JP2022051638A - Hnb herb fragrant bomb flake, filament, filamentous cut material, recipe of herb fragrant bomb and method for manufacturing herb fragrant bomb - Google Patents

Abstract

To provide: a HNB herb fragrant bomb flake; a filament; a filamentous cut material; a recipe of a herb fragrant bomb; and a method for manufacturing the herb fragrant bomb.SOLUTION: A HNB herb fragrant bomb flake includes a main component and an accessory component. The main component is at least a kind of a lily, an Osmanthus fragrans and a lotus; the accessory component is honey, extract and/or a food additive; a mass ratio example between the main component and the accessory component is 50-99:1-50; the raw material of the HNB herb fragrant bomb flake is a non-tobacco raw material without including a harmful material, such as nicotine in the raw material; the main component of the non-tobacco raw material includes protein and reducing sugar having a high content; when manufacturing a tobacco substitute (a HNB herb fragrant bomb) by the HNB herb fragrant bomb flake using the lily, the Osmanthus fragrans, the lotus as a main component to heat and bake the HNB herb fragrant bomb, a special flavor is emitted; and a taste is good even when heating and baking the accessory component of the tobacco substitute.SELECTED DRAWING: Figure 1

Description

The present invention relates to the application of processing technology for non-tobacco fragrances and heating non-combustion technology, and in particular, recipes for HNB fragrance bomb flakes, HNB fragrance bomb flakes filaments, HNB fragrance bomb flakes filament cuts, and HNB fragrance bombs. And the manufacturing method.

As is well known, smoking affects the health of smokers. Cigarettes contain various harmful substances such as nicotine, tar and carbon monoxide. Tobacco has been certified as a first-class carcinogen. The incidence of lung cancer in smokers is 10 to 30 times higher than the incidence of lung cancer in nonsmokers, and 90% of lung cancer patients are said to be induced by smoking. According to the description, the incidence of lung cancer in smokers who smoke for a long time is 10 to 20 times higher than the incidence of lung cancer in non-smokers, and the incidence of laryngeal cancer is that of non-smokers. It is 6 to 10 times higher than the incidence rate, and the incidence of coronary disease is said to be 2 to 3 times higher than the incidence of coronary disease in non-smokers. In addition, the incidence of circulatory system disease in smokers who smoke for a long time is three times higher than that in non-smokers, and the incidence of tracheitis is tracheitis in non-smokers. It seems that the incidence rate is 2 to 8 times higher than that of.

In the conventional technology, tea leaves are used as a raw material to produce heat-not-burning (abbreviated as HNB) fragrant bomb flakes, and HNB fragrant bomb flakes are used instead of tobacco. It removes harmful substances in cigarettes and meets smoker's smoke absorption requirements. However, HNB Honzo Aroma Bomb Flakes are not sold in large numbers because HNB Honso Aroma Bomb Flakes and HNB Honjo Aroma Bomb Flakes are not so comfortable to smoke. Currently, various HNB Honzo fragrance bombs are on sale to meet the various demands of smokers.

Therefore, it is necessary to improve and develop the conventional technology.

In order to solve the shortcomings of the prior art, an object of the present invention is to provide a recipe and a method for producing HNB fragrant bomb flakes, HNB fragrant bomb flakes, HNB fragrant bomb flakes, HNB fragrant bomb flakes, and HNB fragrant bomb flakes. There is something in it. The point is to try to solve the difference in smoking comfort between conventional non-tobacco plant bombs and tobacco.

In the present invention, the following recipe for HNB Honzo aromatic bomb flakes is provided. HNB Honzo Aroma Bomb Flake contains main component and sub-component,
The main component is at least one of lily flower, osmanthus fragrans, and lotus.
Auxiliary ingredients are honey, extracts and / or food additives,
The mass proportion of the principal component and the subcomponent is 50 to 99: 1 to 50.

In the HNB Honzo Aroma Bomb Flake recipe, the extracts are coffee extract, mint extract, dried tangerine peel extract, ginko extract, lily flower extract, kinmokusei extract, honey. Extract, mulberry leaf extract, lotus leaf extract, lotus extract, tea leaf extract, lily extract, bin rouge extract, food additives , Edible glycerol and / or propylene glycol.

