CN205530645U - Concatenation formula reservoir structure - Google Patents
Concatenation formula reservoir structure Download PDFInfo
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- CN205530645U CN205530645U CN201620059192.8U CN201620059192U CN205530645U CN 205530645 U CN205530645 U CN 205530645U CN 201620059192 U CN201620059192 U CN 201620059192U CN 205530645 U CN205530645 U CN 205530645U
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- main splice
- main
- gripper shoe
- plate
- base plate
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Abstract
The utility model discloses a concatenation formula reservoir structure, it includes, and the middle part is the main member of rivers passageway, the fixed lower part component of cooperation bottom the main member to and with the main member around the laminating of both sides surface fixed, and the fixed headwall component of both sides cooperation around bottom and the lower part component, main member, lower part component and headwall component enclose into a confined reservoir body, the rear end bottom and the pump hole seat intercommunication that catchments of lower part component, and the water inlet of the pump that catchments hole seat and the rivers passageway intercommunication of main member, inlet tube and outlet pipe are connected respectively to the headwall component of both sides around the reservoir body, the top of main member is equipped with the inspection well casing. The prefabricated component of modular design and seriation can satisfy not co -content reservoir's demand, assemble the flexibility, but different whole shapes is assembled by the environment under the base area.
Description
Technical field
This utility model relates to reservoir technical field, in particular to a kind of spliced reservoir structure.
Background technology
Reservoir has wide range of applications, including the ground such as parking lot, street, community, park, even airport
Lower place.Reservoir is collected and stored the rainwater through filtering, various reuse can be carried out, as gardens are green
Change, road sprays, flushes the toilet etc., beneficially saving water resource, and existing reservoir structure is an entirety
Pouring structure, work on the spot amount is big, affected by environment greatly, poor for applicability to varying environment.
Utility model content
The purpose of this utility model seeks to solve the deficiency of above-mentioned background technology, it is provided that a kind of spliced
Reservoir structure, reservoir is designed as a modular splicing construction by this structure, can meet varying environment and
Reservoir under shape needs, and easy construction is practical.
For realizing this purpose, the spliced reservoir structure designed by this utility model, it includes that middle part is
The main member of water stream channel with coordinate fixing lower member bottom main member, and with main member
Both side surface laminating front and back is fixing, and bottom coordinates fixing headwall structure with both sides before and after lower member
Part；Described main member, lower member and headwall component surround the reservoir body of a closing, described bottom
Connect with water collecting pump hole seat bottom the rear end of component, the water inlet of described water collecting pump hole seat and main member
Water stream channel connects, and before and after described reservoir body, the headwall component of both sides connects water inlet pipe and water outlet respectively
Pipe；The top of described main member is provided with inspection well casing.
The arrangement of disconnection type water stream channel: described main member includes at least one water stream channel,
Do not connect between described water stream channel；Described main member includes the first master that the laminating of multiple head and the tail is fixing
Splice, described first main splice includes main splice top board, the left and right of described main splice top board
Both sides end face connects vertical gripper shoe, the first main splice institute structure that the laminating of the plurality of head and the tail is fixing
The central space becoming structure is single water stream channel；Described main splice top board is arch sheet or flat board.
The arrangement of communication type water stream channel: described main member includes a plurality of water stream channel, at least
Article two, water stream channel is interconnected；Described main member includes the main splice that polylith head and the tail laminating is fixing,
The central space of the constituted structure of main splice that the head and the tail laminating of described polylith is fixing is that single current lead to
Road, described main splice includes that the main splice of even numbered blocks second, described second main splice include main spelling
Fitting top board, the left and right sides end face of described main splice top board connects vertical gripper shoe, and described the
The bottom center of the vertical gripper shoe of two main splice sides has current via, and each piece has current
The vertical gripper shoe of via all has the vertical gripper shoe of current via and fits with another block；Described master
Splice top board is arch sheet or flat board.
Further, described main splice also includes the 3rd main splice, described 3rd main splice bag
Including main splice top board, the left and right sides end face of described main splice top board connects vertical gripper shoe,
The bottom center of the vertical gripper shoe of described 3rd main splice both sides all has current via.
Further, described main splice also includes at least one piece of first main splice, described first
Main splice includes main splice top board, and the left and right sides end face connection of described main splice top board has perpendicular
Allotment fagging.
Described lower member for pouring base plate, described in pour the left and right sides of base plate and have and main member
Vertically the first fixing groove, the width of described first groove is coordinated to prop up with single vertical bottom gripper shoe
The width of fagging is corresponding, described in pour base plate before and after both sides have the splicing end plate with headwall component
The second groove that bottom coordinates, the water inlet of described water collecting pump hole seat is opened in and pours on base plate.
Further, pour the middle part of base plate described in have and coordinate bottom two pieces of vertical gripper shoes
3rd groove, the width of described 3rd groove is corresponding with the twice of the width of single vertical gripper shoe.
The another kind of version of lower member: described lower member is the water storage base of a cuboid-type,
Including base plate and around the fixing four pieces of base side plates of base plate peripheral surface, described base
The bottom surface of side plate is concordant with the bottom surface of base plate, and the height of base side plate is more than the thickness of base plate
Degree；The water inlet of described water collecting pump hole seat is opened on base plate, both sides before and after described water storage base
The top of base side plate have the first draw-in groove that the splicing endplate root with headwall component coordinates, described
The top of the base side plate of the water storage base left and right sides has that the vertical gripper shoe with main member coordinates
Two draw-in grooves, the width of described second draw-in groove is corresponding with the width of single vertical gripper shoe.
