JP7657992B2 - Supports, storage devices and auxiliary bodies - Google Patents

Description

The present invention relates to a support device for supporting a container for storing remains, as well as a storage device and auxiliary body that use the same.

Conventionally, a container for forest burial is known, as described in, for example, the following Patent Document 1. This container for forest burial comprises two or more inner containers, each having an inner container body with an opening for placing ashes inside and capable of storing ashes, and an upper lid that closes the opening in an openable and closable manner, and an outer container that has a vertically standing cylindrical peripheral wall, a bottom plate that closes the bottom of the storage space surrounded by the peripheral wall, and an outer lid that closes the top of the storage space in an openable and closable manner, so that the two or more inner containers can be stacked vertically and stored in the storage space.

Registered Utility Model Publication No. 3203652

However, with the above-mentioned conventional configuration, when stored underground, there is a risk that the inner container (such as an urn) stored vertically stacked inside the outer container cannot be removed due to the small clearance between the outer container and the inner container, the container may be difficult to reach if it is deep, and the inner container is heavy.

The present invention has been made in consideration of these points, and aims to provide a support tool, storage device, and auxiliary body that can remove remains storage containers stored underground.

The auxiliary body of the present invention is an auxiliary body that is used when inserting and removing a support capable of supporting a receptacle stored in a storage space into and from the storage space, and is detachable from the support.

The support device according to the present invention is a support device for supporting a remains storage container stored underground, and is equipped with a support body capable of supporting a remains storage container stored in a storage space underground, and an auxiliary body that is used when moving the support body into and out of the storage space.

The storage device according to the present invention is a storage device for storing remains storage containers underground, and is equipped with a burial tube buried underground, the support device stored together with the remains storage container in the storage space inside the burial tube, and an opening/closing lid for opening and closing the top opening of the burial tube.

According to the present invention, it is possible to remove remains storage containers that have been stored underground.

1 is a partially cutaway perspective view of a storage device according to an embodiment of the present invention; FIG. 11 is a cross-sectional view of the storage device (with the auxiliary body attached). 1A and 1B are diagrams showing the storage state of urns (three examples). FIG. 13(a) to 13(f) are explanatory diagrams for storing (keeping) an urn. 4(a) to (g) are explanatory diagrams showing how to remove the urn. 13A and 13B are diagrams showing modified examples of the bottom plate. 13A and 13B are diagrams showing modified examples of the spacer. FIG. 13 is a diagram showing a modified example of the support body. FIG. 13 is a diagram showing a further modified example of the support body. FIG. 13 is a diagram showing a modified example of the auxiliary body.

An embodiment of the present invention will be described with reference to the drawings.

In Figures 1 to 3, 1 is a storage device for tree burials, and this storage device 1 is used to store an urn 2, which is a container for storing remains, underground in a cemetery for tree burials for a specified storage period (for example, up to 20 years).

In the illustrated example, the ashes storage container is a ceramic or porcelain urn 2 for storing the ashes (not shown) of a deceased person or pet. This urn 2 has a cylindrical urn body 3 with a bottom, and an urn lid 4 that opens and closes an upper opening 5 of this urn body 3. The upper surface of the urn lid 4 is formed into a spherical crown shape that is convex upward.

The size of the urns 2 to be stored by the storage device 1 is, for example, 7 inches and 8 inches, but all three shown are 8 inches. Although not shown, there may be three 7-inch urns 2, or a mixture of 7-inch and 8-inch urns 2.

The maximum number of urns 2 stored in the storage device 1 is, for example, three. For example, the urn 2 on the lower level (first urn) is stored first, followed by the urn 2 on the middle level (second urn) and the urn 2 on the upper level (third urn). After that, for example, when the contract period expires, the three urns 2 are removed from the ground and moved to another location.

