CN203420437U - Floor brick structure - Google Patents

Abstract

The utility model discloses a floor tile structure, including floor tile body and bottom plate, floor tile body sets up in the higher authority of bottom plate, the bottom plate be provided with scrap (bridge) structure, with scrap (bridge) structure under the cooperation lapped structure of scrap (bridge) structure cooperation, still including being located scrap (bridge) structure, and hug closely the flexible glue limit that the adjacent both sides of floor tile body set up, scrap (bridge) structure and scrap (bridge) structure have at least one to be provided with and paste the layer down. The gap on the floor can be filled tightly by the soft rubber edge between the floor tile units after being lapped with each other, dust and water drops can be effectively prevented from entering the gap of the floor, and the floor surface can be more smooth. And can splice required floor as required fast.

Description

A floor tile structure

technical field

The utility model relates to the construction field, in particular to a floor tile structure.

Background technique

Traditional floor tiles are directly pasted on the cemented ground with stone flooring. Before laying, the flatness of the ground is required to be high, otherwise there will be overhead fractures or bricks caused by the uneven ground or uneven thickness of cement laying. There are obvious gaps or gaps between the blocks, which will result in insufficient flatness of the floor surface after laying, resulting in rework and correction, and in the renovation, the process is very troublesome and a lot of materials will be wasted, which will easily cause manpower and material resources. waste. Moreover, this kind of laying method cannot be flexibly adjusted according to individual needs, and professional workers must be invited to lay it. In addition, the gaps between the bricks after laying are easy to hide ash and fall into the water, making it difficult to clean. And because the stone floor tiles do not have elasticity, it is impossible to eliminate the unevenness of the floor surface after laying due to the thickness difference of the floor tiles itself or the unevenness of the laying ground.

Utility model content

The utility model provides a device that can effectively prevent dust and water droplets from entering the gaps in the floor, and can further make the floor surface more even. And can quickly splice the required floor according to the need.

The utility model adopts the following technical solutions:

A floor tile structure, comprising a floor tile body and a bottom plate, the floor tile body is arranged on the top of the bottom plate, and the bottom plate is provided with an upper lap structure and a lower lap structure cooperating with the upper lap structure, It also includes soft rubber edges located on the upper edge structure and closely attached to the adjacent two sides of the floor tile body, and at least one of the upper edge structure and the lower edge structure is provided with an adhesive layer.

Wherein, the end surface of the soft rubber edge has a "T" shape structure, and the "T" shape structure presses the edge of the floor tile body.

Wherein, the bottom plate is square, and the upper edge structure is matched with the "L" shaped soft rubber edge.

Wherein, the bottom plate, the soft rubber edge and the floor tile body together constitute a floor tile unit, and two adjacent floor tile units pass through the upper edge structure of the bottom plate of one floor tile unit and the lower edge structure of the bottom plate of the other floor tile unit Matching lap.

Wherein, the soft rubber edge is slightly lower than the height of the floor tile body.

Wherein, the floor tile body is a stone floor tile.

Wherein, the bottom plate is a plastic plate or a stone plate.

Beneficial effects of the utility model: the utility model includes a floor tile body and a bottom plate, the floor tile body is arranged above the bottom plate, the bottom plate is provided with an upper edge structure, and a lower edge structure cooperating with the upper edge structure. The edge structure also includes soft rubber edges that are located on the upper edge structure and are set close to the adjacent two sides of the floor tile body, and at least one of the upper edge structure and the lower edge structure is provided with an adhesive layer. The soft rubber edge between the overlapped floor tile units can well fill and block the gaps on the floor, can effectively prevent dust and water droplets from entering the floor gaps, and can make the floor surface more flat. And can quickly splice the required floor according to the need.

Description of drawings

Fig. 1 is the sectional view of the utility model floor tile structure.

Fig. 2 is a schematic structural view of the bottom plate of the floor tile structure of the present invention.

Fig. 3 is a cross-sectional view of adjacent floor tile units of the present invention after mating.

Fig. 4 is a plan view of adjacent floor tile units of the present invention after mating.

In the figure: 1. Floor tile unit, 10. Floor tile body, 11. Soft rubber edge, 12. "T" shape structure, 13. Bottom plate, 14. Adhesive layer, 130. Edge structure, 131. Upper edge structure , 132. Lower edge structure.

Detailed ways

Below in conjunction with accompanying drawing, the utility model is described in detail.

