CN203160086U - Waterless pavement device - Google Patents

Abstract

The utility model discloses a waterless pavement device which comprises flower-hole floor tiles and plane floor tiles. The waterless pavement device is characterized in that semicircular notches are formed in all the side edges of the flower-hole floor tiles and the plane floor tiles; quadrant notches are formed at the four corners of each flower-hole floor tile and each plane floor tile; cross-shaped gutter spout funnel guiding grooves are formed in the center lines of the upper surfaces of the flower-hole floor tiles; gutter spout funnels are arranged in the centers of the upper surfaces of the flower-hole floor tiles; floor tile holes are formed in the gutter spout funnels; a floor tile masonry layer are laid under the flower-hole floor tiles and the plane floor tiles; floor tile lower end guiding grooves are formed in the lower parts of the side faces between the flower-hole floor tiles and the plane floor tiles; drain pipelines are mounted under the floor tile masonry layer; and the gutter spout funnels and the guiding grooves are connected with the drain pipelines. The waterless pavement device has the advantages that the waterless pavement device is simple to fabricate and convenient to construct and mount; a pavement is good in drainage effect; the input cost is low; and the waterless pavement device can solve the problem of pavement waterlogging of a square effectively.

Description

Anhydrous Pavement Device

technical field

The utility model relates to a ground drainage device in the field of construction engineering, in particular to a waterless road surface device for square road surfaces.

Background technique

At present, in the construction of the pavement of the square, the method of natural infiltration and overflow is generally used to remove the rainwater on the road surface. Since the bedding under the pavement has been hardened to varying degrees during the pavement construction process, the penetration of rainwater Very weak. The other is to use the natural slope to allow the rainwater on the road to drain naturally. The above rainwater discharge methods all have poor rainwater drainage capacity, and a large amount of water accumulates on the road surface in rainy days, which cannot be used. Especially some large squares, once encountering heavy rain, a large amount of water accumulates on the ground, which brings inconvenience to people's lives.

Utility model content

The purpose of the utility model is to provide a waterless road surface device which is simple to manufacture, convenient to install and has good drainage effect in view of the deficiencies of the prior art.

The waterless pavement device of the present utility model includes flower hole floor tiles and plane floor tiles, and is characterized in that semicircular notches are arranged on all sides of the flower hole floor tiles and plane floor tiles, and 1/4 round gaps are arranged at four corners. A cross-shaped sinking bucket is provided on the center line of the upper surface of the flower hole floor tile, and a sinking bucket is arranged at the center of the upper surface of the flower hole floor tile, and a floor tile hole is arranged in the sinking bucket, and the flower hole floor tile and A floor brick masonry layer is laid under the plane floor tiles, and the lower part of each side between the flower hole floor tiles and the plane floor tiles is provided with a water guide channel at the lower end of the floor tiles, and a drainage pipe is installed under the floor brick masonry layer. are connected to the drain pipe. The sink is a circular groove. The water guide groove of the falling water bucket is made of stainless steel. Semicircular non-slip points at the bottom of the tiles are evenly distributed on the lower surfaces of the perforated floor tiles and the flat floor tiles.

The beneficial effects of the utility model are: (1) simple manufacture, convenient construction and installation; (2) good drainage effect on the road surface, low investment cost, and effectively solve the problem of water accumulation on the square road in rainy days.

Description of drawings

Fig. 1 is the top view of the utility model waterless road surface device.

Fig. 2 is the front view of the utility model waterless road surface device.

In the figure: flower hole floor tile 1, floor tile hole 2, flat floor tile 3, brick edge overflow groove 4, overflow outlet 5, sink bucket water diversion groove 6, sink bucket 7, brick bottom anti-skid point 8, drainage ditch 9, floor tile lower end water guide groove 10. Floor brick masonry layer 11, leveling and hardening layer 12, drainage pipe 13.

Detailed ways

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

In the figure, the anhydrous pavement device of the present invention is mainly composed of perforated floor tiles 1, floor tile holes 2, plane floor tiles 3, brick edge overflow groove 4, overflow outlet 5, drain bucket water diversion groove 6, drain bucket 7, anti-skid brick bottom Point 8, drainage ditch 9, water guide channel 10 at the lower end of floor tiles, floor tile masonry layer 11, leveling and hardening layer 12 and drainage pipe 13.

