JP5905981B1 - Three-dimensional shadow frame structure of the deceased - Google Patents

Abstract

[PROBLEMS] To provide a ossuary function, but the ossuary part in which a part of the deceased's remains is stored does not appear on the surface of the three-dimensional image. It provides a frame structure that can reduce the negative presence of the remains as if the deceased were interacting as if they were present. A three-dimensional image 10 of the first half body formed by a 3D printer from a plane photograph of the deceased is stored in a frame 11 as a deceased person's image, and a ossuary portion is formed on the back surface of the three-dimensional image to store the deceased's remains. Thus, a picture frame is constructed, and the picture frame can be decorated on an indoor wall surface. [Selection] Figure 1

Description

  The present invention relates to a frame structure for decorating a frame of a deceased person with a 3D printer as a three-dimensional image of the first half of the body while maintaining a bone-retaining function.

  Conventionally, there are many techniques that have been devised to provide a ossuary part in a three-dimensional image imitating the deceased and to eliminate the irritating nature of visiting a simple Buddhist altar, and to face the deceased closely is there.

  In general, the three-dimensional image of the deceased is a bust that resembles the deceased, a doll-like whole-body image, or a mere face. In particular, there are those that provide a ossicular structure in the base of the bust, for example (see, for example, Patent Documents 1 and 2).

  In addition, when installing a deceased image indoors, various devices such as a fragrance are used to prevent odor from bones stored in the bone, deterioration of the bone, etc., and a sealing structure for blocking external air. Has been made.

JP 2005-137820 A JP2013-198709A

  However, the following various problems occur in these three-dimensional images of the remains having the conventional bone-retaining function.

  For example, when creating a three-dimensional image of the deceased, it is normal that there are no death mask-like three-dimensional artifacts left, so various types of planar photographs are prepared and integrated to create a three-dimensional image. This is a disadvantage in terms of time and cost, and is one of the biggest factors that do not spread.

  In addition, when installing a 3D image of a deceased person, a relatively wide and constant space is required, so it cannot be installed in a place where people who are involved with the surrounding deceased can visit immediately. . Therefore, it took time and effort to set up a stereoscopic image in a situation where a special space such as a Buddhist altar was set up and the daily life could be touched at all times.

  In addition, in order to provide a structure that stores the bone in a part of the three-dimensional image, it is necessary to provide a technical device that can be adapted to the indoor environment along with the bone supply, which is disadvantageous in terms of cost for solving the problem.

  In addition, since the material of the three-dimensional image is often a resin or a metal due to technical problems of plastic images, it is complicated and expensive because a template is created with plastic or the like in the manufacturing process.

This invention relates to a structure of the decorated can configure the wall surface of the indoor in a state where the deceased before half body stereoscopic image contained within a frame integral with the mold-up portion comprising a base three-dimensional portrait of deceased person frame member, said first half body stereoscopic image includes as an integral image body is before half the body of the deceased to the surface of the mold-up portion comprising an image body base having a tapered surface narrowing toward the front in the peripheral edge, on the back surface of the mold-up portion of the remains of the deceased It can accommodate concave with a burial section Rutotomoni, an integral laminated structure of gypsum, which was wheel cutting surface shape as templating portion and the image body, yet the frame, the first half body stereoscopic image and the templating portion integral A forehead tapered surface opposite to the tapered surface formed on the fitting surface, an edge frame projecting forward from the image body of the front half-body image fitted on the fitting surface, and a front opening of the edge frame. Formed on the front opening of the edge frame A housing part for housing a half-body stereoscopic image, an inner frame provided at the rear of the housing part, and a single-open or double-folded back cover provided at the rear of the inner frame so as to be openable and closable. An inner space portion of the inner frame is formed with a relics storage portion, an altar for placing a scale or the like formed on the inner bottom surface of the inner frame, and the ossuary portion having a recess for storing the remains. the inner wall surface is intended to provide the laminated structure of the type-up portion.

Further, the ossuary portion is provided with a urn in the recess, and a plurality of holes are formed in the peripheral wall of the urn .

Further, the gypsum is characterized in that glass powder and titanium oxide powder are mixed .

Further, the predetermined layer of the gypsum layer constituting the laminated structure is a functional layer including at least one environmental adaptation means selected from turmeric, zeolite, silica gel, activated carbon, charcoal, bamboo charcoal , and the functional layer is It is also characterized by a state where it appears as an annual ring as part of the cross-sectional laminated structure.

