JP2002362655A - Aerosol type foam-like article discharging container - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a foam-like article discharging container wherein a foam-like solution remaining in a nozzle is prevented from flowing out from the opening end of the nozzle for the aerosol type foam-like article discharging container. SOLUTION: For a spout 2, a pressing section 2h is provided at the upper end of a jetting nozzle fitting section 2f. In this case, the jetting nozzle fitting section 2f is rockably connected with a flange section 2c which is connected with the cylindrical peripheral wall section 2a. The cylindrical peripheral wall section 2a is fitted on an aerosol container main body 1. Then, such a spout 2 is fitted on the upper end section of the aerosol container and fixed in such a manner that a stem 5 can be pressed. At the same time, in the fitting section 2f of the spout 2, a jetting nozzle 3 is fitted. In this case, for the jetting nozzle 3, a valve rod 7 is provided in the jetting nozzle in such a manner that the valve rod 7 may close the nozzle opening by an urging spring 8. Thus, the stem 5 is lowered through the pressing section 2h by a pressing piece 3a which is provided on the jetting nozzle and the pressure of the foam- like jetted liquid, the valve rod 7 in the jetting nozzle opens by resisting to the spring, and the discharge becomes possible. When the discharge is stopped, and the stem 5 is raised, the valve rod 7 returns and closes the jetting nozzle for this aerosol type foam-like article discharging container.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an aerosol-type dispensing container for ejecting a liquid material contained in a hollow container in a foamy state, and more particularly to a liquid content contained in the container. The present invention relates to an aerosol-type foam dispensing container in which objects are mixed by a sealed gas to be foamed and ejected.

[0002]

2. Description of the Related Art Conventionally, hair styling agents and other liquid cosmetics, shaving creams for shaving, soaps and bactericides for face washing and hand washing, are used after forming the solution into small bubbles. Because of their high efficiency and efficiency, foamed out of these solutions contained in a hollow container has been conventionally used in the form of a so-called mousse product. These mousse products are prepared by mixing pressurized air and other gases with the various solutions contained in the hollow container and forming a foam from the ejection nozzle of the injection device attached to the mouth and neck of the hollow container. It is common to pour out.

[0003] As a method of pressurizing, foaming and discharging various solutions contained in a hollow container, Japanese Utility Model Publication No.
As seen in JP-A-3-2119 and JP-A-63-74482, a pressurizing piston is pushed by pressing a jet head of a pouring device attached to the mouth and neck of a hollow container containing a solution. An injection pump type that moves vertically and mixes gas and liquid in a pressurized cylinder and ejects it in the form of a foam from an injection nozzle, and Japanese Utility Model Laid-Open No. 63-9249 and Japanese Utility Model Laid-Open No. 3-110186. As can be seen, an aerosol type in which a jet head fitted to the upper end of a stem protruding from the mouth and neck of a hollow container containing a solution is pressed to be jetted in a foam by the pressurized gas filled therein. They are roughly divided into

[0004] In the spout container having the above-mentioned structure, in which the inner solution is foamed and spouted, after the solution is spouted, the pressing operation of the jet head is released and the discharge valve is closed. Therefore, there is a drawback that bubbles are not easily removed after the solution is jetted out in a foam state, and bubbles are slowly and gradually generated from the opening at the tip of the injection nozzle for a while. The reason is that the discharge valve is opened by the pressing operation of the ejection head part, and the foamed solution passes through the nozzle or the stem in the pressurized state, so that the gas remains even after the discharge valve is closed. It is considered that bubbles in the nozzle and stem are pushed out due to residual pressure and expansion.

[0005] Therefore, in the above-described dispensing container, bubbles leaked after the dispensing adhere to the nozzle opening and become unsightly, or dust adheres and mixes with the next ejected liquid. There is a danger that, depending on the type of internal solution, the one remaining at the nozzle opening may contact the air to solidify or deteriorate, so in order to eliminate such drawbacks, A troublesome work of wiping and removing bubbles attached to the nozzle opening had to be taken. In view of the above, an injection device has been devised which eliminates the above-mentioned disadvantages and has a structure in which the ejection of bubbles from the nozzle openings is stopped simultaneously with the rise of the stem and the injection nozzle due to the release of the pressing operation of the injection head. ing.

