CN209429234U - A kind of assembled architecture draining embedding pipe fittings - Google Patents
A kind of assembled architecture draining embedding pipe fittings Download PDFInfo
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- CN209429234U CN209429234U CN201821712681.4U CN201821712681U CN209429234U CN 209429234 U CN209429234 U CN 209429234U CN 201821712681 U CN201821712681 U CN 201821712681U CN 209429234 U CN209429234 U CN 209429234U
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- interface
- connecting piece
- drainage inlet
- branch pipe
- horizontal branch
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Abstract
A kind of assembled architecture draining embedding pipe fittings, are made of, riser connecting piece connects section by upper interface, interface and lower interface is formed riser connecting piece and horizontal branch pipe connecting piece.Interface connects section between upper lower interface, upper and lower orifice；Horizontal branch pipe connecting piece is located at the side of riser connecting piece, connects with riser connecting piece in interface and is connected at section；Horizontal branch pipe connecting piece is made of drainage inlet area and drain outlet area；Drain outlet area is close to riser connecting piece；Empty and lower part is closed in drainage inlet area, and the drainage inlet baffle for protruding into vacancy in drainage inlet area is arranged at top.The utility model can solve the problem of assembled architecture is needed to drop floor or raised ground using co-layer draining and the problem of floor need reserving hole subsequent rewetting method filling-up hole, realize that toilet and balcony are not dropping floor, do not raising the co-layer draining under surface state, the directly pre-buried quick connection installation for realizing dry operation and standpipe in standpipe through-flooring position.
Description
Technical field
The utility model relates to a kind of water-drainage tube part, in particular to a kind of assembled architecture drains embedding pipe fittings.
Background technique
Currently, assembled architecture generallys use drop plate Homofloor drainage system, drop plate height is in 200mm-300mm etc., dress
Big especially with the assembled architecture drop plate difficulty of Prefabricated stacking floor with formula building, soil stack through-flooring position is using pre-
It boxes out the engineering method of hole subsequent wet filling-up hole, construction efficiency is low and has certain leakage hidden trouble.
Summary of the invention
The purpose of the utility model is to overcome existing technological deficiencies, provide a kind of row used in assembled architecture
Water embedding pipe fittings.
A kind of assembled architecture described in the utility model drains embedding pipe fittings, is connected by riser connecting piece (1) and horizontal branch pipe
Fitting (2) is constituted, and riser connecting piece (1) connects section (4) by upper interface (3), interface and lower interface (5) forms；Interface connects section (4) position
Between upper lower interface, upper and lower orifice, upper interface (3) connects soil stack, and lower interface (5) connects lower soil stack；Horizontal branch
Pipe connections (2) are located at the side of riser connecting piece (1), connect with riser connecting piece (1) in interface and are connected at section (4)；Horizontal branch pipe
Connector (2) is made of drainage inlet area (6) and drain outlet area (7)；Drain outlet area (7) is close riser connecting piece (1), on
Portion's inner wall is connected to the upper inside wall of drainage inlet area (6), and lower part connects section (4) with the interface of riser connecting piece (1) and is connected to；Draining
Empty and lower part is closed in inlet region (6), and the drainage inlet baffle (8) for protruding into drainage inlet area (6) interior vacancy is arranged at top, drain into
The top or side of mouth baffle (8) and drainage inlet area (6) and top closed contact, the distance from bottom of drainage inlet baffle (8)
The closed bottom c in drainage inlet area (6) is greater than 5mm and is less than 80mm, is connected with drain outlet area (7) with drainage inlet area (6)
Minimum point a distance between 5mm to 110mm；Drainage inlet baffle (8) with it is upper in drainage inlet area (6) closed region
There is horizontal branch pipe drainage interface (9) in portion, and thus horizontal branch pipe drainage interface (9) connects the horizontal branch below drainage fixture and drainage fixture
Pipe, drainage fixture drains down through the closed interior dead zone in drainage inlet area (6) lower part, past from the bottom of drainage inlet baffle (8)
On backflow the minimum point a being connected to drain outlet area (7) with drainage inlet area (6), again toward flowing down, from drain outlet area
(7) interface of lower part and riser connecting piece (1) connects section (4) connectivity part and is discharged into soil stack, due to empty in drainage inlet area (6) and
