CN201826364U - Combined installation structure of flexible cast iron drain pipe in toilets of high-rise buildings - Google Patents
Combined installation structure of flexible cast iron drain pipe in toilets of high-rise buildings Download PDFInfo
- Publication number
- CN201826364U CN201826364U CN2010202712474U CN201020271247U CN201826364U CN 201826364 U CN201826364 U CN 201826364U CN 2010202712474 U CN2010202712474 U CN 2010202712474U CN 201020271247 U CN201020271247 U CN 201020271247U CN 201826364 U CN201826364 U CN 201826364U
- Authority
- CN
- China
- Prior art keywords
- pipe
- type
- iron drain
- flexible iron
- drain
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Images
Landscapes
- Sink And Installation For Waste Water (AREA)
Abstract
The utility model discloses a combined installation structure of a flexible cast iron drain pipe in toilets of high-rise buildings, comprising a W-shaped flexible cast iron drain pipe, an A-shaped flexible cast iron drain pipe connected with the W-shaped flexible cast iron drain pipe and a B-shaped flexible cast iron drain pipe connected with the A-shaped flexible cast iron drain pipe; the W-shaped flexible cast iron drain pipe, the A-shaped flexible cast iron drain pipe and the B-shaped flexible cast iron drain pipe are sequentially connected to form a combined type drain pipeline, and the vertical installation height of the combined type drain pipeline corresponds to the floor height of the high-rise building. In the utility model, the design is reasonable, the assembly is convenient, the material is saved, the using effect is good, the disadvantage that the single cast iron pipeline and accessories which are adopted in the traditional method can not be completely adaptive to the combination diversity of devices in the toilet is overcome, the pipeline joints are reduced, the installation size of the pipelines is reduced and the ceiling height is promoted.
Description
Technical field
The utility model belongs to high residential building toilet drainage pipe installation technology field, especially relates to the flexible iron drain-pipe aggregate erection in a kind of high residential building washroom structure.
Background technology
Along with developing rapidly of builing industry, the use of the flexible iron drain-pipe of novel mechanism in the high residential building drainage system more and more widely.The flexible iron drain-pipe of novel mechanism is divided into two kinds of the flexible iron drain-pipe of A type (claim not only " bell socket tube connector ") and the flexible iron drain-pipes of W type (but also title " no bellmouth tube connector ") by its interface shape.In recent years, increased not only the flexible iron drain-pipe (but also claiming full bellmouth tube connector) of Type B on the market.But, the flexible iron drain-pipe of nowadays above-mentioned Type B, each series standard gutter and accessory in the flexible iron drain-pipe of A type and three types of gutters of the flexible iron drain-pipe of W type, in the engineering design construction all is a kind of type of conduits of single employing and plumbing fitting usually, though above-mentioned three types of gutters respectively have pluses and minuses, the spare interface positional fault often appears in the toilet drainage system that the arbitrary middle gutter in the above-mentioned three kinds of gutters of single employing is assembled, the pipeline position that takes up room is big, waste material is more serious, integral body is not attractive in appearance, reduce the multiple practical problems such as ceiling height of washroom.
The utility model content
Technical problem to be solved in the utility model is at above-mentioned deficiency of the prior art, the flexible iron drain-pipe aggregate erection in a kind of high residential building washroom structure is provided, it is reasonable in design, easy to assembly, economical with materials and result of use are good, overcome to adopt single type cast-iron pipe and accessory to install to adapt to the washroom utensil comprehensively and made up multifarious shortcoming by conventional method, reduced pipe joint simultaneously, dwindled the piping erection size and improved ceiling height.
For solving the problems of the technologies described above, the technical solution adopted in the utility model is: the flexible iron drain-pipe aggregate erection in a kind of high residential building washroom structure is characterized in that: comprise the combined type drainage pipe that is connected to each other and is formed by the flexible iron drain-pipe of W type, the flexible iron drain-pipe of A type and the flexible iron drain-pipe of Type B.
The flexible iron drain-pipe aggregate erection in above-mentioned high residential building washroom structure, it is characterized in that: flexible iron drain-pipe of described A type and the flexible iron drain-pipe of W type join, flexible iron drain-pipe of Type B and the flexible iron drain-pipe of A type join, and the combined type drainage pipe that the flexible iron drain-pipe of described W type, the flexible iron drain-pipe of A type and the flexible iron drain-pipe of Type B connect to form successively, the vertical setting height(from bottom) of described combined type drainage pipe is corresponding with the floor floor height of institute's installation high residential building.
