JP6032627B1 - Eternal generation system and eternal generation facility - Google Patents

Abstract

An attractive permanent generation system is provided by increasing the choices of a permanent generation system according to each user's preferences and budget. A first permanent feeding system that uses a first urn, a second permanent feeding system that uses a second urn that contains crushed bone, and a third that uses a third urn that contains a remains. This is a permanent service system including 3 permanent service systems. The permanent feeding system is implemented using a permanent feeding facility 1 including an osteotomy chamber 2 in which first, second, and third urns are placed, and a joint chamber 3 in which crushed bones are stored. The crushed bone is mixed with an osteolysis promoting material and stored in a biodegradable bag, and the bag is stored in the joint chamber 3. [Selection] Figure 6

Description

  The present invention relates to a permanent farming system, and also relates to a permanent farming facility suitable for use in constructing the permanent farming system.

  Due to social phenomena such as the recent progress in the nuclear family and the declining birthrate, increased transfers to various parts of the country, the absence of successors due to prolonged overseas assignments, and difficulties in obtaining cemeteries in the city, etc. It has become difficult to provide permanent cemetery with graves.

  For this reason, there are an increasing number of bereaved families who have entrusted temples with permanent service. By the way, as described in Patent Document 1 and Patent Document 2 as a conventional permanent service system by such commissioning, the cremation remains were placed in the ossuary chamber for a predetermined period, and the remains after the predetermined period has elapsed. However, in recent years, it has been increasing that cremation remains are stored in the joint room from the beginning.

  However, the conventional permanent feeding system has limited options and could not satisfy the diversified needs of the permanent feeding system (user preferences, budget, etc.).

Utility Model Registration No. 3161606 Utility Model Registration No. 3179724

  The present invention is a permanent feeding system that combines a feeding system in an ossuary room that rests an urn and a feeding system in a ligation room, and can increase the options of a permanent feeding system that suits each user's preferences, budget, etc. The issue is to provide a permanent generation system that can provide an attractive permanent generation system. In addition, the number of urns placed in the ossuary chamber can be increased, thereby improving the accommodation efficiency of the ossuary chamber, and reducing the volume of the stored remains etc. in the ligament chamber. The issue is to provide a permanent feeding system that can be used for a long time and can contribute to the reduction of permanent feeding. Further, it is an object of the present invention to provide a permanent service facility suitable for use in the implementation of the permanent service system.

In order to solve the above problems, the present invention employs the following means.
That is, the permanent farming system according to the present invention pays the first permanent farming system with payment of the first permanent farming fee and the second permanent farming fee set higher than the first permanent farming fee. And a third permanent service system that involves payment of a third permanent service fee set higher than the second permanent service fee. The first permanent service system stores in the first antique a part of the remains left by a user, such as a temple, shrine, church, funeral company, stone house, etc., in the first antique. After it is placed in the ossuary and the yearly death set for 1 to 50 years by the contract is over, the remains in the first urn are crushed into crushed bones, and the crushed bones and the osteolysis promoting material And the whole is housed in a bag formed using a biodegradable material, and the bag is housed in a joint chamber. The pulverized bone and the bone degradation promoting material are mixed as a bone, and the whole is accommodated in a bag formed using a biodegradable material, and the bag is accommodated in a joint chamber. The second permanent service system pulverizes the remains left in the permanent service handler into pulverized bone, stores the crushed bone in a second urn, and rests the second urn in an ossuary chamber. After the yearly death set for 1 to 50 years by the contract is over, the crushed bone in the second urn and the osteolysis promoting material are mixed and the whole is made into a biodegradable material. The bag body is accommodated in a bag formed and used, and the bag body is accommodated in a joint chamber. The third permanent service system stores the remains as deposited by the permanent service handler in a third urn, and the third urn is placed in the ossuary and is set for 1 to 50 years by contract. After the retirement, the remains in the third urn are crushed into crushed bones, and the crushed bones and the osteolysis promoting material are mixed to make the whole using a biodegradable material. The bag is accommodated in the formed bag, and the bag is accommodated in the joint chamber. The size of each of the first, second, and third urns is set to 2-9, and the size of the second urn is set larger than the size of the first urn, The size of the third urn is set larger than the size of the second urn.

