KR200446954Y1 - Wardrobe - Google Patents

Abstract

The present invention relates to a dresser in which a stepped portion is formed on an inner surface of each front post that stands up to the front left and right ends of a dresser having a sliding door, respectively.

Cabinet of the present invention, the front post, the outer front post 31 which is exposed to the outside; The inner front post 32 is tightly coupled to the inner surface S _I of the outer front post 31 and includes a lower portion 32A extended to the front side and a narrow upper portion 32B, and has a wide width. The rail member 36 is laminated on the upper surface of the inner front post lower portion 32A.

The cabinet of the present invention, the rail member is stably supported by the inner front post to improve the durability, there is an advantage that can be applied to all sliding doors with or without a drawer.

Cabinets, sliding doors, chests of drawers, sliding doors

Description

Closet {Wardrobe}

The present invention relates to a chest of drawers. More specifically, the front posts, which are erected at the front left and right ends of the cabinet with sliding doors, respectively, are constituted by a pair of inner and outer front posts which are closely coupled to each other. By lowering the lower portion of the protruded forward than the upper portion to increase the width, it is related to the cabinet, so that it is possible to simply laminate the sliding door operation rail member on the upper surface of the lower left and right inner front post facing each other.

Cabinets are wooden box-shaped furniture for storing clothes, duvets and urine, and drawers with multiple drawers arranged up, down, left and right for use in folding oversized storage of underwear or socks. Various types according to the use such as wardrobe for storing hangers to prevent wrinkles in the unfolded state, and wardrobes for spreading bulky bedding such as duvets, and composite cabinets in which wardrobes, duvets and drawers are properly combined There is.

Of the various types of cabinets as described above, the chest of drawers other than the drawer is provided with a door for opening and closing the inner space of the dresser, the door of the dresser can be largely divided into a sliding door and a sliding door.

And, the door is provided with one or two left and right doors on the door frame, each door is a door that is completely off the door frame by the rotation of the other side around the one side that is rotatably coupled to the door frame, one side of the door Since the other side is completely off to the outside of the door frame by the rotation, it is possible to install when there is a separate free space not smaller than the rotation radius of the door.

That is, the swing door is disadvantageous in terms of space utilization, it is not suitable for the door of the cabinet installed in a narrow space.

Unlike sliding doors that require a separate space to open the door as described above, sliding doors are doors that are opened and closed by sliding left and right within the door frame, and a separate space is required outside the door frame to open the door. Since it is not, a bar suitable for use in a narrow place or a place for maximizing space utilization, etc. Looking at a conventional cabinet with a sliding door is as follows.

As shown in FIG. 1, as shown in FIG. 1, bar-shaped front and rear posts 11 and 11 'are installed upright at four corners, respectively, and front and rear posts 11 and 11' and two rear. Side plates 12 are respectively coupled between the posts 11 ', and bar front rail members 14 are coupled to the two front posts 11 for sliding the sliding door 13.

In general, one or more drawer cabinets 20 are coupled under the rail member 14 so as to be slidable forward and backward, and a partition 15 between the two drawer cabinets 20 has a central portion in the longitudinal direction of the rail member 14. Sliding cabinets and drawers close to the rail member 14, and positioned above and below the rail member 14, have edges coupled to the front and rear posts 11, 11 ', the side plates 12, and the rail member 14, respectively. The structure is separated from each other by the bottom plate 16.

In the case of the above-described structure, as the service period becomes longer, a gap occurs between both ends of the front post 11 and the rail member 14 while the coupling force between the front post 11 and the rail member 14 is weakened. If the bar is not properly maintained, the front post 11 and the rail member 14 can be separated.

As described above, as illustrated in FIG. 2, each end of the rail member 14 is fixedly coupled by a coupling member such as a bolt in a state in which the rail member 14 is simply in close contact with the inner surface of the front post 11, or the front post ( This is because the grooves G are formed on the inner surface of 11), and the grooves G are fixedly coupled by the coupling members in the state in which each end of the rail member 14 is inserted.

That is, in the case of closely coupled electrons, since the rail member is forced to descend along the inner surface of the front post by the weight of the sliding door during long-term use, the gap between the front post and the rail member is fixed by the coupling member. In addition, the assembly of the rail member with respect to the front post is not easy because the operation of fixing both ends of the rail member to the same height of the left and right front posts requires horizontal precision.

In the latter case, the depth of the groove cannot be greater than the thickness of the front post, so the insertion coupling force is limited, and the flow in the groove of the rail member inserted into the groove is minimized. In order to ensure that the processing precision of the groove is high so that the outer surface of the rail member and the inner surface of the groove can be as close as possible, there is a disadvantage that the groove processing is not easy.

