JP2001129041A - Dead body placing implement set - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a dead body placing implement set for bringing about no public pollution. SOLUTION: A spraying liquid is a solution of chlorine dioxide ionic water 1 of 26,000±50,000 ppm, and an injection container liquid is a solution of chlorine dioxide ionic water of 5,000±25,9000 ppm. An underlay is made of a combustible material, and constituted by sandwiching a water absorption material between a surface material and a water material. An overlay is made of a combustible material, and constituted by sandwiching a water absorption material between a surface material and a surface material. A wiping cloth is made of a combustible material, and made of a flexible fiber material.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a casket, and more particularly to a casket tool set required for a casket.

[0002]

2. Description of the Related Art Conventionally, in order to cask a corpse, generally, the corpse is wiped off with a disinfectant or preservative such as formaldehyde solution or ammonium salt, and deodorized with silica gel or the like.
Put the desiccant together with the fragrance in the coffin with the dead body, and put dry ice (trademark) in the coffin for the purpose of preserving the decay and deodorization of the dead body. I have.

[0003]

[Problems to be Solved by the Invention] The convention regarding the casket remains old, does not always correspond to the change of the times, and at present, no improvement has been seen at least in recent decades. First, the liquid used for wiping the body is generally a formaldehyde solution or an ammonium salt. These disinfectants and preservatives have a
Effects such as disinfecting power, antiseptic power and deodorizing power are all weak. In particular, when there are infectious bacteria, there is a risk of secondary infection of the cadaver. Therefore, these disinfecting and preservatives only have a disinfecting and preserving effect only when the body is wiped and cleaned, and as time passes, odors are generated along with putrefactive bacteria and various bacteria, and the body is damaged. It is. Therefore, at the time of casket storage, a large amount of dry ice is placed in a coffin together with the corpse to keep the inside of the coffin close to freezing, thereby preventing rot and odor of the corpse. However, the practice of crematorium incineration using a large amount of dry ice is a serious cause of environmental destruction and wasted energy. Also, the use of a large amount of dry ice often causes a freezing symptom, in which the body becomes dark and discolored.

[0004] First, since a large amount of dry ice is contained in a coffin, a large amount of carbon dioxide (CO ₂ ) is generated from the dry ice during incineration.
This is a factor that further accelerates global warming.

Second, since a large amount of dry ice is contained in the coffin, even if the incinerator is to be incinerated at a high temperature, the temperature in the incinerator does not reach a high temperature for a while and the temperature becomes low. Because it burns as it is, it generates not only a large amount of CO _{2 but also} highly toxic dioxin. As is clear from the fact that high levels of dioxin are reported from crematoriums around Japan,
It has a serious problem of causing serious pollution problems that cause carcinogenicity to the human body in the future and adversely affect genetic abnormalities.

Third, even if it is attempted to incinerate the body in the coffin, it takes a long time to reach a high temperature because a large amount of dry ice that is lower than the temperature of the ice is contained, and the incineration time of the body is correspondingly reduced. It becomes longer and takes about 50% more time than incineration without using dry ice, which wastes energy. It also adds to the irrationality of having funeral workers come to pick up bones to wait extra time.

[0007] However, a coffin-filling tool set has been found to solve this problem of the prior art. The present invention has been developed as a result of many years of research in order to solve such problems, and it is possible to form a coffin by using only this coffin tool set without using any dry ice. By wiping the body with a liquid effective for deodorization, putrefactive bacteria may be generated on the body,
An object of the present invention is to provide an innovative set of coffin-free coffin tools that does not cause bacteria to grow and can sufficiently exhibit an odor preventing effect.

[0008]

Means for Solving the Problems In order to achieve the above object, a set of coffins according to the present invention has the following configuration. (A) Spray liquid 1 is chlorine dioxide ionized water 26,000
It is a solution of 0 ± 50,000 ppm. (B) Injection container liquid 2 contains 5,000 chlorine dioxide ionized water.
It is a solution of ± 25,900 ppm. (C) The underlay 3 is made of a flammable material, and is formed by sandwiching a water-absorbing material 9 between a surface material 8 and a waterproof material 10 so as to be laid under the body. ing. (D) The overlay 4 is made of a flammable material, and is formed by sandwiching a water-absorbing material 9 between the surface materials 8 and forming the size to be laid on the body. ing. (E) The wiping cloths 5, 5 are made of a combustible material and made of a flexible fiber material. A coffin tool set consisting of the above combinations.

