JP3111766U - Dome-shaped ossuary - Google Patents

Abstract

The present invention provides a dome-shaped ossuary that can be installed in a park without being limited to a large number of places.
A concrete structure 2 composed of a plurality of floors such as the second floor and the third floor serves as a skeleton, and the concrete structure 2 has a central portion 3 blown through, and a bone chamber 4 is provided around the blow-through. A bone locker 5 is provided in each level of the bone storage chamber 4.
[Selection] Figure 1

Description

  The present invention relates to an ossuary, and more specifically, a dome-shaped embankment is provided around a concrete structure in which an ossuary locker is disposed, and the surface of the embankment is provided with turf or an appropriate small size. It is a collective ossuary where trees are planted or stoned and the ossuary is installed in a park or the like so that it does not feel strange. Furthermore, the concrete structure is substantially cone, square pyramid or It is a triangular pyramid, and a solar power generation module is arranged on the outer wall of the concrete structure through an appropriate framework, and the necessary power inside the ossuary is covered by the solar power generation. It is.

  Traditionally, ossuaries and graves with ossuary rooms are widely known. One of the most famous tombs with a large ossuary is the tortoiseshell tomb, which has long been in the Okinawa region. However, now it has been transformed into this ancient turtle tomb, and it has become a single tortoise grave to be installed on the flat ground and a corporate-style burial tomb. Originally made of concrete, it is now changed to stone using granite. However, these graves also have large ossuary chambers, but they are so-called clan graves, and they were not structured to hold the remains of many people. Because of this, recently it is seen that collective bone lockers are installed in some temples, etc., but the bone lockers are limited to where they are installed and can be installed anywhere. could not.

  In addition, the applicant has separately developed a saddle-shaped collective bone locker and registered a utility model. Although the saddle-shaped collective bone locker is most suitable for installation in a cemetery, the bone locker is still exposed. Therefore, it could not be installed in other places.

  The problem to be solved is an ossuary that can be used for many ossuaries, and the idea that the idea is to solve is to develop an ossuary that can be installed in a park, regardless of the location. is there.

  The shape of the ossuary is completely different from that of the conventional ossuary, and the development of an ossuary without any sense of incongruity even if it is installed in a city or park is a means for solving the problem.

  The ossuary according to the present invention is a multi-level concrete structure provided with a chamber in which a collective ossicle locker is arranged, and the central part of the concrete structure is a colonnade space, A room for storing the bone locker is provided, and a daylighting unit is provided at the top of the space, and a pile is applied from the top to the periphery, except for the entrance to the structure. It is a dome-shaped ossuary that is planted with small trees, and is a multi-level concrete structure with a chamber in which a collective ossicle locker is placed. The central part of the concrete structure is blown out. A space for storing the collective bone locker around the space, a daylighting unit at the top of the space, and a mountain-shaped embankment from the top to the periphery, excluding the entrance to the structure, soil It is a dome-shaped ossuary with a suitable stone on the surface, and is a multi-level concrete structure with a chamber in which a collective ossicle locker is placed. The concrete structure is The appearance is a substantially cone or a substantially quadrangular pyramid or a substantially triangular pyramid, the central part of the interior is a hollow space, a room for storing a collective bone locker is provided around it, and a lighting part is provided at the top of the space, Since the outer wall of the concrete structure is a dome-shaped ossuary with a module for photovoltaic power generation arranged through an appropriate framework, the interior of the concrete structure is left with a space in the center. Since a collective bone locker is installed, hundreds of bones can be stored in a single ossuary, and a daylighting unit is provided at the top of the atrium. Can lead In addition, because the upper part of the concrete structure is mountain-shaped, that is, a dome-shaped earth, the surface of the earth is covered with grass, planted with small trees, and stoned. It matches with nature, and even if it is installed in the city or inside a park, there is no sense of incongruity with the surroundings. In addition, in the case where modules for photovoltaic power generation are arranged on the outer wall of a concrete structure through an appropriate framework, the power required inside the ossuary is secured, which is also effective for energy saving. It can be used to achieve various remarkable effects, such as being consistent with the concrete structures in the city and having no sense of incongruity.

  The present invention is a multi-level concrete structure provided with a chamber in which a collective bone locker is placed. The central part of the concrete structure is a blow-off space, and the collective bone locker is stored around the space. A room is provided at the top of the space and a daylighting unit is provided at the top of the space. It is a dome-shaped ossuary formed by trees, and is a multi-level concrete structure provided with a chamber in which a collective ossicle locker is arranged, and the central part of the concrete structure is an atrium space, A room for storing the collective bone locker is provided around the space, and a daylighting unit is provided at the top of the space. Is It is a dome-shaped ossuary with a suitable stone, and is a multi-level concrete structure provided with a chamber in which a collective ossicle locker is arranged. A square pyramid or a triangular pyramid. The central part of the interior is a hollow space, a room for storing a collective bone locker is provided around it, a lighting section is provided at the top of the space, and the outer wall of the concrete structure. Is a dome-shaped ossuary in which modules for photovoltaic power generation are arranged through an appropriate framework.

  FIG. 1 is a cross-sectional perspective view for explaining the structure of the ossuary, and FIG. 2 is a cross-sectional side view for explaining the inside of the ossuary. FIG. 3 is a partial plan view. FIG. 4 is a perspective view of the osteotomy locker, and FIG. 5 is a side view of the osteosynthesis locker. FIG. 6 is a side view of the second embodiment.

