JP2002213109A - Storage portion structure for ashes container - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a storage portion structure for an ashes container, which can prevent an accident such as toppling thereof caused not only by vibrations of an earthquake but also by small vibrations, and therefore positively prevents irreparable situations for the bereaved, such as destruction of a cinerary urn to scatter the ashes, to thereby drastically improve the reliability and quality in storage of the cinerary urn. SOLUTION: The storage portion structure of the ashes container consists of a storage device for storing the container containing ashes therein, a conveying device for conveying the container between a container storing location and a predetermined location, and a control device for controlling the operation of the conveying device. Then, the storing device is rigidly engaged with ends of vibration absorbing members formed of elastic means, at a plurality of locations of the storing device, and the other ends of the vibration absorbing members strongly engage with a building to absorb vibrations.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a storage unit structure for storing a storage container for storing a urn containing ashes, and more particularly to a so-called condominium type storage unit in which a large number of urns are stored. The present invention relates to a storage structure of a bone receiving container having excellent shock absorption and capable of preventing an accident such as breakage of a urn from abnormal vibration.

[0002]

2. Description of the Related Art As a method of burial in Japan, it is common to bury a corpse in a cave, store the ashes in a urn, and bury them in a graveyard. By the way, social form change accompanying the population increase and the increase of couples who do not have children in recent years is accelerating, and it is not possible to bury in a graveyard as conventionally known, or to purchase a graveyard Such situations have surfaced. Under such circumstances, some temples and the like have provided locker-type graves, and systems for storing ashes in this locker-shaped ostium have also emerged.

[0003] Furthermore, a well-known transport system is applied, and a urn is placed on a shelf device provided in a bone-filling room, and when a visitor visits, a urn designated by the visitor is designated. An ossuary system to transport in front of the altar booth is also conceivable,
It is actually being implemented. For example, JP-A-7-32452
No. 0 discloses a storage for storing a storage box containing an urn, a prayer room, a transfer mechanism for transferring the storage box between the storage and the prayer room, and a transfer mechanism for the transfer mechanism. And a control system for controlling the control of controlling the carrying out of the designated storage box from the storage and transfer to the designated prayer room, and the collection of the storage box from the prayer room to the storage. A storage system operable by a system and a transfer mechanism is described.

[0004] In the bone filling system described in the above publication,
Since there is no need to purchase a graveyard or to have descendants manage the graveyard as in the related art, for example, even a person without children can use the graveyard with ease and ease. In addition, in the case of the above-described simple locker-type bone-filling system, since the internal space of the bone-filling room (storage room) is narrow and the arrangement density of the storage room is high, it is permitted to burn incense sticks and the like by applying the Fire Service Law. Not. Therefore, worshipers had to give up burning incense. On the other hand, in the bone-filling system described in the above publication, the installation of a worship room enables burning of incense, so that as in the case of a conventionally known cemetery, it is possible to devote flowers and memorialize by burning incense.

[0005] In the case of the above-described simple locker-type bone receiving system, a large number of worshipers cannot visit at a time because the passage is narrow. Furthermore, since the storages with a narrow frontage are arranged close to each other in the right, left, up and down directions, there is no occupied atmosphere in each house, and the feelings and feelings of worshipers tend to be weak. On the other hand, in the bone-filling system described in the above publication, such inconvenience is also solved.

[0006]

However, in the bone filling system described in the above-mentioned publication, the storage for storing the storage box containing the urn is made of a material which is easily broken even by a very small vibration such as pottery. Despite keeping many storage boxes that are often formed side by side, no consideration was given to abnormal vibrations such as earthquakes, and urns containing irreplaceable ashes for the bereaved were destroyed. In some cases, there is a risk of irreparable
There was a problem that reliability of storage quality was impaired.

The present invention has been made in view of the above situation, and its object is to prevent accidents such as falling due to not only vibration due to earthquake but also small vibration beforehand. Providing a storage structure for an ossuary storage container that can reliably prevent irreparable situations for the bereaved family, such as the urn being destroyed and the ashes being scattered, and greatly improving the reliability of the storage of the urn. It is assumed that.

[0008]

In order to achieve the above object, according to the first aspect of the present invention, a storage unit structure of a bone-filled storage container is provided with a storage device for storing a storage container containing a bone urn. A transport device for transporting the storage container between a storage position of the storage container and a predetermined position; and a control device for controlling the operation of the transport device. The vibration absorbing member is formed so that one end of the vibration absorbing member is firmly engaged, and the other end of the vibration absorbing member is firmly engaged with the building side to absorb vibration. Things.

