KR20210144041A - Spacing device between constructional insulation - Google Patents

Abstract

The present invention provides an apparatus for spacing construction insulators, which is configured to come in close contact with and support edges of two insulators, which are installed to intersect each other, by using finishing brackets, each having a width cross section of an L shape and to adjust a gap by forming a gap adjuster, which can lengthwise adjust a gap, between adjacent two finishing brackets, thereby performing correct construction at a predetermined position as well as enhancing construction efficiency. In particular, the present invention provides an apparatus for spacing construction insulators, which is configured to maintain a predetermined gap by the gap adjuster in a state that the finishing brackets are fixed to the insulators to be located at predetermined positions by forming stuck protrusions to protrude on the surfaces of the finishing brackets facing the insulators, thereby performing correct construction at a predetermined position while further enhancing construction efficiency.

Description

Spacing device for building insulation {SPACING DEVICE BETWEEN CONSTRUCTIONAL INSULATION}

The present invention relates to a device for maintaining a gap for a building insulating material, and more particularly, by configuring the edges of two intersecting insulating materials to be closed with a closing bracket and supported by a gap adjusting member that can adjust the length between them, work efficiency is improved It can be installed evenly and tall, so that the finishing effect can be enhanced.

In general, when constructing a building by pouring concrete, as in [FIG. 1] and [FIG. 2], as shown in [Fig. , the insulation material (I) is made integrally with the concrete, so that the insulation effect can be increased. The heat insulating material I constructed in this way maintains the space|interval between them uniformly using the space|interval holding tool like the following (patent document 1) - (patent document 3).

(Patent Document 1) Korean Patent No. 10-1262565

It relates to a space control fixing device for installing an insulation material installed in a vertical aluminum formwork, wherein in fixing the insulation material to each inner surface of the aluminum formwork on both sides vertical, the insulators facing each other are closely fixed to the top of the aluminum formwork on both sides of the vertical. a pair of giyeok-shaped contact members that are in close contact with the upper and inner surfaces of the insulators; a rod-shaped member protruding integrally to one side of the pair of giyeok-shaped contact members and having external threads formed on the outer circumferential surface; a pair of annular members each having an inner peripheral surface screwed to the male screw of the rod-shaped member and tapering an outer peripheral surface; It is characterized in that it consists of a single pipe in which both ends of the inner peripheral surface of the tapered outer peripheral surface of the annular member is press-bonded. In this configuration, not only the manufacturing cost is reduced by using the existing pipe that has already been manufactured and distributed for the spacing adjustment fixture for insulation installation, but also the construction of the spacing adjustment fixture for insulation installation can be easily constructed, thereby reducing the construction period and cost. This has a saving effect.

(Patent Document 2) Korean Patent No. 10-1830577

It relates to a space maintenance tool for a plate-shaped insulator attached to a building wall that allows the plate-shaped insulating material to be quickly adhered to and fixed to a form using a simple structure gap maintaining member, and is fixed to the inner surface of the left-side contacting member and the left-side contacting member It includes a coupling shaft to be coupled, a fixing member having a circular hollow portion into which the coupling shaft is inserted, and a right contact member rotatably coupled to the right end of the fixing member.

(Patent Document 3) Korea Registered Utility No. 20-0489839

It relates to a cable tie-type insulating material gap adjusting device for aluminum formwork, and when an operator attaches the insulating material to the aluminum formwork, when the cable tie is pulled by contacting the first adhesion member provided at one end in a state in which the insulation material is in close contact with the formwork on one side The present invention relates to a gap adjusting device for a cable tie-type insulating material aluminum form, in which the opposite second adhesion member advances and is in close contact with the aluminum formwork on the other side, so that the gap adjustment operation is very simple and productivity is improved. In this way, the cable tie-type insulation gap adjusting device for aluminum formwork installed so that the insulation material can be closely attached to the vertical aluminum formwork installed facing each other is such that the insulator can be closely attached to the vertical aluminum formwork on one side and the teeth of the cable tie are interposed and caught. A cable tie seating part formed so that the body part with the toothed part, which is the other end of the cable tie, can be drawn out to the upper part, while being able to adhere the insulating material to the vertical aluminum formwork on the other side, When the second adhesive member and the cable tie seating part are seated to prevent the junction of one end from moving, and when the body part of the cable tie is pulled, the second adhesive part advances forward so that the first adhesive part and the second part of the first adhesive member are not moved. and a cable tie configured to have a gap between the second contact portions of the adhesion member.

