JP2019010640A - Manufacturing method of bottle body pattern and structure thereof - Google Patents

Abstract

To provide a manufacturing method of a bottle body pattern capable of enhancing a high-grade feeling and decorativeness of a bottle, by imparting the through-view-like visual effect.SOLUTION: A manufacturing method of a bottle body pattern, comprises: preparing a transparent or light-transmitting bottle 10; opening an outflow hole 11 in the bottle 10; then inputting pattern layer paint made by blending lacquer and pigment into the bottle 10 and, at the same time, rotating the bottle 10 to uniformly apply, flow and distribute the pattern layer paint inside of the bottle 10 to form a pattern layer 12; inverting the bottle to take out excess paint and returning again to an original position and standing the bottle; drying by blowing air; then inputting coloring layer paint made by diluting the lacquer into the inside of the bottle 10; flowing the coloring layer paint at a high speed to apply it to the inside of the pattern layer 12; directly discharging it from the outflow hole 11; then drying by a blow and a standing method; and finally uniformly applying protective layer paint to the inside of a coloring layer 13 to form a protective layer 14.SELECTED DRAWING: Figure 4

Description

  The present invention relates to a method for manufacturing a bottle body pattern, and more particularly to a method for forming a pattern on the inside of a bottle.

  In general bottles, most of the bottle body has no color or pattern, is colorless and transparent, or has a single color that allows light to pass through, and the bottle itself has a low decorative effect except for the application of liquid. In order to enhance the decoration effect of the bottle itself, the existing technology can use a special pigment to color the surface of the bottle and give it a color and design. Its added value increases.

  With the current technology, it is possible to color the surface of the bottle and the technology to color the surface of the bottle is not so difficult, but since the design can only be expressed on the surface of the bottle, the transparency of the bottle It is difficult to express characteristics such as light transmittance and there is no perspective effect visually, so there is room for further improvement.

  In view of the fact that the existing technology only colors the bottle surface with existing technology, and it is difficult to express the effect of seeing through the pattern using characteristics such as transparency and light transmittance of the bottle itself. In the invention, by producing a pattern by uniformly applying a pigment to the inside of the bottle, the bottle body has a perspective visual effect, and the bottle body pattern can be improved in luxury and decorativeness. Presents.

The manufacturing method of the bottle main body pattern of the present invention,
A bottle preparation step of preparing a transparent or light transmissive bottle and opening an outflow hole in the bottle;
A pattern layer paint preparation step of adding lacquer to at least one pigment and mixing;
A pattern layer coating step of forming a pattern by putting the pattern layer paint into the bottle and rotating the bottle at the same time, uniformly applying the pattern layer paint to the inside of the bottle, and flowing and distributing the pattern layer;
An inversion step in which the bottle is inverted, and excess pattern layer paint not adhered to the inside of the bottle is allowed to flow to the bottle mouth to be deposited;
An extra pigment removal step to drain the excess pattern layer paint,
A stationary air blowing drying step of returning the bottle to the original position and allowing the bottle to stand and air drying;
A coloring layer coating preparation step for diluting the lacquer with alcohol;
A coloring layer coating step in which the coloring layer paint is put into the bottle, fluidized at high speed, applied to the inside of the pattern layer of the bottle, and discharged directly from the outflow hole,
After the coloring layer paint is uniformly applied to the inside of the pattern layer of the bottle, a drying step of blowing air from the bottle mouth and drying,
A standing step for standing the bottle until it is dry;
A protective layer coating step is also included in which the protective layer coating material is introduced into the bottle at the same time and the bottle is slowly rotated to uniformly adhere the protective layer coating material to the inside of the coloring layer of the bottle to form a protective layer.

  In addition, based on the above-described bottle body pattern manufacturing method, a bottle structure having the bottle body pattern of the present invention can be created, in which transparent or light is transmitted and flows out to the peripheral surface near the bottom. A bottle in which a hole is formed (opened), a pattern layer is applied and formed on the inside thereof, a color forming layer is applied and formed on the inside of the pattern layer, and a protective layer is applied and formed on the inside of the color forming layer Is included.

  By using the bottle body pattern manufacturing method of the present invention, a pattern layer, a color developing layer and a protective layer can be formed inside the bottle, and the bottle itself can have a transparent or light transmissive form. Therefore, when a viewer sees the pattern layer and the coloring layer formed on the inside directly from the bottle surface, a kind of visual see-through effect is formed. Can be used as a lamp shade, improving the visual beauty of the bottle and enhancing its luxury.

