JP2011224276A - Fragrance material storage container, fragrance product using same, and method of manufacturing fragrance product - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a fragrance material storage container which has improved portability and is easy to handle, and to provide a fragrance product and method of manufacturing the fragrance product.SOLUTION: There are provided: the container composed of a base material 1 where a fragrance material storage portion has pores 2 being through-holes and sticker-like shielding bodies 4 and 5 laminated on the base material 1 so as to cover the pores 2; the fragrance product obtained by injecting the fragrance material into the container; and the method of manufacturing the container and the fragrance product.

Description

  The present invention relates to a container for storing a perfume made of an essential oil extracted from a plant or a fragrance material, and a fragrance and a method for producing the fragrance using the container.

  In recent years, aromatherapy has been enjoyed by many people. Aromatherapy is the improvement of mental and physical health using fragrances. For example, how to use a fragrance is a method of putting hot water in a tea cup etc., dropping the fragrance that has an effect according to the purpose, and inhaling the rising scent, or filling a large container with water or hot water at an appropriate effect There is a method of removing a fragrance with a lot of water and soaking it in a towel.

  The fragrance is generally stored in a glass bottle. A glass bottle is selected as a storage container because of its advantages of being inexpensive and having excellent light shielding properties, antioxidant properties, and corrosion resistance. On the other hand, however, glass bottles may be damaged during transportation, flammable due to being stored in large quantities, or accidental ingestion of fragrances. In addition, since a small container of 3 ml or less such as a thin or ultra-small container cannot be used, there is a disadvantage that portability is poor.

  Moreover, the fragrance | flavor preserve | saved in the glass bottle has the fault that handling becomes complicated. In a device that is widely used in aromatherapy, such as a device that vaporizes and diffuses a fragrance by heat, or a device that diffuses a fragrance by pulverizing the fragrance with ultrasonic waves or the like, the amount of the fragrance used in one aromatherapy is If the amount is small, the effect of the fragrance is small, and if the amount of the fragrance is large, the fragrance tends to be too strong and unpleasant, so the amount is as small as 0.1 to 0.3 mL. Therefore, it is necessary to take out the fragrance | flavor for 1 time from a glass bottle with a dropper or a dropper and to use it every time, and handling is complicated.

  In patent document 1 or 2, the fragrance | flavor using a porous body is proposed. The inventions of the two patent documents relate to a fragrance having a structure in which a porous body impregnated with a fragrance is stored in a storage container. In the inventions of the above two patent documents, the perfume is impregnated in a porous manner, thereby slowing the diffusion rate of the perfume into the air and releasing the perfume for a long period of time.

JP-A-5-192222 Japanese Patent Laying-Open No. 2005-40207

  The fragrances of the inventions of the above two patent documents are in the form of storing a porous body in a storage container when stored or carried, and thus require a large structure like a glass bottle and are not portable. Furthermore, since the surface area of a fragrance | flavor increases because a fragrance | flavor volatilizes from a porous body and adheres to the wall surface of a storage container as a large microparticle, the possibility that it will deteriorate with air or light becomes high. In Patent Document 2, in order to make it difficult for the perfume to deteriorate, a hard porous body having a low diffusion rate of the perfume into the air is used as the porous body. Therefore, there is a high possibility of deterioration due to air or light to some extent. Moreover, the fragrance | flavor of invention of said two patent documents cannot adjust the quantity of the fragrance | flavor in a porous body because the impregnated fragrance | flavor is always releasing slowly and the quantity is indefinite. Therefore, it cannot be used with the instruments generally used in aroma therapy. Therefore, the fragrance | flavor of invention of said two patent documents cannot eliminate the complexity of the handling which has arisen when using the fragrance | flavor preserve | saved in the glass bottle.

  Therefore, the present invention has been made in view of such circumstances, and an object of the present invention is to provide a perfume storage container characterized by being easy to carry and easy to handle.

  The present invention provides a container comprising a base material having a pore in which a portion for storing a fragrance is a through-hole, and a sealing shield laminated on the base material so as to cover the pore. Is.

  The container simply stores the fragrance in the pores penetrated through the base material itself and seals it with a seal-like shield. The storage required for the fragrance of the invention of Patent Document 1 or 2 Since no container is required, portability is greatly improved. Further, in the fragrances of the inventions of the above two patent documents, the state change has occurred because the fragrance is released from the pores to become fine particles having a large surface area. However, in the container for storing the fragrance of the present invention, the fragrance Is always stored in the pores, the state change does not occur. Therefore, in the container for storing the fragrance of the present invention, the possibility that the fragrance is deteriorated by air or light is reduced.

