KR101081806B1 - Apparatus for manufacturing buddha's bone - Google Patents

Abstract

The present invention relates to a saree manufacturing machine, wherein the bone powder produced by cremation and bone ashes of the ashes are dissolved in the dissolution unit, and then the dissolved liquid bone powder is produced in a bead-shaped saree having no pores and beautiful appearance. The purpose.

The present invention for achieving the above object, in the saree manufacturing machine comprising a dissolving unit for dissolving bone flour of the ashes, and a saree manufacturing unit for producing a liquid phase of the bone powder discharged from the dissolving unit, the bone powder is dissolved at a high temperature Powder to be supplied so that the heater and the melted portion having a melting crucible formed in the shape of a funnel to facilitate discharge of the molten liquid bone powder, and the powder to prevent the liquid droplets of the bone powder discharged from the melting crucible from sticking to each other It characterized in that it comprises a spherical manufacturing unit is provided so that the liquid droplets of the bone powder, the powdered powder supplied from the powder supply unit is manufactured in a spherical shape.

Sari, crucible, bone meal, ashes

Description

Saree making machine {APPARATUS FOR MANUFACTURING BUDDHA'S BONE}

The present invention relates to a saree manufacturing machine, and more particularly, to dissolve the bone powder produced by cremation and bone ashes of the ashes in the dissolution unit, and then dissolve the liquid bone powder dissolved in the pores without a pore and having a beautiful appearance. It relates to a sari manufacturing machine for producing sari.

Recently, the funeral culture is gradually changing from burial to cremation. In particular, the bone powder of the ashes remaining after cremation is stored in the ossuary sugar in the ashes and the like.

The bone meal of the ashes is deteriorated and decayed when the bone meal absorbs moisture due to carelessness. When odor is generated in bone flour, there is a problem that it is difficult to collect and store bone flour.

In addition, bone ash of the ashes is easily damaged during invasion of various pests, there is a problem that makes long-term storage difficult.

In recent years, in order to solve the problems caused by the bone powder storage of the ashes, the bone powder of the ashes obtained after cremation of the carcasses is dissolved and manufactured in various shapes. Saree made of bone ash of the ashes can be stored in a saree, so long-term storage is possible.

As shown in Figs. 1 and 2, the sari manufacturing machine which can dissolve bone powder of ashes is made into a sari, and the dissolution part (a) dissolving bone powder of ashes and the liquid bone powder are reprocessed to form a round sari. It includes a saree manufacturing unit (b) to be produced.

The said melting part (a) is equipped with the melting furnace 10 provided with the internal / external crucibles 12 and 14 opened and closed by the funnel member 16. As shown in FIG. And, the saree manufacturing unit (b), by allowing the crystal control unit 20 provided below the melting furnace 10 to dry the unfinished saree discharged by adjusting the liquid size of the bone powder through the slide 30, Make a sari.

The crystal control unit 20 is a device to adjust the liquid phase size of the bone powder by adjusting the rotational speed of the rotating plate 22, the blade 24 is formed. In addition, the liquid bone powder cut by the rotating plate 22 is dropped to slide on the slide 30 by the blades 24.

The sari manufactured by the sari maker is hardened while slipping in the hemisphere state by falling onto the slide 30 in a state that is not completely hardened. Accordingly, the saree is mostly out of the shape of beads, there are many pores and the appearance is not beautiful.

In addition, the melting part (a) of the sari manufacturing machine, there is a problem that must be used after mixing a lot of high-pressure oxygen and gas in order to raise to 1700 ℃ when heated by gas.

Such a saree manufacturing machine has a problem in that the structure is complicated, such that ashes are blown out by high oxygen pressure and gas used for heating the melting part a, and an exhaust port is provided so that combustion gas can be discharged.

In addition, the gas used for heating the melting part has a problem that the combustion gas is discharged through the exhaust port so that noise and heat loss are generated.

In addition, when the melting part of the saree making machine is heated by electricity, since the heating temperature is formed low, there is a problem in that a work of spraying the dissolving agent on the bone meal of the ashes is further added.

In addition, even if the melting part is heated to dissolve the bone powder, in order to make the saree into a bead form, there is a problem in that the manufacturing cost of the saree increases.

