KR102418645B1 - Bracket for system wardrobe - Google Patents

Abstract

The present invention relates to a system cabinet installed indoors to store clothes or things, and a bracket (br) for easily assembling it in a detachable manner.
To this end, the system manager
The body part 10, the door part 20, and the bracket (br) are included, the body part 10 includes the vertical body profile (fr11), the door part 20 is the door frame door profile (fr21) and the support. The door profile fr22 is included, and the door frame door profile fr21 includes a horizontal door frame door profile fr21 and a vertical door frame door profile fr21.
In order to combine them, the bracket (br) is
It includes a first fixing part 100, a second fixing part 200, and a third fixing part 300, and the first fixing part 100 is a first plate 110 and a first vertical wall 120 and It includes a first cut-out (s), and the second fixing part 200 includes a second plate 210, a second vertical wall 220, and a second cut-out (t), and a third fixing part ( 300) includes a third plate 310, a third vertical wall 320, and a third cutout (v).

Description

Bracket for system cabinet and system cabinet assembled by it {BRACKET FOR SYSTEM WARDROBE}

The present invention relates to a system cabinet installed indoors to store clothes or things, and more particularly, to providing a configuration in which a door part can be easily detachably assembled to a body part.

In relation to the present invention, Patent No. 1708392 (2017.02.14.) related to a post for system furniture is disclosed in the prior art,

The body 100, the height adjustment member 200 coupled to the upper and lower portions of the body 100 and fixed between the floor and the ceiling of the room, and the shelf support 300 coupled to one or both sides of the body 100 ), the shelf support 300 has a seating portion 303 formed on one side so that one end of the shelf 10 can be seated, and a coupling auxiliary support 302 that is in close contact with the body 100 on the other side is formed. , the body 100 has a connecting member 120 having protrusions 122 on both sides formed in the longitudinal direction, and the protrusions 122 of the connecting member 120 on one side so that the protrusions 122 can be coupled in a press fit or slide manner. The fitting groove 112 corresponding to the 122 is composed of a pair of decorative members 110 formed in the longitudinal direction,

The connecting member 120 is formed in the form of an H-beam, the protrusion 122 is branched into two to three in the H-beam side plate 125, and the shelf support 300 and the coupling auxiliary 302 have Auxiliary plate 130 that is in close contact with one side of the coupling support 302 of the shelf support 300 is provided on one side or both sides of the H-beam connecting plate 126 as well as the bolt hole 307 in the longitudinal direction,

The shelf support 300 has a piece hole 305 through which the plurality of first fixing pieces 301 penetrate is formed in the center portion thereof, and the piece is fixed to the connection member 120 with the coupling auxiliary support 302 interposed therebetween, and the coupling auxiliary ( In the center of the 302), a binding protrusion 304 having a recess 304a is formed,

The connecting member 120 has a rectangular pipe shape in which a protrusion 124 corresponding to the groove 304a of the coupling aid 302 is formed in the longitudinal direction on the front and back surfaces,

The protrusion 122 extends from both ends of the side plate 125 to both sides so that insertion grooves 127 are formed on both sides of the connection plate 126 in the longitudinal direction, and the fixing bolt 308 is inserted into the bolt hole 307 . A quadrangular nut 140 is slide-inserted into the insertion groove 127 so as to be coupled with the end of the shelf support 300 to fix the shelf support 300 is provided.

However, the process used for assembling the post structure for system furniture is not simple and it is not easy to disassemble after fixing. In addition, there is a problem in that the coupling means for easily attaching and detaching the door as needed is insufficient or absent, so that the door does not sufficiently satisfy the needs of different consumers.

The present invention is proposed to solve the above-mentioned problems. In particular, it is intended to provide a coupling means to make the mounting operation of the door part 20 to the body part 10 easy and quick, and to provide a structure of a system length that allows these coupling means to have an optimal effect. .

The body portion 10 for storing clothes or things; a door unit 20 having a door 21 on the front side of the body unit 10 for opening and closing; and a bracket (br) coupling the body part 10 and the door part 20 to each other;

The body part 10 includes a body profile fr10 of a skeletal structure supporting the body, and the body profile fr10 includes a vertical body profile fr11 that is vertically erected on the left and right sides of the front side of the body part 10, respectively. do,

The vertical body profile fr11 includes a pipe member fr11a having four sides; and a body profile inner protrusion (fr11b) protruding inward from the surface of the pipe member (fr11a);

The door unit 20 includes a door profile fr20 supporting the door 21, and the door profile fr20 includes a door frame door profile fr21; and a supporting door profile (fr22);

The door frame door profile fr21 includes a horizontal door frame door profile fr21 disposed on the top of the door unit 20; and a vertical door frame door profile fr21 disposed on the left and right sides of the door unit 20 by binding the left and right ends and the upper end of the door profile fr21; open surface 1 (fr21a) provided by being; a mating surface 1 (fr21b) facing the open surface 1 (fr21a); side wall surfaces 1 (fr21c) in contact with both sides of the mating surface 1 (fr21b); a door profile inner protrusion (fr21d) which is formed to protrude inward of the counter surface 1 (fr21b) to take a cross-section of the overall shape of a letter (fr21d); side wall surface 1 inner protrusion (fr21e) which is formed by taking a hook shape at the inner entrance of both side wall surfaces 1 (fr21c); and a reinforcing profile (fr21f) which is additionally formed by taking a cross-section in the form of a on the outside of one of the sidewall surfaces 1 (fr21c) to conceal the spaced gap and reinforce the strength;

