还可以是这样实现的：所述的第一加热干燥装置为单层加热干燥装置。 The technical solution of the present invention may also be realized in that the first heating and drying device is a single-layer heating and drying device.
本发明的技术方案还可以是这样实现的：所述的机身的一侧依次设置第三冷却辊装置、第三纠偏装置、第五张力控制调节装置、第二加紧复合装置、第四冷却辊装置、第六张力控制调节装置及第二收卷装置，机身上设置第二加热干燥装置，机身的另一侧依次设置有第二远红外处理装置、第二真空辊装置、第二涂布吻辊装置、第二涂布装置、第二冷却夹紧装置、第七张力控制调节装置、第二电晕处理装置、第四纠偏装置、第八张力控制调节装置及第二放卷装置。
The technical solution of the present invention may also be implemented in that: one side of the fuselage is sequentially provided with a third cooling roller device, a third correcting device, a fifth tension control adjusting device, a second tightening composite device, and a fourth cooling roller. a device, a sixth tension control adjusting device and a second winding device, wherein the second heating and drying device is disposed on the body, and the other side of the body is sequentially provided with a second far infrared processing device, a second vacuum roller device, and a second coating a cloth kiss roll device, a second coating device, a second cooling clamp device, a seventh tension control adjustment device, a second corona treatment device, a fourth correction device, an eighth tension control adjustment device, and a second unwinding device.
本发明的技术方案还可以是这样实现的： 所述的第二加热干燥装置为双层加热干燥装置。 The technical solution of the present invention can also be realized as follows: The second heating and drying device is a double-layer heating and drying device.
本发明的技术方案还可以是这样实现的：所述的机身的设置有第二放卷装置的一侧设置有翻转装置。 The technical solution of the present invention can also be realized in that the side of the fuselage provided with the second unwinding device is provided with a turning device.
1 、本发明 适合无底涂生产涂布膜技术，
无须底涂粘合剂，单面单涂涂布装备仅需一只涂布头即可，双面双涂涂布机装备仅需两只涂布头即可，
相对于传统涂布机即免去底涂粘合剂用于溶剂挥发部分的电气加热干燥***、传动部分及涂布头。这样对于整个装备可以压缩出４０％～５０％的空间，设备容积大幅减少，占地面积小，设备制造耗材少，程序设计简单，极大地降低了装备的制造成本。 1. The invention is suitable for the production of coating film technology without primer.
There is no need to apply adhesive on the bottom. One-side single-coating equipment only needs one coating head. The double-sided double coating machine requires only two coating heads.
The electric heating drying system, the transmission portion and the coating head for the solvent evaporation portion are eliminated from the conventional coater. In this way, the entire equipment can be compressed by 40% to 50% of space, the equipment volume is greatly reduced, the floor space is small, the equipment manufacturing consumables are small, the program design is simple, and the manufacturing cost of the equipment is greatly reduced.
2
、本发明在生产应用时，由于环节装备减少，设备采购成本低，占场地小，极大地降低了投资成本，并在生产中，由于无需底涂环节级装备，极大地降低生产中：能源消耗降底４０％和劳动强度降低５０％，提高了生产效率５０％，无胶边，消耗低，成品率高，有效大幅度降低了生产成本及产品成本。 2
In the production and application of the invention, due to the reduction of the link equipment, the equipment procurement cost is low, occupying a small space, greatly reducing the investment cost, and in the production, because the primer-level equipment is not required, the production is greatly reduced: energy consumption 40% lowering the bottom and 50% lower labor intensity, increasing production efficiency by 50%, no glue edge, low consumption, high yield, effectively reducing production costs and product costs.
3 、利用本发明生产涂布膜时，
由于无需底涂粘接剂，这样省去了材料消耗及干燥处理用电成本，产品无有害溶剂挥法和残留，节能低碳环保，安全卫生，极大地减少了生产成本。对社会人民生活生命安全，节能降耗，环保低碳，生产成本降低，效益提高，服务社会做出有益贡献。 3. When the coated film is produced by the present invention,
Since no primer is needed, the material consumption and the cost of drying and processing are eliminated, the product has no harmful solvent and residual, energy saving, low carbon environmental protection, safety and hygiene, and the production cost is greatly reduced. For the people of the society, life and safety, energy conservation and consumption reduction, environmental protection and low carbon, production costs are reduced, benefits are improved, and the society is made to make a useful contribution.
4 、本发明可两机组装，
可做两台单面单涂涂布装备同时生产使用，又可只开一台单独生产应用，同时单独或连机生产应用时；可生产单面单涂涂布包装材料；单面双涂涂布包装材料；双面双涂布包装材料；单面带底涂接着粘合剂包装材料；干发复合包装材料，功能强大。 4, the invention can be assembled in two machines,
It can be used for the production and use of two single-sided single-coating equipments at the same time. It can also be used for only one single production application. It can be used in single or continuous production. It can produce single-sided single-coat coating materials; Cloth packaging materials; double-sided double-coated packaging materials; single-sided with primer and adhesive packaging materials; dry hair composite packaging materials, powerful.
