TWM647722U - Anti-mite particle composition structure - Google Patents

Abstract

The new model relates to an anti-mite particle composition structure. The main structure includes an anticoagulant carrier, a citronellol layer provided in the anticoagulant carrier, and a citronellol layer provided in the anticoagulant carrier and located on one side of the citronellol layer. Phenylethyl alcohol layer, a geranyl acetate layer located in the anticoagulant carrier and located on one side of the phenylethyl alcohol layer, and a linalool layer located in the anticoagulant carrier and located on one side of the geranyl acetate layer. , a geraniol layer located in the anticoagulant carrier and located on one side of the linalool layer, a citronellus formate layer located in the anticoagulant carrier and located on one side of the geraniol layer, and a citronellol formate layer located in the anticoagulant carrier. There is a nerol layer in the body and located on one side of the citronella formate layer, and a terpineol layer located in the anticoagulant carrier and located on one side of the nerolidol layer. With the above structure, in addition to providing the aromatic, antibacterial, mosquito repellent, and stress relief effects of the structure itself, it can also provide large-scale, high-efficiency, and long-term mite repellent and anti-mite effects.

Description

Anti-mite particle composition structure

The present invention provides an anti-mite particle composition structure with long-lasting, wide-range mite repellent and anti-mite effects.

According to reports, mites are eight-legged creatures with a volume of only about 0.2mm~0.3mm, and their reproductive capacity is amazing. Their numbers can grow 17 times in just ten weeks. The humid environment and temperature in Taiwan are also very suitable for mite reproduction. There are eight suction cups on its feet. Even using an air purifier or vacuum cleaner can only remove dust mites on the surface, but cannot do anything about the deeper ones. Therefore, 92% of Taiwan's major allergens come from dust mites.

Although the Environmental Protection Agency recommends preventing mites, the most effective method is environmental management, such as reducing indoor humidity to below 50%, washing bedding frequently with hot water, etc. However, people live busy lives and focus on leisure and entertainment in their free time. They have little interest in spending time cleaning the environment.

There are many anti-mite sprays on the market. Generally speaking, no matter what kind of smell, as long as it contains natural essential oils, dust mites will be driven away or killed. However, the effectiveness of existing sprays is limited, and they generally only have an effect on the areas where the spray is attached. , the range is very small, easy to be avoided by mites, and the spray effect lasts for a short time. It is known that the spray effect is as short as a few hours, and for the elderly, it can only be used for a day or two at most. It is basically only for emergency use. In particular, the current common anti-mite sprays have many ingredients. For eucalyptus, lavender, rosemary, etc., the effect is limited.

Therefore, how to solve the above-mentioned conventional problems and deficiencies and create an environment that mites do not like is the direction that the applicant of the present invention and relevant manufacturers engaged in this industry are eager to study and improve.

Therefore, in view of the above shortcomings, the applicant of this new model collected relevant information, evaluated and considered it from many parties, and used his many years of experience in this industry to design this type of long-term and large-scale product through continuous trial production and modification. A new type of anti-mite particle composition structure with a wide range of mite repellent and anti-mite effects Patentee.

The main purpose of the present invention is to: combine a citronellol layer, a phenethyl alcohol layer, a geranyl acetate layer, a linalool layer, a geraniol layer, a citronellol formate layer, a nerolithyl alcohol layer, and a terpineol layer. Eight other structures are combined using anticoagulant carriers to provide mite repellent and anti-mite effects that cannot be achieved by general anti-mite sprays.

In order to achieve the above purpose, the main structure of the present invention includes: a citronellol layer, a phenylethyl alcohol layer, a geranyl acetate layer, a linalool layer, a geraniol layer, and a citronella formate layer. , a nerol layer, a terpineol layer, and an anticoagulant carrier, wherein the citronellol layer, phenylethyl alcohol layer, geranyl acetate layer, linalool layer, geraniol layer, formic acid ester layer, The nacho balm layer, nerol layer, and terpineol layer are all located in the anticoagulant carrier, and the phenethyl alcohol layer is located on one side of the citronellol layer, and the geranyl acetate layer is located on the phenethyl alcohol layer away from the citronella. On the side of the alcohol layer, the linalool layer is located on the side of the geranyl acetate layer away from the phenethyl alcohol layer, the geraniol layer is located on the side of the linalool layer away from the geranyl acetate layer, and the citronella formate layer is on the side of the geranyl alcohol layer. The alcohol layer is on the side facing away from the linalool layer, the nerol layer is on the side of the citronella formate layer facing away from the geraniol layer, and the terpineol layer is on the side of the nerolidol layer facing away from the citronellol formate layer. By combining the above structures, in addition to providing the aromatic, antibacterial, mosquito repellent, and stress relief effects of the structure itself, it can also provide a wide range, high efficiency, and long-term mite repellent and anti-mite effects.