  The present invention provides a container wherein the radius of the pore is 0.1 mm to 5 mm.

  According to such a configuration, if the radius of the pore is 0.1 mm to 5 mm, the fragrance is injected into the pore using the capillary phenomenon in most commonly used fragrances regardless of the surface tension. it can.

The present invention is a substrate having a plurality of pores in which the portion for storing the fragrance is a through-hole,
A container comprising a seal-like shield laminated on the base material so as to cover the pores, wherein the container has a separation portion installed so as to partition the pores. To do.

  According to such a configuration, by having the separation portion, one base material can be used in a plurality of times, convenience is improved, and handling is facilitated.

  The present invention provides the container having the separation part, wherein the total volume of pores on the substrate divided by the separation part is constant.

  According to such a configuration, in the container having the separation part, it is not necessary to measure the fragrance during aromatherapy, so that convenience is improved and handling becomes easy. Specifically, the container having the separation unit can eliminate the complexity of handling that has occurred in the glass bottle. In one container after separation of the container having the separation part, 0.1 to 0.3 mL of fragrance for one aromatherapy is carried, and after removing the sealing shield from the container, the fragrance is heated by heat. If the base material of the present invention is directly put into a device for vaporizing and diffusing vaporizing and fragrance by using ultrasonic waves or the like, it is generally unnecessary to measure the amount of fragrance once by a dropping port such as a dropper or a dropper. The complexity of handling that has occurred with instruments widely used in aromatherapy can be eliminated.

  The present invention provides a fragrance characterized by storing a fragrance in the pores.

  According to such a configuration, the fragrance of the present invention has good portability and is easy to handle.

  The present invention includes a step of contacting or soaking a perfume with a pore of a base material in which a portion for storing the perfume is a through-hole, and injecting the perfume into the pore of the base material by capillary action A method for producing a fragrance, comprising: a step; a step of separating the pores of the base material from the fragrance; and a step of sealing with a sealing shield so as to cover the pores of the base material. I will provide a.

  According to such a configuration, in the manufacturing method, the fragrance can be quickly and quantitatively injected into all the pores.

  In the present invention, the fragrance is only stored in the pores penetrating the base material itself and sealed with a seal-like shield, and the storage container required in Patent Document 1 or 2 is not required. In addition, portability is greatly improved. In addition, since the present invention in which the fragrance is always preserved in the pores is not present in the present invention in which the fragrance is always stored in the pores, there is no state change in which the fragrance is gradually released from the pores as in Patent Document 1 or 2. The possibility of deterioration by air or light is reduced. Furthermore, the amount of fragrance that can be carried on one base material can be arbitrarily determined, but a single base material carries 0.1 to 0.3 mL of fragrance for one aromatherapy, and is sealed from the base material. If the base material is directly put into a device that vaporizes and diffuses the fragrance by heat or a device that diffuses the fragrance by sonicating the fragrance after removing the shield in the form of a drop, a drop for the dropper or dropper Since it is not necessary to measure the fragrance each time, it is possible to eliminate the complexity of handling that has generally occurred with instruments widely used in aromatherapy.

It is a schematic diagram of the cross section of the fragrance | flavor preservation container of this invention. It is a schematic diagram of the external appearance of the fragrance | flavor storage container of this invention (before peeling of a sealing shield). It is a schematic diagram of the external appearance of the fragrance | flavor storage container of this invention (after peeling of a sealing shield). It is a schematic diagram of the external appearance of the fragrance | flavor storage container (before or after peeling of a seal-shaped shielding body) which has a isolation | separation part of this invention. It is a schematic diagram of the modification of the fragrance | flavor preservation container of this invention. It is a schematic diagram of the modification of the manufacturing method of this invention.

[First embodiment]
Hereinafter, the present invention will be described based on the illustrated embodiments. FIG. 1 is a view showing an embodiment of a cross section of a fragrance storage container according to an embodiment of the present invention. Reference numeral 1 denotes a base material having pores 2 penetrating the base material 1 as depicted in FIG. 1, and sealing shields 4 and 5 are formed so as to cover the pores 2. It is what.

