KR101483246B1 - Horizontally continuous casting apparatus having a movable type furnace body - Google Patents

Abstract

The present invention relates to a horizontally continuous casting apparatus having a movable furnace body that slides the furnace body enclosing the outside of a furnace in a horizontal direction to separate the furnace body from the furnace. The horizontally continuous casting apparatus includes a base frame (160); a furnace (111) installed to the base frame (160) and receiving molten metal therein; a casting line for producing a cast product by supply of the molten metal stored in the furnace (111); a furnace body (110) enclosing the outside of the furnace (111); and a rail (150) supporting the furnace body (110) on the base frame (160) to be able to move in a horizontal direction, and transferring the furnace body (110) to a position opposite to the casting line to separate the furnace body from the furnace (111).

Description

TECHNICAL FIELD [0001] The present invention relates to a horizontal continuous casting apparatus having a movable body,

The present invention relates to a horizontal continuous casting apparatus (HORIZONTALLY CONTINUOUS CASTING APPARATUS) which is capable of rapidly moving a furnace body installed to surround an outside of a crucible and is capable of quickly separating a furnace body from a crucible The present invention relates to a horizontal continuous casting apparatus equipped with a movable body having a feature of the present invention.

The horizontal continuous casting machine is a device which uses a method of pulling the ingot continuously by pulling the ingot (INGOT) in the horizontal direction while solidifying the molten metal, and is a device which has a long product having the same or simple sectional shape, (SLAB), BLOOM, BILLET, and the like, which are used for the production of a slab.

The horizontal continuous casting apparatus includes a crucible having a predetermined internal capacity so as to be able to receive a molten metal melted by a product for manufacturing a product to be manufactured and a crucible having a predetermined internal capacity for heating the crucible and surrounding the crucible And a casting line for drawing the molten metal from the crucible in the horizontal direction and supplying the molten metal to the casting line to form a casting product.

As an example of such a horizontal continuous casting apparatus, a horizontal continuous casting apparatus for a magnesium alloy plate blank disclosed in Korean Patent Laid-Open No. 10-2006-0040054 is exemplified.

Korean Patent Laid-Open No. 10-2006-0040054 discloses a hermetically sealed crucible having a closed rosette in which a crucible in which a magnesium alloy is charged is heated and melted, a plate shaped MOLD which is directly connected to the crucible, A dummy bar inserted in the mold, a cooling section for cooling the molten metal introduced into the mold, and a drawing device for drawing out the continuous casting material shaped through the mold by using a driving motor is described have.

Conventional horizontal continuous casting apparatuses have a structure in which a crucible containing a heating means is enclosed and enclosed in a crucible inside, so that the crucible can be opened and closed in order to prevent a runout from occurring, There is a problem that the crucible needs to be lifted up to the upper portion of the furnace to separate the furnace or to perform a long process of charging the crucible back into the furnace after necessary measures are required.

In addition, since the crucible is separated from and mounted on the crucible, the horizontal coupling between the crucible and the casting line and the horizontal connection between the crucible and the casting line is disturbed by the conventional horizontal continuous casting apparatus, There is a problem.

Therefore, there is a demand for development of a technology for quickly and easily separating the furnace body including the heating means from the crucible in the horizontal continuous casting apparatus.

Korean Patent Laid-Open No. 10-2006-0040054

Accordingly, it is an object of the present invention, which has been made in view of the above, to provide a horizontally continuous casting apparatus in which a furnace installed to surround an outside of a crucible of a horizontal continuous casting apparatus can be slid horizontally and separated from a crucible, And it is an object of the present invention to provide a horizontal continuous casting apparatus having a movable body for facilitating maintenance work and for maintaining a precise connection between a crucible and a molding of a casting line.

In order to achieve the above object, according to the present invention, there is provided a horizontal continuous casting apparatus comprising a base frame, a crucible provided in the base frame and containing a molten metal therein, and a molten metal accommodated in the crucible, A rosette provided so as to surround the outside of the crucible and a rosette supported on the base frame so as to be horizontally transportable on the base frame so that the furnace body can be transferred to the opposite side of the casting line to be separated from the crucible A horizontal continuous casting apparatus characterized by comprising a rail.

Wherein the casting line comprises a mold for passing a molten metal supplied from the crucible and solidifying to form a product shape, a cooling section for further cooling the product shaped from the mold, and a mold- And an outlet bar for guiding the product formed in the mold to the outlet.

