KR100931639B1 - Design urn for deceased ashes - Google Patents

Abstract

PURPOSE: A design funerary urn is provided to form new funeral culture without antipathy as a part of a memorial tower is formed of one side or multiple sides of the funerary urn. CONSTITUTION: A design funerary urn(B) comprises a base(10), a rotator, a support(30), and a motor(40). The rotator is located on the upper part of the base. The support is located on the upper part of the base, forms a frame, and has a receiving part which is partitioned inside the support. The motor drives the rotator. A design display(33) functioning as a design panel is mounted on the support to form a design. The display is composed of permeability-variable panels. The rotator has a partition wall(21). The receiving part partitioned inside the support is partitioned by the partition wall.

Description

DESIGN URN FOR DECEASED ASHES}

In the present invention, the crypts are stacked in a layered structure, and the exposed surfaces form a work together to form an interior of the memorial tower, and on the outer side or the lateral surface of the crypt, a pattern constituting a part of the entire work of the memorial tower is formed.

The entire memorial tower is used to implement a memorial tower system that can be composed of works of art such as religious inclinations, sculptures and mosaics.

Building memorial sculptures in accessible temples, cathedrals, and other religious facilities

It is possible to commemorate more often and provide a new funeral culture without disgust.

Existing ossuary or Bong'an party were perceived as hate facilities and were forced to be built in residential areas.

The problem is that while the perception of burial-style funeral cultures has changed dramatically, the repulsion against cremation has been drastically reduced in the short term. It is causing a big imbalance.

In addition, most of the existing facilities such as Bong-an-dang have lattice-shaped storage boxes, so they are so uniform and uniform that there is no way to relieve aversion.

Conventional crab box manufacturing technology has been developed based on the sealing technology to prevent the decay of the ashes (in fact, molds in the organic matter due to the inflow of outside air and moisture rather than corruption of the ashes) rather than designing the interior concept.

For example, Lee Sang-yeol's Patent Publication No. 2003-0025097 (March 28, 2003) [the gas-filled ossuary and its storage method],

The patent discloses a seal between the main body and the cover by using a sealing projectile to cover the cover after storing the ashes in the main body of the ossuary box by installing a gas injection member and a gas discharge member into or out of the cover of the ossuary box. The present invention relates to a technique for firing the member to seal and supplying the preservation gas supplied from the gas injection mechanism through the gas injection member of the cover to efficiently store the ashes stored in the main body of the ossuary.

In addition, there is a patent registration No. 0696970 (March 13, 2007) [the ossuary processing method]

The patent is a method for cremating the dead body and storing in the ossuary, the step of putting the dead body cremation in a vacuum pouch, the step of injecting quicklime into the vacuum pouch, the air in the vacuum pouch after the quicklime is added Vacuum discharge and nitrogen, and the step of sealing the vacuum pouch using a vacuum packaging machine after the input step, so as to prevent the corruption by vacuuming before putting the ashes into the ossuary. have.

However, these techniques are merely to prevent odor and corruption, which is far from the concept of building a new funeral culture by expanding the base to improve the aversion of the cremation cryptic culture and introducing memorial towers in new residential or religious facilities.

Furthermore, in connection with the conventional ossuary, Utility Model Registration No. 0254893 (November 8, 2001) [Rotary device for storing the ossuary and ashes for the ossuary] is provided by the ossuary of the ancestors. In order to make it easy to find and settle down, if necessary, among the plurality of ashes seated on the upper part of the rotating plate, it is possible to lightly rotate the ashing box to find by using the rotating plate so that the user can conveniently turn after taking out. Presenting.

However, the registration utility model is because the space inside the ashes of each layer arranged in a circular shape is meaningless, and is not related to the improvement of space utilization or the current trend.

In addition, there is a utility model registration No. 0344317 (February 27, 2004) of Sejin Jangyo Development Co., Ltd. [an ash box storage device], and the registered utility model is composed of a unit member that is placed in the ash box is assembled and manufactured It is related to the ash box storage device which is convenient and easy to handle and can form various types of crypts,

It has the same problem as that of Utility Model Registration No. 0254893.

Furthermore, Utility Model Registration No. 0332750 (October 30, 2003), such as Choi Yong-ho, has a crypt box with image display function.

The registered utility model has to wait a lot of time for many families to use the video ritual room during the holidays such as Chuseok and Korean food, and also during the ritual, a lot of noise is generated by other family members who are waiting for their order. To solve various problems, such as being disturbed in performing rites

In addition to the remains of the ashes, the ossuary is equipped with a video display function that allows the ritual to be observed while watching the life and life of the deceased.