  The permanent feeding system sets the size of the first urn to 2 to 3 inches, sets the size of the second urn to 4 to 6 inches, and sets the size of the third urn to 7 to 9 inches. It is good to set to.

  In each of the above-mentioned permanent feeding systems, it is preferable to use an organic substance as the osteolysis promoting material.

  In each of the above-mentioned permanent feeding systems, it is preferable to use grain as the osteolysis promoting material.

  In each of the above-mentioned permanent feeding systems, the first permanent feeding fee is set to 1000 yen per month for the ossuary chamber for storage in the ossuary room and stored in the ligation room. The occupancy room ration for feeding is set to 30,000 yen for one time, and the second permanent ration is set to 2,000 yen per month for the ossuary ration, and the ligation room ration is set to Set as 30,000 yen for a one-time use, and the third permanent service fee is set at 3000 yen per month for the ossuary burial service and 30,000 yen for the ligation room service only once Can be set.

  In each of the above-mentioned permanent feeding systems, the first permanent feeding fee is set at 500 yen per month for the ossuary chamber feeding for resting in the ossuary room and stored in the ligation room. The occupancy room for rations is set to 1 to 30,000 yen for one time, and the second permanent ration is set to 1000 yen per month for the ossuary ration and the ligation room The third permanent fee is set to 1500 yen per month, and the ligation room fee is limited to one time. It can also be set to 1 to 30,000 yen.

  The permanent rehabilitation facility according to the present invention is a mixture of an ossuary chamber in which the first urn, the second urn and the third urn are placed, a pulverized bone obtained by pulverizing the remains, and an osteolysis promoting material. And a joint chamber for housing a bag formed of a biodegradable material, the first, second and third antiques having a size of 2 to 9 inches. The size of the second urn is set larger than the size of the first urn, and the size of the third urn is set larger than the size of the second urn. The first urn and the third urn are adapted to receive the remains including the throat Buddha, and the second urn accommodates the crushed bone obtained by pulverizing the remains. It is characterized by being made.

  Another aspect of the permanent recreation facility according to the present invention is configured to have excellent earthquake resistance, and includes the calcaneal chamber inside the first masonry structure, and inside the second masonry structure. The joint chamber is provided, the first masonry structure and the second masonry structure are adjacent to each other, and the first masonry structure and the second masonry structure are respectively stacked. The stacked upper and lower stones are connected and integrated, and anchor members are protruded from the lower surface of each masonry structure, and the bone storage tank constituting the joint chamber is formed of the first masonry structure. It is embedded in the ground with crotch between the lower part and the lower part of the second masonry structure. And both the said 1st masonry structure and the said 2nd masonry structure are being fixed to the ground via the foundation concrete part, and this foundation concrete part puts concrete into the placement recessed part provided in the said ground. A spiral pile formed by continuously twisting a strip-like plate in the direction of the pile axis at the bottom of the placement concave portion is embedded in the ground; The upper end portion of the spiral shape protrudes above the bottom portion, and the upper end portion is embedded in the foundation concrete portion. Further, the anchor member is embedded in the foundation concrete portion with the lower surface portion of the first and second masonry structures placed on the upper surface portion of the foundation concrete portion. It is.

  The permanent feeding system according to any one of claims 1 to 6 may be configured by using the ossuary room and the ligation room of the earthquake-resistant permanent feeding facility.

  In the present invention, the remains contained in the first, second, and third urns are all or a part of one remains.

The present invention has the following excellent effects.
(1) When using the permanent service system according to the present invention, it is possible to increase the options of the permanent service system according to each user's taste and budget, and to provide a more attractive permanent service system.

(2) When using the permanent feeding system according to the present invention, the size of the first, second, and third urns to be used is large and small so that the number of urns that can be placed in the ossuary chamber is increased. It becomes possible. This makes it possible to improve the housing efficiency of the urn in the ostium. In addition, according to the present invention, when the crushed bone is stored in the joint chamber, the pulverized bone is mixed with an osteolysis promoting material, and the whole is accommodated in a bag formed using a biodegradable material. And the structure which accommodates this bag body in a joint room is employ | adopted. Therefore, according to the present invention, the crushed bone and the bag are biodegraded. Therefore, it is possible to make the ligation room usable for a longer time by reducing the volume of the storage remains and the like in the ligation room. From these facts, according to the present invention, it is possible to reduce the permanent feed.

