JP2006219882A - Tiled sliding wall structure - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To freely use tiles of various sizes and to prevent the separation and fall of tiles by making motion on the backing side and motion on the tile side independent of each other when the shake of an earthquake or the like is applied to a building. <P>SOLUTION: A face material 2 is mounted to a column 1 or a stud. The face material 2 is covered with a waterproof sheet 3, and a backing plate 5 is mounted to the whole front face through ventilating furring strips 4. As the backing plate 5, a plate with a waterproof sheet mounted inside is used, and a net member 6 is disposed on the front face. The backing plate 5 and the column 1 or stud are fixedly provided with a plurality of fixing slide support members 7 through the front face, and a plurality of tile support members 9 are arranged in a laterally slidable manner at the fixing slide support members 7. A plurality of tile members 10 are adhesively connected to the net member 6 while being positioned by support projecting pieces 9a. A joint material is filled in a joint between the tile members 10. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

The present invention relates to a tiled wall structure that constitutes an outer wall surface or an inner wall surface of a building, in particular, a festival in which a building provided with such a wall receives vibration or vibration due to an earthquake, etc. The present invention relates to a tiled slide wall structure that can prevent falling due to peeling and peeling, can accurately position a tile to be attached at the time of construction, and can be easily and quickly attached.
In this specification and claims, the term tile includes literally tiles and also includes plate-like stones and other members that may be used as exterior materials on the inside and outside walls of buildings.

  This type of technique includes the tiled construction method of Patent Document 1 proposed by the present inventor and its building, and the tiled wall structure of Patent Document 2.

  Among them, the contents proposed in Patent Document 1 are the steps of applying an adhesive to the construction surface of the inner and outer walls of a wooden building, providing a net or a lath mesh thereon, then providing a standing bone, and A tile construction method in which a tile is pasted in a step of pasting a tile in a recess and a step of applying joints between the pasted tiles and a building constituted by this construction method.

  Therefore, according to the technique of Patent Document 1, the tile to be attached to the construction surface is positioned by the standing bone and can receive its weight in order to prevent sagging during construction. Therefore, it solved the problem of sag of tiles under construction, which was a problem before the advent of this technology, and also solved the problem of overloading the frame when using tiles as the exterior of wooden buildings, It can be said that it is very excellent in that respect.

  However, in this technique, considering the workability, it is preferable to increase the size of one piece of the standing bone as much as possible. However, if this is done, there is a drawback that the transportation / site management costs are slightly increased. In addition, when the building is subjected to rocking or vibration such as an earthquake, it has been greatly improved in terms of preventing the tiles from falling due to cracking or peeling, compared to the previous pressure bonding method. It is hard to say that there is still a problem that the vibration of the earthquake received by the building is transmitted almost as it is to the tile.

  In addition, the content proposed in Patent Document 2 is that a base is formed on the construction wall surface of a building, and a support protrusion that supports the lower end of the tile while positioning is projected on the base in accordance with the arrangement schedule and vertically. This is a tiled wall structure in which a positioning panel made of a thin plate having a mesh opening joint portion is fixed between the supporting projections, and a tile is adhered to the front surface of the positioning panel with a lower end placed on the supporting projection.

  Therefore, according to the technique of the Patent Document 2, the tiles arranged on the front surface of the positioning panel can be accurately positioned by holding the lower ends of the supporting projections, and further prevent sagging during construction. In addition, the adhesive for attaching the tile is entangled with the mesh of the mesh opening joint portion of the positioning panel, so that the reliable adhesion is ensured. In addition, the positioning panel is fixed to the foundation and the building body using a laterally long hole and a screw opened to the positioning panel. When there is a swing or vibration such as an earthquake, the positioning panel It is possible to absorb the oscillation or vibration within the range. Therefore, it is possible to prevent the tile from being dropped due to cracking or peeling that generally occurs at that time.

