KR100982354B1 - Manufacturing method of yellow earth ball and yellow earth ball thereof - Google Patents

Abstract

PURPOSE: A manufacturing method of a yellow soil ball and the yellow soil ball manufactured thereby are provided to manufacture the yellow soil ball including charcoal and yellow soil, and to improve the environment condition. CONSTITUTION: A manufacturing method of a yellow soil ball comprises the following steps: drying a composition containing yellow soil, dolomite or phlogopite, serpentine, oak powder, shells, and diatomaceous soil(S11); crushing the composition into the diameter of 100~200 micrometers(S12); mixing 60~80wt% of yellow soil, 5~10wt% of dolomite or phlogopite, 5~10wt% of serpentine, 5~10wt% of oak powder, and 5~10wt% of shells, diatomaceous soil, or acrylic resin to form a gel state mixture(S13); extruding the mixture into a yellow soil ball block(S14); polishing the yellow soil ball block(S15); wrapping the ball with a noninflammable material(S16); and removing the material after sintering, and cooling the ball(S17,S18).

Description

Manufacturing method of Yellow earth ball and Yellow earth ball

The present invention relates to a method for manufacturing ocher balls for water purification and ocher balls.

Ocher contains fine particles and a lot of oxygen, and has excellent purifying ability, deodorization and degreasing properties, and is similar to ordinary soil without heating, but once heated (over 60 ℃), far infrared radiation (5 ~ 15㎛) It is superior to the energy curve that is most beneficial to the human body, and the central part of the human body maintains a body temperature of 35 ° C to increase blood flow, helping to release fatigue by promoting metabolism.

As the function and efficacy of the loess is widely known, it is widely used in various fields such as civil engineering and building materials, as well as various health appliances and foods.

Ocher can be produced in the form of a ball, and when used for civil engineering and building materials, it can be used mixed with finishing materials when finishing floors or walls, and when used for health equipment and various foods, fine toxicity of ocher It was treated to remove or minimize the scattering of ocher powder due to damage.

Meanwhile, as the desire for well-being grew, interest in charcoal and ocher was concentrated.

In general, charcoal baked at 600 to 900 degrees is composed of 85% carbon, 10% moisture, 3% minerals, and 2% volatile components, and many small holes are formed on the surface. Moreover, when the carbon is thus carbonized again at 600 to 900 degrees, more holes are formed to improve the medicinal effect.

For reference, charcoal absorbs bacteria, odors, or has a detoxification effect, because of the numerous holes formed in the charcoal. The charcoal has a lot of fine pores such that the surface area of only 1g is 1,200 m 2, and because the material enters the pores, it has a high adsorption force.

In addition, char is composed of carbon with 6 electrons. Because of the structure that electrons can roam freely, rather than strong covalent bonds like diamond, it forms a magnetic field around it and releases negative ions through it. It inhibits oxidation (the loss of electrons).

As described above, ocher and charcoal are materials that can naturally create a well-being environment pursued by humans. Such materials are required for their use in various technical fields, and are currently widely used for various purposes.

However, ocher and charcoal had a limitation in that it was difficult to produce simultaneously due to the material properties. In other words, in order to produce ocher balls using ocher, high temperature heating is inevitable, and when charcoal is mixed with ocher balls, the intrinsic function of char may be lost while being oxidized and lost during the heating process.

Therefore, in order to receive the efficacy of ocher and charcoal at the same time, it was used only as a mixture of a powder type, not a solid such as a ball, through which the utilization was inevitably limited.

Accordingly, the present invention has been made to solve the above problems, the present invention is to provide the ocher ball manufacturing method and ocher ball for water purification represented by a solid having a solid structure while expressing the effects of ocher and charcoal simultaneously. .