The storage device 1 comprises a cylindrical buried tube 7 that is open on both the top and bottom and is buried underground in a cemetery for tree burials, a support 8 that is stored together with the urn 2 in an underground storage space 10 located within the buried tube 7 and supports the urn 2, and an opening/closing lid 9 that opens and closes the top opening 7a of the buried tube 7.

As shown in FIG. 4, the support device 8 is equipped with a support 11 that can be inserted and removed (stored and removed) from an underground space formed in a graveyard for tree burials, i.e., an underground storage space 10 located, for example, in a buried tube 7 buried underground, and that can support multiple urns 2 so that the multiple urns 2 are lined up vertically in close proximity to one another (for example, in a non-contact state where they are not touching each other), and an auxiliary body (lifting jig) 12 that is utilized only when the support 11 is inserted and removed from the storage space 10 in the buried tube 7 together with the urns 2 supported by the support 11.

The auxiliary body (detachable body) 12 is detachable from the support 11 and is attached to the support 11 only when it is in use, that is, when the support 11 is inserted into or removed from the storage space 10, and the attached state is maintained by a number of (e.g., three) anti-pullout pins 13 that serve as a pullout prevention means (see Figure 2).

In a cemetery for tree burials, many (e.g., 100 or more) storage devices 1 are installed underground at intervals within a given area, but the auxiliary body 12 and the anti-pullout pin 13 of the support 8 of one storage device 1 can be used in the same way for all the other storage devices 1, so at least one set is sufficient. Furthermore, the auxiliary body 12 and the anti-pullout pin 13, which are shared parts, are not stored in the humid storage space 10 to prevent corrosion.

Here, the support 11 has a bottom plate 21, which is a disk-shaped support plate that supports the urn 2 from below, a plurality (e.g., three) of rod-shaped shafts (connecting rods) 22 whose lower ends are detachably connected to the bottom plate 21, and a deformable disk-shaped (e.g., doughnut-shaped) buffer spacer (shock absorber) 23 that is detachably attached to the vertical middle of the shafts 22 and is positioned between the two vertically adjacent urns 2 to keep the two urns 2 in a non-contact state.

The bottom plate 21 has a first fitting recess (fitting recess) 26 on the lower side that fits with the bottom of a 7-inch urn (one remains storage container) 2, and a second fitting recess (fitting recess) 27 on the upper side that is slightly larger than the first fitting recess 26 and fits with the bottom of an 8-inch urn (another remains storage container of a different size from the one remains storage container) 2. In other words, the upper surface of the bottom plate 21 is formed with multiple fitting recesses 26, 27, for example two, so that it can accommodate two or more types of urns 2 of different sizes.

On the outer periphery of the bottom plate 21, a plurality of long hole-shaped cutouts 28 (28a, 28b, 28c), for example three cutouts 28, are formed at intervals in the circumferential direction to fit with the lower end of the shaft 22. Of the three cutouts 28a, 28b, 28c, two cutouts 28a and 28b are formed symmetrically around the center of the bottom plate 21, and the remaining cutout 28c is formed at an equal distance from the two cutouts 28a and 28b (see FIG. 4). The lower end of the shaft 22 can be pulled out laterally from the cutouts 28.

The outer diameter dimension (diameter dimension) of the bottom plate 21 is slightly smaller than the inner diameter dimension of the buried tube 7, so that the bottom plate 21 can be inserted into and removed from the buried tube 7. The bottom plate 21 also closes a portion of the bottom opening 7b of the buried tube 7.

The shaft 22 has a pin hole 31 at its upper end, and the anti-pullout pin 13 is removably attached to this pin hole 31 when the auxiliary body 12 is in use. The shaft 22 also has a short leg 32 at its lower end, which is a bulging abutment portion that abuts against a portion of the lower surface of the bottom plate 21 located around the cutout hole 28. This abutment portion 32 is formed in a bulging shape so as not to pass through the cutout hole 28. The short leg (mounting portion) 32 is placed on the upper surface (horizontal mounting surface) of the crushed stone portion 35, which is laid so as to be located at the drainage hole portion (hole portion for preventing puddling) 34 of the concrete plate (break-in concrete) 33 underground (see Figure 3).