Through the above technology, we can overcome the problems of conventional anti-mite sprays, such as the small range where they are easily avoided by mites, the short maintenance time, which can only be used for emergency purposes, and the limited effect of using only common ingredients, to achieve the practical progress of the above advantages.

1: Anti-mite structure

11: Anticoagulant carrier

12:Citronellol layer

13: Phenylethyl alcohol layer

14: Geranyl acetate layer

15: Linalool layer

16: Geraniol layer

17: Citronella formic acid layer

18: Neroli alcohol layer

19: Terpineol layer

2: Aromatherapy machine

3: glass jar

4:Spray can

The first figure is a schematic structural diagram of a preferred embodiment of the present invention.

The second figure is a usage status diagram of the preferred embodiment of the present invention.

The third figure is a schematic diagram of the preferred embodiment of the present invention.

The fourth figure is a schematic diagram of another preferred embodiment of the present invention.

In order to achieve the above-mentioned purposes and effects, the technical means and structures adopted by the present invention are described in detail below with respect to the preferred embodiments of the present invention in order to facilitate a complete understanding.

Please refer to the first figure, which is a schematic structural diagram of a preferred embodiment of the present invention. It can be clearly seen that the novel anti-mite structure 1 mainly includes: an anticoagulant carrier 11; a citronellol layer 12 (Citronellol), which is located in the anticoagulant carrier 11; and a phenethyl alcohol layer 13 (Alcool). Phenylethylique) is located in the anticoagulant carrier 11 and is located on one side of the citronellol layer 12; an Acetate de geranyle layer 14 (Acetate de geranyle) is located in the anticoagulant carrier 11 and is located on the phenylethanol layer 12. The base alcohol layer 13 is on the side facing away from the citronellol layer 12; a linalool layer 15 (Linalool) is provided in the anticoagulant carrier 11 and is located on the side of the geranyl acetate layer 14 facing away from the phenylethyl alcohol layer 13 One side; a geraniol layer 16 (Geraniol), which is located in the anticoagulant carrier 11 and is located on the side of the linalool layer 15 away from the geranyl acetate layer 14; a citronella formate layer 17 (Formiate de citronellyle), is located in the anticoagulant carrier 11 and is located on the side of the geraniol layer 16 away from the linalool layer 15; a nerol layer 18 (Nerol) is located in the anticoagulant carrier 11 and is located on the side of the formic acid citronella layer 17 facing away from the geraniol layer 16; and a terpineol layer 19 (Terpineol), which is located in the anticoagulant carrier 11 and located on the side of the nerolidol layer 18 facing away from the formic acid Lemongrass butter layer 17 side.

Through the above description, we can understand the structure of this technology, and based on the corresponding cooperation of this structure, we can achieve the advantages of long-term, wide-range mite repellent and anti-mite effects, and the detailed explanation will be explained below.

Please also refer to Figures 1 to 3, which are structural schematics and implementation schematics of preferred embodiments of the present invention. When assembled with the above-mentioned components, it can be clearly seen from the figures that the present invention uses anti-resistance The gelling carrier 11 combines a citronellol layer 12, a phenylethyl alcohol layer 13, a geranyl acetate layer 14, a linalool layer 15, a geraniol layer 16, a citronellol formate layer 17, a nerol layer 18, and pine alcohol. Eight structures including the oleyl alcohol layer 19 are combined into the anti-mite structure 1, so that they can not only exert their respective effects, but also produce additional anti-mite effects when they work together.

Citronellol is an organic compound that is soluble in ethanol and most non-volatile oils and propylene glycol. It has a sweet rose aroma and is often used to prepare floral fragrances. It also has antibacterial effects, such as inhibiting the activity of Staphylococcus aureus and typhoid bacteria, so it has a sweet fragrance. In addition to its aromatic function, the methacrylate layer 12 itself is also a good mosquito repellent at short distances.

Phenylethyl alcohol is a colorless and transparent liquid, slightly soluble in water, and miscible with organic solvents such as alcohol and ether. It has a typical rose aroma and has stable chemical properties, so the phenylethyl alcohol layer 13 can be used as a preservative or Antimicrobial agent use.

Geranyl acetate is a colorless to yellow oily liquid at room temperature. It contains the aroma of rose and lavender. It is insoluble in water and glycerin, but soluble in organic solvents such as ethanol. It is often used to prepare roses, orange blossoms, osmanthus, etc. Floral fragrance, or fragrance in cosmetics and soaps, so the geranyl acetate layer 14 can provide different fragrances.