  According to the technique of Patent Document 2, since a single positioning panel has all of the above functions, the tile attachment process is more than the tile support structure using the skeleton of Patent Document 1. Can be shortened. In addition, the positioning panel can be configured to have an appropriate size that is easy to handle, so that transportation costs and site management costs can be reduced as compared with the configuration using the skeleton.

  As described above, the technique of Patent Document 2 is very excellent in terms of workability, safety, and cost. However, at present, the import of tiles from overseas has increased significantly, and the number of types including the domestic market has exceeded several thousand. However, due to its structure, the positioning panel is a single type of all tiles. It cannot correspond to the mounting of. And it is impossible to configure the positioning panel corresponding to the size and shape of all the tiles. Therefore, in the technique of this Patent Document 2, the types of usable tiles must be limited in practice. There is nothing.

Japanese Patent Publication No. 06-23483 JP 2002-250111 A

  The present invention makes use of the advantages of Patent Documents 1 and 2 so that tiles can be easily and quickly positioned accurately, and each member constituting the same is small and easy to handle, and can be manufactured at a lower cost. Therefore, it is an object of the present invention to provide a tiled slide wall structure that is possible and that can be smoothly transported and managed on site, and that can be easily constructed even in a narrow work place. Furthermore, the problems of the prior art including Patent Documents 1 and 2 are solved, and a separate component is not prepared for each of a plurality of types of tiles having different sizes and shapes. An object of the present invention is to provide a tiled slide wall structure that can easily position various types of tiles. Furthermore, a tiled slide wall structure that effectively absorbs rocking or vibrations such as earthquakes, and does not easily cause falling due to cracking or peeling of the tiles that support them even if the building shakes due to earthquakes etc. Providing it is a problem to be solved.

A first aspect of the present invention is a fixing slide support member to be attached to a building frame or a ground disposed thereon, and a plurality of tile support members to be attached to the fixation slide support member, and receiving a vertical load of the tile member. A tile support member having a projecting projecting piece protruding thereon, and one of the building driving body, the base or the fixing slide support member, or a tile mounting member supported between them. A tile attaching slide composed of a tile mounting member that can be entangled and bonded with an adhesive for bonding, and a tile member that is attached to the tile mounting member while being supported by the support protrusion of the tile support member. A wall structure,
It is a tiled slide wall structure in which the tile support member is attached to the fixing slide support member so as to be movable at least in a horizontal direction along a direction parallel to the wall surface.

  A second aspect of the present invention is the tile-attached slide wall structure according to the first aspect of the present invention, wherein the plurality of tile support members can be attached to the fixing slide support member at arbitrary intervals. .

  According to the third aspect of the present invention, in the tiled slide wall structure according to the first or second aspect of the present invention, either a mesh member or a punching panel is employed as the tile mounting member.

  According to a fourth aspect of the present invention, in the tiled slide wall structure according to the first, second or third aspect of the present invention, an opening coupling portion is provided for jointing the joint material to the joint corresponding portion of the tile support member. is there.

  According to the tile-attached slide wall structure of the present invention, by using the support protrusion protruding from the tile support member and attaching it while placing the tile member thereon, it is possible to accurately perform without requiring skill. It is possible to perform the sticking attachment while performing proper positioning.

  Further, since the tile member is supported by the support protrusion of the tile support member as described above, it is needless to say that the tile member can be used even before the adhesive is cured immediately after the adhesive attachment. No sagging. For this reason, it is possible to avoid an inefficient work such as performing tile attachment while waiting for hardening sequentially from the lowermost part of the construction surface as in the conventional construction method, and no sag occurs, and therefore no need for correction.

  Accordingly, the tile member can be attached efficiently and accurately.

  Further, the tile support member is attached to the fixing slide support member so as to be movable at least in the horizontal direction along a direction parallel to the wall surface. These vibrations or oscillations can be absorbed, and as a result, the tiles to be supported will not easily fall due to cracking or peeling.

