CN209429195U - Green building rainwater-collecting storage device - Google Patents
Green building rainwater-collecting storage device Download PDFInfo
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- CN209429195U CN209429195U CN201822028460.1U CN201822028460U CN209429195U CN 209429195 U CN209429195 U CN 209429195U CN 201822028460 U CN201822028460 U CN 201822028460U CN 209429195 U CN209429195 U CN 209429195U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A20/00—Water conservation; Efficient water supply; Efficient water use
- Y02A20/108—Rainwater harvesting
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Abstract
The utility model relates to rain collector technical fields, especially a kind of green building rainwater-collecting storage device, including tank body and cover, wherein, the tank body inner sidewall is fixed with partition, tank interior is divided into the mud chamber and water intaking room that bottom is connected by the partition, water inlet pipe is communicated in the mud chamber, the water inlet pipe is provided with the power mechanism of power resources through cover and connection, the power mechanism is sequentially connected with impurity removal mechanism, the power mechanism is communicated with trash extraction box by diversion pipe, the impurity removal mechanism is rotatablely connected by supporting element and runs through trash extraction box, the trash extraction box is fixed on cover by fixing piece, the trash extraction box is communicated with collector pipe, the water intaking room is communicated with intake pipe, the intake pipe is communicated with water intaking structure in water intaking interior, the bottom of the tank body is communicated with impurity-discharging pipe, this reality With the novel removal of impurities realized to rainwater, filtering and collecting action, have a wide range of applications in rain collector technical field.
Description
Technical field
The utility model relates to rain collector technical field, especially a kind of green building is stored with rainwater-collecting and is filled
It sets.
Background technique
It is all the equipment being commonly used that rainwater-collecting storage, which reuses, in green building, and existing rain collector is only
Only pass through the impurity in precipitating and filtering removal rainwater, however the sundries accumulated on filter device needs long-time or rain stopping time
It can clear up, during rainwater-collecting, leaf and insect easily cause brokenly often over the impact of rainwater in the sundries of accumulation
It is broken, it as rainwater enters in rainwater storage tank, is easily infected the rainwater collected, can not reuse, cause greatly
Waste, and the water being contaminated reuse after can cause damages to the health of human body.
Utility model content
To solve filter device in existing rain collector collection cannot be easily led in time by the eliminating impurities of filtering
The problem of rainwater is contaminated invents a kind of green building rainwater-collecting storage device.
The technical solution of the utility model is, including tank body and cover, wherein the tank body inner sidewall is fixed with partition,
Tank interior is divided into the mud chamber and water intaking room that bottom is connected by the partition, is communicated with water inlet pipe in the mud chamber,
The water inlet pipe is provided with the power mechanism of power resources through cover and connection, and the power mechanism, which is sequentially connected with, to clean
The impurity removal mechanism of object, the power mechanism are communicated with trash extraction box by diversion pipe, and the impurity removal mechanism is rotated by supporting element to be connected
It connects and runs through trash extraction box, the trash extraction box is fixed on cover by fixing piece, and the trash extraction box is communicated with collector pipe, described to take
Water chamber is communicated with intake pipe, and the intake pipe is communicated with water intaking structure in water intaking interior, and the bottom of the tank body is communicated with impurities removal
It manages, is rotatably connected to valve on the impurity-discharging pipe, the bottom outside face of the tank body is fixed with support column.
Preferably, the power mechanism includes headstock, power case lid, power shaft, power wheel, power gear, biography
Dynamic chain belt, support rod and filter screen are fixed with supporting block on the cover, and the headstock is fixed in supporting block, it is described into
Water pipe is connected through supporting block with the bottom of headstock, and one end of the power shaft is rotatably connected on the inner sidewall of headstock
On, the other end runs through the inner sidewall of headstock and is fixedly connected with power gear, and the power wheel is fixedly connected on headstock
On interior power shaft, the diversion pipe runs through power case lid and extends to the surface of power wheel, and the power gear is logical
It crosses transmission chain band and impurity removal mechanism is sequentially connected, the inner sidewall of the headstock offers interface, and the headstock is far from slotting
Inserting groove is offered on the side wall of interface, the filter screen enters in headstock through interface and is inserted into inserting groove, described
The inner sidewall of headstock is fixed with support rod, and end face and inserting groove of the support rod far from supporting block are close to the end face of supporting block
In same level.
Preferably, the filter screen includes foreboard, back plate, side plate, first crossbar, second crossbar, link block, pull ring and mistake
Gauze is filtered, the foreboard, back plate and side plate are fixedly connected with composition rectangular frame structure, and the foreboard is inserted into interface, after described
Plate is inserted into inserting groove, and the first crossbar and second crossbar are mutually perpendicular to fixed composition grid web frame, the first crossbar
Both ends be fixedly connected with front and rear panels, the second crossbar is fixedly connected with side plate, and the filtration gauze is fixedly connected on
Several first crossbars and second crossbar constitute and are located in the plane in rectangular frame structure, and the foreboard is far from the end face of back plate
It is fixedly connected with link block, the pull ring is movably connected on link block.
