KR200495972Y1 - Prefabricated partition - Google Patents

Abstract

This design can be easily installed and used on the floor and ceiling surfaces of the indoor space to be divided, and the angle of the vertical panel can be adjusted to maximize the beauty of living space by creating various shapes and angles. ,
The prefabricated temporary wall partition 100 of the present invention is provided in proximity to the upper and lower ends of the vertical panel 110 to support the vertical panel with upper and lower panel support frames 120a and 120b, and the upper and lower portions. A vertical panel 110 that is rotatably assembled and installed between the panel support frames 120a and 120b, and a height adjustment frame 130 inserted into the upper panel support frame 120a to be in close contact with the ceiling surface by variableness. And, a floor variable member 150-1 installed inside the lower panel support frame 120b installed on the floor and adjusting the height of the panel support frame 120b by bidirectional rotation while supporting the panel support frame 120b. ), and a ceiling variable member (150-2) installed inside the upper panel support frame (120a) to raise and lower the height adjustment frame 130 by rotation in both directions to adjust the height; characterized in that it consists of.

Description

Prefabricated Partition {Prefabricated partition}

The present invention divides the indoor space, and in more detail, it can be installed and used on the floor and ceiling of the indoor space to be divided, and the angle of the vertical panel can be adjusted to produce various shapes and angles. It relates to a prefabricated temporary wall partition that can maximize the beauty of living space.

In general, a partition is intended to maximize space efficiency by dividing a limited indoor space, and is widely used to create a creative work environment while protecting personal privacy as well as improving work efficiency.

Recently, there is a trend to improve the partition structure into a structure that can be assembled and designed in more various forms.

As an example of the accompanying drawings, as shown in FIG. 1, in the conventional partition, vertical panels 12 are fixed to the inside of an outer frame 11 of a square shape at equal intervals, and the lower end of the outer frame is a floor fixing member 13. It is fixedly installed on the floor by the , and the upper end of the outer frame is fixedly installed on the ceiling through the ceiling fixing member 14 .

This conventional partition 10 is made to be made-to-order so that the outer frame and the inner vertical panel forming the partition are fixed to the floor and the ceiling through the ceiling fixing member and the floor fixing member in a state where the production is made according to the order.

Since the above-mentioned conventional partition 10 is manufactured in a state in which the vertical panel 12 is fixed, there is a problem in that the angle cannot be changed, and there is a problem of reducing the aesthetics of the space when used for a long period of time.

In addition, since it is manufactured according to the height of the floor and ceiling, it is limited by space movement and installation.

Patent Document 1: Registered Patent No. 10-1536970

The present invention is intended to solve the above problems and has the following objects.

An object of the present invention is to provide a partition that can be installed regardless of the height of the ceiling from the floor of the indoor space to be divided.

The purpose of the present invention is to provide a partition that can maximize the beauty of living space by directing angles in various shapes by making it possible to adjust the angle of the vertical panel.

The present invention for achieving the above object is provided close to the top and bottom of the vertical panel upper and lower panel support frames for supporting the vertical panel,

A vertical panel that is assembled and installed so as to be rotatable between the panel support frames provided at the top and bottom;

A height adjustment frame that is inserted into the upper panel support frame and made to be in close contact with the ceiling surface by variableness;

A floor variable member installed inside the lower panel support frame installed on the floor to support the panel support frame and adjust the height of the panel support frame by bidirectional rotation;

It is characterized in that it includes a; ceiling variable member installed inside the upper panel support frame to adjust the height by raising and lowering the height adjustment frame by rotation in both directions.

The upper and lower panel support frame of the present invention is to support the vertical panel, a support portion in which a plurality of hinge fastening holes to which the vertical panel is bound and seated are formed, and a pair of left and right inner guide pieces to the inside of the finishing piece and the finishing piece vertically of the support Doedoe extending to, the end of the inner guide piece is characterized in that the protrusion piece is formed to have a fitting portion protruding vertically spaced apart inward.

An angle selection groove for guiding the rotation angle of the vertical panel is formed in the support part, a first groove for guiding the vertical panel in parallel in the longitudinal direction of the panel support frame, a second groove for guiding the vertical panel obliquely, and a vertical panel It is characterized in that it is formed with a third groove guiding at a right angle.

