KR101375599B1 - Stand-alone type furniture for dress room system - Google Patents

Abstract

Stand-alone furniture for a dress room system is disclosed. The stand-alone furniture for a dress room system according to the present invention comprises: a lower drawer chest installed in a dress room, having combination grooves formed vertically on both side surfaces, and having a space part formed on a bottom surface to be opened downward; an iron supporting frame having combination holes formed respectively on side surfaces, and installed on the inner side surface of the space part of the lower drawer chest to place the combination holes at the combination grooves respectively; and a pair of vertical frames having lower parts thereof combined with the combination holes of the iron supporting frame by a combining device as inserted into the combination grooves, and including a shelf or a dress hanging bar. According to the present invention, the furniture can be moved freely and is easy to install because the vertical frame of the furniture constituting a dress room system is fixed to the lower drawer chest instead of a floor or a ceiling.

Description

Freestanding furniture for dressing room system {STAND-ALONE TYPE FURNITURE FOR DRESS ROOM SYSTEM}

The present invention relates to a self-supporting furniture for a dressing room system, and more particularly, a pillar supporting the furniture can be maintained freely without being supported on the ceiling and the floor, and a shelf or a hanger can be installed on the pillar. Self-supporting furniture for a dressing room system.

In general, in order to organize clothes and small items at home, a wardrobe or a separate dressing room is used. The dressing room is configured to store clothes in a separate space close to the bedroom. do.

The dressing room is arranged at regular intervals, as disclosed in the Republic of Korea Utility Model Registration No. 20-0355552 (announced July 7, 2004), and a plurality of support pillars are fixed by pressing the upper and lower ends on the floor and ceiling, It is made up of furniture including a plurality of shelves disposed between one support column, both ends of which are fixed to a support column with screws, and a drawer arranged in the space between the support columns and fixed or moved.

In the dressing room according to the related art, a support pillar is erected at a predetermined interval in a predetermined size of space, and a shelf or a hanger is fixed to the support pillar to partition a space in which clothes and the like can be stored.

Then, when the height of the shelf is determined, the operator fixed the position of the shelf by tightening the adjusting screw in the coupling groove of the support column.

However, as described above, if a plurality of support pillars are erected in a predetermined space and the shelves are fixed with screws or the like, it is difficult to adjust the height of the shelves, and the support pillars cover the shelves vertically so that the clothes, etc. Storage becomes inconvenient, and there is a problem that the dressing room looks narrow overall.

 In addition, the dressing room according to the prior art is composed of a structure in which a support pillar for supporting a drawer, a shelf, a hanger, etc., is not self-supporting, but is supported by a floor and a ceiling, and is fixed to the floor and the ceiling during re-installation due to moving. The length of the support column had to be adjusted to fit, and in this case there was a problem requiring a construction expert. This problem was caused because the support column itself was composed of a structure that is supported on the floor and ceiling rather than freestanding.

Republic of Korea Utility Model Registration No. 20-0355552 (Announcement date: July 7, 2004)

An object of the present invention is to provide a self-supporting furniture that can be changed in a variety of positions, and the height of the shelf or hanger can be easily adjusted by allowing the furniture constituting the dressing room system to be self-supporting without being supported on the floor and ceiling.

According to the present invention, the drawer is installed in the dressing room, the coupling groove is formed on both sides in the vertical direction, respectively, the bottom drawer cabinet is formed with a space portion downwardly opened; Coupling holes are formed on each side, the steel support frame is installed on the inner surface of the space portion of the lower drawer so that each coupling hole is located in each coupling groove; And a pair of vertical frames having a lower end coupled to a coupling hole of the steel support frame by a coupling means and having a shelf or a hanger rod in a state where the coupling grooves are inserted into the coupling grooves. Achieved by freestanding furniture.

The steel support frame is formed so as to conform to the inner surface of the space portion of the lower drawer, each of the close contact portion formed vertically to be in close contact with the inner surface; A seating end formed by horizontally bending a lower end of each close contact unit so that the lower end of the lower drawer cabinet constituting the space part is seated and caught; And each corner reinforcing member coupled to each of the adhesion parts so as to connect and reinforce each of the adhesion parts maintaining right angles with each other.

The steel support frame may be formed in one piece in a rectangular shape or divided into two pieces of “[” shape.

Each contact portion may be provided with a horizontal adjustment member.