In addition, it is possible to rotate the display unit in the ossuary body, and relates to the concept of having a ritual while directly watching the deceased's life, appearance and upbringing.

Nevertheless, the registration utility model is also irrelevant to the utilization of the interior accommodation space of the ossuary itself or the space utilization of the memorial facility in which the ossuary is accumulated and stacked, and is not related to providing aesthetics that can dispel aversion.

On the other hand, regarding the memorial facility for the new funeral culture, there is Park Young Il's Patent Publication No. 2001-0064660 (July 11, 2001).

The patent discloses a cyber imaging system that introduces a fully automatic storage system to automatically store and withdraw the ashes, and displays the images of the deceased and family members when the drawn ashes are mounted at the rite of worship. To provide a ossuary with a cyber imaging system and a fully automatic storage system that can be introduced and held in a comfortable and comfortable setting.

Fully automatic storage system for automatically storing and withdrawing ashes, ritual worship corps installed to hold the ashes pulled out by the automatic storage system and to carry out sacrifices, and cyber to display images of deceased and family members in the rites Consisting of a video system,

The ceremonial ceremonies were performed so that the atmosphere of the Ossuary Party was cozy and comfortable.

However, the above-mentioned patent discloses a funeral culture such as an existing ossuary as it is, and is not suitable for use in a religious facility such as a temple or a cathedral that can be frequently visited near a residential area, and a memorial facility is made into a new cultural facility or a religious facility. It has nothing to do with

In addition, there is a patent publication No. 2000-0054796 (September 05, 2000) of Kim Jung-ki [Digital reading device and method of the deceased in the cemetery]

The above-mentioned patent discloses the deceased person's autobiography, memoirs, writings, video, video, audio, etc. as a digitized record of the deceased by the deceased by the deceased, and the historical data, the deceased in the ossuary Digital data reader and in that way,

Rather than replacing the existing memorial facilities, the deceased's data is merely a concept that allows the database to be searched and retrieved.

Patent Publication No. 2001-0074209 (August 04, 2001) of ENI Technology Co., Ltd. [A stereoscopic image memorial tube, a stereoscopic image tribute system and a method of providing the same]

In order to overcome the limitations of the traditional ossuary funeral space or the limitations of a cyber funeral home on the Internet, the published patent is a comprehensive culture that allows the ossuary to escape from the aversion to the hate facility, where the living and the dead meet and the residents can easily access and share it. To provide a stereoscopic image memorial hall combined with ossuary converted into a space, another object of the present invention is a virtual reality stereoscopic that can be memorized while reproducing the life of the deceased in a stereoscopic image at home, small theaters or internet space To provide a video memorial system and its production method,

Due to the conservative funeral culture, the online memorial system is inevitably established in connection with the memorial facilities such as the offline ossuary, which is a real space.

The present invention is different from the present invention which aims to change offline tribute culture beyond the dependent online tribute system.

Core Patent Information Publication No. 2006-0082940 (July 20, 2006) of Core Information System Co., Ltd. [3D image memorial hall of Ossuary Party and its operation method]

The patent discloses a three-dimensional image memorial space or a virtual space memorial in the ossuary, and reproduces the life of the deceased through the three-dimensional image and three-dimensional sound, the descendants are sacrificed while watching the life and death of the deceased Rituals and memorials, and the limitations of the ossuary funeral space and the limitations of the cyber funeral home on the Internet, overcomes the perception that the ossuary is an abomination and can be easily accessed and shared by residents. Through the virtual communication between the survivors and the deceased in the real space to achieve the effect of memorizing the deceased anytime and anywhere without the restriction of time and place,

It has the same problem as the above-mentioned Patent Publication No. 2001-0074209.

Next, there is a patent registration No. 0860339 ((24) registration date September 19, 2008) [image memorial service operating system and system for the plant operator]

The registered patent is installed by a yard operator in order to commemorate the maintenance of the deceased or to remember the relationship with the deceased in order to commemorate the deceased to the deceased, such as a member, a family, or a relative's family. If a visitor wishes to visit a video memorial service, a video memorial service for a ranch operator who can have the video screened on a display device such as a screen or LCD installed in the memorial service for the memorial service at the time and date of the memorial service. And to provide a system,

Considering the fact that the off-line nursery method has changed from the ossuary to the grove, it is still not possible to replace the off-line future culture considering the problem of not being recognized as a legal official funeral culture or a place constraint that is far from the residential environment. I have a problem.

