JP3527871B2 - curtain wall - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a curtain wall, and more specifically, a panel plate such as a decorative plate or a glass plate is provided in a frame formed by a vertical crosspiece and a horizontal crosspiece. Regarding attached curtain wall.

[0002]

2. Description of the Related Art As shown in FIG. 11, a curtain wall 10 provided on a wall surface of a building is a vertical 1 as a vertical crosspiece.
Each frame 1 formed by 1 and a seamless bar 12 as a horizontal rail
A panel plate 15 such as a glass plate is attached and formed in the inside 3. Conventionally, the cubic 11 and the blind 12 forming the curtain wall 10 are often made of aluminum, which is unlikely to cause rust or the like even when exposed to wind and rain, and the rear side of the aluminum cubic is also exposed indoors. is doing. However, metals such as aluminum are good conductors of heat, and heat is easily transferred to the outside through metal parts such as aluminum cubes. For this reason, in the winter, the cubic 11 and the seamless 12 are cooled and the cubic 11
Also, dew condensation easily occurs on the exposed portion of the blind 12 on the indoor side, and air conditioning costs such as heating costs are often wasted.

[0003] In order to solve the problems of the conventional aluminum cube, a curtain wall using a wooden cube and a blind is known. FIG. 12 shows a cross-sectional view of the curtain wall 10 using a wooden cube cut along the line AA in FIG. 11. However, in the following, the drawing regarding the blindness is omitted. In the curtain wall 10 using the wooden upright 11 (hereinafter, simply referred to as upright), a heat insulating member 14 is attached to the outside of the upright 11, and a metal such as aluminum is attached to the outside of the room through the heat insulating member 14. A ridge member 16 made of steel is provided. The heat insulating member 14 is provided to prevent heat conduction to the upright 11 of the outside air and to fix the ridge member 16. In addition, as the panel plate 18, double glazing is used. The panel board 18 is
It is attached by being sandwiched between the ridge member 16 and the upright 11 or the eyeless 12. Since the wood of the cuboid 11 has a low thermal conductivity in this way, the heat conduction of the outside air can be blocked and the dew condensation of the cuboid 11 can be prevented. In addition, by exposing the tree stand 11 to the inside of the room, a warm atmosphere of the tree can be provided in the room.

FIG. 13 is a schematic view of the side surface of the upright 11 in the upright 11 as described above. Here, the entire curtain wall 10 receives the wind indicated by the arrow B, which blows toward the room. In this case, the cuboid 11 bends toward the inside of the room and deforms as shown by the broken line in the figure. Thus, in order to minimize the deformation of the curtain wall 10 due to the bending of the cube when it receives wind, the projected dimension H protruding toward the inside of the cube is made of wood made of laminated wood or the like. In the upright position, large dimensions had to be secured.

[0005]

When the estimated size of the cuboid becomes large, the size of the interior becomes smaller, and therefore the space efficiency in the interior becomes poor and the appearance also becomes poor. Further, in the case of constructing a curtain wall having a high height, it is not possible to assemble and use disassembled cubes from the viewpoint of securing the strength, for example, 10
When constructing a curtain wall with a height of m, a cube with a length of 10 m must be manufactured in advance.
For this reason, there is a problem in that the cubes as long as 10 m manufactured in the cubic manufacturing factory must be transported to the construction site, which increases the transportation cost.

Therefore, the present invention has been made to solve the above-mentioned problems, and an object of the present invention is to make it possible to secure a wide indoor space and to improve the appearance by reducing the expected size of the vertical. It is to provide a curtain wall that can sufficiently secure the strength as a cube.