The coupling means may include: a movable body inserted into a locking groove formed along a longitudinal direction of the vertical frame and having a plurality of screw holes formed therein; And when the vertical frame is inserted into the coupling groove in the state where the movable body is inserted into the locking groove of the vertical frame, the coupling is coupled to the screw hole through the coupling hole to couple the vertical frame to the steel support frame. It may comprise a bolt.

The locking groove, the inlet is narrow and the inside is formed wide, the movable body is formed in a cross-sectional shape to be joined to the locking groove may be configured to be inserted and moved only in the longitudinal direction to the locking groove.

The shelf is installed in the vertical frame on both sides by the shelf height adjusting means, the shelf height adjusting means is inserted into the installation groove opened toward the side and bottom of the shelf, the shelf is formed with a concave seating groove concrete; It is divided into two, and one end is formed in each of the engaging ends to be inserted into the locking groove in the longitudinal direction, respectively, a pair of upper projections each formed in the area in which the mounting projections to be seated in the mounting groove abut each other Locking member; And fastening holes formed in one of the respective catching members in the horizontal direction toward the other catching member, in the state in which the catching ends are inserted into the catching grooves with the respective catching members combined. The locking member may be spaced apart from each other to fix the position on the vertical frame, or may include a shelf adjustment bolt for allowing the movement by relaxing the spaced state of each locking member.

The shelf height adjusting means, the locking member is formed in the seating groove of the shelf assembly, the locking member to couple the engaging members coupled to the shelf assembly in the state that the seating protrusion is inserted into the seating groove, It may further include a connection bolt that is fastened to the fastening hole.

The hanger rod is installed in the vertical frame on both sides by the hanger rod height adjusting means, the hanger rod height adjusting means is formed in the front portion is mounted on the front end, the rear end of the upper and lower edges A moving support which is inserted into the locking groove and is provided with a pair of guide protrusions for protruding from the upper and lower portions, respectively, so as to be prevented from being separated; Fixing bodies disposed between the guide protrusions of the moving support, the fastening screw hole is formed in the center, each of the edges on both sides not in contact with the guide protrusions is formed with a catching portion for catching the catching groove, respectively; And it is fastened to the tightening screw hole through the movable support, it may be made of a hanger adjustment bolt for fixing or fixing the fixture to the vertical frame.

The fixing body may be formed in a curved rhombus with both corners inserted so as to be inserted in a direction crossing at right angles with respect to the longitudinal direction of the locking groove.

The locking portion may be inclined on both sides so that the inlet is narrow and the inside is caught in the wide locking groove when tightening the hanger adjustment bolt.

On the other hand, shelf height adjustment means according to another embodiment, the shelf assembly is inserted into the installation groove is opened toward the side and bottom of the shelf, the shelf assembly formed with a concave mounting groove; On the upper and lower surfaces of one surface in contact with the vertical frame, a pair of guide pieces inserted into the engaging grooves are formed to protrude, and bolt through holes are formed between the guide pieces, and the upper surfaces corresponding to the mounting grooves of the shelf assembly A catching member having a seating protrusion formed to be seated in the seating groove; It is disposed between the guide pieces, a screw fastening hole is formed in the center to match the bolt through hole, each of the edges of the two sides that do not contact each guide piece is formed with a locking portion for engaging the locking groove, respectively, A shelf fixing body having both corners formed in a curved rhombus to be inserted in a direction crossing at right angles with respect to the longitudinal direction of the groove; And it is fastened to the bolt fastening hole through the bolt through hole, it may be made of a shelf adjustment bolt for fixing or moving the shelf fixed to the locking groove of the vertical frame.

A fastening hole is formed in the seating groove of the shelf assembly, and the connection bolt is fastened to the fastening hole through the hooking member so as to couple the catching member to the shelf assembly while the seating protrusion is inserted into the seating recess. It may be configured to include more.

According to the present invention, the vertical frame of the furniture constituting the dressing room system is fixed to the lower chest of drawers instead of being fixed to the floor and the ceiling, so that the position can be freely changed and the installation can be easily performed. Will be.

In addition, the shelf or hanger rods, etc. can provide the effect that the height can be easily adjusted by the height adjustment structure.

