KR102315037B1 - Powdered bones keeping device for companion animal - Google Patents

Abstract

The present invention relates to a method for manufacturing a charnel house for a companion animal based on a technique of applying lacquer on ceramics, in which ceramics which is aesthetically excellent compared to the easy producibility thereof is used, insufficient factors such as water resistance, heat resistance, abrasion resistance, antibacterial property, adherence, and insect-proof property are completely supplemented by repetitive post processing of surface polishing and lacquer application so as to actively contribute to the preservation of ashes and the improvement of aesthetic expression. The method is characterized by comprising the steps of: producing ceramics made of white porcelain, and including a housing in which ashes are to be accommodated and a cover which shields an upper part of the housing as a set; and repeatedly applying lacquer onto a surface of ceramics. Accordingly, condensation in ceramics is prevented while the chance of thixotropy occurring during a high-temperature firing process is excluded, and thus, expressiveness of pattern application and color assignment is expanded.

Description

Manufacturing method of companion animal ossuary based on culling technique {Powdered bones keeping device for companion animal}

The present invention is disclosed with respect to the technical idea of an urn for storing the remains of companion animals, and more specifically, water resistance, heat resistance, abrasion resistance, antibacterial properties, adhesion, insect repellency, etc. It relates to a manufacturing method of a companion animal burial box based on the culling technique that actively contributes to the storage of remains and the improvement of aesthetic expression by completely supplementing the deficient elements of surface polishing and repeated post-processing of lacquer.

The composition and structure of the family is also rapidly changing as the recent rapid economic growth increases the income level, the collapse of the family due to urbanization and industrialization, the aging population, the increase in single-person households, and the low fertility problem spread. These problems are causing severe loneliness and depression due to lack of interpersonal relationships, and require a new object of emotional sympathy and attachment to replace humans.

In other words, as the social structure changed, the concept of a pet was replaced with a companion animal, and along with this, the companion animal industry continued to develop, changing the perception or attitude toward companion animals.

In recent years, the death of companion animals due to the increase in companion animals is also increasing, and accordingly, appropriate methods for the disposal and funeral of the corpses for companion animals are also of interest.

For example, recently, a funeral culture for companion animals has been formed, and companion animal mutual aid systems and services that support such funerals have been developed and constructed. How the Mutual Aid Association operates” is published.

The technology is managed separately by the steering committee and members, and when members apply for a funeral, funeral supplies and helpers are dispatched based on the terms and regulations of the mutual aid association, and the helpers provide shroud, dyes and coffins to be worn by companion animals, and serve as crematoriums. We propose a method that accompanies all a series of funeral procedures from transportation to burial.

On the other hand, since most of the general burial boxes are one-size-fits-all, lacking diversity and aesthetic elements, they are not only somewhat insufficient to relieve the feeling of loss and depression after losing a companion animal, but are also usually made of ceramics, wood, starch, paper, etc. In the case of ceramics, since condensation is easily induced, there is a significant risk of decay of the remains, and wood, starch, and paper have a fatal problem of poor preservation due to moisture and mold.

Accordingly, various efforts are being made for the purpose of preventing the decay of the ashes housed in the ossuary, and as an example of this, Korean Patent Application Laid-Open No. 10-2017-0068896 "Ossuary for pets" is published.

The technology is a technical idea of a filling material containing wax that is melted and filled in the container part with the ashes in place and the upper part of the container part with an open upper part and the internal space of the container part so that moisture and air do not come into contact with it. After all, the technical idea asserts that the ashes can be maintained in a comfortable state at all times because the filler does not allow external air and moisture to penetrate into the inner space of the container.

As described above, it is true that the external air and moisture are blocked as the filler is filled on the upper side in the state that the ashes are accommodated inside the container as described above, but it is not possible to completely block the condensation caused by different temperature differences, and the filler is Since the lifespan is semi-permanent, it is an incomplete technology that has the inherent possibility of mixing the remains of the ashes with the corrosive when corrosion occurs.

As a result, the present invention has come to propose a method for manufacturing an ossuary that can satisfy the various tastes of the resident without limiting the design expression as well as safely maintaining and storing the ashes for a long period of time.

