KR100554512B1 - Mold for constructing parapet of roof using combined euroform - Google Patents

Abstract

A formwork for a rooftop railing waterproof jaw using Eurofoam bonding is disclosed. The formwork according to the present invention comprises a first vertical frame having a first vertical plate to form an inner wall of the roof railing; A first parapet plate extending from one end of the first vertical plate to a side of the first vertical plate to be formed at an inner wall of the first vertical plate, and bent vertically downward from an extension of the first parafit plate; It is bent vertically from the second parapet plate and the extension of the second parafit plate to the first vertical plate side extending beyond the bottom of the first vertical plate and blocking the rain on the lower surface of the waterproof jaw on the upper surface. A parafit frame having a third parapit plate in which a blocking groove forming bar for forming a first rain blocking groove is integrally formed; And an inclined plate for forming an inner wall of the roof railing as in the first vertical frame while forming a second rain barrier groove between the waterproof jaw and the inner wall, and a second vertical plate extending downward from an extension of the inclined plate. It consists of a second vertical frame and is used in combination with a conventional flow path.

Description

Mold for constructing parapet of roof using combined euroform}

1 is a perspective view showing the formwork for the rooftop balustrade waterproof jaw used in conjunction with the Eurofoam according to the present invention,

2 is a view showing a state of use of the formwork for rooftop balustrade waterproof jaw shown in FIG.

3 is a view showing a construction state of a conventional rooftop balustrade waterproof jaw.

Explanation of symbols on the main parts of the drawing

100: roof railing waterproofing formwork 110: vertical frame

111: first plate 120: parafit frame

122: first parapit plate 124: second parapit plate

126: third parapit plate 128: blocking groove forming bar

140: second vertical frame 142: inclined plate

144: second vertical plate

The present invention relates to a formwork for rooftop railing waterproofing jaw used for euro-foam combination, more specifically, has a steel material and integrally manufactured to facilitate installation and dismantling by combining with the usual euro-foam to improve construction efficiency, reduce construction costs and construction period It is possible to reduce the cost of materials as it is possible to take a dedicated recovery, and it is about a formwork for roof roof railing waterproofing using roof foam that can prevent environmental pollution.

In general, when the building is constructed with a concrete flat roof, the waterproof jaw is integrally constructed inside the railing along with the roof railing on the edge of the rooftop slab. 3 is a view showing a construction state of a conventional rooftop balustrade waterproof jaw. Referring to FIG. 3, in order to construct the watertight jaw 20 on the roof railing 10, first, a typical outer wall euro foam 30 forming the outer wall of the roof railing 10 is continuously installed, and the roof sleeve 12 is provided. At the corner where the inner wall of the rooftop railing 10 and the roof wall 10 are formed, the horizontal mold angle 14 and the plate formwork 16 made of plywood are disposed. That is, the plate formwork 16 forms an inner wall of the rooftop handrail 10 from the lower surface of the waterproofing jaw 20 to the upper surface of the rooftop slab 12. In addition, the waterproof jaw formwork 40 is made of plywood to form a waterproof jaw 20 protruding into the roof railing 10 in the upper portion of the plate formwork 16 disposed on the upper portion of the horizontal adjustment angle (14). This is arranged, and the upper portion of the waterproof jaw formwork 40 is similarly formed with the usual inner wall euro foam 18 to form the inner wall of the rooftop handrail 10. On the other hand, the lower surface of the waterproof jaw mold 40 is formed with a first face wood 24 to form a first rain barrier groove 22 to prevent rainwater flowing along the roof railing 10 to flow along the inner wall and Likewise, the second face 28 is disposed so that the plate formwork 16 and the waterproof jaw formwork 40 form the second rain barrier groove 26 having the same function as the first rain barrier groove 22. After filling and curing the concrete mortar between the outer wall euro form 30 and the inner wall euro form 18, the waterproof jaw form 40, and the plate form 16 forming the outer wall under such a condition, the outer wall euro form 30, the inner wall Removing the flow path 18, the waterproof jaw formwork 40 and the plate formwork 16, the waterproof jaw 20 with the roof railing 10 is constructed.

By the way, the above-mentioned waterproof jaw formwork 40 is made by cutting a plurality of plywood, the cost and labor cost according to the formwork takes a lot, and additional costs according to the first face wood 24 and the second face wood 28 There was a problem that occurred. In addition, since the waterproof jaw formwork 40 is not easily coupled with the inner wall euro form 18 and the outer wall euro form 30 to be bonded using a common steel wire, the waterproof jaw formwork 40 is damaged, and the waterproof jaw formwork ( After dismantling 40), there is a problem of polluting the environment because it can only be used as a firewood.

The present invention has been made to solve the conventional problems as described above, the object of the present invention has an iron material and is integrally manufactured to facilitate installation and dismantling in combination with a conventional euroform, improving construction efficiency, construction cost and construction It is possible to shorten the period and to reduce the material cost by using exclusive recovery, and to provide the formwork for the roof ledge waterproof jaw that can prevent environmental pollution.