In the storage section structure for a bone-filled storage container according to the present invention, as described in claim 2, the vibration absorbing member provided on the upper surface of the storage device and a fixed portion of a building is provided. And the vibration absorbing member disposed on a side surface of the storage device and a fixed part on the building side is attached so as to extend horizontally.

[0010] Further, in the storage portion structure of the bone-filled storage container according to the present invention, as set forth in claim 3, at least a bottom portion of the storage device absorbs vibration caused by an earthquake or the like. A vibration absorbing member utilizing the above is provided.

[0011]

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view showing an example of an osteotomy system with a seismic isolation function to which a storage structure of an osteotomy container according to an embodiment of the present invention is applied. .

That is, the bone-filling system with the seismic isolation function to which the storage part structure of the bone-filling storage container according to this embodiment is applied is constructed in one building, and stores the storage container 2 containing the urn 1. Storage device A, one worship section B, and the storage container 2 that transports the storage container 2 from the storage apparatus A to the worship section B and can be transported from the worship section B to a predetermined position of the storage apparatus A. And a computer (not shown) for controlling the operation of the transfer device C.

The storage device A is a shelf, and in the case of the structure of the present embodiment, the storage container 2 described below extends horizontally (left and right directions in FIG. 2, and front and back directions in FIGS. 3 and 4). 14
Height direction (front and back direction in FIG. 2, up and down direction in FIGS. 3 and 4)
And 29 can be placed. Therefore, when one storage device A is provided, a total of 406 storage containers 2 and 2 can be placed. One end of each of the vibration absorbing members 9a, 9a composed of a coil spring and a turnbuckle and the vibration absorbing members 9b, 9b composed of a coil spring and a damper member is firmly connected to a plurality of locations of the storage device A. And the other end is firmly engaged with the fixed portion of the building. The vibration absorbing members 9a, 9a composed of the coil spring and the turnbuckle and the vibration absorbing members 9b, 9b composed of the coil spring and the damper member,
It is a vibration absorbing device described in the claims.

In this embodiment, the vibration absorbing members 9a, 9a are provided so as to extend vertically between the upper surface of the storage device A and the fixed portion of the building. Also, the vibration absorbing members 9b, 9b are provided so as to extend horizontally over the side surface of the storage device A and the fixed portion of the building. Although not shown, such vibration absorbing members 9a and 9b are provided horizontally on the other side surface of the storage device A (the side surface located in the front and back direction in FIG. 3) and the fixed portion of the building. . Each of the vibration absorbing members 9a and 9b has a storage device A as shown in FIG.
In addition to being provided between the upper end and the building (or the fixed part of the building), the storage device A may be provided between the middle or lower end of the storage device A and the building (or the fixed part of the building). Further, the vibration absorbing members 9a and 9b are not necessarily
As shown in FIG. 3, it is not necessary to provide the storage device A vertically or horizontally, and it is provided in an appropriate state according to the shape and dimensions of the storage device A and the building. Further, the number and number of the vibration absorbing members 9a and 9b to be provided in which locations are also determined by design according to the size and shape of the storage device A.

Furthermore, in this embodiment, a vibration absorbing member using a damper device or a bearing that also absorbs a vibration due to an earthquake or the like is provided on the bottom portion of the storage device A or the like.

As shown in FIGS. 7 and 8, the storage container 2 includes a hollow container 3 capable of storing urns 1 and 1 and a cover member 4.
And with. Further, an engagement receiving portion 5a is provided on one outer surface of the storage container 2, and the engagement receiving portion 5a
In addition, the nameplate 5 made of a thin sheet can be freely locked. Nameplate 5 above
The name of the deceased, the name of the deceased, or the phrase that the deceased liked during his or her life, directly written using ink etc., or engraved, or displayed by attaching a synthetic resin or metal material dial I do. In this system example, a phrase as shown in the figure is displayed on the nameplate 5 by attaching a synthetic resin plate coated with a fluorescent paint. The nameplate 5 corresponds to a display unit related to a deceased person described in the claims. The storage container 2 has a size capable of storing two urns 1 and 1.