The supporting door profile fr22 is arranged so that the lower end and the left and right ends of the vertical door frame door profile fr21 are assembled and laid horizontally on the lower end (bttm) of the door unit 20, and one of the four sides is open open surface 2 (fr22a); a mating surface 2 (fr22b) facing the open surface 2 (fr22a); side wall surfaces 2 (fr22c) in contact with both sides of the mating surface 2 (fr22b); a partition wall surface (fr22d) which is arranged to be spaced apart from the opposite surface 2 (fr22b) inward to take the overall cross section of the V shape; and a partition wall (fr22e) arranged vertically spaced apart from the opposite surface 2 (fr22b) and the partition wall surface (fr22d) to divide the space into three and take a 目 shape;

In the system head, the bracket (br) is

a base plate (a0) of a flat shape having a longitudinal direction and a transverse direction; and a vertical wall having a height therefrom; including, a first fixing part 100 for fixing the vertical body profile fr11; a second fixing part 200 for fixing the vertical door frame door profile fr21; and a third fixing part 300; is divided into an area, and the third fixing part 300 is fitted and fixed with a horizontal door frame door profile (fr21) and a supporting door profile (fr22),

The first fixing part 100, the end of the vertical body profile (fr11) and the fitting to be fixed, the first plate 110; a first vertical wall 120; and a first incision (s);

The first flat plate 110 is positioned in the form of a quadrangular flat plate on one longitudinal side a2a of the base plate a0, and the first locking jaw 111 acting as a locking action on the end of the vertical body profile fr11 is located on the border,

The first vertical wall 120 is formed to protrude from the first flat plate 110, so that it is interposed on the inner surface of the vertical body profile fr11 in 4 directions, so that the corners of the quadrangular edges are spread over the first flat plate 110, respectively. A-shaped arrangement, the first vertical wall a (120a); a first vertical wall b (120b); a first vertical wall c (120c); And a first vertical wall d (120d); includes, between the four are cut and spaced apart from each other,

The first cut-out portion (s), the first cut-out portion 1 (s1) as an open portion so that the body profile inner projection (fr11b) is interposed; first incision 2 (s2); first incision 3 (s3); and a first cut-out part 4 (s4); the first cut-out part 1 (s1) is located between the first vertical wall a (120a) and the first vertical wall b (120b), and the first cut-out part 2 ( s2) is located between the first vertical wall b(120b) and the first vertical wall c(120c), and the first cutout 3(s3) is the first vertical wall c(120c) and the first vertical wall d(120d) Located between, the first cutout 4 (s4) is located between the first vertical wall d (120d) and the first vertical wall a (120a),

The second fixing part 200 includes a second plate 210 so as to be fitted and fixed with each end of the vertical door frame door profile fr21; a second vertical wall 220; and a second incision (t);

The second plate 210 takes the form of two quadrangular plates deflected from the other longitudinal side a2b of the base plate a0, and is formed extending from the first plate 110, one side in the transverse direction ( A second locking jaw 211 having an extended area a4 in a3a) and a reduced area a5 in the other side a3b, and acting as a locking action at the end of the vertical door frame fr21 is attached to the edge. located,

The second vertical wall 220 is formed to protrude from the second flat plate 210, and is interposed inside the opposite surface 1 (fr21b) and the side wall surface 1 (fr21c) of the vertical door frame door profile fr21. A second vertical wall a (220a) in the form of a which is arranged to span both corners of the edge of the expanded area (a4) of the flat plate 210, respectively; And a second vertical wall b (220b); includes, between the two incision spaced apart from each other,

The second cut-out portion t is an open portion such that the door profile inner protrusion fr21d is interposed, and is located between the second vertical wall a (220a) and the second vertical wall b (220b),

The third fixing part 300 includes a third plate 310 so as to be fitted and fixed with the end of the horizontal door frame door profile fr21 or the end of the supporting door profile fr22; a third vertical wall 320; and a third incision (v);

The third flat plate 310 faces the opposite surface 1 (fr21b) of the horizontal door frame door profile fr21, or the space between the opposite surface 2 (fr22b) of the supporting door profile fr22 and the separation wall surface fr22d. To be interposed in the lateral direction (a3b) of the base plate (a0), the second plate 210 and the step difference are formed to extend, and the third plate a (310a) separated from each other by being cut and spaced apart in the lateral direction (a3). ); a third plate b (310b); third plate c (310c); and a third flat plate d (310d); a stepped edge is provided as the third locking jaw 311 to act as a locking action on the end of the supporting door profile fr22,

The third vertical wall 320 is in contact with the side wall surface 1 (fr21c) of the horizontal door frame door profile fr21 (face contact), or the side wall surface 2 (fr22c) and the partition wall ( fr22e) and a third vertical wall a (320a) which is formed to protrude vertically from the third plate 310, respectively; a third vertical wall b (320b); a third vertical wall c (320c); and a third vertical wall d (320d); the third vertical wall a (320a) is located on the outer edge of the third plate a (310a) in the transverse direction (a3), and the third vertical wall d (320d) is Located on the outer edge of the third plate d (310d) in the transverse direction (a3), the third vertical wall b (320b) is positioned on the edge of the third plate b (310b) in the transverse direction (a3), and the third vertical wall c ( 320c) is located on the lateral edge of the third plate c (310c),

The third cut-out portion v is an open portion through which the door profile inner protrusion fr21d of the horizontal door frame door profile fr21 or the partition wall fr22e of the support door profile fr22 is interposed. (v1); third incision 2 (v2); 3 incision 3 (v3); 3rd incision 4(v4); and a third cut-out part 5 (v5); the third cut-out part 5 (v5) is located next to the third vertical wall a (320a) along its length, and the third cut-out part 4 (v4) is the third cut part 4 (v4). The third vertical wall d (320d) is located along its length, and the third cutout 1 (v1) is located next to the third vertical wall b (320b), so that the third plate a (310a) and the third plate b (310b) is cut and spaced apart, and the third incision 2 (v2) is located between the third plate b (310b) and the third plate c (310c) to separate both by incision, and the third incision part 3 (v3) is located next to the third vertical wall c (320c) to cut and separate the third plate c (310c) and the third plate d (310d), and among them, the inner protrusion fr21d of the door profile is the third incision 2 Interposed in (v2),

