KR200414945Y1 - A slab panel for euro form of deck panel construct - Google Patents

Abstract

The present invention discloses a deck panel mounting structure for slab casting of the European foam, which is easy to install the slab that can easily install the deck panel on the top in a formwork that is standardized, such as Euro form.

The present invention is composed of a plate directly receiving the load of unhardened concrete, the horizontal frame and the vertical frame supporting the plate in a rectangular shape, fixedly coupled between the horizontal frame and the vertical frame and the plate and horizontal frame and vertical frame Reinforcement angle is configured to reinforce, the edge of the horizontal frame and the vertical frame, a plurality of wedge holes, fastening holes, nail holes are formed in a regular interval and the upper form of the usual formwork euroforms at the appropriate height In the case of fixing the ceiling plywood for forming the ceiling, when the euroform and the sleeve plywood is combined in the deck panel consisting of wood, the deck panel is bent steel plate is inserted into the core type jaw and the core The support for supporting the deck panel on the top of the flow form is formed integrally with the inner jaw.

Description

A slab panel for euro form of deck panel construct}

1 is an exploded perspective view schematically showing a slab casting form according to the prior art.

2 is a cross-sectional view showing a coupling state of FIG.

Figure 3 is an exploded perspective view schematically showing a deck panel of the slab casting formwork according to an embodiment according to the present invention.

4 is a cross-sectional view illustrating a coupling state of FIG. 3.

Figure 5 is a perspective view schematically showing a deck panel in an embodiment according to the present invention.

Figure 6 is a perspective view schematically showing a deck panel in another embodiment according to the present invention.

7 is a perspective view schematically showing a deck panel according to another embodiment according to the present invention.

8 is a perspective view schematically showing a deck panel composed of a synthetic resin in another embodiment according to the present invention.

* Description of the symbols for the main parts of the drawings *

100: Euroform 102: Vertical frame

104: horizontal frame 106: plate

108: fastening groove 110: reinforcement frame

112: wedge hole 114: nail hole

200: deck panel 202: coupling groove

204: support 206: neck

208: fixing protrusion 210: inner jaw

212: fixing hole 300: slab plywood

302: nail

The present invention relates to a deck panel for slab pouring of the European foam, and more specifically, the deck panel is fixed to the inside of the upper end of the formwork that is standardized, such as the Euro form (Suro pour) is made of wood plywood for slab casting It is about a deck panel for slab casting of the European foam which can be easily installed.

In general, when constructing concrete structures such as building apartments and bridges, there is a need for formwork that can maintain the desired shape during the time that the kneaded concrete hardens.

In this form, if necessary, entangle reinforcing steel bars, etc., cast concrete dough, cure for a certain period of time, harden the concrete to a certain strength, remove the formwork, and periodically supply a certain amount of water to provide concrete. Cure to cure sufficiently.

As such, the formwork used to pour concrete dough is manufactured and used in various forms and materials according to the type and height of the building to be constructed. I am using Euroform.

Euroform's flat shape of the building is standardized and assembled without deforming the formwork of the standard to reduce the manpower required for on-site production, improving productivity, reducing air, and using materials more frequently.

Therefore, when constructing the interior walls of the apartment, the Eurofoams are continuously formed facing each other, and form a frame in which concrete is to be poured, and are mutually coupled and reinforced by accessories such as wedges, form ties, and reinforcement materials.

The construction of the wall and ceiling slab starts with the installation of the Eurofoam facing the interior space and the top of the concrete to connect the various Eurofoam panels.

The slab formwork forming the ceiling is horizontally configured with the upper end of the vertically formed euroform panel, and is coupled in parallel with the upper end of each wall eurofoam so that the space between the opposing wall euroforms is not blocked.

Concrete is poured between the wall eurofoams and the upper surface of the slab formwork, distinguished from the wall eurofoam, and the deck panel is configured on the upper side to facilitate assembly of the slab formwork.

