Apparatus for Fixing Finishing Stone for Construction

The present disclosure relates to an apparatus for fixing finishing stone for construction. More particularly, the present disclosure relates to an apparatus for fixing finishing stone for construction, the apparatus being capable of fixing a finishing stone used in a building and being capable of minimizing an earthquake impact.

In order to complete construction of a structure of a building and to make an external appearance of the building luxurious, there are cases in which finishing stones are mounted on a wall surface of the building. First, an angle is mounted on a wall body, an adjusting plate configured to adjust a distance from the wall body to the finishing stone is mounted on an end portion of the angle so as to adjust the distance horizontally, and a pin connected to the finishing stone in a vertical direction is provided on an end portion of the adjusting plate so as to finish mounting of the finishing stone.

At this time, while the pin is inserted into the adjusting plate, the pin is directly connected to the finishing stone. However, when an earthquake occurs and vibrations are generated in front, rear, left, and right directions around the adjusting plate, the vibrations are directly transmitted to the finishing stone, so that there has been a problem that the finishing stone is broken or is separated from the pin.

The finishing stone is mounted and stacked by a fixing apparatus as high as the height of the building, and as vibrations increase toward an upper level of the building, there is a problem that even small vibrations cause significant vibrations in the upper finishing stones.

Accordingly, the present disclosure has been made keeping in mind the above problems occurring in the related art, and an objective of the present disclosure is to provide an apparatus finishing stone for construction, the apparatus being configured such that a fastening pin is indirectly connected to a finishing stone with a distance in between so that a movement clearance is secured, thereby being capable of absorbing shock when an earthquake occurs.

In order to achieve the above objective, according to the present disclosure, there is provided an apparatus for fixing finishing stone for construction, the apparatus including: an angle including a vertical portion configured to be fixed to a wall body via a bolt and including a horizontal portion that extends from a lower end portion of the vertical portion; an adjusting plate including an angle connection portion which is configured such that a position of the angle connection portion is adjusted along the horizontal portion of the angle and which is configured to be coupled to the angle via a bolt, the adjusting plate including a first connecting portion which extends toward one side of the angle connection portion and which has a first pin hole therein, and the adjusting plate including a second connecting portion which extends toward the other side of the angle connection portion and which has a second pin hole therein; and a pair of fastening pins inserted into and coupled to a groove in an upper surface of a finishing stone positioned on a lower portion from the first pin hole and inserted into and coupled to a groove in a lower surface of a finishing stone positioned on an upper portion from the second pin hole, respectively.

Each of the first pin hole and the second pin hole may be formed long in left and right directions, and may be formed as a slot having a diameter larger than a diameter of the pair of fastening pins in front and rear directions, so that a movement clearance of the pair of fastening pins connected to the finishing stones may be secured, thereby being capable of partially absorbing vibration.

Each of the pair of fastening pins may have a clamp which is formed of a horizontal plate that extends laterally from a portion of a head of each of the pair of fastening pins and which is formed of a vertical plate that is bent from an end portion of the horizontal plate and configured to elastically press a rear surface of a corresponding finishing stone.

A surface of each of the first connecting portion and the second connecting portion of the adjusting plate may have a mounting groove configured to accommodate the horizontal plate according to a direction to which each of the pair of fastening pins is coupled.

According to the technical solutions as described above, the present disclosure has the following effects.

Since the fastening pin is first fixed to the finishing stone and the fastening pin is indirectly connected to the adjusting plate with the distance in between, so that vibrations applied to the finishing stone when an earthquake occurs is capable of being minimized.

Hereinafter, an embodiment of the present disclosure will be described in detail with reference to the accompanying drawings. It is to be noted that the following description and the appended drawings are proposed to further understanding the present disclosure and the scope of the present disclosure is not limited thereto. In addition, when conventional configurations and functions may make the gist of the present disclosure unclear, a detailed description thereof will be omitted.

is an exploded perspective view illustrating an apparatus for fixing finishing stone for construction according to an embodiment of the present disclosure,is a perspective view illustrating coupling between the apparatuses for fixing finishing stone for construction and finishing stones according to an embodiment of the present disclosure,is a cross-sectional view illustrating a state in which the apparatus for fixing finishing stone for construction is coupled to finishing stones, andis an enlarged view illustrating a state in which a fastening pin is coupled to finishing stones.