Preferably, the impurity removal mechanism includes first gear, second gear, the first transmission shaft, second driving shaft, removes heterochain
Band, protective plate, transmission gear and removal of impurities gauze, the first gear are fixedly connected on the first transmission shaft, the second gear
It is fixedly connected on second driving shaft, first transmission shaft and second driving shaft are rotatably connected on supporting element, the removal of impurities
Chain belt is rotatably connected in first gear and second gear, the protective plate be fixedly connected on removal of impurities chain belt far from first gear and
The end surface side edge of second gear, the removal of impurities gauze are fixed on the removal of impurities chain band between protective plate, first transmission shaft
One end is fixedly connected through supporting element and with transmission gear, and the transmission gear is connected by transmission chain band and power gear transmission
It connects, rotation hole is offered on the side wall of the trash extraction box, the removal of impurities chain belt runs through trash extraction box by rotation hole, described to remove heterochain
It is offered on the trash extraction box side wall of tape motion direction end convenient for sundries to be transported out to the impurity removal port of trash extraction box.
Preferably, the supporting element includes fixed ring, first support bar, second support bar and third support rod, described solid
Determine ring to be fixedly connected on diversion pipe, the first support bar, second support bar and third support rod are mutually perpendicular to fix, described
First support bar is fixedly connected with fixed ring, and the first support bar and second support bar are in same level, and described second
On same perpendicular, the both ends of the second support bar are respectively and fixedly provided with third support rod, institute for support rod and third support rod
It states first support bar, second support bar and third support rod to be symmetrical arranged about fixed ring, first transmission shaft and second passes
Moving axis is rotatably connected on the one end of third support rod far from second support bar.
Preferably, the fixing piece includes retainer plate and fixed link, and the retainer plate is fixedly connected on the outside of trash extraction box,
One end of the fixed link is fixedly connected on the outside of retainer plate, and the other end is fixedly connected on cover, and the trash extraction box is opened
Removal of impurities case lid is fixed at mouthful, the collector pipe runs through removal of impurities case lid and extends to the surface of removal of impurities chain belt.
Preferably, the water intaking structure includes gag lever post, clump weight, connecting line, floating block and telescoping tube, the gag lever post
One end is fixedly connected on the interior bottom of tank body, and the other end is in clump weight, floating block and telescoping tube to intake pipe, the connecting line
Both ends be fixedly connected with clump weight and floating block, one end of the telescoping tube through floating block and is fixedly connected on close to the floating of clump weight
On the end face of block, the other end is connected with intake pipe.
It may be implemented following using the technical solution of the utility model the utility model has the advantages that (1) passes through partition for the inside of tank body
It is divided into be connected mud chamber and water intaking room, is taken again convenient for the rainwater of collection is first passed through precipitating, so that the water taken is more
It is limpid, additionally by water intaking structure, can be taken from the upper layer of rainwater, the rainwater further made is limpider；
(2) by being connected to impurity-discharging pipe in the bottom of tank body, convenient for the sundries of the bottom precipitation of tank body is quickly discharged, and can also be clear
Cleaning of evaporator body makes for the sewage after cleaning to be quickly discharged, and avoids taking muddy rainwater；(3) pass through the power water in power mechanism
Wheel, by rainwash by the potential energy in rainwater be kinetic energy, provide power for the operating of impurity removal mechanism, convenient for drive remove
Impurity removal mechanism is filtered the large volume of sundries accumulated after rainwater and is carried out in time by the operating of the removal of impurities chain belt in miscellaneous mechanism
It goes, prevents rainwater vulnerable to impurity pollution, and rainwater can also further be filtered by the filter screen in power mechanism, removed
The sundries such as the dust in rainwater make to be collected into the intracorporal rainwater of tank limpider；(4) it is convenient for by supporting element by impurity removal mechanism branch
Support is located in the equal height of trash extraction box, can operate through trash extraction box convenient for the removal of impurities chain belt in impurity removal mechanism, and then will be from
The rainwater flowed out in collector pipe is filtered, and filtered sundries is transported to outside trash extraction box；It (5) can by fixed device
Trash extraction box is fixed on cover, and trash extraction box is made to be higher than headstock, when being flowed into headstock convenient for rainwater by trash extraction box
Biggish potential energy is generated, and then drives power wheel rotation, and then provide power for the operating of impurity removal mechanism；The utility model exists
Rain collector technical field has a wide range of applications.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model green building rainwater-collecting storage device.
Fig. 2 is a-quadrant enlarged drawing in Fig. 1.
Fig. 3 is B area enlarged drawing in Fig. 1.
Fig. 4 is the side view of the utility model green building rainwater-collecting storage device.
Fig. 5 is C regional enlarged drawing in Fig. 4.
Fig. 6 is the filter screen structural schematic diagram of the utility model green building rainwater-collecting storage device.