Further, in the present embodiment, the storage container 2 provided with a seismic isolation structure is employed. That is, as shown in FIG.
Further, a cushioning member (not shown) such as a sponge is provided on the inner surface of the lid member 4 in order to prevent the urn 1 from colliding with the inner surface of the hollow container 3 and being damaged when the urn 1 swings. Has been established. In addition, supporting members 6 and 6 for supporting the urns 1 and 1 in the storage container 2 are provided. As shown in the figure, the support members 6 and 6 are composed of an annular member 6a having a diameter slightly larger than the outer peripheral length of the urn 1 and two linear members 6b and 6b formed in a substantially U-shape. Make up. Both ends of the linear members 6b, 6b are engaged with diametrical ends of the annular member 6a. The two linear members 6b, 6b are disposed such that their intermediate portions intersect at right angles. Therefore, the support member 6 composed of the annular member 6a and the two linear members 6b, 6b
In addition, if the urn 1 is internally fitted, the urn 1 can be stably supported.

One end of each of the four tension coil springs 6c, 6c is engaged with each of the four equally dividing points of the annular member 6a constituting the support member 6, and the other end is connected to each other. The hollow container 3 is engaged with an engaging hole provided at an intermediate portion of the hollow container 3 at a corner portion of the upper edge portion. This allows
The supporting members 6 and 6 are suspended in the hollow container 3. In this embodiment, the elastic forces of the tension coil springs 6c, 6c are determined as follows. That is, with the urn 1 fitted in the support member 6, the bottom surface of the urn 1 (the linear members 6b, 6
The elastic force of the tension coil springs 6c, 6c is determined so that the intermediate portion (b) comes into contact with the upper surface of the cushioning member provided on the bottom surface of the hollow container 2.

Next, as shown in FIGS. 1 and 2, the worship part B is provided in a part of the building (the third floor in the illustrated example). The worship department B includes three altar booths 7, 7 and the front (lower side of FIG. 2 and the right side of FIG. 4) and lower side of the altar booths 7, 7 (lower side of FIG. 2, FIG. 3 and FIG. First and second opening / closing doors 8a and 8b respectively provided on the wall surface (right side in FIG. 4) and lights 23 provided above the altar booths 7 and 7 are provided. It is also possible to adopt a configuration in which a plurality of worship departments are provided in one building, or one altar booth is provided in one worship department.

The transfer device C has a three-dimensional drive device 11 and an access means 13 as shown in FIGS. As shown in FIGS. 2, 3, and 5, the three-dimensional driving device 11 allows the moving member 10 to freely move in the horizontal direction and move up and down. In the case of this system example, a stacker crane that operates according to a command from a computer is employed as the three-dimensional drive device 11. The access means 13 is provided with the moving member 1.
The storage container 2 is transferred between the storage device A and the storage device A, and the storage container 2 is transferred between the moving member 10 and the back side position (standby position E) of the altar booth 7. Moving member 10 of the three-dimensional drive device 11
Between the stop reference position D and the altar booths 7, a pair of upper and lower conveyor devices 12, 12 which constitute the access means 13 together with the moving member 10, etc., are provided. The operation of the main body 14, the moving member 10, and the conveyor devices 12, 12 constituting the three-dimensional driving device 11 is controlled by the computer as a control device. The conveyor device 12 includes first and second conveyors 17 and 18 and a common conveyor 19, respectively. These first, second and third conveyors 17,
For the rollers 18 and 19, conventionally known ones such as a roller conveyor and a belt conveyor can be adopted.

The main body 1 constituting the three-dimensional drive device 11
4 is movable in one horizontal direction (the left-right direction in FIG. 2, the front-back direction in FIG. 3, and the left-right direction in FIG. 4) along the guide rail 15. That is, the main body 14 is connected to the guide rail 15
2 is movable from the position shown at the right end of the drawing to the position shown at the left end of the drawing in the three-dimensional driving device 11 shown by the chain line in FIG. In addition, a braking device (not shown) is provided to stop the movement freely. The movement and the operation of the braking device are performed according to instructions from the computer. The same applies to the elevation of the moving member 10. Such a configuration can employ a known mechanism.

