WO2014132981A1 - Cremation system - Google Patents

Abstract

According to the present invention, when a coffin (112) is conveyed from conveying rollers (21) to coffin front-chamber-internal conveying rollers (32), the height of the conveying roller frame is raised to coincide with the height of the coffin front-chamber-internal conveying rollers (32), and the coffin (112) on the conveying rollers (21) is smoothly conveyed onto the coffin front-chamber-internal conveying rollers (32). After cremation, when a bone tray (41) is conveyed onto the conveying rollers (21) from front-chamber-internal bone tray conveying rollers (43), the height of the conveying roller frame is lowered to coincide with the height of the front-chamber-internal bone tray conveying rollers (43), and the bone tray (41) on the front-chamber-internal bone tray conveying rollers (43) is smoothly conveyed onto the conveying rollers (21). A raising/lowering device is then used to automatically raise the bone tray (41) to a height where the bones can be easily collected.

Description

Cremation system

The present invention relates to a cremation system, and more particularly, to a storage system and a cremation furnace after a bereaved family or a funeral party makes a final farewell by placing a coffin on a storage system installed in the front hall of the school. The firewood is automatically carried into the cremation furnace through the anteroom provided between the two, and after cremation, the bone plate containing the ashes is automatically transported to the delivery and bone harvesting system through the front chamber, The present invention relates to a cremation system provided with a receiving and collecting system which allows bereaved families and funerals to collect bones.

In the case of the old cremation device, ignition of the burner, opening and closing of the door, pressure adjustment in the cremation furnace, etc. were automated regardless of whether it was a Rothltle type or a dolly type, but most of the cremation process is performed manually or manually. The For example, there was a case in which the body was manipulated directly by a work bar or the like for the body to be treated with dignity.

In recent years, many techniques for automatizing cremation have been developed for the above-mentioned problems. In other words, there is technology development aimed at a cremation device that can automate cremation depending on workers' intuition and skill, and achieve cremation without touching workers and so on at each cremation process from storage to birth It has been done for many years.

As a first prior art for automatizing a cremation device, there is a cart for scissors described in Patent Document 1 (Japanese Patent No. 3051402). Since the work of putting up the bales on a farewell stand is generally about 100 cm high and the work with danger for workers is dangerous, the dredger described in Patent Document 1 is a bag containing a body The purpose is to prevent the fall of the drop, and to move the drop easily.

Specifically, referring to FIG. 17, the vehicle body 153 to which the front and rear casters 151 and the pair of left and right drive wheels 152 are attached, the drive motor 154 for rotating the drive wheel 152, and the vehicle body 153 can move up and down. It is comprised from the pedestal 155 which mounts the attached crucible, and the pedestal raising / lowering means 156 which raises / lowers the pedestal 155 up and down. Further, a pair of front and rear horizontal rails are attached to the lower part of the tray 155 respectively on the left and right sides, and by driving the drive motor 154, the tray 155 can be moved in the lateral direction of the paper surface.

Further, the pedestal elevating means 156 can raise and lower the pedestal 155 vertically by expanding and contracting the pedestal elevating cylinder. Further, a plurality of rollers 158 are rotatably attached to the upper portion of the roller support 157, and the roller support 157 can be lifted to easily move the folds on the roller 158.

Further, as a second prior art for automatizing a cremation apparatus, there is a transfer device for an in-furnace loading truck described in Patent Document 2 (Japanese Patent Application Laid-Open No. 8-128610), which will be described with reference to FIG. In Patent Document 2, an in-furnace loading carriage 162 on which the crucible 161 is mounted, an intermediate carriage 164 having a guide rail 163 for guiding the in-furnace loading carriage 162 to the main combustion chamber, a guide rail 163 and the main combustion chamber A transport carriage 165 connected to the rails, a guide beam 166 arranged to extend from the front chamber to the furnace chamber, a guide roller sliding along the guide beam 166 and attached to the transport carriage 165 To connect the carriage rail and the main combustion chamber rail by remote control, operate the reprographic motor 167 to drive the roller chain 168, and move the in-furnace loading trolley 162 from the front chamber of the furnace to the main combustion chamber. It is possible to carry in and out.

With such a configuration, the crucible 161 is loaded on the in-furnace loading trolley transfer device in the furnace front chamber, the crucible 161 is moved to the main combustion chamber through the front chamber device, and cremated, and after the cremation is completed, the front chamber An in-core loading trolley reprographic apparatus is disclosed which automatically cools the roasted bones in the apparatus and moves everything from the in-furnace loading truck 162 to the in-furnace chamber by remote control.

In addition, there is a stage device described in Patent Document 3 (Japanese Patent Application Laid-Open No. 2009-174959), which is not directly related to the automation of the cremation device, but relates to the technique of moving up and down the table on which the crucible is placed. In the stage device described in Patent Document 3, the rotary shaft and the rotary ring are brought into contact with each other by a spiral surface extending in a spiral manner to convert the rotational motion into a translational motion, and the contact area of the spiral surface is increased to support the table. The configuration is to increase the rigidity. Further, FIG. 9 (a) of Patent Document 3 discloses a configuration in which a roller is provided between the spiral surfaces to smoothly rotate the rotating shaft and the rotating ring, thereby moving the table up and down smoothly. Further, FIG. 9 (b) of Patent Document 3 discloses a configuration in which the spiral surface is divided into a plurality of portions and the stroke is wide in the Z-axis direction.

Patent No. 3051402 gazette

JP-A-8-128610

JP, 2009-174959, A

In the first prior art described in Patent Document 1, the roller 158 has a rotation axis parallel to the width direction of the ridge, and this rotation axis is configured to be rotatable with respect to the roller support 157, There is no mechanical system that rotationally drives the roller 158 by a motor or the like, and there is no alternative but to manually push the weir on the roller. That is, it is premised that the vehicle body is pushed by a human force to move to the farewell of the altar, and the firewood can not be automatically carried in and out from the furnace front chamber to the main combustion chamber.

In addition, the height of the pedestal is adjusted by extending and retracting the pedestal elevating cylinder (hydraulic cylinder) and adjusting the angle of a pair of levers which are pivotally attached at the intersection point and which intersect each other. However, in order to realize this mechanical system, various parts of the hydraulic cylinder and the hydraulic system are required, and the lever type elevator apparatus for adjusting the angle is difficult to miniaturize, and the storage and retrieval system according to the present invention It is difficult to implement as a lifting device.

Furthermore, although it is essential to control the height of the pedestal with high accuracy in the lifting and lowering device of the barn and collecting bone system of the present invention, any technique related to the high precision height control of such a pedestal is described. There is no

Further, the second conventional technique for transferring a furnace loading carriage according to Patent Document 2 mounts an intermediate carriage 164 on a transport carriage 165, and further mounts a furnace placement carriage 162 on the intermediate carriage 164. It has a three-storey structure, and the height from the floor surface to the weir is high, so it is necessary to increase the height of the front room device and the main combustion chamber, and the entire delivery and collecting system Has the drawback of becoming larger.

In addition, even when the bereaved family or a funeral person makes a final farewell with the body being carried into the front room device, the upper surface of the coffin is high from the floor, so the group mourners who have a low line of sight such as children and wheelchairs face the body There is a problem that you can not do it. In addition, the transfer device for the in-furnace loading truck according to Patent Document 2 is fixed in the height direction, and it is a height at which it is easy to reciprocate when the bereaved or the beneficiary bones the ashes on the in-furnace loading truck after cremation. It can not be adjusted to

Furthermore, although the in-furnace loading truck cooled by the front room device is transported to the front chamber of the furnace to be boned, there is a problem that the ash generated at the time of bones soars and the ash adheres to the clothing etc. There is. That is, no consideration is given to the provision of an exhaust mechanism that sucks ash in the in-furnace kiln loading truck.

Further, the in-furnace loading truck transfer apparatus described in Patent Document 2 loads the crucible 161 on the in-furnace loading truck transfer apparatus in the front chamber, and moves the crucible 161 to the main combustion chamber through the front chamber apparatus. The cremation is carried out, and after completion of the cremation, the fire bones are cooled in the front room device, and everything is done by remote control automatically until the furnace loading truck 162 is moved to the furnace front room to carry out the cremation efficiently Although it is described about things, it is not disclosed about the description or the suggestion of the technical thought that a bereaved family member or a funeral person carries out the last farewell in a noble atmosphere.

Moreover, although the stage apparatus of patent document 3 is suitable for raising / lowering the table which mounts the load of a heavy load, a large installation space is required, and raising / lowering of a barn and an osteotomy system for which compactness is required. As a device, it is difficult to mount the stage device described in Patent Document 3. Furthermore, the stage apparatus of Patent Document 3 is basically a mechanical system that raises and lowers an inspection apparatus or a manufacturing apparatus of a semiconductor wafer on a table, and the mechanical system that horizontally conveys the one loaded on the table. Nothing is disclosed. In other words, the technique for mounting both the horizontal transport mechanism required as the transport mechanism of the nest and collecting system and the vertical lift mechanism in a compact installation space is not described.

The present invention provides a cremation system that suitably solves the above-mentioned problems.

The cremation system according to the present invention transports the coffin carried in and placed in the front hall to the crematorium room via the front room conveyance device in the front room, and burns the coffin cremated coffin in this crematorium room with the bone plate In the cremation system, which is received and conveyed to the front hole via the conveyance device in the front room, the rotary driving force of the mechanical system conveys the crucible carried in the front hole to the conveyance device in the front room, A function to transport and mount the bone plate transported from the front room transport device to the front hole, and a function to control the height of the crucible or bone plate placed on the front hole by the rotational driving force of the mechanical system And a barbed and bone harvesting system in the front hall.