Wherein, 1, tank body, 2, cover, 3, partition, 4, mud chamber, 5, water intaking room, 6, water inlet pipe, 7, power mechanism, 701,
Headstock, 702, power case lid, 703, power shaft, 704, power wheel, 705, power gear, 706, transmission chain band, 707,
Filter screen, 708, support rod, 709, inserting groove, 710, interface, 8, supporting block, 9, diversion pipe, 10, trash extraction box, 11, trash extraction box
Lid, 12, collector pipe, 13, fixing piece, 131, fixed link, 132, retainer plate, 14, supporting element, 141, fixed ring, 142, first
Strut, 143, second support bar, 144, third support rod, 15, impurity removal mechanism, 151, first gear, 152, second gear, 153,
First transmission shaft, 154, second driving shaft, 155, removal of impurities chain belt, 156, protective plate, 157, removal of impurities gauze, 158, transmission gear,
16, rotation hole, 17, impurity removal port, 18, intake pipe, 19, water intaking structure, 191, gag lever post, 192, clump weight, 193, connecting line,
194, floating block, 195, telescoping tube, 20, impurity-discharging pipe, 21, valve, 22, support column, 1001, foreboard, 1002, back plate, 1003, side
Plate, 1004, first crossbar, 1005, second crossbar, 1006, link block, 1007, pull ring, 1008, filtration gauze.
Specific embodiment
It will be recognized by those of ordinary skill in the art that " top ", " lower section ", " upward ", " downward ", " top ", " bottom
The terms such as portion " are to be not offered as the limitation to the scope of the utility model being defined by the appended claims for describing attached drawing.
The rainwater-collecting storage device of the green building as shown in Fig. 1,4, including tank body 1 and cover 2, wherein cover 2 is logical
The opening that bolt is fixedly connected on tank body 1 is crossed, convenient for sealing tank body 1, prevents external impurities from falling in tank body 1, makes tank body 1
The rainwater of interior collection is contaminated.1 inner sidewall of tank body is welded with partition 33, and partition is high close to one end of the bottom of tank body 1
In the bottom of tank body 1, so that 1 inside division of tank body is the bottom mud chamber 4 being connected and room 5 of fetching water by partition 3, convenient for passing through
4 pairs of the mud chamber rainwater entered in tank body 1 precipitates, and so that sundries is deposited to the bottom of tank body 1, while passing through partition 3 and tank
Interval between the bottom of body 1, the rainwater after making precipitating enter water intaking room 5, and rainwater is limpid in guarantee water intaking room 5.Mud chamber 4
Opening is offered on the water intaking corresponding cover 2 in room 5, it is clear convenient for being carried out by inner wall of the opening to mud chamber 4 and water intaking room 5
Wash disinfection prevents the inner wall attached microbial of mud chamber 4 and room 5 of fetching water, the rain for even polluting and collecting is damaged to tank body 1
In addition water can also launch disinfectant to mud chamber 4 and water intaking room 5 by opening and carry out disinfection to rainwater.Opening passes through spiral shell
Bolt is fixed with capping, is convenient for closed tank 1, keeps the airtightness of tank body 1.The bottom of tank body 1 is arc-shaped and is communicated with impurities removal
Pipe 20, tank body 1 is discharged in the sundries convenient for will deposit in tank body 1, but also tank body 1 can be discharged in the sewage for cleaning tank body 1.Row
It is rotatably connected to valve 21 on miscellaneous pipe 20, convenient for controlling the folding of impurity-discharging pipe 20.The bottom outside face of tank body 1 is welded with branch
Dagger 22, tank body 1 easy to support make the bottom of tank body far from ground, fix convenient for the setting of impurity-discharging pipe, but also can prevent
Insect destroys tank body 1 from the bottom of tank body 1.Mud chamber 4 in tank body 1 is communicated with water inlet pipe 6, passes through water inlet pipe 6 convenient for rainwater
Into the mud chamber 4 in tank body 1.