图 1 为本发明的结构示意图； Figure 1 is a schematic structural view of the present invention;
图 2 为本发明双机联合组装结构示意图； 2 is a schematic diagram of a two-machine joint assembly structure of the present invention;
图 3 为利用本发明单面双涂生产涂布膜的示意图； Figure 3 is a schematic view showing the production of a coating film by single-sided double coating of the present invention;
图 4 为利用本发明双面双涂生产涂布膜的示意图。 Fig. 4 is a schematic view showing the production of a coating film by double-sided double coating of the present invention.
实施例一： Embodiment 1:
如图 1 所示，一种 多功能无底涂涂布机 ， 它包括机身 38 ，机身 38 内设置有第一放卷装置 1
及第一收卷装置 18 ，机身 38 内设置有第一放卷装置 1 的一侧依次设置有第一张力控制调节装置 2 、第一纠偏装置 3 、第一电晕处理装置 4
、第二张力控制调节装置 5 、第一冷却夹紧装置 6 、第一涂布装置 7 及第一涂布吻辊装置 8 ，机身 38 的设置有第一放卷装置 1
的一端的外侧设置有第一真空辊装置 9 及第一远红外处理装置 10 ，机身 38 上设置有第一加热干燥装置 11 ，机身 38 的设置有第一收卷装置 18
的一端的外侧设置有第一冷却辊装置 12 、第二纠偏装置 13 及第三张力控制调节装置 14 ，机身 38 的设置有第一收卷装置 18
的一端的内侧依次设置第一加紧复合装置 15 、第二冷却辊装置 16 及第四张力控制调节装置 17 。第一加热干燥装置 11 为单层加热干燥装置。 As shown in Fig. 1, a multifunctional primerless coating machine includes a body 38, and a first unwinding device is disposed in the body 38.
And the first winding device 18, one side of the fuselage 38 provided with the first unwinding device 1 is provided with a first tension control adjusting device 2, a first correcting device 3, and a first corona treating device 4
a second tension control adjusting device 5, a first cooling clamping device 6, a first coating device 7, and a first coating kiss roller device 8, the fuselage 38 is provided with a first unwinding device 1
The outer side of one end is provided with a first vacuum roller device 9 and a first far infrared processing device 10, the body 38 is provided with a first heating and drying device 11, and the body 38 is provided with a first winding device 18
The outer side of one end is provided with a first cooling roller device 12, a second correcting device 13 and a third tension control adjusting device 14, and the body 38 is provided with a first winding device 18
The first tightening composite device 15, the second cooling roller device 16, and the fourth tension control adjusting device 17 are sequentially disposed inside the one end. The first heating and drying device 11 is a single layer heating and drying device.
使用时 ，将涂布材料（ 薄膜、纸、薄片等 ）放置在第一放卷装置 1 上，并引出，涂布材料从第一放卷装置
1 上引出，经第一张力控制调节装置 2 张拉使其张力处于合适状态后，进入第一纠偏装置 3 纠偏，使涂布材料处于 直线稳定运行状态
，然后进入第一电晕处理装置4对涂布材料进行电晕处理后，进入第二张力控制调节装置5，第二张力控制调节装置5检测
控制涂布材料在进入涂布装置时张力处于合理状态，然后涂布材料进入第一冷却夹紧装置 6
，冷却涂布材料，保持其自放卷之后各个工位的张力并保持后续工位涂布材料的张力稳定。之后进入第一涂布装置 7 ，第一涂布装置 7
将水溶性聚合物乳液涂料涂布在涂布材料的表面，形成涂布膜，涂布膜经第一涂布吻辊装置 8 ，进行涂布乳液转移基础材料表面处理，再进入第一真空辊装置 9
，将水溶性聚合物乳液涂料内的吸附材料抽空，使其处于张力稳定涂布均匀状态 ，之后进入第一远红外处理装置10，
使乳液涂布材料在红外波长加热下加速溶剂会发，然后，涂布膜进入第一加热干燥装置 11 ，在第一加热干燥装置 11
内将乳液涂布材料内的所含的溶剂彻底挥发干燥，之后，涂布膜进入第一冷却辊装置 12 ，使其快速冷却至常温，然后经第二纠偏装置 13
纠偏后，再经第三张力控制调节装置 14 张拉，之后进入第一加紧复合装置 15 ，通过压力使涂层与涂布材料结合更牢固密实，然后在进入第二冷却辊装置 16
进行冷却降温，之后，进入第四张力控制调节装置 17 进行张拉，最后进入第一收卷装置 18 ，将成型的涂布膜缠绕成卷并切换 。 In use, a coating material (film, paper, sheet, etc.) is placed on the first unwinding device 1 and taken out, and the coating material is discharged from the first unwinding device
1 is taken up, after the first tension control adjusting device 2 is pulled to make the tension in a suitable state, the first correcting device 3 is corrected to correct the deviation, so that the coating material is in a straight and stable running state.