As shown in FIGS. 1 and 2, the deck panel has a Eurofoam plywood 16 having a vertical shape 12 and a horizontal frame 14 continuously coupled to each other to form a concrete mixture in front. do.

The flow path 10 is continuously configured when the wall is constructed, the ceiling slab is composed of the slab plywood 26 in consideration of the weight, the working environment.

In order to couple the slab plywood 26 formed horizontally with the flow path 10 formed vertically, a deck panel 20 having a neck 24 inserted into the upper end of the flow path 10 is formed.

The core 24 is formed on the deck panel 20 is made of wood so that the coupling with the slab plywood 26 is easily assembled into the nail 18.

Deck panel 20 is configured in the upper end of the euroform 10, the iron plate is bent by the core (24) is inserted into the receiving portion 22 and the general nail or screw is inserted into one side to fix the core 24 A plurality of through holes 28 is constructed.

The following describes the formwork installation method when constructing the wall and ceiling of a building with the above configuration. Generally, first, the euroform 10 is continuously installed according to the shape of the wall, and the place where the wall and the ceiling intersect is Eurofoam. (10) The deck panel 20 is coupled to the flow path 10 at the upper end.

Next, the core 24 is cut by the area and the length of the accommodating part 22 of the deck panel 20, and the core 24 is inserted into the deck panel 20, and the nail 24 is fixed by the nail 18.

Next, the other end of the core 24 of the deck panel 20 and the slab plywood 26 of the ceiling shape are coupled to the nail 18 by the upper surface of the core 24.

However, the conventional formwork for mounting the wood slab for slab casting has a troublesome and complicated problem of cutting the core by the length of the receiving portion to fix the core to the deck panel, and to work nails in order to fix the core.

In addition, the work site must be equipped and stored separately for the core used for the deck panel when installing the formwork, a number of nails for fixing the core is required to increase the construction cost, there is a cumbersome problem in storage.

In addition, there is a problem that the economic burden due to the wood core is easily damaged due to careless handling of the working environment or workers in the process of removing the formwork is not recycled.

An object of the present invention is to provide a deck panel for slab casting of the European foam for fixing the press mold to the core formed in the deck panel by the embossing work in order to solve the problems of the prior art as described above.

Still another object of the present invention is to provide a deck panel for slab casting of a European foam in which a bending shape of a press mold for fixing a core formed in the deck panel is configured in various shapes such as X, =, and ㅁ.

Another object of the present invention is to provide a deck panel for slab casting of the European foam that is formed by standardizing the deck panel with a high-strength synthetic resin to improve the reactivation, durability and repeated use.

In order to achieve the above object, the present invention includes a euroform and a deck panel.

The present invention is composed of a plate directly receiving the load of unhardened concrete, the horizontal frame and the vertical frame supporting the plate in a rectangular shape, fixedly coupled between the horizontal frame and the vertical frame and the plate and horizontal frame and vertical frame Reinforcement angle is configured to reinforce, the edge of the horizontal frame and the vertical frame, a plurality of wedge holes, fastening holes, nail holes are formed in a regular interval and the upper form of the usual formwork euroforms at the appropriate height In the case of fixing the ceiling plywood for forming the ceiling, when the euroform and the sleeve plywood is combined in the deck panel consisting of wood, the deck panel is bent steel plate is inserted into the core type jaw and the core The support for supporting the deck panel on the top of the flow form is characterized in that it is configured integrally with the lining jaw.

In the present invention, the deck jaw of the deck panel is formed in the upper portion of the c-shape of the bottom surface receiving the neck is formed in the c shape, the first and third settling jaw vertically integrally with the second settling jaw. Each of these is configured, the third settled jaw is characterized in that the coupling groove is formed in a press mold to fix the neck.

In the present invention, the coupling groove is composed of the first coupling groove and the second coupling groove at regular intervals, respectively, characterized in that the inside of the square coupling groove is inserted into the neck core is configured to fix the neck core.

