CN207047945U

CN207047945U - A kind of rain collector

Info

Publication number: CN207047945U
Application number: CN201720707901.3U
Authority: CN
Inventors: 李伟志; 黄荣辉; 刘勇; 王文文
Original assignee: Shenzhen Aodesi Landscape And Architecture Planning And Design Institute Co Ltd
Current assignee: Shenzhen Aodesi Landscape And Architecture Planning And Design Institute Co Ltd
Priority date: 2017-06-16
Filing date: 2017-06-16
Publication date: 2018-02-27
Anticipated expiration: 2027-06-16

Abstract

The utility model discloses a kind of rain collector, the problem of rain collector for solving prior art is laid on roof, and its rainwater-collecting area depends on roof area, its drip irrigation device is：The collection assembly of step-like collection portion can be formed including being arranged at the base on roof and being installed on base relative to the rise of base upstream sequence, wherein, base upper end open and there is water storage flume, some collecting tanks that can be slid along central axis direction that collection assembly includes the lifting drive component located at base center, connected together, each collecting tank includes being used to make the central through hole that internal gathering groove adjacent thereto passes through, and the side wall of each collecting tank is provided with the first bulge loop when rising for holding up collected outside groove adjacent thereto；The side wall of collecting tank, which is provided with, collects hole, and the collecting tank of central part is fixedly connected with the push rod end of lifting drive component, with being not only restricted to roof area and the advantages of with higher rainwater-collecting ability.

Description

A kind of rain collector

Technical field

Rainwater treatment technical field is the utility model is related to, more specifically, it relates to a kind of rain collector.

Background technology

Chinese utility model patent, Authorization Notice No. CN203905084U, the day for announcing are on October 29th, 2014, bulletin A kind of roof rainwater collecting device, the main points of its technical scheme are：Described roof rainwater collecting device includes a pair of parallel The driving horizontal stripe of setting, is provided with the fixed support of a pair of parallel setting between described driving horizontal stripe, described fixed support it Between be provided with a pair of turnover collection portions, described driving horizontal stripe is provided with a pair of driving through holes, and described fixed support includes One fixed bar, described fixed bar are provided with the fixed protrusion of a pair of triangles, described fixed prominent top difference Provided with a driving card falcon, described collection portion includes one and collects support, and the top of described collection support is flat provided with one Flat board is collected, the afterbody of described collection support is provided with a drive sub, and the bottom of described collection flat board is provided with one and collects canal Road, the inwall of described collection channel are provided with a sealing neck, a dismountable sealing length are provided with described sealing neck Bar, the middle part of described collection support are provided with a connection hole clipping, and described driving card falcon runs through described connection hole clipping, described Drive sub runs through described driving through hole.

Above-mentioned rain collector is laid on roof, and its rainwater-collecting area depends on roof area, and rainwater-collecting Ability is relatively low.

Utility model content

In view of the deficienciess of the prior art, the purpose of this utility model is to provide a kind of rain collector, have It is not only restricted to roof area and there is the advantages of higher rainwater-collecting ability.

To achieve the above object, the utility model provides following technical scheme：

A kind of rain collector, including it is arranged at the base on roof and be installed on the base can be relative to described Base upstream sequence rise to form the collection assembly of step-like collection portion, wherein, the base upper end open and with depositing Tank, the collection assembly include located at the base center lifting drive component, connect together can be along central shaft side To some collecting tanks of sliding, each collecting tank includes being used to make the central through hole that internal gathering groove adjacent thereto passes through, often The side wall of individual collecting tank is provided with the first bulge loop for holding up collected outside groove adjacent thereto when rising；The collecting tank Side wall, which is provided with, collects hole, and the collecting tank of central part is fixedly connected with lifting the push rod end of drive component.

Using above-mentioned technical proposal, some collecting tanks connect together to form collection assembly, and collecting tank is in lifting driving group Sliding up along central axis direction to be extended and moved from one place to another under the driving of part is split into step-like, and central through hole is used to make adjacent internal gathering groove upward Passed through during expansion, the side wall of collecting tank is provided with the first bulge loop, when the push rod of lifting drive component jacks up the collecting tank at middle part, middle part Collecting tank moves upwards, drives collected outside groove adjacent thereto to move upwards by the first bulge loop, is achieved in that collection assembly Sequential deployment from the inside to the outside formed step-like, the side wall of collecting tank, which is provided with, collects hole, and rainwater, which is entered by collecting hole, to be had In the base of water storage flume, Pass through above-mentioned technical proposal, vertical space is rationally make use of, had when collection assembly deploys unrestricted In the rainwater-collecting face of roof area, there is higher rainwater-collecting ability.