In the recipe for HNB Honzo Aroma Bomb Flake, the mass proportions of honey, extracts and food additives are 0-90: 0-90: 10-100.

In the HNB Honzo Aroma Bomb Flake recipe, the main components further include tea leaves, morus alba, lotus leaves, coffee, mint, dried tangerine peel, agarwood, bin rouge, lily and / or bagasse.

Further provided in the present invention are filaments of HNB Honzo aromatic bomb flakes. The filamentous substance of the HNB main plant aromatic bomb flakes is obtained by cutting the HNB main plant aromatic bomb flakes according to any one of claims 1 to 4 into small pieces.

Further provided in the present invention are filamentous cuts of HNB Honzo aromatic bomb flakes. A columnar body is formed by winding the thread-like material of the HNB main plant aromatic bomb flake according to claim 5 with paper, and the thread-like cut product of the HNB main plant aromatic bomb flake is produced by cutting the column body.

Further provided in the present invention is an HNB true herb fragrance bomb. The HNB Honzo Aroma Bomb comprises a paper cylinder portion, a thread-like cut piece of the HNB Honzo Aroma Bomb flake according to claim 6, a silicon tube and a filter portion.
The silicon tube is inserted into the paper cylinder, and one end of the silicon tube comes into contact with the thread-like cut piece of HNB Honzo aromatic bomb flakes.
The filter portion is inserted into the paper cylinder portion, and one end of the filter portion abuts on the other end of the silicon tube.

The present invention further provides a recipe and a method for producing HNB Honzo Aroma Bomb. The method for producing HNB Honzo Aroma Bomb includes the following steps.
In step 100, the main component and the sub-component are mixed in which the mass proportion of the main component and the sub-component is 50 to 99: 1 to 50, and the main component is at least one of lily flower, honey, and lotus, and the main component is The sub-ingredients are honey, extracts and / or food additives, the main component and the sub-ingredients are uniformly mixed, cellulase is added to carry out enzymatic digestion, and then they are uniformly mixed. The mixture is stirred, and in the process, HNB main plant aromatic bomb flakes are produced by a low temperature compression method.
In step 200, a filamentous substance of HNB main plant aromatic bomb flakes is produced by cutting the HNB main plant aromatic bomb flakes into small pieces.
In step 300, after winding the filamentous material of HNB main plant aromatic bomb flakes with paper, the filamentous material of HNB main plant aromatic bomb flakes is cut to produce the filamentous cut pieces of HNB main plant aromatic bomb flakes.
In step 400, the filter portion, the silicon tube, and the thread-like cut pieces of the HNB main plant fragrance bomb flakes are sequentially inserted into the paper cylinder portion on which the predetermined pattern is printed, and then fixed with an adhesive to fix the HNB main plant fragrance bomb. To manufacture.

Step 100 of the method for producing HNB Honzo Aroma Bomb includes a step of pulverizing the main component into a powder of 100 mesh and lowering the temperature of the low temperature compression method to 50 ° C. or lower.

In step 100 of the method for producing HNB true aroma bombs, the cellulase is Trichodermareesei and 12 hours of enzymatic digestion is performed.

The present invention provides HNB true herb fragrance bomb flakes. The recipe for HNB Honzo Aroma Bomb Flake contains a main component and sub-ingredients, the main component is at least one of lily flower, kinmokusei, lotus, and the sub-ingredients are honey, extracts and / or food additives, mainly. The mass proportion of the component and the sub-component is 50 to 99: 1 to 50. The raw material of HNB Honzo Aroma Bomb Flake is a non-tobacco raw material, the non-tobacco raw material does not contain harmful substances such as nicotine, and the main components of the non-tobacco raw material are high content protein and reducing sugar. include. HNB Honzo Aroma Bomb Flakes, which are mainly composed of lily flowers, osmanthus, lotus, etc., are used to produce a tobacco substitute (HNB Honzo Aroma Bomb), and when the HNB Honzo Aroma Bomb is heated and baked, a special scent is produced. The shortcomings of not containing nicotine in the alternatives can be solved. It also tastes good when heat-baking the sub-ingredients of the tobacco substitute. When smoking a tobacco substitute (HNB Honzo Aroma Bomb) produced with HNB Honzo Aroma Bomb Flake, the scent of the main component and sub-ingredients can provide a smoking feeling similar to that of a real cigarette.

