JP2006183246A - Mounting device for handrail wall tiled panel - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a mounting device for a handrail wall tiled panel, which can reduce the weight of the handrail wall panel and facilitates replacement of the same in a short time. <P>SOLUTION: The mounting device for the handrail tiled panel is constructed by erecting a plurality of veranda supports 11 on the outside of a floor skeleton, arranging facing covers 16 so as to cover the outside of the floor skeleton 10, and mounting the tiled panels P1 on the facing covers 16 over areas between the veranda supports 11. The tiled panel P1 includes a wall main body 1 formed of glass fiber-containing concrete, surface decorative tiles 2 arranged on a front surface of the wall main body 1 in one body with the same, and side frame members 3R, 3L which each have the entire thickness thereof embedded in the wall main body 1 along the entire length of each of right and left short sides of the wall main body 1 and each have a fitted portion on an external side thereof. Then each veranda support 11 has vertical rail members 21 arranged thereon, for slidably fitting to the fitted portions of the right and left side frame members 3R, 3L, and the decorative cover member 16 has a panel bearing member arranged thereon, which is fitted to a lower side of the tiled panel P1 to bear the same. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a handrail wall tile panel mounting device for mounting a lightweight dry tile panel made of glass fiber-containing concrete as a handrail wall in a veranda or a corridor.

  Traditionally, tiled handrail walls are constructed by placing multiple columns and reinforcing members upright on the outside of the veranda and the corridor's enclosure, and placing concrete into the handrail wall. A handrail wall with a wet tile is known. In this tiled handrail wall, when the tiles are partially peeled off, the scaffold is assembled and the tile part that has been peeled off is replaced, but since the scaffold is required, the maintenance cost is high, There is a problem that the maintenance work period is prolonged.

  Patent Document 1 discloses an ALC panel attached as a handrail wall of a veranda. This handrail wall is configured to fix a column upright on a parapet portion at the tip of the veranda floor, and to insert and fix a through hole formed in the ALC panel in the column.

By the way, in recent years, as in Patent Document 2, for example, it is conceivable to use a dry-type wall panel in which tiles as exterior finishing materials are attached to the surface of a wall body made of glass fiber reinforced concrete as a handrail wall.
Japanese Patent Laid-Open No. 11-200479 (FIGS. 3 and 4) Japanese Patent No. 2886905

However, in patent document 1, since the through-hole which a support | pillar penetrates is formed, there is a problem that the panel needs to be thick and the weight of the handrail wall and the veranda floor cannot be reduced.
In addition, the wall panel of Patent Document 2 embeds a part of the outer peripheral frame (the flange part of the L-shaped cross section) on the back surface, attaches the outer peripheral frame to a square steel pipe pillar via bolts and nuts, and fills the outer peripheral frame with heat insulating material An interior board is attached to the inner surface side via a base material. Therefore, in such a mounting structure, time and cost are required for panel replacement at the time of maintenance using a wall panel as a handrail wall.

  SUMMARY OF THE INVENTION An object of the present invention is to provide a tile panel mounting device for a handrail wall that can solve the above-described problems, can reduce the weight of the handrail, and can easily and quickly replace the tile panel during maintenance. .

  According to the first aspect of the present invention, a plurality of support members are erected at predetermined intervals along the outer portion of the floor frame, and a cover material is provided to cover the outer portion of the floor frame including the support members. A mounting device for a handrail wall tile panel in which a rectangular plate-shaped tile panel is installed on a cover material between materials, the tile panel on a wall body made of glass fiber-containing concrete, and on the surface of the other wall body The tile covering portion formed integrally, and the side frame material having the entire thickness direction embedded in the left and right side sides of the wall body and having the fitted portion on the outer side, and the strut material, A vertical rail material that is slidably fitted to the mated portions of the left and right side frame materials is provided, and a panel receiving member that is externally fitted to and supported by the lower side portion of the tile panel is provided on the cover material. It is.