Also, as the access means 13, a conventionally known mechanism such as a mechanism such as a forklift can be adopted. For example, a fork is provided on the moving member 10, and the fork is inserted into the bottom of the storage container 2 mounted on the storage device A, whereby the storage container 2 is mounted on the fork and a desired altar is provided. After transferring to booth 7,
With the use of a separately provided extrusion member, the conveyor device 12
Can be configured to send up. In this case, a gap is provided between the shelf of the storage device A and the bottom surface of the storage container 2 placed on the shelf so that the fork can enter. In this case, the fork, the pushing member, and the conveyor device 12 constitute the access means 13. Also, a first access member for taking the storage container 2 in and out between the storage device A and the moving member 10, the moving member 10, and the storage container 2 between the moving member 10 and the conveyor device 12. The above-mentioned access means 13 can also be constituted by the second access member for taking in and out. As the first and second insertion / removal members, known members such as an air cylinder having an engagement portion that can be detachably engaged with the storage container 2 can be adopted. In addition, as the access means 13, the storage container 2 placed on the storage device A is taken out to the moving member 10 or the storage container 2 is moved to the moving member 1.
0 to the conveyor device 12 or the storage container 2 is moved from the conveyor device 12 to a predetermined position D of the desired altar booth 7.
Any of these can be employed as long as they can be sent out or can perform operations opposite to these operations.

Next, the computer constituting the control device includes input means for inputting various commands, storage means for storing the commands input by the input means, and the above-mentioned instructions based on the commands stored in the storage means. Calculating means for calculating a moving route of the moving member. As the input means, a keyboard, a panel switch group, an IC card storing data such as an ID number of a deceased person, and a card system including a reading device capable of reading the data are used. Various storage media such as a hard disk, a RAM, and an MO can be adopted as the storage means. Further, a CPU can be employed as the calculating means. In other words, the control means can employ a generally known computer system as it is. Then, the desired storage container 2 is stored in the storage device A via the access means 13.
From the altar booth 7 of the worship department B where the worshipers wait, and after completion of the worship, the altar booth 7
Each function described above is provided to take out the storage container 2 from the portion and return it to a predetermined position of the storage device A.

That is, at the time of worship, the storage device A
Is transported to the altar booth 7 of the predetermined worship part B, and the above-mentioned operation is performed so that the storage container 2 is returned from the altar booth 7 to the predetermined position of the storage device A after the worship is completed. A function of controlling the transport device C in accordance with the route calculated by the means, and the first and the second to allow the transport of the storage container 2 when the storage container 2 is sent out to the altar booth 7 by the transport device C. Door 8a,
8b is opened and closed in order of distance from the altar booth 7 and a function for turning on the light 23 when the storage container 2 reaches a predetermined position D of the altar booth 7, and a command related to the end of worship issued by the worshiper 21 and the like. Based on the signal, when the storage container 2 is transferred from the altar booth 7 to the storage device A by the transfer device C, the light 23 is turned off, and the first storage device 2 is allowed to allow the transfer of the storage container 2. ,
The second opening / closing doors 8 a and 8 b have a function of opening and closing in order from the altar booth 7. Each of these functions is incorporated in the computer in advance in the form of a program.

The basic operation of the example of the osteotomy system to which the storage portion structure of the osteotomy storage container according to this embodiment configured as described above is applied is as follows. That is, a storage container 2 storing a bone pot 1 storing bones of a deceased person
Is stored in the storage device A. At this time, a monk in a temple or the like in which the bone filling system is installed, or an administrator performing various management operations under the monk,
And a unique ID number, and the ID number is input to the computer or a separately provided computer (such as a database server). Alternatively, an IC card in which data such as the ID number is stored is created. As the ID number, for example, an address indicating a position where each storage container 2 of the storage device A is placed can be adopted. Further, the ID number is notified to the bereaved who manages the ashes stored in the urn 1 in the storage container 2, or the IC card is handed over when the IC card is created. In the computer for inputting the ID number, data on the deceased stored in the storage device A (name, address, date of birth, etc. as well as the ID number) is stored in a database. .

When the bereaved comes to worship, the worshiper 21 inputs the ID number using input means such as the keyboard provided near the worship booth 7. Or, if you have the above IC card,
Insert the C card into the reader installed near the worship booth 7 and store the ID stored in this IC card.
Read the number. As a result, the storage container 2 can be transferred to the worship booth 7 where the worshipers are lined up, in the state shown on the right side of FIG.

