CN203948104U - A kind of prefabricated assembled city integrated piping lane - Google Patents
A kind of prefabricated assembled city integrated piping lane Download PDFInfo
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- CN203948104U CN203948104U CN201420082672.7U CN201420082672U CN203948104U CN 203948104 U CN203948104 U CN 203948104U CN 201420082672 U CN201420082672 U CN 201420082672U CN 203948104 U CN203948104 U CN 203948104U
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- integrated piping
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- 229920003023 plastic Polymers 0.000 claims abstract description 37
- 238000004804 winding Methods 0.000 claims abstract description 14
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- 238000003780 insertion Methods 0.000 claims description 19
- 230000037431 insertion Effects 0.000 claims description 19
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- 230000000979 retarding effect Effects 0.000 claims description 6
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- Rigid Pipes And Flexible Pipes (AREA)
Abstract
The utility model discloses a kind of prefabricated assembled city integrated piping lane, comprise the cylindrical bearing pipeline section of body and middle pipeline section, between adjacent bearing pipeline section, connect this centre pipeline section, the distance between adjacent bearing pipeline section center line meets piping lane gut line and supports requirement; Middle pipeline section adopts steel plastic composite wound pipe structure, and bearing pipeline section comprises body, and body comprises body stage casing, two ends, body stage casing syndeton, pipeline elevator, support of pipelines and piping lane passage; Body stage casing comprises plastic-steel composite winding pipe body and load-carrying member, and load-carrying member is positioned at plastic-steel composite winding pipe tube body wall and is connected with adjacent two floors.The utility model material consumption is low, anticorrosive, the life-span is long, can standardized production, on-site consolidation construction, greatly reducing the construction costs.
Description
Technical field
The utility model relates to a kind of prefabricated assembled city integrated piping lane for Urban Buried Pipeline Network Systems.
Background technology
Prefabricated assembled city integrated piping lane refers at public tunnel space of underground construction, and multiple utility line is concentrated and is laid in together, can solve the problem that each municipal pipeline is failed and synchronous road is constructed, caused urban road repeatedly to excavate.In the time that pipeline goes wrong, maintenance personal can directly enter piping lane inspection, maintenance by ad hoc entrance, saves time, facilitates, and can avoid the road excavation causing because of maintenance pipeline.
Existing prefabricated assembled city integrated piping lane adopts the underground structure structure of steel concrete more, and this structure consumes material is many, and the engineering time is long, be difficult to carry out standardization prefabricated component assembled, cause Urban Buried Pipeline Network construction large, long construction period, construction cost is high.
Utility model content
The technical problems to be solved in the utility model is, a kind of prefabricated assembled city integrated piping lane is provided, and overcomes the defect that existing prefabricated assembled city integrated piping lane consume material is many, the engineering time is long.
The utility model solves the technical scheme that its technical problem adopts: a kind of prefabricated assembled city integrated piping lane of structure, it is characterized in that, comprise the cylindrical bearing pipeline section of body and middle pipeline section, between adjacent bearing pipeline section, connect this centre pipeline section, the distance between adjacent bearing pipeline section center line meets piping lane gut line and supports requirement;
In the middle of described, pipeline section comprises steel plastic composite wound pipe body A and two ends syndeton A, the suitable connection of syndeton B of this syndeton A and bearing pipeline section;
Described bearing pipeline section comprises body B, and this body B comprises body stage casing, is arranged on the described syndeton B at these two ends, body stage casing, is arranged on the pipeline elevator of this body stage casing inside wall, the support of pipelines that is arranged on this body stage casing lower inside and piping lane passage; This body stage casing comprises plastic-steel composite winding pipe body and load-carrying member, and this load-carrying member is positioned at this plastic-steel composite winding pipe tube body wall and is connected with adjacent two floors; Described pipeline elevator, support of pipelines are connected with described load-carrying member.
In prefabricated assembled city integrated piping lane of the present utility model, the steel plastic composite wound pipe body A of described middle pipeline section comprises the enhancing packed layer being arranged between this body A outer wall ribs.
In prefabricated assembled city integrated piping lane of the present utility model, the steel plastic composite wound pipe body A of described middle pipeline section comprises the composite strengthening layer being arranged in its plastic cement tube wall.