There the structure of the three-dimensional portrait of deceased person frame body that can configured decorated on the wall surface of the indoor while housed within the frame of the deceased before half-length stereoscopic image together with the templating portion serving as a base, according to the invention according to claim 1 The front body stereoscopic image is integrally provided with the image body which is the former body of the deceased on the surface of the mold body which is the base of the image body having a tapered surface narrowing forward at the peripheral end, and the Rutotomoni includes a burial section concave that can accommodate the remains of the deceased, and the mold-up part and the image body integral laminated structure of gypsum, which was ring cut surface shape, yet the frame includes a first half body stereoscopic image A forehead tapered surface opposed to the tapered surface formed on the fitting surface of the integral mold taking part; an edge frame projecting forward from the image body of the front half-body image fitted into the fitting surface; and the edge frame The glass stretched in the front opening of the front and the front opening of the edge frame A housing part that accommodates a three-dimensional image of the first half of the body, an inner frame that is provided behind the housing part, and a single-sided or double-folded back cover that is provided on the edge frame so as to be openable and closable behind the inner frame; In addition, in the inner space portion of the inner frame, a relics storage portion, an altar on which a position or the like formed on the inner bottom surface of the inner frame is placed, and the ossuary portion including a recess for storing the remains are formed. and, on the inner wall surface of the recess it is configured to expose the laminate structure of the type-up portion. Therefore, although the conventional remains arranged in the indoor duck etc. sometimes darken the atmosphere in the room, the interior of the deceased is used as one of the interiors by providing the three-dimensional remains frame structure according to the present invention. You can decorate your room and add a glamorous color to your everyday life with the deceased without darkening the room atmosphere.

  In addition, since the picture frame is in a frame-mountable forehead like a picture, it can be decorated on the wall surface of the room or indoors, and it can be installed on a wall like an ordinary bust or whole body image that requires a fixed arrangement. It is not necessary to secure.

  Moreover, since it can arrange | position with a wall as a kind of interior in a room, the person who is related with the deceased person can visit daily on the picture frame. Moreover, since the remains of the deceased are housed in the remains frame, the act of scolding the deceased can be performed more closely as compared to a simple remains that do not contain remains.

  By the way, even though the remains are those of a deceased person, it is not necessarily emotionally good that they are always placed in direct contact with the eyes. On the other hand, according to the three-dimensional image frame structure according to the present invention, the ossuary part in which a part of the deceased's remains is stored does not appear on the surface of the three-dimensional image while having the ossification function, so the ossuary part is anxious. In addition, it is effective in reducing the negative presence of the remains, as if the deceased is interacting as if the deceased was concentrating on the three-dimensional image displayed.

It is also possible to expose the laminate cross-section structure formed by gypsum in Crypt portion, both the odor components adsorbed effect of gypsum, the odor components adsorbed effect derived from such laminate sectional structure of annual rings exposed Can be generated synergistically, and the odor from the remains can be prevented from leaking out from the ossuary part. Furthermore, by using a gypsum material, for example, a material cost that is lower than that in the case where a material for molding other than gypsum generally used in 3D printers such as resin and metal powder is used and in a short time. Moreover, there is an effect of giving an aesthetic sense as an art craft decoration by giving a sculptured texture to a modeled object.

Moreover, with the peripheral end of the front Symbol stereoscopic image and narrowing Surute supermarkets face forward, since the frame of the stereoscopic image engaging surface has a configuration to be facing Amount tapered surface on the tapered surface, bonding the respective tapered surfaces of another By fitting, the square mold part of the three-dimensional image and the inner peripheral surface of the frame can be easily joined closely, and the work process burden of joining and assembling the three-dimensional image and the frame can be reduced. Work time can be shortened.

The front Symbol Crypt portion forms a concave stereoscopic image back surface of the gypsum material, may house the remains through the predetermined environmental adaptation means therein. While adapting the remains to the indoor environment in a state suitable as an interior to decorate the room, it is possible to prevent the ossuary portion from being directly visually recognized by the observer and to hold the remains firmly.

As the pre-Symbol environment adaptation unit, deodorant, moisture, explosion degradation, it may be a proof discolored. The deterioration and degeneration of the remains stored in the three-dimensional image due to long-term storage, or the generation of odors associated with these changes are prevented, and the remains of the deceased are stored in a stable state that is difficult to change and adapted to the indoor environment. There is an effect that can keep the remains carefully.

Also, the forehead edge back surface, by pressing the three-dimensional image on the front, the peripheral edge of the three-dimensional image is provided with mounting means of the back cover so that the tapered surface and forehead tapered surface narrowing forward to contact the polymerization it may be with it. A tapered surface that narrows forward and a forehead tapered surface are more securely pressed and adhered to the peripheral edge of the stereoscopic image, so that the forehead and the stereoscopic image can be prevented from being unexpectedly detached due to an earthquake or the like. In addition, since the opening of the ossuary part provided on the back face of the frame is covered and sealed with the back cover, there is an effect that the remains and bones of the deceased housed in the ossuary part can be prevented from sliding down and being damaged.

Further, in the prior SL frame it may be a providing a wall engagement body to allow decorate Josho wall. When it is desired to change the decoration position of the remains frame, the decoration place can be easily moved. For example, it is easy to move to a place where the sun does not hit or where there is no humidity, and to prevent deterioration over time due to the environment where the picture frame was placed. Furthermore, the position of the deceased by the bereaved family is moved to show the scenery of each season, and the feelings of mourning the deceased by the bereaved family are reflected in the deceased picture frame and can be easily moved to an appropriate indoor environment. effective.