Incidentally, worship may be performed only by persons other than the above-mentioned bereaved family. For this reason, a management center is provided at one corner of a temple or the like in which the system according to the present invention is provided, and a computer (a file server or the like) storing the ID number or the like is freely accessible within the management center.
In the computer, since the data on the deceased stored in the storage device A is stored in a database, when a person other than the bereaved who does not know the ID number or does not have an IC card visits for worship. Is based on the name, address, date of birth, etc. of the deceased offered by the worshiper 21. The resident who is resident at the above management center (hereinafter simply referred to as a worker) is subject to worship by the above database. Is specified, and an input operation for calling the storage container 2 to the worship booth 7 is performed. Above worshipers 21
Goes to a predetermined worship booth 7 in accordance with the instructions of the worker, and can visit there. In addition, even if the person who has been notified of the ID number or owns an IC card,
By going to the management center and notifying the worker of the ID number or depositing an IC card, the worker can perform the input work on behalf of the worker.

The worshiper 21 who visits a temple or the like where the bone-filling system is installed goes to the altar booth 7 which is currently vacant (not worshiping) or to the altar booth 7 designated by the worker. . Then, the worshiper 21 performs the operation through the input means. By the input operation or the input operation performed by the worker on behalf of the worshiper 21, the computer constituting the control device issues a command as appropriate,
As described above, the storage container 2 is transferred from the storage device A to the desired altar booth 7 of the worship part B via the transfer device C. Then, when the desired storage container 2 reaches a predetermined position of the altar booth 7 where the worshiper 21 waits, the worshiper performs burning incense, offering flowers, and the like. In addition, priests, etc. will perform sutra reading.

When the worship is completed, the worshiper 21 or a worker acting on behalf of the worshiper 21
By inputting through the input means that the worship has been completed, the computer issues a command as appropriate, and the storage container 2 is transported to the original position of the storage device A via the transport device C. When the worker inputs the start of worship or inputs the end of worship, the worker goes directly to the altar booth 7 and the worshiper 21
By notifying the worker at the management center of the fact via an interphone provided in the vicinity, the worker can perform various input operations while staying at the management center.

In particular, in the bone-filling system with the seismic isolation function, the computer takes out the desired storage container 2 from the storage device A and transports it to a predetermined altar booth 7.
Further, a function is provided for controlling the transport device C according to the route calculated by the arithmetic means so as to return from the altar booth 7 to a predetermined position of the storage device A after the worship is completed. Therefore, the storage container 2 can be transported in a short time. As a result, the time from when the worshipers 21 gather at the worship booth 7 to when the storage container 2 arrives at the altar booth 7 can be reduced.

In addition to the altar booths 7, 7, the worship section B includes first and second opening / closing doors 8a, 8b provided on the back side of the altar booths 7, 7, and the altar booth 7,
And a light 23 provided above the inside of the light source 7. When the storage container 2 is sent out to the altar booth 7 by the transfer device C, the computer forming the control device includes the first and second plural opening / closing doors so as to allow the transfer of the storage container 7. 8a and 8b are opened and closed in order of distance from the altar booth 7, and the function of turning on the light 23 when the storage container 2 reaches a predetermined position D of the altar booth 7 is provided. Further, based on a command signal relating to the end of worship issued by the worshiper 21, when the storage container 2 is transferred from the altar booth 7 to the storage device A by the transfer device C, the light 23 is turned off and the light 23 is turned off. A function of opening and closing the first and second opening / closing doors 8a and 8b in order from the altar booth 7 in order to allow the transfer of the storage container 2 is provided.

That is, when the desired storage container 2 is conveyed to the desired altar booth 7 by the input means or the like, after the main body 14 of the three-dimensional drive device 11 has moved along the guide rail 15 for a desired distance ( Alternatively, along with this movement), the moving member 10 moves up and down by a desired amount to reach a position facing the desired storage container 2. Then, the access device 13 as described above is operated, and the storage container 2 is placed on the moving member 10, and the moving member 10 and the main body 14 are appropriately moved and formed on the back side of the desired altar booth 7. It is transferred to the waiting position E. This state is a standby state, as described later. Then, when the storage container 2 is ready to be sent out to the front side of the altar booth 7 (to start worship), the upper conveyor device 12 is operated, and the storage container 2 is sent out to the front side of the altar booth 7. .

