CN201531098U - Floor covering structure with Velcro - Google Patents

Abstract

The utility model provides a floor covering structure of utensil devil's felt, it contains a top layer and a bottom, and this top layer contains a first devil's felt layer and a precoat, and this precoat is located on the first devil's felt layer, and the bottom contains a second devil's felt layer, and these two devil's felt layers interlock each other and combine together. In addition, each floor covering can be assembled with each other by staggering and connecting the floor coverings. The utility model discloses a top layer and bottom can be by devil's felt layer and interlock each other, and then be the firm combination of temporary for when making up this kind of ceramic tile, if there is needs, can tear the top layer from the top surface of bottom and recombine again, and ensure the integrality on the surface of top layer and bottom simultaneously.

Description

Floor covering structure with Velcro

technical field

The utility model relates to a floor covering structure, in particular to a floor covering structure with Velcro.

Background technique

With the improvement of people's living standards, more and more people pay attention to the quality of living environment. In addition to improving the quality of living and the beautification of the indoor environment, in order to make the young children in the family have a better space for activities, many people will decorate and lay a floor structure on the ground at home, such as tiles, wooden boards, Plastic floor tiles or carpets, etc., keep users in a safe and comfortable physiological and psychological state when walking and moving, making their feet feel comfortable and relaxing physically and mentally.

If the various floor structures mentioned above are to be installed on the concrete floor so as not to move left and right, each floor tile must be pasted on the ground with self-adhesive glue to achieve a fixed effect. However, when each floor tile is placed on the ground through self-adhesive glue one by one, if the floor tiles are accidentally not connected to each other and a gap is generated, the pasted floor tiles must be removed at this time and replaced. Re-pasting, and in this way, the bottom surface of the floor tiles will be prone to defects, and even when the floor tiles are disassembled, the entire floor tile will be broken. In other words, this construction method is not easy.

In view of this, the utility model proposes a floor covering structure with Velcro to effectively overcome the above-mentioned problems.

Contents of the invention

The main purpose of this utility model is to provide a floor covering structure with Velcro, the surface layer and the bottom layer can be interlocked by the Velcro layer, and then temporarily combined firmly, so that when assembling such floor tiles, if If desired, the top layer can be removed from the top surface of the bottom layer and rejoined while ensuring the surface integrity of both the top layer and the bottom layer.

In order to achieve the above purpose, the utility model provides a floor covering structure with Velcro, which comprises a surface layer and a bottom layer, the surface layer comprises a first Velcro layer and a fabric layer, the fabric layer is located on the first on the devil felt layer, and the bottom layer includes a second devil felt layer, and the two devil felt layers can be occluded and combined with each other by hooking hairs.

In order to further illustrate the structural features and the achieved effects of the utility model, a preferred embodiment diagram and a detailed description are now provided, as follows.

Description of drawings

Fig. 1 is a structural perspective view of the first embodiment of the utility model.

Fig. 2 is a structural sectional view of the utility model.

Fig. 3 is a top view of the structure of the first embodiment of the utility model.

Fig. 4 is a schematic diagram of the raised cloth surface and the injection hook of the Velcro felt layer of the present utility model

Fig. 5 is a perspective view of the structure of the injection hook of the present invention.

Fig. 6 is a schematic diagram of the meshing of the raised cloth surface of the Velcro felt layer and the injection hook of the present invention.

Fig. 7 is a perspective view of a floor structure composed of floor tiles of the present invention.

Fig. 8 is a structural perspective view of the second embodiment of the present invention.

In the picture:

10 floor tiles

10' 1st floor tile 10" 2nd floor tile

12 Bottom

12' first bottom layer 12" second bottom layer

14 Surface

14'First Surface 14"Second Surface

16 first offset area

18 first overlapping area 20 second offset area

22 The second overlapping area 24 The first primer layer

26 The first midsole material layer 28 The first fabric layer

30 The first transparent material layer 32 The first Velcro felt layer

34 The second Velcro felt layer 36 The second primer layer

38 The second midsole material layer 40 The second fabric layer

42 Second transparent material layer 46 Raised cloth surface

48 injection hook 50 vertical part

52 Horizontal part 54 First offset area

56 second offset area 58 design pattern

Detailed ways

The utility model discloses a floor covering with Velcro, which can be applied to the fields of various floor coverings such as floor tiles, tiles, carpets, combined floors, etc., and is not limited to a certain field , the structure of the utility model is described below with the floor tile structure as an example.

