KR100767162B1 - The function of cinerary manufacturing method - Google Patents

Abstract

A functional cinerary case and a manufacturing method thereof are provided to prevent moisture from being generated inside the case and to prohibit ashes inside the case from being decayed. A functional cinerary case(1) comprises an outer case(100), an outer case cover(200), an inner case(300), and an inner case cover(400). The outer case is formed with a containing unit inside an outer case body, which is opened toward an upper part, to contain ashes, and a first groove unit positioned at the bottom the outer case body to keep an antiseptic substance. The outer case cover is combined with an upper part of the outer case to be opened and closed. The outer case and outer case cover are made of charcoal. The inner case is cylindrical type and inserted into the outer case. The inner case cover is combined with the upper part of the inner case to be opened and closed to keep another antiseptic substance for preventing the ashes from being decayed. The inner case and inner case cover are made of yellow soil.

Description

Functional ash box and its manufacturing method {The Function Of cinerary Manufacturing method}

1 is an exploded perspective view showing the functional ashes according to the present invention.

Figure 2 is a perspective view of the combination of the functional ashes according to the present invention.

3 is a cross-sectional view taken along the line AA ′ of FIG. 2.

Figure 4 is a flow chart illustrating a method of manufacturing a functional ashes according to the present invention.

Figure 5 is a flow chart showing a manufacturing method according to another embodiment of the manufacturing method of the functional ashes according to the present invention.

Figure 6 is a flow chart illustrating a manufacturing method according to another embodiment of the manufacturing method of the functional ashes according to the present invention.

Figure 7 is a state of use of the functional ashes according to the present invention.

* Description of the symbols for the main parts of the drawings *

100: enclosure 120: coating layer

200: enclosure lid 300: enclosure

400: inner lid

The present invention by using the charcoal or loess material of the ashes of the deceased remains, which prevents the generation of moisture in the interior space of the ashes, prevents the deterioration of the ashes and functional bones that can be stably stored for a long time And to a method for producing the same.

The funeral culture, which is widely practiced from ancient times, can be divided into burial method of putting the body in a coffin and burying the bonbon, and cremation method of putting the remains of the cremated body in the ashes and placing them in the ossuary.

As the burial method as described above requires a lot of gravel paper, there is a difficulty in securing the site, and in recent years, the funeral culture of the cremation method that puts the ashes in the ashes is placed in the ossuary.

On the other hand, the ash box is usually made of a top member is open, the housing member is formed with an accommodating part to hold the ashes therein, and the lid member is coupled to the top of the jar member to seal the jar member. The lid member for sealing the jar member is mainly manufactured using natural stone such as jade or marble.

However, the above-mentioned conventional ashes simply contain the ashes in the receiving part inside the jar, and then seal them with a lid and store them in the ossuary. Therefore, due to the temperature difference between the inside of the ossuary and the inside of the jar member of the ashes, the humidity inside the urine, etc. Condensation occurred in the ashes were deteriorated and the problem that could cause odor.

The present invention has been made in order to solve the above problems, by using the charcoal or loess to the charcoal and loess to the enclosure, the inner box and the lid and the inner lid provided in the ashes to prevent the deterioration of the ashes and prolonged circular state The purpose of the present invention is to provide a functional ashes and a method for manufacturing the same.

In order to achieve the above object, the functional ashes according to the present invention are provided with an accommodating portion to accommodate the ashes inside the enclosure body opened toward the top, and a barrier member for preventing the deterioration of the ashes is stored at the inner lower end of the enclosure body. An enclosure in which a first groove is formed; An enclosure lid coupled to an upper portion of the enclosure so as to be openable and close together with the enclosure; An inner box of the tubular shape is inserted into the inside of the enclosure and formed through the top and bottom; And it is coupled to the top of the inner box is open and close is provided with an inner box lid for storing another room member to prevent the deterioration of the ashes stored in the enclosure is configured so that the material is made of ocher together with the inner box.

The enclosure and the enclosure lid is preferably configured such that the material is made of ocher.

The inner box and the inner box lid is preferably configured so that the material is made of charcoal.