At this time, the computer first opens the second opening / closing door 8b provided on the back side (the side on which the storage device A is installed) far from the altar booth 7.
The first opening / closing door 8a provided near the altar booth 7 remains closed. When the storage container 2 has passed through the second door 8b by the conveyor device 12, the computer closes the second door 8b and opens the first door 8a.
In this state, the worshiper 21 is ready to worship.
In the present embodiment, the storage container 2 is placed on the back side of the first opening / closing door 8a (the stop position of the storage container 2 is set to the rear side of the first opening / closing door 8a). Although the worship is performed with the door 8a opened, the storage container 2 is transported to the front side (front side) of the first opening / closing door 8a, and worship is performed with the first opening / closing door 8a closed. May be configured. It is also possible to provide three or more such doors.

As described above, when the storage container 2 is sent out to the predetermined position D, at least the second opening / closing door 8b is closed, so that noise such as mechanical noise generated during the transport operation is generated by the worshiper 21. Hard to reach the ears. With this,
The worshiper 21 does not see the rear part of the second opening / closing door 8b in which the storage device A or the like is installed in view. As a result, the worshiper 21 does not give water to the solemn feelings of worship. In the predetermined position D, various decorative portions 2 such as decorations imitating a grave are provided around the storage container 2 sent out to the position D.
2 can be provided.

When the storage container 2 reaches a predetermined position of the altar booth 7, the computer operates the light 2
3 is turned on. In this system example, the above-mentioned name plate 5
Of the nameplate 5 is illuminated by the lighting of the light 23, and appears in a floating state. This has the effect of making the worshipers feel solemn. In particular, if the name of the deceased, the phrase of the deceased, etc. are described on the dial, the phrase or the motif of the deceased is illuminated with the light of the light 23 and emerges. Being able to see it increases the desire to remember the deceased. In addition, even when the phrase of the nameplate 5 and the name of the right side of the nameplate are described in black or the like, the lighting of the light 23 illuminates the nameplate 5, so that the worshiper 21 can have a solemn feeling. In addition, the storage container 2
However, the detection of whether or not the vehicle has passed through the installation portions of the first and second opening / closing doors 8a and 8b is performed by, for example, arranging a plurality of proximity sensors and the like, and using the detection value from the proximity sensors to detect the computer. Can be determined.

When worship is finished, a command to end worship given by the bereaved person via the input means or worshiper 2
The computer first turns off the light 23 in response to an instruction to end worship performed by the worker on behalf of the notification 1 or the like. Next, after the first opening / closing door 8a is opened to retract the storage container 2, the first opening / closing door 8a is closed. Then, the conveyor 19 on which the storage container 2 is placed is lowered. That is, in the present system example, as shown in FIG.
Is provided so as to be able to move up and down freely. When the worship is completed, the conveyor 19 on which the storage container 2 is placed is lowered at the position behind the first opening / closing door 8a, and the conveyor 19 is further moved in the opposite direction (storage container). 2 is moved in the direction of arrow b in FIG. 6) to feed the storage container 2 to the storage device A side. By the operation of the conveyor 19, the storage container 2 is transported in the direction of the arrow b in FIG. 6, passes through the conveyors 18 and 17 on the rear side, and moves to the installation position of the conveyor apparatus 12 on the lower side. Passed to 10. The moving member 10 and the main body 1
The movement of the moving member 1
The storage container 2 placed at 0 is returned to a predetermined position of the storage device A. When returning the storage container 2 to the storage device A,
Similar to the case where the storage container 2 is sent to the altar booth 7, the worshipers are less likely to receive mechanical sounds and the mechanical device installation portion is not in sight.

In the present system example, since the above-described configuration and operation are performed, when the storage container 2 is transported, the inside of the transport opening provided at the rear of the altar booth 7 is used.
Since it does not appear to be 1, the worshiper 21 does not lose his thoughts and feelings. Further, the noise coming out of the transfer port when the storage container 2 is transferred is reduced by the ears of the worshiper 21 because one of the first and second opening / closing doors 8a and 8b is closed. , The silence is improved, and the solemn feeling of the worshiper 21 can be prevented from lowering. If a conventionally known sound absorbing member is provided on at least one of the first and second opening / closing doors 8a and 8b, the quietness is further improved.

As the elevating device 16 for elevating and lowering the conveyor 19, for example, a feed screw mechanism, an air cylinder, a hydraulic cylinder, a crank mechanism that can expand and contract in the vertical direction, and the like can be used.

