JP5852279B1 - Soap coating method, soap coating structure and candle manufacturing method - Google Patents

Abstract

To provide a soap coating method and a soap coating structure capable of preventing deterioration of solid soap, enabling long-term storage, and effectively utilizing resources. A soap coating structure includes a solid soap, a brazing member that coats the surface of the solid soap, and the solid soap and the brazing member that are wound around the solid soap by about one turn. And a string-like member 30 exposed to the outside in a state where the end portions 32 are close to or in contact with each other. [Selection] Figure 1

Description

The present invention relates to a soap coating method , a soap coating structure, and a candle manufacturing method .

In general, bar soap is often packaged with wrapping paper, packed in a paper box, and sold and stored. Although a wrapping paper excellent in moisture resistance and aroma retention has been developed (see, for example, Patent Document 1), since the wrapping paper cannot block air, deterioration of the solid soap is inevitable. In particular, soaps produced by the cold process method are prone to deterioration, and when exposed to air, the soap surface dissolves or discolors in a few months.
As a method for improving the preservability by preventing the soap from coming into contact with air, for example, there is a method of vacuum packing the soap in a plastic container (see, for example, Patent Document 2).

JP 2014-51329 A JP 2004-168375 A

  However, after taking out the soap from a plastic container, the container is no longer needed and is simply discarded, and toxic gas may be generated when the container is incinerated. It is not preferable in terms of load.

The present invention has been made in order to solve the above-described problems, and provides a soap coating method , a soap coating structure, and a candle that can prevent long-term storage by preventing deterioration of solid soap and can effectively use resources. An object is to provide a manufacturing method .
It is another object of the present invention to provide a soap coating method , a soap coating structure, and a candle manufacturing method capable of preventing the deterioration of solid soap, enabling long-term storage, and reducing the environmental load.
The present invention also provides a soap coating method and a soap coating structure that can prevent long-term storage by preventing deterioration of the solid soap and can easily peel off the solid soap coating when the solid soap is used. The purpose is to do.
Further, the present invention provides a soap coating method and a soap coating structure that can prevent long-term storage by preventing the deterioration of the solid soap, and can give the user enjoyment when and after peeling the solid soap coating. The purpose is to provide.

  In order to achieve at least one of the above objects, a soap coating method according to the present invention is a soap coating method for coating solid soap, the step of winding a string-like member around the solid soap for one round, The step of supporting the opposing portion facing at the same position in the string-like member while being wound for the one turn, and the one round of the solid soap and the string-like member in a state of supporting the opposing portion. A step of immersing the wound portion wound in a portion in a heat-melted brazing member; a step of taking out the solid soap and the winding portion from the brazing member; and the solid soap and the winding portion Curing the brazing member adhered to the substrate at room temperature.

According to this invention, the string-like member is wound around the solid soap by one turn to support the opposing portion, and the solid soap and the winding portion are heated and melted in the brazing member in a state where the opposing portion is supported. By immersing and taking out, the surface of the solid soap can be coated with the brazing member, and the solid soap is shielded from the air to prevent deterioration of the solid soap and can be stored for a long time.
In addition, when the soap and the wound part are taken out after being immersed in the brazing member, both ends of the cord-like member are exposed to the outside from the brazing member. When the user pulls at least one end of the shaped member by hand, the brazing member can be cut and the brazing member can be easily peeled off from the soap bar.
The brazing member peeled from the solid soap can be used as a candle by attaching a brazing member around the string-like member when the string-like member is combustible material, and resources can be effectively utilized.
In addition, it is possible to give the user the pleasure of peeling the wax member from the soap and the pleasure of making a candle with the peeled wax member.
Moreover, since the thing manufactured by the said soap coating method can be preserve | saved for a long term and can be used as a soap and a candle, it can always be kept as disaster prevention goods.

In the above invention, the brazing member includes beeswax.
According to this invention, since beeswax is solid at normal temperature, it can be coated with solid soap and shielded from air, and deterioration of the solid soap can be prevented. In addition, since beeswax has a certain degree of flexibility at room temperature, it can be easily cut out to take out soap bars. Moreover, even if beeswax is burned, no harmful substances are generated, so there is no impact on the environment.

The soap coating structure according to the present invention includes a solid soap and a brazing member that coats the surface of the solid soap.
According to this invention, since the surface of the solid soap is coated with the brazing member, the solid soap can be shielded from the air, so that the solid soap can be prevented from being deteriorated and stored for a long time. Moreover, since the brazing member peeled from the solid soap when using the solid soap can be used as a candle, resources can be effectively utilized. Moreover, since the soap coating structure can be stored for a long period of time and can be used as a soap and a candle, it can be kept as a disaster prevention article.