In addition, the second vertical wall 220 and the third number, including the 2-3 incision parts t2 and t3, so that the side wall surface 1 inner protrusion fr21e of the vertical door frame door profile fr21 is interposed Located between the straight wall 320, the 2-3 incision a (t2); and a 2-3th cut-out b(t3); the 2-3th cut-out a(t2) separates the second vertical wall a(220a) and the third vertical wall a(320a) by incision, and 2-3 incision b (t2) is a second vertical wall b (220b) and the third vertical wall d (320d) incision spaced apart,

characterized in that

According to the present invention,

The bracket br, which is a coupling means, can easily and quickly perform the installation operation of the door part 20 to the body part 10, so that the efficiency of the installation operation or the assembly operation can be improved, and, if necessary, the Since the door unit 20 can be easily detached from the body unit 10, the door unit 20 is not required, or when the system cabinet is dismantled or moved due to moving or cleaning, etc., it is easy. Able to respond quickly.

And through one bracket (br), the three components of the structure can be bundled and fixed as one, and at the top of the door part 20, the vertical body profile fr11 and the vertical door frame door profile fr21 and The horizontal side frame door profile (fr21) is combined at once with only one bracket (br), and at the lower end (bttm) of the door part 20, the vertical body profile (fr11), the vertical side frame door profile (fr21) and the supporting door The profiles fr22 can be combined at once with only one bracket br.

In addition, in the manufacture of the bracket (br), it can be manufactured through a single mold, casting, etc. without applying an additional configuration.

Since the vertical body profile fr11 and the horizontal door frame fr21 have the same shape, they can be jointly applied without separate production, so there are advantages in manufacturing, storage and distribution. Here, the bracket br functions so that the vertical side door frame door profile fr21 and the horizontal side door frame door profile fr21 of the same shape can be fixed in different directions at right angles.

In addition, the supporting door profile fr22 is provided with a structure that supports the load of the door 21 and acts not to deviate from the track. Here, the bracket br provides a structure capable of fixing the horizontal door frame door profile fr21 and also provides a structure capable of fixing the support door profile fr22.

1 is a view showing an embodiment according to the prior art.
Hereinafter, as a drawing showing an embodiment of the present invention,
Fig. 2 is a perspective view showing the entire system field.
3 is a perspective view and an exploded view showing a part of the system cabinet, wherein the bar shown on the left side of the drawing shows the lower part of the system cabinet and is arranged according to the disassembled state, and the bar shown on the right side of the drawing shows the upper part of the system cabinet They are listed according to their decomposed state.
4 is a partial exploded perspective view showing the upper part and the lower part of the system head.
5, the top is a cross-sectional view of the vertical body profile fr11 and the door frame door profile fr21, the bottom is a cross-sectional view of the support door profile fr22, and the center is a plan view and a side view of the bracket br.
6 is a perspective view of the bracket br viewed from different directions.

Hereinafter, a detailed description of the present invention will be disclosed in conjunction with the accompanying drawings. In the present invention, terms or descriptions in which words are combined are to be written and implied as much as possible. Arranged by placing it on the back), extended arrangement (arranged by extending it), extension forming (formed by extending it), protruding forming (formed by protruding), depressed forming (opposite to protrusion forming, forming by depression and retracting), fastening (by interposing) fix); separation space (spaced gap, space); etc. is that.

The system cabinet related to the present invention includes a body part 10 for storing clothes or articles, and a door part 20 having a sliding door 21 that can be detachably attached thereto. In order to facilitate such detachable mounting, the main body 10 includes (and includes) a body profile fr10 that is the structure, and the door 20 includes a door profile fr20 that is the structure. Including, they are bound (coupled, assembled, fixed) by a bracket (br) as a coupling means. For the system chapter, refer to FIGS. 2 to 4 .

The body profile fr10 includes left and right vertical body profiles fr11 which are vertically erected on the left and right.

The vertical body profile fr11 has a pipe member fr11a in the form of a quadrangular pipe surrounded by four sides and empty inside, and at least one side of the four sides of the pipe member fr11a is along the length of the pipe member fr11a. The body profile has an inner protrusion fr11b protruding inward. In the example of the drawings, the inner protrusion fr11b of the body profile is configured on three surfaces, and the inner protrusion fr11b of the body profile provides a structure that provides rigidity against the load applied to the vertical body profile fr11. At the same time, the bracket ( br) and solid locking action to strengthen the fixing action.

The door profile (fr20) is,

A door frame door profile ( fr21); and a supporting door profile fr22 arranged horizontally on the lower end (bttm).

The door frame door profile (fr21),

One of the four surfaces has an open open surface, which is called open surface 1 (fr21a), the mating surface facing the open surface 1 (fr21a) is called mating surface 1 (fr21b), and the mating surface 1 (fr21b) is inside The inner protrusion fr21d of the door profile protruded by the . Through this, the rigidity is strengthened and the fixing action is strengthened by making the bracket (br) and the engaging action solid, and the bracket (br) and the structure are manufactured to correspond to the action of the fitting and fixing well. In addition, the side wall surface in contact with both sides of the mating surface 1 (fr21b) is called the side wall surface 1 (fr21c), and in one of the two side wall surfaces 1 (fr21c), a cross section in the shape of a is taken on the side wall surface 1 (fr21c). A reinforcing profile fr21f is formed. A reinforcing profile (fr21f) strengthens the rigidity against external loads, and when assembling (combining) the body profile (fr10) and the door profile (fr20) with the bracket (br), the spaced gap (gap) between the two is covered It has a (blocking) function, and it strengthens the fixing action by making the bracket (br) and the locking action more solid.

