JP7344007B2 - Discharge member for foamable content - Google Patents

Description

TECHNICAL FIELD The present invention relates to a discharge member for effervescent content, and particularly to a discharge member capable of discharging foam having a predetermined shape.

Patent Document 1 discloses a molding section including a molding passage that molds the foamable content supplied from the main body into a predetermined shape, and a discharge part that covers the molding passage from the outside and has a large number of fine passages. A dispensing member for effervescent content is disclosed. This discharge member can be formed into a predetermined shape by the foam passing through the molding part, and when the molding part and the discharge part expand and contract together due to the pressure of the contents, the inside of the discharge member is The remaining amount of contents can be reduced. This discharge member uses a film-like synthetic resin sheet for the molding part and a sponge-like soft porous material for the discharge part so that it expands under the pressure of the contents.

Patent Document 2 discloses a shaping head of a discharge member that has a shaping section made of a plate provided with a large number of shaping elongated holes. A diffusion chamber for foaming the contents is provided on the back side of the modeling section. The foam foamed in the diffusion chamber is molded into the shape by passing through the long forming hole, and a flower or the like can be expressed using the entire plurality of foams pushed out to the surface side of the modeling part.

Japanese Patent Application Publication No. 2017-218184 JP 2016-10919 Publication

In the discharge member of Patent Document 1, the discharge part and the molded part expand each time the contents are discharged, and since the discharge part is a sponge with uneven holes, the sponge is subjected to an uneven load and easily breaks. The shape of the foam is not stable. Furthermore, if the contents enter the gap between the molding part and the discharge part and dry and solidify, the pores may be clogged and molding may no longer be possible.

In the discharge member of Patent Document 2, the contents remain in the diffusion chamber on the back side of the modeling section, which tends to be unsanitary. Since the shaped part is detachable from the mounting part, the diffusion chamber can be cleaned by removing it, but this is complicated. In addition, a certain amount of pressure is required within the diffusion chamber in order to force the foam out of the molded elongated hole. Therefore, it is difficult to make the molded elongated hole wide in area.

It is an object of the present invention to provide a member for discharging foamed contents, in which the shape of the foam is stable even when used for a long period of time, problems such as clogging of the molded part are less likely to occur, and the contents are less likely to remain in the molded part. This is an issue.

The discharge members 13, 30, and 35 of the present invention are the discharge members 13 that are attached to a discharge container (aerosol container 11) filled with a foamable content C, and are attached to the valve 15 of the discharge container 11 to form a foam. a pedestal 16 having a passage 18a through which the foamable content C passes; molding passages 23, 23a, 23b arranged to block the passage 18a and molding the foamable content C into a predetermined contour; and molding passages 23, 23a therefor. , 23b, and a molded member 17 equipped with a liquid flow adjustment section 22a for regulating the flow of the foamable content C passing through the foamed contents C, and the liquid flow adjustment section 22a is characterized in that it has a mesh-like opening 28.

In such a discharge member 13, it is preferable that the molded member 17 is detachably attached to the base 16. Further, the molded member 17 has a cover 21 attached to the pedestal 16 and a liquid passage adjustment sheet 22 attached to the cover 21, a molded passage 23 is formed in the cover 21, and the liquid passage adjustment sheet 22 is attached to the cover 21. It is preferable that the sheet 22 is provided with a liquid flow adjustment section 22a. Furthermore, the molded member 17 has a cover 21 attached to the pedestal 16 and a liquid flow adjustment sheet 22 attached to the cover 21, and the liquid flow adjustment sheet 22 has molding passages 23a, 23b and liquid flow adjustment. Preferably, a portion 22a is formed. The molded member 17 may be a sheet (liquid flow adjustment sheet 22), and the molded member 17 may be attached to the base 16. Further, the molded member 17 has a cover 21 that is detachably attached to the pedestal 16, a liquid flow adjustment sheet 37 and a molded film 38 that are sandwiched between the cover 21 and the pedestal 16, and the molded film It is preferable that the molding passage 23 is formed in 38.