[0007]

The present invention achieves the above objects.
In order to achieve this, the following configuration is provided. That is, according to the present invention
According to Karu curtain wall,Multiple woodenCubic
When,WoodenBlindly,TheCubic andTheFormed by the eyeless
Curtain panel having a panel board mounted in a closed frame
In theA member or building that supports the load of a building
The ends are connected to the wall of the structure for tension adjustment
Wires are separated by a certain number in the vertical direction
The wires are stretched so that each wire is
Each mounting groove has the same or slightly larger diameter than the diameter of the
Mounting bracket consisting of two plate-shaped members formed on it
Laterally when sandwiched so that it is located in the mounting groove.
Mounting bracket that is slidably mounted in any direction and has the wire attached
Fit into the cutouts formed in the inner part of each cubic
Hides the mounting fitting that is fitted into the notch
The feature is that the cover is attached.This configuration
By adoptingWires mounted upright
You can apply a predetermined tension after mounting,Deflection of cubic
Is controlled by the wire tension,
The strength of the cube can be secured even if it is made small.. Well
Also, the cube is divided in the middle of the longitudinal direction,
Since it is detachably connected at the divided parts,
Even if a cubic shape is required, the wire provides sufficient strength.
It can be divided in minutes and can be divided and transported in the field
Since it can be assembled, it can be easily transported and low cost.
It is possible to build a curtain wall on a strike. Furthermore
ToOn the indoor side end face of the cubic, along the longitudinal direction of the cubic
And a storage groove for storing the second wire is formed.
A second wire with a predetermined tension applied to the
Must be stored slidably downwardAlso byCubic
The strength can be maintained.

[0008] is et al., Along an opening portion of the receiving groove,
Since the cover for covering the second wire is provided, the appearance can be improved. A connecting member capable of connecting the second wire stretched along the longitudinal direction of the upright and the wire stretched along the lateral direction is provided on the indoor end face of the upright. By doing so, the strength of the cube can be maintained by the wire in the vertical direction and the horizontal direction .

[0009]

Preferred embodiments of the present invention will be described in detail below with reference to the accompanying drawings. First, as a first embodiment, a curtain wall in which wires are stretched in the lateral direction will be described. FIG. 1 shows a curtain wall 2
It is the perspective view which looked at 0 from the indoor side. The front view of the curtain wall 20 of the present invention as viewed from the front is the same as FIG. 11 described in the related art, and therefore is omitted here. 2 is a sectional view taken along the line AA of FIG. 30 is cubic. The upright 30 has a role as a vertical rail extending in the vertical direction. This cubic 3
No. 0 is wooden and laminated wood is used. In this way, by making the upright 30 wooden, it is possible to impart the warmth of the appearance of the tree to the indoor side and to suppress heat conduction from the outdoor side.

Numeral 32 is a wooden blind made of laminated wood like the cube 30. The seamless eye 32 is fitted and assembled in a notch 33 formed in the upright 30. Blind 3
If the 2 is made of wood as in the case of the cube 30, the appearance on the indoor side can be improved and the heat conduction from the outdoor side can be suppressed. The curtain wall 20 is such a vertical 30
A glass plate, a panel plate, or the like is fitted in a frame constituted by the blinds 32 to form an outer wall.

The glass plate 38 forming the outer wall surface is sandwiched and fixed between the ridge member 34 and the outdoor side of the upright 30. The ridge member 34 is a thin plate member made of metal, and is mainly made of aluminum or the like. By making the rim member 34 of aluminum, it is possible to secure strength for pressing the glass. Further, since such a ridge member 34 is resistant to corrosion, it does not corrode due to wind and rain. A connecting member 36 that connects the upright member 30 made of wood and the upright member 34 made of aluminum is provided between the inside surface of the push edge member 34 and the upright 30.

The connecting member 36 is a component provided to connect the metal ridge member 34 and the wooden upright 30 to each other, and includes a metal inner portion 44 and a metal outer portion 4.
6 and a belt-shaped heat insulating member 48 made of a synthetic resin and extending in the longitudinal direction for connecting the inner portion 44 and the outer portion 46. In this way, by blocking the heat conduction between the upright 30 and the ridge member 34 by the heat insulating member 48, it is possible to prevent dew condensation on the upright 30 on the indoor side. The outer side portion 44 of the connecting member 36 and the indoor side of the ridge member 34 are connected by a hook-shaped portion 49 that engages with each other.

