KR101194264B1

KR101194264B1 - Partition wall construction system

Info

Publication number: KR101194264B1
Application number: KR20100027130A
Authority: KR
Inventors: 이창렬
Original assignee: 주식회사 유비스
Priority date: 2010-03-26
Filing date: 2010-03-26
Publication date: 2012-10-29
Also published as: KR20110107937A

Abstract

SUMMARY OF THE INVENTION The present invention aims to provide a blackboard structure for a partition system, and the configuration of the present invention includes a plurality of posts 50 which are supported by upper and lower ends on the ground and ceiling of a place where the partition system is installed. In a partition system in which partition panels 30 are combined to form each room of a building, a partition frame is attached to a front surface of the partition panel 30 and partitioned into a blackboard area inward, and is provided inside the blackboard frame. It characterized in that it comprises a magnetic body 94 for attaching the blackboard frame to the partition panel (30).

Description

Board construction for partition system {Partition wall construction system}

The present invention relates to a blackboard structure for a partition system, and more particularly, since a part of the partition system can be used as a blackboard without installing the blackboard separately from the partition system, the partition system blackboard can be improved in various ways. It's about structure.

In general, a partition is mainly used to partition a room, such as an office, to create a required room. Each room-forming partition of such a room is manufactured to have a constant height, thickness and width to interconnect each partition as needed. The interconnection of the existing partitions may be connected using bolts and nuts, or a plurality of assemblies. After the parts are connected, a fixing pin or the like is inserted into the connection part to adopt the assembly method.

In this case, a securities company or an insurance company prepares a separate blackboard to record changes in stock market or insurance performance, and records, erases and rewrites the changes on the blackboard. If the partition system itself can be used as a blackboard, it would be desirable in many ways as there is no need to prepare a separate board.

It is an object of the present invention to provide a board structure for a partition system that can be used efficiently and practical in many ways because a part of the partition system can be used as a board without installing a board separately from the partition system.

According to the present invention for solving the above problems, a plurality of partition panels are coupled to a plurality of posts are supported by the upper and lower ends on the ground and the ceiling of the place where the partition is installed, respectively arranged upright partition to configure each room of the building. A system comprising: a blackboard frame attached to a front surface of the partition panel and partitioned inwardly into a blackboard section; and a magnetic material provided inside the blackboard frame to attach the blackboard frame to the partition panel. A blackboard structure for the partition system is provided.

It is characterized in that the blackboard is formed by coating a blackboard paint or bonding a sheet for the blackboard on the surface of the partition panel partitioned inside the blackboard frame.

The blackboard frame has a pair of hollow horizontal bars and a pair of hollow vertical bars are interconnected via a corner member to form a rectangular frame shape, and a plurality of hollow bars are supported by band straps inside the horizontal bars and the inside of the vertical bars. Four magnetic bodies are built in, and the partition panel is made of a metal material so that the blackboard frame can be joined by the magnetic force of the magnetic body.

The magnetic material supported by the band strap is disposed relatively close to a bonding surface attached to the partition panel among front and rear surfaces of the horizontal bar and the vertical bar, and the magnetic material is attached to the band strap by a double-sided tape and is placed on the front surface. It is characterized in that attached to the inside of the bonding surface of the horizontal bar or vertical bar by a double-sided tape of.

The magnetic material supported by the band strap is disposed relatively close to a bonding surface attached to the partition panel among front and rear surfaces of the horizontal bar and the vertical bar, and a spring is disposed between the rear surface of the band strap and the inner surface of the bar. The magnetic body is interposed so as to be in close contact with the inner surface of the bonding surface of the bar.

The magnetic body supported by the band strap is disposed relatively close to a bonding surface attached to the partition panel among front and rear surfaces of the horizontal bar and the vertical bar, and is elastically disposed between the rear surface of the band strap and the inner surface of the bar. Balls are interposed to hold the magnetic material to be in close contact with the inner surface of the bonding surface of the bar.