It is explanatory drawing which showed the picture frame which concerns on Example 1. FIG. It is explanatory drawing which showed the longitudinal cross-section of the remains picture frame which concerns on Example 1. FIG. It is explanatory drawing which showed the picture frame which concerns on Example 1. FIG. It is explanatory drawing which showed the structure of 3D printer. It is the disassembled perspective view which showed the attachment structure of a frame, a front half body three-dimensional image, and a back cover. It is explanatory drawing which showed the back surface side of the picture frame which concerns on Example 1. FIG. It is explanatory drawing which showed the longitudinal cross-section of the remains picture frame which concerns on Example 1. FIG. It is the disassembled perspective view which showed the attachment structure of a frame, a front half body three-dimensional image, and a back cover. It is explanatory drawing which shows the structure of a ossuary part. (A) is a three-dimensional perspective view of a ossicle part cover body. (B) is a cross-sectional view of a picture frame containing the remains. It is explanatory drawing which showed the back surface side of the picture frame which concerns on Example 2. FIG. It is explanatory drawing which showed the picture frame which concerns on Example 2. FIG. 10 is a perspective view showing a memorial object according to Embodiment 3. FIG.

  According to the present invention, a stereoscopic image formed by a 3D printer from a plane photograph of a deceased person or a deceased pet animal (hereinafter collectively referred to as a “deceased person”) is used as an object to replace the deceased's deceased, and a stereoscopic image. A memorial object structure is provided in which a ossuary portion is formed on the back surface of the skeleton so that the remains of the deceased can be stored.

  For example, when applied to the deceased as one embodiment of the present invention, a three-dimensional image of the first half of the deceased, which is molded by a 3D printer, is stored in the frame as the deceased's shadow, and the ossuary part is provided on the back of the three-dimensional image Forming and forming a frame of the deceased by storing the remains of the deceased, and the frame of the deceased can be decorated on an indoor wall. It can be said that there is.

  In addition, when applied to a pet animal that has died as one embodiment of the present invention, a stereoscopic image formed by a 3D printer from a plane photograph of the pet animal is used as an object that replaces the remains of the pet animal, and the ossuary part is added to the stereoscopic image. It is intended to provide a memorial object structure for pet animals, characterized in that the remains are contained by storing the remains of pet animals, and the remains contained objects can be decorated indoors. It can also be said.

  Hereinafter, as a first embodiment, a three-dimensional image frame structure when applied to a deceased person who is a person will be described with reference to the drawings.

[Example 1]
FIG. 1 is an overall view showing a picture frame A having a three-dimensional picture frame structure according to the present invention. The remains frame A has a three-dimensional image 10 of the deceased of the deceased and is stored in a rectangular frame 11.

  In addition, as shown in FIG. 2, a recessed portion 13 is formed on a part of the back surface of the front half body three-dimensional image 10 to form an ossuary portion 14, and the remains 15 can be stored in the ossuary portion 14. Each of these configurations will be specifically described below.

  The front-body three-dimensional image 10 is formed from a plan photograph of the deceased by a 3D printer to form a three-dimensional image of the first half of the body, and the entire body has a rectangular shape.

  Therefore, as shown in FIG. 1, in the state of being housed in the frame 11, the front half of the deceased is raised on the front, creating an atmosphere that gives a realistic presence to the deceased. If necessary, it may be a whole body image of the deceased, only a face, or a bust. The point is that the front frame is used so that the picture frame A can be hooked compactly on the wall. The buoyancy ratio of the first body is not a slight uneven solid, but the thickness of the first body may be increased.

  1 is a mode (see FIG. 2) in which the image main body in which the front-body three-dimensional image 10 is raised projects forward from the front surface of the frame of the frame 11, the front-body three-dimensional image 10 The shape and structure of the frame 11 are not particularly limited as long as the frame 11 can be mounted. For example, as shown in FIG. 3, the frame of the frame 11 protrudes forward from the image main body so that it can be accommodated together with the image main body, and is visible through the glass 19 disposed in the opening inside the frame. You may comprise as follows. By configuring in this way, the front-body three-dimensional image 10 is housed in a sealed space, and foreign matter and dust floating in the indoor space may adhere to the surface of the front-body three-dimensional image 10 or unexpectedly. It is possible to prevent deterioration over time such as fouling. Therefore, it is possible to decorate the elegance as the interior of the picture frame A while keeping it for many years.

  In addition, the size of the front-body three-dimensional image 10 is not particularly limited as long as the accommodation space for the remains 15 and the urn 16 containing the remains 15 can be secured, but in the first embodiment, the size is about A4 size in plan view ( The width is 210 mm and the height is 290 mm. Therefore, it is possible to sufficiently secure a modeling area necessary for expressing the characteristics of the deceased.

  For example, in a general house, there are cases where the wall surface area on which a picture or the like can be posted is limited, but even in such a case, if it is the above-mentioned size, the installation space for the picture frame A can be easily set. It is possible to secure the picture frame body A relatively freely in the house.

  Further, it is desirable that the thickness of the picture frame A is about 90 mm ± 20 mm. With such a thickness, it is possible to form the ossuary portion 14 having a sufficient capacity to accommodate the remains 15 and the urn 16.

  For such a front body stereoscopic image 10, design data for forming a stereoscopic image is created from a plane photograph by applying a 3D printer technique, and a gypsum image is created from gypsum powder based on the design data.

  Specifically, the modeling process by the 3D printer technology is generally performed according to the following procedure.

  First, scan a flat photograph of the deceased. The object to be scanned may be a flat object such as a photograph or a design, or may be a three-dimensional object such as a model or a sample.

