KR20180014425A - Refrigerator and method of manufacturing same - Google Patents

Abstract

The present invention relates to a refrigerator in which partitions for dividing a storage chamber into a plurality of compartments are manufactured separately from a main body including an inner cabinet and an outer cabinet and are combined with the inner cabinet, an empty space between the inner cabinet and the partition is separately filled with an insulating material after combining the partitions with the inner cabinet, the insulating material is filled into the partition by the insulating material filled between the inner cabinet and the outer cabinet. The refrigerator, which includes an inner cabinet provided with a storage chamber therein to open the front thereof, and partitions combined with the inside of the storage chamber to divide the storage chamber into a plurality of compartments, comprises: an inner cabinet which is provided with the storage chamber therein, and is provided with combination grooves such that the partitions are inserted and combined to both side walls, a rear wall, and a bottom wall; an outer cabinet which is combined with the outside of the inner cabinet, and forms an appearance; and an insulating material which is filled between the inner cabinet and the outer cabinet. The partitions includes: a first partition which is horizontally combined with both side walls and the rear wall of the inner cabinet, divides the storage chamber into an upper storage chamber and a lower storage chamber, and is filled with an insulating material therein separately from the insulating material filled between the inner cabinet and the outer cabinet; and a second partition, which is vertically combined with the bottom surface of the first partition, divides the lower storage chamber into left and right compartments, and is connected to the first partition to be filled with an insulating material therein together with the first partition.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a refrigerator,

The present invention relates to a refrigerator in which a storage room is divided into a plurality of storage rooms by a partition, and a method of manufacturing the refrigerator.

Generally, a refrigerator is a device for storing food freshly provided with a storage room and a cold supply device for supplying cold air to the storage room.

The temperature of the storage chamber is maintained at a temperature within a certain range required to keep the food fresh.

The storage room of such a refrigerator is provided so that its front surface is opened, and the opened front surface is normally closed by the door to maintain the temperature of the storage room.

The storage chamber is formed by an inner cavity, and the outer surface of the inner cavity is coupled with the outer surface of the outer cavity, and the space between the inner cavity and the outer cavity is filled with a heat insulating material to prevent the cool air from flowing out.

The storage room is defined by a partition wall integrally formed with an inner surface defining a storage chamber. When the thermal insulation material is filled between the inner surface and the outer surface, the interior of the partition is filled with the thermal insulation material.

However, when the capacity of the refrigerator becomes large, the size of the partition wall becomes large, so that there is a problem that the heat insulating material can not be uniformly filled in the inside of the partition wall when the heat insulating material is filled between the inner and outer surfaces.

According to an aspect of the present invention, a partition for dividing a storage compartment into a plurality of storage compartments is formed separately from a body including an inner and outer contours, and is coupled to the interior of the compartment. The partition is coupled to the interior of the compartment, And then filling the inside of the partition with the heat insulating material filled between the inner and outer surfaces, and a method for manufacturing the refrigerator.

In the refrigerator according to the embodiment of the present invention, the storage room is provided so that the front is opened, and the partition is partitioned into a plurality of storage rooms coupled to the storage room. The storage room is formed therein. And an inner surface on which a coupling groove is formed so that the partition is inserted and coupled to the bottom wall; A trauma which is coupled to the outer side of the inner surface to form an appearance; And a heat insulating material filled between the inner surface and the outer surface; Wherein the partition is horizontally coupled to both side walls and a rear wall of the inward side to divide the storage chamber into an upper storage chamber and a lower storage chamber, and when the heat insulating material is filled between the inner and outer surfaces, A first partition in which at least a part is filled with a heat insulating material by a heat insulating material filled in the first partition; A second partition vertically coupled to the bottom surface of the first partition and the bottom wall of the in-door partition to divide the bottom storage chamber horizontally and connected to the first partition so as to be filled with a heat insulating material together with the first partition; And a control unit.

