CN206646546U - One kind is based on architecture information underground pipe gallery monitoring waterproof construction - Google Patents

One kind is based on architecture information underground pipe gallery monitoring waterproof construction Download PDF

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Publication number
CN206646546U
CN206646546U CN201720330690.6U CN201720330690U CN206646546U CN 206646546 U CN206646546 U CN 206646546U CN 201720330690 U CN201720330690 U CN 201720330690U CN 206646546 U CN206646546 U CN 206646546U
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CN
China
Prior art keywords
piping lane
chamber
guiding gutter
top surface
leak monitoring
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Expired - Fee Related
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CN201720330690.6U
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Chinese (zh)
Inventor
璧典寒
赵亮
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Jiangsu Institute of Architectural Technology
Jiangsu Jianzhu Institute
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Jiangsu Institute of Architectural Technology
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Priority to CN201720330690.6U priority Critical patent/CN206646546U/en
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Publication of CN206646546U publication Critical patent/CN206646546U/en
Expired - Fee Related legal-status Critical Current
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Abstract

The utility model discloses one kind based on architecture information underground pipe gallery monitoring waterproof construction, underground pipe gallery waterproof field is related generally to.Including piping lane Building block block and remote computer based system, the piping lane Building block bulk inner is provided with power pipe line chamber, oil-gas pipeline chamber, integrated pipe line chamber, catchment drain chamber, the power pipe line chamber, oil-gas pipeline chamber and comprehensive pipeline intracavitary are additionally provided with piping lane top surface leak prison, guiding gutter and piping lane side leak monitoring guiding gutter, level sensor and control valve, the piping lane Building block bulk inner side wall, the drain header being connected with drain chamber of catchmenting is equipped with first internal side wall and the second internal side wall, the level sensor and control valve are connected with remote computer based system signal.The beneficial effects of the utility model are:Draining can be effectively carried out, can timely be found when seeping water serious and determine the position seriously seeped water, timely leakage position can be found, positioned.

Description

One kind is based on architecture information underground pipe gallery monitoring waterproof construction
Technical field
Underground pipe gallery waterproof field is the utility model is related to, is specifically a kind of anti-based on the monitoring of architecture information underground pipe gallery Water-bound.
Background technology
With the improvement of people ' s living standards, scientific and technical development so that existing building intelligent information degree Greatly improve.Underground pipe gallery is to be used to concentrate the public tunnel for laying various municipal pipelines in Urban Underground.Compared to other hairs Up to country, the underground foundation Facilities Construction of China's underground pipe gallery lags, and the phenomenon of infiltration inside underground pipe gallery often occurs, and then Cause pipe fitting water inlet inside underground pipe gallery, and cause the corrosion of metal tube, substantially reduce the service life of pipe fitting, even Cause the Accident of Large-scale phenomenon such as power system paralysis, leak, gas leakage.Existing underground pipe gallery structure has the following disadvantages:
1st, underground pipe gallery is widely distributed in underground, wherein the underground pipe gallery structure below urban road, due to city Vehicle flowrate above road is very big, and the vibrations that piping lane Building block block is born are larger, between adjacent piping lane Building block block Only by grout off, the cement for closure can ftracture, drop, and easily cause to seep water inside underground pipe gallery, and underground Draining can not be effectively carried out after being seeped water inside piping lane, when seeping water serious, can not timely be found.Especially for the earth's crust Active area, due to small-sized earthquake often occurs, easily there is crack in piping lane Building block block, not only seriously reduces piping lane The service life of Building block block, and groundwater seepage is easily caused at crack, into inside underground pipe gallery.
2nd, oil-gas pipeline chamber is provided with inside underground pipe gallery, oil-gas pipeline intracavitary is provided with gas pipeline and oil-gas pipeline, existing Oil-gas pipeline intracavitary in technology, when gas pipeline and oil-gas pipeline leak, it is impossible to timely find, or can not Timely leakage position is positioned, causes maintenance not in time, causes huge economic loss, or even cause major accident.
It is art technology so how using a kind of information-based underground pipe gallery monitoring waterproof construction of prior art design Personnel need the technical problem solved.
