JP2011115576A - Charnel altar system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a charnel altar system which brings about a sublime, solemn, and respectful atmosphere by light source projection, is easily maintainable and manageable in future, and can be easily attached/detached. <P>SOLUTION: The charnel altar system 1 includes a charnel altar system support structure A1, a plurality of display devices 3, and a plurality of cases 4. The display devices 3 are set on one side end face of the support structure A1 of the charnel altar system 1. The cases 4 are set in an inner space of the charnel altar system support structure A1. A plurality of LEDs and transparent bodies are set on circuit boards in the display device 3 and a panel part. By the light projection system, a Buddhist image and any other patterns or letters with religious meaning are displayed in a relief form. Further, by the display device 3, visual effect like twinkling stars in the night sky may be performed. By connecting the charnel box structure and the panel part, attachment/detachment of the panel part may be easily carried out upon maintenance in future. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

The present invention relates to an ossuary shelf apparatus, and more particularly to an assembly-type ossuary platform system that provides a light source projection function and can be easily attached and detached.

Currently, the population composition of Taiwan is aging and the elderly population is increasing. Therefore, the number of deaths will increase further in the future. According to statistics, the number of deaths per year is about 160,000, which is expected to increase over the next 20 years, and is said to reach 300,000 at the maximum. In urban areas with small land areas, the traditional form of burial is not appropriate, and from the standpoint of environmental protection, the government recommends cremation, and more people are now accepting cremation. In addition, according to the provisions of the law, a public cemetery has been used for 7 years, and then the right to use it is transferred. For this reason, private ossuaries are being built one after another. Cremation is easier to manage than cremation, and this trend will inevitably progress in the future. Cremation is hygienic from the standpoint of environmental protection, and does not require complicated procedures for burial, and has the advantage that it can be done without worrying about contraindications and feng shui. In addition, in the case of burial, it is necessary to look around the soil condition of the grave frequently, and repairs must be made as necessary. Therefore, even in Taiwan, the concept of cremation has been adopted, and now more and more people accept it and put their bones in the ossuary. The ossuary that is often seen today is installed to form a wall inside, and has multiple spaces for storing urns, and there is a single exit in that space. A door is installed. In addition, symbols and characters related to Buddhism are written on the surface of the door.

However, although the conventional ossuary has a magnificent atmosphere, it has not seen any change over the years. Accordingly, an object of the present invention is to provide an ossuary platform system that creates a solemn, solemn and heavy atmosphere by light source projection, is easy to maintain and manage at a later date, and is easy to remove and attach.

In order to solve the above problems, an object of the present invention is to provide an ossuary platform system that creates a solemn and solemn atmosphere by light source projection, is easy to maintain and manage at a later date, and is easy to remove and attach. To do.

In order to achieve the above object, the ostium system of the present invention has a plurality of LEDs and a transparent body installed on the circuit board of the display device and the panel part, and further, by a light source projection method, a Buddhist image or any other religious Significant symbols and characters are displayed in a relief-like form to produce a majestic, solemn, and heavy visual effect on the transparent body. Furthermore, the display device can also produce a virtual visual effect in which a star blinks in the night sky. And by connecting the ossuary box structure and the panel part by a hinge system by the structure of the screw and the connecting shaft, the panel part can be easily detached and attached during maintenance at a later date.

The ossuary platform system of the present invention includes a support structure for the ossuary platform system and a plurality of housings. The said housing is installed in the internal space of the support structure of the said ossuary platform system. The housing includes an ossuary box structure and a panel portion. Among these, the said panel part is installed in the outer edge of the said ossuary box structure. The said ossuary box structure has an internal space for storing the urn. The panel portion includes a front panel, an electronic device that emits a light source, a transparent body, and an outer frame, and has a concave slot outside the front panel. Both the electronic device and the transparent body are installed inside the concave slot of the front panel. The outer frame is installed so as to cover the outside of the front panel.

The ostium system of the present invention has a plurality of LEDs and a transparent body installed on the circuit board of the display device and the panel part, and further embodies Buddha statues and other religiously significant symbols and characters by the light source projection method. In such a format, a majestic, solemn and heavy visual effect is produced on the transparent body. Furthermore, the display device can also produce a virtual visual effect in which a star blinks in the night sky. And by connecting the ossuary box structure and the panel part by a hinge system by the structure of the screw and the connecting shaft, the panel part can be easily detached and attached during maintenance at a later date.