On the inside of the inner portion 46 of the connecting member 36,
Slits 39 that are open along the longitudinal direction of the upright 30 are provided at two locations. The indoor end of the inner portion 46 including the slit 39 is inserted into a mounting groove 41 that is recessed along the longitudinal direction on the outdoor end surface of the upright 30. A fixing tool (not shown) is inserted in the slit portion 39, and the connecting member 36 and the upright 30 are attached by the fixing tool.

The glass plate 38 is composed of two glass plates 38a,
It is a double glass composed of 38b. Between the inside of the glass plate 38 and the upright 30, and the glass plate 38.
A sealing material 42 and a pressing material 40 are sandwiched between the outdoor side of the above and the rim member 34. This pressing material 40
Thus, the glass plate 38 is held, and the sealing material 42 prevents water from entering between the upright 30 and the ridge member 34.

The attachment structure of the upright 30 and the ridge member 34, the seamless 32 and the ridge member 3 as described above.
The same structure as the mounting structure between 4 and 4 is adopted. Therefore, in the drawing, the seamless 32 and the ridge member 3
The same reference numerals are given to the structure of the connecting member 36 between the first and second parts, and the description thereof will be omitted.

A wire 50 is stretched around the inside of the cubic 30. The wire in the present specification refers to a spiral wire cable formed by twisting a steel wire into a predetermined thickness. Specifically, a notch 52 is formed in the indoor side portion through which the wire 50 of the upright 30 penetrates, and a mounting metal fitting 54 for mounting the wire 50 in the notch 52 and a cover 55 for concealing the mounting metal fitting 54. The wire 50 is attached and stretched.

The mounting member 54 is composed of two plate-shaped members 54a and 54b formed in half. On the surfaces of the plate-shaped members 54a, 54b that are in contact with each other, the mounting grooves 56 that have a diameter substantially the same as the diameter of the wire 50 or slightly larger than the diameter of the wire 50 when the surfaces are in contact with each other.
a and 56b are formed. These mounting grooves 56a, 56
The wire 50 is positioned at the portion b and each plate member 54a, 5
The wire 50 is attached to the attachment fitting 54 by sandwiching the 4b in close contact with each other. These plate-shaped members 54a, 54
The assembling of b is performed by inserting and assembling a bolt 60 for assembling into a screw hole 58 formed so as to communicate with each plate member 54a, 54b.
The wire 50 attached to the upright 30 by the attachment member 54 is slidable laterally in the attachment member 54 so that a predetermined tension can be applied after attachment. That is, the wire 50 is not completely tightened and fixed to the mounting member 54.

The mounting member 54 with the wire 50 sandwiched therebetween is
It is fitted in the notch 52, and the cube 30 is made with wood screws 62 etc.
It is attached to the interior side portion in the notch 52. Then, the wire 50 is pulled in the lateral direction (horizontal direction) with a predetermined tension by a method described later. Since the plurality of uprights 30 are erected on the entire curtain wall 20, one wire 50 is attached to each of the plurality of uprights 30 by the attachment fittings 54 as described above.

Further, a plurality of wires 50 are tensioned with respect to each of the uprights 30 at predetermined intervals in the vertical direction.
The spacing between the wires 50 in the vertical direction is determined by calculating the strength in consideration of the estimated size of the cube and the maximum wind speed on the land. In this way, the wire 50 is stretched laterally by applying a predetermined tension to the indoor side of the upright 30, so that the wire 50 can receive the deflection of the upright 30 received by wind or the like. It is possible to reduce the projection length (prospect dimension H shown in FIG. 13) of the upright 30 to the indoor side, which had to be increased to secure the strength.

3 and 4 show a fixing method at both ends of the wire described above, and both ends of the wire 50 will be described. It should be noted that FIG. 3 shows a fixing method for connecting two or more wires in the middle, not a case where one wire is stretched in the lateral direction of one curtain wall. The connection between the end of the wire and the wall of the building is shown.