In the present invention is characterized in that the shape of the coupling groove for fixing the neck is configured in the deck panel is configured in the shape of X, = and ㅁ.

In the present invention, the deck panel is formed by standardizing a high strength synthetic resin, characterized in that the reactivation or durability and repeated use.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Figure 3 is an exploded perspective view schematically showing the slab casting formwork as an embodiment according to the present invention, Figure 4 is a cross-sectional view of the coupled state of FIG.

In one embodiment of the present disclosure, the formwork includes the euroform 100, the deck panel 200, the slab plywood 300.

3 to 4, the flow path 100 is preferably composed of a steel that is coupled to the rim of the plate 106 as a whole to prevent bending or deformation of the plate 106, vertically configured vertically ( A horizontal frame 104 configured horizontally with the 102 is assembled into a square shape.

In addition, in order to stably support the flow path 100, a plurality of reinforcement frames 110 are configured inside the flow path 100 at a predetermined interval horizontally.

Wedge holes 112 to which pipe hooks and wedge pins can be fastened to the edges of the horizontal frame 104 and the vertical frame 102, and flat and long flat tie bars. A plurality of fastening holes 108 to which the flat tie bar can be fastened, and nail holes 114 to which nails are nailed are formed at regular intervals, and the plate member 106 and the euroform 100 are connected to a coupling means such as a rivet or the like. By integrally coupled.

In the case of constructing and installing the formwork for forming the wall and ceiling of the building using the Euroform 100, first, the appropriate number is vertically and vertically adjusted to match the height of the ceiling and the height of the ceiling on the Euroform 100 on a flat surface. Arranged horizontally, the wedge pins are fastened to the wedge holes 112 of the flow paths 100 that are matched with each other so that the flow paths 100 are arranged to be mutually supported.

The sleeve plywood 300 for fixing the ceiling is fixedly disposed on the upper end of the euroform 100 which is erected at an appropriate height to form and install the formwork for forming the wall surface and the ceiling of the building.

When the euroform 100 is coupled to the successive euroform 100 and the sleeve plywood 300, since the frame of the euroform 100 is not nailed because it is made of steel, the core made of wood therein 206 Deck panel 200 is configured to be inserted.

Inserting the deck panel 200 on the top of the euro foam 100, and while placing the end of the slab plywood 300 to align the end simply by driving with a nail 302 to fix the top and sleeve panels of the euro foam 100 standing on the bottom surface Combine 300 together.

In this configuration, the Euroform 100 is intertwined with reinforcing bars, if necessary, and then poured concrete dough, cured for a certain period of time, the concrete is hardened to a certain strength, and then the Euroform 100 is removed and periodically fixed amount. By curing the moisture to cure the concrete sufficiently.

Figure 5 is a perspective view schematically showing a deck panel in an embodiment according to the present invention.

Referring to FIG. 5, the deck panel is configured at the upper end of the euroform 100, and supports the deck panel 100 on the top of the Euroform 100 and the U-shaped settling 210 into which the neck core 206 is inserted by bending the iron plate. Support 204 is configured to one side of the jaw 210.

The second jaw 210b of the bottom surface receiving the neck core 206 in a c shape having an upper portion of the open jaw 210 is formed, and the first set jaw vertically integrally with the second set jaw 210b. 210a and the third settling jaw 210c are respectively configured.

The support 204 is formed integrally with the first set jaw 210a and horizontally, and one side of the third set jaw 210c includes a coupling groove 202 which is formed in a press mold to fix the neck core 206. .

Referring to the enlarged circular cross-sectional view, the coupling groove 202 is composed of a first coupling groove 202a and a second coupling groove 202b at regular intervals, respectively, inside the rectangular coupling groove 202 in the neck. A fixing protrusion 208 is inserted to fix the neck.

The fixing protrusion 208 is manufactured to be standardized in a press mold to fix the neck core 206 formed in the inner jaw 210.

Figure 6 is a perspective view schematically showing a deck panel in another embodiment according to the present invention.