FIG. 1 is a manufacturing flowchart of the present invention. FIG. 2 is a schematic view of the pattern layer application step of the present invention. FIG. 3 is a schematic view of the coloring layer coating step of the present invention. FIG. 4 is a schematic diagram of the protective layer application step of the present invention. FIG. 5 is a schematic diagram using the present invention as a vase. FIG. 6 is a schematic diagram using the present invention as a lamp shade.

  The bottle body pattern manufacturing method of the present invention includes the following steps with reference to FIGS.

  A step of preparing a transparent or light-transmitting bottle 10 and opening an outflow hole 11 on the peripheral surface near the bottom of the bottle 10, preferably, the bottle 10 is made of a material that transmits light such as glass or plastic. A bottle preparation step.

  Adding lacquer to at least one pigment and mixing, preferably, the lacquer contains an oily synthetic resin organic solvent and a synthetic resin paint in a ratio of 7:10, the lacquer and the lacquer The ratio of the pigment is 10: 0.6, and the at least one kind of pigment may be a single color or a multicolor (for example, red, green, black) pigment, and a pattern in which fluorescent powder or lame is added. Layer paint preparation step.

  As shown in FIG. 2, the pattern layer 12 paint that has been prepared is put into the bottle 10 and at the same time, the bottle 10 is rotated to uniformly apply the pattern layer 12 paint to the inside of the bottle 10 to obtain lacquer, pigment, fluorescent powder. A pattern layer coating step for forming a pattern formed by the flow distribution of 120 and the lame 121.

  After the pattern layer 12 paint is uniformly applied to the inside of the bottle 10, a cap is fitted into the bottle mouth and the bottle 10 is turned upside down for about 1 to 60 minutes, and the extra pattern layer 12 paint not attached to the inside of the bottle 10 is removed. A step of flowing to the bottle mouth and depositing, preferably an inversion step of allowing to stand for 10 to 20 minutes.

  An extra pigment removal step in which the excess pattern layer 12 paint is deposited near the bottle mouth and then the cap is removed to drain the excess pattern layer 12 paint.

  Subsequently, the bottle 10 is returned to the original state and left to stand for 1 to 24 hours to be blown and dried. Preferably, the bottle 10 is left to stand for 12 to 24 hours to be blown and dried.

  A coloring layer coating preparation step in which a lacquer oil-based synthetic resin organic solvent and a synthetic resin coating are prepared at a ratio of 1: 1, and further diluted by adding 1 to 4 times alcohol.

  As shown in FIG. 3, the coloring layer 13 paint that has been prepared is charged into the bottle 10, and is applied to the inside of the pattern layer 12 of the bottle 10 by flowing at high speed, and discharged directly from the outflow hole 11. Coloring layer application step.

  Coloring layer 13 After the paint is uniformly applied to the inside of the pattern layer 12 of the bottle 10, when the wind is blown from the bottle mouth for 10 to 20 seconds using a blower or a drying facility with a dryer or the like, A drying step in which wind is blown from the bottle mouth and discharged from the outflow hole 11 because the outflow hole 11 is opened.

  A bottle mouth cleaning step that cleans the bottle mouth and its surroundings by means of a cotton swab, a cloth, etc., and removes the remaining paint to keep the bottle mouth clean.

  A standing step in which the bottle 10 is allowed to stand for 24 hours or longer and the paint is completely dried.

  At the same time when the protective layer paint is put into the bottle 10, the bottle 10 is slowly rotated for about 2 to 3 hours, and the protective layer 14 is attached to the inside of the coloring layer 13 of the bottle 10 to prevent oxidation. A step of forming and achieving the effect of preventing discoloration and fading of the paint, preferably a protective layer coating step in which the protective layer paint can be a synthetic resin such as an epoxy resin.

  A bottle structure having a bottle main body pattern, which is created based on the method for manufacturing a bottle main body pattern of the present invention, includes a bottle 10 that transmits light, and an outflow hole 11 is formed in the peripheral surface near the bottom thereof. A pattern layer 12 is formed on the inner side, and the pattern layer 12 includes a pattern formed by fluid distribution of oil, lacquer, pigment, fluorescent powder 120, and lame 121, and on the inner side of the pattern layer 12, A color forming layer 13 is formed on the inner side of the pattern layer 12 and has a coloring effect that makes the liner and the pattern layer 12 stand out. The color forming layer 13 is formed on the inner side of the color developing layer 13 after drying the epoxy resin. A protective layer 14 which is a transparent and hard transparent plastic layer can be applied and formed. By applying the protective layer 14 on the pattern layer 12 and the coloring layer 13, oxidation, discoloration and fading of the pigment are prevented.

