TWI345600B - Method and device for digitally upgrading a textile article and a digitally upgrading textile article - Google Patents

Description

!·生通韦破的用布布, and then the excess coating layer is scraped with a medical tool.

An upgrade step is a surface treatment work involving textiles, also known as a high quality upgrade procedure, which requires a change in spinning. The physical properties of σ and/or the material applied to the textile are intended to alter and/or enhance the properties of the substrate. It is desirable to use surface treatment to achieve surface specificity, especially 'softening of the surface of the substrate, making the substrate rich or fire, simmering water and/or oil 〇 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ , rot-proof, nonsliding, fixed ld retamlng) and / or antistatic. One technique commonly used for surface treatment is f〇ularding (infiltration operation and pressing).

The per-lane upgrade step shown in Figure 1 contains several jobs. Different treatments require different types of chemicals depending on the nature of the substrate and the desired end result. It can be roughly distinguished from the steps of upgrading the four rings of printing, painting, coating and surface treatment. These processes are referred to as single (10) work in this area of expertise. These infiltration operations (ie, 'coating and introduction of chemicals), reaction/fixing (ie, bonding chemicals to substrates), cleaning (ie, removing excess chemicals and auxiliary chemicals), With dry. The ^ ^ 丌 步骤 step (painting, coating, and surface treatment) used in 丌 帘 curtain must perform a cycle of two or more unit operations to achieve the desired result. For the cover of # (which has a relatively high impact on the environment), - the period of production and the relatively high output is usually three or more units of operation, the operation of multiple units of operation 偻 = industry coating The job even requires four or more rinsing (cleaning and straight coating procedures such as the need for a product, for example: increase the argon wash) the final operation 'to rinse too much chemical use dan (thlckening agent) . The flushing operation results in a '7'. After the rinsing operation, it is a dry 烨 庠 庠 庠 庠 庠 通常 通常 通常 通常 通常 通常 通常 通常 通常 通常 通常 通常 通常 通常 press press press press press press press press press press press press press press press press press press press press press press press press press press press And / or a thermal drying step (for example, φ ', (ent-frame)) after the vacuum system. Upgrade the cattle's ^ usually in the individual devices to implement a different number of textiles two... such as for painting The attack is particularly suitable for this operation: 呆作' Then the printing and coating operations are printed separately: the cause and the operation in the machine, while the surface treatment is handled by another device* Different operations are performed in individual devices, and the textiles have a relatively large area, usually extending to different spatial areas. [Summary of the Invention] The purpose of this & explicit - to provide - for upgrading (ie a method of coating '= and/or surface treating a textile substrate to eliminate the disadvantages or other disadvantages associated with the prior art 4. According to the present invention, it is provided for the purpose of digitally upgrading the fabric using an upgrade device - Kind of prescription And the apparatus includes a plurality of nozzles for feeding one or more of the J-machines to the textile, and a conveying device for transporting the nozzles along the nozzles, wherein the nozzles are configured in number The continuation of the continuation of the continuation of the continuation of the rafts in the direction of transport of the woven fabric 16 includes the following steps: ^4^600 - guiding the fabric along the first row of nozzles; + - the first An array of nozzles for spraying a fabric that is being sprayed, coated or surface treated along the fabric being conveyed; subsequently, guiding the fabric along the first row of nozzles; and + ''the second row of nozzles facing the edge Another operation of spraying, printing, coating or surface treatment of the fabric conveyed by the space. • This method provides the option of applying a chemical quality in a concentrated form and a precise dose. It is achieved by the early "cycle" of the unit operation. By using only a number of nozzles that are placed continuously, the array is applied in a continuous operation procedure to apply several chemicals, each: the efficiency of the continuous operation program is remarkable Since a precise dose and control is possible for several nozzles/苇, it is also possible to apply a very uniform tie layer. In many cases, the chemical is applied at a relatively high concentration (solvent) to make the transition. The drying of the step-in-step is not required. The buzzer of the row can perform random operations, in other words, the nozzles of each j can be applied, coated or surface treated in a desired and random order. The plurality of nozzles that are guided along the nozzles preferably have a fixed position, wherein the spinning,