Further, in the case of the present system example, the computer is a storage container 2 for the worshiper 21 who is worshiping.
Is transported to the altar booth 7, and then the transport of the storage container 2 via the transport device C is started so that the storage container 2 relating to the next worshiper 21 waits behind the altar booth 7. ing. That is, the one storage container 2 is sent out to a predetermined position of the altar booth 7, and while the worshiper 21 is worshiping, at the standby position E formed on the back side of the second folding screen 8 b, the next worship is performed. The storage container 2 is transferred and kept on standby. When the worship that has been performed earlier is completed, the storage container 2 related to the worship is transferred to the back side of the first opening / closing door 8a, and further lowered along with the conveyor 19 via the elevating device 16. Then, the transfer operation is started via the conveyor 19 and the conveyors 18 and 17 constituting the lower conveyor device 12. When the storage container 2 is sent out from the conveyor 19, the elevating device 16 immediately raises the conveyor 19 and positions the conveyor 19 on the back side of the first opening / closing door 8a. Then, the storage container 2 waiting at the standby position E is sent out to a predetermined position D of the altar booth 7.
The operation at this time is as described above. With this configuration, the time from when the worshipers 21 gather at the altar booth 7 to when the storage container 2 arrives at the altar booth 7 can be further reduced.

The timing at which the conveyor 19 starts rising from the lowered state is determined by the time when the storage container 2 is sent out from the conveyor 19 (ie, the intermediate conveyor 1).
8). As the sensor, for example, a proximity sensor or the like that operates at a position where the storage container 2 is completely fed from the conveyor 19 can be employed. As described above, when the sensor detects that the storage container 2 has been completely sent from the conveyor 19, the elevating device 16 operates, and the conveyor 19 is raised.

Further, in the storage part structure of the bone receiving container according to the present embodiment, the storage device A is provided with vibration absorbing members 9a and 9b which are vibration absorbing devices for absorbing vibration such as an earthquake. For this reason, even when an earthquake or the like occurs, the vibration can be absorbed and an accident such as a fall of the storage device A itself can be prevented. Moreover, in the case of the present embodiment, since the storage container 2 also has a seismic isolation structure, the storage container 2 and the urn 1 are damaged by a vibration such as an earthquake, in harmony with the effect of the above-mentioned vibration absorbing device. It is possible to prevent a situation where the ashes are scattered. For this reason, it becomes possible for the bereaved and the like to lay bones with confidence.

FIG. 9 is a flowchart showing the operation of the present system example as described above. Hereinafter, an operation flow in the present system example will be described with reference to FIG.
First, in step 1, an ID number or the like is input via the input means. The computer constituting the control device stores the input data and the like by the storage means (step 2). Then, in consideration of the placement position and the order of worship in the storage device A of all of the storage containers 2 related to the worship request stored in this storage device, the arithmetic means constituting the computer operates the transport device C The moving route (moving route) of the three-dimensional driving device 11 to be constituted is calculated (step 3). Next, the process proceeds to step 4, wherein the access means 13,
The two-dimensional drive device 11 sequentially takes out the storage containers 2 from the storage device A and transfers them to a predetermined standby position E of the altar booth 7 according to the movement route. Then, in step 5,
The entrance / exit means 13 and the three-dimensional driving device 11 forward the storage container 2 after worship according to the movement route,
The other storage container 2 is transferred to the standby position E of the altar booth 7.

In the next step 6, the computer
In each of the altar booths 7, 7 it is checked whether the worship has been completed or has already been completed. If the worship has not been completed, the waiting storage container 2 is kept on standby. On the other hand, if worship has been completed, the process proceeds to step 7, and as described above, the first and second doors 8a, 8b
Are sequentially opened and closed, and the waiting storage container 2 is transferred to the predetermined position D of the altar booth 7. Further, the computer turns on the light 23. Thereby, the predetermined position D
The worship of the storage container 2 sent to the factory is started. Note that a timer attached to the computer or a timer separately provided is operated from the start of the worship to measure the worship time (step 8). Then, a predetermined worship time (for example, 6
(0 minute), the worshiper 21 is notified of the end of the worship time by a chime or a microphone. If the worship time has expired as described above, the process proceeds to step 10 and the light 23
The storage container 2 is returned to the storage device A by turning off the light, opening and closing the first and second opening / closing doors 8a and 8b, and furthermore, by operating the elevating device 16. On the other hand, if the worship time has not expired in step 8, the process proceeds to step 9, where the computer checks whether or not the worshiper 21 or the like has input that the worship has been completed. If there is no input, the process returns to step S8. If you have the above input,
Proceed to step 10 above.