Wherein the coupling groove includes a first coupling groove provided on both side walls of the inward side, a second coupling groove provided on the rear wall, and a third coupling groove provided on the bottom wall, wherein the first coupling groove and the second coupling The grooves may be provided to have lengths corresponding to the lateral lengths of the inner side walls and the rear wall respectively and the third coupling grooves may be provided to have lengths corresponding to lengths in the longitudinal direction excluding the machine room cover .

Both side surfaces of the first partition are inclined to be inclined downward from the upper part. The first coupling groove may have a shape corresponding to both sides of the first partition.

Wherein the second partition has a rear surface that is vertically provided and a lower surface of the second partition is horizontally disposed and the second coupling groove and the third coupling groove are formed on a rear surface of the first partition and a bottom surface of the second partition, May be provided with corresponding formation.

Wherein the first partition comprises a lower partition, an upper partition coupled to an upper portion of the lower partition, an assembled thermal insulating material assembled between the lower partition and the upper partition, And a reinforcing frame.

Wherein the lower partition is provided with a coupling portion to which the second partition is coupled, and the coupling portion is provided with the second partition so that the heat insulating material filled in the first partition is moved into the second partition, A connection hole may be provided to connect to the partition.

Wherein the reinforcing frame is provided with a support portion protruding inward between the upper partition and the lower partition, and the supporting portion is provided with a space in which the support portion can be disposed inside the upper partition and the lower partition, And the side surface may have a shape corresponding to the support portion.

A first guide for guiding a heat insulating material to be filled into the first partition to the connection hole of the coupling part so that the heat insulating material is filled into the second partition and a heat insulating material filling the inside of the first partition, A guide portion including a second guide guiding to a reinforcing filling hole provided on both side surfaces of the front side of the assembled heat insulating material having a shape corresponding to the support portion so that the heat insulating material is filled in all the spaces inside the first partition have.

An opening is formed in a rear surface of the first partition so that the heat insulating material can be filled into the first partition, and the opening can be connected to the guide part.

The first filling hole may be formed in the second coupling groove formed on the inner surface so that the heat insulating material can be filled into the first partition through the opening.

The first and second coupling grooves, the second coupling groove, and the third coupling groove may have a second filling hole for filling the heat insulating material in the empty space between the first coupling groove, the second coupling groove, Can be provided.

Wherein the second partition comprises a left partition, a right partition coupled to the right of the left partition, and a second partition coupled to the hot partition between the left partition and the right partition to maintain a gap between the left partition and the right partition. And a cover coupled to the front surface of the hot pipe seat.

An opening may be formed in the upper part of the second partition so that the heat insulating material can be filled into the second partition through the connection hole.

The left partition and the right partition may be adhered by a heat insulating material filled through the opening.

In the refrigerator according to the embodiment of the present invention, the storage room is provided so as to be opened forward inside the main body, and the partition is coupled to the inside of the storage room to divide the storage room into a plurality of parts, A first partition coupled to divide the storage chamber into an upper storage chamber and a lower storage chamber; And a second partition vertically coupled to the bottom surface of the first partition and the storage compartment so as to divide the bottom storage compartment horizontally. The partition is coupled to the storage compartment, Is filled with a heat insulating material.

The storage chamber is formed by an inner surface, an outer surface forming an outer appearance is coupled to the outer surface of the inner surface, and a heat insulating material may be filled between the inner surface and the outer surface.

The inner and outer walls of the upper and lower walls are provided with engaging grooves for the partition to be inserted therein. The engaging grooves include a first engaging groove provided on both inner side walls of the inner side, and a second engaging groove And a third engaging groove provided on the bottom wall, wherein the first engaging groove and the second engaging groove are each provided to have a length corresponding to a transverse length of the inner side wall and the rear wall, The groove may be provided to have a length corresponding to the length in the vertical direction excluding the machine room cover at the inbound floor.

Both side surfaces of the first partition are inclined to be inclined downward from the upper part. The first coupling groove may have a shape corresponding to both sides of the first partition.

Wherein the first partition comprises a lower partition, an upper partition coupled to an upper portion of the lower partition, an assembled thermal insulating material assembled between the lower partition and the upper partition, And a reinforcing frame.