With the advantage of forming a very precise pattern of knives (using these nozzles to achieve # 揭: for the 朿傕诂 & =, the case is possible. The use of these nozzles further into a suitable droplet of material spray) is: The possibility of looking for a court. Different fabrics in smaller batches can be converted on a single-upgrade device. Handling without the complicated operation of the environment 1345600 By applying the substances in the above manner (general chemicals, in particular: coated, coated, surface treated chemicals), the unit for each upgrade step The number of cycles of operation (eg, infiltration, fixing/reaction, washing, and drying) can be significantly reduced. This also results in a significant space savings because the textile is subject to different treatments in a single direction. Furthermore, since there are no longer many coating tanks for applying dyes (paints), it is possible to save about 5% of the water. It is also possible to save on the weight of the dye in that it is necessary to apply a rutting dye to the textile. The manner and quality of application of the dye can be better controlled. In the coating of the earth material, the substrate is completely coated by dipping the substrate in a coating tank in a standard manner. This means that the sides of the substrate are usually treated in a phase 5 manner. According to another preferred embodiment, the base ::: another side is treated differently. As a result, the method preferably includes two passes along a plurality of mouths that are placed on either side of the textile to upgrade the sides of the square fabric. This means that, by Jiang φ, # & you pass the move ~ put the textile can be coated on both sides of a dye - the dye on the side does not have to be the same as the dye on the other side. In the preferred embodiment, the method includes a 1st fabric for spraying, followed by a second row of nozzles for coating t, and finally a third row of spraying 4 processing the weaving operation. 4 °Heil fabric for surface improvement Another preferred embodiment 'This method includes the ancient mouth to spray the fabric. The first column of squirt printing operation, and then the second row of nozzles into the fabric 1345600 = Coating t' and finally surface treating the fabric with a third row of nozzles. + According to another preferred embodiment, the method comprises spraying the fabric with a hemming nozzle, followed by coating #t 幻贺嘴The physical operation of the third nozzle on the surface of the fabric at the surface of the second preferred embodiment described above makes it possible to select which one must be performed, and the subsequent processing steps can be modified as needed. 〆 A textile upgrading device is preferably employed to perform a method of making a continuous inkjet and multi-stage deflection (mulu-levei deflecti) technology. The material coming out of the nozzles is biased by the electrical field so that the correct amount of material is laid in the correct position. In order for the droplet of the substance to be guided by the electric field, it is necessary to charge the droplet first. Next, the method includes: supplying a substance to the nozzles in an almost continuous flow, - dispersing the continuous flow at the nozzles t to form individual droplet ejections; - charging the droplets with electric charges And releasing the charge; ''applying an electric field; changing the electric field' to bias the droplets so that they are deposited in the appropriate position on the side fabric" using a continuous inkjet method to eject each droplet per second Produce 85's to! , 〇〇〇, 〇〇〇 droplets. A large number of droplets are adjacent to each other. 丄: The quality of the case where the nozzle is across the fabric. As far as the ancient 4 is produced, the productivity and the printing technology are about 20 sprays per second. The production speed can be realized by using the small volume of the nozzle: the principle of the rice is realized, and the combination is achieved. The replacement of these sprays is also possible - each nozzle column is not - Ning ν1 ten steps. It is also possible to complete the same processing step continuously from the nozzle row by completing a different processing step in cup W + 疋 '. It is more likely that the dyes of the material (4) (iv) process are disposed in the reservoirs. CMYK is the standard dye primaries used in (10) 文件 documents. Only these four = printed full color used in the printing # $ & ° kinds of basic dyes are in the rental P operating procedures. For example, when the cyan material, the yellow dye substance and the black dye substance are randomly arranged in random == in at least four of the reservoirs in the order of the phantom nozzles, a random final dye spray is applied to the right/ There is a certain. You can use the four nozzle rows to complete the project. U has a suitable mixed dye material storage width = Ϊ: the processing steps of the embossing operation include: holing in the fabric: "adding the substance. The processing step of the printing operation package processing step includes: the substance A surface treated with a thin coating. The processing steps of the surface treatment operation include: the material of the fabric and/or the physical properties of the fabric itself == In the preferred embodiment, the processing step comprises: handing over the drying. Preferably, the infrared rays are irradiated by the outer