In the cremation system according to the present invention, the receiving and / or bone harvesting system comprises a plurality of transport motor means for generating rotational driving force, and a plurality of the barb or bone plate placed thereon in parallel to the direction of the antechamber. The conveyance roller means, the conveyance roller frame means rotatably supporting the plurality of conveyance roller means, and the plurality of conveyance roller means wound around the plurality of conveyance roller means; And endless roller chain means for transmitting to some of the above.

In the cremation system according to the present invention, the storage and retrieval system is wound around the inside or the outside of the roller chain means, and the first driving roller for transmitting the rotational driving force of the conveying motor means through the roller chain means. Means group and a second transfer roller means group which is idled while being wound on the outside or inside of the roller chain means, and of the first transfer roller means group, it is supported closest to the transfer motor means The distance between the conveying roller means and the conveying roller means adjacent to the conveying roller means is set to be narrower than the adjacent space between the other conveying roller means.

In the cremation system according to the present invention, the receiving and collecting system also uses the roller chain means for the rotational driving force of the transfer motor means for at least one or more of the transfer roller means in the second transfer roller means group. It is intended to be transmitted.

In the cremation system according to the present invention, the storage and retrieval system is provided so as to be able to move up and down from between two adjacent transfer roller means, and the crucible placed on the transfer roller means is lifted from the transfer roller means A plurality of stopper means are provided which are floated and placed on the carrying roller means by lowering the weir floating from the carrying roller means.

In the cremation system according to the present invention, the receiving and collecting system is provided with the clutch means in the middle of the path for transmitting the rotational driving force of the transfer motor means to the transfer roller means.

In the cremation system according to the present invention, the storage and retrieval system includes a raising / lowering motor means for generating a rotational driving force, and two or more sequentially inserted rotating shafts from small diameter ones to large ones. And a plurality of rotatable roller portions provided at equal angles on the outer peripheral side or the inner peripheral side when viewed from the direction of the rotation axis, and the inner peripheral side or the outer peripheral side And a plurality of rail portions respectively formed in parallel in a spiral shape and in contact with the roller portions of the cylinder means inserted one inside or outside on the lower surface, and the largest diameter of two or more cylinder means Or, the smallest diameter is fixed at the upper end to the lower part of the stern and osteotomy system, and the smallest diameter or the largest diameter is rotated around the rotation axis by the rotational driving force of the lifting motor means at the lower end Also It is.

In the cremation system according to the present invention, the receiving and collecting system supports the lifting and lowering motor means for generating the rotational driving force and the periphery of the receiving and collecting system from the lower part thereof, according to the given rotational driving force. A plurality of ball screw means for moving up and down, and a driving force transmitting means for equally distributing the rotational driving forces of the raising and lowering motor means to the plurality of ball screw means in synchronization with each other are provided.

In the cremation system according to the present invention, the storage and / or bone assembly system comprises a delivery means for moving the transfer roller frame means to the front chamber side, and when carrying the placed chopsticks to the front chamber transfer device or the front chamber transfer device When the bone plate conveyed from the above is conveyed and placed, the conveying roller frame means is brought close to the front indoor conveyance device by the feeding means.

In the cremation system according to the present invention, a plurality of storage and storage systems are used to transfer the placed coffins to the front indoor transfer device, or to transfer and place the bone plate transferred from the front indoor transfer device. The elevating motor means is operated so that the height of the upper surface of the conveying roller means coincides with the height of the upper surface of the front room conveying device.

In the cremation system according to the present invention, in the final farewell with the body, the delivery system for the nesting and the bones control the height of the laid pot to a height at which the bereaved and the funeral person are easy to leave, In the case of bone rehab, the height of the placed bone plate is controlled to a height at which the bereaved or the funer can easily reciprocate.

In the cremation system according to the present invention, the delivery system includes a delivery start button for starting delivery of the rattan to the delivery apparatus in the front room, or an osteotomy for starting delivery of the bone plate from the delivery apparatus in the front room. A start button is provided, and the delivery of the scissors or the bone plate is started when the start button for placing the nest or the start button for the bone start to be operated.

In the cremation system according to the present invention, in the case of the delivery system, the authentication registration of a predetermined funeral person is previously performed, and when the delivery start button or the bone start button is operated, the authentication registration is referred to, and the operation is predetermined. Only when it is judged that it is determined to be by a funeral person, the delivery of the coffin or bone plate is started.

The cremation system according to the present invention is controlled so as to open when the transfer of the coffin from the delivery system to the antechamber is started and closed when the delivery is completed, and the bone from the delivery apparatus to the room from the delivery system to the delivery system. There is a door between the front hall and the front room that is controlled to open when the tray starts to transport and close when the tray is finished, and the delivery system for collecting and collecting bones and the anterior chamber transports the coffin or bone tray through the door The

The cremation system according to the present invention comprises temperature measuring means for starting the temperature measurement of the bone plate when the bone plate is transferred from the cremation room to the front room conveyance device and placed, and the front room conveyance device With reference to the measurement result of the heating means, when the measurement result reaches a predetermined temperature, the delivery of the bone plate to the nursing and abduction system is started.

The cremation system according to the present invention includes the clocking means for starting time measurement when the bone plate is transported from the crematory to the front room conveyance device and placed thereon, and the front room conveyance device measures the measurement results of the timekeeping means. Referring to this, when the measurement results reach a predetermined time, the delivery of the bone plate to the delivery system is started.

In the cremation system according to the present invention, the receiving and collecting system includes exhaust means for exhausting the air in the front hole to the front chamber through the dust suction slit.

In the cremation system according to the present invention, the barrow / corporeal system is provided with wheels at its lower part for moving on the floor in the front hall.

The cremation system according to the present invention raises the underground space for storing the barrow and bone harvesting system and the barrow and bone harvesting system from the underground space to the floor in the front hall and descends from the floor to the underground space And a lifting mechanism for the front hole.

In the cremation system according to the present invention, the receiving / removing system includes non-contact sensor means for detecting the height of the coffin or the bone plate, and for raising and lowering referring to the detection result of the non-contact sensor means The rotational driving force of the motor is controlled.

In the cremation system according to the present invention, the nest and bone harvesting system includes limit switch means for detecting the height of the coffin or bone plate, and the detection result of the non-contacting sensor means is in the range of two set values. In the case of outside, the detection of the height of the crucible or the bone plate is switched from the limit switch means to the limit switch means.

The cremation system according to the present invention comprises a cremation furnace, a front room transfer device provided in a front chamber, and a barrow / stabular bone for transferring a coffin to the front room transfer device and transferring a bone plate from the front room transfer device. A cremation system having a system, wherein the nest and bone harvesting system comprises a transport roller driven by a transport motor to transport the scissors or the bone plate, and a transport roller frame rotatably supporting the transport roller. And a lifting device driven by a lifting motor to control the height of the transport roller frame, the lifting device having a spiral-shaped rail formed on one surface and a first cylinder rotating around a rotation axis A roller rotatably provided in contact with the rail, and having a second cylinder that rotates about the rotation axis, the rail being relative to the rotation axis of the roller And it is configured to lift the rotation driving force.

Also, using the lifting device, at the time of the last farewell with the body, the height of the forehead is controlled to a height that makes it easy to say goodbye. You may comprise so that it may control to the height which is easy to bone.

In addition, the distance between the conveyance roller closest to the conveyance motor for driving the conveyance roller and the conveyance roller adjacent to the conveyance roller is narrower than the distance between the other conveyance rollers, and the conveyance roller is rotationally driven. The transport rollers are disposed on the inside and the outside of the roller chain with respect to the roller chain, and one transport roller is rotationally driven by the roller chain, and the other transport roller is rotatably idled. You may

In addition, a roller may be provided rotatably on the first cylinder, and a third cylinder provided with a spiral rail on one surface in contact with the roller may be provided.

Furthermore, a plurality of the rails parallel to the first cylinder may be formed, and at least one roller may be formed on the second cylinder in contact with the rails.

In addition, are the rollers arranged at point-symmetrical positions with respect to the rotation axis, or are the rollers arranged at an angle of 120 degrees when the rails are constituted by three rails? It may be configured to be any of

Further, the angle with the horizontal direction of the rail provided in the upper cylinder with respect to the rotation axis is smaller than the angle with the horizontal direction of the rail provided in the lower cylinder. May be

The elevating device controls driving of the elevating motor with reference to a comparison result of a sensor signal for detecting a height to be controlled and setting values corresponding to two different heights, and the sensor If the signal is abnormal, it may be configured to switch to height control by a mechanical limit switch.

In addition, a predetermined space is provided between the storage and retrieval system and the anterior chamber, and when transporting the scissors or the bone plate to the anterior chamber, the transport roller is slid toward the anterior chamber by motor drive. In addition, the height of the transfer roller may be controlled to match the height of the transfer roller for transferring the scissors or the bone plate provided in the front chamber.

Further, in order to prevent movement of the weir placed on the conveyance roller, a stopper may be provided to move up and down by motor drive.

In addition, an exhaust slit may be provided to ventilate the storage and harvesting system.

In addition, an entrance door provided on the side of the acupuncture and collecting system side of the anteroom automatically opens when the crucible is conveyed to the antechamber side, and automatically closes when the conveyance is completed. The tray may be automatically opened at the time of transfer from the anteroom to the side of the receiving and collecting system, and may be automatically closed at the end of the transfer.

In addition, the delivery system may be provided with a delivery start button for starting the transfer of the crucible to the anterior chamber and the crematorium.

In addition, it may be configured to be provided with an osteotomy start button for starting conveyance of the bone plate in which the ashes are stored from the anteroom to the delivery system.

In addition, the above-mentioned birth start button or the above-mentioned ostomy start button may be configured to start operation only by the button operation of a ceremonial member registered in advance.

