JP7202105B2 - foam dispenser - Google Patents

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a foam dispenser that pushes down a press head to drive a pump and eject foam content from an ejection port of the press head.

In recent years, when the contents housed in a container are discharged, there are some products in which a molded object having a predetermined shape is formed by the discharged contents. For example, in the ejection head disclosed in Patent Document 1, a molding wall located at the top is provided with a plurality of molding holes through which the contents pass, and the molding elements of the contents ejected from these molding holes are molded. By combining them on the surface of the wall, a predetermined modeled object (for example, one imitating a double flower such as a rose) is formed.

JP 2016-26962 A

By the way, in the ejection head of Patent Document 1, the modeled object formed by the modeling wall at the top is wiped with a hand or the like to be applied. In addition to being able to enjoy the shape of the molded object right up until just before applying it to the application destination, the ejected content can be applied to the application destination as it is.

SUMMARY OF THE INVENTION It is an object of the present invention to provide a foam dispenser in which the contents are molded into a predetermined shape on the palm of the hand, for example.

The present invention comprises a base cap mounted on the mouth of a container, a pump having an upwardly biased stem and held by the base cap to the mouth of the container, and a pump connected to the stem and downwardly oriented. and a pressing head that can be pressed toward the container, and by pressing the pressing head down, the pump is driven and the content contained in the container is foamed and ejected, wherein the pressing head is provided with the pressing head. has a stem connecting portion connected to the upper end of the stem on one end side, a nozzle on the other end side, and a pressing head main body portion having an internal passage through which contents fed from the stem pass. , has a nozzle connection portion connected to the tip of the nozzle on one end side and is provided downstream of the internal passage on the other end side, and extends radially outward at intervals in the circumferential direction. a discharge part having a plurality of discharge cylinders each forming a plurality of branch passages each having a discharge port for contents at the tip thereof, the discharge part having a relay cylinder part having the nozzle connection part on one end side; an upper discharge section connected to the other end of the relay cylinder section and having an upper discharge cylinder forming an upper part of the discharge cylinder; and a lower discharge section connected to the upper discharge part and forming a lower part of the discharge cylinder. and a lower discharge part comprising a cylinder.

Also, the present invention includes a base cap mounted on the mouth of a container, a pump having a stem biased upward and held by the base cap at the mouth of the container, and a pump connected to the stem. and a pressing head that can be pressed downward, and the pump is driven by pressing down the pressing head to foam and discharge the content contained in the container, the foam dispenser comprising: The pressing head has a stem connecting portion connected to the upper end of the stem on one end side, a nozzle on the other end side, and a pressing head body having an internal passage through which the contents fed from the stem pass. and a nozzle connection portion connected to the tip of the nozzle on one end side and provided downstream of the internal passage on the other end side, each extending radially outward at intervals in the circumferential direction. a discharge part having a plurality of discharge cylinders each forming a plurality of branch passages each having a discharge port for contents at a tip thereof, the discharge part having the nozzle connecting part on one end side and the discharge A foam dispenser composed of an upper discharge section with an upper discharge tube forming the upper part of the tube, and a lower discharge section with a lower discharge tube connecting to the upper discharge part and forming the lower part of the discharge tube. is.

It is preferable that the discharge portion has a bent portion that extends along the nozzle and then bends downward between the nozzle connection portion and the discharge cylinder.

Preferably, the discharge port is composed of an upper discharge port portion positioned at the tip of the upper discharge cylinder and a lower discharge port portion positioned at the tip of the lower discharge cylinder.

In the foam ejection container according to the present invention, when the palm of the hand is inserted under the pressing head and the pressing head is pressed down with the other hand, the contents are ejected from each of the ejection openings through the plurality of branch passages, and the inserted palm is ejected. Moreover, it is possible to form a modeled object having a predetermined shape according to the direction and length of the branch passage, as well as the number and size of the outlets. Therefore, it is possible to visually enjoy the modeled object on the palm until just before the application to the application destination, and the modeled object on the palm can be directly applied to the application destination. In addition, since the discharge ports are provided at the ends of the branched passages that are spaced apart in the circumferential direction and extend radially outward, the contents discharged from the respective discharge ports are less likely to overlap each other. there is Therefore, even if the ejected contents become easy to flow with the passage of time, the appearance of the molded object is unlikely to change, and the visually pleasing effect can be maintained for a long period of time.