It is a three-dimensional view of the present invention. It is a three-dimensional figure (1) of the partial structure in this invention. It is a parts exploded view (1) of the partial structure in the present invention. It is a three-dimensional view of the housing in the present invention. It is a parts exploded view of a frame in the present invention. It is a three-dimensional figure of the ossuary box structure of a housing in the present invention. It is a three-dimensional view of the panel part of the housing in the present invention. It is a parts exploded view of the panel part of the housing in the present invention. It is sectional drawing of the panel part of the housing in this invention. It is a combination figure (1) of the partial structure in the present invention. It is a three-dimensional figure (2) of the partial structure in this invention. It is a parts exploded view (2) of the partial structure in the present invention. It is a three-dimensional view of the display device of the present invention. It is a parts exploded view of a display device in the present invention. It is the figure which showed the use condition of the display apparatus in this invention. It is the front view which showed the use condition of the display apparatus in this invention. It is a combination figure (2) of the partial structure in this invention. It is a three-dimensional view of the support structure of the ossuary platform system in this invention. It is a partial structural combination figure (1) of the support structure of the ossuary platform system in this invention. It is a partial structural combination figure (2) of the support structure of the ossuary platform system in this invention. It is a partial structural combination figure (3) of the support structure of the ostium platform in this invention. It is the figure which showed the use condition of the position fixing part of the support structure of the ossuary platform system in this invention. It is a three-dimensional view of the position fixing tube of the support structure of the ossuary platform system in this invention. It is a parts exploded view of the position fixing pipe of the support structure of the ossuary platform system in the present invention. It is a three-dimensional view of the support | pillar of the support structure of the ossuary platform system in this invention. It is a parts exploded view of the support | pillar of the support structure of the ossuary platform system in this invention. It is a three-dimensional view of the position fixing part of the support structure of the ossuary platform system in this invention. It is a three-dimensional figure of the fixed pipe of the support structure of the ossuary platform system in this invention. It is a three-dimensional view (1) of the fixed part of the support structure of the ossuary platform system in this invention. It is the figure (1) which showed the use condition of the fixed part of the support structure of the ossuary platform system in this invention. It is a three-dimensional view (2) of the fixed part of the support structure of the ossuary platform system in this invention. It is the figure (2) which showed the use condition of the fixed part of the support structure of the ossuary platform system in this invention. It is Example (1) of the Example of this invention. It is Example figure (2) of this invention.

Below, the ossuary platform system of this invention is demonstrated, referring a figure.
A first embodiment of the present invention will be described with reference to FIGS. The ossuary platform system (1) of the present invention includes a support structure (A1) for the ossuary platform system, a plurality of display devices (3), a plurality of housings (4), and a plurality of fixing parts (52). Among these, the ossuary platform system is arranged in a matrix form, and the width and height of the arrangement are determined according to the actual size of the building of the ossuary.

The display device (3) includes a box portion (31), a mirror (32), a transparent plate (33), brown glass (34), black glass (35), a plurality of optical fibers (36), and a light source (37). . Of these, the box portion (31) has an internal space. The mirror (32) is installed in the bottom layer in the box portion (31). The transparent plate (33) is installed above the mirror (32) in the box portion (31), and keeps a certain distance from the mirror (32). The brown glass (34) is installed above the transparent plate (33) in the box portion (31), and further keeps a certain distance from the transparent plate (33). Since the surface of the brown glass (34) is covered with mirror paper, when light from the outside is irradiated onto the brown glass from the black glass, it is reflected by the mirror paper, and the conductive action of the optical fiber. Avoid interference with the generated light spot. The black glass (35) is installed above the brown glass (34) in the box portion (31) and keeps a certain distance from the brown glass (34). The black glass is hardly visible when light is not turned on. The plurality of optical fibers (36) pass through the mirror (32) from the bottom to the top, and the tip of the optical fiber (36) is connected to the lower surface of the transparent plate (33). The light source (37) is installed below the mirror (32) in the box portion (31). The light beam projected by the light source (37) is conducted to the transparent plate (33) through the optical fiber (36) to form a light spot on the transparent plate. And the glare is relieved by the shielding action of the brown glass (34) and the black glass (35). At the same time, a dark part is formed around the light spot, so that it has a virtual visual effect that stars in the night sky are blinking, and a world of paradise as if many stars are blinking in the dark night world. Produce an image. Of these, two symmetrical slopes (311) are provided at both ends of the box portion (31) of the display device (3). A plurality of partition parts (312) are installed on the inner wall of the box portion (31), so that the mirror (32), the transparent plate (33), the brown glass (34), and the black glass ( 35) are installed at regular intervals. Further, a tempered glass (351) is further installed on the upper surface of the black glass (35) to protect the black glass from damage and at the same time allow light to pass through.