Further, the sidewall upper of each collecting tank is provided with when declining for by under collected outside groove adjacent thereto Second bulge loop of pressure.

Using above-mentioned technical proposal, by setting the second bulge loop, for collection assembly when packing up, the push rod of lifting assembly is by The collecting tank in portion pulls down, and the second bulge loop pushes afterbody collecting tank adjacent thereto so that collection assembly is sequentially received from inside to outside Rise.

Further, the collection hole tilts down from the outside to the core.

Using above-mentioned technical proposal, collect hole and tilt down from the outside to the core, rainwater can be slid onto along inclined collection hole In base.

Further, anti-water cavity is provided with the chassis interior center, the lifting drive component is located at the waterproof intracavitary.

Using above-mentioned technical proposal, by setting anti-water cavity, for protecting lifting drive component, prevent from lifting drive component It is immersed directly in damage lifting drive component in water.

Further, the lifting drive component is electric putter or Electrohydraulic push rod.

Using above-mentioned technical proposal, electric putter and Electrohydraulic push rod are a kind of linear reciprocation drive devices, for will collect group Part deploys or packed up.

Further, the roof of the anti-water cavity is the conical surface tilted down.

Using above-mentioned technical proposal, the roof of anti-water cavity is the conical surface tilted down, and the water of such roof can be along cone Face is slided.

Further, a circle shelves water wall, shape between the water retaining wall and the outer wall of the collecting tank are provided with the collecting tank Into rain water channel.

Using above-mentioned technical proposal, by setting water retaining wall, rainwater leads to after being kept off after entering collecting tank by water retaining wall lattice Cross rain water channel to enter in base, can so prevent rainwater from being splashed in collecting tank.

Further, the bottom of each collecting tank is provided with balancing weight.

Using above-mentioned technical proposal, by setting balancing weight, improve the gravity of collecting tank so that collecting tank expansion and Acted during packing up more steady.

In summary, some collecting tanks connect together to form collection assembly, driving of the collecting tank in lifting drive component It is lower slide up to be extended and moved from one place to another along central axis direction be split into step-like, central through hole is used to wear when making adjacent internal gathering groove upwards deploy Cross, the side wall of collecting tank is provided with the first bulge loop, when lifting drive component push rod jack up middle part collecting tank, middle part collecting tank to Upper motion, drive collected outside groove adjacent thereto to move upwards by the first bulge loop, be achieved in that collection assembly by it is interior extremely Outer sequential deployment forms step-like, and the side wall of collecting tank, which is provided with, collects hole, and rainwater is entered with water storage flume by collecting hole In base, Pass through above-mentioned technical proposal, vertical space is rationally make use of, have when collection assembly deploys and be not only restricted to deck Long-pending rainwater-collecting face, there is higher rainwater-collecting ability.

Brief description of the drawings

, below will be to embodiment in order to illustrate more clearly of the utility model embodiment or technical scheme of the prior art Or the required accompanying drawing used is briefly introduced in description of the prior art, it should be apparent that, drawings in the following description are only It is some embodiments of the utility model, for those of ordinary skill in the art, is not paying the premise of creative work Under, other accompanying drawings can also be obtained according to the structure shown in these accompanying drawings.

Fig. 1 is the structural representation of the stereoscopic greening of buildings system in the utility model embodiment；

Fig. 2 is the structural representation of the rain collector in the utility model embodiment；

Fig. 3 is the sectional view in A-A directions in Fig. 2；

Fig. 4 is the structural representation of the aerial planting site in the utility model embodiment；

Fig. 5 is the sectional view in B-B directions in Fig. 4；

Fig. 6 is the structural representation in the roof planting pond in the utility model embodiment；

Fig. 7 is the sectional view in C-C directions in Fig. 6；

Fig. 8 is the structural representation of the balcony planting system in the utility model embodiment；

Fig. 9 is the structural representation at another visual angle of balcony planting system in the utility model embodiment；

Figure 10 is the sectional view in D-D directions in Fig. 9.