  The invention according to claim 2 is a connection in which tile panels are juxtaposed in a plurality of stages in the vertical direction between support members, and a guide groove is provided on the outer side over the entire length of the upper and / or lower sides of the wall body of adjacent tile panels. A frame material is provided by embedding the entire thickness direction, and a panel connecting material that is fitted in the guide groove of the connecting frame material between the upper and lower tile panels and closes the gap between the upper and lower tile panels is interposed. It is.

  According to a third aspect of the present invention, there is provided a handrail for installing a rectangular plate-shaped tile panel so as to cover the outer side portion of the floor portion casing between the support members standing at predetermined intervals along the outer side portion of the floor portion casing. A wall panel mounting apparatus, wherein the tile panel includes a glass fiber-containing concrete wall main body, a tile covering unit integrally formed on the surface of the other wall body, and left and right sides of the wall main body. A side frame member embedded in the entire thickness direction over the entire length and having a fitted portion on the outer side, a support frame material embedded in the entire thickness direction along the lower side of the wall body, and the support frame Intermediate mounting frame material embedded in the thickness direction in parallel with the support frame material on the back surface of the upper wall body of the material, respectively, the strut material, to the fitted portion of the left and right side frame material, respectively A vertical rail that fits slidably is provided, and the lower end The panel support for supporting the support frame members of the tile panel from below is provided, wherein between said support members are connected to an intermediate mounting frame member is provided with a connecting support member for holding the tile panel.

  According to a fourth aspect of the present invention, the side frame member prevents the filling recess formed on the inner side surface and filled with the glass fiber-containing concrete, and the glass fiber-containing concrete solidified in the filling recess and the frame member. A retaining protrusion is formed.

  According to the first aspect of the present invention, the tile panel is slid and fitted from above along the vertical rail material attached to the column material between the column materials erected on the outer side of the floor frame. A tile panel can be easily and quickly assembled on the cover material between the support members of the floor frame by supporting the lower side portion of the cover on the panel receiving material on the cover material. Even if a part of the tile is peeled off, the tile panel can be easily removed and replaced by simply pulling it out between the vertical rail members, eliminating the need for a scaffold and greatly reducing maintenance costs. . Furthermore, by embedding the entire side frame material in the thickness direction on both sides of the tile panel, it is possible to improve the strength of the tile panel and make it thinner, and even if it is thin, it prevents warping and deformation of the tile panel. The tile panel for the handrail wall can be assembled with high accuracy.

  According to the second aspect of the present invention, the connecting frame member having the guide grooves in the vertically adjacent sides is embedded in the entire thickness direction, and the connecting frame members are interposed between the upper and lower tile panels, and the connection is made. The tile panels can be satisfactorily connected to the upper and lower tiers by panel connecting materials that are respectively fitted into the guide grooves of the frame material.

  According to the invention described in claim 3, the tile panel is slid and fitted from above along the vertical rail material attached to the column material between the column materials erected on the outer side of the floor frame. The tile panel covering the outer side of the floor frame can be easily and quickly formed by supporting the panel support at the lower end of the material via the support frame material and connecting the intermediate mounting frame material via the panel connection material. Can be assembled. Even if a part of the tile is peeled off, the tile panel can be easily removed and replaced by simply pulling it up along the vertical rail material, eliminating the need for a scaffold and greatly reducing maintenance costs. Can do. In addition, the side frame material, support frame material, and panel connection material are embedded in the entire thickness direction in the tile panel, so it is possible to improve the strength and reduce the thickness. The tile panel for the handrail wall can be assembled with high accuracy.

  According to the invention of claim 4, since the filling recess and the retaining protrusion are formed on the side frame material, the wall body and the side frame material can be firmly integrated, and the tile panel has high strength and is thin and lightweight. It can contribute to the conversion.

[Embodiment 1]
DESCRIPTION OF EMBODIMENTS Hereinafter, embodiments of a tile panel mounting device for a veranda handrail wall according to the present invention will be described with reference to FIGS.