The height adjustment frame is provided with a ceiling support piece in close contact with the ceiling, and a pair of guide bars extending vertically spaced apart from the ceiling support piece. Meji protrusions are formed at equal intervals on the outside of the guide bar to form a meji line. There is a characteristic of one thing.

As described above, this design can be easily installed and used on the floor and ceiling surfaces of the indoor space to be divided, and the angle of the vertical panel can be adjusted to create various shapes and angles, maximizing the beauty of living space. have an effect that can

1 is a view for explaining a conventional partition structure.
2 to 7 are views for explaining the structure of a prefabricated partition according to an embodiment of the present invention.
8 is a view for explaining the operating relationship of the prefabricated partition according to the embodiment of the present invention.

Hereinafter, a prefabricated temporary wall partition according to an embodiment of the present invention will be described with reference to the accompanying drawings.

In describing the present invention below, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted. In addition, the terms to be described later are terms set in consideration of the functions in the present invention, and these terms may vary according to the intention or custom of the producer producing the product, and definitions of terms should be made based on the content throughout this specification.

(Example)

As shown in the accompanying drawings Figures 2 to 7, the prefabricated temporary wall partition 100 according to the present invention is largely, the panel support frame provided at the upper and lower ends to support the vertical panel, and is supported by the panel support frame at various angles It consists of a vertical panel that creates a vertical panel, a height adjustment frame inserted into the upper panel support frame and raised and lowered by the adjustment of the variable member, and a floor variable member that adjusts the height while supporting the panel support frame provided at the lower end. ( see Figure 2)

In more detail, the upper and lower panel support frames 120a and 120b are provided close to the upper and lower ends of the vertical panel 110 to support the vertical panel, and the upper and lower panel support frames 120a (120a) ( 120b) is provided with a vertical panel 110 that is assembled and installed so as to be rotatable, and a height adjustment frame 130 inserted into the upper panel support frame 120a to be in close contact with the ceiling surface by variability.

And a floor variable member 150-1 installed inside the lower panel support frame 120b installed on the floor to control the height of the panel support frame 120b by bidirectional rotation while supporting the panel support frame 120b. is provided

And a ceiling variable member (150-2) installed inside the upper panel support frame (120a) to raise and lower the height adjustment frame 130 by rotation in both directions to adjust the height; is provided.

In particular, the upper and lower panel support frames 120a and 120b include a support portion 121 in which a plurality of hinge fastening holes 121a to which the vertical panel 110 is coupled and seated are formed, and a finishing piece 123 and a vertical end of the support portion. , the inner guide piece 122 extends to the inside of the closing piece as a pair of left and right.

At this time, the end of the inner guide piece is protruded to the inside of the protruding piece (122a) to be vertically spaced apart to form a fitting portion (122b).

The hinge fastening hole (121a) is formed in a plurality at equal intervals, it is preferable to form an interval of about 100mm ~ 200mm according to the length of the partition in consideration of the width of the space to be installed.

The finishing piece 123 is formed to extend vertically from both ends of the support part 121, and the outer surface of the finishing piece 123 increases the reinforcing force, and in order to maximize the interior space and aesthetics, there are corrugated and corrugated parts. formed, and in addition, various shapes may be formed.

And the inner guide piece 122 is formed to be spaced apart from the inside of the closing piece 123, it is preferable to protrude smaller than the length of the closing piece 123.

A member for adjusting the height is formed in the fitting portion 122b of the protruding piece 122a of the inner guide piece 122, and the bottom panel support frame includes at least three or more variable floor members 150-1 (center and Both ends) are assembled, and it is preferable that at least three or more ceiling variable members 150-2 are assembled as the upper panel support frame.

The bottom variable member 150-1 is provided with a support piece 151-1a inserted into the fitting portion 122b, and a footrest 150-1b screwed to the support piece.

At this time, a screw hole 151-1a' is formed in the support piece 151-1a so that the foot is screwed, and the bolt 151-1b' assembled with the screw hole is formed in the foot tube 150-1b. .