Water pooling inside the buried tube 7 flows through the cutout hole 28 in the bottom plate 21 into the space 36 between the underside of the bottom plate 21 and the upper surface of the crushed stone section 35, and then seeps into the soil through the gaps between the crushed stones in the crushed stone section 35. For example, although not shown, a drainage hole may be formed in the center of the bottom plate 21. As shown in FIG. 3, a marker stone 37 (e.g., a stone with a name or other letters engraved on its surface) is placed on the ground above the buried storage device 1 to identify the underground storage device 1.

The spacer 23 has a circular central hole 41 in the center into which the central portion of the top surface of the urn 2 (part of the urn lid 4) fits, and has multiple, e.g. three, slotted hole portions 42 (42a, 42b, 42c) on the outer periphery that fit into the middle portion of the shaft 22.

The three cutout holes 42a, 42b, and 42c of the spacer 23 are formed in symmetrical positions around the center of the spacer 23, similar to those of the bottom plate 21, with two of the cutout holes 42a and 42b being formed in positions equidistant from the two cutout holes 42a and 42b. The middle part of the shaft 22 can be pulled out to the side through the cutout hole 42. In addition, since the spacer 23 is deformable (e.g., elastically deformable), even if the three shafts 22 are positioned and fixed in place by the auxiliary body 12 when the auxiliary body 12 is in use, the spacer 23 can be pulled out to the side (pulled out), and the spacer 23 can also be attached to the shaft 22 from the side.

The outer diameter dimension (diameter dimension) of the spacer 23 is the same as the outer diameter dimension of the bottom plate 21 and slightly smaller than the inner diameter dimension of the burial tube 7, so the spacer 23 can be inserted into and removed from the burial tube 7. The spacer 23 as a buffer means is installed between two vertically adjacent urns 2 when the support 11 supports two or more urns 2; one spacer is used when there are two urns 2, and two spacers are used when there are three urns. The spacer 23 is sandwiched between the two adjacent urns 2, so that the vertically adjacent urns 2 do not come into direct contact with each other and remain in a non-contact state.

The auxiliary body 12 is formed in a triangular shape, for example an isosceles triangle in plan view, and has three cylindrical tubular parts 51 and three round bar-like rod parts 52 that connect these tubular parts 51 together. Of the three rod parts 52, the central rod part 52 is longer than the other two rod parts 52 of the same length, and coincides with an imaginary center line passing through the center point of the bottom plate 21 in plan view.

When the auxiliary body 12 is in use, the shaft 22 is inserted into the cylindrical portion 51 from below, and the retaining pin 13 is inserted into the pin hole 31 at the upper end of the shaft 22. In this way, the auxiliary body 12 is attached to the three shafts 22 of the support body 11 and integrated, and then a hook (engagement portion) 56 of a lifting device 55 for lifting and lowering the support tool 8 is hooked onto the longitudinal center portion (engaged portion) of the central rod-shaped portion 52 on the central side. The lifting device 55 is, for example, a drive-type or manual winch.

When the auxiliary body 12 is attached to the upper ends of the three shafts 22, the three shafts 22 are positioned and fixed by the auxiliary body 12 to maintain a vertical posture, but the distance between the two shafts 22 connected to both ends of the central rod-shaped portion 52 is greater than the outer diameter of the urn 2. Therefore, the urn 2 can be removed from the support 11 by moving it horizontally to the side.

The buried tube 7 is made of a pipe (VU300) made of synthetic resin such as PVC. The auxiliary body 12 and the retaining pin 13 are made of metal such as SUS. The bottom plate 21, shaft 22 and opening/closing cover 9 are made of synthetic resin such as PVC. The spacer 23 is made of a foam material (a material with a cushioning function) such as foamed polyethylene.