In the partition system of the partition system of the present invention is a partition system in which a plurality of partition panels are coupled to a plurality of posts that are supported up and down on the floor and the ceiling of a place where the partition is installed so as to constitute each room of the building. It includes a blackboard frame attached to the front of the partition panel and partitioned inwardly into a blackboard section, and a magnetic material provided inside the blackboard frame to attach the blackboard frame to the partition panel, and requires a separate blackboard to be installed separately from the partition system. Since part of the partition system can be used as a blackboard without the hassle, it has the advantage of being efficient and practical in many ways, such as eliminating the trouble of installing the blackboard and increasing the utilization of the indoor space.

1 is a perspective view showing a state in which a board structure of the present invention is installed in a partition system;
Figure 2 is a front view showing an exploded state of the main part of the blackboard structure for the partition system of the present invention
3 is an enlarged perspective view showing a part of a structure of a corner portion in the blackboard structure of FIG. 2;
4 is a perspective view showing a connected state of FIG.
5 is a perspective view showing a connector connecting horizontal bars in the blackboard structure shown in FIG.
FIG. 6 is a perspective view showing a structure of a magnetic body for attaching a blackboard frame, which is a main part of the blackboard structure of FIG. 2, to a partition panel; FIG.
7 is a side view showing a state in which the magnetic body and the band strap shown in FIG.
8 is a side view showing another embodiment of a magnetic material in the blackboard structure of FIG.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. 1 is a perspective view showing a state in which the board structure of the present invention is installed in the partition system, FIG. 2 is a front view showing an exploded state of the main part of the board structure for the partition system of the present invention, and FIG. 4 is a perspective view showing a partially enlarged structure of a corner portion, FIG. 4 is a perspective view showing a connected state of FIG. 3, FIG. 5 is a perspective view showing a connector connecting horizontal bars in the blackboard structure shown in FIG. 2, and FIG. A perspective view showing a structure of a magnetic body for attaching a blackboard frame, which is a main part of the blackboard structure, to a partition panel, FIG. 7 is a side view showing a state in which the magnetic body and the band strap shown in FIG. 6 are embedded in the blackboard frame, and FIG. Side view showing another embodiment of the magnetic material in the blackboard structure. Referring to this, according to the present invention, a plurality of partition panels 30 are coupled to a plurality of posts 50 which are supported by upper and lower ends on the ground and the ceiling of a place where the partition is installed, so as to constitute each room of the building. In the system, a blackboard frame attached to the front of the partition panel 30 and partitioned inwardly into a blackboard section, and a magnetic body 94 provided inside the blackboard frame to attach the blackboard frame to the partition panel 30 are provided. It is the blackboard structure for the partition system to include. Reference numeral 10 in FIG. 1 denotes a base for supporting the lower part of the post constituting the partition system, and reference numeral 20 denotes an upper frame for supporting the upper part of the post of the partition system. In addition, reference numeral 74 is a vertical bar, 75 is a horizontal bar, 76 is a corner member, 77 is a transparent glass, such a horizontal bar, vertical bar, corner member and glass may be provided in the partition system to form a window structure.

1 is shown installed in a partition system provided with a blackboard structure of the present invention, the blackboard structure of the present invention is the upper frame 20 and the base 10 provided on the ground and ceiling of the place where the partition system is installed A partition system is installed so that a plurality of partition panels 30 are coupled to a plurality of posts 50, each of which is supported by the upper and lower ends of the building, to form each room of the building, and merged into the partition panels 30 of the partition system. Will be installed.

Referring to the drawings, the blackboard structure of the present invention is attached to the front of the partition panel 30 and partitioned inwards into the blackboard section, and the blackboard frame provided inside the blackboard frame attached to the partition panel 30 To include a magnetic body (94).

At this time, the blackboard frame is a pair of hollow horizontal bar 82 and a pair of hollow vertical bar 84 is connected to each other via a corner member 86 to form a rectangular frame shape.

The hollow vertical bar 84 has a cross-sectional rectangular bar shape whose upper and lower widths are relatively longer than the front and rear widths. The hollow vertical bar 84 is provided with three compartments divided by two reinforcing ribs. . The upper and lower spaces of the three spaces are fitted with the fingers 86f provided at one end of the corner member 86.