line according to the fabric, and the 13 1345600 infrared light source is disposed between the nozzles. Preferably, the method includes the right side. The column continuously conveys the fabric of a younger brother, and is composed of a number of different 喑., and the mouthpieces are arranged in a predetermined random sequence. • The human order completes the different processing steps, and the second is continued from the puller's along the plurality of nozzle rows. The two fabrics are conveyed, and the different processing steps are performed by a number of non-J-shaped nozzles in a predetermined random order = human order. This is different. Different fabrics can be continuously upgraded in different ways. For example, ^ The fabric can be printed, coated, coated and surface treated. Such a C, a fabric is sprayed with a very n ^ enabling the reading of the fabric upgrading device, preferably the 'wheeling device is a ring-shaped wheel In addition, this is for -" 精 精 Λ to prevent the movement of the fabric. - And the droplet configuration of the material (for example, it is especially important for the complex case) With ...#+丄., while ensuring accurate droplet-dampening of the fabric, it can be fixed to the transport device by a release adhesive. The method includes: , λΛ ^ has a central control 芎 (& contro)) to guide the individual spray state (centra). The central controller 'for example, by the computer according to another aspect of the invention has been issued _ The printing device is less suitable for coating textiles, especially when the two inkjet printing device uses an inkjet article with a gap between adjacent fibers, especially for coarse interlacing (c〇 Ar kisses the quality of textile fabrics. Typical sprays used in traditional inkjet printing equipment:: Interview 14 Ice 5600 i. (pixel definition) The bursts are seen. The droplets produced by such nozzles are easy to enter or even have their own gaps and are not suitable for surface treatment. It is advantageous to use the ink technology to print onto textiles, but the pixel resolution of the image produced on the 'texture' is usually insufficient for its coarse bond and other For example, the effect of capillary action is not homogenous in all directions. According to this month, a method of digitizing the formation of a layer on a fibrous textile is provided, and the fibrous textile is in phase. Between the adjacent fibers, there is a mesh opening, and the middle method includes: continuously feeding the textile along a processing path having a fixed breaking nozzle row, and the nozzles are substantially laterally disposed Traversing the path 'the coated nozzles have a plurality of outlet diameters greater than about 7 μm; supplying the nozzles with a coating material; individually controlling the nozzles to provide a substantially continuous liquid of the coating material; And selectively guiding the individual droplets to impinge on the textile: overlying to form a ruthenium-coated ruthenium substantially lying on the surface of the textile, and each pixel covering at least four mesh openings And have one

1 0 0 micron direct suppression. l? Directing of the female-V. In this way, the error is achieved by using at least a larger number of nozzles and producing a droplet size sufficient to cover the four mesh openings.

The surface across the textile is properly bowed and spread or flattened. In this Z, 'the pixels formed by the droplets are considered to be located above the surface (but can also enter the gap between the fibers) and will also partially surround a surface y: the edge The fiber is formed there with a suitable = knot. The crucible method is particularly suitable for interlacing or weaving the textile. 15 1345600 In a preferred embodiment, the coating layer is a waterproof coating layer' and the coating material may include: fluorocarbon or sulfhydryl-based latex, anti-foaming medium, electrolyte and sulphurizing agent (thickener). An inhalable structure can be achieved by applying the above-mentioned coated substance in an open structure having a plurality of fine pores. Preferably, the coated shell has a viscosity of greater than 4 centipoise when measured using a Brookfield viscosity meter. It has been found that the use of such a viscosity with a nozzle diameter of 7 microns or more ensures that the form of droplets impinging on the textile is sufficiently stable to achieve the desired form of the element. A lower viscosity results in a larger capillary action along the coated material surrounding the fibrous structure. Further advantages, features and details of the present invention will be clarified based on the description of the preferred embodiments below. 