  Furthermore, according to the tiled sliding wall structure of the present invention, each member constituting the tiled sliding wall structure can be configured in a small size, so that it can be manufactured at a low cost on one side and handled on the other side. Therefore, there are advantages such that the construction can be easily performed even in a work place of a narrow scaffold, and the transportation is easy.

  According to the tiled sliding wall structure 2 of the present invention, since the plurality of tile support members can be arranged at arbitrary intervals, tile members having various sizes and shapes can be freely selected and used. It becomes possible to do.

  According to the tile-attached slide wall structure 3 of the present invention, since the adhesive can be entangled satisfactorily, the tile member can be easily and reliably adhered.

  According to the tiled sliding wall structure 4 of the present invention, since the joint material filled in the joint of the installed tile member is well entangled with the opening coupling portion, the filled joint material peels off and falls, etc. There will be no fear of it.

  The tiled slide wall structure of the present invention basically includes a fixing slide support member attached to a building frame or a base disposed thereon, a plurality of tile support members attached to the fixation slide support member, and a tile adhesive. The tile mounting member capable of being entangled and bonded to each other and the tile member.

The building body can be a wooden body, a steel structure, or an RC structure.
In addition, the foundation is not limited to a specific configuration, but in practice, there is a suitable configuration that varies depending on the type of building body. For example, if it is wooden, it can be comprised by the baseplate which distribute | arranged the pillar and the interposition pillar which comprise a building body through the face material and the trunk edge. If the base plate is not waterproof, it is appropriate to cover the front surface with a waterproof sheet. On the other hand, in the case where the building body is made of RC, the frame wall surface itself can be used after being waterproofed. Application of a waterproofing agent is suitable for the waterproofing of the housing wall surface. It is also possible to employ a waterproof sheet.

  In any case, it is appropriate that the base has a property that the adhesive for attaching the tile member does not completely adhere and bond.

  As described above, the fixing slide support member is attached to the building body or the base disposed on the building body. More preferably, the attachment to the groundwork is configured such that the attachment means extends to the building building behind and is also coupled to the building building.

  Further, as described above, the fixing slide support member extends along the direction parallel to the wall surface of the tile support member, that is, along the direction parallel to the surface of the base plate or the like at an appropriate interval. Means for movably mounting at least in the horizontal direction. In any case, the movement is a reciprocating movement. When the tile support member positioned at the steady position is subjected to vibration or swinging such as an earthquake, the movement is usually relatively centered on the steady position. It supports so that it can reciprocate. This reciprocation preferably secures at least the horizontal direction and other directions. When it is configured to allow reciprocation in the vertical direction, the steady position is normally at the bottom, and it can be moved up and down between the bottom steady position and the top.

  Therefore, the fixing slide support member should adopt means for supporting the tile support member while allowing the above-described movement. Further, any configuration can be freely adopted as long as it can be supported as such. For example, as a configuration for supporting the tile support member so as to be reciprocally movable in the horizontal direction, the tile support member is configured as an L-shaped locking piece raised in an L shape when viewed from the side on the front surface of the fixing slide support member. It is simple and appropriate that the lower end of the tile support member is slidably inserted in the horizontal direction between this and the front surface of the fixing slide support member.

  As described above, the means for supporting the tile support member should have a simple configuration, and the fixing slide support member should be easily configured at any interval as required. Is appropriate. That is, it is preferable that a plurality of tile support members be configured to be attached to the fixing slide support member at arbitrary intervals.

  As described above, the fixing slide support member is a member that supports the tile support member. For such a purpose, the fixing slide support member is attached to the building frame or the ground disposed on the building frame at an appropriate interval for support. Just do it. From the viewpoint described later, it is appropriate to configure the tile support member as a horizontally long member. From the relationship of appropriately supporting the tile support member, the fixing slide support member is configured as a vertically long member, and the building frame or the same. A plurality of fixing slide support members arranged vertically in this manner are arranged on the ground arranged on the base, and a plurality of horizontally oriented pieces are spaced at intervals slightly exceeding the vertical width of the target tile member. It is appropriate to arrange a tile support member.