  Scan data taken into the computer by a dedicated scanner is subjected to information processing while appropriately editing and correcting for three-dimensional modeling with dedicated software such as 3D CAD, and this is used as design data. Specifically, the thickness and depth are given to the two-dimensional scan data taken from the plane photograph to form three-dimensional data, and further converted into data for output to a 3D printer to generate design data for a model.

  The design data generated in this way is used for a 3D printer to perform a modeling operation. As a modeling method in the 3D printer, there are an optical modeling method, a hot melting lamination method, a powder sintering lamination modeling method, and the like, but when using gypsum powder as a modeling material, a lamination modeling method using a gypsum 3D printer is used. Is preferred.

  As shown in FIG. 4, in this gypsum 3D printer 20, gypsum powder 21 is spread flat on a printer stage 22, and a predetermined solution containing water as a main component is formed thereon from the printer head 23 based on design data. The finished product is applied to a ring-cut surface, and gypsum powder 21 is sprayed and cured thereon.

  This coating and spraying operation is repeated along the design data, and a finished shaped object is obtained by laminating the ring-cut surface-shaped cured gypsum. After that, the gypsum powder that has entered the gaps in the model is blown away with an air blow or the like, and the surface of the model is impregnated with a protective agent such as wax to increase the surface strength of the model. In the first embodiment, the three-dimensional image 10 is obtained.

Here, what is important in the present Example 1 is that the gypsum powder 21 is used as a material for forming the front-body stereoscopic image 10. That is, gypsum is a mineral mainly composed of calcium sulfate (CaSO ₄ ), and in particular, calcium sulfate hemihydrate (CaSO ₄ · 0.5H ₂ O) as a main component and absorbs moisture. This is what changes to calcium sulfate dihydrate (CaSO ₄ .2H ₂ O).

  The reason why gypsum is used as the material of the first body three-dimensional image 10 as described above is that the calcium sulfate hemihydrate as a gypsum powder component absorbs moisture and is solidified to form a unique fine and porous material. This is to provide a deodorizing and moisture-proofing effect due to the quality structure, and is related to the formation of the ossuary portion 14 on the back surface of the front body three-dimensional image 10.

  In addition to plaster, it is possible to use plastics, resin, metal, ceramics, wood, etc. as the material of the front body three-dimensional image 10, but from the viewpoint of three-dimensional molding technology using a 3D printer, The resin seems to be good.

Further, as shown in FIGS. 2 and 5, the peripheral edge of the half-body three-dimensional image 10 before formed in a square shape, forming a front constriction shaped Te supermarkets surface 30 so as to be immobilized are appropriately accommodated in the frame 11 doing.

Further, as shown in FIG. 2, the inner periphery of the frame 11 is also likewise be the amount tapered surface 31 corresponding to Te supermarkets face 30 of this, by fitting the respective tapered surfaces 30 and 31 to each other in contact The mold part 32 which is a square mold part of the front-body three-dimensional image 10 and the inner peripheral surface of the frame 11 are joined in a close contact state.

  However, the fitting mode between the peripheral edge of the front-body three-dimensional image 10 and the inner peripheral edge of the frame 11 is not necessarily limited to the structures such as the tapered surfaces 30 and 31 described above. These are only required to be in close contact with each other when they are attached to the front body stereoscopic image 10. For example, the fitting concave portion and the corresponding convex portion may be formed on the periphery of the front half body image 10 and the inner periphery of the frame 11, or the recess portion may be formed above the mold part 32 of the front body body image 10. It is also possible to form and form a convex portion corresponding to the upper part of the inner peripheral surface of the frame 11 and engage with it.

  Further, the back surface 17 of the front-body three-dimensional image 10 is basically a flat surface, and the back surface 17 of the front-body three-dimensional image 10 is brought into contact with the back surface 17, as shown in FIG. It is configured so that it can be pressed. That is, the periphery of the back cover 18 is formed substantially the same as the peripheral shape of the three-dimensional image, and the base end of the retaining piece 11 a for fixing the back cover 18 is pivotally supported at a predetermined position on the back side surface of the frame 11. Yes.

Here, Te supermarkets surfaces 30 and FIG examples further relates junction between forehead tapered surface 313 will be described with reference to FIGS. As shown in FIG. 8, in this example, a rectangular accommodating portion 11 d that can accommodate the front half-body stereoscopic image 10 is formed on the back surface of the frame 11 so as to protrude.

Further, half-length three-dimensional image 10 before being received in the receiving section 11d, as shown in FIG. 7, Te supermarkets surface 30 formed on the periphery of the first half only stereoscopic image 10, formed in the inner periphery of the frame 11 It is configured to be in close contact with the forehead tapered surface 31.

  In particular, in this example, when the taper surfaces 30 and 31 are brought into close contact with each other, the pressing force by the closure of the back cover 18 is provided through the inner frame 11b formed so as to be fitted along the inner periphery of the housing portion 11d. It is configured to indirectly transmit to the back surface 17 of the half-body stereoscopic image 10. Note that the inner frame 11b has an outer shape that fits snugly into the housing portion 11d, and the frame 11 is inclined between the inner frame 11b and the housing portion 11d with the back cover 18 open and tilted to the back side. Even if it exists, the friction force of the grade which does not detach | leave from the accommodating part 11d by the dead weight of the inner frame 11b acts.