The enclosure and the enclosure lid is preferably configured to be made of a material mixed with charcoal and loess.

The inner box and the inner box lid is preferably configured to be made of a mixture of material ocher and charcoal.

The enclosure is configured such that a coating layer such as glaze or adhesive is formed on the outer surface.

The enclosure and the enclosure lid is configured to be provided with a plurality of mother-of-pearl on the outer side.

The inner box lid is configured to be provided with a handle protruding outward in the center of the upper side.

The inner container lid is formed with a second groove portion recessed toward the inner container lid body at the inner lower center and configured to have a preservative on the second groove portion.

Charcoal powder forming step of cutting the charcoal roasted at a temperature of 900 ℃ to form a functional ashes according to the present invention into a grinder and molded into a powder state; A dough forming step of adding the adhesive, stone powder, and a mixture to the powdered charcoal powder to form the ashes to prepare a dough state; A first drying step of injecting dough in a state in which a release material is applied to an inner side of a separately provided mold and drying the molded ash box in a state of 10 ° C. or less; Applying a glaze to the outside of the ash box after separating the dried ash box from the mold; A second drying step of drying the glaze-coated ashes in a shady place; And a third drying step of drying after applying the antiseptic solution to which the preservative component is added to the surface of the dried ash box.

The dough forming step is configured to knead by mixing the charcoal powder 80%, adhesive 10% and stone powder 5% and the mixture 5%.

Method for producing a functional ashes according to another embodiment of the present invention comprises the step of forming ocher powder to crush the dried ocher to a certain size and then put into a grinder to form a powder; A dough forming step of adding the adhesive and the mixing agent to the powdered ocher powder to form the ashes and preparing the dough; A first drying step of injecting dough in a state in which a release material is applied to an inner side of a separately provided mold and drying the molded ash box in a state of 10 ° C. or less; Applying a glaze to the outside of the ash box after separating the dried ash box from the mold; A second drying step of drying the glaze-coated ashes in a shady place; And a third drying step of drying after applying the antiseptic solution to which the preservative component is added to the surface of the dried ash box.

The dough forming step is configured to knead by mixing 80% ocher powder, 10% adhesive and 10% mixture.

Method for producing a functional ashes according to another embodiment of the present invention comprises the steps of forming a mixed powder shaping the charcoal and dried ocher at a temperature of 900 ℃ to a predetermined size and then put into a grinder to form a powder; A dough forming step of adding the adhesive and the mixture to the powdered charcoal powder and the ocher powder to form the ashes; A first drying step of injecting dough in a state in which a release material is applied to an inner side of a separately provided mold and drying the molded ash box in a state of 10 ° C. or less; Applying a glaze to the outside of the ash box after separating the dried ash box from the mold; A second drying step of drying the glaze-coated ashes in a shady place; And a third drying step of performing drying after applying the antiseptic solution to which the preservative component is added to the surface of the dried ash box.

An embodiment of the functional ashes according to the present invention configured as described above will be described with reference to the drawings.

1 is an exploded perspective view showing the functional ashes according to the present invention, Figure 2 is a perspective view of the combined remains of the functional ashes according to the present invention, Figure 3 is a cross-sectional view taken along line AA 'shown in Figure 2, Figure 4 5 is a flowchart illustrating a method of manufacturing a functional ashes according to the present invention, FIG. 5 is a flowchart illustrating a manufacturing method according to another embodiment of a method of manufacturing a functional ashes according to the present invention, and FIG. 7 is a flow chart showing a manufacturing method according to another embodiment of the manufacturing method of the ashes, Figure 7 is a state of use of the functional ashes according to the present invention.

1 to 3, an accommodating part 104 is formed in the interior of the enclosure body 102 opened upward to accommodate the ashes, and the ashes of the ashes are formed at an inner lower end of the enclosure body 102. An enclosure 100 in which the first groove part 110 is formed is stored so that the anti-corrosion member is stored. As shown in the figure, the enclosure 100 may be changed into a cylindrical or quadrangular shape.