In addition, there is a utility model registration No. 0198552 (Jul 24, 2000) of the Chun-Kyu Park.

The registered utility model allows the ashes to be placed in the form of burial-type graves, which provides access to the burial culture and provides a crypt structure that can vividly celebrate the life and death of the deceased, such as the life and voice of the deceased through electronic display and voice reproduction. Is initiated. The disclosed ossuary device includes a tomb-type anchorage for burying and storing the ossuary in soil, and a storage box for storing and storing the anchorage. A door is installed in the storage box, and the door can display the deceased's status. Liquid crystal panel and speaker are installed. In the disclosed ossuary device, the ossuary is placed as a practical burial type, narrowing the sense of distance from the existing burial culture, and creating an atmosphere of the burial style graveyard with seals, and the appearance of the deceased. It is also possible to reflect on the deceased through biography and nurturing, creating a suitable atmosphere for the bereaved family members to share the tribute, and thus to contribute to the funeral of the ossuary method.

It is far from fundamentally solving the problems of burial, ossuary, and arboretum.

Furthermore, regarding the funeral-related facilities introduced in the vehicle, patent registration of Cho Dong-seop No. 0419297 (February 05, 2004) [removable makeup device] and Jonam-sang patent registration No. 0832521 (May 20, 2008) Device] and so on.

Incorporating a makeup facility into a real vehicle, apart from technical difficulty problems, is less practical with respect to odor problems or psychological rejection problems.

Rather, there is a great need for a mobile vehicle equipped with facilities related to the work of placing the ashes in a bonan facility (a temple, a memorial park, another religious facility, etc.) away from the crematory after cremation.

Accordingly, the present invention is to display the display so that it can be composed of art works, sculptures, mosaics of religious orientation when the memorial tower is stacked by stacking the ossuary to reduce the aversion to the existing ossuary or bonandan.

The outer surface of the ossuary form a work together to form an interior memorial tower. On the outer side or the side of the ossuary, a pattern that forms part of the entire work of the memorial tower is formed. The memorial tower system, which can be composed of sculptures and mosaics, can be used to construct memorial sculptures in temples, cathedrals, and other religious facilities that are easily accessible. The purpose is to provide a crypt.

In addition, the present invention is a mobile vehicle that can be easily put into the ossuary in placing the ashes in the Bonan facilities (temples, memorial parks, other religious facilities, etc.) away from the crematory after cremation in manufacturing such design ossuary The purpose is to provide.

In order to achieve the object as described above,

When the crypts are stacked in a layered structure and the exposed surfaces form a work together to form an interior memorial tower,

The outer surface or the side of the ossuary is characterized by the pattern forming part of the entire work of the memorial tower.

In addition, design ossuary box according to the present invention

Each surface of the ossuary is formed with different patterns,

The ossuary is filled with nitrogen,

The ossuary is preferably composed of an inner container, an inner container containing the ashes and embedded in the outer container,

Furthermore, the ashes contained in the inner container are preferably compression molded.

Meanwhile, a mobile vehicle for manufacturing such a design crypt is

Arranged in turn in the processing chamber in the loading compartment behind the driver's seat

Ashes compression molding;

A packing part for putting the molded product obtained from the compression molding part into the ossuary box;

A seal for filling and sealing nitrogen into the ossuary;

It is made, including.

As described above, the design crypt box forms the interior of the memorial tower by forming the works together with the exposed surface of the crypt, but on the outer surface or the lateral surface of the crypt, a pattern constituting part of the entire work of the memorial tower is formed. The entire tower can be used to implement a memorial tower system that can be composed of works of art such as religious inclinations, sculptures, and mosaics, which can be commemorated more often when building memorial sculptures in accessible temples, cathedrals, and other religious facilities. New funeral culture without disgust is possible.

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

First, as shown in Figs. 1 and 12, the design coarse box B according to the present invention, the crypts are stacked in a layered structure and exposed surface B3 (see Fig. 12) (the coarse box B having such a display) In the case of the memorial tower), the memorial tower concept of FIG. 8 corresponds to the 'design panel'.

On the outer side or face of the ossuary B, a pattern that forms part of the entire work of the memorial tower is formed. An example of the design may be the last supper or discord (disturbed bodhisattva) described below with reference to FIG. 9.

In addition, the ossuary (B) forms a different pattern on each side (for example, all six sides or four sides in the case of a hexahedron), and different works according to the choice of the exposed side (the work is a religious work). , Other concepts involving visualization and abstraction),

The appearance of the ossuary box (B) is not only polyhedron but also spherical or hemispherical and ellipsoidal.