It is a flow chart which shows the manufacturing method of the HNB book fragrance bomb of this invention. It is a structural drawing which shows the HNB book fragrance bomb of this invention. It is a figure which shows the thread-like material of the HNB book fragrance bomb flake of this invention. It is a figure which shows the cylinder and the cut piece of the HNB Honzo fragrance bomb flake filament of this invention. It is a figure which shows the effect that the HNB true plant fragrance bomb and the real tobacco of this invention suppress the growth of CHO cells.

The present invention provides a recipe and a method for producing HNB fragrant bomb flakes, HNB fragrant bomb flakes, HNB fragrant bomb flakes, cylinders and cuts, and HNB fragrant bombs. In order to more clearly explain the object, technical matter and effect of the invention of the present invention, the present invention will be described in detail below. It should be noted that the following examples illustrate the invention and do not limit the invention.

The present invention provides a recipe for HNB Honzo aromatic bomb flakes. The recipe for HNB fragrant bomb flakes contains a main component and sub-ingredients, the main component being at least one of lily flower, Osmanthus, and lotus. The main components are tea leaves, mulberry leaves, lotus leaves, coffee, mint, dried tangerine peel, betel nut, and areca nuts. Can further include catechu), lily and / or bagasse. The lily flower has high nutritional content and high medicinal value. The lily flower has the functions of nourishing the lungs, stopping coughing, purifying the mind, calming the nerves, and supplementing the activity and cheerfulness of the spleen. The lily flower can treat pulmonary tuberculosis and cough, reduce tongue and bloody sputum, and treat symptoms such as nerve anxiety, palpitations due to fear, nerve weakness, leg swelling and edema. The lily flower can also reduce sputum (reduce phlegm) and eliminate blood circulation rest (dissipate stasis). Osmanthus can reduce sputum, reduce toothache, and treat bad breath and the like. Lotus can promote blood circulation and hemostasis, reduce moisture and stroke, calm nerves and cleanse blood, and obtain antipyretic and detoxifying effects. Alkaloids contained in tea leaves can improve mental status, prevent cardiovascular disease, and lower blood pressure. Morus alba leaves can reduce the risk of stroke, clean the lungs and reduce dryness, clean the liver and improve eyesight. By using the lily flower, kinmokusei, lotus, tea leaf, mulberry leaf, lotus leaf, lily, bagasse and the like as natural fibers, the fiber element (cellulose) is added to the heated non-combustible non-tobacco plant main plant aromatic bomb flakes. It can be ensured that it is sufficiently contained. In addition, since Osmanthus fragrans and lily flowers contain a large amount of pectin, it is not necessary to add pectin and fibrin when producing HNB true herb fragrant bomb flakes. As a result, the cost of raw materials can be reduced, the efficiency of manufacturing can be improved, and the uniformity and utilization rate of products can be effectively improved. The raw material of the HNB Honzo aromatic bomb flakes is a non-tobacco raw material, and the non-tobacco raw material does not contain harmful substances such as nicotine. The main components of non-tobacco raw materials include high-content proteins and reducing sugar. After producing a tobacco substitute with the HNB Honzo aromatic bomb flakes, which are mainly composed of lily flowers, nicotine, lotus, etc., when the tobacco substitute is baked, a special scent is produced. It can solve the drawback that the alternative does not contain nicotine. It also tastes good when heat-baking the sub-ingredients of the tobacco substitute. When smoking a tobacco substitute produced by the HNB Honzo Aroma Bomb Flake, the scent of the main component and the sub-ingredients can obtain a smoking feeling similar to that of a real cigarette.