With respect to the door 21, opening and closing is performed while the left and right side portions of the door 21 are interposed or separated from the opening surface 1 (fr21a) of the vertical door frame door profile fr21. And when moving for opening and closing, the upper end of the door 21 is interposed in the opening surface 1 (fr21a) of the horizontal door frame door profile (fr21) to receive the track guide. It slides in contact with fr21d) to prevent deviation from the track.

The supporting door profile (fr22) is,

One of the four surfaces has an open open surface 2 (fr22a), the surface facing the open surface 2 (fr22a) is called the mating surface 2 (fr22b), and the surface in contact with both sides of the mating surface 2 (fr22b) is the side wall 2 (fr22c); The surface to be spaced apart from the mating surface 2 (fr22b) inward is called the separation wall surface fr22d, and a cross-section in a V shape is taken together with the separation wall surface fr22d. In addition to this, a plurality (two) of partition walls fr22e formed at right angles are spaced apart between the opposite face 2 (fr22b) and the partition wall surface fr22d, so that the space is divided into three by the partition wall fr22e. will be divided Through this, the rigidity is strengthened, the fixing action is strengthened by making the bracket (br) and the engaging action solid, and the structure is formed so that the bracket (br) and the fitting action are well made. The supporting door profile fr22 supports the door 21, and the door 21 is interposed on the open surface 2 (fr22a), the load is supported by the mating surface 2 (fr22b), and the side wall surface 2 (fr22c). Understanding orbital deviations are prevented.

The bracket (br) is

In order to mount the door 20 to the main body 10 of the system cabinet, the door profile fr20 is coupled to the body profile fr10, and the bracket br is a base plate having a rectangular flat plate shape ( a0) and a vertical wall or boss vertically protruding therefrom (composed and formed), and manufactured as a single body through manufacturing means such as casting, press, or mold (cast). In the present invention, the longitudinal direction (a2) refers to the longitudinal direction (long axis) of the bracket (br) base plate (a0), and the transverse direction (a3) refers to the width direction (short axis) of the bracket (br) base plate a0. Accordingly, the longitudinal direction a2 and the transverse direction a3 are perpendicular to each other on the plane of the base plate a0. One longitudinal side (a2a) refers to one side of the longitudinal direction (a2) on which the first fixing part 100 is located (placed, arranged), and the other longitudinal side (a2b) is the second fixing part 200 is located. refers to the other side of the longitudinal direction (a2). One side of the transverse direction a3a is one side of the transverse direction a3 in which the second fixing part 200 has an extended area a4 in the transverse direction (conversely, the first fixing part 100 has a reduced area). In the other side (a3b), the second fixing part 200 has a reduced area a5 in the lateral direction (conversely, the first fixing part 100 has an expanded area) and a third fixing part It refers to the other side of the lateral direction (a3) where 300 is located.

In more detail, the bracket br serves to fix the body profile fr10 and the door profile fr20 to each other so as to be assembled into one, and the base plate a0 of the bracket br is the vertical body profile fr11 ) includes a first fixing part 100 for fixing the vertical side door frame door profile fr21 and a second fixing part 200 for fixing the horizontal side door frame door profile fr21 or the supporting door profile fr22 ) includes a third fixing part 300 for fixing. Through this, the vertical body profile fr11, the vertical side frame door profile fr21, and the horizontal side door frame door profile fr21/support door profile fr22 are simultaneously fixed.

In addition, the height adjustment means (h10), which is a means for adjusting the height of the door part 20 at the lower end (bttm) to match the height with the body part 10; and a power supply hole (h20) for supplying power to the door unit 20 when the LED light emitting means is provided.

On the base plate a0, the area of the first fixing part 100 and the area of the second fixing part 200 are roughly divided based on the boundary line a1 as illustrated in the drawings. The first fixing part 100 takes the form of a rectangular flat plate and is located (arranged) on one side (a2a) in the longitudinal direction of the base plate a0, and the second fixing part 200 has two rectangular flat plates approximately ┗┓ It takes a form made by being deflected in this way and is located on the other longitudinal side (a2b) of the base plate (a0). The third fixing part 300 is further extended in the transverse direction a3 from the second fixing part 200 and the second plate 210 on the other transverse side a3b of the base plate a0. Referring to Figs. 3 to 6 with respect to the bracket (br).

On the other hand, in relation to the shape of the bracket (br), it may be provided as two types of mirror symmetry, and in FIG. 2, the bracket (br) used for the upper right (top) and the left lower (bttm) has the same shape The bracket (br) taking a symmetrical shape may be used for the upper left (top) and the lower right (bttm).

The first fixing part 100,

A first plate 110 is manufactured to correspond to the end of the body profile (fr10) and the end of the body profile (fr10) is fitted and fixed; a first vertical wall 120; and a first cut-out (s).

The first plate 110,

It is provided as a flat plate on one side of the base plate a0, and the second fixing part 200 is formed by extending the second plate 210 in the longitudinal direction a2. The first plate 110 includes a first engaging projection 111 , and the first engaging projection 111 is arranged so that the edge portion of the first plate 110 is spaced apart from the lower edge of the first vertical wall 120 . As a chin or margin portion provided as a result, it blocks (covers) the end of the vertical body profile (fr11) and performs the function of a locking action.

The first vertical wall 120 is,

Doedoe made of a wall in which a rectangular edge is formed to protrude vertically from the edge of the first flat plate 110, and the middle of each wall is cut to form four separate first vertical walls a (120a); a first vertical wall b (120b); a first vertical wall c (120c); and a first vertical wall d (120d); and each takes an a-shape. That is, it is a vertical wall in the form of a disposed on each of the four corners (vertices) of the rectangular border on the first flat plate (110). More specifically, the first vertical wall a (120a); a first vertical wall b (120b); a first vertical wall c (120c); And the first vertical wall d (120d); is arranged on the edge of the quadrilateral in a state in which the cut-off spaced apart from each other (cut apart). The first vertical wall 120 is a first vertical vertical wall 122 disposed in the longitudinal direction a2 of the base plate a0 (parallel to (parallel) with the longitudinal direction a2 of the base plate a0). ) and the first transverse vertical wall 121 disposed in the transverse direction a3 of the base plate a0 (parallel (parallel (parallel) to the transverse direction a3 of the base plate a0)).