In the case of the ossuary, which is a sphere or hemisphere, it is possible to construct a memorial tower (T) work depending on the size and the background color of the ossuary.

In addition, as can be seen in the manufacturing process diagram of the hexahedron of Figure 1 or the hexagonal column type crypt box (B) of Figure 2,

Put the cremated ash (Fa) into the inner container (B2) made of paper such as Korean paper, cloth such as burlap, or synthetic resin material, and again, for example, porcelain material (fine pores are formed in the porcelain itself). In the case of filling helium gas, leakage problems may occur, so in the case of ceramics, a special glaze may be applied, and further, it may be configured to be put in the enclosure (B1) of the double container).

In addition, the ashes Fa placed in the enclosure B1 by omitting the inner container B2 or the inner container may be subjected to a process of forming into a predetermined shape through compression molding (not even diamond formation) or a process. (Molding is possible without any adhesive component) (It can be molded by mixing silver powder, gold powder, jade powder, etc.) if necessary.

In this case, storage and ashes can be made easier.

In Fig. 1 and Fig. 2, basically, the molded body (F) (for convenience, the internal body (F) and the same reference numerals are used for convenience, but it does not matter so much because it is not precisely divided in relation to the protection range) is shown It is.

In addition, the inner container (B2) has a separate cover (B2a), as shown in Figure 2 for ease of packaging, the cover may be a form attached to each other by an adhesive tape (B2b).

Next, the enclosure (B1) is the base (B1A) to improve the sealing and appearance aesthetics

(It has fitting seating parts (not shown) according to cylindrical and square-shaped molded object F, respectively, and this diffusion seating part has the gas diffusion hole B1c formed in the periphery.)

It is preferable to cover the upper body (B1B) surrounding the entire upper surface of the inner container on the upper side, the contact surface by applying an adhesive or liquid silicone, etc., to enable a more complete sealing.

In addition, it is preferable to introduce one or a plurality of concave-convex structures interlocked or interlocked with each other in order to improve adhesion to the contact surface of the base B1A and the upper body B1B.

Furthermore, the ossuary box B may be injected with nitrogen or helium or other inert gas to prevent corruption.

To this end, a nitrogen filling nozzle B1a is formed on a bottom surface of the base B1A constituting the enclosure, and an exhaust nozzle B1b is formed for discharging air inside the container B1 when nitrogen gas is injected. After completion of nitrogen filling, each nozzle B1a and B1b is closed respectively.

Next, FIGS. 3 and 4 (shown in a perspective view showing a plan view or the inside of a processing room) are placed in the ossuary in placing the ashes in a bonan facility (a temple, a memorial park, a religious facility, etc.) away from a crematory after cremation. It will be described a moving vehicle (M) to facilitate the operation.

Referring to FIGS. 3, 4, and 1, the moving vehicle M corresponds to a special vehicle modified from a general truck, and constitutes a processing chamber 60 in a loading box M2 behind the driver's seat M1.

In the processing chamber 60, a compression molding portion 61, a packaging portion 62, a sealing portion 63, and an inspection portion 64, which are sequentially formed in a table form, are arranged.

The compression molded part 61 is for compression molding the ashes Fa, and is composed of a molding die and a press, and the press may be configured to be pressurized by a geared motor (not shown).

Next, the packaging part 62 is composed of inner and outer container packaging parts 62a and 62b for packaging using the inner and outer containers B2 and B1 of FIG. It is provided with a container for crypts or a storage space for various materials, and on each table top to form a storage space such as a kitchen sink, which can be configured in the upper and lower parts of the other table.

Next, a sealing portion 63 is provided near the gas cylinder 63A for supplying gas, especially nitrogen gas. The gas cylinder 63A is connected to a flexible pipe, and a nozzle having a valve is provided at the pipe end. , The nozzle is connected to the nitrogen-filled nozzle (B1a) of the enclosure (B1) base (B1A),

Exhaust piping is connected to the exhaust nozzle B1b of the enclosure base as necessary, and a pressure gauge is introduced into the exhaust piping, and when the nitrogen gas filling is completed, the pressure gauge is visually checked or a sensor is introduced and a buzzer is used. It can be configured to automatically check (not shown).

Subsequently, the nozzle is sealed by closing the sealing machine for supplying an appropriate adhesive or the like, or the nozzles B1a (B1b) itself.

Thereafter, the inspection unit 64 checks the leakage of nitrogen gas (automatic or manual method) or the appearance of the crypt (B),

The ossuary box (B) is finally packaged and discharged with a flag such as a general cloth or religious cover or a flag of Korea.