Linalool is a colorless oily liquid. It has the floral aroma of lilac, lily of the valley and rose, as well as woody and fruity aroma. It has a soft aroma, light and airy, no camphor or terpene smell, insoluble in water, but can It is miscible with ethanol and ether, and linalool and its acetate can inhibit the growth of fungal spores or mycelium, and have a certain anti-fungal effect. They also have good antibacterial effects against Escherichia coli, Staphylococcus aureus, and Aspergillus niger. Therefore, in addition to the aromatic function, the linalool layer 15 itself also has a certain degree of anti-fungal and antibacterial effects.

Geraniol is a colorless to yellow oily liquid at room temperature. It has a mild, slightly sweet rose smell. It is the main aromatic molecule of essential oils such as palmarosa and geranium. It has a bitter taste and is difficult to dissolve in water, but it is soluble in Among organic solvents, it has been proven by literature that geraniol has the effect of blocking the growth of the nervous system of mites. Therefore, in addition to its aromatic function, the geraniol layer 16 itself can be used as the main component to prevent mites.

Citronella formate is a light yellow transparent liquid with the aroma of sweet rose and myrtle, with a hint of lemon, cucumber and other fresh green aromas. It is insoluble in water and glycerin, but soluble in organic solvents such as ethanol. It is widely used in various Floral daily flavors, and edible flavors such as apple, sweet orange, peach, plum, etc., so the formic acid citronella resin layer 17 can provide different aromas.

Neroli is a colorless liquid with a peaceful aroma of roses and orange blossoms, with a hint of lemon and citrus aroma, and has the effect of temporarily soothing the nerves. Therefore, in addition to its own aroma, Neroli 18 also has It has the effect of relieving stress and calming the nerves.

Terpineol is a colorless and transparent liquid at room temperature. It is commonly divided into four molecular formulas with different smells, such as rosin, citrus, vanilla, acerola, etc. The rosin smell is very effective against Escherichia coli and Staphylococcus aureus. sterilization ability, and terpineol also has relaxing and sedative effects, as well as some insect repellent effects, and is also an excellent antioxidant. Therefore, in addition to its aromatic function, the terpineol layer 19 itself also has sterilization, insect repellent, stress relief, and anti-fungal properties. Oxygen and other functions.

In the structure of the new anti-mite agent, there are citronellol layer 12, phenylethyl alcohol layer 13, geranyl acetate layer 14, linalool layer 15, geraniol layer 16, citronellol formate layer 17, orange blossom The eight components including the alcohol layer 18 and the terpineol layer 19 each have the same or different aromas. When blended in appropriate proportions, they can have a complex soft aroma that smells pleasant. Among them, the citronellol layer 12 and the terpineol layer 19 itself has the effect of repelling mosquitoes, but it has a very unpleasant smell for mites, and because it is a compound aroma, mites cannot easily adapt to this smell. You can use this smell to extend the anti-mite effect. In addition, the citronellol layer 12, linalool layer 15, phenethyl alcohol layer 13 and terpineol layer 19 themselves all have antibacterial effects on the same or different bacterial species. In particular, the linalool layer 15 can also inhibit the growth of mold. , and has the effect of preventing mildew.

Because the geraniol layer 16 blocks the growth of the mite nervous system, it is still used as the main anti-mite component in the structure of the anti-mite agent. However, relying solely on the anti-mite effect of geraniol, based on actual use experience, Look, although it is more effective than other common ingredients, its effect is still unsatisfactory. After experiments, it is known that the citronellol layer 12, phenethyl alcohol layer 13, geranyl acetate layer 14, linalool layer 15, geranium leaf Eight structures, including alcohol layer 16, citronella formate layer 17, nerol layer 18, and terpineol layer 19, are combined with the anticoagulant carrier 11 as a carrier to have an anti-mite effect of one plus one greater than two. Especially when mixed with the specific weight percentage of this new type, its anti-mite effect can reach three times that of ordinary ingredients. During use, a fragrance machine 2 or an air purifier that can add essential oils can be used to atomize the anti-mite structure 1 and then disperse it in the air to achieve the effects of preventing and repelling mites.

The anticoagulant carrier 11 is used to prevent liquid from solidifying, and can be selected from one of ethanol, dipropylene glycol, and propylene glycol. In this embodiment, ethanol is used as an example. The above-mentioned citronellol layer 12, phenethyl alcohol layer 13, geranyl acetate Most of the eight structures, including lipid layer 14, linalool layer 15, geraniol layer 16, citronella formate layer 17, nerol layer 18, and terpineol layer 19, are insoluble in water but soluble in organic solvents (such as ethanol). ), combined with the anti-corrosion effect of the phenylethyl alcohol layer 13 and the antioxidant effect of the terpineol layer 19, can effectively extend the service life of the anti-mite structure 1 and make it easier to preserve. For example, the anti-mite structure 1 can be packed Place in a transparent glass jar 3 and store in a cool place.