Reference：10th, rain collector；101st, base；102nd, collecting tank；103rd, central through hole；104th, first is convex Ring；105th, hole is collected；106th, the second bulge loop；107th, anti-water cavity；1071st, the conical surface；108th, drive component is lifted；1081st, expansion link； 109th, shelves water wall；110th, rain water channel；111st, balancing weight；20th, aerial planting site；201st, plantation frame；2011st, bottom plate；2012nd, stand Plate；202nd, Planting board；203rd, mounting hole；204th, mounting post；205th, installation set；206th, supporting plate；207th, stud；208th, water spray group Part；209th, fountain head；210th, branch pipe；30th, roof planting pond；301st, planting groove；302nd, filter chamber；303rd, aqua storage tank；304th, go out Water pipe；305th, filter cotton；306th, granular activated carbon filter plate；307th, extruded activated carbon filter plate；308th, circulation pipe；309th, filter screen； 310th, closing cap；311st, exhaust outlet；312nd, spout hole；313rd, overflow launder；314th, return duct；40th, balcony planting system；401st, prop up Frame；402nd, rainwater-collecting plate；403rd, rainwater holding tank；404th, plant culture mouth；405th, limiting plate；406th, rack；407th, the gear teeth Portion；408th, motor；409th, planting tube；5th, water pump, the 501, first pipeline；502nd, the second pipeline；503rd, the 3rd pipeline；504th, the 4th Pipeline；505th, the 5th pipeline；506th, the 6th pipeline；507th, the 7th water pipe.

Embodiment

The technical solution of the utility model is elaborated below in conjunction with the accompanying drawings.

A kind of stereoscopic greening of buildings system, referring to Fig. 1, including rain collector 10, the sky set gradually from top to bottom Middle planting site 20, roof planting pond 30 and balcony planting system 40, wherein, rain collector 10, aerial planting site 20 with And roof planting pond 30 is all installed on roof.

Referring to Fig. 2, Fig. 3, rain collector 10 includes being arranged at the base 101 on roof and is installed on base 101 Can be relative to the rise of the upstream sequence of base 101 to form the collection assembly of step-like collection portion, the state shown in figure is receipts Collect component state diagram of the expansion in rainwater-collecting state upwards, when fine day, collection assembly can be packed up downwards in base 101 It is interior.

The upper end open of base 101 and there is water storage flume, the opening of upper end is located on base 101 for circular and circular opening End face；Collection assembly include located at the center of base 101 lifting drive component 108, connect together can be along central axis direction Some collecting tanks 102 of sliding, base 101 and collecting tank 102 are revolving body；Each collecting tank 102 include being used for making with The central through hole 103 that its adjacent internal gathering groove 102 passes through, the side wall of each collecting tank 102, which is provided with when rising, to be used to hold in the palm Play the first bulge loop 104 of collected outside groove 102 adjacent thereto；The side wall of collecting tank 102 is provided with what is tilted down from the outside to the core For collecting the collection hole 105 of rainwater, the collecting tank 102 of central part is fixedly connected with lifting the push rod end of drive component 108.

The sidewall upper of each collecting tank 102 is provided with when declining for collected outside groove 102 adjacent thereto to be pushed Second bulge loop 106.

In order to protect lifting assembly, prevent rainwater from causing to damage to lifting assembly, waterproof is provided with the inside center of base 101 Chamber 107, lifting drive component 108 are located in anti-water cavity 107, and lifting drive component 108 can be electric putter or Electrohydraulic push rod；It is anti- The roof of water cavity 107 is the conical surface 1071 tilted down, and the expansion link 1081 of electric putter or Electrohydraulic push rod passes through the roof conical surface 1071 center and the center for being connected to the collecting tank 102 of top.

