A fixing device of slate for building

Abstract

The present invention relates to a fixing device for architectural stone panels that can flexibly respond to changes in the size of the stone panel to be installed and can perform installation, and can firmly maintain the installation position of the stone panel after installation. Its characteristic configuration comprises: a fixing plate in which a pair of plates are installed facing each other in a vertical direction on the front surface of an exterior wall of a building, wherein a coupling hole for connecting a bolt is formed in the portion corresponding to the exterior wall, an elongated guide hole is formed in a vertical direction in the center portion of the front surface, and a pair of seating grooves are formed in the upper and lower portions of the front surface; a support bar in which a guide bar coupled to the guide hole is provided on the rear surface, an elongated guide hole is formed in the center portion in the longitudinal direction with a connecting hook provided in the inner diameter adjacent to the guide bar, and a fastening hook is provided at the bottom; a guide member in the shape of a plate that is coupled to be guided along the direction in which the guide hole is formed, wherein a pair of contact protrusions are provided protruding in the upper and lower portions and a fixing hook is provided on the rear surface; a wall installation plate composed of a first elastic cord connecting the connecting hook and the fixing hook; and the above-mentioned structure to be positioned between the wall installation plates. A wall support plate is installed on the front surface of an outer wall, having multiple insertion holes formed in the portion corresponding to the outer wall for bolt connection, and having multiple support springs with support hooks provided at the ends on the front surface; a stone plate support is installed on the front surface of the wall support plate, having mounting protrusions protruding from the upper and lower ends for connection to the mounting groove, and having multiple catch hooks provided on the rear surface corresponding to the support hooks, and having multiple elastic springs with elastic hooks provided at the ends on the upper and lower portions, and having an elastic plate provided on the front surface, and having multiple second elastic cords connecting the support hooks and the catch hooks, and multiple third elastic cords connecting the fastening hooks and the elastic hooks; when the mounting protrusions are connected to the mounting grooves of the wall installation plate, the connection force between the mounting grooves and the mounting protrusions is firmly supported through the elastic force of the second elastic cords connecting the support hooks and the catch hooks, and when a stone plate is positioned on the front surface of the elastic plate of the stone plate support,The rear surface of the contact projection of the guide ball, which is guided along the formation direction of the guide hole, is firmly attached to the front surface of the stone plate through the elastic force of the first elastic cord, so that the stone plate can be firmly positioned between the elastic plate and the contact projection.

Description

Technology Field

[0001] The present invention relates to a fixing device for architectural stone panels, and more specifically, to a fixing device for architectural stone panels that can flexibly respond to changes in the size of the stone panel to be installed and can perform the installation, and can firmly maintain the installation position of the stone panel after installation is completed. Background Technology

[0003] Stone panels are installed and used on the exterior walls of buildings to prevent damage to the exterior walls and to enhance the overall aesthetic appeal of the building's appearance.

[0004] Although the method of attaching these stone slabs to building walls using adhesive is widely used, recently, when using adhesive, many problems have arisen compared to the convenience of the method. These problems include the risk of the slabs falling to the lower part of the building and the need to replace the entire slab if the attached slabs are damaged.

[0005] Accordingly, in order to solve the problem of the method of attaching stone panels using adhesive, a method of installing stone panels using a stone panel fixing device on the outer wall of a building has recently been proposed as in literature (1).

[0006] However, the method using a conventional stone plate fixing device such as that described in document (1) can fix the stone plate to the outer wall of a building, but there was a problem in that it was difficult to use the stone plate while maintaining it in a firmly installed state on the outer wall of the building, and in particular, there was a problem in that it was difficult to install the stone plate while responding flexibly to changes in the size of the stone plate. Prior art literature

[0008] Utility Model Registration No. 20-0358585 (2004.08.02) The problem to be solved

[0009] The present invention has been devised to solve the aforementioned problems, and the objectives of the present invention are as follows.

[0010] First, it enables the convenient and rapid installation of stone panels on the exterior walls of a building.

[0011] Second, even when installing stone slabs on the exterior walls of a building, it is designed to allow for installation while flexibly accommodating changes in the size of the stone slabs.