Unexamined Patent Publication No. 10-2009-0060807 "Companion animal (pet) mutual aid management method" Laid-open Patent Publication No. 10-2017-0068896 "Ossuary for pets"

The present invention was created to more actively solve the above-mentioned problems. Using the physical properties of clay, the form and texture are excellent, and when heat is applied, in addition to practicality and aesthetics, the appearance is permanently preserved. make it the main solution.

In addition, another solution to the present invention is to provide a ceramic-based ossuary capable of actively coping with color change and thixotropic shape during the firing process of ceramics.

In addition, another solution to the present invention is to provide a ceramic-based ossuary that can safely and comfortably store ashes for a longer period of time by preventing condensation, which is a disadvantage of ceramics, and adding an antibacterial function.

In order to achieve the above problems, a method for manufacturing a companion animal urn based on the culling technique proposed in the present invention is as follows.

The companion animal ossuary of the present invention uses white porcelain clay to manufacture a ceramic porcelain in which the body in which the remains are accommodated and the cover that shields the upper part of the enclosure are made as one set, and the surface of the ceramic is repeatedly lacquered and fired at high temperature. It is characterized in that it prevents dew condensation in ceramics while excluding the contingency of thixotropes occurring in the process, and expands the expressiveness of pattern application and color application.

In addition, the companion animal ossuary of the present invention includes a drawing step (S10) of creating a drawing to express the ceramics of a set shape, and a ceramic molding step (S20) of forming ceramics based on the drawing using white porcelain as a material, The surface decoration step (S30) of forming a pattern by engraving intaglio and embossing on the surface of the ceramics, the surface drying step (S40) of oxidative firing after finishing the surface of the ceramics, and polishing and lacquering the surface of the ceramics are repeated several times It is characterized in that it consists of a culling processing step (S50).

In addition, the ceramic forming step (S20) is characterized in that it is processed based on the wheel forming or plate forming.

In addition, the ceramic forming step (S20) includes a housing forming step (S21) of forming a housing, a lower cover forming step (S22) of drying the lower end of the cover, and a cover upper molding of drying after forming the upper end of the cover It is characterized in that it consists of a step (S23) and a ceramic drying step (S24) of chamfering the cover and then drying it in the shade by combining with the housing.

In addition, the surface decoration step (S30) includes a pattern forming step (S31) of engraving the surface of the ceramic to form a line and a pattern, and a pattern arrangement step of surface treatment while applying moisture to the curved surface and flat surface of the pattern (S32) And, characterized in that it consists of an air cleaning step (S33) of removing by-products and dust with an air gun.

In addition, the culling treatment step (S50) is characterized in that the color is imparted by any one or more methods of raw painting, refined painting, or coloring according to the set design of the ceramics.

In addition, the culling treatment step (S50) includes a surface cleaning step (S51) of preparing the surface of the ceramics cleanly after separately preparing raw lacquer and coloring, and a lacquer mixture consisting of a 7:3 weight ratio of raw lacquer and turpentine to the inside of the porcelain. The ceramic lacquering step (S52) of applying the ceramic to the outside in the order, the ceramic curing step (S53) of drying the lacquered ceramics using a curing oven, and the surface primary polishing step of polishing the varnished area using sandpaper (S54), a ceramic heavy coating step (S55) of applying a lacquer mixture to the polished surface, a secondary surface polishing step (S56) of polishing the heavy-painted area using sandpaper, and mother-of-pearl and pre-specified surfaces on the polished surface A decorative attachment step (S57) of attaching ornaments, a ceramic topcoating step (S58) of applying a lacquer mixture to the polished surface, mother-of-pearl and all ornaments, and a polishing step (S59) of polishing the entire surface of the ceramics using a varnish characterized in that it is composed.

In addition, the polishing treatment step (S59) is a first antibacterial agent application step (S59-1) of applying an antiviral agent made by mixing at least one material from among immunoglobulin or interferon or nucleic acid analogs to the painted surface (S59-1), and antiviral The second antibacterial agent application step (S59-2) of applying a natural antibacterial agent made by mixing at least one of charcoal powder, mugwort powder, lactoferrin powder, or ommochrome powder to the surface to which the agent is applied (S59-2); It is characterized in that it consists of a varnish application step (S59-3) of applying a varnish of any one of Amorna Samhwa abrasive powder or Sanjet 676.