In order to achieve the object of the present invention as described above, the present invention,

A first vertical frame having a first vertical plate for forming an inner wall of the rooftop railing;

A first parapet plate extending from one end of the first vertical plate to a side of the first vertical plate to be formed at an inner wall of the first vertical plate, and bent vertically downward from an extension of the first parafit plate; It is bent vertically from the second parapet plate and the extension of the second parafit plate to the first vertical plate side extending beyond the bottom of the first vertical plate and blocking the rain on the lower surface of the waterproof jaw on the upper surface. A parafit frame having a third parapit plate in which a blocking groove forming bar for forming a first rain blocking groove is integrally formed; And

Similarly to the first vertical frame, an inclined plate for forming an inner wall of the roof railing while forming a second rain barrier between the waterproof jaw and the inner wall, and a second vertical plate extending downward from an extension of the inclined plate. Provides roof form handrail waterproofing formwork using Eurofoam combination consisting of 2 vertical frames.

As described above, according to the present invention, it has an iron material and is integrally manufactured so that it is easy to install and dismantle by using it in combination with ordinary euroforms, thereby improving construction efficiency, shortening construction costs and construction periods, and allowing exclusive recovery. Material cost can be reduced and environmental pollution can be prevented.

Hereinafter, with reference to the accompanying drawings will be described for the formwork for the rooftop railing waterproofing jaw used in combination with the euro-foam according to an embodiment of the present invention.

1 is a perspective view showing the formwork for the rooftop railing waterproofing jaw using the euro-foam combined according to the present invention, and FIG. 2 is a view showing the use status of the formwork for the rooftop railing waterproofing jaw shown in FIG.

* Referring to Figures 1 and 2, the formwork for the rooftop railing waterproofing jaw 100 using the Eurofoam combination according to the present invention is made of iron material. This waterproof jaw formwork 100 has the same height and width as the usual flow path products 18, 30 (see Fig. 3).

The mold 100 for the waterproof jaw is formed on the first vertical frame 110 and the parapet frame 120 and the parapet frame 120 formed at the lower portion of the first vertical frame 110. A second vertical frame 140 is provided.

First, the first vertical frame 110 is provided with a first vertical plate 110 having a vertical plate shape. The other side surface of the first vertical plate 111 allows the inner wall of the rooftop handrail 10 to be formed. The first joint plate 112 and the second joint plate 114 which are vertically bent and extended to one side of the first vertical plate 111 are integrally formed at upper and both ends of the first vertical plate 111. In this case, the first joint plate 112 and the second joint plate 114 may be connected to the conventional flow paths 18 and 30 by ties (not shown) and tie pins (not shown). The connecting holes 116 and the second connecting holes 118 are formed at equal intervals. The parapet frame 120 and the second vertical frame 140 are formed below the first vertical frame 110 formed as described above.

The parapet frame 120 extends from the lower end of the first vertical plate 111 to one side of the first vertical plate 111 to form a waterproof jaw 20 formed on the inner wall of the roof railing 10. At the first parafit plate 122, at the extension of the first parafit plate 122, at the second parafit plate 124 extending vertically downward, and at the extension of the second parafit plate 124. And a third parapit plate 126 extending vertically bent toward the first vertical plate 111. That is, the first parapit plate 122 is the upper surface of the waterproof jaw 20, the second parapit plate 124 is the end of the waterproof jaw 20, the third parapit plate 126 is the waterproof jaw The lower surface of 20 is formed.

The first parapit plate 122 extends from the lower end of the first vertical plate 111 to the second parapit plate 124 while having an inclination inclined downwardly. In addition, the third parapet plate 126 extends beyond the lower end of the first vertical plate 111 to the other side of the first vertical plate 111 and to the upper side of the first parapet plate 122 on the upper surface. The blocking groove forming bar 128 is formed integrally with the waterproof jaw 20 to form the first rain blocking groove 22. The first rainwater blocking groove 22 formed by the blocking groove forming bar 128 blocks rainwater from flowing along the waterproof jaw 20. At this time, both ends of the first parafit plate 122, the second parafit plate 124, and the third parafit plate 126 may be a first parafit plate 122, a second parafit plate 124, and a second parafit plate 124. A third joint plate 130 extending vertically bent to be connected to the second joint plate 114 to be vertically bent to one side of the third parapet plate 126 is the first parafit plate 122 and the second. It is formed along the parafit plate 124 and the third parafit plate 126. At this time, the third joint plate 130 is formed with a plurality of third connection holes 132 at equal intervals.