[0012] Third, it flexibly responds to changes in the size of the stone slabs to be installed in a building, enabling quick and convenient installation; this ensures stable installation without replacing the entire stone slab even when its size changes, thereby securing the efficiency of the overall stone slab installation process.

[0013] Fourth, it flexibly responds to the size of the stone slab and enables quick and convenient installation of the stone slab, thereby ensuring overall efficiency in the stone slab installation process and, through this, ensuring overall economic efficiency in the installation, maintenance, and repair of the stone slab.

[0014] Fifth, the installation position of the installed stone slab is maintained securely to prevent various accidents caused by the stone slab falling.

[0015] Sixth, by configuring it so that a glass plate made of elastic resin can be installed on the front surface of the stone plate, the aesthetics of the building on which the stone plate is installed can be efficiently improved simply by changing the glass plate. means of solving the problem

[0017] To achieve the above objective, the present invention comprises: a fixing plate having a pair of plates installed facing each other in a vertical direction on the front surface of an outer wall of a building, wherein a coupling hole for connecting a bolt is formed in a portion corresponding to the outer wall, an elongated guide hole is formed in a vertical direction in the center portion of the front surface, and a pair of seating grooves are formed in the upper and lower portions of the front surface; a support bar having a guide bar connected to the guide hole provided on the rear surface, an elongated guide hole formed in the center portion in the longitudinal direction with a connecting hook provided in an inner diameter adjacent to the guide bar, and a fastening hook provided at the bottom; a guide member having a plate shape connected to be guided along the direction in which the guide hole is formed, wherein a pair of contact protrusions are protruded in the upper and lower portions and a fixing hook is provided on the rear surface, and a first elastic cord connecting the connecting hook and the fixing hook; and a wall support plate installed on the front surface of the outer wall to be positioned between the wall installation plates, wherein a plurality of insertion holes for connecting a bolt are formed in a portion corresponding to the outer wall, and a plurality of support springs having a supporting hook provided at the end of the front surface. A stone plate support is installed on the front surface of the wall support plate, and includes a mounting projection protruding from the upper and lower ends to engage with the mounting groove, a plurality of catch hooks on the rear surface corresponding to the support hook, a plurality of elastic springs with elastic rings at their ends on the upper and lower portions, an elastic plate on the front surface, and a plurality of second elastic cords connecting the support hook and the catch hooks, and a plurality of third elastic cords connecting the fastening hook and the elastic ring. When the mounting projection is engaged with the mounting groove of the wall installation plate, the coupling force between the mounting groove and the mounting projection is firmly supported through the elastic force of the second elastic cord connecting the support hook and the catch hook. When a stone plate is positioned on the front surface of the elastic plate of the stone plate support, the rear surface of the contact projection of the guide hole, which is guided along the direction of the guide hole formation, is firmly attached to the front surface of the stone plate through the elastic force of the first elastic cord, thereby firmly securing the stone plate between the elastic plate and the contact projection. It can be configured to be positioned.

[0018] Additionally, a through hole is further formed on the front of the support bar, and a glass fixing member for fixing a glass plate is further coupled to the front of the through hole. The glass fixing member is composed of an installation plate having a fastening hole corresponding to the through hole and an installation groove formed on one side into which a glass plate is inserted, and a pair of them can be installed facing each other on the support bar through a bolt coupled to the fastening hole. Effects of the invention

[0020] The present invention as described above can achieve the following effects.

[0021] First, the installation of stone panels on the exterior walls of a building can be achieved conveniently and quickly.

[0022] Second, even when installing stone slabs on the exterior walls of a building, installation can be achieved while flexibly responding to changes in the size of the stone slabs.

[0023] Third, it flexibly responds to changes in the size of the stone slabs to be installed in a building, enabling quick and convenient installation; thus, even when the size of the stone slabs changes, stable installation can be achieved without replacing the entire slab, thereby ensuring the efficiency of the overall stone slab installation process.