1 is an exploded perspective view of a self-supporting furniture for a dressing room system according to the present invention.
FIG. 2 is a cross-sectional view of the self-supporting furniture for the dressing room system shown in FIG. 1.
3 is a bottom exploded perspective view of the shelf of the self-supporting furniture for the dressing room system shown in FIG.
4 is a plan sectional view showing a coupling state of the shelf shown in FIG.
FIG. 5 is an exploded perspective view illustrating a hanger rod of the self-supporting furniture for the dressing room system shown in FIG. 1.
FIG. 6 is a front view illustrating a coupled state of the hanger rod shown in FIG. 5.
FIG. 7 is a plan sectional view showing a coupled state of the hanger rod shown in FIG.
8 is an exploded perspective view showing another embodiment of the shelf height adjustment means shown in FIG.
9 is a schematic front view for explaining the operation of the shelf fixture shown in FIG.
10 is a plan sectional view showing an installation state of the shelf height adjusting means shown in FIG.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the following description of the present invention, the well-known functions or constructions are not described in order to simplify the gist of the present invention.

In the accompanying drawings, Figure 1 is an exploded perspective view showing a stand-alone furniture for a dressing room system according to the present invention, Figure 2 is a cross-sectional view of the combined state of the stand-alone furniture for the dressing room system shown in FIG.

As shown in FIGS. 1 and 2, the self-supporting furniture for the dressing room system is installed in the dressing room so that the vertical frame 30 supporting the shelf 60 or the hanger rod 70 is not supported on the floor and the ceiling. It is configured to maintain. The self-supporting furniture for a dressing room system has a coupling groove 22 formed on both sides in a vertical direction, and a lower drawer cabinet 20 having a space 24 open downwardly at a bottom thereof, and a coupling hole 32 at a side thereof. Formed, respectively, the steel support frame 30 is installed on the inner surface of the space portion 24 of the lower drawer 20 so that each coupling hole 32 is located in each coupling groove 22, and each coupling groove 22 In the inserted state, the lower end is coupled to the coupling hole 32 of the steel support frame 30 by the coupling means 50, a pair of vertical frame (60) or a hanger rod 70 is provided ( 40).

This will be described more specifically.

The lower chest of drawers 20 forms a lower part of the self-supporting furniture, and is configured such that the lower part of the pair of vertical frames 50 is coupled and supported. The lower chest of drawers 20 is configured such that the drawer is pulled out by the rail in the front part, and the space part 24 opened downward is formed in the bottom face. In addition, the coupling grooves 22 are formed at both sides in the up and down directions. The lower region of the engaging groove 22 is in communication with the space 24.

Although the lower part of the self-supporting furniture is configured as the lower drawer cabinet 20 in the present embodiment, it is not limited thereto, and it is obvious that furniture of various uses may be applied.

The steel support frame 30 is installed in the space 24 of the lower drawer 20 to reinforce the lower drawer 20 and to support each vertical frame 40. The steel support frame 30 may be integrally formed in a rectangular frame shape so as to be joined to the inner surface of the space portion 24, or may be divided into two so as to be installed in both regions of the space portion 24 to form a "[" shape. May be This embodiment will be described based on the fact that it is divided into two and formed in a "[" shape, respectively.

Each steel support frame 30 has coupling holes 32 formed at each side thereof, and each contact portion 34 and the space portion 24 vertically formed to be in close contact with the inner surface of the space portion 24. Each seating end 36 is formed by bending the lower end of each contact portion 34 is horizontally bent so that the lower end of the lower drawer cabinet 20 constituting a) and each contact portion 34 maintaining a right angle with each other. Both ends are composed of each corner reinforcing member 38 coupled to each contact portion 34 so as to reinforce.

Each of the steel support frame 30 is the amount of the lower drawer 20 both sides of the space portion 24 of each lower drawer 20 so that the coupling hole 32 is located in a position corresponding to the coupling groove 22. It is installed in the side area. At this time, each close contact portion 34 is in close contact with the inner surface of the side region of the space portion 24, and the lower end of the lower drawer 20 is seated on the seating end 36, so each steel support frame 30 is It can be stably coupled to the space portion 24 of the lower drawer 20.

In addition, since each corner reinforcing member 38 supports each contact portion 34, the vertical frame 40 can be stably supported.

As described above, the steel support frame 30 is coupled to the lower drawer 20 to stably and firmly support the lower end of each vertical frame 40. That is, the vertical frame 40 is to maintain a stable self-supporting state. If each vertical frame 40 is coupled to the lower drawer 20 made of wood (MDF, etc.), a large load is applied to the shelf 60 or the hanger rod 70 installed on the vertical frame 40. In this case, since the lower drawer cabinet 20 made of wood may be damaged or damaged, the steel support frame 30 is necessarily coupled to the lower inner side of the lower drawer cabinet 20 to prevent this, and the vertical frame 40 It is to be coupled to the steel support frame (30).