A floor tile structure, comprising a floor tile body 10 and a base plate 13, the floor tile body 10 is arranged on the top of the base plate 13, and the base plate 13 is provided with an upper lap structure 131, which cooperates with the upper lap structure 131 The connected lower edge structure 132 also includes the soft rubber edge 11 that is located on the upper edge structure 131 and is close to the adjacent two sides of the floor tile body 10. The upper edge structure 131 and the lower edge structure 132 is provided with an adhesive layer 14 at least in one place. When the two bottom plates are matched and overlapped, the two floor tile units 1 can be firmly attached together by utilizing the stickiness of the self-adhesive, thereby forming a whole. The soft rubber edge between the overlapped floor tile units can well fill and block the gaps on the floor, can effectively prevent dust and water droplets from entering the floor gaps, and can make the floor surface more flat. And non-professionals can also quickly splice the required floors as needed.

As a preferred embodiment of the present invention, the top of the end surface of the soft rubber edge 11 has a "T"-shaped structure 12, and the "T"-shaped structure 12 presses the edge of the floor tile body 10 tightly. The "T"-shaped structure 12 on the top of the end surface of the soft rubber edge 11 is integrally formed with the soft rubber edge. The two sides of the soft rubber edge 11 are tightly squeezed, and the two sides of the "T"-shaped structure 12 on the top of the soft rubber edge are squeezed by the floor tile bodies 10 on both sides to form a groove and compress the edges of the floor tile bodies 10 on both sides. , At the same time, the gap between the floor tile bodies is tightly attached, so as to ensure that dust and water droplets cannot enter the gap between the floor tile bodies.

As a preferred embodiment, the bottom plate is square, and the upper lap structure is matched with the "L"-shaped soft rubber edge (11). The lengths of both sides of the soft rubber side of the "L" shape are equal.

The bottom plate 13, the soft rubber edge 11 and the floor tile body 10 together constitute a floor tile unit 1, and two adjacent floor tile units 1 pass through the upper edge structure 131 of the bottom plate 13 of one floor tile unit 1 and another floor tile unit. 1. The lower lap structure 132 of the base plate 13 matches and overlaps.

The soft rubber edge 11 is slightly lower than the height of the floor tile body 10 . The "T"-shaped structure 12 on the top of the soft rubber edge 11 can seal the gap between the floor tile bodies tightly after being squeezed by the floor tile bodies on both sides, and the soft rubber edge 11 has certain elasticity, which can correct the floor tile body The thickness difference between them can effectively prevent dust and water droplets from entering the floor gaps, and can make the floor surface more flat.

The floor tile body 10 is a stone floor tile. Floor tiles of other materials can also be used as required.

The bottom plate 13 is a plastic plate or a stone plate. The edge structure 130 is integrally formed with the bottom plate, or can be formed by laminating plates. In order to ensure that the upper floor has a good flatness, the plate must be flat and free from warping, deformation and other defects.

The above content is only a preferred embodiment of the present utility model. For those of ordinary skill in the art, according to the idea of the present utility model, there will be changes in the specific implementation and scope of application. The content of this specification should not be understood as Limitations on the Invention.

Claims (7)

1. a wood floor bolck structure, comprise wood floor bolck body (10) and base plate (13), described wood floor bolck body (10) be arranged at base plate (13) above, described base plate (13) is provided with scrap (bridge) structure (131), the lower scrap (bridge) structure (132) that coordinates overlap joint with described upper scrap (bridge) structure (131), it is characterized in that: also comprise and being positioned in scrap (bridge) structure (131), and the flexible glue limit (11) that arranges, the adjacent both sides of being close to described wood floor bolck body (10), described upper scrap (bridge) structure (131) and lower scrap (bridge) structure (132) have at least a place to be provided with adhered layer (14).

2. a kind of wood floor bolck structure according to claim 1, is characterized in that: the end face on described flexible glue limit (11) is " T " character form structure (12), and described " T " character form structure (12) compresses the edge of wood floor bolck body (10).

3. a kind of wood floor bolck structure according to claim 1, is characterized in that: described base plate is square, and described upper scrap (bridge) structure matches with L-shaped flexible glue limit (11).

4. a kind of wood floor bolck structure according to claim 1, it is characterized in that: described base plate (13), flexible glue limit (11) and wood floor bolck body (10) form a wood floor bolck unit (1) jointly, adjacent two wood floor bolck unit (1) are by the upper scrap (bridge) structure (131) of a wood floor bolck unit (1) base plate (13) and the lower scrap (bridge) structure (132) of another wood floor bolck unit (1) base plate (13) overlap joint that matches.

5. a kind of wood floor bolck structure according to claim 1, is characterized in that: described flexible glue limit (11) is a little less than the height of wood floor bolck body (10).

6. a kind of wood floor bolck structure according to claim 1, is characterized in that: described wood floor bolck body (10) is stone material floor tile.

7. a kind of wood floor bolck structure according to claim 1, is characterized in that: described base plate (13) is plastic plate or stone plate.

Images