Wherein the lower partition is provided with a coupling portion to which the second partition is coupled, and the coupling portion is provided with the second partition so that the heat insulating material filled in the first partition is moved into the second partition, A connection hole may be provided to connect to the partition.

Wherein the reinforcing frame is provided with a support portion protruding inward between the upper partition and the lower partition, and the supporting portion is provided with a space in which the support portion can be disposed inside the upper partition and the lower partition, And the side surface may have a shape corresponding to the support portion.

A first guide for guiding a heat insulating material to be filled into the first partition to the connection hole of the coupling part so that the heat insulating material is filled into the second partition and a heat insulating material filling the inside of the first partition, A guide portion including a second guide guiding to a reinforcing filling hole provided on both side surfaces of the front side of the assembled heat insulating material having a shape corresponding to the support portion so that the heat insulating material is filled in all the spaces inside the first partition have.

An opening is formed in a rear surface of the first partition so that the heat insulating material can be filled into the first partition, and the opening can be connected to the guide part.

The first filling hole may be formed in the second coupling groove formed on the inner surface so that the heat insulating material can be filled into the first partition through the opening.

Wherein the first engagement groove, the second engagement groove, and the third engagement groove are provided with a first engagement groove, a second engagement groove, a third engagement groove, 2 filling holes may be provided.

Wherein the second partition comprises a left partition, a right partition coupled to the right of the left partition, and a second partition coupled to the hot partition between the left partition and the right partition to maintain a gap between the left partition and the right partition. And a cover coupled to the front surface of the hot pipe seat.

The upper part of the second partition is provided with an opening for filling the heat insulating material into the second partition through the connection hole. The left partition and the right partition can be adhered by the heat insulating material filled through the opening.

According to another aspect of the present invention, there is provided a method of manufacturing a refrigerator including a partition that is coupled to the inside of a storage chamber and is divided into a plurality of storage spaces, the partition including a main body including an inner and outer surfaces, So as to couple said partition to the inside of said inner surface; Filling the space between the inner and outer partitions with the heat insulation material when the partition is coupled to the inner space; When the heat insulating material is filled in the space between the inner and outer partitions, the heat insulating material is filled between the inner and outer surfaces to fill the inside of the partition with the heat insulating material.

According to the embodiments of the present invention, it is possible to uniformly heat the inside of the partition dividing the storage room into a plurality of storage spaces, thereby efficiently performing heat insulation between the respective storage rooms.

1 is a perspective view of a refrigerator according to an embodiment of the present invention;
FIG. 2 is a view illustrating a partition coupled to an interior according to an embodiment of the present invention; FIG.
FIG. 3 illustrates a partition coupled to an in-door according to an embodiment of the present invention. FIG.
4 is a cross-sectional view schematically illustrating a state in which a first partition according to an embodiment of the present invention is coupled to a first coupling groove;
5 is a cross-sectional view schematically illustrating a state in which a first partition is coupled to a second coupling groove or a second partition is coupled to a third coupling groove according to an embodiment of the present invention.
6 is a view showing a state in which a partition according to an embodiment of the present invention is coupled to an engagement groove provided on the inner side;
FIG. 7 is an exploded perspective view of a first partition according to an embodiment of the present invention; FIG.
8 to 9 are views showing a movement path of a heat insulating material in a first partition according to an embodiment of the present invention.
10 is an exploded perspective view of a second partition according to an embodiment of the present invention;
11 is a cross-sectional view schematically illustrating a state in which a left partition and a right partition of a second partition are adhered to each other by a heat insulating material according to an embodiment of the present invention.

Hereinafter, embodiments according to the present invention will be described in detail with reference to the accompanying drawings.

1 and 2, the refrigerator includes a main body 10, a storage compartment 50 which is opened to open the inside of the main body 10, A door 60 rotatably coupled to the storage chamber 10 and a partition 100 coupled to the inside of the storage chamber 50 to divide the storage chamber 50 into a plurality of chambers.

