KR20160003581U - Multifunctional Connector and it's application - Google Patents

Abstract

The present invention is an invention designed to withstand the pressures applied to concrete by inserting both sides of the inner and outer walls of a heat-shrinkable polystyrene panel concrete form, which is made of a flexible plastic material,
In addition, it is designed to attach the connecting platform to the multifunctional linkage to anchor and fix it easily and to prevent heat conduction.
The present invention also relates to a method for minimizing heat conduction by minimizing the bonding area by using a large-sized heat-insulating expanded polystyrene panel as a function of a multifunctional connection block.

Description

{Multifunctional Connector and it's application}

As shown in Fig. 1, the present invention relates to a method for producing both foamed expanded polystyrene It is possible to diversify the function of the connection unit connecting the panels, thereby limiting the selection of various exterior materials. No To a method for preventing heat conduction.

The applicant of the present invention has proposed an interior and exterior finishing method of a foamed polystyrene mold for concrete pouring Have received patent registration 10-0924463, 10-1167031 from the Republic of Korea. {Insulated Concrete form, ICF}

As a result, the trend of market preference has changed a lot, In reality, it is an urgent and cost-effective way to construct And a new multifunctional linkage system that has been improved to

The structure is of various specifications and the customized production according to the type of the mold Large investments are essential and complex in management and construction.

The solution to this problem is to connect the multifunctional first, The panel form is separated from the assembled set by the panel concept, that is, And the outside is a large foam polystyrene plate with no bonding or minimal bonding

It is a unit that standardizes the internal structure by blocking the heat conduction by improving the construction and confidentiality. Insulated small panels are used.

However, in case of combination of large external panel and internal panel, , The size of the internal small-sized panel is good when the height is 300 mm or so It is conclusion.

The function of the multifunctional linkage is to hold the inner and outer sheets together, In order to control the axial pressure generated and to place the connecting bar in the position of the rebar It is possible to increase the structural stability by precisely holding it, A variety of finishes according to the trend are used to make iron anchor bolts without heat conduction. A multifunction linkage that can be made to meet all these requirements Technology.

Reducing the kinds of insulation concrete form by type and attaching various finishing materials Is used to prevent heat conduction and to provide only a link with complex functions I will try to solve it.

The type of insulation concrete form requires separate panels or molds for each location and thickness of concrete wall, requiring personnel and facilities with considerable expertise in design production and construction. {Mold} is an effective method for adjusting the thickness of walls and slabs of various sizes by unifying the outside with a large-sized polystyrene plate,

The multifunctional links are available in a variety of wall thicknesses,

Lt; / RTI >

FIG. 1 is an elevation view showing a multifunctional connector according to the present invention; FIG.
FIG. 2 is a cross-sectional view of a multi-
A perspective view showing the position of the reinforcing bars after assembling into a block shape.
3 is a cross-sectional view of mounting various internal and external finishing materials on a connecting platform with screws,
FIG. 4 is a cross-sectional view of a steep sloped roof using a multi-functional connecting rod according to the present invention.

As described above, the present invention is more effective in the use of the heat-insulating concrete formwork, The problem of substituting large-sized insulating polystyrene was solved and the size of the mold Too many parts and applications developed to solve different problems The following are the solutions for implementing the multifunctional linkage.

1 is a perspective view showing a multifunctional connector according to the present invention

Referring to FIG. 1, the multifunctional link 2000 includes three parts The material is made of nails, but the screws are easily fixed. .

In the spiral-shaped cover block 1000, There is a de pin groove {guide pin}

A guide pin protrudes upwardly from the shape of the circular pipe 1002

The feature of this part is to maintain the exact spacing of the bars and the role of the chair, The spacing inside the outer panel, ie the thickness of the concrete in the wall, It serves the purpose of this book. Each interval of the block is increased by 50 mm as necessary A width of 50 milliseconds is added {block}

The finishing block 1100 has a hole through which the foam tie bolt passes, Guide pin groove 200. {Guide pin groove}

Fig. 2 is a perspective view of the multifunctional connector of the present invention

2, the thermal conductivity of the heat-insulating concrete form according to the present invention is reduced In order to minimize joints for high-speed processes, The concrete construction method and the manufacturing method are as follows.

