KR100893631B1 - Connecting structure of partition - Google Patents

Abstract

A partition connection structure is provided, which conveniently connects a frame installed in the edge of partition through a clamp in one-touch type without the separate binding process. A partition connection structure comprises: an upper side inner wall formed in one side or both sides of the both edges; a frame(20) in which a rail(21) which is installed in order to have the lower part inner wall is formed; and a clamp in which a pair of cam projections(32, 32') are separated in one side of the lever body(31). If the cam projection is rotated by using the lever body, upper side and lower side of the cam projection are closely fixed to the upper side inner wall and lower part inner wall of the rail.

Description

Connecting structure of partition

The present invention relates to a partition connection structure is achieved in a simplified structure, and more particularly, by simply connecting the frame and the frame disposed on the edge of the partition in one-touch form through a clamp without a separate fastening process, the connection of partitions more robust It relates to a partition connection structure that is simplified in the structure that is configured to achieve this.

In general, a partition is an interior furniture used to partition an office space according to a purpose. The partition is divided into office spaces in a desired form by connecting them in series.

The partitions are made of wood, and then the interior space is filled with honeycomb honeycomb, plywood is applied to both sides, and the surface is finished with a cloth. It is produced by installing.

By the way, unlike the prefabricated form of assembling the panel member in the frame structure, the partition of the above-described type is in a form in which the panel member and the frame are combined. As a result, it is practically difficult to adopt a structure that interconnects the frames through fastening bolts, which are mainly adopted in prefabricated partitions.

Therefore, in the art, these partitions are connected by arranging a fixing plate on top of the joined frame, and directly connecting the bonded frame by passing a bolt through the disposed fixing plate.

However, the above connection structure requires a complicated configuration such as a fixing plate formed with a fastening hole and a fixing bolt penetrating the fixing plate, and it is possible to connect and dismantle it by using a separate mouthpiece such as a driver, thereby having a problem in that workability is significantly reduced.

In addition, when the height difference of the ground on which the partition is placed, the step between the frame is generated, or when the height of the partition to be connected is different, there is a limit that is difficult to adopt substantially.

Therefore, there is a need in the art for a new type of partition connection structure that can be implemented at low cost and is easy to work with.

An object of the present invention devised by the above-mentioned requirements, the frame disposed on the edge of the partition by simply connecting in one-touch type through the clamp without a separate fastening process, the structure of the structure is configured to be more robust to implement the connection state It is to provide a partition connection structure is achieved.

The above object is achieved by the following configuration provided in the present invention.

'형 레일(21)이 형성된 프레임(20)이 배설되고, 상기 클램프(30)는 레버몸체(31)의 일편에 한 쌍의 캠돌기(32, 32')가 이격되게 배설된 형태로 이루어지고,
상기 클램프(30)의 각 캠돌기(32, 32')는, 상기 레일(21)의 상부 내벽(21b)과 하부 내벽(21b') 사이의 간격(H) 보다 높이가 낮은 비캠부(32a)와, 레일(21)의 상부 내벽(21b)과 하부 내벽(21b') 사이의 간격(H)과 높이가 동일한 캠부(32b)가 각각 형성된 몸체로 구성되어,
상기 캠돌기(32, 32')에 형성된 비캠부(32a)의 상부면(32a-a)과 하부면(32a-b)이 레일(21)의 상부 내벽(21b)과 하부 내벽(21b')에 마주보는 방향으로 클램프(30)의 캠돌기(32, 32')를 상호 밀착된 프레임(20)의 각 레일(21)에 각각 진입시킨 상태에서 레버몸체(31)를 이용하여 캠돌기(32, 32')를 회전시키면, 캠돌기(32, 32')에 형성된 캠부(32b)의 상부면(32b-a)과 하부면(32b-b)은 레일(21)의 상부 내벽(21b)과 하부 내벽(21b')에 각각 밀착 고정되어서, Partition connection structure is achieved in a simplified structure according to the present invention,
By arranging the partitions 1 in close contact, and connecting these close partitions 1 via the clamp 30,
At both edges of the intimate partition 1, the upper inner wall 21b and the lower inner wall 21b 'are formed on one or both sides.