According to an aspect of the present invention,

A component drying step of drying a component including loess, dolomite or gold mica, serpentine, wood flour, shellfish and diatomaceous earth;

Individually pulverizing the components, the diameter of the loess is 100 ~ 200 μm, the diameter of the dolomite or gold mica, serpentine, wood flour, shell and diatomaceous earth crushing step to limit to 5 mm or less;

Ocher 60 to 80% by weight, dolomite or gold mica, 5-10% by weight, serpentine 5-10% by weight, wood powder 5-10% by weight, shellfish, diatomaceous earth and aqueous acrylic resin in a ratio of 5-10% by weight A stirring step of stirring the mixture in a state;

A molding step of molding the ocher ball block by striking or cutting the mixture flowing through the outlet while extruding the mixture at regular intervals;

Polishing the ocher ball block into a sphere by seating the ocher ball block on a horizontal plate;

Wrapping the spherical deformed ocher ball wrapped with a non-combustible material, forming only one outlet so that the gas discharged from the ocher ball in one direction;

Firing step of heating the wrapped ocher ball in a kiln of 700 to 1700 degrees for 3 to 7 hours; And

Cooling step of removing the ocher ball wrap and cooling for 9 to 20 hours at 5 to 15 degrees;

Ocher ball production method for water purification comprising a.

According to the present invention, it is possible to manufacture ocher balls as a solid body combined with ocher and charcoal, and thereby to simultaneously express the unique effects of ocher and charcoal, thereby creating an improved well-being environment through ocher balls. It can be effective.

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

1 is a flowchart illustrating a method for manufacturing ocher balls according to the present invention, which will be described with reference to this.

The ocher ball according to the present invention forms a ball shape including loess and charcoal, and is installed or applied to various civil and building blocks, interior or plastering finishes or floorings, and various appliances.

As the ocher ball can be adjusted and manufactured in various ways and diameters, if necessary, the following description will focus on the specific process of the ocher ball production.

S11; Component drying stage

The composition of the ocher ball according to the present invention includes ocher and charcoal, in the case of charcoal, the wood, which is the main material of charcoal, is not dried directly in the component drying step (S11). In the embodiment according to the invention the timber is oak.

In addition, the composition may include mica and serpentine.

Mica, especially white mica, has strong fire resistance and is an insulator for electricity, so it is used for electric insulators and fireproof materials. In addition, since the powder is silvery white, it is also used as gold and silver teeth. In addition to dolomite, gold mica is also of good quality as do mica, but biotite is rich in iron and is not suitable for the composition of ocher balls.

Dolomite or gold mica having this function improves the appearance of ocher balls.

The serpentine can enhance the plastering effect of the ocher ball due to its beautiful appearance, and improves the appearance beauty of the ocher ball together with dolomite or gold mica.

In addition to the constituents of the ocher ball according to the present invention may include a shell (貝 甲).

The shellfish can emphasize the luxurious and colorful appearance by enhancing the light reflection effect of the ocher ball, maximizing the ocher ball's plastering.

Subsequently, the composition of the ocher ball may include diatomaceous earth.

Diatomaceous earth is soft rock and soil made of diatomaceous earth. It is divided into marine and freshwater. Used as insulation, cement, admixture and abrasive.

S12; Component Grinding Step

When the composition of the ocher ball is sufficiently dried, the composition is pulverized to a fine diameter to facilitate the bonding between the components.

Here, since the diameter can be differentiated for each component, it is preferable that the grinding of the components is performed separately. For reference, the ocher is preferably a particle diameter of 100 ~ 200 μm, the wood for charcoal (oak; `` wood flour ''), dolomite or gold mica, serpentine, shell and diatomaceous earth diameter of 5 mm It is preferred not to exceed. For reference, in the case of charcoal, it is preferable to enlarge the diameter of the char as much as possible according to the size of the ocher ball so as to fully realize the pore effect of the charcoal itself.

S13; Stirring Step

When the pulverization of the constituents is completed, the constituents, including wood powder and loess, are inserted into the stirrer (not shown) at a predetermined ratio.

In the embodiment according to the present invention, 60 to 80% by weight of ocher, 5 to 10% by weight of dolomite or gold mica, 5 to 10% by weight of wood powder, 5 to 10% by weight of serpentine, and to mediate the binding between each component 5 to 10 weight percent of aqueous acrylic resins and other mixtures. The other mixture here will be shell or diatomaceous earth.

Subsequently, since the composition is a solid in powder form, it is preferable to proceed stirring for a predetermined time in a horizontal state for uniform mixing, and in the case of an aqueous acrylic resin, since it has a volume sufficient to accommodate the composition, ocher and wood flour The mixture of constituents comprising will remain in appearance gel.

S14; Molding Step

The gel mixture is shaped into a ball shape.