In the above-mentioned invention, it is further provided with the string-like member which is arranged between the above-mentioned soap and the above-mentioned wax member, and at least one end part is exposed outside.
According to the present invention, when using the soap bar coated with the brazing member, the user can cut the brazing member by manually pulling the string-like member exposed to the outside from the soap bar. The brazing member can be easily peeled off.
Since the peeled brazing member can be used as a candle by attaching a brazing member around the string-like member when the string-like member is combustible material, resources can be effectively utilized.
In addition, it is possible to give the user the pleasure of peeling the brazing member from the soap using the string-like member and the pleasure of making a candle with the peeled brazing member.

In the above invention, the string-like member is disposed between the solid soap and the brazing member in a state where the string-like member is wound around the solid soap by one turn, and both ends of the string-like member are in proximity to or in contact with each other. It is exposed to the outside.
According to this invention, since both ends of the string-like member are exposed to the outside in a state where they are close to or in contact with each other, by pulling each end of the string-like member, the brazing member is cut by half a circle each. The brazing member can be easily peeled off from the soap bar.

In the above invention, the brazing member includes beeswax.
According to this invention, since beeswax is solid at normal temperature, it can be coated with solid soap and shielded from air, and deterioration of the solid soap can be prevented. In addition, since beeswax has a certain degree of flexibility at room temperature, it can be easily cut out to take out soap bars. Moreover, even if beeswax is burned, no harmful substances are generated, so there is no impact on the environment.

In the above invention, the wax member is mixed with a substance having a color different from that of the bar soap.
According to this invention, it is possible to easily distinguish the solid soap and the brazing member by making the colors of the solid soap and the brazing member different.

In the above invention, the string-like member is combustible.
According to this invention, the candle member peeled off from the solid soap can be adhered around the string-like member to make a candle, and resources can be effectively utilized.

It is a top view of the soap coating structure which concerns on embodiment of this invention. It is the sectional view on the AA line shown in FIG. 1 of the soap coating structure which concerns on the same embodiment. It is a flowchart which shows the soap coating method which concerns on embodiment of this invention. It is a figure which shows a mode that the string-like member was wound by 1 round around solid soap. It is a schematic diagram which shows a mode that the opposing part of a string-like member is supported. It is a schematic diagram which shows a mode that solid soap and a winding part are immersed in the brazing member heat-melted in the state which supported the opposing part.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.
FIG. 1 is a plan view of a soap coating structure 1 according to an embodiment of the present invention, and FIG. 2 is a cross-sectional view of the soap coating structure 1 taken along line AA shown in FIG.
As shown in these drawings, the soap coating structure 1 has a flat, substantially cylindrical shape. The outside of the soap coating structure 1 is coated with a brazing member 10 having a substantially uniform thickness, and a solid soap 20 is housed inside the soap coating structure 1 in close contact with the brazing member 10.

The solid soap 20 has a flat cylindrical shape. In addition, the shape of the solid soap 20 is not limited to a flat cylindrical shape, and can take an arbitrary shape such as a rectangular parallelepiped shape or a spherical shape.
The solid soap 20 is a soap manufactured by a known technique and may be any soap as long as it is solid. The soap coating structure 1 has a structure in which the solid soap 20 is coated with the brazing member 10 so that the solid soap 20 does not come into contact with air. However, the effect of the present invention is more apparent in the soap of the cold process method, which is easily altered.

  The cold process manufacturing method is a method for manufacturing soap by mixing oil and fat and caustic soda at room temperature to perform saponification. Unlike the hot process method, the cold process method does not heat, so the fragrance of the oil and fat remains, and since salting-out is not performed, glycerin and vitamins in the oil and fat raw material are not removed, so it has a beautifying skin effect. Easy to do.

The brazing member 10 includes a wax (wax) or a substance having similar properties to the brazing. Wax is an ester of a higher fatty acid and a monohydric or dihydric higher alcohol, and is generally solid at normal temperature, melts at a relatively low temperature when heated, and easily burns when vaporized. Moreover, since wax is stable against oxidation and hydrolysis, it is suitable as a coating material for storing the solid soap 20 for a long period of time.
The brazing member 10 is preferably a solid that is solid at room temperature, has a hardness that does not sticky or dents even when touched, and is difficult to change in quality for a long time. Beeswax is a wax that is secreted when a bee forms a nest, and is a main component of the bee nest, and has a melting point of about 60 to 65 ° C.