In addition, a horizontal adjusting member may be installed in the corner region of each of the close parts 34.

The pair of vertical frames 40 are installed at the lower sides of the lower chest of drawers 20 on both sides of the pair of vertically coupled to the steel support frame 30, respectively, the shelf 60 or the hanger rod 70 is provided Has a structure. Such vertical frame 40 is formed on both sides in the engaging groove 42 in the longitudinal direction. The locking groove 42 has a narrow entrance and a wide inside.

On the other hand, the coupling means 50 for coupling each lower end of the vertical frame 40 to the steel support frame 30 on both sides of the lower drawer cabinet 20 is movable to the locking groove 42 of the vertical frame 40. And a plurality of screw holes 52A are formed, the movable body 52 formed to conform to the cross-sectional shape of the locking groove 42 so as to match the shape of the locking groove 42, and the vertical frame 40. If the lower end of the vertical frame 40 is inserted into the coupling groove 22 in the state where the movable body 52 is inserted into the locking groove 42, the vertical frame 40 is fastened to the screw hole 52A through the coupling hole 32, 40 is made to include a coupling bolt 54 for coupling to the steel support frame (30). The movable body 52 has a narrow area corresponding to the inlet of the locking groove 42, and a region corresponding to the inside of the locking groove 42 is wide so that the movable body 52 is inserted and moved only in the longitudinal direction in the locking groove 42. will be.

Since the coupling bolt 54 is fastened to the screw hole 52A through the coupling hole 32, the movable body 52 installed in the locking groove 42 is firmly fixed to the locking groove 42 in a state in which the movement is stopped. It becomes a state.

On the other hand, the shelf 60 and the hanger rod 70 may be installed in the vertical frame 40 by various means configured to be movable in each of the engaging grooves 42 on both sides, and to fix the position thereof.

However, in the present embodiment will be described on the basis that the shelf 60 and the hanger rod 70 of the following structure is applied.

The shelf 60 is installed in the vertical frame 40 in which both ends are vertically mounted so that height adjustment is possible, and the shelf height adjusting means 600 opens toward the side and bottom of the shelf 60. Shelf assembly 610 inserted and seated in (62A), the recessed coupling groove 612 is formed, and divided into two, is formed in two, the locking end 622 for being inserted into the locking groove 42 in the longitudinal direction And a pair of locking members 620A and 620B respectively formed in a region where the mounting protrusions 624 to be seated in the mounting grooves 612 are in contact with each other, respectively, and each of the locking members 620A and 620B is formed on the upper surface thereof. ) Is fastened to an adjustment hole 632 which is formed to penetrate horizontally toward the other locking member 620B to one of the locking members 620A, and the locking members 620A and 620B are engaged in a combined state. 622 may be spaced apart from each locking member 620A, 620B in a state where the locking groove 42 is inserted into the locking groove 42. Fixing the position in the frame 40, or to relax the spaced state of each engaging member (620A, 620B) comprises a shelf adjustment bolt 630 to allow the movement.

At this time, the shelf assembly 610 is fixed to the shelf 60 by a plurality of fixing screws 660 in a state seated in the installation groove (62A).

In addition, a fastening hole 614 is formed in the seating groove 612 of the shelf assembly 610, and the locking members 620A and 620B coupled to each other while the seating protrusion 624 is inserted into the seating groove 612. In order to couple them to the shelf assembly 610, it further comprises a connecting bolt 650 through the locking member 620A is fastened to the fastening hole 614.

The shelf height adjusting means 600 is a pair of locking members (620A, 620B) is divided into two, the position is fixed to the vertical frame 40 while being spaced apart by tightening the shelf adjustment bolt 630 , The pair of locking members 620A and 620B spaced apart from each other by the operation of loosening the shelf adjustment bolt 630 may be moved while being close to each other.

On the other hand, the hanger rod 70 is installed in the vertical frame 40 on both sides by the hanger rod height adjusting means 700 to enable height adjustment.