When the discharge member of the present invention is attached to a discharge container and the foamable content is discharged, the foamable content supplied from the discharge container passes through the shaping passage and is molded into a cross-sectional shape corresponding to the shaping passage. At this time, since the flow rate is adjusted by the liquid flow adjustment section, a three-dimensional foam can be formed in the molded shape. Since the liquid flow adjustment section has a mesh-like opening, it is difficult for foam to remain. Furthermore, it is highly breathable, hygienic, and less likely to cause problems such as clogging.

When the molded member is removably attached to the base, it is more hygienic because it can be removed and washed. Further, the molded member has a cover attached to the base and a liquid flow adjustment sheet affixed to the cover, a molded passage is formed in the cover, and a liquid flow adjustment part is formed in the liquid flow adjustment sheet. If provided, it is easy to mold the molding passage and the foamable content.

Furthermore, when the molded member has a cover attached to the pedestal and a liquid passage adjustment sheet affixed to the cover, and a molding passage and a liquid passage adjustment part are formed in the liquid passage adjustment sheet, The structure becomes simpler. When the molded member is a sheet and the molded member is attached to the base, manufacturing becomes easy. When the molded member has a cover that is detachably attached to the pedestal, a liquid flow adjustment sheet and a molded film that are sandwiched between the cover and the pedestal, and a molded passage is formed in the molded film. The foam can be shaped into the desired shape simply by replacing the shaping film. Moreover, since molded films can be manufactured by simply punching molding channels into the film, consumers can manufacture their own products of their choice.

FIG. 1A is a sectional view showing an embodiment of the discharge member of the present invention attached to an aerosol container, FIG. 1B is a partially cutaway plan view of the discharge member, and FIG. 1C is a schematic perspective view of the foam to be discharged. It is. FIG. 2 is an exploded perspective view of the discharge member of FIG. 1; FIG. 3 is a perspective view showing another embodiment of the molded member. FIG. 4A is an enlarged plan view showing an embodiment of the liquid flow regulating sheet according to the present invention, and FIG. 4B is a sectional view taken along the line IV-IV in FIG. 4A. It is a sectional view showing other embodiments of the discharge member of the present invention. FIG. 6A is a sectional view showing another embodiment of the discharge member of the present invention, FIG. 6B is a plan view of the discharge member, and FIG. 6C is a schematic perspective view of discharged foam. FIG. 7A is a sectional view showing still another embodiment of the ejection member of the present invention, and FIG. 7B is a partially cutaway plan view of the ejection member. It is a sectional view showing still other embodiment of the discharge member of the present invention. FIG. 9A is an enlarged plan view showing still another embodiment of the liquid flow adjustment sheet, and FIG. 9B is a sectional view taken along the line IX-IX in FIG. 9A. FIG. 7 is an enlarged plan view showing still another embodiment of the liquid flow adjustment sheet.

The aerosol product 10 shown in FIG. 1A includes an aerosol container (discharge container) 11 filled with a foamable content C, a shoulder cover 12 attached to the aerosol container 11, and a discharge member 13. The foamable content C consists of a stock solution and a liquefied gas. The aerosol container 11 has a known configuration consisting of a container body 14 having a bottom, a body 11a and a shoulder 11b, and an aerosol valve 15 that closes the top opening of the container body 14.

The aerosol valve 15 includes a mounting cup 15a clinched around the upper end opening of the container body 14, a housing 15b held by the mounting cup 15a, and a stem 15c inserted into the housing 15b so as to be vertically movable. and has. The shoulder cover 12 is secured to the outer periphery of the mounting cup 15a, and covers the shoulder 11b of the container body 14 and the gap between the container body 14 and the discharge member 13 to improve the appearance. The shoulder cover 12 can also be used to attach a cap that protects the discharge member 13. Although the container body 14 and the mounting cup 15a are illustrated as being made of metal, either or both may be made of other materials such as synthetic resin.

