CN209308113U - A kind of assembled architecture drainage joint - Google Patents
A kind of assembled architecture drainage joint Download PDFInfo
- Publication number
- CN209308113U CN209308113U CN201821377408.0U CN201821377408U CN209308113U CN 209308113 U CN209308113 U CN 209308113U CN 201821377408 U CN201821377408 U CN 201821377408U CN 209308113 U CN209308113 U CN 209308113U
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- waste water
- interface
- branch pipe
- drainage
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Abstract
A kind of assembled architecture drainage joint drains upper interface, standpipe draining lower interface, branch sewer interface and waste water branch pipe interface by standpipe and constitutes, and each interface is interconnected；The sewage communication port of branch sewer interface and standpipe draining section is located at the top of waste water branch pipe interface and standpipe draining section waste water communication port；Waste water interface tube has the pipeline section of a pars infrasegmentalis closed front, inner wall connection, and the drainage inlet of waste pipe drainage interface is in lower part closed front, the top of inner wall connection pipeline section.The utility model be applied to assembled architecture, solve the problems, such as that assembled integral vacuum toilet needs to drop plate, and make drainage pipeline installation become easy with maintenance convenient for safeguarding, and have exclude water supply and sewerage pipeline occur accident generate ponding emergency discharge function.
Description
Technical field
The utility model belongs to building field, the utility model relates to a kind of drainage joint, in particular to a kind of assembled
Construction drainage connector.
Background technique
Currently, assembled architecture uses assembled integral vacuum toilet, draining setting trapping safety device is both needed to drop floor, gives
When drainage pipeline generates leakage or booster, ponding be cannot exclude.
Summary of the invention
The content of the utility model is to overcome prior art defect, provides one kind and use in assembled architecture, drain
When trapping safety device is arranged without dropping floor.
Assembled architecture drainage joint described in the utility model drains upper interface (1) by standpipe, standpipe drains lower interface
(2), branch sewer interface (3) and waste water branch pipe interface (4) are constituted, and each interface is interconnected；Branch sewer interface (3) and standpipe
The sewage communication port (6) of draining section (5) is located at waste water branch pipe interface (4) and drains the upper of section (5) waste water communication port (7) with standpipe
The height difference h1 of side, sewage communication port (6) lower end and waste water communication port (7) upper end is in 10mm~300mm, waste water branch pipe interface (4)
The discharge of wastewater utensils such as washbowl, floor drain are connected, branch sewer interface (3) connects w.c.pan, branch sewer draining and waste water branch
Pipe draining is not interfere with each other, and promotes draining safety, the sewage and w.c.pan row when standpipe and branch sewer drain simultaneously, in standpipe
The sewage put may not flow into waste water branch pipe interface (4)；The opening of sewage interface tube (3) towards with horizontal sextant angle α ± 20 ° it
Between, waste water branch pipe interface (4) has a pars infrasegmentalis closed front, inner wall connection and transverse and vertical angle between 70 ° -110 °
Transverse drainage collect section (9), the drainage inlet (12) of waste water branch pipe interface (4) collects the top of section (9) in transverse drainage, row
The opening of water inlet (12) is towards between ± 20 °, drainage inlet (12) of waste water branch pipe interface (4) are opened with horizontal sextant angle β
Waste water branch pipe interface (4) can be embedded in ground structure between 60mm~250mm by mouth lowest part and closed bottom surface distance h2
In plate, when the drainage inlet (12) of waste water branch pipe interface (4) is connect with the waste pipe of assembled toilet, assembled toilet
Chassis without padded, can be placed directly in ground floor, old place face is without dropping plate, and waste water branch pipe interface (4) lower end closed
Will not expose lower layer roof.
Assembled architecture drainage joint described in the utility model, waste water branch pipe interface (4) lower part closed front, inner wall connect
It is logical and have with transverse drainage of the vertical angle between 70 ° -110 ° bottom of collecting section (9) and be higher by the closed recessed of bottom at one
Slot (8), waste water branch pipe interface (4) drainage inlet (12) lower section have an outer wall close with waste water branch pipe interface (4) lower part, is interior
The connection up and down, no that wall is connected to and is connected with the top that transverse drainage of the vertical angle between 70 ° -110 ° collects section (9)
The closed pipeline section of connectivity part (10), upper and lower connection, the lower openings of the closed pipeline section of connectivity part (10) are not in groove (8),
Top connects the drainage inlet (12) of waste water branch pipe interface (4), this structure is used to form trapping safety water seal device.
Assembled architecture drainage joint described in the utility model, the drainage inlet (12) of waste water branch pipe interface (4) can be with
The pipeline section (10) that the top that the closed transverse drainage in waste water branch pipe interface (4) lower part collects section (9) was connected be connected to up and down is
Separable, the drainage inlet of waste water branch pipe interface (4) can rotate to different directions, the outer wall of the other end of drainage inlet (12)
It covers in upper and lower connection, not in the inner wall of the closed pipeline section of connectivity part (10), and the inner wall of pipeline section (10) has connection up and down to protrude into pipe
The channel (11) of section inner wall, so that waste water branch pipe interface (4) can also receive the ponding entered in addition to drainage inlet (12), product
Water is connected to the gap shape between the channel (11) for protruding into pipeline section inner wall along drainage inlet (12) up and down with the inner wall of pipeline section (10)
At row's ponding channel, be discharged into waste water branch pipe interface (4), from waste water communication port (7) be discharged, and with drainage inlet (12) share
Trapping safety water seal device does not have peculiar smell and enters room from there.
Detailed description of the invention
Fig. 1 is the utility model structure chart 1.
Fig. 2 is the utility model structure chart 2.
Specific embodiment
The utility model is described further with reference to the accompanying drawing, but not limited to the examples.