The hanger height adjusting means 700 has a seating portion 712 in which both ends of the hanger rod 600 are seated, and is formed in the front portion, and the upper and lower edges of the hanger are inserted into the catching grooves 42 to be upper and lower portions. A pair of guide protrusions 714 for guiding at the time of movement and being prevented from each other are disposed between the moving support 710 and the guide protrusions 714 of the moving support 710, respectively. The hole 722 is formed, the fixed body 720 and the movable supporter (720) is formed at each of the edges of the two sides that do not contact each guide protrusion 714, the engaging portion 724 for engaging the locking groove 42, respectively; Is fastened to the tightening screw hole 722 through 710, the fixing body 720 is made of a hanger adjustment bolt 730 for fixing or moving to the vertical frame 40.

At this time, between the guide projections 714 of the moving support 710 is formed with a rotation preventing groove in a polygon, and one side of the fixing body 720 is formed with a rotation preventing projection for insertion into the rotation preventing groove. The anti-rotation groove and the anti-rotation protrusion are for preventing the fixture 720 from being arbitrarily rotated or flowed between the guide protrusions 714. In addition, the fixing body 720 is formed in a curved rhombus with both edges so that the locking groove 42 is inserted in the horizontal direction (the direction crossing at right angles to the longitudinal direction of the locking groove) rather than in the longitudinal direction. That is, the two edges are narrower than the distance between the other edges so that the fixing body 720 is inserted in the direction perpendicular to the length of the vertical frame 40 without being inserted in the longitudinal direction with respect to the locking groove 42. Both edges are curved rhombuses. That is, any one pair of corners of the two pairs of corners facing the fixing body 720 is formed to be curved, so that the distance between the corners is smaller than the inlet of the locking groove 42, the entrance of the locking groove 42 The fixing body 720 is erected so that the corner having a smaller distance value is located at the left and right sides, and then is inserted into the locking groove 42. Thereafter, the locking unit 724 of the fixing unit 720 rotates the fixing unit 720 so as to be caught by the locking groove 42, and then is coupled to the moving support 710. By this structure, the fixing body 720 may be inserted into the locking groove 42 in a horizontal direction.

And, the locking portion 724, when the fastening of the hanger adjustment bolt 730 is inclined surface 726 is formed on both sides so that the inlet is narrow and the inside is caught by the wide locking groove (42). Therefore, when tightening the hanger adjustment bolt 730, the inclined surface 726 is in close contact with the inner surface of the locking groove 42 can be fixed firmly and stably. In addition, a knurling may be formed on the inclined surface 726. This knurling is to prevent slippage from occurring at the contact surface when the inclined surface 726 is brought into close contact with the inner surface of the locking groove 42.

The operation of the self-supporting furniture configured as described above will be described.

The steel support frame 30 is coupled to the inner space 24 of the lower drawer 20, and each lower end of each vertical frame 40 is coupled to the coupling means 50 in each coupling groove 22 of the lower drawer 20. When coupled to the steel support frame 30 by), each vertical frame 40 is to maintain a vertical state in both sides of the lower drawer cabinet (20).

That is, in a state in which the two steel support frames 30 divided into two are respectively coupled to both sides of the space part 24 of the lower drawer cabinet 20, the lower portion of each vertical frame 40 is connected to the coupling means 50. By being combined with each steel frame 30 on both sides of the lower chest of drawers 20, it will be in a vertical position.

Therefore, each vertical frame 40 can be maintained in a vertically independent state without being supported on the floor and ceiling.

In addition, since each vertical frame 40 is supported by the lower drawer 20, only the operation of moving the lower drawer 20, the position of the vertical frame 40 can be changed quickly and easily.

Then, the shelf 60 or the hanger bar 70 is installed between each vertical frame 40. The shelf 60 or the hanger rod 70 also serves to support the upper portion of each vertical frame 40 by connecting to each other.

The shelf 60 or the hanger rod 70 is installed in the vertical frame 40 by the height adjustment means 600,700 to enable height adjustment.

First, the operation of the shelf height adjusting means 600 will be described.

Shelf height adjustment means 600 may be adjusted in height by tightening or loosening the shelf adjustment bolt (630). That is, the shelf assembly 610 is coupled to the installation grooves 62A formed on both sides of the shelf 60, and the locking members 620A and 620B are mounted in the locking grooves 42, respectively. The mounting protrusion 624 of the) moves the shelf 60 from the top to the bottom to be inserted into the mounting groove 612.

In this operation, the shelf 60 is coupled to the engaging members 620A and 620B.