In addition, when the cross-sectional area of the groove and the rail member inserting portion are set to be substantially the same in order to minimize the flow in the groove of the rail member, the rail member is not easy to insert into the groove. When it is made smaller, as the flowable amount in the groove of the rail member becomes larger, the assembly accuracy of the rail member is lowered.

That is, the conventional coupling structure of the rail member provided in the sliding door is not only lacking the coupling force between each end of the rail member and the front post, the angle of the rail member on the outer surface of the front post so that the rail member can maintain a horizontal state There is a disadvantage in that it is not easy to precisely join the end, or precise groove processing on the inner surface of the front post.

Therefore, another structure for stably supporting the rail member has been developed, the domestic utility model registration No. 319380 (hereinafter referred to as 'quoting proposal') is posted "the lower rail support structure of sliding doors".

The cited proposal extends the top plate of the drawer cabinet ("lower barrel" in the citation) to protrude forward than the bottom plate of the sliding door ("upper barrel" in the citation) in order to stably support the rail member. It is a structure in which a rail member is laminated on the upper surface of a drawer cabinet protruding forward from a cabinet, and a drawer cabinet and a sliding cabinet with a longer front and rear length than a sliding cabinet are simply stacked, and cannot be a dedicated structure only for a sliding cabinet. The disadvantage is that it is only applicable when used with a drawer.

Of course, if only the sliding door is used, the rail member is placed on the floor, and if the bottom surface of the post and the bottom of the rail member form the same horizontal plane (when the rail member is simply tightly coupled to the inner surface of the front post), By this, the rail member may withstand the load of the sliding door sufficiently, and in such a case, a problem may not arise in the coupling structure between the rail member and the post.

However, since the floor on which the sliding door is installed is not necessarily flat, the support pieces are generally used at the bottom of the sliding door in order to maintain the horizontal state when installing the sliding door. The bottom surface of the front post and the bottom of the rail member may fall off the floor. In this case, as described above, a gap may occur in the contact surface between the front post and the rail member by long-term use.

The present invention is devised to solve all the problems of the side of the coupling structure of the conventional cabinet member having a sliding door, the coupling between the rail member and the front post can be made simple and precise, and the front post It is an object of the present invention to provide a cabinet in which both ends of the rail member can be completely supported while the structure is simple so that the structure is easy to process.

The object of the present invention is achieved by a stepped structure formed on the inner surface of the front post.

The cabinet according to the present invention is provided with a stepped portion in the front post, so that both ends of the rail member are stably supported, thereby improving durability of the coupling portion between the front post and the rail member, and at the same time, it is applicable to all sliding doors with or without a drawer. It is possible to increase the utilization efficiency, the front post can be manufactured only by cutting without groove processing, and the joining process between the front post and the rail member is simple and the precision is secured. have.

The cabinet of the present invention is characterized by a structure in which a stepped portion is formed on the inner surface of the front post, and the rail member can be laminated to the stepped portion.

That is, generally, the front left and right ends of the cabinet are respectively provided with front posts standing upright on the floor. The cabinet according to the present invention has a stepped portion at the bottom of the inner surface of each front post, which is a mutually opposing surface of the two front posts. In addition, both ends of the rail member are laminated in a one-to-one correspondence between the left and right both front posts.

As described above, the decay of the deceased is characterized in that the front post is provided with a stepped portion for stacking the rail members, looking at this as follows.

In order to avoid confusion of terms that refer to the direction prior to the description, the direction is divided into 'up', 'down', 'left' and 'right' based on the person who looks at the front of the cabinet, and 'my' · ' 'Outside' is based on the inside and outside of the cabinet, but in the case of 'side', the side facing the interior is 'inside' and the side facing the outside is 'outside'. The document is defined as 'front side' and 'rear side' from the front of the cabinet.

In addition, the "width" of the front post is defined as meaning the dimensions of the front and rear direction perpendicular to the height direction of the front post.

The front post is a member in which the side plates of the cabinet are coupled to the rear side in the state of standing upright at the front left and right edges of the cabinet, and the rail members are coupled in the left and right directions, and are closely coupled in a state where they are overlapped left and right. It consists of a pair of inner and outer front posts.

The outer front post has the same width from the upper end to the lower end, but the inner front post is divided into a lower part having a smaller width and a lower part having a larger width than the upper part. It extends toward the front.

