KR20060037137A

KR20060037137A - Space preservation device for construction support

Info

Publication number: KR20060037137A
Application number: KR1020040086303A
Authority: KR
Inventors: 홍재철
Original assignee: 홍재철
Priority date: 2004-10-27
Filing date: 2004-10-27
Publication date: 2006-05-03

Abstract

The present invention relates to a spacing device for a building support.

According to the present invention, in the support for space maintenance of a building support, the upper support member (3) and the lower support member (4) are joined by a height adjusting device (5) to form a unit support (A), and the unit support (A). The hanger 1 is configured to be coupled to the lower support member 4 of), and the other hanger 1 'is coupled to the other unit support A', but the hanger 1 is different from the hanger 1. It is characterized in that the connecting table (2) between the (1 ') is configured to be installed.

Therefore, the present invention is installed so that the interval between each unit support installed between the floor slab and the ceiling slab is kept constant, thereby preventing the departure and twist of the support supporting the formwork by the upper load, vertical load and lateral load Through the role of dispersing to prevent it from falling, to maintain safety, to obtain a high-precision structure, and to increase the workability to shorten the work air.

Support, elevator, hanger, connecting rod

Description

SPACE PRESERVATION DEVICE FOR CONSTRUCTION SUPPORT}

1 is a perspective view showing a spacing device of the building support according to the present invention.

Figure 2 is an exploded perspective view of the interval maintaining device of the building support according to the present invention.

Figure 3 is a longitudinal sectional view of the spacing device of the building support according to the invention.

Figure 4 is a plan view showing a state in which a gap maintaining device of the building support according to the present invention is installed.

A, A ': Unit support 1,1': Hook stand

2: connecting rod 3: upper support member

4: Lower support member 5: Height adjuster

The present invention relates to a space maintenance device for a building support, and in particular, by installing the connecting rod is coupled between the hanger fixed to each unit support consisting of a combination of the upper support member, the lower support member and the height adjustment mechanism, It prevents falling and twisting of the support supporting the formwork and prevents it from falling through the role of distributing vertical load and lateral load so that safety can be maintained and construction work can be shortened accordingly to improve workability. .

In order to cure concrete at the site of civil engineering or building structures, support is usually used to support the lower part of the concrete structure until curing is completed.

This support supports the preformed formwork to be leveled at a uniform height before placing the concrete, preventing local collapse of the concrete being poured to the top and preventing it from collapsing. The deformation is prevented from occurring.

The support is vertically disposed between the lower support member which is usually placed in a form substantially perpendicular to the upper portion of the bottom slab, the upper support member which is placed in a form supporting the lower portion of the ceiling slab, and the lower support member and the upper support member. It is composed of a height adjustment unit coupled to be moved in the direction and the stop pin to prevent the upper support member is moved to the lower side.

The process of installing the support having such a configuration between the floor slab and the ceiling slab is performed by first inserting the upper support member into the lower support member, then raising the height adjusting part and rotating the height adjusting part, and simultaneously adjusting the stop pin fitted to the upper support member. As it is pushed up, the upper support member connected thereto is moved.

Therefore, as the upper support member and the lower support member maintain the shape of pushing up the lower part of the ceiling slab, it stably supports the weight of concrete generated in the process of placing concrete, thereby preventing safety accidents such as collapse. In addition, it prevents deformation during curing of the poured concrete.

However, it is ideal for the support to be installed at regular intervals so that the support can stably support the load of the concrete being poured and to prevent the risk of collapse and to prevent deformation from occurring during curing. If the spacing is not constant due to the narrowness of the worker and the worker's lack of recognition, there is a problem that the work air is lengthened by decreasing the precision and workability of the structure due to the twisting of the formwork.

The present invention has been made to solve such a problem to prevent the twisting of the formwork to obtain a structure with high precision, and also to improve the workability and construction of the gap support device for building support that can shorten the work air accordingly The purpose is to provide.

In order to achieve the above object, the present invention provides a unit support (A) in which the upper support member (3) and the lower support member (4) are coupled by the height adjusting device (5) in the space maintaining apparatus of the building support. The hanger 1 is configured to be coupled to the lower support member 4 of the unit support A, and the other hanger 1 'is coupled to the other unit support A'. It is characterized in that it is configured so that the connecting table (2) is installed between the hanger (1) and the other hanger (1 ').

In addition, the hanger 1 is configured to be coupled to the hanger plate 13 formed with a plurality of hook holes 12, 12 'having a long hole shape in the outer peripheral portion of the hollow member 11, each hook And the angle between the balls 12, 12 'is maintained at 45 [deg.].