Hollow horizontal bar 82 also has a cross-sectional rectangular bar shape of the upper and lower width is relatively longer than the width of the front and rear, the interior of the hollow horizontal bar 82 is provided with a space divided into three by two reinforcing ribs The upper and lower spaces of the three spaces are fitted with a finger 86f provided at the other end of the corner member 86.

The corner member 86 is formed in an approximately arc-like shape with respect to the front surface, and two fingers 86f are provided at both ends of the corner member 86, such that the fingers 86f of the corner member 86 are hollow. By being fitted to the space portion of the vertical bar 84 and the hollow horizontal bar 82, it forms a blackboard frame in the form of a square frame.

In this case, when the size of the blackboard frame is relatively large, the hollow horizontal bar 82 and the hollow vertical bar 84 are connected through a plurality of connectors 88. The connector 88 is provided with two connecting fingers 88f on both sides of the intermediate spacer, and the connecting fingers 88f are inserted into the spaces of the hollow horizontal bar 82 and the hollow vertical bar 84 adjacent to each other. By loading, the horizontal bars 82 and the vertical bars 84 of the extended blackboard frame are formed. In the present invention, an embodiment in which a plurality of horizontal bars 82 are connected by a connector 88 is shown.

In addition, a magnetic body 94 for attaching the blackboard frame to the partition panel 30 of the partition system is provided. A plurality of magnetic bodies 94 (permanent magnets, etc.) formed in a rectangular block shape are disposed at regular intervals by bonding means such as adhesive on the long band strap 92, and the band strap 92 on which the magnetic bodies 94 are mounted. To the hollow part in the middle provided in the hollow horizontal bar 82 and the hollow vertical bar 84 constituting the blackboard frame, and by the magnetic body 94 attaching means, the inner surface of the rear wall of the blackboard frame (that is, partitioning) By attaching the blackboard frame to the partition panel 30 by the magnetic force of the magnetic body 94 to form the blackboard frame in the partition system itself, The inner surface will be used as a blackboard. Of course, the partition panel 30 is made of a metal material so that the blackboard frame can be bonded by the magnetic force of the magnetic body 94.

In addition, although the surface of the partition panel 30 inside the blackboard frame may be used as the blackboard surface, the blackboard surface may be coated on the surface of the partition panel 30 partitioned inside the blackboard frame, or the blackboard sheet may be bonded to each other. It is preferable to form.

At this time, the magnetic body 94 supported by the band strap 92 is relatively close to the bonding surface (that is, the rear surface) attached to the partition panel 30 among front and rear surfaces of the horizontal bar 82 and the vertical bar 84. These magnetic bodies 94 are attached to the band strap 92 by the double-sided tape 96 shown in FIGS. 23 and 24 and the horizontal bars 82 and the vertical bars by the double-sided tape 96 on the front side. It can be attached to the inside of the bonding surface of (84). The magnetic body 94 attached to the band strap 92 may be incorporated in the horizontal bar 82 or the vertical bar 84.

In addition, as shown in FIG. 25, the magnetic body 94 supported by the band strap 92 is relative to the joint surface attached to the partition panel 30 among front and rear surfaces of the horizontal bar 82 and the vertical bar 84. And a spring 98 is interposed between the rear surface of the band strap 92 and the inner side of the horizontal bar 82 or the vertical bar 84, thereby allowing the magnetic body 94 to cross the horizontal bar 82 or It can take the structure which touches so that it may be in intimate contact with the inner surface of the joint surface of the vertical bar 84.

In addition, an elastic ball is interposed between the rear surface of the band strap 92 and the inner side of the horizontal bar 82 or the vertical bar 84, and the magnetic body 94 is joined to the bars 82 and 84 by such elastic balls. It may also have a configuration in which the surface close contact with the inner surface.

Therefore, since the blackboard structure of the present invention uses a blackboard frame inner region as a blackboard surface by attaching and detaching a blackboard frame to a predetermined region of the partition panel 30 by using a magnetic attachment method, it is possible to separate from the partition to install the blackboard. There is no need to secure space to install the blackboard, and it can be efficient and practical in many ways, such as eliminating the inconvenience of installing the blackboard and increasing the utilization of the indoor space. In addition, the blackboard frame is also detachably mounted by the magnetic force of the magnetic body 94, is not troublesome when dismantling the partition system, and is also advantageous in recyclability.