According to this invention, the coffin carried in and placed on the front hall is transported to the cremation room through the front room conveyance device in the front room, and the crested cocoons of the coffin cremated in this cremation room are received by the bone plate, In the cremation system which conveys and places to the front hole via the front room conveyance device, the rotary driving force of the mechanical system conveys the crucible carried and placed on the front hole to the front room conveyance device. The function of conveying and placing the bone plate transported from the transport device to the front hole, and the function of controlling the height of the crucible or bone plate placed in the front hole by the rotational driving force of the mechanical system By providing the combined hole and bone collecting system in the front hole, it becomes possible to automate the transportation and height control of the coffin or bone plate, and it is possible to realize the automation of cremation.

According to the present invention, the storage and retrieval system comprises a plurality of transport means arranged parallel to the direction of the antechamber and on which the scissors or bone plate are placed. The roller means, a conveyance roller frame means rotatably supporting the plurality of conveyance roller means, and the plurality of conveyance roller means are wound around, and the rotational driving force of the conveyance motor means is set to one of the plurality of conveyance roller means Since it has endless roller chain means for transmitting to some of the parts, it is possible to automatically and smoothly carry the weir from the front hole to the front chamber, and to carry the bone plate from the front chamber to the front hole. can get.

According to the present invention, the storage and collecting system is wound on the inside or the outside of the roller chain means, and the first driving roller means group in which the rotational driving force of the conveying motor means is transmitted through the roller chain means. And a second conveying roller means group which is idled while being wound on the outer side or the inner side of the roller chain means, and among the first conveying roller means group, the conveying roller supported closest to the conveying motor means Since the distance between the means and the conveyance roller means adjacent to the conveyance roller means is set to be narrower than the adjacent space between the other conveyance roller means, the roller chain means is transmitted to each conveyance roller means The effect of being able to equalize rotational driving force is obtained.

According to the present invention, the storage and collecting system also transmits the rotational driving force of the conveying motor means by the roller chain means to at least one or more of the conveying roller means in the second conveying roller means group. As a result, it is possible to eliminate the shortage of transport power, and it is possible to obtain an effect that even a bone plate with severe warping can be placed on the storage and harvesting system without stopping in the middle of transport.

According to the present invention, the storage and retrieval system is provided so as to be able to move up and down from between two adjacent transfer roller means, and lifts the weir placed on the transfer roller means from the transfer roller means by the raising operation. Since a plurality of stopper means are disposed on the conveying roller means by lowering the weir floating from the conveying roller means, the weir floats when the stopper means is raised, so the weir moves on the conveying roller means And the effect of securing safety can be obtained.

According to the present invention, since the storage and affixing system is provided with the clutch means in the middle of the path for transmitting the rotational drive force of the transfer motor means to the transfer roller means, while the clutch means is acting The conveying roller means does not rotate, so that the crucible does not move on the conveying roller means, and the effect of ensuring safety can be obtained.

According to the present invention, the storage and retrieval system includes an elevation motor means for generating rotational driving force, and two or more cylinder means sequentially inserted from the small diameter to the large diameter by sharing the rotation axis. And each of the cylinder means has a plurality of rotatable roller portions provided at equal angles on the outer peripheral side or the inner peripheral side when viewed from the direction of the rotation axis, and a spiral on the inner peripheral side or the outer peripheral side And a plurality of rail portions respectively formed parallel to each other and in contact with the roller portions of the one cylinder means inserted inside or outside at the lower surface, of the two or more cylinder means having the largest diameter or the largest diameter. The small diameter is fixed at the upper end to the lower part of the nesting and collecting system, and the one with the smallest diameter or the largest diameter is rotated around the rotation axis by the rotational driving force of the lifting motor means. So a long strike The chromatography click can speed driving, the effect is obtained that the lifting mechanism can be miniaturized.

According to the present invention, the storage and retrieval system supports the lifting and lowering motor means for generating the rotational driving force, and the periphery of the storage and harvesting system from its lower part, and performs the raising and lowering operation according to the given rotational driving force. And a plurality of ball screw means, and driving force transmission means for equally distributing the rotational driving forces of the lifting and lowering motor means in synchronization with the plurality of ball screw means. The effect of stably raising and lowering can be obtained.

According to the present invention, the storage and affixing system includes the delivery means for moving the delivery roller frame means to the front chamber side, and the placed crucible is delivered to the delivery device in the front room or delivered from the delivery device in the front room When transporting the placed bone plate and placing it, the transport roller frame means is brought close to the transport device in the front room by the delivery means, so that the ridge or bone plate is smoothly transported between the front hole and the front chamber. The effect of being able to In addition, a space can be provided between the storage and retrieval system and the anterior chamber, and even if the door is opened to the front side, it does not come in contact with the storage and retrieval system, thus the shape of the door The effect of freely setting the opening and closing method can be obtained.

According to the present invention, when the barbed / bone harvesting system transports the placed coffin to the front room transport device, or transports and places the bone plate transported from the front room transport device, a plurality of transports are performed. Since the elevation motor means is operated so that the height of the upper surface of the roller means coincides with the height of the upper surface of the transfer device in the front room, the ridge or bone plate is smoothed between the front hole and the front chamber. The effect of being able to carry can be obtained.

According to this invention, when the final farewell with the body, the delivery system with the body of the nest controls the height of the laid pot to a height at which the bereaved or the funer can easily leave, and At that time, the height of the placed bone plate was controlled to the height at which the bereaved or the funer can reciprocate. The effect is that the person can easily face the body. Similarly, at the time of bone collection, the height of the bone plate can be adjusted to make it easier for the bereaved or the funeral to bone.

According to the present invention, the delivery system includes a delivery start button for starting delivery of the rattan to the delivery apparatus in the front room, or a delivery bone start button for starting delivery of the bone plate from the delivery apparatus in the front room As the delivery start button is started when the delivery start button or the osteotomy start button is operated, the button operation automatically starts a series of processing related to delivery, and The effect is that the bereaved and the funer can handle farewells and bones by themselves.

According to the present invention, the delivery system receives pre-certified registration of a predetermined funeral person, and when the delivery start button or the bone start button is operated, it refers to the certification registration and operates the prescribed funeral. Since it is made to start the conveyance of the cage or the bone plate only when it is judged that it is determined that the child's person other than the certified and registered member of the funeral operates the delivery start button or the bone start button by mistake. Since it does not operate, the effect of being able to increase the reliability can be obtained.

According to the present invention, the delivery of the coffin from the delivery system to the antechamber is started and controlled to be closed when the delivery is finished, and the delivery from the delivery apparatus to the delivery system is performed from the delivery tray to the delivery system. There is a door between the front hall and the anteroom that is controlled to open when the transport starts and closes when the transport is finished, and the delivery system with the delivery system and the atrioventricular system is designed to transport the coffin or bone plate through the door Therefore, the advantage is obtained that the coffin or bone plate can be transported between the barrow / corporeal system and the anteroom transport device without human being touching the door.

According to the present invention, when the bone plate is transported from the crematory to the transfer device in the front room and placed, temperature measuring means for starting temperature measurement of the bone plate is provided, and the transfer device in the front room is the temperature measurement means When the above measurement results reach the predetermined temperature with reference to the measurement results of the above, the delivery of the bone plate to the delivery system is started, so that the bone plate can be cooled to the predetermined temperature, and The effect of securing safety can be obtained.

According to the present invention, when the bone plate is transported from the crematorium to the transfer device in the front room and placed, timing means is provided to start time measurement, and the transfer device in the front room refers to the measurement results of the time measurement means. Since the delivery of the bone plate to the delivery system is started when the measurement result reaches the predetermined time which is estimated to have reached the predetermined temperature, the bone plate can be cooled to the predetermined temperature. The effect of being able to secure the safety of the bone is obtained.

According to the present invention, since the receiving and collecting system is provided with the exhaust means for exhausting the air in the front hole to the front room through the dust suction slit means, the bone plate soars from the bone plate at the time of bone resorption Since the ash can be sucked into the dust suction slit means, it is possible to obtain the effect that bones can be collected in a clean environment without the fly-up ash adhering to clothes or the like.

According to the present invention, since the barrow and bone harvesting system is provided with a wheel at the lower part for moving on the floor in the fore hole, the barrow and bone harvesting system can freely move in the fore hole An effect is obtained.

According to the present invention, the underground space for storing the barn and the ossifying system, and the barn and the osculating system ascend from the underground space to the floor in the front hall and descend from the floor to the underground space. Since the lifting mechanism and the lifting mechanism are provided in the front hole, the effect of being able to be stored in the underground space is obtained when the barbed / bone collecting system is not required.

According to the present invention, the receiving and collecting system includes non-contact sensor means for detecting the height of the heel or the bone plate, and referring to the detection result of the non-contact sensor means Since the rotational driving force is controlled, it is possible to control the height of the scissors or the bone plate with high accuracy.

According to the present invention, the receiving and collecting system includes limit switch means for detecting the height of the heel or the bone plate, and the detection result of the non-contact type sensor means is out of the range of two set values. In some cases, detection of the height of the ridge or bone plate is switched from the limit switch means to the limit switch means. Therefore, even if a failure occurs in the non-contact sensor, the height of the conveyance roller etc. The effect of being able to control is obtained.

The cremation system according to the present invention can move up and down easily with a single button, the coffin containing the body. For this reason, at the time of the last farewell with the body, the height of the coffin can be lowered so that a low-line person such as a child or a wheelchair can easily meet the body. Similarly, during bone collection, the height of the bone plate can be adjusted to make it easier for survivors and funerals to bone.

In addition, since the elevating mechanism uses a newly developed multiple cylinder mechanism having rollers and rails, it is possible not only to drive a long stroke at high speed but also to miniaturize the elevating mechanism. In addition, the elevation mechanism receives the signal from a non-contact sensor such as an ultrasonic sensor, and controls the rotation of the servomotor for raising and lowering the conveyance roller on which the crucible is placed with high accuracy, thereby heighting the conveyance roller and the like. Can be controlled with high precision. Furthermore, a mechanical limit switch is provided separately from the above non-contact sensor, and even if a failure occurs in the non-contact sensor, the height of the transport roller etc. can be controlled by the limit switch, so that reliability is achieved. It has the feature of being high.

