Structure of Fiber Glass Floor Tile

The present invention is related to floor tiles and more particularly to a floor tile which can be automatically aligned during flooring process to cover the surface of a floor.

During construction work, ceramic or plastic tiles and bricks are commonly used for flooring. Ceramic tiles or bricks are more rigid in structure but easy to break during transportation and more expensive to manufacture. During flooring operation, air may be retained within the gap between concrete and floor tiles to affect the sticking of floor tiles to concrete. Plastic tiles or bricks are relatively inexpensive to manufacture but not durable in use and easy to deform due to temperature change or water wash. Further, during covering the surface of a floor with conventional floor tiles or bricks of any type, each tile or brick must be carefully aligned with the hands. Floor tile or brick alignment process will waste much time in flooring operation.

The present invention is to provide a structure of floor tile which is made of fiber glass mixed with heat setting resin, calcium carbonate and hardener through casting process, and comprises two pair of parallel ribs on the bottom and vertically intersected with each other. The parallel ribs have each two notches thereon, a dovetail mortise at one end and a dovetail tenon at an opposite end. During flooring operation, air is exhausted through the notches and floor tiles are automatically aligned after the dovetail mortises and dovetail tenons of one floor tile are respectively connected with the dovetail tenons and dovetail mortise of another floor tile.

The present invention will now be described by way of example with reference to the annexed drawings, in which:

FIG. 1 is a perspective top view and a perspective bottom view of a fiber glass floor tile embodying the present invention;

FIG. 2A is a schematic plan view of the floor tile of this invention;

FIG. 2B is a side view of the tile of FIG. 2A;

FIG. 3 is a schematic drawing illustrating the construction procedure to cover the surface of a floor with the present invention; and

Referring to FIG. 1, there is illustrated a square floor tile 1 embodying the present invention, which is made of glass fiber mixed with heat setting resin, calcium carbonate and hardener through casting process, and which comprises four tapered planes 11 on the top around the periphery, an unitary rib 2 on the bottom and having a plurality of notches 21 symmetrically arranged at suitable locations for ventilation. The rib 2 comprises eight terminal ends in expanded size and projecting over the periphery of the tile 1, which terminal ends have each a dovetail tenon 3 or dovetail mortise 4 made thereon such that a dovetail mortise 4 is disposed at one end while a dovetail tenon 3 is disposed at an opposite end.

Referring to FIG. 3, the process to cover over the surface of a floor with fiber glass floor tiles of the present invention is outlined hereinafter. Draw a reference line 6 on the floor and connect fiber glass floor tile 1 in series along such a reference line 6. Attach other fiber glass floor tiles 1' to the first fiber glass floor tile 1 longitudinally and transversely permitting the dovetail tenons 3 of one tile to fastened in the dovetail mortises 4 of another. After fiber glass floor tiles 1, 1' are all attached together to cover the surface of the floor, a pitch of 5 mm is left between each two fiber glass floor tiles and all the fiber glass floor tiles are automatically aligned without any rectification.

As described above, the present invention is to provide such a floor tilt which can achieve the following advantages.

I. Suitable for mass production: The present invention is made of glass fiber mixed with heat setting resin, calcium carbonate and hardener through casting process so that mass production can be attained.

II. Easy to install: By means of the engagement of the dovetail tenons of one floor tile with the dovetail mortise of another floor tiles can be conveniently connected together longitudinally and transversely to cover the surface of a floor without causing any significant alignment error.

III. High sticking capability to the concrete: By means of the design of the notches on the rib, air within the rib is completely exhausted when the tile is stuck to the concrete on a floor during pavement so that the pt-shaped rib is tightly fastened in the concrete to secure the floor tile thereto.

IV. Rigid in structure: The floor tile is integrally shape molded through casting and is rigid in structure and provides good shock and wear resisting properties.

V. Heat resisting and easy to clean: According to a flame resistance test on a floor tile (FRP Plate) of the present invention made by Union Chemical Laboratories, Industrial Technology Research Institute, a floor tile of the present invention fits UL-94VO specifications. With water or any detergent, a floor tile of the present invention can be easily cleaned.

VI. Good alignment and beautiful appearance: Since low alignment error can be achieved during pavement of the present invention on the surface of a floor, flat covering of floor tiles in good alignment provide a sense of beauty.