The rainwater-collecting storage device of the green building as shown in Fig. 1,3,4,6, water inlet pipe 6 is through cover 2 and is communicated with
The power mechanism 7 of power resources is provided, the potential energy that power mechanism 7 can flow rainwater is kinetic energy, and then is able to drive
Impurity removal mechanism 15 is rotated, and the sundries that impurity removal mechanism 15 filters is cleared up in time.Power mechanism 7 include headstock 701,
Power case lid 702, power shaft 703, power wheel 704, power gear 705, transmission chain band 706, support rod 708 and filter screen
707, supporting block 8 is fixed with by screw on cover 1, headstock 701 is fixed by screws in supporting block 8, and supporting block 8 is convenient for
Support fixed headstock 701, headstock 701 enabled to be fixedly connected to form an entirety with cover 2, prevent from being fallen by wind by
To damage.The bottom of headstock 701 is inner concave shape structure, and water inlet pipe 6 runs through the bottom interphase of supporting block 8 and headstock 701
Connection, convenient for rainwater can fast convergence in the bottom of headstock 701, and then by water inlet pipe 6 enter tank body 1 in.Headstock
Lid 702 is fixedly connected on the opening of headstock 701 by screw, convenient for sealing headstock 701, prevents sundries from falling on power
In case 701, and then the rainwater in tank body 1 is polluted.One end of power shaft 703 is rotatably connected on headstock by bearing
On 701 inner sidewall, the other end, which runs through the inner sidewall of headstock 701 and is welded and fixed, is connected with power gear 705, and power
Shaft 703, through there is bearing, makes it possible to the rotation by power shaft 703 on the inner sidewall of the headstock 701 of through part
Power gear 705 is driven to rotate, and power shaft 703 is fixed on the inner ring of bearing, greatly reduces power shaft 703
The frictional force generated when rotation, and then kinetic energy can be more efficiently converted by the potential energy that rainwater flows.Power wheel 704 is welded
It connects on the power shaft 703 being fixedly connected in headstock 701, and diversion pipe 9 through power case lid 702 and extends to power water
The surface of wheel 704, power wheel 704 are convenient for be kinetic energy from the potential energy in the rainwater that diversion pipe 9 flows out, and pass through rainwater
Flowing drive power wheel 704 rotation, and then drive power shaft 703 rotation, and then drive 705 turns of power gear
It is dynamic.The end of diversion pipe 9 in headstock 701 is tip, convenient for the tip for the slave diversion pipe 9 that rainwater can be concentrated more
Place's outflow can overcome frictional force more convenient for power wheel 704 so that rainwater forms bigger impact force to power wheel 704
Add and effectively rotates.Power gear 705 is sequentially connected by transmission chain band 706 and impurity removal mechanism 15, is convenient for power wheel 704
The conversion getable kinetic energy of gesture is transmitted to impurity removal mechanism 15, and then impurity removal mechanism 15 is driven to operate.The inner sidewall of headstock 701 is opened
Equipped with interface 710, headstock 701 offers inserting groove 709 on the side wall far from interface 710, and filter screen 707 runs through grafting
Mouth 710 enters in headstock 701 and is inserted into inserting groove 709, and filter screen 707 can further filter rainwater, so that from water conservancy diversion
The rainwater that pipe 9 flows out first passes around filter screen 707 before entering in tank body 1 and filters, and prevents the sundries such as the dust in rainwater from entering
In tank body 1, the clarity of rainwater in tank body 1 is influenced, but also convenient for cleaning filter screen 707, so that after filtering on filter screen 707
The sundries such as the dust of accumulation can be cleared up in time.The inner sidewall of headstock 701 is welded with support rod 708, and supports
End face of the bar 708 far from supporting block 8 and inserting groove 709 are close to the end face of supporting block 8 in same level, and support rod 708 is just
In support filter screen 707, avoid filter screen 707 by water-hammering damage, while being also convenient for the plug of filter screen 707.Filter screen
707 area is equal to the area of the inside of headstock 701, so that the rainwater entered in headstock 901 from diversion pipe 9 sufficiently passes through
Cross the filtering of filter screen 707.
The rainwater-collecting storage device of the green building as shown in Fig. 1,3,6, filter screen include foreboard 1001, back plate
1002, side plate 1003, first crossbar 1004, second crossbar 1005, link block 1006, pull ring 1007 and filtration gauze 1008, it is preceding
Plate 1001, back plate 1002 and side plate 1003 are welded and fixed and connect and compose rectangular frame structure, all cover power convenient for filter screen 707
The inner plane of case 701 enables the rainwater flowed out from diversion pipe 9 more sufficiently to filter by filter screen 707.Foreboard 1001
It is inserted into interface 710, back plate 1002 is inserted into inserting groove 709, is guaranteed the airtightness of headstock 701, is prevented rainwater from grafting
Mouth 710 flows out, while the rainwater flowed out from diversion pipe 9 can also be enabled more sufficiently to filter by filter screen 707.First
Cross bar 1004 and second crossbar 1005 are mutually perpendicular to be welded and fixed and constitute grid web frame, and first crossbar 1004 and the second cross
In same level, the both ends of first crossbar 1004 are fixedly connected with foreboard 1001 and back plate 1002 by screw bar 1005,
Second crossbar 1005 is fixedly connected with side plate 1003 by screw, convenient for increasing the overall stability of filter screen 707, while also just
It is fixedly connected with filtration gauze 1008 with second crossbar 1005 in first crossbar 1004, filtration gauze 1008 is enabled to stand rain
Water is washed away without being damaged.Filtration gauze 1008 be fixed on several first crossbars 1004 and second crossbar 1005 constitute and
In the plane in rectangular frame structure, i.e., the edge of filtration gauze 1008 by first crossbar 1004 and second crossbar 1005 and
Foreboard 1001, back plate 1002, side plate 1003 are fixedly clamped, and guarantee that filtration gauze 1008 can all cover foreboard 1001, back plate
1002 and side plate 1003 constitute rectangular shaped rim, but also can be convenient for filtration gauze 1008 replacement.Foreboard 1001 is far from after
It is welded and fixed on the end face of plate 1002 and is connected with link block 1006, pull ring 1007 is movably connected on link block 1006, pull ring
1007 are cleared up or are replaced convenient for pulling out filter screen 707 out of headstock 701.