In the cremation system according to the present invention, the rotational driving force of the motor is transmitted to each conveying roller through a transmission mechanism such as a chain to synchronously rotate each conveying roller, and the wrinkles on the conveying roller are automatically and smoothly made in the front chamber. Can be transported to On the other hand, after cremation, it is possible to automatically draw out and store the bone plate from the anterior chamber to the storage and collecting system by the bone plate transfer device.

Also, a space is provided between the anteroom and the storage and retrieval system according to the present invention, and the delivery roller frame is slid toward the antechamber side when placed in the antechamber, and provided in the antechamber with the delivery roller. It is configured to approach and rotate in synchronization with the front room conveyance roller. With such a mechanism, it is possible to smoothly deliver the acupuncture and moxibustion system to the anteroom from the barrow / corporeal system. In addition, since a space is provided between the anteroom and the storage and retrieval system, even if the entry door moves to the near side (the side of the storage and retrieval system) when opening and closing the entry door of the front room, the entry door Does not come in contact with the delivery system. For this reason, it is possible to freely set the shape and the opening / closing method of the inlet door.

Further, the cremation system according to the present invention is provided with a plurality of stoppers for preventing movement of the crucible between the transport rollers, and the stoppers are vertically driven by the stopper elevating motor. When the stopper is raised, the heel is slightly lifted through the rubber attached to the tip of the stopper, and the heel is not moved. Since the elevation control of the stopper can be easily performed by the operator by the button operation, it is possible to quickly perform the elevation operation of the stopper at the judgment of the operator. In addition, it is characterized in that it is highly safe because it is configured so that the beard does not move even if a bereaved or a funeral person leans on the beard.

Further, in the cremation system according to the present invention, slits for dust collection are provided along both sides of the placed bone plate, and an exhaust mechanism is provided to exhaust the air to the front chamber through the slits. For this reason, since it is possible to suck the ash that has soared from the bone plate into the slit for sucking dust when reciprocating, it is possible to perform bone collection in a clean environment without the ashes that soar adhere to clothes and the like. .

Further, the cremation system according to the present invention is provided with a start button for a bereaved family member or a funeral person to start the delivery, and pressing this button automatically starts a series of processing related to the delivery. This allows the bereaved and the funer to carry out the last farewell to the bereaved and the funer himself. In addition, the cremation system is provided with an osteoporotic start button for storing the bone plate from the anteroom to the acupuncture / abdominal system after the cremation is complete, and the bereaved or the funeral person presses the button to perform a series of treatment related to the corpse. The crematorium system makes the remains of the body, which has been automatically started and transported to the anteroom, as a bone, and it is possible to perform a series of cremations in which the bereaved and the mourners meet again in a solemn and sophisticated atmosphere. In addition, you may be comprised so that operation | movement may be started only by the funeral person by whom certification registration was carried out previously button operation of a delivery start button or an osteotomy start button. By configuring in this way, even if a child other than the certified or registered funeral by mistake operates the delivery start button or the bone start button, the device is characterized by high reliability because it does not operate.

BRIEF DESCRIPTION OF THE DRAWINGS It is a partial top view of a cremation institution containing the nest and an osteotomy system (good-bye stand) concerning Embodiment 1 of this invention. FIG. 2 (a) is a plan view of a nest-and-bone harvesting system according to Embodiment 1 of the present invention, and FIG. 2 (b) is a cross-sectional view along the line AA shown in FIG. 2 (a). FIG. 3 (a) is a side sectional view of a barrow / corporeal system according to Embodiment 1 of the present invention at the time of conveyance of the eyelid to the antechamber, and FIG. 3 (b) is a BB shown in FIG. It is sectional drawing of a line direction. FIG. 4 (a) is a side cross-sectional view of the storage and retrieval system at the time of conveyance of the bone plate from the anterior chamber, and FIG. 4 (b) is a cross-sectional view along the line CC shown in FIG. It is an explanatory view showing a schematic configuration of a lift device according to the present invention. It is explanatory drawing which illustrates typically the inner surface of the middle cylinder which comprises the raising / lowering apparatus by this invention, and three rails 61M, 61U, 61D formed substantially perpendicularly | vertically to this inner surface. It is a schematic cross section of the inner cylinder which comprises the raising / lowering apparatus by this invention, and the inside cylinder fitted to the upper outer side. A portion of a rail 71A (71B) fixedly attached to the inner surface of the middle cylinder 54 in a spiral shape, and a roller 72A (72A ') provided on the inner cylinder side in contact with the lower surface of the rail 71A (71B) It is explanatory drawing which showed typically. It is explanatory drawing for demonstrating roller 72A, 72A ', 72A' 'arrange | positioned at the angle of 120 degree on the outer surface of the inner cylinder 53. FIG. FIGS. 10 (a) and 10 (b) are explanatory views when the middle cylinder 54 and the outer cylinder 55 are schematically developed on a plane, respectively. It is a side view which explained in more detail a barrow / corporeal system 12, an anteroom 13, an anteroposterior conveyance device 15, and a cremator 17 according to Embodiment 1 of the present invention. It is explanatory drawing for demonstrating the conveyance operation of the coffin to the anteroom from the barrow / corporeal system (parting table) concerning Embodiment 1 of this invention. It is explanatory drawing for demonstrating the conveyance operation of a bone plate from an anteroom to the delivery and collection system 12 after the completion of the cremation in a cremation furnace. It is an explanatory view for explaining preparation operation of the next cremation. It is a figure which shows the partial structure of the cremation system concerning Embodiment 2 of this invention. It is a figure which shows the partial structure of the cremation system concerning Embodiment 2 of this invention. FIG. 1 is a side view of a first prior art wicker cart. It is a side view of the transfer apparatus for in-furnace loading trolleys of the 2nd prior art.

Next, embodiments of the present invention will be described in detail with reference to the drawings.

Embodiment 1
[overall structure]
FIG. 1 is a partial plan view of a cremation facility including the cremation system according to Embodiment 1 of the present invention, 11 is a column provided between the entrance and the front hall, and 12 is a barrow / bone skeleton system according to the present invention 13) is an anteroom, 14 is an entrance door provided on the near side of the antechamber (on the side of the receiving and collecting system), 15 is a pot taken from the receiving and collecting system 12 to the cremation furnace 17 An intra-chamber transfer device for transporting the bone plate on which the ashes are placed from the cremation furnace 17 to the masonry system 12 from the cremation furnace 17, 16 is a cremation room where the cremation furnace 17 is installed, 18A is the anteroom 13 and the cremation The front chamber furnace side door provided on the front room side between the room 16 and the crematory furnace insulation door 18B provided on the cremation room side between the front room 13 and the crematorium room 16 The crematoriums 16 are individually separated by walls, and a storage and collecting system 12 Cremation furnace insulating door 18B are a plurality in parallel.

Next, an outline of a cremation method by the cremation facility shown in FIG. 1 will be described. First of all, the rattan cart (not shown) is moved from the entrance to the receiving and collecting system (farewell table) 12 provided in the front hall, and the rattan placed on the cart is provided It is placed on a plurality of transport rollers (not shown) provided on the upper surface. Next, the transport roller and the coffin are lowered, and the bereaved and the funeral custodian hold off the body and the last farewell, and then the transport roller and coffin are raised, and the bereaved and the funeral person push the delivery start button by themselves. At this time, the transport roller and the front chamber transport roller provided in the front chamber transport device 15 are adjusted to have the same height, and a transport roller frame (not shown) rotatably supporting each transport roller is at the front. It slides to the room side, and a conveyance roller and a front room conveyance roller approach, and it is controlled so that these rollers rotate synchronously.

Also, when the storage start button is pressed, the entrance door 14 opens in response to this, the transport roller and the transport roller in the front room both rotate in the same direction, and the weir on the roller is transported from the storage and bone assembly system 12 to the transport in the front chamber. Transport to 15. When this transfer is completed, the front chamber furnace side door 18A and the cremation furnace heat insulation door 18B are automatically opened after the entrance door 14 is closed, and the weirs on the front indoor transfer roller are transferred to the crematorium 16 by the front indoor transfer device 15. It is transported to the installed cremator 17. After the transfer, both the front chamber furnace side door 18A and the cremation furnace insulation door 18B are automatically closed.

Next, when the cremation is performed by the cremation furnace 17 and the cremation is finished, the front chamber furnace side door 18A and the crematorium heat insulation door 18B automatically open together, and the front indoor conveyance device 15 automatically stores the bone plate in which the ashes are stored. Do. The anteroom 13 or the anteroom transfer device 15 is provided with a cooling device (not shown) for cooling the ashes and bone dishes, and the ashes and bone dishes are cooled to near room temperature by this cooling device.

If the cremation system determines that the ashes and bone dishes have dropped to a predetermined temperature by means of a temperature sensor or the like mounted on the ante-chamber transfer device 15, the entrance door 14 is automatically opened, and the delivery system 12 is transferred to the ante-chamber Remove the bone plate from the device 15. When the removal is completed, the entrance door 14 is automatically closed, and the delivery system 12 adjusts the position of the bone plate to a height at which the bereaved or the beneficiary can easily acclimate, and the bereaved or the beneficiary collects from the bone plate. Do the bones. At this time, since the air is exhausted to the anteroom through the dust suction slits provided along both sides of the mounted bone dish, the ash which soars from the bone dish is absorbed into the dust suction slits when the bones are reintegrated. As the soared ash does not stick to clothes, etc., it is possible to collect bones in a clean environment.

[Configuration of delivery and bone collection system]
Next, with reference to FIGS. 2 to 4, the configuration of the barrow / corporeal system 12 according to the first embodiment will be described. Fig.2 (a) is a top view of the barrow / bodiment system 12, FIG.2 (b) is a cross-sectional view along the line AA shown in FIG. 2 (a), and FIG. 3B is a cross-sectional view taken along the line B-B shown in FIG. 3A, and FIG. 4A is a bone plate from the antechamber 13 at the time of transportation of FIG. 4B is a cross-sectional view in the direction of the line CC shown in FIG. 4A, which is a side cross-sectional view of the delivery system 12. FIG.