Referring to FIG. 6, a coupling groove 202 configured as a press mold for fixing the neck core 206 to one side of the settling 210 is configured.

The coupling groove 202 has a cross shape to stably fix the neck 206, and the first coupling groove 202a and the second coupling groove 202b are preferably configured at regular intervals.

7 is a perspective view schematically showing a deck panel according to another embodiment according to the present invention.

Referring to FIG. 7, a coupling groove 202 configured as a press mold for fixing the neck core 206 to one side of the settling jaw 210 is configured.

The coupling groove 202 is formed in a pair of upper and lower portions respectively in a quadrangular shape, and the first coupling groove 202a and the second coupling groove 202b are preferably configured at predetermined intervals, respectively.

8 is a perspective view schematically showing a deck panel composed of a synthetic resin in another embodiment according to the present invention.

Referring to Figure 8, the deck panel 200 is made of a high-strength synthetic resin, the neck core 206 is configured to be fixed to the circular fixing holes 212 using nail-like fixing means.

Deck panel 200 is formed by standardizing a high-strength synthetic resin to improve the reactivation or durability and the number of times of repeated use, light, easy to manufacture, easy to recycle, light weight and easy for workers to use.

As described above, according to the present invention, since the fixing protrusion is fixed to the core formed in the deck panel by using the press mold, there is an effect of stably fixing the core.

In addition, since the deck panel works in a press mold at the factory, there is an effect that reduces the unit cost of the product due to mass production.

In addition, since the deck panel is standardized by size, the desired size is purchased and used as desired amount, thereby reducing the material loss.

In addition, the deck panel is formed by standardizing the high-strength synthetic resin has the effect of improving the reactivation, durability and repeated use times.

In addition, since the deck panel is made of high-strength synthetic resin, it is light, easy to manufacture, and light in weight, convenient to use, thereby increasing the productivity of workers.

As a result, to improve the added value of the product constituted by using the present invention to improve the merchandise and quality of the product, as well as to have the effect to give reliability.

As described above, the present invention has been described with reference to a preferred embodiment of the present invention, but those skilled in the art can vary the present invention without departing from the spirit and scope of the present invention described in the following Utility Model Registration Claims. It will be understood that modifications and changes can be made.

Claims (5)

The plate which is directly loaded with unhardened concrete, and the horizontal frame and the vertical frame for supporting the plate in a rectangular shape, is fixedly coupled between the horizontal frame and the vertical frame to reinforce the plate and the horizontal frame and vertical frame A reinforcement angle is formed, and a plurality of wedge holes are formed at the edges of the horizontal frame and the vertical frame, and fastening holes and nail holes are formed at regular intervals. In the fixed arrangement of the sleeve plywood for molding, the deck panel consisting of wood in the interior when combining the euroform and sleeve plywood, The deck panel is a deck panel for slab pouring of the European foam, characterized in that the support for supporting the deck panel on the upper end of the 폼 type and the euroform by bending the iron plate is composed of the inner jaw integrally. According to claim 1, wherein the inner jaw of the deck panel has a second lower jaw of the bottom surface for accommodating the neck in the c shape of the top is opened, the first lower jaw and the first vertical jaw vertically integrally with the second set Each of the three lining jaw, deck panel for slab pouring of the European foam, characterized in that the coupling groove is formed in one side of the third lining jaw to work with a press mold to fix the neck. According to claim 2, The coupling groove is the first coupling groove and the second coupling groove are each configured at a predetermined interval, the inside of the rectangular coupling groove is inserted into the neck core is characterized in that the fixing projection for fixing the neck core is configured. Deck panel for slab pouring of European foam. The deck panel for slab pouring of the European foam according to claim 1, further comprising a shape of a coupling groove for fixing the core formed in the deck panel in the shape of X, =, and ㅁ. The deck panel for slab pouring of the European foam according to claim 1, wherein the deck panel is formed by standardizing a high-strength synthetic resin, and further comprising reactivation, durability, and repeated use.

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