JP3456848B2 - Deodorant for mortuary treatment with anti-corrosion effect - Google Patents

Description

Detailed Description of the Invention

[0001]

FIELD OF THE INVENTION This invention relates to deodorants, and in particular
Only to stand near the bodies that generate the smell, or, only to stand in the space where the bodies of smell is muffled, promptly heritage has the effect of not feel the smell
The present invention relates to a deodorant for body treatment .

Since the deodorant according to the present invention has an effect of promptly eliminating dead odors and rotten odors generated from the body which has no deodorant effect in the conventional deodorants, the deodorant is late to be discovered and has a remarkable rotten odor. By spraying around the body, the treatment of the body can be facilitated.

Further, since the deodorant according to the present invention has the effect of suppressing the progress of decay of the body just by leaving it near the body, it is necessary to cool the casket body with dry ice until the cremation. Can be eliminated.

[0004]

2. Description of the Related Art Various substances, which are said to have a deodorizing effect by such mechanisms as adsorption, absorption, decomposition, and masking, have been known so far, and various deodorants using these substances have been developed. It has been. For example, coconut husk charcoal, activated carbon fiber, silica gel, zeolite, chlorine compounds such as calcium chloride, zinc white, various metal soaps, ethylene glycol and analogs, boron compounds such as borax, phenols, various peroxides, Ester-based surfactants, mixtures of ferrous sulfate and ascorbic acid, stabilized chlorine dioxide, various essential oils and plant extracts are known.

With respect to the deodorant having a mechanism of adsorption, absorption, and decomposition, if it is used in such a manner that the air containing odor is forcedly circulated in the deodorant, the functions such as adsorption, absorption, and decomposition occur. Odorous components can be effectively removed. However, if there is no facility for forced circulation, it is inevitable to leave these deodorants in a room with odors. Can not be expected to be effective deodorant.

Liquid deodorants which are sprayed on the source of odor have been known, but they have drawbacks such as troublesome use, limited targets, and insufficient sustainability. .

When the type of odor is limited to the dead odor from the body, when a person dies, a dry cocoon is placed in the casket in order to prevent the body from decaying and producing dead odor until it is cremated. It is common practice to add ice cream to cool the body, but it is not possible to completely suppress the dead odor, and it is difficult to cool the body and lose the natural appearance, and it is expensive. was there.

[0008] Furthermore, it is completely impossible with dry ice to eliminate the rotten odor generated from the bodies whose discovery has been delayed and whose decay has progressed. As a method other than dry ice,
A deodorant in which activated carbon fiber is mixed in a non-woven fabric is known, but it has the drawback of being expensive, and it does not have the effect of promptly eliminating the decaying odor from the body whose decay has progressed due to delayed discovery. . Other deodorants for bodies are known to generate chlorine dioxide, but they are not widely used because they have a drawback of giving a pungent odor to users.

When a corrupt body is found and is to be contained by the police, there is no other effective method, so we are trying to burn the incense stick to mask the rotten odor with the smell of the incense stick, but it does not have a sufficient deodorizing effect. .

[0010]

[Problems that the Invention is to Solve] The present invention, from dead bodies
Deodorize dead odors and rotten odors with a simple and safe method
To facilitate the treatment of the corpse and to prevent decay.
It was conceived to provide a deodorant for the treatment of dead bodies .

[0011]

DISCLOSURE OF THE INVENTION Corrosion suppression effect of the present invention
The deodorant for corpse treatment has a mass ratio of 9/1 to 1/9
A mixture of methyl salicylate and camphor that is
Machine powder, cloth, cotton, paper, resin (powder, pellets, block
)), 1% by mass or more in any solid polymer gel
I had it .

[0012] The body treatment having the anti-corrosion effect of the present invention
The deodorant for use is a mixture of methyl salicylate, camphor and an aromatic essential oil, and a mixture of methyl salicylate and camphor and the essential oil in a mass ratio of 9/1 to 2/8 is a porous deodorant.
Machine powder, cloth, cotton, paper, resin (powder, pellets, block
)), 1% by mass or more in any solid polymer gel
It may be held.

Further, the invention having the effect of suppressing corruption of the present invention
The deodorant for body treatment is a mixture of methyl salicylate, camphor, and an aromatic essential oil, and a mixture having a mass ratio of methyl salicylate or an essential oil of 9/1 to 2/8 is porous.
Inorganic powder, cloth, cotton, paper, resin (powder, pellets, blow
1% by weight or more in the solid of either polymer) or polymer gel.
It may be held.