(3) When using the permanent service facility according to the present invention, the permanent service system can be suitably implemented. In particular, when the permanent service facility according to the present invention is constructed by embedding spiral piles in the ground, the seismic resistance of the permanent service facility can be improved, and the permanent service system according to the present invention ensures safety. And can be implemented permanently.

It is explanatory drawing explaining the 1st permanent generation system which concerns on this invention. It is explanatory drawing explaining the 2nd permanent feeding system which concerns on this invention. It is explanatory drawing explaining the 3rd permanent feeding system which concerns on this invention. It is a perspective view explaining the permanent generation facility used by this invention. It is the side view. FIG. It is a front view which shows the perspective view which shows a permanent recreation facility, and the 1st masonry structure which provides an ossuary room inside. It is a cross-sectional view of the first masonry structure. It is sectional drawing which shows the state which connected and integrated the upper and lower stone materials in a 1st masonry structure using the connection shaft. It is a side view which shows the 2nd masonry structure which provides a combination room. It is sectional drawing which shows the state which connected and integrated the upper and lower stone materials of a 2nd masonry structure using a connection shaft. It is a cross-sectional view of a second masonry structure. It is a perspective view explaining the structure of the accommodation empty room of a 2nd masonry structure.

  1 to 3, the permanent service system according to the present invention is configured by using the ossuary room 2 and the ligation room 3 provided in the permanent service facility 1 shown in FIG. 6, and payment of the first permanent service fee. A first permanent service system A1 (FIG. 1) with a second permanent service system A2 (FIG. 2) with a payment of a second permanent service fee set higher than the first permanent service fee, And the third permanent service system A3 (FIG. 3) with payment of the third permanent service fee set higher than the second permanent service fee. In each of the first, second, and third permanent feeding systems A1, A2, and A3, since the remains of each deceased are stored in separate urns in the case of feeding in the ossuary chamber 2, The deceased is identified by an urn. Therefore, individual feeding can be performed while apologizing for the deceased. And in the feeding in the said ligation room 3, the feeding in a ligation can be performed.

  The first permanent service system A1 will be described with reference to FIG. 1. Ashes (burned bones) 5 deposited by a user to a permanent service provider (for example, a temple) such as a temple, a shrine or a church, a funeral company, and a stone house. A part 6 is accommodated in, for example, a first urn 7 shown in FIG. 1, and the first urn 7 is placed in the ossuary chamber 2. After the yearly death set for 1 to 50 years by the contract is over, the first urn 7 is taken out from the ossuary chamber 2 and the remains 5 in the first urn 7 are crushed and crushed bone 9, the ground bone 9 and the osteolysis promoting material 10 are mixed and the whole is accommodated in a bag 11 having a required volume formed using a biodegradable material. It is supposed to be housed in. Then, the remaining bone residue 12 is pulverized into the pulverized bone 9, and the pulverized bone 9 and the osteolysis promoting material 10 are mixed to make the entire volume of the required volume formed using a biodegradable material. The bag body 11 is accommodated and the bag body 11 is accommodated in the joint chamber 3.

  The second permanent service system A2 will be described with reference to FIG. 2. The remains 5 deposited by the user to the permanent service handler such as a temple are crushed into crushed bones 9, and the crushed bones 9 The second urn 13 is placed in the ossuary chamber 2. After the yearly death set for 1 to 50 years by the contract is over, the second urn 13 is taken out from the ossuary chamber 2 and the crushed bone 9 in the second urn 13 and the bone decomposition promotion The whole material 10 is mixed and accommodated in the bag 11 having a required volume formed using a biodegradable material, and the bag 11 is accommodated in the joint chamber 3.

  The third permanent service system A3 will be described with reference to FIG. 3. The remains 5 deposited by the user in the permanent service handler such as a temple are accommodated in the third antique 15, and the third antique 15 Is placed in the osteotomy chamber 2. After the yearly death set for 1 to 50 years by the contract is over, the third urn 15 is taken out from the ossuary chamber 2 and the remains 5 in the third urn 15 are crushed and crushed bone 9, the ground bone 9 and the osteolysis promoting material 10 are mixed, and the whole is accommodated in the bag body 11 having a required volume formed using a biodegradable material. It is designed to be stored in the chamber 3.

