KR20080032329A - The buddha's bones manufacture equipment of use a dead person bones - Google Patents

Abstract

An apparatus for automatically manufacturing a Buddha bone using ashes is provided to repeatedly and automatically perform a melting process to liquefy the ashes and a series of processes to obtain the Buddha bone by using the molten ashes. A hopper(100) injects ashes of a dead body downwardly. A powder supplying unit(200) repeatedly supplies powder by using a conveyer. A guide unit(300) guides the ashes from the hopper in an inclination state. A melting unit(400) is provided at the side portion of the guide unit to melt the ashes moving along the guide unit. A first conveyer belt(500) conveys a Buddha bone. A conveyer(600) is formed at the first side thereof with an introduction port for the powder and the Buddha bone and at the second side with a Buddha bone discharge port and a powder discharge port. A second conveyer belt(700) supplies the powder from the conveyer to the powder supplying unit.

Description

The Buddha's bones manufacture equipment of use a dead person bones}

1 is a perspective view showing a general configuration of a sari automated production apparatus according to the present invention,

2 is an exploded perspective view showing a specific configuration of the melting part of the configuration of the present invention,

3 is an exploded perspective view of a rotating means for rotating the rotating plate at a predetermined angle among the melted parts of the present invention;

4 is a schematic front view showing the front of the present invention,

Figure 5 is a schematic diagram showing the operating flow between the powder supply unit and each conveyor belt in the present invention,

FIG. 6 is a view illustrating a state in which saris and powder flowing along a first conveyor belt are separated through a separate discharge vibration transfer unit, and powder is introduced into a second conveyor belt and saree is discharged through a separate saree discharge port. One drawing,

7 is a schematic front view showing the operating relationship of the melted portion employed in the present invention.

※ Brief description of the main symbols in the drawings

100; Hopper 110; Guide tube

111; Outlet 200; Powder supply part

210; Conveyor 211; Bucket

220; Powder guide inlet 230; Powder supply port

300; Guide part 310; Guide

320; Cylinder 330; Pushing Bar

400; Melter 410; Pivot

420; Rotatable plate 430; cylinder

431; Load 440; Means of rotation

441,441a; Fixture 442; Hinge shaft

443; Axis 444; Connecting bar

444a; Extension 445; Screw rod

446; Nut 450; Means of rotation

460; Guide rod 470; Melt Torch

471; Motor 472; Motor Fixing Plate

473; Axis of rotation 474; Fixed Plate

475; Torch 500; 1st Conveyor Belt

600; Separate discharge vibration transfer unit 610; Aperture

620; Guide plate 630; Strainer

640; Vibration motor 650; Saree outlet

660; Powder outlet

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a sari manufacturing apparatus for producing sari using ashes obtained from carcasses, and more particularly, to a molten part by automatically supplying ashes obtained by cremating carcasses. After melting the molten liquid bone ash surface in contact with the powder to be automatically supplied to form a li of the appropriate size, it is naturally cooled in the transfer process through a conveyor belt, etc. And separately collected and the powder is repeated through a series of cycles to be in contact with the liquid bone ash to be melted through a series of cycles to repeat the circulation, and relates to a saree automated manufacturing apparatus using ashes for automating the production of sari .

As the funeral culture is gradually changing from burial to cremation, many studies and techniques have been published and published on the treatment of ashes obtained after cremation. As is well known.

In particular, the ashes remaining after cremation are stored in the ossuary while being placed in a container such as the ashes, which is difficult to collect and store the ashes, and the ossuary is activated visually. It is recognized as one of the reasons why it is not possible, and if the management is neglected due to the nature of the ashes, it causes corruption and odor occurrence due to deterioration, as well as problems of bone damage caused by invasion of various pests. It is pointed out that the problem of storage is virtually difficult.

Therefore, in order to solve such problems and the like, a saree manufacturing apparatus for artificially manufacturing saree using the ashes and the like has been devised, and has been filed, published or announced in Korean Patent Office.

In a number of known saree manufacturing apparatuses, a device for melting a bone ash obtained by cremating a dead body and a saree manufacturing device for reprocessing molten liquid bone ash from the device to form a circular saree are provided separately. There are many cases. In addition, even if the melted part and the saree manufacturing unit constitutes a system, the installation area is increased because it does not escape the structure connecting the melted part and the saree manufacturing unit, which are separately provided, and thus requires additional installation facilities. There is a problem that increases the installation cost accordingly.