That is, the lower front surface of the inner front post is extended toward the front in the state in which the inner front post is extended so that the width is constant from the upper end to the lower end, so that the width of the lower part is expanded compared to the upper bar. The post is shaped like a "b" with the horizontal part facing forward.

In this case, the portion of the inner and outer front posts whose width is constant along the longitudinal direction may be changed in the length direction as necessary, for example, in particular, the outer surface of the outer front posts exposed to the outside. In order to improve the decorativeness or aesthetic quality of the bent to form a bent or various patterns may be inlaid, the width will also be changed accordingly, but for convenience of description it will be ignored.

And, the width of the upper inner front post is naturally smaller than the width of the outer front post, and the width of the lower inner front post is larger than the inner front post but not larger than the outer front post.

Therefore, when the inner and outer front posts are in close contact with each other and overlapped left and right, the inner and outer front posts parallel to each other by the horizontal upper surface of the lower inner front post and the front surface of the small inner front post that extend forward. Between the two inner surfaces of the "b" shaped stepped portion is formed, the rail member can be laminated on the horizontal upper surface of the lower inner front post.

And, when the front door of the inner front post is closed, the sliding door serves to support the rear edge of the sliding door, when the sliding door is closed, when the force from the front to the rear is applied to the sliding door. As a result, the sliding door can be stably supported to prevent the door from being deformed or damaged.

In addition, the height of the inner and outer front posts may be somewhat changed by one side depending on the structure of the cabinet, that is, the structure of the other cabinets connected to the upper and lower ends of the inner and outer front posts. same.

The details of the purpose and technical constitution according to the present invention, including the effect thereof, will be clearly understood by the following description with reference to the drawings showing preferred embodiments of the present invention.

3 is a partially cutaway perspective view of the first embodiment of the present invention, Figure 4 is an exploded perspective view of the front post and the rail member.

The cabinet according to the present invention is characterized by a structure of a front post that stands upright at the front left and right ends of the cabinet, that is, the front left and right edges thereof. Is,

A width from the upper end to the lower end is constant, and the bar-shaped outer front post 31 is exposed to the outside;

A rectangular plate-shaped lower portion 32A not larger than the width of the outer front post 31 and a rectangular plate-shaped upper portion 32B extending upward from the virtual rear upper surface except the front upper surface S1 of the lower portion 32A. It becomes, consists of the outer surface (S _O) a front inner post 32 is coupled in close contact with the inner surface (S _I) of the outer front post (31).

In this case, the 'virtual rear upper surface' means a virtual surface coinciding with the front upper surface S1 in the front and rear horizontal directions.

In addition, a concave groove G 'may be formed along a longitudinal direction (or a height direction) at the rear width center portion of the inner front post 32, and the side plate serving as a sidewall of the cabinet in the concave groove G'. (33) is inserted and coupled, if necessary, the recess groove (G ') may be formed on the rear surface of the outer front post (31).

In addition, as described above, each of the upper and lower portions 32B and 32A of the outer front post 31 and the inner front post 32 may vary in width along the longitudinal direction and may vary. The upper and lower portions 32B and 32A constituting the inner front post 32 may also not necessarily have a rectangular shape.

And, the height of the inner front post lower portion 32A is different depending on the presence or absence of the drawer cabinet 34, when there is no drawer cabinet 34, the height of the lower portion 32A is low, the drawer cabinet 34 is coupled The height is such that it does not interfere with the front and rear sliding of the drawer 34.

In addition, when the width of the inner front post lower portion 32A is larger than the width of the outer front post 31, the inner front post 32 may be exposed to the outside of the outer front post 31 to reduce appearance quality. It is preferable not to make the width of the inner front post lower portion 32A larger than the width of the outer front post 31.

As the front posts 31 and 32 constituting the cabinet according to the present invention have the structure as described above, each end of the rail member 36 for sliding the sliding door 35 of the cabinet is lower than the inner front post. It is possible to laminate-bond to the front upper surface S1 of 32A.

As described above, the front post composed of the inner and outer front posts 32 and 31 may have a structure of another type, as shown in FIG. 5, the inner and outer front posts 32 and 31. It may be made of a body.

In addition, in order to reduce wood loss due to wood processing, the inner and outer front posts 32 and 31 are separated and configured, and the inner front post 32 is also divided into upper and lower parts 32B and 32A. have.

However, in this case, as shown in FIG. 6, rather than separating the inner front post 32 into upper and lower portions 32B and 32A separated by the front upper surface S1 and the virtual rear upper surface. By extending the upper portion 32B toward the lower portion 32A so that the stepped portion J is formed on the upper surface of the lower portion 32A, the upper surface of the lower portion 32A is divided into the front upper surface S1 and the rear upper surface S2. At the same time, it is preferable to make the rear half face S2 at a position lower than the front top face S1, which will be described later.