Furthermore, the inlet 66A and the outlet 66B are formed in the loading box M2 of the vehicle M, and the inlet is provided with a staircase 66S (person in and out), and also for exiting the crypt box B at the outlet. Stairs or ramps can be introduced.

Furthermore, the stacking box may be configured to open or close the side wall 67 automatically or manually to increase the feeling of opening, and the door 69 is provided on the ceiling to help ventilation (ventilation is a separate ventilation fan It may be a form implemented by).

In addition, the processing chamber 60 is provided with a central workbench 65, which can be used for pre-treatment of the ashes Fa or post-treatment of the ossuary.

Meanwhile, the display unit 68 is provided on the sidewall of the mobile vehicle M loading box M2.

Such a display unit may be implemented as a simple observation window or may be configured as a display for real-time viewing of a deceased related image or a crypt production process.

In addition, as shown in Figure 3, for the observation of the survivors and memorial to the process of manufacturing the ashes (as described below) variable permeability panel that can transmit or block light or adjust the amount of light in accordance with the electrical ON-OFF (or So-called half glass or magic glass may be used to select whether to observe or not according to the selection of the bereaved.

Next, referring to FIG. 5 (omitted from the top panel 29 and the cap 35 for convenience) and FIG. 6, which is an exploded perspective view and an exploded perspective view of the cavities B having expanded space utilization according to the present invention, are as follows. .

Cavity box (B) according to the invention is largely the base 10, the rotating body 20 is located on the base, the support 30 is formed on the base to form a skeleton and partitioned therein, the support 30, and the ash It comprises a motor 40 for the entire drive.

If necessary, the rotating body may be configured to be manually rotated, in which case the motor is not necessary.

The base of the base has a wire guide 13 for control and prevention of power line exposure and arrangement in a cross shape, and a sleeve 11 for mounting coupling of the housing of the motor 40 is formed in the upper center.

The support 30 is provided on the upper portion of the base 10 to serve as a skeleton, but the shape of the support is not essential.

The support 30 is particularly open at one side, and the opening 30 is a design display 33 for the observation window function or various display effects (in the case where the crypt box B having such a display constitutes a memorial tower) In the memorial tower concept of 'corresponds to the design panel'), the number of displays can be variously modified,

Although the crypt is shown in a hexahedral shape with four sides, the shape can be configured into various polygonal pillars or even spherical shapes such as hexagonal columns through design modifications.

As such, in the drawing, the design display 33 is provided outside the support 30, but the side opening of the support is simply provided with a window (transparent window), and is designed for design coarse box (or ossuary body) or interior memorial tower. The essential display may be provided separately inside the support and may further comprise a display that pivots in conjunction with the rotating body.

In addition, four ribs 31 protrude from the inner edge of the support at all times to function as reinforcement bars, and upper and lower surfaces of the fixing hole 31a to which the base 10 and the cap 35 are coupled.

A wire guide 35a is also formed on the top surface of the cap 35 to control and prevent exposure and arrangement of power lines.

The receiving part partitioned inside the support 30 may be introduced in various ways. In FIG. 5 and FIG. 6, the rotating body 20
([20: 21,23,25,27,29] in the lower part of FIG. 6 includes a partition wall 21, a cylinder 23, a relay body 25, a partition body 27, and an upper panel in which the rotating body 20 is used. Means that the configuration includes 29)
It has a provisional partition 21 and the said accommodating part is partitioned by the partition, and the accommodating part is formed in the form which is introduce | transduced in the inside of a support especially inside a rotating body.

In more detail, the rotating body 20 is arranged above the base 10, particularly inside the support 30, and a core of the rotating body 20 is partitioned by a partition 21 and a plurality of partitions. Corresponds to the receiving part (S),

If necessary, separate partitions 27 (two introductions in the drawing (one is omitted in FIG. 6 for convenience)) may be introduced into the spaces between the partition walls 21, in which case the receiving portion S is substantially This corresponds to the inner surface of the partition body 27.

In addition, the partition wall 21 may be provided with a reflector 21a as needed to increase the brightness of the display 33 toward the light source 50.

The partition body 27 stores a molded body pressurized or molded into a simple ash or ashes, a separate ash storage small container, an article F1, and the like, and the image 33 is placed toward the display 33. Can be attached.

In particular, the partition wall 21 is connected to the central cylinder 23 is supported, the cylinder serves to surround the housing of the motor 40.

In addition, the rotation of the partition wall 21 (in turn, the rotation of the receiving part S) may be made by the relay body 25 to implement a more durable rotor 20.