  Since the bottle 10 produced based on the manufacturing method of the bottle main body pattern of the present invention is a form in which the bottle 10 itself is transparent or light transmissive, the viewer can use the pattern layer 12 and the coloring layer 13 formed on the inside of the bottle 10. 10 By directly seeing through from the surface, a certain kind of visual see-through effect can be formed, and by adding fluorescent powder 120 and lame 121 into the pattern layer 12, fluorescence and glittering glossiness are emitted. Therefore, the visual beauty of the bottle 10 is improved and its high-class feeling is enhanced, and it can be used simply as a decoration, or as a vase for inserting dried flowers as shown in FIG. Alternatively, as shown in FIG. 6, a lamp shade having a decorative effect by attaching a light emitting unit 20 such as a light bulb or an LED light bulb to the inside of the bottle 10 to allow light to pass therethrough. It is also possible to.

10 bottles
11 Outflow hole 12 Pattern layer
120 fluorescent powder 121 lame
13 Coloring layer 14 Protective layer
20 Light emitting unit

Claims (8)

A bottle preparation step of preparing a transparent or light transmissive bottle and opening an outflow hole in the bottle;
A pattern layer paint preparation step in which lacquer is added to at least one pigment and mixed;
A pattern layer coating step of forming a pattern by putting the pattern layer paint into the bottle and rotating the bottle at the same time, uniformly applying the pattern layer paint to the inside of the bottle, and flowing and distributing the pattern layer;
An inversion step in which the bottle is inverted, and excess pattern layer paint not adhered to the inside of the bottle is allowed to flow to the bottle mouth to be deposited;
An extra pigment removal step to drain the excess pattern layer paint,
A stationary air blowing drying step of returning the bottle to the original position and allowing the bottle to stand and air drying;
A coloring layer coating preparation step of diluting lacquer with alcohol; and
A coloring layer coating step in which the coloring layer paint is put into the bottle, fluidized at high speed, applied to the inside of the pattern layer of the bottle, and discharged directly from the outflow hole;
After the coloring layer coating is uniformly applied to the inside of the pattern layer of the bottle, a drying step of blowing air from the bottle mouth and drying,
A standing step for standing the bottle until it is dry;
A step of applying a protective layer coating to the inside of the bottle, and at the same time, slowly rotating the bottle to uniformly adhere the protective layer coating to the inside of the coloring layer of the bottle and forming a protective layer;
Manufacturing method of bottle body pattern.   The method for producing a bottle main body pattern according to claim 1, wherein in the pattern layer paint preparation step, either one or both of fluorescent powder and lame are further added.   A bottle mouth cleaning step is further included between the drying step and the standing step, and the step wipes the bottle mouth and its surroundings to remove the remaining paint and keep the bottle mouth clean. The manufacturing method of the bottle main body pattern of Claim 1 which is.   The method for producing a bottle main body pattern according to claim 1, wherein in the coloring layer coating material preparing step, lacquer is diluted with 1 to 4 times alcohol.   In the inversion step, the bottle is inverted for 1 to 60 minutes, in the static air blowing and drying step, the bottle is returned to the original state and left to stand for 1 to 24 hours to be blown and dried. In the drying step, air is blown from the bottle mouth for 10 to 20 seconds. The bottle is allowed to stand for 24 hours or more in the standing step, and the bottle is slowly rotated for 2 to 3 hours at the same time as the protective layer coating is introduced into the bottle in the protective layer application step. The method for producing a pattern for a bottle body according to any one of the above. A bottle structure having a bottle body pattern, created by the bottle body pattern manufacturing method according to claim 1,
An outflow hole is formed in the peripheral surface near the bottom, and a pattern layer is applied and formed inside thereof, a color forming layer is applied and formed inside the pattern layer, and a protective layer is applied and formed inside the color forming layer. Including transparent or light-transmitting bottles,
Bottle structure with bottle body pattern.   The bottle structure having a bottle main body pattern according to claim 5, wherein the pattern layer further contains fluorescent powder.   The bottle structure having a bottle main body pattern according to claim 5, wherein the pattern layer further contains lame.

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