JP4921586B1 - Tile frame - Google Patents

Abstract

[PROBLEMS] When building a tile floor by laying tiles on the floor and ground, it is possible to easily determine the site area of tiles and the required number of parts that can fit an integer number of tiles, and to order neatly A simple assembling-type tile frame that can contribute to reducing carbon dioxide is also provided.
By means of four locking holes 6 and four locking projections 9 in a linear shaped part, a plurality of parts are combined and connected in a straight line or at a right angle so that tiles 17 can be accommodated in just an integer number. Determine the site area and the required number of parts. Thereafter, L-shaped parts are combined to form a substantially square or rectangular frame and completed, and pedestals 8a and 8b provided with tiles 17 or blocks or substantially cylindrical parts in linear or L-shaped parts. Put on. In addition, since the tile 17 and the block can use the general-purpose goods on the market as they are, the user can freely select and the design is rich. When a substantially cylindrical tube is used, a plant can be planted, which can contribute to carbon dioxide reduction.
[Selection] Figure 1

Description

  The present invention provides a frame that can easily perform work when a tile floor is constructed by laying tiles and the like on the floor surface and the ground.

  FIG. 17 shows a schematic configuration diagram of a conventional tile unit.

In FIG. 17, A is a tile unit main body, and the surface material a is composed of tiles.
The peripheral portion of the unit has a plurality of concave portions b and convex portions c for fitting, and two sides are provided with a convex portion fitting mechanism that protrudes with a constant width in the plane direction from the surface material a, and the other two sides A recess fitting mechanism is provided on the inside.

2. Description of the Related Art Conventionally, a unit in which a carpet or a rug such as a tatami mat is united in a building, a rooftop of a building, a veranda, or the like in various sizes and shapes has been frequently used. For example, Patent Document 1 proposes a tile unit. In this built-in tile unit, the side edges of each unit are cut into a continuous concavo-convex pattern, and the surface layer covers the concavo-convex pattern that is a joint with the adjacent tile unit when laid down, so the adjacent rugs The joint line d is formed with a straight line and has a structure that can produce a calm atmosphere without a sense of incongruity.
Japanese Utility Model Publication No. 6-288062

  However, the fitting recesses or protrusions are combined by combining the protrusions or recesses of adjacent tile units with each other. Therefore, the layout and quantity of the tile units are wrong due to the mutual interference. In this case, when replacement is necessary due to damage to the tile unit or the like, there is a disadvantage in that work efficiency deteriorates because installation work must be performed again by going back to the assembly order.

  Furthermore, since it is unitized, the tile design is determined, and it is not possible to expand the design by freely selecting general-purpose products such as tiles and wood. Naturally, it is a tile unit that can be tiled on the rooftop, balcony, veranda, terrace, dirt floor, concrete corridor, etc., and is effective for reducing carbon dioxide emissions as a measure against global warming Plants such as lawns, flowers or trees cannot be installed in a well-arranged manner.

  The invention of the present application was made to solve such problems, and as a specific solution, the conventional tile unit had a resin base and a plurality of tiles fixed on the base. By separating the resin frame from the structure and placing the frame in advance, the layout configuration is easy, the work efficiency is improved, and general-purpose products such as various types of tiles, blocks, or small stones are available. The structure can be freely selected and configured so that plants can be incorporated into the frame.

  In the re-installation work when tiles or blocks are damaged or the layout is changed, only the part to be changed can be exchanged, and the appearance of the appearance can be easily improved while looking at the site without relying on confirmation on the desk I can do things. The resin frame has the same appearance as a joint that joins tiles, blocks, and the like with mortar, and thus has a natural appearance and has a structure in which water does not collect on the upper surface of the frame.

