JPS5925755A - Diffusion mechanism of liquid aromatic agent - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a dispersion mechanism that is inserted into a container containing a liquid fragrance, and more specifically, it is made up of a columnar fiber bundle that sucks up the fragrance and a wool felt that is tightly attached to the top of the columnar fiber bundle. Regarding the divergence mechanism.

BACKGROUND OF THE INVENTION Conventionally, the following methods are known for emitting a liquid fragrance and providing a fragrance.

(1) A means for storing an aromatic agent in a container and sucking the aromatic agent with a suction wick inserted into the mouth of the container to emit the aroma into the top of the 20-ner container.

(2) A means for releasing a fragrance by closely adhering a filter paper made of loop fibers or the like to the top of the wick of (1) above.

(3) Liquid-absorbent materials such as felt, non-woven fabric, absorbent cotton, etc.: Leave the material in a state where it has sufficiently absorbed the aromatic energy 11 (means to release the aroma from it).

Here, the liquid aromatic agent is usually a mixture of appropriate amounts of perfume ingredients, water, alcohol, surfactants, etc.

However, as in (1), (2), and (3) above, r1
In this way, a sufficient divergence effect can be obtained with the force t and I,) f and b) S and S.

The wicking (wicking material) used in the method (1) is made of fibers that are not affected by night body fragrances in the upper and lower directions.
” and tied them together. This absorption occurs when the lower part of the wick is immersed in a liquid fragrance, and the fragrance is absorbed by capillary action.
``-Rire'' Nige 1 and emanates from the top of the wick. At this time, the moisture and surface activity contained in the aromatic agent are difficult to volatilize, so they tend to remain at the top of the wick. For this reason, the thinning phenomenon of the fragrance components in the liquid fragrance is also inhibited, resulting in a disadvantage that the fragrance is not emitted uniformly from the top of the wick and cannot be emitted uniformly to the very end.

Means (2) utilizes the suction wick only as a passage for the aromatic agent, and by providing a wide divergent part of another element A in close contact with the top of the wick. This is an attempt to overcome the drawback of reduced divergence that the method 1) has. However, since this emanating section is made of pulp filter paper, only the hydrophilic components in the fragrance are absorbed and pass through, while the hydrophobic fragrance components are difficult to pass through. It is difficult to uniformly pass through the upper surface of the emanating section, making it impossible to fully exhibit the aromatic properties of one fragrance component.

In the third method, since the emitting part of the fragrance is large, the fragrance can be emitted for a long period of time. Absorption is necessary. Also, liquid yJ1! Transparency, which is a characteristic of I-agent, cannot be ignored as an aesthetic element of the product.

In this way, the present inventors found that (J
11 sentences (various tils to solve several problems)
As a result of our research, we have discovered the truth that by combining columnar fiber bundles and wool felt, it is possible to continue and uniformly emit a one-liquid fragrance.The present invention. These findings have been further summarized,
We have developed a dispersion mechanism that is aesthetically pleasing.

-4- That is, the divergence according to the invention 1<, % i':il
1 (4-shaped 1 branch 1 horizontally cut out with a sea urchin columnar fiber bundle.
Ill'i 1ll of rX+≦(II K: ゛Self IL
a(If ri!"i 0 tun 11:,' 96 more",'
.

Create an I'M using felt.
i! I! F-close A°1 and -C provided and 1 hole.

For use [solid, -c is liquid)'r' t”i All
':+・Insert the 111'' divergence mechanism into the ζ, fix the divergent abscess with the [) IJ divergence part slightly protruding from 1-1 of the 1) iJ vessel, and fix the divergent abscess in the container. 1-
The gap between the inner periphery of 1 and the outer periphery of the suction part 2 is sealed with an inner plug. At this time, it is preferable that the lower part of the inhaler reaches the bottom of the container so that the aromatic agent can be used without wasting it. In addition, if you adjust the length of the suction part so that the entire dispersing part is fixed slightly above the container, the fragrance will be emitted from the bottom of the dispersing part, and the fragrance will be effective in dispersing the fragrance. promote.