At step 10, the storage container 2 is forwarded, and at step 11, the computer checks whether or not the storage container 2 waiting for the next worship is located at the standby position E of the altar booth 7. If there is a storage container 2 waiting, the process returns to the above-described step 6, and the worship can be performed in the order from the above-mentioned step 6 onward.
On the other hand, if there is no storage container 2 waiting, the computer checks whether or not a reservation for another worship has been made in the storage means (step 12), and if so, returns to step 3 above. . If not, the process proceeds to the next step 13, where the two-dimensional driving device 11 and the like are set in a standby state. Further, in step 14, the computer enters a standby state for detecting whether there is an input similar to that in step 1 described above, and returns to step 13 if there is no input. If there is the input, the process returns to the step 2, and the same operation as the above-described operation is performed. In the case of the structure of the present embodiment, the worshiper 2
It is possible to further shorten the time from when the containers 1 gather at the altar booth 7 to when the storage containers 2 arrive at the altar booth 7.

In FIGS. 3 and 4, reference numeral 20 denotes the access means 13.
This is a passage for workers to carry out maintenance and inspection of the conveyor device 12 and the like constituting the above. The passage 20 for performing such maintenance and inspection is provided at a necessary place in the building so that maintenance and inspection of the transport device C and the storage device A can be performed. Further, in the above-described system example, an example in which the storage unit structure of the present ossuary storage container is provided in a Buddhist temple or the like has been described. However, the present invention is not limited to this embodiment. It goes without saying that it can be implemented in other religions, such as churches in Japan. Also,
In order to speed up the transfer of the storage container 2, the moving device 1
It is also possible to provide a plurality (for example, two) of zeros.
Further, a plurality of storage devices A can be provided to increase the number of storage containers 2 to be stored. In addition, it is also possible to provide a front part in a temple or the like where the bone receiving system is provided, and to perform the input operation or the like in this front part. Further, it is also possible to make a reservation in the computer so that it can be visited several days or several months later at the designated date and time.

[0046]

According to the present invention, the structure of the storage portion of the bone receiving container according to the present invention is configured as described above, so that it is possible to prevent accidents such as falling due to earthquakes and even small vibrations. As a result, it is possible to prevent irreparable situations such as the urn being destroyed and the ashes being scattered, and to greatly improve the reliability quality of the storage of the urn. Play.

[Brief description of the drawings]

FIG. 1 is a diagram illustrating an outline of a worship part in an example of a bone filling system to which a storage part structure of a bone filling storage container according to an embodiment of the present invention is applied.

FIG. 2 is a schematic plan view showing the configuration of a worship part.

FIG. 3 is a longitudinal sectional side view showing the entire configuration of the bone receiving system.

FIG. 4 is an enlarged longitudinal sectional side view of the essential part.

FIG. 5 is a side view showing the three-dimensional driving device.

FIG. 6 is an enlarged view showing a moving state of a storage container in the worship part.

FIG. 7 is a perspective view showing an outer shape of the storage container.

FIG. 8 is a perspective view showing the internal structure of the storage container.

FIG. 9 is a flowchart showing control of the control device.

[Explanation of symbols]

 Reference Signs List A storage device C transfer device D predetermined position 1 urn 2 storage container 9a, 9b vibration absorbing member 10 moving member 11 three-dimensional drive device 12 conveyor device

Claims (3)

[Claims] 1. A storage device for storing a storage container containing a urn, a transfer device for transferring the storage container between a storage position of the storage container and a predetermined position, and a control device for controlling the operation of the transfer device. And, at a plurality of locations of the storage device,
The one end of the vibration absorbing member made of elastic means is firmly engaged, and the other end of the vibration absorbing member is firmly engaged with the building side to absorb vibration. The storage structure of the osteotomy container. 2. The vibration-absorbing member provided on the upper surface of the storage device and a fixed portion of a building is vertically extended, and is provided on a side portion of the storage device and a fixed portion on the building side. The storage part structure for a bone-filling storage container according to claim 1, wherein the vibration absorbing member is mounted so as to extend horizontally. 3. At least a bottom portion of the storage device,
3. The storage part structure of an osteotomy container according to claim 1, further comprising a vibration absorbing member using a damper device or a bearing for absorbing vibration due to an earthquake or the like.