WO2018143563A1 - Candle material composition, preparation method therefor, and candle using same - Google Patents

Abstract

The present invention relates to: a candle material composition comprising a zeolite component having an effect beneficial to the human body; a preparation method therefor; and a candle using the same. The candle material composition presented in the present invention is mixed with main materials of a candle made of palm wax and the like, and comprises: zeolite having a powder form; and flavoring adsorbed onto a zeolite surface and innumerable pores formed on the surface. In addition, the present invention provides a method for preparing a candle material composition, comprising: a) a zeolite sintering and drying step of forming zeolite, which is a mineral, into a fine powder; b) a flavoring mixing step of inserting and mixing flavoring into a zeolite composition having been completely sintered and dried in the above step; c) an aging step of integrating constituent elements of the zeolite composition mixed with the flavoring in step b); d) a coloring or phosphorescent pigment mixing step of inserting and mixing natural coloring or a phosphorescent pigment after step c) is completed; and e) a packaging step of putting, in a packaging container up to a predetermined capacity, the zeolite composition formed into the powder prepared in step d). In addition, the present invention provides a candle comprising: a candle body provided with a wick; and zeolite provided to the candle body so as to emit far-infrared radiation when the candle body is burned.

Description

Candle material composition, preparation method thereof and candle using same

The present invention relates to a candle material composition, a method for manufacturing the same and a candle using the same, and more particularly, a zeolite component which has a beneficial effect on the human body, and includes a candle material which can absorb the fragrance and emit the same fragrance. It relates to a composition, a method for producing the same, and a candle using the same.

Generally, the candle is manufactured in a form in which a wick is embedded in a central portion thereof while molding a combustible raw material combusted at a predetermined temperature, such as paraffin wax or palm wax, into a cylindrical shape or the like.

These candles are used in a variety of applications, such as lighting for general use in an emergency, such as power outages, or for decorative purposes, or to create an atmosphere at various banquets and event venues.

The cross-sectional shape of the candle is also made in a variety of shapes, such as cylindrical, square, polygonal, and candles that are added to the raw material such as aromatic oil to produce a fragrance when the candle is burned is also used.

However, such a candle can burn, but the fragrance of the perfume contained in the candle can be released to provide a fragrance indoors, carbon dioxide harmful to the human body contained in the indoor air can not be removed.

In addition, when the candle is used, the fragrance is emitted due to the fragrance contained in the candle as the candle is burned. Conventional candles do not mix in even distribution of the candle raw material and the fragrance. I can't. That's why fragrance inherent in flavor can cause headaches.

The present invention has been proposed to solve the conventional problems as described above, an object of the present invention is to include a zeolite (Zeolite) component is absorbed carbon dioxide in the room as the candle is burned to reduce its concentration and beneficial to the human body In addition, the fragrance is mixed in an even distribution to provide a candle material composition, a method for manufacturing the same and a candle using the same that can emit a constant scent.

The candle material composition proposed by the present invention is a candle material composition mixed with a main material of a candle made of palm wax or the like, and includes a zeolite made of powder; Fragrances adsorbed on the zeolite surface and the myriad pores formed on the surface thereof; It provides a candle material composition comprising a. The candle material composition is further mixed with natural pigments or photoluminescent pigments.

In addition, the present invention a) zeolite firing and drying process for forming a mineral zeolite in the form of fine powder; b) a fragrance mixing step of mixing the fragrance into the zeolite is calcined and dried in the process; c) a maturation step of integrating the components of the zeolite composition mixed with the perfume in step b); d) dye or photoluminescent pigment mixing step of mixing the natural pigment or photoluminescent pigment after the step c) is completed; e) a packing step of putting the zeolite composition in powder form prepared in step d) in a packing container by a predetermined capacity; It provides a candle material composition manufacturing method comprising a.

The present invention also provides a candle body provided with a wick; A zeolite provided to the candle body to emit far infrared rays when the candle body is burned; It provides a candle comprising a.

The zeolite further comprises a fragrance, the candle body further comprises a natural pigment or a phosphorescent pigment.

The candle material composition according to the present invention, a method for manufacturing the same, and a candle using the same may contain a zeolite component and emit far infrared rays as the candle burns, thereby reducing the concentration of carbon dioxide in the room, thereby creating a pleasant indoor environment.

