KR100637711B1 - An assembly earth plate using houses - Google Patents

Abstract

A sectionalized construction lagging with easiness in width adjustment is provided to enable installation of the lagging despite irregular intervals of H-beams, to install the lagging with a wide span by widening the width of the lagging, and to reduce time and expense. A sectionalized construction lagging with easiness in width adjustment comprises a body plate(20) wherein extension plate installation grooves(25) are formed around a central supporting part(22) integrally formed to the center of two plate bodies(21); plural spring assemblies(30) wherein a spring is fixed to two fixing plates(31) and a bellows cover(33) is installed in a state of enclosing the spring; an extension plate(40) wherein a hollow part is formed to a plate body(41) inserted in the extension plate installation grooves; a guide plate(50) having a fitting sill(52) fixed to the ends of the plate bodies of the body plate in a state of being inserted in the extension plate installation grooves; and a central supporting anchor wherein two branch anchors are integrally formed to the bottom of a combining protruded part and a head part is formed to the top of the combining protruded part. A vertical combining groove(24) is formed to the top of the central supporting part and a vertical combining protrusion(23) is formed to the bottom of the central supporting part. In the body plate, one-ends of fixing bands(28) are fixed to both sides of one plate body and grooves(26) with fitting bars(27) are formed to both sides of the other plate body. A hook(28-1) formed to the other end of the fixing band is detachably fitted to the fitting bar and two anchor holes are formed in the central supporting part. One fixing plate is fixed to the bottom surface of the extension plate installation groove and the other fixing plate is fixed to the bottom surface of the hollow part. Guide grooves are formed to both sides of the plate body of the extension plate and a fixing cover(44) fixed to the other end of the plate body is inserted in an H-beam. Guide protrusions(51) are formed to one side of the guide plate and are inserted in the guide grooves. The combining protruded part is inserted in the anchor holes of a width adjustment lagging and is fixed to the ground.

Description

An assembly earth plate using houses

1 is a perspective view showing a prefabricated building earth plate easy to adjust the width of the present invention.

Figure 2 is a perspective view showing a state separated from the central support anchor of the prefabricated building earth plate easy to adjust the width of the present invention.

Figure 3 is an exploded perspective view showing a prefabricated building earth plate easy to adjust the width of the present invention.

Figure 4 is a partially cut perspective view showing a prefabricated building earth plate easy to adjust the width of the present invention.

Figure 5 is a partially exploded perspective view showing a prefabricated building earth plate easy to adjust the width of the present invention.

Figure 6 is a partially exploded perspective view showing a prefabricated building earth plate easy to adjust the width of the present invention.

Figure 7 is a partially exploded perspective view showing a prefabricated building earth plate easy to adjust the width of the present invention.

Figure 8 is a cross-sectional view showing a prefabricated building earth plate easy to adjust the width of the present invention.

Figure 9 is a perspective view showing a state in which the prefabricated building earth plate is easy to adjust the width of the present invention.

10 is a cross-sectional view showing a compression spring for use in a prefabricated building earth plate easy to adjust the width of the present invention.

Figure 11 is a partial cross-sectional view showing a prefabricated building earth plate easy to adjust the width of the present invention.

 <Brief description of symbols for the main parts of the drawings>

1: H beam 10: width adjustment earth plate

20: body plate 21: plate body

22: central support 23: vertical coupling protrusion

24: up and down coupling groove 25: expansion plate installation groove

26: Home 27: Hanger Bar

28: fixing band 28-1: hook

29: anchor hole 30: spring assembly

31: fixing plate 32: spring

33: bellows cover 40: extension

41: plate 42: guide groove

43: locking jaw 44: fixing cover

45: groove 46: bolt hole

50: guide plate 51: guide protrusion

52: engaging jaw 53: bolt hole

60: center support anchor 61: engaging projection

62: head 63: branch anchor

The present invention relates to a prefabricated building earth plate easy to adjust the width, and more particularly, to improve the earth plate installed in order to prevent the fall of the earth wall in the construction work such as digging work easier to install the earth plate than conventional earth plate The present invention relates to a prefabricated building earth plate that is easy to adjust its width to allow a wide span.

