KR20020085937A - Gibberrelic acid paste manufacturing method - Google Patents

Abstract

PURPOSE: A method for producing a gibberellin acid coating agent is provided, which is coated on the stalk of fruits to shorten fruit maturation period and to increase of fruit size, thereby harvesting fruits early. CONSTITUTION: The method for producing a gibberellin acid coating agent comprises mixing 3.59g of gibberellin acid 3 with 10g of ethyl alcohol; adding 5g of a surfactant into the mixture; adding 81.44g of lanolin as a weight increasing agent and a resin into the mixture; and stirring the mixture at 50 to 60 deg. C under vacuum condition to extract ethyl alcohol. Alternatively, the gibberellin acid coating agent is produced by powdering 3.56g of gibberellin acid 3 with an air mill; adding 96.44g of lanolin into the powdered gibberellin acid 3; and high speed rotating the mixture using a stirrer.

Description

Gibberrelic acid paste manufacturing method {Gibberrelic acid paste manufacturing method}

The present invention relates to a method for producing a gibberellin coating agent applied to the fruit area of the fruit in order to promote ripening and enlargement of the fruit (pear) early harvesting, more specifically, the ripening of the fruit (pear) And uniform distribution of lanolin, an extender and a carrier, in gibbererin acid 3, which promotes hypertrophy, by dissolving ethyl alcohol as a solvent, and then extracting an alcohol component from the solution and using a pure stirrer. It is prepared by the method of stirring lean acid.

Generally, gibberelin acid is widely used as a growth accelerator to promote ripening and enlargement of fruits (pears), but all of its products are imported from foreign countries and distributed to fruit farms, which causes waste of foreign currency. However, there is no technology that can be manufactured so far has been proposed.

As a result of repeated studies to solve the above problems, the present inventors have come to propose a manufacturing method of the present invention, and an object of the present invention is to provide a technique for uniformly distributing gibberelin acid to lanolin in a simple process. The purpose of this study is to enable localization of gibberellin coatings.

There are two methods for the overall manufacturing process of the present invention for achieving the above object.

As one manufacturing method, the dissolution process of mixing and dissolving 10 g of ethyl alcohol in 3.59 g of gibberellic acid 3 by weight ratio; By adding 5g of the surfactant as an emulsifier to the raw material dissolved by the dissolution step to emulsify, 81.44g of liquid lanolin as an extender and a carrier are added, followed by vacuum stirring at 50-60 ° C to extract ethyl alcohol. To manufacture.

Another manufacturing method is a pulverizing step of powdering 3.56 g of gibberelin acid 3 by weight with an air mill; 96.44 g of lanolin is mixed with pulverized gibberelin aldehyde 3 and rotated at high speed using a pure stirrer to prepare a stirring process for mixing each component.

Hereinafter, one embodiment of the present invention and the specific effects obtained therefrom will be described in detail.

<Example 1>

The material used for the gibberelene ide coating agent prepared according to the present invention is ethyl alcohol and emulsifying role as gibbererin acid 3 and a solvent to promote ripening and hypertrophy of fruit (pear), as shown in Table 1 below. It consists of a surfactant, an extender and a carrier lanolin.

<Manufacturing Standards for 100g of Gibberellin Coatings> Material Name Purity of tech Target Content Weight GA3 90% 3.2% 3.56 g EtOH - 10% 10 g Surfactants - 5% 5 g Lanoline - Rest 81.44 g Total - 100% 100 g

The manufacturing process for the gibberelin amide coating agent is first subjected to a dissolution step of mixing by adding 10g of ethyl alcohol as a solvent to 3.56g of gibbererel acid 3 in weight ratio.

And the solution after the dissolution step is to go through a stirring step, the stirring step of the emulsifier was added by adding 5g of emulsifier surfactant in the emulsified state and added 81.44g lanolin as a carrier and carrier at a temperature of 50 ~ 60 ℃ Vacuum stirring is performed.

If the entire amount of alcohol used as the solvent is extracted in the course of the vacuum stirring for about 1 hour to prepare a finished product by injecting into a separately prepared tube.

The alcohol used as a solvent by the above method serves to dissolve Gibberelin Acid 3, which is a main component, and the reason for extracting ethyl alcohol by setting the vacuum stirring time to about 1 hour is that ethyl alcohol is gibbererin This is because the acid 3 is slowly decomposed.

The reason why the emulsifier is used after the dissolution process is completed is that the ethyl alcohol and lanolin are not mixed well, so that the emulsifier is used to emulsify lanolin and ethyl alcohol so that the gibbererin acid 3, the main component dissolved in ethyl alcohol, is mixed well. .

<Example 2>

As another embodiment of the present invention as a method of stirring with a pure agitator (homogenizer) without using the emulsifier used in the above embodiment, looking at the production method thereof is used in the following Example 2 Likewise, it is composed of 3.56g of gibberelin acid 3 and 96.44g of liquid lanolin in weight ratio.

<Manufacturing Standards for 100g of Gibberellin Coatings> Material Name Purity of tech Target Content Weight GA3 90% 3.2% 3.56 g Lanoline - Rest 96.44 g Total - 100% 100 g

Among the above materials, a pulverization process is performed to powder Gibberelin acid 3 into an air mill.

Then, 96.44 g of lanolin in liquid form is mixed with the raw material after the pulverization process is completed, and agitation process is performed for 30 minutes using a pure stirrer to uniformly disperse lanolin and the original agent, gibbererlic acid 3.

The solution after the stirring process is injected into a tube, which is a separately prepared container, to complete the product. In the above crushing process, the reason for pulverizing with an air mill is that the particle size of the raw material is not uniform, so that the main component is not well dispersed in the product state. This is to prevent this, and the reason for carrying out the stirring step with a pure stirrer is to evenly disperse Gibberane Acid 3, which is the original agent, in the lanolin as the extender and carrier.

As described above, the present invention is prepared by uniformly distributing the original agent, gibberelin acid 3, using an ethyl alcohol or a pure stirrer in the extender, thereby promoting the enlargement and ripening of the fruit (pear) and increasing the pear production and promoting ripening. It can increase the sugar content.

Claims (2)

A dissolution step of mixing and dissolving 10 g of ethyl alcohol in 3.59 g of gibberelin acid 3 by weight ratio; By adding 5g of the surfactant as an emulsifier to the raw material dissolved by the dissolution step to emulsify, 81.44g of liquid lanolin as an extender and a carrier are added, followed by vacuum stirring at 50-60 ° C to extract ethyl alcohol. Method for producing a gibberellin coating agent, characterized in that the manufacturing. A pulverizing step of powdering 3.56 g of gibberelin acid 3 by weight with an air mill; A method for producing a gibberellin coating agent, characterized in that a mixture of 96.44 g of lanolin is mixed with pulverized gibberelin amide 3 and rotated at a high speed using a pure stirrer to mix each component.