1 is a cross-sectional side view showing a first embodiment of a foam dispenser according to the present invention; FIG. (a) is an arrow view along arrow A shown in FIG. 1, and (b) is an arrow view along arrow B. FIG. 1. (a) is sectional drawing by side view about the upper discharge part of FIG. 1, (b) is a bottom view. (a) is a plan view and (b) is a cross-sectional view of the lower discharge portion in FIG. 1 as viewed from the side. (a) is a diagram for explaining a state in which contents are discharged from the foam dispenser shown in FIG. 1, and (b) is a diagram for explaining an example of a modeled object discharged onto the palm of the hand. Fig. 4 is a cross-sectional side view of a second embodiment of a foam dispenser according to the present invention; (a) is an arrow view along arrow C shown in FIG. 6, and (b) is an arrow view along arrow D. FIG. 6(a) is a cross-sectional view in side view, and FIG. 6(b) is a bottom view. (a) is a plan view and (b) is a cross-sectional view of the lower discharge portion of FIG. 6 as viewed from the side. (a) is a diagram for explaining a state in which contents are discharged from the foam dispenser shown in FIG. 6, and (b) is a diagram for explaining an example of a modeled object discharged onto the palm.

First, a first embodiment of a foam dispenser according to the invention will be described with reference to FIGS. 1 to 5. FIG. In this specification and the like, the "upper" side and the "lower" side refer to a state in which the cylinder (reference numeral 10) is positioned downward and the pressing head (reference numeral 3) is positioned upward, as shown in FIG. direction.

The foam dispenser of this embodiment includes a base cap 1, a pump 2, and a pressing head 3, and is used by being attached to a bottle-shaped container 100. As shown in FIG.

The base cap 1 is attached to the mouth of the container 100 and holds the pump 2 against this mouth. The base cap 1 of this embodiment has a cover-covered cylindrical base cap body 1a having a through hole in the center. A tubular portion 1b having a cylindrical shape is provided on the upper portion of the base cap main body 1a. A female screw portion 1c is provided on the inner peripheral surface of the base cap main body 1a to be attached to the mouth portion. The mechanism for attaching the base cap 1 to the mouth portion is not limited to the female screw portion 1c, and may use, for example, an undercut.

As shown in FIG. 1, the pump 2 of this embodiment includes a cylinder 10, a pipe 11, a packing 12, a hollow piston 13, a poppet 14, a stem 15, a spring 16, a ball valve 17, an air piston 18, a check valve 19, It is composed of a holder 20 and a foam member 21 .

The cylinder 10 includes a small-diameter cylinder 10a located below and a large-diameter cylinder 10b connected to the upper end of the small-diameter cylinder 10a, and the small-diameter cylinder 10a and the large-diameter cylinder 10b are arranged in series. It constitutes the structure. A lower end portion of the small-diameter cylindrical body 10a is open, and a pipe 11 is connected to this opening. The upper end portion of the large-diameter cylindrical body 10b is configured to be fitted and held in the base cap 1. As shown in FIG.

The packing 12 has a donut shape and is inserted and held in the large-diameter cylinder 10b. The packing 12 is sandwiched between the mouth of the container 100 and the large-diameter cylinder 10b when the base cap 1 is attached to the mouth of the container, and closes the inside of the container 100 in a liquid-tight and air-tight manner.

The hollow piston 13 has a substantially cylindrical shape and is provided movably along the axis of the small-diameter cylinder 10a. The upper end portion of the hollow piston 13 is tapered radially inward. The lower end of the hollow piston 13 extends vertically and slidably contacts the inner peripheral surface of the small-diameter cylinder 10a.

The poppet 14 is roughly rod-shaped and is arranged inside the small-diameter cylinder 10a and the hollow piston 13 so as to be movable along the axis of the small-diameter cylinder 10a. The upper end of the poppet 14 expands upward in diameter, and normally contacts the upper end of the hollow piston 13 in a liquid-tight manner. A gap is formed with the upper end of the hollow piston 13 . The lower end of the poppet 14 is configured to close the opening at the lower end of the small-diameter cylinder 10a when moved downward.

The stem 15 has a cylindrical shape that is one size larger than the hollow piston 13, and the hollow piston 13 is inserted inside the lower end. A support wall 15a having a through hole in the center and supporting the ball valve 17 from below is provided inside the upper portion of the stem 15. As shown in FIG.