The body 10 includes an inboard 20 forming a storage compartment 50 and a contaminant 30 forming an outer appearance and includes a cold air supply device (not shown) for supplying cool air to the storage compartment 50.

The cold air supply device may include a compressor, a condenser, an expansion valve, an evaporator, a blower fan, a chilled duct, and the like. Between the inner surface 20 of the main body 10 and the outer surface 30, 50 is filled with the heat insulating material 40 to prevent the outflow of cold air.

A machine room 11 in which a compressor for condensing the refrigerant and a condenser for condensing the compressed refrigerant and a condenser are provided on the rear lower side of the main body 10.

The storage room 50 can be divided into a plurality of storage rooms 50 by the partition 100 and a plurality of shelves 55 and a storage container 57 are provided in the storage room 50 to store food and the like And the open front face of the storage chamber 50 is opened and closed by the door 60. [

The door 60 includes an upper door 61 for opening and closing the upper storage compartment 51 and a lower door 63 for opening and closing the lower storage compartment 53. The door 60 is capable of storing foods, A plurality of guards 65 may be installed.

Hereinafter, the configuration of the partition 100 coupled to the inside of the storage room 50 to divide the storage room 50 into a plurality of storage units will be described in detail.

1 to 3, a storage chamber 50 formed in the inner casing 20 can be divided into a plurality of storage chambers 51, 53, 53a and 53b by a partition 100, 100 are separately formed from the inner and outer surfaces 20 and 30 and are coupled to the inner surface 20 to divide the storage chamber 50 into a plurality of chambers.

The partition 100 includes a first partition 110 which is horizontally coupled to both the side wall 21 and the rear wall 23 of the inner casing 20 and divides the storage compartment 50 into an upper storage compartment 51 and a lower storage compartment 53, And a second partition which is longitudinally coupled to the bottom surface of the first partition 110 and the bottom wall 25 of the inboard 20 to divide the bottom storage compartment 53 into a left storage compartment 53a and a right storage compartment 53b. (120).

The first partition 110 and the second partition 120 are coupled to each other and the T-shaped partition 100 can divide the storage compartment 50 into three spaces.

The upper storage chamber 51 and the upper storage chamber 51 of the lower storage chamber 53 divided by the first partition 110 can be used as a refrigerating chamber and the lower storage chamber 53 can be used as a left storage chamber The left storage compartment 53a may be used as a freezing compartment and the right storage compartment 53b may be used as both a freezing compartment and a refrigerating compartment.

The division of the storage room 50 as described above is an example, and each storage room 51, 53, 53a, 53b can be used differently from the above configuration.

Both side walls 21 including a left side wall 21a and a right side wall 21b of the inner top 20 and a rear wall 23 and a bottom wall 25 so that the partition 100 can be coupled to the inner top 20, A coupling groove 27 is provided.

An opening is formed in the coupling groove 27. The one side wall of the first partition 110 is provided with a protrusion protruding from the one side wall and integrally formed with the first partition 110. The protrusion can pass through the opening .

The heat insulating material 40 can be filled in contact with the outer surface of the protrusion passing through the opening in the space between the inner and outer surfaces 20 and 30.

The engaging groove 27 has a first engaging groove 27a provided on both side walls 21 of the inner surface 20, a second engaging groove 27b provided on the rear wall 23, And a third engaging groove 27c.

The first engaging groove 27a and the second engaging groove 27b are each provided to have a length corresponding to the lateral length of both the side wall 21 and the rear wall 23 of the inboard 20, 27c are provided to have a length corresponding to the longitudinal length of the remaining portion except the machine room cover 13 covering the machine room 11 at the bottom wall 25 of the inboard 20.

The first partition 110 coupled to the first coupling groove 27a and the second coupling groove 27b provided at both the side walls 21 and the rear wall 23 of the inner vessel 20 is coupled to the storage chamber 50 Is divided into an upper storage chamber 51 and a lower storage chamber 53.