It is coupled to the top of the enclosure 100 so as to be openable and closed, and the enclosure lid 200 is formed of a material made of charcoal together with the enclosure 100. The reason why the enclosure 100 is made of charcoal is to prevent the occurrence of condensation inside the enclosure 100 by using the adsorption and desorption effect of the charcoal itself. In addition to the various features of the char will be described later.

According to another embodiment of the present invention, the enclosure 100 and the enclosure lid 200 may be configured such that the material is made of ocher.

In addition, the enclosure 100 and the enclosure lid 200 is preferably configured to be made of a material is mixed with charcoal and loess.

The enclosure 100 is configured to form a coating layer 120, such as glaze or adhesive on the outer surface.

The enclosure 100 and the enclosure lid 200 are configured to be provided with a plurality of mother-of-pearl 10 on the outer surface.

An inner box 300 inserted and installed inside the outer box 100 and having a top and bottom penetrated therein; And an inner box lid 400 coupled to the upper side of the inner box 300 so as to be opened and closed, and having another room member for preventing the deterioration of the ashes stored in the outer box 100, wherein the material together with the inner box 300 is provided. It is configured to consist of ocher.

According to another embodiment of the present invention, the inner box 300 and the inner box lid 400 may be configured so that the material is made of ocher.

The inner box 300 and the inner box lid 400 may be configured such that the material is made of ocher and charcoal.

The inner container lid 400 is configured to be provided with a handle 410 protruding outward in the center of the upper side.

The inner container lid 400 has a second groove portion 420 recessed toward the inner container body 401 at the inner lower center thereof, and is configured such that a preservative is provided on the second groove portion 420.

Charcoal powder forming step (ST1) of cutting the charcoal baked at a temperature of 900 ℃ to put into a grinder to form a functional ashes according to the present invention with reference to the accompanying Figures 4 to 7 (ST1); A dough forming step (ST2) of adding the adhesive, stone powder, and a mixture to the powdered charcoal powder to form the ashes, and preparing the dough in a dough state; A first drying step (ST3) of injecting dough in a state in which a release material is applied to the inside of a separately provided mold and drying the molded ash box in a state of 10 ° C. or less; A glaze applying step (ST4) of separating the dried ashes from the mold and applying the glaze to the outside of the ashes; A second drying step (ST5) of drying the glaze-coated ashes in a shady place; And a third drying step (ST6) in which drying is performed after applying the antiseptic solution to which the preservative component is added to the surface of the dried ash box.

The dough forming step (ST2) is configured to knead by mixing the charcoal powder 80%, adhesive 10% and stone powder 5% and the mixture 5%.

According to another aspect of the present invention, there is provided a method of manufacturing a functional ash box, followed by crushing the dried ocher to a predetermined size and then putting it into a grinder to form a powder state (ST10); A dough forming step (ST20) of preparing the dough by adding an adhesive and a mixing agent to powder loess powder to form ashes; A first drying step (ST30) of injecting dough in a state in which a release material is applied to an inner side of a separately formed mold and drying the molded ash box in a state of 10 ° C. or less; A glaze applying step (ST40) of applying a glaze to the outside of the ash box after separating the dried ash box from the mold; A second drying step (ST50) of drying the glaze-coated ashes in a shady place; And a third drying step (ST60) of applying the antiseptic solution to which the preservative component is added to the surface of the dried ash box to perform drying.

The dough forming step (ST20) is configured to knead by mixing 80% ocher powder, 10% adhesive and 10% mixture.

Method for producing a functional ashes according to another embodiment of the present invention is a mixed powder forming step (ST100) and crushed baked charcoal and dried ocher to a predetermined size at a temperature of 900 ℃ put into a grinder to form a powder state respectively; ; A dough forming step (ST200) of preparing a dough by adding an adhesive and a mixture to powdered charcoal powder and ocher powder to form ashes; A first drying step (ST300) of injecting dough in a state in which a release material is applied to an inner side of a separately provided mold and drying the molded ash box in a state of 10 ° C. or less; A glaze applying step (ST400) of applying a glaze to the outside of the ashes after separating the dried ashes from the mold; A second drying step (ST500) of drying the glaze-coated ashes in a shady place; And a third drying step (ST600) for drying after applying the antiseptic solution to which the preservative component is added to the surface of the dried ash box.

