KR20010000611A - Infrared Radiation Liquid Material Coating Method, Apparatus and Wall Paper Thereof - Google Patents

Abstract

PURPOSE: A method for printing a far infrared ray emitting material on a wallpaper, its apparatus and a wallpaper prepared by the method are provided, to print the far infrared ray emitting material uniformly and firmly. CONSTITUTION: The method comprises the steps of supplying the mixture solution containing a far infrared ray emitting material for the any one side of a roller(110) which delivers a wallpaper(1) and where certain design is bored; keeping the mixture solution to be remained in the bored part of the roller; attaching a press roller to the roller(110) elastically to allow the one side of a wallpaper to be printed by the mixture solution remained; and drying the mixture solution printed on the wallpaper(1) in a dryer(150).

Description

Infrared Radiation Liquid Material Coating Method, Apparatus and Wall Paper Thereof}

The present invention relates to a method for printing a far-infrared emitter on a wallpaper, and a device and a wallpaper on which a far-infrared emitter is printed, and more particularly, a mixed liquid of a far-infrared emitter (ocher, clay, charcoal, elvan, etc.) as a printing liquid. In the case of printing in the form of a predetermined pattern on the surface of the wallpaper, the method of printing the far-infrared emitting material of the wallpaper which can print more vivid and solid patterns regularly (or irregularly) without bleeding on the wallpaper, and the apparatus and the device manufactured by the method It's about wallpaper.

In general, wallpaper, which is part of the wall finishing material, plays an important role as an interior interior material because of various patterns and materials.In addition to being simply used as a finishing material, the wallpaper has a great influence on the emotional growth and change of human beings. , Hygiene and space creation.

In the past, wallpaper, which is widely used only in houses, is produced in various materials, and wallpaper is widely used in offices, restaurants, hospitals, hotels, etc., recognizing that the human environment has a great influence on work efficiency and emotion. . Therefore, the purpose of interior decoration as well as the practical purpose of forming a pleasant indoor space must also be satisfied.

Such wallpaper is divided into paper wallpaper, vinyl wallpaper, textile and cement wallpaper, inorganic wallpaper and other special wallpaper depending on the material. Among them, paper wallpaper is the most popular wallpaper used in Korea. It is rich in design and color, convenient in construction, and has the advantages of low price and good weatherability of color.

The paper wallpaper is again divided into embossed wallpaper, emboss (Emboss) coated wallpaper (lamination: a method of manufacturing two wallpaper in one), branch wallpaper, and the like.

On the other hand, Figure 1 is a block diagram showing the entire general lamination printing process.

As shown in Fig. 1, the general printing is a wallpaper feeder (11) 12 for largely supplying the wallpaper (1), and two wallpaper provided by the wallpaper feeder (11) 12 using an adhesive liquid. A lamination means 14 for laminating to the wallpaper 1 of the present invention, dye printing means 15 for printing and drying the dye on the laminated wallpaper 1, and embossing means for forming embossing on the dye-printed wallpaper 1; It consists of 16 pieces. And it is divided into a plurality of transport roller 10 for transporting the wallpaper (1). The above-mentioned lamination means 14 is comprised by the adhesive liquid storage tank 14a which contained adhesive liquid again, the pair of roller 14b which the adhesive liquid adheres, and the braid 14c which apply | coats ink uniformly.

In the conventional mixed liquid printing apparatus configured as described above, as shown in FIG. 1, the wallpaper 1 fed through the feeders 11 and 12 is laminated into one wallpaper 1 while passing through the lamination means 14. The laminated wallpaper 1 is printed and molded with the dye and the emboss through the dye printing 15 and the embossing means 16.

In the above-described general configuration, in order to embed the ocher lamp into the wallpaper 1, conventionally, a small amount of ocher lamp is added to the adhesive liquid and the method of including it in the wallpaper 1 has been used.

However, the method of adding the ocher lamp to the adhesive liquid in this way is because the ocher lamp is placed inside the wallpaper, and the ocher lamp is added in small amounts to maintain the adhesive force of the adhesive liquid, and thus the efficacy thereof is deteriorated.