The said housing (4) is provided with an ossuary box structure (41), a panel part (42), and a screw (43). The bone box structure (41) has an internal space for housing the urn (6). Two double door doors (411) are installed on the inner edge of the bone box structure (41). By installing the door plate (411), the internal space of the ossuary box structure (41) is distinguished from the outside.

The panel portion (42) includes a front panel (421), a circuit board (422), a transparent body (423), and an outer frame (424). Among these, an embossed plastic image formed by integral molding or secondary processing is placed inside the transparent body (423). A glass craft is used as the material of the transparent body (423), but it is also possible to manufacture the transparent body (423) using a light-transmitting material such as crystal, general glass, acrylic, or resin. The sculpture can be a relief Buddha image or any religious design. The circuit board (422) uses a deformable flexible circuit board. A concave slot is installed outside the front panel (421). A plurality of LEDs (4221) are installed on the circuit board (422). The circuit board (422) is attached to the inside of the concave slot in a form that is bent in a rectangular shape and closely contacts the inner edge of the concave slot of the front panel (421). The transparent body (423) is installed inside the concave slot. The outer frame (424) is installed to cover the outside of the front panel (421). Among these, the circuit board (422) simultaneously surrounds the periphery of the transparent body (423). Accordingly, the LED (4221) of the circuit board (422) projects a light beam from the periphery of the transparent body (423) to the inside of the transparent body (423), thereby producing a majestic and solemn visual effect. Further, the panel portion is connected to the ossuary box structure to shield the ossuary box structure and at the same time serve as a decoration.

Hinges (414) are further installed at the upper and lower ends of the outer edge of the ossuary box structure (41), respectively. A connecting shaft (4212) is further installed on the inner edge of the front panel (421) of the panel portion (42). Of these, a concave hole is provided at the tip of the connecting shaft (4212), and a short shaft projects from the bottom of the connecting shaft (4212). The short axis at the bottom of the connection shaft (4212) of the front panel (421) is inserted into the hinge (414) at the lower edge of the outer edge of the ossuary box structure (41). The screw (43) penetrates the storage hinge (414) at the upper edge of the outer edge of the bone box structure (41) to the concave hole at the tip of the connection shaft (4212) of the front panel (421). Inserted. Therefore, the panel portion (42) is installed in close contact with the outer edge of the ossicle box structure (41), and the panel portion (42) covers a side of the ossicle box structure (41). Become. And the said ossuary box structure and the said panel part are installed in the said hinge by the said screw and the said connection axis | shaft, and the connection of hinge type is completed mutually. With such a connection method, the panel portion can be easily attached and detached during maintenance at a later date.

Furthermore, an internal contact switch (412) and a plurality of LED contact switches (413) are installed on the outer end face of the ossuary box structure (41). A plurality of conductive devices (4211) are installed on the inner end surface of the front panel (421) of the panel portion (42). The internal contact switch (412) is a light source (37) inside the ossicle box structure (41), the LED contact switch (413) is a power source inside the ossicle box structure (41), and the conductive device (4211). ) Are electrically connected to the LEDs (4221) of the circuit board (422) of the panel portion (42), respectively. When the panel portion (42) is closed by the ossicle box structure (41) and is in a closed state, the conductive device (4211) on the inner end surface of the front panel (421) of the panel portion (42) becomes the ossicle. Box structure (41) A contact circuit corresponding to the LED contact switch (413) on the outer end surface is joined to form a power supply circuit, and the LED (4221) of the circuit board (422) is caused to emit light, A light beam is projected inside the transparent body (423) of the panel portion (42). On the contrary, when the panel portion (42) is opened from the outer side edge of the ossicle box structure (41) and is opened, the internal contact switch (412) on the outer end surface of the ossicle box structure (41) is turned on. The power supply circuit is activated to form a power supply circuit, and a light source (37) installed inside the osteoid box structure (41) is caused to emit light, thereby projecting a light beam into the internal space of the osteoid box structure (41). Make it easier to store and take out.