Further, described base plate is provided with fixed block, the top of described fixed block along its length
Portion has and the 3rd draw-in groove coordinated bottom two pieces of vertical gripper shoes, the width of described 3rd draw-in groove and list
The twice of the width of individual vertical gripper shoe is corresponding.
Further, described base plate is provided with multiple fixed block, before and after described base plate
Gap between two pieces of adjacent fixed blocks is corresponding with the current via bottom vertical gripper shoe.
The beneficial effects of the utility model are: 1, the prefabricated components of modular design and seriation can be expired
The demand of the most isometric reservoir of foot；2, prefabricated components span is little, and the overall reservoir intensity of composition is high,
Bearing capacity is strong；3, greatly reducing the workload at scene, shorten curing cycle, simple installation is high
Effect；4, assembled flexibly, can be assembled into different whole according to underground environment (such as the non-disconnectable facility removed)
Shape；5, prefabricated components can produce in locality, reduces cost of transportation；6, easily controllable module
The quality of unit；7, construction is affected little by on-the-spot weather.
Accompanying drawing explanation
Fig. 1 is the explosive view of the reservoir in this utility model based on pouring base plate；
Fig. 2 is the left view of the reservoir in this utility model based on pouring base plate；
Fig. 3 is the top view pouring base plate in this utility model；
Fig. 4 is the sectional view of A A in Fig. 3；
Fig. 5 is that in this utility model, the main splice of arch coordinates fixing structure sectional view with pouring base plate；
Fig. 6 is that this utility model main splice of middle plateform type coordinates fixing structure section view with pouring base plate
Figure；
Fig. 7 is the front view of the splicing end plate being connected with water inlet pipe in this utility model；
Fig. 8 is the left view splicing end plate in this utility model；
Fig. 9 is the front view of the splicing end plate being connected with outlet pipe in this utility model；
Figure 10 is the explosive view of the reservoir in this utility model based on water storage base；
Figure 11 is the left view of the reservoir in this utility model based on water storage base；
Figure 12 is the top view of water storage base in this utility model；
Figure 13 is the sectional view of B B in Figure 12；
Figure 14 is that in this utility model, the main splice of arch coordinates fixing structure section view with water storage base
Figure；
Figure 15 is that this utility model main splice of middle plateform type coordinates fixing structure section view with water storage base
Figure；
Figure 16 is the splicing construction one of the reservoir designed by this utility model；
Figure 17 is the splicing construction two of the reservoir designed by this utility model；
Figure 18 is the splicing construction three of the reservoir designed by this utility model；
Wherein, 1 main member, 1.1 first main splices, 1.2 second main splices, 1.3
Three main splices, 2 headwall components, 2.1 splicing end plates, 3 lower member, 3.1 pour base plate,
3.2 water storage bases, 4 water collecting pump hole seats, 5 water inlet pipes, 6 outlet pipes, 7 inspection well casings, 8
Main splice top board, 9 vertical gripper shoes, 10 current vias, 11 first grooves, 12
Two grooves, 13 the 3rd grooves, 14 base plates, 15 cat ladders, 16 base side plates, 17
First draw-in groove, 18 second draw-in grooves, 19 fixed blocks, 20 the 3rd draw-in grooves, 21 immersible pumps.
Detailed description of the invention
The utility model is described in further detail with specific embodiment below in conjunction with the accompanying drawings.
This utility model devises the version of two kinds of lower member, a kind of for pouring base plate 3.1, with
Reservoir based on this base plate, capacity is less, it is adaptable to rainwater recycle ring less demanding to moisture storage capacity
Border, advantage is that processing is simple, and splicing is convenient, and labor workload is little, convenient construction.Another kind of for storage
Water-bed seat 3.2, its moisture storage capacity of the reservoir based on this base is big, it is adaptable to having moisture storage capacity must
The rainwater recycle environment asked.
Hereinafter two kinds of basic reservoir are illustrated respectively:
One, the reservoir structure (as shown in Fig. 1 9) based on pouring base plate 3.1:
Structure 1: include middle part for water stream channel main member 1 with coordinates bottom main member 1 fix
Lower member 3, and with main member 1 before and after both side surface laminating fixing, and bottom and lower member
Before and after 3, both sides coordinate fixing headwall component 2；Main member 1, lower member 3 and headwall component 2
Surround the reservoir body of a closing, connect with water collecting pump hole seat 4 bottom the rear end of lower member 3, collection
The water inlet of pump sump seat 4 connects with the water stream channel of main member 1, the end of both sides before and after reservoir body
Wall member 2 connects water inlet pipe 5 and outlet pipe 6 respectively；The top of main member 1 is provided with inspection well casing 7.