And the ceiling variable member 150-2 is inserted into the fitting portion and consists of a support piece having a screw hole and a lifting member screwed to the support piece.

On the other hand, it is preferable that the closing cap 140 is assembled to both ends of the upper and lower panel support frame 120b.

Meanwhile, an angle selection groove 121-1 for guiding the rotation angle of the vertical panel 110 is formed in the support part 121 .

The angle selection groove 121-1 is to guide the rotation angle of the vertical panel 110,

A first groove (L1) for guiding the vertical panel 110 in parallel in the longitudinal direction of the panel support frame, a second groove (L2) for guiding the vertical panel 110 obliquely, and guiding the vertical panel 110 at a right angle is made of a third groove (L3), (refer to FIG. 8)

And a height adjustment frame 130 is assembled to the upper panel support frame 120b, a ceiling support piece 131 in close contact with the ceiling, and a pair of guide bars extending vertically spaced apart from the ceiling support piece 131 ( 132), meji protrusions 133 are formed at equal intervals on the outside of the guide bar to form meji lines 133a.

The height adjustment frame 130 is inserted and coupled to the upper panel support frame 120a, and is drawn out from the inside of the upper panel support frame 120a by adjusting the ceiling variable member 150-2 to be in close contact with the ceiling.

On the other hand, the panel vertical 110 of the present invention is made of a body 111 having a fastening hole 111a inside, and a concave-convex portion 111b for increasing reinforcing force is formed at a side end of the body.

And photo paper, sheet paper, etc. may be attached to one side, both sides, or the entire surface of the body.

In this case, it is preferable to adopt the photo paper and the sheet paper printed with various pictures such as landscape paintings.

The panel vertical 110 is assembled by being positioned between the upper and lower panel support frames, and is positioned as a hinge fastening hole and fastened with bolts or the like from the outside of the panel support frame.

At this time, it can be assembled rotatably, and it can be installed so that it is no longer rotated by completely tightening the bolt by selecting it horizontally, inclined, or at a right angle.

In addition, it may be assembled through a rotation control member 112 in addition to the bolt, and the rotation control member 112 protrudes to the upper and lower ends of the finishing piece 112a having the same shape as the area of the vertical panel 110 and the closing piece. It is formed to have a hinge (112b) inserted into the hinge fastening hole of each panel support frame.

When assembling the vertical panel by the rotation control member 112 as described above, the angle of the vertical panel is always adjusted according to the user's needs.

Hereinafter, the operating state and action of the prefabricated temporary wall partition of the present invention will be described.

The installation example of the prefabricated temporary wall partition of the present invention will be described as follows.

If the height from the floor to the ceiling of the room where the prefabricated partition is to be installed is 2,000mm, the overall length of the partition (lower panel support frame + panel vertical + upper panel support frame) of this design is approximately 1920mm~1950mm. it is preferable

With such a length, the entire partition is raised by rotating the floor variable member 150-1 of the lower panel support frame 120a in one direction while standing in the space to be installed in the fully assembled state.

When the combined ceiling variable member 150-2 of the upper panel support frame 120b is rotated in one direction in a raised state to a certain extent, the height adjustment frame 130 is drawn out from the upper panel support frame to adhere to the ceiling.

In this case, it is preferable that a hole is formed in the portion where the ceiling variable member 150-2 is positioned so that a hexagonal wrench or the like is inserted.

As described above, when the ceiling variable member 150-2 provided in the left and right centers is operated to raise the height adjustment frame 130 so that it is in close contact with the ceiling surface, the installation is completed.

At this time, a meji protrusion and a meji line are formed on the outside of the guide bar of the height adjustment frame 130 to be drawn out, so that the aesthetics of the partition itself is prevented from being deteriorated.

As shown in FIG. 8 in the accompanying drawings in the state where the installation is completed as described above, it is rotated to a desired angle and used, but rotated in the following manner.

For example, when positioned in the longitudinal direction of the vertical partition, the vertical partition can be set in parallel by rotating the vertical partition to seat the narrow width of the vertical partition into the first groove (L1).

At this time, the vertical panel is prevented from rotating by itself while being introduced into the first groove (L1).