The perspective view from the back surface of the tile frame A main body in Embodiment 1 of this invention The perspective view from the surface of the tile frame A main body in Embodiment 1 of this invention The side view of the tile frame A main body in Embodiment 1 of this invention The perspective view from the surface of the tile frame B main body in Embodiment 1 of this invention The perspective view from the back surface of the tile frame B main body in Embodiment 1 of this invention The perspective view from the surface of the assembly procedure in Embodiment 1 of this invention The perspective view from the surface of the component structure in Embodiment 1 of this invention The perspective view from the surface in the example of the completion state of Embodiment 1 of the present invention Sectional drawing in the example of the completion state of Embodiment 1 of this invention The perspective view from the back surface of the tile frame A main body in Embodiment 2 of this invention The perspective view from the back surface of the tile frame B main body in Embodiment 2 of this invention The perspective view from the surface of the component structure in Embodiment 2 of this invention The perspective view from the surface of the height adjustment component in Embodiment 2 of this invention The perspective view from the surface in the process example to the completion state of Embodiment 2 of this invention The perspective view from the surface in the example of the completion state of the implementation state 2 of this invention The perspective view from the surface of the tile frame A main body in Embodiment 3 of this invention Schematic configuration diagram of a conventional tile unit

Hereinafter, the detailed technical configuration of the tile frame of the present invention will be specifically described in accordance with an embodiment and with reference to the drawings.
(Embodiment 1)

  The present invention will be described with reference to the drawings. FIGS. 1-9 is a figure explaining the tile frame of Embodiment 1 of this invention. FIG. 1 is a perspective view from the back surface of the tile frame A main body according to Embodiment 1 of the present invention, FIG. 2 is a perspective view from the front surface of the tile frame A main body according to Embodiment 1 of the present invention, and FIG. It is a side view of the tile frame A main body in Embodiment 1 of invention. 4 is a perspective view from the front surface of the tile frame B main body according to the first embodiment of the present invention, and FIG. 5 is a perspective view from the back surface of the tile frame B main body according to the first embodiment of the present invention. FIG. 6 shows an assembling procedure when the tile frame A and the tile frame B are joined. 7 to 9 show an example of a component configuration and a completed state according to the first embodiment of the present invention.

In the first embodiment of the present invention, the plane tile frame A main body 1 determines the floor area of a tile that is just wide enough to fit an integer number of tiles when a tile floor is constructed by laying tiles and the like on the floor and ground. It is a tile frame laid under the floor and on the ground, and is a main synthetic resin component. For example, a synthetic resin alone, or a flexible synthetic resin such as PE, PP, polyamide, etc. with a high blend of fillers such as wood chips, calcium carbonate, recycled plastics, and a weather resistance stabilizer What is necessary is just to comprise by synthetic resin materials, such as a synthetic resin which mix | blended additives, such as an insect repellent. Moreover, you may use metals, such as stainless steel with flexibility and a weather resistance.

The flat tile frame A main body 1 has the shape shown in FIG. 1 and is vertically elongated from the elongated first box-shaped member 1a that opens downward and the center in the width direction of the surface of the first box-shaped member 1a. And a convex frame 2 erected along the length direction of the first box-shaped member 1a, and a concave drain hole 7 is drilled at the base of the frame 2. One end of the first box-shaped member 1a in the length direction has a step, the thickness of the box-shaped member 1a is reduced, and a locking projection 9 is provided, and the other end is a step. The box-shaped member 1a has a small thickness and is provided with a locking hole 6. The frame 2 and the locking projection 9 are erected on opposite surfaces, and the flat tile frame. space was uneven fitted in between the locking projection 9 and the other end portion and the frame 2 in the a body 1, latching projections 9 latching hole 6 By T3 dimensions in figure 3 is extended to the position, it is latching by returning pushed into T3 dimensions. By fitting the locking projections 9 into the locking holes 6 and connecting a plurality of the planar tile frame A main bodies 1 in a straight line or at a right angle, they are combined on a straight line and a right angle in addition to a square or a rectangle. A frame with a shape can be constructed. Specifically, when connecting on a straight line, the first locking projection 9a is fitted in the first locking hole 6a, the second locking projection 9b is connected to the second locking hole 6b, The third locking projection 9c is fitted in the third locking hole 6c, and the fourth locking projection 9d is fitted in the fourth locking hole 6d. In addition, in the side view of the tile frame A main body according to the first embodiment of the present invention shown in FIG. 3, the dimensional difference T2 ≦ T3 <T2 interferes with the dimensional difference between T2 and T3, and can be prevented from coming off after fitting. It is said. Further, the front stop protrusion 4 is in contact with the front stop 5 and has a structure that prevents excessive entry when connecting on a straight line.