Main member 1 includes that at least one piece of first main splice 1.1, the first main splice 1.1 include main splice
Top board 8, the left and right sides end face of main splice top board 8 connects vertical gripper shoe 9, main splice top
Plate 8 is arch sheet or flat board.Headwall component 2 includes that polylith splices end plate 2.1, reservoir rear body
Splicing end plate 2.1 connects water inlet pipe 5, and anterior splicing end plate 2.1 connects outlet pipe 6；Lower member 3
For pouring base plate 3.1, the left and right sides pouring base plate 3.1 has the vertical gripper shoe 9 with main member 1
Bottom coordinates the first fixing groove 11, the width of the first groove 11 and the width of single vertical gripper shoe 9
Spend corresponding, pour both sides before and after base plate 3.1 have with the splicing end plate 2.1 of headwall component 2 bottom
The second groove 12 coordinated, the water inlet of water collecting pump hole seat 4 is opened in and pours on base plate 3.1.Pour
The middle part of base plate 3.1 is offered and the 3rd groove 13 coordinated bottom two pieces of vertical gripper shoes 9 as required,
The width of the 3rd groove 13 is corresponding with the twice of the width of single vertical gripper shoe 9.
Structure 2: include middle part for water stream channel main member 1 with coordinates bottom main member 1 fix
Lower member 3, and with main member 1 before and after both side surface laminating fixing, and bottom and lower member
Before and after 3, both sides coordinate fixing headwall component 2；Main member 1, lower member 3 and headwall component 2
Surround the reservoir body of a closing, connect with water collecting pump hole seat 4 bottom the rear end of lower member 3, collection
The water inlet of pump sump seat 4 connects with the water stream channel of main member 1, the end of both sides before and after reservoir body
Wall member 2 connects water inlet pipe 5 and outlet pipe 6 respectively；The top of main member 1 is provided with inspection well casing 7.
Main member 1 includes that the main splice of even numbered blocks second 1.2, the second main splice 1.2 include main splice top
Plate 8, the left and right sides end face of main splice top board 8 connects vertical gripper shoe 9, the second main splice
The bottom center of the vertical gripper shoe 9 of 1.2 sides has current via 10, has current via 10
Vertically gripper shoe 9 fits；Main splice top board 8 is arch sheet or flat board.Headwall component 2 includes
Polylith splicing end plate 2.1, the splicing end plate 2.1 of reservoir rear body connects water inlet pipe 5, anterior spelling
Connect end plate 2.1 and connect outlet pipe 6；Lower member 3, for pouring base plate 3.1, pours the left and right of base plate 3.1
Both sides have and coordinate the first fixing groove 11, the first ditch bottom the vertical gripper shoe 9 of main member 1
The width of groove 11 is corresponding with the width of single vertical gripper shoe 9, pours both sides before and after base plate 3.1
The second groove 12 having and coordinate bottom the splicing end plate 2.1 of headwall component 2, water collecting pump hole seat 4
Water inlet be opened in and pour on base plate 3.1.The middle part pouring base plate 3.1 is offered and two pieces as required
The 3rd groove 13 vertically coordinated bottom gripper shoe 9, the width of the 3rd groove 13 supports with single vertical
The twice of the width of plate 9 is corresponding.
Structure 3: include middle part for water stream channel main member 1 with coordinates bottom main member 1 fix
Lower member 3, and with main member 1 before and after both side surface laminating fixing, and bottom and lower member
Before and after 3, both sides coordinate fixing headwall component 2；Main member 1, lower member 3 and headwall component 2
Surround the reservoir body of a closing, connect with water collecting pump hole seat 4 bottom the rear end of lower member 3, collection
The water inlet of pump sump seat 4 connects with the water stream channel of main member 1, the end of both sides before and after reservoir body
Wall member 2 connects water inlet pipe 5 and outlet pipe 6 respectively；The top of main member 1 is provided with inspection well casing 7.
Main member 1 includes that at least one piece of first main splice 1.1, described first main splice 1.1 include main spelling
Fitting top board 8, the left and right sides end face of described main splice top board 8 connects vertical gripper shoe 9, institute
State main member 1 and also include that the main splice of even numbered blocks second 1.2, the second main splice 1.2 include main splicing
Part top board 8, the left and right sides end face of main splice top board 8 connects vertical gripper shoe 9, the second main spelling
The bottom center of the vertical gripper shoe 9 of fitting 1.2 side has current via 10, has current via
The vertical gripper shoe 9 of 10 fits；Main splice top board 8 is arch sheet or flat board.Headwall component 2
Splicing end plate 2.1 including polylith, the splicing end plate 2.1 of reservoir rear body connects water inlet pipe 5, anterior
Splicing end plate 2.1 connect outlet pipe 6；Lower member 3, for pouring base plate 3.1, pours base plate 3.1
The left and right sides has and coordinates the first fixing groove 11 bottom the vertical gripper shoe 9 of main member 1, the
The width of one groove 11 is corresponding with the width of single vertical gripper shoe 9, before and after pouring base plate 3.1
Both sides have and the second groove 12 coordinated bottom the splicing end plate 2.1 of headwall component 2, and water collecting pump is cheated
The water inlet of seat 4 is opened in and pours on base plate 3.1.Pour the middle part of base plate 3.1 offer as required with
The 3rd groove 13 coordinated bottom two pieces of vertical gripper shoes 9, the width of the 3rd groove 13 and single vertical
The twice of the width of gripper shoe 9 is corresponding.