A second partition 120 coupled to a lower surface of the first partition 110 and coupled to a third coupling groove 27c having a lower portion provided on the bottom wall 25 of the inner top 20, Is divided into a left storage chamber 53a and a right storage chamber 53b.

As shown in FIG. 4, both sides of the first partition 110 are inclined so as to reduce the inclination from the upper part to the lower part so as to improve the mechanical problems caused by the difference in the thickness of the freeze- The first coupling groove 27a is formed to have a shape corresponding to both sides of the first partition 110. [

5, the rear surface of the first partition 110 coupled to the second coupling groove 27b is vertically provided, and the lower surface of the second partition 120 coupled to the third coupling groove 27c Is provided horizontally.

The rear surface of the first partition 110 and the rear surface of the second engaging groove 27b and the second partition 120 are formed in the same manner that both side surfaces of the first partition 110 and the first engaging groove 27a have corresponding shapes. The lower surface and the third coupling groove 27c are formed to have corresponding shapes.

6, the first partition 110 is formed in the second coupling groove 27b provided on the inner surface 20 of the first partition 110 through an opening 119 provided on the rear surface of the first partition 110, A first filling hole 28 is provided so that the heat insulating material 40 can be filled.

The first engaging groove 27a and the second engaging groove 27b and the third engaging groove 27c provided in the inner casing 20 are provided with a first engaging groove 27a, A second filling hole 29 for filling the heat insulating material 40 is provided in the empty space between the groove 27c and the first partition 110. [

The heat insulating material 40 filled in the first partition 110 through the first filling hole 28 is filled with the heat insulating material 40 filled between the inner and outer surfaces 20 and 30, The heat insulating material 40 to be filled in the void space between the first engaging groove 27a and the second engaging groove 27b and the third engaging groove 27c through the hole 33 and the first partition 110 is formed in the inner surface 20) and the outer surface (30).

7 to 9, the first partition 110 includes a lower partition 111, an upper partition 113 coupled to an upper portion of the lower partition 111, And a reinforcing frame 117 coupled between the lower partitions 111 and the upper partitions 113 to reinforce the strength of the first partitions 110.

The lower partition 111 is provided with a coupling portion 111a to which the second partition 120 is coupled and a heat insulating material 40 filled in the first partition 110 is inserted into the second partition 120, A connection hole 111b connected to the second partition 120 is provided so that the second partition 120 can be filled inside the second partition 120 and the connection hole 111b is connected to the upper portion of the second partition 120 An opening 129 is provided.

Therefore, when the heat insulating material 40 is filled into the first partition 110 through the first filling hole 31 provided in the outer surface 30, the heat insulating material 40, which has been moved into the first partition 110, And then moved into the second partition 120 through the opening 129 through the connection hole 111b provided in the first partition 111a.

The reinforcement frame 117 is provided with a support portion 117a that protrudes into the space between the upper partition 113 and the lower partition 111 to reinforce the strength of the first partition 110. [

Assembly assembled between the upper partitions 113 and the lower partitions 111 such that the support part 117a of the reinforcing frame 117 can be disposed inside the upper partitions 113 and the lower partitions 111 Both side surfaces on the front surface side of the heat insulating material 115 are provided to have a shape corresponding to the supporting portion 117a.

The heat insulating material 40 filled in the first partition 110 is guided to the connection hole 111b of the coupling part 111a of the lower partition 111 and the heat insulating material 40 A first guide 116a to be filled into the second partition 120 through an opening 129 provided in the second partition 120 and a heat insulating material 40 to be filled in the first partition 110 And guided to reinforcing fill holes 115a provided on both side surfaces of the front side of the assembled heat insulating material 115 having a shape corresponding to the first partition 110a and the heat insulating material 115a so that the heat insulating material 40 is filled in all the spaces inside the first partition 110 A guide portion 116 including a second guide 116b is provided.