The columnar fiber bundle used in the present invention should be one that can absorb the liquid fragrance by causing capillary action. Preferably, it is tied together. The fibers may be any material that is not affected by the liquid fragrance, such as polyethylene-polypropylene-polyester, rayon, etc.

The sap of the columnar fiber bundle is 01~0.7 V/cri
That's good. Also, the external shape can be anything but, for example, a cylinder or a rectangular monk.

``J!l'l'' stated in the claims of ``J!l'l''
``V Felt'' means nonyl with wool as its upper body, and it is said to have a wool content of 50% or more. is 80~I OO1I
It is Liii%.

``Ingredients other than natural hair may be human fibers or synthetic fibers. 1 degree of wool felt is 0.15 to 0
．． 65 is good. This wool felt is used so as to be in contact with the I't'4 part of the columnar fiber bundle described in 1) IX.
It is preferable to flatten the bottom surface of the cut.

By combining these columnar fiber bundles and wool, it is possible to obtain a divergence effect that could not be obtained with the conventional means of emitting light.

+) IJ record - Flood felt has extremely high water absorption and oil component absorption properties -11-
1↑ As seen in the paper, the fλ minute ν111 action is /J (difficult), so it is necessary to absorb the liquid '/'J occupying agent uniformly as a whole, and at the same time to uniformly diffuse the fragrance from the surface. In addition, since an appropriate amount of fragrance can be maintained at all times, it is possible to continue and stably release the fragrance over a long period of time. .

t) The bundle of columnar fibers 11P in item 11 is in contact with the wool felt, and the absorbed liquid fragrance is sequentially absorbed by the wool felt, so the fragrance always rises uniformly within the bundle of columnar fibers. I will do it. Therefore, the ingredients in the fragrance are
There is no possibility that the fragrance will rise or stay in place and prevent the fragrance from rising. Because of these advantages, even if the cross section of the columnar fiber bundle is made smaller, the function will not deteriorate. This is also advantageous for design.

In this way, the dispersion mechanism that combines columnar fiber bundles and wool felt is capable of dispersing aromatic agents consistently and stably and efficiently due to the synergistic effect.
It is also necessary to change the surface area and volume of the material by a large amount. Therefore, it is also possible to reduce the size of the single emission mechanism.ii) If there is No-C, and the emission mechanism is set in four air fresheners and the product is in stock, Bikan-1- is also non-, li(, and rI publication). fSru.

Liquid external fragrances (well, those used for home use, office use, automatic use, etc.) are fine.Fragrances that are aromatic ingredients are = , +, J: Q: Usually, anything that people can perceive as a fragrance is a natural fragrance (: 1 or a synthetic 6-C is fine. 2011L jH% may be contained - preferably 3 to + 5!, tj frE 96
It is. Water content r1 rate in liquid yJd Q1 or water and water-soluble line (7. (i'4' is /10~
Even if it is 49 ton suspension%, it is 6.1%, preferably 50-95:1%. 1'+iJ ii self mountain 1 go lrν 1
J's father is limited to No. 111 and 11', but ethyl alcohol
Use water with better light resistance than water such as water.
1,1.1 of the volatility of polyethylene glycol 1j;
+Is it 11 women's rule to use something? ) 111. l
t'i physical strength fragrance nit: fS addition'A1z, 71', 1 (
111jl;-1!1 agent is 11 tons for one song or rh fee, emulsified soil or II-cho1, chemical':'n' ill.Whatever is used is anionic - nonionic - cationic. Or it may be of both sexes. Its content, Ci
i' is 10 weights of fragrance: 1 to 50 Ichikawabe is good for preventing illness. In addition, thickeners to adjust the viscosity of the fragrance, dyes for coloring, and fragrance release aids (ID) may be added to the liquid fragrance, and odor deodorization for other purposes. agent, disinfectant,
Volatile rust inhibitors, insect repellents, etc. may also be added. The content of these substances is preferably less than 20 parts by weight per 100 parts of liquid perfume.