The present invention has been made to solve the above problems, such as the melting process for the liquefaction of the ashes in one device, and the series of processes for obtaining saree using the melted processed ashes proceed automatically Its purpose is to provide a sari manufacturing apparatus that makes it possible.

In addition, the present invention, it is possible to melt the ash and powder production in one device, to overcome the problems resulting from the increase in cost and installation area due to the installation and installation of the device according to each process, Another goal is to minimize installation costs and footprint.

The present invention for achieving the above object,

Hopper 100 for storing and administering the ashes powder obtained by cosmetic treatment of the carcass to the lower side,

A powder supply unit 200 which circulates and supplies powdery powder repeatedly using a conveyor means vertically fixed to one side of the hopper 100 and circulated to an endless track in the interior;

A guide part 300 for guiding the ashes powder supplied from the hopper 100 in an inclined state,

A melting part 400 provided at the side of the guide part 300 to melt the ashes conveyed along the guide part 300;

A first conveyor belt 500 which allows liquid molten ash powder melted from the melting part 400 to be dropped and surface-contacted with the powder supplied through the powder supply part 200 and to be naturally cooled.

One side surface is provided with an inlet through which the powder and the saline flowing along the first conveyor belt 500 are formed, and the outlet of the saline outlet and the outlet of the saline outlet are provided at the other end, and the strainer and the net in the longitudinal direction therein. A vibration discharge motor 600 for vibrating the strainer and inclined from the inlet side to the sari outlet port side;

The separation and discharge vibration transfer unit 600 is characterized by consisting of a second conveyor belt 700 for transporting and supplying the powder falling from the powder outlet port on the other side to the powder supply unit 200.

Hereinafter, exemplary embodiments of the present invention having the above-described configuration will be described in detail with reference to the accompanying drawings.

The present invention, as shown in the accompanying drawings, supplies the ashes obtained by cosmetic treatment of the carcass, the liquid ashes that fall after melt treatment in the supply line to be in contact with the surface using a powder, and then transported Naturally cooled while being transported through a conveyor belt, the powder falling down to the lower side and the cooled saree are collected and discharged into powder and saree, and then the discharged saree is taken out and the remaining separated powder is collected again for reuse. A series of processes are provided through a saree manufacturing device.

1 is a perspective view showing a general configuration of a sari automated production apparatus according to the present invention, Figure 2 is an exploded perspective view showing a specific configuration of the melted portion of the configuration of the present invention, Figure 3 is the present invention Among the molten portion in the, is a separate perspective view of a rotating means for rotating the rotating plate at a constant angle, Figure 4 is a schematic front view showing the front of the present invention, Figure 5 is the operation between the powder supply unit and each conveyor belt in the present invention Figure 6 is a schematic diagram showing the flow, Figure 6 is a sari and powder flowing along the first conveyor belt in the present invention are separated through a separate discharge vibration transfer unit, the powder is introduced into the second conveyor belt side, the sari is a separate sari discharge port Figure 7 is a view showing a state discharged through, Figure 7 is a schematic front view showing the operating relationship of the melt portion employed in the present invention.

With this, the present invention is to enable a set of ferns manufacturing process repeated cycle such as shown in the accompanying drawings is a hopper 100 for supplying store the remains minutes get by make-up the body, a supply of powder, and Powder supply unit 200 to be repeatedly transported by the collection, the guide portion 300 for guiding the ashes from the hopper 100, and the bones are guided along the guide portion 300 Melting unit 400 for melting the powder at a high temperature, and the liquid ash ash melted in the melting unit 400 is dropped and the first conveyor belt 500 is brought into surface contact with the powder supplied from the powder supply unit 200 ) and the first and the conveyor belt (separate discharge vibration transfer part 600 to a solidified powder, and ferns by natural cooling is conveyed along 500) to fall, and separate the discharge, the binary separate discharge Consists of the powder is separated from the transport unit 600 to the second conveyor belt 700, such that the re-transferred to the powder supply unit (200).

The hopper 100 is configured to be discharged to the lower side after storing and administering the powdered ash powder obtained by cosmetic treatment of the carcass.

The guide tube 110 is provided to extend to the lower end of the hopper 100 as described above, and the discharge hole 111 is provided to discharge the ashes to the end side of the guide tube 110 to be described later. The discharge to the guide portion 300 side.