(Base material)
The material of the base material 1 is preferably an inorganic substance such as glass, silicon, or aluminum, or a polymer compound such as PET, PP, polyamide, melamine resin, or urethane resin, paper, etc., but the liquid fragrance to be sealed does not penetrate, Moreover, it is desirable that the material has a resistance to dissolution that does not change even when contacted. The material of the substrate 1 may be any material as long as it has a small contact angle with respect to the liquid fragrance and is easy to wet. The contact angle between the raw material of the substrate 1 and the liquid fragrance to be sealed may be in the range of usually 0 ° to 85 °, preferably in the range of 0 ° to 45 °. This is because the higher the contact angle, the lower the rising height of the liquid due to capillarity, and when it exceeds 90 °, it does not move up.

  From the viewpoint of portability, the size of the base material 1 is preferably about 10 mm in terms of area up to about a credit card, but can store the amount of perfume used in one aromatherapy. Any size is acceptable.

  The shape of the substrate 1 may be any shape as long as it can have the pores 2 such as a circle, an ellipse, a star, and a sphere, in addition to a card shape. Furthermore, if the pore 2 is provided, the portion of the substrate 1 that does not contact the pore 2 may have a hollow structure. Moreover, since the design of the base material 1 is often asked for design properties, those having good design properties are preferable.

(pore)
In FIG. 1, the pores 2 are positioned perpendicular to the base material 1, but the pores 2 may be at any angle with respect to the base material 1 as long as it can carry a fragrance.

  Since the number of the pores 2 may vary depending on the mode, the number may be one or plural.

  The shape of the pore 2 may be any shape as long as it contains a fragrance, such as a circle, an ellipse, a star, or a rectangle, but a shape that can utilize a capillary phenomenon is particularly preferable.

  As long as the size of the pores 2 is sufficient to preserve the amount of the fragrance used in at least one aromatherapy when the substrate 1 is provided with one or more pores 2, what is the extent? The size of Specifically, the radius of the pore 2 is usually within a range of 0.1 mm to 5 mm, preferably within a range of 0.25 mm to 3 mm, more preferably 0.5 mm to 1. It may be within a range of 5 mm. Further, the height of the pores 2 is usually in the range of 0.5 mm to 15 mm, preferably in the range of 0.7 mm to 10 mm, more preferably in the range of 1 mm to 5 mm, more preferably on the condition that satisfies the formula (1). May be in the range of 1.5 mm to 3 mm. The pores 2 do not have to be filled to the full volume with the fragrance. The range of the radius and height of the pore 2 may be any range as long as the fragrance can run up the pore 2 by capillary action, but the surface tension T of many fragrances is 0.02 to 0.03 N. When the pore 2 is sealed, the smaller the pore diameter, the smaller the possibility of leakage due to deformation or tearing of the sealing material, and the higher the adhesive strength of the seal. In consideration of restraining the thickness in consideration, keeping the area of the whole hole not exceeding one half of the surface area of the base material, and maintaining the strength of the base material, the radius and height of the pore 2 The range is preferably within the above range. The height h (m) at which the fragrance goes up the pores 2 due to the capillary phenomenon can be obtained by the equation (1).

... (1)
T = surface tension (N / m)
θ = Contact angle ρ = Perfume density (kg / m ³ )
g = gravity acceleration (m / s2)
r = inner diameter (radius) of pore (m)
Formation of the pores 2 on the substrate 1 can be performed using a method using a mold, a method of punching by heating, a method of processing by laser, a method of physically punching, or an existing method such as etching or photolithography.

(Sealed shield)
2 and 3 are views showing an aspect of the appearance of a fragrance storage container (before or after the seal-like shield is peeled) according to one embodiment of the present invention.

  The seal-like shields 4 and 5 are processed on the surface of the substrate 1 having the pores 2. The seal-like shielding bodies 4 and 5 may be a shielding body having adhesive strength, or may be configured by processing an adhesive body having adhesive strength on a shielding body having no adhesive strength. The material of the sealing shields 4 and 5 is inert to oxygen, water, fragrance, etc., has a gas barrier property, has a light shielding property, and is re-peeled from the substrate 1. Any material may be used as long as it has adhesive strength. Specific materials for the shield include a film in which an aluminum thin film or PE is laminated on a PP base material, and specific materials for the pressure-sensitive adhesive include acrylic resin adhesives and styrene butadiene rubber adhesives.

[Second embodiment]
FIG. 4 is a diagram showing an aspect of the appearance of a fragrance storage container (before or after the seal-like shield is peeled) having the separation unit 3 according to an embodiment of the present invention. Reference numeral 1 denotes a base material having pores 2 penetrating the base material 1 as depicted in FIG. 1, and sealing shields 4 and 5 are formed so as to cover the pores 2. The separation part 3 is formed.