The substance of the container used in this invention is liquid'/J
Any material may be used as long as it is not attacked by additives, such as glass, ceramic polypropylene, etc.

In order to further explain the divergence effect of the divergence mechanism of the tree invention, an experiment consisting of the following f-order was conducted 1x.

(1) Two types of Mfl-based liquid fragrances were prepared.

(2) As a divergence mechanism, there are 10 examples of the present application and 9 comparative examples.
Made one individual work.

+a+r++ 2 types of liquid y15 agent - LZll9 divergence 1 night (llIll's divergence strength and divergence stability (
Quantitated.

The compositions of the two types of liquid fragrances prepared in step (1) above are as follows: 6.
Goose IH'C1 eye 1 2544) 10 Fli:ii
, '96, Water [Uotun i floor %, Surfactant (Daiichi J5
．． Made with appetizers,';! 1 share, I-kai? 1; Hiroshi Fiten FA
-140) 3υton: lj,' 90q)
(Same as q9) 15! Ic fri: 96,
Water 35 mountain ji196, surfactant (same as ■, 7 things)
20 il: 1;%, ethyl alcohol 3 in IJ: 1
:', 96-63'+ro.

1) 11th T order (21 Cft completed 11 pieces)
□10) Ui:), 1.0 examples (I~NU) are the first
Shown in the figure ``-1J, sea urchin divergence part (11) and suction ()r''!
+5 f+31. (- 1) Bunki A, l, lll Kochu stopper +21) f shishi f゛1 (Fig. 3 Tani Teru) L I', -t; 2 IC Fig. 4 D, 1'< Zuyoni A liquid aromatic agent (15) was placed in advance in a glass container (inserted into the container -C=fixed; glass container f31). The front and middle stopper (21) is designed to close the gap between the suction part (13) and the inner part of the glass container (31), or adjust the internal pressure of the container with the external pressure. It has a small hole with a target diameter of about 1 mm.

Here, the suction part (11) is a columnar fiber bundle consisting of 40% polypropylene and 60% polyester, with a density of 0.26';j/crfl and an outer diameter of 8.
Me, the length is 56 mm. Suction of such length”−
When the part (11) is inserted until it reaches the bottom of the glass container (31), the top surface of the part (11) protrudes approximately 1 mm from the top surface of the part (1) of the glass container (31). 7
I will.

Further, the wool felt I used as the divergent part (11) is a disc-shaped body with an outer diameter of 16 mm and a thickness of 6 mm, and its compatibility, density, etc. are as shown below.

Example (a): Wool 60% by volume, density 0.209/cr
d (Senzai tl + Felt Co., Ltd. Press Fell H-)
K) Example (b): Self E60 weight %, Density 1.10.25
! 7/ ail (made by Nippon Keori Co., Ltd. press felt ■ (5) Example (c): Self” A 70 TJi Ij)%, Density I
ff 0.23 Y / ctR (Nippon Fell I-1 Press Felt GM manufactured by Nagisa Co., Ltd.) (Example): ゛Natural hair 80% by weight - Density 0.25 g/
ail (Nippon Felt 1-Gyo Co., Ltd. Press Felt 1 (W) Example (E): ゛r' wool 90 Weight @%, density 0.25
! / (:l+7 (Nippon Keori Co., Ltd. press felt NK-7) Example (to): ゛'lL1.oo weight 1. [%, 'I'
:”: l!J: 0.257/ a+t (Japan Fell+-L1/'; Press Fell l-A W made by E Co., Ltd.
) Example +1): 'self'C] OOilj l'c,
96,',・11j cut 034! i//crR (Japanese Felt 11?-4') v Ceremony? 1. Press felt II W) Example ゛), ゛own hair], OO weight %-density 0.24'
! /ca (Press felt AS manufactured by Kuchigi Felt Industry Co., Ltd.) Example (January: wool 1.OO'i5 @%, density 0.
53i? /c11? (Made by Wooden Felt Co., Ltd.)
Press felt 8 to 10 Example example): Wool 1. OOffj @%, density 0.6
:3 g/crfl (Niki Felt, Press Fell I-A TI, manufactured by Nigyo Co., Ltd.) The wool content and density of the wool felt 1 used in each example are tabulated as follows.