2 to 5 show a textile upgrading device according to a preferred embodiment of the present invention. The textile upgrading device 1 has an endless conveyor belt 2, which uses an electric motor (not shown) to (4) . The fabric can be fixed to the ring wheel against the wall. Above the feed belt 2, the fabric τ can be transported along the outer cover 3 in the direction of the arrow 彳. The textile is subjected to several seals within the outer cover 3. I you, β /, dare the textile is released and unloaded in the direction of the arrow ρ2. A plurality of nozzles 12A are disposed in the outer cover 3. The nozzles 12 are disposed on a plurality of successively placed millimeter beams 14. Therefore, the first column 4, the second column 5, 篦 = -^ 6 and the like are formed. The number of rows and columns is random (in the figure 5, 矣 _, deep table), and according to the desired operands 16 1345600, etc., other factors are deficient ~ 卜 + ^. The number of mother-nozzle columns is also random, and the other is the desired resolution of the design pattern of the textile. In other specific preferred embodiments, the effective width of the beams and the beams are Approximately 29 fixed-spray spray heads are provided, with each spray head having approximately eight 50, m nozzles. Each of the nozzles 12 can produce a droplet flow of a dye (including black dye and/or white dye) material or other such upgrade material. In a preferred continuous ink jet method, the pump member will stabilize the ink flow. Carry a nozzle hole through one or more non-f small nozzles. - One or more ink ejects (inkjets) are ejected through the holes. Under the influence of an excitation mechanism (elation IeChaniSm), such an ink jet is split into a stable droplet flow of the same size. The most used actuator is a piezoelectric crystal. It is necessary to select from the stable droplet streams of the same size that are produced, or which must be added to the textile substrate. For this purpose, the droplets are charged or discharged. There are two variations in the configuration of droplets on the textile. According to one of the methods, the applied electric field deflects the charged droplets, and wherein the charged droplets lie flat on the substrate. This method is also about double bias. According to another preferred method, also referred to as a multi-stage method, the charged droplets are typically directed to the textile while the uncharged droplets are deflected. The droplets herein are affected by the electric field' and the electric field is varied between several heights such that the final position (the different droplets lying flat on the substrate at the final position) can be adjusted. 17 1345600, as indicated by the dashed line, that the different nozzles 12 are connected by a network i5 乂 electrically or wirelessly to a central control unit 16 is included, a microcontroller or a computer. The drive of the conveyor belt 2 is also connected to the control unit via a network 15'. The control unit now actuates the drive and, if desired, also actuates the individual nozzles. Similarly, each of the nozzle rows (4-7) is configured with two storage cryes, and the dye material to be applied is stored in the reservoir. The first: nozzle row 4 is provided with a reservoir (1, Mb), the second nozzle row 5 is provided with a reservoir (15a, 15b), and the third nozzle 歹 is provided; a reservoir (16a, 16b) etc. A suitable item f is placed in at least one of the two reservoirs of each column. Different reservoirs are filled with suitable substances, and the nozzles are arranged in different nozzle rows to guide 'making The fabric is subjected to the correct handling operation. In the example shown in Figure 6, the reservoir of the first nozzle "... contains cyan dye ink" reservoir (5) of the second nozzle row 5: red dye ink The reservoir W of the third nozzle 包含 contains = yellow dye ink, and the reservoir na of the fourth nozzle 歹" contains black dye ink. The fabric is provided in the nozzle rows (4-7) a pattern of painting/printing operations. The reservoir of the subsequent three nozzle rows (8]〇 contains one or more substances. The treated textile can have three channels with the (etc.) substance. To do the covering operation. The eighth reservoir U contains - a substance, which has been printed Or the coated textile can be used for the surface treatment operation. In this embodiment, the fabric τ is preferably treated at a position of the fifth to eighth nozzle rows by light rays emitted from the light source 113. , the covering operation of the shadow change, surface treatment operation. Figure 7 shows the subsequent processing operation of the other type of material = 'the textile in this example is subjected to another - the first mouth W d ^ fabric Τ first by The textile is along the nozzle row 4 and the second industry. These nozzles are arranged as a type of coating, 5) having a number of 70 micrometer nozzles, and applying a soft dyeing coating of the mouth ^ Work on the textile. In the third 嗔it square, the mouth column (6_8), the '^ textiles are then as listed above, the seventh sputum 丨R 爰 爰 the surface treatment operation at the sixth nozzle "The younger brothers are listed in the column (9, 1〇) t. The tone_mouth column 4 shown in Fig. 8 is guided. in? First: first along the (four)^ micron type, and the number of nozzles in column 4 is about 7° the entire width of the fabric == a deep background dye is supplied to the spinning nozzle column 5 ML strip, which fabric then follows The second + one = nozzle row 6 is guided, wherein a number of patterns are drawn onto the prepared surface. Use a micro (4) mouth between 3 ▲ and good clarity can be found in the second nozzle. The printing step at the second "歹" is achieved: the fourth nozzle row 7 is guided to the sixth nozzle row 9, and the sprayed and printed textiles are in three channels. After the coating is completed, the surface treatment work step is performed in the seventh nozzle row and 11). 