JPH0378362B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION (a) Industrial application field This invention enables spraying and dispersion directly from a shrinkable container into a bath without the need to open the package each time a bath additive is used. Concerning possible bath salts.

(B) Conventional technology Traditionally, bath additives are used by dissolving them in the bath, and they come in the form of granules, powder, solid shapes formed into a certain shape, and liquid ones. things are known.

In addition, as a container containing and filling bath salts, 1
Containers containing a large number of single-dose packets,
There are bottle containers with opening/closing lids that contain granules, powders, solids molded into a certain shape, and liquids.

In actual use, either the package or the bottle container is opened or capped each time, and a certain amount of the bath additive is taken out and dissolved in the bath.

(c) Problems to be solved by the invention However, such bath additives still have the following problems to be solved.

That is, in the case of separate packages, it is troublesome to dispose of empty bags after opening.

On the other hand, with bottle containers, the opening and closing operations are complicated as the bottle container must be opened every time.
It is necessary to measure the bath salts each time you open and close them. Also,
In the case of liquid bath additives, a sealed container is required to prevent liquid leakage, and granular, powder,
As for solid bath additives, the main ingredients such as inorganic salts tend to absorb moisture and require careful storage.

Furthermore, since the bath salts are used in the bathroom, there are problems in maintaining the quality of the product, such as water contamination in the container.

Furthermore, when using granular or solid bath additives as they are, there are drawbacks such as a long time required for dissolving them in the bath.

An object of the present invention is to provide a bath additive that can solve the above problems.

(d) Means for Solving the Problems The present invention involves filling a shrinkable container with liquid or powdered bath additives under pressure, and squirting the bath additives out of the container by the contraction pressure of the container. The present invention relates to a spray type bath additive characterized in that it is configured to be dissolved in a spray form in a bath.

(E) Effect When using this invention, for example, the spout is placed on the top of the bath, or a tubular nozzle is connected to the spout, the nozzle is placed in the bath, and then the container is opened. Using contraction pressure, the bath additives are ejected from the spout to dissolve the liquid or powdered bath additives in the bath water. Also,
When taking a shower, the bath agent can be applied directly to the human body, or it can be mixed with shower water.

(f) Effects According to the present invention, the liquid or powder bath additive is ejected into the bath water by the contraction of the container, and the spray is dispersed in the bath water, so that the following effects occur. I can do it.

Because the bath salts are stored in a container and the bath salts are squirted out by the contraction of the container, there is no need to open and measure the contents or dispose of empty sachets, making it extremely convenient. It is something.

The bath additives sprayed into the bath are dispersed in the form of fine particles or mist, increasing the contact surface with the bath, allowing them to quickly dissolve in the bath water, and promoting solubility, which is the most important effect for bath additives. This dramatically improves bath salts, and dissolves extremely quickly compared to conventional bath salts.

By squirting out bath salts by the contraction of the container without using propellants such as pressurized gas, which have safety issues, it is possible to ensure the safety of bathers while taking a bath, and to avoid using pressure It is possible to prevent bath additives from being denatured due to chemical reactions with propellants such as gases, and to maintain the effectiveness of bath additives for a long period of time.

By ejecting the bath additives by the contraction of the container, there is no need to use pressurized gas, explosions or ignitions due to high temperatures caused by pressurized gas can be reliably prevented, and the bath additives are harmless.

The bath additive can be automatically squirted out by the contraction of the container, making it easy to handle and use.

Since it is stored in a container in a sealed manner, it is possible to prevent the bath additive from being denatured due to contact with the outside air, and in particular to prevent denaturation due to moisture absorption and the generation of microorganisms, allowing it to be stored hygienically.

Because it is used by ejecting it by the contraction pressure of the container, its usage has expanded, and for example, it can be sprayed directly onto the human body during a shower, or it can be used by spraying on shower-useful substances. The scope of use of the agent will expand.

(G) Examples Hereinafter, the structure of the squirtable bath additive according to the present invention will be specifically explained with reference to the attached drawings.

In FIG. 1, A indicates a shrinkable container, and a liquid or powder bath additive M is stored in the container A.

A known material can be used as the material for the shrinkable container A, and for example, rubber can be used.

In addition, this container A has a spouting mechanism B having an opening/closing function attached to its opening, and by operating the spouting mechanism B, a predetermined amount of bath additive M is spouted from the spout C, thereby bathing the bath. It can be dissolved in a spray form in hot water.

Various forms of the ejection mechanism B can be considered, but the on-off valve E, which is biased by a spring H and is opened and closed by a push button D or the like, has a known structure, and is connected to the internal space of the container A and the ejection port C of the ejection mechanism B. It is possible to use a structure provided in the middle of the jet flow path F that communicates with the jet flow path F.