First, FIG. 3 shows that the respective ends of the two wires 50 are connected not at the end of the curtain wall 20 in the lateral direction but at the middle of the curtain wall 20 in the lateral direction. This connection is made inside the cubic 30. 78 stands upright from the floor,
It is a columnar member having a vertical fastener (not shown) for supporting 0. The columnar member 78 is a member that supports the load of the building, and is made of concrete or the like. A connecting member 80 for connecting and fixing the two wires 50a and 50b is fixed to the outdoor side end surface 78a of the columnar member 78 by a bolt 79. The wire 50 is not stretched on the upright 30 shown here, but the upright 30 is supported by a upright fastener (not shown). The strength is secured in.

On the left and right sides of the connecting member 80, respective ends of separate wires 50a and 50b are attached. A fork end sleeve 82 as an example of a connecting clamp metal fitting is attached to one end of the wire 50a located on the right side of FIG. The fork end sleeve 82 is formed such that the tip end side 82a is vertically divided into two forks, and a pin insertion hole 83 is formed in the center of the tip end side 82a. Further, at the portion of the connecting member 80 where the fork end sleeve 82 is mounted, the pin 8
A pin insertion hole (not shown) into which 1 is inserted is bored. Wire 5 with fork end sleeve 82 attached
0a is attached to the connecting member 80 by sandwiching the connecting member 80 between the upper and lower sides of the tip end side 82a and inserting the pin 81 from the pin insertion hole 83 through the pin insertion hole of the connecting member 80.

On the other side of the wire 50b located on the left side of FIG. 3, a screw end sleeve 84 as an example of a connecting clamp fitting is attached. As a result, the other end of the wire 50b is formed as the threaded portion 85. Reference numeral 86 is a pipe type turnbuckle. The wire 50b is provided on one side of the pipe type turnbuckle 86.
A screw portion 85 extending from is inserted and screwed. On the other side of the pipe type turnbuckle 86, a screw rod 88 extending from the left side surface of the connecting member 80 to one side is inserted and screwed. That is, in order to adjust the tension of the wire 50, the distance x between the screw portion 85 screwed to the turnbuckle 86 and the screw rod 88 is adjusted,
It is performed by turning the screw portion 85 and the screw rod 88. The turnbuckle is not limited to the pipe type and may be a frame type.

In FIG. 3, only one end and the other end of each of the two wires 50a and 50b are shown, but in reality, a fork end sleeve 82 is provided at one end of one wire 50. The screw end sleeves 84 are attached to the other ends, respectively. A turnbuckle is connected to the tip of the screw end sleeve 84. That is, the tension of the wire 50 is adjusted by pulling the fork end sleeve 82 side by the turnbuckle on the screw end sleeve 84 side.

FIG. 4 is a top view of one end of the curtain wall 20 in the lateral direction. 90 is a wall formed of concrete or the like. The sealing material 42 and the pressing material 40 are sandwiched between the wall portion 90 and the upright 30 to maintain airtightness. The wall 90 has a mounting hole 92 for mounting the end of the wire 50. Inside the mounting hole 92, a metal tube 94 for reinforcing the inner wall surface of the mounting hole 92 is inserted.
A screw end sleeve 84 is attached to the end of the wire 50. The threaded portion 85 of the threaded end sleeve 84 is inserted into the mounting hole 92 and is projected from the mounting hole 92 to the outside of the wall 90. A nut 95 is screwed into a portion of the screw portion 85 that projects outward from the wall portion 90. By screwing the nut 95 into the threaded portion 85,
The wire 50 is prevented from coming off. With such a configuration, the end portion of the wire 50 and the wall portion 90 can be satisfactorily connected. The screw end sleeve 8 is attached to this end.
By attaching No. 4, the tension of the wire 50 can be adjusted by rotating the nut 95.

Next, a second embodiment of the curtain wall of the present invention is shown in FIGS. 5 to 6 and will be described. However, the same components as those of the above-described embodiment are designated by the same reference numerals and the description thereof will be omitted. In the second embodiment, not only the wire 50 is stretched in the lateral direction, but also the wire 64 is stretched on the indoor end surface of the upright 30 so as to extend along the longitudinal direction of the upright 30. It is a thing. Hereinafter, in order to distinguish the two wires 50 and 64, the wire 50 extending in the lateral direction is referred to as a horizontal wire, and the wire 64 extending along the upright is referred to as a vertical wire. Horizontal wire 50
Is inserted into a through hole 66 provided in the indoor side portion of the upright 30 and is stretched across the indoor side end portions of the plurality of uprights 30 aligned in the lateral direction.