  In the case of connecting at right angles, it is possible to carry out two ways of bending to the left or right. In the case of a connection that bends to the left, the first locking projection 9a is fitted into the third locking hole 6c, and the second locking projection 9b is the first locking hole 6a and the third locking projection. 9c is fitted into the fourth locking hole 6d, and the fourth locking projection 9d is fitted into the second locking hole 6b. The front stop protrusion 4 is in contact with the front stop 5a and has a structure that prevents excessive entry when connecting to the left side at a right angle.

In the case of a connection that bends to the right, the first locking projection 9a is fitted into the second locking hole 6b, the second locking projection 9b is the fourth locking hole 6d, and the third locking projection. 9c is fitted into the first locking hole 6a, and the fourth locking projection 9d is fitted into the third locking hole 6c. The front stop protrusion 4 is in contact with the front stop 5b and has a structure that prevents excessive entry when connecting to the right side at a right angle. Since it can be assembled in a straight line and at a right angle, a square or rectangular frame can be formed using only the plane tile frame A main body 1. In addition, it is also possible to freely change the bending angle by changing the configuration angle of the locking projection 9 and the locking hole 6 to the flat tile frame A main body 1. 4 and 5 are diagrams for explaining the plane tile frame B main body 10, and an L-shaped second box-like member 1 b that opens to the lower side of the plane tile frame B main body 10, and the second The box-shaped member 1b is provided with a convex frame 11 that is erected vertically from the center in the width direction of the surface of the box-shaped member 1b and along the length direction of the second box-shaped member 1b. Recessed drain holes 13 are formed, and coupling protrusions 14 protrude at opposite ends of the frame 11 at opposite ends of the frame 11 in the length direction of the box-shaped member 1a. .

FIG. 6 is a perspective view from the surface of the assembly procedure according to the first embodiment of the present invention. In the state of FIG. 6 (a), three flat tile frames A main bodies 1 are connected on a straight line, connected after bending to the left at a right angle, and then connected two on a straight line. The coupling protrusion 14 provided on the flat tile frame B main body 10 is connected to a portion where one end of the flat tile frame A main body 1 has a step and the thickness of the box-shaped member 1a is thin. A substantially square or rectangular frame is formed by being inserted into the hole 15. Specifically, the first coupling protrusion 14a of the planar tile frame B body 10 fits into the third coupling hole 15c of the planar tile frame A body 1, and the second coupling of the planar tile frame B body 10 is performed. The protrusions 14b are respectively fitted into the second coupling holes 15b of the flat tile frame A main body 1, and the state shown in FIG. Eight plane tile frame B main bodies 10 are added, and the state of FIG. 6C is completed. When the planar tile frame B main bodies 10 are coupled, the first coupling protrusion 14a of the planar tile frame B main body 10 is fitted into the fourth coupling hole 16a, and the second coupling protrusion 14b is 5 is completed by being fitted into the five coupling holes 16b.

  As shown in FIG. 6, the number of parts used is 3 × 3 because the plane tile frame A main body 1 is used 3 in the vertical direction and 3 in the horizontal direction, and 9 plane tile frame B main bodies 10 are used. I know that Furthermore, it can be seen that a space with nine frames in which tiles 17 and the like can be arranged is completed. By placing the flat tile frame A main body 1 at the planned installation location, the entire tile floor including the number of parts such as the flat tile frame B main body 10 and the tile 17 necessary for completing the tile floor is installed. The advantage is that the range can be easily indexed.

Further, the drain hole 7 in the flat tile frame A main body 1 and the drain hole 13 in the flat tile frame B main body 10 form a drain path when water enters, and the drain hole 7 And the water which entered from 13 is the lower end of the said 1st box-shaped member 1a or the said 2nd box-shaped member 1b which opens below in the tile frame A main body 1 or the flat tile frame B main body 10 for a plane. The water is discharged to the floor or the ground from the place where the drainage path 3 or 12 formed by cutting out the edge is provided. For example, when water spills on the upper surface of the tile floor, water flows from the tile 17 to the outer periphery, and flows between the tile 17 and the frame 2 of the flat tile frame A main body 1 or the frame 11 of the flat tile frame B main body 10. The water passes through the drainage paths 3 and 12 via the drainage holes 7 and 13, and the water falls to the ground.