  As shown in FIG. 1, the veranda handrail wall is provided with a plurality of veranda posts (post members) 11 standing on the outer side of the floor frame 10 at predetermined intervals, and is fitted in two steps between the veranda posts 11. The tile panel P1 and the vertical beam panel P0 are attached.

  First, the tile panel P1 will be described. As shown in FIG. 2, a rectangular wall body 1 made of glass fiber-containing concrete, and a tile covering part (exterior material) 2 in which a number of tiles 2 a are embedded in the surface of the wall body 1 with a certain joint groove. And side frame members 3R, 3L in which the entire thickness direction is embedded in the left and right side sides facing each other in the wall main body 1, and the entire thickness direction in the entire length direction on one of the upper and lower sides to be abutted at the time of installation. An embedded connecting frame member 3U and a reinforcing portion 4 formed on the back surface of the wall main body 1 so as to be thicker than other portions are provided.

  The reinforcing portion 4 includes vertical side reinforcing portions 4r and 4l in which the side frame members 3R and 3L are embedded so that the back surface and the outer surface are exposed, and is formed along the front and rear sides, respectively, and a back surface on one side. Consists of horizontal side reinforcing portions 4u, 4d in which the connecting frame member 3U is embedded so that the outer surface is exposed, and a vertical central reinforcing portion 4s that connects the central portions of the horizontal side reinforcing portions 4u, 4d. Each reinforcement part 4 protrudes through the inclined surface from the remaining thin part 1a. Further, a plurality of fall prevention nuts 5 are embedded in the central reinforcing portion 4s to prevent the tile panel P1 from falling down.

  The side frame members 3R and 3L and the connecting frame member 3U have the same shape, and are formed by a pultruded aluminum alloy mold material having a straight cross section (same cross section shape), as shown in FIGS. The tiles are formed on the outer surface of the filling recess 31 filled with the glass fiber-containing concrete 1a on the inner surface, the retaining protrusion 32 for preventing the glass fiber-containing concrete 1a solidified in the filling recess 31 from slipping off. A guide groove 33 and an engaged portion 37 that are used when the panel P1 is assembled are provided.

  That is, each frame member 3R, 3L, 3U includes a substrate portion 34 facing the back surface of the tile covering portion 2, a vertical plate portion 35 suspended from the back surface of the substrate portion 34, and an inner surface side from the tip of the vertical plate portion 35. The filling concave portion 31 whose inner surface is opened is formed by the back plate portion 36 that is bent to the back and exposed to the back surface and parallel to the substrate portion 34. Further, a retaining projection 32 is provided along the inner side of the tip of the substrate portion 34 and the back plate portion 36. Further, the guide groove 33 is formed so that the vertical plate portion 35 is formed between the bent portion 35a that protrudes inward in parallel with the substrate portion 34 on the substrate portion 34 side, and opens to the outer surface. Has been. An engaged portion 37 including a bent portion 35 a, a vertical plate portion 35, and a back plate portion 36 is formed on the opposite side (outer surface) of the filling recess 31.

  Here, the dimension and shape of the tile panel P1 will be described. As shown in FIG. 4, for example, when the thickness of the exterior tile 2a is T (7 mm), the thickness of the wall body 1a is t1 = T × 1.0 to 1.. 5 (7 to 10.5 mm), and the thickness of each reinforcing part 4r, 4l, 4u, 4d, 4s: t2 = T × 2.3 to 2.9 (16.1 to 20.3 mm) It is formed in the range. This is because when t1> T × 1.0 and t2> T × 1.8, sufficient strength of the tile panel P1 is not secured, and when t1 <T × 1.5 and t2 <T × 2.2. This is because the weight of the tile panel P1 becomes too large and the workability is lowered, and the thickness of the reinforcing portions 4r, 4l, 4u, 4d, 4s: t2 and the height in the thickness direction of the frame members 3R, 3L, 3U Is set the same. Furthermore, the thickness t3 = T + t1 + t2 of the lower side without the frame member. The tile panel P1 has a width of about 2.0 m and a height of about 0.5 m, for example, and the weight per sheet is about 15 kg.