When the heat insulating material 40 is filled into the first partition 110 through the first filling hole 28 provided in the inner cavity 20, the heat insulating material 40 is inserted into the opening 119 provided in the first partition 110, A part of the heat insulating material 40 moves along the first guide 116a and the heat insulating material 40 moving along the first guide 116a is connected to the connection hole 111b of the coupling part 111a provided in the lower partition 111, And the second partition 120 through the opening 129 provided in the second partition 120.

A part of the heat insulating material 40 that has passed through the opening 119 provided in the first partition 110 moves along the second guide 116b and is filled with reinforcing fillers The space between the lower partition 111 and the upper partition 113 is filled with the assembly heat insulating material 115 and the heat insulating material 40 by being filled in the supporting portion 117a of the reinforcing frame 117 through the hole 115a.

10 to 11, the second partition 120 includes a left partition 121, a right partition 123 coupled to the right side of the left partition 121, A hot pipe seating part 125 which is coupled to seat the hot pipe between the left partition part 121 and the right partition part 123 so as to maintain a gap between the left partition part 121 and the right partition part 123, As shown in Fig.

The opening 129 is formed in the upper part of the second partition 120 so that the heat insulating material 40 can be filled into the second partition 120 through the connection hole 111b provided in the coupling part 111a of the first partition 110. [ .

The left partitions 121 and the right partitions 123 are adhered to each other by the heat insulating material 40 filled into the second partition 120 through the opening 129 without engagement by a screw.

The partition 100 including the first partition 110 and the second partition 120 may be manufactured separately from the main body 10 including the inner and outer contours 20 and 30, Since the heat insulating material 40 is filled in the interior space by the heat insulating material 40 filled between the inner and outer phases 20 and 30 after the inner insulating material 40 is bonded to the inner surface 20, Can be filled.

Therefore, even if the length of the partition 100 dividing the storage compartment 50 into a plurality of pieces becomes long due to the increase in the capacity of the refrigerator, the heat insulating material 40 can be filled evenly inside the partition 100.

Next, with reference to FIGS. 2 to 11, a method of manufacturing a refrigerator including a partition coupled to the inside of the storage chamber provided to open frontward and dividing the storage chamber into a plurality of storage spaces will be described.

The partition 100 is first assembled with the main body 10 including the inner and outer phases 20 and 30 and then the partition 100 is coupled to the coupling groove 27 provided inside the inner casing 20 .

When the partition 100 is coupled to the coupling groove 27 of the inner casing 20, the space between the coupling groove 27 of the inner casing 20 and the partition 100 is filled with the heat insulating material 40).

The heat insulating material 40 is filled between the inner surface 20 and the outer surface 30 when the space between the coupling groove 27 of the inner surface 20 and the partition 100 is filled with the heat insulating material 40.

The heat insulating material 40 is also filled into the partition 100 through the first filling hole 28 provided in the inner surface 30 when the heat insulating material 40 is filled between the inner and outer surfaces 20 and 30.

The partition 100 includes a first partition 110 transversely coupled to the inboard 20 and a second partition 120 longitudinally coupled to the lower portion of the first partition 110 and the inboard 20, The heat insulating material 40 injected through the first filling hole 28 is filled in the first partition 110 through the opening 119 provided in the first partition 110.

A part of the heat insulating material 40 moved into the first partition 110 moves along the first guide 116a provided in the assembled heat insulating material 115 and the heat insulating material 40 moving along the first guide 116a Is filled into the second partition 120 through the connection hole 111b of the coupling part 111a provided in the lower partition 111 and the opening 129 provided in the second partition 120. [

The remaining part of the heat insulating material 40 that has passed through the opening 119 provided in the first partition 110 moves along the second guide 116b and is inserted into the reinforcing filling hole The space between the lower partition 111 and the upper partition 113 is filled up with the heat insulating material 115 and the heat insulating material 40 by the supporting portion 117a of the reinforcing frame 117 through the through hole 115a, And the inside of the partition 100 are filled with the heat insulating material 40.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it will be understood by those skilled in the art that various changes and modifications may be made therein without departing from the scope of the present invention. Should be interpreted to include.

