KR20230028902A - Partition Frame - Google Patents

Abstract

The present invention relates to a partition frame and, more particularly, to a partition frame that improves durability and aesthetics by increasing the strength of a lower frame and strengthening the connection between frames through connection members. A frame forming a partition comprises: a lower frame that is formed in a rectangular shape and has a coupling protrusion formed on a top surface for firm coupling with a bottom surface coupling groove of a panel, and an upper coupling groove and a lower coupling groove formed on both sides; a pair of side frames that are installed to face each other on both sides of the lower frame and have a coupling protrusion on a side for coupling with a side coupling groove of the panel, wherein a lower coupling groove is formed on a lower end surface of the coupling protrusion and an upper coupling groove is formed on an upper end surface thereof; an upper frame that is formed in a rectangular shape and has a coupling protrusion integrally formed on a bottom surface for firm coupling with a top surface coupling groove of the panel, wherein coupling grooves for coupling are formed on inner sides of both upper ends of the coupling protrusion; and a connection member consisting of a pair of left and right lower connection members for connecting the lower frame and the side frames, and a pair of left and right upper connection members for connecting the side frames and the upper frame, wherein the lower connection members and the upper connection members form a wedge fastening structure to enhance fastening strength.

Description

Partition Frame {Partition Frame}

The present invention relates to a partition frame, and more particularly, to a partition frame that improves durability and aesthetics by improving the strength of a lower frame and strengthening a connection between frames through a connecting member.

In general, a partition is a wall that divides a specific space such as an office or exhibition hall from another space. is formed

The partition frame is composed of a side frame supporting both sides of the panel, a bottom frame supporting the bottom of the panel, and a cover preventing the upper surface of the panel from being exposed to the outside.

As an example, Korea Patent Registration No. 10-1537086 (name: Eco-friendly booth that is easy to assemble and disassemble) consists of a square frame with rectangular materials perpendicular to the upper frame and lower frame of a selected size, and panels on both sides) An exhibition booth is configured with a partition consisting of a partition, wherein the partition has a cutout where a clamp is fastened to a pair of upper surfaces in which a double wall formed of an inner wall and an outer wall extends to the upper surface so that a certain space is formed on both sides of the rectangular body, and fastening It is composed of a space portion in which a block is inserted and an upper frame in which a guide piece is formed, and a joint is fastened to the fastened block by fastening a fastening block to the space portion formed in the upper frame and the guide piece, and the guide piece formed on the joint The bolt fastened to the guide hole of the fastening block and passed through the joint body part forms a fastening by tightening the nut coupled to the long hole of the clamp, and the bent end of the clamp has a downward end in the cutout formed on the upper surface of the upper frame. It is fitted and the upper and inner surfaces are wrapped, and a long hole through which a bolt passes is provided in the body extended from the bent fitting portion, so that the bolt of the joint is fastened to the lowered fastening piece so that the partition can be assembled in a straight, right angle, or crisscross shape Together with, the exposed side of the partition is finished and a finishing frame in which communication lines and wires can be wired to the inside is fastened with a joint.

However, since the conventional partition frame has a structure in which the upper surface of the panel is covered with a thin and light cover, the upper surface of the panel cannot be firmly supported, so that the partition is twisted or separated even with a small external force.

In addition, since the bottom frame of the conventional partition frame is also manufactured and assembled in a thin “U-shaped” shape, the middle part forms an empty space, so when the panel is heavy, the bearing capacity is weak as well as the strength is weak. There was a problem that it was easily damaged by the feet.

In addition, the conventional partition frame has a problem of causing easy separation even when a weak external impact occurs because the connection structure of the upper frame, the bottom frame, and the side frame applies a short concave-convex structure to simplify assembly and disassembly.

In addition, since the conventional partition frame has weak support and fastening force of the bottom frame and is installed to be in contact with the floor, it is difficult to neatly and freely organize electrical wiring or connection lines of various electronic products.

In addition, in the related art, since the connection distance between the side frames is wide and a separate intermediate connecting member is used, the structure is complicated and takes up a lot of space.