[0009]

BEST MODE FOR CARRYING OUT THE INVENTION The present invention is used for hot water supply and casket storage. Chlorine dioxide ionized water (chlorine dioxide 5,000 ± 25,900 ppm) in the injection container 2 is impregnated into the wiping cloths 5 and 5 made of a flexible material, and the whole body of the body is wiped three to four times. Since the wiping cloths 5 and 5 are made of a flexible material, the wiping cloths 5 and 5 can well penetrate into the wrinkles of the skin of the corpse and can be wiped and cleaned without leaving any wiping. In this way, all the germs, germs and odorous substances attached to the whole body of the body are sterilized and deodorized by the strong sterilizing and deodorizing power of chlorine dioxide ionized water. 3 ~ whole body
By wiping four times, a thin film layer of chlorine dioxide ionized water is formed on the whole body. In the present invention, this plays an important role, and in the case of chlorine dioxide ionized water, if putrefactive bacteria or malodorous substances are to be exposed from the surface of the body, a part of the chlorine dioxide ionized water applied to the surface of the body will be converted to carbon dioxide. It is liberated as chlorine and attaches to these spoilage bacteria and odorous substances, and exerts a continuous decomposing action. Therefore, the body does not rot and does not give off bad odor. In addition, the chlorine dioxide ionized water in the injection container 2 is filled with eyes, mouth,
By injecting into nose, ear, etc. where there is a hole, and enclosing it with absorbent cotton etc., there will be no occurrence of germs, spoilage bacteria and odorous substances.

On the surface of each of the surface material 8 of the underlay 3 and the overlying 4, chlorine dioxide ionized water (chlorine dioxide 26,000 ± 5) contained in the spray container 1 is provided.
(0.00 ppm) is evenly sprayed and impregnated with chlorine dioxide ionized water. The underlay 3 is laid in a coffin, the corpse wiped and cleaned with chlorine dioxide ion water is placed on the underlay, and the sprayed one of the top overlay 4 is further laid on the corpse with the spray facing the corpse. By doing so, chlorine dioxide is released from the parts of the overlay 4 and the underlay 3 that are touching the corpse or the air in the coffin according to the generation of bacteria and odors, It sterilizes and deodorizes odors. As described above, by using the present invention, the effects of disinfection, disinfection, preservation, and deodorization on the corpse are exhibited, and the effect is maintained until cremation only by wiping the corpse at the time of storing the coffin. Since no dry ice is used, the body will not be frost bitten and will not turn black. Even if the corpse is affected by bacteria such as an infectious disease, it can be completely sterilized, so that the health of those involved in the processing of the corpse is ensured. In addition, even if the mourner breaks up with the corpse, there is no danger of infectious disease even if the corpse touches the skin of the corpse.

When the body is incinerated by cremation, the underlayment 3, the overlay 4, and the wiping cloths 5, 5 are all made of a combustible material that does not generate dioxin, and the temperature in the incinerator rises at a stretch. Therefore, the amount of dioxin generated during incineration of the corpse is hardly generated.
The incineration time of the corpse is about 50 compared to when dry ice is used.
Because of this, the waiting time for picking up bones is reduced, and the time wasted by burial officials is eliminated. As the incineration time was shortened, the energy consumed was reduced accordingly, and the fuel consumption of the corpse was greatly reduced.
This will help prevent global warming. In addition, since the effects of sterilization, disinfection, and deodorization are fully exhibited, the mourners have no concern because the mourners may be separated from the corpse, but there is no danger of infectious diseases if they touch the skin of the corpse. The funeral can be held in a very natural state.