[0006] Under such circumstances, an aerosol-type foam dispensing container has been used for a dispensing container for dispensing an internal solution in a foam form because of its simple use, and particularly a cosmetic dispenser. Although it is often used for fuel containers, in such an aerosol type foam pouring container, the opening is closed so as to prevent leakage of foamy liquid from the opening of the ejection nozzle after pouring. Various types have been proposed, such as those disclosed in Japanese Utility Model Laid-Open Nos. 62-164964, 63-28156, 4-44194, and the like.

As means for preventing the foamy liquid from leaking from the opening of the nozzle in the above-mentioned conventional aerosol-type foam-like dispensing container, when the pressing force of the ejection head is released, the foaming liquid is restored by a restoring elastic force. Various closing mechanisms for immediately closing the opening are provided in the nozzle. For example, as shown in FIG. 5, the central part of the top wall (mountain cup) 34 of the aerosol-type foam-like pouring container main body 31 composed of a well-known pressure-resistant container capable of being filled with a pressurized gas, is vertically moved. And a housing 36 having a discharge valve 35a and a spring 37 for urging the stem upward at a lower end of the stem. The housing has a suction pipe. 38 and vent 36
a is formed so as to be capable of mixing and foaming, and is formed into an aerosol-type foam dispensing container in which an injection nozzle is pressably fitted to the tip of the stem and fixed.

The injection nozzle has a pressing operation member formed by attaching an opening sealing member 32c made of a soft material to the upper end of the discharge nozzle 32a of the inner nozzle member 32 and forming a pressing portion 32d at the lower end. It is slidably fitted and fixed to the tip of the stem 35, and is formed by attaching an outer nozzle member 33 to the inner nozzle member 32 in a cap shape. The injection nozzle is formed by the soft material 32c at the tip of the discharge nozzle 32a.
The lower end of the outer nozzle member 33 formed so as to be able to close the third opening 33a is fitted and fixed to the winding part 34a of the container body 31 so as to be capable of jetting.

[0009] The foamy dispensing container formed as described above,
When the pressing portion 32d of the operating member is pressed, the operating portion descends and pushes down the stem 35 with the portion in contact with the lower surface of the flange-like wall 33c of the outer nozzle member 33 as a fulcrum, so that the upper end of the discharge nozzle 32a of the inner nozzle member 32 32
The soft sealing member 32c of b is separated from the opening 33a of the outer nozzle member 33, and the injection nozzle is opened. Stem 3
5 is pushed down and the injection nozzle is opened, and at the same time the discharge valve 35a is opened, so that the solution in the container is pushed up from the suction pipe 38 into the housing 36, and at the same time, is mixed with the pressurized gas flowing from the ventilation hole 36a. Porous material 36b
Through the inner nozzle member 3
It is jetted from the opening 33a of the outer nozzle member 33 through the second outlet 32e.

[0010] In this way, when the operation of discharging from the container is completed and the pressing force on the pressing portion 32d is released,
Since the stem 35 is pushed upward by the urging force of the spring 37 provided inside, the operating member integrally fitted with the stem 35 rises at the same time as the discharge valve 35a below the stem closes, and the inner nozzle member Since the outer peripheral surface of the soft sealing member 32c at the distal end portion 32b of the discharge nozzle 32a of the 32 nozzles is in close contact with the inner peripheral surface of the opening 33a of the outer nozzle member 33, the opening of the injection nozzle is completely closed. After the pouring operation is completed, the foamy solution remaining in the injection nozzle does not leak.

In the aerosol-type foam dispensing container having the above-described structure, the stem 35 is pushed down by pressing the pressing portion 32d of the operating member, so that the content liquid is easily foamed out. Also, by releasing the pressing force on the operating member after pouring, the opening 33a of the ejection nozzle is completely closed, and the leakage of the foamy solution remaining in the nozzle is prevented. It can be completely prevented. However, the closing mechanism of the nozzle opening in the dispensing container as described above has a slightly complicated structure,
There is a drawback that the manufacturing cost is high due to the large number of components, especially those with a soft sealing member at the tip of the inner nozzle may have good sealing performance, but fall off during use Because of the danger, the structure of the aerosol-type foam dispensing container equipped with a jetting head that is a little simpler in structure, has stability, can completely close the nozzle opening, and can be manufactured at low cost. Appearance is desired.