  Further, the drainage paths 3 and 12 are installed at substantially the same horizontal axis position between the tile frames, so that water is easily discharged. Even if a large amount of water temporarily accumulates, the height position of the tile 17 can be set to the height of the pedestal by the pedestal 8a in the plane tile frame A main body 1 and the pedestal 8b in the plane tile frame B main body 10. Since the bottom is raised by the height, the possibility that the tile 17 is submerged by the structure in which the water drainage space is secured is extremely low.

  For example, when wood that is easily corroded is used, the service life can be significantly increased compared to the case of direct placement. The drainage paths 3 and 12 have a semicircular shape, and both the flat tile frame A main body 1 and the flat tile frame B main body 10 penetrate through substantially the same place. It is also possible to realize a structure capable of obtaining the same effect as floor heating by passing the pipe along the drainage paths 3 and 12 through warm water or the like.

  FIG. 7 is a perspective view from the surface of the component configuration according to the first embodiment of the present invention, and is a plane tile frame A main body 1 and a plane tile frame B main body 10 which are component parts of the frame. The slope 22 and the slope angle 23 eliminate a step in the height of the tile 17 and the height of the frame. In addition, the slope angle 23 enters the inner side of both sides of the slope 22, and the slope 22 has a slope locking projection 22 a in the drain hole 7 of the flat tile frame A main body 1 or the flat tile frame B main body. It is structured to be locked and fixed to the ten drain holes 13.

  The perspective view from the surface in the completed state example of the first embodiment of the present invention in FIG. 8 is a place where the site surface such as a rooftop, a balcony, a veranda, a terrace, a soil, and a concrete-drawing corridor is flat and relatively hard. The flat tile frame A main body 1 and the flat tile frame B main body 10 can be used. Examples of what can be used in the frame include tiles, stone blocks, wooden tiles, artificial grass, and carpets. In addition, as a market general-purpose product of tiles, stone blocks, and wooden tiles, the most vertical and horizontal sizes are 300 × 300 mm, and other types include 200 × 200 mm, 450 × 450 mm, and 600 × 600 mm. Although general-purpose products are mainly in the shape of squares, it is naturally possible to combine a plurality of rectangular general-purpose products such as bricks to be used as squares, or to form a rectangular tile frame.

  9, the height of the tile 17 is higher than the frame heights of the plane tile frame A main body 1 and the plane tile frame B main body 10. (Dimension D). The height of tiles and the like in market general-purpose products is often 30 mm to 45 mm, and the bottom of the tile 17 depends on the weight of the tile 17, and the base 8 a of the flat tile frame A main body 1 or the base of the flat tile frame B main body 10. Since 8b is always pressed, the state where the plane tile frame A main body 1 and the plane tile frame B main body 10 are lifted is prevented.

Further, in the present invention, all the component parts have a structure that is an assembly type and can be easily disassembled, and is not a unitized structure of a conventional tile and a synthetic resin. In conventional products, when parts are discarded, it has been used as material separation by dismantling work and reuse as thermal recycling. In the present invention, it is not a unit but a single product form, and a single material facilitates reuse after parts are discarded. In addition, it is a structure that can be recycled in conjunction with the Eco-Cap Movement, and can greatly contribute to the reduction of carbon dioxide emissions for global warming countermeasures.
(Embodiment 2)

A second embodiment of the present invention will be described with reference to FIGS. The main difference between the first and second embodiments of the present invention is that the wedge 20 in the garden tile frame A main body 18 shown in FIG. 10 and the wedge 21 in the garden tile frame B main body 19 shown in FIG. Is that it has been added. Therefore, except for the function of the wedge, the garden tile frame A main body 18 of FIG. 10 is the same as the flat tile frame A main body 1, and the garden tile frame B main body 19 of FIG. and it has a 1 0 the same. When the flat tile frame A main body 1 or the flat tile frame B main body 10 is stabbed into the ground, the wedge 20 or 21 for the purpose of rooting in an adjacent range and fixing the position of the component to the soil. Is provided on the opposite side of the frame 2 or 11 with the first box-shaped member 1a or the second box-shaped member 1b interposed therebetween. In addition to the function of fixing the tile frame A main body 18 and the garden tile frame B main body 19 to the ground, it also has a role of stopping the roots of the lawn.