After the external large-size polystyrene sheet material 2007 is set up and fixed to the vertical support 2006 All.

The unit thermal insulation panel 2002, which is used for internal use, It is a small plate produced {unit insulated panel}

The multifunctional connector 2000 is attached to the unit insulation panel 2002, (2005). At this time, the connecting platform (2008) is fixed to the form tie bolt Fix at the same time

Fig. 3 is a perspective view showing the exterior finishing material and the interior finishing material according to the present invention, to be.

3, the internal and external insulation and the steel anchor are connected to the concrete of the structure An anchor bolt to a stone plate with a device to block the source After the foam tie hole 200 is filled with an adhesive mortar or an epoxy adhesive, After fixing the anchor bolts fixed to the ash and fixing the outer surface of the stone plate material to the tape Fast and powerful stone construction is completed when the mortar is fixed during hardening A multifunctional linkage (2000) is the perfect insulation anchor. Other exterior or hemp The damper can be directly nailed to the platform connected to the multifunctional linkage (2000) Depending on the specifications of raw materials such as carpin, it may be fixed directly to the platform, (100) holes of the composite function connecting rod can be fixed with a screw, .

4 is a cross-sectional view of a wall and an inclined roof according to the present invention

Referring to FIG. 4, the outside of the wall is made of a large polystyrene plate material 2007, Using the unit thermal insulation panel 2002, (2000), and they are firmly connected to each other. Lt; / RTI >

In addition, a platform 2008 is provided on the inside and the outside of the multifunctional connection block to attach a finish material I can see that I am ready.

The tilted roof may be called a glazed roof, (2002) and the inner ceiling is made of large polystyrene sheet (2007).

The steep sloped roof around 40 ° is difficult to pour concrete, Since the partition unit heat insulating panel 2002 is easy to attach and detach, the concrete is uniformly The three parts are divided to be poured and poured from the bottom.

In other words, after pouring about 1/3 of the bottom part, the concrete is vibrated by the vibrator, When the concrete is laid in the same way as the other way, Cover the nit insulating panel (2002), tighten the foam tie bolt (2005) It puts a plow.

Tiles and solar panels in the interior and exterior platform (2008). Fix with screws according to the room.

100: Internal and external connection platform bolt insertion port 200: Foam tie bolt insertion port
1000: multifunctional connection front plate {front plat} {form tie bolt}
1002: Sleeve 1100: Rear plate
2000: Assembled multi-function connecting device {brace} 2001: Anchor bolt for stone
2002: unit insulated panel 2003: vertical reinforcement
2004: horizontal re-bar 2005: Foam tie bolt set
2006: vertical support channel 2007: large outer panel
2008: My external platform vs platform bar 2009: Platform connection bolt
2010: artificial stone plate 2020: natural stone plate
2030: Aluminum siding 2040: Tile siding
3000: Concrete 3001: Tile
3002 tile screw 3020: stone plate

Claims (5)

The method of claim 1, wherein the block (100) is assembled with a soft plastic to adjust the thickness of the concrete using the complex function connecting block (2000). {Block}
The method according to claim 1, wherein the composite functional block has a circular, square or triangular shape and is a profile for structural benefit.
The unit insulation panel combination method according to claim 1, wherein the multifunctional connector is connected to a large-sized polystyrene insulation panel.
A method for fixing an interior / exterior finish material attaching platform bar to a multi-function connecting rod without heat conduction according to claim 1
The method of claim 1, wherein the roof finishing material is fixed using a multifunctional connecting platform and a flat foam bar on a steep roof, an oval roof,

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