  Further, as shown in FIG. 8, the back cover 18 pivotally supports a plate body 18a having a peripheral shape substantially the same as the peripheral shape of the accommodating portion 11d in a swingable manner on the upper side portion of the opening of the accommodating portion 11d. The opening of the accommodating portion 11d can be closed by the plate body 18a. That is, the back cover 18 is openable and closable by connecting the upper side of the plate 18a and the upper position of the peripheral edge of the accommodating portion 11d by the hinge 11c. Further, a retaining piece 11a is provided on the lower side of the plate 18a so that the free end side of the back cover 18 can be locked to the edge of the accommodating portion 11d.

Then, by such a structure of the present embodiment, it is possible to adhere the tape supermarkets surface 30 and forehead tapered surface 31.

  FIG. 6B shows a state in which the back cover 18 is removed from the picture frame A shown in FIG. As shown in FIG. 6 (b), a bone storage lid 40 constituting the bone storage 14 is locked by a bolt 45 on the back surface of the front half body three-dimensional image 10 that is exposed when the back lid 18 is removed. The ossicle lid 40 is formed with a structure for stably holding the urn 16 accommodated in the ossicle 14, and this configuration will be specifically described later.

  As shown in FIG. 2, a concave portion 13 is formed on the back surface of the front-body three-dimensional image 10 to form a bone storage portion 14. That is, the ossuary portion 14 is formed on the back side of the three-dimensional image formed of the plaster material, and the deceased remains 15 are stored therein.

  The ossuary part 14 is comprised by the recessed part 13 and the ossuary part cover body 40 for closing and sealing this recessed part 13 closed. In addition, the ossicle part 14 does not necessarily need the ossicle part cover body 40, and it is good also as the ossuary part 14 only by the recessed part 13. FIG.

  The depth of the ossuary portion 14 is not particularly limited, but the length from the inner wall surface of the ossuary portion 14 to the surface of the front half body image 10 is at least 8 mm or more, more preferably 10 mm or more. It only has to be. By adopting such a configuration, the strength of the image surface portion corresponding to the ossuary portion 14 can be maintained.

  In the present embodiment, the back surface of the three-dimensional image 10 is dented to the front surface side to form the recess 13 and the ossuate portion 14 is provided. However, the present invention is not limited to this. For example, as shown in FIGS. 7 and 8, a box-shaped ossuary portion 14 may be separately provided on the flat back surface of the front body three-dimensional image 10, and the inner space thereof may be the recess 13.

  With such a configuration, the back surface side of the picture frame A is surrounded by a space other than the bone storage portion 14 in the accommodating portion 11d, that is, the inner peripheral surface of the inner frame 11b, the back surface 17, and the outer peripheral surface of the bone storage portion 14. The space portion can be used as the relic storage unit 12. This relics storage unit 12 can be used as a site for storing things related to the deceased, such as the relics of the deceased and the deceased.

  As described above, the inner surface of the recess 13 formed in this way is formed of gypsum. The inner wall surface of the recess 13 made of this plaster functions as an environment adapting means that provides a deodorizing and moisture-proofing effect, and prevents the odor generated from the remains 15 and moisture absorption of the remains 15 so that the picture frame A can be removed from the indoor environment. Can be adapted to. In addition, after forming the front-body three-dimensional image 10 with the gypsum 3D printer 20 and processing the surface with a predetermined surface treatment agent, the gypsum material is not processed but limited to a part of the inner wall of the recess 13. You may make it expose itself. By forming such an exposed portion, the inner wall of the concave portion 13 formed of a gypsum material can be effectively functioned as an environmental adaptation means.

  Further, the environment adaptation means is not limited to the gypsum constituting the front body stereoscopic image 10, and other functional materials may be used as the environment adaptation means. For example, turmeric powder or zeolite may be attached to a part of the inner wall surface of the ossuary portion 14 formed in a concave shape.

  For example, by spraying or applying turmeric, an insect-repellent effect can be produced in the osteoid part 14. Moreover, when zeolite is used, a humidity control function can be caused.

  Further, the turmeric powder or zeolite used as the environmental adaptation means may be mixed in advance in the gypsum powder 21 as the material for forming the front half body image 10. The amount of the mixture may be an amount that can exert an effect as an environmental adaptation means using turmeric powder or zeolite, and may be an amount that does not impair the strength of the three-dimensional image of the first half body.

  The environment adaptation means may be dissolved or dispersed in a solution sprayed from the printer head 23 of the gypsum 3D printer 20.

  For example, since the turmeric powder has a yellowish color tone, the insecticidal effect can be exhibited while being used as a part of the color represented by the first-half stereoscopic image 10. In addition, when the environmental adaptation means is dissolved or dispersed in the solution in this way, a functional layer that exerts a predetermined effect by the environmental adaptation means is formed in the front body three-dimensional image 10 together with other gypsum layers. It becomes. Such a functional layer may be formed as a part of a cross-sectional laminated structure that appears in an annual ring shape, or one to several layers may be formed as a functional layer from the surface to the deep part.