Green building as shown in Figs. 1-5 rainwater-collecting storage device, power mechanism 7 are sequentially connected with impurity removing
Impurity removal mechanism 15, convenient for being transported to the dmp filter flowed out from collector pipe 12, and by the sundries being trapped in impurity removal mechanism 15
Trash extraction box 10 out avoid filtering the sundries such as leaf and the insect bodies of accumulation in impurity removal mechanism 15 persistently by rain drop erosion, cause
Sundries is broken, and enters tank body 1 with rainwater, and rainwater in tank body 1 is caused to be contaminated.Power mechanism 7 is communicated with by diversion pipe 9
Trash extraction box 10, trash extraction box 10 are communicated with collector pipe 12, and trash extraction box 10 removes the rain come from the conveying of collector pipe 12 convenient for concentration filter
Water, and entered in power mechanism 7 by diversion pipe 9.Impurity removal mechanism 15 is rotatablely connected by supporting element 14 and runs through trash extraction box 10,
Enable impurity removal mechanism 15 to pass through the inside of trash extraction box 10 during operation, the rainwater flowed out from collector pipe 12 was passed through
Filter, and the sundries being obtained by filtration is transported to outside trash extraction box 10, it avoids the sundries in rainwater from being deposited in impurity removal mechanism 15 and continues
Cause sundries to be crushed by water impact, and enter tank body 1 with rainwater, influences the clarity for the rainwater collected in tank body 1.Trash extraction box
10 opening is fixed with removal of impurities case lid 11 by screw, guarantees the airtightness of trash extraction box 10, prevents external impurities from entering removal of impurities
Case 10 causes to pollute again to rainwater.Trash extraction box 10 is fixed on cover 2 by fixing piece 13, is convenient for trash extraction box 10 and cover
2 are fixedly connected to form an entirety, prevent from being damaged by wind.Fixing piece 13 includes retainer plate 132 and fixed link 131,
Retainer plate 132 is bolted to connection in the outside of trash extraction box 10, and one end of fixed link 131, which is welded and fixed, is connected to retainer plate
132 outside, the other end are bolted to connection on cover 2, further convenient for by fixing piece 13 by trash extraction box 10 with
Cover 2 is fixedly connected to form an entirety.The bottom of trash extraction box 10 be it is arc-shaped, convenient for that can will filter by impurity removal mechanism 15
Rainwater fast convergence afterwards enters in headstock 701 to the bottom of trash extraction box 10, then by diversion pipe 9.
The rainwater-collecting storage device of the green building as shown in Fig. 1,2,4,5, impurity removal mechanism 15 include first gear
151, second gear 152, the first transmission shaft 153, second driving shaft 154, removal of impurities chain belt 155, protective plate 156, transmission gear 158
With removal of impurities gauze 157, first gear 151, which is welded and fixed, to be connected on the first transmission shaft 153,152 company of being welded and fixed of second gear
It connects on second driving shaft 154, the first transmission shaft 153 and second driving shaft 154 are rotatably connected on supporting element 14, and first passes
Bearing, the first transmission shaft are welded on the supporting element 14 of the junction of moving axis 153 and second driving shaft 154 and supporting element 14
153 and second driving shaft 154 be plugged and fixed in the inner ring of bearing, reduce the first transmission shaft 153 and second driving shaft 154 and rotate
When frictional force, be able to drive the first transmission shaft 153 and second driving shaft 154 convenient for the kinetic energy that power gear 705 passes over
Rotation.Removal of impurities chain belt 155 is rotatably connected in first gear 151 and second gear 152, passes through removal of impurities convenient for first gear 151
Chain belt 155 drives second gear 152 to rotate, and then the sundries for the filtering accumulation of chain belt 155 that cleans can be transported to trash extraction box 10
Outside.Protective plate 156, which is welded and fixed, is connected to removal of impurities end surface side edge of the chain belt 155 far from first gear 151 and second gear 152,
And collector pipe 12 runs through removal of impurities case lid 11 and extends to the surface of removal of impurities chain belt 155, so that the rainwater flowed out from collector pipe 12
Can be at the first time by the filtering of removal of impurities chain belt 155, and then the sundries in rainwater is more fully filtered into removal.Clean yarn
Net 157 is fixed by screws in the removal of impurities chain belt 155 between protective plate 156, and the rainwater convenient for will flow out from collector pipe carries out
Filtering enables the sundries in rainwater to stay on removal of impurities gauze 157, and then removes as the rotation of removal of impurities chain belt 155 is transported to
Outside miscellaneous case 10.Protective plate 156 is that multiple individual risers are constituted, convenient for shape can be changed with the rotation of removal of impurities chain belt 155,
So that the edge of removal of impurities chain belt 155 keeps isolation.The end face of the mutually close protective plate 156 of removal of impurities 155 two sides of chain belt
It is fixed with removal of impurities gauze 157, prevents the sundries in rainwater from leaking out from the gap between protective plate 156.The mesh number of removal of impurities gauze 157
Less than the mesh number of filtration gauze 1008, the gauze 157 that cleans is also required to rainwater while can filter out volume biggish sundries
It can quickly leak down from removal of impurities gauze 157, but also excessive rainfall will not be taken out of removal of impurities because of the rotation of removal of impurities chain belt 155
Outside case 10, filtration gauze 1008 can filter the rainwater to leak down from removal of impurities gauze 157 again, by the dirt of small volume in rainwater
Native filtering foreign gets off, and prevents from entering in tank body 1.One end of first transmission shaft 153 through supporting element 14 and with transmission gear 158
Connection is welded and fixed, and transmission gear 158 is sequentially connected by transmission chain band 706 and power gear 705, is convenient for power gear
705 rotations drive band nutating gear 158 to rotate by transmission chain band 706, and then drive the rotation of the first transmission shaft 153, in turn
Make first gear 151 that removal of impurities chain belt 155 be driven to rotate.Rotation hole 16 is offered on the side wall of trash extraction box 10, removal of impurities chain belt 155 is logical
It crosses rotation hole 16 to rotate convenient for removal of impurities chain belt 155 through trash extraction box 10 through trash extraction box 10, and is not influenced by trash extraction box 10.
