CN201254706Y

CN201254706Y - Automatic dust-collecting water-storing street

Info

Publication number: CN201254706Y
Application number: CNU2008200154387U
Authority: CN
Inventors: 仲广志
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-09-02
Filing date: 2008-09-02
Publication date: 2009-06-10
Anticipated expiration: 2018-09-02

Abstract

The utility model relates to an environmental protection and energy saving facility, namely an automatic dust collection and water storage street. The automatic dust-collecting and water-storing street comprises a street 1 and a green belt 3, wherein a dust collecting groove 5 is arranged between the street 1 and the green belt 3, the upper edge of the dust collecting groove 5 is level with the street surface, the bottom of the dust collecting groove 5 is lower than the street surface, a water channel 8 is arranged below the dust collecting groove 5, a water inlet 6 is arranged at the bottom of the dust collecting groove 5 at intervals, the water inlet is communicated with the water channel 8 below, and a water storage tank 9 communicated with the water channel 8 is arranged at intervals. The dust collecting groove 5 can collect dirt by wind power, and is convenient to clean. When raining, water enters the underground water storage tank 9 from the water inlet 6 of the dust collecting groove 5 to be stored for the green belt. The water inlet 6 is provided with a buoyancy water inlet cover 12 which is automatically opened when water exists and automatically closed when no water exists, so that the underground water channel can be prevented from silting. The ground of the green belt 3 is lower than the street surface, so that the soil loss and the street pollution can be prevented.

Description

Automatic dust collection water storage street

Technical field

The utility model relates to a kind of environmental protection and energy saving facility, promptly a kind of automatic dust collection water storage street.

Background technology

Present urban street is to be made of street and greenbelt mostly, the road serratd edge that the both sides, street generally all have road kerb to build by laying bricks or stones, and what have also is furnished with the gutter.This street does not have water storage function and dust collection function.Owing to there is not the water storage function, rainy rainwater has all been drained from the gutter, and greenbelt also will draw the water pouring with waterwheel again, and both water wastings are required great effort again, and the greening cost is very high.Owing to there is not dust collection function, the foul on the road can not be concentrated automatically, disorderly scrapes everywhere, cleans very inconvenient.Particularly the ground surface of existing greenbelt often is higher than in the street, and the soil of the inside can flow out with water from the slit when raining, and has both corroded the soil in the greenbelt, has polluted the street again, thereby is badly in need of improving.

Summary of the invention

The purpose of this utility model provides and a kind ofly can store rainwater, supplies with greenbelt, and can concentrate foul, is convenient to cleaning, and the earth in the greenbelt is difficult for the street of running off.

Above-mentioned purpose is realized by following technical scheme: a kind of automatic dust collection water storage street, also be to constitute by street and greenbelt, different is: a dust collecting trough is arranged between this street and the greenbelt, be provided with water channel below the dust collecting trough, every a segment distance, have a water inlet on the dust collecting trough bottom surface, the water channel below water inlet is communicated with is provided with a reservoir that communicates with water channel every a segment distance.

Said dust collecting trough upper edge is with equal in the street, and bottom land is lower than in the street.

But the water inlet flap of switch is housed on the said water inlet, and respectively there is a buoyancy chamber water inlet flap both sides, and a float that can be floated by water is housed in each buoyancy chamber, and float links to each other with the water inlet flap.

Be provided with the road serratd edge between said street and the dust collecting trough, the road serratd edge is provided with a plurality of gap, communicates with dust collecting trough by gap in the street.

The ground surface of said greenbelt is lower than in the street.

The beneficial effects of the utility model are: the dust collecting trough between street and the greenbelt can be collected foul by wind-force, is convenient to cleaning.Water enters underground storing from the water inlet of dust collecting trough when raining, and uses for greenbelt.Adopt buoyancy water inlet flap, open automatically when water is arranged, anhydrously close automatically, can prevent the sewers alluvial.Greenbelt is lower than in the street, can prevent soil erosion, pollutes the street.

Description of drawings

Fig. 1 is the front view of a kind of embodiment;

Fig. 2 is the vertical view of this embodiment;

Fig. 3 is the front view of the parts buoyancy water inlet of this embodiment;

Fig. 4 is the vertical view of the parts buoyancy water inlet of this embodiment.