  In the dome-shaped ossuary 1, a concrete structure 2 composed of a plurality of floors such as the second floor and the third floor serves as a skeleton. . A bone locker 5 is disposed in the bone storage chamber 4 of each level. As the osteotomy locker 5, a single locker may be appropriately placed as shown in FIGS. 1 and 2, but the osteolysis locker 5 as shown in FIGS. 4 and 5 is arranged in the osteolysis chamber 4. Also good. The shape and structure of the osteotomy locker 5 are not limited. Reference numeral 6 denotes a pillar that supports the floor 7 of each floor. A daylighting unit 8 is provided at the top of the central portion of the atrium so that sunlight is guided into the ossuary. Although not shown, a staircase that goes up to the upper floor is installed, and an entrance is formed on the first floor. There is a place of worship in the central atrium lobby 9 on the first floor. For the worshiper, the position of the bone locker 5 to be worshiped by the computer can be determined in detail, and the worshiper is guided to the bone locker 5.

  At the periphery of the entrance of the concrete structure 2 and at the upper part of the lighting part 8 except for the daylighting section 8, a pile 10 is formed, that is, a dome shape is formed on the whole, and the surface 11 of the pile 10 is turfed or a small tree. Planting.

  Instead of turfing or small tree planting on the surface 11 of the earth pile 10, it may be stoned, or turfing or small tree planting and stone paving may be combined.

  The concrete structure 2 has a substantially conical shape, a substantially quadrangular pyramid shape, or a substantially triangular pyramid shape, and a module 12 for photovoltaic power generation is disposed on the outer wall of the concrete structure 2 via an appropriate frame or the like. . It is desirable from the viewpoint of efficiency that the module 12 is disposed on three surfaces in the southeast direction and the west direction. The north side where the module 12 is not disposed is made of glass similar to the module 12.

  The ossuary according to the present invention is a multi-level concrete structure 2 provided with an ossuary chamber 4 in which a collective ossicle locker 5 is disposed, and the central part 3 of the concrete structure 2 is a space for a blow-off, The ossuary chamber 4 that houses the collective ossicle locker 5 is provided around the space, the daylighting unit 8 is provided at the top of the space, and the embankment 10 is applied in a mountain shape from the top to the periphery, except for the entrance of the structure. The surface 11 of the earth pile 10 is a dome-shaped ossuary 1 that is turfed or planted with appropriate small trees, and further includes a ossuary chamber 4 in which a collective ossicle locker 5 is provided. It is a concrete structure 2 in a hierarchy, and the central part 3 of the concrete structure 2 is a hollow space, a ossuary chamber 4 is provided around the space to store a collective osseocratic locker 5, and a lighting part is provided at the top of the space 8 and A dome-shaped ossuary 1 is formed by applying a pile 10 in the shape of a mountain from the top, except for the entrance of an object, and an appropriate stone is attached to the surface 11 of the pile 10, and further, a collective bone locker inside. 5 is a multi-level concrete structure 2 provided with a calcaneal chamber 4 in which 5 is arranged. The concrete structure 2 has a substantially conical shape, a substantially quadrangular pyramid shape, or a substantially triangular pyramid shape. The ossuary chamber 4 for housing the collective ossicle locker 5 is provided around it, the daylighting unit 8 is provided at the top of the space, and the outer wall of the concrete structure 2 is used for photovoltaic power generation through an appropriate framework. Since the dome-shaped ossuary 1 is provided with the module 12, the collective ossicle locker 5 is disposed around the concrete structure 2, leaving a space in the center 3. , One The ossuary can deliver hundreds of bones, and the daylighting unit 8 is provided at the top of the atrium, so that sunlight can be guided into the ossuary 1 and from the periphery of the concrete structure 2 The upper part is a mountain shape, that is, a dome-shaped embankment 10, and the surface 11 of the embankment 10 is turfed, planted with small trees, or stoned, so it matches the nature, Even if installed inside the park, there is no sense of incongruity with the surroundings. Further, in the case where the photovoltaic power generation module 12 is disposed on the outer wall of the concrete structure 2 through an appropriate framework, the electric power required inside the ossuary 1 is secured. However, the industrial applicability is extremely large, such as being able to obtain various remarkable effects such as being in agreement with concrete buildings in the city and having no sense of incongruity.

  It is the perspective view which carried out the cross section for demonstrating the structure of an ossuary.   It is the side view which carried out the cross section for demonstrating the inside of an ossuary.   It is a partial top view.   It is a perspective view of an osteosynthesis locker.   It is a side view of an osteosynthesis locker.   It is a side view of a 2nd Example.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Dome-shaped ossuary 2 Concrete structure 3 Central part 4 Ossification room 5 Osseal locker 6 Pillar 7 Floor 8 Daylighting part 9 Lobby 10 Earth pile 11 Scale surface 12 Solar power generation module

Claims (3)

  It is a multi-level concrete structure with a chamber to place a collective bone locker inside, and the central part of the concrete structure is a blow-off space, and a room to store the collective bone locker is provided around the space. In addition to providing a daylighting unit at the top of the space, except for the entrance of the structure, a mountain shape is applied from the top to the periphery, and a lawn or an appropriate small tree is planted on the surface of the surface Dome-shaped ossuary.   It is a multi-level concrete structure with a chamber to place a collective bone locker inside, and the central part of the concrete structure is a blow-off space, and a room to store the collective bone locker is provided around the space. A dome-shaped ossuary with a daylighting section at the top of the space, with a mountain-shaped embankment from the top, except for the entrance to the structure, and with an appropriate stone on the surface of the embankment.   It is a multi-level concrete structure provided with a chamber in which a collective bone locker is placed. The concrete structure has a substantially conical shape, a substantially quadrangular pyramid shape, or a substantially triangular pyramid shape. A space for storing the collective bone locker is provided around it, a daylighting unit is provided at the top of the space, and a module for photovoltaic power generation is arranged on the outer wall of the concrete structure through an appropriate framework. Dome-shaped ossuary.

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