First, the basic configuration of the barrow and bone collecting system 12 will be described with reference to FIGS. 2 (a) and 2 (b). In FIG. 2A, the transport rollers 21 are disposed in parallel to the direction of the front chamber 13, and each transport roller 21 is, as shown in FIG. 2B, transport gear motor 23 → electromagnetic clutch 24 → roller chain 25 → It rotates synchronously by the power transmission path of each conveyance roller 21. Further, a total of four stoppers 22 are arranged between the transport rollers 21. When the operator presses the stopper lifting and lowering button, the stopper lifting and lowering motor 26 is driven to move the stopper 22 up and down. That is, when the stopper 22 is raised, the weir slightly floats through the rubber attached to the tip of the stopper 22 so that the weir does not move. For this reason, even if the bereaved family or the funeral person leans on the coffin, the position of the coffin is stable and extremely safe.

Further, even when the stopper 22 is lowered, when the electromagnetic clutch 24 is in operation, the conveyance roller 21 does not rotate, and the crease does not move on the conveyance roller 21. That is, in order to stably place the crucible, a safety device is mounted in a double manner.

In FIG. 2A, eleven conveyance rollers 21 are arranged in parallel, but this number can be placed on the conveyance roller 21 even if the size of the crucible placed on the conveyance roller 21 is an extra large size. Is set as. The distance between the leftmost conveying roller 21 and the conveying roller 21 adjacent to the right of the conveying roller 21 is smaller than the intervals between the other conveying rollers 21, but the position of the leftmost conveying roller 21 is close to the conveying gear motor 23. Therefore, the power applied to the transport roller 21 at the left end through the roller chain 25 is large, and the power from the transport gear motor 23 is dispersed by the transport roller 21 at the left end and the transport roller 21 next to the right. That is, the driving force from the roller chain 25 to each of the transport rollers 21 is equalized. In FIG. 2B, the right side represents a state in which the transport roller 21 is lowered, and the left side represents a state in which the transport roller 21 is lifted. The elevation of the transport roller 21 can be easily performed by the operator pressing the elevation button.

Next, with reference to FIGS. 3A and 3B, a schematic mechanism at the time of transfer of the crucible 112 to the front chamber 13 will be described. A space 31 is provided between the anteroom 13 and the nest-and-bone-assembly system 12 in the bayonet-and-bone-aggregation system 12 according to the first embodiment. When transporting, the delivery motor 33 is driven to move the transport roller frame (not shown) rotatably supporting the transport rollers to the front chamber side (right side). As a result, the conveyance roller 21 at the right end and the conveyance roller 32 at the left front end provided in the front chamber 13 approach each other to a predetermined distance. By rotating the transport roller 21 and the front interior transport roller 32 in the clockwise direction in this state, the ridge 112 can be smoothly transported from the transport roller 21 to the front interior transport roller 32.

As described above, since the space 31 is provided between the anteroom 13 and the receiving and collecting system 12, the entrance door 14 is in front of the entrance door 14 when the entrance door 14 of the anteroom 13 is opened and closed. Even if it moves to the osteotomy system side, the entrance door 14 does not come in contact with the barrow / abdominal system 12. For this reason, it is possible to freely set the shape and the opening / closing method of the inlet door. Further, as in FIG. 2B, in FIG. 3B, the right side represents a state in which the transport roller 21 is lowered, and the left side represents a state in which the transport roller 21 is lifted.

Next, with reference to FIGS. 4A and 4B, a schematic mechanism at the time of conveyance of the bone plate 41 from the front chamber 13 will be described. When the bone tray 41 is transported from the front chamber bone tray transport roller 43 provided in the front chamber transport device 15 onto the transport roller 21 in the storage and harvesting system 12 according to the first embodiment, the height of the transport roller frame The height is controlled to be lower and to match the height of the ante-chamber bone plate conveying roller 43. That is, the height control is performed using the elevating gear motor 42 so that the upper surface of the conveyance roller 21 and the upper surface of the ante-chamber bone plate conveyance roller 43 coincide with each other.

Next, the feed motor 33 is driven to slide the conveyance roller frame to the front chamber side (right side). As a result, the conveyance roller 21 at the right end and the ante-bone plate conveyance roller 43 at the left end approach each other to a predetermined distance. In this state, the bone plate 41 on the pre-delivery room bone plate conveyance roller 43 is smoothly conveyed onto the conveyance roller 21 by rotating the conveyance roller 21 and the front room bone plate conveyance roller 43 in the counterclockwise direction. Can. After the entire bone plate 41 is placed on the transport roller 21, the transport roller frame is slid in the front direction (left side). In the above description, the conveyance roller frame is controlled to slide toward the front chamber after lowering the height of the conveyance roller frame. However, after the conveyance roller frame is slid to the front chamber, the conveyance roller frame is slid. Height may be controlled to match the height of the bone plate conveying roller 43 in the anterior chamber.

As shown in FIG. 4A, the transport roller 21 has an upper transport roller located above the roller chain 25 indicated by a dot-and-dash line, and a lower transport roller located below the roller chain 25. The upper conveying roller is driven by the roller chain 25 to convey and drive the wedge or bone plate 41 placed on the conveying roller 21, but the lower conveying roller is not driven by the roller chain 25 and is rotatably idled. Configured That is, the lower conveyance roller is configured to apply tension so that the roller chain 25 does not slack and to transmit the driving force from the conveyance gear motor 23 to the respective conveyance rollers 21 through the roller chain 25 in a constant manner. Alternatively, the lower conveying roller may convey and drive the rod or bone plate 41, and the upper conveying roller may be rotatably idled.

As shown in FIG. 4 (b), the dirt collecting and collecting system 12 according to the first embodiment is provided with dust collecting slits 44 along both sides of the bone plate 41 placed, and the dust collecting slit 44 is used. An exhaust mechanism is provided to exhaust the atmosphere to the front chamber 13 through the dust suction pipe 45 described in FIG. 4A. For this reason, since it is possible to suck the ash that has soared from the bone plate into the slit for absorbing dust 44 during bone reciprocation, it is possible to collect bone in a clean environment without the ashes that soar adhere to clothes and the like. it can. Further, in the same manner as FIG. 2 (b), in FIG. 4 (b), the right side shows a state in which the bone plate 41 is lowered, and the left side shows a state in which the bone plate 41 is raised. These operations can be easily performed by a button operation by a worker illustrated on the left end of FIG. 3B.

[lift device]
Next, a novel lifting device mounted on the delivery system 12 according to the first embodiment will be described with reference to FIGS. As described above, the storage and tibial system 12 according to the first embodiment raises and lowers the transport roller frame using a new lifting device driven by the lifting gear motor 42.

FIG. 5 is an explanatory view showing a schematic configuration of the lifting device, and the lifting gear motor 42, the gear 51 rotating in connection with the rotating shaft of the lifting gear motor 42, and the gear 51 meshing with the gear 51. And an inner cylinder 53 connected to the gear 52 and rotated about the Z axis as a rotation axis. A middle cylinder 54 is fitted to the upper outside of the inner cylinder 53. Further, an outer cylinder 55 is fitted to the upper outside of the middle cylinder 54, and a lifting frame 56 is fixed to an upper end of the outer cylinder 55. Although not shown, the rod whose outer surface slides in contact with the inner surface of the inner cylinder 53 is vertical so that the inner cylinder 53 and the middle cylinder 54 rotate stably without tilting from the vertical direction (Z-axis direction). Provided in The lifting apparatus shown in FIG. 5 has a three-stage configuration of the inner cylinder 53, the middle cylinder 54, and the outer cylinder 55 in the vertical direction, but the three-stage configuration is not necessarily required and a multistage configuration of four or more stages may be employed. The uppermost cylinder is connected to the lifting and lowering frame 56, and the transport roller frame moves up and down in conjunction with the lifting and lowering of the lifting and lowering frame 56.

The inner cylinder 53 does not move up and down in the vertical direction, but rotates in a plane clockwise or counterclockwise with the Z axis as a rotation axis according to the rotation of the gear 52. The rotational force is converted into translational motion by a roller provided on the outer surface of the inner cylinder 53 and a rail provided on the inner surface of the middle cylinder 54, and the middle cylinder 54 moves up and down in the vertical direction. When the inner cylinder 53 reaches a predetermined rotational speed, a stopper provided on the outer side of the inner cylinder 53 engages a hook piece provided on the middle cylinder 54, and the inner cylinder 53 and the middle cylinder 54 rotate together. As a result, the rotary motion is converted into a translational motion by the roller provided on the outer surface of the middle cylinder 54 and the rail provided on the inner surface of the outer cylinder 55, and the outer cylinder 55 moves up and down. The outer cylinder 55 and the lifting frame 56 fixed to the outer cylinder 55 do not rotate and perform only lifting and lowering operations.

In this manner, the rotational driving force of the gear 51 and the inner cylinder 53 moves up and down the intermediate cylinder 54 by raising and lowering the intermediate cylinder 54, and the rotational drive force of the intermediate cylinder 54 moves up and down the outer cylinder 55. Thus, the stroke can be obtained in multiple stages to raise and lower the outer cylinder 55. For this reason, the lifting device according to the present invention is small because it is basically based on a multiple cylinder configuration and a simple configuration including rollers and rails, while a large stroke can be obtained because the lifting stroke can be obtained in multiple stages. It has the feature that it can be taken. The middle cylinder 54 is also provided with a stopper, and when the middle cylinder 54 reaches a predetermined rotational speed, the lifting device detects this stopper and controls the rotation of the lifting gear motor 42 to stop. This stop position corresponds to the maximum height of the lifting device according to the invention.