[0012]

An embodiment of the present invention will be described with reference to the drawings. FIG. 1 is a perspective view of the spray container 6, in which 26,000 ± 50,000 chlorine dioxide ionized water is contained.
ppm solution is used. FIG. 2 is a perspective view of the injection container 7, in which a solution of 5,000 ± 25,900 ppm of chlorine dioxide ionized water is put and used. FIG. 3 is a perspective view of the underlay 3, and FIG.
Is an enlarged cross-sectional view of the same underlay 3 along the line AA. Underlay 3
Has a rectangular shape, is made of a combustible material, is formed in accordance with the size of the coffin, and is formed by sandwiching a water absorbing material 9 between a surface material 8 and a waterproof material 10. FIG. 5 is a perspective view of the overlay 4, and FIG. 6 is an enlarged cross-sectional view of the same overlay 4 along the line BB. The overlay 4 is made of a flammable material, and is formed by sandwiching a water-absorbing material 9 between the surface materials 8 and 8 and is formed in a rectangular shape large enough to be laid on the body. . FIG. 7 is a perspective view of the wiping cloths 5, 5. FIG. The wipes 5, 5
It is made of a flammable material, and may be a flexible fiber material having an arbitrary shape.

In order to deepen the understanding of chlorine dioxide ionized water (also referred to as stabilized chlorine dioxide water), which is the main ingredient of the present invention, it is necessary to first understand chlorine dioxide (ClO ₂ ) which has existed for a long time. , From the conventional chlorine dioxide (ClO ₂ ). Chlorine dioxide (C
lO ₂ ) has 2.6 times the oxidizing power of chlorine (Cl), and is an oxidizing agent that decomposes malodorous substances and makes it odorless in addition to the ability to fundamentally destroy harmful microorganisms. Explosive and corrosive at high concentrations. Furthermore, since the solubility in water is extremely low and the stability is poor, the handling thereof is extremely dangerous and cannot be easily handled. For these reasons, there has been a long-awaited desire among concerned parties to produce a chlorine dioxide composition that can be used easily and safely.

It is chlorine dioxide ionized water that has realized such a demand. This chlorine dioxide ionized water was treated with chlorine dioxide (ClO ₂ ) with a special stabilizer to become an oxidizing bactericide, and as shown below, extremely stabilized chlorine dioxide ionized water was obtained. Substrate properties of chlorine dioxide ionized water Appearance: Odorless or odor similar to mold chlorine Ingredients: Chlorine dioxide (ClO ₂ ) 50,000 ± 2,0
00 ppm Specific gravity: 1.07 ± 0.02 pH: 9.0 ± 0.5 Solubility: easily mixed with water Stability: stable for more than one year Corrosion: slightly corrodes metals

Outline of Characteristics and Effects of Chlorine Dioxide Ionized Water The outlines of characteristics and effects of chlorine dioxide ionized water are as follows. This chlorine dioxide ionized water contains a small amount of chlorine dioxide (ClO ₂ ) [50,000 ±
2,000 ppm] is present in a free state, and has a property of being continuously replenished if it is consumed. Since chlorine dioxide is a strong oxidizing agent, it has deodorizing, sterilizing, sterilizing, bleaching effects and the like. Note that, unlike chlorine or sodium hypochlorite, which is an oxygen-type oxidizing agent, this chlorine dioxide does not produce trihalomethane (THM) when oxidatively decomposing organic substances.

Next, a comparison of the oxidizing power of various oxides is shown as reference data. As shown in the table above, chlorine dioxide has the highest amount of active oxygen in chlorine dioxide and is a good oxidizing agent.

Deodorizing Effect of Chlorine Dioxide Ion Water Chlorine dioxide ion water not only oxidizes and decomposes malodorous substances to deodorize it, but also prevents the growth of microorganisms, which are the source of malodors, so that deodorant properties are maintained. It can be said that it is the ultimate deodorant. Eight substances, hydrogen sulfide, methyl mercaptan, methyl sulfide, methyl disulfide, ammonia, trimethylamine, acedaldehyde, and styrene, are specified by the Odor Control Law. Chlorine dioxide ionized water continuously decomposes these malodorous substances. As a result, the odor is eliminated. As reference data, the following shows deodorization experiment data of hydrogen sulfide (H ₂ S) and ammonia (NH ₃ ) using chlorine dioxide ionized water.