The relay body 25 includes a lower panel 25A and a wall panel 25B corresponding to two sub-quadrants, which are protruded on the lower panel and spaced apart from the quadrant when viewed in plan view.

In the wall panel 25B, an individual color for a mosaic shape associated with a memorial article, a guide, another image, and the following memorial tower T may be introduced. In the drawing, a film P having a predetermined shape is developed. It is shown as introduced.

In addition, four coupling slots 25a are formed in the protrusion slightly protruding from the center of the lower panel 25A.

The partition wall 21 is coupled to each of the coupling slots 25a.

Furthermore, the upper panel 29 is arranged on the upper part of the relay body 25, and a hollow 29b is formed in the center of the upper panel, and a coupling protrusion 29a is formed on the lower surface of the relay panel 25.

The coupling protrusion 29a is engaged with the coupling body 43 that receives the power of the motor 40 through the reduction gear 41 (other various coupling methods may be implemented).

Eventually, the power of the motor 40 is transmitted to the upper panel 29 having the engaging projection 29a through the coupling 43 via the reducer 41, and the upper panel is the relay 25 and the partition 21. Will turn

Thereby, the accommodating part S or the partition body 27 between partitions will turn.

On the other hand, the light source 50 is mounted through the fixing body 51 provided between the motor 40 housing and the cylinder 23, the light transmitting portion (51a) is formed in the fixing body (51).

The light source 50 preferably utilizes an LED having a small size, light weight, low heat generation, a reflection configuration, a high-speed response characteristic, a pulse operable characteristic, and a light output control characteristic by a current.

In the drawing, it is considered that one light transmitting part 51a is arranged toward the display 33 in the fixed body 51 configured to be fixed.

If necessary, a light source may be provided to emit all of the accommodation portions S (four in the drawing).

In the present specification, the display is provided with a light source because the light source is essentially used for illuminating the display.

Furthermore, the display 33 is a transmittance variable panel (or so-called half glass or magic glass) that mixes liquid crystal and polymer as necessary to transmit or block light according to electric ON-OFF and adjust the amount of light emission. Can be configured.

Related technologies include patent registration No. 0318868 (Dec 13, 2001) [polymer combination liquid crystal for liquid crystal display device], patent registration No. 0264038 (May 24, 2000) [Transparent mirror] ], Kim Jong-Seung Patent Publication No. 2005-0105055 (November 03, 2005) [Advertising device combined with mirror and image display device and method thereof], Utility Model Registration No. 0256635 (Nov. 26, 2001) I) [Fridge with variable transmissive window], Utility Model Registration No. 0296222 (November 12, 2002) [Mirror combined image display device] of Winstec Co., Ltd.

Commercially available from DMDM (www.dmdisplay.com) located in Hwaseong, Gyeonggi-do.

As such, when the display 33 is configured with a variable transmittance panel that can control the amount of light emitted, the internal body F of the inside of the bin can be observed, as well as the last supper and discord related to the memorial tower T to be described later. It is easy to construct individual design panels in the form of religious works, other visualizations or abstractions.

Of course, if you want to check the interior of the ashes molded body, artifacts (F1), photographs, memorials, etc. in the ossuary box (B), the display 33 should be transparent so that the inside can be observed and simply serve as an observation window. do.

As described above, when the oscillation box B with expanded space utilization is partitioned inside through the partition wall 21, one container in each receiving portion S is stored in the ashes or other internal bodies (F) (essential ossuary use). For example, it can be used as a photograph of other images, as a memorandum, as well as other video presentations, and as part of the overall memorial tower.

In addition, the modified crypt box B shown in FIG. 7 forms a cylindrical shape in which the compartment receiving portion of the rotating body 20 is divided into half, and in the form shown, the display 33 side is the other golche body (where the crypt is the ossuary or the like). The concept includes a container containing ashes, other diamonds or ashes utilizing moldings, used in the same sense as the internal organs), and a transparent wall (125A) for observing artifacts. The other image is composed of a wall (125B) is a photographic guitar development film is arranged, the rotation of the rotating body 20 by the motor can take a 360 degree or 180 degree turning method.

The wall 125B may also include a film P having a predetermined shape developed, as well as memorandum, guides, and other images or drawings.

Furthermore, if necessary, only the walls 125A and 125B may be pivoted and the interior F may not be rotated.

Other related matters can be applied as described above with reference to FIGS. 5 and 2.

Next, a memory tower system will be described with reference to FIG. 8 related to a schematic front view and FIG. 10 which is a related block diagram.