Subsequently, the coupling bolt 650 is fastened to the fastening hole 614, and the shelf assembly 610 fixed to the shelf 60 is coupled to each of the engaging members 620A and 620B, and the installation of the shelf 60 is completed. Will be.

In this state, in order to adjust the height of the shelf 60, while the locking end 622 is inserted in the longitudinal direction of the locking groove 42, by loosening the shelf adjustment bolt 630, each locking member (620A, 620B) N) becomes narrow so that each of the engaging members 620A and 620B can be moved, and then moved upward or downward to determine a fixed position.

When the fixed position is determined, tighten the shelf adjustment bolt (630). When tightening the shelf adjustment bolt 630, the end of the shelf adjustment bolt 630 pushes the other locking member 620B so that each locking member 620A, 620B is spaced in the opposite direction, each locking end 622 Is caught in the locking groove 42 is that position can be fixed.

At this time, since the adjustment hole 632 is formed on the side of one locking member 620A, in the state that the shelf 60 is coupled to each of the locking members 620A, 620B, such as to separate the shelf 60 It is possible to adjust the height of the shelf 60 only by tightening or loosening the shelf adjustment bolt 630 without the work of.

On the other hand, in order to install the hanger rod 70 between each vertical frame 40, first, so that the curved corner of the rhombus fixed body 720 is positioned to the left and right, and then the entrance of the locking groove 42 Insert it as At this time, since the distance between the curved edges of the fixing body 720 is smaller than the inlet spacing of the locking groove 42, the fixing body 720 can be inserted into the locking groove 42 in the horizontal direction.

Subsequently, the fixing body 720 is rotated such that each locking portion 724 is caught by an inner side surface of the locking groove 42. Then, each guide protrusion 714 of the moving support 710 is inserted into the locking groove 42 such that the fixing body 720 is positioned between the guide protrusions 714 of the moving support 710.

In this state, the hanger adjustment bolt 730 is fastened to the tightening screw hole 722 through the moving support 710. In this operation, the locking portion 724 of the fixing body 720 is caught while being in close contact with the inner surface of the locking groove 42, so that the position of the moving support 710 is fixed.

Subsequently, both ends of the hanger bar 70 are seated on the seating portions 712 of both moving supports 710.

The installation of the hanger 70 is completed by such a work, but in order to adjust the height of the hanger rod 70, the hanger adjusting bolt 730 is released to allow the fixing body 720 to be movable. That is, after the locking portion 724 is spaced apart from the inner side of the locking groove 42, the moving support 710 is moved upward along the locking groove 42 or moved downward to set the position. And again, tighten the hanger adjustment bolt 730 to fix the position.

Thus, the hanger height adjusting means 700 can be installed by inserting the fixed body 720 in the horizontal direction of the locking groove 42, it is possible to quickly and easily install and remove the hanger rod 70. .

On the other hand, in the accompanying drawings, Figure 8 is an exploded perspective view showing another embodiment of the shelf height adjustment means shown in Figure 1, Figure 9 is a schematic front view for explaining the action of the shelf fixture shown in Figure 8 10 is a plan sectional view showing an installation state of the shelf height adjusting means shown in FIG. Another shelf height adjustment means 600 shown in Figures 8 to 10 is configured as follows.

That is, the shelf assembly 610, which is inserted into the installation groove 62A opened toward the side and the bottom surface of the shelf 60, and is formed with the concave mounting groove 612, and the upper surface of the one surface contacting the vertical frame 40. In the lower surface, a pair of guide pieces 672 inserted into the locking groove 42 are formed to protrude from each other, and bolt through holes 674 are formed between the guide pieces 672, and the seat assembly 610 is seated. The upper surface corresponding to the groove 612 is disposed between the engaging member 670, which is formed with a seating projection 676 to be seated in the seating groove 612, and each guide piece 672, the center of the bolt through hole ( A screw fastening hole 662 is formed to coincide with the 674, and the engaging portions 664 for engaging the catching grooves 42 are formed at each edge of each side not in contact with each guide piece 672, respectively. Shelf fixtures (6) formed with curved rhombuses at both edges to be inserted in a direction perpendicular to the longitudinal direction of (42) 60 and fastened to the bolt fastening hole 662 through the bolt through hole 674 to fix the shelf fixing body 660 to the locking groove 42 of the vertical frame 40 or to move it. Shelf adjustment bolt 690 is made.