Then, after entering the first corona treatment device 4 to corona treatment the coating material, the second tension control adjustment device 5 is entered, and the second tension control adjustment device 5 detects
Controlling the coating material to a reasonable state when entering the coating device, and then coating the material into the first cooling clamping device 6
Cooling the coating material, maintaining the tension of each station after self-unwinding and maintaining the tension of the subsequent station coating material stable. Then entering the first coating device 7, the first coating device 7
Applying a water-soluble polymer emulsion coating on the surface of the coating material to form a coating film. The coating film is subjected to surface treatment of the coating emulsion transfer base material through the first coating kiss roll device 8, and then enters the first vacuum roll. Device 9
, the adsorbent material in the water-soluble polymer emulsion coating is evacuated to be in a state of uniform tension and uniform coating, and then enters the first far-infrared processing device 10,
The emulsion coating material is accelerated under the infrared wavelength heating to accelerate the solvent, and then the coating film enters the first heating and drying device 11 in the first heating and drying device 11
The solvent contained in the emulsion coating material is completely volatilized and dried, and then the coating film enters the first cooling roll device 12, is rapidly cooled to normal temperature, and then passed through the second correcting device 13
After the correction, the third tension control adjusting device 14 is pulled up, and then enters the first tightening and recombining device 15, and the coating is combined with the coating material to be more firm and compacted by pressure, and then enters the second cooling roller device 16
After cooling and cooling, the fourth tension control adjusting device 17 is stretched, and finally enters the first winding device 18, and the formed coating film is wound into a roll and switched.
本实施例适用于 无底涂单面单涂生产涂布膜生产工艺。 This embodiment is suitable for the production process of a coating film produced by a single-coat single-coating without a primer.
实施例一： Embodiment 1:
如图 1 所示，一种 多功能无底涂涂布机 ， 它包括机身 38 ，机身 38 内设置有第一放卷装置 1
及第一收卷装置 18 ，机身 38 内设置有第一放卷装置 1 的一侧依次设置有第一张力控制调节装置 2 、第一纠偏装置 3 、第一电晕处理装置 4
、第二张力控制调节装置 5 、第一冷却夹紧装置 6 、第一涂布装置 7 及第一涂布吻辊装置 8 ，机身 38 的设置有第一放卷装置 1
的一端的外侧设置有第一真空辊装置 9 及第一远红外处理装置 10 ，机身 38 上设置有第一加热干燥装置 11 ，机身 38 的设置有第一收卷装置 18
的一端的外侧设置有第一冷却辊装置 12 、第二纠偏装置 13 及第三张力控制调节装置 14 ，机身 38 的设置有第一收卷装置 18
的一端的内侧依次设置第一加紧复合装置 15 、第二冷却辊装置 16 及第四张力控制调节装置 17 。第一加热干燥装置 11 为单层加热干燥装置。 As shown in Fig. 1, a multifunctional primerless coating machine includes a body 38, and a first unwinding device is disposed in the body 38.
And the first winding device 18, one side of the fuselage 38 provided with the first unwinding device 1 is provided with a first tension control adjusting device 2, a first correcting device 3, and a first corona treating device 4
a second tension control adjusting device 5, a first cooling clamping device 6, a first coating device 7, and a first coating kiss roller device 8, the fuselage 38 is provided with a first unwinding device 1
The outer side of one end is provided with a first vacuum roller device 9 and a first far infrared processing device 10, the body 38 is provided with a first heating and drying device 11, and the body 38 is provided with a first winding device 18
The outer side of one end is provided with a first cooling roller device 12, a second correcting device 13 and a third tension control adjusting device 14, and the body 38 is provided with a first winding device 18
The first tightening composite device 15, the second cooling roller device 16, and the fourth tension control adjusting device 17 are sequentially disposed inside the one end. The first heating and drying device 11 is a single layer heating and drying device.
使用时 ，将涂布材料（ 薄膜、纸、薄片等 ）放置在第一放卷装置 1 上，并引出，涂布材料从第一放卷装置
1 上引出，经第一张力控制调节装置 2 张拉使其张力处于合适状态后，进入第一纠偏装置 3 纠偏，使涂布材料处于 直线稳定运行状态
，然后进入第一电晕处理装置4对涂布材料进行电晕处理后，进入第二张力控制调节装置5，第二张力控制调节装置5检测
控制涂布材料在进入涂布装置时张力处于合理状态，然后涂布材料进入第一冷却夹紧装置 6
，冷却涂布材料，保持其自放卷之后各个工位的张力并保持后续工位涂布材料的张力稳定。之后进入第一涂布装置 7 ，第一涂布装置 7
将水溶性聚合物乳液涂料涂布在涂布材料的表面，形成涂布膜，涂布膜经第一涂布吻辊装置 8 ，进行涂布乳液转移基础材料表面处理，再进入第一真空辊装置 9
，将水溶性聚合物乳液涂料内的吸附材料抽空，使其处于张力稳定涂布均匀状态 ，之后进入第一远红外处理装置10，
使乳液涂布材料在红外波长加热下加速溶剂会发，然后，涂布膜进入第一加热干燥装置 11 ，在第一加热干燥装置 11
内将乳液涂布材料内的所含的溶剂彻底挥发干燥，之后，涂布膜进入第一冷却辊装置 12 ，使其快速冷却至常温，然后经第二纠偏装置 13
纠偏后，再经第三张力控制调节装置 14 张拉，之后进入第一加紧复合装置 15 ，通过压力使涂层与涂布材料结合更牢固密实，然后在进入第二冷却辊装置 16
进行冷却降温，之后，进入第四张力控制调节装置 17 进行张拉，最后进入第一收卷装置 18 ，将成型的涂布膜缠绕成卷并切换 。 In use, a coating material (film, paper, sheet, etc.) is placed on the first unwinding device 1 and taken out, and the coating material is discharged from the first unwinding device
1 is taken up, after the first tension control adjusting device 2 is pulled to make the tension in a suitable state, the first correcting device 3 is corrected to correct the deviation, so that the coating material is in a straight and stable running state.