Effect of sterilization / sterilization of chlorine dioxide ionized water There is no shortage of reports that chlorine dioxide ionized water has a remarkable sterilizing power against bacteria, viruses, spores, green algae and the like. . Because chlorine dioxide ionized water is an extremely stabilized oxygen-type oxidized ionized water that has excellent ability to inhibit the growth of bacteria and inhibits its growth, and releases chlorine dioxide into various types of microorganisms. This is because a small amount of the oxygen-type oxidizing agent present is oxidized and consumed and continuously replenished by coming into contact with putrefactive bacteria and malodorous substances. Another characteristic of chlorine dioxide ionized water is that it is an oxidative slow-acting sterilant, and its sterilization power for a short time is slightly inferior, but it is excellent in its ability to inhibit the growth of bacteria (bacteriostatic power). It is a very effective and safe fungicide.

[0019] This chlorine dioxide ionized water is referred to as stabilized chlorine dioxide water in Europe and the United States, is widely used as a disinfectant for tap water, and has been approved as a safe disinfectant. In particular, in the United States, P. A (Environmental Protection Agency) and USDA (U.S. Department of Agriculture) have approved tap water for disinfection and food disinfection.

[0020]

Since the casket tool set of the present invention is configured as described above, it is used as follows. At present, funerals are performed in the first place. The first step is to lay the dead between the Buddhas to break up with the bereaved family. Next, when the funeral can be set up, the bath and the casket are finished, and the coffin is placed on the altar. After that, he wakes up overnight, and after the next Japanese funeral he becomes a coffin and is transported to a crematorium where he is cremated. This is the general way of performing funerals. The present invention is used for hot water supply and casket storage. First, chlorine dioxide ionized water (chlorine dioxide 5,0
(0.00 ± 25,900 ppm) into the wiping cloths 5 and 5 made of a flexible material, and wipe the whole body of the corpse three to four times. Since the wiping cloths 5 and 5 are made of a flexible material, the wiping cloths 5 and 5 can penetrate well into wrinkles and the like of the skin of the corpse and can be wiped and cleaned without leaving any wiping. In this way, all the germs, germs and malodorous substances attached to the whole body of the body are sterilized and deodorized by the strong sterilizing and deodorizing power of chlorine dioxide ionized water. In addition, by wiping the whole body three to four times, a thin film layer of chlorine dioxide ionized water is formed on the whole body of the body. This plays an important role in the present invention. Because, as described above, chlorine dioxide ionized water will release some of the chlorine dioxide ionized water on the surface of the body as chlorine dioxide if putrefactive bacteria or odorous substances are to be exposed from the surface of the body. This is because they adhere to these spoilage bacteria and odorous substances and exert a continuous decomposing action. Therefore, the body does not rot and does not give off bad smell. In addition, the chlorine dioxide ionized water in the injection container 2 is used for eyes, mouth, nose,
By injecting into holes with ears and the like and enclosing it with absorbent cotton etc., there will be no occurrence of germs, spoilage bacteria and odorous substances. On the other hand, the respective surface materials 8 of the underlay 3 and the overlying 4
Is sprayed evenly with chlorine dioxide ionized water (chlorine dioxide 26,000 ± 50,000 ppm) in a spray container 1 to impregnate the chlorine dioxide ionized water. The underlay 3 is laid in a coffin, the corpse wiped and cleaned with chlorine dioxide ion water is placed on the underlay, and the sprayed one of the top overlay 4 is further laid on the corpse with the spray facing the corpse. By doing so, the overlay 4 and the underlay 3
However, chlorine dioxide is released according to the occurrence of bacteria and odors from places touching the corpse and the air inside the coffin, and sterilizes bacteria and deodorizes odors It is.