The present invention has been proposed to solve the above problems of the prior art, and an object of the present invention is to be able to produce a bead-shaped saree having no pores and beautiful appearance.

Another object of the present invention, by using an electric heater capable of high temperature heat generation, to dissolve the bone powder contained in the melting crucible to be made quickly and clean.

Still another object of the present invention is to save energy and minimize the emission of pollutants by using an electric heater capable of high temperature heat generation as a heat source for dissolving bone meal.

Still another object of the present invention is to form a crucible for melting into a funnel, so that the liquid bone powder can be discharged cleanly.

Still another object of the present invention is to prepare a melting crucible with zirconium and to be able to withstand high temperatures at high temperatures.

Still another object of the present invention is to allow a liquid drop of bone flour to be easily beaded by the rotation of an inclined tube.

In order to achieve this object, the present invention, in the saree manufacturing machine comprising a dissolution unit for dissolving bone flour of the ashes, and a saree manufacturing unit for producing a liquid phase of the bone powder discharged from the dissolution unit, the bone powder is dissolved at a high temperature Powder to be supplied so that the heater and the melted portion having a melting crucible formed in the shape of a funnel to facilitate discharge of the molten liquid bone powder, and the powder to prevent the liquid droplets of the bone powder discharged from the melting crucible from sticking to each other It characterized in that it comprises a spherical manufacturing unit is provided so that the liquid droplets of the bone powder, the powdered powder supplied from the powder supply unit is manufactured in a spherical shape.

The dissolving unit has a dissolving unit body having an inlet formed thereon, an upper lid which is screwed to the dissolving unit body to be opened when the bone powder is injected and sealed after the dispensing, and the bone powder is dissolved and dissolved within the dissolving unit body. It characterized in that it comprises a melting crucible is installed to be able to discharge the liquid bone powder to the outside, and a heater installed inside the melting part body to heat the melting crucible.

The dissolution part body may include an inner case in which an inner wall is formed by alumina, an intermediate case formed of a high temperature insulating material to insulate the inner case, and an outer case formed of a heat insulating material in order to insulate the intermediate case. do.

The melting crucible may include a crucible body formed to contain bone meal of the ashes, a discharge port formed in a funnel shape to facilitate the ejection of liquid bone powder in the lower part of the crucible body, and opening and closing the discharge port outside the melting part body. It characterized in that it comprises a discharge stopper formed to be.

The powder supply unit, the transfer pipe is connected to the inlet of the spherical manufacturing unit, the hopper is stored in the powder supplied to the liquid droplets of bone powder on one side of the transfer pipe is stored, and the powder of the hopper through the transfer pipe And a drive motor installed to be transported, and a drive motor connected to the belt so as to rotate the transport screw.

The spherical manufacturing unit, the guide is installed to guide the liquid droplets of the bone powder dropped to the discharge port lower portion of the melting crucible, the inclined tube is installed by the support roller so as to be inclined to the guide, and one side to rotate the inclined tube And a heating tube inserted into and installed to heat the inclined tube through the heating of the high temperature heating wire.

The driving unit may include a chain gear installed at one side of the inclined tube and a driving motor connected to the chain so that power is transmitted to the chain gear.

According to the present invention, there is an effect that can be produced in the shape of beads having no pores and beautiful appearance.

Further, by forming the melting crucible into a funnel shape, there is an effect that the liquid bone powder is discharged cleanly from the melting crucible.

In addition, by forming the discharge port of the melting crucible in the lower portion of the melting part body, there is an effect that the opening and closing of the discharge port by the discharge plug is easy.

In addition, by using a heater that is an electric heating element capable of high temperature heat generation up to 1800 ℃, there is an effect that can be used without pollution of the atmospheric environment.

In addition, by allowing the liquid droplets of bone powder discharged from the melting crucible to be applied to the separation powder, such as charcoal powder, it is possible to accurately manufacture in the form of beads as the saree does not stick to each other.

In addition, the saree is also rolled in the downward direction and the left and right directions by the rotation of the inclined tube, there is an effect that is precisely manufactured in the form of beads.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a preferred embodiment of the present invention will be described in more detail with reference to the accompanying drawings.