All sides of the flower hole floor tile 1 and the plane floor tile 3 are provided with semicircular gaps, and the four corners are provided with 1/4 circular gaps, and the upper surface center line of the flower hole floor tile 1 is provided with a cross shape. The sinking trough 6, the center of the upper surface of the flower hole floor tile 1 is provided with a sink 7, and the floor tile hole 2 is arranged in the sink 7, and a floor brick masonry layer 11 is laid under the flower hole floor tile 1 and the plane floor tile 3, The lower part of each side between the perforated floor tile 1 and the plane floor tile 3 is provided with a floor tile lower end water guide groove 10, and a drainage pipe 13 is installed under the floor brick masonry layer 11, and the drain bucket 7 and the water guide groove 10 are all connected to the drain. Pipeline 13 is connected. The falling bucket 7 is a circular groove. The water guide groove 6 of the falling water bucket is made of stainless steel. Semicircular non-slip points 8 are evenly distributed on the lower surfaces of the perforated floor tiles 1 and the flat floor tiles 3 .

Before construction, set out the position of laying floor tiles. It is best to be accurate to the position of each brick. According to the design position requirements, bury the drainage pipe 13. The depth and slope of the drainage pipe 13 should be higher than the output of the municipal drainage system. Water well, guarantees that the rainwater under the floor tile can be discharged by drainage pipe 13.

Flower hole floor tile 1, the shape of this floor tile is the same as that of plane floor tile 3, there are four more holes on the surface, while having overflow rainwater, it is also in order to distinguish the position of the sink.

Floor tile hole 2, while overflowing rainwater, is also to distinguish the position of the drain bucket.

The plane floor tile 3 has two semicircular notches on the sides around the floor tile. When the two floor tiles are combined together, two complete round holes appear on the sides, and each of the four corners has a 1/4 circular notch.

The brick has two semicircular holes along the overflow groove 4, which are used for overflowing surface rainwater.

The effect of the anti-slip point 8 at the bottom of the brick is to be able to be stable on the floor brick masonry layer during installation to avoid movement.

The water guide channel 10 at the lower end of the floor tile, the water channel is an inner arc notch set at the lower end of the floor tile, and the depth is not less than 50% of the thickness of the floor tile. When multiple floor tiles are combined together, a drainage ditch is formed, which is the main drainage system drainage facilities.

The overflow port 5 is a circular overflow port formed by semicircular gaps around the floor tiles, and its effect is to introduce rainwater on the road into the drainage ditch through the overflow port.

Falling bucket water diversion groove 6 is integrated with falling water bucket 7, and the effect is that the rainwater of gutter is imported into falling water bucket, adopts stainless steel to make.

Falling bucket 7, the effect is that the rainwater of gutter is imported into drainage pipeline system, and rainwater is imported municipal drainage system through pipeline system.

The floor brick masonry layer 11 adopts a certain proportion of cement mortar to build stable floor bricks.

Leveling hardened layer 12, this layer of hardened layer is generally between the original soil layer on the ground, the material is a certain proportion of mortar, and the effect is to level the ground and provide a foundation for laying floor tiles.

Drain pipe 13 adopts municipal drainage high-strength rubber pipe, and general road surface rainwater just can be discharged outside the road surface by the drainage ditch of floor tile itself.

The anhydrous pavement device of the present utility model, when installing and using, the width and the depth of the water guide groove 10 at the lower end of the floor tiles are not less than 50% of the thickness of the floor tiles, and each floor tile is made according to the same standard. When the floor tiles are combined together, the surface of the floor tiles, Edges, corners, seams, holes, and slots fit perfectly.

Claims (4)

1. A waterless pavement device, comprising perforated floor tiles (1) and planar floor tiles (3), characterized in that all sides of the perforated floor tiles (1) and planar floor tiles (3) are provided with semicircular gap, and four corners are provided with 1/4 circular gaps, and the center line of the upper surface of the flower hole floor tile (1) is provided with a cross-shaped sinking bucket water diversion groove (6), and the flower hole floor tile (1) is A sink (7) is arranged in the center of the surface, and floor tile holes (2) are arranged inside the sink (7), and a floor brick masonry layer (11) is laid under the perforated floor tiles (1) and the flat floor tiles (3). The lower part of each side between the perforated floor tiles (1) and the flat floor tiles (3) is provided with a water guide channel (10) at the lower end of the floor tiles, and a drainage pipe (13) is installed under the floor tile masonry layer (11). (7) and gutter (10) are all connected with drainage pipe (13). 2. The waterless road surface device according to claim 1, characterized in that, the drop bucket (7) is a circular groove. 3. The waterless road surface device according to claim 1, characterized in that, the water guide groove (6) of the falling bucket is made of stainless steel. 4. The waterless pavement device according to claim 1, characterized in that, semicircular anti-slip points (8) are evenly distributed on the lower surfaces of the perforated floor tiles (1) and flat floor tiles (3).

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