The first incision (s),

four separate first vertical walls a (120a); a first vertical wall b (120b); a first vertical wall c (120c); and a first vertical wall d (120d); Four individual first incisions 1 (s1) as provided as an open part with an incision spaced apart therebetween; first incision 2 (s2); first incision 3 (s3); and a first cutout 4 (s4). Among them, the first cutout 1(s1) is located between the first vertical wall a(120a) and the first vertical wall b(120b), and the first cutout 2(s2) is the first vertical wall b(120b) and Located between the first vertical wall c (120c), the first cutout 3 (s3) is located between the first vertical wall c (120c) and the first vertical wall d (120d), the first cutout 4 (s4) is located between the first vertical wall d (120d) and the first vertical wall a (120a).

The second fixing unit 200,

a second plate 210 so as to take a shape corresponding to the end of the vertical side frame door profile (fr21) and fix the end of the vertical side door frame door profile (fr21); a second vertical wall 220; The second cut-out portion (t); is configured to include.

The second plate 210 is

As a flat plate on the other side of the base plate (a0), a flat plate is provided extending from the first plate 110 of the first fixing part 100 in the longitudinal direction (a2) to the other longitudinal side (a2b). The starting point of the second plate 210 (the boundary line a1 between the second plate 210 and the first plate 110) is the first transverse vertical wall 121 of the first vertical wall a (120a) and the first From an area slightly spaced apart from the first transverse vertical wall 121 of the vertical wall d (120d), a small rectangle extending directly from the first plate 110 and a large rectangle extending from the small rectangle 2 The dogs are arranged eccentrically (staggered in a zigzag) in the transverse direction a3 so that they are provided as one body. Accordingly, the second plate 210 has an extended area a4 in which the edge of one side a3a in the transverse direction is expanded (protrudes and protrudes) than the edge of the first plate 110, and the edge of the other side a3b in the transverse direction. takes a form having a reduced area (a5) receding (indented) from the first plate (110).

In addition, the second plate 210 has a plurality of horizontal protrusions (q) in which the protrusion shape is further protruded horizontally, and a plurality of horizontal retracts (p) recognized as relatively receding by the horizontal protrusions (q). include

The horizontal protrusion (q) is,

The second plate 210 is formed to protrude from the edge or corner ab of the horizontal protrusion 1 (q1); horizontal protrusion 2 (q2); horizontal protrusion 3 (q3); horizontal protrusion 4 (q4); and a horizontal protrusion 6 (q6). The horizontal protrusion 1 (q1) is disposed at the corner 5 (ab5) where the edge of one side (a3a) in the transverse direction of the second plate 210 and the edge of the one side (a2a) in the longitudinal direction of the second plate 210 meet, the horizontal protrusion 3 (q3) is arranged at the corner 6 (ab6) where the edge of one side (a3a) in the transverse direction of the second plate 210 and the edge of the other side (a2b) in the longitudinal direction of the second plate 210 meet, the horizontal protrusion 2 (q2) is disposed between the horizontal protrusion 1 (q1) and the horizontal protrusion 3 (q3) at equal intervals (that is, in the middle of the lateral edge a3a), and the horizontal protrusion 6 (q6) is the second plate 210 ) is arranged at the corner 7 (ab7) where the other lateral side (a3b) edge and the other longitudinal side (a2b) edge of the second plate 210 meet, the horizontal protrusion 4 (q4) and the horizontal protrusion 5 (q5) are horizontal Two plurality are arranged on the other side of the longitudinal direction (a2b) so as to be spaced at equal intervals between the protrusion 3 (q3) and the horizontal protrusion 6 (q6).

The horizontal retreat (p) is,

horizontal retreat 1(p1); horizontal retreat 2(p2); horizontal retreat 3(p3); horizontal retreat 4(p4); horizontal retreat 5(p5); and a horizontal recessed portion 6 (p6), each of which is positioned between a plurality of horizontal projections q. A horizontal protrusion 1 (p1) and a horizontal retraction 2 (p2) are located on both sides of the horizontal protrusion 1 (q1) protruding from the corner 5 (ab5), and a horizontal protrusion protruding from the rim of one side (a3a) On both sides of 2(q2), the horizontal retraction part 2 (p2) and the horizontal retraction part 3 (p3) are located, and on both sides of the horizontal projection part 3 (q3) protruding from the corner 6 (ab6), the horizontal retraction part 3 (p3) And the horizontal retraction part 4 (p4) is located, and the horizontal retraction part 4 (p4) and the horizontal retreat part 5 (p5) are located on both sides of the horizontal protrusion part 4 (q4) which is protruded to the edge of the other longitudinal side (a2b), A horizontal retreat 5 (p5) and a horizontal retreat 6 (p6) are located on both sides of the horizontal projection 5 (q5) protruding from the rim of the rudder side (a2b), and the horizontal retreat 6 (p6) is a horizontal projection 5 ( It is also located between q5) and the horizontal protrusion 6 (q6).

In addition, on the edge of the second flat plate 210, a second locking protrusion 211 is positioned at the end of the vertical door frame door profile fr21.