Among the figure as seen: street 1, road serratd edge 2, greenbelt 3, auxilliary street 4, dust collecting trough 5, water inlet 6, gap 7, water channel 8, reservoir 9, buoyancy chamber 10, float 11, water inlet flap 12.

The specific embodiment

Embodiment: as shown in Figure 1, 2, the both sides in this street 1 respectively are provided with a road serratd edge 2, and the dust collecting trough 5 of a concavity is respectively arranged in the outside of road serratd edge, dust collecting trough 5 wide about 500mm, and respectively there is an auxilliary street 4 outside of dust collecting trough 5.As seen from the figure, road serratd edge 2 uniform a plurality of gap 7 make in the street the dust collecting trough 5 with both sides communicate.This gap 7 can go one to form every one with having road kerb now, can certainly adopt modes such as perforate, can both reach the purpose of passing through.The upper edge of dust collecting trough 5 can be with fair in the street, and bottom land is lower slightly with in the street, every a segment distance water inlet 6 is just arranged in the groove, and water inlet 6 is provided with water inlet flap 12 as shown in Figure 3, Figure 4.Respectively there is a buoyancy chamber 10 both sides of water inlet flap 12, and float 11 is equipped with in the inside, constitute a cover buoyancy switch.Be provided with greenbelt 3 in dust collecting trough 5 outsides, the ground of greenbelt 3 is lower than in the street the bottom land with dust collecting trough 5.The performance in this street mainly is the water storage control of dust, and at ordinary times, the rubbish of the street is under the effect of wind-force, and the gap 7 by road serratd edge 2 enters dust collecting trough 5 and puts together, and is convenient to remove.When raining, rainwater enters dust collecting trough 5 and buoyancy chamber 10 through the breach of road serratd edge 2, and float 11 come-ups drive moves on the water inlet flaps 12 and open, and rainwater flows into water inlet 6 rapidly and arrives reservoirs 9 by water channel 8.Here said water channel 8 can be water flowing facilities such as water pipe.Reservoir 9 can be according to greenbelt water supply volume and amount of precipitation index, designs in conjunction with the concrete condition in street.Generally with one of 200m, each volume 50m ³Be advisable.After the rainfall, float sinks, and water inlet flap 12 is closed, and enters to prevent dust, keeps water channel unimpeded, prolongs the alluvial time of reservoir 9.Reservoir 9 can be located at greenbelt 3 below, both can reduce requirement of strength, can regularly excavate desilting again.

In addition, can in reservoir 9, water pipe be set, provide the water source greenbelt.Certainly, this water pipe can be automatic siphon water pipe, also can be electric spraying equipment or drip irrigation equipment, as long as can be competent at a job.

The utility model carried out preliminary experiment in the Tongliao, Inner Mongolia area, the nearly 400mm of local annual rainfall, and the general wide 21m in street, then every 1000m road surface year water accumulating volume can reach 8400m ³Add the surrounding runoff, minimumly also can increase by 1 times, reach 16800m ³, can satisfy annual greenbelt water fully, and can save lot of manpower and material resources.

Claims

1. automatic dust collection water storage street, constitute by street (1) and greenbelt (3), it is characterized in that: between said street (1) and the greenbelt (3) dust collecting trough (5) is arranged, be provided with water channel (8) below the dust collecting trough (5), every a segment distance, have a water inlet (6) on dust collecting trough (5) bottom land, the water channel (8) below water inlet (6) is communicated with is provided with a reservoir (9) that communicates with water channel (8) every a segment distance.

2. automatic dust collection water storage street according to claim 1 is characterized in that: said dust collecting trough (5) upper edge is with equal in the street, and bottom land is lower than in the street.

3. automatic dust collection water storage street according to claim 1, it is characterized in that: said water inlet (6) but on the water inlet flap (12) of switch is housed, respectively there is a buoyancy chamber (10) water inlet flap (12) both sides, the float (11) that can be floated by water all is equipped with the lining in each buoyancy chamber (10), and float (11) links to each other with water inlet flap (12).

4. automatic dust collection water storage street according to claim 1, it is characterized in that: be inlaid with the road serratd edge between said street (1) and the dust collecting trough (5), road serratd edge (2) is provided with a plurality of gap (7), communicates with dust collecting trough (5) by gap (7) in the street.

5. automatic dust collection water storage street according to claim 1 is characterized in that: the ground surface of said greenbelt (3) is lower than in the street.