KR20210002886A - Method of packaging of capsule detergent with added flavouring agent and its manufacturing method - Google Patents

Abstract

The present invention relates to a detergent capsule including a flavor agent, and more specifically, to a detergent capsule, which can increase the stability of the fragrance even when it is stored inside the capsule for a long period of time so that it is easy to use and carry at home, and more specifically, to a detergent capsule in which a granulated material containing an encapsulated fragrance, which includes perfume particles that can give long-lasting fragrance to washing objects after washing, granular detergent composition, and fragrance with polymer compounds, and a neutral inorganic salt is coated with a fatty acid salt, sealed in a liquid form, and individually packaged as a set for portable use. The present invention configured for this purpose uses a liquid detergent as a main component as an active material enclosed in a capsule and includes the steps of: forming each capsule individually; packaging a capsule set according to the size and purpose of the capsule in which the liquid material is enclosed, based on the usage method and packaging method; detaching each individually packaged detergent capsule from the packaging set by varying the usage method and packaging method depending on the size of the capsule and the material enclosed; and using the capsule together with water on the place such as the skin or clothes where cleaning is necessary. A thin film surrounding the capsule is melted by the friction that occurs during the cleaning so that the detergent inside the capsule can be used.

Description

TECHNICAL FIELD [Method of packaging of capsule detergent with added flavouring agent and its manufacturing method}

The present invention relates to a capsule packaging machine for sealing and packaging liquid detergent containing fragrance and horizontal detergent in a capsule, and more particularly, inserting a capsule body into a groove formed on an upper portion of a lower die, and It relates to a liquid detergent packaging machine for capsules that is easy to work because the upper die is mounted and installed on the upper part, and powdered medicine is injected into the capsule body through an inlet formed at the position of the groove of the lower die in the upper die.

Conventionally, fragrances have been blended into detergent compositions in order to improve the product value.

As a method of adding a fragrance to a detergent composition, a method of spraying a fragrance on detergent particles containing a surfactant is generally known. In the case of spraying the fragrance on the detergent particles, there is a problem that the fragrance of the fragrance is released early, and the release of the fragrance from the detergent composition itself or the object to be washed is difficult to sustain.

A technology for controlling the scent release characteristics has been proposed using an encapsulated fragrance containing fragrance.

A general packaging container accommodates various types of contents such as cosmetics, medicines, foods, and detergents, and generally consists of a container body in which the contents are stored and a container lid that opens and closes the container body.

When using a general packaging container, the container lid is opened from the container body, and the container body is tilted to take out the contents, or the user directly picks up the contents and uses it.

When the user directly picks up the contents by hand, it is uncomfortable because the contents are not easily grasped, and there is a problem in that contaminants from the hands get on the contents and become contaminated.

In addition, it must be stored in a separate container, or the convenience is somewhat reduced due to securing a designated space.

For example, if you go on a trip, you may experience the inconvenience of having to take a bulky detergent for washing several times of showers or washing clothes and lack of space, and when using at home, Personal waste as well as environmental pollution problems occur due to the use of cleaners more than necessary.

In general, conventional detergents are composed of a large amount of liquid or solid powder type packaging units, and it is difficult to determine an appropriate amount for use by users.

According to the present invention, since the persistence of the fragrance is short in the prior art, the satisfaction is inferior. In addition, when the detergent composition is stored for a long time, there is a concern that the strength of the fragrance and the quality of the reverberant fragrance are deteriorated. It has the advantage of reducing the waste of detergent in packaging and using detergent capsules, and storage

And it promotes space utilization and convenience in carrying, and by using each individually packaged detergent, perfume particles and granular detergent composition that can give a long-lasting scent to the object after washing are sealed and packaged in capsule form. Its purpose is to provide convenience and economic benefits for use.

In the present invention, as the active material enclosed in the capsule, a liquid perfume particle detergent is the main component, and the perfume particle is an encapsulated perfume containing a high molecular compound and a granulated product containing a neutral inorganic salt, as a fatty acid salt. It is characterized by being covered.

