JPH1035706A - Upright used foam discharging device which does not use replenishing pipe - Google Patents

Abstract

PROBLEM TO BE SOLVED: To easily perform a foam discharging even under upright usage by a method wherein two kerf part of two layers are inserted between a cap having a jetting port and a container, and a foam generating agent or a liquid housed in the container is jetted under a foam state from the kerf parts. SOLUTION: For a container 15, a cap 1 having a jetting port is attached to the threaded part by a cylindrical part 16. For such a container 15, the top of a cylinder 3 for shutting off of the jetting port, is fitted in the cap 1, and a lower flange 6 of the cylinder 3, is pinched between the top of the container 15 and the upper peripheral edge part 20 facing inward of the cylindrical part 16. Also, a flat plate 8 made of a flexible resin, having a kerf part 9, is inserted between the lower flange 6 of the cylinder 3 for shutting off of the jetting port and an upper flange 7 for which a facing down cup-shaped part having a kerf part 14, is formed. Then, a housed foam generating agent or a liquid which fills the container 15, is made to foam when passing the kerf parts 14, 9 of a double layer, and is jetted from the jetting port.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an upright-use foam discharging apparatus which does not use a refill pipe, and more particularly to an upright-use foam releasing apparatus which does not use a refill pipe which can be used for both foam and liquid.

[0002]

2. Description of the Related Art Foam generators are conventionally known. It has been used for shaving in a foamed state. In addition, the coffee was spouted in a mousse shape, and hot water was added to make it instantly coffee. When used for hair washing, it has been used in the form of fine particles in the form of a cream, which is ejected between comb teeth. In any case, the foam has been released by the foam releasing device taking advantage of the advantages. However, since the foaming states are all different, various devices have been devised so that foams from fine-grained cream-like foams to relatively large-particle foams suitable for the properties of foam release can be fitted to a desired foam.

[0003]

SUMMARY OF THE INVENTION Accordingly, it is a first object of the present invention to be able to easily release foam even in an upright use state in the foam releasing apparatus. It is a second object of the present invention to provide a foam releasing device having a member for forming a kerf portion for foam generation that can easily release bubbles in an upright use foam releasing device. It is a third object of the present invention to provide an upright-use foam release device that is easy to assemble. Further, it is a fourth object of the present invention to provide a foam discharging device that can be spouted from a spout in a state of fine bubbles simply by shaking and using a container. It is a fifth aspect of the present invention to provide a foam discharging device that does not use a pipe.
Subject. It is a sixth object of the present invention to provide a foam discharging device that does not use a foam pipe. In addition, since the container is a resilient and deformable synthetic resin container, when the foam or liquid of the content is ejected from the ejection port to the outside in a pressed state, the ejected foam or liquid does not accumulate at the tip of the ejection port. It is a seventh object of the present invention to provide a foam releasing device that can be made as described above. Further, it is an eighth object of the present invention to prevent the liquid from dripping so that the liquid does not accumulate at the tip of the ejection port. Further, a ninth object of the present invention is to enable a fine bubble to be ejected from an ejection port in a state of a fine bubble by a foam discharging device having a member for forming a kerf portion for foam generation. Further, it is a tenth object of the present invention to be able to form a bubble generation kerf simply by cutting with a razor to form a bubble generation kerf portion.

[0004]

SUMMARY OF THE INVENTION The present invention comprises a cap having a spout, a tubular portion, and a container, and a two-layer kerf portion is interposed between the cap having the spout and the container. An upright-use foam discharging apparatus which does not use a replenishing pipe in which a foaming agent or a liquid is accommodated inside the container by the two-layer kerf portion and can be ejected in a foam state.

[0005]

The present invention comprises a cap having a spout, a tubular portion, and a container. The tubular portion and the container are securely connected to each other, and a two-layer kerf portion is sandwiched by the tip of the tubular portion. Then, by using a two-layer kerf portion to ensure the generation of foam, the fine bubble can be ejected from the ejection port in the form of fine bubbles by the foam discharging device, and the two layers are provided between the cap having the ejection port and the container. The kerf portion is interposed, and the two-layer kerf portion allows the foaming agent or liquid to be accommodated in the container and can be ejected in a foam state, and is used upright without using a supply pipe. A foam release device can be formed.