[0014]

DETAILED DESCRIPTION OF THE INVENTION It is already known that various essential oils or compounds contained in the essential oils have a deodorizing effect. The mechanism is said to be a masking effect or an absorption effect, but it has not been completely clarified. Since these plant-derived components are generally less toxic, they are easy to use, and many inventions have been proposed. However, in reality, the deodorizing effect itself is not so strong, and it is at most used for deodorizing flush toilets and removing bad breath. It has been put to practical use for such purposes as so-called Finton Cid and aromatherapy effects.

As described above, the deodorizing effect of the essential oil has been known so far, but the strong deodorizing effect of extinguishing a strong bad odor such as rotten odor from the body is not known.

The inventor of the present invention has reexamined the deodorizing effect of essential oil compounds and found that camphor and methyl salicylate
The present inventors have found that the present invention has a considerable degree of effect of preventing a strong odor such as the rotten smell of animals from being felt, and have made various efforts to reach the present invention.

That is, it was found that, by mixing them, camphor and methyl salicylate alone have a greater effect of reducing the rotten odor of animals and a deodorizing effect than those of camphor and methyl salicylate alone. That is, when camphor and methyl salicylate are used alone, the rotten odor is considerably reduced, but a slightly pungent odor unique to camphor and methyl salicylate is felt.

However, when these are mixed and used,
The irritating odors of camphor and methyl salicylate remaining after use are considerably weakened, and an effect closer to deodorization can be obtained rather than masking an offensive odor. In addition, it has a wide deodorizing effect not only on the rotten odor of animals but also on various bad odors in daily life, such as the smell of cigarette smoke and the odor of toilets and night soil. The effect of spreading is also obtained.

Further, it has been found that the practicality is further improved by adding another essential oil having an aroma as the third component to the mixture of camphor and methyl salicylate. In other words, the smell of camphor and methyl salicylate itself is slightly irritating and may be disliked by some people, but by adding essential oil to this, the odor of the deodorant before use becomes mild and irritating. Disappear. Further, when applied to a malodor source, the effect of eliminating the malodor does not change, but the odor remaining after use is further weakened, and the effect of eliminating odor is practically obtained. Essential oils that can be used here include peppermint oil, sweet orange oil, mandarin oil, lemon oil, lavender oil, rose oil, turpentine oil, cypress oil and the like.

Instead of these essential oils, the main components contained in the essential oils, for example, pure products such as menthol and limonene can be used, but the essential oils are generally more advantageous in terms of cost. On the contrary, with respect to camphor and methyl salicylate, which are the main components of the present invention, instead of pure products, essential oils containing each as the main component, that is, camphor oil and wintergreen oil, can be used.

A mixture of two components of camphor or methyl salicylate and essential oil is sufficient as long as it is deodorant for household garbage and flush toilets, but for a strong odor such as rotten odor from the body. For this purpose, a mixture of camphor, methyl salicylate and essential oil is preferable.

As for the composition of the mixture, since the deodorizing effect does not change sharply depending on the mixing ratio, a mixture having a wide range of compositions can be used. In the case of a two-component system of camphor and methyl salicylate, the mass ratio camphor / methyl salicylate is 10/90 to 90/10, preferably 15/85.
The range is from 85/15. In the case of a three-component system in which essential oil is added, the mass ratio of camphor and methyl salicylate to the essential oil is 90/10 to 20/80, preferably 85 /
It is in the range of 15 to 60/40. In the case of a binary mixture of camphor, methyl salicylate and essential oil, the mass ratio of camphor or methyl salicylate to essential oil is 90%.
/ 10 to 20/80, preferably 85/15 to 60 /
The range is 40.

The deodorant mixture according to the present invention can be used as a liquid deodorant which is diluted with an odorless solvent such as alcohol or ethylene glycol and sprayed, but it can be used as a liquid deodorant without dilution. It can be used as a solid deodorant by being supported on a solid such as high-quality inorganic powder or cloth.

Surprisingly, such a solid deodorant can be applied only in a small amount in a room with a bad odor,
That is, the odor can be quickly eliminated without forcedly circulating the indoor air through the deodorant.

The carrier used here is such that it hardly emits an odor by itself and does not dissolve in the deodorant mixture according to the present invention and can carry a certain amount of the deodorant mixture. If there is, it is not particularly limited. For example, there are inorganic powders, and porous ones such as diatomaceous earth, pearlite, crushed bricks, and crushed ALC particles are preferable because they have a large carrying amount. The particle size of the powder is not particularly limited, but it is easier to handle when a powder of about 1 to 3 mm is sprayed than a fine powder.