According to the present invention consisting of the above-described configuration, the color and texture of the lacquer lacquer has an effect of predicting the result in the manufacturing process and working by excluding the contingency of the thixotropy that occurs during the high-temperature firing process of the glaze or pigment.

In addition, the present invention can prevent in advance the problems caused by dew condensation of ordinary ceramic urns by implementing caulking inside the urn for companion animals, that is, various evils such as rotting bone powder or causing mold or insects. There is an advantage.

In addition, the present invention not only expands the possibility of expression that is difficult in general ceramics, but also utilizes various decorative techniques to create works using the decorative technique of porcelain lacquer and mother-of-pearl while preserving the classical meaning of patterns, patterns, and decorations. By designing various straight lines and curves beyond naturalistic or realistic depictions, there is an effect that can symbolize abstracted memories.

In addition, the present invention is also expected to have the advantage of making the color and pattern clear by finishing the front of the urn with a varnish, and inducing the varnish made of a natural antibacterial agent to make the interior space of the urn in a more comfortable state.

1 is a flowchart sequentially listing the manufacturing process of a companion animal burial box based on a culling technique constructed according to a preferred embodiment of the present invention.
Figure 2 is a flowchart listing step by step the detailed process of the culling treatment step proposed by the present invention.

Hereinafter, with reference to the accompanying drawings, it will be collectively described for the configuration of the present invention and the resulting action and effect.

Advantages and features of the present invention, and a method for achieving them will become apparent with reference to the embodiments described below in detail in conjunction with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but may be implemented in various different forms, and only this embodiment serves to complete the disclosure of the present invention, and common knowledge in the technical field to which the present invention pertains It is provided to fully inform those who have the scope of the invention, and the present invention is only defined by the scope of the claims. In addition, like reference numerals refer to like elements throughout the specification.

The present invention is disclosed with respect to the technical idea of an ossuary for storing the remains of companion animals.

Above all, the present invention uses ceramics that are strong and aesthetically superior in comparison to simple manufacturability, while completely supplementing deficient factors such as water resistance, heat resistance, abrasion resistance, antibacterial properties, adhesion, and insect repellency through surface polishing and repeated post-processing of lacquer. Note that it is related to the manufacturing method of the urn for companion animals based on the culling technique, which actively contributes to the improvement of storage and aesthetic expression of the animal.

1 is a flowchart sequentially listing the manufacturing process of a companion animal urn based on the culling technique constructed according to a preferred embodiment of the present invention.

The companion animal ossuary of the present invention is manufactured based on the traditional technique of lacquer ware, and the traditional technique of lacquerware is applied to primary firing or chaebol firing without glaze, and ceramics fired at 800 to 1,280 ° C. It refers to the method of finishing by lacquering. On the other hand, there is a method of using a lacquer that repeats wiping and drying immediately after painting on the fired ceramic material without applying a glaze, and a method of completing it with lacquer. also do

The companion animal ossuary of the present invention uses white porcelain clay to manufacture a ceramic porcelain in which the ashes are accommodated and a cover that shields the upper part of the housing as a set, and the surface of the porcelain is repeatedly lacquered, followed by high temperature made by firing

The companion animal ossuary of the present invention, which is based on the traditional technique of lacquerware, consists of a drawing step (S10) of creating a drawing to express the ceramics of a large set shape, and molding ceramics based on the drawing using white porcelain as a material. The ceramic forming step (S20), the surface decoration step of forming a pattern by engraving intaglio and embossing on the surface of the ceramic (S30), the surface drying step of oxidative firing after finishing the surface of the ceramic (S40), It consists of a porcelain treatment step (S50) of repeating surface polishing and lacquering several times.

In the drawing step (S10), the drawing is designed to be about 14 to 15% larger in consideration of the shrinkage during the drying and firing process of the ceramic, that is, the molding. The drawings represent a front view, a side view, and a top view of the enclosure for accommodating the ashes, respectively, and the front view, side view, and top view of the cover for shielding the upper part of the enclosure are prepared by showing the dimensions, respectively.