In addition, the fragrance contained in the candle material composition may be evenly absorbed in the fine pores of the zeolite, so that the fragrance emitted by the burning of the candle may be maintained in the same state.

And it is provided with a luminous pigment can produce a visual effect and a decorative effect when not using a candle as well as when using a candle.

1 is a process chart of the method of manufacturing a candle material composition according to the present invention.

2 is a perspective view of a candle manufactured using the candle material composition according to the present invention.

3 is a cross-sectional view of FIG. 2.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a process chart of the method for producing a candle material composition according to the present invention, the method for producing a candle material composition according to the present invention is a zeolite firing and drying step (S1), flavor mixing step (S2), aging step (S3), pigment or It consists of a photoluminescent pigment mixing process (S4), and a packaging process (S5).

The zeolite used in the zeolite firing and drying step (S1) is a zeolite by firing 100kg of powdered zeolite pulverized at about 800 mesh at a temperature of about 450 degrees for 2 hours and then drying it for 30 minutes twice. All moisture contained in can be removed.

Zeolite is a kind of hydrous aluminum silicate mineral which mainly contains alkali metal or alkaline earth metal and emits far infrared rays, and has numerous characteristics of strong pores on the surface of its particles, so it absorbs gas and moisture strongly.

Accordingly, when the fragrance mixing step (S2) is carried out, the pores formed in the zeolite dried through the zeolite firing and drying step (S1) absorbs all of the fragrance liquid, and the candles produced using the same are burned, and the candles together with the emission of far infrared rays. The fragrance of the fragrance can be maintained evenly until all of them are exhausted. In addition, as the candle burns, far infrared rays are emitted from the zeolite component, thereby absorbing harmful substances such as carbon dioxide in the room, thereby creating a pleasant indoor environment.

The fragrance mixing step (S2) may be carried out by mixing 20 to 25% by weight of fragrance to 75 to 80% by weight of zeolite. At this time, the flavor used may be a variety of natural flavors.

Natural fragrances can be made of, for example, chamomile fragrances that help relieve anxiety and restless moods, lavender fragrances to relax the mind and body, rosemary fragrances to improve concentration, and eucalyptus fragrances to relieve nerve pain. Any one or more flavors selected from these flavors can be used.

When the perfume mixing process (S2) is completed, the perfume made of a liquid is absorbed and adsorbed both inside the surface of the zeolite and the fine pores formed on the surface. As the fragrance is adsorbed in the fine pores of the zeolite as described above, when the candle is manufactured using such a candle material composition, the fragrance may be mixed in an even distribution and the fragrance may continue to be emitted at a constant concentration when the candle is burned.

When the fragrance mixing step (S2) is completed, the aging step (S3) is carried out. In this step, when the zeolite composition mixed with the fragrance is put into a container or the like and aged for three days, the fragrance is absorbed and adsorbed to the zeolite.

When this aging process (S3) is completed, the dye or photoluminescent pigment mixing process (S4) which mixes a dye or a photoluminescent pigment with a zeolite is performed.

In the dye or phosphorescent pigment mixing step (S4), only one of the dye or the phosphorescent pigment may be selected and mixed with the zeolite.

In the dye or phosphorescent pigment mixing step (S4), 30% by weight of the dye is mixed with 70% by weight of the zeolite composition mixed with the perfume produced by the aging step (S3) or the fragrance obtained through the aging step (S3) is mixed. 15 wt% of the phosphorescent pigment may be mixed with 85 wt% of the prepared zeolite composition.

At this time, the pigment used may be a natural pigment, and the natural pigment may be, for example, green tea powder (light green), consonant powder (flesh color), baeknyeoncho powder (red), kaolin powder (light gray), strawberry powder (pink), vinegar root powder (Purple), natural pigments such as mugwort (green), which are recognized in oriental medicine, may be used, and any one or more selected from these natural pigments may be used.

Phosphorescent pigments are pigments that absorb, store, emit, and emit light inside, and are pigments that absorb and accumulate energy from the sun or electric light to emit fluorescent light in the dark. Can be.

When the dye or phosphorescent pigment mixing step (S4) is completed, the preparation of the candle material composition made of a fine powder form is completed, the candle material composition is carried out in the packaging container by a predetermined capacity by the packaging step (S5).

