CN202280009U

CN202280009U - Novel floor tile

Info

Publication number: CN202280009U
Application number: CN2011204141496U
Authority: CN
Inventors: 龙占利; 龙卓灵
Original assignee: Individual
Current assignee: Individual
Priority date: 2011-10-26
Filing date: 2011-10-26
Publication date: 2012-06-20
Anticipated expiration: 2021-10-26

Abstract

The utility model provides a novel floor tile, which includes a floor tile body, wherein a plurality of flow guide holes are downwards formed in the upper surface of the floor tile body; and drainage tanks are arranged at the lower parts of the flow guide holes and communicated with the flow guide holes. The novel floor tile is characterized in that the flow guide holes are designed into tapered holes provided with smaller upper parts and larger lower parts, so that the problem that water accumulates on floor tiles at pavements or squares in rainy days is solved, and water can be quickly discharged through the floor tiles and flows to soil or a storm-water system; the problem that heels of high-heeled shoes are clamped in the flow guide holes when ladies wearing high-heeled shoes walk on the floor tiles is solved; an object is prevented from directly falling into the flow guide holes; objects can be easily removed if the upper holes of the flow guide holes are blocked, so that permanent blockage of the flow guide holes is avoided; as a result, the use value of the floor tile is effectively improved, the drainage efficiency is improved, and the novel floor tile has simple structure, unique design and long service life, and can be widely applied in ground pavage at pavements, squares and the like.

Description

A kind of novel floor tile

Technical field

The utility model relates to a kind of floor tile, specifically is a kind of novel floor tile.

Background technology

Sometimes When It Rains; Ponding on sidewalk or the square mostly through seepage with enter drainage system against rain and disappear; But because seepage speed finite sum drainage system against rain mouth limited amount, perhaps injustice is laid on the floor tile surface, ponding on sidewalk or the square occurs through regular meeting; Thereby influence people's walking, have potential safety hazard simultaneously.Particularly because the road of use sclerosis causes urban soil that effective absorption of rainwater is reduced, easily because heavy rain or heavy rain cause harm such as waterlogging to the city.Therefore the poroid pod apertures of cylinder occurred on floor tile, offering, low-lying place or the water that do not trickle have been entered below the floor tile, solved the phenomenon of ponding through pod apertures; But brought new problem simultaneously again, owing to will reach the drainage efficiency height, the pod apertures aperture on the floor tile can not be too little; Otherwise do not have drainage effect, just caused the Ms's who wears high heels inconvenience, walk on such floor tile; Accidentally the high-heeled shoes heel will be absorbed in or be stuck in the pod apertures, and columniform hole is not easy to take out or gone out by water when having object to snap in wherein; In the course of time make then that pod apertures is blocked, loses the function of draining.

Summary of the invention

To above-mentioned existing in prior technology problem, the purpose of the utility model provides a kind of draining fast, can prevent the novel floor tile that high-heeled shoes or object snap in again.

For achieving the above object; The technical scheme that the utility model adopted is: a kind of novel floor tile; Comprise the floor tile body, the upper surface of said floor tile body offers several pod apertures downwards, and the bottom of said pod apertures is provided with rhone and is communicated with it; Be characterized in that said pod apertures is designed to up-small and down-big bellmouth, the aperture, last hole of said pod apertures is 8mm～12mm.

Wherein, in order to realize increasing the volume of rhone, can guarantee the bearing capacity of floor tile body again, above-mentioned rhone is designed to semicircle slotted eye, and said rhone laterally runs through the middle part of floor tile body.

In order to improve the mass rate of emission of floor tile upper surface ponding, above-mentioned pod apertures upwards is arranged with two in the footpath of rhone, and the arcwall face of rhone is passed in the following hole of said pod apertures.

In order to accelerate the discharging of water in the rhone, offer drain hole on the bottom surface of above-mentioned rhone, can the water in the inflow rhone be discharged in the soil through said drain hole and go.

In order further to guarantee when meeting with torrential rain or extra torrential rain; The rainwater that can not in time be absorbed by soil can be drained fast; Get into urban rainwater drainage system, the wherein a pair of side of above-mentioned floor tile body is run through and is provided with two rhones that are parallel to each other, and offers eight above-mentioned pod apertures on each rhone; Simultaneously be provided with two rhones that are parallel to each other equally in the other a pair of side of above-mentioned floor tile body, this two rhone and above-mentioned two rhones connect each other.

The utility model is because employing is designed to up-small and down-big bellmouth with the pod apertures on the floor tile body; And aperture, last hole is less than 12mm, walks at this and also the danger that the high-heeled shoes heel snaps in pod apertures can not occur above floor tile thereby can solve the Ms who wears high heels, and can prevent that also article from directly falling in the pod apertures; And if the blocked words in last hole of pod apertures; Can perhaps if can directly it be pushed through the hole through last hole falls in the rhone, can not cause pod apertures to be stopped up through it is cleaned out from the top by permanent; Effectively improve the use value of this floor tile, improved drainage efficiency; Again because rhone is designed to semi-circular groove; Increased the volume of rhone; On the bottom surface of rhone, be provided with drain hole again, can be sooner thereby guarantee when raining heavyly also, better water is discharged, increased the effective absorbing area of soil to rainwater; Also increase soil water has been absorbed, effectively alleviated the harm that heavy rain or torrential rain cause the city.In sum; The described novel floor tile of the utility model; It is simple in structure, designs ingeniously, has not only solved the problem of rainy day sidewalk or square floor tile ponding; Bring potential safety hazard and pod apertures easily by permanent blocking problem but also solved floor tile to the Ms, can be widely used on the floor pavement on sidewalk or square etc. with pod apertures.