It is offered on 10 side wall of trash extraction box of removal of impurities 155 direction of motion end of chain belt convenient for sundries to be transported out to the impurity removal port of trash extraction box 10
17, convenient for the sundries for the filtering accumulation of gauze 157 that cleans to be transported to the outside of trash extraction box 10.
The rainwater-collecting storage device of the green building as shown in Fig. 1,2,4,5, supporting element 14 include fixed ring 141, the
One support rod 142, second support bar 143 and third support rod 144, fixed ring 141 are bolted to connection in diversion pipe 9
On, the entire impurity removal mechanism 15 of positioning easy to support, while fixed ring 141 and diversion pipe 9 being made to be fixedly connected to form an entirety.The
One support rod 142, second support bar 143 and third support rod 144 are mutually perpendicular to be welded and fixed, first support bar 142 and fixation
Ring 141 is welded and fixed connection, and first support bar 142 and second support bar 143 be in same level, second support bar 143
With third support rod 144 on same perpendicular, it is convenient for first support bar 142, second support bar 143 and third support rod
144 form stereochemical structure, and then convenient for avoiding trash extraction box 10, while can be supported positioning to impurity removal mechanism 15.Second
The both ends of strut 143 are welded with third support rod 144, and first support bar 142, second support bar 143 and third branch
Strut 144 is symmetrical arranged about fixed ring 141, and the first transmission shaft 153 and second driving shaft 154 are rotatably connected on third support
The one end of bar 144 far from second support bar 143, convenient for supporting 153 He of the first transmission shaft that is located by connecting by third support rod 144
Second driving shaft 154 enables entire impurity removal mechanism 15 to pass through the rotation of trash extraction box 10.
The rainwater-collecting storage device of green building as shown in figures 1 to 6, water intaking room 5 are communicated with intake pipe 18, intake pipe
18 are communicated with water pump outside tank body 1, convenient for by intake pipe 18 will fetch water room 5 in rainwater take out use.Intake pipe 18 is taking
Be communicated in water chamber 5 water intaking structure 19, water intaking structure 19 enable intake pipe 18 extract water intaking room 5 in upper layer limpid rain
Water avoids the bottom of the direct room 5 of deeply fetching water of intake pipe 18, takes muddy rainwater.Fetch water structure 19 include gag lever post 191,
Clump weight 192, connecting line 193, floating block 194 and telescoping tube 195, one end of gag lever post 191, which is welded and fixed, is connected to the interior of tank body 1
Bottom, for the other end in clump weight 192, floating block 194 and telescoping tube 195 to intake pipe 18, gag lever post 191 can be to clump weight
192, floating block 194 and telescoping tube 195 play restriction effect so that clump weight 192, floating block 194 and telescoping tube 195 be merely able to along
Gag lever post 191 moves up and down, and preventing water intaking structure 19, arbitrarily moving influence intake pipe 18 is fetched water in water intaking room 5.Connecting line 193
Both ends be fixedly connected with clump weight 192 and floating block 194, clump weight 192 is capable of providing gravity under the draw of connecting line 193
So that at least half height of floating block 194 is submerged in water, and then the upper layer of rainwater in water intaking room 5 is deep into convenient for telescoping tube 195.It stretches
One end of the draw 195 is through floating block 194 and is fixedly connected on the end face of the floating block of clump weight 192, the other end and water intaking
Pipe 18 is connected, and telescoping tube 195 can change length with the variation of water level in water intaking room 5, can protect convenient for telescoping tube 195
The lower section for submerging the water surface in water intaking room 5 is held, and then the holding of intake pipe 18 is made to fetch water at any time.