  The above-described fixing slide support member has the above-described configuration, and can be formed of members made of various materials as long as a necessary load can be received. For example, a thin metal plate material can be formed by punching and bending, or it can be formed by plastic or the like.

  As described above, the tile support member is attached to the fixing slide support member. The tile support member itself is responsible for positioning the tile member while receiving the vertical load of the tile member, and therefore, the front side thereof. The support protrusion is protruded from the top.

  Each tile support member normally supports a plurality of tile members arranged in the lateral direction while positioning as described above, and from this point of view, this is suitably configured to be horizontally long, and The support protrusion protrudes forward from the front surface of the horizontally long tile support member. In the case where the tile support member is made of, for example, a strip-shaped metal, it is appropriate that a plurality of support projecting pieces are projected and connected at intervals shorter than the width of the target tile member. In addition, as long as the said support protrusion can achieve the said objective, the specific structure is free, and also if it can receive a required load, not only the said metal but plastic other Materials can also be used.

  In addition, when the target tile member is supported on the tile support member by using it as a building wall surface, the joint material can be entangled between the adjacent tile members, that is, the joint corresponding portion. It is appropriate to provide an open joint. As a result, the joint material filled in the joint can be entangled with the opening coupling portion so as not to easily fall off.

  The tile attachment member is a means for attaching the tile member positioned and supported by the support protrusion of the tile support member to a target wall surface, and an adhesive for adhering the tile member is used as the tile attachment member. It is a member that can be coupled by being entangled with each other. As the tile mounting member, various configurations suitable for such a purpose can be freely adopted. For example, a metal mesh member or a punching panel having a large number of holes opened on average may be employed, and this may be disposed between the base and the fixing slide support member. Depending on the mode, it is possible to fix between the building body and the fixing slide support member, or to attach to the fixing slide support member. In addition to the metal, members of various materials can be employed as long as a necessary load can be secured.

  In any case, when a tile member having an adhesive disposed on the back surface side is pressed against the base side while being positioned by the support protrusion of the tile support member, a mesh member or punching that is a tile attachment member located immediately before the tile member is pressed. The adhesive is entangled with the panel or the like, and the connection between the tile member and the tile mounting member is ensured.

  As described above, the tile member includes plate-like stones in addition to literal tiles, and can be a tile-like or plate-like unit outer wall member.

  According to the tiled slide wall structure of the present invention, this can be configured by the following procedure.

  When a wooden building is targeted, for example, the base is configured by directly attaching the base plate to the pillars and the inter-columns that form the building frame. Alternatively, a base material is attached to a pillar or an inter-column, and a waterproof sheet is attached to the front surface of the face material, and then a base plate is attached via a vertical trunk edge to constitute the base. If the base plate is not provided with a waterproof sheet, it is appropriate to attach the waterproof sheet to the front surface. The base plate is directly fixed to the column or the inter-column with a nail, a screw, or the like, or is fixed to the columnar edge. The waterproof sheet attached to the face material or the base plate is fixed to them using a staple or the like.

  Thereafter, a net-like member, which is a tile mounting member, is disposed on the front surface of the base plate, and a fixing slide support member is mounted on the front surface. As described above, when the fixing slide support member is configured as a vertically long member, a plurality of the slide support members are mounted vertically at an appropriate interval for mounting the tile support member. In the case where a transverse fixing elongated hole is opened in the fixing slide support member, these fixing slide support members can be attached to be movable in the lateral direction by using screws or the like. .

  After the fixing slide support member is attached to the target wall region in this way, the tile support member is attached to the fixing slide support member in the horizontal direction at intervals slightly exceeding the vertical width of the target tile member. These are naturally attached in the above manner over the entire wall area of interest. These tile support members are attached by using attachment means for the front of the fixing slide support member. As described above, when the means is configured as an L-shaped locking piece raised in an L-shape when viewed from the side on the front surface of the fixing slide support member, these L-shaped locking pieces and the fixing The lower end of the tile support member is mounted so as to be slidable in the horizontal direction between the front surface of the slide support member. The means for attaching the L-shaped locking piece and the like should be configured in advance on the front surface of the fixing slide support member at an interval slightly exceeding the vertical width of the target tile member.