The flexible iron drain-pipe aggregate erection in above-mentioned high residential building washroom structure, it is characterized in that: the flexible iron drain-pipe of described W type is spent for no bellmouth straight tube or 45 and is added long bend, the flexible iron drain-pipe of described A type is TY threeway, Y threeway, one eighth bend, angle four-way, bottleneck threeway or P type trap, and the flexible iron drain-pipe of described Type B is one eighth bend or TY threeway.
The flexible iron drain-pipe aggregate erection in above-mentioned high residential building washroom structure is characterized in that: between the flexible iron drain-pipe of described W type and the flexible iron drain-pipe of A type and all be connected by flange between flexible iron drain-pipe of A type and the Type B flexibility iron drain-pipe.
The flexible iron drain-pipe aggregate erection in above-mentioned high residential building washroom structure is characterized in that: all be set with rubbery loop between flexible iron drain-pipe of described W type and the flexible iron drain-pipe of A type and between flexible iron drain-pipe of A type and the flexible iron drain-pipe of Type B.
The flexible iron drain-pipe aggregate erection in above-mentioned high residential building washroom structure, it is characterized in that: the flexible iron drain-pipe of described W type is no bellmouth straight tube, the flexible iron drain-pipe of described A type is that TY threeway and its are vertically to laying, and the flexible iron drain-pipe of described Type B is that TY threeway and its are level to laying; The flexible iron drain-pipe of described A type comprises that three connectivity ports and three described connectivity ports are respectively upper linker mouth, the connectivity port, bottom that is laid in the flexible iron drain-pipe of A type top, bottom and sidepiece and are tilted to connectivity port one, described upper linker mouth and connectivity port, described bottom are positioned on the same vertical curve, the bottom connection of described upper linker mouth and described no bellmouth straight tube, and the flexible iron drain-pipe of W type and the flexible iron drain-pipe of A type are formed the soil stack that is installed in the washroom.
The flexible iron drain-pipe aggregate erection in above-mentioned high residential building washroom structure, it is characterized in that: also comprise the toilet gutter that is connected between the described outfall that is tilted to institute's mount pad closet in connectivity port one and the described washroom, described toilet gutter is that described 45 degree add long bend.
The flexible iron drain-pipe aggregate erection in above-mentioned high residential building washroom structure, it is characterized in that: the flexible iron drain-pipe of described Type B is level to laying, the flexible iron drain-pipe of described Type B comprises that three connectivity ports and three described connectivity ports are respectively and is laid in the flexible iron drain-pipe left part of described Type B, the left part connectivity port on right part and top, right part connectivity port and be tilted to connectivity port two, the described connectivity port two that is tilted to joins with connectivity port, described bottom, described right part connectivity port and the described connectivity port two that is tilted to join with the horizontal pipeline that is installed in inside, described washroom respectively, and the flexible iron drain-pipe of Type B and described horizontal pipeline are formed the dewatering horizontal tube that is installed in the described washroom.
The utility model compared with prior art has the following advantages:
1, reasonable in design, aggregate erection is convenient and combined type drainage pipe that formed is various informative, can be assembled into the drainage pipe of multiple structure according to different user demands.
2, practical value height and remarkable in economical benefits, with the installation that is reasonably combined of A type, Type B and three kinds of flexible iron drain-pipes of novel mechanism of W type and accessory, compare with traditional a kind of type of fitment of single use and pipeline, reduced pipe joint quantity, improved ceiling height, reduce the probability that leaks and made the combination of pipeline and accessory more flexible, be more suitable for washroom diversity requirement.
3, speed of application is fast, construction period is short, being applied in when satisfying high-rise building vertical displacement distortion and big horizontal movement deformation requirements of the flexible iron drain-pipe of novel mechanism, because the characteristic of its flexible interface reduces pipeline rigidity greatly, thereby the good flexible iron drain-pipe of matched combined adopts the angle steel carriage to reinforce when lifting temporarily, strengthened the rigidity and the glacing flatness of prefabricated tube section, pipe deforming in reducing to construct has been accelerated construction speed.
4, assembling mode can be assembled into one the flexible iron drain-pipe of W type, the flexible iron drain-pipe of A type and three kinds of gutters of the flexible iron drain-pipe of Type B flexibly and assemble various informatively flexibly.
5, result of use is good, too closely tightly bolt or interface are imbedded the common quality defect of top board apart from top board not only to have overcome pipe joint, and solved the dewatering horizontal tube problem far away apart from top board, and improved the washroom ceiling height, alleviated the washroom furred ceiling and crossed low sense of depression the people.
6, applied widely, be applicable to the road installation of the flexible iron drain-pipe of highrise building drainage system.