The ceramic forming step (S20) forms each outer shape and inner shape of the housing and the cover based on the wheel forming and plate forming, and due to the nature of the burial box, the deformation is small and the surface pattern expression is small to induce the integral sophistication of the housing and the cover. Use easy white porcelain as a material.

Table 1 below shows the components of white porcelain according to a preferred embodiment of the present invention.

White Porcelain for Ceramics Ingredients SiO₂ Al₂O₃ Fe₂O₃ CaO MgO K₂O Na₂O TiO₂ P₂O5 L.O.I. 70.35 19.16 0.57 0.17 0.08 2.6 0.77 0.09 0.02 6.15

The ceramic forming step (S20) includes a box forming step (S21) of molding the enclosure using white porcelain soil, a lower cover forming step (S22) of molding the lower end of the cover and drying, and drying after forming the upper end of the cover It consists of a lid upper molding step (S23), and a ceramic drying step (S24) of chamfering the cover and then drying it in the shade by combining with the housing.

As in the above steps, the ceramics of the present invention preform the lower end of the cover to match the diameter of the opening of the housing so that no play occurs when the housing and the cover are occluded, and the upper end of the cover is removed in a state where the lower end of the cover is not deformed to mold

The surface decoration step (S30) is a step of forming a pattern by engraving intaglio and embossing on the surface of the ceramic. It proceeds to a pattern arrangement step (S32) of surface treatment while applying moisture to the surface and an air cleaning step (S33) of removing by-products and dust with an air gun.

The surface decoration step (S30) can be expressed manually by using an automated processing device including a mold, or by using a carving knife. Surface decoration engraves lines and facets while maintaining a suitable state for engraving, that is, not exceeding an appropriate level, and cleanly removes dust and engraving by-products from engraving with an air gun.

The surface drying step (S40) is a step of oxidative firing after finishing the surface of the ceramic. In the surface drying step (S40), the general firing step is omitted by replacing the glazing operation by lacquering the surface of the ceramic, and oxidation firing is carried out under a temperature condition of about 1200 to 1250°C.

Table 2 below is a graph showing the correct change in calcination temperature versus time configured according to a preferred embodiment of the present invention.

<Firing curve graph>

The porcelain treatment step (S50) is a work step of repeating the surface polishing and lacquering of the ceramics several times. All surfaces are lacquered in the order of After polishing the surface, the decoration is attached and expressed using various techniques according to the design again.

Here, the decorative expression techniques are the Najeon technique (螺錢起法), the flat mask technique (the metal plate technique), the lacquer technique (漆?技法), the egg shell technique (卵殼技法), and the Sihoe technique (蒔繪技法). , Chimgeum technique (沈金技法), Chochil technique (彫漆技法), Byeondo technique (變塗技法) refers to any one or more techniques.

Materials and tools used in the culling treatment step (S50) include raw lacquer, which is collected from lacquer tree and used by filtering the required amount on lacquer paper with impurities removed, and the raw lacquer is processed or chemically reacted depending on the purpose to improve the function. Reinforced, it is mainly used for medium and top coats, and as a type of refined paint, it is used to create color by mixing several pigments, and it is used to adjust the viscosity of raw or refined paint. It is the most suitable for use as a thinner. Suitable turpentine oil, coated paper (filter paper) that is used to filter out dust or impurities in the paint before painting and needs to be careful not to tear when filtering, and when mixing or taking out a certain amount of stored paint and soil powder It is made of various materials such as spatula (Hera), which is mainly used when mixing lacquer with raw lacquer, artificial hair, pig hair, horsehair, human hair brush, etc., so the quality of work varies depending on the condition of the brush. It is used to make a shiny luster as the last polishing of the work (brush) and the varnish mainly composed of amor, samhwa abrasive powder, and sanjet 676, and is used to fill small holes in ceramics or to attach burlap. The soil powder, which has been pre-washed in water, is used in a ratio of 1:1 with the raw paint, and it is used when holding a flat surface by removing foreign substances from the painted surface and grinding the surface uniformly so that the next painting can adhere well. It consists of sandpaper and sandpaper, a drying field for forcibly drying the lacquered ceramics, and a high-temperature curing oven for curing the dried ceramics.