The powder supply unit 200 is a structure for repeating the cyclic transfer of the powder, as shown in the figure is fixed vertically from the bottom surface of the housing of the sari manufacturing apparatus of the present invention ie one side of the hopper 100 and the inside Conveyor 210 is circulated by the crawler is provided.

A plurality of buckets 211 for accommodating the powder are fixed to the conveyor 210 at equal intervals and circulated and transported along the trajectory due to the infinite trajectory of the conveyor 210, which will be described later. After receiving the powder transported by the rise again to be supplied to the first conveyor belt (500) side.

To this end, a powder guide inlet 220 is provided at one side of the lower end of the powder supply unit 200 to facilitate the introduction of powder to be transported by the end side of the second conveyor belt 700, and the powder supply unit ( 200) one side of the upper end is provided with a powder supply port 230 to drop the powder contained in the bucket 211 of the conveyor 210 to the first conveyor belt 500 side.

The guide part 300 guides the ashes discharged through the outlet 111 of the hopper 100, and after the melting process is performed in the melting part 400, the guide part 300 has an endless track in the lower side of the guide part 300. It is a configuration to drop the liquid ashes to the upper surface of the first conveyor belt 500 is repeatedly circulated.

As shown in the drawing, the guide part 300 is configured to be inclined from the outlet 111 side of the hopper 100 to the first conveyor belt 500 side, and the ashes are transferred to the upper surface of the guide part 300. Guide grooves 310 for guiding the grooves are formed.

In addition, the guide portion 300 is provided with a cylinder 320 on one side, and extends toward the end of the cylinder 320 to form the same shape as the shape of the guide groove 310 to allow close contact with the guide. A pushing bar 330 is provided to move back and forth along the groove 310.

When the pushing bar 330 is a sari manufacturing process of the ashes, the cleaning part of the guide part 300 should be made to manufacture sarees of other ashes, and the pushing is performed by pushing the cylinder 320. The bar 330 may be moved forward to remove other ashes, powder, etc. that may remain in the guide groove 310.

The melting part 400 is a component for melting the ashes supplied through the guide part 300 using a high temperature having an appropriate temperature.

The melting part 400 for such a melting operation is to be fixed to the housing side end of the first conveyor belt 500 to be rotatable, the rotating plate 420 is rotated around the one side rotation shaft 410, Cylinder 430 provided on the bottom surface side of the rotation plate 420, the rotation means 440 to adjust the rotation of the rotation plate 420 around the rotation shaft 410, and the rotation plate 420 Shanghai Song plate 450 which is conveyed up and down from the upper surface, a guide rod 460 for guiding between the Shanghai Song plate 450 and the rotation plate 420, and is fixed to the upper surface of the Shanghai Song Plate 450 It is composed of a melt torch unit 470.

Shanghai conveying plate 450 which can be vertically transported by the rotating means 440 and the rod 431 of the cylinder 320 is a configuration for adjusting the position of the melt torch 470.

That is, the rotary shaft 410 to vertically move the shank song plate 450 and the hinge plate 420 is provided on one side in order to obtain an optimum molten state of the ashes moved along the guide groove 310. Rotating around the center, by adjusting the clearance distance between the ashes and the melt torch 470 to adjust the size of the thermal power applied to the ashes, so that the appropriate melting conditions can be selected.

Control conditions such as the rotation angle of the rotating plate 420 and the vertical conveying stroke distance of the shanghai song plate 450 may be varied depending on the skill of the operator. It may be irrelevant to the scope of the invention in the present invention, detailed description thereof will be omitted.

On the other hand, as described above, as the rotating means 440 for rotating the rotating plate 420 about the rotating shaft 410, the present invention provides a manual adjustment means.

As shown in the figure, the pivoting means 440 hinges one end of the connecting bar 444 at which the extension piece 444a having a female thread hole is formed at the end side toward the bottom surface side of the position opposite to the pivotal shaft 410. A fastener 441 is provided to be supported by the shaft 442, and a fastener 441a for fixing one end side of the screw rod 445 screwed through the extension piece 444a by the shaft 443. Is provided, the extension piece 444a is provided in contact with each of the upper and lower surfaces to be screwed along the screw rod 445.