The furnace body may be provided with heating means for heating and melting the casting material accommodated in the crucible.

The crucible may further include a fixing plate formed to be perpendicular to the base frame, coupled to the crucible to connect the casting line, and a fixing plate for fixing and fixing one side of the furnace body in a state where the crucible is inserted into the furnace body.

The crucible may be formed such that one side thereof is opened to allow the crucible to be connected to the casting line and an opening portion for allowing the crucible to pass through when the rosette is separated from and coupled to the crucible.

The fixing plate may be formed with a coupling portion for coupling and separating through a coupling member in a state in which the rosette is in close contact with one side surface.

A connection bar may be formed in which the crucible is spaced apart from the fixing plate so that the crucible is positioned at the center of the crucible by connecting the crucible to an end of the crucible.

And a conveying member having grooves extending in the conveying direction of the loose body so that the conveyance can be guided by inserting the rails provided in the base frame into the lower portion of the loose body.

The rail may be formed with a protrusion inserted into the groove of the conveying member to guide the conveyance.

And the groove and the protrusion may be coupled by concave-convex coupling.

The grooves and the protrusions may have a trapezoidal connection section.

According to another aspect of the present invention, there is provided a method of operating a horizontal continuous casting apparatus, comprising: a crucible provided on one side of a fixing plate formed perpendicular to a base frame and containing a molten metal therein; A crucible provided with an opening for allowing the crucible to pass therethrough and a heating member for heating the crucible and surrounding the outside of the crucible, And a rail which is moved to the opposite side of the casting line so as to be separated from the crucible, the method comprising: releasing the loose body detachably coupled to the fixing plate; The crucible is slid and separated from the crucible A step of feeding a casting metal material into the crucible from which the crucible has been separated; a step of sliding the furnace body toward the casting line to bring the crucible into close contact with the holding plate and then joining the crucible with a joining member; Melting the casting metal material put into the crucible to form a molten metal; and supplying the molten metal stored in the crucible to the casting line to produce a casting product.

Sliding the roto body toward the casting line and separating the roto body from the crucible, sliding the roto body toward the casting line, bringing the roto body into close contact with the fixing plate, and then joining the roto body with the engaging member, Lt; / RTI >

According to the method for separating the rosette from the crucible of the horizontal continuous casting apparatus of the present invention, the crucible is provided on one side of the fixing plate formed perpendicularly to the base frame and containing the molten metal therein, and the molten metal is supplied from the crucible A casting line coupled to the other side of the fixing plate to manufacture a casting product, a rosette provided to surround the outside of the crucible and having an opening for allowing the crucible to pass therethrough, A method of separating a rosette from a crucible of a horizontal continuous casting apparatus, comprising the steps of: releasing the loose body detachably coupled to the stationary plate; And the crucible fixed to the fixing plate with an opening formed at one side And that by sliding the furnace body in the opposite direction of the casting line is how to remove the furnace body from the furnace of the horizontal type continuous casting apparatus comprising the steps of separating from the furnace is provided.

According to the method for separating the rosette from the crucible of the horizontal continuous casting apparatus and the horizontal continuous casting apparatus according to the present invention, it is possible to quickly and easily separate and recombine the rosette, which is installed so as to surround the outside of the crucible, .

According to the method for separating the crucible from the crucible of the horizontal continuous casting apparatus and the horizontal continuous casting apparatus according to the present invention, not only the state of being stopped during the casting process but also the disassembly of the crucible and the mold during operation of the casting process It is possible to quickly and easily separate only the furnace provided with the heating means, so that the heating means can be quickly removed from the crucible in an emergency.

Further, according to the method of separating the crucible from the crucible of the horizontal continuous casting apparatus and the horizontal continuous casting apparatus according to the present invention, it is not necessary to release the engagement of the mold and the draw-out bar of the casting line in order to expose the crucible to the outside , It is possible to maintain the horizontality of the casting line and to prevent distortion and deformation of the coupling between the mold and the lead-out bar by repeated separation and coupling, thereby improving the precision of the casting product.