On the other hand, as shown in [Fig. 1] and [Fig. 2], the formwork (M) is manufactured so that the column part and the ceiling part of the upper part can be poured concrete at once, so the insulation material (I) and the ceiling mounted on the column Insulation materials (I) to be installed on each other cross each other. Accordingly, there may be a slight gap between the two heat insulating materials (I), and if the gap is left as it is, concrete or moisture will permeate, and also lead to poor construction, such as the heat insulating material being pressed into the impregnated concrete. Accordingly, the parts that meet while being mounted on the pillar and the ceiling, respectively, are finished with a tape (T) to construct concrete.

However, the following problems occur as the two insulating materials that cross each other in contact with each other are closed with a tape.

(1) If the gap between the two insulators installed closely with tape is not properly closed, moisture or concrete may seep into the gap.

(2) In particular, even if the tape is properly attached to the insulation, if a worker or construction material touches or scratches the tape during work, the tape will break and a gap will occur.

(3) In addition, since there are fine grooves or holes on the surface of the insulation material or the surface is uneven, it takes a long time to accurately attach the tape to the insulation material.

(4) Accordingly, not only the construction time is prolonged, but the concentration of the worker is lowered as the same operation is repeated for a long time, so that the tape cannot be attached to the correct position, or there is a risk that the tape may be easily dropped even if attached.

Korean Patent Registration No. 10-1262565 (Registration Date: 2013.05.02) Korean Patent No. 10-1830577 (Registration Date: 2018.02.12) Korea Registered Utility No. 20-0489839 (Registration Date: 2019.08.12)

The present invention is made in consideration of this point, and is configured to be supported in close contact with the edges of two insulators installed to cross each other using a closing bracket having a "L" shape in its width cross section, and is attached to two adjacent closing brackets. An object of the present invention is to provide a device for maintaining a space for an insulating material for construction, which can be configured to be able to adjust the distance with a length-adjustable spacer, not only to increase construction efficiency, but also to accurately install it at a predetermined location.

In particular, the present invention protrudes the driving protrusion on the surface of the finishing bracket facing the heat insulating material, so that the finishing bracket is fixed to the heat insulating material to come to a predetermined position, and the predetermined interval can be maintained with the interval adjusting member, thereby further increasing the construction efficiency Another object of the present invention is to provide a device for maintaining a gap for a building insulation material that can be accurately installed in a predetermined position.

In addition, in the present invention, by forming the width and thickness of the closing bracket to be thicker than the thickness of the insulation material, when two insulation materials cross each other, the edges in contact with each other can be wrapped with this finishing bracket to enable construction, thereby eliminating construction defects and improving construction efficiency. Another object of the present invention is to provide a device for maintaining a gap for a building insulation material that can be made higher.

In accordance with the present invention for achieving this object, there is provided an apparatus for maintaining a gap for a building insulation material, comprising: a closing bracket 100 having a width cross-section of a “L”-shaped length member; And the female screw member 210 mounted so that the compression plate 211 can be rotated in place on one side, and the compression plate 221 on one side are integrally formed, and the length can be adjusted by screwing the female screw member 210 into the body. Including, but in the closing bracket 100, the edge portion on one side is bent to face each other and the compression plate 210 is inserted and supported It is characterized in that the bent portion 110 is configured to be fixed.

In particular, in the closing bracket 100 , at least one driving protrusion 120 is formed to protrude over the entire length on both surfaces facing each other.

In addition, in the apparatus for maintaining the distance of the insulating material for construction according to the present invention, the closing bracket 100 is mounted in close contact with the edge portion of the two insulators (I) mounted to cross the form (M), and the spacing adjusting tool 200 is characterized in that the compression plate 210 is inserted into the two closing brackets 100 mounted to face each other in this way, and then the construction is performed to maintain a gap by a screw fastening method.

The device for maintaining the spacing of the insulating material for construction according to the present invention has the following effects.

(1) Finishing the edges of two insulators installed crosswise with a finishing bracket, and then maintaining a constant distance with a gap adjuster, it can be finished easily and conveniently by screwing the finishing bracket over the insulating material. This can increase the construction efficiency.

(2) In addition, since it can be easily constructed by simply placing the finishing bracket over two intersecting insulating materials, anyone can easily and conveniently finish the edge of the insulating material using the closing bracket easily and conveniently.