A circle shelves water wall 109 is provided with collecting tank 102, rain water channel is formed between water retaining wall and the outer wall of collecting tank 102 110。

In order that collecting tank 102 moves more steadily in lifting process, the bottom of each collecting tank 102 is provided with balancing weight 111。

Referring to Fig. 4, Fig. 5, aerial planting site 20 includes being fixed on the plantation frame 201 on roof, is staggered installation of in plantation frame 201 On some Planting boards 202, wherein, plantation frame 201 include be bolted on roof bottom plate 2011 and be fixed on bottom plate Riser 2012 on 2011, the vertical middle part for being fixed on bottom plate 2011 of riser 2012,

Some row mounting holes 203 are vertically provided with riser 2012, often row mounting hole 203 there are two, mounting hole 203 Bottom wall be provided with mounting post 204, Planting board 202 is provided with the installation set 205 being socketed in mounting post 204, the top of mounting post 204 The space for being used for being inserted in or remove and install set 205, the internal diameter of installation set 205 and installation are provided between the roof of mounting hole 203 Post 204 is adapted, and when installation set 205 is socketed in mounting post 204, Planting board 202 will not rock；In order to improve the steady of installing plate It is qualitative, the supporting plate 206 of support mounting plate is additionally provided with riser 2012 in the lower end of mounting hole 203；The upper surface of supporting plate 206 and kind The lower surface for planting plate 202 fits.

In order to further improve the stability of Planting board 202, the lateral wall of supporting plate 206, which is provided with, to be inserted with for holding up plantation The stud 207 of plate 202.

The Planting board 202 for being located at the both ends of riser 2012 respectively is installed, installed in same installation in each mounting hole 203 The installation set 205 of Planting board 202 in hole 203 is set in mounting post 204.

The lower end of Planting board 202 is provided with the spray module 208 being used for being sprayed water on its downside Planting board 202, lower side Spray module 208 is not provided with water spray plate, spray module 208 is connected to the 7th water pipe for being passed through water to spray module 208 507.Spray module 208 is the water spray plate for being fixed on the bottom surface of Planting board 202, and water spray plate is connected by branch pipe 210 and the 7th water pipe 507 Logical, the top of riser 2012 is provided with the fountain head 209 sprayed water to top Planting board 202 connected with the 7th water pipe 507, fountain head 209 be rotary nozzle.

In other embodiments, spray module 208 is the shower nozzle being fixed on stud 207（Not shown in figure）.

Referring to Fig. 6 and Fig. 7, roof planting pond 30 includes planting groove 301, filter chamber 302 and aqua storage tank 303, wherein, plantation Groove 301, aqua storage tank 303 are connected by the circulation pipe 308 with water pump 5 with filter chamber 302 respectively, the water inlet end of circulation pipe 308 Filter screen 309 is installed, rainwater just enters in circulation pipe 308 after first passing through the filtering of filter screen 309.Filtering is provided with filter chamber 302 Component, filter chamber 302 are communicated with the outlet pipe 304 that the water after filtering is back to planting groove 301 and aqua storage tank 303 respectively, and two Individual outlet pipe 304 is arranged on the top of the side wall of filter chamber 302.The delivery port of two circulation pipes 308 and the bottom land of filter chamber 302 Connection.

Filter assemblies include filter cotton 305, granular activated carbon filter plate 306 and the extruded activated carbon filter plate set from bottom to top 307, granular activated carbon filter plate 306 includes the shell with cavity, and shell is provided with limbers, seed activity is provided with cavity Charcoal.Extruded activated carbon filter plate 307 is by powder raw material activated carbon and binding agent through kneading, extrusion forming again through the work such as carbonizing, activating Sequence is made, and the granularity of powdery carbon reaches micron order, and adsorption capacity is faster, stronger.

The top of filter chamber 302 is provided with the closing cap 310 for being used for opening and closing filter chamber 302, and closing cap 310 was hinged on The upper end of filter chamber 302, it can be flipped up opening filter chamber 302, closing cap 310 is provided with exhaust outlet 311.

The side wall of planting groove 301 is provided with spout hole 312, and the outer wall of planting groove 301 is enclosed provided with for collecting from the row of spout hole 312 The overflow launder 313 of the water gone out.Overflow launder 313 is connected by the return duct 314 with water pump 5 with aqua storage tank 303.

Referring to Fig. 8-Figure 10, balcony planting system 40 includes support 401, is installed on the rainwater-collecting plate of the backboard of support 401 402nd, positioned at the rainwater holding tank 403 for being used to accept the rainwater that rainwater-collecting plate 402 is collected of the lower end of support 401, wherein, support 401 foreboard is provided with the planting tube 409 that bending extends downwardly, and the tube wall of planting tube 409 is provided with being used for for opening upwards setting The plant culture mouth 404 of plant is inserted, the lower end of planting tube 409 turns forward extension to be formed directly over plant culture mouth 404 Plant growth area.