The drainage inlet baffle (8) for protruding into drainage inlet area (6) interior vacancy, drainage inlet baffle (8) and draining are arranged at lower part closing, top
Closing contact is arranged at the top or side of inlet region (6), when horizontal branch pipe drainage interface (9) storage drainage fixture draining when, drain into
The height difference formation trapping water for the minimum point a that the bottom of mouth baffle (8) is connected with drain outlet area (7) with drainage inlet area (6)
Envelope prevents pernicious gas from running into room；The bottom of drainage inlet baffle (8) is with drain outlet area (7) with drainage inlet area (6) phase
The perigee distance of connection is greater than 5mm and is less than 110mm, and trapping water seal both can effectively prevent pernicious gas and enter room within this range
Between, and drainage effect can be made extremely unobstructed, horizontal branch pipe drainage interface (9) is located at drainage inlet baffle (8) and drainage inlet area (6)
Thus top in enclosed area can ensure that all utensils draining that trapping water seal can protect horizontal branch pipe drainage interface (9) to be connected,
And all utensils are not necessarily to separately set water seal, even if all utensils draining that horizontal branch pipe drainage interface (9) is connected has safety, again
Pipeline is set to be not likely to produce blocking；It is small that distance from bottom drainage inlet area (6) the closed bottom of drainage inlet baffle (8) is greater than 5mm
In 80mm, this constructs the width and drainage section area that can ensure that drainage channel；Drain outlet area (7) is close to riser connecting piece
(1), upper inside wall is connected to the upper inside wall of drainage inlet area (6), and the interface of lower part and riser connecting piece (1) connects section (4) even
Logical, the dirt that thus construction is conducive in horizontal branch pipe connecting piece (2) will not be detained, and quickly be discharged into soil stack；Horizontal branch pipe connecting piece
(2) it is lower than the minimum point that drainage inlet area (6) are connected to drain outlet area (7) with the highest point b of riser connecting piece (1) connectivity part
A, this construction form the drainage inlet area (6) that drop makes the sewage effluent of soil stack not enter horizontal branch pipe connecting piece (2), and
All utensils draining that the horizontal branch pipe drainage interface (9) in drainage inlet area (6) is connected, can rush at bottom from the height of drop rapidly
Place, is discharged into soil stack, impulse force makes dirt not generate delay.
A kind of assembled architecture described in the utility model drains embedding pipe fittings, the drainage inlet of horizontal branch pipe connecting piece (2)
The minimum point a that area (6) is connected to drain outlet area (7) is lower than the minimum point d of horizontal branch pipe drainage interface (9) outer wall, this construction makes
When horizontal branch pipe drainage interface (9) collects discharge utensil draining, it can be connected to from drainage inlet area (6) with drain outlet area (7) rapidly
Minimum point a discharge, phenomenon of backflowing will not be generated；The drainage inlet area (6) and drain outlet area (7) of horizontal branch pipe connecting piece (2)
The highest face e of connection is higher than the minimum point d of horizontal branch pipe drainage interface (9) outer wall, this construction can ensure horizontal branch pipe connecting piece (2)
Horizontal branch pipe drainage interface (9) in the case that horizontal branch pipe connecting piece (2) bottom level is constant and trapping water seal height is constant, increase
The width of flow path for adding each most narrow place in horizontal branch pipe connecting piece (2) increases the drainage section at each most narrow place in horizontal branch pipe connecting piece (2)
Area keeps draining more unobstructed.
A kind of assembled architecture described in the utility model drains embedding pipe fittings, the lower interface (5) of riser connecting piece (1)
There are 2 or 2 on outer wall with upper flange angle (10), there is the hole (11) penetrated up and down, hole (11) shape on flange angle (10)
It is longer than the short side for long side, and there are the groove (12) at recessed flange angle (10) back side, the inner wall of lower interface (5) in flange angle (10) back side
Greater than the inner wall that interface connects section (4), when assembled architecture draining embedding pipe fittings use pre-buried, flange angle (10) are put on this construction
One isolation cement sheath, is embedded in floor, and cement may not flow into the groove (12) at flange angle (10) back side, removes removing template
Afterwards, the long side that the long side of the fixing head of bolt can penetrate up and down hole (11) below floor from flange angle (10) is filled in, then
Rotation, makes the long side of the fixing head of bolt block the short side of flange angle (10) back side groove (12), thus fixing bolt, convenient for peace
Load face loose flange lid and pipeline.