The spacer 23 is preferably elastically deformable, and may be made of, for example, relatively soft rubber or urethane chips. The auxiliary body 12 and the retaining pin 13 may be made of synthetic resin such as PVC and stored in the underground storage space 10 together with the support body 11.

Next, referring to Figure 5, we will explain how to store the urn 2 in the storage space 10.

In the ground of a cemetery for tree burials, a burial tube 7 fitted with an opening/closing lid 9 is buried, creating a large amount of storage space 10 in advance.

First, as shown in Figure 5(a), the stone 37 located above the storage space 10 of the burial site is shifted, and then, as shown in Figure 5(b), a hole 60 is formed by digging around the opening and closing lid 9, and then, as shown in Figure 5(c), the opening and closing lid 9 is removed from the burial tube 7.

Next, as shown in Figure 5 (d), the urn 2 containing the remains (ashes) is placed on the bottom plate 21 of the support 11 of the support device 8, so that the urn 2 is supported by the support device 11. In addition, the auxiliary body 12 of the support device 8 is attached to the upper end of the shaft 22 of the support device 11 with a locking pin 13 to prevent it from coming out.

Next, as shown in FIG. 5(e), the hook 56 is hooked onto the rod-shaped portion 52 at the center of the auxiliary body 12, and then the lifting device 55 is operated to lift the support 11 supporting the urn 2 and move it to a position above the storage space 10. The support 11 is then lowered and inserted into the burial tube 7, and the short leg portions 32 at the lower ends of the three shafts 22 are placed on the upper surface of the crushed stone portion 35, which is the placement surface.

Then, the auxiliary body 12 is removed from the upper end of the shaft 22 of the support body 11, the opening and closing lid 9 is attached to the upper end of the burial tube 7, and the area around the opening and closing lid 9 is backfilled. In this way, one urn 2 is stored together with the support body 11 that supports it in the storage space 10 inside the burial tube 7 for storage.

For example, when storing two urns 2, as shown in Figure 5(f), a spacer 23 is attached to the shaft 22 at a predetermined position and placed on the first urn 2, and then the second urn 2 is placed on the spacer 23. Similarly, when storing three urns, another spacer 23 is prepared and attached to the shaft 22 at a predetermined position and placed on the second urn 2, and then the third urn 2 is placed on the spacer 23. The state in which these three urns 2 are stored in the underground storage space 10 is as shown in Figure 3.

Next, referring to FIG. 6, we will explain the case where three urns 2 stored underground as shown in FIG. 3 are removed from the storage space 10 (for example, when the contract period expires).

First, as shown in FIG. 6(a), the stone 37 located above the target storage space 10 is shifted, and then a hole 60 is formed by digging around the opening/closing lid 9, and the opening/closing lid 9 is removed from the buried tube 7.

Next, as shown in FIG. 6(b), the auxiliary body 12 of the support 8 is attached to the upper end of the shaft 22 of the support body 11 using a retaining pin 13 to prevent it from coming out, and the hook 56 of the lifting device 55 is hooked onto the rod-shaped part at the center of the attached auxiliary body 12.

Next, as shown in FIG. 6(c), the lifting device 55 is operated to raise the support 11 (for example, with a total weight of about 30 kg) supporting three urns 2 vertically upward, and the support is stopped when the bottom surface of the upper urn 2 is flush with the ground (including approximately flush; the same applies below).

In this stopped state, the worker holds the upper urn 2 by hand and moves it horizontally to remove it to the side from above the spacer 23 of the support 11. Next, the worker similarly removes the spacer 23 that was on the middle urn 2 from the shaft 22, as shown in Figure 6 (d).

Next, as shown in FIG. 6(e), the lifting device 55 is operated to raise the support 11 supporting the two urns 2 vertically upwards, and the support is stopped when the bottom surface of the middle urn 2 is flush with the ground.

