CN210737740U - Plastic pipe well integrated device - Google Patents
Plastic pipe well integrated device Download PDFInfo
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- CN210737740U CN210737740U CN201921640736.XU CN201921640736U CN210737740U CN 210737740 U CN210737740 U CN 210737740U CN 201921640736 U CN201921640736 U CN 201921640736U CN 210737740 U CN210737740 U CN 210737740U
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Abstract
The utility model discloses a plastic pipe well integrated device, which belongs to the technical field of plastic pipes and comprises a main inspection well, a secondary inspection well, a branch inspection well, a main drainage pipe, a secondary drainage pipe, a branch drainage pipe, a main water inlet pipe, a secondary water inlet pipe and a branch water inlet pipe; by adopting the technical means of pipe well integrated design, manufacture and installation, the pipe well is more firmly connected, the sealing and leakage prevention are ensured, the pipe manufacturing, construction, operation and maintenance costs are reduced, and the service life of a pipe network is prolonged; the method is widely applied to the fields of municipal building water supply and drainage, gas, industrial pipelines and the like.
Description
Technical Field
The utility model discloses plastic tubing well integrated device relates to plastic tubing technical field, especially relates to a combination formula device that plastic conduit and plastic well integration are connected.
Background
In recent 30 years, city construction is greatly promoted, and the development of water supply and drainage pipelines is unprecedented and rapid. In infrastructure construction, a prefabricated reinforced concrete inspection well is usually connected with a cement pipe or a nodular cast iron pipe to form an urban water supply and drainage pipe network; the existing water supply and drainage pipe well or pipeline joint connection has insufficient attention degree, and particularly, the water supply and drainage pipes of various varieties, various materials and various manufacturers are difficult to be connected with an inspection well in a matching way; the construction cost is increased, and the connection quality of the pipe well or the pipeline joint cannot be ensured; meanwhile, according to the existing construction process, the use of pipe network materials and the acceptance method of pipe network construction, such as a closed water test, a ball passing test and the like, the integrity of the pipe network before use and the sealing property after use are difficult to ensure.
The existing joints of the water supply and drainage pipe well or the pipeline are connected by flanges, a mechanical method is adopted, the flanges are made of cast iron, alloy and the like and are used for fastening a cement pipe, a nodular cast iron pipe or a plastic part, expansion coefficients or contraction coefficients are different, so that the joint connection quality between the inspection well and the pipeline or the pipeline is not high, and the cost is higher.
The defects of the prior art are that the construction on site is inconvenient, the construction time is long, the economic benefit is low, the connection quality cannot be guaranteed, the operation and maintenance cost is high, the service life is shortened, and other engineering quality problems exist.
Disclosure of Invention
In order to overcome the defects of unstable connection quality, leakage and the like of the joint between the conventional inspection well and the pipeline or between the pipelines, the invention provides the plastic pipe well integrated device.
The plastic pipe well integrated device comprises a main inspection well, a secondary inspection well, a branch inspection well, a main drainage pipe, a secondary drainage pipe, a branch drainage pipe, a main water inlet pipe, a secondary water inlet pipe and a branch water inlet pipe; the connection relation of the plastic pipe well integrated device is as follows: the main inspection wells are connected in series through main drainage pipes, the secondary inspection wells are connected in series through secondary drainage pipes, and the branch inspection wells are connected in series through branch drainage pipes; the main inspection well is connected with the secondary inspection well through a secondary drainage pipe, and the secondary inspection well is connected with the branch inspection well through a branch drainage pipe; the main water inlet pipe is connected with the main inspection well, the secondary water inlet pipe is connected with the secondary inspection well, and the branch water inlet pipe is connected with the branch inspection well; the bottom of the main water inlet pipe is higher than the bottom of the main drainage pipe, the bottom of the secondary water inlet pipe is higher than the bottom of the secondary drainage pipe, and the bottom of the branch water inlet pipe is higher than the bottom of the branch drainage pipe; the bottom of the branch drain pipe is higher than that of the secondary drain pipe, and the bottom of the secondary drain pipe is higher than that of the main drain pipe.
The main inspection well, the secondary inspection well, the branch inspection well, the main drainage pipe, the secondary drainage pipe, the branch drainage pipe, the main water inlet pipe, the secondary water inlet pipe and the branch water inlet pipe are all made of plastics.
The main inspection well is connected with the main drainage pipe, the secondary inspection well is connected with the secondary drainage pipe, and the branch inspection well is connected with the branch drainage pipe by adopting the melting welding connection of heating elements.