An accommodation groove 68 for accommodating the vertical wire 64 is formed in the indoor end surface 30a of the upright 30 along the longitudinal direction of the upright 30. The vertical wire 64 stored in the storage groove 68 is applied with a predetermined tension in the vertical direction by a method described later. 70 is a connection block. The connecting block 70 includes a vertical mounting portion 70a that is mounted by sandwiching the vertical wire 64, and a horizontal mounting portion 70b that is provided to hold the horizontal wire 50 so as to extend in a direction perpendicular to the vertical mounting portion 70a. Composed. Vertical mounting part 70
The a has a width substantially the same as the width of the upright 30, and is fitted and mounted in the mounting recess 72 formed in the indoor end surface 30a of the upright 30. The vertical mounting portion 70a is formed in two pieces, and is fixed by a bolt 71 after the vertical wire 64 is sandwiched. The vertical wire 64 sandwiched between the vertical mounting portions 70a is not completely tightened, but is vertically slidable.

The lateral mounting portion 70b protrudes from the indoor end surface 30a of the upright 30 toward the outdoor side and is recessed from the indoor end surface 30a of the upright 30 toward the indoor side (not shown). ) Is inserted in. Then, the lateral mounting portion 70b is
It is screwed by a mounting screw 74 inserted from the side surface of the upright 30 and fixed to the upright 30. Side mounting part 70
b has a mounting hole (not shown) bored in the lateral direction, and the horizontal wire 50 is inserted into this mounting hole. The horizontal wire 50 freely slides laterally with respect to the horizontal mounting portion 70b.

Reference numeral 76 is a receiving ring. The receiving ring 76 is a vertical ring 30 around the through hole 66 into which the horizontal wire 50 is inserted.
Is attached to the outer surface of. Since the receiving ring 76 is provided, force is exerted on the horizontal wire 50, and the through hole 6
It is possible to prevent the horizontal wire 50 from coming into contact with the blade 6 and scraping off the upright 30. 96 is a cover. The cover 96 is made of wood, and is attached to the indoor end surface of the upright 30 so as to hide the vertical wire 64 accommodated in the accommodation groove 68 and the connection block 70 accommodated in the mounting recess 72 from the indoor side. Has been.

Next, a method of fixing the above-described vertical wire at the upper and lower ends will be described with reference to FIGS. Figure 7
As shown in FIG.
A bracket 98 for fixing the is provided. The bracket 98 includes a bolt 101 and a secondary fastener 100.
It is fixed by. A primary fastener 102 is fixed to the upper portion of the secondary fastener 100 with a bolt 103. The primary fastener 102 is attached to the attachment plate 109 by welding. Further, a metal steel anchor 106 is embedded in the concrete outer wall portion 104 of the building. Steel anchor 1
The bolt 105 is attached to the 06 by welding, and the steel anchor 106 is fixed by the bolt 105.
And the mounting plate 109 are fixed. Also, the uppermost seamless 3
2 between the outer wall portion 104 and the seal member 42 and the pressing member 40.
It is sealed with and keeps airtightness.

A steel anchor 106 is also attached to a concrete ceiling 107 formed integrally with the outer wall 104.
Is embedded. At the bottom of the steel anchor 106, a U-shaped fastener 108 that opens downward is attached by means such as welding. In addition, for fixing the steel anchor 106 and the fastener 108, it is preferable to weld a bolt (not shown) to the steel anchor 106 in advance and fix the fastener 108 with the bolt as described above. A mounting plate 110 is mounted inside the fastener 108 with bolts 111 and the like. An end sleeve 112 is attached to the upper end of the vertical wire 64. The upper portion of the end sleeve 112 is formed into a flat plate-shaped mounting portion 114 for fixing to the mounting plate 110,
It is fixed to the mounting plate 110 with bolts 115. As a result, the vertical wire 64 is attached to the mounting plate 110 and the fastener 108.
It is attached to the outer wall portion 104 via.