In order to solve this disadvantage, recently, a technique for printing ocher, etc., on the surface of the wallpaper during the dye printing process has been proposed.

Figure 2 is a block diagram showing such a conventional mixed liquid printing apparatus. As shown in FIG. 2, the conventional mixed liquid printing apparatus 20 includes a roller 22 having a dye reservoir 21 containing a dye to which ocher is added, and a protrusion 22a partially contacting the dye reservoir 21; It consists of a roller 23 corresponding thereto.

In the above-described conventional mixed liquid printing apparatus, as shown in FIG. 2, the yellow soil liquid is buried in the projection 22a, and the yellow soil liquid is again printed on the wallpaper 1 by the adhesion of the roller 22 and the roller 23.

However, such a conventional printing apparatus has a problem in that the loess mixture liquid flows out or splashes out of the storage tank during the printing operation of the loess mixture liquid, thereby disturbing the workplace.

In addition, the conventional printing apparatus has a problem that the mixed liquid does not bleed onto the wallpaper or is clearly printed in a manner in which the pressing roller is in close contact with the projection on which the mixed liquid is attached, and the ocher mixed liquid easily falls off from the wallpaper.

The present invention has been created to solve the above problems, in the printing of the mixed liquid of the inorganic material (ocher, clay, ceramic, bedrock, charcoal, wood flour, etc.) of the far-infrared ray emitting material on the surface of the wallpaper during the printing operation to the outside It is an object of the present invention to provide a wallpaper in which various patterns of the pattern formed by the far-infrared emitter are printed on the surface of the wallpaper without being splashed and are firmly printed, and a method and a device for printing the far-infrared emitter on the wallpaper.

1 is a configuration diagram showing the entire general lamination printing process.

Figure 2 is a block diagram showing a conventional mixed liquid printing apparatus.

Figure 3 is a block diagram showing the entire lamination printing process of the present invention.

Figure 4 is a perspective view showing a mixed liquid printing apparatus according to an embodiment of the present invention.

Figure 5 is a block diagram for explaining a mixed liquid printing apparatus according to an embodiment of the present invention.

Figure 6 is a block diagram showing a mixed liquid printing apparatus according to another embodiment of the present invention.

Figure 7 is a block diagram showing the entire printing process of the present invention.

8 is a block diagram illustrating a printing process according to an embodiment of the present invention.

Figure 9 is a longitudinal sectional view schematically showing the wallpaper of the present invention.

Explanation of symbols on the main parts of the drawings

1 ... wallpaper 1a ... wall support

1b ... Far infrared ray emitting substance mixture

100,200 ... Far Infrared Emitter Mixture Printing Device

110, 210 Hollow, solid roller 112, 120a Long hole (hole)

120 supply pipe 122 storage tank

124 ... Compression pump 130,230 ... Blade

140,240 ... press roller 150 ... dryer

160 ... limit switch

Referring to the technical features of the present invention having the above object is as follows. First, in the printing method of the far-infrared emission material of the wallpaper of the present invention, in printing a mixed solution of an inorganic material of far-infrared radiation on one side of the wallpaper, any one of the inner and outer surfaces of the roller having a pattern shape in which part of the wallpaper is contacted and transported is formed. Supplying the mixed solution to an entire side; Leaving the mixed liquid supplied to one side of the roller in a portion where the pattern is formed; Elastically contacting the roller with the roller to print the mixed liquid remaining in the pattern on one side of the wallpaper; Drying the mixed solution printed on one side of the wallpaper.

The far-infrared emitting material printing apparatus of the wallpaper of the present invention comprises a patterned roller having various shapes of patterns to print a mixed liquid of an inorganic material which is far-infrared radiation on the wallpaper; Mixed liquid supply means for supplying the mixed liquid to the surface of the pattern roller; A braid provided along the longitudinal direction of the pattern roller and provided with a front end contacting the surface of the pattern roller; It consists of a pressing roller that is selectively in contact with one side of the pattern roller in close contact with the wallpaper roller.