The discharge member 13 includes a pedestal 16 attached to the stem 15c, and a molded member 17 detachably placed on the pedestal 16. The pedestal 16 includes a cylindrical mounting part 18 that is mounted on the stem 15c, a disc-shaped upper wall 19 that extends from the upper end of the mounting part 18, and a cylindrical outer wall 20 that extends downward from the outer peripheral edge of the upper wall 19. It is equipped with A passage 18a is formed in the center of the mounting portion 18, communicating with the inside of the stem 15c and passing the contents therethrough, and a fitting hole 18b into which the stem 15c fits is formed in the lower part. A mortar-shaped concave surface 19b is formed on the upper surface of the upper wall 19, except for the area near the flattened outer periphery 19a.

In this embodiment, the molded member 17 includes a bottomed cylindrical cover 21 and a liquid flow adjustment sheet 22 attached to the upper surface 21a of the cover 21. The cover 21 includes a cylindrical peripheral wall 21b that fits around the outer periphery of the pedestal 16, and a circular upper wall 21c that covers the upper surface of the pedestal 16. The upper wall 21c has a thin plate shape, and a forming passage 23 is formed in the center thereof to form the outline of the foamable content C to be discharged or the foam F to be obtained. The thickness of the upper wall 21c is approximately 0.5 to 5 mm. In this embodiment, the molding passage 23 is a star-shaped opening that vertically penetrates the upper wall 21c, as shown in FIGS. 1B and 2. The cover 21 is made of thermoplastic resin such as polyolefin, polyamide, polyester, polyacetal, or the like.

The liquid flow adjustment sheet 22 is for adjusting the flow rate of the foamable contents, and in this embodiment, as shown in FIGS. 4A and 4B, the liquid flow adjustment sheet 22 includes a lower layer 25 in which a large number of wire rods 24 are arranged at equal intervals, and It is a sheet having a rectangular or square through hole (opening) 28, which is made up of an upper layer 27 in which a large number of wire rods 26 arranged substantially at right angles on the upper side are arranged at equal intervals. The wire rods 24 of the lower layer 25 and the wire rods 26 of the upper layer 27 are both made of thermoplastic resin, and are thermally welded at their intersections to form a net shape. However, the wire 24 of the lower layer 25 and the wire 26 of the upper layer 27 may be braided into a net. It can also be obtained by welding or braiding metal wires. Furthermore, a large number of rectangular or circular holes may be formed in a synthetic resin or metal sheet using a press or the like, or may be formed by drilling or cutting using a laser cutting machine.

As the thermoplastic resin constituting the wire rods 24 and 26, polyolefin, polyamide, polyester, polyacetal, fluororesin, etc. are used. The spacing between the wire rods 24 and 26, that is, the fineness of the mesh, varies depending on the hardness and viscosity of the foam to be formed, the required fineness, etc., but for example, about 20 to 150 mesh is used. Approximately 30 to 120 mesh is preferable. The thickness of the wire rods 24 and 25 is preferably about 0.04 to 0.5 mm, particularly about 0.05 to 0.4 mm. The average thickness of the liquid flow regulating sheet 22 is preferably about 0.08 to 1 mm. One side (opening) or inner diameter of the through hole 28 is preferably about 0.05 to 0.5 mm, particularly about 0.08 to 0.4 mm. The aperture ratio of the liquid flow adjustment sheet 22 is, for example, about 25 to 65%, and particularly preferably 30 to 60%. If the porosity is too high, the speed of liquid passing through the foam will be insufficiently controlled, and if the porosity is too low, the speed of passing the foam will be slow, making it difficult for the user to use the foam, as the user will have to wait.

The liquid flow adjustment sheet 22 has the same shape as the top surface 21a of the cover 21, and is circular so as to cover the entire top surface 21a of the cover 21, as shown in FIGS. 1B and 2. A peripheral portion of the liquid flow adjustment sheet 22 (region R in FIG. 2) is joined to the upper surface 21a of the cover 21. When the cover 21 is made of thermoplastic resin, the liquid flow adjustment sheet 22 can be welded to the upper surface 21a of the cover 21.