Then, after entering the first corona treatment device 4 to corona treatment the coating material, the second tension control adjustment device 5 is entered, and the second tension control adjustment device 5 detects
Controlling the coating material to a reasonable state when entering the coating device, and then coating the material into the first cooling clamping device 6
Cooling the coating material, maintaining the tension of each station after self-unwinding and maintaining the tension of the subsequent station coating material stable. Then entering the first coating device 7, the first coating device 7
Applying a water-soluble polymer emulsion coating on the surface of the coating material to form a coating film. The coating film is subjected to surface treatment of the coating emulsion transfer base material through the first coating kiss roll device 8, and then enters the first vacuum roll. Device 9
, the adsorbent material in the water-soluble polymer emulsion coating is evacuated to be in a state of uniform tension and uniform coating, and then enters the first far-infrared processing device 10,
The emulsion coating material is accelerated under the infrared wavelength heating to accelerate the solvent, and then the coating film enters the first heating and drying device 11 in the first heating and drying device 11
The solvent contained in the emulsion coating material is completely volatilized and dried, and then the coating film enters the first cooling roll device 12, is rapidly cooled to normal temperature, and then passed through the second correcting device 13
After the correction, the third tension control adjusting device 14 is pulled up, and then enters the first tightening and recombining device 15, and the coating is combined with the coating material to be more firm and compacted by pressure, and then enters the second cooling roller device 16
After cooling and cooling, the fourth tension control adjusting device 17 is stretched, and finally enters the first winding device 18, and the formed coating film is wound into a roll and switched.
本实施例适用于 无底涂单面单涂生产涂布膜生产工艺。 This embodiment is suitable for the production process of a coating film produced by a single-coat single-coating without a primer.
实施例二： Embodiment 2:
如图2所示，重复实施例一，有以下不同点， 机身 38 的一侧依次设置第三冷却辊装置 30
、第三纠偏装置 31 、第五张力控制调节装置 32 、第二加紧复合装置 33 、第四冷却辊装置 34 、第六张力控制调节装置 35 及第二收卷装置 36
，机身 38 上设置第二加热干燥装置 29 ，机身 38 的另一侧依次设置第二远红外处理装置 28 、第二真空辊装置 27 、第二涂布吻辊装置 26
、第二涂布装置 25 、第二冷却夹紧装置 24 、第七张力控制调节装置 23 、第二电晕处理装置 22 、第四纠偏装置 21 、第八张力控制调节装置 20
及第二放卷装置 19 ，第二红外处理装置为双层红外处理装置。 As shown in Fig. 2, the first embodiment is repeated, with the following differences: one side of the body 38 is sequentially provided with a third cooling roller device 30.
a third correcting device 31, a fifth tension control adjusting device 32, a second tightening composite device 33, a fourth cooling roller device 34, a sixth tension control adjusting device 35, and a second winding device 36
A second heating and drying device 29 is disposed on the body 38, and the other side of the body 38 is provided with a second far infrared processing device 28, a second vacuum roller device 27, and a second coating kiss roller device.
a second coating device 25, a second cooling clamping device 24, a seventh tension control adjusting device 23, a second corona treating device 22, a fourth correcting device 21, and an eighth tension control adjusting device 20
And a second unwinding device 19, the second infrared processing device being a double-layer infrared processing device.
本实施例使用于两机同时生产无底涂单面单涂生产涂布膜生产工艺，相当于两条生产线同时生产。使用时，一条生产线从第一放卷装置 1 放卷直至第一收卷装置 18
收卷，其工艺流程与实施例一相同，其不同在于加热干燥时，涂布膜在第二加热干燥装置 29 的下层进行加热干燥。另一条生产线从第二放卷装置 19
放卷，经第八张力控制调节装置 20 张拉后，进入第四纠偏装置 21 纠偏，再经第二电晕处理装置 22 电晕处理后，进入第七张力控制调节装置 23
张拉，经第二冷却夹紧装置 24 冷却夹紧后，进入第二涂布装置 25 将水溶性聚合物乳液涂料涂布在涂布材料的表面，然后经第二涂布吻辊装置 26
，再经第二真空辊装置 27 ，进入第二远红外处理装置 28 ，再进入第二加热干燥装置 29 的上层进行加热干燥，然后进入第三冷却辊装置 30
进行冷却降温，再经第三纠偏装置 31 纠偏，第五张力控制调节装置 32 张拉，第二加紧复合装置 33 使涂层与涂布材料结合更牢固密实，进入第四冷却辊装置 34
再次降温冷却后，再经第六张力控制调节装置 35 张拉后，进入第二收卷装置 36 收卷。
This embodiment is used in the simultaneous production of a non-primed single-sided single-coat production coating film production process for two machines, which is equivalent to simultaneous production of two production lines. In use, a production line is unwound from the first unwinding device 1 to the first winding device 18
The winding process is the same as that of the first embodiment except that the coating film is heated and dried in the lower layer of the second heating and drying device 29 during heat drying. Another production line from the second unwinding device 19
After unwinding, after the eighth tension control adjusting device 20 pulls up, it enters the fourth correcting device 21 to correct the deviation, and after the second corona treatment device 22 corona treatment, enters the seventh tension control adjusting device 23
Tensioning, after being cooled and clamped by the second cooling clamp 24, entering the second coating device 25, coating the water-soluble polymer emulsion coating on the surface of the coating material, and then passing through the second coating kiss roll device 26
And passing through the second vacuum roller device 27, entering the second far infrared processing device 28, and then entering the upper layer of the second heating and drying device 29 for heating and drying, and then entering the third cooling roller device 30.