Next, nine comparative examples (roots) of the divergence mechanisms created in step (3) above will be shown. Here, the inner stopper used in 1) 11 Examples (a) to (event) was loaded into the diffusion mechanism of Comparative Examples 4 to (2), and then fixed in a crow container with 41i I-.

Fill the glass container with liquid air freshener in advance.

Comparative Example 42 The same suction as used in Example (A) to the figure above.
Comparative example (2): Only the barbed part (1.1 f bundle of columnar fibers): A columnar fiber bundle consisting of j:% in polypropylene 50 and m, '96 in polyethylene 50,
Density 0.27! l'/ad, outer diameter 13ml 1ll-
Only the one with a length of 56 nun was made of 100 tons of acrylic fif',
96・Secret 1 court o, + 5! 7/(:II+・Outer diameter J, G nun-1'I Sakui nun's Fell I
-([] Made by this felt L industry (1, Shikikai 1.) Needle felt comparative example (fJl: ratio) Bite example 4-C used 1.,: rl
100% polypropylene in 1 bundle of legal fiber jl, density 0.15'j/cM, outer diameter 16mm, thickness 6mm
Comparative example (Y): Polyester 100 molding%, density 0.15 fj / ctR, on the columnar fibers used in comparative example -
Comparative Example: Columnar fiber bundle used in Comparative Example Q1 - (this nylon), OO overlapping %・Density 0.15!7/ct・Outer diameter 16 mm・thickness 6 mm felt (Kuchiki Felt Industry Co., Ltd. needle felt GN) closely attached Comparative example (Ni): Used in Comparative example Q0 Columnar fiber bundle” density 0.29! /ca・Outer diameter 38 mm・Thickness 2751
11111 filter paper (manufactured by Anbon rklt Paper Co., Ltd. I4
Commercial i consideration i U”y #5 ', 3 (J O) 4-
11′? ``+ Salmon Comparative example (n): As shown in Figure 5 (80% wool in the crow container (73))
'degree IJ, 25! i7/oR-Length 75 mIn
- Width 751111119 quotient 20 nnn's self-made felt (I want to insert press felt 1 (1~') made by Nippon Funi [Ruto-1-Gyo Co., Ltd.?L]).

Let it boil for about 9 liters of liquid fragrance.

Comparative Example (T): Example (A) to □□□1-cIll
The crow container ("(1) with just the JJ agent in it")
The r and c measurements are explained above.

(A) One piece of emanation is 5~l Ocm Mflll from the power incense emanating body.
l'lt close LJyJ Adjust the strength of the incense emanation (Compensation ability test by 10 people ('E) (13) The stability of the emanation 1,
) JyJ fortune-telling 1) 5 ~ from each of the aroma emanations (wood [exclusive 2 equipment)] immediately after creation of the same type as the above-mentioned aroma emanations.
The stability of aroma emission was examined by bringing the nose close to a distance of 10 cm and comparing the aroma (sensory test conducted by 10 people).

The measurement results are summarized as 1λ as shown in the table below.

C1 of the note described in 111■ of the strength of divergence above.
At Akebono, ◎... Rikika was felt particularly strongly - C good) and d・F
411i-4-If the person's size is 8 Å or more, ○・・・・・・1.The fragrance is felt well.・In the case of 1'-valued human power S8 people breathing- △...The fragrance should be felt in front of the front door 5・l' 41
1i i - human power - 8, in the case above, ×... the fragrance is almost 1 straight;
If there are −θ, then −.