In prefabricated assembled city integrated piping lane of the present utility model, described composite strengthening layer is short glass fiber plastic cement composite strengthening layer.
In prefabricated assembled city integrated piping lane of the present utility model, described steel plastic composite wound pipe body A is plastic-steel spirally-wound pipe, this plastic-steel spirally-wound pipe, being wound around band both sides clinchs, bottom portion of groove between ribs, comprises that comprehensive covering is wound around the short glass fiber plastic cement composite strengthening layer of bridging arrangement.
In prefabricated assembled city integrated piping lane of the present utility model, the syndeton A of described middle pipeline section comprises the insertion end and the adpting flange A that are connected cooperation with the syndeton B of described bearing pipeline section; The syndeton B of described bearing pipeline section comprises plastic cement interface section, and this interface section comprises the adpting flange B that coordinates with described adpting flange A, inserts with the described insertion end of body A the insertion interface coordinating.
In prefabricated assembled city integrated piping lane of the present utility model, the insertion end fitting face of described middle pipeline section body A is taper surface A, and the insertion interface fitting face of described seat tube segment interface section is the taper surface B coordinating with described taper surface A.
In prefabricated assembled city integrated piping lane of the present utility model, described bearing pipeline section comprises the sheath that is arranged on the plastic cement telescopic section at these two ends, body stage casing and is looped around this telescopic section outside, and this plastic cement telescopic section and described plastic cement interface section comprise respectively interconnective end face.
In prefabricated assembled city integrated piping lane of the present utility model, described telescopic section is bellows, and described connection pipeline section comprises and be arranged on the lightweight elastic filler in groove outside this bellows, and described sheath is clamping hoop type steel bushing.
In prefabricated assembled city integrated piping lane of the present utility model, described bearing pipeline section comprises auxiliary pipeline section, this auxiliary pipeline section comprises the auxiliary pipeline section of fire prevention and/or the auxiliary pipeline section of sump and/or feed intake auxiliary pipeline section and/or the auxiliary pipeline section that ventilates, and the minimum spacing of similar auxiliary pipeline section center line meets the miscellaneous function requirement of auxiliary pipeline section;
Described auxiliary pipeline section comprises the line branches outlet casing tube pre-buried corresponding to piping lane interior conduit suspension bracket position;
The auxiliary pipeline section of described fire prevention comprises fire wall, and this fire wall seals inside the auxiliary pipeline section of this fire prevention section and labeled door is set;
The auxiliary pipeline section of described sump comprises sump, be arranged in this sump the proof submersible sand discharging pump that catchments and discharge, and this sump is arranged on this sump auxiliary pipeline section bottom and comprises the water inlet that connects the auxiliary pipeline section of this sump bottom;
The described auxiliary pipeline section that feeds intake comprises the dog-house that portion disposed thereon elevates above the soil, the lid that feeds intake coordinating with this dog-house;
The auxiliary pipeline section of described ventilation comprises the ventilation opening that portion disposed thereon elevates above the soil and is arranged on the blower fan of this ventilation opening.
In prefabricated assembled city integrated piping lane of the present utility model, described ventilation opening comprises wind chamber, be arranged on the shutter of this wind chamber sidewall and be arranged on this bottom, wind chamber is communicated with the assembling mouth that described ventilation feeds intake in auxiliary pipeline section, and described assembling is on this assembling mouth.
In prefabricated assembled city integrated piping lane of the present utility model, described bearing pipeline section and middle pipeline section comprise the fire protection flame retarding layer of the wall that sets within it.
In prefabricated assembled city integrated piping lane of the present utility model, comprise the information node being arranged on described fire wall, this information node comprises data input module and data outputting module, this information node is connected with piping lane monitoring station.
In prefabricated assembled city integrated piping lane of the present utility model, described piping lane monitoring station is described city integrated piping lane ingredient and is arranged on ground, and this piping lane monitoring station is connected with city wisdom heat net monitoring and management station.
In prefabricated assembled city integrated piping lane of the present utility model, described bearing pipeline section and middle pipeline section comprise the fire protection flame retarding layer of the wall that sets within it;
Comprise the information node being arranged on described fire wall, this information node comprises data input module and data outputting module, and this information node is connected with piping lane monitoring station.