Registration number 10-0893631

Therefore, the present invention has been made to solve the above problems, and an object of the present invention is to form a strong and solid partition by simply and firmly assembling the entire four sides of the panel, and at the same time to improve the aesthetics. It is to provide a partition frame to improve.

In order to achieve the above object, the present invention is formed in a rectangular shape in the frame constituting the partition, on the upper surface, a coupling protrusion for solid coupling with the bottom coupling groove of the panel is formed, and on both sides, the upper coupling groove and the lower coupling groove a lower frame in which coupling grooves are formed; It is installed to face each other on the left and right sides of the lower frame, and a coupling protrusion for coupling with the side coupling groove of the panel is formed on one side, a lower coupling groove is formed on the lower surface of the coupling projection, and an upper coupling groove is formed on the upper surface of the coupling projection. a pair of side frames in which grooves are formed; an upper frame formed in a rectangular shape, integrally formed with coupling grooves on the upper surface of the panel and coupling protrusions for firm coupling on the lower surface, and coupling grooves for coupling formed inside both end surfaces of the upper portion of the coupling projections; a connecting member comprising a pair of left and right lower connecting members connecting the lower frame and the side frame and a pair of left and right upper connecting members connecting the side frame and the upper frame; Including, the lower connection member and the upper connection member is characterized in that to increase the fastening force to achieve a wedge-shaped fastening structure.

In the partition frame according to the present invention, horizontal ribs and vertical ribs are formed inside the lower coupling groove of the lower frame to reinforce strength.

In the partition frame of the present invention, the upper frame is characterized in that the upper surface is formed to be flat without a cover.

In the partition frame of the present invention, the lower connecting member has a first engaging protrusion and a second engaging protrusion on one side, a third engaging protrusion on an upper surface, and a keyhole in the middle on one side of the tile, One side of the keyhole is provided with a coupling protrusion protruding upward or downward, and a connector having a coupling groove is coupled to an upper or lower portion opposite to the coupling protrusion.

In the partition frame of the present invention, the upper connection member is provided with an upper coupling protrusion and a lower coupling protrusion on one side, a side frame coupling protrusion is provided on the bottom side, and a keyhole is provided in the middle on one side, and the keyhole One side is provided with a coupling protrusion protruding upward or downward, and a connector having a coupling groove is coupled to the upper or lower portion of the opposite side of the coupling protrusion.

In the partition frame of the present invention, an open space is formed on one side of the upper connecting member along the longitudinal direction, and a cap is formed by an elastic connecting body on one side of an upper surface of the open space, and the upper connecting member and the cap It is characterized in that a locking step and a locking groove are respectively formed on one side.

As described above, the present invention has the effect of firmly forming the support of the entire surface of the panel to prevent deformation of the partition frame and to prevent separation of the panel to always achieve a safe and cozy space.

In addition, the present invention has an effect of preventing damage due to external impact by ensuring that the upper frame and the lower frame are firmly fixed and at the same time improving strength.

Particularly, the partition frame according to the present invention has a wedge-shaped fastening structure to increase fastening force and prevent external protrusion to improve aesthetics.

1 is an exploded view of main parts of a partition frame according to a preferred embodiment of the present invention.
2 is an enlarged view of a main part of a lower frame according to the present invention.
3 is an enlarged view of a main part of a side frame according to the present invention.
4 is an enlarged view of the main part of the upper frame according to the present invention.
5 is an enlarged view of a main part of a connecting member according to the present invention.
6 is an upper connecting member according to the present invention, a view schematically showing a state in which the cap is opened in a closed state.
7 is a view schematically showing a state in which a partition frame and a panel are assembled according to the present invention.
8 is an assembly view of FIG. 7 .
9 is a view schematically showing a state in which side frames and side frames are continuously coupled according to the present invention.
10 is a view schematically showing a state in which the side frame and the side frame are coupled in a continuous manner according to the present invention.

Hereinafter, preferred embodiments according to the present invention will be described in more detail based on the accompanying drawings.