The recipe for the HNB Honzo Aroma Bomb Flake further contains sub-ingredients, and the mass proportion of the main component and the sub-ingredients is 50 to 99: 1 to 50. The sub-ingredient can be honey. Honey contains a lot of nutritional components such as vitamins, amino acids and minerals. Honey can prevent fatigue and replenish the body's energy. Honey can eliminate inflammation in the body, nourish the lungs, reduce sputum and control coughing. Honey can also promote digestion, relieve dyspepsia, enhance gastrointestinal motility, and promote gastric acid secretion. The sub-ingredient can be an extract. The extracts are coffee extract, mint extract, dried tangerine peel extract, ginko extract, lily flower extract, kinmokusei extract, honey extract, mulberry leaf. Extract, lotus leaf extract, lotus extract, tea leaf extract, lily extract, bin rouge extract can be at least one of them. The extract can be used to control the scent of the HNB true herb fragrance bomb flakes. For example, when the HNB main plant aromatic bomb flakes are heated, the extract is heat-baked so that the HNB main plant aromatic bomb flakes can emit a good scent. The sub-ingredient can be a food additive. The food additive may contain edible glycerol and / or propylene glycol and may further contain seasonings, adhesives or other flavors. Edible glycerol and / or propylene glycol can improve the adhesion of the HNB true herb fragrance bomb flakes and ensure product uniformity. The accessory component can be a mixture of honey, extracts and food additives. The mass proportion of the honey, the extract and the food additive is 0 to 90: 0 to 90:10 to 100. The effect of heat-baking the HNB true herb fragrance bomb flakes produced by the main component and the sub-ingredients is similar to the effect of heat-baking real cigarettes, and the smoking comfort is also similar. Can be met.

Example 1 HNB Honzo Aroma Bomb Flake is produced by adding 20 grams of tea leaves, 20 grams of kinmokusei, 20 grams of lily to 20 grams of honey, 10 grams of glycerol, and 10 grams of agarwood (agarwood) extract. do.

Example 2 HNB Honzo aromatic bomb flakes by adding 20 grams of honey, 10 grams of glycerol, and 10 grams of dried tangerine peel extract to 10 grams of lily flowers, 10 grams of lily, 40 grams of lily. To manufacture.

Example 3 HNB true herb fragrance bomb flakes are made by adding 20 grams of honey, 10 grams of glycerol, and 10 grams of coffee extract to 10 grams of lotus, 40 grams of kinmokusei, and 10 grams of lily.

Example 4 HNB true herb aroma bomb flakes are produced by adding 20 grams of lily flowers, 15 grams of lily, 15 grams of lily to 24 grams of honey, 13 grams of glycerol, and 13 grams of coffee extract. In this example, after producing the HNB true aroma bomb flakes, the HNB true aroma bomb flakes are heat-baked to improve the sucking comfort, effectively increase the amount of smoke, and make the feeling of sucking the HNB true aroma bomb flakes genuine. You can get closer to the comfort of smoking.

The present invention further provides a filamentous substance of the HNB true herb fragrance bomb flakes. The filamentous substance of the HNB main plant aromatic bomb flakes is obtained by cutting the HNB main plant aromatic bomb flakes into small pieces. As shown in FIG. 3, the HNB true herb fragrance bomb flakes can be cut into small pieces with a cutting machine 6.

The present invention further provides filamentous cuts of HNB Honzo aromatic bomb flakes. As shown in FIG. 4, the cylinder 9 is formed by winding the thread-like material of the HNB main plant aromatic bomb flakes with paper, and the filamentous cylinder 9 of the HNB main plant aromatic bomb flakes wrapped around the paper is cut to form the HNB main plant. A filamentous piece 10 of aromatic bomb flakes is produced.