As shown in FIG. 1, the sari manufacturing machine includes a dissolution part (a) for dissolving bone powder of ashes, and a sari manufacturing part (b) for reprocessing liquid bone powder to produce a circular sari.

Since the above general structure has been described in the related art, duplicate description will be omitted.

Next, the features of the saree making machine according to the present invention will be described in detail with reference to FIGS. 3 and 4.

The saree manufacturing machine which concerns on this invention is equipped with the dissolution part (a) which melt | dissolves the bone powder of the ashes, as shown to FIG. 3 and FIG. The said dissolution part (a) is equipped with the dissolution part body 6 which provided the injection port 4 in the upper part. The dissolution part body 6 has an inlet 4 which is opened at the time of injecting the bone meal and sealed after the infusion. The inlet 4 is opened and closed by an upper lid 8 that is screwed. The upper lid 8 is formed to a certain thickness to withstand high temperatures.

The dissolution part body 6 has an inner case 6a in which an inner wall is formed of alumina. The inner case 6a is manufactured to withstand the high temperature generated inside the melting part body 6. Outside the inner case 6a, the intermediate case 6b is formed of a high temperature heat insulator so as to insulate. In addition, the outer case 6c is formed on the outside of the intermediate case 6b as a heat insulating material so as to insulate.

The melting part body 6 has a triple structure consisting of an inner case 6a, an intermediate case 6b, and an outer case 6c by using a refractory material and a heat insulating material to withstand up to 2000 ° C. when the ashes are dissolved. Is formed.

The melting part body 6 is provided with a melting crucible 40 which can contain ashes and be discharged to the outside. As described above, the melting crucible 40 has a crucible body 40a of a shape capable of containing ashes. In the lower part of the crucible body 40a, a discharge hole 40b having a funnel shape is formed to facilitate the discharge of the dissolved bone powder liquid.

In addition, the discharge plug 40b is coupled to the discharge plug 40c. The discharge stopper 40c restricts the opening and closing of the discharge port 40b so that dissolution and discharge of bone powder are maintained.

The melting crucible 40 is made of zirconium (Zirconium) material to withstand up to 2200 ℃ safe and high dissolution efficiency.

In addition, the melting part (a) is provided with a heater (H) inside the melting part body (6) so as to heat the melting crucible (40). The heater H is capable of dissolving bone powder contained in the melting crucible 40 by instantaneous heat generation to 1800 ° C. That is, as the heater H, a heating element called Kanthal-super (component MoSi 2, maximum continuous heating element temperature 1,800 ° C.) is preferably used.

Further, in the sari manufacturing unit (b) of the sari manufacturing machine, a powder supply unit 50 is installed so that the liquid droplets of the bone powder discharged from the melting crucible 40 do not stick together. The powder supply unit 50 is provided with a transfer pipe 52 connected to the inlet of the spherical manufacturing unit 70 to be described later. One side of the transfer pipe 52 is provided with a hopper 54 for storing the powder to prevent the liquid droplets of the bone powder from adhering to each other. It is preferable to use charcoal powder which prevents the said liquid powder from sticking together the droplets of the bone powder used as a sari.

The conveying pipe 52 is provided with a conveying screw 56 for precisely conveying the powder in the hopper 54 to the inlet of the spherical manufacturing part 70. The transfer pipe 52 is connected to be inserted into the inlet of the inclined tube 72 of the spherical manufacturing unit 70 to be described later. The transfer screw 56 is installed to be rotated by the power of the driving motor 56M connected to the pulley P by the belt V.

Further, in the sari manufacturing unit (b) of the sari manufacturing machine, a spherical manufacturing unit 70 for manufacturing the liquid droplets of the bone powder passing through the powder supply unit 50 to form a bead is provided.

The spherical manufacturing section 70 is provided with a guide 74 to allow the liquid droplet of the bone powder to flow down the discharge port 40b of the melting crucible 40. The guide 74 is inclined so that the liquid droplet of the bone powder discharged through the discharge port 40b flows down upon falling.

In addition, the guide 74 is connected to the inclined tube 72 installed inclined. The inclined tube 72 is guided by the guide 74 so that the liquid droplet of the bone meal powder is rolled down.