  The sizes of the first, second, and third antipods 7, 13, and 15 are set to 2 to 9 inches. The size of the urn is usually displayed in the size of the cannula method, and each size represents the diameter of the torso part. The size of the second urn 13 is set larger than the size of the first urn 7, and the size of the third urn 15 is set larger than the size of the second urn 13. In this embodiment, the size of the first urn 7 is 2 to 3 for example, the size of the second urn 13 is 4 to 6 for example, and the size of the third urn 15 is For example, it is 7 to 9 inches. The first urn 7 accommodates important bones such as a throat bud in the remains. The crushed bone 9 is accommodated in the second urn 13. The ground bone 9 is reduced in volume because it is made of powdered bone, and can accommodate many parts of the bone. Further, since the third urn 15 has a relatively large volume, it can accommodate more remains 5 including the throat Buddha.

  The bag body 11 is configured by using a biodegradable material as described above, and is configured by, for example, a bleached cotton cloth. The bag 11 is accommodated in a state where the pulverized bone 9 and the osteolysis promoting material 10 are mixed, and then, for example, the string 16 of the bag 11 is drawn and bound, The accommodation opening 17 of the bag 11 can be closed in a shape. The form can be formed in, for example, a vertically long rectangular shape, and the lower side length can be set to about 20 cm and the height can be set to about 25 cm.

  As the osteolysis promoting material 10, organic materials such as cereals, rice husks, and walnut husks may be used. As the cereals, rice (preferably brown rice), beans, or the like may be used alone or in combination. These grains may be in the form of particles or powder. When brown rice is used as the osteolysis promoting material 10, the volume ratio of the ground bone 9 and the brown rice is set to 10: 1, for example.

  The first, second, and third permanent fertilizers are set as follows, for example. That is, in the first permanent feeding, the size of the first urn 7 placed in the ossuary chamber 2 is relatively small, such as 2 to 3 dimensions. In view of what can be done, the feeding amount in the ossuary chamber 2 to be placed in the ossuary chamber 2 is set at 1000 yen per month, and the feeding in the ligation chamber 3 for feeding in the ligation chamber 3 for feeding. Set the minute to 30,000 yen for one-time use. In addition, the second permanent feed is not the same as the size of the second urn 13 but smaller than the size of the third urn 15 because the size of the second urn 13 is smaller than the size of the third urn 15. The service portion is set to 2000 yen per month, and the service portion in the ligation room 3 is set to 30,000 yen only once. In addition, the third permanent service fee is the largest in the size of the third urn 15, so that the number of the third permanent service fee that can be placed in the ossuary chamber 2 is small. The price is set at 3000 yen per unit, and the feeding amount in the ligation room 3 is set at 30,000 yen only once.

  The first, second, and third permanent feeds can be set as follows, for example. In other words, the first permanent service fee is set to 500 yen per month in the ossuary chamber 2 for resting in the ossuary chamber 2 and provided once in the ligature chamber 3. Set as much as 1 to 30,000 yen. For example, 20,000 yen is set. The second permanent service fee is set to 1000 yen per month in the ossuary room 2 and to 1 to 30,000 yen in the ligation room 3 only once. For example, 20,000 yen is set. In addition, the third permanent service fee is set to 1500 yen per month in the ossuary room 2 and to 1 to 30,000 yen in the ligation room 3 only once. For example, 20,000 yen is set. As described above, when the first, second, and third permanent feeds are set relatively inexpensively, the size of the second urn 13 and the size of the third urn 15 may be set smaller. Good.

  Since such a permanent service system includes the first, second, and third permanent service systems, the user can select a system that suits his / her preferences and budget, thereby increasing the benefits for the user.

  As described above, in the first, second, and third permanent feeding systems A1, A2, and A3, the sizes of the first, second, and third antiques 7, 13, and 15 to be used depending on the amount of the permanent feeding. Therefore, the number of urns that can be placed in the ossuary chamber 2 is smaller than the case where these are standardized (for example, 5 dimensions for Kansai size and 7 dimensions for Kanto size). Can be increased. Thereby, the accommodation efficiency of the urn in the ossuary chamber 2 can be improved. In addition, the biodegradation of the crushed bone 9 accommodated in the bag body 11 by microorganisms is promoted by the organic matter, for example, brown rice, beans, etc., as the bone degradation promoting material 10, and the crushed bone 9 returns to the soil. Moreover, since the bag 11 is formed using a biodegradable material, the bag 11 is also biodegraded by microorganisms. As a result, the volume reduction of the items accommodated in the combination chamber 3 is promoted, so that the space in the combination chamber 3 can be efficiently utilized.