(Separation part)
In FIG. 4, the card-shaped substrate 1 having the pores 2 penetrating the substrate 1 is displayed, with the total volume of the pores 2 on the substrate 1 partitioned by the separation unit 3 being constant. The separation part 3 may have any structure as long as the base material can be appropriately separated by a perforation, an adhesive layer, a half cut, or the like. The aspect of the separation part 3 may be any aspect as long as the substrate can be appropriately separated. The total volume of the pores 2 on the base material 1 partitioned by the separation unit 3 may be constant or may not be constant depending on the mode.

〔aromatic〕
The fragrance | flavor in this invention stores a fragrance | flavor in the pore of the said container.

(Fragrance of fragrance)
The fragrance is preferably a vegetable essential oil or an essential oil that is generally widely used in aromatherapy, but may be an animal or chemically synthesized fragrance or perfume. Moreover, a fragrance | flavor may use only 1 type, or may mix and use multiple types. Furthermore, since there are various combinations of fragrances, different fragrances may be injected for each pore 2.

  The essential oils used in the present invention include, for example, ylang ylang essential oil, geranium essential oil, lavender essential oil, jasmine essential oil, chamomile essential oil, laventin essential oil, hyssop essential oil, rose essential oil, neroli essential oil, cedarwood essential oil, eucalyptus essential oil, cypress essential oil, hinoki essential oil , Sandalwood essential oil, juniper essential oil, tea tree essential oil, pine essential oil, patchouli essential oil, orange essential oil, grapefruit essential oil, lime essential oil, lemon essential oil, citronella essential oil, bergamot essential oil, peppermint essential oil, rosemary essential oil, clary sage essential oil, clove Examples include natural essential oils such as essential oil, thyme essential oil, fennel essential oil, marjoram essential oil, Melissa essential oil, rosewood essential oil, basil essential oil, butte essential oil, and cinnamon essential oil.

  Examples of the active ingredients contained in the essential oil include camphene, menten, myrcene, ferrandlene, karen, terpinolene, terpinene, cymene, osimene, dipentene, limonene, aromadendrene, pinene, camazulene, farnesene, bisabolen, caryophyllene, camphorene. Borneol, linalool, citronellol, terpineol, bisabolol, santalol, carvacrol, sclareol, thymol, eugenol, anethole, safrole, estragole, citronellal, cinnamic aldehyde, citral, citronellal, nonanal, linalyl acetate, benzyl acetate, geranyl acetate, Methyl salicylate, menthol, menthone, jasmon, camphor, cineol, tweenol, terpineol, terpinee Lumpur, geraniol, nerol, Karotoru, cedrol, viridiflorol, Apiol, sclareol oxide, and Ma noil oxide.

(Method for producing air freshener)
In the method for producing a fragrance in which a fragrance is stored in the container of FIG. 1, the fragrance contained in a container larger than the pores 2 of the substrate 1 and the substrate 1 is brought into contact with or immersed in the substrate 1. Perfume is injected into the pores 2 by capillary action, the pores 2 of the substrate 1 are separated from the fragrances, and sealed with sealing shields 4 and 5 so as to cover the pores 2 of the substrate 1. That's it.

(Contact between base material and fragrance)
The state in which the fragrance is in contact with the pores 2 of the base material 1 is a state in which the base material 1 is moved toward the fragrance contained in a container larger than the base material 1 such as a bowl. Means that.

(Perfume injection method)
The method of injecting the fragrance into the pore 2 is preferably a method utilizing the surface tension of the liquid such as capillary action, but the method of injecting into the pore 2 by inserting the base material 1 into a large amount of fragrance, A method of directly injecting a fragrance into the pore 2 is also conceivable.

(Sealing with a sealing shield)
After injecting the fragrance into the pores 2, sealing is performed with seal-like shields 4 and 5. Place the fragrance in contact with the base material, seal the upper surface (the surface that was not in contact with the fragrance), remove the base material from the fragrance, scrape the fragrance on the lower surface (the surface that was in contact with the fragrance), and seal the lower surface. However, depending on the mode, the sealing may be performed in the reverse order as described above, or at the same time.