In sum, the utility model is reasonable in design, easy to assembly and result of use good, with the A type, each series standard product of Type B and three kinds of gutters of W type reasonably is used in combination, reduced pipe joint quantity, dwindled pipeline combination size, economical with materials, improve construction efficiency, reduce construction cost, and the probability of leaking of drainage pipe is reduced, the more important thing is the distance that has reduced drainage pipe and room top board, improved the spatial vertical utilization rate of washroom, overcome to adopt single type cast-iron pipe and accessory to install to adapt to the washroom utensil comprehensively and made up multifarious shortcoming, reduced pipe joint simultaneously, dwindled the piping erection size and improved ceiling height by conventional method.
Below by drawings and Examples, the technical solution of the utility model is described in further detail.
Description of drawings
Fig. 1 is a structural representation of the present utility model.
Description of reference numerals:
The flexible iron drain-pipe of 1-W type; The flexible iron drain-pipe of 2-A type; The flexible iron drain-pipe of 3-B type.
The specific embodiment
The flexible iron drain-pipe aggregate erection in a kind of high residential building washroom as shown in Figure 1 structure comprises the combined type drainage pipe that is connected to each other and is formed by the flexible iron drain-pipe 1 of W type, the flexible iron drain-pipe 2 of A type and the flexible iron drain-pipe 3 of Type B.In the present embodiment, the flexible iron drain-pipe 2 of described A type joins with the flexible iron drain-pipe 1 of W type, the flexible iron drain-pipe 3 of Type B joins with the flexible iron drain-pipe 2 of A type, and the combined type drainage pipe that the flexible iron drain-pipe 1 of described W type, the flexible iron drain-pipe 2 of A type and the flexible iron drain-pipe 3 of Type B connect to form successively, the vertical setting height(from bottom) of described combined type drainage pipe is corresponding with the floor floor height of institute's installation high residential building.
The flexible iron drain-pipe 1 of described W type is spent for no bellmouth straight tube or 45 and is added long bend, the flexible iron drain-pipe 2 of described A type is TY threeway, Y threeway, one eighth bend, angle four-way, bottleneck threeway or P type trap, and the flexible iron drain-pipe 3 of described Type B is one eighth bend or TY threeway.In the actual use, can select the flexible iron drain-pipe 1 of W type, the flexible iron drain-pipe 2 of A type and the flexible iron drain-pipe 3 of Type B of respective type according to actual needs, according to the concrete structure of inside, institute installation high residential building washroom, the flexible iron drain-pipe 1 of selected W type, the flexible iron drain-pipe 2 of A type and the flexible iron drain-pipe 3 of Type B are carried out blanking simultaneously.
Between the flexible iron drain-pipe 1 of described W type and the flexible iron drain-pipe 2 of A type and all be connected between flexible iron drain-pipe 2 of A type and the Type B flexibility iron drain-pipe 3 by flange.All be set with rubbery loop between flexible iron drain-pipe 1 of described W type and the flexible iron drain-pipe 2 of A type and between flexible iron drain-pipe 2 of A type and the flexible iron drain-pipe 3 of Type B.
In the present embodiment, the flexible iron drain-pipe 1 of described W type is no bellmouth straight tube, and the flexible iron drain-pipe 2 of described A type is vertically to laying for TY threeway and its, and the flexible iron drain-pipe 3 of described Type B is that TY threeway and its are level to laying.The flexible iron drain-pipe 2 of described A type comprises that three connectivity ports and three described connectivity ports are respectively upper linker mouth, the connectivity port, bottom that is laid in the flexible iron drain-pipe of A type 2 tops, bottom and sidepiece and are tilted to connectivity port one, described upper linker mouth and connectivity port, described bottom are positioned on the same vertical curve, the bottom connection of described upper linker mouth and described no bellmouth straight tube, and the flexible iron drain-pipe 1 of W type and the flexible iron drain-pipe 2 of A type are formed the soil stack that is installed in the washroom.
Simultaneously, the utility model also comprises the toilet gutter that is connected between the described outfall that is tilted to institute's mount pad closet in connectivity port one and the described washroom, and described toilet gutter is that described 45 degree add long bend.
The flexible iron drain-pipe 3 of described Type B is level to laying, the flexible iron drain-pipe 3 of described Type B comprises that three connectivity ports and three described connectivity ports are respectively and is laid in flexible iron drain-pipe 3 left parts of described Type B, the left part connectivity port on right part and top, right part connectivity port and be tilted to connectivity port two, the described connectivity port two that is tilted to joins with connectivity port, described bottom, described right part connectivity port and the described connectivity port two that is tilted to join with the horizontal pipeline that is installed in inside, described washroom respectively, and the flexible iron drain-pipe 3 of Type B and described horizontal pipeline are formed the dewatering horizontal tube that is installed in the described washroom.