For welding, ultrasonic welding, hot plate welding, high frequency welding, laser welding, etc. are used. When welding the liquid permeation adjusting sheet 22 to the cover 21, it is preferable to use the same material because bonding properties will be high. It can also be attached with adhesive. In addition to welding the upper layer 27 and the lower layer 25 to the cover 21, it is also possible to weld the lower layer 25 to the cover 21 and then weld the upper layer 27 thereon.

The area of the liquid flow adjustment sheet 22 that overlaps with the molded passage 23 of the cover 21 is the liquid flow adjustment portion 22a. Since the other portion 22b is covered by the upper surface 21a of the cover 21, the liquid flow adjustment function is not performed. Therefore, as shown in FIG. 3, the entire portion of the liquid flow adjustment sheet 22 that contacts the upper surface 21a of the cover 21 (the other portion 22b) may be welded to the cover 21. Alternatively, the liquid flow adjusting sheet 22 may be cut into a shape that is approximately the same as the molding passage 23 and larger by the amount of the attachment margin, and then attached.

In addition to being attached to the upper surface 21a of the cover 21, the liquid flow adjustment sheet 22 may be attached to the lower surface 21d as shown in FIG. In this case, the periphery of the liquid flow adjustment sheet 22 is sandwiched between the upper wall 21c of the cover 21 and the pedestal 16, so there is no need for welding. Also in this embodiment, the portion of the liquid flow adjustment sheet 22 that corresponds to the molding passage 23 is the liquid flow adjustment portion 22a.

When the discharge member 13 configured as described above is attached to the stem 15c of the aerosol product 10 shown in FIG. The object is discharged, passes through the passage 18a of the pedestal 16, and comes out on the upper surface side of the pedestal 16. The foamable content that has come out expands along the mortar-shaped concave surface 19b while foaming under atmospheric pressure, and the formed foam passes through the molding passage 23, passes through the passage adjustment part 22a, and comes out. . At that time, the foam F is molded into the shape of the contour of the molding passage 23.

Note that when the foam F passes through the through hole 28 (see FIG. 4A) of the liquid flow adjustment section 22a, it is subjected to resistance from the mesh wires 24 and 26. Therefore, the entire flow velocity is adjusted without being discharged as a liquid, and the star-shaped three-dimensional foam F of the forming passage 23 remains on the upper surface of the liquid passage adjustment part 22a, and this state is maintained for a while. (See Figure 1C). The user scoops up the Foam F with his hands or fingers and uses it to wash his face, hands, etc.

The foamable content C to be filled in the aerosol container 11 includes a stock solution consisting of a solvent containing a surfactant and an active ingredient, and a liquefied gas.

The surfactant is used for the purpose of forming a foam by vaporizing liquefied gas when the foamable content is discharged. Examples of the surfactant include nonionic surfactants, amphoteric surfactants, anionic surfactants, cationic surfactants, silicone surfactants, amino acid surfactants, and the like.

The solvent contains a surfactant, an active ingredient, and the like, and is foamed by the surfactant and liquefied gas to form a foamy liquid film. Examples of the solvent include aqueous solvents such as water and alcohol, and oily solvents such as ester oil and fats and oils.

The active ingredient is contained in the foam formed on the discharge part and exerts its effect by evaporating from the foam, or it exerts its effect when the foam is applied to the human body, such as the skin or hair, or the target object. Examples include those that are effective when applied to the skin. Active ingredients include fragrance ingredients such as fragrances, deodorizing ingredients, sterilizing ingredients, cleaning ingredients, moisturizing ingredients, anti-itch ingredients, astringent ingredients, sunscreen ingredients, cooling ingredients, antiperspirant ingredients, styling ingredients, treatment ingredients, and hair dyeing ingredients. ingredients, insecticidal ingredients, pest repellent ingredients, etc.