'Frame 20 formed with a rail 21 is disposed, the clamp 30 is formed in a form in which a pair of cam protrusions (32, 32') are spaced apart on one side of the lever body (31) ,
Each cam protrusion 32, 32 'of the clamp 30 has a non-cam part 32a having a height lower than a gap H between the upper inner wall 21b and the lower inner wall 21b' of the rail 21. And a body in which cam portions 32b having the same height as the spacing H between the upper inner wall 21b and the lower inner wall 21b 'of the rail 21 are formed, respectively.
The upper surface 32a-a and the lower surface 32a-b of the non-cam part 32a formed in the cam protrusions 32 and 32 'are formed on the upper inner wall 21b and the lower inner wall 21b' of the rail 21. Cam projections 32 using the lever body 31 in a state in which the cam projections 32 and 32 'of the clamp 30 enter the respective rails 21 of the frame 20 which are in close contact with each other in a direction facing each other. , 32 ', the upper surface 32b-a and the lower surface 32b-b of the cam portion 32b formed on the cam protrusions 32, 32' are connected to the upper inner wall 21b of the rail 21. Are fixed to the lower inner wall 21b ', respectively,

The frame 20 of the partition 1 in close contact with each other is configured to achieve a stable connection state through the clamp 30.

delete

delete

'형 레일(21)의 내벽 모서리에는 만곡지게 돌출된 간섭부(21a)가 형성되어, 캠돌기(32, 32')가 회전되면 레버몸체(31)를 통해 정형화된 간격을 유지하던 한쌍의 캠돌기(32, 32')는 간섭부(21a)와의 간섭을 통해 탄력적으로 외측으로 벌어져 상기 한쌍의 캠돌기(32, 32') 사이에는 원상태로 복원하려는 복원력이 형성되며, 이 복원력에 의해 상기 한 쌍의 캠돌기(32, 32')를 통해 상호 연결된 프레임(20)들은 보다 긴밀히 밀착된다.Preferably, the '

The inner wall edge of the 'shaped rail 21 is formed with a curved protruding interference portion (21a), when the cam projections (32, 32') is rotated, a pair of cams to maintain a standardized gap through the lever body 31 The projections 32 and 32 'are elastically opened outwardly through the interference with the interference portion 21a, and a restoring force is formed between the pair of cam projections 32 and 32' to restore to the original state. The frames 20 interconnected through the pair of cam projections 32 and 32 'are in close contact with each other.

More preferably, the frame 20 is made of an aluminum extrusion molding, the cam protrusions 32, 32 'of the clamp 30 is made of a plastic material, the cam protrusion 32 during the rotation process of the clamp 30 , 32 'is configured to rotate along an inner wall of the rail 21 formed in the frame 1 while being elastically deformed.

Meanwhile, a support bracket 40 is provided below the partition 1 and the panel member 10 of the partition 1 connected thereto to separate the panel member 10 from the ground, and the support bracket 40 is connected to the support bracket 40. When the grooves 42 and the engagement protrusions 41 are provided and the partitions 1 are arranged in close contact with each other, the engagement protrusions 41 formed on the support bracket 40 are joined to each other. Entered into the 42, respectively, the lower part of the partition 1 is configured to engage with each other by the coupling of the engaging groove 42 and the engaging projection 41.

As described above, the present invention proposes a connection structure of a partition configured to closely connect a frame and a frame to be in close contact with each other through clamps provided in the present invention, when the partitions and the partitions are arranged in a line.

The clamp is in close contact with the frame more closely by the restoring force generated during the rotation process, in particular, the clamp is rotated in the orthogonal direction of the frame requiring close contact, thereby achieving close contact between the frames, stable working space It has easy workability by securing.

In addition, the clamp can be produced at a low cost due to its simple structure, and it is easy to implement since it has the advantage that a separate mouth is not required for installation and dismantling.

In addition, in the present invention, since the support brackets installed on the lower part of the panel member are assembled to each other through the engaging groove and the engaging protrusion, the lower part of the partition which closely connects the frames to each other through the clamp is twisted by external force. The phenomenon can be prevented.

Hereinafter, with reference to the accompanying drawings will be described in detail the connection structure of the partition is achieved in the structure proposed in the preferred embodiment of the present invention in detail.

1 is an assembled state diagram connecting partitions through a partition connection structure proposed as a preferred embodiment in the present invention, Figure 2 is a whole of the clamp for implementing the connection structure of the partition proposed as a preferred embodiment in the present invention 3 and 4 show the connection of the frame closely contacted through the clamp 30 in sequence.

As shown in FIG. 1, the connection structure of the partition which has been proposed as a preferred embodiment of the present invention is a partition (1) arranged in a straight line to partition the office space in accordance with the purpose as shown in FIG. ) Is designed to connect each other stably.

According to this embodiment, the partition (1) comprises: a panel member (10) made of wood, filled with honeycomb-shaped honeycomb and filled with plywood on both sides of the inner space; It is configured to include a frame 20 is installed on the edge of the panel member 10. *** '50' in the drawing indicates a cover that prevents external exposure of the edge of the panel member ***

'형 레일(21)이 형성되며, 본 실시예에서는 상기 레일(21)과 본원에서 제공되는 클램프(30)를 이용하여 상기 일렬 배설된 파티션(1)을 상호 긴밀하게 연결하도록 구성하고 있다.Referring to the drawings illustrating a preferred embodiment, the frame 20 disposed at the edge of the panel member 10 has an upper inner wall 21b and a lower inner wall 21b '.

