JP2003192516A - Vermin repellent - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a vermin repellent capable of preventing serious effects of agricultural chemicals which are excessively used, migrated into farm crops, and then accumulated in the human body so as to cause anaphylaxis, such as allergy, and damage the human health, by considering the fact that totally stopping use of the agricultural chemicals is seemed to be impossible and merely an effort of decreasing an amount of the chemicals to be used is carried out, because it is not overlooked that the farm crops which are cultivated by giving much time and labor are completely destroyed, and by improving the present situation that a large amount of the agricultural chemicals or their decomposed products remain in the soil, so that satisfactory results are not given, even when the use of the chemicals is stopped for a short time, unless cultivation in which the chemicals are not used or used in a low level is continued for a long time, while trials of stopping the use of the chemicals and decreasing the amount to be used are conventionally carried out for the purpose of inhibiting the serious effects. <P>SOLUTION: This vermin repellent is given by adding an extract extracted from capsicum in an amount of 20-30 cc/L, a garlic extract extracted from garlic in an amount of 20-30 cc/L, and a sesami extract extracted from sesami in an amount of 20-30 cc/L to form a solution, then further adding molasses in an amount of 40 cc/L and a turmeric powder in an amount of 1 g/L to the solution. <P>COPYRIGHT: (C)2003,JPO

Description

Detailed Description of the Invention

[0001]

TECHNICAL FIELD The present invention relates to a chemical product,
Unlike so-called pesticides, the present invention relates to a pest repellent which can control and prevent pests and general pests of agricultural crops by spraying several times by using non-toxic natural products.

[0002]

2. Description of the Related Art Conventionally, in order to improve the yield of agricultural products, detailed management such as soil improvement, deep tillage, weeding, fertilization, etc. has been carried out, but if it is attacked by pests, it will be almost destroyed. . Therefore, farmers are
Immediately after the disease is detected and a small lesion is found, the pesticide is sprayed immediately to protect the crops from damage by pests.

[0003]

However, for the purpose of high yielding and consumer preference, insecticides that grow pests as a result of cultivating fragile quality, dense planting, heavy use of fertilizers, etc. The use of such pesticides tended to increase. Excessively used pesticides are transferred to agricultural crops and accumulated in the human body, which causes hypersensitivity such as allergic diseases, which has a serious impact on health. In order to prevent these damages, attempts have been made to stop the use of pesticides or to reduce the amount used, but it is impossible to completely eliminate agricultural chemicals because it cannot be overlooked that the crops cultivated over time are completely destroyed by pests. , And efforts are being made to reduce usage. Further, even if the use of pesticides is stopped, a large amount of pesticides or decomposed products thereof have already remained in the soil, so that there has been a situation in which no pesticides or low pesticides can be cultivated to continue to be effective.

Recently, in order to further enhance the pest repellent action which is one of the self-defense mechanisms originally possessed by plants, efforts have been made to reduce the amount of pesticides used by deep cultivation, land improvement with emphasis on organic fertilizers, and the like. Although practiced, pesticide-free and low-pesticide farming methods were labor intensive and not widely used. Furthermore, if the same repellent is used repeatedly, the pests will change generations quickly, and the immunity they possess will make them resistant to certain repellents and reduce their efficacy, and thus they will not be effective against pests.

[0005]

The present invention aims to solve the above-mentioned problems, and its basic constitution is that the extract extracted from pepper is 20 to 30 CC / liter and the garlic extract extracted from garlic is 20 to 30 CC / l. Pest repellent obtained by adding liter and pepper extract 20 to 30 CC / liter extracted from pepper to this solution, and further adding 40 CC / liter molasses and 1 g / liter turmeric powder to this solution.

Camellia extract 20 as a pest repellent having a basic composition
A No. 1 pest repellent obtained by adding cc / liter.

A second pest repellent obtained by adding 10 cc / l of ageratum extract to the pest repellent of the basic constitution.

A third pest repellent obtained by adding 10 CC / liter of papaya extract extracted from papaya leaves to the pest repellent of the basic constitution.

A fourth pest repellent obtained by adding 5 CC of an aqueous solution of 200 g / liter of sulfur powder in water to the pest repellent of the basic constitution.

A fifth pest repellent obtained by adding 20 CC / liter of the moon peach extract extracted from the peach leaf or stem to the pest repellent having the basic constitution.

20 to 3 of the extract extracted from the pepper
0CC / liter and garlic extract 20-30CC / liter extracted from garlic and pepper extract 20-30CC / liter extracted from pepper are added to water, and molasses 40CC / liter is further added to this solution. 20-30 CC / liter of extracted extract and garlic extract 20-30 extracted from garlic
20cc of sesame extract extracted from CC / liter and sesame
/ Liter of water was added, and molasses 40CC /
Ageratum extract as a pest repellent that is added in liters,
A sixth pest repellent obtained by adding one or three kinds of an extract extracted from papaya leaves, an extract extracted from moon peach leaves or stems, and an aqueous solution containing sulfur.