FIG. 6 is an explanatory view schematically illustrating the inner surface of the middle cylinder 54 and the three rails 61M, 61U, 61D formed substantially perpendicularly to the inner surface. Three rails 61M, 61U, 61D are respectively provided in parallel spirally on the inner surface of the middle cylinder 54, and one roller is disposed on each rail so as to contact the lower surface of the rail at an angle of 120 degrees. Ru. These rails are similarly formed on the inner surface of the outer cylinder 55.

FIG. 7 is a schematic cross-sectional view of the inner cylinder 53 and the middle cylinder 54 fitted to the upper outer side, and the inner surface of the middle cylinder 54 is substantially perpendicular to the inner surface and flat rails 71A, 71B are shown. Is fixed to the inner surface of the Further, rollers 72A and 72A 'are provided in contact with the lower surfaces of the rails 71A and 71B. Further, rotary shafts 72B and 72B 'integrally formed with the rollers 72A and 72A' pass through the openings formed in the inner cylinder 53, and the other ends of the rotary shafts 72B and 72B 'have fixing portions 72C and 72C, respectively. 72C 'is provided, and the rollers 72A, 72A' are configured to rotate stably without falling off the inner cylinder 53. Similarly, rollers 73A and 73A 'are provided in contact with the lower surface of a rail (not shown) formed on the inner surface of the outer cylinder 55. Further, rotary shafts 73B and 73B 'integrally formed with the rollers 73A and 73A' pass through the openings formed in the middle cylinder 54, and the other ends of the rotary shafts 73B and 73B 'have fixing portions 73C and 73C, respectively. A roller 73C 'is provided, and the rollers 73A and 73A' are configured to rotate stably without falling off the middle cylinder 54. According to the above configuration, the rollers 72A to 73A 'slide along the spirally formed rails 71A and 71B while rotating about the axes X1 to X4.

8 shows a part of the rail 71A (71B) fixedly attached to the inner surface of the middle cylinder 54 in a spiral shape and a roller 72A provided on the inner cylinder 53 side in contact with the lower surface of the rail 71A (71B) It is explanatory drawing which showed (72A ') typically. Now, assuming that the rail 71A (71B) is sloped upward to the right, and the inner cylinder 53 through which the rotation shaft 72B (72B ') of the roller 72A (72A') penetrates rotates in the left direction, the inner cylinder 53 As it rotates on the plane, the roller 72A (72A ') rotates on the plane in conjunction with the rotation of the inner cylinder 53. Therefore, the rail 71A (71B) is continuously subjected to a force from the lower surface upward by the roller 72A (72A '), and the rail 71A (71B) and the middle cylinder 54 are continuously raised upward. On the other hand, when the inner cylinder 53 rotates in the right direction, the force received from the lower surface of the rail 71A (71B) decreases, so the rail 71A (71B) and the middle cylinder 54 descend downward.

Although it has been described in FIG. 8 that the rail 71A (71B) is pushed upward by one roller 72A (72A '), actually, as shown in FIG. Are provided in parallel, and rollers 72A, 72A ', 72A "are disposed on the outer surface of the inner cylinder 53 one by one at an angle of 120 degrees on the outer surface of the inner cylinder 53 as shown in FIG. Since the rollers 72A, 72A ', 72A "push up the lower surfaces of the rails that they contact with equal force, the rollers 72A, 72A', 72A" contact the respective rollers with a force of about 1/3 of the load. This makes it possible to reduce the mechanical strength of the rails, rollers, and rotating shaft and to miniaturize each component. By arranging the rollers 72A, 72A ′, 72A ′ ′, it is possible to raise and lower the middle cylinder 54, the outer cylinder 55 and the elevating frame 56 without tilting the rotation axis of each cylinder, that is, keeping the rotation axis vertical. Can. In other words, since the center of the force driven upward by the rollers 72A, 72A ', 72A "always coincides with the rotation axis, the rotational force of the cylinder can be converted into a translational force upward or downward in a well-balanced manner.

In the above description, the rollers 72A, 72A ′, 72A ′ ′ are described as being arranged on three parallel rails at an angle of 120 °, but the present invention is not limited to this. A composite vector given to each rail from a plurality of rollers is For example, each roller may be disposed in a positional relationship that is point-symmetrical with respect to the rotation axis of the cylinder.

FIGS. 10 (a) and 10 (b) are explanatory views when the middle cylinder 54 and the outer cylinder 55 are each developed schematically on a plane, and 101A is a rail formed on the inner surface of the middle cylinder 54, and 102A is an inner cylinder. The roller formed on the outer surface of 53, the height of the rail formed on middle cylinder 54, H1 is the radius of middle cylinder 54, θ1 is the angle that rail 101A makes with the horizontal axis, 101B is on the inner surface of outer cylinder 55 The formed rail 102B is a roller formed on the outer surface of the middle cylinder 54, H2 is the height of the rail formed on the outer cylinder 55, R2 is the radius of the outer cylinder 55, and θ2 is the angle that the rail 101B makes with the horizontal axis It is.

Here, θ1 and θ2 are calculated from the following equations.
θ1 = tan ⁻¹ (H1 / 2πR1) (1)
θ2 = tan ^-1 (H2 / 2πR2) (2)
As apparent from the above equation, since the height H1 and the height H2 are set to be approximately equal, the angle θ of the rail becomes gentle because the radius becomes larger as it becomes the upper (upper) cylinder. Therefore, if the rotational speed of the cylinder is made constant, the raising and lowering speed becomes slower as the upper cylinder. For this reason, in order to make the lifting and lowering speed constant, the control is performed so that the higher the rotational speed of the cylinder, the faster. Furthermore, the elevation speed may be controlled by a program and may be controlled to stop slowly at the final stop position.

[Conveying movement of coffins from the delivery system to the anteroom]
Next, with reference to FIG. 11 and FIG. 12 (a) to FIG. 12 (e), the conveyance operation of the eyebrows from the receiving and collecting system (parting table) 12 to the anteroom 13 will be described.

As described with reference to FIG. 1, the crematorium according to the present invention includes the navel / corpus bone system 12 provided in the front hall, the front room conveyance device 15 provided in the front room 13, and the cremation furnace 17. ing. FIG. 11 is a side view illustrating in more detail the receiving and collecting system 12, the anteroom 13, the anteroposterior transfer device 15, and the cremation furnace 17 shown in FIG. 1. First, the worker transports the luggage carrier 111 while holding the collar 112 placed on the transport roller 113 of the luggage carrier 111 by the stopper 114, and applies the luggage carrier 111 to the delivery / collection system 12. Contact. At this time, the conveying roller 113 of the weir carrier 111 and the conveying roller 21 of the storage and collecting system 12 have the same height, and the conveying roller 113 at the right end and the conveying roller 21 at the left end are close to each other.

Next, in FIG. 12 (a), the operator lowers the stopper 114 of the cocoon truck 111 and the stopper 22 (not shown) of the storage and telescopic system 12 and disconnects the electromagnetic clutch of the conveyance roller 21 for conveyance. The rollers 113 and 21 are made rotatable, and a worker moves to the rightmost transport roller 21 while pushing the weir 112 placed on the transport roller 113 by hand.

Next, in FIG. 12 (b), the stopper 22 (not shown) mounted on the bark / corpus bone system 12 is raised, and the electromagnetic clutch 24 is operated to fix the weir 112, as well as FIGS. Lower the transport roller frame and the weir 112 on this roller using the lifting device described in the above, and the height of the weir 112 so that a group member with low line of sight, such as a child or a wheelchair, can easily face the body Adjust the Then, after the funeral worker makes a final farewell with the body, the transporting roller frame and the weir 112 on the roller 21 are raised again using the lifting device in FIG. While lowering 12 stoppers 22 by button operation, the electromagnetic clutch 24 which drives the conveyance roller 21 of the storage and collecting system (separating stand) 12 is disconnected.

Next, when the representative of the funeral presses the delivery start button (not shown), the entrance door 14 shown in FIG. 1 opens in response to this operation, and the transport roller frame slides toward the front chamber, thereby transporting The roller 21 and the front side indoor conveyance roller 32 provided in the front chamber are close to each other and controlled so as to be rotationally driven in synchronization with each other. Then, as shown in FIG. 12 (d), the transport roller 21 and the front interior transport roller 32 both rotate in the same direction, and the weir on the transport roller 21 is transferred from the storage and collecting system 12 to the front interior transport device 15. , And automatically transport to a position where the tip end of the weir 112 is locked to the stopper 121 and stopped.

When this transport is completed, as shown in FIG. 12 (e), the transport roller frame is controlled to slide in the front direction (left side) and to move to the original position in the horizontal direction. Subsequent to this processing operation, the receiving and collecting system 12 waits with the height of the transfer roller frame lowered using the lifting device so as to receive the bone plate 41 from the transfer device 15 in the front chamber 13 of the front chamber 13. Do. Further, the inlet door 14 is automatically closed after the transport roller frame slides in the forward direction.

[Conveying operation of the bone plate from the anterior chamber to the delivery system]
Next, with reference to FIGS. 13 (a) to 13 (f), the operation of conveying the bone plate 41 from the anteroom 13 after the cremation in the cremation furnace 17 to the nest and collecting system 12 will be described.

In FIG. 13 (a), the entrance door 14 is automatically opened to convey the ashes and the bone plate 41 cooled in the antechamber 13 from the antechamber 13 to the delivery / accommodating system 12, and then the conveying roller The frame is controlled to slide automatically to the front room side. As a result, the conveyance roller 21 at the right end and the front inner bone plate conveyance roller 43 provided at the front chamber 13 approach each other to a predetermined distance.