The bath additives M to be filled in the container A mentioned above should be in liquid or powder form, and in the case of liquid bath additives, they should be based on organic compounds such as polyhydric alcohols such as glycol and contain almost no water. It is possible to compose

As a specific example, bath additive M having the following composition
It is possible to use

ASP protease 1 million units amount Ethyl alcohol 5.0g Propylene glycol appropriate amount PEG400 15.0g Senkiyu extract 2.2g Pigment Uranine Conch 0.5g Fragrance 5.0g Total 100.0g ASP protease 1 million units amount Ethyl alcohol 5.0g Propylene glycol appropriate amount PEG400 15.0g Pigment Uranine Conch 0.5g Fragrance 5.0g Total 100.0g etc.

Further, as a bath agent component, for example, powders or extracts of herbal medicines such as Chimpi, Gaiyou, Senkiyu, Angelica can also be used.

As an example, Chinpi extract 0.5g Gaiyou extract 0.5g Senkiyu extract 0.5g Angelica extract 0.5g Ethyl alcohol 4.0g 5.0g water Propylene glycol appropriate amount Pigment Uranine Conch 0.5g Fragrance 5.0g Total 100.0g There is.

In addition, as bath additive ingredients, for example, among plant-derived enzymes, animal-derived enzymes, microbial-derived enzymes,
At least one or more enzymes can be used, and examples include: Papain 50,000 units Pancreatin 30,000 units ASP protease 800,000 units Ethyl alcohol 4.2 g Water 1.8 g Propylene glycol Appropriate amount Glycerin 5.4 g Pigment There is uranin conch 0.5g, fragrance 5.0g, total 100.0g.

In addition, in this example, by combining multiple enzymes with different origins, such as papain, pancrethian, and ASP protease, it is possible to generate a synergistic effect of the multiple enzymes and promote various enzyme activities. .

In addition, as a pigment component of bath additives, for example, blue 1
No. 2, Blue No. 2, Yellow No. 2, Yellow No. 202-(1), etc. can be used, and fragrances can also be used.

In addition, sodium copper chlorophyllin, vitamin _B2 , etc. can be used as coloring agents or active ingredients as components of bath additives, and self-emulsifying surfactants can be used as agents to prevent sodium copper chlorophyllin from adhering to bathtubs, etc. Alternatively, nonionic surfactants can be used, examples of which include: ASP protease 1 million units Ethyl alcohol 2.3g Water 3.1g Propylene glycol Appropriate amount Sorbitol 1.7g Sodium copper chlorophyllin 0.3g Riboflavin 0.2g Self-emulsifying monostearin There is 0.2g of acid glycerin, 5.0g of fragrance, and a total of 100.0g.

In addition, when filling powdered bath additives into container A, it is preferable that the particle size of the powder is as small as possible, and examples of the components of powdered bath additives include powdered bath additives (100 mesh (particle size) Sodium hydrogen carbonate 76.0g Sulfur 3.0g Sodium sesquicarbonate 15.5g Titanium dioxide 2.5g Flavoring 3.0g Total 100.0g.

The embodiment of the present invention is constructed as described above, and when used, the outlet C of the container A is positioned facing the bath water, and the ejection mechanism B is used to dispense liquid or powder into the bath. The agent M is ejected toward the bath W, and a nozzle G is used as necessary, in short, the ejected bath agent can be ejected in the bath water W.
In the bath water W, the atomized bath additive becomes fine particles or mist, and the contact area with the bath water becomes large, and the degree of solubility increases accordingly, allowing for smooth dissolution and making it easier to stir the bath water. There is no need to do this, and it becomes easier to diffuse into the bath water W.

In particular, in this embodiment, when the push button D is operated to open the on-off valve E, the internal space of the container A communicates with the atmosphere, so that the bath additives M in the container A are
Due to the contraction pressure of the container A, the liquid is gradually ejected from the ejection port C through the ejection flow path F.

In this way, in this embodiment, the contraction pressure of the container A is used to automatically squirt the bath additives M inside the container A to the outside, that is, the bath additives M can be dissolved in the bath water in the form of a spray. can.

[Brief explanation of drawings]

FIG. 1 is a cross-sectional front view of a squirtable bath salt according to an embodiment of the present invention. FIG. 2 is an explanatory diagram of an example of how the bath additive is used. In the figure, A: container, B: ejection mechanism, C: ejection port,
D: push button, E: on-off valve, F: jet flow path,
M: Bath salts.

Claims (1)

[Claims] 1 Liquid or powder bath additives M are filled under pressure into a shrinkable container A, and the contraction pressure of the container A causes the bath additives M to be squirted out of the container A and turned into a spray in a bathhouse. A spray type bath additive characterized by being configured to dissolve.