3He 歹J (10, Different treatments of differently conveyed different fabrics can be used in some instances to provide continuous supply of woven fabrics without even having to control the transmission of textiles by a number of nozzles 12: 3 The fabric has several designs that differ in each of the examples. It is also possible that it is possible to have different substances applied to the product by appropriate selection of the reservoirs. For example, in each of the examples, the Μ 贮存 ( (14a, 15a, 16a) is used for the first category of textiles, (4) the ^ (4) (14b, 15b, called the 丨-type of the spinning is different It is possible to handle differently conveyed different fabrics, and in some instances, it is not even necessary to transport the textiles. For example, the correct guidance of the (four) 12 is provided to provide a continuous supply of fabric (and the fabric) It is possible to have several designs that differ in each of the examples. Also, it is possible to have different substances applied to the 5 HAI textile by appropriate selection of the reservoirs. For example, 'in each In the example, the first-storage (14a, 15a, 16a) is used for the first type of textile, and the first: material (14b, 15b, is called for another fabric.) Advantages of the present invention relating to the environment, an example of a representative upgrade operating procedure can be used 'in this representative upgrade operating procedure, one substrate undergoes 4 cycles of unit operation for spraying purposes, Down is the single (four) for the covering operation. 4 cycles, and finally 2 cycles of unit operation for surface treatment operations. The quantity is based on the production of bleached cut-length meters and substrates approximately 16 meters wide and substrates with a weight of 100 grams per square. Dry cotton yarn. Each of the spraying, coating and surface treatment operations is carried out in one operating program (4), and necessary post-processing and/or processing between these operating procedures. The processing can be achieved as a process flow of 20! 3456〇〇% of the foot J is the hall: the words, the ring in the traditional upgrade operation program, in fact every component (spraying operation, coating work and surface The processing operation is an aqueous solution which occurs at a high level and/or has a high degree of aqueous solution. In the digitization process according to the present invention, a solvent which is concentrated in the south is directly sprayed onto the substrate at a precisely controlled dose. 0, so use the small size. 曰 Use 杈 / water 罝. In order to clean / wash off excess chemicals and auxiliary chemicals, in fact every cycle of unit operation includes a clear Step: The number of washing steps can be reduced from the existing working procedure (10 spraying operations, 4 coating operations, and 10 surface treatments for 10 operations) (i.e., i times spraying once) Covering operation and 1 surface treatment operation) @3 jobs. Therefore, it takes seven less cleaning steps. 4 This is a considerable amount of water consumption.

t has been hunted by the reduction of cleaning operations. The reduction in water consumption 申 is claimed to be 90% in many instances. W: The amount of consumption can also be significantly reduced, because it does not need to be forced to dry, except for the rm 'secondary 疋 of the Jin Pavilion, which only needs to reach a very limited use of hot/warm cleaning water, or only ^ - A very limited range, and the mechanical handling of the substrate is greatly reduced. In the known upgrade operating procedures, several times, the drying operation usually occurs in no (10) (four) must be implemented to contain several times its base - occurs in two stages. The first dish is mechanically removed. At M. The moisture of the mash is present in the 1 丄 section from the substrate. Subsequent to the heating drying operation, the remaining moisture in the wire is evaporated. 21 ij456 However, because this digital upgrade procedure is performed without the need for water, no water or virtually no water must be evaporated between different upgrades and after the final upgrade step (for example by Drying work). As a result, very substantial energy savings are achieved. The limited degree of drying required in some instances can be achieved in most instances by an indoor uv dryer. Digital processing is a substrate cleaning that does not require or is often limited. Because &, dry work # is not required, or only a very limited range is required. Upgrading it digitally will also considerably reduce the number of mechanical operations (which include the transfer of substrates between different upgrade operations) as compared to conventional upgrade procedures. As a result, the power consumption will also be reduced considerably. In general, a reduction in energy consumption of more than 9〇% can be achieved by using current production techniques, with approximately 15 grams of wet matter (chemicals) per square meter being further applied. In digital printing, the chemicals required to be applied can be reduced to approximately 5 grams per square meter of wet material due to more accurate dispensing operations, lower pressure and less absorption of textiles. As a result, it is possible to save 66% of the chemicals. Savings are not just for the main chemicals, they can also save several additives (for example: salt). The pre-treatment operations in which the substrate is processed in a digital manner, with which the solidification (fixati〇n) and/or reactivity of the major chemicals are facilitated. It is also expected to save 6 6 % on these additives. The impact of wastewater generation and wastewater pollution can be reduced by more than 90%. 