  Examples of further environmental adaptation means include glass powder and titanium oxide powder. Mold is often generated in the remains 15 accommodated in the ossuary part 14 or the urn 16, but when the mold spores diffuse into the sealed internal space of the ossuary part 14, it is formed of gypsum. Since there is a slight amount of moisture on the inner wall, mold may grow. Therefore, by supplying glass powder to the gypsum powder 21 in advance, or by adhering and holding the glass powder on the inner wall surface of the osteoid part 14, the supply of moisture to the mold spores can be suppressed, and the mold on the inner wall of the osteogenic part 14 is suppressed. The function as an environmental adaptation means for preventing the breeding of can be exhibited.

  Further, the glass powder may be mixed with the gypsum powder 21 or adhered to and held on the inner wall surface of the ossuary portion 14 so as to blink on the surface of the front half-body image 10 or the inner wall of the ossuary portion 14 due to light scattering. Gloss can be generated, and when the back cover 18 is removed and the remains 15 are put in or taken out, the ossus 14 that is a space for holding the remains 15 can be beautifully produced.

  Further, the titanium oxide powder is mixed with the gypsum powder 21 like the glass powder, or is adhered to and held on the inner wall surface of the ossuary portion 14, so that the catalytic effect is obtained by the light entering when the back cover 18 is opened. Can be used to kill microorganisms such as mold and decompose odors and organic stains in the ossicle 14, so that it can function as environmental adaptation means such as deodorization and antifouling.

  In particular, if the titanium oxide powder is mixed with the gypsum powder 21 together with the glass powder described above or adhered and held on the inner wall of the ossuary part 14, the glass powder is not only the surface of the inner wall of the ossuary part 14 in addition to the above effects. Since the light that has entered from the inner wall surface to the very shallow inside can be guided to excite the titanium oxide existing inside the inner wall, the self-cleaning effect in the osteoid part 14 can be further enhanced.

  As other environmental adaptation means, a porous material having hygroscopicity / adsorption properties such as silica gel, activated carbon, charcoal and bamboo charcoal can be suitably used. These porous materials may be accommodated in the recess 13 together with the remains 15 in the ossuary portion 14 as it is or in a state of being accommodated in a bag having a through hole. By adopting such a configuration, it is possible to prevent deterioration and discoloration of the remains 15 derived from the propagated mold and the like, that is, to function as environment adapting means capable of preventing deterioration and discoloration.

  Returning to the description of the structure of the ossuary part 14, as shown in FIG. 2, when the remains 15 are placed by resting the back surface of the three-dimensional image 10 on the front side to form the recesses 13, this remains 15 is integrally stored in the deceased's first-body three-dimensional image 10, and the three-dimensional image frame structure of the deceased of the present invention is significant where the first-half three-dimensional image 10 and the remains 15 are integrated. In this way, a part of the deceased's remains are included in the ritual that feels the deceased of the deceased in a three-dimensional manner, as if the deceased were as if they were the present. Will increase further.

  The ossuary part 14 for storing the ossicle is formed in a bowl shape so that the space itself of the ossuary part 14 is regarded as an urn, and the bone of the characteristic throat Buddha part of the ossicle is stored. When storing it, storing it in a small urn in advance and putting it in the ossification part 14, or storing it in a specially formed urn case and putting it in the ossification part 14 Various forms are conceivable.

  When the urn 16 is stored in the ossuary part 14, the ossuary part lid 40 is formed so as to be fitable so that the ossuary part 14 becomes a sealed space after the urn 16 is stored. That is, the bone-part lid body 40 having substantially the same shape is formed so as to correspond to the opening periphery of the bone-part 14 formed in a concave shape on the back surface of the front body three-dimensional image 10 (see FIG. 6B).

  Further, in this embodiment, by attaching the ossicle part lid 40 to the opening of the ossicle part 14, the inner wall shape in the ossicle part 14 and the shape of the ossicle part lid 40 are combined to fit the urn 16. An accommodation space for the urn 16 is formed so as to match.

  Specifically, as shown in FIGS. 9 and 10, the surface on the side of the bone portion 14 of the bone portion lid body 40 is formed in a slightly raised shape to form a raised portion, and the urn that is stored in this raised portion A lid-side semi-fitting recess 41 that covers substantially half of the 16 circumferential surface is formed (see FIG. 10A). In addition, a concave body-side half-fit recess 42 is formed on the inner wall of the ossuary portion 14 so as to correspond to the lid-side half-fit recess 41 so as to cover a substantially half of the other peripheral surface of the urn 16. (See FIG. 9). Therefore, when the ossuary part 14 is closed with the ossuary part lid 40, as shown in FIG. 10 (b), a lid-side semi-insertion recess 41 provided in a semi-osteal shape on the ossuary part lid 40, and the ossuary part 14, the body side half-insertion recess 42 formed on the inner wall is combined to form an urn accommodating space along the urn 16, and the urn 16 is securely fixed and accommodated in the front half body image 10. It becomes possible to do.