[0012]

BEST MODE FOR CARRYING OUT THE INVENTION Pepper, garlic and pepper extracts are produced by fully dried pepper, garlic,
Pepper is made into powder, powder 5 (kg) is separately packed in a bag of cotton or the like, immersed in 50 (liter) of water, boiled for 4 hours, then cooled to room temperature and the bag is taken out to make a primary extract. The pepper extract, garlic extract, and pepper extract are stored in separate containers, the bag is immersed in 50 (liter) of water, and the secondary extraction is performed in the same manner as the primary extract. The secondary extract and the primary extract are mixed to obtain a pepper extract, a garlic extract and a pepper extract. 20 to 30 CC / liter of the extract extracted from pepper and 20 to 30 CC of garlic extract extracted from garlic
/ L and 20 CC / L of sesame extract extracted from sesame are added with water, and 40 CC / L of molasses and 1 g / L of turmeric powder for preventing mold formation are added to this solution. Pepper has a great effect because it contains a lot of compounds such as capsaicin and dihydrocapsaicin, which are spicy ingredients, and Thai peppers such as prick key noo, Japanese red pepper, falcon, etc. Pepper is also an excellent repellent.
Garlic contains a large amount of allyl sulfide, and an extract using garlic, which has a high irritating odor, is highly effective as a repellent.

Ageratum extract is a stem of Ageratum, an undried stem from which leaves have been taken, and 5 (kg) of leaves are weighed to obtain 50.
After soaking in (liter) water to boil the water, the water is boiled, covered with a lid and extracted for 24 hours, and the foliage is taken out to obtain a stock solution of ageratum extract.

[0014] As for the moonflower extract and the papaya extract containing alkaloids, the leaves and stems were weighed 5 (kg) and immersed in 50 (liter) of water to boil the water, as in the case of the ageratum extract. After that, it is covered with a lid and extracted for 24 hours, and the foliage is taken out to obtain a peach extract and papaya extract.

The camellia extract is a residue 5 obtained from camellia oil.
The camellia extract is obtained by boiling and extracting 50 kg of water with 50 liters of water.

Each of the above-mentioned repellents is a stock solution to be applied, and when sprayed, the stock solution is diluted and used, but the dilution ratio is diluted to 300 to 500 times before use. In addition, the extract extracted from the pepper which is the basic composition is 20 to 30 CC.
/ Liter and garlic extract 20 extracted from garlic
Sesame extract 2 extracted from ~ 30 CC / liter and sesame
Add 0 cc / l of water and add 40 molasses to this solution.
The reason why the different extract extract is added to the pest repellent formed by adding CC / liter is that the selected extract extract is added because it is effective for the pest to be applied.

The camellia extract 20 is used as a pest repellent having a basic composition.
When 0.18 to 0.25 CC of the pest repellent stock solution added with cc / liter is spread per square meter, it is suitable for aphids, stink bugs, beetles, bollworms, caterpillars, soil nematodes, rhodochtonia, and Pseudomonas.

It is suitable for aphids, thrips and the like when the pest repellent prepared by adding 10 cc liters of ageratum extract to the stock solution of the pest repellent of the basic constitution is sprayed at 0.18 to 0.25 CC per square meter.

Pesticide repellent prepared by adding 10 CC / liter of papaya extract extracted from papaya leaves to a stock solution of pest repellent having a basic composition of 0.18 to 0.25 C per square meter
When sprinkled with C, it is suitable for mites and molds.

Sulfur powder 2 in pest repellent stock solution of basic composition
0.18 to 0.25 per square meter of pest repellent obtained by adding 5 CC of an aqueous solution dissolved in 00 g / liter of water
When sprayed on CC, it is suitable for mites such as mites, aphids, thrips, gray mold, gray scab, and scab, and powdery mildew.

A pest repellent obtained by adding 20 CC / liter of the peach extract extracted from peach leaf or stem to a stock solution of the pest repellent having a basic composition is 0.18 to 0.25 CC per square meter.
When sprinkled, it is suitable for leaf flies and molds.

20 to 3 of the extract extracted from the pepper
0CC / liter and 20-30CC / liter of garlic extract extracted from garlic and 20CC / liter of sesame extract extracted from sesame were added to water, and 40CC / liter of molasses was added to this solution, which was extracted from pepper as a pest repellent. 20 to 30 CC / liter of extract and 20 to 30 CC of garlic extract extracted from garlic
Liter and sesame extract 20CC / liter extracted from sesame were added to water, and molasses 40CC / liter was further added to this solution as an insect repellent, Ageratum extract, extract extracted from papaya leaf, extract from peach leaf or stem To the pest repellent obtained by adding any one or three kinds of the extract and the aqueous solution containing sulfur, 1 g / liter of turmeric powder is added as a fungicide.