[0006]

[Embodiment 1] The present invention comprises a cap having a spout, a cylindrical portion, and a container. A two-layer kerf portion is interposed between the cap having the spout and the container, and the cap is spouted. The upper part of the outlet blocking cylinder is fitted, and the lower annular peripheral part of the outlet blocking cylinder is sandwiched between the upper inward peripheral part of the cylindrical part screwed to the upper part of the container, thereby blocking the outlet. A soft resin flat plate is interposed between the lower peripheral edge portion of the tube portion and the upper peripheral portion having a bowl-shaped portion facing downward, and a foam generating agent or liquid is contained inside the container. A flat plate made of a soft resin is interposed, a narrow cut groove is formed in the flat plate in the radial direction, and a bowl-shaped portion is formed downward from an annular peripheral portion in contact with the upper portion of the container, and the bowl-shaped portion is formed. Forming a kerf portion, a foaming agent or liquid inside the container It is housed so that it can be ejected in the form of foam, and a foam generating agent or a liquid is housed inside the container in which the two foam generating layers are formed, and the generated foam is further made into fine granules, The cap can be spouted in the form of fine bubbles from the spout, and the cap is provided with a cylindrical portion in the cap, and a cylindrical member is fitted into a cylindrical gap provided in the cylindrical portion, and a step portion of the detent is provided. An upright-use bubble discharging device which does not use a supply pipe, wherein an opening toward a spout of the cap can be closed by a closed portion of a cylindrical gap by rotating the cap. .

[0007]

According to the present invention, a cap having a spout, a cylindrical portion, and a container are provided, and a two-layer kerf is interposed between the cap having the spout and the container. The upright-use foam discharging device that does not use a supply pipe that contains a foam generating agent or liquid inside the container by a portion and can be ejected in a foam state, so that the cylindrical portion and the container can be securely connected. The two-layer kerf portion is sandwiched between the ends of the cylindrical portion, and the two-layer kerf portion ensures that the foam is generated. And a container having a two-layer kerf portion interposed between the cap having the spout and the container, and the two-layer kerf portion containing a foam generating agent or a liquid inside the container to form a foam. Can be spouted in the state of There is a result. The upright-use foam discharging device that does not use the supply pipe eventually sucks the foam portion, which has the effect of eliminating the problem of dripping and dripping.

[Brief description of the drawings]

FIG. 1 is a longitudinal sectional view of an upright use foam discharging apparatus according to the present invention.

FIG. 2 is a downward cross-sectional view taken along line AA of the vertical cross-sectional view of the upright-use foam release device of the present invention in FIG. 1;

FIG. 3 is a bottom view of the cap of the component of the upright use foam release device of the present invention as viewed from below.

FIG. 4 is a bottom view of the cylindrical gap as viewed from below, showing a part of the cylindrical gap having a detent projection due to the rotation of the cap of the component of the upright use foam release device of the present invention.

FIG. 5 is a view of a part of the upright-use foam releasing device according to the present invention, which has a bowl-like portion having a kerf portion located below the cap, as viewed from above the bowl-like portion. It is a top view of the bowl-shaped part which has the shown kerf part.

FIG. 6 is a plan view of a part of the upright-use foam release device of the present invention, in which a bowl-shaped portion having a cut groove portion is formed, and a flat groove having a soft resin cut groove portion is formed below the bowl-shaped portion. It is sectional drawing of a face plate.