Further, as shown in FIG. 8, a bracket 116 is attached to the lower end of the upright 30, and a secondary fastener 118 is attached by a bolt 117 via the bracket 116. The primary fastener 120 is connected to the secondary fastener 118. 1
Next fastener 120 is rising concrete 122
It is fixed to the steel anchor 106 embedded therein by means such as welding or bolting (not shown). The rising concrete 122 here is formed integrally with the floor portion 123.

A screw end sleeve 124 is attached to the lower end of the vertical wire 64. Screw end sleeve 12
The screw portion 125 formed at the tip of the screw 4 is screwed and connected to the upper end of the frame-type turnbuckle 126. A screw rod 128 is screwed and connected to the lower end of the frame-type turnbuckle 126. The turnbuckle is not limited to the frame type and may be a pipe type. The lower part of the screw rod 128 is screwed into the adjusting plate 130. The adjustment plate 130 is attached to the floor part 123 made of concrete so that its vertical position can be adjusted by an anchor bolt 132 whose upper portion extends upward and is fixed. Since the upper end and the lower end of the vertical wire 64 are connected as described above, how to apply tension to the vertical wire 64 is determined by the lower end of the screw portion 125 screwed to the frame type turnbuckle 126 and the screw. The screw portion 125 and the screw rod 128 are rotated so that the distance y between the upper end portion of the rod 128 is adjusted.

Next, another embodiment of the present invention will be described with reference to FIGS. In this embodiment, the upright of the second embodiment is divided at a predetermined position, and the divided portion can be attached and detached. The same components as those of the embodiment described above are designated by the same reference numerals, and the description thereof will be omitted. The cube 30 of this embodiment
Is divided into an upper upright 28 (not shown in FIG. 9) and a lower upright 29 at predetermined positions in the longitudinal direction. For this reason,
A connecting member for connecting the divided upper and lower halves 28 and 29 is required. Reference numeral 134 is a metal fitting for connection. The connecting metal fitting 134 is a cut surface 136 of the lower upright 29.
It is a metal fitting formed in a T shape and having a connecting portion 134a protruding upward from the mounting surface and a mounting portion 134b mounted on the cut surface 136 with a mounting screw 137. A plurality of fixing bolt holes 140 are formed in the connecting portion 134a and have a size into which the fixing bolt 138 can be inserted.

The connecting portion 134a connects the upper side 28 and the lower side 29 with each other, and the cut surface 1 of the upper side 28 is connected.
It is inserted in the groove 135 formed in 36. Then, the bolt 138 is inserted and fixed from the side surface of the upper side up 28 into the fixing bolt hole 140 formed in the connecting portion 134a in the groove 135. In this way, the vertical 30 is cut at a predetermined height and divided, and the divided portions are connected to each other. The strength can be secured by stretching each vertical wire and / or horizontal wire. It is something that can be achieved for the first time. In other words, even if it is a cube that had to be long to secure its strength, it can be divided on the way and transported for shortening, and the divided cubes can be assembled locally. It is possible to save both the time required for construction and the time required for transportation.

Although the present invention has been variously described with reference to preferred embodiments, the present invention is not limited to these embodiments, and many modifications can be made without departing from the spirit of the invention. Of course. For example, although the case of the cube and the unlined eye has been described in the above embodiment as the case of the wooden case, it is not limited to the wooden upright and the eyeless.

[0037]

According to engagement Ru curtain wall to the present invention, the wire attached to the mullion given after installation tension
Can be applied and the vertical deflection is
Therefore, even if the expected size of the cube is reduced,
The strength of the standing can be secured. This way of seeing upright
Large indoor space to reduce the included dimensions
And it is possible to provide a curtain wall that looks good
Noh.

[Brief description of drawings]

FIG. 1 is a perspective view of a curtain wall according to an embodiment of the present invention.

FIG. 2 is a plan view of the curtain wall shown in FIG.

FIG. 3 is a plan view showing a wire attachment structure.