Utility model content
The purpose of this utility model is that providing a kind of architecture information underground pipe gallery that is based on guards waterproof construction, works as underground Draining can be effectively carried out when being seeped water inside piping lane, also can timely be found when seeping water serious, and can determine serious The position of infiltration, pipe fitting water inlet inside underground pipe gallery is avoided, or even cause the Accident of Large-scale such as power system paralysis, leak, gas leakage Phenomenon;And when gas pipeline and oil-gas pipeline leak, it can timely find and leakage position be positioned, energy It is enough to be repaired in the very first time, avoid causing huge economic loss and major accident.
The utility model to achieve the above object, is achieved through the following technical solutions:
One kind is based on architecture information underground pipe gallery monitoring waterproof construction, including piping lane Building block block and remote computation Machine control system, the piping lane Building block bulk inner is provided with power pipe line chamber, oil-gas pipeline chamber and integrated pipe line chamber, described Piping lane Building block block bottom is provided with drain chamber of catchmenting, and is provided between the power pipe line chamber and oil-gas pipeline chamber inside first Side wall, the second internal side wall, the power pipe line chamber, oil-gas pipeline chamber are provided between the oil-gas pipeline chamber and integrated pipe line chamber It is pyramidal structure with integrated pipe line chamber top surface, and the power pipe line chamber, oil-gas pipeline chamber and integrated pipe line chamber top surface are all provided with There is mozzle, the power pipe line chamber, oil-gas pipeline chamber and comprehensive pipeline intracavitary are additionally provided with piping lane top surface leak monitoring guiding gutter Guiding gutter is guarded with the leak of piping lane side, the piping lane top surface leak monitoring guiding gutter and the leak of piping lane side are guarded on guiding gutter Level sensor and control valve are equipped with, the piping lane top surface leak monitoring guiding gutter is arranged in piping lane Building block block At the top of portion's side wall, the first internal side wall and the second internal side wall, leak monitoring guiding gutter in the piping lane side is arranged at piping lane spelling Dress building bulk inner sidewall bottom, piping lane Building block bulk inner side wall, the first internal side wall and second private side The drain header being connected with drain chamber of catchmenting, the piping lane top surface leak monitoring guiding gutter and the leakage of piping lane side are equipped with wall Be equipped with the branch drain being connected with drain header on water monitoring guiding gutter, the level sensor and control valve with it is long-range Computer control system signal connects.
The power pipeline intracavitary is provided with power pipeline support, and the oil-gas pipeline intracavitary is provided with gas pipeline support and oil Feed channel bearing, the comprehensive pipeline intracavitary are provided with composite duct bearing and composite duct support.
The oil-gas pipeline intracavitary is provided with leakage warning device, the leakage warning device and remote computer based system Signal connects.
The piping lane top surface leak monitoring guiding gutter and piping lane side leak monitoring water conservancy diversion trench bottom are equipped with stillpot, institute State piping lane top surface leak monitoring guiding gutter and piping lane side leak monitoring guiding gutter and piping lane Building block block side wall contact position Provided with impurity filtering net.
The branch drain is less than close to one end of control valve close to one end of drain header.
The piping lane top surface leak monitoring guiding gutter includes electric power chamber top surface leak monitoring guiding gutter, oil gas chamber top surface leak Guiding gutter and comprehensive chamber top surface leak monitoring guiding gutter are guarded, leak monitoring guiding gutter in the piping lane side includes electric power chamber side Guiding gutter and comprehensive chamber side leak monitoring guiding gutter are guarded in leak.
Support frame is provided between two oil gas chamber top surface leak monitoring guiding gutters, support frame as described above center is provided with Protective cover, the leakage warning device are arranged in protective cover.
The power pipe line chamber, oil-gas pipeline chamber and integrated pipe line chamber end face center position are provided with link, the water conservancy diversion Pipe one end is fixedly connected with link, and the mozzle other end is adapted with piping lane top surface leak monitoring guiding gutter.