Next, the panel mounting device will be described.
As shown in FIGS. 7 and 8, a plurality of anchor bolts 12 for supporting columns are planted in a concrete floor frame 10 in which a reinforcing bar, a frame, and the like are embedded. An angle-shaped connector 13 composed of a vertical mounting portion 13a applied to the outer surface of the floor housing 10 and a horizontal support portion 13b is fixed, and anchor bolts 12 are fitted into the bolt holes of the vertical mounting portion 13a. It is fixed with a nut. In addition, an angle-shaped cover holder 14 is fixed to the upper front surface of the coupler 13 by the veranda column 11, and the position of the cover holder 14 is regulated from below by a level adjustment bolt 15 penetrating the horizontal support portion 13b. ing.

  A decorative cover material (cover material) 16 that covers the outer surface of the floor frame 10 and has a notch portion for a veranda post is mounted on the cover receiver 14. Further, each veranda column 11 is provided with a resin notch cover 18 that covers the column notch, and a pair of left and right column cover members 17 that are fitted on the veranda column 11 are provided. Further, as shown in FIG. 10, the vertical rail member 21 is fixed to the veranda column 11 by a fixture 22 at the upper end.

  As shown in FIG. 9, the structural member for directly attaching the tile panel P1 includes a vertical rail member 21 fixed to the column cover member 17 and both ends fixed between the column cover members 17 and a panel receiving portion (panel) on the front portion. 11 is a lower frame material 9 having 19a and an upper side cover material 24 (FIG. 11) which is attached to the upper frame material 23 whose both ends are fixed between the column cover materials 17 and covers the upper side of the tile panel P. A cap wood 26 is attached between the upper end portions of the column cover 17 via a cap receiving member 25. Further, a vertical beam member 27 connected to the fall prevention nut 5 via a connecting bolt 28 is provided in the central portion between the lower frame member 19 and the upper frame member 23.

  The cover member 17 is a symmetrical straight section made of an L-shaped mold member having a front (rear) surface and a side surface, and a pair of edge engaging portions are combined with each other to form a rectangular section. 11 is externally fitted.

  As shown in FIG. 5, the vertical rail member 21 has an inner surface opened by a front plate 51, front and rear plates 52, and a back plate 53 and is externally fitted to the fitted portions 37 of the side frame members 3 </ b> R and 3 </ b> L. An attachment plate 55 that includes a fitting space 54 and is bent at a right angle from the rear end of the back plate 53 and the back plate 53 to the back side is applied to the front and side surfaces of the column cover member 17 to form a coupling tool ( Rivets) 56. Reference numeral 57 denotes a displacement preventing portion bent from the front end portion of the front plate 51 to the back side.

  Further, as shown in FIG. 6, the panel connecting member 41 interposed between the connecting portions of the upper and lower tile panels P1 and P1 includes a front closing plate 42 and a rear receiving plate 43 which are parallel to each other, and a front closing plate 42 and a rear receiving plate 43. Are formed in a substantially H-shaped cross section comprising an intermediate connecting plate 44 for connecting the two. The front closing plate 42 is fitted into the guide grooves 33 of the upper and lower tile panels P1 and P1, and closes the gap between the upper and lower tile panels P1 and P1 (the same interval as the joint groove 2b). Further, on the upper and lower front end portions of the front closing plate 42, shift preventing projections 47U and 47D that are closely fitted in the guide groove 33 are formed on the back side. The back receiving plate 43 is formed with back receiving portions 48U and 48D bent at the front end at the front end portion, abuts against the outer surface of the vertical plate portion 35 to maintain the space between the upper and lower tile panels P1, and the upper tile. The load of the panel P1 is supported.

A procedure for attaching the tile panel P1 to the veranda handrail wall will be described.
As shown in FIGS. 7 and 8, the veranda column 11 is erected and fixed to the anchor bolt 12 of the floor frame 10 via a connector 13. Then, the cover receiver 14 is disposed on the connector 13, the decorative cover material 16 is disposed on the cover receiver 14, and the horizontal level of the decorative cover material 16 is adjusted by the level adjusting bolt 15. Fix to the column 11.