(3) In particular, by forming a driving protrusion protrudingly on the finishing bracket, and fixing and supporting the finishing bracket by making the driving projections are embedded in the insulating material, the desired spacing can be maintained easily, quickly and accurately with the spacing adjuster while the closing bracket is fixed immovably. be able to

(4) And since a bent part is formed in the closing bracket so that the crimping plate part of the spacing adjusting member can be inserted, even if the spacing of the spacing adjusting member is adjusted while the crimping plate is inserted into this bent part, the gap can be easily and accurately determined. The adjuster can stably support the closure bracket.

[FIG. 1] is a photograph showing a state in which the edges of two insulators installed to cross each other in the prior art are closed with a tape.
[Fig. 2] is a side view showing a state in which the edges of two insulators installed to cross each other in the prior art are closed with a tape.
[FIG. 3] is a side view showing a state in which the insulation material is fixed with the device for maintaining the spacing of the insulation material for construction according to the present invention.
[Figure 4] is an exploded perspective view to show the configuration of the spacing device of the insulating material for the shaft according to the present invention.
[FIG. 5] is a view for showing the overall configuration of the closing bracket according to the present invention, (a) is a perspective view, (b) is a front view.
[FIG. 6] is a front view with a part cut out in disassemble to show the configuration of the spacer according to the present invention.

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the accompanying drawings. Prior to this, the terms or words used in the present specification and claims should not be construed as being limited to their ordinary or dictionary meanings, and the inventor may properly define the concept of the term in order to best describe his invention. It should be interpreted as meaning and concept consistent with the technical idea of the present invention in accordance with the principle that can be.

Accordingly, the embodiments described in the present specification and the configurations shown in the drawings are only one most preferred embodiment of the present invention and do not represent all the technical spirit of the present invention, so various equivalents that can be substituted for them at the time of the present application It should be understood that there may be variations and examples.

(Configuration)

The device for maintaining the spacing of the insulating material for construction according to the present invention includes a closing bracket 100 , and a spacing adjusting member 200 as shown in FIGS. 3 to 6 .

In particular, the closing bracket 100 is formed so that the cross section of the width is “L”, so that the two insulators (I) mounted to cross are wrapped around the abutting edge portion at a time to firmly maintain its shape. , while maintaining a constant distance between the insulation materials (I), the finishing bracket 100 does not deviate from or fall out from the edge portion, so that construction and work efficiency can be increased.

In addition, in the closing bracket 100, by forming the bent portion 110 on one side of the "L"-shaped width cross-section, the spacing between the closing bracket 100 and the bent portion 110 by inserting the gap adjusting member 200 By making it possible to adjust the gap control member 200 from the closing bracket 100, it is possible to fix the insulating material (I) more stably and conveniently.

And in the closing bracket 100, by protruding at least one driving protrusion 120 on the surface facing the heat insulating material (I), respectively, to mount the closing bracket 100 to the edge of the insulating material (I) intersecting each other. When this driving protrusion 120 can be firmly fixed, this makes it possible to construct the insulation material (I) more quickly and accurately.

Hereinafter, such a configuration will be described in more detail with reference to the accompanying drawings. Here, the reference numeral "M" denotes a formwork constructed to construct a building, and "I" denotes an insulating material installed in the formwork and installed to cross each other.

go. closure bracket

The closing bracket 100 is manufactured in the form of a length member having a "L" shape in cross section, as shown in FIGS. 3 to 5 . At this time, the closing bracket 100 may be manufactured in the form of a length member and cut to fit the length of the insulating material (I), but in general, since the length of the insulating material (I) is already standardized, the closing bracket ( It is preferable to produce a length of 100).

In addition, the closing bracket 100, the length of one side of the cross section is preferably manufactured to be thicker than the thickness of the insulating material (I). This is because, when constructing the insulation (I) on the form (M), the edge parts overlap each other and overlap each other. This is to block the inflow of concrete or moisture through the gaps or gaps.

The closing bracket 100 made in this way, as shown in [Fig. 3] to [Fig. 5], is firmly mounted on the insulator (I) so that the insulators (I) facing each other can maintain a certain distance, the bent portion 110 ) and the driving protrusion 120 are formed.