On the other hand, the magnetic body 94 for attaching the blackboard frame to the partition panel 30 is basically a structure that is attached to the inner surface of the hollow horizontal bar 82 or hollow vertical bar 84 of the blackboard frame by the double-sided tape 96. In another embodiment of the present invention, the magnetic body 94 is formed by interposing a spring 98 between the band strap 92 supporting the magnetic body 94 and the inside of the bars 82 and 84. 84) can be kept in close contact with the inner surface, such that when the spring 98 is interposed the magnetic body 94 is not spaced apart from the attachment surface of the blackboard frame firmly installed close to the inner surface, the blackboard Since the frame prevents the magnetic deterioration of the magnetic body 94 (that is, the magnetic body 94 is deteriorated due to the separation of the space away from the partition panel 30), the blackboard frame is separated from the partition panel 30. To prevent the phenomenon more reliably have.

In addition, according to another embodiment of the present invention, an elastic ball may be interposed between the rear surface of the band strap 92 supporting the magnetic body 94 and the inside of the bars 82 and 84. When the magnetic body 94 is supported so as not to be spaced apart from the attachment surface of the blackboard frame, the effect is similar to that of using the spring 98 through the same.

The present invention described above is not limited to the above-described embodiment and the accompanying drawings, and various permutations, modifications, and changes can be made without departing from the spirit of the present invention. It will be apparent to those who have it.

82. Horizontal Bars 84. Vertical Bars
86. Corner member 88. Connector
92. Band strap 94. Magnetic material

Claims

In the partition system, a plurality of partition panels (30) are coupled to a plurality of posts (50) arranged upright on the ground and the ceiling of a place where the partition system is installed, to form each room of the building. A blackboard frame attached to the front of the panel 30 and partitioned inwardly into a blackboard section, and a magnetic body 94 provided inside the blackboard frame to attach the blackboard frame to the partition panel 30,
Applying a paint for the blackboard on the surface of the partition panel 30 partitioned inside the blackboard frame or by bonding a sheet for the blackboard to form a blackboard,
The blackboard frame has a pair of hollow horizontal bars 82 and a pair of hollow vertical bars 84 interconnected via a corner member 86 to form a rectangular frame shape, and the inside of the horizontal bars 82. A plurality of magnetic bodies 94 supported by the band strap 92 are embedded in the vertical bar 84, and the partition panel 30 may be bonded to the blackboard frame by the magnetic force of the magnetic bodies 94. Blackboard structure for the partition system, characterized in that composed of a metal material.

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The magnetic body 94 of claim 1, wherein the magnetic body 94 supported by the band strap 92 is attached to a joining surface attached to the partition panel 30 among front and rear surfaces of the horizontal bar 82 and the vertical bar 84. Placed relatively close, the magnetic body 94 is attached to the band strap 92 by a double sided tape 96 and the horizontal bar 82 and the vertical bar 84 by the front side double sided tape 96. Blackboard structure for the partition system, characterized in that attached to the inside of the bonding surface.

The magnetic body 94 of claim 1, wherein the magnetic body 94 supported by the band strap 92 is attached to a joining surface attached to the partition panel 30 among front and rear surfaces of the horizontal bar 82 and the vertical bar 84. It is disposed relatively close to each other, the spring 98 is interposed between the rear surface of the band strap 92 and the inner side of the horizontal bar 82 or the vertical bar 84 to the magnetic body 94 to the horizontal bar ( 82) or a blackboard structure for a partition system, characterized in that the tabs so as to be in close contact with the inner surface of the joint surface of the vertical bar (84).

The magnetic body 94 of claim 1, wherein the magnetic body 94 supported by the band strap 92 is attached to a joining surface attached to the partition panel 30 among front and rear surfaces of the horizontal bar 82 and the vertical bar 84. Is disposed relatively close, the elastic ball is interposed between the rear surface of the band strap 92 and the inner surface of the bar (82, 84) to the magnetic body 94 to the bonding surface of the bar (82, 84) Chalkboard structure for the partition system, characterized in that it is in close contact with the inner surface.