The land use of Korea is mainly concentrated in large cities, and due to the lack of available land, high-rise and high-density urban areas are accelerating. As the structure of underground structures increases due to the use of high-rise and densified lands, close construction with neighboring buildings is inevitable. It is a frequent occurrence, resulting in a number of social problems caused by a number of complaints and civil and criminal disputes, including property loss. Therefore, the selection of construction method and member for earth wall temporary construction work in underground excavation has emerged as a very important factor.

In general, in order to prevent the collapse or spillage of soil at the edge of the ground excavation part in the underground ground work of the building, or incision site in the civil engineering work, H-beams have a predetermined depth on the ground at regular intervals as shown in FIG. 1. After fixing with a roller, the earthen board construction is made of sandwiching the earth plate between the H-beams, generally the earth plate is made of wood or bent iron plate.

Accordingly, after the H-beams are put on the ground, the earth and sand are excavated to a predetermined depth, and the earth and sand plates are sandwiched between the H-beams to be stacked so that the surrounding soil is not introduced into the construction site.

At this time, the earth plate should have the flexural strength (compressive strength) that can support the earth pressure acting on the underground incision surface. If the flexural strength is insufficient compared with the earth pressure, shear failure of the earth plate will occur and the flange of H-beam Escape from and leads to the collapse of the soil.

Therefore, in order to achieve the purpose of the earth block, the earth plate should have both flexural strength and compressive and tensile strength that can cope with the earth pressure, and the H-beam serves as a support for supporting the earth plate from being pushed back.

However, since the flexural strength of the earth plate increases as the material thickness increases, and the specific gravity or density of the material increases, the volume or weight of the earth plate becomes large when the earth plate is applied to the earthquake construction that requires high earth pressure. There were only disadvantages. In addition, when the width of the earth plate is widened, the earth plate is bent due to the earth pressure.

And when the H-beam is installed to install the earth plate, the span is not constant. In the case of the wood earth plate, the span, which is the interval of the H beam, is measured one by one. It is inconvenient to install, excessive installation time and installation cost, and disassembly is almost impossible due to earth pressure.

In addition, although it must be dismantled and collected, it is difficult to be recycled due to uneven specifications, which are each cut and dismantled, so that it is usually buried as it is not dismantled. I'm concerned.

In the case of earthen boards made of steel or synthetic resins as well as wood earthen boards, they are usually manufactured in a constant size, so there is a problem in that the force between the H beams is embedded at regular intervals.

The present invention has been made in order to solve the problems as described above, it is possible to install the earth plate in spite of the gap between the non-uniform H-beams, it is possible to install the earth plate with a wide span by configuring the width of the earth plate can be adjusted widely There is a purpose to be. Therefore, there is no need to put a lot of H-beams, the purpose is to save time and money.

In addition, the purpose is to stably support the widened earth plate to prevent local twist, and to prevent the collapse of the local area.

And the upper and lower coupling of the earth plate is firmly fixed, there is an object to prevent the coupling force is weakened by the gap between the upper and lower earth plate.

In order to achieve the above object, the present invention has a central support part integrally formed at the center of two plate bodies, and expansion plate installation grooves are formed at both sides of the central support part, and a top and bottom coupling groove is formed at the top of the central support part. The upper and lower coupling protrusions are formed in the same shape on the lower surface of the branch, and one end of the fixing band is fixed to both sides of the plate body on one side, and grooves with hook bars are formed on both sides of the other plate body, and the hooks formed on the other end of the fixing band are hooked. A main body plate detachably fastened to the bar and having two anchor holes penetrating up and down in the central support unit; The spring is fixed to the two fixing plates, the bellows cover is installed around the spring, one fixing plate is bolted to the bottom of the expansion plate mounting groove, the other fixing plate is fixed to the bottom of the hollow part of the expansion plate Spring assembly; A hollow part having one side open is formed in the plate body inserted into the expansion plate installation groove of the main body plate, and a locking jaw is formed on both sides of the end portion having the open part of the hollow part, and guide grooves are formed at both sides of the plate body. An expansion plate to which the fixing cover is fixed to the other end by bolts so that the fixing cover portion is inserted into the H beam; One side is bent by the letter A to form a locking jaw, the locking jaw is inserted into the expansion plate installation groove of the body plate is fixed to the end of the plate with a bolt, the guide projection is formed on one side is inserted into the guide groove of the expansion plate of the expansion plate A guide plate for guiding the movement; Two branched anchors are integrally formed on the bottom surface of the coupling protrusion, the head is formed on the upper surface of the coupling protrusion, the coupling protrusion is inserted into the anchor hole of the width adjustment earth plate fixed to the ground; To provide a prefabricated building earth plate easy to adjust the width.