  Since Embodiment 1 is installed in a place where the ground surface such as the rooftop, balcony, and veranda is flat and relatively hard and hardly deformed, drainage paths 3 and 12 are provided as shown in FIGS. It is flat. The second embodiment is installed in a place that is soil 34 such as a garden or a park. Therefore, the wedges 20 and 21 are provided from the structure used by being inserted into the soil 34. Depending on the state of the drainage environment of the soil 34, the drainage paths 3 and 12 may or may not be set, and are removed from the drawing of the second embodiment. FIG. 12 is a perspective view from the surface of the component structure according to the second embodiment of the present invention.

  FIG. 13 is a perspective view from the surface of the height adjustment component in Embodiment 2 of the present invention. This part has two functions. The first function is to adjust the height dimension. The height of the general-purpose tiles 17 and the like is different by a maximum of about 15 mm in general general-purpose products, and when various types of tiles are used as they are, the appearance is deteriorated due to the uneven appearance. End up. The second is a function to prevent mud contamination due to splashing of water from the ground and to prevent weeds from growing. The inside of the frame composed of the garden tile frame A main body 18 and the garden tile frame B main body 19 remains as soil 34 when no tiles are placed thereon.

  Specifically, the positioning projections 28 of the first bottom raising plate 24 and the positioning projections 29 of the second bottom raising plate 25 are arranged inside the frame constituted by the garden tile frame A main body 18 and the garden tile frame B main body 19. Since the outer peripheral frame projection 26 comes into contact with the drain holes 7 and 13 and the pedestals 8a and 8b are in contact with each other, two functions can be realized. Note that the height H1 of the outer peripheral frame projection 26 in the first bottom raising plate 24 in FIG. 13J is lower than the height H2 of the outer peripheral frame 27 in the second bottom raising plate 25 in FIG. Therefore, the height adjustment of the tiles 17 and the like can be adjusted by changing the height of the outer peripheral frame 27.

  Further, in the range where the soil 34 is exposed, the bases 8a and 8b, the first bottom raising plate 24, and the second bottom raising plate 25 overlap the width dimensions W1 and W2 of the base, so that the water jumps up. It has a more effective structure for countermeasures and prevention of weed growth. Further, the difference in dimension between the height H3 of the outer peripheral frame 27 and the height H2 of the outer peripheral frame protrusion 26 forms a gap between the outer peripheral frame 27 and the bases 8a and 8b, thereby providing a function as a water discharge path. . Examples of usage of the bottom-up plate 24 and the bottom-up plate 25 include a method of using a synthetic turf or the like, or using a resin such as artificial wood mixed with wood powder to maintain a natural aesthetic even in a single state. and so on.

  The corners of the frame composed of the garden tile frame A main body 18 and the garden tile frame B main body 19 have a slight gap due to the size and fitting tolerance of the combination of parts, but tiles, blocks, etc. Can be used as it is when using the one whose shape is fixed. However, in the case of plants such as lawns, flowers, and trees, soil is used, so if it is used as it is, if it is used like a planter, the soil leaks and stains adjacent tiles, etc. There is a problem of end.

  FIG. 14 is a perspective view from the surface in the process example to the completed state of Embodiment 2 of the present invention, and this problem can be solved by using a cylindrical part or a planter itself as shown in FIG. It can be solved. For example, FIG. 14 (n) uses a first garden cylinder 31a, a second garden cylinder 31b, and a third garden cylinder 31c, which are cylindrical components. Also, tiles are used in 5 of the 9 locations. The height h3 of the third garden cylinder 31c is at the same height as the tile. For example, a lawn can be planted to align with the tile.