In this stopped state, the worker holds the middle urn 2 by hand and moves it horizontally to remove it to the side from above the spacer 23 of the support 11. Next, the worker removes the spacer 23 that was on the lower urn 2 from the shaft 22, as shown in Figure 6 (f).

Next, as shown in FIG. 6(g), the lifting device 55 is operated to raise the support 11 supporting one urn 2 vertically upward and stop it when the bottom surface of the lower urn 2 is flush with the ground.

In this stopped state, the worker holds the lower urn 2 by hand and moves it horizontally to remove it from above the bottom plate 21 of the support 11 to the side.

In this way, the removal of the three urns 2 stored in the underground storage space 10 is completed. In addition to the method shown in the figure, it is also possible to use the lifting device 55 to quickly raise the support 11 supporting the three urns 2 until the bottom surface of the lower urn 2 is flush with the ground, and then remove the urns 2. Alternatively, the lifting device (transport device) 55 may be used to lift the support 8 supporting the urns 2 and transport it to a specified position. Since this storage device 1 can store up to three urns 2, the support 11 may be lifted a maximum of three times.

And, according to the above-mentioned storage device 1, unlike the conventional configuration, the urn 2 stored in the underground storage space 10 of the cemetery for tree burials can be easily removed from the storage space 10. In particular, with the support device 8 of this storage device 1, the urn 2 can be removed from the support 11 by horizontally moving (moving sideways) the urn 2, making it even easier to remove the urn 2 and also easy to set the urn 2 on the support 11.

In addition, the support 11 has a bottom plate 21 formed with fitting recesses 26, 27 that fit into the bottom of the urn 2, which prevents the urn 2 from shifting out of position, and therefore prevents damage to the urn 2, for example, during an earthquake.

Furthermore, the support 11 has a spacer 23 that is installed between two adjacent urns 2 in the vertical direction and keeps the two urns 2 in a non-contact state, so that damage to the urns 2 can be prevented more effectively.

In other words, in the conventional configuration, the inner containers (urns, etc.) stored vertically stacked inside the outer container are in contact with each other, and there is a risk of the inner containers (urns, etc.) being damaged during an earthquake, etc., but in the configuration of this embodiment, the spacer 23 is used to prevent damage to the urn 2.

The bottom plate 21 of the support 11 is not limited to being integrally formed only from synthetic resin such as PVC, but may be, for example, as shown in Figs. 7(a) and (b), composed of a lower surface portion (hard portion) 21a made of a resin material such as thermoplastic resin, and an upper surface portion (soft portion) 21b made of a foam material (material with a cushioning function) such as polystyrene foam or polyethylene foam, which is attached to the upper surface side of the lower surface portion 21a by bonding or integral molding. The upper surface portion 21b is formed with a number of fitting recesses 26, 27 so that it can accommodate a number of urns 2 of different sizes. The material of the bottom plate 21 may be metal, for example, stainless steel, which is resistant to rust.

The spacer 23 of the support 11 may have a mating recess 61 on the upper surface that fits with the bottom of the urn 2, as shown in Figures 8(a) and (b). The lower surface 23a of the spacer 23 is formed in a curved shape that fits closely with the upper surface of the urn cover 4, which is a spherical crown shape that is convex upward. However, depending on the shape of the urn cover 4, a mating recess that fits with the upper part of the urn 2 may be formed on the lower surface as well as on the upper surface. For example, multiple mating recesses may be formed on at least one of the upper and lower surfaces of the spacer to accommodate multiple urns of different sizes. For example, a spacer may be installed between the bottom plate and the lower urn, or on the upper urn.

Furthermore, the support 11 may have a bottom plate 21 and a spacer 23 in which round through-holes 66, 67 through which the shaft 22 is inserted are formed instead of the side-opening cutouts 28, 42, as shown in FIG. 9. The positional relationship of the three through-holes 66a, 66b, 66c of the bottom plate 21 is the same as that of the cutouts 28a, 28b, 28c, and the positional relationship of the three through-holes 67a, 67b, 67c of the spacer 23 is the same as that of the cutouts 42a, 42b, 42c. In addition, in order to improve the hanging balance during lifting, for example, multiple holes such as cutouts and through-holes may be formed at equal intervals in the circumferential direction (for example, 120-degree intervals in the case of three holes, and 90-degree intervals in the case of four holes).