Referring to the configuration of the present invention in detail with reference to the accompanying drawings as follows.

The terms or words used in the present specification and claims should not be interpreted as being limited to the ordinary or dictionary meanings, and the inventors may appropriately define the concept of terms in order to best explain the invention of their own. Based on the principle, it should be interpreted as meaning and concept corresponding to the technical idea of the present invention.

The present invention relates to a width-adjustable earth plate 10 that can be adjusted in width, the expansion plate 40 is elastically supported by the spring assembly 30 is installed on both sides of the main body plate 20, the center of the main body plate 20 The branch 22 is firmly fixed to the ground by the central support anchor 60, the movement of the expansion plate 40 is guided by the guide plate 50 is fixed to the main plate 20 as a main configuration.

The main body plate 20 has a central support portion 22 integrally formed at the center of the two plate bodies 21, and expansion plate installation grooves 25 are formed at both sides of the central support portion 22, and the central support portion 22 is formed. The upper and lower coupling grooves 24 are formed on the upper surface of the upper and lower coupling protrusions 23 on the lower surface of the central support portion 22 are formed in the same shape. Therefore, the upper and lower width adjustment earth plate 10 is firmly fixed to the vertical coupling protrusion 23 and the vertical coupling groove 24 of the main body plate 20 adjacent to each other vertically up and down.

One end of the fixing belt 28 is fixed to both sides of the plate body 21 on one side, and grooves 26 having hook bars 27 are formed on both sides of the plate body 21 on the other side, and the other end of the fixing band 28 is formed. The hook 28-1 formed is hooked up to the hook bar 27 so that attachment is possible. The fixing band 28 serves to fix the expansion plate 40 that is elastically supported by the spring assembly 30 to be accommodated in the expansion plate installation groove 25.

Two anchor holes 29 are formed in the central support part 22 so as to penetrate up and down so that the central support anchor 60 penetrates and is fixed to the ground.

The spring assembly 30 is installed so that the spring 32 is fixed to the two fixing plates 31, and the bellows cover 33 surrounds the spring 32. Therefore, the spring 32 is not corroded by the bellows cover 33, so the corrosion is not long, the life is long, and the elasticity is maintained.

One side fixing plate 31 of the spring assembly 30 is bolted to the bottom surface of the expansion plate mounting groove 25, the other side fixing plate 31 is fixed to the bottom surface of the hollow portion 41-1 of the expansion plate 40. .

A plurality of such spring assemblies 30 are installed to elastically support the expansion plate 40 in the expansion plate installation groove 25 formed on both sides of the body plate 20.

The expansion plate 40 has a hollow portion 41-1 having one side open on the plate body 41 inserted into the expansion plate installation groove 25 of the body plate 20, and the hollow portion 41-1 is opened. The latching jaw 43 is protruded from both ends of the portion is formed. An end portion of the expansion plate 40 having the locking jaw 43 is inserted into the expansion plate installation groove 25, and the spring assembly 30 is inserted and fixed through the open portion of the hollow part 41-1.

