KR20060015665A - Anchor and stone mounting corner device for STS304 metal 6mm sheet material for building - Google Patents

Abstract

The present invention relates to the anchorage device for the anchorage of the STS304 metal 6mm sheet material for stone installation that can be used for the concrete wall (10) of the building or the steel structure (11), in particular, for the stone installation of the building simple installation and construction STS304 is an anchoring device for anchoring stones of metal 6mm sheet material. Conventionally, the stone installation position is correlated with the distance of the SLOTHOLE 7a of the bending angle 7 coupled with the anchor 6 by installing the anchor hole 13 in the concrete wall 10 or the steel structure 11 of the building. The horizontal deviation of the stone anchor set (6) and the bending angle (7) is inevitably horizontally adjusted for each stone to be constructed, so that the pinch (9) or angle (9a) method is used for unnecessary time consumption. Construction is delayed. In addition, the stone installation deadline of the combined bending angle (7) and the adjustment plate (7b), which is a conventional method to be applied when the length of the stone installation deadline (12) to be installed with the concrete wall (10) or steel structure (11) of the building is long The method of increasing the distance 12 causes a rise in construction cost, which is caused by an increase in the width of the bending angle width 7c or adjustment of the bending angle thickness 7d according to the load calculation for each stone unit. Bending angle Bending part damage (7e) and 10X30mm bidirectional SLOTHOLE (7a) binding of the bending angle of the anchor set (6) and the anchor nut (6a) are inadequate, such as loosening of the anchor nut (6a) due to the load and vibration of the used stone. It is generated as a cause of construction, to complement this, the stone anchoring device of the anchor combined use of the STS304 metal 6 mm plate material for stone installation of the present invention was created. First, the present invention, STS304 metal 6mm sheet material 100mm width, 50mm length 100X50mm stone installation side edge pinch of the 4mm and 6mm upper and lower stone installation side symmetrical symmetry on the front left and right (4a, 4a '), 10mm wide, 30mm long, 10X30mm, upper and lower stone installation finishing length adjustment adjustment plate wearing bidirectional SLOTHOLE (4b, 4b') In the center, 7mm wide and 20mm long, 7X20mm one-way stretching SLOTHOLE (4c, 4c ') is cut and connected to the center by 5mm width, and the 5mm cut extension part is straight, b-shaped and 100X50mm upper and lower stone installation side edge pinchs formed to bind to the 10mm cutting groove engaging holes (1c, 2c, 3c) at the front center of the left and right stone installation plane edge pinch portions (1,2,3,) (4) 10X14X20mm rhombus shape of 5mm in height and 10mm in height at the front of the central part, and 14mm in the upper part and 20mm in the lower part. 7X10mm one-way stretching slot (4d) with 7mm width and 10mm length at the center of the end, and 7mm lengthening circular sphere (4e) and 7X20mm one-way stretching slot inward at intervals of 5mm width. The top and bottom stone installation side edge pinch portions 4 of the 100X50 preliminary and lower stone installations formed by cutting the center of the connecting portion 4c 'and the 5X upper and lower elongation anchors 4' of the 10X14X20 preliminary rhombus shape are completed.

Second, STS304 metal 6mm sheet material, 100X50mm, upper and lower stone installation side edge pinch portion (4) inserted into the straight, b-shaped, A-shaped left and right stone installation plane corner pinch portion (1, 2, 3) 6mm straight, left-right, right-sided, right-sided stone pincers (1a, 1a'.2a, 2a'.3a, 3a ') and 10mm wide and 30mm long 10x30mm bidirectional slot (1b, 1b'.2b, 2b'.3b, 3b ') for the shape of the left and right stone installation finishing distance extension plates , 2c, 3c) and the 5X cutting section of 7X20mm unidirectional drawing SLOTHOLE (4c, 4c ') of 100X50mm upper and lower stone installation side edge pinch section 4 is straight, b-shaped, a-shaped seat It is formed to be bound to the 10 mm cutting groove engaging holes (1c, 2c, 3c) of the pinned portion (1, 2, 3) of the right stone installation plane corner. And the front of the center part is formed of 10mm high, 14mm top, 20mm bottom, 10X14X20mm rhombus, top 5 stage left and right extension anchors (1 ', 2', 3 '), width 7 at the center of the end. 7mm extension binding entrances (1d, 2d, 3d), which are semi-circles in advance, are connected at intervals of 5mm in width, and the center is cut and 7X20mm in one-way extension of 20mm in length SLOTHOLE (1e, 2e 3e), and the 5mm cut and stretched part is formed to be bound to the 7X10mm one-way drawing SLOTEHOLE (4d) of the upper and lower stone installation side edge pinch portions (4) of 100X50mm, The right edge stone installation plane edge pinch (1, 2, 3) and 10 X 14 X 20 preliminary rhombus shape 5 stage left and right extension anchors (1 ', 2', 3 ') are completed.