The main inspection well is connected with the secondary drainage pipe, and the secondary inspection well is connected with the branch drainage pipe by adopting the melting welding connection of the heating element.
The connection among the main drainage pipes, the connection among the secondary drainage pipes and the connection among the branch drainage pipes are sealed by rubber sealing rings and/or are connected by melting and welding heating elements.
At least more than one main inspection well is arranged; the main inspection well is at least connected with more than one main drainage pipe, a secondary drainage pipe and a main water inlet pipe.
At least more than one secondary inspection well is arranged; the secondary inspection well is at least connected with more than one main inspection well, the secondary drainage pipe and the secondary water inlet pipe.
At least more than one inspection well is arranged; the branch inspection well is at least connected with more than one inspection well, branch drainage pipe and branch water inlet pipe.
The plastic pipe well integrated device design, manufacture, installation and connection process method comprises the following steps:
a plastic pipe well integration method.
The method comprises the following steps: selecting the caliber, the quantity, the direction and the elevation of a pipeline accessed by the inspection well according to the actual mapping data of the construction site;
the method comprises the following steps: according to the requirements of the caliber, the quantity and the direction of the inspection well and the pipeline, the production and the manufacture are carried out in a workshop;
the method comprises the following steps: excavating a construction site pipe trench according to construction site requirements;
the method comprises the following steps: installing inspection wells and pipelines according to the requirements of a construction site;
the method comprises the following steps: in a construction site, the main inspection wells are connected in series through main drainage pipes, the secondary inspection wells are connected in series through secondary drainage pipes, and the branch inspection wells are connected in series through branch drainage pipes; the main inspection well is connected with the secondary inspection well through a secondary drainage pipe, and the secondary inspection well is connected with the branch inspection well through a branch drainage pipe; the bottom of the main water inlet pipe is higher than the bottom of the main drainage pipe, the bottom of the secondary water inlet pipe is higher than the bottom of the secondary drainage pipe, and the bottom of the branch water inlet pipe is higher than the bottom of the branch drainage pipe; the bottom of the branch drain pipe is higher than that of the secondary drain pipe, and the bottom of the secondary drain pipe is higher than that of the main drain pipe;
the method comprises the following steps: backfilling is synchronously carried out on the construction site;
the method comprises the following steps: and (4) inspecting the installed inspection well and the pipeline at the construction site, and delivering the inspection well and the pipeline to be qualified.
The technical route of the plastic pipe well integrated method is as follows: only the inspection well is matched with a pipeline, and the safety standard and innovative product design concept and standard construction are implemented, so that zero leakage of sewage can be ensured. But also has the advantages of protecting ecology, improving environment, improving building quality, reducing building dead weight, being convenient and fast to construct, and the like, and is widely applied to the fields of municipal building water supply and drainage, gas, industrial pipelines, and the like.
Zero leakage of sewage, and zero discharge of domestic sewage in rural areas (urban and rural areas); effectively controlling non-point source pollution (mainly initial rainwater); the water and soil conservation and the scour prevention are carried out in a penetrating way and all-around rainwater drainage manner, and the device also has the following technical characteristics.
(1) Improving water environment, reducing water pollution, treating black and odorous water body and trying to achieve zero leakage of sewage. The sewage pipe network has zero leakage, avoids leakage, overflow and leakage, and is difficult to ensure the integrity of the pipe network before use and the sealing property after use according to the existing construction process, the pipe network construction acceptance method (closed water test and ball passing test), the pipe network material use and the like.
(2) The urban scale is enlarged, the population is centralized, and the holding water yield and the catchment volume of pipe network are bigger and bigger, according to the requirement of low influence development, will be higher and higher to the quality requirement of pipe network in the future, will be higher and higher to the unobstructed requirement of pipeline, and a joint is exactly a possible leak point.
(3) The integration of drainage system pipe well is accomplished complete mating connection when the product of material is connected in the installation promptly to the product, and zero seepage of interface, simple to operate, sealed reliable, ring rigidity is high, and the ring flexibility is good, and anti-settling property is excellent, satisfies the function that the pipe network was maintained and is overhauld. The pipe well is integrally designed and constructed, and is synchronously excavated and backfilled with a pipe ditch under an ideal state, so that the construction workload is reduced, the labor intensity is reduced, the requirements of green buildings are met, and the method conforms to the times trend of assembly buildings. Long service life and good hydraulic property.