It may be implemented following using the technical solution of the utility model the utility model has the advantages that (1) passes through partition for the inside of tank body
It is divided into be connected mud chamber and water intaking room, is taken again convenient for the rainwater of collection is first passed through precipitating, so that the water taken is more
It is limpid, additionally by water intaking structure, can be taken from the upper layer of rainwater, the rainwater further made is limpider；
(2) by being connected to impurity-discharging pipe in the bottom of tank body, convenient for the sundries of the bottom precipitation of tank body is quickly discharged, and can also be clear
Cleaning of evaporator body makes for the sewage after cleaning to be quickly discharged, and avoids taking muddy rainwater；(3) pass through the power water in power mechanism
Wheel, by rainwash by the potential energy in rainwater be kinetic energy, provide power for the operating of impurity removal mechanism, convenient for drive remove
Impurity removal mechanism is filtered the large volume of sundries accumulated after rainwater and is carried out in time by the operating of the removal of impurities chain belt in miscellaneous mechanism
It goes, prevents rainwater vulnerable to impurity pollution, and rainwater can also further be filtered by the filter screen in power mechanism, removed
The sundries such as the dust in rainwater make to be collected into the intracorporal rainwater of tank limpider；(4) it is convenient for by supporting element by impurity removal mechanism branch
Support is located in the equal height of trash extraction box, can operate through trash extraction box convenient for the removal of impurities chain belt in impurity removal mechanism, and then will be from
The rainwater flowed out in collector pipe is filtered, and filtered sundries is transported to outside trash extraction box；It (5) can by fixed device
Trash extraction box is fixed on cover, and trash extraction box is made to be higher than headstock, when being flowed into headstock convenient for rainwater by trash extraction box
Biggish potential energy is generated, and then drives power wheel rotation, and then provide power for the operating of impurity removal mechanism；The utility model exists
Rain collector technical field has a wide range of applications.
Above-described embodiments merely represent several embodiments of the utility model, the description thereof is more specific and detailed,
But it cannot be understood as the limitations to utility model patent range.It should be pointed out that for the common skill of this field
For art personnel, without departing from the concept of the premise utility, various modifications and improvements can be made, these are belonged to
The protection scope of the utility model.Therefore, the scope of protection shall be subject to the appended claims for the utility model patent.
Claims (7)
1. green building rainwater-collecting storage device, including tank body (1) and cover (2), which is characterized in that the tank body (1)
Inner sidewall is fixed with partition (3), and tank body (1) inside division is the mud chamber (4) that is connected of bottom and water intaking by the partition (3)
Room (5), the mud chamber (4) is interior to be communicated with water inlet pipe (6), and the water inlet pipe (6) is through cover (2) and connection is provided with power
The power mechanism (7) in source, the power mechanism (7) are sequentially connected with the impurity removal mechanism (15) of impurity removing, the engine
Structure (7) is communicated with trash extraction box (10) by diversion pipe (9), and the impurity removal mechanism (15) is rotatablely connected and is passed through by supporting element (14)
It wears trash extraction box (10), the trash extraction box (10) is fixed on cover (2) by fixing piece (13), and the trash extraction box (10) is communicated with
Collector pipe (12), the water intaking room (5) are communicated with intake pipe (18), and the intake pipe (18) is communicated with water intaking knot in water intaking interior
The bottom of structure (19), the tank body (1) is communicated with impurity-discharging pipe (20), is rotatably connected to valve (21) on the impurity-discharging pipe (20),
The bottom outside face of the tank body (1) is fixed with support column (22).
2. green building according to claim 1 rainwater-collecting storage device, which is characterized in that the power mechanism
(7) include headstock (701), power case lid (702), power shaft (703), power wheel (704), power gear (705), pass
Chain belt (706), support rod (708) and filter screen (707) are moved, is fixed with supporting block (8), the headstock on the cover (2)
(701) it is fixed on supporting block (8), the water inlet pipe (6) is connected through supporting block (8) with the bottom of headstock (701), institute
The one end for stating power shaft (703) is rotatably connected on the inner sidewall of headstock (701), and the other end is through headstock (701)
Inner sidewall is simultaneously fixedly connected with power gear (705), and the power wheel (704) is fixedly connected on dynamic in headstock (701)
In power shaft (703), the diversion pipe (9) runs through power case lid (702) and extends to the surface of power wheel (704), institute
It states power gear (705) to be sequentially connected by transmission chain band (706) and impurity removal mechanism (15), the inside of the headstock (701)
Wall offers interface (710), offers inserting groove (709) on the side wall of the headstock (701) separate interface (710),
The filter screen (707) enters in headstock (701) through interface (710) and is inserted into inserting groove (709), the headstock
(701) inner sidewall is fixed with support rod (708), end face and inserting groove of the support rod (708) far from supporting block (8)
(709) end face close to supporting block (8) is in same level.
3. green building according to claim 2 rainwater-collecting storage device, which is characterized in that the filter screen
It (707) include foreboard (1001), back plate (1002), side plate (1003), first crossbar (1004), second crossbar (1005), connection
Block (1006), pull ring (1007) and filtration gauze (1008), the foreboard (1001), back plate (1002) and side plate (1003) are fixed
Rectangular frame structure is connected and composed, foreboard (1001) insertion interface (710) is interior, and the back plate (1002) is inserted into inserting groove
(709) in, the first crossbar (1004) and second crossbar (1005) are mutually perpendicular to fixed composition grid web frame, and described first
The both ends of cross bar (1004) are fixedly connected with front and rear panels (1002), and the second crossbar (1005) and side plate (1003) are fixed
Connection, the filtration gauze (1008) is fixedly connected on several first crossbars (1004) and second crossbar (1005) constitutes and is located at
In plane in rectangular frame structure, link block is fixedly connected on the end face of the foreboard (1001) separate back plate (1002)
(1006), the pull ring (1007) is movably connected on link block (1006).