Accordingly, in order to control the rotation angle of the pivoting plate 420 about the pivotal shaft 410, the connecting bar 444 using the nut 446 during the initial operation for melting the ashes. When the extension piece 444a of the up and down is transported up and down, the rotation plate 420 can be controlled to rotate at an appropriate angle by the connecting bar 444.

The rotating means 440 is made by manual operation as an example. Alternatively, the rotating plate 420 may be replaced with a configuration using a cylinder or the like that allows the rotating plate 420 to rotate about the rotating shaft 410. It is a matter of course that the configuration within the scope of substitution possible, may fall within the range of the rotation means 440 in the present invention.

The melt torch unit 470 is for melting the ashes supplied from the hopper 100, and is fixed to the upper surface of the upper plate 450.

As shown in the figure, a motor fixing plate 472 for fixing the motor 471 to the upper plate 450, and a fixed plate 474 spaced apart and vertically fixed therefrom, respectively, the motor 471 The torch 475 for rotating and interlocking with the rotating shaft 473 rotated by the power transmission is fixed.

The torch 475 allows gas and oxygen to be supplied through a gas and an oxygen line provided separately from the outside, so that the ashes, which are guided to the side of the guide 300, may be melted in a liquid state. By controlling the torch 475 to rotate left and right in accordance with the rotation of the 471, it is possible to set the melt angle in the optimum conditions, and as described above, the vertical lifting and melting portion 400 of the upper plate 450 Since the overall structure of the rotating means 440 is rotated about the rotation shaft 410, the torch 475 selects the melting conditions of the ashes flowing along the guide groove 310 of the guide portion 300 To work.

As such, it is important for the liquid ash bone powder to be melted to have a viscosity. When falling onto the first conveyor belt 500 which will be described later, the liquid ash bone powder comes in contact with the powder supplied to the upper surface of the first conveyor belt 500 to have a rounded shape. To achieve this.

The first conveyor belt 500 is The liquid ash remains melted by the melt torch unit 470 in the melt unit 400 is dropped and transported, and as shown in the figure, the upper end of the powder supply unit 200, the lower side of the powder supply port 230 One end of the first conveyor belt 500 is positioned in the lower end side of the first conveyor belt 500, so that the separated discharge vibration transfer unit 600, which will be described later, is positioned.

Therefore, when the powder is supplied to the upper surface of the first conveyor belt 500 through the powder supply unit 200 and is transported, the powder is melted with an appropriate viscosity in the melt torch unit 470 of the melter 400. The liquid ashes in the state flows down along the guide grooves 310 of the guide part 300 to form a state in contact with the powder. When the liquid ashes contact with the powder, water droplets are formed when water contacts the flour. As the surface tension is generated on the surface of the liquid melt, the powder is coated on the surface of the liquid melt.

Of course, it is difficult to have a very round shape in this process.

As described above, the semi-finished product in the form of liquid saline, which is surface-coated by the powder in a relatively round shape and is present therein, passes through the first conveyor belt 500 and undergoes a natural cooling process.

The driving means for driving the first conveyor belt 500 in the drawing uses a known technique, which is not represented in the drawing.

The separation and discharge vibration transfer unit 600 separates the powder and liquid saree (hereinafter, the liquid bone ash, which is in contact with the powder and has a round shape, is conveyed through the first conveyor belt 500). It is a structure for doing so.

As shown in the drawing, the separation discharge vibration transfer part 600 has an opening hole 610 which is open at the upper end of one side end at the lower side end side of the first conveyor belt 500 where the trajectory of the first conveyor belt 500 is finished. The guide plate 620 is provided to be inclined toward one side of the opening hole 610 to prevent the powder and the liquid sari falling from the first conveyor belt 500 from being separated outward.

On the other hand, forming a strainer net 630 to cross the inside of the separated discharge vibration transfer unit 600, and provided with a vibration motor 640 for vibrating the strainer 630 on any one side or both sides of the strainer 630, respectively. By vibrating the filter net 630 to guide the guide plate 620 and to separate the powder and the liquid saline introduced through the opening hole 610.

In addition, the separated discharge vibration transfer unit 600 is formed to be inclined to be inclined, the powder is dropped by the vibration net 630 to move forward and the filtered liquid sari can be continuously advanced to the other side along the filter net 630 It is desirable to.

On the other hand, on the other side of the separation discharge vibration transfer unit 600 is formed a sari discharge port 650 for discharging the sari filtered by the filtering net 630, the lower side of the filtering net 630, that is, separate discharge vibration transfer unit (600) It is provided with a powder outlet 660 that is opened to the other bottom surface to drop the powder.