Please refer to Fig. 1, at first introduce the first embodiment of the floor tile structure of the present utility model, this kind floor tile 10 structure mainly comprises two-layer structure, promptly a bottom layer 12 and a surface layer 14, these two layers 12,14 all are rectangular, its The surface areas are the same, and the bottom surface of the surface layer 14 is attached to the top surface of the bottom layer 12 , so that the surface layer 14 is disposed above the bottom layer 12 . The bottom layer 12 has an L-shaped first offset region 16 along a part of its edge, and the remaining area of the bottom layer 12 is a rectangular first overlapping region 18, and the surface layer 14 has an L-shaped second offset along a part of its edge. region 20, and the remaining areas of the surface layer 14 are a rectangular second overlapping region 22, because the long sides and broad sides of the bottom layer 12 and the surface layer 14 are respectively parallel to each other, and the relative positions of the bottom layer 12 and the surface layer 14 are offset by a level distance and a vertical distance, so the first offset region 16 of the bottom layer 12 extends outside the edge of the surface layer 14, the second offset region 20 of the surface layer 14 extends outside the edge of the bottom layer 12, and the first, second The two overlapping regions 18, 22 overlap each other.

The bottom layer 12 and the surface layer 14 each include several layers of structures, and both of them include a Velcro layer, as described below, please refer to FIG. 2 at the same time. As shown in the figure, the bottom layer 12 includes a first primer layer 24, which is located at the bottom of the bottom layer 12. The bottom surface of the first primer layer 24 is a treated non-slip surface. That is, the bottom layer 12 can be laid directly on the ground through the non-slip surface and does not slide easily. This method is different from the traditional technology that requires the ground to be leveled first and then floor tiles are placed on the ground. In addition, when the bottom layer 12 When you want to remove it from the ground, you can also remove it directly without damaging the ground or the bottom layer 12 itself. When you feel that this place is not suitable for laying and you want to move it to another place for laying, you can also easily remove the bottom layer 12 by hand. Lay elsewhere. After the general traditional floor tiles are removed from the ground, they will be dilapidated, but because the bottom layer 12 of the present utility model can retain its complete characteristics when it is removed from the ground, so if the user still wants to remove the bottom layer 12 of the utility model If it is used again, the intact bottom layer 12 can still be reused without buying another new bottom layer to increase the user's trouble and economic burden. And the top surface of the first bottom material layer 24 is provided with a first middle bottom material layer 26, a first fabric layer 28, a first transparent material layer 30, a first material layer 28, a first transparent material layer 30, a first material layer which completely overlap with it from bottom to top in order. A Velcro layer 32, the composition material of this first Velcro layer 32 comprises plastic (PVC), diisononane carboxylate (DINP), stabilizer, rosin or stone powder, further comprises aluminum hydroxide flame retardant, Therefore, it is more fire-resistant and flame-resistant, and the weight ratios of plastic, diisononane carboxylate, stabilizer, rosin, stone powder, and flame retardant are 100, 20, 0.5, 0.1, 200, and 0.5, respectively. The bottom layer 12 can be composed of the first bottom material layer 24 , the first middle bottom material layer 26 , the first fabric layer 28 , the first transparent material layer 30 , and the first Velcro layer 32 .

Surface layer 14 comprises a second Velcro felt layer 34, and this layer 34 is positioned at the bottom of surface layer 14, and its bottom surface is combined with the top surface of first Velcro felt layer 32, and the constituent material part of this second Velcro felt layer 34 and its The ratio is the same as that of the first Velcro layer 32 , and the second Velcro layer 34 has the same properties as the first Velcro layer 32 , such as fire and flame resistance. And the top surface of the second Velcro felt layer 34 is provided with a second bottom material layer 36, a second middle bottom material layer 38, a second fabric layer 40, a first material layer which completely overlap with it from bottom to top in order. The second transparent material layer 42, wherein the top surface of the second transparent material layer 42 has been treated, is an antibacterial and wear-resistant surface. The surface layer 14 can be composed of the second Velcro felt layer 34 , the second base material layer 36 , the second middle base material layer 38 , the second fabric layer 40 , and the second transparent material layer 42 .