1 is a plan view of a horizontal continuous casting apparatus according to an embodiment of the present invention;
Fig. 2 is a side view of the horizontal continuous casting apparatus shown in Fig. 1; Fig.
3 is a front view of the horizontal continuous casting apparatus shown in Figs. 1 and 2. Fig.
4 is a plan view showing the operation of the horizontal continuous casting apparatus according to the present embodiment.
5 is a side view showing the operation of the horizontal continuous casting apparatus according to the present embodiment.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings, which illustrate exemplary embodiments of the present invention. The present invention is not limited to these embodiments.

FIG. 1 shows a plan view of a horizontal continuous casting apparatus 10 according to an embodiment of the present invention, and FIG. 2 shows a side view of a horizontal continuous casting apparatus 10 according to an embodiment of the present invention.

1 and 2, a horizontal continuous casting apparatus 10 according to the present invention includes a base frame 160, a crucible 111, a furnace body 110 installed to surround the crucible 111, And a casting line for supplying molten metal from the crucible 111 to produce a cast product.

The casting line includes a mold 120 for passing a molten metal supplied from the crucible 111 and solidifying to form a product shape, a cooling unit 130 for further cooling the product shaped from the mold 120, a cooling unit 130 And an outlet bar 122 connected to guide the product from the crucible 111 to the outlet 140. As shown in FIG.

The mold 120 is provided so as to abut the lead portion 111a formed on one side of the crucible and is inserted through the lead bar 122 to the inside so that the molten metal drawn out from the crucible 111 passes through the lead bar 122, (120), and after the product shape is formed by the mold (120), the molten metal is advanced in the direction in which the molten metal is drawn out.

At this time, the mold 120 and the lead-out bar 122 connected to one side of the crucible 111 can be fixedly coupled to the opposite side to which the crucible 111 is coupled so that the crucible 111 is sandwiched between the fixed plates 113.

The cooling unit 130 is installed at the rear of the mold 120 so as to cool the cast product in a semi-finished state, which is shaped through the mold 120, secondarily.

The cooling part 130 may be configured as a cooling jacket surrounding the outside of a certain point of the mold 120 and may be configured to circulate cooling water at an appropriate temperature inside the jacket.

The dispenser 140 is driven by a motor (not shown) to pull the cast product that has passed through the cooling section 130 to allow the product shaped from the mold 120 to be drawn through the draw bar 122.

At this time, the casting product connected to the dispenser 140 is configured to be cut to an appropriate size by a cutter (not shown).

The base frame 160 connects a plurality of frames to each other so as to have a predetermined length with respect to the entire longitudinal direction and the width direction of the horizontal continuous casting apparatus 10, The casting lines are respectively installed on the ground.

The crucible 111 has an internal space having a predetermined volume for accommodating the casting material in a heated and melted state and a drawer 111 for drawing the molten metal to the outside and supplying the molten metal to the casting line, (111a) is formed.

The crucible is installed in a fixing plate 113 formed to extend upward from one side of the base frame 160.

The fixing plate 113 is fixed to the drawer 111a of the crucible 111 so that the mold 120 can be connected to one side of the crucible 111 while the crucible 111 is coupled to the forward- It is preferable that a through-hole is formed at a corresponding point.

The fixing plate 113 is provided with a connecting bar 115 extending forward and provided with a crucible 111 and a crucible 111 provided at the end of a connecting bar 115 extending forward, The crucible 111 can be positioned at the center of the inside of the rotor 110 when the rotor 110 is closely attached to the rotor 113 by being spaced from the rotor 113 by a predetermined distance.

The furnace body 110 is made of a heat insulating material and is installed to enclose and seal the outside of the crucible 111.

The furnace body 110 may be provided with heating means 112 for melting the casting material contained in the crucible 111 by applying heat to the crucible 111 located inside.

The heating means 112 may be an electric furnace using a heating element such as a heater or a high frequency induction furnace.

Particularly, the lower portion of the rotor 110 is slidably coupled to the upper portion of the base frame 160, and is conveyed in the horizontal direction of one side of the horizontal continuous casting apparatus 10 with the crucible 111 inserted therein So that it can be separated from the crucible 111.

To this end, a rail 150 is provided on the base frame 160 to support the rooi body 110 so that the rooi body 110 can be transported in a horizontal direction so that the rooi body 110 can be transferred to the opposite side of the casting line and separated from the crucible 111 do.