FIG. 4 is a plan view showing a mounting structure for mounting a wire at an end of a curtain wall.

FIG. 5 is a perspective view showing a second embodiment of the curtain wall.

6 is a side view of the curtain wall shown in FIG.

FIG. 7 is a side view showing a mounting structure of an upper end portion of a vertical wire.

FIG. 8 is a side view showing a mounting structure of a lower end portion of a vertical wire.

FIG. 9 is a perspective view showing a third embodiment of the curtain wall.

10 is a side view of the curtain wall shown in FIG. 9. FIG.

FIG. 11 is a front view showing the entire curtain wall.

FIG. 12 is a plan view of a conventional vertical AA cut.

FIG. 13 is an explanatory diagram showing a bending of a cube.

[Explanation of symbols]

20 curtain wall 28 Upper side 29 Lower part 30 cubic 32 blind 33 notches 34 Rim member 36 Connection member 38 glass plate 39 slit 40 Pressing material 42 Seal material 44 Outer part 46 Inside 48 Thermal insulation member 49 Connection 50 wires (horizontal) 52 notches 54 Mounting bracket 55 cover 56 mounting groove 58,86 screw holes 60 volts 62 wood screws 64 wires (vertical) 66 through hole 68 Storage groove 70 connecting blocks 71, 81, 126 bolts 72 mounting recess 74 Mounting screw 76 receiving ring 78 Column member 80 Connection member 81 pin 82 Fork end sleeve 83 pin insertion hole 84,124 screw end sleeve 85,125 screw part 86 pipe type turnbuckle 88 screw rod 90 wall 92 mounting holes 94 tubes 95 nuts 96 cover 98 bracket 100,118 Secondary fastener 101, 103, 105, 115, 117 bolts 102,120 Primary fastener 104 outer wall 106 steel anchor 108 fasteners 110 mounting plate 112 End sleeve 114 mounting part 116 bracket 122 rising concrete 123 floor 126 frame turnbuckle 128 screw rod 130 Adjustment plate 132 anchor bolt 134 Connecting bracket 135 groove 136 cut surface 137 mounting screw

Continuation of the front page (56) Reference JP-A-5-230918 (JP, A) JP-A-10-61080 (JP, A) JP-B-63-33544 (JP, B1) JP-B-3-1533 (JP , Y2) Jikkouhei 7-47536 (JP, Y2) (58) Fields investigated (Int.Cl. ⁷ , DB name) E04B 2/96

Claims (5)

(57) [Claims] 1. A plurality of wooden cubes and wooden eyes,
In curtain wall comprising a panel plate to be mounted on the side stand and the transoms within the framework formed by the wall of the member, or a building for supporting a load of the building, Zhang
The wire connected to the end so that you can adjust the force,
A plurality of wires are stretched in the vertical direction with a predetermined interval, and each wire has a diameter and a wire diameter when assembled facing each other.
Mounting grooves with the same or slightly larger diameter are formed on each
The mounting groove consisting of two plate-shaped members
Can be laterally slid by being sandwiched so that it is located inside
It is mounted on the indoor side of the upright towards mounting bracket fitted with the wire a plurality of
A cover that is fitted into the notch formed in the portion and that conceals the mounting metal fitting that is fitted into the notch is provided.
A curtain wall characterized by being worn. 2. The upright at a midway portion in the longitudinal direction.
Divided and connected detachably at the divided points
The curtain wall according to claim 1, wherein: 3. The longitudinal side of the cubic is provided on the indoor end face of the cubic.
A storage groove is formed along the direction to store the second wire.
And the second wire that is applied with a predetermined tension in the vertical direction is
Being stored in the storage groove so that it can slide vertically
The curtain wall according to claim 1 or 2, characterized in that
The 4. The first groove along the opening of the storage groove.
It has a special cover for hiding the second wire.
The curtain wall according to claim 3, which is used as a characteristic. 5. Stretched along the longitudinal direction of the cube
A second wire and a wire stretched along the lateral direction
A connecting member that can be connected to the
5. The method according to claim 3 or 4, characterized in that
curtain wall.