22 1345600 Figure 9 shows a schematic view of a portion of an interwoven textile enamel in which four pixels 2 of the coated material are deposited onto the interwoven textile 100. The textile crepe includes: a fiber 104 ′ disposed in a mesh form having a mesh opening 丨〇 6 between the fibers 〇 4 . The pitch of the fibers is about 40 microns, and each of the halogens 1〇2 has a diameter of about 100 microns. As can be seen from Figure 9, each pixel 102 effectively covers at least 4 complete openings 1〇6. Furthermore, it can be seen that the halogen 102 does not form a completely closed coating because the pores 108 are formed between adjacent pixels 1 〇2. Figure 10 is a cross-sectional view of the textile 100 of Figure 9 taken along line 1 〇 1 〇. The halogen elements 102 that are visible are generally seated on the surface of the textile' across the mesh opening 丨〇6 between the adjacent fibers i 〇4. Because the viscous material of the coating material's, each element 维持2 partially maintains its shape, and although these pixels 102 are brought together in overlapping regions, 疋shai 4 individual 昼素1 〇 2 is still identifiable. Further, it can be seen that the covering material forming the sigma pigment 102 coats the fibers 104 on the coated surface in an upper portion to form a good bond therebetween. The viscosity of the coated material is chosen to ensure the correct saturation of the material injected. Fig. 11 shows a view similar to the textile 1 taken in Fig. 10, and the smaller droplets of the covering material have been applied to the textile 100. The smaller droplets 10 are of the same size as the mesh opening 1〇6 and tend to pass through and even pass through the mesh openings 106. The reluctant effect is more heterogeneous than the example of Figure 10, and it is also more difficult to provide a different characteristic to the textile relative to the table 23 13456. Although the Figures 9 and 10 illustrate a textile weave of about 40 microns. Examples of the method 'but even the use of a more woven weave or structure is also within the scope of the invention. Therefore, for a fiber pitch of 100 microns,

J Consider a nozzle that is 200 microns in size. The invention is not limited to the preferred embodiments described above. The patents sought are of course defined by the scope of the patent application attached below, and many modifications can be imagined to fall within the scope of such patent applications. It is also noted here:: The text "textile article" is used in general for any substrate (SUbStrate), or more specifically for any fabric, and more particularly for clothes, flags. , tent cloth, etc., covering work and/or surface imaginary I7Iλ is executed on it. The operation with He Yin made #) can be described in the following figure: A procedure for significantly upgrading the substrate <a schematic block diagram; a second embodiment of the device: a schematic side view of a textile upgrading device according to the first preferred embodiment of the present invention; FIG. 5 is FIG. ' . ° A rough front view of the upgrade unit; Figure 6 is for textiles. . A partially cut-away view of the upgraded device; one of the preferred sequences for the different processing steps of the schematic representation; Figure 7 is another preferred sequence for the different processing steps of the 24 1345600 Figure 1 is a schematic representation of a further preferred sequence for performing different processing steps; Figure 9 is a schematic view of a portion of an interwoven textile coated in accordance with the present invention; 103⁄4. is a sectional view taken along line 1 0-1 通过 taken through the textile of Fig. 9; and Fig. 11 shows that the same denier as Fig. 10 is passed through a covered textile. Smaller droplets are used in textiles. Main component symbol description] TP, 1 2 3 fabric arrow arrow textile upgrade device endless conveyor belt cover 5 6 7 8 9 first nozzle row second nozzle row third nozzle row fourth nozzle row fifth nozzle row sixth nozzle column Seventh nozzle row eighth reservoir 25 10 1345600

12 Nozzle 13 Light source 14 Parallel beam 14a Reservoir 14b Reservoir 15 Network 15, Network 15a Reservoir 15b Reservoir 16 Central control unit 16a Reservoir 16b Reservoir 17a Reservoir 100 Interwoven textile 102 Pixel 104 Fiber 106 Mesh Opening 108 fine 孑L 110 smaller droplet 26

Claims (1)