  The brazing member 10 is not limited to beeswax, and may be, for example, paraffin wax, rice bran wax, cotton wax, wood wax, petrolatum, a chemically synthesized substance having similar properties to wax, or a mixture thereof. It may be. However, when the brazing member 10 is burned after being peeled from the soap bar 20, it is preferable that no harmful gas is generated in order to reduce the environmental load.

The brazing member 10 is mixed with clay (mineral clay) in order to make the color of the brazing member 10 different from that of the solid soap 20. Clay is mainly composed of silica and contains minerals such as aluminum, calcium, potassium, iron, and magnesium. The color of clay varies depending on the amount of minerals contained, and there are brown, red, yellow, white and the like.
By making the color of the brazing member 10 and the solid soap 20 different, it becomes easy for the user to distinguish the brazing member 10 and the solid soap 20 when the user peels the brazing member 10 from the solid soap 20.
In addition, what is mixed with the brazing member 10 is not limited to clay, and for example, an arbitrary substance having a color different from that of the solid soap 20 such as caramel pigment, gardenia pigment, anthocyanin pigment, safflower pigment, and the like can be mixed. However, when the brazing member 10 is burned after being peeled off from the soap bar 20, a natural material that does not generate harmful gas is preferable.

  In addition, a substance for increasing the flexibility of the brazing member 10 or facilitating the peeling of the brazing member 10 from the solid soap 20 may be mixed in the brazing member 10.

  Between the circumference of the solid soap 20 and the brazing member 10, an elongated string-like member 30 is disposed. As shown in FIG. 1, the string-like member 30 is disposed between the solid soap 20 and the brazing member 10 in a state where the string-like member 30 is wound around the solid soap 20 by approximately one turn. The two end portions 32 of the string-like member 30 are exposed to the outside in a close state. Depending on the positional relationship between the end portions 32 and the length of the string-like member 30 exposed to the outside, the end portions 32 may contact each other.

  By providing such a string-like member 30, when the user intends to use the soap bar 20, by pulling the string-like member 30 exposed to the outside by hand, the brazing member 10 along the circumference. Can be cut, and the brazing member 10 can be easily peeled off from the soap bar 20 to take out the soap bar 20. Further, since the two end portions 32 are exposed to the outside, the brazing member 10 can be cut by half a circle by pulling each end portion 32, and one end portion 32 can make one turn. Rather than cutting the brazing member 10, it can be cut easily.

In the present embodiment, the string-like member 30 is arranged between the solid soap 20 and the brazing member 10 in a state where the string-like member 30 is wound around the solid soap 20 for about one turn, but is not limited thereto. The string-like member 30 may be wound around the solid soap 20 by a length less than one round, and only a part of the brazing member 10 on the circumference may be cut by the string-like member 30.
Further, the arrangement place of the string-like member 30 is not limited to the circumference of the solid soap 20, and may be any place as long as it is between the solid soap 20 and the brazing member 10. Further, only one end 32 may be exposed to the outside.

The material of the string-like member 30 is generally formed of cotton used for a candle core.
In addition, the material of the string-like member 30 is not limited to cotton, and any material having a strength sufficient to cut the brazing member 10 may be used. However, when the wax member 10 peeled from the solid soap 20 is used as a candle, the material of the string member 30 is combustible so that the string member 30 can be used as a candle core. Those that do not generate harmful gases when burned are suitable.

Thus, since the solid soap 20 can be shielded from the air by coating the surface of the solid soap 20 with the brazing member 10, even if the solid soap 20 is a soap of the cold process manufacturing method, 20 deterioration can be prevented and long-term storage becomes possible.
Further, when the user uses the solid soap 20, the brazing member 10 is cut by the string-like member 30 by pulling the end portion 32 of the cord-like member 30 by hand, and the brazing member 10 can be easily removed from the solid soap 20. Can be peeled off.
Since the peeled brazing member 10 can be used as a candle by attaching the brazing member 10 around the string-like member 30 and solidifying it by applying pressure by hand, resources can be effectively utilized. In addition, when the temperature is low and the brazing member 10 is hard to be solidified, the brazing member 10 may be heated and melted to adjust its shape and then cooled and solidified to create a candle.
In addition, the end 32 of the string-like member 30 is manually pulled to peel off the brazing member 10 from the solid soap 20 and to take out the solid soap 20 sealed inside, and to enjoy making a candle with the peeled brazing member 10. Can be given to the user.

