KR880000346B1 - The preparation method for mosquito coil - Google Patents

Abstract

The mosquito-repellent was prepd. Thus, 18g brown seaweed powder, 42g marsh mallow powder, 24g sclerophyll powder obtd. from an aromatic tree and 15.1g sawdust powder were mixed homogeneously. The mixt. was combined with 0.5g Allethrins, 0.2g dinitrophenol and 0.2g malachite Green, and shaped into a specified shape using a extruder.

Description

Manufacturing method of mosquito scent

The present invention is a product of the seaweed (Laminariaceae) and Mamizoaceae (Sargassaceae); Mosquito scent by mixing powders of algae and plant vegetation belonging to Malvaceae, and mixing known powders of coniferous leaves and twigs with common insecticides, alledrin and pyredrin, It relates to a method of manufacturing.

Conventional mosquito flavor production method,

1. A method of mixing and molding various wood powders and coniferous leaf powders with a carboxymethylcellulose, corn starch, a softening agent, a coloring agent, etc., as a binder.

2. Method of preparing ginseng extract resid oil powder and ginseng leaf powder mainly and adding carboxymethyl cellulose as a binder (Patent No. 79-1051)

3. Method of manufacturing the coniferous foliage powder and the operation and plant peel or fruit powder as a base (Patent Publication No. 80-1362)

4. A method of manufacturing a leaf tobacco powder with low concentration of nicotine as a coniferous foliage powder and pesticidal cooperative component, and a method of preparing a base of a mixture of carboxy methyl cellulose, gum arabic, and starch as a synthetic binder (Patent No. 79-1622)

5. Charcoal, low charcoal powder, or petroleum charcoal or sawdust charcoal powder is prepared by adding carboxy methyl cellulose.

Except for the above 3, all of the bases used synthetic paints and binders. In addition, disadvantages caused by the use of the synthetic synthetic binder as a binder have been listed in the prior patent (Publication No. 80-1362). When mosquito flavor raw materials are used as synthetic bases and binders, or by fragrance and plants alone, extrusion is not easy. That is, when industrially manufacturing a large amount of mosquito scent, when molding into a vortex, homogeneously mixed mosquito scent powder, pesticide, preservative, colorant, binder, etc. into a mixer, put a certain amount of water in it, and then transfer it to the extruder. In the process of extruded strongly, it does not meet the conditions of plate extrusion, which is difficult to industrialize practically, or the slow rate of extrusion has a great adverse effect on the manufacturing cost of the product. For this reason, most of the countries are importing or using all of the mosquito-flavored raw material powder from foreign countries or mixing domestic raw material powder in a certain amount ratio with imported raw materials.

The present inventors have completed the present invention by research and development for many years in order to eliminate the above-mentioned defects in the extrusion process of the raw material powder in the production of conventional mosquito scent and replace it with domestic resources to obtain the effect of technology accumulation and foreign currency saving. When explaining the background of the present invention in more detail, the basic conditions of the mosquito repellent raw materials as a natural plant should be easy to burn, ie, slime, pectin, alginic acid, polyuronide, starch granules, sugars and the like. The seaweeds, Mamizoaceae and Malvaceae plants that satisfy these conditions and are widely distributed in Korea are among the seaweeds, Mamizoaceae, among them, the seaweeds, and the membranes are made of pectin in addition to cellulose, and some mucilage in the cells. It has a viscous activity and contains mannitol, minerals, nitrogen-containing sweetening ingredients, alginic acid, galactan, and iodine. It is used for food, medicine, and compost. .

In addition, mallow plants have mucous cells and fibers are developed, and the components include arabic, galactan, and thinoic acid, and polyuroneides. They are used as viscous agents, grasses, fiber ingredients, edible vegetables, and herbal medicines. It is widely cultivated or grown natively in each country in Korea.

Seaweed of seaweed and seaweed in the present invention smells a little algae when burning, but can be masked to the extent that the algae smell is hardly noticeable by mixing other wood classification, juniper foliage powder, mallow plant powder.

In particular, in the production of mosquito scents, not only does it increase the extrusion rate due to viscous activity in relation to the surface of the machine during the extrusion process, but its cell membrane is made of pectin in addition to cellulose, and thus other mosquito scent raw materials. It has the ability to bind with the powder, so there is no need to add a binder such as a synthetic paint. In addition, mallow has a viscous activity similar to that of algae, but in particular, fiber is developed, as well as binding capacity, as well as help the burning of algae.