The drive unit 76 is connected to the inclined tube 72 so as to be rolled on the inner circumferential surface of the tube when the liquid droplet of bone powder moves. At both ends of the inclined tube 72, support rollers 78 are provided at both ends of the inclined tube 72 so that rotation is supported when the inclined tube 72 is rotated by the power of the driving unit 76.

The drive unit 76 of the spherical manufacturing unit 70 is a chain gear 76G formed in the inclined tube 72, a chain 76C connected to transmit power to the chain gear 76G, A drive motor 76M to which the chain 76C is connected to rotate the inclined tube 72 is included.

In addition, the heating tube 80 of the spherical manufacturing unit 70, the high temperature heating wire (H1) is provided on the inner peripheral surface so as to heat the outside of the inclined tube (72). The heating tube 80 is formed with a larger diameter than the inclined tube 72, and heat is applied to the sari that rolls the inclined tube 72 so that the spherical shape is formed well. Saree discharged through the inclined tube 72 is collected in the saree collection box 82.

The high temperature heating wire H1 preferably uses a heating element called Kanthal-super (component MoSi 2, the highest continuous heating element temperature of 1,000 ° C.).

As described above, the sari maker provided with the heater H, the high temperature heating wire H1, and the drive motors 58, 76M is operated on / off of an operation switch provided on a control panel (not shown). Works.

Hereinafter, the effect | action of this invention made as mentioned above is demonstrated.

First, it is checked whether powder such as charcoal powder is stored in the hopper 54 of the powder supply part 50, and checks whether the discharge stopper 40c is correctly coupled to the discharge port 40b of the melting crucible 40.

When the preparation for dissolving bone flour is completed using the saree manufacturing machine, in order to contain the bone powder in the cremation or ashes in the dissolving crucible 40 installed inside the dissolution portion body 6, the dissolution portion (a Open the upper lid (8) blocking the inlet (4) of.

Bone powder is contained in the melting crucible 40 through the inlet 4 while the upper lid 8 is opened. Once all of the bone meal is contained, the inlet 4 of the dissolution part body 6 is closed by the upper lid 8.

When the upper lid 8 is closed and ready to dissolve the bone powder, the operation switch is turned on to apply power to the heater H, the high temperature heating wire H1, and each of the driving motors 56M and 76M. Be sure to

When the temperature inside the melting part body 6 reaches 1700 degreeC by the heater H which heats up to 1800 degreeC by the power supply, the bone powder contained in the melting crucible 40 will melt | dissolve.

After the dissolution process of the bone powder is finished, the discharge plug 40c blocking the discharge port 40b is opened in the lower part of the dissolution part body 6. When the discharge stopper 40c is opened, the liquid bone powder dissolved in the melting crucible 40 is discharged through the discharge port 40b.

The liquid bone meal is discharged cleanly as the discharge port 40b has a funnel shape.

The liquid bone powder discharged through the discharge port 40b falls on the guide 74 inclined at the lower portion of the dissolution part body 6. The liquid droplet of the bone powder falling on the guide 74 reaches the inclined tube 72 of the spherical manufacturing part 70 along the guide 74.

On the other hand, the powder stored in the hopper 54 of the powder supply part 50 is moved around the inlet of the inclined pipe 72 along the feed pipe 52 by the feed screw 56 driven by the drive motor 56M. It is a diffuse state.

The liquid droplets of the bone meal flow along the guide 74 at the inlet of the inclined tube 72 where the powder is diffused. Liquid droplets of bone powder powdered around the inlet of the inclined tube 72 do not adhere to each other because the powder is stained.

Further, the liquid droplets of the powdered bone powder roll down along the inclined inclined tube 72. And, the liquid droplets of the bone powder, in the left and right directions by the inclined tube 72 is rotated by the transmission of power through the chain gear 76G connected to the drive motor 76M of the drive unit 76 by the chain 76C. Roll.

Accordingly, the liquid droplets of the bone meal form saris by passing through the inclined tube 72 to form an exact spherical shape. The liquid droplets of the bone meal are rolled in a heated state through the inclined tube 72 that passes through the heating tube 80 and is heated by the high temperature heating wire H1.

The inclined tube 72 is indirectly heated by the heating tube 80, so that the liquid droplets of the bone powder are gently hardened when rolling, so that the spherical shape of the saree is accurately formed.