[0024] Fourth, it can flexibly respond to the size of the stone slab and enable quick and convenient installation of the stone slab, thereby ensuring overall efficiency in the stone slab installation process and, through this, ensuring overall economic efficiency in the installation, maintenance, and repair of the stone slab.

[0025] Fifth, by maintaining the installation position of the installed stone slab securely, various accidents caused by the stone slab falling can be prevented in advance.

[0026] Sixth, by configuring it so that a glass plate made of elastic resin can be installed on the front of the stone plate, the aesthetics of the building on which the stone plate is installed can be efficiently improved simply by changing the glass plate. Brief explanation of the drawing

[0028] FIG. 1 is a combined cross-sectional view illustrating the state in which the stone plate fixing device for construction according to the present invention is installed on the outer wall of a building. FIG. 2 is another combined cross-sectional view illustrating the state in which the stone plate fixing device for construction according to the present invention is installed on the outer wall of a building. FIG. 3 is a combined cross-sectional view illustrating the state in which the stone plate fixing device for construction according to the present invention is installed on the outer wall of a building. FIG. 4 is a combined cross-sectional view illustrating the state in which a stone plate is installed in the stone plate fixing device for construction according to the present invention. FIG. 5 is another combined cross-sectional view illustrating the state in which a stone plate is installed in the stone plate fixing device for construction according to the present invention. FIG. 6 is a combined cross-sectional view illustrating the state in which a stone plate and a glass plate are installed in the stone plate fixing device for construction according to the present invention. Specific details for implementing the invention

[0029] Terms and words used in this specification and claims shall not be interpreted as being limited to their ordinary or dictionary meanings, but must be interpreted in a meaning and concept consistent with the technical spirit of the present invention, based on the principle that "the inventor may appropriately define the concept of a term to best describe his invention."

[0030] In addition, the embodiments described in this specification and the configurations illustrated in the drawings are merely preferred embodiments of the present invention and do not represent all technical concepts of the present invention; therefore, it should be understood that various equivalents and modifications that can replace them may exist at the time of filing this application.

[0031] In addition, prior to describing the present invention, the part where the connection is made from the direction of the outer wall to the direction of the stone plate will be referred to as the front side, and the part where the connection is made from the direction of the stone plate to the direction of the outer wall will be referred to as the rear side.

[0032] Hereinafter, preferred embodiments according to the present invention will be described in detail with reference to the attached drawings.

[0033] The present invention comprises a fixing plate (11) in which a pair of plates are installed facing each other in a vertical direction on the front surface of an outer wall (1) of a building, a coupling hole (11a) into which a bolt (P) is coupled is formed in a portion corresponding to the outer wall (1), an elongated guide hole (11b) in a vertical direction is formed in the center portion of the front surface, and a pair of seating grooves (11c) are formed in the upper and lower portions of the front surface; a support bar (12) in which a guide bar (12a) coupled to the guide hole (11b) is provided on the rear surface, an elongated guide hole (12b) is formed in the center portion in the longitudinal direction with a connecting ring (12b-1) provided in the inner diameter adjacent to the guide bar (12a), and a fastening ring (12c) is provided at the bottom; a guide member (13) in the shape of a plate that is coupled to be guided along the direction of formation of the guide hole (12b), in which a pair of contact protrusions (13a) are protruded in the upper and lower portions and a fixing ring (13b) is provided on the rear surface; and the A wall mounting plate (10) composed of a first elastic cord (14) connecting a connecting link (12b-1) and a fixing link (13b), a wall supporting plate (20) installed on the front of the outer wall (1) so as to be positioned between the wall mounting plates (10), having a plurality of insertion holes (21) formed in the part corresponding to the outer wall (1) to which a bolt (P) is coupled, and having a plurality of supporting springs (22) equipped with a supporting link (22a) at the end on the front, and a wall supporting plate (20) installed on the front of the wall supporting plate (20), having a seating projection (31) protruding from the upper and lower ends to be coupled to the seating groove (11c), a plurality of hooking links (32) provided on the rear corresponding to the supporting link (22a), and a plurality of elastic springs (33) equipped with an elastic link (33a) at the end on the upper and lower parts, and on the front The stone plate support (30) is provided with an elastic plate (34), a plurality of second elastic cords (35) connecting the support ring (22a) and the hook ring (32), and a plurality of third elastic cords (36) connecting the fastening ring (12c) and the elastic ring (33a), and when the seating projection (31) is coupled to the seating groove (11c) of the wall mounting plate (10),Through the elastic force of the second elastic cord (35) connecting the support ring (22a) and the hook ring (32), the bonding force between the seating groove (11c) and the seating projection (31) is firmly supported, and when the stone plate (2) is positioned on the front surface of the elastic plate (34) of the stone plate support member (30), the rear surface of the contact projection (13a) of the guide member (13) that is guided along the formation direction of the guide hole (12b) is firmly attached to the front surface of the stone plate (2) through the elastic force of the first elastic cord (14), so that the stone plate (2) is firmly positioned between the elastic plate (34) and the contact projection (13a).