The present invention further provides an HNB true herb fragrance bomb. The HNB Honzo Aroma Bomb includes a paper cylinder portion, a thread-like cut piece of HNB Honzo Aroma Bomb flakes, a silicon tube and a filter portion. As shown in FIG. 2, the HNB main plant fragrance bomb is obtained by sequentially inserting a filter portion 30, a silicon tube 20, and a thread-like cut piece 10 of HNB main plant fragrance bomb flakes into a paper cylinder portion on which a pattern is printed, and then using an adhesive. It is manufactured by fixing. Specifically, as shown in FIG. 2, the thread-like cut piece 10 of the HNB true herb fragrance bomb flake is inserted into the paper cylinder portion. When the thread-like cut piece 10 of the HNB true herb fragrance bomb flake and the silicon tube are inserted into the paper cylinder portion, one end of the silicon tube 20 comes into contact with the thread-like cut piece 10 of the HNB main plant fragrant bomb flake, and the filter portion 30 is brought into contact with the filter portion 30. When inserted into the paper cylinder portion, one end of the filter portion abuts on the other end of the silicon tube. By attaching a silicon tube, the temperature of the smoke entering the mouth can be reduced, the temperature of the smoke can be adjusted, the temperature of the smoke can be prevented from being too high, and the sucking comfort of the user can be improved. By attaching the filter part, impurities can be filtered and the smoke entering the mouth can be cleaned.

For example, after winding the thread-like material of the sample produced in Example 4 with paper, as shown in FIG. 4, the thread-like material of the HNB true herb fragrance bomb flake is produced by cutting it. Next, after the thread-like cut pieces 10 of the HNB main plant fragrance bomb flakes are fed into the paper cylinder portion, the silicon tube 20 and the filter portion 30 are brought into close contact with each other to produce the HNB main plant fragrance bomb. The results of toxicological testing of neutral erythrocytes with the HNB Honzo Aroma Bomb are as shown in FIG. When referring to FIG. 5, when compared with real tobacco, the inhibition rate of the HNB true herb fragrance bomb suppressing the growth of CHO cells is much lower than the inhibition rate of the real tobacco suppressing the growth of CHO cells. It can be seen that the request for HNB Honzo Aroma Bomb is not high. That is, the damage caused by the HNB Honzo Aroma Bomb to the user is less than that of real cigarettes, and the effect on the health of the user can be reduced.

When the smoke of the HNB main plant aromatic bomb is detected, it can be found that the smoke does not contain nicotine, nitrosamine, acrylonitrile, styrene, aromatic amine, or the like. .. That is, the content of harmful substances in the HNB Honzo Aroma Bomb is much lower than the content of harmful substances in real tobacco, and the effect on the health of the user can be reduced.

The present invention further provides recipes and methods for producing HNB Honzo Aroma Bombs. As shown in FIG. 1, the method for producing HNB true herb fragrance bomb includes the following steps.
In step 100, the principal component and the sub-component are mixed so that the mass proportions of the main component and the sub-component are 50 to 99: 1 to 50. The main component is at least one of lily flower, osmanthus fragrans, and lotus, and the main component is pulverized into a powder of 100 mesh (mesh). The mesh is not limited to 100, and can be pulverized to 70 mesh. The sub-ingredients are honey, extracts and / or food additives. The main component and sub-ingredients honey, extract or food additive are uniformly mixed, cellulase is added, enzyme digestion is performed for 12 hours, and then they are uniformly stirred. .. The cellulase is Trichoderma reesei, and HNB true herb aromatic bomb flakes can be produced by a low-temperature compression method. In the production method, step 100 is a step of enzymatically digesting the crushed main component and the sub-component for 12 hours, and uniformly stirring the main component and the sub-component to be subjected to the enzymatic digestion. It further comprises a step and a step of producing the HNB true herb fragrance bomb flakes by compressing the agitated main component and sub-component at a low temperature. The temperature of the low temperature compression method is 50 ° C. ° or lower.

In step 200, the HNB main plant aromatic bomb flakes are cut into small pieces by the cutting machine 6 shown in FIG. 3 to produce a filamentous substance of the HNB main plant aromatic bomb flakes. Specifically, by cutting the HNB main plant aromatic bomb flakes into small pieces with a cutting blade 3, a filamentous product of the HNB main plant aromatic bomb flakes can be produced.

In step 300, the HNB main plant fragrance bomb flakes are wound by winding the filaments of the HNB main plant fragrance bomb flakes with paper, and then the filaments of the HNB main plant fragrance bomb flakes wound on the paper are cut by the cutting apparatus shown in FIG. The filamentous cut piece 10 is manufactured.