  As shown in FIG. 9, a vertical rail member 21 is connected to the left and right support columns 17 in a separated state by a lower frame member 19, an upper frame member 23, and a headstock receiving member 25, and a vertical frame member 27 is attached to form a rectangular frame. The rectangular frames are fitted between the veranda struts 11 via strut cover members 17 from above, the left and right strut cover members 17 are connected, and the upper ends of the veranda struts 11 are fixed by fixtures 22. The column cover members 17 and 17 are fixed.

  Next, the lower tile panel P1 is first arranged so that the horizontal frame member 3U is at the top, and the engaged portions 37 of the left and right side frame members 3R, 3L are inserted into the fitting spaces 54 of the vertical rail members 21, 21 from above. The lower tile panel P1 is fitted into the panel receiver 19a of the lower frame member 19 by fitting and sliding downward. Next, as shown in FIG. 10, the lower part of the front closing plate 42 of the panel connecting member 41 is fitted and arranged in the guide groove 33 of the horizontal frame member 3U of the lower tile panel P1.

  Further, the upper tile panel P1 is arranged so that the horizontal frame member 3U is at the lower part, and the engaged portions 37 of the left and right side frame members 3R, 3L are fitted into the fitting spaces 54 of the vertical rail members 21, 21 from above. Slide down. Then, the front closing plate 42 of the panel connecting member 41 is fitted and installed in the guide groove 33 of the horizontal frame member 3U.

  Further, as shown in FIG. 11, the upper side cover member 24 fitted to the upper side of the upper tile panel P <b> 1 is screwed to the upper frame member 23. Next, the cap wood 25 for the handrail is attached to the cap wood receiving member 25.

  According to the above-described embodiment, the tile panel P <b> 1 is disposed along the vertical rail member 21 attached to the veranda column 11 via the column cover 17 between the veranda columns 11 erected on the outer side of the floor frame 10. The tile panel P1 can be assembled easily and in a short time on the decorative cover material 16 on the outer side of the floor frame 10 by inserting the frame from above and sliding it downward and fitting it into the panel receiving portion 19a of the lower frame material 19. Can do. Even if a part of the tile 2a is peeled off, the tile panel P1 can be easily removed by simply pulling it upward along the vertical and vertical rail members 21, eliminating the need for a scaffold and greatly reducing maintenance costs. can do. Further, by embedding the side frame materials 3R, 3L and the horizontal frame material 3U in the tile panel P1, the strength of the tile panel P1 can be improved, the thickness can be reduced, and a high-precision handrail wall without warping or deformation can be achieved. Tile panel P1 can be assembled.

  In the first embodiment, the tile panels P1 are installed in two upper and lower stages. However, the tile panels P1 may be configured as a single unit or arranged in three or more stages. In the case of three stages, the horizontal frame material 3U is embedded in the upper and lower sides of the intermediate tile panel P1.

[Embodiment 2]
Embodiment 2 of a tile panel mounting device for a veranda handrail wall according to the present invention will be described with reference to FIGS. The same members as those in the first embodiment are denoted by the same reference numerals and description thereof is omitted.

  As shown in FIG. 12, a plurality of the lightweight dry tile panels P <b> 2 are erected between veranda columns (post members) 81 erected on the outer surface of the floor frame 80. Is covered. As shown in FIG. 13, the tile panel P2 includes a rectangular wall body 1 made of glass fiber-containing concrete, and a tile surface in which a large number of tiles 2a are embedded in the surface of the wall body 1 with a certain joint groove. Part (exterior material) 2, side frame members 3R and 3L in which the entire thickness direction is embedded in at least the left and right sides of the wall body 1 that oppose each other, and the entire thickness direction is embedded in the lower side over the entire length. The support frame member 3D, the intermediate mounting frame member 3S arranged at a predetermined distance from the support frame member 3D and parallel to the lower side, and the reinforcing portion 4 formed thicker on the back surface of the wall body 1 than the other parts. Is provided.