  Thereafter, the tile member is applied by applying an adhesive to the back surface thereof, and is pressed and attached to the base plate side while being positioned by the support protrusion of the tile support member. If the tile member is attached to the entire surface of the target region in this manner and the joint material is further filled with the joint material, the construction of the tiled slide wall structure of the present invention is completed. In addition, as described above, when the tile member coated with the adhesive on the back surface is pressed against the base plate side, the adhesive is entangled with the mesh member or the punching panel which is the tile mounting member located immediately before the tile member. After the adhesive is cured, the bonding between the tile member and the tile mounting member is ensured.

  The tiled sliding wall structure of this embodiment is an example applied to a wooden building. As shown in FIG. 1, the basic configuration is a base plate 5 constituting a base and a tile mounting arranged on the front surface. A net-like member 6 as a member, a plurality of fixing slide support members 7 fixed to the pillars 1 or the intermediate pillars constituting the base plate 5 and the structure of the building through the members, and lateral to the fixing slide support members 7 A plurality of tile support members 9 arranged so as to be slidable in a direction, and a plurality of tile members 10 adhesively bonded to the mesh member 6 while being positioned by the support protrusions 9a of the tile support members 9, 9 ... 10...

  The construction procedure of the slide wall structure of this embodiment will be described below while explaining the details of each of the above constituent members.

First, the background will be described.
As shown in FIG. 1, a face material 2 is arranged over a range in which tiles are attached to the outer surface side of the pillar 1 and the inter-column which constitute the building structure in advance, and this is fixed to the pillar 1 or the like with screws, Further, a waterproof sheet 3 is disposed on the front surface of the face material 2. The base plate 5 is fixed to the column 1 or the like via the face material 2 and the ventilator edge 4 disposed on the front surface thereof. The ventilator edge 4 is fixed in advance with a nail or the like at a position corresponding to the back column 1 or the intermediate column, and the base plate 5 is disposed thereon, and the ventilator edge 4 and the face material 2 are penetrated by screws or the like. And fixed to the pillar 1 or the like.

  In this example, the base plate 5 is made of a plate material provided with a waterproof sheet, and it is not necessary to cover the front surface with a waterproof sheet.

  The net-like member 6 is a metal, literally, a net-like member. As shown in FIG. 1, the net-like member 6 is arranged in a joined state on the front surface of the base plate 5, temporarily fixed with a staple or the like, and then fixed. The sliding support members 7, 7... Are arranged in a joined state on the front surface of the mesh member 6 so as to correspond to the rear ventilator edges 4, 4,..., As shown in FIG. , 8... Are fixed to the pillar 1 or the interposing pillar via the mesh member 6, the base plate 5, the ventilator edge 4, the waterproof sheet 3 and the face material 2. The mesh member 6 is clamped between the fixing slide support members 7, 7... And the base plate 5 and fixed to the front surface of the latter.

  As shown in FIGS. 1 to 3, the fixing slide support member 7 is a long metal member having a cross-sectional gate shape as a basic shape. The stopper piece 7b and an inverted L-shaped inverted L-shaped locking piece 7a are configured. The L-shaped locking piece 7b and the inverted L-shaped locking piece 7a are paired. In particular, as shown in FIG. 1, FIG. 2 (a), and FIG. The size of the support member 9 is slightly larger than the width.