Implement prefabricated assembled city integrated piping lane of the present utility model, compared with the prior art, its beneficial effect is:
1, adopt the Pipe rack that plastic-steel-wound tubular structure is main body, not only greatly reduce material consumption, and Pipe rack has excellent resistance to corrosion, long service life;
2, practicable standardization, batch production preform production, on-site consolidation construction, not only enhance productivity greatly, reducings the construction costs; The size accuracy that has ensured Pipe rack is produced in batch production simultaneously, has ensured the accuracy that prefabricated assembled city integrated piping lane is installed;
3, by reducing material consumption, reducing the engineering time, greatly reduce the construction cost of prefabricated assembled city integrated piping lane.
Brief description of the drawings
Fig. 1 is a kind of half-sectional view of executing real mode of pipeline section in the middle of the prefabricated assembled city integrated piping lane of the utility model.
Fig. 2 is A portion enlarged drawing in Fig. 1.
Fig. 3 is a kind of half-sectional view of executing real mode of middle pipeline section.
Fig. 4 is E portion enlarged drawing in Fig. 3.
Fig. 5 is that the prefabricated assembled city integrated piping lane of the utility model connects a kind of half-sectional view of executing real mode of pipeline section.
Fig. 6 is B-B sectional view in Fig. 5.
Fig. 7 is the auxiliary a kind of sectional drawing of executing real mode of pipeline section of fire prevention in the auxiliary pipeline section of the prefabricated assembled city integrated piping lane of the utility model.
Fig. 8 is the auxiliary a kind of sectional drawing of executing real mode of pipeline section that feeds intake that ventilates in the auxiliary pipeline section of the prefabricated assembled city integrated piping lane of the utility model.
Detailed description of the invention
Below in conjunction with drawings and Examples, the utility model is described in further detail.
As shown in Figures 1 to 8, prefabricated assembled city integrated piping lane of the present utility model comprises the cylindrical bearing pipeline section 21 of body and middle pipeline section 20, between adjacent bearing pipeline section 21, is together in series by middle pipeline section, forms piping lane.
Distance between adjacent bearing pipeline section center line meets piping lane gut line and supports requirement, conventionally gets 4 meters～6 meters, and for example, can design adjacent bearing pipeline section center line spacing is 5 meters.
As shown in Figure 1, Figure 2, Figure 5, middle pipeline section 20 comprises steel plastic composite wound pipe body A, is arranged on the enhancing packed layer 201 between this body A outer wall ribs 204, and this body A two ends comprise the insertion end and the adpting flange 218 that are connected cooperation with bearing pipeline section.
Steel plastic composite wound pipe can adopt and include but not limited to plastic-steel spirally-wound pipe, Double-flat wall steel plastic composite winding pipe etc.For example, in the time that steel plastic composite wound pipe adopts plastic-steel spirally-wound pipe, body A adopts steel to mould compound heterotypic strip spiral winding and forms.Steel is moulded the ribs 204 that compound heterotypic strip comprises substrate 206, extends perpendicular to substrate and along band length direction.Ribs 204 is mainly using the steel band 202 along perpendicular to orientation substrate as main support structure, steel band 202 is extruded coated by thermoplastic material (as polyethylene etc.), setting course 203 can be set to improve the bond strength of composite surface between steel band 202 and thermoplastic material.
In order to improve the structural strength of substrate, reduce the radial deformation of corridor body, can mould at steel the interior composite strengthening layer 205 that arranges of substrate 206 of compound heterotypic strip.The reinforcing material of composite strengthening layer can adopt and include but not limited to metal reinforcements, nonmetal reinforcing material, fiber-like reinforcing material etc.; Fiber-like reinforcing material can adopt metallic fiber, organic fiber, inorfil etc.For example, adopt short glass fiber and plastic cement composite strengthening layer.