According to the present embodiment, the casting material accommodated in the crucible 111 is melted by applying heat to the crucible 111 by the heating means provided in the furnace 110. However, the present invention is not limited thereto, The casting material melted by the separate heating means provided outside the furnace body 110 is charged into the crucible 111 by a separate feeding device and accommodated therein. Thereafter, the furnace body 110 maintains the keeping temperature, Or the like.

When the crucible 110 is transported along the rail 150 formed on the base frame 160, the crucible 111 located inside the crucible 110 is fixed to the fixed plate 113 provided on the base frame 160, And the opening 310 is formed to allow passage of the air into the interior and the exterior of the apparatus.

One side of the loose body 110 on which the opening 310 is formed moves on a rail 150 formed on the base frame 160 and is fixed in a state of being tightly fixed to a fixing plate 113 for coupling the crucible 111.

To this end, the fixing plate 113 is formed with a coupling portion for allowing a coupling member such as a bolt to be inserted and coupled with the rotor 110 in close contact with each other.

A feed member 155 having grooves extending in the feeding direction of the loose body 110 may be formed at a lower portion of the loom 110 so that the rails 150 installed in the base frame 160 may be inserted to guide the feeding. have.

FIG. 3 shows a longitudinal shape of the horizontal continuous casting apparatus 10 shown in FIG. 1 and FIG. 2, and shows a detailed configuration of the horizontal continuous casting apparatus 10 according to the present embodiment Will be described in more detail.

3, the connecting bar 115 connecting the crucible 111 to the fixing plate 113 may be installed at a plurality of locations outside the mold 120 connected to the crucible 111. [

The opening 310 formed in the roaster 110 is formed to have a larger size than the crucible 111 so that the crucible 111 is passed through the opening 310 when the roaster 110 is moved, So that the furnace body 110 can be separated and coupled while the crucible 111 is fixed to the furnace body 160.

At this time, the outer side of the opening portion 310 of the rooce 110 forms a surface making contact with the fixing plate 113, so that when the crucible 111 is positioned inside, it can be sealed from the outside.

The conveying member 155 formed at the lower portion of the roaster 110 may have a groove extending in the conveying direction of the roaster 110 so that the rail 150 installed in the base frame 160 may be inserted and the conveyance may be guided .

At this time, the rail 150 may be formed with a protrusion 150a which is coupled to the groove of the conveying member 155 by the concave-convex coupling so that the conveyance can be guided. The groove of the conveying member 155 and the rail 150, The protrusions 150a may have a trapezoidal shape.

The rod 110 may be configured to be driven by driving means such as a hydraulic device and an electric motor and may be configured to be driven by applying a rack and pinion combination to the connecting portion of the rod 110 and the rail 150 Lt; / RTI >

Hereinafter, the operation of the horizontal continuous casting apparatus 10 according to the present invention will be described in detail with reference to FIG. 4 and FIG.

Fig. 4 shows a plan view in a state in which the rooce 110 is separated by the present embodiment, and Fig. 5 shows a side view in a state in which the rooce 110 is separated.

1 and 2, in a state where the continuous casting process is operated through the horizontal continuous casting apparatus 10 of the present invention, the rosette 110 provided on the base frame 160 is mounted on the fixed plate 113 And the crucible 111 is placed in the inside by being tightly bonded to heat the casting material to melt or serve as a heat insulating material.

At this time, the rosette 110 is fixed to the fixing plate 113 formed on one side of the base frame 160 by a coupling member such as a bolt.

When the rotor 110 is separated from the crucible 111 in the operating state or the operation stop state of the horizontal continuous casting apparatus 10, the engagement of the rotor 110 with the rotor 110 is released, The rooftil 110 is transported along the rail 150 provided on the upper portion of the base frame 160 so as to be transported toward the opposite side of the casting line connected to one side of the crucible 111 as shown in FIGS. do.

At this time, the crucible 111 passes through the opening 310 of the rotor 110, and is separated from the rotor 110 by being fixed to the rotor 113 and exposed to the outside.

Thereby, the furnace body 110 can be quickly separated so that the crucible 111 is supplied with the casting material, the casting process is in operation, and necessary measures are taken when the inevitable process interruption occurs.

When the heating means 112 is installed inside the roto body 110, the heating means 112 can be integrally separated from the crucible 111. In this case, So that the heating means can be easily maintained and repaired.

Particularly, according to the present invention, only the crucible 110 is moved and separated by fixing the crucible 111 in the state of being connected to the casting line on the fixing plate 113, It is possible to prevent the generation of an error and to prevent the occurrence of fine warping and deformation with the casting line when the crucible 111 is repeatedly separated.