  The reinforcing portion 4 includes vertical side reinforcing portions 4r and 4l in which side frame members 3R and 3L are embedded so that the back surface and the outer surface are exposed, and a support frame so that the back surface and the outer surface are exposed on one of the upper and lower sides. The upper and lower side reinforcing portions 4u and 4d in which the material 3D is embedded, and the intermediate reinforcing portion 4t in which the intermediate mounting frame material 3S is embedded so that the back surface is exposed above the lower side reinforcing portion 4d, and each of these reinforcing portions 4 protrudes through the inclined surface from the remaining thin part 1a. The side frame members 3R and 3L are formed in the same manner as in the previous embodiment.

  In addition, as shown in FIGS. 14, 16, and 17, the support frame member 3D has a front plate 61a facing the back surface of the tile covering portion 2, and an outer surface plate 61d and a back plate 61b being connected to the bottom surface of the lower side reinforcing portion 4d. A support main body 61 having a rectangular cross section (approximate to a square) exposed on the back surface is formed so that the weight of the tile panel P2 can be supported from below. Further, the glass fiber-containing concrete is filled with the front surface extension portion 62 a extended from the front surface plate 61 a to the inner surface side, the rear surface extension portion 62 b extended from the rear surface plate 61 b to the inner surface side, and the inner surface plate 61 c of the frame body 61. A filling recess 62 is formed. Further, retaining protrusions 63a and 63b are formed that protrude into the filling recess 62 along the front ends of the front extension 62b and the back extension 62b.

  As shown in FIG. 21, the intermediate mounting frame member 3S includes a mounting frame main body 71 that can be connected by driving a fixing screw described later in order to prevent the tile panel P2 from falling from the back side. The mounting frame main body 71 is a rectangle formed by a front plate 71a facing the back of the tile covering portion 2, a back plate 71b exposed on the back of the lower side reinforcing portion 4d, and upper and lower side plates 71c and 71d. It is formed and embedded in the cross section. Also, front extension parts 72a and 73a that extend from the front panel 71a to the upper and lower sides along the rear surface of the tile cover part 2, respectively, and rear extension parts 72b and 73b that extend from the rear panel 71b to the upper and lower sides along the panel rear surface. Filling recesses 72 and 73 filled with glass fiber-containing concrete are formed by the side plates 71c and 71d of the mounting frame main body 71, respectively. Further, retaining protrusions 74a, 74b, 75a, and 75b protruding into the filling recess 62 are formed along the front end portions of the front surface extension portions 72a and 73a and the back surface extension portions 72b and 73b.

A mounting device for the tile panel P2 will be described.
As shown in FIG. 14, the floor frame 80 has a front frame 80b and front and rear frames 80c attached to a cantilevered horizontal support beam 80a protruding from a building, for example, and a waterproof floor 80d.

  On the front frame 80b of the floor frame 80, veranda columns 81 are erected with an interval corresponding to the width of the tile panel P2. As shown in FIG. 18, an attachment member 82 is fixed to each veranda post 81 in the vicinity of the lower end portion of the back surface, and the attachment member 82 is connected and fixed to the front frame 80b by bolts. In addition, a horizontal plate 83a fixed to the bottom surface of the veranda column 81, a vertical plate 83b that hangs flush with the front surface of the veranda column 81, and a horizontal plate bent from the tip of the vertical plate 83b. A panel support 83 comprising a panel receiving portion 83c is attached. Further, as shown in FIGS. 14 and 19, a parting edge member 84 that covers the support frame member 3D of the tile panel P2 and the panel support 83 from below, and an eaves member 80e that covers the floor housing 80 from below are attached. .

  As shown in FIG. 15, a pair of left and right column cover members 17 are externally fitted to the veranda column 81, and the vertical rail members 21 are respectively attached thereto. The engaged portions 37 of the left and right side frame members 3R and 3L are fitted and held in the fitting space 54 of the vertical rail member 21.