In addition, the connecting arm 2 includes a hollow outer arm 25 having an inner arm 22 having a plurality of first positioning holes 21 and 21 'formed with second positioning holes 24 and 24'. Is inserted into and fixed to any one of the bolts 26 or pins 27, and the ring 28, 28 'is configured to be coupled to the end of each of the inner arm 22 and the outer arm 24 However, the ring 28 is configured such that the vertical member 282 is coupled to the end of the horizontal member (281) having any one of the cross-section of the square or cylindrical, horizontal with the lower end of the vertical member 282 The inclined member 283 is configured to be integrally coupled between the lower portions of the member 281, and the width W of the inclined member 283 coupled to the lower portion of the horizontal member 281 is connected to the hook plate 13. The object is achieved by providing a spacing device for a building support, characterized in that it is configured to be equal to the length (L) of the formed hook hole (12).

Hereinafter, an embodiment of the present invention will be described with reference to the accompanying drawings.

First, as shown in FIGS. 1 to 3, the space maintaining apparatus of the building support according to the present invention includes a unit support A coupled to both ends of the hanger 1 and the connecting table 2 and the hanger 1. It consists of (A ').

Here, the hanger 1 is fitted to be fitted to the outer periphery of the first pipe 42 by being fitted to the connecting table 2 coupled to the lower support member 4, which will be described later to keep them constant. It consists of a hollow member 11 having a length and a hook plate 13 integrally coupled to the outer periphery of the hollow member 11.

The hook plate 13 has a plurality of hook holes 12, 12 'in the form of a disk having a predetermined thickness radially, the hook holes 12, 12' is a ring 28 to be described later In order to fit easily, it is formed to have a long hole shape.

In addition, as shown in Figure 4, the hook plate 13 is a hook hole 12 so that the connecting rod 2 can be easily coupled in the vertical direction, left and right and diagonal direction of the unit support (A) (A ') 12 'is formed so that a constant angle is maintained. It is desirable that the angle between these hook holes 12, 12 'is maintained at about 45 [deg.].

The hook plate 13 has a hollow member 11 is fitted to the outer periphery of the lower support member 4 and then the upper and lower ends of the hollow member 11 are coupled to the lower support member 4 by welding. More preferably.

The connecting arm 2 is to maintain a constant interval between each unit support (A) (A ') to provide a function to stably support a specific position of the formwork not shown inner arm 22, It consists of an outer arm 25 and rings 28 and 28 'coupled to the ends of the inner arm 22 and the outer arm 25, respectively.

Here, the inner arm 22 is formed so that the first positioning holes 21 and 21 'having a predetermined interval in the square rod penetrate from the top to the bottom, and the hook of the hook 1 at the end thereof. A ring 28 that is coupled to the ball 12 is integrally formed. Such inner arm 22 is preferably provided to have a hollow shape.

The outer arm 25 is provided in a hollow form to allow the inner arm 22 to be inserted or coupled to a predetermined depth, and at the same time, either the bolt 26 or the pin 27 to fix it at an arbitrary position. Is positioned at regular intervals.

In addition, the end of the outer arm 25 is configured such that the ring 28 'coupled to the other hanger 1' is integrally formed.

The hooks 28 and 28 'couple the inner arm 22 and the outer arm 25 to the respective hooks 1 and 1', and are vertical to the end of the horizontal member 281 having a rectangular cross section. 282 is formed to be coupled, the inclined member 283 is configured to be integrally coupled between the lower end of the vertical member 282 and the lower portion of the horizontal member 281 formed on the hanging plate 13 The hook hole 12 is formed to be easily fitted.

To this end, the ring 28 is such that the width W of the inclined member 283 coupled to the lower portion of the horizontal member 281 is equal to the length L of the hook hole 12 formed in the hook plate 13. It is preferable to construct. In the present invention, the horizontal member 281 is configured to have a rectangular cross-sectional shape, but in addition to such a shape can be configured to have a cylindrical shape.

On the other hand, the unit support (A) is to support the formwork (not shown) for the construction of the ceiling slab (8) located at a constant height from the upper surface of the bottom slab (7), the upper support member (3), the lower support It consists of the member 4, the height adjustment opening 5, and the stop pin 6.

Here, the upper support member 3 is vertically coupled to the first pipe 32 having a hollow shape in the lower portion of the first support plate 31, the first pipe 32 has a constant interval The through hole 33 is formed, and the outer diameter of the first pipe 32 is smaller than the inner diameter of the second pipe 42 to be described later, so that the first pipe 32 is inserted into the second pipe 42. The paper is configured to be assembled in a form.