Also, as shown in FIG. 10, for example, short legs (position maintaining parts) 70 having the same shape as the short legs 32 at the lower end of the shaft 22 may be protruded from the underside of the bottom plate 21 so that the attitude of the support 11 (horizontal attitude of the bottom plate 21) is maintained when the support 11 is placed on a horizontal support surface (such as the ground or the top surface of the crushed stone part 35). The four short legs 32, 32, 32, 70 are arranged at equal intervals (90 degree intervals) in the circumferential direction on the outer periphery side of the underside of the bottom plate 21, so that the horizontal attitude of the bottom plate 21 is maintained constant when the support 11 is placed on the support surface. In addition, since the stress is evenly distributed to four points at 90 degree intervals in this bottom plate 21, displacement due to load can be suppressed, durability is good, and the urn can be stably supported for a long period of time, for example, 20 years. In addition, the short leg 70 added to the bottom plate 21 as a posture maintaining part does not need to have the same shape as the other short leg parts 32, and may have a different shape, such as a cylindrical or rectangular column shape, as long as it has the same height dimension.

Furthermore, the auxiliary body 12 is not limited to a triangular shape in plan view, and may be a T-shaped shape in plan view, as shown in FIG. 11. The auxiliary body 12 shown in FIG. 11 has a long rod-shaped portion 52 (52a) on the central side, a shorter rod-shaped portion 52 (52b), three cylindrical tubular portions 51, and a ring-shaped annular portion (engaged portion) 71 provided in the longitudinal center portion of the long rod-shaped portion 52 (52a) on the central side. When the auxiliary body 12 is in use, the hook 56 of the lifting device 55 is hooked onto the ring-shaped portion 71 as shown in FIG. 11. This makes it easy to see the engagement position (mounting position) of the hook 56, which is a hanging member, and also makes it easy to find the center of gravity when hanging, making it easy to transport (transport) in the hanging state.

On the other hand, the remains storage container stored in the storage device 1 is not limited to an urn 2 for storing remains, but may be any container capable of storing remains, such as a container for storing personal belongings (memorabilia, etc.) of a deceased person or pet. The container may be made of a material other than pottery or porcelain, such as resin that is resistant to damage.

In addition, the maximum number of remains storage containers that can be stored in the storage device 1 is not limited to three, but may be, for example, two, or four or more.

Furthermore, the auxiliary body (lifting jig) is not limited to a configuration that is detachable from the support body, and may be, for example, a configuration in which the auxiliary body is integrally provided on the support body.

Depending on the size and weight of the remains storage container, the storage device may be made smaller so that the worker can grasp the auxiliary body and manually raise and lower the support device.

Furthermore, the buried tube is not limited to a cylindrical shape with open top and bottom faces, but may be, for example, a bottomed cylinder with a hole (drain hole) formed at the bottom for draining water.

In addition, for example, the support may be configured to be removable (insertable) from a storage space (drilled hole) of a predetermined shape formed underground without using a buried tube.

Furthermore, the retaining means for preventing the cylindrical portion of the auxiliary body from slipping out upward from the shaft may be something other than a pin, such as a band or holder that is removably attached to the outer periphery of the shaft.

A fall prevention means for preventing the cylindrical portion of the auxiliary body from sliding down the shaft under its own weight may be provided removably on the shaft. For example, a fall prevention means may be provided removably on the shaft near the lower portion of the cylindrical portion of the auxiliary body shown in FIG. 5(d) so that the auxiliary body does not slide down under its own weight. The fall prevention means may be any means, such as a pin, band, or holder, just like the pull-out prevention means.