In order further to improve the leakage performance of plastic-steel spirally-wound pipe body A, plastic-steel spirally-wound pipe arranges following structure: as shown in Figure 3, Figure 4, at the both sides of plastic-steel winding pipe belt material clinch, at the bottom portion of groove of 204 of ribs, the winding overlapping part of being close to plastic cement tube wall 206 arranges the short glass fiber plastic cement composite strengthening layer 207 of comprehensive covering winding bridging arrangement.This short glass fiber plastic cement composite strengthening layer 207 can effectively improve the pressure bearing and seal performance of the winding overlapping part of plastic-steel spirally-wound pipe, reduce plastic-steel-wound tube wall 206 at the radial deformation of installing under pressured state, keep forming shape, and realize excellent sealing, prevent from managing outer ground water seepage and enter in pipe to affect piping lane environment.
In the groove of 204 of ribs, increase and strengthen packed layer 201, enhancing packed layer 201 can further strengthen the supporting capacity of corridor body, reduces the radial deformation of corridor body, guarantees structural strength and the safety of corridor body; Preferably adopt fire proofing as strengthening packed layer to improve the fire-protection rating of corridor body, also can, at the inner fibrous concrete precast assembly internal layer that increases of body A, further improve its fire-protection rating.
In Pipe rack, middle pipeline section 20 (being corridor body) is not as the main bearing carrier of piping lane internal pipeline weight, only bear underground water and ground load, corridor not perforate of body inwall, do not hole, do not arrange take-off line outlet, the weight of connecting pipe rack bearing comprehensive pipeline not, do not connect the weight of piping lane channel bracket carrying piping lane passage, in order to avoid destroy structural pipe wall, intensity and water resistance.This design feature can reduce the requirement of corridor body to pipe trench ground, thereby reduces construction costs, is conducive to the universal of prefabricated assembled city integrated piping lane and promotes.For example, ring stiffness SN16, the about 770kg of every meter of weight of plastic-steel-wound piping lane body of internal diameter 3m, by proportion 2551kg/m
3calculate, the steel concrete standard tube coupling of 3mX3m, every meter of about 9184kg of weight, is 12 times of steel plastic composite structure corridor body.The body deadweight of steel plastic composite structure corridor is lighter, can reduce the manufacturing cost of pipe trench ground, and reduce the use of Large-scale Hoisting equipment.
As shown in Figure 5, Figure 6, bearing pipeline section 21 comprises body B, this body B comprises body stage casing, be arranged on the plastic cement telescopic section 212 at these two ends, body stage casing, connect this telescopic section 212 plastic cement interface section 211, be looped around these telescopic section 212 outsides sheath 216, be arranged on this body stage casing inside wall pipeline elevator 34,35,42,43, be arranged on support of pipelines 36,39 and the piping lane passage 37 (piping lane passage 37 is supported by supporting leg 38) of this body stage casing lower inside.This body stage casing comprises plastic-steel composite winding pipe body 213 and load-carrying member 215, and this load-carrying member 215 is positioned at this plastic-steel composite winding pipe tube body wall and is connected with adjacent two floor 213a.This interface section 211 comprises the adpting flange 217 that coordinates with the adpting flange 218 of the body A of middle pipeline section 20, inserts the insertion interface coordinating and the end face being connected with telescopic section 212 with the insertion end of body A.Telescopic section 212 two ends respectively with the end face in body stage casing, the connecting end surface welding of interface section 211 (plastic cement combines together and is connected).Pipeline elevator 34,35,42,43, support of pipelines 36,39 are connected with load-carrying member 215 with piping lane passage supporting leg 38.In the pipeline laying at piping lane, high voltage power cable 31 can adopt the metal sand chamber 32 of anti-electromagnetic exposure to isolate, back-up sand fire-proof and water-proof in box, and corridor body inwall between also can increase the precast assembly internal layer 33 that adopts fire proofing, further to improve its fire-protection rating; Can adopt lightweight concrete slab channel isolation 41 and power cable isolation to heating pipeline 40.To high pressure main-supply, independently channel isolation also can be set in the same way.
In the present embodiment, sheath 216 adopts clamping hoop type steel bushing.In other embodiments, sheath 216 can adopt other conventional jacket structures.
In the present embodiment, telescopic section 212 adopts bellows structure.In other embodiments, telescopic section 212 can adopt other stretching structures, and for example, can adopt axial cross section is the stretching structure of rugosity.