Structure 4: include middle part for water stream channel main member 1 with coordinates bottom main member 1 fix
Lower member 3, and with main member 1 before and after both side surface laminating fixing, and bottom and lower member
Before and after 3, both sides coordinate fixing headwall component 2；Main member 1, lower member 3 and headwall component 2
Surround the reservoir body of a closing, connect with water collecting pump hole seat 4 bottom the rear end of lower member 3, collection
The water inlet of pump sump seat 4 connects with the water stream channel of main member 1, the end of both sides before and after reservoir body
Wall member 2 connects water inlet pipe 5 and outlet pipe 6 respectively；The top of main member 1 is provided with inspection well casing 7.
Main member 1 includes that the main splice of even numbered blocks second 1.2, the second main splice 1.2 include main splice top
Plate 8, the left and right sides end face of main splice top board 8 connects vertical gripper shoe 9, the second main splice
The bottom center of the vertical gripper shoe 9 of 1.2 sides has current via 10；Main member 1 also includes the 3rd
Main splice 1.3, the 3rd main splice 1.3 includes main splice top board 8, main splice top board 8
Left and right sides end face connects vertical gripper shoe 9, the vertical gripper shoe 9 of the 3rd main splice 1.3 both sides
Bottom center all have current via 10；The each piece of vertical gripper shoe 9 with current via 10 is equal
The vertical gripper shoe 9 with another block with current via 10 fits；Main splice top board 8 is arch
Plate or flat board.Headwall component 2 includes that polylith splices end plate 2.1, the splicing end plate 2.1 of reservoir rear body
Connecting water inlet pipe 5, anterior splicing end plate 2.1 connects outlet pipe 6；Lower member 3 is for pouring base plate
3.1, the left and right sides pouring base plate 3.1 has and coordinates bottom the vertical gripper shoe 9 of main member 1 admittedly
The first fixed groove 11, the width of the first groove 11 is corresponding with the width of single vertical gripper shoe 9,
Before and after pouring base plate 3.1, both sides have and second coordinated bottom the splicing end plate 2.1 of headwall component 2
Groove 12, the water inlet of water collecting pump hole seat 4 is opened in and pours on base plate 3.1.Pour in base plate 3.1
Portion offers and the 3rd groove 13 coordinated bottom two pieces of vertical gripper shoes 9, the 3rd groove 13 as required
Width corresponding with the twice of the width of single vertical gripper shoe 9.
Structure 5: include middle part for water stream channel main member 1 with coordinates bottom main member 1 fix
Lower member 3, and with main member 1 before and after both side surface laminating fixing, and bottom and lower member
Before and after 3, both sides coordinate fixing headwall component 2；Main member 1, lower member 3 and headwall component 2
Surround the reservoir body of a closing, connect with water collecting pump hole seat 4 bottom the rear end of lower member 3, collection
The water inlet of pump sump seat 4 connects with the water stream channel of main member 1, the end of both sides before and after reservoir body
Wall member 2 connects water inlet pipe 5 and outlet pipe 6 respectively；The top of main member 1 is provided with inspection well casing 7.
Main member 1 includes at least one piece of first main splice 1.1, the main splice of even numbered blocks second 1.2 and at least
One piece of the 3rd main splice 1.3, the first main splice 1.1 includes main splice top board 8, main splice
The left and right sides end face of top board 8 connects has vertical gripper shoe 9, the second main splice 1.2 to include main splicing
Part top board 8, the left and right sides end face of main splice top board 8 connects vertical gripper shoe 9, the second main spelling
The bottom center of the vertical gripper shoe 9 of fitting 1.2 side has current via 10；3rd main splice
1.3 include main splice top board 8, and the left and right sides end face of main splice top board 8 connects vertically support
Plate 9, the bottom center of the vertical gripper shoe 9 of the 3rd main splice 1.3 both sides all has current via 10；
The each piece of vertical gripper shoe 9 with current via 10 all has the perpendicular of current via 10 with another block
Allotment fagging 9 fits；Main splice top board 8 is arch sheet or flat board.Headwall component 2 includes many
Block splicing end plate 2.1, the splicing end plate 2.1 of reservoir rear body connects water inlet pipe 5, anterior splicing
End plate 2.1 connects outlet pipe 6；Lower member 3, for pouring base plate 3.1, pours the left and right two of base plate 3.1
Side has and coordinates the first fixing groove 11, the first groove bottom the vertical gripper shoe 9 of main member 1
The width of 11 is corresponding with the width of single vertical gripper shoe 9, and before and after pouring base plate 3.1, both sides are opened
The second groove 12 having and coordinate bottom the splicing end plate 2.1 of headwall component 2, water collecting pump hole seat 4
Water inlet is opened in and pours on base plate 3.1.The middle part pouring base plate 3.1 has perpendicular with two pieces as required
The 3rd groove 13 coordinated bottom allotment fagging 9, the width of the 3rd groove 13 and single vertical gripper shoe
The twice of the width of 9 is corresponding.
Two: the reservoir (as shown in Figure 10 15) by based on water storage base 3.2:
Structure 1: include middle part for water stream channel main member 1 with coordinates bottom main member 1 fix
Lower member 3, and with main member 1 before and after both side surface laminating fixing, and bottom and lower member
Before and after 3, both sides coordinate fixing headwall component 2；Main member 1, lower member 3 and headwall component 2
Surround the reservoir body of a closing, connect with water collecting pump hole seat 4 bottom the rear end of lower member 3, collection
The water inlet of pump sump seat 4 connects with the water stream channel of main member 1, the end of both sides before and after reservoir body
Wall member 2 connects water inlet pipe 5 and outlet pipe 6 respectively；The top of main member 1 is provided with inspection well casing 7.