Third, 10mm 14mm 20mm diamond shape 5-stage up, down, left, right 14mm anchors (1 ', 2', 3 ', 4') of extended cross anchors (13) 14mm high, 14mm, top 20mm, bottom 20mm, length 50mm, 10mm x 14mm x 20mm x 50mm, 6mm wide, 45mm deep cross recessed grooves (5a, 5a'.5b, 5b ') Complete plastic cross grooves (5) for anchor holes. In this case, the first 14mm anchor hole (13) provided in the concrete wall (10) or the steel structure (11) of the building, the first 100X50mm upper and lower stone installation side edge pinch portion (4) 14mm anchor hole Insert into the cross insertion grooves (5a, 5a ') of the close contact plastic cross grooves (5), and inserted into the front milling planting tool (8) perpendicular to the 14 milianka hole (13), the corresponding STS304 metal 6 mm plate Cross-shaped groove (5b, 5b ') of the flat corner pinch (1, 2, 3, 1, 2, 3) of the right, left, and right corners of the stone installation side of the material When planted horizontally with the front cutting planting tool (8), the anchoring extension cutting grooves (4f, 4f ') of the upper and lower stone installation side edge pinching portions (4) of 100X50 mm are opened up and down. A-shaped, b-shaped, a-shaped left and right stone corners Anchor-operated elongated cutting grooves (1f, 2f, 3f) of the flat edge pinch section (1.2.3) are finally 100X50 The upper and lower stone installation side edge pinch part (4) between the 7X10mm one-way drawing SLOTHOLE (4d) and the 7mm drawing circular ball (4e) between the 5mm gap anchor operation drawing part (4h) A-shaped left-right corner installation Anchor-operated extension cutting grooves (1f, 2f, 3f) of the flat edge pinch section (1,2,3,) are opened to the left and right, 100X50mm, top and bottom stone installation side edge pinch section 7X10mm one-way drawing SLOTHOLE (4d) of (4) is engaged with each other and also straight, c-shaped, A-shaped left and right stone installation plane, side edge pinch (1,2,3,) and 100X50mm up and down 10X14X20mm diamond shape of stone installation side edge pinch part (4) 5 steps of left, right and bottom extension anchors (1 ', 2', 3'4 ') Anchor-operated stretched symmetrical triangular 4 blades (1g, 2g, 3g) , 4g) part is installed in close contact with the 14mm anchor hole (13) and 14mm anchor hole plastic cross groove (5). Therefore, the stone can be safely and perfectly installed on the concrete wall 10 or the steel structure 11 of the building simply.

Description

Anchor and stone installation corner device for STS304 metal 6mm sheet material for building {omitted}

Figure 1 is an overall perspective view showing a state equipped with an anchor stone mounting corner device of the building STS304 metal 6mm sheet material of the present invention

Figure 2 is a perspective view showing a part of the exploded view and operating state of the separated stone mounting corner device of the anchor STS304 metal 6 mm for building materials of the present invention

Figure 3 is a plan view showing a state in which an anchor combined stone installation corner device of the building STS304 metal 6 pre-plate material of the present invention to the concrete wall 10 of the building

Figure 4 is a front view, side view of the anchor stone mounting corner device for the building STS304 metal 6 sheet material of the present invention

Figure 5 is another embodiment of the anchor stone mounting corner device of the building STS304 metal 6 pre-plate material of the present invention

* Description of the symbols for the main parts of the drawings *

1.100X50mm straight left and right stone installation flat corner pinch section

1 '10X14X20 Preliminary Rhombus Shape 5 Tiers Left and Right Stretched Anchors

1a. Straight left end stone mounting pin driller 1a 'straight right end stone mounting pin driller