  Next, the configuration of the permanent recreation facility 1 will be described. 4 to 13, the permanent rehabilitation facility 1 includes the ossuary chamber 2 in which the first urn 7, the second urn 13, and the third urn 15 are placed, the crushed bone 9, and an osteolysis promoting material. 10 is provided with a combination chamber 3 for storing the bag body 11 in which the entire product 10 is mixed.

  More specifically, the permanent retreat facility 1 is configured as an earthquake-resistant permanent retreat facility, and the ossuary chamber 2 is provided inside the first masonry structure 19, and the second The joint chamber 3 is provided inside the masonry structure 20, and the first masonry structure 19 and the second masonry structure 20 are adjacent to each other. In the first masonry structure 19 and the second masonry structure 20, the stacked upper and lower stone materials 21 and 21 are connected and integrated. And as shown in FIG. 6, the anchor member 23 is protrudingly provided by the lower surface part 22 of this 1st, 2nd masonry structure 19, 20, The bone accommodation tank 25 which comprises the said joint chamber 3 is the said, The first masonry structure 19 is embedded in the ground 29 with crotch between the lower part 26 of the first masonry structure 19 and the lower part 27 of the second masonry structure 20.

  The first masonry structure 19 and the second masonry structure 20 are both fixed to the ground 29 via a foundation concrete portion 30, and the foundation concrete portion 30 is provided on the ground 29. It is formed by placing concrete in the placing recess 31. A spiral pile 34 formed by continuously twisting a strip-like plate 33 in the pile axis direction at the bottom 32 of the placement recess 31 is buried in the ground 29, and the spiral pile 34 A spiral upper end portion 35 protrudes above the bottom portion 32, and the upper end portion 35 is embedded in the foundation concrete portion 30. The anchor member 23 is embedded in the foundation concrete portion 30 with the lower surface portions 22 and 22 of the first and second masonry structures 19 and 20 placed on the upper surface portion 36 of the foundation concrete portion 30. It has been entered.

  In the present embodiment, as shown in FIGS. 4 to 9, the first masonry structure 19 includes support members 39, 39, made of a stone material 21 at four corners on a rectangular plate-like floor board member 37 made of a stone material. 39 and 39 are erected. As shown in FIGS. 8 to 9, each column member 39 is provided with a shaft insertion hole 40 that is continuous in the vertical direction along the axis thereof, and the connecting shaft 41 is inserted into the shaft insertion hole 40. . Further, in the front part 42, the rear part 43, and the left and right side parts 45, 45 of the osteotomy chamber 2, as shown in FIG. The both side portions 47, 47 are held in an upright state in which they are fitted into fitting grooves 49, 49 provided on the opposing surface portions of the opposing strut members 39, 39.

  As shown in FIG. 5, the upper end 50 of each of the support members 39, 39, 39, 39 is at the same height, and a rectangular plate-like top plate member 51 made of stone is placed on the upper end 50. A rectangular frame member 52 made of stone is placed on the top plate member 51, and a roof member 53 made of stone is placed thereon. On the roof member 53, a kannon image, an Olympic tower, and the like are appropriately placed.

  Further, as shown in FIG. 7, the plate-like member 46 forming the front surface portion 42 is provided with an entrance / exit opening 55 at the center thereof, and a door 56 is connected to the entrance / exit opening 55 via a hinge. By being attached, an entrance / exit 57 of the ossuary chamber 2 formed inside the first masonry structure 19 can be opened and closed by the door 56. Further, as shown in FIGS. 4 to 5 and 7, slide groove portions 60 for attaching the name plate by sliding are provided in upper and lower multi-stages on the outer surface portions 59, 59 of the left and right side surface portions 45, 45. .

  As shown in FIGS. 6 and 7B, stainless steel shelves 61 and 61 for juxtaposing the urn are provided on the left and right sides of the ossuary chamber 2, for example, in five stages. A worshiper can enter and exit the ossuary chamber 2 through the doorway 57.