At this time, the fastening hole 614 is formed in the seating groove 612 of the shelf assembly 610, the seating projection 676 is inserted into the seating groove 612, the engaging member 670 shelf assembly 610 It further includes a connection bolt 650 through the locking member 670 to be coupled to the fastening hole 614 to be coupled to).

Shelf height adjustment means 600 according to another embodiment configured as described above, unlike the above-described shelf height adjustment means 60, the locking member 670 is formed integrally, and is fixed to the vertical frame 40 As described above, except that the means consists of a shelf fixture 660 and a shelf adjustment bolt 690.

Shelf height adjusting means 600 according to this embodiment is set in the locking groove 42 after the curved corner of the shelf fixing body 660 is set to the left, right, as shown in Figure 8 to 10 Insert in the direction crossing at right angles to the longitudinal direction.

Subsequently, as shown in FIG. 9, the shelf fixture 660 that has been erected is laid down at 90 ° so that both locking portions 664 are caught on both inner surfaces of the locking groove 42.

Then, the locking member 670 is in close contact with the vertical frame 40 so that the shelf fixing body 660 is located between the guide pieces 672, and then inserts the guide pieces 672 into the locking grooves 42. Tighten the shelf adjustment bolt (690). In this process, the shelf fixing body 660 is moved toward the locking member 670 so that each locking portion 664 presses the inner surface of the locking groove 42 so that the position of the locking member 670 can be fixed. have. Of course, the position of the locking member 670 can be moved by releasing the shelf adjustment bolt 690.

Subsequently, when the locking member 670 is fixed to the vertical frame 40, both shelves 60 are inserted such that the mounting protrusion 676 is inserted into the seating groove 612 of the shelf assembly 610 coupled to the shelf 60. It is seated on the engaging member 670 installed in the vertical frame 40 of. Then, the connecting bolt 650 is fastened to the fastening hole 614.

In this process, the fixed fastening member 670 may be coupled to the shelf assembly 610 and the vertical frame 40 fixed to the shelf 60.

As the locking member 670 is formed in this manner, the structure is simplified, and manufacturing can be easily performed, and the shelf fixing body 660 can be easily inserted into the locking groove 42 to fix the position. Height adjustment of the 60 can be made easily.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, It is obvious to those who have. Accordingly, it should be understood that such modifications or alterations should not be understood individually from the technical spirit and viewpoint of the present invention, and that modified embodiments fall within the scope of the claims of the present invention.

20: lower drawer 22: defective groove
24: space part 30: steel support frame
32: coupling hole 34: close contact
36: seating end 38: corner reinforcing member
40: vertical frame 42: locking groove
50: coupling means 52: mobile body
52A: screw hole 54: coupling bolt
60: shelf 70: hanger rod
600: shelf height adjustment means 700: hanger height adjustment means

Claims (13)