Main member 1 includes that at least one piece of first main splice 1.1, the first main splice 1.1 include main splice
Top board 8, the left and right sides end face of main splice top board 8 connects vertical gripper shoe 9, main splice top
Plate 8 is arch sheet or flat board.Headwall component 2 includes that polylith splices end plate 2.1, reservoir rear body
Splicing end plate 2.1 connects water inlet pipe 5, and anterior splicing end plate 2.1 connects outlet pipe 6；Lower member 3
It is the water storage base 3.2 of a cuboid-type, including base plate 14 and around base plate 14 circumference
Four pieces of base side plates 16 that surface is fixing, the bottom surface of base side plate 16 and the bottom surface of base plate 14 are put down
Together, and the height of base side plate 16 is more than the thickness of base plate 14；Water collecting pump hole seat 4 enter water
Mouth is opened on base plate 14, and before and after water storage base 3.2, the top of the base side plate 16 of both sides has
The first draw-in groove 17 coordinated with bottom the splicing end plate 2.1 of headwall component 2, water storage base about 3.2 two
The top of the base side plate 16 of side has the second draw-in groove 18 that the vertical gripper shoe 9 with main member 1 coordinates,
The width of the second draw-in groove 18 is corresponding with the width of single vertical gripper shoe 9.Base plate 14 basis
Needing to be provided with fixed block 19 along its length, the top of fixed block 19 has and two pieces of vertical gripper shoes
The 3rd draw-in groove 20 coordinated bottom 9, the width of the 3rd draw-in groove 20 and the width of single vertical gripper shoe 9
Twice corresponding.
Structure 2: include middle part for water stream channel main member 1 with coordinates bottom main member 1 fix
Lower member 3, and with main member 1 before and after both side surface laminating fixing, and bottom and lower member
Before and after 3, both sides coordinate fixing headwall component 2；Main member 1, lower member 3 and headwall component 2
Surround the reservoir body of a closing, connect with water collecting pump hole seat 4 bottom the rear end of lower member 3, collection
The water inlet of pump sump seat 4 connects with the water stream channel of main member 1, the end of both sides before and after reservoir body
Wall member 2 connects water inlet pipe 5 and outlet pipe 6 respectively；The top of main member 1 is provided with inspection well casing 7.
Main member 1 includes that the main splice of even numbered blocks second 1.2, the second main splice 1.2 include main splice top
Plate 8, the left and right sides end face of main splice top board 8 connects vertical gripper shoe 9, the second main splice
The bottom center of the vertical gripper shoe 9 of 1.2 sides has current via 10, has current via 10
Vertically gripper shoe 9 fits；Main splice top board 8 is arch sheet or flat board.Headwall component 2 includes
Polylith splicing end plate 2.1, the splicing end plate 2.1 of reservoir rear body connects water inlet pipe 5, anterior spelling
Connect end plate 2.1 and connect outlet pipe 6；Lower member 3 is the water storage base 3.2 of a cuboid-type, including
Base plate 14 and the four pieces of base side plates 16 fixed around base plate 14 peripheral surface, base
The bottom surface of side plate 16 is concordant with the bottom surface of base plate 14, and the height of base side plate 16 is more than base
The thickness of base plate 14；The water inlet of water collecting pump hole seat 4 is opened on base plate 14, water storage base
Before and after 3.2, the top of the base side plate 16 of both sides has and joins bottom the splicing end plate 2.1 of headwall component 2
The first draw-in groove 17 closed, the top of the base side plate 16 of water storage base 3.2 left and right sides has and main structure
The second draw-in groove 18 that the vertical gripper shoe 9 of part 1 coordinates, the width of the second draw-in groove 18 props up with single vertical
The width of fagging 9 is corresponding.Base plate 14 is provided with fixed block 19 the most along its length,
The top of fixed block 19 has and the 3rd draw-in groove 20 coordinated bottom two pieces of vertical gripper shoes 9, the 3rd card
The width of groove 20 is corresponding with the twice of the width of single vertical gripper shoe 9.Base plate 14 basis
Need to be provided with multiple fixed block 19, before and after base plate 14 between two pieces of adjacent fixed blocks 19
Gap is corresponding with the current via 10 bottom vertical gripper shoe 9.
Structure 3: include middle part for water stream channel main member 1 with coordinates bottom main member 1 fix
Lower member 3, and with main member 1 before and after both side surface laminating fixing, and bottom and lower member
Before and after 3, both sides coordinate fixing headwall component 2；Main member 1, lower member 3 and headwall component 2
Surround the reservoir body of a closing, connect with water collecting pump hole seat 4 bottom the rear end of lower member 3, collection
The water inlet of pump sump seat 4 connects with the water stream channel of main member 1, the end of both sides before and after reservoir body
Wall member 2 connects water inlet pipe 5 and outlet pipe 6 respectively；The top of main member 1 is provided with inspection well casing 7.