[0034] As shown in FIGS. 1 to 6, the above fixing plate (11) is installed in a vertical direction facing each other on the front of the outer wall (1) of the building, and is firmly installed on the front of the outer wall (1) of the building through a bolt (P) that is connected to a connecting hole (11a) formed in a part corresponding to the outer wall (1), and a long guide hole (11b) is formed vertically in the center of the front so that the guide bar (12a) of the support bar (12) is connected to the guide hole (11b) by adjusting its position.

[0035] In addition, the fixed plate (11) is configured such that a pair of seating grooves (11c) are formed on the upper and lower front portions adjacent to the guide hole (11b), so that the seating projection (31) of the stone plate support (30), which will be described in detail below, is detachably connected.

[0036] In addition, the support bar (12) is configured such that it is coupled to the guide hole (11b) so as to be positionally adjustable, as described above, and is configured such that a guide bar (12a) is provided on the rear side so as to be positionally adjustable to the guide hole (11b), and a long guide hole (12b) is formed in the longitudinal center portion, with a connecting ring (12b-1) provided on the inner diameter adjacent to the guide bar (12a), so as to be configured such that the guide hole (13) is coupled so as to be positionally adjustable along the direction of formation of the guide hole (12b).

[0037] Additionally, the support bar (12) is configured to have a fastening ring (12c) at its lower end and is connected to the elastic ring (33a) provided at the upper and lower ends of the stone plate support (30) and the third elastic cord (36).

[0038] And the guide member (13) is configured in a plate shape that is guided along the direction of formation of the guide hole (12b), and is configured such that a pair of contact protrusions (13a) are protruded on the upper and lower parts and a fixing ring (13b) is provided on the rear side, so that the connecting ring (12b-1) of the support bar (12) and the fixing ring (13b) are connected by a first elastic cord (14).

[0039] To explain the above configuration in more detail, the fixing plate (11) is installed on the outer wall (1) of the building through a bolt (P) connected to the connecting hole (11a) of the fixing plate (11), and the guide bar (12a) of the support bar (12) is connected to the guide hole (11b) of the fixing plate (11) so that the fixing plate (11) and the support bar (12) are connected. After the guide hole (12b) of the support bar (12) is connected so that the guide ball (13) is guided along the direction of formation of the guide hole (12b), the connecting link (12b-1) and the fixing link (13b) are connected by a first elastic cord (14), so that even when the guide ball (13) moves along the direction of formation of the guide hole (12b), the guide ball (13) can be moved in the direction of the connecting link (12b-1) through the elastic force of the first elastic cord (14).

[0040] In addition, as shown in FIGS. 1 to 6, the wall support plate (20) is fixedly installed on the front of the outer wall (1) of the building so as to be positioned between the wall installation plates (10) when a pair of wall installation plates (10) are installed vertically on the outer wall (1) of the building. It is firmly installed on the front of the outer wall (1) of the building through a bolt (P) that is connected to an insertion hole (21) formed in a part corresponding to the outer wall (1), and is configured to be connected to a plurality of support springs (22) with a support copper (22a) at the end of the front and a second elastic cord (35) provided on the rear of the stone plate support member (30).