The support structure (A1) of the ostium platform system includes a position fixing tube (A2), a plurality of support posts (A3), a fixing tube (A4), a plurality of supporting tubes (A5), a plurality of position fixing parts (A6), a plurality of A fixed portion (A7) and a plurality of fixed pieces (A8).

A plurality of holes (A91) are installed at the bottom of the position fixing tube (A2), and a fixing part (A92) is installed outside the hole (A91). A hole (A91) is installed in the uppermost end surface of the column (A3), and a fixing part (A92) is installed outside the hole (A91). Screw portions (A61) are installed at both ends of the position fixing part (A6). A position fixing bar (A71) is installed on the end face of the fixed portion (A7). Both of one side of the column (A3) and one side of the fixed pipe (A4) have a plurality of notches (A93). Among these, the position fixing pipe (A2), the fixing pipe (A4), and the support pipe (A5) are rectangular pipes. The column (A3) is an H-shaped column (A3). The fixing part (A92) uses a nut. The fixed part (A7) uses a cross-shaped fixed part (A7) and a T-shaped fixed part (A7). The fixed piece (A8) is an L-shaped fixed piece (A8). The position fixing pipe (A2), the fixing pipe (A4), and the support pipe (A5) are C-type pipes, H-type pipes, or circular pipes. The column (A3) may be a square column, a C column, or a circular column.

The column (A3) is connected and installed on the bottom of the position fixing pipe (A2) by the position fixing part (A6). Among these, the screw part (A61) at one end of the position fixing part (A6) penetrates the hole (A91) at the bottom of the position fixing pipe (A2) and fixes the position fixing pipe (A2). Installed on the part (A92) in screw form. The screw part (A61) at the other end of the position fixing part (A6) penetrates the hole (A91) in the uppermost end surface of the column (A3), and the fixing part (A92) of the column (A3). Installed in screw form.

The other end of the column (A3) is installed in close contact with the chip (A93) on the side of the fixed pipe (A4). The support pipe (A5) is installed laterally in the chip opening (A93) at the same height as the support post (A3). The fixed portion (A7) is installed correspondingly so as to cover the outside of the support pipe (A5) installed in the notch (A93) of the column (A3). The fixed piece (A8) includes a periphery of the position fixing pipe (A2) and the uppermost portion of the column (A3), the other end side of the column (A3), both sides of the ground, and a side of the fixed tube (A4). Connected and fixed to both sides of the ground. And the said frame (4) which accommodates an urn in an inside is directly installed in the storage space formed in the support structure (A1) of the said ostium platform system.

The support structure (A1) of the ostium platform system is connected and installed to the bottom of the position fixing tube (A2) and the uppermost end face of the column (A3) by the position fixing part (A6). The screw part (A61) of the part (A6) and the fixing part (A92) are adjusted and installed by mutual combination. Therefore, it is possible to adjust the installation height of the column (A3) according to the actual height of the floor. Furthermore, since the support structure (A1) of the ossuary platform system is installed according to the actual floor height and is closely adhered between the ceiling and the floor, the support structure (A1) of the ostium platform system is It also has the effect of strengthening the functions that support the structure.

The display device (3) is installed between the position fixing bars (A71) of the fixing portion (A7) of the support structure (A1) of the ostium platform system, respectively. The slope (311) at one end of the box portion (31) of the display device (3) conflicts with the slope (311) at one end of the box portion (31) of the other display device (3). The fixing part (52) is fixed to the tip of the position fixing bar (A71) in the form of a screw, and at the same time, by pressing and fixing the end surface of the display device (3), the display device (3) Is firmly fixed to the support structure (A1) of the ostium platform system. Of these, the fixing part (52) has a screw part on the head. And the said housing (4) is installed in the internal space of the support structure (A1) of the said ossuary platform system.