Here, components having the same function in all the drawings below use the same reference numerals, and repetitive descriptions are omitted, and terms to be described later are defined in consideration of the functions in the present invention, which has a unique commonly used meaning. to be interpreted as

1 to 6, the present invention consists of a lower frame 110, a side frame 120, an upper frame 130 and a connecting member 140.

The lower frame 110 is formed in a rectangular shape, and has coupling protrusions 111 for firm coupling with the bottom coupling groove 210 of the panel 200 on the upper surface, and upper coupling grooves 112 and A lower coupling groove 113 is formed.

In addition, between the upper coupling groove 112 and the lower coupling groove 113, a fastening hole h is formed in the longitudinal direction.

In addition, the coupling protrusion 111 is formed by facing each other at a distance from each other with L-shaped support walls 111a having a predetermined height in a vertical direction on the upper surface.

In addition, the upper coupling groove 112 is an empty space formed to reduce weight between the support walls 111a.

In addition, flange portions 111b are formed at both sides of the lower end of the coupling protrusion 111 to stably and firmly support the lower surface of the panel 200 .

In addition, horizontal ribs 113a and vertical ribs 113b are formed inside the lower coupling groove 113 to reinforce strength.

That is, the horizontal ribs 113a and the vertical ribs 113b reinforce the strength of the lower frame 110 .

Here, the horizontal rib 113a and the vertical rib 113b are preferably formed in the inner center of the lower coupling groove 113 of the lower frame 110, and the thickness is preferably determined within the range of 1 mm to 3 mm do.

The horizontal ribs 113a and the vertical ribs 113b may be formed in a truss type or an arch type to improve strength while reducing the thickness.

The side frames 120 are installed to face each other as a pair of left and right sides, and a coupling protrusion 121 for coupling with a side coupling groove of the panel 200 is formed on one side, and the lower surface of the coupling protrusion 121 And a coupling groove 122 is formed on the upper surface.

Here, the coupling groove 122 is formed throughout the inside along the length of the side frame 120 to lighten the weight and at the same time is formed in the same shape and shape as each other.

In addition, a fastening hole (h) is formed in the middle portion of the coupling groove 122 along the longitudinal direction.

The upper frame 130 is formed in a rectangular shape, and on its bottom surface, coupling grooves on the upper surface of the panel 200 and coupling protrusions 131 for firm coupling are integrally formed, and both upper end surfaces of the coupling protrusions 131 are formed integrally with each other. As the coupling groove 132 for coupling is formed.

The coupling protrusion 131 is also formed by facing each other at a distance from each other with L-shaped support walls 131a having a predetermined height in the vertical direction.

In addition, an empty space s is formed between the support walls 131a to reduce weight.

In addition, flange portions 131b for stably and firmly supporting the upper surface of the panel 200 are formed on both sides of the upper end of the coupling protrusion 131 .

In addition, the upper frame 130 is formed so that the top surface is flat without the need for a cover unlike the prior art.

That is, a separate cover for covering the upper surface of the panel 200 is not required by allowing the coupling protrusion 131 to be directly coupled to the coupling groove on the upper surface of the panel 200 and forming the upper surface as a flat surface.

In addition, a fastening hole (h) is formed in the middle portion between the coupling protrusion 131 and the coupling groove 132 along the longitudinal direction.

The connecting member 140 is a pair of left and right lower connecting members 141 connecting the lower frame 110 and the side frame 120, and the left and right connecting members 141 connecting the side frame 120 and the upper frame 130. Right consists of a pair of upper connecting members (142).

Each of the lower connecting members 141 is coupled with the first coupling protrusion 141a for coupling with the upper coupling groove 112 of the lower frame 110 and the lower coupling groove 113 of the lower frame 110 on one side. A second coupling protrusion 141b is provided, and a third coupling protrusion 141c for coupling with the lower coupling groove 122 of the side frame 120 is provided on the upper surface.