The spring 16 is spirally wound in this embodiment. Here, the spring 16 is arranged radially outside the poppet 14 and between the hollow piston 13 and the poppet 14 as shown in FIG. As a result, the hollow piston 13 is biased away from the poppet 14 .

The ball valve 17 has a spherical shape and normally moves downward under its own weight to come into contact with the support wall 15a over the entire circumference. It is something to do.

The air piston 18 includes an air piston main body 18a which abuts on the inner peripheral surface of the large-diameter cylinder 10b and is slidable along its axis. A cylindrical guide 18b surrounding the stem 15 is provided inside the air piston body 18a in the radial direction. Between the inner peripheral surface of the cylindrical guide 18b and the outer peripheral surface of the stem 15, a gap is provided through which air pressurized by the air piston main body 18a passes, as will be described later. An introduction port 18c for introducing air from the outside into the large-diameter cylinder 10b is provided at the connecting portion between the air piston main body 18a and the tubular guide 18b.

The check valve 19 is fitted and held on the outer peripheral surface of the cylindrical guide 18b. The check valve 19 opens and closes the introduction port 18c. Normally, the check valve 19 abuts against the back surface of the air piston main body 18a to close the introduction port 18c. The introduction port 18c is released by separating from the back surface of the air piston main body 18a.

The holder 20 has a substantially cylindrical shape and is fitted and held on the upper end of the stem 15 to prevent the ball valve 17 from coming off. A space (merged space) G is formed inside the stem 15 and between the support wall 15 a and the holder 20 . Further, a gap is provided between the inner peripheral wall of the stem 15 and the outer peripheral wall of the holder 20 to allow air to flow toward the confluence space G at the portion where the holder 20 is fitted and held by the stem 15 .

The foaming member 21 foams the contents and air passing through it. In the present embodiment, a mesh is provided on one side of a cylindrical base. The number and arrangement of the foam members 21, the size of the mesh, and the like are appropriately selected so that the content to be applied has an optimum foam quality.

The pressing head 3 is composed of a pressing head body portion 3a and a discharge portion 3b.

The pressing head main body portion 3a has a cylindrical inner cylindrical portion 3c that extends in the vertical direction. A lower end portion of the inner cylindrical portion 3 c functions as a stem connecting portion 3 d that surrounds the holder 20 and connects to the upper end portion of the stem 15 . The pressing head body portion 3a is provided radially outward of the inner cylindrical portion 3c, and has an outer cylindrical portion 3e having a larger diameter than the cylindrical portion 1b of the base cap 1, and an upper end portion of the inner cylindrical portion 3c. and a nozzle 3f that extends and is also connected to the outer cylindrical portion 3e. The nozzle 3f of this embodiment is formed with a relatively short length equivalent to that of a nozzle of a conventional general foam dispenser.

As shown in FIG. 1, the discharge portion 3b of the present embodiment is provided below the relay cylinder portion 3g connected to the nozzle 3f, the upper discharge portion 3h connected to the relay cylinder portion 3g, and the upper discharge portion 3h. and a lower discharge portion 3j.

The relay cylinder part 3g has a nozzle connecting part 3k connected to the tip of the nozzle 3f on one end side thereof. As shown in FIG. 1, the nozzle connecting portion 3k of the present embodiment includes a cylindrical portion that is inserted into the nozzle 3f and is fitted and held, and a discharge portion 3b that is larger in diameter than the cylindrical portion. It is composed of a flange portion that abuts on the tip of the nozzle 3f when it is attached to the nozzle 3f and functions as a stopper during attachment. Further, the relay cylinder portion 3g extends relatively long in the horizontal direction from the nozzle connecting portion 3k, then bends at the bent portion 3m and extends downward.

As shown in FIG. 1, the upper discharge portion 3h has a connecting tube 3n which is inserted into the other end of the relay tube portion 3g and connected to the relay tube portion 3g. A tubular wall 3p having the same diameter as that of the intermediate tubular portion 3g is provided below the connecting tubular portion 3n. Further, as shown in FIG. 3, the cylindrical wall 3p is provided with upper discharge cylinders 3q which are spaced apart in the circumferential direction and each extends radially outward. A total of five upper discharge cylinders 3q of this embodiment are provided at equal intervals with respect to the cylindrical wall 3p. As shown in FIG. 2(b), the upper discharge cylinder 3q is formed in a semicircular shape with a flat bottom. 3, on the lower surface of the upper discharge portion 3h, a circular positioning hole 3r is provided at the base of the adjacent upper discharge cylinder 3q and extends upward from the bottom, as shown in FIG. 2(b). As shown in FIG. 3(b), stepped portions 3s are provided on both sides in the width direction of the upper discharge cylinder 3q and positioned above the central portion of the upper discharge cylinder 3q.