^456〇〇 ^(0^1 f ^ • * * ~ * · -* —— --- · .---! II, Patent Application: Wang Replacement Page 1 · A fabric that is made from cloth using a upgrading device to digitally upgrade The apparatus includes a plurality of nozzles for applying one or more substances to the textile, and a transport device for transporting the textile along the nozzles, wherein the nozzles are arranged in a plurality of consecutive placements a row extending laterally in the direction of transport of the fabric, the method comprising the steps of: moving the fabric to the wheeling device to prevent relative transport between the nozzles along the first row Introducing the fabric; - the first row spraying one of the fabrics sprayed, coated or surface treated by the fabric conveyed there; - subsequently, guiding the fabric along the second row of nozzles; and Another operation for spraying, coating or surface treatment of fabrics that are carried along the site. 2. The method of claim 1, paragraph 1, +, > The first row of nozzles sprays the fabric The fabric is coated with a second row of nozzles, and finally the fabric is surface treated with a third row of nozzles. 3. The method of claim a, wherein the method includes: using the first column The nozzle is coated with the fabric, and f is surface treated with a second row of nozzles. 4. The method of any one of claims 1 to 3, which is in a continuous ink jet and multi-alpha stage Implemented in a type of deflecting device, the method comprising the following steps: 27 1345600 March 2003 q correction replacement page - feeding the material to the nozzles in a nearly continuous flow of a ___ _, Bo,; -» ΤΤ rJtX* »Ν · _ . Projectile; dispersing the continuous flow in the nozzles to form: other droplet sprays - charging the droplets with charge and releasing charge; - applying an electric field; and - changing the An electric field that deflects the droplets at a suitable location on the fabric. For example, the first nozzle of the Jiajing search range generates at least 丨〇〇 per second, and a droplet 6 is as described in claim 1, which includes: - printing, coating or surface The processing operation applies material from two or more columns of continuously pendulum nozzles. The method of claim 6, comprising: arranging the month's color dye substance, the magenta dye substance, the yellow dye substance, and the black wood substance in a random order in at least four Nozzle columns. 8. The method of claim 6, comprising: disposing a mixed dye material in at least four nozzle rows. 9. The method of claim 1, wherein the step of treating the spraying operation comprises: applying the substance substantially uniformly over the entire width of the fabric. The method of claim 2, wherein the processing of the fabric comprises: printing the fabric in addition to mouth coating, coating, and/or surface treatment of the fabric. 28 }---------------------------U. The method of claim 10, wherein the processing steps of the printing industry include: applying one or more More material to the fabric. 12. The method of claim 1, wherein the processing step of the covering operation comprises applying the substance to the surface of the fabric in a thin layer. 13. The method of claim 1, wherein the processing step of the surface φ processing operation comprises: changing physical properties of the material previously applied to the fabric. 14. The method of claim 13, wherein the step is white 4 τ · 匕栝 · irradiating the fabric with infrared rays. The method of claim 1, comprising: the first fabric continuously conveyed along a plurality of nozzle rows, and the plurality of different nozzles J performing different processing in a predetermined random order In step, the second fabric is continuously conveyed along a plurality of nozzle rows, and a plurality of different φ jet back columns are used to complete different processing steps in a predetermined random order. V 16. The method of claim 1, comprising: using a central controller to direct individual nozzles. 17. The method of claim 1, wherein the method comprises the following. 0 is conveyed along a plurality of nozzles placed on the rain side of the textile to upgrade both sides of the textile. 18. The method of claim 1, wherein the method comprises: spraying the substance in a working procedure. 29 1345600 Correction Replacement Page for March η 100 1 Q • . • Method as described in claim 1 is covered and surface treated with a ^ * procedure. The method of claim 2, comprising: the operating procedure for spraying, coating and surface treating the substance. 21. A device for upgrading a fabric made of cloth, according to items i to 2 of the patent scope of the patent. The method of any of the items, wherein the plurality of substances are applied to the formula: the mouth: and the means for transporting the textile along the nozzles, The nozzles are arranged in a plurality of consecutively arranged rows, and the special row extends laterally in the direction of rotation of the fabric; and - =: the fabric is fixed to the transport device to substantially prevent the special two Produced by any of the methods described in the armor. 23. Digitally upgraded on a fibrous textile made of cloth: a two-fiber textile with a mesh opening between adjacent fibers', *Hai method includes forming a coating layer by: fixing the textile to the α motion; 疋--transporting device to prevent relative displacement therebetween - pinching continuously along a processing path having a fixed type of nozzle row; a square weaving mouth' and the nozzles are disposed substantially transversely across the path. The nozzles have a plurality of outlet diameters greater than 7 micrometers; ... supplying the nozzles to the coating material; individually controlling the nozzles to provide a bundle Substantially continuous Overlay 30 1345600 -- The next March is to correct the droplet flow of the replacement page; and 1 '--- selectively direct individual droplets to impact onto the textile to form a substantially flat A pixel coating on the surface of the textile, and each element covers at least four mesh openings and has a diameter greater than i00 microns. 