Here, the first coupling protrusion 141a has a size corresponding to the upper coupling groove 112 of the lower frame 110, and the second coupling projection 141b has a size corresponding to the lower coupling groove 113. is formed

Also, the third coupling protrusion 141c is formed in a size corresponding to the lower coupling groove 122 of the side frame 120 .

In addition, the fastening hole (h) of the lower frame 110 and the fastening hole of the side frame 120 ( h) and fastening holes (not shown) constituting the same axis are formed.

In addition, on one side of each tile of the lower connection member 141, a keyhole (kh) is provided in the middle, and a coupling protrusion (凸) protruding upward or downward is provided on one side of the keyhole (kh). , A connector (141d) having a coupling groove (凹) is coupled to the upper or lower portion opposite to the coupling protrusion (凸).

Here, the connectors 141d coupled to each lower connecting member 141 are coupled to face each other for coupling with the connectors 141d formed on the other lower connecting member 141.

For example, when the coupling protrusion of the connector 141d located on the left side of each lower connection member 141 is coupled so as to protrude upward, among the lower connection members 141, the connector located on the right side ( The coupling protrusion (凸) of 141d) is coupled so as to protrude downward.

And, the coupling groove (凹) and the coupling protrusion (凸) of the connector (141d) is formed in a mutually corresponding shape and shape.

For example, the coupling groove (凹) is made of a substantially trapezoidal cross section, the coupling projection (凸) is made of a substantially trapezoidal cross section.

In addition, the coupling groove (凹) and the coupling protrusion (凸) are each formed with a stepped portion (reference numeral not shown) on one side.

In addition, each lower connecting member 141 has a leg portion 141e formed to form a space between the bottom surface and the bottom surface of the lower frame 110 .

Therefore, through the space formed between the lower surface and the bottom surface of the lower frame 110, electrical wires or connection lines of various electronic products can be arranged neatly and freely.

Each of the upper connecting members 142 has a coupling groove 132 formed on one side of the upper frame 130 inside both ends, an upper coupling protrusion 142a for coupling, and an empty space formed between the support wall 131a ( s) is provided with a lower coupling protrusion (142b) for coupling, and a side frame coupling projection (142c) for coupling with the upper coupling groove 123 of the side frame 120 is provided on the lower surface.

Here, the upper coupling protrusion 142a is formed in a size corresponding to the coupling groove 132 of the upper frame 130, and the lower coupling protrusion 142b is formed in a size corresponding to the empty space s.

And, the side frame coupling protrusion 142c is formed in a size corresponding to the upper coupling groove 122 of the side frame 120 .

In addition, a fastening hole (h) forming the same axis as the fastening hole (h) of the upper frame 130 is formed on a side surface of the upper connecting member 142 .

In addition, on one side of each tile of the upper connection member 142, a keyhole (kh) is provided in the middle, and a coupling protrusion (凸) protruding upward or downward is provided on one side of the keyhole (kh). , The connector (142d) provided with a coupling groove (凹) is coupled to the top or bottom opposite the coupling protrusion (凸).

Here, the connectors 141d and 142d coupled to the upper connecting member 142 are coupled to face each other.

For example, when the coupling protrusion (凸) of the connector 142d located on the left side of the upper connection member 142 is coupled so as to protrude upward, among the upper connection members 142, the connector 142d located on the right side ) of the coupling protrusion (凸) is coupled so as to protrude downward.

And, the coupling groove (凹) and the coupling protrusion (凸) of the connector (141d) is formed in a mutually corresponding shape and shape.

In addition, the keyhole kh is formed in a circular shape at the center and formed in a straight line at both ends so that a separate fixed key k is accommodated and locking and unlocking are performed when the fixed key k rotates.

The fixing key k is inserted through the keyhole kh of the connectors 141d and 142d so as to firmly fix or release the two left and right side frames 120 coupled to each other and rotate. formed to work.

Here, a handle is formed on the top of the fixed key (k), a circular body is formed on the bottom of the handle, and a locking and unlocking part having a shape and shape corresponding to the key hole (kh) is formed on the bottom.