As shown in FIG. 4, the central wall 3t is circular in plan view, and five lower discharge portions 3j are provided at equal intervals in the circumferential direction of the central wall 3t, each extending radially outward. It has an existing lower discharge cylinder 3u. Here, the lower discharge cylinder 3u is formed in a semicircular shape with a flat top as shown in FIG. 2(b). As shown in FIG. 4, on the lower surface of the lower discharge portion 3j, a circular positioning pin 3v is provided at the base of the adjacent lower discharge cylinder 3u and extends upward from the bottom. ), and as shown in FIG. 4(b), stepped portions 3w are provided on both sides in the width direction of the lower discharge cylinder 3u and positioned above the central portion of the lower discharge cylinder 3u.

The upper ejection portion 3h and the lower ejection portion 3j are positioned and held by inserting the positioning pin 3v into the positioning hole 3r and aligning the stepped portions 3s and 3w. As shown in FIG. 1, these three members are held by the nozzle 3f by inserting the connecting cylinder 3n into the relay cylinder portion 3g and inserting the nozzle connecting portion 3k into the tip of the nozzle 3f. Here, an internal passage T1 communicating with the stem 15 is formed inside the pressing head 3 of this embodiment. A total of five branch passages T2 formed by the upper discharge cylinder 3q and the lower discharge cylinder 3u are provided downstream of the internal passage T1. As shown in FIG. 2(b), the combined upper discharge cylinder 3q and lower discharge cylinder 3u are referred to as a discharge cylinder 3x. At the tip of the discharge cylinder 3x, a discharge port P is provided for discharging the contents to the outside, as will be described later. As shown in FIG. 2B, the ejection port P of this embodiment has a semicircular upper ejection port portion P1 positioned at the tip of the upper ejection tube 3q and a semicircular upper ejection port portion P1 positioned at the tip of the lower ejection tube 3u. It is shaped circular by the shaped lower outlet portion P2.

In order to discharge the contents from the foam dispenser configured as described above, the foam dispenser is attached to the container 100 as shown in FIG. 1, and the palm H is held as shown in FIG. Insert it under the ejection part 3b, and push down the pressing head 3 with the other hand. As a result, the stem 15 shown in FIG. 1 moves downward, so that the spring 16 is elastically deformed and the hollow piston 13 is also pushed down. The inside of the cylindrical body 10a is pressurized. The contents of the pressurized small-diameter cylinder 10a are pumped through the stem 15, pass through the gap between the upper end of the hollow piston 13 and the upper end of the poppet 14, and push up the ball valve 17 to support it. It flows into the confluence space G through the through hole of the wall 15a. Further, when the stem 15 is pushed, the air piston 18 is also pushed down, so the inside of the large-diameter cylinder 10b is pressurized. As a result, the air in the large-diameter cylinder 10b is released into the gap between the inner peripheral surface of the tubular guide 18b and the outer peripheral surface of the stem 15, the gap between the inner peripheral surface of the inner tubular portion 3c and the outer peripheral surface of the stem 15, and flows into the merging space G through the gap between the inner peripheral wall of the stem 15 and the outer peripheral wall of the holder 20 . After the contents and air are mixed in the confluence space G, the contents can be foamed by passing through the foam member 21 . After that, the contents that have passed through the internal passage T1 and the branch passage T2 are discharged from the discharge port P onto the palm H as shown in FIG. 5(a).

Since the five outlets P of the present embodiment are positioned at the tips of the five branch passages T2 that are spaced apart in the circumferential direction and extend radially outward, is discharged to 5(a) and 5(b), the content N ejected from the ejection port P is shaped like five petals arranged in a circle without overlapping each other on the palm H. I will do it. Therefore, until the content N is applied to the application destination, it is possible to visually enjoy the modeled object such as the flower petal. After that, the discharged content N can be directly applied to the application destination by the palm H.