A kind of assembled architecture described in the utility model drains embedding pipe fittings, the upper interface (3) of riser connecting piece (1)
Inner wall is greater than the inner wall that interface connects section (4), and the inner wall length of upper interface (3) is 1.5 times or more of lower interface (5) inner wall length,
This construction, only need to be by one of standpipe when installing standpipe after assembled architecture draining embedding pipe fittings are embedded in structure floor
It is first inserted in the inner wall of the upper interface (3) of this layer of riser connecting piece (1), then up pulls out standpipe, is inserted into the other end of standpipe
In the lower interface (5) of the pre-buried riser connecting piece of first floor plate (1), and flange is locked, Fast Installation can be realized.
Detailed description of the invention
Fig. 1 is the utility model structural map (1).
Fig. 2 is the utility model structural map (2).
Fig. 3 is that the utility model flange angle constructs top view (1).
Fig. 4 is that Fig. 3 corresponds to bottom view.
Fig. 5 is that the utility model flange angle constructs top view (2).
Fig. 6 is that Fig. 5 corresponds to bottom view.
Specific embodiment
The utility model is described further with reference to the accompanying drawing, but not limited to the examples.
Embodiment 1
As shown in Figure 1, 2, a kind of assembled architecture described in the utility model drains embedding pipe fittings, by riser connecting piece
(1) it is constituted with horizontal branch pipe connecting piece (2), riser connecting piece (1) connects section (4) by upper interface (3), interface and lower interface (5) forms；
Interface connects section (4) between upper lower interface, upper and lower orifice；Horizontal branch pipe connecting piece (2) is located at riser connecting piece (1)
Side connects in interface with riser connecting piece (1) and is connected at section (4)；Horizontal branch pipe connecting piece (2) is by drainage inlet area (6) and draining
Outlet area (7) is constituted；Drain outlet area (7) is in riser connecting piece (1), upper inside wall and the top of drainage inlet area (6)
Wall connection, lower part connects section (4) with the interface of riser connecting piece (1) and is connected to；Empty and lower part is closed in drainage inlet area (6), top
There are the drainage inlet baffle (8) for protruding into drainage inlet area (6) interior vacancy, the side of drainage inlet baffle (8) and drainage inlet area (6)
The closed bottom c in distance from bottom drainage inlet area (6) of portion and top closed contact, drainage inlet baffle (8) is 30mm, with row
Water out area (7) is 50mm with the minimum point a distance that drainage inlet area (6) are connected；Drainage inlet baffle (8) and drainage inlet
Horizontal branch pipe drainage interface (9) is arranged at the top in area (6) closed region；Horizontal branch pipe connecting piece (2) is connected to riser connecting piece (1)
The highest point b at place is 30mm lower than the minimum point a that drainage inlet area (6) are connected to drain outlet area (7).
Embodiment 2
As shown in Figure 1, 2, a kind of assembled architecture described in the utility model drains embedding pipe fittings, by riser connecting piece
(1) it is constituted with horizontal branch pipe connecting piece (2), riser connecting piece (1) connects section (4) by upper interface (3), interface and lower interface (5) forms；
Interface connects section (4) between upper lower interface, upper and lower orifice；Horizontal branch pipe connecting piece (2) is located at riser connecting piece (1)
Side connects in interface with riser connecting piece (1) and is connected at section (4)；Horizontal branch pipe connecting piece (2) is by drainage inlet area (6) and draining
Outlet area (7) is constituted；Drain outlet area (7) is in riser connecting piece (1), upper inside wall and the top of drainage inlet area (6)
Wall connection, lower part connects section (4) with the interface of riser connecting piece (1) and is connected to；Empty and lower part is closed in drainage inlet area (6), top
There are the drainage inlet baffle (8) for protruding into drainage inlet area (6) interior vacancy, the top of drainage inlet baffle (8) and drainage inlet area (6)
The closed bottom c in distance from bottom drainage inlet area (6) of portion's closing contact, drainage inlet baffle (8) is 30mm, with drain outlet
Area (7) is 50mm with the minimum point a distance that drainage inlet area (6) are connected；Drainage inlet baffle (8) and drainage inlet area (6)
Horizontal branch pipe drainage interface (9) is arranged at the top in closed region；Horizontal branch pipe connecting piece (2) and riser connecting piece (1) connectivity part
Highest point b is 30mm lower than the minimum point a that drainage inlet area (6) are connected to drain outlet area (7).