Cooling and cooling are performed, and then corrected by the third correcting device 31, the fifth tension control adjusting device 32 is stretched, and the second tightening composite device 33 combines the coating and the coating material to be firm and compact, and enters the fourth cooling roller device.
After cooling down again, the second tension control device 35 is pulled up, and then the second winding device 36 is wound up.
实施例三： Embodiment 3:
如图3所示，重复实施例二，有以下不同点，本实施例适用于无底涂单面双涂生产涂布膜，具体工艺流程如下：
将涂布材料（ 薄膜、纸、薄片等 ）放置在第一放卷装置 1 上，并引出，涂布材料从第一放卷装置 1 上引出，经第一张力控制调节装置 2
张拉使其张力处于合适状态后，进入第一纠偏装置 3 纠偏，使涂布材料处于 直线稳定运行状态
，然后进入第一电晕处理装置4对涂布材料进行电晕处理后，进入第二张力控制调节装置5，第二张力控制调节装置5检测
控制涂布材料在进入涂布装置时张力处于合理状态，然后涂布材料进入第一冷却夹紧装置 6
，冷却涂布材料，保持其自放卷之后各个工位的张力并保持后续工位涂布材料的张力稳定。之后进入第一涂布装置 7 ，第一涂布装置 7
将水溶性聚合物乳液涂料涂布在涂布材料的表面，形成涂布膜，涂布膜经第一涂布吻辊装置 8 ，进行涂布乳液转移基础材料表面处理，再进入第一真空辊装置 9
，将水溶性聚合物乳液涂料内的吸附材料抽空，使其处于张力稳定涂布均匀状态 ，之后进入第一远红外处理装置10，
使乳液涂布材料在红外波长加热下加速溶剂会发，然后，涂布膜进入第二加热干燥装置 29 的下层，在第二加热干燥装置 29
下层内将乳液涂布材料内的所含的溶剂彻底挥发干燥，之后，涂布膜进入第一冷却辊装置 12 ，使其快速冷却至常温，然后经第二纠偏装置 13
纠偏后，进入第七张力控制调节装置 23 张拉，经第二冷却夹紧装置 24 冷却夹紧后，进入第二涂布装置 25
，再次对涂布材料进行涂布水溶性聚合物乳液涂料。然后经第二涂布吻辊装置 26 ，再经第二真空辊装置 27 ，进入第二远红外处理装置 28
，再进入第二加热干燥装置 29 的上层进行加热干燥，然后进入第三冷却辊装置 30 进行冷却降温，再经第三纠偏装置 31 纠偏，第五张力控制调节装置 32
张拉，第二加紧复合装置 33 使涂层与涂布材料结合更牢固密实，进入第四冷却辊装置 34 再次降温冷却后，再经第六张力控制调节装置 35
张拉后，进入第二收卷装置 36 收卷。 As shown in FIG. 3, the second embodiment is repeated, and the following differences are made. The present embodiment is applicable to the production of a coating film by a single-coating and double-coating without a primer. The specific process flow is as follows:
A coating material (film, paper, sheet, etc.) is placed on the first unwinding device 1 and taken out, and the coating material is taken out from the first unwinding device 1, and the adjusting device is controlled by the first tension.
After the tension is in the proper state, the first correcting device 3 is corrected to correct the deviation, so that the coating material is in a straight and stable running state.
Then, after entering the first corona treatment device 4 to corona treatment the coating material, the second tension control adjustment device 5 is entered, and the second tension control adjustment device 5 detects
Controlling the coating material to a reasonable state when entering the coating device, and then coating the material into the first cooling clamping device 6
Cooling the coating material, maintaining the tension of each station after self-unwinding and maintaining the tension of the subsequent station coating material stable. Then entering the first coating device 7, the first coating device 7
Applying a water-soluble polymer emulsion coating on the surface of the coating material to form a coating film. The coating film is subjected to surface treatment of the coating emulsion transfer base material through the first coating kiss roll device 8, and then enters the first vacuum roll. Device 9
, the adsorbent material in the water-soluble polymer emulsion coating is evacuated to be in a state of uniform tension and uniform coating, and then enters the first far-infrared processing device 10,
The emulsion coating material is accelerated under infrared wavelength heating to accelerate the solvent, and then the coating film enters the lower layer of the second heating and drying device 29, and the second heating and drying device 29
The solvent contained in the emulsion coating material is completely volatilized and dried in the lower layer, and then the coating film enters the first cooling roll device 12, is rapidly cooled to normal temperature, and then passed through the second correcting device 13
After the correction, the seventh tension control adjusting device 23 is pulled up, and after being cooled and clamped by the second cooling clamping device 24, the second coating device is entered.