The saree discharged through the saree discharge port 650 may be provided to be collected using a separate sade support box.

The second conveyor belt 700, as described above, when the sari and the powder is separated and discharged through the separate discharge transfer unit 600, respectively, as shown in the drawing as a means for recycling the discharged powder again, separated discharge From the powder discharge port 660 side consisting of the bottom end side of the transfer unit 600 to the powder guide inlet 220 side of the powder supply unit 200 is circulated along the trajectory of the endless track.

Hereinafter, the operation relationship of the present invention.

The conveyor 210 in the powder supply unit 200 continuously circulates and continuously supplies powder to the first conveyor belt 500 through the powder supply port 230 provided at the upper side by the bucket 211.

On the other hand, to put the ashes for making the body to make up the corpse to the hopper 100 side, when the ashes are administered in a powder state by the fire provided from the torch 475 in the melter 400 In order to prevent this, the guide groove 310 of the guide part 300 through the rear shaft 111 is provided on the end side of the guide tube 110 of the hopper 100 after mixing the dough and the like to have a proper viscosity to prevent this Dropping is added to the side.

The guide part 300 is in an inclined state, and the ashes are melted in a liquid state by the fire provided from the torch 475 of the melting part 400 to guide the liquid ashes along the guide groove 310. And fall to the first conveyor belt 500 side.

At this time, in order to set the optimum conditions for melting the ashes, the melting part 400 is fixed by the rotating means 440 provided with a rotating plate 420 on one side about the rotating shaft 410. Each of the rotating, and up and down by the cylinder 430 along the guide rod 460 above the rotating plate 420 to set the proper position, that is, the proper position of the torch 475, and the torch ( The 475 is rotated left and right according to the driving of the motor 471 to set the optimum melting condition of the ashes guided along the guide groove 310 of the guide part 300.

The first conveyor belt 500 is provided on the upper side of the powder supply unit 200 to continuously discharge the powder discharged and supplied through the powder supply port 230 by the bucket 211 of the conveyor 210. It is circulated along, and the liquid ash remains melted toward the end of the guide portion 300, the surface contact with the powder.

As such, the liquid bone ash in contact with the surface has a certain viscosity, and is formed as a liquid saree having a round shape when contacted with the powder, so as to be naturally cooled while being transported along the first conveyor belt 500.

The first conveyor belt 500 preferably sets the trajectory circulation feed rate relatively slowly, in order to allow the liquid saree to naturally cool and solidify.

Of course, alternatively, forced air cooling may be employed to cool the bar, and may be selected in consideration of the working conditions or the degree of solidity of the saree.

On the other hand, the liquid saree and powder conveyed along the trajectory of the first conveyor belt 500 reaches the end side, freely falling into the opening hole 610 provided on one side of the separated discharge vibration transfer part 600. The guide plate 620 is introduced while being guided.

As the sari and powder introduced into the separation and discharge vibration transfer unit 600 are simultaneously introduced, the sieving net 630 is filtered through the filtering net 630 provided therein, and the fine powder powder is filtered. 630 is passed to the bottom, and the sari and the powder is separated.

In addition, while the vibration is driven by the drive of the vibration motor 640 to vibrate the separate discharge vibration transfer unit 600 to achieve an effective separation of the sari and powder, while the sloping through the inside of the separated discharge vibration transfer unit 600 is inclined The powder is gradually transported to the other side.

Thus, the solidified saree is discharged through the saree discharge port 650 provided at the other end of the separate discharge vibration transfer part 600, and is collected by using a separate sade support box, and the like. 600) the upper surface of the second conveyor belt 700 is repeatedly circulated along the endless track through the powder outlet 660 provided on the lower end of the other end from the lower side to the powder guide inlet 220 side of the powder supply unit 200; The powder is discharged to the side.

As such, the second conveyor belt 700 to which the powder is administered enters into the powder guide inlet 220 located at the lower side of the powder supply unit 200 and is linked to the conveyor 210 of the powder supply unit 200. After being accommodated in the bucket 211 circulated on the track and conveyed upward along the conveyor 210, the series is introduced to the first conveyor belt 500 through the powder supply port 230 and circulated again as described above. You will go through the process of.