In the above configuration, the pattern roller is formed in a hollow, the braid is characterized in that provided in the pattern roller.

In the above-described configuration, the mixed liquid supply means is provided in the longitudinal direction through the inside of the roller and the supply pipe formed with a hole for discharging the mixed liquid in the bottom; A compression pump for pumping the mixed liquid into the mixed liquid supply pipe; It is characterized by consisting of a mixed liquid storage tank for storing the mixed liquid.

In the above configuration, the installation position of the braid is characterized in that it is provided lower than the contact position of the compression roller and the hollow roller.

In the above configuration, the inside of the hollow roller is characterized in that the limit switch is installed to automatically adjust the amount of the mixed liquid supplied to the inside of the hollow roller by detecting the degree of approach of the mixed liquid flowing down the inner wall surface of the hollow roller have.

In the above configuration, the pattern roller is formed of a solid, the braid is characterized in that provided on the outside of the pattern roller.

On the other hand, the wallpaper of the present invention is printed on one side of the wallpaper is a pattern of a predetermined form of the mixed liquid of the inorganic material of the far infrared ray emitting material.

In the above-described configuration, the inorganic material is characterized by mixing any one or two or more of ocher, clay, elvan, ceramic, wood flour.

Hereinafter, the entire printing process using the wallpaper (lamination) will be described schematically to help understand the printing method of the far infrared ray emitting material of the wallpaper of the present invention.

Figure 3 is a block diagram showing the entire lamination printing process of the present invention. As shown in Fig. 3, the whole lamination printing process of the present invention firstly comprises means 11 and 12 for supplying a pair of wallpaper, and lamination means 14 for joining two wallpaper into one wallpaper. And dye printing (15) and embossing means (16) for embossing the dye and mixed solution printing means (100) for printing and drying the mixed solution on the wallpaper (1).

Here, the entire lamination apparatus of the present invention is the same from the lamination means to the embossing means shown in Fig. 1, and only the mixed liquid printing means of the inorganic material, which is the far-infrared substance added after the embossing means, is different.

The mixed liquid printing apparatus of the far-infrared emitting material of the present invention is an apparatus for printing the mixed liquid of the far-infrared emitting material on the wallpaper through the lamination means or the embossing means, Figure 4 shows a mixed liquid printing apparatus according to an embodiment of the present invention 5 is a perspective view showing a mixed liquid printing apparatus according to an embodiment of the present invention.

As shown in Figure 4 and 5, the mixed liquid printing apparatus 100 of the present invention is largely a hollow roller 110, mixed liquid supply pipe 120, braid 130, compression roller 140, dryer (150: see Fig. 3).

Looking at the shape and installation state of the above-described components in detail, first, the hollow roller 110 is a part of its outer circumference is in contact with one side of the wallpaper 200, the inner and outer circumference of the pattern-shaped long hole 112 ) Is perforated.

The mixed liquid supply pipe 120 is installed to penetrate the inside of the hollow roller 110, and the mixed liquid supply means, that is, the mixed liquid storage tank 122 and the compression pump 124 are connected to one end of the hollow roller 110. It is installed. A plurality of long holes 120a through which the mixed liquid is discharged are formed at the bottom of the mixed liquid supply pipe 120.

Braid 130 is provided along the longitudinal direction of the hollow roller 110 in the interior of the hollow roller 110, the front end is provided in close contact with the inner wall surface of the hollow roller 110.

Compression roller 140 is provided on one side of the hollow roller 110 to be selectively contact with the hollow roller 110, the position of the front end of the braid 130 is the compression roller 140 and the hollow roller ( It is formed lower than the contact position of 110). The pressing roller 140 is preferably made of a rubber material to be in close contact with the hollow roller (110).

And, above the pressing roller 140, a conventional dryer 150 for drying the printed wallpaper 1 at high temperature is provided.

On the other hand, the inside of the hollow roller 110 detects the amount of the mixed liquid flowing down to the inner wall surface of the hollow roller 110, that is, the degree of approach to automatically detect the amount of the mixed liquid supplied into the hollow roller 110 It is preferable that the limit switch 160 to be adjusted to be installed.