As being installed in a dressing room,
A lower drawer cabinet having coupling grooves formed in a vertical direction on both sides thereof, and a space portion downwardly opened at a bottom thereof;
Coupling holes are formed on each side, the steel support frame is installed on the inner surface of the space portion of the lower drawer so that each coupling hole is located in each coupling groove; And
In the state inserted into each of the coupling groove, the lower end is coupled to the coupling hole of the steel support frame by a coupling means, characterized in that it comprises a pair of vertical frame provided with a shelf or hanger rod,
Freestanding furniture for dressing room systems. The method of claim 1,
The steel support frame,
Is formed to conform to the inner surface of the space portion of the lower drawer,
Each contact portion formed vertically to closely contact the inner surface;
A seating end formed by horizontally bending a lower end of each close contact unit so that the lower end of the lower drawer cabinet constituting the space part is seated and caught; And
Characterized in that it comprises a respective corner reinforcing member coupled to each contact portion to reinforce each contact portion to maintain a right angle to each other,
Freestanding furniture for dressing room systems. 3. The method of claim 2,
The steel support frame,
It is formed in one piece of a square shape, or divided into two of "[" shape, characterized in that
Freestanding furniture for dressing room systems. 3. The method of claim 2,
Each contact portion is characterized in that the horizontal adjustment member is provided, respectively,
Freestanding furniture for dressing room systems. 3. The method of claim 2,
Wherein the coupling means comprises:
A movable body inserted into the locking groove formed along the longitudinal direction of the vertical frame to be movable and having a plurality of screw holes; And
When the vertical frame is inserted into the coupling groove while the movable body is inserted into the locking groove of the vertical frame, the coupling bolt is fastened to the screw hole through the coupling hole to couple the vertical frame to the steel support frame. Characterized in that comprises a,
Freestanding furniture for dressing room systems. 6. The method of claim 5,
The locking groove, the entrance is narrow and the inside is formed wide,
The movable body is formed in a cross-sectional shape to be joined to the locking groove is characterized in that the configuration is configured to be inserted and moved only in the longitudinal direction in the locking groove,
Freestanding furniture for dressing room systems. The method according to claim 6,
The shelf,
Is installed in the vertical frame on both sides by the shelf height adjustment means,
The shelf height adjusting means,
A shelf assembly inserted into the installation groove opened toward the side and the bottom of the shelf and formed with a concave mounting groove;
It is divided into two, and one end is formed in each of the engaging ends to be inserted into the locking groove in the longitudinal direction, respectively, a pair of upper projections each formed in the area in which the mounting projections to be seated in the mounting groove abut each other Locking member; And
It is fastened to the adjustment hole formed in the horizontal direction toward the other locking member to any one of the locking member, the locking member, the locking end is inserted into the locking groove in the state that the respective locking member is combined It characterized in that it comprises a shelf adjustment bolt for fixing the position in the vertical frame by spaced apart each locking member, or to allow the movement by relaxing the spaced state of each locking member,
Freestanding furniture for dressing room systems. 8. The method of claim 7,
The shelf height adjusting means,
A fastening hole is formed in the seating groove of the shelf assembly,
In the state that the seating projection is inserted into the seating groove, further comprising a connecting bolt which is fastened to the fastening hole through the locking member to couple the engaging members coupled to the shelf assembly,
Freestanding furniture for dressing room systems. The method according to claim 6,
The shelf,
Is installed in the vertical frame on both sides by the shelf height adjustment means,
The shelf height adjusting means,
A shelf assembly inserted into the installation groove opened toward the side and the bottom of the shelf and formed with a concave mounting groove;
On the upper and lower surfaces of one surface in contact with the vertical frame, a pair of guide pieces inserted into the engaging grooves are formed to protrude, and bolt through holes are formed between the guide pieces, and the upper surfaces corresponding to the mounting grooves of the shelf assembly A catching member having a seating protrusion formed to be seated in the seating groove;
It is disposed between the guide pieces, a screw fastening hole is formed in the center to match the bolt through hole, each of the edges of the two sides that do not contact each guide piece is formed with a locking portion for engaging the locking groove, respectively, A shelf fixing body having both corners formed in a curved rhombus to be inserted in a direction crossing at right angles with respect to the longitudinal direction of the groove; And
It is fastened to the bolt fastening hole through the bolt through hole, characterized in that consisting of the shelf adjustment bolt for fixing or moving the shelf fixed to the locking groove of the vertical frame,
Freestanding furniture for dressing room systems. 10. The method of claim 9,
The shelf height adjusting means,
A fastening hole is formed in the seating groove of the shelf assembly,
In the state that the seating protrusion is inserted into the seating groove, characterized in that it further comprises a connecting bolt which is fastened to the fastening hole through the locking member to couple the locking member to the shelf assembly,
Freestanding furniture for dressing room systems. The method according to claim 6,
The hanger-
Hanger rod height adjustment means are installed on both vertical frames,
The hanger rod height adjustment means,
A seating part on which both ends of the hanger bar are seated is formed in the front part, and a pair of guide protrusions are formed at the upper and lower edges of the rear part to be inserted into the locking grooves to guide the movement when moving up and down, thereby preventing departure from each other. Moving support;
Fixing bodies disposed between the guide protrusions of the moving support, the fastening screw hole is formed in the center, each of the edges on both sides not in contact with the guide protrusions is formed with a catching portion for catching the catching groove, respectively; And
Is fastened to the tightening screw hole through the moving support, characterized in that made of a hanger adjustment bolt for fixing or fixing the fixed body to the vertical frame,
Freestanding furniture for dressing room systems. 12. The method of claim 11,
The fixture is,
Both edges are formed in a curved rhombus to be inserted in a direction crossing at right angles to the longitudinal direction of the locking groove,
Freestanding furniture for dressing room systems. 12. The method of claim 11,
[0027]
When tightening the hanger adjustment bolt, the inlet is narrow and the inside is wide, characterized in that the inclined surface is formed on both sides to be caught in the locking groove,
Freestanding furniture for dressing room systems.

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