As described above, the fragrance may be mixed with the zeolite, and the mixture may be mixed with palm wax, which is the main material of the candle, using a zeolite composition in which a dye or a photoluminescent pigment is mixed therein to prepare a candle. At this time, by mixing the zeolite composition prepared by the above process in the proportion of 95 to 97% by weight of the palm wax raw material of the candle material in a proportion of 3 to 5% by weight to prepare a candle containing the zeolite composition using a conventional candle manufacturing method. Can be.

2 to 3, the candle according to the present invention includes a candle body 4 provided with a wick 2 and a zeolite included in the candle body 4 to emit far infrared rays when the candle body is burned ( Zeolite) (6).

The candle body 4 may be molded into a predetermined shape by mixing a candle material and a zeolite composition which are commonly used, such as a wax made of paraffin wax, palm wax, beans, and the like, and at this time, the candle body 4 Can be molded by inserting the wick (2) in the longitudinal direction of the center portion.

Such a candle body 4 may be formed in a form in which a dye or a phosphorescent pigment 8 is further mixed with the fragrance included in the zeolite composition.

Since the zeolite 6 distributed in the candle body 4 is a material that emits far infrared rays and has a property of strongly absorbing gas or moisture, the far infrared rays are emitted while the candle body 4 burns, and thus, Excellent effects such as temperature rise, microvascular expansion, blood circulation promotion, metabolism strengthening, and tissue regeneration ability can be obtained.

In addition, since the candle body 4 burns, the zeolite 6 absorbs carbon dioxide in the surroundings, thereby reducing the concentration of carbon dioxide contained in the indoor air, thereby creating a pleasant indoor environment that is beneficial to the human body.

The zeolite (6) crystals exist as water molecules in the three-dimensional mesh structure of the zeolite, and even if heated and dehydrated, the structure of the zeolite (6) is not destroyed, and the site where the crystallized water remains is in a cavity state, so the fragrance is adsorbed well in the cavity. The scent can be given off constantly.

And the candle body (4) may include a photoluminescent pigment (8) provided in the zeolite composition, the photoluminescent pigment (8) has a property of absorbing, storing, emitting and emitting light therein, the energy of the sun or electric light Absorbs and accumulates and emits fluorescent light in a dark place.

Due to the photoluminescent pigment 8, the light is emitted from the candle body 4, whereby a decorative effect can be produced when the candle is not used, and the candle can be easily found and ignited even if a power failure occurs.

Such a candle is provided at any place in the room. When the candle body 4 is not burned, the natural pigment or the phosphorescent pigment 8 provides an excellent visual effect and gives an olfactory effect due to the fragrance. It provides warmth in cold weather and indoor cleanliness in hot days.

When the wick 2 is ignited, the infrared rays are emitted through the zeolite 6 while the candle body 4 is burned, and the fragrance absorbed in the cavity of the zeolite 6 is also emitted to the outside. Thus, when the candle body 4 burns, carbon dioxide is absorbed to reduce the concentration of carbon dioxide contained in the indoor air, thereby creating a pleasant indoor environment while benefiting the human body.

Although the preferred embodiments of the present invention have been described for purposes of illustration, the present invention is not limited thereto, and various modifications can be made within the scope of the claims and the detailed description of the invention and the accompanying drawings.

Claims (6)

1. A candle material composition mixed with a main material of a candle made of palm wax or the like,

   Zeolite in powder form;

   Fragrance adsorbed to the zeolite surface and the myriad pores formed on the surface;

   Candle material composition comprising a.
2. The method according to claim 1,

   The candle material composition is a candle material composition, characterized in that it further comprises natural pigments or photoluminescent pigments.
3. a) zeolite firing and drying process for forming a mineral zeolite into fine powder form;

   b) a fragrance mixing step of mixing the fragrance into the zeolite is calcined and dried in the process;

   c) a maturation step of integrating the components of the zeolite composition mixed with the perfume in step b);

   d) dye or photoluminescent pigment mixing step of mixing the natural pigment or photoluminescent pigment after the step c) is completed;

   e) a packing step of putting the zeolite composition in powder form prepared in step d) in a packing container by a predetermined capacity;

   Candle material composition manufacturing method comprising a.
4. A candle body provided with a wick;

   A zeolite provided to the candle body to emit far infrared rays when the candle body is burned;

   Candle comprising a.
5. The method according to claim 4,

   Candle, characterized in that the zeolite contains a fragrance.
6. The method according to claim 4,

   The candle body is characterized in that the natural pigments or phosphorescent pigments further contained.

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