Introduce below the optimal dimension design of the floor tile structure of present embodiment, in order to ensure the flexibility of whole floor tile structure, floor tile can be laid along the contour of floor surface, each layer structure that bottom layer 12 and surface layer 14 comprise all has a fixed Thickness, as the first bottom material layer 24 is 0.99 millimeter, the first middle bottom material layer 26 is 0.8 millimeter, the first fabric layer 28 is 0.07 millimeter, the first transparent material layer 30 is 0.3 millimeter, the first Velcro felt layer 32 is 0.48 millimeters, the second Velcro layer 34 is 0.48 millimeters, the second bottom material layer 36 is 0.99 millimeters, the second middle bottom material layer 38 is 2.8 millimeters, the second fabric layer 40 is 0.07 millimeters, and the second transparent material layer 42 is 0.3mm.

Next, please refer to FIG. 1 and FIG. 3 at the same time. FIG. 3 is a top view of FIG. 1 . Because surface layer 14 and bottom layer 12 mutually offset the dislocation relation, therefore, the shortest distance of the long side of surface layer 14 from the long side of bottom layer 12 is a, i.e. 10～50 millimeters, and the broadside of surface layer 14 is apart from the broadside of bottom layer 12 The shortest distance is a, which is the same as the shortest distance from the long side of the surface layer 14 to the long side of the bottom layer 12. The broad side and the long side of the surface layer 14 are respectively b and c, namely 152.4 mm and 914.4 mm respectively.

When the top surface of the first devil felt layer is a raised cloth surface, the bottom surface of the second devil felt layer has a plurality of injection hooks. It is combined with the surface layer 14 up and down, and is temporarily firmly combined. If the top face of the first devil felt layer has multiple injection hooks and the bottom surface of the second devil felt layer is a napped cloth surface, the above method can still be used to combine the bottom layer 12 and the surface layer 14 up and down, and be a temporary firm combination. In addition, the above-mentioned raised cloth surface and injection hook can be replaced by magic cloth surface or plastic hook respectively.

Please refer to FIG. 4 , which is a schematic diagram showing the raised cloth surface 46 and the plurality of injection hooks 48 on the velcro layer, wherein the height of the injection hooks is 0.4 mm, and the density is 315 pieces/square centimeter. The shape of the injection hook 48 of the present utility model is a special design. Please refer to FIG. 5. The injection hook 48 is composed of a vertical part 50 and a horizontal part 52. A T-shape, so the horizontal portion 52 has part of the structure exposed on the outside of the vertical portion 50, as shown in Figure 6, the injection hook 48 utilizes this exposed part of the structure to engage with the raised cloth surface 46, so that when the floor tile is combined If necessary, if the surface layer 14 is improperly or incorrectly attached when the floor tiles are combined, the surface layer 14 can be torn off from the top surface of the bottom layer 12 and then recombined, and at the same time ensure that the surface layer 14 and the bottom layer 12 the integrity of the surface. In addition, the combination of Velcro felt layers can not only eliminate the step of glue bonding, but also does not require professional technicians to assist in the construction. In this way, the cost of floor tile construction can be avoided.

When the floor tile structure of the present utility model is composed as a floor, as shown in Figure 7, the combination method is as follows as an example, the combination of the first surface layer 14' and the first bottom layer 12' is a first floor tile 10', and the second surface layer 14 " The combination with the second bottom layer 12" is a second floor tile 10", if the first and second floor tiles 10', 10" are to be combined with each other, only the first offset region 54 of the first surface layer 14' needs to be The bottom surface can be combined with the top surface of the second offset region 56 of the second bottom layer 12 ". Since each floor tile can be combined with each other in the above-mentioned side-by-side, smooth, tight and firm manner in the horizontal and vertical directions, so using this The floor structure composed of the floor tiles of the utility model will not deviate arbitrarily and has good stability.

Please refer to Fig. 8 at last, this figure is the second embodiment of the floor tile structure of the present utility model, and its difference with the first embodiment of Fig. 1 is only that the surface layer 14 has a design pattern 58, and all the other structures are the same as those of the first embodiment same. It has been stated before that the surface layer 14 is made up of the second velcro layer, the second bottom material layer, the second middle bottom material layer, the second fabric layer, and the second transparent material layer, and the design pattern 58 of Fig. 8 is a design On the top surface of the second fabric layer of surface layer 14, make the top surface of the second fabric layer have this design pattern 58, like this, because the second fabric layer top is the second transparent material layer, so after the floor tile laying is finished, , the design pattern 58 can still be seen from above, so that the floor tile still has aesthetics. In addition, if you want to change the style of the design pattern 58, you only need to tear off the surface layer 14 from the bottom layer 12, and then replace another surface layer with other patterns.