In addition, as shown in FIG. 1, since the lower surface of the ejection portion 3b of the present embodiment is flat, the palm H inserted under the ejection portion 3b can be brought close to or in contact with the ejection portion 3b. That is, since the height between the ejection port P and the palm H is kept substantially constant every time, the shape of the shaped content N can be stabilized every time. In addition, the ejection part 3b is positioned below the nozzle 3f by the bent part 3m and is separated from the surrounding members constituting the foam dispenser and the container. Easy to use.

By the way, after the pressure on the pressing head 3 is released, the pressing head 3 moves upward due to the biasing force of the spring 16 . Here, the discharged content N spreads over the palm H and adheres to the palm H. Therefore, when the ejection port P moves in the vertical direction as the pressing head 3 rises, the content N does not remain in the ejection port P, but remains on the palm H. That is, according to the foam dispenser of the present embodiment, there is an advantage that the foam at the ejection port P is easily cut off and the shape of the content N is easily maintained. In addition, since the ejection port P is located at the tip of the ejection cylinder 3x, the contact area between the peripheral portion of the ejection port P and the ejected contents N is small, so that the foam removal property is further improved.

A second embodiment of a foam dispenser according to the invention will now be described with reference to FIGS. In addition, the same code|symbol is attached|subjected to drawing and description is abbreviate|omitted about the part substantially common in a shape and a function with embodiment mentioned above.

The foam dispenser of this embodiment also comprises a base cap 1, a pump 2, and a pressure head 3, like the one described above. The pressing head main body 3a constituting the pressing head 3 has a nozzle 3f' longer than the nozzle 3f.

Further, the discharge portion 3b of the present embodiment includes an upper discharge portion 3h' such as a combination of the relay cylinder portion 3g and the upper discharge portion 3h, and a lower discharge portion whose shape is partially different from the above-described lower discharge portion 3j. 3j'.

The upper discharge part 3h' has a nozzle connecting part 3k connected to the tip of the nozzle 3f' on one end side. Further, the upper discharge portion 3h' extends horizontally from the nozzle connection portion 3k, then bends at the bent portion 3m and extends downward by the cylindrical wall 3p. Furthermore, as shown in FIG. 8, the upper discharge portion 3h' includes five upper discharge cylinders 3q' which are provided at equal intervals in the circumferential direction with respect to the cylindrical wall 3p and each extends radially outward. ing. The upper discharge cylinder 3q' of this embodiment is formed to have a rectangular outer shape as shown in FIG. 7(b). The upper discharge port portion P1 positioned at the tip of the upper discharge cylinder 3q' is semicircular as in the above-described embodiment. Further, as shown in FIG. 8, the above-described positioning hole 3r and stepped portion 3s are provided on the lower surface of the upper discharge portion 3h'.

Further, as shown in FIG. 9, the lower discharge portion 3j' is provided with a central wall 3t having a circular shape in a plan view, and five lower discharge portions 3j' provided at equal intervals in the circumferential direction with respect to the central wall 3t, each directed radially outward. It has a lower discharge cylinder 3u' extending along the length of the cylinder. The lower discharge cylinder 3u' of this embodiment is formed to have a rectangular outer shape as shown in FIG. 7(b). A lower discharge port portion P2 positioned at the tip of the lower discharge cylinder 3u' is formed in a semicircular shape as in the above-described embodiment. As shown in FIG. 9, the positioning pin 3v and the stepped portion 3w are provided on the lower surface of the lower discharge portion 3j'.

Such upper ejection portion 3h' and lower ejection portion 3j' are also positioned and held by inserting the positioning pin 3v into the positioning hole 3r and aligning the stepped portions 3s and 3w. As shown in FIG. 6, these two members are held by the nozzle 3f' by inserting the nozzle connecting portion 3k into the tip of the nozzle 3f'. As in the previous embodiment, the pressure head 3 of this embodiment also has an internal passage T1 leading to the stem 15 and a total of five branch passages T2 provided downstream of the internal passage T1.

In the foam dispenser of this embodiment as well, as shown in FIG. 10, five petals are arranged in a circle by inserting the palm H under the ejection part 3b and pressing down the pressing head 3 with the opposite hand. With such a shape, the content N can be discharged onto the palm H.