  In addition, the wedges 20 and 21 have the advantage that they can be planted directly under the soil without invading the adjacent area of the grass roots, so that a good environment can be prepared for lawn cultivation, and it looks good and is easy to care for. It can be made. In addition, a flower bed is realized in the height h1 of the first garden cylinder 31a and the height h2 of the second garden cylinder 31b that can be higher than the height position of the tile used by the user for walking. By planting, a beautifully arranged garden can be realized with easy work.

  After the garden tube 31 is bent inward by the distance of the height of the projection of the garden tube locking projection 32, the garden tube locking projection 32 is connected to the drain hole 7 of the garden tile frame A body 18 and the garden. The tile frame B body 19 is structured to be fitted into the drain hole 13. By being locked at a predetermined position, the garden tile frame A main body 18 and the garden tile frame B main body 19 and the garden cylinder 31 are fitted so that there is no gap, so that leakage of soil can be prevented. It becomes possible.

  Furthermore, the garden tube protrusion 33 is located at the upper part of the frames 2 and 11, and prevents deformation due to interference with the frame and improves the strength of the garden tube 31. The materials used are either synthetic resins alone, or flexible synthetic resins such as PE, PP, polyamide, etc. that are highly blended with fillers such as wood chips, calcium carbonate, recycled plastics, and weather resistance. What is necessary is just to comprise by the synthetic resin etc. which mix | blended additives, such as a stabilizer and an insect repellent. Moreover, you may use metals, such as stainless steel with flexibility and a weather resistance.

  FIG. 15 is a perspective view from the surface in a completed state example of Embodiment 2 of the present invention, and is a specific image of Embodiment 2 of the present invention. Since the garden tile frame A main body 18 is arranged vertically 12 and 7 horizontally, 84 garden tile frame B main bodies 19 are used, and a total of tiles 17, wooden tiles 35, garden cylinders 31, etc. The number is 84. As a user's walking path, tiles 17 are laid, and a garden cylinder 31 is arranged around the tiles 17 so that a flower can be planted.

  Even if a plant with a small planter sold in a home center or a florist is put in the garden tube 31 of FIG. 15 as it is, the aesthetic appearance is not impaired. This is because, in addition to the fact that the sections are aligned, the height of the planter is as low as about 10 mm, and the planter is hidden in the garden tube 31, so that it can be decorated beautifully.

Furthermore, when a lid is added to the garden tube 31 or a commercially available box is installed on the tile frame of the present invention, in addition to the use as a planter for the flower bed described above, a tool for working the flower, It can be used as a chair as it is as a box for storage such as fertilizers and storage of general tools with a relatively small capacity.
(Embodiment 3)

A third embodiment of the present invention will be described with reference to FIG. The main difference between the first embodiment and the third embodiment of the present invention is that water flows in the width direction of the frame 2 of the tile frame components in the plane tile frame A main body 1 shown in FIG. There is a water flow groove 30 provided with unevenness and holes for concentrating the flow of water . In the case of the flat tile frame B main body 10, it is provided in the width direction of the frame 11. When water spills, the water flows from the tile 17 to the outer periphery, flows to the frame 2 of the plane tile frame A main body 1 set lower than the tile 17 or the frame 11 of the plane tile frame B main body 10, and drains holes 7. , 13 through water drainage paths 3 and 12, and water falls to the ground. At this time, by providing the water flow groove 30 on the upper side of the drain holes 7 and 13, the flow of water can be more easily passed from the drain holes 7 and 13 to the drain paths 3 and 12.

  In the present invention, by combining two types of the linear tile frame A and the L-shaped tile frame B, a frame having a predetermined size can be easily configured, and the layout can be easily performed by arranging the frame body first. Can be indexed. Since the tile frame is made of a light material such as resin, installation work can be performed easily and efficiently, and expansion and tile changes can be easily handled.

  The present invention has an advantage that the design can be enriched because various kinds of tiles and blocks as well as general-purpose products such as small stones, artificial turf or carpets can be freely selected by the user himself / herself. . Moreover, since all the component parts are single components, the material can be easily reused, and the effective use value of resources is high. In particular, since it has a structure in which a frame for plant growth can be incorporated, an effective structure having an effect as a global warming countermeasure by reducing carbon dioxide emissions can be easily realized.