In step 400, the filter portion 30, the silicon tube 20, and the thread-like cut pieces 10 of the HNB main plant aromatic bomb flakes are sequentially inserted into the paper cylinder portion on which the predetermined pattern is printed, and then fixed with an adhesive to fix them to the HNB main plant. Manufacture aromatic bombs.

For example, 10 grams of lotus, 40 grams of kinmokusei, 10 grams of lily are mixed and dried, and then the powder is obtained by grinding them. Enzymatic digestion is performed by adding 20 grams of honey, 10 grams of glycerol, and 10 grams of coffee extract to the powder, stirring them uniformly and then adding cellulase. The cellulase is, for example, Trichodermareesei and can be enzymatically digested for 12 hours at room temperature. The HNB true herb fragrance bomb flakes are then molded by uniformly stirring them, compressing them again and drying them. The drying temperature is 40 ° C., and by adopting a low temperature compression method, energy consumption and contamination can be reduced, and the original aroma of the raw material can be retained to the maximum. Next, the HNB main plant aromatic bomb flakes are cut into small pieces with the cutting machine 6 shown in FIG. 3 to produce a filamentous substance of the HNB main plant aromatic bomb flakes. The cutting machine 6 can cut the filamentous material of the HNB Honzo aromatic bomb flakes into smaller pieces. Next, the columnar body 9 is formed by winding the thread-like material of the HNB main plant fragrance bomb flake with paper, and the filamentous material column 9 of the HNB main plant fragrant bomb flake wrapped around the paper is cut to form the HNB main plant fragrant bomb flake. The filamentous cut piece 10 is manufactured. As shown in FIG. 2, the HNB main plant fragrance bomb is manufactured by sequentially inserting the thread-like cut piece 10, the silicon tube 20, and the filter portion 30 of the HNB main plant fragrance bomb flake into the paper cylinder portion 40. The method is simple, convenient, consumes less energy, is less costly, and can maximize the original aroma and sucking comfort of the raw material. The tobacco substitute produced by the method has a smoking comfort similar to that of real tobacco, and when it is heat-baked, the aroma of the raw material and the pleasant effect of smoking can be obtained.

As described above, the present invention provides recipes and methods for producing HNB fragrant bomb flakes, HNB fragrant bomb flakes, HNB fragrant bomb flakes, and HNB fragrant bombs. The recipe for HNB Honzo Aroma Bomb Flake contains a main component and sub-ingredients, and the main component is at least one of lily flower, osmanthus fragrans, and lotus. Since the raw material of the HNB main plant aromatic bomb flakes is a non-tobacco raw material and the non-tobacco raw material does not contain harmful substances such as nicotine, the influence of smoking can be effectively reduced. The main components of non-tobacco raw materials include high-content proteins and reducing sugars. When a tobacco substitute (HNB Honzo Aroma Bomb) is manufactured from the HNB Honzo Aroma Bomb Flakes, which are mainly composed of lily flowers, osmanthus fragrantis, lotus, etc., and the HNB Honzo Aroma Bomb is heated and baked, a special scent is produced. The drawback of not containing nicotine in tobacco alternatives can be resolved. It also tastes good when heat-baking the sub-ingredients of the tobacco substitute. The variety of plant aroma bombs can be enriched by adjusting the sub-ingredients according to the demand of the user. When smoking a tobacco substitute (HNB Honzo Aroma Bomb) produced with the HNB Honzo Aroma Bomb Flake, the scent of the main component and the sub-ingredients can obtain a smoking feeling similar to that of a real cigarette.

Although the examples of the present invention have been described in detail above, the above-mentioned examples are merely examples of the present invention, and the present invention is not limited to the configuration of the above-mentioned examples. Engineers in this art can improve or modify the design without departing from the gist of the invention, and even if such design is improved or modified, the claims of the present invention are defined. Is included in the range.