On the other hand, after the manufacture of the saree is completed using the ashes of other carcasses after the saree is manufactured or finished, the cylinder 320 provided at the side end of the guide portion 300 is operated to be provided at the end side thereof. By using the pushing bar 330 which is provided at the upper surface side end of the guide groove 310 of the upper surface of the guide portion 300 and the reciprocating forward and backward, other ashes and powder that may remain in the guide groove 310 is removed. It is desirable to be able to.

Therefore, according to the present invention, the process of manufacturing saree using the ashes obtained from the carcass is made of automatic repetition, which is relatively easy, and the work can be performed without the need for an additional device in one device. It has the effect of expecting the speed and reliability of the sari obtained.

In addition, the present invention can completely manufacture the saree by one device, and does not require other additional installations, so that the economic effect of the significant savings such as installation costs, etc., and therefore does not require a large installation area The effect that installation in a narrow place can be expected is expected.

Claims (6)

Hopper 100 for storing and administering the ashes powder obtained by cosmetic treatment of the carcass to the lower side, A powder supply unit 200 which circulates and supplies powdery powder repeatedly using a conveyor means vertically fixed to one side of the hopper 100 and circulated to an endless track in the interior; A guide part 300 for guiding the ashes powder supplied from the hopper 100 in an inclined state, A melting part 400 provided at the side of the guide part 300 to melt the ashes conveyed along the guide part 300; A first conveyor belt 500 which allows liquid molten ash powder melted from the melting part 400 to be dropped and surface-contacted with the powder supplied through the powder supply part 200 and to be naturally cooled. One side surface is provided with an inlet through which the powder and the saline flowing along the first conveyor belt 500 are formed, and the outlet of the saline outlet and the outlet of the saline outlet are provided at the other end, and the strainer and the net in the longitudinal direction therein. A vibration discharge motor 600 for vibrating the strainer and inclined from the inlet side to the sari outlet port side; Sari automation using ash powder, characterized in that consisting of a second conveyor belt 700 for transporting the powder discharged from the powder discharge port on the other side of the discharge discharge vibration transfer part 600 to the powder supply unit 200 Manufacturing device. The method of claim 1, The powder supply unit 200 is fixed vertically and the powder guide inlet 220 for guiding the injection of the powder conveyed by the end side of the second conveyor belt 700 to the lower side and the first conveyor upwards It is provided with a powder supply port 230 for supplying powder to the belt 500 side, a plurality of buckets 211 for accommodating the powder on the conveyor 210 is circularly transported by the endless track therein spaced at equal intervals Saree automated manufacturing apparatus using the ashes, including the fixed. The method of claim 1, The guide part 300 has a guide groove 310 formed in a longitudinal direction on an upper surface thereof, and includes a cylinder 320 at one end thereof, and a pushing bar 330 pushed by the cylinder 320 includes the guide groove 310. ) Saree automated production apparatus using ashes, including the one provided at the side end. The method of claim 1, The melter 400 has a pivoting plate 420 rotated about one side of the pivoting shaft 410, a cylinder 430 provided to the bottom surface side of the pivoting plate 420, and the pivoting shaft 410. Rotating means 440 to adjust the rotation of the rotating plate 420 to be possible, and the Shanghai conveying plate 450 which is conveyed up and down from the upper surface of the rotating plate 420, and the Shanghai conveying plate 450 and the rotating plate The guide rod 460 for guiding the liver and the sari automation manufacturing apparatus using the ashes powder comprising a molten torch portion 470 is fixed to the upper surface of the shanghai song plate 450. The method of claim 4, wherein The rotation means 440 is a bottom surface side of the position opposite to the rotation shaft 410, one end of the connecting bar 444, the extension piece 444a having a female threaded hole formed on the end side by a hinge shaft 442 A fastener 441 is provided to be supported, and a fastener 441a is provided to fix one end of the screw rod 445 to be screwed through the extension piece 444a by the shaft 443. Saree automated manufacturing apparatus using the ashes, including each of the pieces (444a) in contact with the top and bottom and screwed along the screw rod (445). The method of claim 4, wherein The molten torch unit 470 is fixed to the motor fixing plate 472 for fixing the motor 471 to the upper plate 450 and the fixed plate 474 spaced apart and vertically fixed, respectively, the Sari automated manufacturing device using the ashes, including the torch 475 is connected and fixed to the rotating shaft (473) rotated by the power transmission of the motor (471).

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