Main member 1 includes that at least one piece of first main splice 1.1, described first main splice 1.1 include main spelling
Fitting top board 8, the left and right sides end face of described main splice top board 8 connects vertical gripper shoe 9, institute
State main member 1 and also include that the main splice of even numbered blocks second 1.2, the second main splice 1.2 include main splicing
Part top board 8, the left and right sides end face of main splice top board 8 connects vertical gripper shoe 9, the second main spelling
The bottom center of the vertical gripper shoe 9 of fitting 1.2 side has current via 10, has current via
The vertical gripper shoe 9 of 10 fits；Main splice top board 8 is arch sheet or flat board.Headwall component 2
Splicing end plate 2.1 including polylith, the splicing end plate 2.1 of reservoir rear body connects water inlet pipe 5, anterior
Splicing end plate 2.1 connect outlet pipe 6；Lower member 3 is the water storage base 3.2 of a cuboid-type,
Including base plate 14 and around the fixing four pieces of base side plates 16 of base plate 14 peripheral surface,
The bottom surface of base side plate 16 is concordant with the bottom surface of base plate 14, and the height of base side plate 16 is more than
The thickness of base plate 14；The water inlet of water collecting pump hole seat 4 is opened on base plate 14, water storage
Before and after base 3.2, the top of the base side plate 16 of both sides has the splicing end plate 2.1 with headwall component 2
The first draw-in groove 17 that bottom coordinates, the top of the base side plate 16 of water storage base 3.2 left and right sides has
The second draw-in groove 18 coordinated with the vertical gripper shoe 9 of main member 1, the width of the second draw-in groove 18 is with single
Vertically the width of gripper shoe 9 is corresponding.Base plate 14 is provided with fixing the most along its length
Block 19, the top of fixed block 19 has and the 3rd draw-in groove 20 coordinated bottom two pieces of vertical gripper shoes 9,
The width of the 3rd draw-in groove 20 is corresponding with the twice of the width of single vertical gripper shoe 9.Base plate 14
Be provided with multiple fixed block 19 as required, before and after base plate 14 two pieces of adjacent fixed blocks 19 it
Between gap corresponding with the current via 10 bottom vertical gripper shoe 9.
Structure 4: include middle part for water stream channel main member 1 with coordinates bottom main member 1 fix
Lower member 3, and with main member 1 before and after both side surface laminating fixing, and bottom and lower member
Before and after 3, both sides coordinate fixing headwall component 2；Main member 1, lower member 3 and headwall component 2
Surround the reservoir body of a closing, connect with water collecting pump hole seat 4 bottom the rear end of lower member 3, collection
The water inlet of pump sump seat 4 connects with the water stream channel of main member 1, the end of both sides before and after reservoir body
Wall member 2 connects water inlet pipe 5 and outlet pipe 6 respectively；The top of main member 1 is provided with inspection well casing 7.
Main member 1 includes that the main splice of even numbered blocks second 1.2, the second main splice 1.2 include main splice top
Plate 8, the left and right sides end face of main splice top board 8 connects vertical gripper shoe 9, the second main splice
The bottom center of the vertical gripper shoe 9 of 1.2 sides has current via 10；Main member 1 also includes the 3rd
Main splice 1.3, the 3rd main splice 1.3 includes main splice top board 8, main splice top board 8
Left and right sides end face connects vertical gripper shoe 9, the vertical gripper shoe 9 of the 3rd main splice 1.3 both sides
Bottom center all have current via 10；The each piece of vertical gripper shoe 9 with current via 10 is equal
The vertical gripper shoe 9 with another block with current via 10 fits；Main splice top board 8 is arch
Plate or flat board.Headwall component 2 includes that polylith splices end plate 2.1, the splicing end plate 2.1 of reservoir rear body
Connecting water inlet pipe 5, anterior splicing end plate 2.1 connects outlet pipe 6；Lower member 3 is a cuboid
The water storage base 3.2 of type, including base plate 14 and fixing around base plate 14 peripheral surface
Four pieces of base side plates 16, the bottom surface of base side plate 16 is concordant with the bottom surface of base plate 14, and base
The height of side plate 16 is more than the thickness of base plate 14；The water inlet of water collecting pump hole seat 4 is opened in the end
On seat bottom plate 14, before and after water storage base 3.2, the top of the base side plate 16 of both sides has and headwall component
The first draw-in groove 17 coordinated bottom the splicing end plate 2.1 of 2, the base side of water storage base 3.2 left and right sides
The top of plate 16 has the second draw-in groove 18 that the vertical gripper shoe 9 with main member 1 coordinates, the second draw-in groove
The width of 18 is corresponding with the width of single vertical gripper shoe 9.Base plate 14 is long along it as required
Degree direction is provided with fixed block 19, and the top of fixed block 19 has and coordinates bottom two pieces of vertical gripper shoes 9
The 3rd draw-in groove 20, the width of the 3rd draw-in groove 20 is relative with the twice of the width of single vertical gripper shoe 9
Should.Base plate 14 is provided with multiple fixed block 19 as required, two pieces of phases before and after base plate 14
The adjacent gap between fixed block 19 is corresponding with the current via 10 bottom vertical gripper shoe 9.
Structure 5: include middle part for water stream channel main member 1 with coordinates bottom main member 1 fix
Lower member 3, and with main member 1 before and after both side surface laminating fixing, and bottom and lower member
Before and after 3, both sides coordinate fixing headwall component 2；Main member 1, lower member 3 and headwall component 2
Surround the reservoir body of a closing, connect with water collecting pump hole seat 4 bottom the rear end of lower member 3, collection
The water inlet of pump sump seat 4 connects with the water stream channel of main member 1, the end of both sides before and after reservoir body
Wall member 2 connects water inlet pipe 5 and outlet pipe 6 respectively；The top of main member 1 is provided with inspection well casing 7.