Referring toto, an apparatus for fixing finishing stone for construction according to the present disclosure mainly includes an angle, an adjusting plate, and a fastening pin, and the present disclosure has main features in the adjusting plateand the fastening pin.

First, the angleis configured to be fixed to a wall body and to connect a finishing stone S,Sto the wall body.

The angleis formed of a vertical portionand a horizontal portion, the vertical portionhas a long hole therein so that the vertical portionis capable of being fixed to the wall body via a bolt, and the horizontal portionalso has a long hole therein.

In addition, the adjusting platemay be configured to adjust a horizontal position thereof on the angleand may be connected to a finishing stone S,S. The adjusting plateis formed of an angle connection portion, a first connecting portion, and a second connecting portion. The angle connection portionis coupled to the anglevia a bolt from an upper surface of the horizontal portionalong the horizontal portion, and a position of the angle connection portionis capable of being adjusted. The reason for adjusting the position is that the first connecting portionand the second connecting portionare positioned directly below or directly above a finishing stone S,S.

Here, the first connecting portionextends to one side of the angle connection portionand has a first pin holetherein, and the second connecting portionextends to the other side of the angle connection portionand has a second pin holetherein.

The fastening pinis a fastening member for being connected to a finishing stone S,Sfrom the adjusting plate.

The fastening pinis provided as a pair of fastening pinsrespectively provided in A pair of the fastening pinsis provided in the first pin holeand the second pin holein the adjusting plate. Here, each of the pair of fastening pinsis a pin having a head and is configured to be inserted into and secured in each of the pin holes.

Meanwhile, in the present disclosure, the fastening pinis formed in a countersunk head shape, and is configured such that each fastening pinis inserted into the first pin holeand the second pin holeand does not protrude. Furthermore, the first pin holepositioned in a direction to be properly matched and coupled to the countersunk head shape of the fastening pinhas a lower side tapered, and the second pin holehas an upper side tapered.

That is, in the present disclosure, as the first connecting portionand the second connecting portionare formed at a first side of an end portion of the adjusting plate, a finishing stone sat an upper side of the adjusting plateand a finishing stone sat a lower side of the adjusting plateare coupled to one adjusting plateby each of the fastening plates.

In addition, the fastening pinhas a clampwhich is formed of a horizontal platethat extends laterally from a portion of a headof the fastening pinand which is formed of a vertical platethat is bent from an end portion of the horizontal plateand configured to elastically press a rear surface of a finishing stone s,s, so that the fastening pinis capable of being easily fixed to the finishing stone s,s.

Each mounting grooveconfigured to accommodate the horizontal plateaccording to a direction to which the fastening pinis coupled is formed in each surface of the first connecting portionand the second connecting portion of the adjusting plate. The mounting grooveis formed such that a width of the mounting grooveis larger than a width of the horizontal plateso that a movement clearance is secured, and is prevented from protruding to the outside of a finishing stone s,sso that a close contact between the finishing stone s,sand the adjusting plateis secured.

Hereinafter, the installation of apparatus for fixing finishing stone s,sfor construction according to the present disclosure will be briefly described.

First, the angleis mounted on the wall body, and an installation length of the adjusting plateis adjusted and the adjusting plateis mounted on the angle. In addition, in a state in which the fastening pinis inserted into a groove formed vertically in a finishing stone s,sand the finishing stone s,sis fixed by pressing the rear surface of the finishing stone s,swith the clamp, each headof each of the fastening pinsis positioned inside the first pin holeand the second pin holeof the adjusting plate. At this time, each of the fastening pinsis positioned in the center of the first pin holeand the center of the second pin holeso that gaps in the front, the rear, the left, and the right directions are secured. Therefore, when an earthquake occurs, vibrations generated from the fixing apparatus are not directly transmitted to the finishing stone since the movement clearance is secured, so that vibration transmission is capable of being minimized.

It should be understood that the basic technical concept of the present disclosure as set forth above is to provide the apparatus for fixing finishing stone for construction, and it is apparent to those skilled in the art that various modifications are possible within the basic concept of the present disclosure.