  A lower beam member (connection support member) 86 that is connected to the intermediate mounting frame member 3S and holds the tile panel P2 at a position corresponding to the intermediate mounting frame member 3S of the tile panel P2 is connected and fixed between the left and right support column cover members 17. ing.

Next, a procedure for attaching the tile panel P2 to the veranda handrail wall will be described.
A veranda support column 81 is erected and fixed to the front frame 80 b of the floor frame 80 via an attachment member 82. Next, the vertical rail member 21, the lower rail member 86, the upper frame member 23, and the headboard receiving member 25 are connected to the left and right support columns 17 in a separated state to form a rectangular frame shape. Then, the rectangular frames are fitted between the veranda struts 81 via the strut cover members 17 from above, and the left and right strut cover members 17 are connected. 17 and 17 are fixed.

  Then, the engaged portions 37 of the side frame members 3R and 3L of the tile panel P2 are fitted into the fitting spaces 54 of the vertical rail members 21 and 21 from above and are slid downward so that the lower side portion is the panel of the panel support 83. It is supported by the receiving portion 83c. Next, the lower crosspiece member 86 and the intermediate mounting frame member 3S are connected and fixed by the fixing screw 87, and the parting edge member 84 and the eaves member 85 are attached. The lower beam member 86 and the waterproof floor 80d are connected by screws. Further, the upper side cover member 24 fitted to the upper side of the tile panel P2 is screwed to the upper frame member 23. Next, the cap wood 25 for the handrail is attached to the cap wood receiving member 25.

According to the second embodiment, the same effects as those of the first embodiment can be achieved.
Further, since the support frame member 3D is embedded in the lower side of the wall body 1, and the filling recess 31 and the retaining protrusion 32 are filled in the support frame member 3D with the glass fiber-containing concrete, the support frame member 3D contains the glass fiber. It is combined with the concrete with a sufficient bonding force and can be integrated into the wall body 1 and supported by the lower end portion of the veranda column 81 via the panel support 83, thereby supporting the weight of the tile panel P2 and the floor portion. The front surface of the housing 80 can be covered. Further, by connecting the intermediate mounting frame member 3S and the lower crosspiece member 86, the tile panel P2 can be prevented from falling down, and the lightweight tile panel P2 can be easily and quickly assembled as a handrail wall of the housing 80. be able to.

(A), (b) shows Embodiment 1 of the tile panel mounting apparatus for the veranda handrail wall which concerns on this invention, (a) is the whole front view of a veranda, (b) is the whole plan view of a veranda. . (A), (b) shows a tile panel, (a) is a front side perspective view, (b) is a back side perspective view. It is a longitudinal cross-sectional view of the tile panel mounting apparatus. It is a plane sectional view of the tile panel mounting apparatus. It is a principal part enlarged view of FIG. It is the A section enlarged view of FIG. It is a disassembled perspective view explaining the attachment work of the veranda support | pillar. It is the B section enlarged view of FIG. It is a disassembled perspective view explaining the mounting | wearing operation | work of the vertical rail. It is a disassembled perspective view explaining the mounting | wearing operation | work of the panel connection material. It is a disassembled perspective view explaining the mounting | wearing operation | work of the panel cover. (A), (b) shows Embodiment 2 of the tile panel mounting apparatus for the veranda handrail wall which concerns on this invention, (a) is the whole front view of a veranda, (b) is the whole plan view of a veranda. . (A), (b) shows a tile panel, (a) is a front side perspective view, (b) is a back side perspective view. It is a longitudinal cross-sectional view of the tile panel mounting apparatus. It is a plane sectional view of the tile panel mounting apparatus. It is the C section expanded sectional view shown in FIG. It is the C section expanded sectional view of the support | pillar material part shown in FIG. It is a front side exploded perspective view explaining the attachment work of the veranda column. It is a back side exploded perspective view explaining the mounting work of the tile panel. It is a front side exploded perspective view explaining the mounting operation of the tile panel. It is the D section expanded sectional view shown in FIG.