During actual installation, described no bellmouth straight tube is inserted described upper linker mouth (being bellmouth) before, earlier flange gland and rubbery loop are enclosed within on the described no bellmouth straight tube, and at the socket subscript of the described no bellmouth straight tube socket joint depth line of expressing friendship, the flange gland should stand intact and installation direction correct.Afterwards, described no bellmouth straight tube is inserted described upper linker mouth, and with in the slowly described upper linker mouth of rubbery loop, and in the process that is pressed into of rubbery loop, evenly exert oneself, the external surface of assurance rubbery loop and described upper linker mouth are at grade.After installing, in order to make the stressed even and connection close and firm of rubbery loop, the flange bolt of being installed on the flange will carry out fastening one by one, one by one, gradually and equably, must not once tighten and put in place.Subsequently, the method for attachment between above-mentioned no bellmouth straight tube and the upper linker mouth is installed, a plurality of gutters on the combined type drainage pipe are connected successively.
Described combined type drainage pipe is whole connect finish after, need check to each connecting interface, guarantee interface towards conforming to, and connect close and firm with construction pipeline assembling drawing, evenly check whether flange stressed simultaneously.
After checking out back and acceptance(check), the described combined type drainage pipe that is formed by connecting is reinforced, because the interface of flexible iron drain-pipe is flexible, pipeline section rigidity after the connection is relatively poor, be unfavorable for lifting and lift the glacing flatness adjustment of back pipeline and the smooth installation of support and arm, thereby before lifting, adopt the angle steel carriage that the combined type drainage pipe that assembles is temporary fixed to increase pipeline section rigidity, treat again the angle steel carriage to be removed after the form removal of shutoff hole, in order to recycling.
The combined type drainage pipe lifts after reinforcing and finishing again, and according to actual conditions Pipeline fixer is in place earlier before the lifting, and the combined type drainage pipe that will temporarily reinforce then puts in place with the rope lifting from upper strata pipe hole to be provided.And after treating that described combined type drainage pipe installs, carrying out water filling test by design and code requirement, is qualified with no seepage and no leakage.
The above; it only is preferred embodiment of the present utility model; be not that the utility model is imposed any restrictions; everyly any simple modification that above embodiment did, change and equivalent structure are changed, all still belong in the protection domain of technical solutions of the utility model according to the utility model technical spirit.
Claims (8)
1. the flexible iron drain-pipe aggregate erection in a high residential building washroom structure is characterized in that: comprise the combined type drainage pipe that is connected to each other and is formed by the flexible iron drain-pipe (1) of W type, the flexible iron drain-pipe (2) of A type and the flexible iron drain-pipe of Type B (3).
2. according to the flexible iron drain-pipe aggregate erection in the described high residential building of claim 1 washroom structure, it is characterized in that: the flexible iron drain-pipe of described A type (2) joins with the flexible iron drain-pipe of W type (1), the flexible iron drain-pipe of Type B (3) joins with the flexible iron drain-pipe of A type (2), and the combined type drainage pipe that connects to form successively of the flexible iron drain-pipe (1) of described W type, the flexible iron drain-pipe (2) of A type and Type B flexibility iron drain-pipe (3).
3. according to the flexible iron drain-pipe aggregate erection of claim 1 or 2 described high residential building washrooms structure, it is characterized in that: the flexible iron drain-pipe of described W type (1) is spent for no bellmouth straight tube or 45 and is added long bend, the flexible iron drain-pipe of described A type (2) is TY threeway, Y threeway, one eighth bend, angle four-way, bottleneck threeway or P type trap, and the flexible iron drain-pipe of described Type B (3) is one eighth bend or TY threeway.
4. according to the flexible iron drain-pipe aggregate erection in claim 1 or 2 described high residential building washrooms structure, it is characterized in that: between the flexible iron drain-pipe of described W type (1) and the flexible iron drain-pipe of A type (2) and all be connected between flexible iron drain-pipe (2) of A type and the Type B flexibility iron drain-pipe (3) by flange.
5. according to the flexible iron drain-pipe aggregate erection in the described high residential building of claim 4 washroom structure, it is characterized in that: all be set with rubbery loop between flexible iron drain-pipe (1) of described W type and the flexible iron drain-pipe of A type (2) and between flexible iron drain-pipe (2) of A type and the flexible iron drain-pipe of Type B (3).