Prior art is contrasted, the beneficial effects of the utility model are:
1st, the present apparatus includes piping lane Building block block and remote computer based system, is set in piping lane Building block block There are piping lane top surface leak monitoring guiding gutter and piping lane side leak monitoring guiding gutter, piping lane top surface leak monitoring guiding gutter and piping lane Level sensor and control valve, piping lane Building block bulk inner side wall, first are equipped with side leak monitoring guiding gutter The drain header being connected with drain chamber of catchmenting is equipped with internal side wall and the second internal side wall, drain header is provided with draining Branch pipe, when because piping lane Building block block is due to the reason such as the earth's crust is active, urban road vehicle flowrate is big, making piping lane Building block The vibrations that block is born are larger, cause piping lane Building block block the envelope between crack, adjacent piping lane Building block block occur Water blockoff mud cracking, drop, when causing to seep water inside underground pipe gallery, the infiltration of underground pipe gallery top surface can be led along the mozzle of top surface It flow in piping lane top surface leak monitoring guiding gutter, the infiltration of underground pipe gallery side can flow to the leakage of piping lane side under gravity In water monitoring guiding gutter, piping lane top surface leak monitoring guiding gutter and piping lane side leak monitoring guiding gutter are set in its longitudinal direction There are multiple control valves, it is not serious due to seeping water under regular situation, opened only by remote computer based system a small number of Control valve carries out draining, therefore, draining can be effectively carried out when being seeped water inside underground pipe gallery, when seeping water serious, by The control valve opened under regular situation is less, and seepage velocity can be more than drainage speed, causes piping lane top surface leak monitoring to be led Chute and piping lane side leak monitoring guiding gutter internal water accumulation increase, when the horizontal line where liquid level reaches level sensor, liquid Level sensor can send alarm signal to remote computer based system, due to the corresponding piping lane assembly of each liquid level sensor Block is built, so timely serious place of seeping water can be positioned, so, also can be timely when seeping water serious Discovery, and can determine the position seriously seeped water, avoid pipe fitting water inlet inside underground pipe gallery, or even cause power system paralysed The Accident of Large-scale phenomenon such as paralysis, leak, gas leakage.
2nd, by being provided with power pipeline support in power pipeline intracavitary, oil-gas pipeline intracavitary is provided with gas pipeline support and oil Feed channel bearing, comprehensive pipeline intracavitary are provided with composite duct bearing and composite duct support, power pipe line chamber, oil-gas pipeline chamber and Integrated pipe line chamber is provided separately, and more orderly all service conduits and pipeline can be carried out separated.
3rd, by setting leakage warning device in oil-gas pipeline intracavitary, when gas pipeline and oil-gas pipeline leak, Leakage warning device can timely monitor the oil gas of combustion gas and volatilization, and signal is passed to long-range meter by leakage warning device Calculation machine control system, due to the corresponding piping lane Building block block of each leakage warning device, therefore the present apparatus can be timely Discovery leakage and to leakage position position, can be repaired in the very first time, avoid causing huge economic loss And major accident.
4th, it is respectively provided with precipitation by guarding water conservancy diversion trench bottom in piping lane top surface leak monitoring guiding gutter and the leak of piping lane side Groove, sandy soil or debris in infiltration can be deposited in stillpot, are avoided sandy soil or debris from flowing into drain header, are caused draining master Blockage.By guarding guiding gutter and piping lane side leak monitoring guiding gutter and piping lane Building block block in the leak of piping lane top surface Side wall contact position sets impurity filtering net, and floating object or suspension in infiltration can be obstructed at impurity filtering net, kept away Exempt from floating object or suspension flows into drain header, cause drain header to block.
5th, can be convenient by setting branch drain to be less than close to one end of drain header close to one end of control valve Infiltration is discharged in drain header.
6th, electric power chamber top surface leak monitoring guiding gutter, oil gas chamber top surface leak monitoring guiding gutter, comprehensive chamber top surface leak prison Protect and lead chute, guiding gutter is guarded in the leak of electric power chamber side and the level sensor on comprehensive chamber side leak monitoring guiding gutter, control Valve processed is all flagged with different differentiation labels on remote computer based system, when any one level sensor sends report When alert, remote computer based system can be positioned timely, so that it is determined that going out serious place of seeping water, when any one When control valve is damaged, remote computer based system can be positioned timely, so that it is determined that going out the control in which place Valve damages.