Embodiment 1
A kind of assembled architecture drainage joint drains upper interface (1) by standpipe, standpipe drains lower interface as shown in Figure 1, 2
(2), branch sewer interface (3) and waste water branch pipe interface (4) are constituted, and each interface is interconnected；Branch sewer interface (3) and standpipe
The sewage communication port (6) of draining section (5) is located at waste water branch pipe interface (4) and drains the upper of section (5) waste water communication port (7) with standpipe
The height difference h1 of side, sewage communication port (6) lower end and waste water communication port (7) upper end is in 100mm；The opening of branch sewer interface (3)
Towards, at 2 °, waste water branch pipe interface (4) has the transverse drainage of a pars infrasegmentalis closed front, inner wall connection to collect with horizontal sextant angle α
At 90 °, the drainage inlet (12) of waste water branch pipe interface (4) connects in lower part closed front, inner wall for section (9), direction and vertical angle
Logical transverse drainage collects the top of section (9), the opening of drainage inlet (12) towards with horizontal sextant angle β at 2 °, waste water branch pipe interface
(4) opening of drainage inlet (12) and closed bottom surface distance h2 are 130mm.
Embodiment 2
A kind of assembled architecture drainage joint, as shown in Figure 1, 2, the closed transverse drainage in waste water branch pipe interface (4) lower part
The closed groove (8) that bottom is higher by one arranged at the bottom for collecting section (9), under waste water branch pipe interface (4) drainage inlet (12)
Side, what the top for having an outer wall to collect section (9) with the closed transverse drainage in waste water branch pipe interface (4) lower part was connected connects up and down
Logical, the not closed pipeline section of connectivity part (10), up and down connection, the lower openings of the closed pipeline section of connectivity part (10) are not in groove
(8) in, top connects the drainage inlet (12) of waste water branch pipe interface (4).
Embodiment 3
A kind of assembled architecture drainage joint, as shown in Figure 1, 2, the drainage inlet (12) of waste water branch pipe interface (4) can be with
The pipeline section (10) that the top that the closed transverse drainage in waste water branch pipe interface (4) lower part collects section (9) was connected be connected to up and down is
Separable, the outer wall of the other end of drainage inlet (12) covers the inner wall in upper and lower connection, the not closed pipeline section of connectivity part (10)
It is interior, and the channel (11) that the inner wall of pipeline section (10) has connection up and down to protrude into pipeline section inner wall 10mm.
Claims (3)
1. a kind of assembled architecture drainage joint drains upper interface (1) by standpipe, standpipe drains lower interface (2), branch sewer connects
Mouth (3) and waste water branch pipe interface (4) are constituted, and each interface is interconnected；It is characterized by: branch sewer interface (3) and standpipe are arranged
The sewage communication port (6) of water section (5) is located at the top of waste water branch pipe interface (4) and standpipe draining section (5) waste water communication port (7),
The height difference h1 of sewage communication port (6) lower end and waste water communication port (7) upper end is between 10mm~300mm；Branch sewer interface (3)
Opening towards with horizontal sextant angle α between ± 20 °, waste water branch pipe interface (4) have a pars infrasegmentalis closed front, inner wall connection and
Transverse drainage of the transverse and vertical angle between 70 ° -110 ° collects section (9), the drainage inlet (12) of waste water branch pipe interface (4)
The top for the pipeline section that closed front, inner wall are connected in lower part, the opening direction of drainage inlet (12) is with horizontal sextant angle β at ± 20 °
Between, transverse direction that the lowest part of the opening of the drainage inlet (12) of waste water branch pipe interface (4) is connected to lower part closed front, inner wall
Draining collects section (9) bottom surface distance h2 between 60mm~250mm.
2. a kind of assembled architecture drainage joint according to claim 1, it is characterised in that: under waste water branch pipe interface (4)
The closed groove (8) that bottom is higher by one, waste water branch pipe interface (4) are arranged at the bottom that the closed transverse drainage in portion collects section (9)
Below drainage inlet (12), there are an outer wall and the closed transverse drainage in waste water branch pipe interface (4) lower part to collect the top of section (9)
The connection up and down that is connected, the closed pipeline section of non-connectivity part (10), up and down connection, the not closed pipeline section of connectivity part (10) lower part
For opening in groove (8), top connects the drainage inlet (12) of waste water branch pipe interface (4), and the opening of waste water communication port (7) is high
Point is 10mm or more lower than groove (8) and the communication port of waste water communication port (7) connectivity part, and the open section of waste water communication port (7)
Area is greater than 300mm2。
3. a kind of assembled architecture drainage joint according to claim 2, it is characterised in that: waste water branch pipe interface (4)
The top that drainage inlet (12) can collect section (9) with the closed transverse drainage in waste water branch pipe interface (4) lower part is connected upper and lower
The pipeline section (10) of connection be it is separable, the outer wall of the other end of drainage inlet (12) is covered in upper and lower connection, connectivity part is not closed
Pipeline section (10) inner wall in, and the inner wall of pipeline section (10) has connection up and down to protrude into the channel (11) of pipeline section inner wall.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821377408.0U CN209308113U (en) | 2018-08-26 | 2018-08-26 | A kind of assembled architecture drainage joint |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821377408.0U CN209308113U (en) | 2018-08-26 | 2018-08-26 | A kind of assembled architecture drainage joint |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209308113U true CN209308113U (en) | 2019-08-27 |
Family
ID=67669691
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821377408.0U Active CN209308113U (en) | 2018-08-26 | 2018-08-26 | A kind of assembled architecture drainage joint |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209308113U (en) |
-
2018
- 2018-08-26 CN CN201821377408.0U patent/CN209308113U/en active Active
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