6. according to the flexible iron drain-pipe aggregate erection in the described high residential building of claim 3 washroom structure, it is characterized in that: the flexible iron drain-pipe of described W type (1) is no bellmouth straight tube, the flexible iron drain-pipe of described A type (2) is vertically to laying for TY threeway and its, and the flexible iron drain-pipe of described Type B (3) is level to laying for TY threeway and its; The flexible iron drain-pipe of described A type (2) comprises that three connectivity ports and three described connectivity ports are respectively upper linker mouth, the connectivity port, bottom that is laid in the flexible iron drain-pipe (2) of A type top, bottom and sidepiece and are tilted to connectivity port one, described upper linker mouth and connectivity port, described bottom are positioned on the same vertical curve, the bottom connection of described upper linker mouth and described no bellmouth straight tube, and the flexible iron drain-pipe (1) of W type and the flexible iron drain-pipe of A type (2) composition are installed in the soil stack in the washroom.
7. according to the flexible iron drain-pipe aggregate erection in the described high residential building of claim 6 washroom structure, it is characterized in that: also comprise the toilet gutter that is connected between the described outfall that is tilted to institute's mount pad closet in connectivity port one and the described washroom, described toilet gutter is that described 45 degree add long bend.
8. according to the flexible iron drain-pipe aggregate erection in the described high residential building of claim 6 washroom structure, it is characterized in that: the flexible iron drain-pipe of described Type B (3) is level to laying, the flexible iron drain-pipe of described Type B (3) comprises that three connectivity ports and three described connectivity ports are respectively and is laid in flexible iron drain-pipe (3) left part of described Type B, the left part connectivity port on right part and top, right part connectivity port and be tilted to connectivity port two, the described connectivity port two that is tilted to joins with connectivity port, described bottom, described right part connectivity port and the described connectivity port two that is tilted to join with the horizontal pipeline that is installed in inside, described washroom respectively, and the flexible iron drain-pipe (3) of Type B and described horizontal pipeline composition are installed in the dewatering horizontal tube in the described washroom.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202712474U CN201826364U (en) | 2010-07-23 | 2010-07-23 | Combined installation structure of flexible cast iron drain pipe in toilets of high-rise buildings |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202712474U CN201826364U (en) | 2010-07-23 | 2010-07-23 | Combined installation structure of flexible cast iron drain pipe in toilets of high-rise buildings |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201826364U true CN201826364U (en) | 2011-05-11 |
Family
ID=43964910
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010202712474U Expired - Fee Related CN201826364U (en) | 2010-07-23 | 2010-07-23 | Combined installation structure of flexible cast iron drain pipe in toilets of high-rise buildings |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201826364U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104652552A (en) * | 2015-03-06 | 2015-05-27 | 王胜国 | W-shaped machine-made cast iron standard length modulus drain pipe and material-saving and energy-saving construction method |
-
2010
- 2010-07-23 CN CN2010202712474U patent/CN201826364U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104652552A (en) * | 2015-03-06 | 2015-05-27 | 王胜国 | W-shaped machine-made cast iron standard length modulus drain pipe and material-saving and energy-saving construction method |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN106013954A (en) | Construction method for combined enclosure | |
| CN201695529U (en) | Integral waterproofing structure of toilet | |
| CN201826364U (en) | Combined installation structure of flexible cast iron drain pipe in toilets of high-rise buildings | |
| CN204645720U (en) | A kind of integral bathroom | |
| CN202629380U (en) | Water drainage pipeline | |
| CN103835421A (en) | Anti-seepage floor slab and anti-seepage construction method | |
| CN104746902A (en) | Integral bathroom | |
| CN104712152A (en) | Unit bathroom | |
| CN104746593A (en) | Integral bathroom | |
| CN203821666U (en) | Anti-leakage floor slab | |
| CN204492243U (en) | A kind of integral bathroom | |
| CN104763175A (en) | Integrated bathroom | |
| CN206554180U (en) | A kind of integrated water-proof chassis of toilet pipeline | |
| CN208633453U (en) | A kind of packet standpipe | |
| CN204645722U (en) | A kind of integral bathroom | |
| CN206189916U (en) | Bathroom room | |
| CN218508571U (en) | Same-floor drainage system for toilet | |
| CN204510905U (en) | A kind of integral bathroom | |
| CN204627034U (en) | A kind of integral bathroom | |
| CN204510912U (en) | A kind of integral bathroom | |
| CN204510907U (en) | A kind of integral bathroom | |
| CN204510911U (en) | A kind of integral bathroom | |
| CN204626540U (en) | A kind of integral bathroom | |
| CN204510915U (en) | A kind of integral bathroom | |
| CN212773485U (en) | Embedded device for directly-embedded water supply points in shear wall |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20110511 Termination date: 20140723 |
|
| EXPY | Termination of patent right or utility model |