The production and use state of the functional ashes according to the present invention configured as described above and a manufacturing method thereof will be described with reference to the drawings.

With reference to the accompanying Figures 1 to 4, the configuration according to a preferred embodiment of the functional ashes (1) according to the present invention, the enclosure 100 and the enclosure lid 200 is formed of charcoal, the inner box 200 and The inner container lid 400 may be configured to be formed of ocher.

According to the embodiment of the present invention, the process of manufacturing the enclosure 100 and the enclosure lid 200 as charcoal is as follows.

In order to produce the enclosure 100 and the enclosure lid 200 as charcoal, the charcoal baked at a temperature of 900 ° C. is cut into about 5 × 5 cm 2, and put into a grinder to form a charcoal powder (ST1). After removing the charcoal powder 80%, the adhesive 10%, the stone powder 5% and the mixing agent 5% to form a dough (ST2) after the release material is applied to the inside of the separately provided mold (not shown) Inject the dough from the During injection, compaction is carried out by using a bar provided separately so as to be injected without empty space inside the mold.

As described above, the ashes are primarily dried (ST3) in a state of 10 ° C. or less in a state where all the dough is chopped inside the mold. The reason for drying in the state of 10 degrees C or less is that since the main component of ashes consists of charcoal, it is preferable to dry in the state with low ambient temperature.

In this way, after removing the remains of the primary drying (ST3) from the molding frame, glaze is applied on the outside of the ashes so that charcoal does not come out of the hands (ST4), and the secondary drying is performed in the shaded place (ST5). do.

Then, after applying the antiseptic solution to which the preservative component is added to the surface of the ash box after the secondary drying (ST5), the ashes are placed in a place where ventilation is easy, and drying is carried out in the third stage (ST6).

The reason for forming the enclosure 100 and the enclosure lid 200 as charcoal as described above is because the char is made of a plurality of porous through-holes formed through the strong adsorption force through the through-holes that can generate gas inside the ashes. It adsorbs, radiates anion and far-infrared rays on the receiving part 104 of the enclosure 100, has a dehumidifying function and deodorizing effect of sucking mold or odor, and also has an antibacterial effect.

When manufacturing the enclosure 100 and the enclosure lid 200 as charcoal as described above to prevent the deterioration of the ashes accommodated in the receiving portion 104 of the enclosure 100, can occur in the inner wall of the enclosure 100 It can keep the ashes stably by blocking the condensation or moisture generation. In addition, a preservative may be additionally provided in the first groove 110 to maintain a perfect preservation state for the ashes.

As described above, the enclosure 100 and the enclosure lid 200 may be manufactured using charcoal and may also be produced using ocher.

With reference to the accompanying Figures 1 to 5 describes the process of making the ashes ocher. As a configuration according to another embodiment of the functional ashes (1) according to the present invention, the outer box 10 and the outer lid 200 is formed of ocher, the inner box 200 and the inner lid 400 to be formed of charcoal Can be.

According to an embodiment of the present invention when explaining the process of the enclosure 100 and the enclosure lid 200 is made of ocher as follows.

In order to fabricate the enclosure 100 and the enclosure lid 200 to ocher, crushed ocher crushed to a predetermined size into about 3 × 5 cm 2 and put into a grinder to form a powdery state to form ocher powder (ST100). After adding 80% of powdered ocher powder, 10% of adhesive, and 10% of a mixture to form a dough (ST20), the dough is injected in a state in which a release material is applied to the inside of a separately provided mold (not shown). . During injection, compaction is carried out by using a bar provided separately so as to be injected without empty space inside the mold.

As described above, the ashes are primarily dried in a state of 10 ° C. or less in the state where all the dough is chopped inside the mold (ST30). The reason for drying in the state below 10 ℃ is because the main component of the ashes is made of loess, it is preferable to carry out drying in a state of low ambient temperature.