(4) The plastic drainage pipe and the plastic inspection well are produced and processed in a workshop, assembled on site, and compared with original brick laying and concrete pouring, the operation amount of a construction site is greatly reduced, and the pipe well is integrally designed and constructed, ideally synchronously excavated with a pipe ditch and backfilled, and completely meets the requirement of green buildings. As the name suggests, the implementation of the integration of the tube well meets the requirement of the times of assembly type buildings.
The utility model discloses plastic tubing well integrated device's apparent characteristics and technical progress are:
the technical route is that all plastic inspection wells and plastic pipelines are connected, the technical means is finished by workshop production and processing, and field assembly is carried out, compared with original brick laying and concrete pouring, the operation amount of a construction field is greatly reduced, the plastic pipe well is integrally designed and constructed, ideally, the plastic pipe well and pipe ditch excavation and backfilling are carried out synchronously, and the requirements of green buildings are completely met; the technical effects of simple process flow and guaranteed sealing quality are achieved, the sealing performance, the compression resistance and the outer surface corrosion resistance of the plastic pipe combined type sealing connecting device are improved, and the technical purposes of reducing the production and construction cost as much as possible and improving the economic benefit are achieved; the defects that the plastic of the inner wall and the outer wall of the joint of the pipe is cracked, water leakage occurs and the service life is shortened in the installation and use process are overcome; the technical purpose who realizes is that reduce pipe network construction, operation, cost of maintenance, improves pipe network compressive strength and life, and the product of drainage system plastic pipe well integration promptly with the material accomplishes complete mating connection when the erection joint, and zero seepage of interface, simple to operate, it is sealed reliable, ring rigidity is high, and the ring flexibility is good, and anti-settling performance is excellent, satisfies the function that the pipe network was maintained and is overhauld.
Plastic pipe well integrated and concrete pipe performance comparison table
Drawings
Fig. 1 is a schematic perspective structure diagram of a plastic pipe well integrated device.
In the figure: the inspection system comprises a main inspection well A1, a secondary inspection well A2, a branch inspection well A3, a main drainage pipe B1, a secondary drainage pipe B2, a branch drainage pipe B3, a main water inlet pipe C1, a secondary water inlet pipe C2 and a branch water inlet pipe C3.
Detailed Description
This patent is implemented at a site where a plastic tube-well integrated device is required.
The first embodiment,
Referring to the attached drawing 1 of the specification, the plastic pipe well integrated device is implemented, and a construction site comprises ten units of sewage collection of residential households of a community, one unit of sewage collection of the community and one unit of sewage collection of a street. The system is designed to be used for three-level sewage collection, namely 10 inspection wells A3, 2 secondary inspection wells A2 and a main inspection well A1, and pipelines are laid and connected according to the actual situation of a construction site.
The plastic pipe well integrated device comprises a main inspection well A1, a secondary inspection well A2, a branch inspection well A3, a main water drainage pipe B1, a secondary water drainage pipe B2, a branch water drainage pipe B3, a main water inlet pipe C1, a secondary water inlet pipe C2 and a branch water inlet pipe C3; the connection relation of the plastic pipe well integrated device is as follows: the main inspection wells A1 are connected in series through main drainage pipes B1, the secondary inspection wells A2 are connected in series through secondary drainage pipes B2, and the branch inspection wells A3 are connected in series through branch drainage pipes B3; the main inspection well A1 is connected with a secondary inspection well A2 through a secondary drainage pipe B2, and the secondary inspection well A2 is connected with a branch inspection well A3 through a branch drainage pipe B3; the main water inlet pipe B1 is connected with the main inspection well A1, the secondary water inlet pipe C2 is connected with the secondary inspection well A2, and the branch water inlet pipe C3 is connected with the branch inspection well A3; the bottom of the main water inlet pipe C1 is higher than the bottom top of the main water discharge pipe B1, the bottom of the secondary water inlet pipe C2 is higher than the bottom of the secondary water discharge pipe B2, and the bottom of the branch water inlet pipe C3 is higher than the bottom of the branch water discharge pipe B3; the bottom of the branch drain pipe B3 is higher than the bottom of the secondary drain pipe B2, and the bottom of the secondary drain pipe B2 is higher than the bottom of the main drain pipe B1.
The main inspection well A1, the secondary inspection well A2, the branch inspection well A3, the main drainage pipe B1, the secondary drainage pipe B2, the branch drainage pipe B3, the main water inlet pipe C1, the secondary water inlet pipe C2 and the branch water inlet pipe C3 are all made of plastics.
The main inspection well A1 is connected with a main drainage pipe B1, the secondary inspection well A2 is connected with a secondary drainage pipe C2, and the branch inspection well A3 is connected with a branch drainage pipe C3 through heating element fusion welding.