Although the present invention has been described above while showing specific embodiments, the foam dispenser according to the present invention is not limited to the above-described embodiments, and various modifications can be made within the scope of the claims. included. For example, the pump 2 is not limited to the one described above, and other structures may be adopted. Further, although the ejection port P in the above embodiment has a circular shape, it may have other shapes such as a rectangular shape, an elliptical shape, a heart shape, and a wave shape. The ejection port P described above is formed by combining the semicircular upper ejection port portion P1 and the lower ejection port portion P2. Even the discharge port can be easily formed. In this embodiment, the palm H is inserted under the pressing head 3, and the pressing head 3 is pushed down with the other hand to eject the contents. It can be selected as appropriate according to the situation.

1: Base cap 1a: Base cap main body 1b: Cylindrical portion 1c: Female screw portion 2: Pump 3: Pressing head 3a: Pressing head body portion 3b: Discharge portion 3c: Inner cylinder portion 3d: Stem connecting portion 3e: Outer cylinder portion 3f, 3f': Nozzle 3g: Relay cylinder parts 3h, 3h': Upper discharge parts 3j, 3j': Lower discharge part 3k: Nozzle connection part 3m: Bending part 3n: Connection cylinder 3p: Cylindrical walls 3q, 3q': Upper discharge cylinder 3r: positioning hole 3s: stepped portion 3t: central walls 3u, 3u': lower discharge pipe 3v: positioning pin 3w: stepped portion 3x: discharge pipe 10: cylinder 10a: small diameter cylinder 10b: large diameter cylinder 11: Pipe 12: Packing 13: Hollow Piston 14: Poppet 15: Stem 15a: Support Wall 16: Spring 17: Ball Valve 18: Air Piston 18a: Air Piston Body 18b: Cylindrical Guide 18c: Inlet 19: Check Valve 20: Holder 21: Foam member 100: Container H: Palm G: Merging space N: Contents P: Discharge port P1: Upper discharge port portion P2: Lower discharge port portion T1: Internal passage T2: Branch passage

Claims (4)

A base cap attached to the mouth of the container, a pump having a stem biased upward and held by the base cap at the mouth of the container, and a pump connected to the stem and capable of being pushed downward. and a pressing head provided in a foam dispenser, wherein the pump is driven by pressing down the pressing head, and the contents contained in the container are foamed and ejected,
The pressure head has a stem connecting portion connected to the upper end of the stem on one end side, a nozzle on the other end side, and an internal passage for passing the contents fed from the stem. It has a body portion and a nozzle connection portion connected to the tip of the nozzle on one end side, and is provided downstream of the internal passage on the other end side, and is spaced apart in the circumferential direction and directed radially outward. a discharge part having a plurality of discharge cylinders each forming a plurality of branched passages extending and having a discharge port for contents at the tip;
The discharge part includes a relay cylinder part having the nozzle connecting part on one end side, an upper discharge part including an upper discharge cylinder connected to the other end side of the relay cylinder part and forming an upper part of the discharge cylinder, a lower discharge tube connected to said upper discharge tube and forming a lower portion of said discharge tube. A base cap attached to the mouth of the container, a pump having a stem biased upward and held by the base cap at the mouth of the container, and a pump connected to the stem and capable of being pushed downward. and a pressing head provided in a foam dispenser, wherein the pump is driven by pressing down the pressing head, and the contents contained in the container are foamed and ejected,
The pressure head has a stem connecting portion connected to the upper end of the stem on one end side, a nozzle on the other end side, and an internal passage for passing the contents fed from the stem. It has a body portion and a nozzle connection portion connected to the tip of the nozzle on one end side, and is provided downstream of the internal passage on the other end side, and is spaced apart in the circumferential direction and directed radially outward. a discharge part having a plurality of discharge cylinders each forming a plurality of branched passages extending and having a discharge port for contents at the tip;
The discharge part includes an upper discharge part having the nozzle connecting part at one end and an upper discharge cylinder forming an upper part of the discharge cylinder, and a lower discharge part connected to the upper discharge part and forming a lower part of the discharge cylinder. a lower discharge section with a side discharge tube. 3. The foam dispenser according to claim 1, wherein the discharge portion has a bent portion extending along the nozzle and then bent downward between the nozzle connecting portion and the discharge cylinder. 4. The discharge port according to any one of claims 1 to 3, wherein the discharge port comprises an upper discharge port portion positioned at the tip of the upper discharge cylinder and a lower discharge port portion positioned at the tip of the lower discharge cylinder. Foam dispenser as described.

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