10 HNB Honzo Aroma Bomb Flake Filamentous Cut 20 Silicon Tube 30 Filter Part

Claims (10)

Includes principal and sub-ingredients
The main component is at least one of lily flower, osmanthus fragrans, and lotus.
The sub-ingredients are honey, extracts and / or food additives.
A recipe for HNB Honzo aromatic bomb flakes, characterized in that the mass proportions of the main component and the sub-component are 50 to 99: 1 to 50. The extracts are coffee extract, mint extract, dried tangerine peel extract, ginko extract, lily flower extract, kinmokusei extract, honey extract, mulberry leaf. Extract, lotus leaf extract, lotus extract, tea leaf extract, lily extract, bin rouge extract, at least one of the following:
The recipe for HNB Honzo aromatic bomb flakes according to claim 1, wherein the food additive contains edible glycerol and / or propylene glycol. The recipe for HNB true herb fragrance bomb flakes according to claim 2, wherein the mass proportion of the honey, the extract and the food additive is 0 to 90: 0 to 90:10 to 100. 2. The main component further comprises tea leaves, mulberry leaves, lotus leaves, coffee, mint, dried tangerine peel, agarwood (agarwood), bin rouge, lily and / or bagasse. The recipe for the described HNB Honzo Aroma Bomb Flake. The filamentous material of the HNB main plant aromatic bomb flakes, which is obtained by cutting the HNB main plant aromatic bomb flakes according to any one of claims 1 to 4, into small pieces. HNB Honzo fragrant bomb flakes filamentous material characterized by. It is a filamentous cut piece of HNB main plant fragrance bomb flake, and a cylinder is formed by winding the filament of the HNB main plant fragrance bomb flake according to claim 5 with paper, and the cylinder is cut to form a cylinder, and the HNB main plant fragrance bomb flake is cut. A filamentous cut of HNB Honzo aromatic bomb flakes, characterized in that the filamentous cut of HNB is produced. An HNB Honzo Aroma Bomb, wherein the HNB Honzo Aroma Bomb comprises a paper cylinder portion, a thread-like cut piece of the HNB Honzo Aroma Bomb flake according to claim 6, a silicon tube and a filter portion.
The silicon tube is inserted into the paper cylinder portion, and one end of the silicon tube abuts on the filamentous cut piece of the HNB true herb fragrance bomb flake.
The HNB true herb fragrance bomb, characterized in that the filter portion is inserted into the paper cylinder portion, and one end of the filter portion abuts on the other end of the silicon tube. HNB Honso Aroma Bomb recipe and manufacturing method
The method for producing the HNB true herb fragrance bomb includes step 100, step 200, step 300, and step 400.
In step 100, the main component and the sub-component are mixed in which the mass proportion of the main component and the sub-component is 50 to 99: 1 to 50, and the main component is at least one of lily flower, honey, and lotus. The main component was pulverized into a powder, and the sub-component was a honey, an extract and / or a food additive. The main component and the sub-component were uniformly mixed, and cellulase was added to carry out enzymatic digestion. After that, they were uniformly agitated, and in the process, HNB Honzo aromatic bomb flakes were produced by a low temperature compression method.
In the step 200, the HNB main plant aromatic bomb flakes are cut into small pieces to produce a filamentous substance of the HNB main plant aromatic bomb flakes.
In step 300, after winding the thread-like material of the HNB main plant aromatic bomb flake with paper, the thread-like material of the HNB main plant aromatic bomb flake is cut to produce a thread-like cut product of the HNB main plant aromatic bomb flake.
In step 400, the filter portion, the silicon tube, and the thread-like cut pieces of the HNB main plant aromatic bomb flakes are sequentially inserted into the paper cylinder portion on which a predetermined pattern is printed, and then fixed with an adhesive to fix them to the HNB main plant. A method for producing an HNB true herb fragrance bomb, which comprises producing an fragrance bomb. The method for producing an HNB true herb fragrance bomb according to claim 8, wherein the step 100 includes a step of pulverizing the main component into a powder of 100 mesh and lowering the temperature of the low temperature compression method to 50 ° C. or lower. .. The method for producing an HNB true herb fragrance bomb according to claim 8, wherein in the step 100, the cellulase is Trichodermareesei and the enzyme digestion is carried out for 12 hours.

Images