Main member 1 includes at least one piece of first main splice 1.1, the main splice of even numbered blocks second 1.2 and at least
One piece of the 3rd main splice 1.3, the first main splice 1.1 includes main splice top board 8, main splice
The left and right sides end face of top board 8 connects has vertical gripper shoe 9, the second main splice 1.2 to include main splicing
Part top board 8, the left and right sides end face of main splice top board 8 connects vertical gripper shoe 9, the second main spelling
The bottom center of the vertical gripper shoe 9 of fitting 1.2 side has current via 10；3rd main splice
1.3 include main splice top board 8, and the left and right sides end face of main splice top board 8 connects vertically support
Plate 9, the bottom center of the vertical gripper shoe 9 of the 3rd main splice 1.3 both sides all has current via 10；
The each piece of vertical gripper shoe 9 with current via 10 all has the perpendicular of current via 10 with another block
Allotment fagging 9 fits；Main splice top board 8 is arch sheet or flat board.Headwall component 2 includes many
Block splicing end plate 2.1, the splicing end plate 2.1 of reservoir rear body connects water inlet pipe 5, anterior splicing
End plate 2.1 connects outlet pipe 6；Lower member 3 is the water storage base 3.2 of a cuboid-type, the end of including
Seat bottom plate 14 and the four pieces of base side plates 16 fixed around base plate 14 peripheral surface, base side
The bottom surface of plate 16 is concordant with the bottom surface of base plate 14, and the height of base side plate 16 is more than at the bottom of base
The thickness of plate 14；The water inlet of water collecting pump hole seat 4 is opened on base plate 14, water storage base 3.2
Front and back the top of the base side plate 16 of both sides has and coordinates bottom the splicing end plate 2.1 of headwall component 2
The first draw-in groove 17, the top of the base side plate 16 of water storage base 3.2 left and right sides has and main member
The second draw-in groove 18 that the vertical gripper shoe 9 of 1 coordinates, the width of the second draw-in groove 18 supports with single vertical
The width of plate 9 is corresponding.Base plate 14 is provided with fixed block 19 the most along its length, Gu
The top determining block 19 has and the 3rd draw-in groove 20 coordinated bottom two pieces of vertical gripper shoes 9, the 3rd draw-in groove
The width of 20 is corresponding with the twice of the width of single vertical gripper shoe 9.Base plate 14 is as required
It is provided with multiple fixed block 19, gap between two pieces of adjacent fixed blocks 19 before and after base plate 14
Corresponding with the current via 10 bottom vertical gripper shoe 9.
For convenience of the maintenance of inspection well casing 7 in this utility model, also it is provided with on splicing end plate 2.1 and climbs
Ladder 15.During rainfall, the cleaning rainwater after filtration treatment is collected and is stored in reservoir.Work as needs
Time, can by the cleaning rainwater in reservoir by immersible pump 21 extract out carry out various reuse, as afforestation,
Road sprays, flushes the toilet etc..As shown in Figure 16 18, reservoir can be spliced into different knots according to environment
Configuration formula, with satisfied construction needs.Water storage base 3.2 or pour base plate 3.1 and all can process at the scene
Become, main splice and splicing end plate 2.1 are made as standard component and i.e. may be implemented under various varying environment
Quick assembling.Main splice, splicing end plate 2.1 are precast concrete, water storage base 3.2 and watering
Build base plate 3.1 for concrete cast in situs part.
When the inflow of rainwater exceedes the water-retention volume of reservoir, can be by high-order drain pipe by unnecessary
Water yield overflow discharge, will not contaminant water environment to natural water or city planting ductwork.
The above, be only preferred embodiment of the present utility model, not to of the present utility model
Structure does any pro forma restriction.Every according to technical spirit of the present utility model to above example
Any simple modification, equivalent variations and the modification made, all still falls within the technical solution of the utility model
In the range of.
Claims (10)
1. a spliced reservoir structure, it is characterised in that: it includes the middle part main structure for water stream channel
Part (1) and main member (1) bottom coordinates the lower member (3) fixed, and with main member (1)
Before and after both side surface laminating fixing, and bottom coordinates with both sides before and after lower member (3) and fixes
Headwall component (2)；Described main member (1), lower member (3) and headwall component (2) surround one
The reservoir body closed, connects with water collecting pump hole seat (4) bottom the rear end of described lower member (3),
The water inlet of described water collecting pump hole seat (4) connects with the water stream channel of main member (1), described reservoir
Before and after body, the headwall component (2) of both sides connects water inlet pipe (5) and outlet pipe (6) respectively；Described
The top of main member (1) is provided with inspection well casing (7).
Spliced reservoir structure the most as claimed in claim 1, it is characterised in that: described main member (1)
Including at least one water stream channel, do not connect between described water stream channel；Described main member (1) wraps
Include the first main splice (1.1) that the laminating of multiple head and the tail is fixing, described first main splice (1.1) bag
Including main splice top board (8), the left and right sides end face of described main splice top board (8) connects to be had vertically
Gripper shoe (9), the first main splice (1.1) constituted structure that the laminating of the plurality of head and the tail is fixing
Central space is single water stream channel；Described main splice top board (8) is arch sheet or flat board.