[0041] In addition, as shown in FIGS. 1 to 6, the stone plate support member (30) is installed so as to be positioned on the front of the wall support plate (20), and a plurality of mounting protrusions (31) that are coupled to the mounting groove (11c) are provided protruding from the upper and lower ends. When a pair of wall installation plates (10) are installed on the front of the outer wall (1), the mounting protrusions (31) provided on the upper and lower ends of the stone plate support member (30) are coupled to the mounting groove (11c) of the wall installation plates (10) positioned facing each other, thereby connecting the pair of wall installation plates (10).

[0042] In addition, the stone plate support member (30) is configured to have a plurality of hooks (32) on the rear side corresponding to the support hook (22a) of the wall support plate (20), and the support hook (22a) and the hooks (32) are connected by a second elastic cord (35), so that through the elastic force of the support spring (22) and the second elastic cord (35), the stone plate support member (30) can move toward the outer wall (1) to firmly support the connection between the seating groove (11c) and the seating projection (31).

[0043] In addition, a plurality of elastic springs (33) with elastic rings (33a) at their ends are provided at the upper and lower portions of the stone plate support (30), and the fastening ring (12c) of the support bar (12) and the elastic ring (33a) are connected by a third elastic cord (36), as shown in FIGS. 3 to 6, so that the installation position of the stone plate support (30) is maintained more firmly through the elastic force of the elastic spring (33) and the third elastic cord (36), and even when an impact is transmitted to the outer wall (1) of the building, the impact is prevented from being transmitted to the stone plate support (30) through the elastic force of the support spring (22), the second elastic cord (35), the elastic spring (33), and the third elastic cord (36), thereby enabling the installation position of the stone plate support (30) to be maintained firmly.

[0044] In addition, the front of the stone plate support (30) is configured to have an elastic plate (34), and the stone plate (2) can be positioned on the front of the elastic plate (34) as shown in FIGS. 4 to 6.

[0045] Through the above configuration, as shown in FIGS. 4 to 6, a stone plate (2) to be installed is positioned on the front of the stone plate support (30). When the stone plate (2) is positioned on the front of the elastic plate (34) of the stone plate support (30), the guide member (13), which is guided along the direction of formation of the guide hole (12b), moves toward the front of the stone plate (1) through the elastic force of the first elastic cord (14), and the rear surface of the contact projection (13a) of the guide member (13) is firmly attached to the front of the stone plate (2) as shown in FIGS. 4 to 6, thereby configuring the stone plate (2) to be firmly positioned between the elastic plate (34) and the contact projection (13a) to maintain a state in which the stone plate (2) is firmly positioned.

[0046] Additionally, a through hole (12d) is further formed on the front of the support bar (12), and a glass fixing member (40) for fixing a glass plate (3) is further coupled to the front of the through hole (12d). The glass fixing member (40) is configured to be installed on the support bar (12) so that a pair of them face each other through a bolt (P) coupled to the through hole (41), and the glass fixing member (40) is configured to be installed on the support bar (12) by means of a fastening hole (41) corresponding to the through hole (12d) and an installation groove (42a) formed on one side into which the glass plate (3) is inserted.

[0047] This configuration is such that, as shown in FIGS. 1 to 6, a bolt (P) connected to the fastening hole (41) of the glass fixing member (40) is connected to the through hole (12d) formed on the front of the support bar (12) so that the glass fixing member (40) is installed on the front of the support bar (12). Even when the glass fixing member (40) is installed, a pair of glass fixing members (40) are installed facing each other, thereby enabling the installation of glass plates (3) of various colors according to the user's choice into the installation groove (42a) of the glass fixing members (40) positioned facing each other.

[0048] According to the above configuration, the aesthetic appeal of the installed stone plate (2) can be changed and used according to the change in the color of light transmitted in the direction of the stone plate (2) through the glass plate (3).