The coating material is again coated with a water-soluble polymer emulsion coating. Then, through the second coating kiss roll device 26, and then through the second vacuum roll device 27, the second far infrared processing device 28 is entered.
Then, the upper layer of the second heating and drying device 29 is further heated and dried, and then enters the third cooling roller device 30 for cooling and cooling, and then corrected by the third correcting device 31, and the fifth tension control adjusting device 32
The tensioning and second tightening compounding device 33 combines the coating and the coating material to be more firm and compact, and enters the fourth cooling roller device 34. After cooling and cooling again, the sixth tension control adjusting device 35 is passed.
After the tension is pulled, the second winding device 36 is wound up.
实施例四： Embodiment 4:
如图3所示，重复实施例二，有以下不同点，本实施例适用于有底涂单面单涂生产涂布膜，具体工艺流程重复实施例三，所不同的是：第一涂布装置7向涂布材料上涂布粘合剂，第二涂布装置25向涂有粘合剂的涂布材料上涂布聚合物乳液。
As shown in FIG. 3, the second embodiment is repeated, and the present embodiment is applicable to the single coated single-coat single-coat production coating film. The specific process flow is repeated in the third embodiment, except that the first coating is performed. The device 7 applies an adhesive to the coating material, and the second coating device 25 applies a polymer emulsion to the adhesive-coated coating material.
实施例五： Embodiment 5:
如图4所示，重复实施例二，有以下不同点， 机身 38 的设置有第二放卷装置 19 的一侧设置有翻转装置
37 。 本实施例适用于无底涂双面双涂生产涂布膜，具体工艺流程如下： 将涂布材料（ 薄膜、纸、薄片等 ）放置在第一放卷装置 1
上，并引出，涂布材料从第一放卷装置 1 上引出，经第一张力控制调节装置 2 张拉使其张力处于合适状态后，进入第一纠偏装置 3 纠偏，使涂布材料处于
直线稳定运行状态 ，然后进入第一电晕处理装置4对涂布材料进行电晕处理后，进入第二张力控制调节装置5，第二张力控制调节装置5检测
控制涂布材料在进入涂布装置时张力处于合理状态，然后涂布材料进入第一冷却夹紧装置 6
，冷却涂布材料，保持其自放卷之后各个工位的张力并保持后续工位涂布材料的张力稳定。之后进入第一涂布装置 7 ，第一涂布装置 7
将水溶性聚合物乳液涂料涂布在涂布材料的表面，形成涂布膜，涂布膜经第一涂布吻辊装置 8 ，进行涂布乳液转移基础材料表面处理，再进入第一真空辊装置 9
，将水溶性聚合物乳液涂料内的吸附材料抽空，使其处于张力稳定涂布均匀状态 ，之后进入第一远红外处理装置10，
使乳液涂布材料在红外波长加热下加速溶剂会发，然后，涂布膜进入第二加热干燥装置 29 ，在第二加热干燥装置 29
的下层内将乳液涂布材料内的所含的溶剂彻底挥发干燥，之后，涂布膜进入第一冷却辊装置 12 ，使其快速冷却至常温，然后经第二纠偏装置 13 纠偏后，进入翻转装置
37 ，在翻转装置 37 内涂布膜翻转 180 度，之后进入第七张力控制调节装置 23 张拉，经第二冷却夹紧装置 24 冷却夹紧后，进入第二涂布装置 25
，第二涂布装置 25 将水溶性聚合物乳液涂料涂布在涂布膜的另一面，实现涂布膜双面双涂，双面双涂后的涂布膜经第二涂布吻辊装置 26 ，再经第二真空辊装置 27
，进入第二远红外处理装置 28 ，再进入第二加热干燥装置 29 的上层进行加热干燥，然后进入第三冷却辊装置 30 进行冷却降温，再经第三纠偏装置 31
纠偏，第五张力控制调节装置 32 张拉，第二加紧复合装置 33 使涂层与涂布材料结合更牢固密实，进入第四冷却辊装置 34
再次降温冷却后，再经第六张力控制调节装置 35 张拉后，进入第二收卷装置 36 收卷。 As shown in FIG. 4, the second embodiment is repeated, with the following differences: the side of the fuselage 38 provided with the second unwinding device 19 is provided with a turning device.