Myristin is added to the stock solution for the purpose of adjusting the hardness and elasticity of the foam, improving the moldability when passing through the molding passage 23, and the shape retention of the foam discharged onto the liquid flow adjustment sheet 21. Higher fatty acids such as acids, saponified products thereof, higher alcohols such as cetanol, water-soluble polymers such as gelatin, hydroxyethyl cellulose, hydroxypropyl starch phosphate, etc. may be added.

The liquefied gas is a liquid having a vapor pressure in the aerosol container 11, and is filled together with the stock solution to form an aerosol composition (foamable content). The liquefied gas is contained in the foamable content supplied from the container body 14 when the aerosol valve 15 is opened, and is passed through the forming passage 23 and the liquid flow adjustment section 22a to form a foam in a predetermined shape. Examples of the liquefied gas include liquefied petroleum gas such as propane, normal butane, isobutane, and mixtures thereof, dimethyl ether, hydrofluoroolefins, and mixtures thereof.

The effervescent content is such that the stock solution is 60 to 98% by mass and the liquefied gas is 2 to 40% by mass, and further, the stock solution is 70 to 97% by mass and the liquefied gas is 3 to 30% by mass. preferable. If the liquefied gas is less than 2% by mass, it will be difficult to pass through the liquid passage adjustment section 22a, and if the liquefied gas is more than 40% by mass, the density of the foam formed will be small when passing through the liquid passage adjustment section 22a. The shape of the bubbles tends to collapse. In addition, the foam formed on the liquid flow adjustment sheet 22 will further foam and its shape will become more likely to collapse. In addition, carbon dioxide gas, carbon dioxide gas, etc. Compressed gases such as nitrogen oxide and nitrogen may also be blended.

In particular, it is preferable to use a material that has a firm foam quality because it is easy to mold in the molding passage 23 and is difficult to collapse when passing through the liquid flow adjustment section 22a, making it easy to obtain a foam with a desired shape. Examples of such foamable contents include those consisting of an anionic surfactant, a cationic component, an aqueous stock solution containing a polyhydric alcohol and water, a liquefied gas, and a compressed gas.

In the discharge member 13 of FIG. 1A, a molded passage 23 is formed in the upper wall 21c of the cover 21, but as in the discharge member 30 shown in FIGS. 6A and 6B, a molded passage 23a is formed in a part of the liquid flow adjustment sheet 22. , 23b can also be formed. In this embodiment, the periphery 22c of the liquid flow adjustment sheet 22 is a fixed part that is welded to the cover, and the approximately circular annular region 22d near the center is a closed part (hereinafter referred to as closed part 22d) through which neither liquid nor foam passes. As a result, the unclosed portions, ie, the central circular portion 23a and the annular portion 23b, become molding passages.

Such a closing portion 22d can be formed by crushing the wire rods 24 and 26 shown in FIGS. 4A and 4B by heat processing or the like. Note that a liquid-impermeable film can also be attached to form a closed part. A liquid-impermeable film may be interposed between the upper layer 27 and the lower layer 25 in FIG. 4B. On the other hand, the cover 21 is formed with an opening 32 larger than the molding passage (annular portion 23b). In this case, the cover 21 simply supports the liquid flow adjustment sheet 22 and functions as a support member for detachably attaching it to the base 16. However, the opening 32 formed in the cover 21 and the closing portion 22d formed in the liquid flow adjustment sheet 22 may be combined to form a molding passage.

In this discharge member 30, when the aerosol valve 15 is operated to discharge the foam, a three-dimensional foam is formed by combining a thin cylindrical foam Fa in the center and a cylindrical foam F2 around it, as shown in FIG. 6C. Form F can be obtained. The closing portions 22d may be provided all together in a predetermined range or may be scattered. In that case, the amount of foam F is large and the height is high in the region where the density of the closing portion 22d is low (the region where the density of through holes is high), and the amount of foam F is small in the region where the density of the closing portion 22d is high. Height decreases. By gradually changing the density, a three-dimensional shape with gradation can be obtained.