One. bending part

The bent portion 110 is formed to face each other by bending one edge of the closing bracket 100, as shown in [Fig. 3] to [Fig. 5]. At this time, the gap between the faces facing each other is formed enough to be spanned by sandwiching the compression plate 210, which will be described later. Accordingly, the bent portion 110 is configured so that the compression plate 210 is overlaid, so that the gap adjusting member 200 to be described later is fitted in the closing bracket 100 so that it does not easily come off or fall out, as well as this gap adjusting tool ( 200) so that it can be supported so that it can always maintain the desired distance.

2. nailed protrusion

The driving protrusions 120 are formed to protrude at least one each on the surfaces facing each other, as shown in FIGS. 3 to 5 . At this time, the driving protrusion 120 is formed to protrude over the entire length when the closing bracket 100 is formed in an extrusion method, so that when the closing bracket 100 is compression molded, the driving projection 120 is also integrally formed. desirable. Of course, the driving protrusion 120 may be formed to protrude to have a wedge shape or a nail-like shape.

The finishing bracket 100 made in this way, as shown in [Fig. 3], wraps around the edge portion where two insulators (I) mounted to cross each other meet so that the gap at the edge is not exposed to the outside when pouring concrete or concrete. It prevents moisture, etc. from penetrating or penetrating into the crevices of this edge.

me. interval control

The gap adjustment member 200 is, as shown in [FIG. 3], [FIG. 4] and [FIG. 6], between the insulating material (I) to be constructed on the inner surface of the form (M) used when manufacturing a wall or a column, etc. Used to maintain spacing.

In particular, the spacing adjustment member 200, as shown in [Fig. 3], [Fig. 4] and [Fig. 6], by configuring the length adjustment is made through a screw fastening method, both ends are each of the above-described closing bracket 100 ) while supporting it, it is constructed so that it can be easily adjusted to the desired interval. To this end, the spacing adjusting member 200 is configured to include a female screw member 210 and a screw member 220 .

1. No female thread

The female screw member 210 is a member having a female screw formed therein along the longitudinal direction on one side as shown in Figs. installed so that Here, the compression plate 211 is inserted into the above-described bent portion 110 to support the female screw member 210 rotatably when the spacing is adjusted with the spacing adjusting member 200, and at the same time, the compression plate 211 ) so as not to fall out from the bent portion 110 so that the gap can be adjusted while stably supporting the closing bracket 100 .

2. No screw

The screw member 220 is screwed to the above-mentioned female screw member 210 on one side as shown in [FIG. 3], [FIG. 4] and [FIG. 6], and is spaced along the direction in which the female screw member 210 is rotated. It is a member that allows the length of the adjustment member 200 to expand and contract. A compression plate 221 is formed on the other side of the screw member 220 . At this time, the compression plate 221 is fixedly manufactured by the screw member 220 when the screw member 220 does not rotate when adjusting the length of the spacing adjusting member 200, and the screw member 220 is rotated. When configured to be able to, the compression plate 221 is configured in a rotational manner.

The device for maintaining the spacing of the insulating material for construction according to the present invention made in this way, as shown in [Fig. 3], closes the edge portion where the two insulators (I) installed in close contact with each other are closed with the closing bracket 100 so that the edge portion is Block the inflow of concrete or moisture by not exposing to the outside, and in this state, when the female screw member 210 is turned while the compression plates 211 and 221 are placed over the bent portion 110 in this state, the gap adjusting member 200 ) expands and contracts, allowing you to adjust the spacing as much as you want.

100: closure bracket
110: bent part
120: bumping protrusion
200: gap control
210: female thread member
211, 221: compression plate
220: no screw
I: insulation

Claims (3)

Closing bracket 100 made of a length member having a width cross-section "L"-shaped; And the female screw member 210 mounted so that the compression plate 211 can be rotated in place on one side, and the compression plate 221 on one side are integrally formed and screwed to the female screw member 210 to adjust the length. Including, but including;
In the closing bracket 100,
A gap maintaining device for building insulation, characterized in that one side is bent to face each other and the bent portion 110 is configured to be supported and fixed by inserting the compression plate 210 .
In claim 1,
In the closing bracket 100,
At least one driving protrusion (120) on both sides facing each other is formed to protrude over the entire length, the distance maintaining device for the insulating material for construction.
In claim 1 or 2,
The closing bracket 100 is mounted in close contact with the edge of the two insulating materials (I) mounted to cross the form (M),
The spacing control device 200 is a spacer maintenance device for building insulation, characterized in that the compression plate 210 is inserted into the two closing brackets 100 mounted to face each other as described above, and then the spacing is maintained by a screw fastening method. .

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