When the casting process is operated again after separating the roving body 110 from the crucible 111 as described above, the roving body 110 is moved toward the fixing plate 113 to place the crucible 111 therein, The crucible 111 can be coupled by fixing the one side surface thereof to the fixing plate 113 with the joining member in close contact with the fixing plate 113. At this time, the opening 310 formed at one side of the rotor 110 during the separation and coupling of the rotor 110 serves to pass the crucible to the inside and outside of the rotor 110.

At this time, the peripheral portion outside the opening portion 310 formed in the furnace body 110 is brought into close contact with the fixed plate 113, so that the internal sealing force for heating and keeping the furnace 111 installed therein can be increased desirable.

According to another aspect of the present invention, there is provided a crucible comprising: a crucible (111) installed on one side of a fixing plate (113) formed to be perpendicular to a base frame (160) and containing molten metal therein; A casting line connected to the other side of the fixing plate 113 to supply a casting product to the casting line so as to supply the casting product and an opening part 310 and a rail for separating the furnace body 110 from the crucible 111 by conveying the furnace body 110 to the opposite side of the casting line 110. The horizontal continuous casting apparatus 10 includes a crucible 110, (110) detachably coupled to the fixing plate (113) in a method of separating the rotor (110) from the crucible (111) of the rotor (110) (310) to the fixing plate (113) And a step of sliding the roto body 110 in a direction opposite to the casting line so as to allow the crucible 111 to pass therethrough to be separated from the crucible 111. A method for separating the ro- Can be provided.

According to another aspect of the present invention, there is provided a crucible comprising: a crucible (111) installed on one side of a fixing plate (113) formed perpendicularly to a base frame (160) And a heating means 112 installed to surround the crucible 111 to apply heat to the crucible 111. The heating means 112 is provided to surround the crucible 111, The furnace 110 is provided with an opening 310 through which the crucible 111 can pass to one side and the crucible 110 is transferred to the opposite side of the casting line to be separated from the crucible 111 (10), which is detachably coupled to the fixing plate (113), is disengaged from the loose body (110), and then the opposite side of the casting line (110) A step of slidably moving the roto body 110 toward the casting line so that the crucible 111 is separated from the crucible 111; A step of joining the crucible 111 to the crucible 111 after the heating means 112 is operated to melt the casting metal material injected into the crucible 111 to form a molten metal, And supplying the molten metal accommodated in the casting line to the casting line to produce a casting product.

The embodiment according to the method aspect of the present invention can be achieved by the operation according to the configuration of the horizontal continuous casting apparatus 10 according to the above-described apparatus aspect of the present invention, Will be omitted in order to avoid redundancy with the above-described contents.

The horizontal continuous casting apparatus 10 of the present invention constructed as described above and the method of separating the rosette 110 from the crucible 111 of the horizontal continuous casting apparatus 10 using the apparatus and the operation of the horizontal continuous casting apparatus 10 It is possible to quickly and easily separate and separate the rosette 110 provided so as to surround the outside of the crucible 111 not only in the state in which the operation of the horizontal continuous casting apparatus 10 is stopped but also in the state in which the continuous casting process is in operation, It is not necessary to release the coupling between the mold 120 and the draw bar 122 in order to expose the crucible 111 to the outside and the horizontality is maintained and the mold 120 and the draw bar It is possible to prevent the distortion and the deformation of the coupling between the first and second elastic members 122 and 122.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. It is to be understood that various changes and modifications may be made without departing from the scope of the appended claims.

10: Horizontal continuous casting machine
110: Roche
111: Crucible
113: Fixing plate
120: mold
122: Drawbar
130:
140:
150: rail
155:
160: Base frame

Claims (14)