7th, support frame is provided between two oil gas chamber top surface leak monitoring guiding gutters, support frame center is provided with protection Cover, the underground water that oil-gas pipeline chamber top surface can be avoided to penetrate into cause damage to leakage warning device.
8th, by setting link, mozzle can be stably fixed to power pipe line chamber end face center position, oil gas Duct chamber end face center position and integrated pipe line chamber end face center position.
Brief description of the drawings
Accompanying drawing 1 is the utility model concrete structure schematic diagram.
Accompanying drawing 2 is I portions enlarged drawing in the utility model accompanying drawing 1.
Accompanying drawing 3 is II portions enlarged drawing in the utility model accompanying drawing 2.
Label shown in accompanying drawing:
1st, piping lane Building block block;2nd, remote computer based system;3rd, power pipe line chamber;4th, oil-gas pipeline chamber;5、 Integrated pipe line chamber;6th, catchment drain chamber;7th, the first internal side wall;8th, the second internal side wall;9th, mozzle;10th, piping lane top surface leaks Water guards guiding gutter;11st, piping lane side leak monitoring guiding gutter;12nd, level sensor;13rd, control valve;14th, drain header; 15th, branch drain;16th, power pipeline support;17th, gas pipeline support;18th, oil-gas pipeline bearing;19th, composite duct bearing; 20th, composite duct support;21st, leakage warning device;22nd, stillpot;23rd, impurity filtering net;24th, the leak of electric power chamber top surface is guarded Guiding gutter;25th, oil gas chamber top surface leak monitoring guiding gutter;26th, comprehensive chamber top surface leak monitoring guiding gutter;27th, electric power chamber side Guiding gutter is guarded in leak;28th, comprehensive chamber side leak monitoring guiding gutter;29th, support frame;30th, protective cover;31st, link.
Embodiment
With reference to specific embodiment, the utility model is expanded on further.It should be understood that these embodiments are merely to illustrate this Utility model rather than limitation the scope of the utility model.In addition, it is to be understood that reading the content of the utility model instruction Afterwards, those skilled in the art can make various changes or modifications to the utility model, and these equivalent form of values equally fall within this Shen Please limited range.
Described in the utility model is that a kind of architecture information underground pipe gallery that is based on guards waterproof construction, and agent structure includes pipe Corridor Building block block 1 and remote computer based system 2, the inside of piping lane Building block block 1 are provided with power pipe line chamber 3rd, oil-gas pipeline chamber 4 and integrated pipe line chamber 5, the bottom of piping lane Building block block 1 are provided with drain chamber 6 of catchmenting, draining of catchmenting Chamber 6 is used for collecting and discharging the underground water penetrated into piping lane Building block block 1.The power pipe line chamber 3 and oil-gas pipeline chamber 4 Between be provided with the first internal side wall 7, the second internal side wall 8 is provided between the oil-gas pipeline chamber 4 and integrated pipe line chamber 5, it is described Power pipe line chamber 3, oil-gas pipeline chamber 4 and the top surface of integrated pipe line chamber 5 are pyramidal structure, and the power pipe line chamber 3, Oil/Gas Pipe Road chamber 4 and the top surface of integrated pipe line chamber 5 are equipped with mozzle 9, and by the way that top surface is arranged into pyramidal structure, the ponding of top surface is in gravity In the presence of easier can be flowed to along mozzle 9 in piping lane top surface leak monitoring guiding gutter 10, so as in piping lane top surface Collect in leak monitoring guiding gutter 10.Piping lane is additionally provided with the power pipe line chamber 3, oil-gas pipeline chamber 4 and integrated pipe line chamber 5 Guiding gutter 10 and piping lane side leak monitoring guiding gutter 11 are guarded in top surface leak, and piping lane top surface leak monitoring guiding gutter 10 is used for converging Collect the infiltration of underground pipe gallery top surface, the infiltration of underground pipe gallery top surface can be guided to piping lane top surface leak along the mozzle 9 of top surface Guard in guiding gutter 10, leak monitoring guiding gutter 11 in piping lane side is used for the infiltration for collecting underground pipe gallery side, underground pipe gallery side The infiltration in face can be flow in piping lane side leak monitoring guiding gutter 11 under gravity.The piping lane