As described above, the embodiments of the present invention have been described in detail with reference to the drawings. However, the specific configuration is not limited to these embodiments, and design changes and the like within the scope of the present invention are not limited. Even if it exists, it is included in this invention.

(1) Ostar platform system
(3) Display device (31) Box part (311) Slope (312) Partition part (32) Mirror (33) Transparent plate (34) Brown glass (35) Black glass (351) Tempered glass (36) Optical fiber (37) Light source (4) Housing (41) Skeleton box structure (411) Door plate (412) Internal contact switch (413) LED contact switch (414) Hinge (42) Panel part (421) Front panel (4211) Conductive device (4212) Connection shaft (422) Circuit board (4221) LED
(423) Transparent body (424) Outer frame (43) Screw (52) Fixing part (6) Antique (A1) Support structure of ossuary platform system (A2) Position fixing tube (A3) Post (A4) Fixing tube (A5) Support pipe (A6) Position fixing part (A61) Screw part (A7) Fixing part (A71) Position fixing bar (A8) Fixing piece (A91) Hole (A92) Fixing part (A93) Chip

Claims (15)

An ossuary platform system comprising a support structure for the ossuary platform system and a plurality of housings,
The housing is installed in an internal space of the support structure of the ossuary platform system, and includes an ossuary box structure and a panel part. Among these, the panel part is installed at an outer edge of the ossuary box structure,
The ossuary box structure has an internal space for storing an urn,
The panel portion includes a front panel, an electronic device that emits a light source, a transparent body, and an outer frame. A concave slot is installed outside the front panel, and both the electronic device and the transparent body are The ossuary platform system is installed in the concave slot of the front panel, and the outer frame is installed so as to cover the outside of the front panel. The electronic device refers in particular to a circuit board,
A plurality of LEDs are installed on the circuit board,
The circuit board is attached to the inside of the concave slot so as to closely contact the inner edge of the concave slot of the front panel, and the transparent body is installed inside the concave slot, of which the circuit The ossicle platform according to claim 1, wherein the board simultaneously surrounds the periphery of the transparent body, and therefore the LED of the circuit board projects a light beam from the periphery of the transparent body to the inside of the transparent body. system. An internal contact switch and a plurality of LED contact switches are installed on the outer end face of the ossicle box structure, and a plurality of conductive devices are installed on the inner end face of the front panel of the panel portion,
The internal contact switch is electrically connected to the light source inside the ossicle box structure, the LED contact switch is electrically connected to the power source inside the ossicle box structure, and the conductive device is electrically connected to the LED on the circuit board of the panel portion. When connected and the panel portion is closed to the ossicle box structure, the conductive device on the inner end surface of the front panel of the panel portion corresponds to the LED contact switch on the outer end surface of the ossicle box structure. And forming a power supply circuit by contacting them, and causing the LED of the circuit board to emit light, thereby projecting light rays into the transparent body of the panel portion, and conversely, the panel portion is When it is opened from the outer edge of the ossuary box structure and is in an open state, the internal contact switch on the outer end surface of the ossuary box structure is activated to form a power supply circuit. Burial Dan system of claim 2 that emit the installed light source, which is characterized in that projecting a light beam to the internal space of the burial box structure to.   The osteotomy platform system according to claim 3, further comprising a plurality of display devices, wherein the display devices are installed on an end surface on one side of a support structure of the osteosynthesis platform system. .   The display device includes a box part, a mirror, a transparent plate, brown glass, black glass, a plurality of optical fibers, and a light source. Among these, the box part has an internal space, and the mirror is in the bottom layer in the box part. Installed, the transparent plate is installed above the mirror in the box portion, keeping a certain distance from the mirror, the brown glass is installed above the transparent plate in the box portion, and the transparent plate Maintaining a certain distance, the surface of the brown glass is covered with a mirror paper, the black glass is installed above the brown glass in the box part, and is maintained at a certain distance from the brown glass. The optical fiber penetrates the mirror from the bottom to the top, the tip of the optical fiber is connected to the lower surface of the transparent plate, and at least one light source is installed below the mirror in the box portion. Light projected by 5. The ossuary according to claim 4, wherein a line is conducted to the transparent plate through the optical fiber to produce a visual effect like a light spot of a night sky star through the brown glass and the black glass. Platform system.   