  Each pair of the L-shaped locking pieces 7b and the inverted L-shaped locking pieces 7a is configured in the vertical direction (length direction) at the interval between the tile support members 9, 9. . Needless to say, the mutual interval is slightly larger than the height dimension of the target tile member 10. This interval is set after the target tile member 10 is determined, and is configured according to the dimensions each time. The L-shaped locking piece 7b and the inverted L-shaped locking piece 7a are simple in configuration, and there is no particular inconvenience in manufacturing even if they are configured each time, and they can be used for various tile members 10 freely. The top is convenient.

  As shown in FIG. 1, the fixing slide support member 7 further includes a pair of L-type locking pieces 7 b and reverse L-type locking pieces 7 a that are adjacent to each other, as shown in FIG. 7 for fixing 7 is opened. This is long in the direction perpendicular to the length direction of the fixing slide support member 7.

  Further, as shown in FIGS. 2 (b) and 2 (c), the fixing slide support member 7 comprises leg plate portions 7c and 7c projecting outward at the lower end portions of both side plates, as described above. The leg plate portions 7c and 7c are joined and fixed to the base plate 5 having the mesh member 6 disposed on the front surface. For fixing, the screw 8 is inserted into the fixed elongated hole 7d, and as described above, the screw is fixed from the mesh member 6 to the column 1 or the inter-column. As described above, the fixing slide support members 7, 7... Are arranged in a vertical direction corresponding to the positions of the back pillars 1 or the intermediate pillars.

  Then, as shown in FIG. 1, FIG. 2 (a) and FIG. 3, the fixing support members 7, 7... The target tile member 10 is arranged so as to be laterally and slidable at intervals slightly exceeding the vertical dimension.

  As shown in FIGS. 1, 2 (a), and 3, the tile support member 9 is a long metal member having a cross-sectional gate shape as a basic shape, like the fixing slide support member 7. . A plurality of support protrusions 9a, 9a,... Are formed on the front surface at intervals such that two can be positioned in the width dimension of the target tile member 10 along the length direction. Since the tile support member 9 is used in the horizontal direction, the support protrusions 9 a, 9 a... Are configured to protrude in parallel with the length direction of the tile support member 9. Specifically, a corresponding portion of the front surface of the tile support member 9 is cut out at a position corresponding to the three sides of the quadrilateral, and a tongue-like portion formed thereby is raised at 90 degrees. The formed opening portion becomes an opening coupling portion 9c for entanglement and coupling of the joint material.

  In addition, on the front surface of the tile support member 9, a circular opening coupling portion 9d is opened between the support protrusions 9a on both sides.

  Further, as shown in FIGS. 1 to 3, the tile support member 9 is configured with locking pieces 9 b and 9 b projecting outward at the lower end portions of the both side plates, respectively. By inserting the locking pieces 9b, 9b at the lower end of the both side plates between the front surface and each pair of L-shaped locking pieces 7b and reverse L-shaped locking pieces 7a, as described above, for the tile The supporting members 9, 9... Are slidably disposed in the lateral direction on the front surfaces of the fixing slide supporting members 7, 7.

  After that, the tile members 10, 10... Are sequentially applied with the adhesive 11 on the back surface thereof, and positioned on the base plate 5 side while being positioned by the support protrusions 9a, 9a. Press to install. The tile members 10, 10... Are formed on the back surface so as to form a foot and achieve good bonding with the adhesive 11, as shown in FIGS. 1 and 2 (a). When the tile members 10, 10... Are attached to the entire surface of the target area and the joint material is filled in the joint, the construction of the tiled slide wall structure of this embodiment is completed.

  As described above, the operation of pressing the tile member 10 coated with the adhesive 11 on the back surface to the base plate 5 side is first dotted so that the adhesive 11 is surely entangled with the foot portion on the back surface of the tile member 10. .., And entangled with the mesh member 6 by swallowing the tile members 10, 10, etc. while placing the lower ends on the support protrusions 9 a, 9 a, protruding forward from the tile support member 9. Do. In this way, the adhesive 11 is tightly entangled with the mesh member 6 immediately before the base plate 5, and after the adhesive 11 is cured, the tile members 10, 10. It will be a thing.