Thus, after removing the remains of the primary drying (ST30) from the mold, apply glaze on the outside of the ash box so that the ocher powder does not come out of the hands (ST40) to perform secondary drying in the shaded place (ST50). do.

Then, after applying the antiseptic solution to which the preservative component is added to the surface of the ash box after the secondary drying (ST50), the ashes are placed in a place where ventilation is easy, and drying is carried out in the third stage (ST60).

When the enclosure 100 and the enclosure lid 200 are manufactured using loess, the deodorization and antibacterial effect similar to charcoal (防菌) and the growth of mold are blocked and dehumidifying (除濕) at the source. It is also known that the effect can be seen together with the insect repellent effect.

The inner box 300 installed inside the enclosure 100 is formed to have a height equal to or similar to that of the enclosure 100. In addition to the inner box 300, the inner box lid 400 may be formed of ocher or charcoal, and the description thereof is omitted because the manufacturing method and operation of the outer box 100 and the outer box lid 200 described above are similar.

In addition, the enclosure 100 and the enclosure lid 200 according to the present invention may be produced using a single material of charcoal or ocher, but may be produced by mixing charcoal and ocher. The reason for using ocher together with charcoal is to make and use the enclosure 100 and the enclosure lid 200 only with charcoal. It is desirable to use ocher with a similar effect as charcoal because it can be generated.

Referring to the accompanying Figures 1 to 6, the configuration according to another preferred embodiment of the functional ashes (1) according to the present invention includes the enclosure 100 and the enclosure lid 200 and the enclosure 200 and the enclosure lid ( 400) may be configured to be made of charcoal and loess.

According to an embodiment of the present invention when explaining the process that the enclosure 100 and the enclosure lid 200 is made of a mixture of charcoal and loess as follows.

In order to manufacture the enclosure 100 and the enclosure lid 200 with charcoal and ocher materials, the charcoal baked at a temperature of 900 ° C. is shredded to about 5 × 5 cm 2, and the clay is shredded to about 3 × 5 cm 2 before being shredded. It is put in a powder state to form a charcoal powder (ST100). After adding the adhesive, the mixture, the stone powder, and the mixture to the powdered charcoal powder and ocher powder, and forming the dough (ST200), the dough is applied in the state of applying a release material to the inside of a separately provided mold (not shown). Inject. During injection, compaction is carried out by using a bar provided separately so as to be injected without empty space inside the mold.

As described above, the ashes are primarily dried in a state of 10 ° C. or less in a state where all the dough is chopped inside the mold (ST300).

In this way, after removing the ashes of the primary drying (ST300) from the mold, the glaze is coated on the outside of the ashes so that charcoal or ocher powder does not come out of the hands (ST400), and the secondary drying in the shaded place (ST500) ).

Then, after applying the antiseptic solution to which the preservative component is added to the surface of the ash box after the secondary drying (ST500), the ashes are placed in a place where ventilation is easy, and drying is carried out in the third stage (ST600).

A separate coating layer 120 is formed on the outer surface of the enclosure 100 manufactured as described above, and the coating layer 120 is formed to prevent the charcoal from being buried in the enclosure 100 made of charcoal. In addition, by attaching a plurality of mother-of-pearl 10 on the outer surface of the enclosure 100 and the enclosure lid 200 may be emphasized beauty.

The inner container lid 400 may be provided with a preservative on the second groove 420 to prevent degeneration of the ashes together with the preservative provided in the first groove 110.

Referring to FIG. 7, the functional ashes 1 according to the present invention are installed by inserting the inner box 300 into the inner side of the enclosure 100, and then settle the ashes on the receiving unit 104, and the inner container lid ( 400 is seated on top of the inner box (300). When the inner case lid 400 is finally seated on the upper side of the outer case 100 in a state where the inner case lid 400 is installed, the work is completed and stored in the ossuary.

On the other hand, the present invention can be variously modified by those skilled in the art without departing from the gist of the invention.

As described above, the functional ashes according to the present invention has the effect of preventing deterioration of the ashes and preserving the remains of the deceased for a long time in a dry state.