2 is a flow chart listing the detailed process of the culling treatment step proposed by the present invention step by step.

As shown in FIG. 2, the culling treatment step (S50) includes a surface cleaning step (S51) of preparing the surface of the ceramics cleanly after preparing the raw lacquer and coloring separately, and a lacquer mixture consisting of a 7:3 weight ratio of raw lacquer and turpentine to the ceramics. The ceramic lacquering step (S52) of applying the ceramics in order from the inside and the outside, the ceramic curing step (S53) of drying the lacquered ceramics using a curing oven, and the primary surface polishing the painted area using sandpaper A polishing step (S54), a ceramic heavy coating step (S55) of applying a lacquer mixture to the polished surface, a secondary surface polishing step (S56) of polishing the heavy-painted area using sandpaper, and mother-of-pearl and A decorative attachment step (S57) of attaching a specific ornament, a ceramic topcoating step (S58) of applying a lacquer mixture to the polished surface, mother-of-pearl and all ornaments, and a polishing step (S59) of polishing the entire surface of the ceramics using a varnish ) is composed of

The surface cleaning step (S51) is a process of preparing by dividing the raw paint and coloring according to the design of the urn and arranging the inside and outside of the fired ceramics with sandpaper, and the process of filling the fine holes on the surface of the ceramics by finishing the surface of the ceramics with sandpaper. And, using a wet sponge or cloth, the process of wiping off dust or handprints on the surface of the ceramic is performed. Since this operation has a great influence on the external design of the ossuary, it is necessary to perform it repeatedly before lacquering.

The ceramic lacquering step (S52) is a process of preparing a lacquer mixture from which impurities are completely removed by filtering raw lacquer and turpentine twice on lacquer paper in a weight ratio of 7:3, and drying the inside of the ceramics after lacquering using the lacquer mixture. The process of lacquering the outside of the ceramics using a lacquer mixture and drying it is performed. For example, ceramic substrates do not absorb well, so if the lacquer is thick, it will flow and pool during drying, creating unwanted wrinkles. Therefore, it is important to apply the paint thinly and evenly by repeatedly painting horizontally and vertically by feeding the brush well with the feeling of applying the minimum amount.

In the ceramic curing step (S53), after lacquering, it is dried in a non-preheated high temperature curing oven at 130 to 140° C. for about 1 hour 30 minutes to 2 hours. Drying time may vary depending on the thickness of the lacquer, the size of the high-temperature curing oven, and the room temperature.

In the surface primary polishing step (S54), a process of polishing with water sandpaper of about #800 is made in order to increase the adhesion between the first and second coatings. For example, with water sandpaper, the lacquer powder on the surface of the sandpaper is washed away by water, so the work efficiency can be increased.

In the middle coating step (S55) of the ceramics, after lacquering, it is put in a drying field and dried. Preferred drying conditions are to maintain a humidity of 70 to 80% and a temperature of 25 to 28° C., and sufficiently dry for about 11 to 12 hours or more under these conditions. On the other hand, the heavy lacquering process may be repeated several times depending on the design shape of the ceramics and the height of the lacquer film. For example, the heavy lacquering process may be repeated several times during the room temperature curing required in the process of attaching the mother-of-pearl.

The surface secondary polishing step (S56) is a process of evenly finishing the dust or blemishes that have risen after drying by the ceramic heavy coating step (S550) with water sandpaper. On the other hand, if the sandpaper is hardened over an appropriate level during the finishing process, the lacquer peels off or stains occur, and the sandpaper grain remains in the finishing process, so it is necessary to control the force.

In the decoration attachment step (S57), a raw lacquer without turpentine is applied to the surface to which the mother-of-pearl decoration is to be attached and a preset lacquer surface, dried so that the moisture content becomes 70 to 80%, and then the mother-of-pearl is attached. The decoration attaching step (S57) works with a paddle, and since the work of attaching mother-of-pearl to ceramics depends a lot on the degree of drying of the lacquer, its efficiency and quality, it is necessary to pay attention to the amount of drying. This requires the same attention when working with gold dust.