  Further, a rubber packing 43 is used as a locking means for locking the bone-part lid body 40 to the recess 13 in the bone-part lid body 40. Specifically, the rubber packing 43 is fitted by forming a groove in the entire circumference of the lid-side semi-fitting recess 41 of the protruding bone-part lid 40, and the rubber packing 43 when the lid is closed. A groove is formed at the position of the inner peripheral surface of the recess 13 corresponding to the above, and the locking means is configured. The rubber packing 43 fits into the recess groove of the recess 13, so that the ossicle lid 40 is unexpectedly moved from the ossicle 14. It can be prevented from falling off. Further, a bolt hole 44 is provided at a predetermined position between the ossicle lid body 40 and the recess 13, and the nut 46 (see FIG. 2) is closed and the bolt 45 is inserted into the bolt hole 44 and embedded at a predetermined position of the ossicle part 14. ) To fix the ossicle lid body 40 to the ossicle part 14 to make the closed state steady.

  In any form, the ossuary part 14 is formed of a gypsum material, and the gypsum material forms the inner peripheral wall of the ossuary part 14, so that compositional characteristics of the gypsum material always function during ossification. It is configured as follows.

  Therefore, when the urn 16 or the urn case is used, it is necessary to perforate the peripheral wall so that the composition of the gypsum functions effectively through the surrounding air in the ossuary portion 14. .

  By comprising in this way, the odor which generate | occur | produces from a split bone can be suppressed, moisture prevention can be performed, discoloration can be prevented, and it becomes possible to decorate a solid image with a split bone forever.

  In addition, in order to prevent denaturation as necessary, the material is an organic or inorganic chemical substance for preventing bone degeneration, such as a substance having a cyclic molecular structure that can include an odor component if it is an organic component. Or, if it is an inorganic component, bags (nonwoven fabrics) are impregnated with a substance capable of exhibiting a catalytic function to oxidize odor components at room temperature, and bags are formed by containing ossicles in these bags. Can be stored as it is or in an urn or an urn case.

In particular, as an example of the environmental adaptation means, the above organic or inorganic chemical substances that act synergistically with calcium sulfate (CaSO ₄ ), which is the main component of gypsum, and perform a certain function on the ossicles are used. For example, it performs functions such as antibacterial and antibacterial effects on microorganisms such as mold, and always preserves the ossicles stored in the ossuary section 14 for a long period of time without polluting the environment, and always pays respect to the deceased. An environment that can be used is formed.

  At a predetermined position of the frame 11, a wall surface engaging body that can be suspended and suspended on the indoor wall surface is provided. Although this wall surface engaging body is not particularly limited, in the present embodiment, as shown in FIG. 6A, a hook 51 for engaging the hanging string body 50 is provided on the back side of the frame 11. It is configured to be engaged with the hook 51 on the wall surface via the hanging string 50.

  Thus, according to the present invention, the opportunity to surrender the deceased is placed in a daily environment by storing the three-dimensional image of the deceased of the deceased and the separated remains in a frame and always engaging and decorating the wall. Can do.

[Example 2]
Next, as Example 2, a description frame structure configured so that the ossuary part of the remains frame B functions like an altar will be described with reference to FIGS. 11 and 12.

  FIG. 11 and FIG. 12 are explanatory views showing the back side of a picture frame body B provided with a picture frame structure according to the second embodiment. In addition, about the structure similar to the Example mentioned above, the same code | symbol is attached | subjected and description is abbreviate | omitted.

  In the picture frame B according to the second embodiment, the back cover 18 includes plate bodies 18a and 18b that close the left and right half portions of the opening of the accommodating portion 11d, and has a pair of left and right double doors.

  Further, a semicircular cutout portion 11f is formed at a substantially central portion of the long side of the plate 18a so that a finger is hooked when the lid is opened, and a substantially long center of the other plate 18b is formed so as to correspond thereto. The part is provided with a rotary clasp 11a so that the plates 18a and 18b can be locked in a closed state.

  FIG. 12 shows a state where the back cover 18 is opened. As shown in FIG. 12, the ossuary part 14 in the picture frame B is composed of a recessed part 13 and a ossuary part cover body 40, and a recessed part 13 a is formed on the inner periphery of the opening of the recessed part 13. A convex portion 40 a that can be fitted into the concave portion 13 is formed on the inner periphery of the body 40. The heights of the concave portion 13a and the convex portion 40a are preferably at least 1 cm. In the second embodiment, the height of each of the concave portion 13a and the convex portion 40a is formed to be approximately 1 cm.

  With such a configuration, when the opening of the recess 13 is closed by the ossicle lid 40, the fitting surface between the recess 13 and the ossicle lid 40 in the closed state is made as large as possible. When the image frame B is tilted or laid down unexpectedly, the ossicle lid 40 is not detached from the recess 13, and the stored urn 16 falls off from the ossuary 14 and is damaged or urn 16 It is possible to prevent contamination such as spilling of ashes.

  In addition, the picture frame B according to the second embodiment is provided with a support base 70 at a desired position on the bottom surface of the housing portion 11d so that it can be self-supported when placed on a flat surface. With such a configuration, the picture frame B can stably stand by with the front body three-dimensional image 10 displayed on the front side, and can be decorated on a flat surface such as a floor or a shelf. Furthermore, during the rituals and festivals that are performed regularly every season, the remains frame B is placed on the flat surface of the floor or shelf, the back cover 18 on the back side is opened, and the ossuary part 14 or the article storage part 12 It can be used as an altar, like a Buddhist altar, by displaying the pots and relics stored in it. In the second embodiment, the back cover 18 has a double-opening shape, but the present invention is not limited to this. For example, it may be formed in a single-opening shape.