In addition, the enclosure and the inner box is produced by mixing the charcoal or loess to charcoal and loess, there is an effect that can prevent the occurrence of moisture or odor.

In addition, the mass production is possible with only a simple mold facility, it is effective to supply the ashes of excellent quality to the consumer.

Claims (14)

An enclosure formed with an accommodating portion to accommodate the ashes inside the enclosure body opened toward an upper portion thereof, and an enclosure formed with a first groove portion to store a barrier member that prevents deterioration of the ashes on an inner lower end of the enclosure body; An enclosure lid coupled to the upper portion of the enclosure and made of charcoal together with the enclosure; An inner box of the tubular shape is inserted into the inside of the enclosure and formed through the top and bottom; And Functional ashes coupled to the top of the inner box is coupled to open and close is provided with an inner box lid for storing another room member to prevent the deterioration of the ashes stored in the enclosure. The method of claim 1, The enclosure and the lid is a functional ashes characterized in that the material is made of ocher. The method of claim 1, The inner box and the inner lid is functional ashes characterized in that the material is made of charcoal. The method of claim 1, The enclosure and the lid is a functional ashes characterized in that the material is made of charcoal and loess mixed. The method of claim 1, The inner box and the inner box lid is a functional ashes characterized in that the material is made of ocher and charcoal. The method of claim 1, The enclosure is functional ashes, characterized in that a coating layer such as glaze or adhesive is formed on the outer surface. The method of claim 1, The enclosure and the lid is a functional ashes characterized in that a plurality of mother-of-pearl is provided on the outer surface. The method of claim 1, The inner lid is functional ashes characterized in that the handle is provided with a protruding outward in the center of the upper side. The method of claim 1, The inner container lid is a functional ashes characterized in that the second groove portion is formed in the inner bottom toward the inner container lid body and is configured to have a preservative on the second groove portion. Charcoal powder forming step of cutting the charcoal baked at a temperature of 900 ℃ put into a grinder to form a powder; A dough forming step of adding the adhesive, stone powder, and a mixture to the powdered charcoal powder to form the ashes to prepare a dough state; A first drying step of injecting dough in a state in which a release material is applied to the inside of the mold and drying the molded ash box in a state of 10 ° C. or less; A glaze applying step of applying a glaze to the outside of the ashes after separating the dried ashes from the mold; A second drying step of drying the glaze-coated ashes in a shady place; And And a third drying step of drying after applying the antiseptic solution to which the preservative component is added to the surface of the dried ash box. The method of claim 10, The dough forming step is a method of producing a functional ashes, characterized in that kneading by mixing 80% charcoal, 10% adhesive and 5% stone powder and 5% mixture. Ocher powder forming step of crushing the dried ocher to a predetermined size and put into a grinder to form a powder; A dough forming step of adding the adhesive and the mixture to the powdered ocher powder to form the ashes, and preparing the dough in a dough state; A first drying step of injecting dough in a state in which a release material is applied to the inside of the mold and drying the molded ash box in a state of 10 ° C. or less; A glaze applying step of applying a glaze to the outside of the ashes after separating the dried ashes from the mold; A second drying step of drying the glaze-coated ashes in a shady place; And And a third drying step of drying after applying the antiseptic solution to which the preservative component is added to the surface of the dried ash box. The method of claim 12, The dough forming step is a method of producing a functional ashes, characterized in that kneading by mixing ocher powder 80%, adhesive 10% and the mixture 10%. A mixed powder forming step of pulverizing the charcoal and dried ocher at a temperature of 900 ℃ to a predetermined size and then put into a grinder to form a powder state; A dough forming step of adding the adhesive and the mixture to the powdered charcoal powder and the ocher powder to form the ashes, and preparing the dough in a dough state; A first drying step of injecting dough in a state in which a release material is applied to the inside of the mold and drying the molded ash box in a state of 10 ° C. or less; A glaze applying step of applying a glaze to the outside of the ashes after separating the dried ashes from the mold; A second drying step of drying the glaze-coated ashes in a shady place; And And a third drying step of drying after applying the antiseptic solution to which the preservative component is added to the surface of the dried ash box.

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