1 ・ ・ ・ ・ Tile frame A for plane
1a... First box-like member
1b 2nd box-shaped members 2 and 11 Frame 3 and 12 Drain path 4 Front stop protrusion 5 Front stop 6 Stop hole 6a ... First lock hole 6b ... Second lock hole 6c ... Third lock hole 6d ... Fourth lock holes 7, 13 ... Drain holes 8a, 8b ...... Base 9 ... ... Locking protrusion 9a ... ... First locking protrusion 9b ... ... Second locking protrusion 9c ... 3 locking projections 9d... 4th locking projection 10...
14... Connection protrusion 15... Connection hole 17... Tile (block)
18... Garden tile frame A main body 19... Garden tile frame B main body 20 and 21... Wedge 24... First bottom raising plate 25. 26 ··· Outer frame projection 27 ··· Outer frames 28 and 29 ··· Positioning projection 30 ··· Water flow groove 31 ··· Garden tube 32 ··· Garden tube locking projection 34 ···soil

Claims (5)

When constructing a tile floor by laying tiles and the like on the floor surface and the ground, the plane tile frame A main body 1 is placed on the lower side under the floor and the ground to determine the site surface of the tile that is just an integer number of tiles. An elongated first box-shaped member 1a that is open, and is erected vertically from the center in the width direction of the surface of the first box-shaped member 1a and along the length direction of the first box-shaped member 1a. A convex drainage hole 7 is drilled at the base of the frame 2, and one end in the length direction of the first box-shaped member 1a has a step. The box-shaped member 1a has a reduced thickness and is provided with a locking projection 9, and the other end has a step and the box-shaped member 1a has a reduced thickness and a locking hole. 6 and the frame 2 and the locking projection 9 are erected on opposite surfaces, and the front The locking projection 9 on the flat tile frame A main body 1 is unevenly fitted in the space between the other end and the frame 2 to connect the flat tile frame A main bodies 1 to each other, and By fitting a plurality of projections 9 into the locking holes 6 and connecting the flat tile frame A main body 1 in a straight line or at a right angle, the frame has a shape combined with a straight line and a right angle in addition to a square or a rectangle. A simple assembling-type tile frame characterized by constituting a body . Oite the components of the tile frame according to claim 1, a structure incorporating a planar tile frame B body 10, the second L-shaped opening on the lower side of the planar tile frame B body 10 Box-shaped member 1b, and a convex frame 11 erected vertically from the center in the width direction of the surface of the second box-shaped member 1b and along the length direction of the second box-shaped member 1b. A concave drainage hole 13 is formed at the base of the frame 11, and the projecting direction of the frame 11 is provided at both ends of the frame 11 in the length direction of the box-shaped member 1a. A coupling protrusion 14 is erected on the opposite side, and one end of the planar tile frame A main body 1 has a step, and the coupling hole 15 is located in a portion where the thickness of the box-shaped member 1a is thin. Insert the coupling protrusion 14, characterized in that it constitutes a substantially square or rectangular frame Easy assembly type of tile frame. In the plane tile frame A main body 1 or the plane tile frame B main body 10 which is a part constituting the tile frame of claim 1 or 2, the first box-shaped member 1a or A simple assembly-type tile frame, wherein the second box-shaped member 1b is provided with a drainage path 3 or 12 formed by cutting out a lower end edge . In the plane tile frame A main body 1 or the plane tile frame B main body 10 which is a part constituting the tile frame according to claim 1 or 2, in the case of being stabbed into the ground, The wedge 20 or 21 for the purpose of rooting and fixing the position of the parts to the soil sandwiches the first box-shaped member 1a or the second box-shaped member 1b, and the frame 2 or the frame 11 respectively. A tile frame of a simple assembly type, characterized in that it is provided so as to protrude on opposite surfaces . A simple assembling type tile frame , wherein unevenness and holes are provided in the width direction of the frame 2 or the frame 11 of the component parts of the tile frame according to claim 1 or 2 .

Images