The second vertical wall 220,

From the edge of the second plate 210 to the edge of a rectangle with one side open so as to be interposed corresponding to the inner side of the opposite surface 1 (fr21b) and the inner side of the side wall surface 1 (fr21c) of the vertical door frame door profile (fr21). A second longitudinal direction (along the longitudinal direction a2, parallel to the longitudinal direction a2) arranged in the longitudinal direction a2 of the base plate a0 by making the c-shaped wall surface protruding vertically The vertical wall 222 and the base plate a0 constitute a second transverse vertical wall 221 disposed in the transverse direction a3 (along the transverse direction a3, parallel to the transverse direction a3). The middle of the two longitudinal vertical walls 222 is cut and spaced apart by the second cut-out portion t, so that the second vertical wall 220 is a second vertical wall a (220a) and a second vertical wall b each taking an a-shape. (220b) is divided and provided. In more detail, the longitudinal direction (a2) edge (the edge parallel to the longitudinal direction (a2)) positioned on one side (a3a) in the transverse direction of the extension area (a4) of the second plate 210 and at both ends (edges) at right angles The second vertical wall a (220a) and the second vertical wall b (220b) in the transverse direction (a3) border (edge parallel to the transverse direction (a3)) in contact with the longitudinal direction (a2) edge and the transverse direction (a3) It is formed to protrude vertically by taking the shape of a along the edge.

The second vertical wall 220 is disposed on the edge in the longitudinal direction (a2) and lies (parallel) in the transverse direction (a3), the second transverse vertical wall 221 and the edge in the transverse direction (a3) so as to be disposed on the edge in the longitudinal direction ( It was said that it is divided into a second vertical wall 222 placed as a2), where the second vertical wall 222 is spaced apart in the middle by the second cut-out t, so that the second cut-out portion ( On both sides of t), the second vertical wall a (220a) and the second vertical wall b (220b), which are two vertical walls of the A-shape, are spaced apart from each other at predetermined intervals. The second vertical wall 220 includes a second vertical wall protrusion (u) whose corners are protruded in the longitudinal direction (a2) in an a-shape, and the second vertical wall protrusion (u) is a second vertical wall a It can be divided into a second vertical wall protrusion 1 (u1) protruding from 220a and a second vertical wall protrusion 2 (u2) protruding from the second vertical wall b (220b).

On the other hand, the second locking jaw 211 is a jaw or margin portion in which the interval between the lower edge of the second vertical wall 220 and the edge of the second flat plate 210 is horizontally spaced apart.

The second incision (t),

As an open portion such that the door profile inner protrusion fr21d is correspondingly interposed, the second vertical wall a (220a) and the second vertical wall b (220b) are cut and provided in an open form. That is, the 222 of the second vertical wall a (220a) and the 222 of the second vertical wall b (220b) are spaced apart from each other to form a second cut-out portion (t).

The third fixing unit 300,

A third plate 310 so as to be fitted and fixed by taking a shape corresponding to the end of the horizontal door frame door profile fr21 or the end of the supporting door profile fr22; a third vertical wall 320; A third incision (v); is configured to include.

The third plate 310 is,

Corresponds to be interposed in the space between the opposite surface 1 (fr21b) of the horizontal side door frame door profile fr21 or the opposite surface 2 (fr22b) of the supporting door profile fr22 and the separation wall surface fr22d, and the second The flat plate 210 is horizontally extended outward from the reduced area a5 of the other side a3b in the transverse direction, and is formed to have a step (height difference) in the vertical direction with respect to the second plate 210 at the same time. , the third plate a (310a), the third plate b (310b), and the third plate c (310c), which are incised and spaced apart by the third incision (v), which is cut in three places in the lateral direction (a3), is located. and a third plate d (310d) are sequentially arranged. Among them, the third plate a (310a) and the third plate d (310d) have the same height difference, and the third plate b (310b) and the third plate d (310d) have a higher step difference. .

Here, the cut third cut-out 1 (v1) is positioned between the third plate a (310a) and the third plate b (310b), and the cut-out is between the third plate b (310b) and the third plate c (310c). The third cut-out part 2 (v2) is positioned, and the cut third cut-out part 3 (v3) is positioned between the third plate c (310c) and the third plate d (310d). That is, the third plate a (310a) and the third plate b (310b) are cut apart so that the third cut-out part 1 (v1), and the third plate b (310b) and the third plate c (310c) are cut apart. The third cut-out part 2 (v2), the third plate c (310c) and the third plate d (310d) are cut apart to provide a third cut-out part 3 (v3).

The third vertical wall 320 is,

Corresponds to be in contact with the side wall surface 1 (fr21c) of the horizontal door frame door profile (fr21) and the side wall surface (fr22c) and the partition wall (fr22e) of the support door profile (fr22).

It includes a third vertical wall a (320a), a third vertical wall b (320b), a third vertical wall c (320c), and a third vertical wall d (320d), and is formed to protrude vertically from the third plate 310 becomes this Among them, the third vertical wall a (320a) is located next to the third cut-out part 5 (v5), and is elongated along the outer edge of the third plate a (310a) in the transverse direction (a3). The third vertical wall d (320d) is located next to the third cutout 4 (v4), and is disposed along the outer edge of the third plate d (310d) in the transverse direction (a3). The third vertical wall b (320b) is located next to the third cut-out 1 (v1), and is arranged along the edge of the third plate b (310b) in the transverse direction (a3). The third vertical wall c(320c) is located next to the third cut-out part 3(v3) and is disposed along the lateral edge of the third plate c(310c). In particular, the third vertical wall b (320b) and the third vertical wall c (320c) are formed to protrude in the vertical direction to have a vertical wall shape in the downward direction as well.