1b. Straight left end stone installation 10X30mm Bidirectional SLOTHOLE

1b 'straight velvet stone installation 10x30mm

1c. 10mm cutting groove latch 1d. 7mm Extension Bound Entrance

1e. 7X20Mini Directional Drawing SLOTHOLE

1f. 5 Marianka working extension cutting groove

1 g. Anchor Working Extension Triangle Symmetrical 4-Flute

2. N-shaped left and right stone installation flat corner pincher

2 '10X14X20 Preliminary Rhombus Shape 5-Tier Left and Right Stretched Anchors

2a. B-shaped Left End Stone Mounting Pliers 2a 'N-shaped Right Stone Installation Pliers

2b. N-shaped left end stone installation 10X30mm

2b '. N-shaped velvet stone installation 10X30mm

2c. 10mm cutting groove latch 2d. 7mm extension binding entrance

2e. 7x20mm one way stretching SLOTHOLE 2f. 5mm anchor working extension cutting groove

2 g. Anchor Operation Stretched Triangle Symmetrical 4 Blades

3. A-shaped left and right stone installation flat corner pinch section

3 '10X14X20 Preliminary Rhombus Shape 5-Tier Left and Right Stretched Anchors

3a. A-shaped left end stone mounting pin driller 3a 'A-shaped right stone installation pin driller

3b. A-shaped left end stone installation 10X30mm

3b '. A-shaped velvet stone installation 10X30mm

3c. 10mm cutting groove latch 3d. 7mm extension binding entrance

3e. 7x20mm one way stretching SLOTHOLE 3f. 5 Marianka working extension cutting groove

3 g. Anchor Working Extension Triangle Symmetrical 4-Flute

4. 100X50mm upper and lower stone installation side edge pinch

4.' 10X14X20 Preliminary Rhombus Shape 5 Steps

4a. Top Stone Install Side Pincher

4a '. Bottom Stone Install Side Pincher

4b. Top Stone Installation 10X30mm Bidirectional SLOTHOLE

4b '. Bottom Stone Installation 10X30mm Bidirectional SLOTHOLE

4c. 7X20Mini-directional StretchingSLOTHOLE

4c '7X20 Mi-Directional Stretch SLOTHOLE

4d. 7x10mm one way stretching SLOTHOLE 4e. 7mm Extension Circle

4f. Anchor working extension cutting groove 4f '. Anchor working extension cutting groove

4 g. Anchor working extended triangle symmetry 4 blades 4h. Anchor working extension

5. 14mm Adhesion Plastic Cross Recessed Rod 5a.5a 'Cross Recessed Groove

5b, 5b 'Cross recess 5' 5X14X20X50 Preset plastic rod

6, anchor 6a. Anchor Nut 7, Bending Angle

7a, Bending Angle 10X30mm, Bidirectional SLOTHOLE 7b, Control Panel

7c, bending angle width 7d, bending angle thickness 7e, bending area damage

8. Noodles planting tool 9, pinch 9a, angle cutting

10.Concrete wall 11, Steel structure 12, Stone installation deadline 13, Anchor

14, stone installation baseline 15, anchor installation baseline 16. stone 17. pin

The present invention relates to a stone mounting corner device for anchorage of STS304 metal 6mm sheet material for stone installation that can be used for concrete wall (10) or steel structure (11) of a building. STS304 metal 6mm sheet material of anchor combined use stone installation corner device, conventionally 10X30mm bidirectional SLOT HOLE of bending angle (7) coupled with anchor set (6) installed in the stone installation anchor hole (13) of the building Distance between the upper and lower surfaces of the bending angle (7) and the stone edge contact surface, the stone installation position is fluctuated. On the other hand, the existing stone anchor (an anchor installation reference line 15 and the stone installation reference line 14) are separated. 6) The horizontal deviation of the 10X30mm bidirectional SLOTHOLE (7a) of the installation and bending angle (7) is inevitably leveled separately for each stone to be constructed, which results in unnecessary time consumption such as pinching (9) or angler (9a). The ball is delayed, and the bending angle 7 and the adjustment plate 7b are combined, which is a conventional method applied when the concrete wall 10 or the steel structure 11 and the stone installation deadline 12 of the building are lengthened. Increasing the stone finish distance (12) increases the construction cost by adjusting the cross-sectional area of use anchor according to the load calculation for each stone unit, the width of the bending angle (7c), and the adjustment of the bending angle thickness (7d). In addition to the problems caused by the bending of the bending angle (7) and the bending of the bending portion (7e) and the anchor nut (6a) of the cassette (6) and the 10 × 30mm bidirectional SLOTHOLE (7a) binding of the bending angle (7) It is caused by the secondary work, such as loosening of the anchor nut (6a) due to excessive vibration, in order to compensate for this, the anchor stone mounting corner device for the stone mounting STS304 metal 6mm sheet material of the present invention was created.