37. This embodiment is applicable to the production of a coating film by double-coating and double-coating without primer. The specific process flow is as follows: The coating material (film, paper, sheet, etc.) is placed on the first unwinding device 1
And, the coating material is taken out from the first unwinding device 1 and pulled through the first tension control adjusting device 2 to make the tension in a suitable state, and then enters the first correcting device 3 to correct the deviation, so that the coating material is at
After the straight-line stable operation state, and then entering the first corona treatment device 4 to corona treatment the coating material, the second tension control adjustment device 5 is entered, and the second tension control adjustment device 5 detects
Controlling the coating material to a reasonable state when entering the coating device, and then coating the material into the first cooling clamping device 6
Cooling the coating material, maintaining the tension of each station after self-unwinding and maintaining the tension of the subsequent station coating material stable. Then entering the first coating device 7, the first coating device 7
Applying a water-soluble polymer emulsion coating on the surface of the coating material to form a coating film. The coating film is subjected to surface treatment of the coating emulsion transfer base material through the first coating kiss roll device 8, and then enters the first vacuum roll. Device 9
, the adsorbent material in the water-soluble polymer emulsion coating is evacuated to be in a state of uniform tension and uniform coating, and then enters the first far-infrared processing device 10,
The emulsion coating material is accelerated under infrared wavelength heating to accelerate the solvent, and then the coating film enters the second heating and drying device 29, and the second heating and drying device 29
The solvent contained in the emulsion coating material is completely volatilized and dried in the lower layer, and then the coating film enters the first cooling roll device 12, is rapidly cooled to normal temperature, and then corrected by the second correcting device 13 to be turned over. Device
37, in the inverting device 37, the coating film is turned 180 degrees, then enters the seventh tension control adjusting device 23, and is cooled and clamped by the second cooling clamping device 24, and then enters the second coating device 25
The second coating device 25 applies a water-soluble polymer emulsion coating on the other side of the coating film to realize double-coated double coating of the coating film, and the coating film after double-sided double coating is passed through the second coating kiss roll device. 26, through the second vacuum roller device 27
And entering the second far infrared processing device 28, and then entering the upper layer of the second heating and drying device 29 for heating and drying, and then entering the third cooling roller device 30 for cooling and cooling, and then passing through the third correcting device 31.
Correction, fifth tension control adjustment device 32 tensioning, second clamping composite device 33 to make the coating and the coating material more firmly and densely, into the fourth cooling roller device 34
After cooling down again, the second tension control device 35 is pulled up, and then the second winding device 36 is wound up.
本发明的技术方案具有工业实用性。 The technical solution of the present invention has industrial applicability.
Claims (5)
- 一种多功能无底涂涂布机，其特征在于：它包括机身（ 38 ），机身（ 38 ）内设置有第一放卷装置（ 1 ）及第一收卷装置（ 18 ），机身（ 38 ）内设置有第一放卷装置（ 1 ）的一侧依次设置有第一张力控制调节装置（ 2 ）、第一纠偏装置（ 3 ）、第一电晕处理装置（ 4 ）、第二张力控制调节装置（ 5 ）、第一冷却夹紧装置（ 6 ）、第一涂布装置（ 7 ）及第一涂布吻辊装置（ 8 ），机身（ 38 ）的设置有第一放卷装置（ 1 ）的一端的外侧设置有第一真空辊装置（ 9 ）及第一远红外处理装置（ 10 ），机身（ 38 ）上设置有第一加热干燥装置（ 11 ），机身（ 38 ）的设置有第一收卷装置（ 18 ）的一端的外侧设置有第一冷却辊装置（ 12 ）、第二纠偏装置（ 13 ）及第三张力控制调节装置（ 14 ），机身（ 38 ）的设置有第一收卷装置（ 18 ）的一端的内侧依次设置第一加紧复合装置（ 15 ）、第二冷却辊装置（ 16 ）及第四张力控制调节装置（ 17 ）。 A multifunctional primerless coating machine, characterized in that it comprises a fuselage (38), and a first unwinding device is arranged in the body (38) (1) And the first winding device (18), one side of the fuselage (38) provided with the first unwinding device (1) is provided with a first tension control adjusting device (2) and a first correcting device (3) ), a first corona treatment device (4), a second tension control adjustment device (5), a first cooling clamp device (6), a first coating device (7), and a first coating kiss roll device (8) ), the fuselage ( 38 a first vacuum roller device (9) and a first far infrared processing device (10) are disposed outside the one end of the first unwinding device (1), and the first heating and drying device is disposed on the body (38) (11 The first cooling roller device (12), the second correcting device (13), and the third tension control adjusting device are disposed on the outer side of the body (38) provided with the first winding device (18). a first clamping composite device (15), a second cooling roller device (16), and a fourth tension control adjusting device (17) are disposed on the inner side of one end of the first winding device (18). ).
- 根据权利要求1所述的多功能无底涂涂布机 ，其特征在于： 所述的第一加热干燥装置（ 11 ）为单层加热干燥装置。 The multifunctional primerless coating machine according to claim 1, wherein said first heating and drying device (11) is a single layer heating and drying device.
- 根据权利要求1所述的多功能无底涂涂布机 ，其特征在于： 所述的机身（ 38 ）的一侧依次设置第三冷却辊装置（ 30 ）、第三纠偏装置（ 31 ）、第五张力控制调节装置（ 32 ）、第二加紧复合装置（ 33 ）、第四冷却辊装置（ 34 ）、第六张力控制调节装置（ 35 ）及第二收卷装置（ 36 ），机身（ 38 ）上设置第二加热干燥装置（ 29 ），机身（ 38 ）的另一侧依次设置有第二远红外处理装置（ 28 ）、第二真空辊装置（ 27 ）、第二涂布吻辊装置（ 26 ）、第二涂布装置（ 25 ）、第二冷却夹紧装置（ 24 ）、第七张力控制调节装置（ 23 ）、第二电晕处理装置（ 22 ）、第四纠偏装置（ 21 ）、第八张力控制调节装置（ 20 ）及第二放卷装置（ 19 ）。 The multi-functional primerless coating machine according to claim 1, wherein: one side of said body (38) is provided with a third cooling roller device (30). , a third correcting device (31), a fifth tension control adjusting device (32), a second tightening composite device (33), a fourth cooling roller device (34), and a sixth tension control adjusting device (35) And a second winding device (36), a second heating and drying device (29) is disposed on the body (38), and a second far infrared processing device is disposed on the other side of the body (38). ), a second vacuum roll device (27), a second coating kiss roll device (26), a second coating device (25), a second cooling clamp device (24), and a seventh tension control adjustment device (23) And a second corona treatment device (22), a fourth rectification device (21), an eighth tension control adjustment device (20), and a second unwinding device (19).