In the discharge member 35 shown in FIGS. 7A and 7B, the cover 21 in the embodiment shown in FIGS. 1A and 6A is omitted, and the liquid flow adjustment sheet 22 provided with the closing portion 22d is directly joined to the base 16. In this embodiment, the liquid flow adjustment sheet 22 provided with the closing portion 22d is a molded member, and the portion other than the closing portion 22d acts as a molding passage. Since this discharge member 35 has few parts, it is easy to manufacture and costs are reduced. The shape of the foam that can be molded is similar to that of the discharge member 30 in FIGS. 6A and 6B.

In the discharge member 36 shown in FIG. 8, a liquid flow adjustment sheet 37 and a molded film 38 are stacked and arranged between the cover 21 and the base 16. The liquid flow adjustment sheet 37 is entirely a mesh sheet. As such a mesh sheet, the one shown in FIG. 4A can be used, or a commercially available mesh sheet punched out into a circular shape can be used. The forming passage 23 passes through the forming film 38 . As the molded film 38, a film or sheet made of synthetic resin such as polyethylene, polypropylene, polyvinyl chloride, polyethylene terephthalate, polycarbonate, polystyrene, polyacrylonitrile, polyamide, etc. and having a thickness of about 0.1 to 2 mm can be used. On the other hand, the lower end of the cover 21 is provided with an undercut 39 that engages with the lower end of the base 16. With this undercut 39, the cover 21 can be attached to and removed from the base 16, and the molded film 38 and the liquid flow adjustment sheet 37 can be replaced. Therefore, the user can form the molding passage 23 in the desired shape in the film and discharge the foam in the desired shape. Furthermore, by replacing the liquid flow adjustment sheet 37, it is possible to adopt a mesh with a desired coarseness. Although the liquid flow adjustment sheet 37 is usually stacked on the molded film 38, it may be stacked with the liquid flow adjustment sheet 37 on the lower side.

In the liquid flow adjustment sheet 22 in FIG. 4A, a group of wire rods 24 arranged in the same direction is defined as a lower layer 25, and a group of wire rods 26 intersecting these is defined as an upper layer 27, but the liquid flow adjustment shown in FIGS. 9A and 9B is In the sheet 40, a group of wire rods 41 extending in one direction and a group of wire rods 42 intersecting the wire rods 41 are braided. That is, the wire rods 41 extending in one direction alternately pass above and below the intersecting wire rods 42, and the wire rods 42 extending in the other direction also pass alternately above and below the wire rods 41 extending in one direction. It is woven. Such a knitted liquid flow adjustment sheet 40 exhibits the effect that it is difficult to deform when the foamable contents pass through it and has a high adjustment effect.

The liquid passage adjustment sheet 22 in FIG. 4A and the liquid passage adjustment sheet 40 in FIG. 9A both have square-shaped through holes 28. On the other hand, the liquid flow adjustment sheet 43 shown in FIG. 10 has a through hole 44 in the form of an elongated slit. For example, the longer opening x is 100 to 120 μm, and the shorter opening y is 20 to 40 μm. In this case, since the through hole 44 is narrow, the molding passage (for example, reference numeral 23 in FIG. 8) of the molding film or the like is hardly visible from the outside. Therefore, the user can enjoy the ejection of foam with an unpredictable and unexpected shape. However, since the through holes 44 are three-dimensional, there is no problem with the passage of the foam.

The liquid flow adjustment sheet 43 shown in FIG. 10 is made by knitting together a normal wire rod 45 with a circular cross section and a deformed wire rod 47 having a deformed cross section with a bulge 46 in the middle. In the narrow direction of the slit, the deformed wire rods 47 are closely packed, and in the wide direction, the regular wire rods 45 are spaced apart. The bulge 46 suppresses displacement and maintains the shape of the slit-like through hole 44.

Although the preferred embodiments have been described above, the ejection member of the present invention is not limited to these, and various changes can be made without departing from the spirit of the invention. For example, in the embodiment described above, the discharge member is not provided with an operating lever, but the pedestal or cover may be provided with an operating lever that protrudes laterally. Although the aerosol container 11 is used as the discharge container in the embodiment, it may be a container whose contents are discharged by a pump.