And when the vertical partition is arranged inclined, if the vertical partition is rotated and both corners are set in contact with the width of the second groove (L2), the correct angle of inclination of 45 degrees is adjusted and the state is achieved by the second groove (L2). can keep

In addition, if the vertical partition is rotated so that the large-width surface is positioned parallel to the third groove L3, the vertical partition can be maintained at a right angle.

As such, the prefabricated variable partition of the present invention can be installed without a separate fixed installation member for installing the partition in an indoor space, and can be moved to another space.

In particular, it is possible to create a variety of interior spaces through the free angle adjustment of the vertical panel, and the vertical angle adjustment is possible, so it is possible to efficiently control the blocking of lighting light or sunlight, and to induce the direction of the wind. there is a function

When the partition of the present invention is installed in the vicinity of an entrance or a balcony window or in the vicinity where an air conditioner is installed, functions other than the role of partitioning the space can be expected.

The specific embodiments of the present invention have been described above.

However, the spirit and scope of the present invention are not particularly limited to these specific embodiments, and it is common knowledge in the technical field that various modifications and variations are possible without changing the gist of the present invention. Those who have should understand.

Therefore, since the above-described embodiments are provided to completely inform those of ordinary skill in the art to which the present invention pertains the scope of the invention, it should be understood that the present invention is illustrative and not restrictive in all respects. is only defined by the scope of the claims.

100: prefabricated temporary wall partition 110: vertical panel
112: rotation control member 120a, 120b: panel support frame
121: support portion 122: inner guide piece
123: finish piece 121-1: angle selection groove
130: height adjustment frame 150-1: floor variable member
150-2: ceiling variable member

Claims (6)

Upper and lower panel support frames 120a and 120b provided close to the upper and lower ends of the vertical panel 110 to support the vertical panel;
A vertical panel 110 that is assembled and installed so as to be rotatable between the panel support frames 120a and 120b provided at the upper and lower ends;
A height adjustment frame 130 that is inserted into the upper panel support frame 120a and is made to be in close contact with the ceiling surface by variability;
A floor variable member 150-1 that is installed inside the lower panel support frame 120b installed on the floor and controls the height of the panel support frame 120b by bidirectional rotation while supporting the panel support frame 120b; ,
A ceiling variable member (150-2) installed inside the upper panel support frame (120a) to raise and lower the height adjustment frame 130 by rotation in both directions to adjust the height;
The upper and lower panel support frames 120a and 120b support the vertical panel 110,
a support portion 121 in which a plurality of hinge fastening holes 121a to which the vertical panel 110 is coupled and seated are formed;
The finishing piece 123 and the inner guide piece 122 extend in a pair of left and right to the inside of the closing piece vertically of the support, and the end of the inner guide piece is inserted with the protruding piece 122a protruding to the inside to be vertically spaced apart Prefabricated temporary wall partition, characterized in that it has a portion (122b).
delete The method of claim 1,
Prefabricated temporary wall partition, characterized in that the support portion 121 is formed with an angle selection groove (121-1) for guiding the rotation angle of the vertical panel (110).
4. The method of claim 3,
The angle selection groove 121-1 is to guide the rotation angle of the vertical panel 110,
A first groove (L1) for guiding the vertical panel 110 in parallel in the longitudinal direction of the panel support frame;
A second groove (L2) for guiding the vertical panel 110 in an inclined manner,
A third groove (L3) for guiding the vertical panel 110 at a right angle; prefabricated temporary wall partition, characterized in that it is formed.
The method of claim 1,
The height adjustment frame 130,
A ceiling support piece 131 that is in close contact with the ceiling, and
A pair of guide bars 132 extending vertically apart from the ceiling support piece 131 are provided. Meji protrusions 133 are formed at equal intervals on the outside of the guide bar to form a meji line 133a. Prefabricated temporary wall partition, characterized in that.
6. The method of claim 1 or 5,
The height adjustment frame 130 is inserted and coupled to the upper panel support frame 120a, and is drawn out from the inside of the upper panel support frame 120a by adjusting the ceiling variable member 150-2 and is in close contact with the ceiling. prefabricated temporary wall partitions.

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