  In the present embodiment, the second masonry structure 20 is positioned on the rear side of the first masonry structure 19 (for example, a distance of about 240 mm) as shown in FIGS. It is provided and has a height lower than that of the first masonry structure 19, and a flower table member 63, a candlestick member 65, and the like can be arranged on the upper surface portion 62.

  More specifically, as shown in FIGS. 4 and 10 to 12, the second masonry structure 20 includes a base member 66 having the same width in the left-right direction as the floor plate member 37 of the first masonry structure 19. At four corners of the floor plate member 37 placed on the front portion 67, support members 69, 69, 69, 69 made of stone are erected. As shown in FIGS. 10 to 11, each column member 69 is provided with a shaft insertion hole 70 that is continuous in the vertical direction along its axis, and the connecting shaft 71 is inserted through the shaft insertion hole 70. As shown in FIG. 12, in the front surface portion 72 and the side surface portions 73, 73, a plate-like member 75 made of stone is disposed between the adjacent support members 69, 69 so that the both side portions 76, 76 are left and right. The support members 69 are held in a standing state in which they are fitted into fitting grooves 77 provided on the opposing surface portions of the support members 69. Further, as shown in FIGS. 4, 6, and 10, a ventilation hole 80 for ventilating the inside of the storage vacant space 79 is formed in the upper part of both plate-like members 75, 75 constituting the both side surfaces 73, 73. , 80 are provided.

  Further, as shown in FIGS. 4 and 12, door plates 81, 81 made of a stone material that can be opened and closed like a double door are provided between adjacent support members 69, 69 located on the rear side. As shown in FIG. 6, a ventilation port 82 is provided in the upper part of the plate-like member 75 constituting the front portion 72 (FIG. 12), and the ventilation port 82 is shown in FIGS. As described above, the inside 86 of the bone storage tank 25 can be ventilated by communicating with the upper portion 83 of the bone storage tank 25 via the communication pipe 85.

  As shown in FIG. 10, the upper end 87 of each of the support members 69, 69, 69, 69 is at the same height, and the upper end 87 of the support members 69, 69, 69, 69 has a rectangular shape made of a stone material 21. A top plate member 89 having a plate shape is placed, and an object table member 90 having a rectangular plate shape made of the stone material 21 is placed on the top plate member 89. A rear portion 91 (FIG. 4) of the base member 66 constitutes a worship space.

  However, when the door plates 81, 81 are opened as indicated by the alternate long and short dash line in FIG. 12, the storage vacant space 79 is opened. The bottom surface 92 of the storage vacant space 79 is provided with the storage opening 95 (FIGS. 6 and 12 to 13) that can be opened and closed by a cover plate 93. As shown in FIG. 6, the base member 66 communicates with the opening 96 and communicates with the substantially center 99 of the upper end opening 97 of the bone storage tank 25. Further, as shown in FIG. 13, a communication opening 101 communicating with the inside 86 (FIG. 6) of the bone storage tank 25 is provided on the bottom surface portion 92 at a side of the storage opening 95. The lower end portion of the communication pipe 85 as an L-shaped bellows duct is connected to the communication opening 101.

  In the permanent recreation facility 1 according to the present invention, the lower and upper masonry structures 19 and 20 in which the stacked upper and lower stone materials 21 and 21 are connected and integrated as described above. The foundation concrete portion 30 is formed by placing concrete in a placement recess 31 provided on the ground, and as shown in FIG. The spiral pile 34 formed by continuously spirally twisting the strip-shaped plate 33 in the pile axis direction at the bottom 32 of the pile is embedded in the ground 29, and the spiral upper end side portion 35 of the spiral pile 34. Projecting upward at the bottom 32, the upper end side portion 35 is embedded in the foundation concrete portion 30, and the anchor member 23 is connected to the first and second masonry structures 19, 20. Lower surface portions 22 and 22 are the above-mentioned basic concrete portions. While placed on the upper surface portion 36 of 0, it adopts a configuration formed by embedded in the foundation concrete portion 30.