4. green building according to claim 2 rainwater-collecting storage device, which is characterized in that the impurity removal mechanism
It (15) include first gear (151), second gear (152), the first transmission shaft (153), second driving shaft (154), removal of impurities chain belt
(155), protective plate (156), transmission gear (158) and removal of impurities gauze (157), the first gear (151) are fixedly connected on the
On one transmission shaft (153), the second gear (152) is fixedly connected on second driving shaft (154), first transmission shaft
(153) it is rotatably connected on supporting element (14) with second driving shaft (154), the removal of impurities chain belt (155) is rotatably connected on first
On gear (151) and second gear (152), the protective plate (156) is fixedly connected on removal of impurities chain belt (155) far from first gear
(151) it is fixed between protective plate (156) with the end surface side edge of second gear (152), removal of impurities gauze (157) and removes heterochain
On band (155), one end of first transmission shaft (153) is fixedly connected through supporting element (14) and with transmission gear (158), institute
It states transmission gear (158) to be sequentially connected by transmission chain band (706) and power gear (705), the side wall of the trash extraction box (10)
On offer rotation hole (16), the removal of impurities chain belt (155) by rotation hole (16) run through trash extraction box (10), the removal of impurities chain belt
(155) it is offered on trash extraction box (10) side wall of direction of motion end convenient for sundries to be transported out to the impurity removal port of trash extraction box (10)
(17).
5. green building according to claim 4 rainwater-collecting storage device, which is characterized in that the supporting element (14)
Including fixed ring (141), first support bar (142), second support bar (143) and third support rod (144), the fixed ring
(141) it is fixedly connected on diversion pipe, the first support bar (142), second support bar (143) and third support rod (144)
It is mutually perpendicular to fix, the first support bar (142) is fixedly connected with fixed ring (141), the first support bar (142) and the
Two support rods (143) are in same level, and the second support bar (143) and third support rod (144) are same vertical flat
On face, the both ends of the second support bar (143) are respectively and fixedly provided with third support rod (144), the first support bar (142),
Two support rods (143) and third support rod (144) are symmetrical arranged about fixed ring (141), first transmission shaft (153) and the
Two transmission shafts (154) are rotatably connected on the one end of third support rod (144) far from second support bar (143).
6. green building according to claim 4 rainwater-collecting storage device, which is characterized in that the fixing piece (13)
Including retainer plate (132) and fixed link (131), the retainer plate (132) is fixedly connected on the outside of trash extraction box (10), described solid
One end of fixed pole (131) is fixedly connected on the outside of retainer plate (132), and the other end is fixedly connected on cover (2), the removal of impurities
The opening of case (10) is fixed with removal of impurities case lid (11), and the collector pipe (12) is through removal of impurities case lid (11) and extends to except heterochain
The surface of band (155).
7. green building according to claim 1 rainwater-collecting storage device, which is characterized in that the water intaking structure
It (19) include gag lever post (191), clump weight (192), connecting line (193), floating block (194) and telescoping tube (195), the gag lever post
(191) one end is fixedly connected on the interior bottom of tank body (1), and the other end is through clump weight (192), floating block (194) and telescoping tube
(195) interior to intake pipe (18), the both ends of the connecting line (193) are fixedly connected with clump weight (192) and floating block (194), described
One end of telescoping tube (195) is through floating block (194) and is fixedly connected on the end face of the floating block (194) of clump weight (192),
The other end is connected with intake pipe (18).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822028460.1U CN209429195U (en) | 2018-12-05 | 2018-12-05 | Green building rainwater-collecting storage device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822028460.1U CN209429195U (en) | 2018-12-05 | 2018-12-05 | Green building rainwater-collecting storage device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209429195U true CN209429195U (en) | 2019-09-24 |
Family
ID=67970558
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822028460.1U Expired - Fee Related CN209429195U (en) | 2018-12-05 | 2018-12-05 | Green building rainwater-collecting storage device |
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| Country | Link |
|---|---|
| CN (1) | CN209429195U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112957808A (en) * | 2021-02-22 | 2021-06-15 | 青岛西海岸市政工程有限公司 | Sponge urban road rainwater integration cyclic treatment system |
| CN114667915A (en) * | 2022-03-18 | 2022-06-28 | 上海登正建筑工程有限公司 | Watering device is collected to rainwater in municipal afforestation area |
-
2018
- 2018-12-05 CN CN201822028460.1U patent/CN209429195U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112957808A (en) * | 2021-02-22 | 2021-06-15 | 青岛西海岸市政工程有限公司 | Sponge urban road rainwater integration cyclic treatment system |
| CN114667915A (en) * | 2022-03-18 | 2022-06-28 | 上海登正建筑工程有限公司 | Watering device is collected to rainwater in municipal afforestation area |
| CN114667915B (en) * | 2022-03-18 | 2023-11-10 | 徐州启峰智能科技有限公司 | Rainwater collection and irrigation device for municipal green belt |
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