Explanation of symbols

P1, P2 Tile panel 1 Wall body 1a Thin part 2 Tile cover (exterior material)
2 'tile cover sheet 2a tile 2b surface sheet 2c slit
2d Joint groove filling material 3R, 3L Side frame material 3U Horizontal frame material
DESCRIPTION OF SYMBOLS 4 Reinforcement part 4r, 4l Vertical side reinforcement part 4u, 4d Horizontal side reinforcement part 4s Center reinforcement part 5 Nut for fall prevention 10 Floor part frame 11 Veranda support | pillar 13 Connection tool 14 Cover support 16 Cosmetic cover material 17 Support column cover material 19 Bottom Frame material 19a Panel support 21 Vertical rail material 23 Upper frame material 24 Upper side cover material 25 Coping material receiving material 26 Coated wood 27 Vertical beam material 28 Connecting bolt 31 Filling recess 32 Retaining protrusion 33 Guide groove 41 Panel connecting material 3D Support frame material 3S Intermediate mounting frame material 4t Intermediate reinforcing portion 61 Support portion main body 62 Filling recess 63a, 63b Retaining protrusion 71 Mounting frame main body 72, 73 Filling recess 74a, 74b Retaining protrusion 75a, 75b Retaining protrusion 80 Floor housing 81 Veranda support 82 Mounting member 84 Parting edge material 86a Crosspiece body 86b Mounting plate part 87 Fixing screw

Claims (4)

A plurality of support members are erected at predetermined intervals along the outer side of the floor frame, a cover material is provided to cover the outer side of the floor frame including the support material, and a rectangular shape is formed on the cover material between the support members. A handrail wall tile panel mounting device for installing a plate-like tile panel,
The tile panel includes a wall body made of glass fiber-containing concrete, a tile covering unit integrally formed on the surface of the other wall body, and the entire thickness direction embedded in the left and right side sides of the wall body, and A side frame member having a fitted portion on the outer side,
A vertical rail material that is slidably fitted to each of the fitted portions of the left and right side frame materials is provided on the support material,
An attachment device for a handrail wall tile panel, in which a panel receiving member is provided on the cover material to be externally fitted to and supported by the lower side of the tile panel. Tile panels are arranged in parallel on the upper and lower tiers between the columns,
Over the entire length of the upper side or / and the lower side of the wall body of the tile panels adjacent to each other, a connecting frame member having a guide groove on the outer side is embedded in the entire thickness direction,
2. The tile panel mounting device for a handrail wall according to claim 1, wherein a panel coupling member that is fitted in the guide groove of the coupling frame member between the upper and lower tile panels and closes a gap between the upper and lower tile panels is interposed. . A handrail wall panel mounting device that installs a rectangular plate-shaped tile panel covering the outer side of the floor frame between support columns erected at predetermined intervals along the outer side of the floor frame. ,
The tile panel is embedded in the entire thickness direction over the entire length along the left and right sides of the wall body, the wall body made of glass fiber-containing concrete, the tile covering part integrally formed on the surface of the other wall body, and the wall body. A side frame member having a fitted portion on the outer side, a support frame member embedded in the entire thickness direction along the lower side of the wall main body, and a back surface of the wall main body above the support frame member. An intermediate mounting frame material in which the entire thickness direction is embedded in parallel with the support frame material,
A vertical rail member that is slidably fitted to the fitted portions of the left and right side frame members is provided on the support column material, and a panel support member that supports the support frame material of the tile panel from below is provided on the lower end side. ,
A handrail wall tile panel mounting device provided with a connecting support member that is connected to the intermediate mounting frame member between the support members and holds the tile panel. The side frame material is formed with a filling recess formed on the inner surface and filled with glass fiber-containing concrete, and a retaining protrusion that prevents the glass fiber-containing concrete and the frame material solidified within the filling recess from coming off. The attachment device of the handrail wall tile panel according to any one of claims 1 to 3.

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