A 'type rail 21 is formed, and in this embodiment, the rail 21 and the clamp 30 provided in the present application are configured to closely connect each other with the partition 1 arranged in series.

Here, the clamp 30 has a pair of cam protrusions 32 and 32 'spaced apart from one side of the lever body 31, as shown in FIG. 2, and the cam protrusions 32 and 32' are disposed. As will be described later, by entering and rotating the rails 21 of the frame 20 provided at both edges of the panel member 10, it is fixed in a state of being in close contact with the inner wall of the rails 21.
Each cam protrusion 32, 32 'of the clamp 30 has a gap H between the upper inner wall 21b and the lower inner wall 21b' of the rail 21, as shown in FIGS. The lower cam portion 32a and the cam portion 32b having the same height as the gap H between the upper inner wall 21b and the lower inner wall 21b 'of the rail 21 are formed of a body.

In addition, the frame 20 constituting the partition 1 is generally made of an aluminum extrusion, and a clamp (1) having a pair of cam protrusions (32, 32 ') spaced apart from one side of the lever body (31). 30 is made of a metal material such as plastic, urethane, zinc, etc., when the operator rotates the cam protrusions 32 and 32 'while entering the rail 21 formed in the frame 20, the clamp 30 is formed in the clamp 30. The cam projections 32 and 32 'are fixed in close contact with the inner wall of the rail 21.
3 and 4 sequentially show the connection state of the frame closely contacted through the clamp 30, the connection process of the partitions 1 using the rail 21 and the clamp 30 formed in the frame 20 is 1 and 3, the worker arranges the partitions 1 in a row so that the frame 20 of the partition 1 disposed adjacent to the frame 20 provided in the partition 1 is closely arranged. Next, the cam protrusions 32 and 32 ′ provided in the clamp 30 are respectively entered into the rails 21 formed in the closely contacted frame 20.
At this time, the upper surface (32a-a) and the lower surface (32a-b) of the non-cam portion (32a) formed on the cam projection (32, 32 ') is the upper inner wall (21b) and lower inner wall (21b) of the rail 21 Cam projections 32 and 32 'of the clamp 30 enter the rails 21 of the frame 20 in close contact with each other in a direction facing').
In this state, the cam protrusions 32 and 32 'of the clamp member 30 are formed on the upper surface 32a-a and the lower surface 32a-b of the non-cam portion 32a. ) And the lower inner wall 21b '.
After the cam protrusions 32 and 32 'of the clamp 30 enter the rails 21 as described above, the operator moves the cam protrusions 32 and 32' through the lever body 31 as shown in FIG. When rotated about 90 °, the cam protrusions 32 and 32 'are formed by the upper surface 32a-a and the lower surface 32a-b of the cap portion 32b and the upper inner wall 21b and the lower portion of the rail 21. The inner wall 21b 'is in close contact with the inner wall.

delete

delete

Through this process, when the pair of cam protrusions 32 and 32 ′ are interconnected to each other by the frames 20 of the partitions 1 closely contacted by the clamps 30 disposed to be spaced apart, the partitions arranged in a line ( 1) and the partition 1 disposed adjacent thereto are connected in close contact with each other.

And in this embodiment, the interference part 21a is provided so that the interference part 21a may protrude in the edge of the inner wall of the rail 21 which interferes with the side parts of the said cam protrusion 32, 32 'which rotates.

When the interference portion 21a is provided at the inner wall edge of the rail 21 as described above, as shown in FIG. 4, the pair of cam protrusions 32 and 32 ′ fixed to the lever body 31 to maintain a standardized spacing are provided with the interference portion. The rail 21 is strongly pressed laterally through interference with the 21a, and the frames 20 of the partitions 1 closely contacted with each other by this pressing are more closely in close contact with each other.

On the other hand, Figure 5 is an enlarged 'B' portion in Figure 1, the lower portion of the partition 1 as shown in Figures 1 and 5 the support bracket 40 for separating the panel member 10 to a predetermined height from the ground ), And the frame 20 is not generally formed in the space where the support bracket 40 is provided.

Therefore, the middle part and the upper part of the partition 1 in which the frame 20 is provided can be stably connected through the clamp 30 as described above, but the lower part of the partition 1 in which the frame 20 is not formed is Connection is not possible through the clamp 30.

In consideration of this, in the present embodiment, as shown in FIGS. 1 and 5, the assembly structure is provided on the support bracket 40 supporting the panel member 10 spaced apart from the ground, and the partitions are arranged in close contact with each other ( 1) are configured to be connected to each other through a state in which the support bracket 40 is engaged with each other.