Next, in FIG. 13 (b), both the transfer roller 21 and the bone plate transfer roller 43 in the front chamber are synchronously rotated in the same direction (counterclockwise), and the bone plate 41 on each roller is received and collected from the front chamber 13. Deliver smoothly to bone system 12 That is, the bone plate 41 is conveyed to a position where the tip of the bone plate 41 is engaged with the stopper 131 and stops. When this conveyance is completed, the entrance door 14 is automatically closed in FIG. 13 (c), and the conveyance roller 21 and the bone plate 41 on this roller are raised to a predetermined height where the bereaved family or the funeral person can easily aggregate. , Survivors and funerals bone the ashes on the bone plate 41. The height at this time may be set in advance as a standard value and automatically controlled so as to be the height of the set value, or the operator may manually control the height.

[Preparation for next cremation]
Next, in FIG. 14 (a), the conveyance roller frame is lowered, and the upper bone plate conveyance device 141 of the front room conveyance device 15 is lowered, so that the bone plate 41 on the conveyance roller 21 can be conveyed to the front chamber 13. Open 14 Next, in FIG. 14 (b), the feed motor 33 is driven to slide the conveyance roller frame to the front chamber side (right side), and the conveyance roller 21 at the right end and the bone plate conveyance roller 43 at the left end are separated by a predetermined distance. Close to In this state, by rotating the transport roller 21 and the intra-chamber bone plate transport roller 43 in the clockwise direction, the projection provided on the left end of the bone plate 41 is engaged with the hook piece 142 provided on the intra-chamber transport device 15 The bone plate 41 on the transport roller 21 is automatically transported on the front chamber bone tray transport roller 43 to the position where

Next, in FIG. 14C, the entrance door 14 of the front chamber 13 is closed, and the elevating gear motor 42 is driven to convey the sheet so that the height of the conveying roller 21 matches the height of the conveying roller 113 shown in FIG. The roller frame and the transport roller 21 are raised. As a result, the operator can be prepared to easily convey the weir 112 placed on the conveyance roller 113 of the weir carrier 111 to the conveyance roller 21.

In the above description, although it has been described that the delivery system (separating stand) 12 is fixedly provided on the floor of the front hall, it is not necessary to be fixed on the floor of the front hall. A wheel may be provided at the lower part to be able to move the storage and collecting system 12. Furthermore, when the delivery system 12 is not used, the delivery system 12 is lowered and stored in the lower part of the front hole, and when the delivery system 12 is used, the delivery system 12 is used. A lifting mechanism may be provided to lift the floor of the front hall. Further, in the case where the storage and collecting bone system 12 is provided in a fixed manner, the dust collecting pipe 45 can be easily connected to the front chamber 13. Therefore, the dust collecting pipe 44 can be connected to the front through the dust collecting slit 44. Ashes can be discharged smoothly from the bone plate into the chamber 13. In addition, since it is possible to fix and wire the signal wiring of the storage and retrieval system 12, there is an advantage that the reliability of the wiring is high. In addition, the design of the delivery system can be designed to match the entrance, the front hall, and the entire cremation system.

Second Embodiment
The condition of the weight of the coffin before cremation is quite different. In addition to the physical size of the deceased and the size of the coffin itself, there are also a wide variety of assortments of funeral items that the bereaved members put in their habits with all their feelings, in principle. Because of this, the weight of the entire bowl itself and the way in which the weight of the bowl is biased also differ depending on the funeral.

Therefore, when raising and lowering the cage on the storage and storage system 12, the cage is smooth regardless of its weight so as not to lose the last moment that is serious and important for the deceased or the bereaved. It is required to realize a natural raising and lowering motion. In the second embodiment, a method for stably raising and lowering the nest and collecting system 12 will be described.

<Raising and lowering>
FIG. 15 is a view showing a part of the configuration of the cremation system according to Embodiment 2 of the present invention, and is a plan view schematically showing the configuration of the lifting and lowering device that raises and lowers the bark / corpus bone system 12. The same reference numerals are given to the same or corresponding components as those in the drawings described above, and the delivery system 12 is illustrated by a dotted line.

In FIG. 15, reference numeral 81 denotes an elevator-controlled lifting gear motor (raising and lowering motor means), and 82A to 82I denote drive shafts (driving force transmitting means) appropriately connected by universal joints (not shown) such as triball joints. Reference numerals 83A to 83E denote bevel gears (driving force transmitting means) for transmitting rotational driving force between two orthogonal axes, and 84A to 84D denote ball screws (ball screw means) for converting rotational movement into linear movement.

Next, the operation will be described.
When the raising and lowering gear motor 81 is activated, the rotational driving force is transmitted to the bevel gear 83A, which is disposed approximately at the central portion of the nest and collecting system 12, through the drive shaft 82A. The bevel gear 83A equally divides and transmits the rotational drive force from the raising and lowering gear motor 81 through the drive shafts 82B and 82C to the bevel gears 83B and 83C disposed on the left and right sides thereof.

The bevel gears 83B and 83C are provided via the drive shafts 82D and 82E, the bevel gears 83D and 83E, the drive shafts 82H and 82I, and the drive shafts 82F and 82G on the entrance side of the cremation furnace 17 (the side with the front chamber 13). The rotational drive force from the lifting gear motor 81 is equally branched to the ball screws 84A to 84D and transmitted.

The four ball screws 84A to 84D respectively support the four corners of the storage and tumbling system 12 from the lower part thereof, and the rotational driving force transmitted from the elevating gear motor 81 is in the direction perpendicular to the sheet of FIG. Convert it into a linear motion and transmit it to the delivery system 12. In other words, the ball screws 84A to 84D raise the storage and retraction system 12 if the rotational drive force of the elevating gear motor 81 is in the forward direction, and if the rotational drive force of the elevating gear motor 81 is in the reverse direction It acts to lower bone system 12.

Then, when the delivery system 12 reaches a desired height, the elevating gear motor 81 is stopped and the elevating operation is completed.

As described above, in the second embodiment, the ball screws 84A to 84D respectively support the four corners of the nest and collecting bone system 12, and one ball gear motor 81 is commonly used for the ball screws 84A to 84D. As a drive source of the drive, the rotational drive forces are equally distributed.

By doing this, it becomes possible to synchronize and apply equal forces to the four corners of the barrow system 12 and stabilize the whole barnacle system 12 regardless of the weight condition of the bag. It can be raised and lowered.

In FIG. 15, the drive shafts 82D and 82E are disposed obliquely with respect to the direction of conveyance of the nest and collecting system 12 which is conveyed from the entrance side to the cremation furnace side. However, the present invention is not limited thereto.

In short, the drive force transmission means comprising the plurality of drive shafts 82A to 82I and the plurality of bevel gears 83A to 83E may be appropriately disposed to equally distribute the rotational drive force of the elevating gear motor 81 to each ball screw 82 in synchronization. It is a point. Since the drive force transmission means is composed of the drive shafts 82A to 82I and the bevel gears 83A to 83E, power can be efficiently transmitted in a narrow and complex space, and design freedom can be expanded.

Further, in FIG. 15, four ball screws 82 are arranged at the four corners of the nest and collecting system 12, but the present invention is not limited to this.

For example, the periphery of the barrows and bones collection system 12 so as to be substantially axisymmetric with respect to the X axis in the transport direction passing through the center of the barrows and bones collection system 12 and the Y axis passing through the center and orthogonal to the X axis. By selecting the multiple locations of these and supporting these components from the lower part with the same number of ball screws from the lower part, it is possible to distribute the rotational driving force well to the whole of the delivery system 12 and stable Up and down movement can be achieved

Further, in FIG. 15, the bevel gear 83D of FIG. 15 is installed upside down unlike the other bevel gears 83A to 83C, 83E in order to align the up / down movement of the ball screws 84A to 84D. Thus, when installing the bevel gear, it is necessary to keep in mind the rotational direction of the drive shaft.

<Transportation>
The bone plate 41, which is cooled in the anteroom after being burned to a high temperature with a firewood in the cremation furnace 17, continues to be repeatedly exposed to severe temperature changes at each funeral. For this reason, the bone plate 41 is greatly deformed and warped while being used for a long time.

If the bone plate 41 is severely warped, the contact area between the bone plate 41 and the transport roller 21 is also reduced by the amount of warping even if the bone plate 41 is to be transported by the transport roller 21 of the storage and harvesting system 12. As a result, the bone plate 41 may be stopped while being transported from the ante-chamber transfer device 15 onto the storage and harvesting system 12 due to a lack of force for transporting the bone plate 41.

Therefore, in the second embodiment, as shown in the plan view of FIG. 16 (a) and the side view of FIG. 16 (b), the upper side conveyance to the upper side and the lower side of the roller chain 25 is carried out The roller 21 U ′ and the lower conveyance roller 21 L ′ are respectively added. In this manner, a total of nine existing upper conveyance rollers 21U and additional upper conveyance rollers 21U 'are used as idlers, and a total of eleven existing lower conveyance rollers 21L and additional lower conveyance rollers 21L' are driven for feeding paper. The rollers are used respectively to eliminate the above-mentioned shortage of conveying power.

Here, if the conveying power is still insufficient, although not shown, some of the upper conveying rollers 21U and 21U 'used as idlers (in FIG. 16, one out of nine) Or more) may be used as a driving roller for transporting a sheet together with the lower transport rollers 21L and 21L '. In this way, the above-mentioned shortage of conveying power can be eliminated, and even the bone plate 41 which is severely warped can be completely conveyed, and can be placed on the delivery system 12. .

<Cooling>
Although the illustration is omitted, when the bone plate 41 which is at a high temperature immediately after being cremated by the cremation furnace 17 is carried into the anteroom 13 and cooled by the cooling device, the bones from the anteroom 13 to the ante hole The following two methods can be considered to determine the timing at which the plate 41 is taken out.

As described in the first embodiment, (a) a method of providing a temperature sensor (temperature measuring means) in the cremation system. When cremation in the cremation furnace 17 is completed and the bone plate 41 is carried in and placed in the anteroom 13, the temperature sensor starts measuring the temperature of the bone plate 41. Then, when the temperature sensor measures that the bone plate 41 has been cooled to the predetermined temperature Th1, the anteroom conveying device 15 carries the bone plate 41 out to the delivery and collecting system 12 of the front hole.