As described above, by using the present invention, the effects of sterilization, disinfection, antiseptic, and deodorization on the corpse are exhibited, and the effect is maintained until cremation only by wiping the corpse at the casket. It is a revolutionary invention. Also, since dry ice is not used at all, there is no possibility that the body will be frost-bitten and discolored. Even if the corpse is infected by bacteria such as an infectious disease, it can be completely sterilized, which not only ensures the health of the people involved in the processing of the corpse, but also helps the mourners to part with the corpse. Since there is no risk of infectious disease even if it touches the skin, it is possible to mourn in a very natural state without mind. At the time of crematory incineration of the corpse, all of underlay 3, overlay 4, wipes 5, 5
Since it is made of a combustible material that does not generate dioxin, and the temperature in the incinerator can be raised to a high temperature at a stretch, the amount of dioxin generated during incineration of dead bodies can be significantly reduced. Since the incineration time of the corpse is reduced by about 50% as compared with the case of using dry ice, the waiting time of the persons waiting to pick up the bones is shortened, and the time spent by the funeral officials on standby is eliminated. As the incineration time is shortened, the energy consumed is reduced accordingly, and the fuel consumption of the corpses is greatly reduced.If implemented worldwide, it will greatly help prevent global warming and improve the global environment. I can greatly contribute. This chlorine dioxide ionized water is excellent in the ability to inhibit the growth of bacteria generated in the remains,
Since the effects of sterilization, disinfection, disinfection, and deodorization are perfectly exhibited, the mourners are not mindful because the mourners may be separated from the corpse, but there is no danger of infectious disease if they touch the skin of the corpse. The funeral can be held in a very natural state.

[0023]

Since the present invention is configured as described above, the following effects can be obtained. 1. The effects of disinfection, disinfection, preservation, and deodorization on the remains are unprecedented, they can be stored in their natural form without any change, and the use of dry ice is completely unnecessary. 2. It does not damage the corpse and can sterilize infectious bacteria, ensuring the safety of the people involved in processing the corpse. 3. The temperature inside the incinerator can be raised to a high temperature at a dash at the time of crematory incineration of the body, and the amount of dioxin generated at the time of incineration of the body can be significantly reduced. 4. As the incineration time of the corpse is shortened, not only the waiting time of the persons waiting for bone retrieval is shortened, but also the energy consumed is reduced, and the fuel consumption of the corpse is reduced,
Can contribute to the prevention of global warming. 5. Since the effects of sterilizing, disinfecting, disinfecting, and deodorizing the corpse are fully exhibited, the mourners should take care of the mourner, since even if the mourner breaks up with the corpse, there is no risk of contracting an infectious disease even if he touches the skin of the corpse. The funeral can be done in a very natural way.

[0024]

[Brief description of the drawings]

FIG. 1 is a perspective view of a spray solution.

FIG. 2 is a perspective view of an injection container.

FIG. 3 is a perspective view of an underlay.

FIG. 4 is an enlarged sectional view taken along line AA.

FIG. 5 is a perspective view of an overlay.

FIG. 6 is an enlarged sectional view taken along line BB.

FIG. 7 is a perspective view of a wiping cloth.

[Explanation of symbols]

(1) is 26,000 ± 5 chlorine dioxide ionized water
The 2,000 ppm solution (2) is 5,000 ± 25,
900ppm solution (3) Underlay (4) Overlay (5) Wiping cloth (6) Spray container (7) Injection container (8) Surface material (9) Absorbent material (10) Waterproof material

Claims (1)

[Claims] (1) The spray liquid (1) is a solution of chlorine dioxide ionized water of 26,000 ± 50,000 ppm. (B) Injection vessel liquid (2) is chlorine dioxide ionized water 5,0
It is a solution of 00 ± 25,900 ppm. (C) The underlay (3) is made of a flammable material, and has a water absorbing material (9) sandwiched between a surface material (8) and a waterproof material (10). (D) The overlay (4) is made of a flammable material and has a water absorbing material (9) between the surface material (8) and the surface material (8).
Are sandwiched. (E) The wipes (5) and (5) are made of a flammable material,
It is made of a flexible fiber material. A coffin tool set consisting of the above combinations.