The third incision (v) is,

A third cutout 1 (v1), a third cutout corresponding to the opening portion so that the door profile inner protrusion fr21d of the horizontal door frame door profile fr21 or the partition wall fr22e of the supporting door profile fr22 is interposed. It includes a part 2 (v2), a third cut part 3 (v3), a third cut part 4 (v4), and a third cut part 5 (v5). Among them, the third cut-out 5 (v5) is located at the edge of the second plate 210 in the longitudinal direction (a2) and the other side (a3b) in the transverse direction, and is provided in an empty form along the transverse direction (a3). The third cut-out part 4 (v4) is located on the second plate 210, which is extended from the first plate 110, and is long cut in the lateral direction a3 and provided in an empty form. The third cut-out part 2 (v2) is located between the third plate b (310b) and the third plate c (310c), and is provided in an empty form by being long cut in the lateral direction (a3). The third cut-out 1 (v1) is located between the third plate a (310a) and the third plate b (310b), and is provided in an empty form by being long cut in the lateral direction (a3). The third cut-out part 3 (v3) is located between the third plate c (310c) and the third plate d (310d), and is provided in an empty form by being long cut in the lateral direction (a3). Among them, the door profile inner protrusion fr21d is interposed in the third cutout 2 (v2).

A bar further comprising a 2-3 incision (t2) (t3),

The 2-3 cutout portions t2 and t3 are formed so that the side wall surface 1 inner projection fr21e respectively protruding from both side wall surfaces fr21c of the vertical door frame door profile fr21 are interposed in the second vertical wall Located between the 220 and the third vertical wall 320, both side wall surface 1 inner protrusion (fr21e) and respectively corresponding to the 2-3 incision a (t2); and a 2-3th cut-out b(t3); the 2-3th cut-out a(t2) separates the second vertical wall a(220a) and the third vertical wall a(320a) by incision, and 2-3 incisions b(t2) are provided by cutting the second vertical wall b(220b) and the third vertical wall d(320d) apart.

The height adjustment means (h10) is,

It includes a height adjustment means 1 (h11), the height adjustment means 2 (h12) can be added. The height adjusting means 1 (h11) is formed to protrude by taking a cylindrical shape in the vertical direction from the flat plate at the boundary line (a1) portion where the first plate 110 and the second plate 210 extend to each other, and is vertically perforated and penetrated. It has a hole and can be threaded around the inner periphery of the hole. In the same way, the height adjusting means 2 (h12) is formed and located on the second flat plate (210). In addition, it takes the form of a bolt and has a height adjustment bar (h13) having a thread on the outer circumferential surface, and the height adjustment bar (h13) is screwed into the height adjustment means 1 (h11)/height adjustment means 2 (h12) and is vertical The height of the direction is adjusted, and through this, the height of the body part 10 and the door part 20 can be easily matched.

The power supply hole (h20) is,

In order to pass the electric wire supplying power to the LED light emitting means to be mounted on the door unit 20, the first plate 110 and the second plate 210 are connected to each other in a rectangular shape on the flat plate at the boundary line (a1). It is provided as a perforated and perforated hole.

bracket (br); a first fixing unit 100; a second fixing unit 200; a third fixing unit 300;
body portion 10; body profile (fr10); vertical body profile (fr11);
door unit 20; door profile (fr20); door frame door profile (fr21); support door profile (fr22);

Claims (2)