[0012]

DISCLOSURE OF THE INVENTION The present invention is directed to an aerosol-type foam dispensing container in which a foamable solution contained in an aerosol container is foamed and ejected, and the internal solution is poured out and used. Later, in order to constitute a foamed discharge container improved so that the foamy solution remaining in the ejection path does not flow out from the opening end of the ejection nozzle or is deteriorated by touching the outside air, Simultaneously with the release of the pressing force of the pressing operation on the pressing portion of the ejection head, the nozzle opening is formed into a structure that can be completely closed, and the ejection nozzle is easy to assemble and can be manufactured at low cost. The present invention provides an aerosol-type foam dispensing container provided with an ejection nozzle which is formed in such a simple structure, has good operability in use, and has good bubble elimination.

[0013]

SUMMARY OF THE INVENTION The present invention relates to an aerosol type foam dispensing container for foaming a foamable solution contained in an aerosol container and ejecting the foamed solution. The lower end of the spout ejection path formed so that the stem can be pressed is fitted to the upper end of the stem that stands up through the spout, and the lower end of the spout is formed so as to be able to be ejected by being fitted to the tightened portion of the top wall. Further, a spout nozzle provided with a valve rod for closing the nozzle port so as to be able to advance and retreat by a spring is fitted to a nozzle mounting portion provided at an upper end portion of the spout spouting path, and a pressing member provided on a side surface of the spout nozzle. The stem pressing part of the spout is formed so as to be able to be pressed by the piece, and the stem is lowered by pressing the pressing piece of the jetting nozzle, so that the inner solution is jetted in a bubble shape, and at the same time, the valve stem is pushed up and the nozzle port is pushed up Opens By configuring urchin, pouring foam solution after operation to form a foam dispensing container the aerosol it possible to prevent the outflow from the open end of the ejection nozzle.

[0014]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS A stem 5 slidably protruding from a top wall 6 of an aerosol container from which an internal solution is foamed and poured out.
The lower end has a shoulder portion 1a of the aerosol container and a tightening portion 6
a spout comprising a fitting peripheral wall portion 2a, 2b fitted and fixed to a, and a nozzle fitting portion 2f, which is swingably connected to the fitting peripheral wall portion via a flange portion 2e to form an ejection path. 2
The spout nozzle 3 provided with a valve rod 7 for closing the nozzle port 3f so as to be able to advance and retreat by a spring 8 is fitted into the nozzle fitting portion 2f of the spout 2 and the inner solution of the spout 2 is fitted. To form an aerosol-type foam-like dispensing container configured to be able to pour in a foam.

When the foam-like pouring container formed as described above is placed on a table or held in a hand and a pressing piece 3a provided on the side surface of the ejection nozzle 3 is pressed with a fingertip, the pressing portion 2h is pressed down, The stem 5 descends and the inner solution becomes foamy and spouts vigorously, and is ejected from the nozzle port while pushing up the valve rod 7 against the force of the spring 8, so that it is received on the palm and used. be able to. Then, when the foaming liquid is poured out by a necessary amount and the pressing operation on the pressing piece 3a is released, the stem 5 is raised by the urging spring in the housing provided at the lower end, and the discharge valve is closed, At the same time as the injection of the foamy liquid stops, the valve rod 7 returns to the original position by the restoring force of the spring 8, closes the opening 3f of the nozzle, and prevents the foamy liquid remaining in the nozzle from flowing out. .

[0016]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An aerosol foam dispensing container according to the present invention will be described below with reference to the drawings based on one optimal embodiment. As shown in FIG. 1, a stem of the present invention is slidably protruded from an open end of a pressure-resistant pouring container main body 1 made of a metal can or the like containing a foamable pourable solution. A spout 2 formed so as to be able to press the stem is fitted to the upper end portion of a container formed by winding and sealing the formed mountain cup, and is fixed so that it can be ejected. In an aerosol foam injection container formed by fitting a jet nozzle 3 formed so as to close a nozzle opening by providing a valve rod which can be advanced and retracted by an urging spring, a side wall surface of the jet nozzle 3 The spout 2 is pressed by pressing a pressing piece 3a provided on the
The aerosol-type foam dispensing container in which the stem is pushed down by the pushing portion of the spout 2 by pushing down the pushing portion of the spout 2 so that the internal solution can be foamed and poured.

The spout used in the present invention is, as shown in FIG.
a and a fitting peripheral wall portion 2b which is vertically attached to a lower surface of an outer flange portion 2c inwardly connected to the peripheral wall portion and which fits into a tightening portion 6a of the mountain cup 6.
A nozzle fitting portion 2f which is swingably connected to an inner flange portion 2e formed from the outer flange portion 2c to form a discharge passage of a foamy liquid, and a nozzle fitting portion; And a stem fitting portion 2g formed at the bottom of the stem. And, in the recess of the stem fitting portion 2g,
A locking projection 2k for pressing the tip of the stem 5 so as to be pressed is provided.
If you have a structure that is slightly different from the bottom of the
The pressing operation can be simplified.