To sum up, the surface layer and the bottom layer of the utility model can be interlocked by the Velcro layer, and then temporarily firmly combined. When assembling such floor tiles, if necessary, the surface layer can be torn off from the top surface of the bottom layer Then re-adhesive, while ensuring the surface integrity of the top layer and the bottom layer.

The above is only a preferred embodiment of the utility model, and is not used to limit the scope of the utility model implementation, so all the equality of the shape, structure, characteristics and spirit described in the scope of the utility model patent application Changes and modifications should be included in the patent application scope of the present utility model.

Claims (17)

1. A floor covering structure with Velcro, characterized in that it comprises: A surface layer, which comprises a first Velcro felt layer and a first fabric layer, and the first fabric layer is arranged on the first Velcro felt layer; and A bottom layer includes a second velcro felt layer, and the first and second velcro felt layers are interlocked and combined with each other. 2. Floor covering construction with velcro according to claim 1, characterized in that: Among them, the surface layer further includes: a primer layer, which is arranged on the first devil felt layer; A midsole material layer, which is arranged on the bottom material layer, and the first fabric layer is disposed on the midsole material layer; and A transparent material layer is arranged on the first material layer. 3. Floor covering structure with velcro according to claim 1, characterized in that: Among them, the bottom layer further includes: a bottom layer; A middle bottom material layer, which is arranged on the bottom material layer; A second fabric layer, which is arranged on the midsole material layer; and A transparent material layer is arranged on the second fabric layer, and the second devil felt layer is arranged thereon, and the second devil felt layer is located between the transparent material layer and the surface layer. 4. Floor covering construction with velcro according to claim 1, characterized in that: wherein the surface layer has a first offset region along a portion of its edge, and the remaining region of the surface layer is a first overlapping region, the bottom layer has a second offset region along a portion of its edge, and the remaining region of the bottom layer is A second overlapping area, and the first and second overlapping areas overlap each other, the first offset area extends outside the edge of the bottom layer, and the second offset area extends outside the surface layer outside the edge. 5. Floor covering structure with velcro according to claim 4, characterized in that: Wherein the shape of the first offset region is L-shaped. 6. Floor covering structure with velcro according to claim 4, characterized in that: Wherein the shape of the second offset region is L-shaped. 7. Floor covering structure with velcro according to claim 1, characterized in that: Wherein the surface layer has two first long sides and a first wide side, the bottom layer has two second long sides and a second wide side, and the first and second long sides are parallel to each other, and the first and second wide sides are mutually parallel. 8. The floor covering structure with Velcro according to claim 7, wherein the distance between the first long side and the nearest second long side is 10-50 mm. 9. The floor covering structure with Velcro according to claim 7, wherein the distance between the first wide side and the closest second wide side is 10-50 mm. 10. The floor covering structure with Velcro according to claim 7, wherein the first and second long sides are 914.4 mm. 11. The floor covering structure with Velcro according to claim 7, wherein the first and second wide sides are 152.4 mm. 12. The floor covering structure with Velcro according to claim 1, wherein the shape of the surface layer is a rectangle. 13. The floor covering structure with Velcro according to claim 1, wherein the bottom layer is rectangular in shape. 14. The floor covering structure with Velcro according to claim 1, wherein the top surface of the surface layer is a wear-resistant and anti-bacterial surface. 15. The floor covering structure with Velcro according to claim 1, wherein the bottom surface of the bottom layer is a non-slip surface. 16. The floor covering structure with Velcro according to claim 1, wherein the bottom surface of the first Velcro layer has multiple projecting hooks, and the top surface of the second Velcro layer is from If the fleece surface is used, then the projecting hooks are interlocked with the fleece surface and combined with each other. 17. The floor covering structure with Velcro according to claim 1, wherein the bottom surface of the first Velcro layer is a raised cloth surface, and the top surface of the second Velcro layer is multiple injection Hook, then these projecting hooks are to engage with each other and combine with this raised cloth surface.

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