The present invention is to install the stone of the anchor (6) and the bending angle (7) of the conventional STS304 metal sheet material for the building as fixed to the concrete wall (10) or steel structure (11) with an anchor nut (6a) The problem arises in the structure that combines the stone with the pinch (9) or the angle (9a), that is, the rise of the cost, the bending angle () according to the basic installation of the bending angle (7) mounting anchor (6) 7) by the addition of the assembling process according to the assembly and by the clearance of the 10X30 advance bidirectional SLOTHOLE (7a) of the bending angle (7) installed on the anchor installation reference line (15) installed at the upper and lower ends of the stone installation reference line (14). Horizontal deviation adjustment is caused as a cause of sub-work due to the delay of stone installation and weakening of the bent portion due to the angle stripping (9a), to compensate for this, STS304 metal 6mm sheet for building to reduce the cost of the present invention It is intended to provide a stone installation edge device of the material. In order to achieve the above object, firstly, the upper and lower stone side mounting corners of the width 100mm and the length of the STS304 metal 6mm sheet material are 100X50mm, the upper and lower stone installation side edge pinch portions (4 6mm upper and lower stone mounting side edge pins (4a, 4a ') and 10mm wide and 10mm wide, 30mm length upper and lower stone mounting side edges 10X30mm bidirectional slots (4b, 4b ') with mounting adjustment distance mounting plate, and 7mm wide, 20mm long, b-shaped, b-shaped left and right stone-mounted flat corner pins (1) 2,3) Attach the attached 7X20mm one-way draw slot (4c, 4c ') by cutting the center at intervals of 5mm in width, and the 5mm anchor drawing groove (4f), which is the 5mm cut extension, is straight. , C-shaped, a-shaped left and right stone centers of the front edge of the flat corner pinch (1,2,3, 100mm x 50mm upper and lower stone-mounted side edge pinchs (4) formed to bind to the 10mm cutting groove catching holes (1c, 2c, 3c) of the part, and 10mm high, 14mm upper and 20mm lower 10X14X20mm diamond shaped 5-stage upper and lower stretched anchors (4 '), 7mm wide, 10mm long, straight, b-shaped, a-shaped 5mm anchor-operated elongated cutting groove (1f, 2f, 3f) installed by installing 7X10 mm one-way stretching slot (4d) and cutting the center of the 7mm extension circle (4e) and 7X20 one-way stretching slot (4c ') inward at intervals of 5mm width. 100X50mm top and bottom stone installation side edge pinch (4) and 10X14X20mm diamond shape 5-stage, bottom stretch anchor part (4 ') are completed.

Second, STS304 metal 6 mm sheet material, 100X50 mm, upper, lower stone installation side edge pinch insert (4) is inserted into the straight, b-shaped, a-shaped left, right stone installation plane edge pinch (1, 2, 3 ) 6mm left and right symmetrical front and right side stone installation side edges with pin, straight, b-shaped, a-shaped left and right stone mounting pins (1a, 1a ', 2a, 2a'.3a, 3a') and width 10mm, 30mm length Left and right stone installation Flat corners Stone installation Finishing distance Mounting length adjustment plate Mounting, B-shaped, a-shaped 10X30mm Bidirectional SLOTHOLE (1b, 1b'.2b, 2b'.3b, 3b ') 10 mm cutting groove catching holes (1c, .2c, .3c) for mounting the anchor working extension cutting groove (4f) of the upper and lower corner stone installation side corner pinch portions (4f) at the center thereof, The 5mm anchor working draw cutting groove (4f), which is a 5mm cut drawing portion between the 7X20 mm single direction drawing slot (4c, 4c ') of the upper and lower stone mounting side corner pinch portions (4), is straight, b-shaped, A-shaped left and right stone installation plane corner pins (1, 2, 3) of 10mm cutting groove engaging holes (1c, 2c, 3c) is formed to be bound. In front of the central part, 10mm in height, 14mm in the top, 20mm in the bottom, 10X14X20mm in the shape of 5mm diamond, and 5x 10x14X20mm in the shape of rhombus in the bottom (4 '). 2 ', 3'), and at the center of the end, 7mm stretch binding inlet (1d, 2d, 3d) with a 100mm x 50mm semi-circle of upper and lower stone installation side corner pins (4) 5mm wide and 7mm wide, 7mm wide and 20mm long, 7X20mm unidirectional stretching SLOTHOLE (1e, 2e, 3e), 5mm cutting and stretching Anchor-operated drawing-cutting grooves (1f, 2f, 3f) are formed in the form of a single, b-shaped, a-shaped seat, right end formed by binding 100 × 50 mm in advance and 7 × 10 mm one-way drawing slot 4 (4d) of the lower stone installation side edge pinch section (4). Complete with stone installation plane corner pins (1, 2, 3) and 10 X 14 X 20 diamond shape 5 step left and right extension anchors (1 ', 2', 3 ').