For, further improve the protection of sheath 216 to telescopic section 212, in the time that sheath 216 adopts bellows structure, lightweight elastic filler 216a is set in groove outside bellows.
For the fiting effect of the insertion end of pipeline section body A in the middle of improving and the insertion interface of seat tube segment interface section, guarantee closely cooperates, the insertion end fitting face of middle pipeline section body A is set to taper surface A, and the insertion interface fitting face of seat tube segment interface section is set to the taper surface B coordinating with this taper surface A.
For the high piping lane of fire protection requirement (as high voltage transmission line piping lane), for improving the fireproof performance of piping lane, at the inwall of bearing pipeline section and middle pipeline section, fire protection flame retarding layer is set.For the piping lane of common pipeline, the inwall of bearing pipeline section and middle pipeline section can not arrange fire protection flame retarding layer.
In other embodiments, the body B of bearing pipeline section 21 can not arrange telescopic section 212, does not affect the realization of the object of the invention.
In other embodiments, the body B of bearing pipeline section 21 can not arrange plastic cement interface section 211 and telescopic section 212, and the body B of bearing pipeline section 21 can adopt and include but not limited to following structure with being connected of the body A of middle pipeline section 20:
1, the body B of bearing pipeline section 21 and the body A of middle pipeline section 20 dock welding.
2, the body B of bearing pipeline section 21 and the body A of middle pipeline section 20 dock, and adopt the joint of rigidity pipe collar tube connector body B and body A.
3, in the body B end of bearing pipeline section 21, interface is set, the body A end of middle pipeline section 20 arranges the insertion end with this interface adaptation, and body B and body A are connected by the elastic sealing element between this interface and insertion end.
The bearing pipeline section of prefabricated assembled city integrated piping lane of the present utility model can arrange supplementary module becomes auxiliary pipeline section.Auxiliary pipeline section can be the auxiliary pipeline section of fire prevention, the auxiliary pipeline section of sump, the auxiliary pipeline section that feeds intake, ventilate one of auxiliary pipeline section or combination, auxiliary pipeline section can be above-mentioned single auxiliary pipeline section, can be also fire prevention as shown in Figure 7 auxiliary pipeline section or the ventilation as shown in Figure 8 auxiliary pipeline section that feeds intake that catchments.
Auxiliary pipeline section is generally and meets miscellaneous function and arrange, and keeps certain spacing.The minimum spacing of auxiliary pipeline section center line of the same type meets the miscellaneous function requirement of auxiliary pipeline section, desirable 180 meters～220 meters of this spacing, for example, desirable 200 meters.
For convenience of the outlet of piping lane gut line branch, on auxiliary pipeline section wall, arrange corresponding to the pre-buried line branches outlet casing tube in piping lane interior conduit suspension bracket position.
Single auxiliary tube segment structure is: the auxiliary pipeline section of fire prevention arranges fire wall, and this fire wall seals inside the auxiliary pipeline section of this fire prevention section and is provided with labeled door; The auxiliary pipeline section of sump comprises sump, be arranged in this sump the proof submersible sand discharging pump that catchments and discharge, and this sump is arranged on this sump auxiliary pipeline section bottom and comprises the water inlet that connects the auxiliary pipeline section of this sump bottom; The auxiliary pipeline section that feeds intake comprises the dog-house that portion disposed thereon elevates above the soil, the lid that feeds intake coordinating with this dog-house; The auxiliary pipeline section that ventilates comprises the ventilation opening that portion disposed thereon elevates above the soil and is arranged on the blower fan of this ventilation opening.
As shown in Figure 7, fire prevention is catchmented and is assisted the structure of pipeline section 19a to be: on the basis of above-mentioned bearing pipeline section, fire wall 401, sump 403 are set, sump 403 interior arrange by catchment discharge proof submersible sand discharging pump 404 and corresponding to the pre-buried line branches outlet casing tube 405 in piping lane interior conduit suspension bracket position, section inside the auxiliary pipeline section of fire wall 401 this fire prevention of sealing, is divided into a fire compartmentation by the piping lane between two auxiliary pipeline sections of fire prevention.Current for convenience of personnel, labeled door 402 is set on fire wall 401.Sump 403 is arranged on catchment auxiliary pipeline section bottom comprising of this fire prevention and connects the catchment water inlet of auxiliary pipeline section bottom of this fire prevention.