The jet nozzle 3 described above, which is a feature of the present invention, is formed such that the lower end 3d of the nozzle is fitted into the recess of the nozzle fitting portion 2f provided on the spout 2 so as to be in close contact therewith. An annular locking projection 3e is formed on the inner peripheral surface of the nozzle so as to lock the valve rod 7 and the biasing spring 8 provided therein so as not to fall off. , Spout 2 nozzle fitting portion 2f
A flange 3c that locks on the upper end surface and a pressing piece 3a that presses the spout 2 protrude, and engages with an engaging hole 2j formed on a lower surface of the pressing piece in a pressing surface 2h of the spout. The projection 3b is provided. As shown in FIG. 3, the valve stem 7 is formed in a substantially disk-shaped valve head 7b so as to be in close contact with the locking projection 3e of the nozzle and closed in an axially quadrant shape. One end of the formed cylindrical body 7a is connected, and annular projections 7c and 7d are formed on the outer peripheral surfaces of the intermediate part and the lower end part of the quarter-shaped cylindrical body 7a.

Then, the valve stem 7 formed as described above is press-fitted through the tip opening 3f of the ejection nozzle 3 to penetrate the annular locking projection 3e, and the valve stem is discharged from the ejection nozzle. Biasing spring 8 loaded in the lower part of the road
As shown in FIG. 2, the lower end of the spring 8 is locked by an annular projection 7 d provided on the outer peripheral surface of the lower end of the valve rod 7 so as not to come off.
The upper end of the valve rod is locked by a locking projection 3e provided in the discharge passage of the nozzle, and the valve rod 7 is mounted so as to be able to advance and retreat by an urging spring 8, and the opening of the nozzle is controlled by the head 7b of the valve rod. The ejection nozzle 3 whose part can be closed is formed. The jet nozzle 3 formed in this manner is used for the aerosol container body 1 containing various cosmetics and other foamable solutions.
The stem 5 is fitted to the upper end of the spout 2 so as to be able to be pressed, and is fitted to the nozzle fitting portion 2f of the spout 2 formed as a foam. The protective cap 4 is attached to the head of the dispensing container to obtain an aerosol foam dispensing container product as shown in FIG.

When using the aerosol-type foam dispensing container of the present invention formed as described above, it is necessary to remove the protective cap 4 from the container body and then place the dispensing container on a suitable table. As shown in FIG. 4, when the user presses the pressing piece 3 a provided on the side surface of the ejection nozzle with his fingertip, the pressing of the spout 2 engaged with the engaging projection 3 b on the lower surface of the pressing piece 3 a is performed. The surface 2h is pressed and descends. Then, as the pressing surface 2h provided on the upper end peripheral portion of the nozzle fitting portion 2f, which is connected to a part of the inner flange portion 2e of the spout 2 and is swingable, descends, The upper end of the stem 5 fitted in the stem fitting portion 2g formed on the bottom is pushed down by the locking projection 2k.

In this manner, when the stem 5 projecting from the mountain cup (top wall) 6 of the dispensing container body 1 is pressed down against a spring provided in a housing inside the container, Since the discharge valve provided at the lower end of the stem opens, the foamable solution contained in the container body is pressure-fed into the housing from the suction pipe by the pressurized gas, and is mixed with the pressurized gas to form a foam. Become a stem 5
Are spouted vigorously from the upper end of the nozzle, and are guided into the ejection nozzle 3 through the discharge path. The specific structure of these is the same as the known structure as shown in FIG. Therefore, detailed description is omitted.

As described above, the foamy solution jetted from the upper end of the stem 5 to the inside of the jet nozzle 3 is supplied to the valve rod 7 provided in the nozzle so as to close the opening. When it reaches the inside of the split tubular body 7a, as shown in FIG. 4, the valve stem is pushed upward against the spring which has been urged in the closing direction, and the tubular body 7a of the valve stem 7 is raised. Gap 7e
Through the disc-shaped valve head 7b and the inner peripheral surface of the nozzle 3 to be ejected to the outside from the opening 3f at the nozzle tip,
It is poured out on the palm etc.