top surface leak monitoring is led Level sensor 12 and control valve 13, level sensor 12 are equipped with chute 10 and piping lane side leak monitoring guiding gutter 11 For sensing the water surface elevation in piping lane top surface leak monitoring guiding gutter 10 and piping lane side leak monitoring guiding gutter 11, control valve Door 13 is used for controlling branch drain 15 and the leak of piping lane top surface to guard between guiding gutter 10, piping lane side leak monitoring guiding gutter 11 Connection or closing.The piping lane top surface leak monitoring guiding gutter 10 is arranged at the internal side wall of piping lane Building block block 1, first The top of 7 and second internal side wall of internal side wall 8, piping lane side leak monitoring guiding gutter 11 are arranged at piping lane Building block block The internal side wall bottom of body 1, the first internal side wall 7 and the second internal side wall 8 are arranged on inside piping lane Building block block 1, are not deposited In infiltration phenomenon, so the first internal side wall 7 and the bottom of the second internal side wall 8 do not have to set piping lane side leak monitoring guiding gutter 11.It is equipped with the internal side wall of piping lane Building block block 1, the first internal side wall 7 and the second internal side wall 8 and the row that catchments The drain header 14 that water cavity 6 is connected, the piping lane top surface leak monitoring guiding gutter 10 and piping lane side leak monitoring guiding gutter The branch drain 15 being connected with drain header 14 is equipped with 11, the setting of drain header 14 and branch drain 15 ensure that The underground water penetrated into inside piping lane Building block block 1 can be easily discharged into drain chamber 6 of catchmenting, the level sensor 12 and control valve 13 be connected with the signal of remote computer based system 2.When because piping lane Building block block 1 is due to earth's crust work Jump, the reason such as urban road vehicle flowrate is big, the vibrations for bearing piping lane Building block block 1 are larger, cause piping lane Building block The closure cement that block 1 occurs between crack, adjacent piping lane Building block block 1 ftractures, dropped, and causes to ooze inside underground pipe gallery During water, the infiltration of underground pipe gallery top surface can be guided to along the mozzle 9 of top surface in piping lane top surface leak monitoring guiding gutter 10, ground The infiltration of lower piping lane side can be flow in piping lane side leak monitoring guiding gutter 11 under gravity, piping lane top surface leak prison Protect and lead chute 10 and leak monitoring guiding gutter 11 in piping lane side is provided with multiple control valves 13, regular situation in its longitudinal direction Under due to seep water it is not serious, only by remote computer based system 2 open minority control valve 13 carry out draining, because This, draining can be effectively carried out when being seeped water inside underground pipe gallery, when seeping water serious, due to the control opened under regular situation Valve 13 processed is less, and seepage velocity can be more than drainage speed, causes piping lane top surface leak monitoring guiding gutter 10 and the leakage of piping lane side The water monitoring internal water accumulation of guiding gutter 11 increases, and when the horizontal line where liquid level reaches level sensor 12, liquid level sensor can be given Remote computer based system 2 sends alarm signal, because each liquid level sensor corresponds to a piping lane Building block block 1, So timely can be positioned to serious place of seeping water, liquid level sensor sends report to remote computer based system 2 While alert signal, remote computer based system 2 can open more control valves 13 and carry out draining, so, infiltration Also can timely be found when serious, it is determined that the position seriously seeped water, and avoid piping lane top surface leak monitoring guiding gutter 10 or Ponding in piping lane side leak monitoring guiding gutter 11 excessively overflows, and causes pipe fitting water inlet inside piping lane, or even cause power train The Accident of Large-scale phenomenons such as system paralysis, leak, gas leakage.
In order to more orderly separated to all service conduits and pipeline progress, in the power pipe line chamber 3 Provided with power pipeline support 16, gas pipeline support 17 and oil-gas pipeline bearing 18 are provided with the oil-gas pipeline chamber 4, it is described comprehensive Close in pipeline chamber 5 and be provided with composite duct bearing 19 and composite duct support 20.