Thirdly, the 14 Mirianca ball (13 ', 2', 3 ', 4') of 10 X 14 X 20 mm rhombus, right, top, and bottom extension anchors (1 ', 2', 3 ', 4') is inserted into the 14 Mirian ball (13). 10mm wide, 10mm top, 20mm bottom, 50mm bottom 10X14X20X50mm plastic rods (5a) 6mm wide, 45mm deep cross recess (5a) , 5a'.5b, 5b ') to complete the 14 mm anchor hole plastic cross grooves (5).

In this case, the first 14mm anchor hole (15) provided in the concrete wall (10) or the steel structure (11) of the building, the first 100X50mm, the bottom stone installation side corner pinch (4) 14mm anchor hole Insert into the cross insertion grooves (5a, 5a ') of the close contact plastic cross grooves (5), and is inserted into the front bevel planting tool (8) perpendicular to the 14 milianka hole (13), the corresponding STS304 metal 6 mm board Straight, corner shape, right corner stone installation plane corner pinch (1,2,3,) of the material is 100X50mm, lower stone installation side edge pinch (4) and 14Mianca (13) When planted with plastic cross grooves (5) cross insertion grooves (5b, 5b ') horizontally with the front cutting planting tool (8), the anchor working extension cutting groove (4f) of the upper and lower stone installation side edge pinch portions (4) in advance of 100X50. , 4f ') up and down, and on the one hand, the anchoring edge of the flat-edge pinch section (1.2.3) of the straight, b-shaped, a-shaped left and right stone installations The new cutting grooves (1f, 2f, 3f) are finally spaced 5mm between 7X10mm single direction drawing slot (4d) and 7mm drawing circle (4e) of the upper and lower edges of the stone installation side edge pins (4). The anchor working extension cutting grooves (1f, 2f, 3f) of the straight, c-shaped, a-shaped left and right stone installation plane edge pinch portions (1, 2, 3) are It is fastened to the 7X10 one-way stretching slot (4d) of the 100X50 left and right corner installation side edge pinch (4), and is also fitted with a straight, b-shaped, a-shaped left and right stone installation plane corner pins (1). 10, 14, 20, 5, 10, 14, 20, 10, 14, 20, 10, 14, 20, 10, 14, 20, 10, 14, 20, 10, 14, 20, 10, 14, 20, Anchor-operated elongated symmetrical triangular four blades (1g, 2g, 3g, 4g) is installed in close contact with the 14 milianka coherent plastic cross grooves (5) in the 14 miliankaong (13). Therefore, the stone can be safely and completely installed on the concrete wall 10 or the steel structure 11 of the building simply.

On the other hand, the upper, lower, left, and right ends of the 14 mm anchor hole 13 formed on the stone installation reference line 13 of the building are viewed as a combination of the anchor-operated stretching symmetric triangular four blades (1g, 2g, 3g, 4g). Anchor combined stone installation corner device of the STS metal 6mm plate material of the invention is completed, and anchored by 14mm anchor hole (13) close contact with the plastic cross grooves (5) inside the 14mm anchor hole (13) Combined stone installation corner device Shorten the installation and installation time, and the stone installation reference line (14) and anchorage installation reference line (15) can be easily installed on the same line. As it is connected to the right side, it is possible to efficiently install stone on the same line as the building stone installation reference line 14 without the conventional four sets of STS304 metal material anchors and bending angles per installation stone unit. The construction quality can be improved.