Two symmetrical slopes are installed at both ends of the box part of the display device, and a plurality of partition parts are installed on the inner wall of the box part, so that the mirror, the transparent plate, the brown glass 6. The ossuary platform system according to claim 5, wherein the black glass keeps a certain distance from each other, and a tempered glass is further installed on an upper surface of the black glass.   The inner edge of the ossicle box structure is provided with at least one door plate, and the door plate forms the inner space of the ossicle box structure so as to be distinguished from the outside. The ossicular platform system according to 6. The housing further includes a screw, hinges are further installed at upper and lower ends of the outer edge of the bone box structure, and a connection shaft is further provided at the inner edge of the front panel of the panel portion. Among them, a concave hole is installed at the tip of the connecting shaft, and a short shaft protrudes from the bottom of the connecting shaft,
The minor axis of the bottom of the connecting shaft of the front panel is inserted into the hinge at the lower edge of the outer edge of the bone box structure, and the screw passes through the hinge at the upper edge of the outer edge of the bone box structure. The panel portion is installed in close contact with the outer edge of the ossicle box structure by being inserted into the concave hole at the front end of the connecting shaft of the front panel, and the panel portion is the ossicle box structure. The ossuary system according to claim 7, wherein the osseous platform system is a door that covers one side.     The support structure of the ostium platform system includes at least one position fixing tube, a plurality of support columns, at least one fixing tube and a plurality of support tubes, and one end of the support column is installed at the bottom of the position fixing tube, and the fixing The ossuary platform system according to claim 8, wherein one side of the tube is installed at the other end of the support column, and the support tube is installed horizontally on the support column. The support structure of the ostium platform further includes a plurality of position fixing parts, each of the position fixing parts has a threaded portion, and the bottom of the position fixing tube is provided with a plurality of holes, On the outside, fixed parts are installed, a hole is installed on the uppermost end surface of the column, and a fixed part is installed outside the hole,
The post is connected to and installed at the bottom of the position fixing pipe by the position fixing part, and among these, the screw portion at one end of the position fixing part passes through the hole at the bottom of the position fixing pipe to fix the position. The ossuary system according to claim 9, wherein the osseous platform system is installed in a screw form on the fixed part of the tube. The support structure of the ostium platform system further includes a plurality of fixing portions,
A plurality of notches are further provided on one side of the support column, the support pipe is installed laterally at the notch at the same height position of the support column, and the fixing portion is disposed in the notch of the support column. Is installed correspondingly to cover the outside of the support tube installed in
The fixed pipe further includes a plurality of notches, and the other ends of the support columns are fixed in contact with the notches on the side of the fixed pipe. Item 11. The ossicular platform system according to item 10.     The support structure of the ostium platform system further includes a plurality of fixing pieces, the fixing pieces being around the position fixing tube and the top of the column, the other side of the column, both sides of the ground, and the fixing, respectively. The ossuary platform system according to claim 11, wherein the osseous platform system is fixed by being connected to both sides of the pipe and the ground.   The ossuary platform system according to claim 12, further comprising a position fixing bar on an end face of the fixing portion.     The ossicle platform system further includes a plurality of fixing parts, and the display devices are respectively mounted between the position fixing bars of the fixing portion of the support structure of the ostium platform system. The slope at one end of the box part touches the slope at one end of the box part of the other display device, and the fixing parts are fixed to the tip of the position fixing bar in the form of screws at the same time as the display. The osteotomy platform system according to claim 13, wherein the display device is firmly installed on a support structure of the osteosynthesis platform system by pressing and fixing an end face of the device. Inside the transparent body, further, a relief plastic image is installed,
The fixing part particularly refers to a head having a screw part, the circuit board refers to a flexible circuit board in particular, and the transparent body particularly refers to a glass craft, crystal, general glass, acrylic or resin, The position fixing pipe, the fixing pipe and the support pipe refer to, in particular, a square pipe, a C-type pipe, an H-type pipe or a circular pipe, and the column includes an H-type column, a square column, a C-type column or a circular column, in particular. 15. The fixing part refers to a cross-shaped fixing part or a T-shaped fixing part in particular, the fixing piece particularly refers to an L-shaped fixing part, and the fixing part particularly refers to a nut. The described ossuary platform system.

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