[0023]

[Examples] Chrysanthemum flowers are sprayed with a pest repellent diluted with the second, fourth, fifth, and sixth repellents 500 times each, which is suitable as a repellent for mites, thrips, stink bugs, aphids, scuttleflies, and molds. Met

[0024] Beans are suitable for mites, thrips, scabies, and Botrytis cinerea, when pest repellents obtained by diluting the beans I, second, fourth, and sixth pests 500 times each are spread.

When the tomatoes are sprayed with the repellents diluted with the first, third, fifth and sixth pest repellents by 500 times,
Suitable for mites, thrips, aphids and powdery mildew.

When cucumber is sprayed with a repellent obtained by diluting each of the 1st, 3rd, 4th and 6th pest repellents by 500 times, it is suitable for mites, thrips, aphids and powdery mildew.

It is preferable for mites, thrips and gray mold to spread strawberries with repellents diluted with 800 times each of the fourth, fifth and sixth repellents.

When the melon is sprinkled with a repellent which is diluted with the I, the fourth, the fifth and the sixth pest repellents by 500 times,
Suitable for mites, thrips and scab diseases.

It is suitable for mites, thrips, and aphids when sprinkling the bitter gourd with a repellent diluted with the I, the third, the fifth, and the sixth pest repellents by 500 times.

It is suitable for mites, thrips, and rust diseases when the solid duster is sprayed with a repellent obtained by diluting the first, fourth, fifth, and sixth pest repellents by 500 times.

It is suitable for mites, thrips, and gray mold if the mango is sprayed with a repellent that is 800 times diluted with the second, third, fifth, and sixth pest repellents.

It is suitable for mites, aphids, and powdery mildew to spread the repellents diluted with the I, the fourth, the fifth, and the sixth pest repellents by 500 times on the squash.

When the repellents obtained by diluting the third, fourth, fifth and sixth pest repellents by 500 times are spread on the statice, the mites, thrips, gray mold disease, cappan disease,
Suitable for aphids.

It is suitable for mites, thrips and aphids when peppers are sprinkled with a repellent prepared by diluting each of the 1st, 4th, 5th and 6th pest repellents by 500 times.

When cabbage is sprinkled with a repellent obtained by diluting each of the 1st, 4th, 5th and 6th pest repellents by 500 times, it is suitable for diamondback moth and aphids.

The pest repellent described above is removed once a week, and the pest repellent of the same component is not removed continuously for two weeks or more. If the pest repellents of the same component are continuously sprinkled, the pests have resistance and the effect of the pest repellent is diminished. To avoid this, a plurality of pest repellents of different components are used. Therefore, fattening is performed using a plurality of pest repellents.

[0037]

[0038]

EFFECTS OF THE INVENTION Since it is a repellent obtained from the natural world without using pesticides, it does not adversely affect the human body when sprayed, and it does not cause harm even if it is attached to and absorbed by plants. Furthermore, by using the repellents of other types in combination, it is possible to prevent the pests themselves from exhibiting the resistance to the pests and the drug, Itachigokko.

Claims (7)

[Claims] 1. An extract extracted from pepper is 20 to
30CC / liter and garlic extract 20-30CC / liter extracted from garlic and pepper extract 20-30CC / liter extracted from pepper are added to water, and further molasses 40CC / liter and turmeric powder 1g / liter are added to this solution. Pest repellent. 2. A No. 1 pest repellent obtained by adding 20 cc / liter of camellia extract to the pest repellent according to claim 1. 3. A second pest repellent obtained by adding 10 cc / l of ageratum extract to the pest repellent according to claim 1. 4. A third pest repellent obtained by adding 10 CC / liter of the extract extracted from papaya leaves to the pest repellent according to claim 1. 5. A fourth pest repellent obtained by adding 5 CC of an aqueous solution of sulfur powder in 200 g / liter of water to the pest repellent according to claim 1. 6. A fifth pest repellent comprising the pest repellent according to claim 1 and 20 CC / liter of an extract extracted from a peach leaf or a stem. 7. The extract extracted from pepper is 20 to
30CC / liter and 20-30CC / liter of garlic extract extracted from garlic and 20CC / liter of pepper extract extracted from pepper were added to water, and 40CC / liter of molasses was added to this solution, and extracted from pepper as a pest repellent. 20-30CC / liter of extracted extract and 20-30CC of garlic extract extracted from garlic
Per liter and pepper extract 20CC / liter extracted from pepper, water is added, and molasses 40CC / liter is further added to this solution as an insect repellent. Ageratum extract, papaya leaf extract, peach leaf or stem extract. Extract, any one of the aqueous solutions containing sulfur or 3
A sixth pest repellent obtained by adding seeds.