The lower support member 4 is coupled to the second pipe 42 having a predetermined length and a hollow to the vertical of the upper portion of the second support plate 41 having a flat plate shape, the upper end of the second pipe 42 A slide hole 43 in the axial direction is formed in the inner side, and an external thread 44 having a predetermined length is integrally formed at the outer peripheral edge of the upper end of the second pipe 42 including the slide hole 43.

The height adjustment opening 5 is a hollow control body 51 having a predetermined thickness therein is formed with a female screw 52 coupled to the male screw 44, the handle 54 is formed on the outer periphery thereof. The hinge 53 is configured to be coupled.

The stop pin 27 is formed to fit in a predetermined diameter, that is, through-hole 33 formed in the first pipe 32, and to form a hole in one side as a way to prevent the loss to the wire, etc. It is preferable to be tied to one side of the height adjustment (5).

In the construction of the support structure for building having such a structure, first, the unit support A is vertically placed between the floor slab 7 and the ceiling slab 8, and the through hole 33 formed in the first pipe 32 is formed. The stop pin 6 is inserted into the exposed through hole 33 after the exposure to the slide hole 43 formed in the second pipe 42.

Next, while extending and rotating the handle 54 coupled by the hinge 53 to the control body 51 of the height adjustment (5) and at the same time the outer periphery of the female screw 52 and the second pipe 42 formed therein As the adjusting body 51 is moved upward by the male screw 44 formed in the upper side, the first pipe 32 coupled thereto is moved upward by pushing up both sides of the stop pin 6.

Next, one unit support (A) is installed while maintaining the shape in which the first support plate 31 formed on the upper end of the first pipe 32 pushes and supports the lower part of the ceiling slab 8. Install other unit support (A ') through, but the other unit support (A') is to be installed.

Next, the hook hole 12 formed at the lower end of the ring 28 coupled to the inner arm 22 of the connecting table 2, that is, the portion where the vertical member 282 and the inclined member 283 are coupled to the hook plate 13. ) And the lower end of the other ring 28 'coupled to the outer arm 25 to the hanger 1' coupled to the other unit support A '.

At this time, the inner arm 22 and the outer arm 25 are fixed to the first and second positioning grooves 21, 21 ', 24 and 24' by either bolts 26 or pins 27. By using it with the constant length maintained, the space | interval after installation will have a grid form of fixed space | interval as shown in FIG.

Next, move the other unit support (A ') is a small distance, and then rotate the height adjustment knob so that the unit support (A') is completely installed to connect the unit support (A) (A ') One completed connecting rod 2 will be installed.

Next, by installing the unit support (A) and the other unit support (A ') through the same process, and then install the connecting rod (2) in the diagonal direction through the same method, a regular interval in the vertical view Is maintained.

As such, the present invention is installed between the plurality of unit supports coupled to the hanger to be coupled to each other using a connecting rod formed at both ends, thereby increasing the support force or supporting force of the formwork, localized in the process of pouring concrete It is possible to prevent collapse accidents due to concentrated load, and also to prevent the falling and torsion of the support supporting the formwork due to the upper load, and to prevent falling through the role of distributing the vertical load and the lateral load. It is to be maintained, and also to improve the workability to shorten the working air accordingly.

Claims

In the space maintenance device of the building support,

The upper support member 3 and the lower support member 4 are coupled by the height adjusting opening 5 to form the unit support A, and the hanger 1 is attached to the lower support member 4 of the unit support A. ) Is configured to be coupled, and the other hanger 1 'is coupled to the unit support A' on the other side, but the connecting rod 2 is installed between the hanger 1 and the other hanger 1 '. Spacing device for a building support, characterized in that configured to be.
The method of claim 1,

The hanger 1 is configured such that the hook plate 13 having a plurality of hook holes 12 and 12 ′ having a long hole shape is coupled to the outer circumferential edge of the hollow member 11, wherein the respective hook holes ( 12) Spacing device for a building support, characterized in that the angle between (12 ') is configured to be maintained 45 °.
The method according to claim 1 or 2,

The connecting table 2 has an inner arm 22 having a plurality of first positioning holes 21 and 21 'formed on a hollow outer arm 25 having second positioning holes 24 and 24' formed therein. Is inserted and configured to be fixed to any one of the bolts 26 or pins 27, and the ring 28, 28 'is configured to be coupled to the end of each of the inner arm 22 and the outer arm 24, , The ring 28 is configured such that the vertical member 282 is coupled to the end of the horizontal member 281 having any one of the cross-section of the square or cylindrical, the bottom and the horizontal member of the vertical member 282 The inclined member 283 is integrally coupled between the lower portions of the 281, and the width W of the inclined member 283 coupled to the lower portion of the horizontal member 281 is formed on the hook plate 13. Spacing maintenance device for a building support, characterized in that configured to be equal to the length (L) of the hook hole (12).