Planting tube is open about 409, and the opening of lower end is passed through in rainwater holding tank 403, the opening of lower end have by Tight outlet part is tapered, the water in planting tube 409 can so flowed slowly into rainwater holding tank 403, rainwater holding tank 403 The interior pipeline by with water pump 5 connects with the upper end open of planting tube 409.

The lower end of rainwater-collecting plate 402 is hinged on the backboard of support 401, and the upper end of rainwater-collecting plate 402 outwards turns down to be formed For collecting the collection port of rainwater.

Support 401 is provided with a fixation between the maximum flip angle of rainwater-collecting plate 402 is limited in into 45 ° to 75 ° The limiting plate 405 of value.

The drive component that driving rainwater-collecting plate 402 is opened is additionally provided with support 401, drive component is included vertically The rack 406 that is slidably connected on support 401, and the gear teeth that are fixedly connected on rainwater-collecting plate 402 on engaging with rack 406 The motor 408 that portion 407 and driving rack 406 move up and down, wherein, the jointed shaft and the gear teeth of rainwater-collecting plate 402 and support 401 The center of rotation in portion 407 is arranged concentrically.

Referring to Fig. 1, base 101 is connected by the first pipeline 501 with aqua storage tank 303, rainwater holding tank 403 and aqua storage tank 303 are connected by the second pipeline 502.Overflow launder 313 is connected by the 3rd pipeline 503 with rainwater holding tank 403, overflow launder 313 Also connected by the 4th pipeline 504 with water pump 5 with aqua storage tank 303.Aqua storage tank 303 passes through the 5th pipeline with water pump 5 505 connect with the 7th water pipe 507.

The top of aqua storage tank 303 is provided with anti-overflow lip, and anti-overflow lip is connected by the 6th pipeline 506 with the drainage channel of building.

Described above is only preferred embodiment of the present utility model, and the scope of protection of the utility model is not limited merely to Above-described embodiment, all technical schemes belonged under the utility model thinking belong to the scope of protection of the utility model.It should refer to Go out, for those skilled in the art, some improvement under the premise of the utility model principle is not departed from and Retouching, these improvements and modifications also should be regarded as the scope of protection of the utility model.

Claims

A kind of 1. rain collector, it is characterised in that：Including being arranged at the base (101) on roof and being installed on the base (101) on can relative to the base (101) upstream sequence rise to form the collection assembly of step-like collection portion, wherein, Base (101) upper end open and there is water storage flume, the collection assembly includes the lifting located at the base (101) center Drive component (108), some collecting tanks (102) that can be slid along central axis direction to connect together, each collecting tank (102) Including the central through hole (103) for passing through internal gathering groove (102) adjacent thereto, the side wall of each collecting tank (102) It is provided with the first bulge loop (104) for holding up collected outside groove (102) adjacent thereto when rising；The collecting tank (102) Side wall be provided with and collect hole (105), the push rod end of the collecting tank (102) of central part and lifting drive component (108), which is fixed, to be connected Connect.
A kind of 2. rain collector according to claim 1, it is characterised in that：The side of each collecting tank (102) Wall upper end is provided with the second bulge loop (106) for collected outside groove (102) adjacent thereto to be pushed when declining.
A kind of 3. rain collector according to claim 1, it is characterised in that：It is described to collect hole (105) from the outside to the core Tilt down.
A kind of 4. rain collector according to claim 1, it is characterised in that：At base (101) inside center Provided with anti-water cavity (107), the lifting drive component (108) is located in the anti-water cavity (107).
A kind of 5. rain collector according to claim 4, it is characterised in that：It is described lifting drive component (108) be Electric putter or Electrohydraulic push rod.
A kind of 6. rain collector according to claim 5, it is characterised in that：The roof of the anti-water cavity (107) is The conical surface (1071) tilted down.
A kind of 7. rain collector according to claim 6, it is characterised in that：One is provided with the collecting tank (102) Shelves water wall (109) is enclosed, rain water channel (110) is formed between the water retaining wall and the outer wall of the collecting tank (102).
A kind of 8. rain collector according to claim 7, it is characterised in that：The bottom of each collecting tank (102) Portion is provided with balancing weight (111).