As shown in Figure 8, ventilation feeds intake and assists the structure of pipeline section 19b is on the basis of above-mentioned bearing pipeline section, comprise dog-house 408, ventilation opening 409 that portion disposed thereon elevates above the soil, the lid 407 that feeds intake coordinating with this dog-house 408 is set, at this ventilation opening, blower fan 411 is set.
For convenience of maintenance personal's turnover, ventilating feeds intake assists pipeline section setting to be connected to the helper 406 of dog-house 408 sidewalls.In other embodiments, helper 406 is not set, does not affect the realization of the object of the invention.
For convenient installation and protection to blower fan, ventilation opening 409 arranges wind chamber, shutter 410 is set on the sidewall of wind chamber, arrange in bottom, wind chamber that being communicated with ventilates the feed intake assembling mouth of auxiliary pipeline section 19b inside, by assembling on this assembling mouth.In other embodiments, ventilation opening 409 does not arrange wind chamber, blower fan 411 is directly installed on the sidewall in wind chamber, can realize the object of the invention yet.
In order to realize the monitoring to key structure state in piping lane, ensure piping lane device security, the configuration information node 23 on fire wall 401, this information node 23 comprises data input module and data outputting module, this information node is connected with piping lane monitoring station.
Piping lane monitoring station can be used as city integrated piping lane ingredient and is arranged on ground, and this piping lane monitoring station is connected with city wisdom heat net monitoring and management station, realizes the monitoring to prefabricated assembled city integrated piping lane state.
Claims (15)
1. a prefabricated assembled city integrated piping lane, is characterized in that, comprises the cylindrical bearing pipeline section of body and middle pipeline section, connects this centre pipeline section between adjacent bearing pipeline section, and the distance between adjacent bearing pipeline section center line meets piping lane gut line and supports requirement;
In the middle of described, pipeline section comprises steel plastic composite wound pipe body A and two ends syndeton A, the suitable connection of syndeton B of this syndeton A and bearing pipeline section;
Described bearing pipeline section comprises body B, and this body B comprises body stage casing, is arranged on the described syndeton B at these two ends, body stage casing, is arranged on the pipeline elevator of this body stage casing inside wall, the support of pipelines that is arranged on this body stage casing lower inside and piping lane passage; This body stage casing comprises plastic-steel composite winding pipe body and load-carrying member, and this load-carrying member is positioned at this plastic-steel composite winding pipe tube body wall and is connected with adjacent two floors; Described pipeline elevator, support of pipelines are connected with described load-carrying member.
2. prefabricated assembled city integrated piping lane as claimed in claim 1, is characterized in that, the steel plastic composite wound pipe body A of described middle pipeline section comprises the enhancing packed layer being arranged between this body A outer wall ribs.
3. prefabricated assembled city integrated piping lane as claimed in claim 1, is characterized in that, the steel plastic composite wound pipe body A of described middle pipeline section comprises the composite strengthening layer being arranged in its plastic cement tube wall.
4. prefabricated assembled city integrated piping lane as claimed in claim 3, is characterized in that, described composite strengthening layer is short glass fiber plastic cement composite strengthening layer.
5. prefabricated assembled city integrated piping lane as claimed in claim 3, it is characterized in that, described steel plastic composite wound pipe body A is plastic-steel spirally-wound pipe, this plastic-steel spirally-wound pipe, being wound around band both sides clinchs, bottom portion of groove between ribs, comprises that comprehensive covering is wound around the short glass fiber plastic cement composite strengthening layer of bridging arrangement.
6. prefabricated assembled city integrated piping lane as claimed in claim 1, is characterized in that, the syndeton A of described middle pipeline section comprises the insertion end and the adpting flange A that are connected cooperation with the syndeton B of described bearing pipeline section;
The syndeton B of described bearing pipeline section comprises plastic cement interface section, and this interface section comprises the adpting flange B that coordinates with described adpting flange A, inserts with the described insertion end of body A the insertion interface coordinating.
7. prefabricated assembled city integrated piping lane as claimed in claim 6, is characterized in that, the insertion end fitting face of described middle pipeline section body A is taper surface A, and the insertion interface fitting face of described seat tube segment interface section is the taper surface B coordinating with described taper surface A.