Embodiment 3
As shown in Figure 1, 2, a kind of assembled architecture described in the utility model drains embedding pipe fittings, drainage inlet baffle
(8) the closed bottom c in distance from bottom drainage inlet area (6) is 20mm, with drain outlet area (7) with drainage inlet area (6) phase
The minimum point a distance of connection is 55mm；The highest point b of horizontal branch pipe connecting piece (2) and riser connecting piece (1) connectivity part is lower than draining
The minimum point a that inlet region (6) is connected to drain outlet area (7) is 20mm, remaining is the same as embodiment 1,2.
Embodiment 4
As shown in Figure 1, 2, a kind of assembled architecture described in the utility model drains embedding pipe fittings, drainage inlet baffle
(8) the closed bottom c in distance from bottom drainage inlet area (6) is 20mm, with drain outlet area (7) with drainage inlet area (6) phase
The minimum point a distance of connection is 55mm；The highest point b of horizontal branch pipe connecting piece (2) and riser connecting piece (1) connectivity part is lower than draining
The minimum point a that inlet region (6) is connected to drain outlet area (7) is 25mm, remaining is the same as embodiment 1,2.
Embodiment 5
As shown in Figure 1, 2, a kind of assembled architecture described in the utility model drains embedding pipe fittings, drainage inlet baffle
(8) the closed bottom c in distance from bottom drainage inlet area (6) is 35mm, with drain outlet area (7) with drainage inlet area (6) phase
The minimum point a distance of connection is 53mm；The highest point b of horizontal branch pipe connecting piece (2) and riser connecting piece (1) connectivity part is lower than draining
The minimum point a that inlet region (6) is connected to drain outlet area (7) is 30mm, remaining is the same as embodiment 1,2.
Embodiment 6
As shown in Figure 1, 2, a kind of assembled architecture described in the utility model drains embedding pipe fittings, horizontal branch pipe connecting piece
(2) the minimum point a that drainage inlet area (6) is connected to drain outlet area (7) is minimum lower than horizontal branch pipe drainage interface (9) outer wall
Point d is 20mm, and the highest face e that the drainage inlet area (6) of horizontal branch pipe connecting piece (2) is connected to drain outlet area (7) is higher than horizontal branch
The minimum point d of pipe drainage interface (9) outer wall is 40mm.
Embodiment 7
As shown in Figure 1, 2, a kind of assembled architecture described in the utility model drains embedding pipe fittings, horizontal branch pipe connecting piece
(2) the minimum point a that drainage inlet area (6) is connected to drain outlet area (7) is minimum lower than horizontal branch pipe drainage interface (9) outer wall
Point d is 25mm, and the highest face e that the drainage inlet area (6) of horizontal branch pipe connecting piece (2) is connected to drain outlet area (7) is higher than horizontal branch
The minimum point d of pipe drainage interface (9) outer wall is 30mm.
Embodiment 8
As shown in Figure 1,2,3, 4, a kind of assembled architecture described in the utility model drains embedding pipe fittings, riser connecting piece
(1) there are 2 flange angles (10) on the outer wall of lower interface (5), there is the hole (11) penetrated up and down, hole on flange angle (10)
(11) shape be long side be 25mm, short side 10mm, and there is the groove at recessed flange angle (10) back side at flange angle (10) back side
(12), the long 22mm of groove, width 20mm, depth 10mm, the inner wall of lower interface (5) are greater than the inner wall that interface connects section (4).
Embodiment 9
As shown in Fig. 1,2,5,6, a kind of assembled architecture draining embedding pipe fittings described in the utility model, riser connecting piece
(1) there are 3 flange angles (10) on the outer wall of lower interface (5), there is the hole (11) penetrated up and down, hole on flange angle (10)
(11) shape is long side 15mm longer than the short side, and there is the groove (12) at recessed flange angle (10) back side at flange angle (10) back side, recessed
Flute length 25mm, width 20mm, depth 11mm, the inner wall of lower interface (5) are greater than the inner wall that interface connects section (4).