Below in conjunction with accompanying drawing and embodiment the utility model is described further.

Description of drawings

Fig. 1 is the perspective view of the utility model;

Fig. 2 is the sectional structure sketch map of the utility model.

The specific embodiment

To shown in Figure 2, the described a kind of novel floor tile of this embodiment comprises floor tile body 1 like Fig. 1; The upper surface of this floor tile body 1 offers several pod apertures 11 downwards, and the bottom of this pod apertures 11 is provided with rhone 12 and is communicated with it, and wherein pod apertures 11 is designed to up-small and down-big bellmouth; The aperture, last hole of pod apertures 11 is 8mm～12mm, walks at this and also the danger that the high-heeled shoes heel snaps in pod apertures 11 can not occur above floor tile thereby can solve the Ms who wears high heels, and can prevent that also article from directly falling in the pod apertures 11; And if the blocked words in last hole of pod apertures 11; Can perhaps if can directly it be pushed through the hole through last hole falls in the rhone 12, can not cause pod apertures 11 to be stopped up through it is cleaned out from the top by permanent; Effectively improve the use value of this floor tile, improved drainage efficiency.

As shown in Figure 2, the aperture, hole is 10mm on the pod apertures 11 of this embodiment, can prevent effectively that high-heeled shoes are snapped into, and object can directly fall in the rhone 12 through last hole, thereby can prevent effectively that pod apertures 11 is blocked.In addition; The rhone 12 of this embodiment is designed to semicircle slotted eye, and this rhone 12 laterally runs through the middle part of floor tile body 1, thus water can enter from the both sides of rhone 12 in the soil or drainage system against rain; Rhone 12 is designed to semicircle; Can increase the volume of rhone 12, can guarantee the bearing capacity of floor tile body 1 again, improve the application life of floor tile.In order further to improve displacement, the pod apertures 11 of this embodiment upwards is arranged with two in the footpath of rhone 12, and the arcwall face of rhone 12 is passed in the following hole of pod apertures 11; And pod apertures 11 rhone 12 axially on be provided with four groups altogether; Run through being provided with two rhones that are parallel to each other 12 simultaneously on each floor tile body 1 a pair of side, be provided with two rhones that are parallel to each other equally in the other a pair of side of floor tile body simultaneously, these four rhones form " well " font and connect each other; Therefore when can guarantee to meet with torrential rain or extra torrential rain in the city; Can not can be drained fast by the rainwater that soil absorbs, get into urban rainwater drainage system, the road surface does not have ponding; Even and can guarantee that other rhone is blocked; Water can be drained in the same old way, can also increase the water retention capacity of floor tile, the harm that comes that the minimizing heavy rain has been given urban belt.Offer on each rhone 12 on 11, one floor tiles of eight pod apertures in addition and have 16 pod apertures 11, as shown in Figure 1; Even, also can timely rainwater be drained in the rhone 12 through pod apertures 11, in addition in order to accelerate the discharging of water in the rhone 12 so it is big again to rain; This embodiment offers drain hole 13 on the bottom surface of rhone 12, this drain hole 13 is provided with eight altogether, and eight drain holes 13 are distributed on the bottom surface of rhone 12; The aperture of each drain hole 13 is 10mm～20mm, and cylindrical hole can certainly be designed to the equally tapered hole of pod apertures 11; The drain hole aperture of this embodiment is 15mm; Can be discharged in the soil and go flowing into water in the rhone 12 through said drain hole 13, water absorbed, prevent that effectively the soil floor tile under from drying up thereby increased soil.

Although the utility model is to describe with reference to specific embodiment, this description does not also mean that the restriction of the utility model formation.With reference to the description of the utility model, other variations of the disclosed embodiments include but not limited to the number of pod apertures 11, size, shape, the number of rhone 12, size, the number of shape and drain hole 13, size, shape.Can expect all that to those skilled in the art this variation should belong in the affiliated claim institute restricted portion.

Claims

1. novel floor tile; Comprise floor tile body (1); The upper surface of said floor tile body (1) offers several pod apertures (11) downwards; The bottom of said pod apertures (11) is provided with rhone (12) and is communicated with it, it is characterized in that said pod apertures (11) is designed to up-small and down-big bellmouth, and the aperture, last hole of said pod apertures (11) is 8mm～12mm.

2. novel floor tile according to claim 1 is characterized in that above-mentioned rhone (12) is designed to semicircle slotted eye, and said rhone (12) laterally runs through the middle part of floor tile body (1).

3. novel floor tile according to claim 2 is characterized in that above-mentioned pod apertures (11) upwards is arranged with two in the footpath of rhone (12), and the arcwall face of rhone (12) is passed in the following hole of said pod apertures (1).

4. novel floor tile according to claim 3, the wherein a pair of side that it is characterized in that above-mentioned floor tile body run through and are provided with two rhones that are parallel to each other, and offer eight above-mentioned pod apertures (11) on each rhone (12).

5. novel floor tile according to claim 4 is characterized in that the other a pair of side of above-mentioned floor tile body (1) is provided with two rhones that are parallel to each other equally, and this two rhone and above-mentioned two rhones connect each other.

6. novel floor tile according to claim 1 is characterized in that the aperture, last hole of above-mentioned pod apertures (11) is 10mm.

7. novel floor tile according to claim 1 is characterized in that offering drain hole (13) on the bottom surface of above-mentioned rhone (12), can be discharged in the soil and goes flowing into water in the rhone (12) through said drain hole (13).

8. novel floor tile according to claim 7 is characterized in that above-mentioned drain hole (13) is provided with eight altogether, and eight drain holes (13) are distributed on the bottom surface of rhone (12), and the aperture of each drain hole (13) is 10mm～20mm.