The other is (b) providing a timer (clocking means) in the cremation system. When cremation in the cremation furnace 17 is completed and the bone plate 41 is carried and placed in the anteroom 13, the timer starts time measurement. Then, when the timer measures that a predetermined time Th2 has elapsed from the start of cooling of the bone plate 41, the anteroom conveying device 15 carries the bone plate 41 out to the delivery and receiving system 12 of the front hole.

Here, the temperature Th1 in (i) is a temperature at which it can be said that there is no problem even when bones are boned from the bone plate 41, and the time Th2 in (ii) is not effective even if it is boned from the bone plate 41 It is about the time when it can be said that the bone plate 41 is cooled to the non-temperature. In either case (b) or (b), the safety of the bones can be secured automatically.

In addition, in the case of temperature measurement by a temperature sensor, the temperature of the bone plate 41 may be directly measured, or, for example, the room temperature of the antechamber 13 is measured and the temperature of the bone plate 41 is indirectly measured from this measurement value. You may

Further, the temperature sensor may be provided in the front room conveyance device 15 or may be provided somewhere in the front room 13. Furthermore, the timer may be provided anywhere in the entire cremation system, as long as it can start time measurement from the time when the bone plate 41 is transported to the anteroom 13.

11 pillars 12 barnacle and bone collecting system (goodbye stand)
13 front room 14 entrance door 15 front room conveyance device 16 fire chamber 17 fire furnace 18A front furnace side door 18B fire furnace furnace insulation door 21, 113 transfer roller 22, 121, 131 stopper 23 transfer gear motor 24 electromagnetic clutch 25 roller chain 26 Stopper lift motor 31 Space 32 front indoor transport roller 33 Feed motor 41 bone plate 42 lift motor 43 Front chamber bone tray transport roller 44 Dust collecting slit 45 Dust collecting pipe 51, 52 gear 53 inner cylinder 54 middle cylinder 55 outer cylinder 56 Elevating Frames 61U, 61M, 61D Rails 71A, 71B, 101A, 101B Rails 72A, 72A ', 72A ", 73A, 73A', 102A, 102B Rollers 72B, 72B ', 73B, 73B' Rotating Shafts 72C, 72C ', 73C, 73C 'fixed Part 81 Lifting gear motor (lifting motor means)
82A to 82I Drive shaft (Drive force transmission means)
83A to 83E bevel gear (driving force transmission means)
84A to 84D Ball screw (ball screw means)
111 棺 truck 112 棺 141 upper bone plate delivery device 142 hook piece

Claims (21)

1. The firewood carried into the front hall and carried is transferred to the cremation room through the front room conveyance device in the front room, and the roasted firewood of the firewood cremated in the cremation room is received by the bone plate, and the front room conveyance device In the cremation system, which transports and mounts to the front hall via
   While conveying the crucible carried and placed in the front hole to the front indoor conveyance device by the rotational driving force of the mechanical system, the bone plate conveyed from the front indoor conveyance device is conveyed to the front hole The function to be placed,
   A cremation system characterized in that the above-mentioned hole is provided with a nest-and-bone harvesting system having a function of controlling the height of a bowl or a bone plate placed in the above-mentioned front hole by the rotational driving force of a mechanical system. .
2. The delivery system is
   Transport motor means for generating rotational driving force;
   A plurality of transport roller means, arranged parallel to the direction of the antechamber, on which the scissors or bone plate are placed;
   Transport roller frame means rotatably supporting the plurality of transport roller means;
   And endless roller chain means wound around the plurality of transport roller means and transmitting the rotational driving force of the transport motor means to some of the plurality of transport roller means. The cremation system of Claim 1.
3. The delivery system is
   A first transport roller means group wound on the inside or the outside of the roller chain means and for transmitting the rotational driving force of the transport motor means via the roller chain means;
   And a second transport roller means group that is idled while being wound on the outer side or the inner side of the roller chain means;
   In the first group of transport roller means, the interval between the transport roller means supported closest to the transport motor means and the transport roller means adjacent to the transport roller means is adjacent to the other transport roller means. The cremation system according to claim 2, wherein the cremation system is set to be narrower than the interval.
4. The delivery system is
   4. The cremation system according to claim 3, wherein the rotational driving force of the conveying motor means is transmitted by the roller chain means also to at least one of the conveying roller means of the second conveying roller means group.
5. The delivery system is
   It is provided so as to be able to move up and down from between two adjacent conveying roller means, and raise the weir placed on the conveying roller means from the conveying roller means by raising operation and lower the weir floating from the conveying roller means 3. The cremation system according to claim 2, further comprising a plurality of stopper means mounted on the transfer roller means by the means.
6. The delivery system is
   3. The cremation system according to claim 2, further comprising clutch means in the middle of a path for transmitting the rotational drive force of the transfer motor means to the transfer roller means.
7. The delivery system is
   Elevator motor means for generating rotational driving force;
   Comprising two or more cylinder means sequentially inserted by sharing the rotation axis from small diameter ones to large diameter ones,
   Each of the cylinder means has a plurality of rotatable roller portions provided equidistantly on the outer peripheral side or the inner peripheral side when viewed from the direction of the rotation shaft, and in a spiral shape on the inner peripheral side or the outer peripheral side And a plurality of rail portions respectively formed in parallel and in contact with the roller portions of the cylinder means inserted one inside or one outside on the lower surface,
   Among the above two or more cylinder means, the upper end of the largest diameter or the smallest diameter is fixed to the lower portion of the above-mentioned storage / accommodating system, and the lower end of the smallest diameter or the largest diameter is for the elevating 2. The cremation system according to claim 1, wherein the cremation system is rotated about the rotation axis by a rotational driving force of a motor means.
8. The delivery system is
   Elevator motor means for generating rotational driving force;
   A plurality of ball screw means for supporting the periphery of the above-mentioned storage and harvesting system from the lower part thereof and moving up and down according to the given rotational driving force;
   2. The cremation system according to claim 1, further comprising: driving force transmitting means for equally and equally distributing rotational driving forces of the lifting and lowering motor means to the plurality of ball screw means.
9. The delivery system is
   A delivery means for moving the transport roller frame means to the front chamber side,
   When conveying the placed crucible to the front indoor conveying device or when conveying and placing the bone plate conveyed from the front indoor conveying device, the conveying roller frame means is moved to the front indoor conveying device by the delivery means. The cremation system according to claim 2, characterized in that it is brought into proximity to.
10. The delivery system is
    When transporting the placed crucible to the front indoor transport device or when transporting and placing the bone plate transported from the front indoor transport device, the upper surface of the plurality of transport roller means and the front indoor transport device 9. The cremation system according to claim 7, wherein the lifting motor means is operated so as to coincide with the upper surface.
11. The delivery system is
    At the time of the last farewell with the body, control the height of the laid coffin to a height at which the bereaved or the funeral person is easy to say goodbye,
    The cremation system according to claim 1, characterized in that the height of the placed bone plate is controlled to a height at which a bereaved or a funeral person can easily reciprocate at the time of bone resorption.
12. The delivery system is
    A delivery start button for starting delivery of the rattan to the delivery device in the front room, or a bone start button for starting delivery of the bone plate from the delivery device in the front room;
    The cremation system according to claim 1, wherein when the storage start button or the osteotomy start button is operated, the transfer of the scissors or the bone plate is started.
13. The delivery system is
    The certification registration of a predetermined funeral person is made in advance,
    When the birth start button or the bone start button is operated, referring to the authentication registration, and only when it is determined that the operation is performed by the predetermined funeral person, the conveyance of the coffin or bone plate is started. The cremation system of Claim 12 characterized by the above-mentioned.
14. It is controlled to be opened when the delivery of the coffin from the delivery system to the antechamber is started from the delivery system and controlled to close when the delivery is finished, and the delivery of the bone plate from the delivery apparatus to the room from the front room is started. There is a door between the front hall and the front room that is controlled to open and close when closed,
    The cremation system according to claim 1, wherein the storage and collection system and the anteroposterior transfer device transfer the crucible or the bone plate through the door.
15. When the bone plate is transferred from the cremation room to the transfer device in the front room and placed thereon, temperature measuring means is provided to start temperature measurement of the bone plate,
    The front room transport device is
    2. The cremation system according to claim 1, wherein when the measurement result reaches a predetermined temperature with reference to the measurement result of the temperature measuring means, the conveyance of the bone plate to the nursing and collecting system is started.
16. When the bone plate is transferred from the crematorium to the transfer device in the front room and placed, timing means is provided to start time measurement,
    The front room transport device is
    2. The cremation system according to claim 1, wherein when the measurement result reaches a predetermined time with reference to the measurement result of the clocking means, the conveyance of the bone plate to the nursing and abduction system is started.
17. The delivery system is
    2. The cremation system according to claim 1, further comprising an exhaust means for exhausting the atmosphere in the front hole to the front chamber through the dust suction slit means.
18. The delivery system is
    The cremation system according to claim 1, further comprising a wheel at a lower portion thereof for moving on a floor in the front hall.
19. Underground space for storing the storage and storage system,
    2. The front hall according to claim 1, further comprising: an elevator mechanism for raising the storage and retrieval system from the underground space to a floor in the front hall and lowering the floor from the floor to the underground space. Cremation system.
20. The delivery system is
    Non-contact sensor means for detecting the height of the eyebrow or bone plate,
    9. The cremation system according to claim 7, wherein the rotational driving force of the elevating motor is controlled with reference to the detection result of the non-contact type sensor means.
21. The delivery system is
    With limit switch means for detecting the height of the eyebrow or bone plate,
    When the detection result of the non-contact type sensor means is outside the range consisting of two set values, the detection of the height of the heel or the bone plate is switched from the limit switch means to the limit switch means 21. The cremation system according to claim 20.

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