[Modification 1]
FIG. 5 is a modification of FIGS. As in this example, the desired shape of the pores 2 can be used, and the desired shape of the substrate 1 can also be used. In addition to FIG. 5, the pores 2 may be in any part of the substrate 1 as long as the fragrance can be stored. Further, the substrate 1 may have various patterns such as a circle, an ellipse, a star, and a sphere.

[Modification 2]
FIG. 6 shows a modified example of the manufacturing process for injecting a fragrance into the pores. One of the substrates in the manufacturing process for injecting the fragrance into the pores using the adhesive layers 7a and 7b and the oil repellent sheets 6a and 6b. It is a figure which shows an aspect. By using the adhesive layers 7a and 7b and the oil-repellent sheets 6a and 6b when injecting a fragrance into the pores, the pores can be easily sealed with the sealing shields 4 and 5. In the manufacturing method incorporating the process of the modified example, the adhesive layers 7a and 7b are formed on one side or both sides of the base material, and the oil-repellent sheets 6a and 6b are formed on the adhesive layers 7a and 7b. Then, the portion of the structure 8 having pores in which the fragrance is stored is a through hole, and the fragrance is in contact with or immersed, and the fragrance is injected into the pores of the structure 8 by capillary action. Then, the pores of the structure 8 are separated from the fragrance, the oil-repellent sheets 6a, 6b and the adhesive layers 7a, 7b are peeled off, and the sealing shield 4 so as to cover the pores of the base material, 5 has the feature of sealing.

  It is difficult to seal the pores with the sealing shields 4 and 5 due to the adhesive force of the sealing shields 4 and 5 being weakened by the flavor remaining on the surface of the base material after the fragrance is injected. Even when there is a property, it is possible to prevent perfume from adhering to the surface of the substrate by providing the adhesive layers 7a, 7b and the oil-repellent sheets 6a, 6b on the substrate at the time of injection, and the adhesive layers 7a, 7b after the injection. By removing the oil-repellent sheets 6a and 6b, the pores can be easily sealed with the sealing shields 4 and 5.

  The oil-repellent sheets 6a and 6b and the adhesive layers 7a and 7b are sufficient on only one side of the upper and lower sides of the base material, but may be on both sides depending on the mode. The material of the oil-repellent sheets 6a and 6b may be any material as long as it is made of a polymer compound such as glass, silicon, aluminum, plastic, etc. and has a large contact angle with respect to liquid fragrance and the like. The adhesive force of the adhesive layers 7a and 7b may be any adhesive force as long as it is removable to the substrate. The material of the adhesive layers 7a and 7b may be any material as long as it is removable with respect to the substrate.

[Example 1]
A base material was prepared in which through holes having a radius of 0.75 mm were formed by laser processing on an aluminum plate having a length of 40 mm, a width of 60 mm, and a thickness of 2 mm, and a total of 56 pieces were arranged at intervals of 2 mm in the vertical and horizontal directions. In addition, a styrene butadiene rubber adhesive is applied to one side of a PET sheet with PE and aluminum coated on a PET base material that has gas barrier properties and light shielding properties. Two seal shields were prepared. 1 ml of lavender essential oil was dropped on the petri dish, the essential oil was gently brought into contact with the base material and injected into the pores, and then the non-contact surface of the essential oil of the base material was sealed with one sealing shield. . Next, after removing the base material from the essential oil, the essential oil remaining on the base material was scraped off with a blade that was turned over and fluorinated, and then sealed with another seal shield. Three days later, both of the sealed shields were opened, and the content essential oil of the base material was taken out into another petri dish and the amount of liquid was measured with a pipette. As a result, 0.18 ml of lavender essential oil could be taken out. No significant component changes were observed in the base material, the seal-like shield, and the content essential oil.

[Example 2]
A base plate was prepared by placing through holes with a radius of 0.25 mm by laser processing on a PET plate having a length of 25 mm, a width of 30 mm, and a thickness of 5 mm, and a total of 204 holes, 12 in length and 17 in width and 1 mm intervals. In addition, a styrene butadiene rubber adhesive is applied to one side of a PET sheet with PE and aluminum coated on a PET base material that has gas barrier properties and light shielding properties. Two seal shields were prepared. 1 ml of tea tree essential oil was dropped on the petri dish, the base oil and the essential oil were gently brought into contact with each other, and the essential oil was injected into the pores, and then sealed on the non-contact surface of the base oil with a single sealing shield. . Next, after removing the base material from the essential oil, the essential oil remaining on the base material was scraped off with a blade that was turned over and fluorinated, and then sealed with another seal shield. Three days later, both seal shields were opened, the essential oil content of the base material was taken out in another petri dish, and the amount of liquid was measured with a pipette. As a result, 0.19 ml of tea tree essential oil could be taken out. No significant component changes were observed in the base material, the seal-like shield, and the content essential oil.