  Therefore, according to the present invention, the first concrete structure 19 and the second masonry structure 19 and 20 having improved earthquake resistance are firmly integrated with the ground 29 via the spiral pile 34, and The first and second masonry structures 19 and 20 can be firmly fixed to the ground 29 via the anchor members 23 protruding from the lower surface portions 22 and 22 and embedded in the foundation concrete portion 30. As a result, the first and second masonry structures 19 and 20 can be firmly fixed to the ground 29 while ensuring high earthquake resistance. It is possible to prevent the first and second masonry structures 19 and 20 from rolling over and tilting from the ground 29.

  This can be achieved when the spirally twisted portion of the spiral pile 34 is biting into the ground 29 and the spiral pile 34 and the ground 29 are engaged with each other in a large area. Because the ground 29 and the ground 29 are in an integrated state, the spiral pile 34 is difficult to escape from the ground even when a force that lifts the spiral pile 34 due to vibration during an earthquake acts. Then, the spirally twisted portion forming the upper end side portion 35 of the spiral pile 34 in an integrated state with the ground 29 is in a state of biting into the foundation concrete portion 30, and the upper end side portion 35 and the This is because the engagement with the foundation concrete portion 30 is performed in a large area, and the upper end side portion 35 and the foundation concrete portion 30 are in a strongly integrated state. In addition, the first and second masonry structures 19 and 20 having excellent earthquake resistance are stably installed on the upper surface portion 36 of the foundation concrete portion 30, and the first and second masonry structures. This is because 19 and 20 are firmly fixed to the foundation concrete portion 30 through the anchor member 23 in a stable state.

  In this embodiment, the storage opening 95 is communicated with the substantial center of the upper end opening 97 of the bone storage tank 25, so that the bag body 11 is inserted into the joint chamber 3 through the storage opening 95. When storing, it is easy to store in the joint room 3 without any deviation.

  When the ossuary room 2 and the ligation room 3 are provided outdoors as in the case of the permanent service facility 1 having such a configuration, when the permanent service facility 1 is configured to be earthquake resistant, the safety system of the permanent service system according to the present invention is ensured. Can be implemented permanently.

  The present invention is by no means limited to that shown in the above-described embodiments, and various design changes can be made within the scope of the claims.

(1) The ossuary chamber 2 and the ligation chamber 3 are provided adjacent to each other in an integrated state as described above, and the ossuary chamber 2 is provided indoors, such as a temple main hall, while the ligature chamber 3 is provided on the ground. It may be provided in a place where both are separated, such as being embedded in

(2) The permanent service system according to the present invention is a bag formed by using a biodegradable material as a whole of the remains left by the user, such as temples, shrines, churches, funeral companies, stone houses, etc. It may be configured to include a fourth permanent feeding system that is housed in the body 11 and that houses the bag body 11 in the joint chamber 3. In this case, the permanent fertilizer (fourth permanent fertilizer) is set to, for example, 30,000 yen only once.

(3) Various known means can be adopted as means for closing the accommodation opening 17 of the bag 11 in which the whole of the mixture of the pulverized bone and the osteolysis promoting material is accommodated. It is not specified as a means for drawing and binding the string 16.

DESCRIPTION OF SYMBOLS 1 Permanent recreational facility 2 Osteotomy room 3 Joint room 5 Ashes 7 1st urn 9 Ground bone 10 Osteolysis promotion material 11 Bag body 13 2nd urn 15 3rd urn 16 String 17 Receiving port 19 First masonry structure 20 Second Masonry Structure 21 Stone 23 Anchor Member 25 Bone Reservoir 29 Ground 30 Foundation Concrete Portion 31 Casting Concavity 32 Bottom 33 Strip Plate 34 Spiral Pile 35 Upper Side

Claims (9)