On the other hand, the second vertical frame 140 extends toward the second parafit plate 124 while having an inclination inclined downward from the extension of the third parapit plate 126 to the second parafit plate 124. And a second vertical plate 144 extending downward from an extension of the inclined plate 142 while having a vertical plate shape. At this time, the second vertical plate 144, the other side is to form the inner wall of the roof railing 10, like the first vertical plate 111, and the inclined plate 142 is formed between the inner wall and the waterproofing jaw (20) 2 excellent blocking groove 26 is formed. At both ends and the bottom of the inclined plate 142 and the second vertical plate 140, the fourth joint plate 146 and the fifth extending vertically bent to one side of the inclined plate 142 and the second vertical plate 144. The joint plate 148 is integrally formed. In this case, the fourth joint plate 146 and the fifth joint plate 148 are formed with a plurality of fourth connection holes 150 and fifth connection holes 152 at equal intervals.

* Hereinafter, the state of use of the formwork for the rooftop railing waterproofing jaw 100 using the euro-foam combined formed as described above will be briefly described.

In order to construct the watertight jaw 20 on the rooftop handrail 10, first, the usual outer wall flow path 30 which forms the outer wall of the rooftop handrail 10 is continuously provided. When the exterior wall euro foam 30 is installed in this way, in order to form the inner wall on the rooftop sleeve 12, a plurality of horizontal adjustment angle members 14 are continuously formed at the corners at which the inner walls of the rooftop sleeve 12 and the rooftop handrail 10 are formed. To place. When the leveling angle adjusting member 14 is disposed, the rooftop railing waterproofing jaw formwork 100 at the upper part of the leveling angle adjusting member 14 is similarly continuously disposed along the leveling adjusting member 14 in the upper part of the formwork 100. The inner wall euro foam 18 which forms the inner wall of the rooftop handrail 10 is arrange | positioned. As such, when the horizontal adjustment angle member 14, the formwork 100 and the inner wall euro foam 18 is disposed, the worker uses the usual tie and tie pins 100 and the outer wall euro foam 30 and the inner wall euro foam 18 After connecting to each other, the formwork (100) arranged in succession again similarly connected with each other using a tie and a pin, and then filled and cured concrete mortar, the outer wall euro foam 30, the inner wall euro foam (18), the formwork (100) The waterproof jaw 20 together with the rooftop railing 10 is constructed.

As described above, since the formwork 100 for the rooftop railing waterproofing jaw used in accordance with the present invention is made of iron in the same manner as the standard of the standard euroforms (18, 30), coupling with the euroforms (18, 30) It is easy to shorten the construction period and has the advantage of maximizing work efficiency.

In addition, since the rooftop railing waterproof jaw formwork 100 according to the present invention is made of iron material to enable continuous use, to enable the design standardization and modularization of the waterproof jaw 20, the first blocking groove 22 ) And the second blocking groove 26, there is an advantage that can reduce the cost of construction of the wood material additionally generated conventionally.

Although described above with reference to a preferred embodiment of the present invention, those skilled in the art can be variously modified and changed within the scope of the invention without departing from the spirit and scope of the invention described in the claims You will understand.

Claims (5)

A first vertical frame having a first vertical plate for forming an inner wall of the roof railing; A first parapet plate extending from a lower end of the first vertical plate to one side of the first vertical plate so as to form a waterproof jaw formed on the inner wall, and vertically downward from an extension of the first parafit plate; The second parapet plate is bent and extended to the first vertical plate from the extension portion of the second parapit plate to extend beyond the lower end of the first vertical plate and on the upper surface of the waterproof jaw A parafit frame having a third parapit plate formed integrally with a blocking groove forming bar to form a first rain blocking groove blocking a rainwater on a lower surface; And An inclined plate for forming the inner wall of the roof railing as in the first vertical frame and a second rain barrier groove formed between the waterproof jaw and the inner wall, and an extension extending downward from the extension of the inclined plate; 2. Formwork for rooftop railing waterproofing rooftop combined use characterized in that it consists of a second vertical frame having two vertical plates. The first and second joint plates of claim 1, wherein the first vertical plate has a vertical plate shape and are vertically bent and extended vertically to one side of the first vertical plate at both the top and both ends thereof. And the first joint plate and the second joint plate are formed in the form of a plurality of first connection holes and second connection holes at equal intervals. The method of claim 2, wherein the first parapit plate, the second parapit plate and the third parapit plate are disposed at both ends of the first parapit plate, the second parapit plate and the third parapit plate. A third joint plate which is vertically bent to extend to be connected to the second joint plate to be vertically bent to one side is formed along the first parapet plate, the second parapit plate and the third parapit plate. , The third joint plate has a plurality of third connection holes formed at the same intervals Euroform combined use rooftop railings waterproof formwork. 4. The fourth joint plate of claim 3, wherein both ends and the bottom of the inclined plate and the second vertical plate are vertically bent and extended to one side of the inclined plate and the second vertical plate, and connected to the third joint plate. The fifth joint plate is integrally formed, and the fourth joint plate and the fifth joint plate have a plurality of fourth connection holes and fifth connection holes formed at equal intervals. Formwork. The roof parapet waterproofing roof of claim 1, wherein the first parapet plate extends from the lower end of the first vertical plate to the second parapet plate with an inclination inclined downward. Formwork.

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