Guide grooves 42 are formed at both sides of the plate body 41, and the fixing cover 44 is fixed to the other end of the plate body 41 with bolts so that the portion of the fixing cover 44 is inserted into and inserted into the H beam 1. Lose. The fixing cover 44 is a U-shaped groove portion 45 is formed is inserted into the end of the expansion plate 40 is fixed with a bolt. A plurality of bolt holes 46 are formed at the side of the fixing cover 44 to fix the fixing cover 44 to the expansion plate 40 with bolts.

Guide plate 50 is bent at the one side of the letter B is formed with a locking jaw 52, the locking jaw 52 is inserted into the expansion plate installation groove 25 of the body plate 20 bolts to the end of the plate body 21 Is fixed.

A plurality of guide protrusions 51 are formed on one side of the guide plate 50 and inserted into the guide grooves 42 of the expansion plate 40 to guide the movement of the expansion plate 40.

The central support anchor 60 has two branch anchors 63 integrally formed on the bottom of the coupling protrusion 61, a head 62 is formed on the upper surface of the coupling protrusion 61, and the coupling protrusion 61. Is inserted into the anchor hole 29 of the width control earth plate 10 is fixed to the ground.

As described above, the present invention has the effect of reducing the cost and labor by installing the earth plate by installing the H-beam to have a wide span, and the central support anchor at the center of the earth plate supports the earth plate to prevent local twist have.

In addition, since the expansion plate is supported by the elasticity of the spring assembly from the body plate is pinched in the H beam, there is an effect that can be installed even if the distance between the H beam is not constant.

The spring assembly is protected by a bellows cover on the outside of the spring to prevent corrosion even when exposed to a lot of moisture.

It is convenient to carry because the fixing plate is normally fixed with the fixing band, and the fixing band can be removed at the time of installation. The upper and lower couplings are firmly secured by the upper and lower coupling protrusions and the upper and lower coupling grooves. have.

Claims (1)

The central support part 22 is integrally formed at the center of the two plate bodies 21 so that expansion plate installation grooves 25 are formed at both sides of the central support part 22, and the upper and lower coupling grooves are formed on the upper surface of the central support part 22. While the 24 is formed, the upper and lower coupling protrusions 23 are formed on the lower surface of the central support part 22 in the same shape, and one end of the fixing band 28 is fixed to both sides of the plate body 21 on one side, and the plate body on the other side. (21) grooves 26 having hook bars 27 are formed at both sides, and hooks 28-1 formed at the other ends of the fixing band 28 are hooked to the hook bars 27 so as to be detachable from each other. A main body plate 20 having two anchor holes 29 penetrating vertically in the 22; The spring 32 is fixed to the two fixing plates 31, and the bellows cover 33 is installed to surround the spring 32, and one fixing plate 31 is bolted to the bottom surface of the expansion plate mounting groove 25. Fixed to the other side, the other side fixing plate 31 is a plurality of spring assembly (30) fixed to the bottom surface of the hollow portion (41-1) of the expansion plate (40); The hollow part 41-1 with one side open is formed in the plate body 41 inserted into the expansion plate installation groove 25 of the main body plate 20, and both ends of the end part with the open part of the hollow part 41-1 are formed. The locking jaw 43 is formed to protrude, and guide grooves 42 are formed at both sides of the plate body 41, and the fixing cover 44 is fixed to the other end of the plate body 41 by bolts to fix the cover 44. An expansion plate 40 into which a portion is inserted and inserted into the H beam 1; One side is bent by the letter A to form a locking jaw 52, the locking jaw 52 is fixed to the end of the plate body 21 while being inserted into the expansion plate installation groove 25 of the body plate 20, one side surface A guide plate (51) formed at the guide plate (50) inserted into the guide groove (42) of the expansion plate (40) to guide the movement of the expansion plate (40); Two branch anchors 63 are integrally formed on the bottom surface of the coupling protrusion 61, a head 62 is formed on the upper surface of the coupling protrusion 61, and the coupling protrusion 61 is a width adjusting earth plate 10. Inserted into the anchor hole (29) of the central support anchor 60 is fixed to the ground; Easy to adjust the width of the prefabricated building earth plate consisting of.

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