FIG. 7 is a sectional view of a part of the upright-use foam release device of the present invention, in which a bowl-shaped portion having a cut groove portion is formed, and a flat resin-made cut groove portion is provided below the bowl-shaped portion. It is a top view of a face plate.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 Cap having a jet port 2 Cylindrical portion in cap 3 Cylindrical gap member fitted in cylindrical portion 4 Detent projection 5 Detent member 6 Thick flange portion of cylindrical gap member 7 Thick flange portion of bowl-shaped portion Reference Signs List 8 flat plate having cut groove portion 9 cut groove portion made of soft resin 10 center connecting portion of cut groove portion 11 step of cap inner tubular portion 12 lower portion of cap inner tubular portion 13 higher portion of cap inner tubular portion Part 14 Groove part of bowl-shaped part 15 Container 16 Cylindrical part 17 Male screw part of cylindrical part 18 Female screw part of cylindrical part 19 Central connecting part of kerf part 20 Upper inward bent part of cylindrical part 21 Cap spout

Claims (12)

[Claims] 1. A cap having a spout, a cylindrical portion, and a container, a two-layer kerf portion is interposed between the cap having the spout and the container, and the two-layer kerf portion is provided by the two-layer kerf portion. Containing a foaming agent or a liquid inside the container,
An upright use foam discharger that does not use a supply pipe that can be spouted in a foam state. 2. A cap having a spout, a tubular portion, and a container, a two-layer kerf portion is interposed between the cap having the spout and the container, and the cap has a spout shut-off tube. The upper part of the part is fitted, and the lower annular peripheral part of the spout shut-off cylinder is sandwiched between the upper inward peripheral part of the cylindrical part screwed with the upper part of the container. A soft resin flat plate is interposed between the lower annular peripheral portion and the upper peripheral portion forming the bowl-shaped portion downward, and a narrow cut groove is formed in the flat plate in the radial direction, and A bowl-shaped part is formed downward from an annular peripheral part in contact with the upper part, a kerf part is formed in the bowl-shaped part, and a foam generating agent or liquid is accommodated inside the container, and can be ejected in a foam state. An upright foam release device that does not use a refill pipe. 3. A cylindrical shape in which the upper portion of a spout shut-off tube is fitted into the center tube portion of a cap having a spout, and the lower annular peripheral portion of the spout shut-off tube is screwed with the upper portion of the container. A soft resin flat plate is sandwiched between the upper inward peripheral portion of the portion and the lower annular peripheral portion of the outlet blocking cylindrical portion and the upper peripheral portion formed with a bowl-shaped portion downward. Intervening, forming a narrow cut groove in the plane plate in the radial direction,
A bowl-shaped portion is formed downward from an annular peripheral portion in contact with the upper portion of the container, a kerf portion is formed in the bowl-shaped portion, and a foam generating agent or a liquid is stored inside the container, and the foam is ejected in a foam state. An upright use foam discharger that does not use a supply pipe that can be made to work. 4. A cap having a spout, a cylindrical portion, and a container, a two-layer kerf portion is interposed between the cap having the spout and the container, and the cap has a spout shutoff cylinder. The upper part of the part is fitted, the lower part and the higher part are formed on the back side of the cap, and the upper part of the outlet blocking cylindrical part is fitted into the central cylindrical part of the cap having the outlet,
2. The supply pipe according to claim 1, wherein a rotation-stop projection is formed at a lower end portion of the jet-port shut-off tubular portion, and the rotation-stop projection can be locked by a rotation stop portion provided on the cap. Upright foam release device not used. 5. A lower portion of the lower portion of the spout shut-off cylinder portion, wherein the lower annular peripheral portion of the spout shut-off tube portion is sandwiched between an upper inward peripheral portion of the cylindrical portion screwed to the upper portion of the container. A flat plate made of a soft synthetic resin is interposed between the annular peripheral portion and the upper peripheral portion having a bowl-shaped portion facing downward, and a narrow cut groove is formed in the planar plate in the radial direction, and the upper portion of the container is formed. A bowl-shaped portion is formed downward from an annular peripheral portion in contact with the container, a kerf portion is formed in the bowl-shaped portion, and a foam generating agent or a liquid is accommodated inside the container, and the foam is ejected from a jet port in a foam state. An upright use foam discharging apparatus which does not use a supply pipe according to claim 1. 