Referring to the operation of the far infrared ray emitting material printing apparatus according to an embodiment of the present invention configured as described above is as follows.

As shown in FIGS. 4 and 5, first, the mixed liquid in the mixed liquid storage tank 122 is pumped into the supply pipe 120 due to the operation of the compression pump 124. The mixed liquid pumped into the supply pipe 120 is ejected below the supply pipe 120, that is, at the bottom of the hollow roller 110 through the long hole 120a. Herein, the liquid mixture ejected may have a concentration such that it does not escape out of the intestine 112.

The mixed liquid dropped to the bottom of the hollow roller 110 is applied and embedded in the predetermined inner surface and the long hole 112 of the hollow roller 110 due to the rotation of the hollow roller 110.

At this time, since the hollow roller 110 is rotated in the direction of the arrow, the mixed liquid applied to the inner wall of the hollow roller 110 is scraped downward by the braid 130, and at the same time, the mixed liquid scraped down is downward. As the transition to the braid 130 is evenly embedded in the hole 112 of the hollow roller 110 located below.

When the mixed liquid is evenly embedded in the long hole 112, the pressing roller 140 is moved to closely contact the wallpaper 1 between the hollow roller 110 and the pressing roller 140.

As the pressing roller 140 adheres the wallpaper 1 to the hollow roller 110, the wallpaper 1 is transferred upward, and the mixed liquid contained in the hole 112 is printed on the wallpaper 1. (1) is dried again through the dryer 150 to produce a wallpaper (1) printed with a far infrared ray emitting material.

On the other hand, Figure 6 is a block diagram showing a mixed liquid printing apparatus according to another embodiment of the present invention. As shown in Figure 6, the mixed liquid printing apparatus 200 according to another embodiment of the present invention is in close contact with the patterned roller 210 having a patterned groove 210a, and the groove 210a of the patterned roller 210. Compression roller 240 is to be made, the mixed liquid reservoir 220 containing the mixed liquid to contact the bottom of the pattern roller 210, and the braid 230 to scrape the ocher mixed liquid.

In the mixed liquid printing apparatus 200 according to another embodiment of the present invention configured as described above, as shown in FIG. 6, the wallpaper 1 having passed through the lamination means or the embossing means is formed between the pattern roller 210 and the compression roller 240. Through the bar, the mixed liquid is applied to the pattern roller 210, the mixed liquid is contained only in the groove 210a by the braid 230, and the mixed liquid is printed on the wallpaper 1 by the adhesion of the pressing roller 240.

Hereinafter, the entire printing process using the wallpaper to help the understanding of the mixed solution printing method of the present invention will be described schematically.

7 is a block diagram for explaining the entire printing process of the present invention, Figure 8 is a block diagram for explaining the mixed liquid printing process according to an embodiment of the present invention.

First, as shown in FIG. 7, the entire printing process includes a process of supplying a pair of wallpaper, a lamination process of joining two wallpaper into a wallpaper, a dye / printing process of performing dye and embossing, and embossing. Process and a mixed liquor printing process for printing a far-infrared emitting material on a wallpaper.

The process of printing the above-mentioned far infrared ray emitting material may further include supplying the mixed liquid to the entirety of any one of the inner and outer surfaces of the hollow roller having a pattern shape in which a portion of the wallpaper is contacted and transported, as shown in FIG. 8; Remaining the mixed liquid only in a portion of the mixed liquid supplied to one side of the hollow roller in which the pattern shape is perforated; Printing the mixed solution remaining in the perforation on one side of the wallpaper; Drying the mixed solution printed on one side of the wallpaper.

Referring to the above-described process in more detail step by step, first, in the step of supplying the mixed liquid, the mixed liquid stored in the mixed liquid storage tank is supplied into the supply pipe through a compression pump, and the mixed liquid supplied into the supply pipe is again passed through a hole. The ejected and ejected mixed liquid is applied to the inner wall surface of the bottom of the hollow roller to be rotated.