Example 3
Next, as Example 3, a memorial object structure when applied to a dead pet animal will be described with reference to the drawings.

  The third embodiment relates to a structure of a memorial object in which a pet animal's remains are displayed as a three-dimensional image by a 3D printer in a state of holding the bone delivery function. FIG. 13 is an overall view of a memorial object C having a memorial object structure according to the third embodiment.

  The whole body stereoscopic image 60 of the pet animal forms a whole body three-dimensional image from a plane photograph of the pet animal by a 3D printer, as in the first and second embodiments, and the size thereof is an A4 size installation space. The size fits in.

  In addition, in the memorial object C in which a pet animal is formed, a concave portion 13 is formed on the bottom surface side of the installation base 61 corresponding to the abdomen of the whole body stereoscopic image 60 to form the bone delivery portion 14. In the third embodiment, the ossuary portion 14 is formed on the bottom surface side of the installation base 61. However, the present invention is not limited to this, and the surface of the whole body stereoscopic image 60 is desired in consideration of the design of the whole body stereoscopic image 60 and the like. The ossuary portion 14 can be provided by forming the recess 13 at the position.

  The memorial object C integrally forms a whole body stereoscopic image 60 and a flat plate-like installation table 61 by the above-described gypsum 3D printer 20, and has a substantially horizontal surface such as an indoor floor surface or a shelf. It is arranged as an interior so that the interior can be decorated. Further, the installation table 61 configured in a flat plate shape has a role of preventing the memorial object C from being accidentally collapsed and damaged by increasing the area as much as possible.

  According to the memorial object C according to the third embodiment, the ossuary portion 14 is formed in the whole body stereoscopic image 60 of the pet animal formed by the 3D printer from the plane photograph of the pet animal, and the remains of the pet animal are stored. The memorial object C has a memorial object structure of a pet animal characterized in that the memorial object C is configured to be installed indoors, and the whole body of the pet animal is represented. Along with the adorable gestures and facial expressions of the pets of their lifetime, they will have a presence as if they were snuggled beside them.

  In the third embodiment, an example in which the three-dimensional image 60 of the dog in a face-down state is described as the whole-body three-dimensional image 60. However, the posture of the whole-body three-dimensional image 60 is not particularly limited. It may be a standing pose image or a sitting image simulating a sitting state. Further, the motif of the whole body stereoscopic image 60 is not limited to a dog.

  Finally, the description of each embodiment described above is an example of the present invention. The present invention is not limited to the above-described embodiment, and the design and the like are within the scope not departing from the technical idea of the present invention. Of course, various modifications are possible.

A A picture frame B A picture frame C Memorial object 10 Three-dimensional image of the first half 11 A picture frame 13 A recessed part 14 A ossuary part 17 A back surface 18 A back cover 20 A plaster 3D printer 40 A cover body

Claims (4)

It is a structure of a three-dimensional image frame that can be decorated on the wall surface of the deceased in a state in which the three-dimensional image of the deceased is housed in the frame integrally with the mold part that becomes the base,
The three-dimensional image of the first half of the body is integrally provided with the image body which is the first half of the deceased on the surface of the mold taking part which is the base of the image body having a tapered surface narrowing forward, and the deceased on the back of the mold taking part. and the Rutotomoni comprises a concave burial portion capable of accommodating the remains, the mold-up part and the image body integral laminated structure of gypsum, which was wheel cutting surface shape,
In addition, the frame includes a forehead taper surface opposed to the taper surface formed on the fitting surface of the mold taking part integral with the front body three-dimensional image, and an image main body of the front body three-dimensional image fitted to the fitting surface. An edge frame projecting forward, a glass stretched in a front opening of the edge frame, a storage part for storing a front half-body image formed in the front opening of the edge frame, and a rear part of the storage part An inner frame, and a back cover that can be opened and closed on the edge frame at the rear of the inner frame. The inner space portion of the inner frame includes a relics accommodation portion and an inner frame. and altar for placing a memorial tablets were formed on the bottom surface or the like, to form and said Crypt portion having a recess for accommodating the ashes, that is the inner wall surface of the recess exposes the laminated structure of the type-up portion 3D image frame structure characterized by.   The three-dimensional image frame structure according to claim 1, wherein a urn is provided in the recess of the ossuary part, and a plurality of holes are formed in a peripheral wall of the urn.   The three-dimensional image frame structure according to claim 1 or 2, wherein glass powder and titanium oxide powder are mixed in the gypsum. The predetermined layer of the gypsum layer constituting the laminated structure is a functional layer including at least one environmental adaptation means selected from turmeric, zeolite, silica gel, activated carbon, charcoal, bamboo charcoal , and the functional layer is cross-sectional laminated The three-dimensional image frame structure according to any one of claims 1 to 3, wherein the three-dimensional image frame structure is in a state of appearing in an annual ring shape as a part of the structure.

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