10: main body 11: machine room
13: Machine room cover
20: inner side 21: both side walls
21a: left side wall 21b: right side wall
23: rear wall 25: bottom wall
27: engaging groove 27a: first engaging groove
27b: second engaging groove 27c: third engaging groove
28: first filling hole 29: second filling hole
30: Trauma
40: Insulation
50: storage room 51: upper storage room
53: lower storage chamber 53a: first storage chamber
53b: second storage room 55: shelf
57: Storage container
60: door 61: upper door
63: lower door 65: guard
100: Partition
110: first partition 111: lower partition
111a: Coupling portion 111b: Connection hole
113: upper partition 115: assembly insulation
115a: reinforcing fill hole 116: guide portion
116a: first guide 116b: second guide
117: reinforcing frame 117a:
119: opening
120: Second partition 121: Left partition
123: right partition 125: hot pipe seat part
127: cover 129: opening

Claims (20)

And a partition which is provided inside the storage compartment and which divides the storage compartment into a plurality of compartments,
An inner surface on which the storage chamber is formed, an inner surface on which the partition is inserted into both the side walls, the rear wall, and the bottom wall to provide an engagement groove;
A trauma that is coupled to an outer side of the inner surface to form an appearance; And
A heat insulating material filled between the inner and outer surfaces; Lt; / RTI >
The partition,
And at least a part of the inner space is divided into an upper storage space and a lower storage space by transversely connected to both side walls and a rear wall of the inner surface, A first partition in which a heat insulating material is filled;
Wherein the first partition is vertically coupled to the bottom surface of the first partition and the bottom wall of the inner partition so as to divide the bottom storage chamber to the left and right sides, and a heat insulating material, which is connected to the first partition and is filled between the inner and outer surfaces, A second partition which is communicated through the first partition and is filled therein;
/ RTI >
Wherein the first partition includes a lower partition, an upper partition coupled to an upper portion of the lower partition, and an assembled thermal insulation material assembled between the lower partition and the upper partition,
Wherein the assembly heat insulating material includes a first guide for guiding the heat insulating material filled in the first partition to be filled into the second partition. The method according to claim 1,
Wherein the engaging groove further comprises a first engaging groove provided on both side walls of the inward side, a second engaging groove provided on the rear wall, and a third engaging groove provided on the bottom wall, The coupling grooves are provided to have lengths corresponding to the transverse lengths of the inner and outer sidewalls and the rear wall respectively and the third coupling grooves are provided to have lengths corresponding to lengths in the longitudinal direction excluding the machine room cover Features a refrigerator. 3. The method of claim 2,
Wherein both sides of the first partition are inclined so as to be inclined downward from the upper part, the first coupling groove is formed to have a shape corresponding to both sides of the first partition,
Wherein the second partition has a rear surface that is vertically provided and a lower surface of the second partition is horizontally disposed and the second coupling groove and the third coupling groove are formed on a rear surface of the first partition and a bottom surface of the second partition, And is provided with a corresponding formation. The method of claim 3,
Wherein the first partition further comprises a reinforcing frame coupled between the lower partition and the upper partition to reinforce the strength. 5. The method of claim 4,
Wherein the lower partition is provided with a coupling portion to which the second partition is coupled, and the coupling portion is provided with the second partition so that the heat insulating material filled in the first partition is moved into the second partition, And the first guide guides the heat insulating material filled in the first partition to the connection hole so that the heat insulating material is filled into the second partition. 6. The method of claim 5,
Wherein the reinforcing frame is provided with a support portion protruding inward between the upper partition and the lower partition, and the supporting portion is provided with a space in which the support portion can be disposed inside the upper partition and the lower partition, And the side surface is formed to have a shape corresponding to the support portion. The method according to claim 6,
The first guide and the heat insulating material to be filled in the first partition are guided to the reinforcing filling holes provided on both the front and both sides of the assembled heat insulating material having a shape corresponding to the supporting part, Wherein a guide portion including a second guide for filling all the spaces inside the first partition is provided. 8. The method of claim 7,
Wherein an opening is formed in a rear surface of the first partition so that a heat insulating material can be filled into the first partition, and the opening is connected to the guide portion. 9. The method of claim 8,