  As described above, the adhesive 11 and the tile member 10 are securely bonded, the adhesive 11 and the mesh member 6 are also mechanically securely bonded, and the fixing slide support member 7 is fixed to the column 1 or the intermediate column by the screw 8. Therefore, even if peeling occurs between the base plate 5 and the mesh member 6, it is possible to prevent a fall accident due to peeling of the tile members 10, 10.

  Further, the joint material filled in the joint goes around to the back side from the opening coupling portions 9c, 9c,..., 9d, 9d. Thus, the joint material is less likely to drop off.

  By the way, in this embodiment, if the vertical mounting interval of the tile support members 9, 9... Matches the dimension of the tile member 10 in the height direction, the tile member 10 installed as described above. It is possible to form tile wall surfaces without joints in this direction by eliminating the tile spacing in the horizontal direction of 10. As described above, such a configuration is possible by using the mesh member 6 and the tile support members 9, 9..., The vertical load is received by the latter, and the former receives only the horizontal tensile load. This is because the structure prevents the peeling of 10, 10,..., And does not require the bonding strength of the tile members 10, 10.

  Further, in this embodiment, as shown in FIG. 4, the pair of the L-type locking piece 7b and the reverse L-type locking piece 7a of the fixing slide support member 7 has an L-type engagement having the same positional relationship. It can be replaced with a pair of stop pieces 7b, 7b. In this case, the tile support member 9 is also deformed correspondingly, and reverses that of the locking piece 9b, 9b at the lower end of the both side plates on the side arranged upward at the time of installation. When the tile support member 9 is formed in a folded state on the lower surface side of the tile support member 9 and attached to the fixing slide support member 7 as described above, as shown in FIG. These locking pieces 9b, 9b can be arranged so as to be slidable in the lateral direction in such a manner that they are locked to the latter L-shaped locking pieces 7b, 7b.

An explanatory perspective view showing an example applied to a wooden building. (a) is a cross-sectional explanatory view of the adhesive omitted in the cross section of the column of FIG. 1, (b) is an enlarged plan cross-sectional view of a cross-section just above the inverted L-shaped locking piece of the fixing slide support member, (c) ) Is an enlarged plan cross-sectional view of a cross-section immediately above the L-shaped locking piece of the fixing slide support member. Side surface explanatory drawing which shows the combined state of the slide support member for fixation, and the support member for tiles. Side surface explanatory drawing which shows the combined state of the slide support member for fixation of many examples, and the support member for tiles.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Pillar 2 Face material 3 Waterproof sheet 4 Venting trunk edge 5 Base plate 6 Net-like member 7 Fixing slide support member 7a Reverse L type locking piece 7b L type locking piece 7c Leg plate part 7d Fixing long hole 8 Screw 9 Support for tile Member 9a Supporting protrusion 9b Locking piece 9c, 9d Opening joint 10 Tile member 11 Adhesive

Claims (4)

A fixing slide support member to be attached to a building frame or a ground disposed thereon, and a plurality of tile support members to be attached to the fixation slide support member, which are positioned while receiving a vertical load of the tile member And a tile mounting member supported by the tile support member, the building body, the base or the slide support member for fixing, or a support member between them. A tiled slide wall structure composed of a tile mounting member that can be entangled and a tile member that is attached to the tile mounting member while being supported by the support protrusion of the tile support member,
A tiled slide wall structure in which the tile support member is attached to the fixing slide support member so as to be movable at least in a horizontal direction along a direction parallel to the wall surface.   2. The tiled slide wall structure according to claim 1, wherein the plurality of tile support members can be attached to the fixing slide support member at an arbitrary interval.   The tiled slide wall structure according to claim 1 or 2, wherein either a mesh member or a punching panel is used as the tile mounting member.   The tiled slide wall structure according to claim 1, 2 or 3, wherein an opening coupling portion for entangled and coupled with a joint material at a joint corresponding portion of the tile support member is provided.

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