As shown, the memorial tower (T) system according to the present invention is a frame (T2), a lamella structure (T1) of the layered structure supported by the frame, and the design panel (D) provided on the front side And a light source L (see FIG. 10) provided in the design panel.

The frame (T2) and the ossuary cell (T1) may have a variety of structures, but in the figure is shown as a hexagonal ossuary cell forming a continuous and stratified structure, and thus, the ossuary tower (T) where the ossuary cells are assembled is like a honeycomb and Have the same shape.

That is, the ossuary body is a form that is placed in the lateral oscillation cell in the lateral direction, the shape of the ossuary cell or ossuary body can be variously selected, such as square, hexagon and other polygons when viewed from the front.

Furthermore, the design panel (D) is fixed to the outer frame constituting the ossuary cells to cover the ossuary cells (one provided for each ossuary cell or covering several adjacent ossuary cells at once.

(It may completely cover the individual ossuary cells, or some outer ossuary cells may be partially covered but not partially covered as shown in FIG. 8).

Alternatively, as shown in FIG. 5 and FIG. 12, it may be provided in the ossuary body itself.

In addition, the design panel (D) may function as a simple viewing window,

It is desirable that such design panels form different works together to form memorial towers.

For example, different designs are designed to be individual design panels (D) that form religious works of art such as the last supper, discord, sculptures, mosaics, and other visualizations or abstractions (fixed by simple painting, etc.). It is preferable to use a design, an LCD, etc., to make a changeable design).

In addition, the design panel (D) can also be configured as a hexagon to fit the shape of the hexagonal ossuary cell (T1), but since the various commercially available display devices are mostly rectangular, the design panel (D) can be introduced in consideration of the construction cost. Can,

In this case, the coordinates of the individual ossuary cells (T1) can be linked to the design panel so that only the individual ossuary cells (T1) can be displayed in a systematic manner. It is desirable to implement so as to manifest in the manner of.

Furthermore, such a design panel (D) can be configured as a variable transmittance panel (or so-called half glass or magic glass) that can transmit or block light and adjust the amount of light emission according to the aforementioned electrical ON-OFF,

It can also be configured as a recent LED display.

In this case, the light source for the appearance of each design panel D (in the end, the appearance of the ossuary cell T1) may be a separate light source (particularly an LED light source) or a backlight associated with a known flat panel display.

In addition, a design panel (D) is introduced on the front surface of the ossuary cell (T1) (a surface where mourners, spectators, believers, Buddhists, etc. mourn or pass).

On the back side, it is configured to withdraw the ossuary body A (as mentioned earlier, the 'ciliary body' is a concept including an ossuary or other container containing an ossuary, or other diamond or skeleton-used moldings). It is desirable to configure the light-emitting appearance method or RF-ID, etc., so that it is easier to find the coccyx of the deceased.

In addition, the control unit (C) for controlling the light source (L) or the design panel (D) or both of them is preferably configured to be interlocked with its own control panel, a central computer of the management room, a network connection PC, etc., and other known virtual spaces. It can also be integrated with the memorial system.

The control unit C controls the storage unit C1 storing corresponding deceased information of each crypt and the light source L (reference numerals in parentheses in FIG. 10) or the design panel D. And a command unit C2 and a timer C3, and the light source L may be automatically turned on in case of a date coinciding with a value stored in the timer C3 and the storage unit C1. have.

In addition, when the specific ossuary cells are exposed as needed, the control unit preferably controls the corresponding light sources such that the light source L of the surrounding ossuary cells (in the end, corresponding design panel D) emits light together.

In this case, for example, if the sternal ossuary ossuary cells, in particular, appear yellow, the neighboring cells appear green.

If the site of the memorial cell to be memorized is displayed by the lotus surgery on the design panel (D), the surrounding area may be implemented in the form of secondary display by the lotus leaf.

In addition, as configured in FIG. 10, the control unit C may release an automatic date designation function of the target crypts through the external input unit C4 or display it when the family applies regardless of the date.

It is possible to change the shape displayed on the entire memorial tower (T) for the ultrapile, Korean food, and the holiday, and the design panel (D) of the entire memorial tower (T) shows the related images and memorial articles of the deceased. Music, high voice, and video-related recording and reproduction may be implemented through the speaker SP.

In the case of multiple deceased dates (or when a date and a memorandum request overlap), the ossuary cell part is alternated with a time difference, or the coordinate interval of the cell is measured to determine a preset confusion reference distance (storage part). If there is an interval exceeding (stored in (C1)), the co-presentation method can be taken.