That is, the present invention was completed after research and development by discovering that the plate-like extrusion is facilitated in the process of extrusion and molding, and the effect of increasing the extrusion speed and the hardness of the product is increased.

, 속칭 : 몰, 모자원, 솔몰)등의 마미조관에 속하는 해조류를 민물로 세척하여 염분을 제거한 후 건조하여 악 100-200 메쉬로 분말화 한 것과 촉규화(접시꽃, 접대꽃), 동규자(아욱)등의 아욱과 식물 전초를 건조후 약100-200 메쉬로 분말화 한 것을 공지의 침엽수인 소나무, 향나무, 전나무 잎이나 잔가지를 건조한 후 약 100-200 메쉬로 분말화 한 것과 또한 공지의 살충제인 알레드린 또는 피레드린, 방부제로 지니트로페놀 필요하면 조연제, 착색제를 첨가하여 온수를 적당량 넣고 공지의 연합기로 반죽한 후 압출기로 이송, 판상으로 압출한 후 와권상(Coil)으로 성형한 후 건조시켜 본 발명의 모기향을 제조한다. 이때 해조류는 민물로 세척하여 염분을 제거치 않으면 분말화가 어렵고 제품이 습기를 흡수하여 견고성이 결여되고 연소 저해 요인이 된다.Seaweed with seaweed such as seaweed and seaweed which have never been used as a mosquito-scented gas of the present invention

, So-called: mole, mawon, sol-mol), seaweeds belonging to Mamijokan, etc., washed with fresh water, dried to remove salt and dried into wicked 100-200 mesh, and quenched (dish flower, hospitality flower), Donggyuja (mallow) Drying of mallow and plant outposts into powder of about 100-200 mesh and drying of known conifers, pine, juniper, fir leaves or twigs, drying to powder of about 100-200 mesh and also known insecticide If nitriphenol is used as a preservative or pyrethrin, preservatives, add a moderate amount of hot water, add a supporting agent and a colorant, knead it with a known coalescing machine, transfer it to an extruder, extrude into a plate shape, and then form a coil and dry it. The mosquito scent of the present invention is prepared. At this time, algae is difficult to be powdered if it is not washed with fresh water to remove salts, and the product absorbs moisture and thus lacks firmness and becomes a combustion inhibiting factor.

The results of experiments comparing the manufacturing method of the present invention and the conventional method are shown in the following Table (1).

Table 1

Comparison of Known Manufacturing Methods and Invention Methods

As shown in Table 1, it is impossible to extrudate only with conventional domestic pure raw materials among known raw powders, and the combustion time is long while slightly lower at the extrusion speed than with the fully imported raw materials. The irritant odor is also weaker than the products of the present invention.

Example 1

18g seaweed powder (100-200 mesh), 40g of mallow starch powder (100-200 mesh), 24g of known cedar leaf powder, 14.1g of wood powder, homogeneous mixture of alledrin 0.5g, dinitrophenol 0.2g, 0.2 g of malachite green is added, mixed with water, an appropriate amount is combined, extruded, and dried to obtain a mosquito flavor.

Example 2

Homogeneous seaweed powder (100-200 mesh) 20g, mungwak jeonhwahwan starch powder (100-200 mesh) 40g, known cedar leaf powder 25g, wood powder 14.1g homogeneously mixed, 0.5g allenrin, dinitro Add 0.2 g of phenol and 0.2 g of malachite green, mix, add water in an appropriate amount, combine, extruding and dry to obtain mosquito flavor.

As described above, the present invention completely solves the problems of bonding strength, viscous activity, and extrudability, which are not conventionally obtained as domestic raw materials, and are not only clear and excellent, but also obtain a product similar to imported raw materials without using any synthetic paste as a binder. It is possible to obtain a product that is weak in terms of irritation and has less adverse effects on the human body, so that the mosquito repellent mechanism, which was mainly dependent on imports, can be replaced by domestic resources.

Claims (4)

In the production of mosquito scent composed of coniferous foliage powder and insecticide, a method of producing mosquito scents using powdered seaweeds and seaweeds of Mamijo and powdered malt plants of 100-200 mesh. . The method according to claim 1, wherein seaweed is seaweed, seaweed, etc., and seaweed is used for seaweed. The method according to claim 1, wherein the mallow family uses outposts such as mallow, pink mallow, and cucurbita. The method according to claim 1, wherein, in dry powdering of seaweeds of wakame and mamizo, the salt (salt) is removed by washing with fresh water in advance.