In addition, as described in the previous column of stability of divergence] - Note - H's 1; In the case of 8 great breaths, ■... 19 items marked and almost Luni straw LI: If you feel that, the person who feels that is 8 great favors-1- a- △... compared to the marked items. When it wears out, it changes slightly and the aroma becomes weaker.
If 8 or more people rate it as ``f'' or ``no problem'' - × ・Sign [8 people rate it as ``rj'' because it has a different fragrance compared to the product. This is the second case.

As is clear from the above table, the emission mechanism invented by Ichiki can change the aroma regardless of the small external shape.
, f (=Fragrance can be constantly and stably released.

Next, one embodiment of an air freshener container using the diffusion mechanism of the present invention will be described with reference to the drawings.

2 and 3, 1321 is the container body (31
) is a cylindrical container that protrudes from the center of the part (21 parts, 1) 1j) 1! Its +321 is equipped with a suction tube (13) in a penetrating state. The lid body (41) is removably attached to the container (32) by screwing means, and the lid body (41) is the container +
-+ +" A flange j and fx. of the lid body (+1).
Part (canopy t51 corresponding to this in the poem) or sliding contact =
In the case of 1+'+i and one figure, k +7;
: 151) Tapered in the middle of the bottom ↓' M i'j
(S is provided with an engaging protrusion (53) with a slightly concave shape.
) 1j How to place the engaging protrusion (53) in the center of the part (47) on the lid body? +1 is pressed and engaged -C color. 1)I
In the second part (1υ and the lid (51) of the Jkiji main body (Shunno), there are an appropriate number of windows (state and (55)) for emitting power incense of the same shape that match each other. (4
8) and (55) are designed so that they can be opened and closed by aligning or aligning the positions of the windows by rotating the canopy (51). (21) is the container II
Fit it inside the gls e+71 and insert the suction part f1.
This is an inner stopper that holds the 3+ in the inserted state. Medium ('1 day 21
)'s fitting 815t221 lower rilSi to the container II RO 1 RI 1 RU is fη゛j＞:+S! A small inner diameter part (23) is connected to the small inner diameter part (23) through the holes f2' and +), and a small hole f2fi) for ventilation is formed in the joint part (25) by -1ψζJ. In addition, the small inner diameter tls +
At one end of 23+, there is a suction (opening and opening) 2 holding legs 1 for holding.
27) are vertically installed at required intervals in the circumferential direction. Also, the inner stopper (
At the upper end of 21), a flange part (24) is provided which rests on the upper end surface of the container 1 part + 32), and the suction part (24) is connected to the upper part of the part (13). Divergent part (11
) are provided upright at required intervals in the circumferential direction. (61) has an opening 1-1 (63) in the center and a decorative lid with a saw-shaped etc. in the spaces between +, , + (63) and a metal cover (65) attached. The vertical plates (67) (67) on both sides of the open IJ (63) are engaged with the flange portion (451) of the lid body (41) to cover the large lid (51). The usage example of the present invention is configured as described above, and the window (examples and (55) ) can be opened and closed by rotating the large lid (5I) as needed, allowing you to adjust the degree of fragrance emission to suit your preference and preventing fragrance emission when unnecessary. .

[Brief explanation of the drawing]

Fig. 1 is a diagonal iJ1 diagram showing an embodiment of the present invention;
Figures 4 through 4 show examples of the use of the present invention, where Figure 2 is a longitudinal front view, Figure 3 is an exploded perspective view, Figure 4 is a perspective view, and Figure 5 is a perspective view of a comparative example. be. 11...Divergent part 13...Suction part Patent extruder
Kii Sangyo Co., Ltd.

Claims (1)

[Scope of Claims] 1. A mechanism for dispersing a liquid fragrance, which comprises a dispersion section made of wool felt arranged at one end in the longitudinal direction of a suction wire made of columnar fiber bundles. 2. The liquid fragrance dispersion mechanism according to claim 1, wherein the wool felt is made of 50% by weight or more of wool.