In the step of remaining the mixed liquid only in the portion where the pattern shape is perforated, the mixed liquid applied to the inner wall surface of the hollow roller is scraped downward by the braid contacting the inner wall of the hollow roller as the hollow roller is rotated. On the other hand, the mixed liquid in the hole remains.

At the same time, the mixed liquid scraped downward by the braid is filled downward into the hole in which the mixed liquid is not embedded while being transferred downward.

In the step of printing the mixed liquid remaining in the perforation on one side of the wallpaper, the pressing roller adheres to the hollow roller with the wallpaper therebetween to print the mixed liquid contained in the hole on the surface of the wallpaper in the shape of a hole.

In the drying step, the mixed liquid printed on one side of the wallpaper is heated and dried to a predetermined temperature.

On the other hand, Figure 9 is a longitudinal cross-sectional view showing the wallpaper of the present invention, the wallpaper 1 of the present invention is a gravure tea ceremony printing is performed on the wallpaper base (1a) with high curvature, embossing is pressed on this, on top of this embossing Again, a mixture of far-infrared emitters 1b (ocher, clay, clay rock, charcoal, ceramic) is printed.

The present invention as described above is to apply the ocher mixed solution to the inside of the hollow roller having a variety of patterns and to adhere the pressure roller of the rubber material to the hollow roller, printing the mixed liquid of the far-infrared emitting material on the surface of the wallpaper without smearing and firmly printed can do.

In addition, in the present invention, the mixed solution does not flow or splash outside during the mixed liquid printing operation, thereby keeping the workplace clean.

Claims (9)

In printing the mixed liquid of the inorganic material which is far-infrared radiation on one side of the wallpaper, Supplying the mixed solution to the entirety of any one of the inner and outer surfaces of the roller having the perforated pattern to which a part of the wallpaper is contacted and transferred; Leaving the mixed liquid supplied to one side of the roller in a portion where the pattern shape is perforated; Elastically contacting the roller with the roller to print the mixed liquid remaining in the pattern on one side of the wallpaper; Far-infrared emitting material printing method of the wallpaper comprising the step of drying the mixed solution printed on one side of the wallpaper. A pattern roller having various shapes of patterns to print a mixed solution of an inorganic material of far-infrared radiation on the wallpaper 1; Mixed liquid supply means for supplying the mixed liquid to the surface of the pattern roller; A braid provided along the longitudinal direction of the pattern roller and provided with a front end contacting the surface of the pattern roller; An apparatus for printing a far-infrared ray-emitting material of a wallpaper, which is composed of a pressing roller selectively contacting one side of the pattern roller to closely contact the wallpaper roller with the pattern roller. The apparatus of claim 2, wherein the patterned roller is formed in a hollow shape, and the braid 130 is provided inside the patterned roller. According to claim 2, wherein the mixed liquid supply means is installed in the longitudinal direction through the inside of the pattern roller and the mixed liquid supply pipe 120 is formed with a hole for discharging the mixed liquid at the bottom; A compression pump 124 for pumping the mixed liquid into the mixed liquid supply pipe 120; Far-infrared emitting material printing apparatus of the wallpaper, characterized in that consisting of the mixed liquid storage tank for storing the mixed liquid (122). The apparatus of claim 2, wherein the installation position of the braid 130 is lower than a contact position between the pressing roller and the pattern roller. The limit switch 160 of claim 2, wherein the inside of the pattern roller senses an access degree of the mixed liquid flowing down the inner wall of the pattern roller to automatically adjust the amount of the mixed liquid supplied into the pattern roller. Far infrared emitting material printing apparatus of the wallpaper, characterized in that the installation. The apparatus of claim 2, wherein the patterned roller is formed of solid, and the braid (230) is provided on an outer side of the patterned roller. One side of the wallpaper (1) is a wallpaper printed with a far-infrared emitter, characterized in that the mixed solution of the inorganic material, which is a far-infrared emitter, is printed in a pattern shape. [Claim 10] The wallpaper printed with the far-infrared emitter according to claim 8, wherein the inorganic material is one or two or more materials selected from loess, clay, elvan, ceramic, and wood flour.