A first permanent service system with payment of a first permanent service fee, a second permanent service system with payment of a second permanent service fee set higher than the first permanent service fee, A third permanent service system with payment of a third permanent service fee set higher than the second permanent service fee,
The first permanent service system stores in the first antique a part of the remains left by a user, such as a temple, shrine, church, funeral company, stone house, etc., in the first antique. After it is placed in the ossuary and the yearly death set for 1 to 50 years by the contract is over, the remains in the first urn are crushed into crushed bones, and the crushed bones and the osteolysis promoting material And the whole is housed in a bag formed using a biodegradable material, and the bag is housed in a joint chamber. The pulverized bone and the osteolysis promoting material are mixed as a bone, and the whole is accommodated in a bag formed using a biodegradable material, and the bag is accommodated in a joint chamber,
The second permanent feeding system pulverizes the remains left by the user to the permanent care handler to form crushed bone, stores the crushed bone in a second urn, and places the second urn in an ossuary chamber. After aging and the yearly death set between 1 and 50 years by the contract, the crushed bone in the second urn and the osteolysis promoting material are mixed to make the whole biodegradable. The bag is formed using a material, and the bag is stored in a joint chamber.
The third permanent service system stores the remains as deposited by the user to the permanent service handler in a third urn, rests the third urn in the ossuary, and contracts for 1 to 50 years After the yearly death set in (3) is over, the remains in the third urn are crushed to form crushed bone, and the crushed bone and osteolysis promoting material are mixed together to make a biodegradable material. It is made to house in a bag formed using, and the bag is housed in a joint chamber,
The size of each of the first, second, and third urns is set to 2-9, and the size of the second urn is set to be larger than the size of the first urn, A permanent feeding system characterized in that the size of the urn is set larger than the size of the second urn.   The size of the first urn is set to 2-3, the size of the second urn is set to 4-6, and the size of the third urn is set to 7-9. The eternity feeding system according to claim 1, wherein:   The permanent feeding system according to claim 1 or 2, wherein the osteolysis promoting material is an organic substance.   The permanent feeding system according to claim 1 or 2, wherein the osteolysis promoting material is a grain.   The first permanent service fee is set at 1000 yen per month for the ossuary room to be kept in the ossuary room, and the ligation room service for storage and feeding in the ligation room The second permanent fee is set at 2,000 yen per month and the ligation room fee is limited to one time. It is set at 30,000 yen, and the third permanent service fee is set at 3000 yen per month for the ossuary burial service and 30,000 yen for the ligation room service only once The permanent feeding system according to any one of claims 1 to 4, wherein The first permanent service fee is set at 500 yen per month for the ossuary room to be kept in the ossuary room, and is provided in the ligation room. The minute is set to 1 to 30,000 yen for one time only,
The second permanent service fee is set to 1000 yen per month for the ossuary room supply, and to 1 to 30,000 yen for the ligation room service only once, The permanent ration is set to 1500 yen per month for the ossuary supply, and the ligation room supply is set to 1 to 30,000 yen for one time only. The permanent feeding system as described in any one of ~ 4. A biodegradation containing the whole of the osteotomy chamber in which the first urn, the second urn and the third urn are placed, and a mixture of the pulverized bone obtained by pulverizing the remains and the osteolysis promoting material. A combination room that houses a bag formed of a functional material,
The size of each of the first, second, and third urns is set to 2-9, and the size of the second urn is set to be larger than the size of the first urn, The size of the urn is set to be larger than the size of the second urn, and the first urn and the third urn are configured to receive the remains of the bone including the throat Buddha. A permanent rehabilitation facility characterized by the fact that the urn of the bones contains crushed bone made by crushing remains. The first masonry structure is provided with the ossuary chamber, the second masonry structure is provided with the ligation chamber, and the first masonry structure and the second masonry structure are adjacent to each other. In the first masonry structure and the second masonry structure, the stacked upper and lower stones are connected and integrated, and the anchor member protrudes from the lower surface of each masonry structure. And the bone storage tank constituting the ligation chamber is embedded in the ground with crotch between a lower part of the first masonry structure and a lower part of the second masonry structure,
The first masonry structure and the second masonry structure are both fixed to the ground via a foundation concrete portion, and the foundation concrete portion is placed with concrete in a placement recess provided in the ground. A spiral pile formed by continuously twisting a strip-like plate in the direction of the pile axis is embedded in the ground, and the spiral upper end portion of the spiral pile is Projecting above the bottom of the recessed portion, the upper end portion is embedded in the foundation concrete portion,
The anchor member is embedded in the foundation concrete portion in a state where the lower surface portions of the first and second masonry structures are placed on the upper surface portion of the foundation concrete portion. The permanent recreation facility according to Item 7.   The permanent feeding system according to any one of claims 1 to 6, wherein the permanent feeding system is configured using the ossuary room and the ligation room according to claim 8.

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