In the ceramic lacquering step (S58), as the finish of the work process, if there are small impurities or foreign substances in the lacquer, it is easily exposed on the surface of the lacquer and it is difficult or impossible to correct it later. The painting operation is performed by collectively applying the mother-of-pearl and various ornaments.

In the polishing step (S59), amor, samhwa abrasive powder, acid jet 676, etc. are polished using cotton or cotton, and the finish is polished with edible oil.

On the other hand, the polishing step (S59) is an antibacterial agent first application step (S59-1) of applying an antiviral agent made by mixing at least one material from among immunoglobulin or interferon or nucleic acid analogs to the painted surface (S59-1), and antiviral The second antibacterial agent application step (S59-2) of applying a natural antibacterial agent made by mixing at least one of charcoal powder, mugwort powder, lactoferrin powder, or ommochrome powder to the surface to which the agent is applied (S59-2); It consists of a varnish application step (S59-3) of applying a varnish of any one of Amorna Samhwa abrasive powder or Sanjet 676.

The first application of the antibacterial agent (S59-1) is an antiviral agent consisting of three axes consisting of immunoglobulin or interferon or nucleic acid analogs. , mainly to prevent the development of hepatitis B infection. The interferon is one of the cytokines, originally a protein existing in the living body, and is composed of three types of α, β, and γ. The interferon mainly prevents the onset of type B infection and the onset of type C infection, and exerts various antitumor actions. The nucleic acid analog is composed of Acyclovir, vidarabine, Ganciclovir, reverse transcriptase inhibitor, and the like.

The second antibacterial agent application step (S59-2) is a natural antibacterial agent composed of charcoal powder, mugwort powder, lactoferrin powder, or ommochrome powder. It purifies the air around the urn and eliminates viruses contained in the air. The lactoferrin powder is a substance having an antiviral and antibacterial function, and in particular, a naturally occurring protein obtainable from human and cow colostrum is dried in a solid form and then processed into a powder form. The lactoferrin acts as an antioxidant, reduces oxidative stress by binding to iron, improves various immune systems, removes various allergens contained in the air, and in addition to preventing various viruses, antifungal, antiparasitic, and carcinogenic effects, etc. It is effective. The ommochrome powder is extracted from pigment cells in the skin of cephalopods, and the ommochrome can bind to metal and remove free radicals that cause cell damage. may interfere with This proves that ommochrome is a powerful ingredient with three main substances: antibacterial, antioxidant, and anti-mutagenesis. % or more was suppressed.

As described above, the color expression of ceramics can be set in various ways depending on the number of times the surface is polished and the number of times of applying lacquer such as lacquer, medium lacquer, and top lacquer. Since the , chimgeum technique, lacquer lacquer technique, and varnish technique can be firmly attached to the pottery, various patterns, patterns and decorations are possible. This is the biggest advantage of the companion animal ossuary proposed by the present invention produced based on the culling technique.

The present invention was to produce a porcelain urn for companion animals in which ceramics and lacquer complement each other by applying the traditional technique of ceramics and the functional and decorative techniques of lacquer to the surface of the ceramics.

In particular, the shape of the pet burial box is expressed by reconstructing and expressing the patterns, patterns and decorations that can highlight the advantages of pottery molding techniques and lacquer lacquer as abstract objects through the combination of straight and curved geometric lines and surfaces. The molding method is the most efficient way to preserve natural lines, and as a method for mass production and standardized proportions, wheel molding and plate molding are adopted. As an expression technique, intaglio and embossing techniques among ceramic techniques are used on the exterior and cover of the enclosure to symbolize abstract memories through patterns, patterns, and decorations of various shapes. was used. In particular, due to the lacquer lacquer, the modern emotion was expressed away from the image of white, and accordingly, it was composed to express the color of the heart that the companion recalls through raw lacquer and red, blue, and pink with low brightness.