Furthermore, to prevent the urn from slipping out of the removal opening (short leg 70 side) even if the support supporting the urn (remains storage container) is tilted due to strong winds or a collision with a person or object, the center of gravity of the urn may be shifted to the side opposite the removal opening (the side of the shaft 22 inserted into the notched holes 28c, 42c). That is, for example, the urn may be supported in a tilted state opposite the removal opening by providing an upward protrusion on the removal opening side of the spacer or by making the thickness dimension of the spacer on the removal opening side greater than the opposite side.

1 Storage device 2 Urn as a container for storing remains 7 Burial tube 8 Support
10 Storage space
11 Support
12 Auxiliary Body
21 Bottom plate
22 Shaft, which is a rod-shaped member
23 Spacer
26 First fitting recess which is a fitting recess
27 Second fitting recess which is a fitting recess

Claims (8)

An auxiliary body that can be attached to and detached from a support that can support a plurality of remains storage containers stored in an underground storage space so that the plurality of remains storage containers are aligned vertically, and is used when the support is moved in and out of the storage space,
a plurality of cylindrical portions into which upper ends of the plurality of rod-shaped members of the support are respectively inserted from below;
A plurality of rod-shaped portions connecting the cylindrical portions to each other;
An auxiliary body comprising : An auxiliary body having an isosceles triangular shape in a plan view that can be attached to and detached from a support that can support a plurality of remains storage containers stored in an underground storage space so that the plurality of remains storage containers are aligned vertically, and that is used when the support is moved in and out of the storage space,
Three cylindrical portions into which upper ends of the three rod-shaped members of the support are inserted from below, respectively;
Three rod-shaped portions connecting the cylindrical portions to each other,
Of the three rod-shaped portions, the central rod-shaped portion is longer than the other two rod-shaped portions having the same length, and coincides with a virtual center line passing through the center point of the bottom plate of the support body in a plan view.
An auxiliary body characterized by: An engagement portion of a lifting device for lifting and lowering the support is hooked to the longitudinal center of the central rod of the three rods.
3. The auxiliary body according to claim 2. When the auxiliary body is attached to the upper ends of the three rod-shaped members of the support body, and the three rod-shaped members are positioned and fixed by the auxiliary body and maintained in a vertical position, the distance between the two rod-shaped members connected to both ends of the central rod among the three rod-shaped members is greater than the outer diameter of the remains storage container, and the remains storage container can be removed from the support body by moving it horizontally to the side.
4. The auxiliary body according to claim 2 or 3. A support body that is detachable from a support body capable of supporting a plurality of remains storage containers stored in an underground storage space so that the plurality of remains storage containers are aligned vertically, and that is T-shaped in a plan view and is used when the support body is moved in and out of the storage space,
Three cylindrical portions into which upper ends of the three rod-shaped members of the support are inserted from below, respectively;
a central rod-shaped portion that connects two of the three cylindrical portions together;
a rod-shaped portion that is shorter than the rod-shaped portion on the central side and connects one of the remaining cylindrical portions of the three cylindrical portions to a central portion in the longitudinal direction of the rod-shaped portion on the central side;
An auxiliary body comprising: A ring-shaped portion is provided to which an engagement portion of a lifting device for lifting and lowering the support is hooked,
The annular portion is provided at the longitudinal center of the central rod portion.
6. The auxiliary body according to claim 5. A support device for supporting a container for storing remains stored underground,
A support capable of supporting a plurality of remains storage containers stored in an underground storage space so that the plurality of remains storage containers are aligned vertically ;
A support device comprising: an auxiliary body according to any one of claims 1 to 6, which is detachable from the support body and is used when the support body is inserted into and removed from the storage space. A storage device for storing remains containers underground,
A buried tube buried underground;
The support device according to claim 7, which is stored together with the ashes storage container in the storage space in the burial tube;
and an opening/closing lid for opening and closing the top opening of the buried cylinder.

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