JP2623446B2 - Method for producing incense burning composition - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method for producing an incense burning composition, which eliminates smoke generated when burning incense and generates a very small amount of smoke. It is intended to produce a burning incense which is almost the same as the above and does not disappear.

[0002]

2. Description of the Related Art Burning incense is a burning incense for praising the virtue of the Buddha or mourning the dead, mainly in the case of Buddhist affairs. Used. There are five kinds of incense, seven kinds of incense and ten kinds of incense depending on incense wood and spices. A large amount of smoke was generated in the burning incense, which was obtained by chopping and mixing conventional incense wood to make organic matter into a steamed state. Therefore, in order to reduce the generation of smoke, a combustion control material such as inorganic salts, and a colorant or paste are mixed with a burning material such as charcoal, kneaded with water to form a rice cake, and formed into a string by an extruder. Then, a method of producing fine incense by finely chopping and pulverizing has been proposed as an improved technique.

[0003]

When a conventional burning incense made from a perfume is used as a raw material, there is a problem in terms of the environment, such as burning and burning due to a large amount of smoke generated together with the perfume from the perfume. In particular, it had a significant effect on elderly people and children. In addition, recent funerals in urban areas are often held in well-sealed rooms, and the effects of smoke are not only environmental issues, but also pose a problem in security measures at funeral homes. In recent fire safety systems, smoke detectors have been installed indoors to improve safety measures. Often, the sensor must be turned off during the funeral to prevent it. In addition, the raw material is a natural resource, and its availability is easily affected by price fluctuations. Against this background, there has been a demand for the development of incense burn compositions that generate less smoke. In recent years, burning incense using charcoal powder as a raw material has been proposed and manufactured.However, charcoal is so black that it cannot be freely colored, and the finished product is a conventional traditional incense. They differed significantly in color from wooden ones, and their appearance was significantly different from those inscribed with incense.

[0004] The incense burned by the improved technique of kneading the above-mentioned combustion material and combustion control material with water produces little smoke, but is the same as shredded incense itself, and its shape is similar to that of a rat. Because it looks exactly like feces, it looks different from traditional burning incense, and looks very bad. In addition, the incense burned by this improved technique is only a kind of rice cake that has been kneaded and dried, that is, it is extremely poor in ignition, similar to igniting a Katori incense stick. Even when sprinkled on charcoal, the fire did not move except for the burning incense directly on the charcoal, and it was extinguished.

[0005] In other words, charcoal is good if it is intended to produce incense with little smoke instead of incense, but it has the drawback that its color is black and it cannot be colored like incense. Also, in order to reduce the generation of smoke and to add color freely, kneading the combustible material or combustion control material with water, forming it into a string with an extruder, and then chopping it into particles can be used. Even if it is sprinkled on a bad charcoal, it burns except for the incense burned directly on the charcoal.
The present invention provides an incense burn that has the advantages of the above two kinds of incense and that does not have the drawbacks of the two kinds of incense.

[0006]

In order to solve the above problems, the present invention has been completed as a result of various investigations, and comprises a kneading composition comprising a burning material, a coloring agent, water and a paste. Then, the kneaded material is freeze-solidified, freeze-dried, and disintegrated to form porous irregular shaped particles, so that the generation of smoke is extremely small, and the incense burning composition having the same appearance as that of the incense of incense can be easily obtained. The present inventors have found that the present invention can be obtained, and have completed the present invention.

[0007] Smoke is generated when organic substances are burned, and is generated particularly in large quantities during incomplete combustion. A large amount of smoke is generated particularly in a state in which a fragrance is finely chopped, such as a conventional incense, and a scent is transcribed in a steamed state. In other words, if you want to reduce the generation of smoke, it is thought that it is impossible to suppress the generation of smoke except by chemically changing the fibrous sources and other organic components that are the source of smoke A composition for a fuel material was conceived. However, with the use of carbide alone, it is not possible to reproduce the color, shape, texture, texture, scent, etc. of finely chopped wood, which is the raw material for burning incense. The incense burned with no change in appearance and with very little smoke was completed. Even if a coloring agent such as a pigment or a dye is added to a black powder of a carbide, it is very difficult to color the black powder because the ground is black. Therefore, a coloring agent is appropriately added to inorganic salts or metal oxides used as an adjusting material to produce a coloring powder, and the powder is mixed with a carbide in an appropriate ratio to reproduce the color of the incense tree. As for the shape and touch, a mixture of a main burning material such as animal and plant charcoal, a combustion control material and a coloring agent composed of a coloring material is adhered using water and a paste, and then the solid is freeze-solidified and frozen. Dry and crush.