[Example 3]
A base plate in which a total of 224 holes, 14 in the vertical direction and 16 in the horizontal direction in the vertical and horizontal directions, with a total of 224 through holes having a radius of 0.75 mm, are formed on an aluminum plate having a length of 80 mm, a width of 120 mm, and a thickness of 2 mm; A shield made of a releasable polyurethane adhesive layer and an aluminum layer arranged so as to cover the vicinity, and a perforation installed so as not to intersect the through-hole and to be a rectangle of 40 mm in length and 60 mm in width and divided into four equal parts The separation part which consists of, and the container which consists of were prepared. The container is separated into four containers from the container separation part, and a laser plate is used to cut through holes with a radius of 0.75 mm on a 40 mm long, 60 mm wide, 2 mm thick aluminum plate in a vertical and horizontal direction at 7 mm by 8 mm. A container comprising 56 base materials, a releasable polyurethane pressure-sensitive adhesive layer disposed so as to cover the vicinity of the mouth of the through hole, and an aluminum layer was prepared. The base material and the shielding body were separated by peeling off the shielding body of the container separated into four. 5 ml of fennel essential oil is dropped on a petri dish, the base material and the essential oil are gently brought into contact with each other, and the essential oil is injected into the pores composed of through holes. Sealed with. Next, the base material was taken out from the essential oil, turned over and scraped off the essential oil remaining on the base material with a fluorine-processed blade, and then sealed with another sheet of the shield. Three days later, both of the sealed shields were opened, the content essential oil of the base material was taken out in another petri dish, and the amount of liquid was measured with a pipette. As a result, 0.18 ml of fennel essential oil could be taken out. No significant component changes were observed in the base material, the seal-like shield, and the content essential oil.

[Example 4]
A base plate in which a total of 204 pieces, 12 in the vertical direction and 17 in the horizontal direction, are placed so that the through holes having a radius of 0.25 mm are not connected to each other by laser processing on a PET plate having a length of 25 mm, a width of 30 mm, and a thickness of 5 mm; A container made of a releasable polyurethane pressure-sensitive adhesive layer and an aluminum layer disposed so as to cover the vicinity of the mouth of the through hole is prepared, and the base and the shield are removed by peeling the shield. Separated the body. 3 ml of rosewood essential oil was dropped on a petri dish, the essential oil was gently brought into contact with the base material and injected into the pores, and then sealed on the non-contact surface of the essential oil with the single shield. . Next, the base material was taken out from the essential oil, turned over and scraped off the essential oil remaining on the base material with a fluorine-processed blade, and then sealed with another sheet of the shield. Three days later, both of the sealed shields were opened, the essential oil content of the base material was taken out in another petri dish, and the amount of the liquid was measured with a pipette. As a result, 0.19 ml of rosewood essential oil could be taken out. No significant component changes were observed in the base material, the seal-like shield, and the content essential oil.

DESCRIPTION OF SYMBOLS 1 ... Base material 2 ... Fine pore 3 ... Separation part 4, 5 ... Seal-like shielding body 6a, 6b ... Oil-repellent sheet 7a, 7b ... Adhesive layer 8 ... Structure

Claims (6)

A base material having pores in which the part for storing the fragrance is a through-hole,
A container comprising a sealing shield laminated on the base so as to cover the pores. The container according to claim 1, wherein the pore has a radius of 0.5 mm to 10 mm. A base material having a plurality of pores in which the portion for storing the fragrance is a through-hole,
The container comprising a seal-like shield laminated on the base material so as to cover the pores, the separator further comprising a separation portion installed so as to partition the pores. The container according to either 1 or 2. 4. The container according to claim 3, wherein the total volume of the pores on the substrate divided by the separation part is constant. A fragrance, wherein the fragrance is stored in the pores of the container according to claims 1 to 4. The step of contacting or soaking the perfume with the pores of the substrate having pores in which the part for storing the perfume is a through hole;
Injecting perfume into the pores of the substrate by capillary action;
Separating the pores and the fragrance of the substrate;
Sealing with a sealing shield so as to cover the pores of the substrate;
The manufacturing method of the fragrance | flavor characterized by comprising.

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