In this way, when the pressing force against the pressing piece 3a is released after the necessary amount has been poured, the stem 5 is pushed up by the restoring force of the compression-deformed spring in the housing, and the stem 5 is pushed up. Since the discharge valve provided at the lower end is closed, the pressure of the foamy liquid that has been spouted into the nozzle vigorously and pushed up the valve rod 7 to open the nozzle was reduced, and was compressed by the ejection pressure. The valve spring 7 returns to the original state by the restoring action of the biasing spring, so that the valve head 7b of the valve rod 7 is again brought into close contact with the annular locking projection 3e and the ejection nozzle 3
Is completely closed.

In the aerosol-type foam dispensing container of the present invention, when the stem 5 is pressed by the pressing piece 3a, the discharge valve is opened, and the solution in the container is foamed and ejected. At the same time, the valve rod 7 is pushed up by the ejection pressure of the foamy liquid, and the nozzle opening is opened and discharged.
Conversely, when the pressing force is released, the stem 5 rises, the discharge valve is closed, and the ejection of the solution in the container in the form of bubbles stops, the valve rod 7 is simultaneously pushed down by the urging spring 8, and the nozzle Since the opening is closed, the foamy liquid remaining in the nozzle and the discharge path does not flow out from the tip of the nozzle port to the outside due to the trapped state.

As described above, according to the invention of the present application, the cylindrical spout 2 for pressing the stem 5 so as to be able to press the stem 5 on the upper end of the pouring container main body 1 is fitted to the cylindrical shoulder 1a. A cylindrical fitting peripheral wall which is vertically attached to a lower surface of a lower end peripheral wall portion 2a and a lower surface of an outer flange portion 2c formed inwardly from the upper end of the peripheral wall portion to be fitted and fixed to the winding portion 6a of the mountain cup 6. A portion 2b, a cylindrical wall 2d rising from the inner end surface of the outer flange portion, an inner flange portion 2e formed to be connected to the upper end of the cylindrical wall, and a portion 2m of the inner flange portion. The other part is provided with a slit 2n, and the other part is provided with a nozzle fitting cylinder part 2f formed so as to be able to swing and protrude to form a discharge path, and a pressing part 2h formed at an upper end part of the fitting cylinder part. A stem fitting portion 2 formed at the bottom of the fitting cylindrical portion.
g).

Therefore, the spout nozzle 3 having the above-mentioned structure is fitted to the spout 2 formed as described above, which is attached and fixed so as to be fitted to the stem 5 of the pouring container main body 1. When the pressed aerosol-type foaming container of the present invention is pressed, when the pressing piece 3a provided on the ejection nozzle 3 is pressed, the pressing portion 2h is pressed by the action of a lever having the connecting portion as a fulcrum, and the nozzle fitting is performed. Since the cylindrical portion 2f swings downward, the stem 5 is pushed down by the locking projection 2k of the stem fitting portion 2g provided at the bottom of the fitting cylindrical portion, and the internal solution can be easily poured out. .

In the embodiment described above, the ejection nozzle 3 fitted to the spout 5 fitted to the aerosol container so as to be capable of being ejected is used as the valve rod 7 for opening and closing the opening of the nozzle. The head 7b is formed by connecting a cylindrical body 7a formed in quadrants in the axial direction to the head 7b, and is mounted in the ejection nozzle so as to be able to advance and retreat by an urging spring. It is not limited to the one having such a configuration. A rod-shaped valve that can be pushed by the pressure of the foamy liquid that is vigorously ejected from the stem and compresses the urging spring to open the nozzle opening can be used. Since it is easy to receive the shape of a cylindrical body, a valve body is formed by connecting a cylindrical body of an appropriate size to the valve head, and an outlet for the foamy liquid is provided in the cylindrical body. At the same time, the biasing spring may be formed in a jet nozzle that can be jetted by using one that is strong enough to be compressed by the jet pressure.

[0028]

As described above, in the aerosol-type foam dispensing container of the present invention, when the pressing piece of the ejection nozzle fitted to the spout is pressed, the pressing portion of the spout is pressed by the action of the lever. Then, since the nozzle fitting cylinder moves downward and the stem is pushed down by the bottom projection, the internal solution can be easily poured out. Further, the invention of the present application is such that the ejection nozzle fitted to the spout is inserted into the urging spring mounted in the nozzle, so that the valve stem is inserted into the urging spring. The urging spring is locked between the locking projections and the valve stem whose nozzle opening is closed by the urging spring can be released by the foamy liquid ejected from the stem. The foamy liquid can be ejected from the nozzle by pressing the stem,
Further, by releasing the pressing of the stem, the nozzle opening is closed and the ejection of the foamy liquid is stopped, so that the outflow of the foamy liquid can be completely prevented. And the structure of the jet nozzle is
Since it can be simplified as compared with the conventional one, it is easy to assemble and it can be manufactured at low cost.