A base frame;
A crucible installed in the base frame and containing molten metal therein;
A casting line for supplying molten metal stored in the crucible to produce a cast product;
A furnace installed to surround the outside of the crucible; And
And a rail that supports the rosette so as to be horizontally transportable on the base frame to transfer the rosette to the opposite side of the casting line to be separated from the crucible,
Further comprising a fixing plate formed perpendicularly to the base frame and coupled to the crucible so as to be connected to the casting line and fixed to one side of the furnace body while the crucible is inserted into the furnace body,
Wherein a connecting bar is formed at one end of the fixing plate so as to extend forward and to connect the crucible to an extended end of the crucible so that the crucible is spaced apart from the fixing plate and positioned at the center of the furnace body. Horizontal continuous casting device.
The method according to claim 1,
Wherein the casting line is a mold for passing a molten metal supplied from the crucible and solidifying to form a product shape;
A cooling part for further cooling the product shaped from the mold;
An extractor for extracting a product shaped from the mold by pulling the product cooled by the cooling unit; And
A drawer bar for guiding a product formed in the mold to the drawer;
Wherein the movable casting body is provided with a movable casting body.
The method according to claim 1,
Wherein the furnace body is provided with a heating means for applying heat to the casting material accommodated in the crucible and melting the furnace material.
delete The method according to claim 1,
Wherein the crucible is opened at one side so that the crucible can be connected to the casting line and an opening is formed through which the crucible can pass when the crucible is separated from and coupled to the crucible. Horizontal continuous casting equipment.
The method according to claim 1,
Wherein the fastening plate is formed with an engaging portion which is engaged with and detachable through the engaging member in a state in which the rosette is in close contact with the one side surface of the fastening plate.
delete The method according to claim 1,
And a conveying member having grooves extending in a conveying direction of the rotoce so as to guide the conveyance by inserting a rail provided in the base frame is formed at a lower portion of the rotoce.
9. The method of claim 8,
Wherein the rail is formed with a projection inserted into the groove of the conveying member and guided by the conveying member.
The method of claim 9, wherein
Wherein the grooves and the protrusions are coupled by uneven coupling.
The method of claim 10,
Wherein the grooves and the protrusions have a trapezoidal connection section. ≪ RTI ID = 0.0 > 18. < / RTI >
A crucible provided on one side of a fixed plate formed perpendicular to the base frame and containing a molten metal therein; a casting line coupled to the other side of the fixed plate so as to supply molten metal from the crucible to produce a cast product; A furnace provided with a heating means for heating the crucible and provided with an opening for allowing the crucible to pass therethrough and a crucible for transferring the furnace to the opposite side of the furnace to be separated from the crucible, And a fixing plate formed to be perpendicular to the base frame and coupled to connect the crucible to the casting line and to fix one side of the furnace body while the crucible is inserted into the furnace body And one end is coupled to the fixing plate to extend forward , A combination of the furnace to an extended end, spaced apart by the crucible from the fixed plate according to the operation method of a horizontal type continuous casting apparatus, characterized in that connecting bars are formed to be located at the center of the inside of the furnace body,
Releasing the loose body detachably coupled to the fixing plate, sliding the loose body on the opposite side of the casting line and separating the loose body from the crucible;
Introducing a casting metal material into the crucible from which the rosette has been separated;
Sliding the rosette toward the casting line and bringing the rosette into close contact with the fixing plate, and then joining the rosette with a joining member;
Operating the heating means to melt the casting metal material injected into the crucible to form a molten metal; And
Supplying molten metal stored in the crucible to the casting line to produce a casting product; Of the continuous casting machine.
13. The method of claim 12,
Sliding the loose body toward the casting line and separating the loose body from the crucible, sliding the loose body toward the casting line, bringing the loose body into close contact with the holding plate,
Wherein the rolling of the roasting body is performed by a driving force of an electric motor.
A crucible provided on one side of a fixed plate formed perpendicular to the base frame and containing a molten metal therein; a casting line coupled to the other side of the fixed plate so as to supply molten metal from the crucible to produce a cast product; And a rail for releasing the crucible from the crucible by transferring the crucible to the opposite side of the casting line, wherein the rail is disposed perpendicularly to the base frame And a fixing plate coupled to the crucible so as to connect the crucible to the casting line and fixing one side of the furnace body while the crucible is inserted into the furnace body, And the crucible is joined to an extended end of the crucible, By spacing the going from the fixed plate in the method of separating the furnace body from the furnace of the horizontal type continuous casting apparatus, characterized in that connecting bars are formed to be located at the center of the inside of the furnace body,
Releasing the loose body detachably coupled to the fixing plate; And
Sliding the crucible in a direction opposite to the casting line so that the crucible fixed to the fixing plate passes through an opening formed at one side of the roasting body and separating the crucible from the crucible; And the crucible is separated from the crucible of the horizontal continuous casting apparatus.

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