Spliced reservoir structure the most as claimed in claim 1, it is characterised in that: described main member (1)
Including a plurality of water stream channel, at least two water stream channels are interconnected；Described main member (1) includes
The main splice that polylith head and the tail laminating is fixing, the described polylith main splice that laminating is fixing from beginning to end is constituted
The central space of structure is single water stream channel, and described main splice includes the main splice of even numbered blocks second
(1.2), described second main splice (1.2) includes main splice top board (8), described main splice
The left and right sides end face of top board (8) connects vertical gripper shoe (9), described second main splice (1.2)
The bottom center of the vertical gripper shoe (9) of side has current via (10), and each piece has current
The vertical gripper shoe (9) of via (10) all has the vertical support of current via (10) with another block
Plate (9) fits；Described main splice top board (8) is arch sheet or flat board.
Spliced reservoir structure the most as claimed in claim 3, it is characterised in that: described main splice
Also include that the 3rd main splice (1.3), described 3rd main splice (1.3) include main splice top board
(8), the left and right sides end face of described main splice top board (8) connects vertical gripper shoe (9), institute
The bottom center of the vertical gripper shoe (9) stating the 3rd main splice (1.3) both sides all has current via
(10)。
5. the spliced reservoir structure as described in claim 3 or 4, it is characterised in that: described main spelling
Fitting also includes that at least one piece of first main splice (1.1), described first main splice (1.1) include
Main splice top board (8), the left and right sides end face of described main splice top board (8) connects vertical
Fagging (9).
Spliced reservoir structure the most as claimed in claim 1, it is characterised in that: described headwall component
(2) including polylith splicing end plate (2.1), the splicing end plate (2.1) of described reservoir rear body connects
Water inlet pipe (5), anterior splicing end plate (2.1) connects outlet pipe (6)；
Described lower member (3) for pouring base plate (3.1), described in pour the left and right two of base plate (3.1)
Vertical gripper shoe (9) bottom that side has with main member (1) coordinates fixing the first groove (11),
The width of described first groove (11) is corresponding with the width of single vertical gripper shoe (9), described in water
Build splicing end plate (2.1) bottom that both sides before and after base plate (3.1) have with headwall component (2) to join
The second groove (12) closed, the water inlet of described water collecting pump hole seat (4) is opened in and pours base plate (3.1)
On.
Spliced reservoir structure the most as claimed in claim 6, it is characterised in that pour base plate described in:
(3.1) middle part has the 3rd groove (13) coordinated with two pieces of vertical gripper shoe (9) bottoms, institute
The width stating the 3rd groove (13) is corresponding with the twice of the width of single vertical gripper shoe (9).
Spliced reservoir structure the most as claimed in claim 1, it is characterised in that: described headwall component
(2) including polylith splicing end plate (2.1), the splicing end plate (2.1) of described reservoir rear body connects
Water inlet pipe (5), anterior splicing end plate (2.1) connects outlet pipe (6)；
Described lower member (3) is the water storage base (3.2) of a cuboid-type, including base plate (14)
And around the fixing four pieces of base side plates (16) of base plate (14) peripheral surface, described base side
The bottom surface of plate (16) is concordant with the bottom surface of base plate (14), and the height of base side plate (16)
Thickness more than base plate (14)；The water inlet of described water collecting pump hole seat (4) is opened at the bottom of base
On plate (14), before and after described water storage base (3.2), the top of the base side plate (16) of both sides has
The first draw-in groove (17) coordinated with splicing end plate (2.1) bottom of headwall component (2), described water storage
The top of the base side plate (16) of base (3.2) left and right sides has vertical with main member (1)
The second draw-in groove (18) that fagging (9) coordinates, the width of described second draw-in groove (18) and single vertical
The width of gripper shoe (9) is corresponding.
Spliced reservoir structure the most as claimed in claim 8, it is characterised in that: described base plate
(14) being provided with fixed block (19) along its length, the top of described fixed block (19) has and two
The 3rd draw-in groove (20) that the vertical gripper shoe of block (9) bottom coordinates, the width of described 3rd draw-in groove (20)
Spend corresponding with the twice of the width of single vertical gripper shoe (9).
Spliced reservoir structure the most as claimed in claim 9, it is characterised in that: at the bottom of described base
Plate (14) is provided with multiple fixed block (19), before and after described base plate (14) two pieces adjacent
Gap between fixed block (19) is corresponding with the current via (10) of vertical gripper shoe (9) bottom.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620059192.8U CN205530645U (en) | 2016-01-21 | 2016-01-21 | Concatenation formula reservoir structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620059192.8U CN205530645U (en) | 2016-01-21 | 2016-01-21 | Concatenation formula reservoir structure |
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| Publication Number | Publication Date |
|---|---|
| CN205530645U true CN205530645U (en) | 2016-08-31 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105696698A (en) * | 2016-01-21 | 2016-06-22 | 武汉美华禹水环境有限公司 | Spliced-type storage tank structure |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105696698A (en) * | 2016-01-21 | 2016-06-22 | 武汉美华禹水环境有限公司 | Spliced-type storage tank structure |
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| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160831 Termination date: 20220121 |