That is, the center of the locking/unlocking part of the fixed key k is formed in a circular shape, and both side edges are formed in a straight line shape.

In addition, the upper connecting member 142 is formed with an open space (os) along the longitudinal direction on one side to facilitate assembly and fastening with other parts.

In addition, on one side of the upper surface of the open space os, the cap 142e is integrally injection-molded in a snap manner by means of an elastic connecting body (reference numeral not shown) so as to freely open and close the cap 142e.

In addition, on one side of the upper connecting member 142 and the cap 142e, a locking step stp and a locking groove g are formed to prevent the cap 142e from being opened arbitrarily during the closing operation.

The upper connecting member 142 of this configuration significantly reduces the attachment/detachment time during assembly work of the partition frame 100 to improve workability and at the same time improves durability because the cover of the upper frame 130 can be removed unlike the prior art. can achieve

In addition, the lower connection member 141 and the upper connection member 142 according to the present invention can increase the fastening force when connecting each frame through the connectors 141d and 142d forming a wedge-shaped fastening structure.

The assembly state of the partition frame according to the present invention configured as described above will be described with reference to FIGS. 7 and 8.

First, the lower frame 110 positioned horizontally on the bottom side and the left and right side frames 120 positioned vertically on both sides of the lower frame 110 are coupled using a lower connecting member 141 .

At this time, the first coupling protrusion 141a of the lower connecting member 141 is engaged with the upper coupling groove 112 of the lower frame 110, and the second coupling protrusion 141b is coupled to the lower portion of the lower frame 110. It is coupled with the groove 113.

Also, the third coupling protrusion 141c of the lower connection member 141 is coupled to the lower coupling groove 122 of the left and right side frames 120 .

Here, after the lower connecting member 141 and the lower frame 110 and the left and right side frames 120 are coupled, the fastening hole (not shown) formed in the lower connecting member 141 and the lower frame 110 And it is possible to improve the fixing force by fastening with a fastening means such as a screw through the fastening hole (h) formed in the side frame 120.

Next, the bottom coupling groove of the panel 200 is inserted into the coupling protrusion 111 formed on the upper surface of the lower frame 110 and firmly coupled, and at the same time, the coupling formed on the left and right side frames 120 The protrusion 121 and the side coupling groove of the panel 200 are coupled.

Subsequently, the left and right side frames 120 and the upper frame 130 are connected using a pair of left and right upper connecting members 142 .

At this time, the side frame coupling protrusions 142c of the upper connecting member 142 are engaged with the upper coupling grooves 123 of the side frame 120, and the upper coupling protrusions 142a are inside both ends of the upper frame 130. It is coupled with the coupling groove 132 formed by.

And, the lower coupling protrusion 142b of the upper connection member 142 is coupled to the empty space s formed between the support walls 131a of the upper frame 130 .

Here, after the upper connecting member 142 is coupled with the left and right side frames 120 and the right frame 130, the fastening hole formed in the upper connecting member 142 and the fastening hole formed in the side frame 120 (h) ) and the fastening holes (h) formed in the upper frame 130 are matched, respectively, and fastened with a fastening means such as a screw to improve the fixing force.

Meanwhile, when connecting the partition frames 100 according to the present invention in parallel, as shown in FIGS. 9 and 10, the left and right side frames 120 to which the panels 200 are coupled are held with their backs to each other positioned to face each other.

Next, the side frame 120 on either side is lifted and the connectors 141d and 142d symmetrically fixed to each other are coupled.

At this time, the coupling grooves (凹) and coupling protrusions (凸) of the respective connectors 141d and 142d face each other vertically and are coupled.

For example, the side frame 120 located on the left and the lower frame 120 and the lower frame ( The coupling protrusions of the connectors 141d and 142d mounted on the right side of 110 are coupled.

In addition, the side frame 120 and the lower frame ( The coupling protrusions of the connectors 141d and 142d mounted on the right side of 110 are coupled.

At this time, since the connectors 141d and 142d are mounted on the left and right sides of the left and right side frames 120 and the lower frame 110, even if they are formed on either partition frame 100 by lifting and combining them can be easily combined.