The sari rolled down the inclined tube 72 is collected in the sari collection box 82 disposed at the end of the inclined tube 72. The sari produced through the sari manufacturing machine can be stored in the sari storage box in a state that is resistant to moisture, deterioration, decay, and damage by pests.

The present invention relates to a sari manufacturing machine which can manufacture liquid droplets of dissolved bone flakes into precisely spherical sari without reducing the cost of reprocessing bone flakes and generating air pollutants, and widely used in the sari manufacturing industry. Can be used.

1 is a view showing a saree manufacturing machine according to the prior art.

Figure 2 is a side cross-sectional view showing a sari manufacturing machine shown in FIG.

3 is a view showing a sari manufacturing machine according to the present invention.

FIG. 4 is a side sectional view showing the sari manufacturing machine shown in FIG. 3. FIG.

<Explanation of symbols for the main parts of the drawings>

a: melting part b: sari manufacturing part

H: Heater 4: Inlet

6: melting part body 40: melting crucible

40a: crucible body 40b: discharge port

40c: discharge plug 50: powder supply part

52: transfer pipe 54: hopper (Hopper)

70: spherical manufacturing part 74: guide

78: support roller 80: heating tube

Claims (7)

A heater (H) for dissolving bone meal of ashes at a high temperature, and a melting part (a) provided with a melting crucible 40 formed in a funnel shape so that the dissolved liquid bone meal can be easily discharged; Saree manufacturing unit (b) for producing a liquid phase of the bone powder discharged from the dissolution unit (a); A powder supply unit 50 installed to supply powders which prevent the liquid droplets of the bone powder discharged from the melting crucible 40 from sticking to each other; In the saree manufacturing machine comprising a; spherical manufacturing unit 70 is installed so that the liquid droplets of the bone powder powdered from the powder supply unit 50 is manufactured in the form of beads; The spherical manufacturing unit 70, A guide 74 provided to guide the liquid droplet of the bone powder dropped to the lower portion of the discharge port 40b of the melting crucible 40; An inclined tube 72 installed with a support roller 78 so as to be inclined to the guide 74; A driving unit 76 installed at one side to rotate the inclined tube 72; Sari maker characterized in that it comprises a heating tube 80 is inserted to be installed so as to heat the inclined tube through the heat of the high temperature heating wire (H1). The method of claim 1, The dissolution part (a), and the dissolution part body 6 having the inlet 4 formed thereon, An upper lid 8 which is screwed into the inlet 4 of the melting part body 6 so as to be opened during the infusion of bone meal and sealed after the infusion; A melting crucible 40 installed to dissolve bone powder and discharging the dissolved liquid bone powder into the outside of the melting part body 6, and a melting part body to heat the melting crucible 40. 6) Sari maker comprising a heater (H) is installed in the interior. The method of claim 2, The dissolution part body 6 includes an inner case 6a having an inner wall formed by alumina, an intermediate case 6b formed of a high temperature insulating material to insulate the inner case 6a, and the intermediate case 6b. Saree manufacturing machine characterized in that it comprises an outer case (6c) formed of a heat insulating material so that the heat insulating. The method of claim 2, The melting crucible 40 has a crucible body 40a formed to contain bone meal of the ashes, and a discharge port 40b formed in a funnel form to facilitate the ejection of liquid bone meal in the lower portion of the crucible body 40a. And a discharge stopper (40c) formed so as to open and close the discharge port (40b) from the outside of the melt portion body (6). The method of claim 1, The powder supply unit 50, the transport pipe 52 is connected to the inlet of the spherical manufacturing unit 70 and the powder is supplied so that the liquid droplets of bone powder is not attached to each other on one side of the transport pipe 52 is stored A hopper 54, a feed screw 56 installed to transfer powder of the hopper 54 through the feed pipe 52, and a belt V to rotate the feed screw 56. Saree manufacturing machine comprising a drive motor 56M connected to be installed. delete The method of claim 1, The drive unit 76 includes a chain gear 76G provided on one side of the inclined tube 72 and a drive motor 76M connected to the chain gear 76G so as to transmit power to the chain gear 76G. Saree making machine characterized in that.

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