24. The method of claim 23, further comprising: sequentially processing the textile along a processing path having a fixed second coated nozzle row, and wherein the nozzles are substantially laterally disposed a path; supplying the nozzles with a coating material; and controlling the nozzles individually and individually to provide a substantially continuous flow of droplets of the second substance. Z5. For the scope of claim 24, the mouthpiece column includes: a nozzle having a plurality of outlet diameters of not more than 5 〇. The method of claim 24, wherein the first: is applied before the enamel coating material and is contained within the fiber conjugate. A method of claim 24, wherein the first substance is subjected to another halogen after the coated substance. Wei is here. The method of claim 23, wherein the nozzle is a continuous inkjet and a multi-stage biased core, and the method is applied to charge and release the droplets. Change the w, etc. = force: an electric field; and, the appropriate position on the object. D causes the waiter to be deposited on the weave. 29, as described in claim 23, wherein each 31 1345600 100 years 3 call day correction replacement page Each nozzle produces at least 1,000,000 drops per second. 30. The method of claim 23, wherein the nozzles are substantially configured to substantially traverse the entire width of the processing path, and the 7 coating layer is applied to substantially traverse the textile The entire width. The method of claim 23, wherein the nozzles are provided on both sides of the processing path, and the square includes: applying a coating layer to both surfaces of the textile. 32. The method of claim 23, wherein the coating is applied to have an open structure comprising between the adjacent pixels. 33. The method of claim 23, wherein the coating is a waterproof coating. 34. The method of claim 33, wherein the coated material may comprise: a fluorocarbon or a sulfhydryl latex, a foaming inhibiting electrolyte, and a thickening agent. ;1 35. The method of claim 23, wherein, when using a Brookfield viscosity measurement, the coated material has a large size of 36. - is formed by forming - coating for digitization Upgraded textile device, the device includes: 1 clothing W species used along the path of the process of the paste, the fisherman 隹仏 贯 贯 连 连 连 缤 缤 缤 缤 缤 缤 远 远 远 远 远 远 远 远 , , , The textile 丨 贝 地 防止 防止 防止 ; ; 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 The covering f is applied substantially across the textile: the entire width, wherein the coated nozzles have a plurality of outlets greater than about 70 micro:: straight; and are individually controlled to provide for selective guidance to the street A substantially continuous stream of droplets over the textile. The apparatus of claim 36, further comprising: a second nozzle row disposed substantially transversely across the processing path to apply another substance to the textile. 38. The device of claim 37, wherein the second nozzle row has a plurality of outlet diameters greater than about 7 microns and is also controlled to provide selective guidance to the impact. A continuous continuous stream of droplets over the textile. 39. The apparatus of claim 37, wherein a plurality of nozzle rows are disposed on both sides of the processing path to apply a plurality of surfaces to the textile. The apparatus of claim 37, wherein - a nozzle row is provided in one of the plurality of covering nozzles, each of which comprises a plurality of nozzles. The beam of the member, and 41. The device described in claim 36 is a type of multi-stage deflecting type inkjet, whereby the position of the drop can be controlled on the textile. The item referred to in item 36 is straight, complex φ, but the stem nozzle is of the type of double-biased type ink jet, whereby the droplets from the sprayed object to the selected material can be reversed into a 'collection. The apparatus of the present invention is the same as the apparatus of claim 36. The apparatus of claim 36, wherein the nozzles are controlled such that each nozzle generates at least every second. A device as claimed in claim 36, wherein the device is configured to operate at a speed greater than 15 meters per minute. A fiberized textile made of cloth that has been digitally upgraded has a plurality of mesh openings between adjacent fibers having an average spacing of greater than 40 microns, the textile being provided with a coating layer, the coating The layer contains several pixels of the coated material. The pixels are substantially lying flat on at least one surface of the 'square woven.', and each element covers at least four mesh openings and has a diameter greater than 100 microns. 46. The above-mentioned numbered coated fibrous textile, wherein the printed fabric is interwoven or woven. 47. The digitally coated fibrous ginseng textile according to claim 45, wherein the textile Having a width greater than 1.5 meters. XI. Schema: as the next page.