Here, in the engagement structure provided in the support bracket 40, the engagement grooves 42 and the engagement protrusions 41 are respectively provided in the support brackets 40 installed in the lower portion of the partition 1, and are in close contact with each other. In the support bracket 40 of the partition 1, the engaging projection 41 and the engaging groove 42 are provided to correspond to each other.

Therefore, when another partition 1 enters one side of the partition 1 from one side and comes into close contact with each other, the engaging projection 41 provided in the support bracket 40 enters the engaging groove 42 and is disposed in the line. The lower part of the partition 1 is in a mutually engaged state.

As such, when the lower portions of the partitions 1 are engaged with each other by the engaging protrusion 41 and the engaging groove 42 by the support bracket 40, the frame 20 is later clamped through the clamp 30. The connected partitions 1 can be prevented from twisting and can ensure a more stable connection state.

1 is an assembly state diagram connecting the partition through the partition connection structure proposed in the preferred embodiment of the present invention,

Figure 2 shows the overall configuration of the clamp for implementing the connection structure of the partition proposed in the preferred embodiment of the present invention,

3 and 4 is a functional state diagram showing the connection state of the 'A' portion of Figure 1 in sequence,

FIG. 5 shows the connection state of the 'B' part of FIG. 1 in detail.

**** Explanation of symbols for the main parts of the drawing ****

Partition 10. Panel member

20.Frame 21.Rail

21a. Interference
21b. Upper inner wall 21b '. Lower inner wall

 30.Clamp 31.Lever Body

32, 32 '. Cam projection 32a. Non-cam part
32a-a. Upper surface 32a-b. Bottom
32b. Cam portion 32b-a. Upper surface
32b-b. Bottom

40. Support Bracket

41. Runging protrusion 42. Runging groove

50. Cover

Claims (4)

By arranging the partitions 1 in close contact, and connecting these close partitions 1 via the clamp 30, At both edges of the intimate partition 1, the upper inner wall 21b and the lower inner wall 21b 'are formed on one or both sides.

'Frame 20 formed with a rail 21 is disposed, the clamp 30 is formed in a form in which a pair of cam protrusions (32, 32') are spaced apart on one side of the lever body (31) , Each cam protrusion 32, 32 'of the clamp 30 has a non-cam part 32a having a height lower than a gap H between the upper inner wall 21b and the lower inner wall 21b' of the rail 21. And a body in which cam portions 32b each having a height equal to the distance H between the upper inner wall 21b and the lower inner wall 21b 'of the rail 21 are formed. The upper surface 32a-a and the lower surface 32a-b of the non-cam part 32a formed in the cam protrusions 32 and 32 'are formed on the upper inner wall 21b and the lower inner wall 21b' of the rail 21. Cam projections 32 using the lever body 31 in a state in which the cam projections 32 and 32 'of the clamp 30 enter the respective rails 21 of the frame 20 which are in close contact with each other in a direction facing each other. , 32 ', the upper surface 32b-a and the lower surface 32b-b of the cam portion 32b of the cam protrusions 32, 32' are formed on the upper inner wall 21b and the lower inner wall of the rail 21. Are fixed to each of 21b ', The frame 20 of the partition (1) in close contact with each other, the partition connection structure of the simplified structure, characterized in that configured to achieve a stable connection state through the clamp (30). The method of claim 1, wherein

At the inner wall edge of the '-shaped rail 21 is formed an interference portion 21a protruding curvedly, When the cam protrusions 32 and 32 'are rotated, the pair of cam protrusions 32 and 32', which maintains a standardized gap through the lever body 31, is elastically moved outwardly through interference with the interference portion 21a. Between the pair of cam protrusions 32 and 32 ', a restoring force is formed to restore at an original interval, and the restoring force is connected to the frame 20 through the pair of cam protrusions 32 and 32'. Partitioned structure is a simplified structure that is characterized in that they are in close contact with each other. The method of claim 1, wherein the frame 20 is made of an aluminum extrusion, the cam projections 32, 32 'of the clamp 30 is made of a plastic, urethane or zinc simplification of the structure is achieved Partition Connection Structure. The support bracket 40 of claim 1, further comprising a support bracket 40 for separating the panel member 10 from the ground under the panel member 10 of the partition 1 and the partition 1 connected thereto. 40 is provided with an engaging groove 42 and an engaging projection 41, When the partitions 1 are arranged in close contact with each other, the engagement protrusions 41 formed on the support brackets 40 respectively enter the engagement grooves 42 formed on the support brackets 40 to be in close contact with each other. The lower portion is connected to each other by a combination of the engaging groove 42 and the engaging projection 41, the partition connection structure achieved a simplification of the structure.

Images