The main inspection well A1 is connected with a secondary drain pipe B2, and the secondary inspection well A2 is connected with a branch drain pipe C3 by adopting a heating element for fusion welding connection.
The connection among the main drainage pipes B1, the connection among the secondary drainage pipes C2 and the connection among the branch drainage pipes C3 are all sealed by rubber sealing rings and connected with heating elements through fusion welding.
Example II,
Referring to the attached drawing 1 of the specification, the plastic pipe well integrated device is implemented, and rainwater is collected in a residential area at a construction site; one district rainwater collection and one street rainwater collection. The design is that the second grade rainwater is collected, ten secondary inspection shaft A2, eight main inspection shaft A1, and the pipeline is laid according to the actual condition of the building site and is connected.
The rest is the same as above.
Claims (8)
1. Plastics tube-well integrated device, its characterized in that: the plastic pipe well integrated device comprises a main inspection well, a secondary inspection well, a branch inspection well, a main drainage pipe, a secondary drainage pipe, a branch drainage pipe, a main water inlet pipe, a secondary water inlet pipe and a branch water inlet pipe; the connection relation of the plastic pipe well integrated device is as follows: the main inspection wells are connected in series through main drainage pipes, the secondary inspection wells are connected in series through secondary drainage pipes, and the branch inspection wells are connected in series through branch drainage pipes; the main inspection well is connected with the secondary inspection well through a secondary drainage pipe, and the secondary inspection well is connected with the branch inspection well through a branch drainage pipe; the main water inlet pipe is connected with the main inspection well, the secondary water inlet pipe is connected with the secondary inspection well, and the branch water inlet pipe is connected with the branch inspection well; the bottom of the main water inlet pipe is higher than the bottom of the main drainage pipe, the bottom of the secondary water inlet pipe is higher than the bottom of the secondary drainage pipe, and the bottom of the branch water inlet pipe is higher than the bottom of the branch drainage pipe; the bottom of the branch drain pipe is higher than that of the secondary drain pipe, and the bottom of the secondary drain pipe is higher than that of the main drain pipe.
2. A plastic tube well integrated device as claimed in claim 1, wherein: the main inspection well, the secondary inspection well, the branch inspection well, the main drainage pipe, the secondary drainage pipe, the branch drainage pipe, the main water inlet pipe, the secondary water inlet pipe and the branch water inlet pipe are all made of plastics.
3. A plastic tube well integrated device as claimed in claim 1, wherein: the main inspection well is connected with the main drainage pipe, the secondary inspection well is connected with the secondary drainage pipe, and the branch inspection well is connected with the branch drainage pipe by adopting the melting welding connection of heating elements.
4. A plastic tube well integrated device as claimed in claim 1, wherein: the main inspection well is connected with the secondary drainage pipe, and the secondary inspection well is connected with the branch drainage pipe by adopting the melting welding connection of the heating element.
5. A plastic tube well integrated device as claimed in claim 1, wherein: the connection among the main drainage pipes, the connection among the secondary drainage pipes and the connection among the branch drainage pipes are sealed by rubber sealing rings and/or are connected by melting and welding heating elements.
6. A plastic tube well integrated device as claimed in claim 1, wherein: at least more than one main inspection well is arranged; the main inspection well is at least connected with more than one main drainage pipe, a secondary drainage pipe and a main water inlet pipe.
7. A plastic tube well integrated device as claimed in claim 1, wherein: at least more than one secondary inspection well is arranged; the secondary inspection well is at least connected with more than one main inspection well, the secondary drainage pipe and the secondary water inlet pipe.
8. A plastic tube well integrated device as claimed in claim 1, wherein: at least more than one inspection well is arranged; the branch inspection well is at least connected with more than one inspection well, branch drainage pipe and branch water inlet pipe.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921640736.XU CN210737740U (en) | 2019-09-29 | 2019-09-29 | Plastic pipe well integrated device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921640736.XU CN210737740U (en) | 2019-09-29 | 2019-09-29 | Plastic pipe well integrated device |
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| CN210737740U true CN210737740U (en) | 2020-06-12 |
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| CN201921640736.XU Active CN210737740U (en) | 2019-09-29 | 2019-09-29 | Plastic pipe well integrated device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110528666A (en) * | 2019-09-29 | 2019-12-03 | 谭连平 | Plastics conduit well integrated apparatus and method |
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2019
- 2019-09-29 CN CN201921640736.XU patent/CN210737740U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110528666A (en) * | 2019-09-29 | 2019-12-03 | 谭连平 | Plastics conduit well integrated apparatus and method |
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