Various means may be applied to form the gel mixture in a ball shape, but the embodiment according to the present invention applies an extrusion method.

Exemplary embodiments of the extrusion molding method will be described briefly as follows: (1) a mixture having been stirred is placed in a receiving part of an extruder (not shown), and (2) pressure is applied to the receiving part, and (3) a constant diameter formed in the receiving part. The mixture flows out through the outlet of (4) and blows or breaks the spilled mixture at regular intervals to complete a mixture block of a certain size.

For reference, the gel-like mixture maintains the molded shape without self dispersion even upon completion to the mixture block through sufficient agitation (dough) and mutual binding between the components with the aqueous acrylic resin.

S15; Polishing Step

Since the mixture block is completed through extrusion molding, it forms a column shape rather than a sphere like a ball. Therefore, when the mixture block is seated on the horizontal moving plate and the plate is horizontally reciprocated at regular intervals, the mixture block is transformed into a spherical ocher ball while continuing to rotate at the current position by inertia.

Of course, even after the deformation of the spherical ocher ball is completed, the horizontal movement of the plate is repeated a certain number of times to continue polishing to increase the surface strength of the ocher ball.

S16; Wrapping Step

When the polishing of the ocher ball is completed, the ocher ball is classified into individual units or a plurality of groups into one group, and then wrapped with a wrap of a non-combustible material. At this time, the wrap allows the ocher ball to be ventilated, so that the vapor or various vaporized substances discharged by heating the packed ocher ball can be smoothly flowed out. Of course, in order to minimize the inflow of oxygen, the wrapped ocher ball allows only one outlet to be formed, so that the wood powder is effectively carbonized during drying and heating.

S17; Firing stage

The completed ocher ball is inserted into a kiln (not shown) and heated.

The temperature of the kiln may vary depending on the number of ocher balls and its use, but is usually maintained at 700 to 1700 ° C., and the heating time is preferably maintained for 3 to 7 hours.

In addition, during heating, the wrapped ocher ball is not heated directly but indirectly by radiant heat, thereby minimizing the possibility of oxidizing the ocher ball, and continuing to make the wood powder of the wrapped ocher ball effectively carbonized to become true charcoal.

S18; Cooling stage

When firing is completed, take off the wrap wrapped with ocher balls and proceed with cooling. At this time, the cooling temperature is maintained at 5 ~ 15 ℃, the cooling treatment time is preferably maintained for 9 to 20 hours.

Through such quenching process, the porcelain of the expanded ocher ball is maintained due to prolonged heating, thereby improving the functionality of the ocher ball, and reducing the possibility of shape change to maintain the appearance image of the ocher ball.

1 is a flowchart illustrating a method for manufacturing ocher balls according to the present invention.

Claims (3)

A constituent drying step of drying constituents in which ocher and muscovite or gold mica, serpentine, wood meal, shellfish and diatomaceous earth are mixed; Separately crushing the components, the diameter of the loess is limited to 100 ~ 200μm constituent grinding step; Ocher 60 to 80% by weight, dolomite or gold mica, 5-10% by weight, serpentine 5-10% by weight, wood powder 5-10% by weight, shellfish, diatomaceous earth and aqueous acrylic resin in a ratio of 5-10% by weight A stirring step of stirring the mixture in a state; A molding step of molding the ocher ball block by striking or cutting the mixture flowing through the outlet while extruding the mixture at regular intervals; Polishing the ocher ball block into a sphere by seating the ocher ball block on a horizontal plate; Wrapping the spherical deformed ocher ball wrapped with a non-combustible material, forming only one outlet so that the gas discharged from the ocher ball is discharged in one direction; And Cooling step of removing the ocher ball wrap and cooling for 9 to 20 hours at 5 ~ 15 ℃; Ocher ball production method for water purification, comprising a. The method of claim 1, In the component crushing step, at least one of the mica or gold mica, serpentine, wood powder, shell and diatomaceous earth selected in the component drying step is pulverized to less than 5 mm, characterized in that the ocher ball for water purification. The method according to claim 1 or 2, Between the lapping step and the cooling step, the ocher ball manufacturing method for water purification, characterized in that it further comprises a firing step of heating the wrapped ocher ball in a kiln of 700 ~ 1700 ℃ for 3 to 7 hours.

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