As described above, the configuration is simple, and the configuration of the present invention will be described with reference to the accompanying drawings.

1 is an overall perspective view showing the state of mounting the anchorage stone mounting corner device for the building STS304 metal 6 pre-painting material of the present invention, Figure 2 is an anchor stone for the building STS304 metal 6 pre-painting material of the present invention 3 is a perspective view showing an exploded view of a state in which the installation corner device is separated and operating state, Figure 3 is an anchor combined stone installation corner device of the building STS304 metal 6 board material of the present invention to the concrete wall (10) of the building The top view showing the state.

Figure 4 is a front view, side view of the anchor stone mounting corner device for the building STS304 metal 6 pre-plate material of the present invention

Figure 5 shows another embodiment of the anchor stone mounting corner device for the building STS304 metal 6 pre-plate material of the present invention.

First, the present invention, as shown in Figure 2, STS304 metal 6mm plate material 100mm in width, 50mm in length upper and lower stone installation side edge device 100X50mm in advance, the bottom stone installation side edge pinch (4 6mm upper and lower stone mounting side edge pins (4a, 4a ') and 10mm wide and 10mm wide, 30mm length upper and lower stone mounting side edges 10X30mm bidirectional slots (4b, 4b ') with mounting adjustment distance mounting plate, and 7mm wide, 20mm long, b-shaped, b-shaped left and right stone-mounted flat corner pins (1) 7X20mm one-way drawing slot (4c, 4c ') with 5mm width cutting, and 5mm anchor working drawing cutting groove (4f) Straight, b-shaped, a-shaped left and right stone installation 10 corners of the front center of the flat edge pinch section (1,2,3,) 100X50mm top and bottom stone-mounted side edge pinch portions (4) and 10X14X2mm top and bottom bottom 20mm The rhombus shape is formed of five upper and lower elongated anchors (4 '), and has a width of 7mm, a length of 10mm, a straight, b-shaped, a-shaped 5mm lianca working extension cutting groove (1f, 2f, 3f) 100X50mm formed by cutting 7X10mm one-way drawn SLOTHOLE (4d) and cutting the center of the 7mm drawn round sphere (4e) and 7X20mm one-way drawn slot (4c ') inside at intervals of 5mm. Top and bottom stone installation side edge pinch portion (4) and 10X14X20 preliminary rhombus shape 5-stage upper and lower extension anchor portion (4 ') is completed.

Second, as shown in Fig. 2, STS304 metal 6 mm sheet material 100X50 mm upper and lower stone installation side edge pinch portion (4) is inserted into the straight, b-shaped, A-shaped left and right stone installation plane corner pinch portion (1) , 2,3) 6mm left and right symmetrical front and right side stone installation side edges, pin-shaped straight, b-shaped, a-shaped left and right stone installation pins (1a, 1a ', 2a, 2a'.3a, 3a '') 10mm wide and 30mm long left and right stone installations Flat corners Stone installations Finishing distances Longer distances with mounting throttles 10, 30, 2-way SLOTHOLE (1b, 1b'.2b, 2b'.3b, 10b cutting groove catching holes (1c, .2c, .3c) with an anchor working extension cutting groove (4f) of the upper and lower stone mounting side edge pinch portions (4f) of the upper and lower stone installations 5mm anchor drawing, which is 5mm cutting drawing part between 7X20mm single direction drawing SLOTHOLE (4c, 4c ') of 100X50mm upper and lower stone installation side edge pinch (4) Danhom (4f) is formed to be the binding to obtain pre-cut grooves 10 engaging the flat blade, b-shaped, angled left and right end edge pinch stone installation plane base (1,2,3) (1c, 2c, 3c). In front of the center part, 10mm in height, 14mm in the bottom, 20mm in the bottom, 10X14X20, in the form of 5mm diamond shape, 5x the upper and lower extension anchors (4 '), and 10X14X20mm diamond shape of the 5th layer, the left and the right extension anchors (1', 2 ', 3'), and at the center of the end, 7mm stretch binding inlet (1d, 2d, 3d) with a 100mm x 50mm semi-circle of 7mm in width and a bottom corner pinning part (4) installed at the bottom 5mm wide, 7mm wide and 20mm long, 7X20mm one-way stretch SLOTHOLE (1e, 2e, 3e), and 5mm anchor The straight, b-shaped, a-shaped left and right ends of the drawing extension grooves (1f, 2f, 3f) are formed to be bonded to the 7X10mm one-way drawing SLOTEHOLE (4d) of the upper and lower stone installation side edge pinch portions (4) of 100X50mm. Complete with stone installation planar corner pinch (1, 2, 3) and 10X14X20 preliminary rhombus 5 stage left and right extension anchors (1 ', 2', 3 ').