As a system long bracket (br),
a base plate (a0) of a flat shape having a longitudinal direction and a transverse direction; and a vertical wall having a height therefrom; including, a first fixing part 100 for fixing the vertical body profile fr11; a second fixing part 200 for fixing the vertical door frame door profile fr21; and a third fixing part 300; is divided into an area, and the third fixing part 300 is fitted and fixed with a horizontal door frame door profile (fr21) and a supporting door profile (fr22),
The first fixing part 100, the end of the vertical body profile (fr11) and the fitting to be fixed, the first plate 110; a first vertical wall 120; and a first incision (s);
The first flat plate 110 is positioned in the form of a quadrangular flat plate on one longitudinal side a2a of the base plate a0, and the first locking jaw 111 acting as a locking action on the end of the vertical body profile fr11 is located on the border,
The first vertical wall 120 is formed to protrude from the first flat plate 110, so that the vertical body profile fr11 is interposed on the inner surface of 4 directions, so that the corners of the quadrangular edges are spread on the first flat plate 110, respectively. A-shaped arrangement, the first vertical wall a (120a); a first vertical wall b (120b); a first vertical wall c (120c); And a first vertical wall d (120d); includes, between the four are cut and spaced apart from each other,
The first cut-out portion (s), the first cut-out portion 1 (s1) as an open portion so that the body profile inner projection (fr11b) is interposed; first incision 2 (s2); first incision 3 (s3); and a first cut-out part 4 (s4); the first cut-out part 1 (s1) is located between the first vertical wall a (120a) and the first vertical wall b (120b), and the first cut-out part 2 ( s2) is located between the first vertical wall b(120b) and the first vertical wall c(120c), and the first cutout 3(s3) is the first vertical wall c(120c) and the first vertical wall d(120d) Located between, the first cutout 4 (s4) is located between the first vertical wall d (120d) and the first vertical wall a (120a),
The second fixing part 200 includes a second plate 210 so as to be fitted and fixed with each end of the vertical door frame door profile fr21; a second vertical wall 220; and a second incision (t);
The second plate 210 is formed by having two quadrangular plates deflected from the other longitudinal side a2b of the base plate a0, and is formed extending from the first plate 110, one side in the lateral direction ( A second locking step 211 having an extended area a4 in a3a) and a reduced area a5 on the other side a3b, and acting as a locking action at the end of the vertical door frame fr21 is attached to the edge. located,
The second vertical wall 220 is formed to protrude from the second flat plate 210, and is interposed inside the opposite surface 1 (fr21b) and the side wall surface 1 (fr21c) of the vertical door frame door profile fr21. A second vertical wall a (220a) in the form of a which is arranged to span both corners of the edge of the expanded area (a4) of the flat plate 210, respectively; And a second vertical wall b (220b); includes, between the two incision spaced apart from each other,
The second cut-out portion t is an open portion such that the door profile inner protrusion fr21d is interposed, and is located between the second vertical wall a (220a) and the second vertical wall b (220b),
The third fixing part 300 includes a third plate 310 so as to be fitted and fixed with the end of the horizontal door frame door profile fr21 or the end of the supporting door profile fr22; a third vertical wall 320; and a third incision (v);
The third flat plate 310 is a space between the opposite surface 1 (fr21b) of the horizontal door frame door profile fr21 or the opposite surface 2 (fr22b) of the supporting door profile fr22 and the separation wall surface fr22d. To be interposed in the lateral direction (a3b) of the base plate (a0), the second plate 210 and the step difference are formed to extend, and the third plate a (310a) separated from each other by being cut and spaced apart in the lateral direction (a3). ); a third plate b (310b); third plate c (310c); and a third flat plate d (310d); a stepped edge is provided as the third locking jaw 311 to act as a locking action on the end of the supporting door profile fr22,
The third vertical wall 320 is in contact with the side wall surface 1 (fr21c) of the horizontal door frame door profile fr21 (face contact), or the side wall surface 2 (fr22c) and the partition wall ( fr22e) and a third vertical wall a (320a) which is formed to protrude vertically from the third plate 310, respectively; a third vertical wall b (320b); a third vertical wall c (320c); and a third vertical wall d (320d); the third vertical wall a (320a) is located on the outer edge of the third plate a (310a) in the transverse direction (a3), and the third vertical wall d (320d) is Located on the outer edge of the third plate d (310d) in the transverse direction (a3), the third vertical wall b (320b) is positioned on the edge of the third plate b (310b) in the transverse direction (a3), and the third vertical wall c ( 320c) is located on the lateral edge of the third plate c (310c),
The third cut-out portion v is an open portion such that the door profile inner protrusion fr21d of the horizontal door frame door profile fr21 or the partition wall fr22e of the support door profile fr22 is interposed, and the third cut-out portion 1 (v1); third incision 2 (v2); 3 incision 3 (v3); 3rd incision 4(v4); and a third cut-out part 5 (v5); the third cut-out part 5 (v5) is located next to the third vertical wall a (320a) along its length, and the third cut-out part 4 (v4) is the third cut part 4 (v4). The third vertical wall d (320d) is located along its length, and the third cutout 1 (v1) is located next to the third vertical wall b (320b), so that the third plate a (310a) and the third plate b (310b) is cut and spaced apart, and the third incision 2 (v2) is located between the third plate b (310b) and the third plate c (310c) to separate both by incision, and the third incision part 3 (v3) is located next to the third vertical wall c (320c) to cut and separate the third plate c (310c) and the third plate d (310d), and among them, the inner protrusion fr21d of the door profile is the third incision 2 Interposed in (v2),
In addition, the second vertical wall 220 and the third number, including the 2-3 incision parts t2 and t3, so that the side wall surface 1 inner protrusion fr21e of the vertical door frame door profile fr21 is interposed Located between the straight wall 320, the 2-3 incision a (t2); and a 2-3th cut-out b(t3); the 2-3th cut-out a(t2) separates the second vertical wall a(220a) and the third vertical wall a(320a) by incision, and 2-3 incision b (t2) is a second vertical wall b (220b) and a third vertical wall d (320d) incision spaced apart,
A system-long bracket, characterized in that. As the system manager,
The body portion 10 for storing clothes or things; a door unit 20 having a door 21 on the front side of the body unit 10 for opening and closing; and a bracket (br) coupling the body part 10 and the door part 20 to each other;
The body part 10 includes a body profile fr10 of a skeletal structure supporting the body, and the body profile fr10 includes a vertical body profile fr11 that is vertically erected on the left and right sides of the front side of the body part 10, respectively. do,
The vertical body profile fr11 includes a pipe member fr11a having four sides; and a body profile inner protrusion (fr11b) protruding inward from the surface of the pipe member (fr11a);
The door unit 20 includes a door profile fr20 supporting the door 21, and the door profile fr20 includes a door frame door profile fr21; and a supporting door profile (fr22);
The door frame door profile fr21 includes a horizontal door frame door profile fr21 disposed on the top of the door unit 20; and a vertical door frame door profile fr21 arranged on the left and right sides of the door unit 20 by binding the left and right ends and the upper end of the door profile fr21; open surface 1 (fr21a) provided by being; a mating surface 1 (fr21b) facing the open surface 1 (fr21a); side wall surfaces 1 (fr21c) in contact with both sides of the mating surface 1 (fr21b); a door profile inner protrusion (fr21d) which is formed to protrude inward of the counter surface 1 (fr21b) to take a cross-section of the overall shape of a letter (fr21d); side wall surface 1 inner protrusion (fr21e) which is formed by taking a hook shape at the inner entrance of both side wall surfaces 1 (fr21c); and a reinforcing profile (fr21f) that is additionally formed by taking a cross-section in the form of a on the outside of one of the sidewall surfaces 1 (fr21c) to conceal the gaps spaced apart and reinforce the strength;
The supporting door profile fr22 is arranged so that the lower end and the left and right ends of the vertical side door frame door profile fr21 are assembled and laid horizontally on the lower end (bttm) of the door unit 20, and one of the four sides is open open surface 2 (fr22a); a mating surface 2 (fr22b) facing the open surface 2 (fr22a); side wall surfaces 2 (fr22c) in contact with both sides of the mating surface 2 (fr22b); a partition wall surface (fr22d) which is arranged to be spaced apart from the opposite surface 2 (fr22b) inward to take the overall cross section of the V shape; and a partition wall (fr22e) arranged vertically spaced apart from the opposite surface 2 (fr22b) and the partition wall surface (fr22d) to divide the space into three and take a 目 shape;
System head, characterized in that.

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