- 根据权利要求3所述的多功能无底涂涂布机 ，其特征在于： 所述的第二加热干燥装置（ 29 ）为双层加热干燥装置。The multifunctional primerless coating machine according to claim 3, wherein: said second heating and drying device (29) ) is a double-layer heating and drying device.
- 根据权利要求3所述的多功能无底涂涂布机 ，其特征在于： 所述的机身（ 38 ）的设置有第二放卷装置（ 19 ）的一侧设置有翻转装置（ 37 ）。The multifunctional primerless coating machine according to claim 3, wherein: said body (38) is provided with a second unwinding device (19) One side is provided with a turning device (37).
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| PCT/CN2011/080242 WO2013044452A1 (en) | 2011-09-27 | 2011-09-27 | Multi-functional applicator without primer coating |
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| Application Number | Priority Date | Filing Date | Title |
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| PCT/CN2011/080242 WO2013044452A1 (en) | 2011-09-27 | 2011-09-27 | Multi-functional applicator without primer coating |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105363641A (en) * | 2015-11-19 | 2016-03-02 | 林英强 | Adhesive tape coating machine |
| CN105944921A (en) * | 2016-07-15 | 2016-09-21 | 开平市荣发机械有限公司 | Automotive carpet tentering setting machine |
| CN106256415A (en) * | 2015-06-18 | 2016-12-28 | 中国石油化工股份有限公司 | A kind of organic steam separation film continuous preparation device and application thereof |
| CN107285084A (en) * | 2017-06-26 | 2017-10-24 | 深圳市新伟创实业有限公司 | Pole piece hot blast automates drying system |
| CN109248834A (en) * | 2018-11-27 | 2019-01-22 | 深圳智合新科技有限公司 | Continous way pole piece producing line |
| CN112323537A (en) * | 2020-11-19 | 2021-02-05 | 泉州市华讯机械制造有限公司 | Cream coating machine |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2440595Y (en) * | 2000-09-01 | 2001-08-01 | 陈继红 | Multifunctional heat composite coating device |
| JP2005046706A (en) * | 2003-07-28 | 2005-02-24 | Fuji Photo Film Co Ltd | Method for manufacturing coating layer body |
| US20080187656A1 (en) * | 2007-01-10 | 2008-08-07 | Fujifilm Corporation | Method and apparatus for drying coated film |
| CN201768659U (en) * | 2010-08-26 | 2011-03-23 | 昆山大阳机电设备制造有限公司 | Novel coating machine |
| CN102127277A (en) * | 2010-01-19 | 2011-07-20 | 苗小胜 | Water soluble polymer mixed emulsion, coating and preparation method thereof |
| CN102371230A (en) * | 2011-09-27 | 2012-03-14 | 苗小胜 | Multifunctional non-basecoat coating machine |
-
2011
- 2011-09-27 WO PCT/CN2011/080242 patent/WO2013044452A1/en active Application Filing
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2440595Y (en) * | 2000-09-01 | 2001-08-01 | 陈继红 | Multifunctional heat composite coating device |
| JP2005046706A (en) * | 2003-07-28 | 2005-02-24 | Fuji Photo Film Co Ltd | Method for manufacturing coating layer body |
| US20080187656A1 (en) * | 2007-01-10 | 2008-08-07 | Fujifilm Corporation | Method and apparatus for drying coated film |
| CN102127277A (en) * | 2010-01-19 | 2011-07-20 | 苗小胜 | Water soluble polymer mixed emulsion, coating and preparation method thereof |
| CN201768659U (en) * | 2010-08-26 | 2011-03-23 | 昆山大阳机电设备制造有限公司 | Novel coating machine |
| CN102371230A (en) * | 2011-09-27 | 2012-03-14 | 苗小胜 | Multifunctional non-basecoat coating machine |
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106256415A (en) * | 2015-06-18 | 2016-12-28 | 中国石油化工股份有限公司 | A kind of organic steam separation film continuous preparation device and application thereof |
| CN105363641A (en) * | 2015-11-19 | 2016-03-02 | 林英强 | Adhesive tape coating machine |
| CN105944921A (en) * | 2016-07-15 | 2016-09-21 | 开平市荣发机械有限公司 | Automotive carpet tentering setting machine |
| CN107285084A (en) * | 2017-06-26 | 2017-10-24 | 深圳市新伟创实业有限公司 | Pole piece hot blast automates drying system |
| CN107285084B (en) * | 2017-06-26 | 2023-11-24 | 深圳市新伟创实业有限公司 | Hot air automatic drying system for pole piece |
| CN109248834A (en) * | 2018-11-27 | 2019-01-22 | 深圳智合新科技有限公司 | Continous way pole piece producing line |
| CN112323537A (en) * | 2020-11-19 | 2021-02-05 | 泉州市华讯机械制造有限公司 | Cream coating machine |
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