10 Aerosol product C Foaming content 11 Aerosol container 11a Body 11b Shoulder 12 Shoulder cover 13 Discharge member 14 Container body 15 Aerosol valve 15a Mounting cup 15b Housing 15c Stem 16 Pedestal 17 Molded member 18 Mounting part 18a Passage 18b Fitting hole 19 Upper wall 19a Near outer periphery 19b Concave surface 20 Outer wall 21 Cover 21a (of the cover) Upper surface 21b Peripheral wall 21c Upper wall 21d Lower surface 22 Liquid flow adjustment sheet R (joined to the cover) region 22a Liquid flow adjustment portion 22b Other parts 22c Surroundings ( Fixed part)
22d Annular region (closed part)
23, 23a, 23b Molding passages 24, 26 Wire rod 25 Lower layer 27 Upper layer 28 Through hole 30 Discharge member 32 (of cover) Opening F, Fa, Fb Form 35 Discharge member 36 Discharge member 37 Liquid flow adjustment sheet 38 Molded film 39 Undercut 40 Liquid flow adjustment sheets 41, 42 Wire rod 43 Liquid flow adjustment sheet 44 Through hole 45 Ordinary wire rod 46 Bulge 47 Deformed wire rod x, y Opening

Claims (6)

A discharge member attached to a discharge container filled with foamable content,
a pedestal attached to the valve of the dispensing container and having a passageway through which the foamable content passes;
The molding member includes a molding passage that is arranged to block the passage and that molds the foamable content into a predetermined contour, and a liquid flow adjustment part that adjusts the flow of the foamable content that passes through the molding passage. ,
The molded member has a plate-shaped upper wall of a cover attached to a pedestal , and a liquid flow adjustment sheet affixed to the upper or lower surface of the upper wall or sandwiched between the upper wall and the pedestal ,
the molded passage is formed in the center of the upper wall;
A range of the liquid flow adjustment sheet that overlaps with the molding passage is a liquid flow adjustment portion having a mesh-like opening.
Discharge member. The discharge member according to claim 1, wherein the molded member is detachably attached to the base. The molded member has a cover attached to the pedestal, and the liquid flow adjustment sheet affixed to the cover,
The discharge member according to claim 1 or 2, wherein the molding passage is formed in the upper wall of the cover. A discharge member attached to a discharge container filled with foamable content,
a pedestal attached to the valve of the dispensing container and having a passageway through which the foamable content passes;
The molding member includes a molding passage that is arranged to block the passage and that molds the foamable content into a predetermined contour, and a liquid flow adjustment part that adjusts the flow of the foamable content that passes through the molding passage. ,
The liquid flow adjustment section has a mesh opening,
The molded member has a cover attached to the pedestal and a liquid flow adjustment sheet affixed to the cover,
A discharge member in which a molded passage and a liquid passage adjustment portion are formed in the liquid passage adjustment sheet. A discharge member attached to a discharge container filled with foamable content,
a pedestal attached to the valve of the dispensing container and having a passageway through which the foamable content passes;
The molding member includes a molding passage that is arranged to block the passage and that molds the foamable content into a predetermined contour, and a liquid flow adjustment part that adjusts the flow of the foamable content that passes through the molding passage. ,
The liquid flow adjustment section has a mesh opening,
A discharge member in which the molded member is a sheet, and the molded member is affixed to the pedestal. A discharge member attached to a discharge container filled with foamable content,
a pedestal attached to the valve of the dispensing container and having a passageway through which the foamable content passes;
The molding member includes a molding passage that is arranged to block the passage and that molds the foamable content into a predetermined contour, and a liquid flow adjustment part that adjusts the flow of the foamable content that passes through the molding passage. ,
The liquid flow adjustment section has a mesh opening,
The molded member has a cover that is detachably attached to the pedestal, and a liquid flow adjustment sheet and a molded film that are sandwiched between the cover and the pedestal,
A discharge member, wherein a shaping passage is formed in the shaping film.

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