Moreover, since the soap coating structure 1 can be stored for a long period of time and can be used as a soap and a candle, it can be provided as a disaster prevention article.
If the user uses the soap coating structure 1 on a daily basis, even if the soap coating structure 1 is to be used in a disaster, the soap coating structure 1 can be used as a daily extension, Stress at the time of disaster can be reduced.

  In this embodiment, by providing the string member 30 between the brazing member 10 and the solid soap 20, the brazing member 10 can be easily peeled from the solid soap 20, but the string member 30 is provided. For example, after the soap coating structure 1 is cut into two with a knife, the brazing member 10 and the solid soap 20 can be separated from the cut surface. If the brazing member 10 is flexible, the brazing member 10 can be peeled off by hand.

Next, a soap coating method for manufacturing the soap coating structure 1 by coating the solid soap 20 with the brazing member 10 will be described with reference to the flowchart shown in FIG.
First, a flat columnar solid soap 20 is manufactured by a known method (step S101).
Next, as shown in FIG. 4, the string-like member 30 is wound around the solid soap 20 by one turn (step S102). Thereby, the opposing part 34 as a part which opposes in the same position among the string-like members 30 is formed.

  Next, in a state where the string-like member 30 is wound around the solid soap 20, the facing portion 34 is sandwiched and lifted by hand, and the facing portion 34 is supported on the upper side of the solid soap 20 as shown in FIG. 5 (step S103). In the present embodiment, the facing portion 34 is manually supported, but may be supported by a machine.

Next, as shown in FIG. 6, a container 40 made of stainless steel or the like prepared by heating and melting the brazing member 10 to a predetermined temperature is prepared in advance. And the opposing part 34 is lowered | hung in the state which supported the opposing part 34, the solid soap 20 and the winding part 36 which is the part wound around the solid soap 20 among the string-like members 30 are brazed in the container 40. It is immersed in the member 10 (step S104).
The counter part 34 is raised within a few seconds after the immersion, and the solid soap 20 and the winding part 36 are taken out of the brazing member 10 in the container 40 (step S105).
The taken out soap bar 20 and the brazing member 10 attached to the winding part 36 are cured at room temperature (step S106).

The soap coating structure 1 is completed by the above procedure.
In addition, in order to adjust the thickness of the coating by the brazing member 10, the steps from S104 to S106 may be repeated a plurality of times.
Further, in order to make the coating thickness substantially uniform and to facilitate the cutting of the brazing member 10 by the string-like member 30, the brazing member 10 which has been hardened by dripping downward from the solid soap 20 may be shaved, The shape may be adjusted before the member 10 is cooled and cured at room temperature.
Further, in order to adjust the length of the string-like member 30 exposed from the brazing member 10 to, for example, a length of about 1 cm, the end of the string-like member 30 exposed from the brazing member 10 after the brazing member 10 is cured. The part 32 may be cut.

1: soap coating structure 10: brazing member 20: solid soap 30: string-like member 32: end 34: facing part 36: winding part 40: container

Claims (7)

Bar soap,
  A brazing member for coating the surface of the soap bar;
  A string that is disposed between the solid soap and the brazing member in a state of being wound only once around the solid soap, and is in contact with a predetermined portion of the brazing member and has two ends exposed to the outside. Parts and
  A soap coating structure characterized by comprising: The string member is made of cotton.
  The soap coating structure according to claim 1. The brazing member is beeswax.
The soap coating structure according to claim 1 or 2 . The brazing member is mixed with a substance having a color different from that of the bar soap.
The soap coating structure according to any one of claims 1 to 3 . A soap coating method for coating solid soap,
  Winding the string-like member around the solid soap for one turn;
  A step of supporting the opposing portions facing each other at the same position among the string-like members in a state of being wound for the one turn;
  A step of immersing the wound portion wound around the round of the solid soap and the string-like member in a heated and melted brazing member while supporting the facing portion;
  Removing the solid soap and the wound portion from the brazing member;
  Curing the wax member attached to the soap bar and the wound portion at room temperature;
  Cutting the string-like member such that the lengths of the two ends of the string-like member that are in contact with each other from a predetermined location of the brazing member and are exposed to the outside become a predetermined length;
  A soap coating method characterized by comprising: The method further comprises the step of adjusting the thickness of the brazing member attached to the solid soap to be substantially uniform by shaving the brazing member drooping downward from the solid soap and hardening. Item 6. The soap coating method according to Item 5. The said brazing member which was cut | disconnected by the said edge part of the said string-like member with which the soap coating structure of any one of Claim 1 to 4 is equipped, and was peeled from the said solid soap was used. A candle manufacturing method comprising a step of forming a candle by adhering to the periphery of the candle.

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