Third, as shown in Fig. 2, 14mm of 10X14X20mm diamond shape 5 stages left, right, top, and bottom extension anchors (1 ', 2', 3 ', 4) inserted into the 14mm diameter hole (13). Anchor (13) Close-fitting plastic cross slot (5), 10mm high, 14mm top, 20mm bottom, 50mm long 10X14X20X50mm plastic rod (5a) 6mm wide, 45mm deep cross The 14 mm anchor hole plastic cross grooves 5 formed of the grooves 5a, 5a '. 5b and 5b' are completed.

As shown in Fig. 2, the first 14mm anchor hole 13 provided in the concrete wall 10 or the steel structure 11 of the building, first, 100X50mm upper and lower stone installation side edge pinch portion (4) To the cross insertion grooves (5a, 5a ') of the 14 milianka coherent plastic cruciform rod (5), and inserted into the front milling planting tool (8) perpendicular to the 14 milianka hole (13), corresponding to STS304 metal 6 mm plate material straight, b-shaped, a-shaped left and right stone installation flat corner pinch section (1,2,3,) with 100X50mm top and bottom stone installation side edge pinch section (4) and 14mm anchor Ball (13) Adhesion to the plastic cross grooves (5) in the cross insertion grooves (5b, 5b ') horizontally with the front cutting planting tool (8), the anchor of the upper and lower stone installation side edge pinch portions (4) in advance As the working extension cutting grooves (4f, 4f ') open up and down, on the one hand, straight, c-shaped, a-shaped left, right stone installation flat corner pin (1.2.3) Anchor-operated drawing cutting grooves (1f, 2f, 3f) are the last 7X10mm one-way drawing SLOTHOLE (4d) and 7mm drawing circle of upper and lower stone installation side edge pinch section (4). Anchor-operated drawing-cutting grooves of straight, pin-shaped, flat corner pins (1, 2, 3) of straight, b-shaped, left-right stones 1f, 2f, 3f) are spread from side to side, and are caught together by 7X10 one-way stretching slotholes (4d) of the 100X50mm left and right stone installation side edge pinch portions (4). 10X14X2O preliminary rhombus shape of 5X left, right, top, and bottom extension anchors (1 ', 2) Anchor-stretched triangular four-blade (1g, 2g, 3g, 4g) of ', 3', 4 ') is in close contact with the 14mm anchor hole (13) with the 14mm anchor hole plastic cross groove (5). Information will be installed. Therefore, the stone can be safely and completely installed on the concrete wall 10 or the steel structure 11 of the building simply.

On the other hand, the upper, lower, left, and right ends of the 14 mm anchor hole 13 formed on the stone installation reference line 14 of the building are viewed by the combination of the anchor-operated stretching symmetric triangular four blades (1g, 2g, 3g, 4g). Anchor-use stone installation edge device of the STS metal 6mm plate material of the invention is completed, and anchoring stone installation corners by being fixed together with 14mm anchor hole plastic cross grooves (5) inside the 14mm anchor hole (13) The installation time of the device is shortened, and the stone installation reference line 14 and the anchorage reference line 15 are simply installed on the same line, and the stone to be constructed at the corners of the stone installation is connected to the top, bottom, left, and right sides. Therefore, even without the four sets of STS304 metal material anchors (6) and bending angles (7) per unit of installation stone, efficient stone installation on the same line as the building stone installation reference line (14) improves the construction quality. It can be.

As another embodiment of the present invention as shown in Figure 5 when the stone is installed horizontally and vertically on the same stone installation reference line 14, the stone corner is anchored in the corner portion of the building so that one side up, down, left and right cross (13) is installed at the intersection, so the horizontal and vertical intersecting stone installation baseline 14 can be simply determined without having to calculate the construction stone finishing dimensions of the stone to be applied to the building. As a result of combining the combined stone installation corner device, it is a useful invention that can be installed and applied to all materials to be attached to the building such as stone or tile in the left, right, up and down, horizontally and vertically.