6. A cap having a spout, a tubular portion, and a container, a two-layer kerf portion interposed between the cap having the spout and the container, and a spout blocking cylinder in the cap. The upper part of the part is fitted, and the lower annular peripheral part of the spout shut-off cylinder is sandwiched between the upper inward peripheral part of the cylindrical part screwed with the upper part of the container. A soft resin flat plate is interposed between the lower annular peripheral portion and the upper peripheral portion forming the bowl-shaped portion downward, and a narrow cut groove is formed in the flat plate in the radial direction, and A bowl-shaped portion is formed downward from an annular peripheral portion in contact with the upper portion, an intermediate portion of a kerf portion provided in the bowl-shaped portion is depressed upward, and a kerf portion is formed in the bowl-shaped portion. Foam generator or liquid is contained inside, and from the spout in the form of foam Erecting use foam discharge device that does not use the supply pipe of claim 1, wherein the manner may cause out. 7. A bowl-shaped portion is formed downward from an annular peripheral portion in contact with the upper portion of the container, a cut groove portion is formed in the bowl-shaped portion, and a foam generating agent or a liquid is accommodated inside the container.
The upright-use foam discharging apparatus without using a supply pipe according to claim 1, wherein the apparatus can be ejected from an ejection port in a foam state. 8. A container formed of an elastic synthetic resin material, containing a foaming agent or a liquid therein, forming a bowl-shaped portion downward from an annular peripheral portion in contact with an upper portion of the container, and forming the bowl-shaped portion in the bowl-shaped portion. 2. The upright-use foam discharging apparatus according to claim 1, wherein a cut groove portion is formed, and the foam generating agent or the liquid contained in the container is ejected from an ejection port in a foam state. 9. A bowl-shaped portion is formed downward from an annular peripheral portion in contact with an upper portion of the container, a cut groove portion is formed in the bowl-shaped portion, and a foam generating agent or liquid is accommodated in the container.
It is made to eject in the state of foam, a soft resin plane plate is interposed, a narrow cut groove is formed in the plane plate in the radial direction, and the shape of the plane plate can be deformed by pressure applied from above and below, The upright-use bubble discharging device without a supply pipe according to claim 1, wherein fine bubbles can be generated in a gap formed between the narrow cut grooves formed in the radial direction and can be jetted from the jet port. 10. A bowl-shaped portion is formed downward from an annular peripheral portion in contact with the upper portion of the container, and a cut groove formed in the bowl-shaped portion is formed in a longitudinal direction. The upright-use foam discharging apparatus without a supply pipe according to claim 1, wherein fine bubbles are generated in the generated gap, and the fine bubbles can be ejected from the ejection port in a state of the fine bubbles. 11. A bowl-shaped portion is formed downward from an annular peripheral portion in contact with an upper portion of a container, a kerf portion is formed in the bowl-shaped portion, and a foam generating agent or a liquid is contained inside the container, A foam generating agent or liquid is accommodated in the container in which fine bubbles are generated by the kerf portion formed in the bowl-shaped portion so that the foam can be ejected in the state of the above, and the generated foam is further discharged. The upright-use bubble discharging device according to claim 1, wherein the device can be formed into fine particles and can be discharged from the discharge port in a state of fine particles. 12. A flat plate made of a soft resin is interposed, a narrow cut groove is formed in the flat plate in a radial direction, and a bowl-like portion is formed downward from an annular peripheral portion in contact with an upper portion of the container. A kerf portion is formed in the bowl-shaped portion, and a foam generating agent or liquid is accommodated in the container so that it can be ejected in a foam state, and the inside of the container having a two-layer foam generating layer is formed. 2. An upright-use foam release apparatus according to claim 1, wherein the foam-generating agent or liquid is contained, and the generated foam can be further made into fine granules, which can be ejected from the jet port in the form of fine foam. .