8. prefabricated assembled city integrated piping lane as claimed in claim 6, it is characterized in that, described bearing pipeline section comprises the sheath that is arranged on the plastic cement telescopic section at these two ends, body stage casing and is looped around this telescopic section outside, and this plastic cement telescopic section and described plastic cement interface section comprise respectively interconnective end face.
9. prefabricated assembled city integrated piping lane as claimed in claim 8, is characterized in that, described telescopic section is bellows, and described connection pipeline section comprises and be arranged on the lightweight elastic filler in groove outside this bellows, and described sheath is clamping hoop type steel bushing.
10. prefabricated assembled city integrated piping lane as claimed in claim 1, it is characterized in that, described bearing pipeline section comprises auxiliary pipeline section, this auxiliary pipeline section comprises the auxiliary pipeline section of fire prevention and/or the auxiliary pipeline section of sump and/or feed intake auxiliary pipeline section and/or the auxiliary pipeline section that ventilates, and the minimum spacing of similar auxiliary pipeline section center line meets the miscellaneous function requirement of auxiliary pipeline section;
Described auxiliary pipeline section comprises the line branches outlet casing tube pre-buried corresponding to piping lane interior conduit suspension bracket position;
The auxiliary pipeline section of described fire prevention comprises fire wall, and this fire wall seals inside the auxiliary pipeline section of this fire prevention section and labeled door is set;
The auxiliary pipeline section of described sump comprises sump, be arranged in this sump the proof submersible sand discharging pump that catchments and discharge, and this sump is arranged on this sump auxiliary pipeline section bottom and comprises the water inlet that connects the auxiliary pipeline section of this sump bottom;
The described auxiliary pipeline section that feeds intake comprises the dog-house that portion disposed thereon elevates above the soil, the lid that feeds intake coordinating with this dog-house;
The auxiliary pipeline section of described ventilation comprises the ventilation opening that portion disposed thereon elevates above the soil and is arranged on the blower fan of this ventilation opening.
11. prefabricated assembled city integrated piping lanes as claimed in claim 10, it is characterized in that, described ventilation opening comprises wind chamber, be arranged on the shutter of this wind chamber sidewall and be arranged on this bottom, wind chamber is communicated with the assembling mouth that described ventilation feeds intake in auxiliary pipeline section, and described assembling is on this assembling mouth.
12. prefabricated assembled city integrated piping lanes as described in one of claim 1 to 11, is characterized in that, described bearing pipeline section and middle pipeline section comprise the fire protection flame retarding layer of the wall that sets within it.
13. prefabricated assembled city integrated piping lanes as described in claim 10 or 11, it is characterized in that, comprise the information node being arranged on described fire wall, this information node comprises data input module and data outputting module, and this information node is connected with piping lane monitoring station.
14. prefabricated assembled city integrated piping lanes as claimed in claim 13, is characterized in that, described piping lane monitoring station is described city integrated piping lane ingredient and is arranged on ground, and this piping lane monitoring station is connected with city wisdom heat net monitoring and management station.
15. prefabricated assembled city integrated piping lanes as described in claim 10 or 11, is characterized in that, described bearing pipeline section and middle pipeline section comprise the fire protection flame retarding layer of the wall that sets within it;
Comprise the information node being arranged on described fire wall, this information node comprises data input module and data outputting module, and this information node is connected with piping lane monitoring station.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420082672.7U CN203948104U (en) | 2014-02-26 | 2014-02-26 | A kind of prefabricated assembled city integrated piping lane |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420082672.7U CN203948104U (en) | 2014-02-26 | 2014-02-26 | A kind of prefabricated assembled city integrated piping lane |
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| CN203948104U true CN203948104U (en) | 2014-11-19 |
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| CN201420082672.7U Expired - Lifetime CN203948104U (en) | 2014-02-26 | 2014-02-26 | A kind of prefabricated assembled city integrated piping lane |
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| Country | Link |
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| CN (1) | CN203948104U (en) |
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2014
- 2014-02-26 CN CN201420082672.7U patent/CN203948104U/en not_active Expired - Lifetime
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20141119 |