Next, insert the fixed key (k) into the keyhole (kh) of the left and right side frames 120 coupled to face each other, and then rotate it clockwise or counterclockwise by 90 ° to lock it to prevent shaking or separation. do.

Accordingly, each partition frame 100 is quickly and firmly connected, and when trying to separate each partition frame 100 from each other, it is sufficient to proceed in the reverse order of the above combining process.

Therefore, the present invention can reduce costs, minimize damage caused by external shocks, and facilitate handling by reducing the thickness of the frame and improving the strength while reducing the weight through such an assembly operation.

The present invention described above is not limited by the above-described embodiments and the accompanying drawings, and various substitutions, modifications, and changes to other equivalent embodiments are possible within the scope of the technical spirit of the present invention. It will be clear to those skilled in the art to which the present invention pertains.

100: partition frame 110: lower frame
111: coupling protrusion 111a: support wall
111b: flange portion 112: upper coupling groove
113: lower coupling groove 113a: horizontal rib
113b: vertical rib 120: side frame
121: coupling protrusion 122: coupling groove
130: upper frame 131: coupling protrusion
131a: support wall 131b: flange portion
132: coupling groove 140: connecting member
141: lower connecting member 141a: first coupling protrusion
141b: second coupling protrusion 141c: third coupling protrusion
141d: connector 141e: leg
142: upper connecting member 142a: upper coupling protrusion
142b: lower engaging projection 142c: side frame engaging projection
142d: connector 142e: cap
s: empty space h: fastening hole
k: fixed key 200: panel

Claims (6)

In the frame constituting the partition,
a lower frame formed in a rectangular shape, having coupling protrusions for firm coupling with coupling grooves on the lower surface of the panel, and upper coupling grooves and lower coupling grooves formed on both sides of the lower frame;
It is installed to face each other on the left and right sides of the lower frame, and a coupling protrusion for coupling with the side coupling groove of the panel is formed on one side, a lower coupling groove is formed on the lower surface of the coupling projection, and an upper coupling groove is formed on the upper surface of the coupling projection. a pair of side frames in which grooves are formed;
An upper frame formed in a rectangular shape, having coupling grooves on the upper surface of the panel and coupling protrusions integrally formed on the lower surface, and coupling grooves for coupling formed inside both end surfaces of the upper portion of the coupling projections;
a connecting member comprising a pair of left and right lower connecting members connecting the lower frame and the side frame and a pair of left and right upper connecting members connecting the side frame and the upper frame; Including,
The partition frame, characterized in that the lower connection member and the upper connection member to form a wedge-shaped fastening structure to increase the fastening force. According to claim 1,
A partition frame, characterized in that horizontal ribs and vertical ribs for strength reinforcement are formed inside the lower coupling groove of the lower frame. According to claim 1,
The upper frame is a partition frame, characterized in that the upper surface is formed to form a plane without a cover. According to claim 1,
The lower connecting member has a first engaging protrusion and a second engaging protrusion on one side, a third engaging protrusion on an upper surface, a keyhole in the middle on one side of the tile, and an upper or lower connecting protrusion on one side of the keyhole. A partition frame characterized in that a coupling protrusion protruding downward is provided, and a connector having a coupling groove is coupled to an upper or lower portion opposite to the coupling protrusion. According to claim 1,
The upper connecting member has an upper coupling protrusion and a lower coupling protrusion on one side, a side frame coupling protrusion on a bottom surface, a key hole in the middle on one side, and an upper or lower protrusion on one side of the key hole. A partition frame characterized in that a coupling protrusion is provided, and a connector having a coupling groove is coupled to an upper or lower portion opposite to the coupling protrusion. According to claim 1,
An open space is formed on one side of the upper connecting member along the longitudinal direction, a cap is formed by an elastic connector on one side of the upper surface of the open space, and a locking jaw and a locking groove are formed on one side of the upper connecting member and the cap. Partition frames characterized in that each is formed.

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