Examples of the organic carrier include cloth, paper, pulverized products thereof, non-woven fabric, cotton, and polyurethane sponge having open cells. The synthetic resin, even if it is not porous, can be used as a carrier as long as it can dissolve and retain the deodorant mixture therein. For example, low density polyethylene, ethylene / vinyl acetate copolymer, styrene / butadiene copolymer and the like are suitable, and powder or pellet form is easy to use.

[0027]

[Examples 1 to 20 and Comparative Examples 1 to 4] Twenty-five wide-bottle polyethylene bottles having a capacity of 500 ml were prepared, and about 80 g of live clams were put in each bottle, and the lids were left at room temperature for 2 weeks with a lid. Two weeks later, when the lid was removed, a noticeable putrid odor was felt.

Each of the compounds having a deodorizing effect or a mixture of compounds (hereinafter referred to as deodorizing components) shown in Table 1 was dissolved in ethanol to prepare an ethanol solution. 1
Twenty-five sets of 10 pieces of 0 cm square gauze were prepared, and 5 ml of different kinds of ethanol solutions were dropped into each of them using a pipette, and cold air was sent for 10 minutes to evaporate ethanol. The concentration of the ethanol solution was adjusted so that the mass of the deodorant component contained in each gauze was 300 mg. The gauze containing the deodorant component prepared in this way was placed in a wide-mouthed bottle containing rotten clams and the lid was left for 20 minutes. Next, I took off the lid and sniffed. The results are shown in Table 1.

Comparative Example 2 and Comparative Example 3 are components which are said to have a deodorizing effect, but the strong rotten odor as in this Example could not be eliminated. Comparative Example 4 and Comparative Example 5 are also components that are said to have a deodorizing effect, but because of their stronger pungent odor than the components of Comparative Examples 2 and 3, Comparative Examples 2 and 3 The effect of eliminating the rotten odor was greater than that of, but it has not been completely eliminated. Moreover, the smell of the deodorant component itself was considerably felt.

On the other hand, Embodiments 1 and 2 according to the present invention
In 0, a large deodorizing effect was obtained as compared with the comparative example. Examples 1 to 4 in which methyl salicylate and camphor are combined
Then, the strong decay odor was almost completely absent, but the odor of the deodorant component was felt a little. In Examples 12 to 20 in which the essential oil was further added, not only the putrefactive odor but also the odor of the deodorant component itself became extremely weak, and the odor was substantially odorless.

In Examples 4 to 11 in which either methyl salicylate or camphor was combined with the essential oil, the odor of decay was slightly left, but the odor of the deodorant component itself was also very weak.

The deodorant according to the present invention, rather than masking a strong malodor such as putrefactive odor with another odor,
It has the effect of substantially deodorizing.

[0033]

[Example 21] A mixture of methyl salicylate, camphor oil, and mint oil in a mass ratio of 1/1/1 was prepared, and sprinkled on a refractory brick crushed product (Uniscience C manufactured by GL Sciences, particle size 30 to 60 mesh). The solid deodorant was prepared. The mass ratio of the refractory brick crushed product and the mixed liquid was 7/3. This 1 g was wrapped with a non-woven fabric, and Example 1 was used.
As in ~ 20, the deodorant effect was tested by placing in a wide-mouthed bottle containing rotten clams. As a result, as shown in Table 1, the effect of almost eliminating odor was recognized.

[0034]

Example 22 A mixed solution of methyl salicylate, camphor oil and limonene in a mass ratio of 1/1/1 was prepared, and thereafter the deodorizing effect was tested in the same manner as in Example 21. As a result, as shown in Table 1, the effect of almost eliminating odor was recognized.

[0035]

Example 23 An old man living alone was found dead at home. It has been estimated that nearly one week has passed since his death, and it was difficult to enter the room because of the bad odor. When the funeral house, which was in charge of housing the body, sprayed 60 grams of the deodorant of Example 21 around the body, the odor was barely felt in about 15 minutes, and there was no problem in housing the body. It was

[0036]

Example 24 Another old man living alone was found dead at home. After death, it was estimated that almost one week had passed, and it was difficult to enter the room because of the bad odor. When the funeral house, which accommodated the body, sprayed 60 grams of the deodorant of Example 22 around the body, it was about 15
Almost no odor was felt for about a minute, and there was no problem in containing the body.