As described above, by using the existing mass-produced STS304 metal 6 pre-plate material mounted on the anchor hole 13 installed on the stone installation reference line 14, it is possible to separate bending angles without simple boring and cutting. (7) The mounting anchor (6) becomes indispensable, and it is possible to construct the stone of the building at low cost, and also the use area of the existing anchor (6) and the width of the bending angle (7). (7a), problems of the calculation of the weight of the stone by adjusting the thickness (7b) and the like, combined with the straight, pin-shaped, corner-shaped left and right stone installation plane corner pinch of the present invention (1, 2, 3) The stone installation deadline distance 12 is simply adjusted by only adjusting the length of the 100X50 mm upper and lower stone installation side edge pinches 4 used.

Claims (3)

The upper and lower stone installation side edge pinch of the anchoring device of STS304 metal plate material inserted into the concrete wall of the building (10) or the anchor hole (13) of the steel structure. Top and bottom stone installation side edge pins (4a, 4a ') and top and bottom stone installation side edges of the stone installation side edge pin mounting, SLOTHOLE (4b, 4b') One-way drawing slot (4c, 4c ') is connected to the central part by cutting the center part, and the anchor-operated drawing cutting groove (4f) is a straight, b-shaped, a-shaped left and right stone installation flat corners. Upper and lower stone-installed side edge pinch portions (4) formed to bind to the cutting groove catching holes (1c, 2c, 3c) at the front center portion of the pinch portions (1, 2, 3), and a rhombus shape on the front of the center portion 5 One-way stretching slot (4d) is installed with upper and lower extension anchors (4 '), and inside Cross-shaped, round-shaped, corner-shaped left and right stone-installed flat corner pins (4e) by cutting the center of one-way stretching slot (4c ') of the extension circle (4e) and the upper and lower stone installation side edge pinch (4). 1,2,3,) and 5 steps of rhombus shape, 5 steps of left and right stretched anchors (1 ', 2', 3 ') Anchor and stone installation corner device of STS304 metal plate material characterized by upper and lower extension anchor (4 ') STS 304 metal plate material anchoring device for inserting into the concrete wall of the building (10) or the anchor hole (13) of the steel structure 3) Left and right stone installation plane corner pins (1a, 1a'.2a, 2a'.3a, 3a ') and left and right stone installations SLOTHOLE (1b, 1b.'2b, 2b'.3b, 3b ') with mounting flat corner stone installation deadline adjusting plate is formed, and cutting groove latching holes (1c, 2c, 3c) are formed at the center thereof, The flat edge pinch (1, 2, 3) with the straight, b-shaped, a-shaped left and right stone installations formed with the anchor working extension cutting groove (4f) of the upper and lower stone installation side edge pinch portions (4) bound together. In the front of the center part, the straight, b-shaped, a-shaped rhombus shape, 5-step left and right stretched anchors (1 ', 2', 3 '), the upper and lower stone installation side The pinching portion 4 and the rhombus-shaped 5-step upper and lower extending anchor portion 4 'are formed with the binding binding inlets 1d, 2d and 3d and the one-way stretching slot 1e, 2e and 3e, and the center thereof is cut. Straight-shaped, b-shaped, a-shape in which the anchor-operated stretching cutting grooves 1f, 2f, and 3f, which are the cut and stretched portions, are formed to be bound to the one-way stretching slot 4d of the upper and lower stone installation side edge pinch portions 4; Anchor-operated anchoring stone installation of STS304 metal plate material characterized by five-stage left and right edged anchor portion (1 ', 2', 3 ') with rhombic four edges (1g, 2g, 3g) Corner device. Anchorage with the front cutting planting tool (8) by inserting it into the upper and lower drawing anchor part (4 ') of the rhombus shape of the concrete wall of the building (10) or STS304 metal plate material of steel structure. An anchor hole 13, which is inserted into the ball 13 and is completed by being combined with one of the five step left and right stretched anchor portions 1 ', 2' and 3 'of the rhombus shape and the front-pitching planting tool 8; Anchor-operated stretching symmetrical triangular four-blade (1g, 2g, 3g) with a plastic cross slot for close contact (5), 5-stage right and left, top and bottom stretching anchors (1 ', 2', 3 ', 4') Anchor-use stone installation corner device, characterized in that formed with a circular plastic rod (5a) having a cross-sectional insertion groove (5a, 5a'.5b, 5b ') in the central shape and the same shape.

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