Please also refer to the fourth figure, which is a schematic diagram of another preferred embodiment of the present invention. It can be clearly seen from the figure that this embodiment is similar to the above-mentioned embodiment, except for the components of the anti-mite structure. The preferred composition ratio of the citronellol layer is 3%, the preferred weight percentage of the linalool layer is 22%, the preferred weight percentage of the phenylethyl alcohol layer is 2%, The preferred weight percentage of the geraniol acetate layer is 7%, the preferred weight percentage of the geraniol layer is 18%, the preferred weight percentage of the terpineol layer is 3%, and the preferred weight percentage of the citronella formate layer is The optimal weight percentage of the nerol layer is 7%, the optimal weight percentage of the nerol layer is 5%, and the optimal weight percentage of the anticoagulant carrier is 33%. Experiments have confirmed that the above ratio is the composition ratio with the best anti-mite effect. In addition, in this embodiment, the anti-mite structure 1 is presented and used in the form of a spray can 4, which allows the user to spray locally on areas to be strengthened or bedding components (such as velvet sofas).

However, the above descriptions are only preferred embodiments of the present invention, and do not limit the patent scope of the present invention. Therefore, any simple modifications and equivalent structural changes made using the contents of the description and drawings of the present invention should be treated in the same way. It is included in the patent scope of this new model and is hereby stated.

To sum up, the structure of the anti-mite particle composition of the present model can indeed achieve its effect and purpose when used. Therefore, the new model is a new model with excellent practicality and meets the application requirements for a new model patent. It is in accordance with the law. If you submit an application, we hope that the review committee will approve this model as soon as possible to protect the applicant's hard work. If the review committee of the Jun Bureau has any doubts, please feel free to write a letter for instructions. The applicant will do its best to cooperate and it will be greatly appreciated.

1: Anti-mite structure

11: Anticoagulant carrier

12:Citronellol layer

13: Phenylethyl alcohol layer

14: Geranyl acetate layer

15: Linalool layer

16: Geraniol layer

17: Citronella formic acid layer

18: Neroli alcohol layer

19: Terpineol layer

Claims (10)

An anti-mite particle composition structure, which mainly includes: an anticoagulant carrier; a citronellol layer (Citronellol), which is located in the anticoagulant carrier; and a phenylethyl alcohol layer (Alcool phenylethylique), which is located in the anticoagulant carrier In the anticoagulant carrier and located on one side of the citronellol layer; an Acetate de geranyle layer (Acetate de geranyle) is located in the anticoagulant carrier and located on one side of the phenylethyl alcohol layer away from the citronellol layer. side; a linalool layer (Linalool) is located in the anticoagulant carrier and is located on the side of the geranyl acetate layer away from the phenylethyl alcohol layer; a geraniol layer (Geraniol) is located on the side of the anticoagulant carrier Within the anticoagulant carrier and located on the side of the linalool layer away from the geraniyl acetate layer; a citronellyl formate layer (Formiate de citronellyle), located within the anticoagulant carrier and located on the side of the geraniol layer away from the One side of the linalool layer; a nerol layer (Nerol), which is located in the anticoagulant carrier and is located on the side of the citronella formate layer away from the geraniol layer; and a terpineol layer (Terpineol) , is located in the anticoagulant carrier and is located on the side of the nerolidol layer away from the citronella formate layer. As for the anti-mite particle composition structure described in item 1 of the patent application, the weight percentage of the citronellol layer is 1% to 5%. As for the anti-mite particle composition structure described in item 1 of the patent application, the weight percentage of the linalool layer is 15% to 30%. In the anti-mite particle composition structure described in item 1 of the patent application, the weight percentage of the phenylethyl alcohol layer is 1% to 5%. As for the anti-mite particle composition structure described in item 1 of the patent application, the weight percentage of the geranyl acetate layer is 5% to 10%. In the anti-mite particle composition structure described in item 1 of the patent application, the weight percentage of the geraniol layer is 10% to 25%. The structure of the anti-mite particle composition described in item 1 of the patent application, wherein the weight percentage of the terpineol layer is 1% to 5%. As for the anti-mite particle composition structure described in item 1 of the patent application, the weight percentage of the citronella formate layer is 5% to 10%. As for the anti-mite particle composition structure described in item 1 of the patent application, the weight percentage of the nerol layer is 1% to 10%. The structure of the anti-mite particle composition described in item 1 of the patent application, wherein the weight percentage of the anticoagulant carrier is 25% to 40%, and the anticoagulant carrier system is ethanol, dipropylene glycol, or propylene glycol. One.

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