A first filling hole is provided in the second coupling groove provided on the inner side so that the heat insulating material can be filled into the first partition through the opening,
The first and second coupling grooves, the second coupling groove, and the third coupling groove may have a second filling hole for filling the heat insulating material in the empty space between the first coupling groove, the second coupling groove, Is provided in the refrigerator (1). 6. The method of claim 5,
Wherein the second partition comprises a left partition, a right partition coupled to the right of the left partition, and a second partition coupled to the hot partition between the left partition and the right partition to maintain a gap between the left partition and the right partition. And a cover coupled to a front surface of the hot pipe seat portion. 11. The method of claim 10,
And an opening is provided in the upper portion of the second partition so that the heat insulating material can be filled into the second partition through the connection hole. 13. The method of claim 12,
Wherein the left partition and the right partition are adhered by a heat insulating material filled through the opening. A refrigerator comprising: a main body having a storage chamber for opening the inside of the main body; and a partition coupled to the inside of the storage chamber to divide the storage chamber into a plurality of chambers,
An internal phase in which the storage chamber is formed;
A trauma that is coupled to an outer side of the inner surface to form an appearance; And
And a heat insulating material filled between the inner surface and the outer surface,
The partition,
A lower partition, an upper partition coupled to an upper portion of the lower partition, and an assembly heat insulation member assembled between the lower partition and the upper partition, the partition being horizontally coupled to the storage room to divide the storage room into an upper storage room and a lower storage room, Lt; / RTI >
A second partition vertically coupled to the bottom surface of the first partition and the storage compartment so as to divide the bottom storage compartment horizontally and connected to the first partition;
/ RTI >
Wherein the lower partition includes a coupling portion to which the second partition is coupled and a second portion that is provided in the coupling portion and is filled in the first partition so as to be moved into the second partition, And a connection hole connected to the partition,
Wherein the assembly insulation comprises a first guide for guiding a heat insulating material filled in the first partition to the connection hole of the coupling part so that the heat insulating material is filled into the second partition. 14. The method of claim 13,
Wherein the partition is coupled to the storage chamber, the first partition is filled with a heat insulating material filled in the main body, and the heat insulating material filled in the first partition is transferred to the inside of the second partition to be filled. The refrigerator. 15. The method of claim 14,
The rear wall and the bottom wall of the inner wall are provided with a second coupling groove and a third coupling groove, respectively, to which the partition is inserted and coupled, and the first coupling groove and the second coupling groove are respectively formed in the transverse direction And the third coupling groove is provided to have a length corresponding to a length in the vertical direction excluding the machine room cover at the inbound floor. 16. The method of claim 15,
Wherein the first partition further comprises a reinforcing frame coupled between the lower partition and the upper partition to reinforce the strength, wherein a reinforcing frame is provided with a support portion protruding inward between the upper partition and the lower partition, Wherein both sides of the front surface of the assembly heat insulating material are formed to have a shape corresponding to the support portion so that a space in which the support portion can be disposed inside the upper partition and the lower partition is provided. 17. The method of claim 16,
The first guide and the heat insulating material to be filled in the first partition are guided to the reinforcing filling holes provided on both the front and both sides of the assembled heat insulating material having a shape corresponding to the supporting part, Wherein a guide portion including a second guide for filling all the spaces inside the first partition is provided. 18. The method of claim 17,
Wherein an opening is formed in a rear surface of the first partition so that a heat insulating material can be filled into the first partition, and the opening is connected to the guide portion. 19. The method of claim 18,
Wherein a first filling hole is provided in the second coupling groove provided on the inner side so that the heat insulating material can be filled into the first partition through the opening. 16. The method of claim 15,
The first and second coupling grooves, the second coupling groove, and the third coupling groove may have a second filling hole for filling the heat insulating material in the empty space between the first coupling groove, the second coupling groove, Is provided in the refrigerator (1).

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