[0037]

[Example 25] A foreigner living alone died of illness. It took time to get consent from a relative to go to the crematorium, and I kept it in the refrigerator at a crematorium (temperature of about 3 degrees Celsius) for 5 days until then. Usually, dry ice is put in the refrigerator, but without the dry ice, the deodorant 7 of Example 21 is used.
0 gram was divided into 7 non-woven bags and placed around the body in the refrigerator. Five days later, the body was taken out for cremation, but no odor was observed and no signs of rot progressing.

[0038]

Example 26 A sick person died. Seven non-woven bags containing the same deodorant as in Example 25 were placed on the bottom of the casket. Even without the use of dry ice, neither the dead odor nor the rotten odor was felt for 54 hours before the cremation, and the odor characteristic of the cremation that was usually felt was not felt during cremation.

[0039]

Example 27 A mixture of methyl salicylate / camphor oil / mint oil in a mass ratio of 1/2/1 was prepared, and 100 g of this mixture was mixed with an ethylene / vinyl acetate copolymer (manufactured by Mitsubishi Kagaku Co., vinyl acetate content: 20 mass). %) Pellets, and the mixture was allowed to stand for 4 hours with occasional stirring to allow all the mixed solution to be absorbed by the pellets. The pellets were mixed with pellets of low density polyethylene (manufactured by Mitsubishi Chemical) at a ratio of 3/100 to form an inflation film having a thickness of 60 microns.
When the deodorant concentration in the film after molding was analyzed by the headspace gas chromatography method, the concentrations of methyl salicylate, camphor, and menthol were 3200, 5900, and 3000, respectively.
It was ppm.

This inflation film was cut open into flats, processed into a storage bag and laid under the body in the casket. Even without the use of dry ice, no dead or rotten odor was felt for 48 hours before the cremation.

[0041]

Example 28 Mass ratio of methyl salicylate / mint oil 1
/ 2 mixed solution was prepared, and 100 g of ethylene / vinyl acetate copolymer (Mitsubishi Chemical-made, vinyl acetate content 20% by mass) pellets 100 g was added and left for 4 hours with occasional stirring to mix the whole mixture. Absorbed in pellets. High-low density polyethylene (Mitsubishi Chemical-made pellets and 2
The mixture was mixed at a ratio of 100/100 to form a blown film having a thickness of 40 microns. When the concentration of the deodorant in the formed film was analyzed by the headspace gas chromatography method, the concentrations of methyl salicylate and menthol were 3100 and 5600 ppm, respectively. As a blank, a film containing no deodorant added was also formed.

[0042]

Among the drugs used in the experiment, methyl salicylate, camphor, menthol and limonene are reagents of Wako Pure Chemical, and camphor oil, peppermint oil, orange oil and cypress oil are products of Suzuki Minoru. .

[0044]

The deodorant according to the present invention suppresses the progress of decay without using dry ice by placing it near a body or putting it in a casket when a person dies, and at the same time, The dead odor can be eliminated. Already in the case of bodies that Fran has been progress, by spraying around the bodies, Ru can be erased quickly furan odor.

Claims (5)

(57) [Claims] 1. Salicyl having a mass ratio of 9/1 to 1/9
Porous inorganic powder, cloth, a mixture of methyl acid and camphor
Cotton, paper, resin (powder, pellet, block), polymer
It was confirmed that 1% by mass or more was retained in any of the gel solids.
A deodorant for treating a corpse having a characteristic anticorrosion effect . 2. A mixture of methyl salicylate, camphor and aromatic essential oil, wherein the total amount of methyl salicylate and camphor and the mass ratio of the essential oil is 9/1 to 2/8 is a porous mixture.
Inorganic powder, cloth, cotton, paper, resin (powder, pellets, block
)), 1% by mass or more in any solid polymer gel
Remaining body with anti-corrosion effect characterized by having it
Placement deodorant. 3. A mixture of methyl salicylate, camphor, and an aromatic essential oil, the mixture having a mass ratio of methyl salicylate or essential oil of 9/1 to 2/8 is a porous non-porous mixture.
Machine powder, cloth, cotton, paper, resin (powder, pellets, block
)), 1% by mass or more in any solid polymer gel
Remaining body with anti-corrosion effect characterized by having it
Placement deodorant. 4. Instead of high-purity methyl salicylate and camphor, essential oils containing each as a main component, that is,
Winter green oil and camphor oil were used, and the agent having the effect of suppressing decay according to any one of claims 1 to 3.
Deodorant for body treatment . 5. The aromatic essential oil is any one of essential oils such as mentha oil containing menthol as a main component, essential oils such as mandarin oil containing limonene as a main component, or a mixture thereof. Disturbance according to claim 2 or claim 3.
A deodorant for the treatment of dead bodies that has an inhibitory effect .