[Brief description of the drawings]

FIG. 1 is a perspective view showing an aerosol foam dispensing container of the present invention.

FIG. 2 is a partial cross-sectional view showing a spout and a jet nozzle in the foam-like pouring container shown in FIG.

FIG. 3 is a perspective view of a valve stem used for an ejection nozzle in the foam-like dispensing container shown in FIG.

FIG. 4 is a partial cross-sectional view of a spout and an ejection nozzle showing a state in which the foamed ejection container shown in FIG. 1 is used.

FIG. 5 is a partial cross-sectional view showing a jet nozzle of an aerosol foam dispensing container of a prior example.

[Explanation of symbols]

 1. Pour container body 2. Spout 2a. Fitting peripheral wall 2c. Outer flange 2e. Inner flange 2f. Nozzle fitting part 2g. Stem fitting part 2h. Pressing surface 2m. Connecting part 3. Spout nozzle 3a. Pressing piece 3c. Locking projection 3f. Nozzle opening 4. Protective cap 5. Stem 6. Mountain Cup 6a. Winding part 7. Valve stem 7a. Cylindrical body 7b. Valve head 7c. Annular projection 7e. Gap 8. Biasing spring

 ──────────────────────────────────────────────────続 き Continued on the front page F term (reference) 3E014 PA01 PB04 PD01 PE18 PF01 PF10 4F033 RA02 RB08 RC05 RC07 RC08

Claims (5)

[Claims] 1. An upper end of an ejection nozzle fitting portion which is swingably connected to a flange portion connected to a cylindrical peripheral wall portion fitted to an aerosol container and forms a cylindrically projected ejection path for ejected liquid. A spout provided with a pressing portion on the portion, a stem protruding from a top wall portion of an aerosol container capable of pouring out an inner solution into a foam, and a stem provided on a bottom portion of the nozzle fitting portion. The fitting part is fitted so that the stem can be pressed,
The spout nozzle is fitted and fixed to the upper end of the aerosol container, and the spout nozzle is fitted with a spout nozzle provided with a valve stem so as to close the nozzle opening by an urging spring inside the spout nozzle at the nozzle fitting portion. An aerosol-type foam formed by enabling the pressing portion to be pressed and moving the valve rod in the jet nozzle by the pressure of the foamy liquid jetted from the stem to be jettable. Dispensing container. 2. The spout comprises a lower peripheral wall portion in contact with a container shoulder of the aerosol container main body, an outer flange portion connected inwardly to the peripheral wall portion, and a winding portion vertically provided on a lower surface of the flange. A fitting peripheral wall portion to be fitted and an inner flange portion formed inwardly on the peripheral wall rising from the outer flange portion are swingably connected to form a discharge passage for ejected liquid projecting in a cylindrical shape. The aerosol type foam according to claim 1, wherein the nozzle fitting portion is formed with a pressing portion at an upper end portion and a stem fitting portion at a bottom portion. State dispensing container. 3. The spout nozzle fitting portion is configured such that a part of a cylindrical peripheral wall that protrudes and forms a discharge path for discharging a spouted liquid is connected to an inner flange portion of a spout, and is connected to the remaining peripheral wall portion. The aerosol-type foam dispensing container according to claim 1 or 2, wherein a slit is provided and formed to be swingable by a pressing operation. 4. The spouting nozzle is provided with a pressing piece for pressing the pressing portion of the spout below the middle of the outer peripheral surface and a flange portion in contact with an end face of the nozzle fitting portion. An engagement projection is provided on the lower surface to engage with an engagement hole provided in the pressing portion of the spout, and an engagement projection is provided on the inner peripheral surface near the nozzle opening so as to prevent the valve stem from falling off. The aerosol-type foam dispensing container according to claim 1, wherein the container is formed. 5. The ejection nozzle has a valve stem provided through an annular locking projection provided on an inner peripheral surface near an ejection port of the nozzle, and is inserted into a biasing spring mounted in the nozzle. At the same time, the lower end of the urging spring is engaged with the annular projection at the lower end of the valve stem, and the upper end of the spring is engaged with the engaging projection, thereby closing the nozzle opening of the valve stem. The aerosol-type foam dispensing container according to claim 1 or 4, wherein the container is formed so as to urge in a direction.