According to the present invention, the color and texture of the lacquer can be predicted and worked in the manufacturing process by excluding the contingency of thixotropy that occurs during the high-temperature firing process of glaze or pigment. In addition, it is possible to improve the problem that bone powder may decay or mold or insects may occur due to dew condensation of common ceramic urns by cauterizing the inside of the urn for companion animals. In addition, the possibility of expression that is difficult to express with ordinary ceramics can be expanded by making works using the decorative technique of porcelain lacquer and mother-of-pearl. In addition, it is possible to symbolize abstracted memories by designing various straight lines and curves beyond naturalism or realistic depiction while preserving classical meanings such as patterns, patterns, and decorations by using various decorative techniques.

Although the present invention described above has been described with reference to one embodiment shown in the drawings, this is merely exemplary, and various modifications and equivalent other embodiments are possible by those skilled in the art. should be made clear. Accordingly, the true technical protection scope of the present invention should be construed by the appended claims, and all technical ideas within the scope equivalent thereto should be construed as being included in the scope of the present invention.

S10. Detailing Steps
S20. pottery forming stage
S30. surface decoration stage
S40. surface drying step
S50. Pickling process step

Claims (7)

delete Drawing step (S10) of creating a drawing to express the ceramics of the set shape, ceramic molding step (S20) of forming ceramics based on the drawing using white porcelain soil (S20), engraving intaglio and embossing on the surface of the ceramic The surface decoration step of forming a pattern (S30), the surface drying step of oxidative firing after finishing the surface of the ceramic (S40), and the culling treatment step of repeating the surface polishing and lacquering of the ceramics several times (S50) In the manufacturing method of the urn for companion animals, the culling processing step (S50) is a method for manufacturing a companion animal urn in which a color is given by any one or more methods of raw lacquering, refined lacquering, or coloring according to the set design of the porcelain,
The lacquering treatment step (S50) is a surface cleaning step (S51) of preparing the surface of the ceramics cleanly after separately preparing the raw lacquer and the coloring; The ceramic lacquering step (S52) of applying the ceramics in order of the outside; and the ceramic curing step of drying the lacquered ceramics using a curing oven (S53); and the primary surface polishing of the varnished area using sandpaper Step (S54); And the ceramic heavy coating step (S55) of applying the lacquer mixture to the polished surface; And, the surface secondary polishing step (S56) of polishing the heavy-painted area using sandpaper; And, on the polished surface A decorative attaching step (S57) of attaching mother-of-pearl and a specific ornament; processing step (S59); including,
The polishing step (S59) includes an antibacterial agent first application step (S59-1) of applying an antiviral agent made by mixing at least one material from among immunoglobulin, interferon, or nucleic acid analogs to the painted surface (S59-1), and the antiviral agent is applied Secondary application of an antibacterial agent (S59-2) of applying a natural antibacterial agent made by mixing at least one of charcoal powder, mugwort powder, lactoferrin powder, or ommochrome powder to the surface of the treated surface (S59-2); A method for manufacturing a companion animal burial box based on the culling technique, characterized in that it consists of a varnish application step (S59-3) of applying a varnish of either Samhwa abrasive powder or Sanjet 676.
3. The method of claim 2,
The ceramic forming step (S20) is a manufacturing method of a companion animal ossuary based on the culling technique, characterized in that it is processed based on wheel forming or plate forming.
3. The method of claim 2,
The ceramic forming step (S20),
a housing forming step (S21) of forming the housing;
A lower cover forming step (S22) of drying the lower end of the cover after molding;
After forming the upper part of the cover, the upper part of the cover forming step (S23) of drying;
After chamfering the cover, the ceramic drying step (S24) of combining with the housing and drying in the shade;
A method for manufacturing a companion animal burial box based on the culling technique, characterized in that it consists of.
3. The method of claim 2,
The surface decoration step (S30) is,
A pattern forming step (S31) of engraving the surface of the ceramic to form a pattern of lines and surfaces;
A pattern arrangement step (S32) of surface treatment while applying moisture to the curved surface and flat surface of the pattern;
Air cleaning step of removing by-products and dust with an air gun (S33);
A method for manufacturing a companion animal burial box based on the culling technique, characterized in that it consists of.
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