[0008] The freeze-drying method, which is a feature of the present invention, is a drying method that has existed conventionally. However, the freeze-drying method has been used exclusively for processing food products,
Uses are for preservation of foodstuffs, for portable convenience and for instant foods. The present invention introduces a freeze-drying method to incense sticks completely different from food products,
This is a novel use invention. In addition, the purpose is completely different from that of foodstuffs. By mixing the combustion material and combustion control material with water to form porous irregular shaped particles, the appearance is the same as incense burning, and the burning incense burns. It is an object of the present invention to produce incense that burns continuously when sprinkled on a charcoal.

[0009]

Next, the present invention will be described in detail with reference to examples. Animal and plant charcoal and crystalline cellulose are used as the main combustion material used in the present invention, and plant charcoal is generally used as the charcoal. A white metal compound is used as the combustion control material, specifically, titanium oxide,
Metal oxides such as aluminum oxide and inorganic salts such as aluminum hydroxide, calcium hydroxide, magnesium hydroxide and calcium carbonate are used. Lyophilization is-
Vaporize and dry under high vacuum at 20 ° C to -30 ° C. In addition, since the bulk specific gravity of the incense burning composition can be freely set by the mixing ratio of the water content and the burning material,
This makes it possible to eliminate the sense of incongruity when picking up the incense burner with a homogeneous feeling. After lyophilization, the plate-shaped composition is crushed into irregular particles by a granulator-type crusher. There are various types of pulverizers, and a pulverizer of the granulator type can pulverize the composition of the present invention at a high yield. After crushing, the particles are made to have a certain particle size by using a sieve or the like, thereby obtaining a shape like burning incense. In the present invention, the freeze-drying step and the crushing step may be performed first. Reference Example 1 250 g of charcoal powder, 290 g of titanium oxide, 30 g of CMC,
30g of golden dye is mixed with a kneader and 400g of water is put into it.
And knead well. After freeze-drying the kneaded dough, irregular particles obtained by crushing with a crusher are adjusted to 1.0 to 2.5 mm with a sieve. Reference Examples 2 to 3 In the same manner as in Reference Example 1, the composition is adjusted according to the following formulation. Reference Example 4 The compositions prepared in Reference Examples 1 to 3 are mixed at a weight ratio of 3: 3: 4. Perfume 1.0 per 100 g of mixture
g. The resulting mixture becomes an incense burning composition that produces very little smoke.

(Evaluation method) Two incense burners placed in ash by igniting charcoal for incense are placed side by side in the incense burner used for burning incense, and various commercially available incense burners and the incense burner of the present invention are burned. Compare the amount of smoke at the time. Place black raspa paper on the background and observe the appearance and amount of smoke. (Comparative example) As a burning incense, five kinds of incense, seven kinds of incense, nine kinds of incense and ten kinds of incense which are finely chopped in incense wood are used as comparative products. In the present invention, the burning incense composition was carried out in the same manner as in the above reference example.
Can.

[0011]

According to the present invention, a mixture obtained by kneading a combustion material, a combustion regulator, a colorant, water and a paste is freeze-solidified, freeze-dried and crushed to form porous amorphous particles. It is possible to produce a burning incense having an appearance almost the same as that of a burning incense obtained by carving incense wood. In addition, the burning incense produced by kneading the conventional burning materials and combustion regulators has a poor fire, and even if sprinkled on the charcoal, which is the kind of fire, the burning incense other than the burning incense placed directly on the charcoal does not burn and extinguishes. Was awake. A typical example of particles that burn continuously without extinguishing is charcoal particles. That is, in order for the incense burned in a particle form not to be extinguished, the burnt incense need only be porous such as charcoal. Since the present invention is made porous by freeze-drying, it is needless to say that it exhibits the same properties as charcoal having the same porosity.

Claims (1)

(57) [Claims] (1) at least a combustion material, a combustion control material, a coloring agent,
Substrate composed of water and paste (Water weight ratio is 30% ~
Excluding 70%. ) , Kneading the mixture, freeze-solidifying the mixture, freeze-drying the mixture, and crushing the mixture to form the mixture into porous irregular-shaped particles. Of burning incense composition