[0049] Although the present invention has been illustrated and described in relation to specific embodiments, it will be obvious to those skilled in the art that the present invention can be variously modified and changed without departing from the gist or scope of the invention as provided by the following claims. Explanation of the symbols

[0051] 1: Exterior wall 2: Stone slab 3: Glass plate 10: Wall mounting plate 11: Fixing plate 11a: Connecting hole 11b: Guide hole 11c: Seating groove 12: Support bar 12a: Guide bar 12b: Guide hole 12b-1: Connecting link 12c: Fastening hook 12d: Through hole 13: Guide sphere 13a: Contact projection 13b: Fixed loop 14: First elastic cord 20: Wall support plate 21: Insertion hole 22: Support spring 22a: Support hook 30: Stone plate support area 31: Settlement protrusion 32: Hook 33: Elastic spring 33a: Elastic ring 34: Elastic plate 35: 2nd elastic cord 36: 3rd elastic cord 40: Glass fixture 41: Fastening hole 42: Installation plate 42a: Installation home P: Bolt

Claims

Claim 1 A fixing plate (11) is installed in a vertical direction facing each other on the front of the outer wall (1) of a building, and a connecting hole (11a) into which a bolt (P) is connected is formed in the part corresponding to the outer wall (1), a vertically elongated guide hole (11b) is formed in the center of the front, and a pair of seating grooves (11c) are formed in the upper and lower parts of the front; a support bar (12) is provided on the rear side with a guide bar (12a) connected to the guide hole (11b), and a vertically elongated guide hole (12b) is formed in the center of the length direction with a connecting ring (12b-1) in the inner diameter adjacent to the guide bar (12a), and a fastening ring (12c) is provided at the bottom; a guide member (13) is provided on the rear side with a plate shape that is connected to be guided along the direction of formation of the guide hole (12b), and a pair of contact protrusions (13a) are protruded in the upper and lower parts and a fixing ring (13b) is provided on the rear side; and the A wall mounting plate (10) composed of a first elastic cord (14) connecting a connecting link (12b-1) and a fixing link (13b), a wall supporting plate (20) installed on the front of the outer wall (1) so as to be positioned between the wall mounting plates (10), having a plurality of insertion holes (21) formed in the part corresponding to the outer wall (1) to which a bolt (P) is coupled, and having a plurality of supporting springs (22) with a supporting link (22a) provided at the end on the front, and a wall supporting plate (20) installed on the front of the wall supporting plate (20), having a seating projection (31) protruding from the upper and lower ends to be coupled to the seating groove (11c), having a plurality of hooking links (32) provided on the rear corresponding to the supporting link (22a), and having a plurality of elastic springs (33) with an elastic link (33a) provided at the end on the upper and lower parts, and on the front The stone plate support (30) is provided with an elastic plate (34), a plurality of second elastic cords (35) connecting the support ring (22a) and the hook ring (32), and a plurality of third elastic cords (36) connecting the fastening ring (12c) and the elastic ring (33a), and when the seating projection (31) is coupled to the seating groove (11c) of the wall mounting plate (10),A stone plate fixing device for construction, characterized in that, through the elastic force of the second elastic cord (35) connecting the support ring (22a) and the hook ring (32), the bonding force between the seating groove (11c) and the seating projection (31) is firmly supported, and when the stone plate (2) is positioned on the front surface of the elastic plate (34) of the stone plate support member (30), the rear surface of the contact projection (13a) of the guide member (13) guided along the formation direction of the guide hole (12b) is firmly attached to the front surface of the stone plate (2) through the elastic force of the first elastic cord (14), thereby firmly positioning the stone plate (2) between the elastic plate (34) and the contact projection (13a). Claim 2 A stone plate fixing device for construction, characterized in that, in the first paragraph, a through hole (12d) is further formed on the front surface of the support bar (12), and a glass fixing member (40) for fixing a glass plate (3) is further coupled to the front surface of the through hole (12d), and the glass fixing member (40) is composed of an installation plate (42) having a fastening hole (41) corresponding to the through hole (12d) and an installation groove (42a) formed on one side into which a glass plate (3) is inserted, and a pair of them are installed facing each other on the support bar (12) through a bolt (P) coupled to the fastening hole (41).

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