Furthermore, in view of the size and low resolution of the memorial tower (T), which may have a width and height of several meters to several tens of meters, a separate display (D1) (reference symbol in parentheses in FIG. A large monitor or screen) may show a video that is the same as or different from the image of the design panel D of the memorial tower, and the sound of the speaker SP may be related to or unrelated to one of the two images. .

As an example, the work of art implemented in the memorial tower T according to the present invention may be a last supper or discord (disturbed bodhisattva), as shown in FIG. 9.

In addition, as shown in FIG. 51, the memorial method reproduces photographs and other deceased related video data through a separate central display D1, and memorizes the memorandum and the like in the design panel D of the memorial tower T. The various controls can be operated through the control unit C including the external input unit C4.

In addition, as shown in FIG. 8, the case of introducing the ossuary box B related to FIGS. 5 and 6 rather than the molded type ossuary body A embedded in the ossuary cell T1.

The controller C may be configured to control the motor 40 for the rotating body 20 or the display 33 provided in the support 30.

In the above description, although the conventionally known technologies related to the variable transmittance panel, the image implementation in the set of the design panel, the accommodating structure and the withdrawal structure, etc. are omitted, those skilled in the art can easily infer, infer, and reproduce them.

In addition, in the above description of the present invention with reference to the accompanying drawings, but specifically described for the crypt and memorial tower having a specific shape and structure, the present invention is capable of various modifications, changes and substitutions by those skilled in the art, such modifications, changes and Substitutions should be construed as falling within the protection scope of the present invention.

1 and 2 is a drawing related to the manufacturing process of the design ossuary box according to the present invention.

3 and 4 are a schematic perspective view and a plan view of a mobile vehicle for producing a coarse box according to the present invention.

5 and 6 is a perspective view and exploded perspective view of the ossuary box according to the present invention.

7 is a schematic perspective view of a modified rotatable oscillator.

8 is a schematic front view of the memorial tower system according to the present invention;

9 is a perspective view illustrating a work of art implemented in the design panel of the memorial tower system according to the present invention.

10 is a block diagram showing a control concept of the present invention.

11 is an exemplary perspective view of the memorial method using the memorial tower system according to the present invention.

12 is a schematic perspective view of the memorial tower to which the design ossuary is applied.

<Description of the symbols for the main parts of the drawings>

B: Urn F: Internal organs (molded body)

10: base 11: sleeve

20: rotating body 21: bulkhead

23: cylinder 25: relay

27: partition 29: top panel

30: support 31: rib

33: display 35: cap

40: mutter 50: light source

T: Memorial Tower A: Ossuary

T1: Ossuary Cell T2: Frame

D: Design panel L: Light source

C: control unit

B1: enclosure B2: inner container

B3: Exposed Surface M: Moving Vehicle

60: molding chamber 61: compression molding

62: packing part 63: sealing part

64: inspection unit 65: central workbench

67 side wall 68 display portion

69: Heavenly Fish

Claims (5)

When the crypts B are stacked in a layered structure, and the exposed surface B3 forms a work together to form the interior of the memorial tower T, On the outer side or face of the ossuary (B) is a pattern constituting a part of the entire work of the memorial tower (T), The ossuary box B has a base 10, a rotating body 20 positioned on the base, a support 30 having a receiving portion formed on the base and forming a skeleton and partitioned therein, and driving of the rotating body. Includes a motor 40 for The support 30 is equipped with a design display 33, which serves as a design panel to form the pattern, The display 33 is a design box, characterized in that consisting of a variable transmittance panel. The method of claim 1, The rotating body 20 has a partition wall 21, Receiving portion partitioned inside the support 30 is characterized in that the partition is formed by the partition wall. The method of claim 2, Separate partitions 27 are arranged in the space between the partitions 21, The accommodating part (S) is a design ossuary, characterized in that corresponding to the inner surface of the partition (27). The method of claim 2 or 3, The receiving portion is provided with a light source, The partition wall 21 is a design box, characterized in that the reflector (21a) is provided. The method according to any one of claims 1 to 3, On the lower surface of the base 10 is formed a cross-shaped wire guide 13 for controlling and preventing exposure and cleaning the power line, the upper center is formed with a sleeve 11 for mounting coupling of the motor 40 housing It is, Four ribs 31 protrude from the inner edge of the support 30 to function as reinforcement, and upper and lower fixing holes 31a to which the base 10 and the cap 35 are coupled are formed. The top of the cap 35 is a cruciform design, characterized in that the wire guide (35a) for the control and prevention of power line exposure and arrangement in the cross shape is formed.

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