Embodiment 10
As shown in Figure 1, 2, a kind of assembled architecture described in the utility model drains embedding pipe fittings, riser connecting piece (1)
The inner wall of upper interface (3) be greater than interface and connect the inner walls of section (4), the inner wall length of upper interface (3) is lower interface (5) inner wall length
1.8 times.
Embodiment 11
As shown in Figure 1, 2, a kind of assembled architecture described in the utility model drains embedding pipe fittings, riser connecting piece (1)
The inner wall of upper interface (3) be greater than interface and connect the inner walls of section (4), the inner wall length of upper interface (3) is lower interface (5) inner wall length
2.1 times.
Claims (4)
1. a kind of assembled architecture drains embedding pipe fittings, it is made of riser connecting piece (1) and horizontal branch pipe connecting piece (2)；Its feature
Be: riser connecting piece (1) connects section (4) by upper interface (3), interface and lower interface (5) forms；Interface connects section (4) and is located at up and down
Between interface, upper and lower orifice；Horizontal branch pipe connecting piece (2) is located at the side of riser connecting piece (1), with riser connecting piece (1)
Connect in interface and is connected at section (4)；Horizontal branch pipe connecting piece (2) is made of drainage inlet area (6) and drain outlet area (7)；It drains out
Mouth region (7) is connected to close to riser connecting piece (1), upper inside wall with the upper inside wall of drainage inlet area (6), and lower part is connect with standpipe
The interface of part (1) connects section (4) connection；Empty and lower part is closed in drainage inlet area (6), and top is protruded into drainage inlet area (6)
The drainage inlet baffle (8) in vacancy, drainage inlet baffle (8) and the top of drainage inlet area (6) or side and top closed connects
Touching, the closed bottom c in distance from bottom drainage inlet area (6) of drainage inlet baffle (8) are greater than 5mm and are less than 80mm, and drain out
The minimum point a distance that mouth region (7) is connected with drainage inlet area (6) is between 5mm to 110mm；Drainage inlet baffle (8) and row
Horizontal branch pipe drainage interface (9) is arranged at the top in water inlet area (6) closed region；Horizontal branch pipe connecting piece (2) and riser connecting piece
(1) the highest point b of connectivity part is lower than the minimum point a that drainage inlet area (6) are connected to drain outlet area (7).
2. a kind of assembled architecture according to claim 1 drains embedding pipe fittings, it is characterised in that: horizontal branch pipe connecting piece
(2) the minimum point a that drainage inlet area (6) is connected to drain outlet area (7) is minimum lower than horizontal branch pipe drainage interface (9) outer wall
Point d, the highest face e that the drainage inlet area (6) of horizontal branch pipe connecting piece (2) is connected to drain outlet area (7) are drained higher than horizontal branch pipe
The minimum point d of interface (9) outer wall.
3. a kind of assembled architecture according to claim 2 drains embedding pipe fittings, it is characterised in that: riser connecting piece (1)
Lower interface (5) outer wall on there are 2 or 2 to have the hole (11) penetrated up and down on flange angle (10) with upper flange angle (10),
Hole (11) shape is that long side is longer than the short side, and there is the groove (12) at recessed flange angle (10) back side at flange angle (10) back side, under
The inner wall of interface (5) is greater than the inner wall that interface connects section (4).
4. a kind of assembled architecture according to claim 3 drains embedding pipe fittings, it is characterised in that: riser connecting piece (1)
The inner wall of upper interface (3) be greater than interface and connect the inner walls of section (4), the inner wall length of upper interface (3) is lower interface (5) inner wall length
1.5 times or more.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821712681.4U CN209429234U (en) | 2018-10-22 | 2018-10-22 | A kind of assembled architecture draining embedding pipe fittings |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821712681.4U CN209429234U (en) | 2018-10-22 | 2018-10-22 | A kind of assembled architecture draining embedding pipe fittings |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209429234U true CN209429234U (en) | 2019-09-24 |
Family
ID=67967348
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821712681.4U Active CN209429234U (en) | 2018-10-22 | 2018-10-22 | A kind of assembled architecture draining embedding pipe fittings |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209429234U (en) |
-
2018
- 2018-10-22 CN CN201821712681.4U patent/CN209429234U/en active Active
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