At this time, the front upper surface (S1) and the rear upper surface (S2) is preferably in a horizontal state.

When the upper and lower portions 32B and 32A of the inner front post 32 are integrally formed, the virtual rear upper surface of the lower portion 32A serving as the boundary between the upper and lower portions 32B and 32A is the rear of the above. It is a position higher than upper surface S2.

Both ends of the rail member 36 are stably supported by the front upper surface S1 by the front post of the above structure, but the rails 36 can be used for the purpose of stacking the bottom plate 37 of the cabinet, and at the same time, the rail In order to support the member 36 more stably, as shown in FIG. 7, the bar-shaped support that is in close contact with both the bottom surface of the rail member 36 and the inner surface S _I of the inner front post 32. It is also preferable to combine (38).

At this time, the support 38 may extend to the rear side plate.

In the case where the upper and lower portions 32B and 32A of the inner front post 32 are separated from each other, it is inside to maximize the contact area between the inner surface of the upper front post 32B and the support 38. It is further preferable for stable coupling of the front post upper and lower portions 32B and 32A.

That is, in the case where the inner front post 32 is manufactured by separating the upper and lower portions 32B and 32A, the lower end surface of the upper portion 32B is extended by extending the upper portion 32B to the lower portion 32A side as described above. By being positioned below the upper surface of the support 38, the inner surface of the upper portion 32B extending downward toward the lower portion 32A is in contact with the side of the support 38 while the step portion J is formed on the upper surface of the lower portion 32A. It is good to be able to.

At this time, the lower end surface of the upper portion 32B extending toward the lower portion 32A or the rear upper surface S2 of the lower portion 32A on which the upper portion 32B is stacked is lower than the upper surface of the support 38 so that the support 38 is 38. As the contact area between the upper portion and the upper portion 32A is extended, the support 38 can support the upper portion 32A more stably.

However, when the rear top surface S2 is lower than the bottom surface S _L of the support 38, the contact area between the upper portion 32B and the support 38 is no longer expanded.

1 is a perspective view of a conventional dresser.

Figure 2 shows a coupling method of the front post and the rail member constituting the conventional cabinet,

  (A) is an exploded perspective view showing a close coupling structure,

  (B) is an exploded perspective view of the insert coupling structure.

Figure 3 is a partial cutaway perspective view of the cabinet according to the first embodiment of the present invention.

Figure 4 is an exploded perspective view of the front post and the rail member constituting the first embodiment of the present invention.

5 is a perspective view of another embodiment of the front post constituting the present invention cabinet.

Figure 6 is an exploded side view of another embodiment of the inner front post constituting the present invention cabinet.

Figure 7 shows the coupling structure of the front post and the rail member and the support constituting the second embodiment of the present invention,

  (A) is the front coupling,

  (B) is lateral coupling.

           ((Explanation of symbols for main part of drawing))

      31. Outer front post 32. Inner front post

      32A. Inner front lower post 32B. Inner front post

      33. Shroud 34. Chest of drawers

      35. Sliding door 36. Rail member

      37. Bottom plate 38. Support plate

      G '. Concave groove S1. Front

S2. Rear upper surface S _I. Inside

S _L. Bottom S _O. outside

Claims (6)

A front post upright in each of the front left and right ends and having a concave groove for side plate joining along the longitudinal direction of the central portion in the rear width direction; A horizontal rail member having both ends coupled to two opposing front posts; In the cabinet comprising one or more sliding doors that can be opened and closed left and right along the upper surface of the rail member, The front post, A bar-shaped outer front post 31; The outer front post 31, the inner surface (S _I) on the outer surface (S _O), a contact bond is, the narrow upper portion (32B) and the outer front post 31, the width is extended toward the front are not larger than the width of the An inner front post 32 formed of a lower portion 32A having a front upper surface S1; The cabinet is characterized in that it comprises a rail member 36, one end is laminated to the front upper surface (S1) of the inner front post lower portion (32A). delete The cabinet according to claim 1, wherein the inner and outer front posts (32) are made of one body. The cabinet according to claim 1, wherein the inner front post (32) is divided into upper and lower portions (32B) and (32A). The upper surface of the lower portion 32A has a front upper surface S1 in front of the stepped portion J, and a stepped portion J having a lower height than the front upper surface S1. ) Is divided into rear rear surface (S2), The upper part (32B), it is characterized in that the stacking coupled to the upright to the rear upper surface (S2). delete

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