The step of forming each capsule individually, after the above step, the method of use and the packing step of the capsule set formed with the packing method according to the size and purpose of the capsule containing the liquid substance, and the size of the capsule and the enclosed material. When the detergent capsules each individually packaged with different uses are detached from the packaging set and placed in a washing tank, the thin film surrounding the capsule melts and the liquid fragrance detergent is sprayed, and the granular detergent composition contains the fragrance particles. do.

According to the perfume particle of the present invention, the stability of the fragrance in long-term storage is high, and a fragrance that lasts for a long time can be imparted to the object to be washed after washing.

The present invention is to have the effect of simply packaging a liquid detergent or a detergent in the form of a powder in a capsule, as well as providing a very suitable small amount operation.

In addition, according to the liquid detergent capsule, it is possible to use a certain amount depending on the amount used.

It reduces waste of detergent, saves time and brings economic benefits by promoting space utilization and convenience in storage and portability, and is easy to carry and store.

Unlike existing containers, it does not need to be opened for a long time and is easy to use, so it can be kept clean for hygiene.

The granular detergent composition of the present invention contains perfume particles in which an encapsulated perfume containing perfume with a polymer compound and a granulated product containing a neutral inorganic salt are coated with a fatty acid salt.

The form of the granular detergent composition is liquid.

After putting the detergent capsule made by wrapping the detergent in a thin film and rubbing it with water, the thin film melts and the detergent inside the capsule is used.

The thin membrane surrounding the capsule is completely soluble in water and is harmless to the human body.

By using the detergent capsule here, the wastage of detergent can be reduced. It saves time and brings economic benefits by promoting utility and convenience of public offices in storage and portability.

Although the average particle diameter of the particles of the granular detergent composition of the present invention is not particularly limited, it is preferably 200 to 1500 µm, and more preferably 250 to 1000 µm. When the average particle diameter is 200 µm or more, powder flying is suppressed during use. On the other hand, when it is 1500 micrometers or less, solubility in water improves. The average particle diameter of such particles represents a value calculated from a particle size distribution by quarters according to a particle size test described in a Japanese pharmacy.

The measurement of the average particle diameter was performed using a 9-stage sieve of eye size 1680 µm, 1410 µm, 1190 µm, 1000 µm, 710 µm, 500 µm, 350 µm, 250 µm, and 149 µm, and a saucer. Classification operation is performed. Classification operation is performed on a saucer, stacked in order from a sieve with a small eye size to a sieve with a larger eye size, and put a sample of 100 g/time on the top 1680 µm sieve, and cover it with a low-top sieve shaker (Co., Ltd. After attaching to the inverted mill, tapping: 156 times/min, rolling: 290 times/min) and vibrating for 10 minutes, the samples remaining on each sieve and saucer were collected for each sieve, and the sample Measure the mass of Then, by integrating the mass frequency of the saucer and each sieve, the eye size of the first sieve at which the mass frequency of the integration becomes 50% or more is set to "a㎛", Let the eye size be "b㎛", the integrated value of the mass frequency from the saucer to the a㎛ sieve is "c%", and the mass frequency of the a㎛ sieve is "d%", and By this, the average particle diameter (50% by mass) is determined, and it is set as the average particle diameter of the sample.

Claims (1)

Claim 1
Perfume particles, characterized in that an encapsulated perfume containing perfume with a high molecular compound and a granulated product containing a neutral inorganic salt are coated with a fatty acid salt.
Claim 2
The method of claim 1,
The fatty acid salt is perfume particles, characterized in that the carbon number of the carbon chain is 10 to 18.
Claim 3
The method according to claim 1 or 2,
The polymeric compound is at least one selected from the group consisting of a polyacrylic acid ester polymer, a melamine polymer, and a urethane polymer.
Claim 4
A granular detergent composition comprising the perfume particles according to any one of claims 1 to 3.