In order to timely find combustion gas or oil gas leakage, leakage warning device 21 is provided with the oil-gas pipeline chamber 4, The leakage warning device 21 is connected with the signal of remote computer based system 2.When gas pipeline and oil-gas pipeline leak When, leakage warning device 21 can timely monitor the oil gas of combustion gas and volatilization, and leakage warning device 21 transmits signal To remote computer based system 2, due to the corresponding piping lane Building block block 1 of each leakage warning device 21, therefore originally Device can timely find leakage and leakage position is positioned, and can be repaired in the very first time, avoid causing huge Big economic loss and major accident.
In order to avoid drain header 14 blocks, the piping lane top surface leak monitoring guiding gutter 10 and piping lane side leak monitoring The bottom of guiding gutter 11 is equipped with stillpot 22, the piping lane top surface leak monitoring guiding gutter 10 and piping lane side leak monitoring water conservancy diversion Groove 11 is provided with impurity filtering net 23 with the side wall contact position of piping lane Building block block 1.By setting stillpot 22, the sand in infiltration Soil or debris can be deposited in stillpot 22, are avoided sandy soil or debris from flowing into drain header 14, are caused drain header 14 to block. By setting impurity filtering net 23, floating object or suspension in infiltration can be obstructed at impurity filtering net 23, be avoided Floating object or suspension flow into drain header 14, cause drain header 14 to block.
In order to which easily infiltration is discharged in drain header 14, the branch drain 15 is close to the one of drain header 14 End is less than close to one end of control valve 13.
In order that remote computer based system 2 can be positioned timely, so that it is determined that go out serious place of seeping water, And determine the place that control valve 13 is damaged.The piping lane top surface leak monitoring guiding gutter 10 leaks including electric power chamber top surface Water monitoring guiding gutter 24, oil gas chamber top surface leak monitoring guiding gutter 25 and comprehensive chamber top surface leak monitoring guiding gutter 26, the pipe Corridor side leak monitoring guiding gutter 11 includes electric power chamber side leak monitoring guiding gutter 27 and comprehensive chamber side leak monitoring water conservancy diversion Groove 28.
In order to avoid the underground water that the top surface of oil-gas pipeline chamber 4 penetrates into causes damage to leakage warning device 21, described in two Support frame 29 is provided between oil gas chamber top surface leak monitoring guiding gutter 25, the center of support frame as described above 29 is provided with protective cover 30, The leakage warning device 21 is arranged in protective cover 30.
In order to which mozzle 9 is stably fixed into the end face center position of power pipe line chamber 3, the top surface of oil-gas pipeline chamber 4 Center and the end face center position of integrated pipe line chamber 5, the power pipe line chamber 3, oil-gas pipeline chamber 4 and integrated pipe line chamber 5 are pushed up Face center is provided with link 31, and described one end of mozzle 9 is fixedly connected with link 31, the other end of mozzle 9 with Piping lane top surface leak monitoring guiding gutter 10 is adapted.

Claims (8)

1. one kind is based on architecture information underground pipe gallery monitoring waterproof construction, it is characterised in that:Including piping lane Building block block (1) and remote computer based system (2), the piping lane Building block block (1) are internal provided with power pipe line chamber (3), oil gas Duct chamber (4) and integrated pipe line chamber (5), piping lane Building block block (1) bottom are provided with drain chamber (6) of catchmenting, the electricity The first internal side wall (7), the oil-gas pipeline chamber (4) and comprehensive pipeline are provided between solenoid line chamber (3) and oil-gas pipeline chamber (4) The second internal side wall (8), the power pipe line chamber (3), oil-gas pipeline chamber (4) and integrated pipe line chamber (5) top are provided between chamber (5) Face is pyramidal structure, and the power pipe line chamber (3), oil-gas pipeline chamber (4) and integrated pipe line chamber (5) top surface are equipped with water conservancy diversion Manage (9), piping lane top surface leak monitoring is additionally provided with the power pipe line chamber (3), oil-gas pipeline chamber (4) and integrated pipe line chamber (5) Guiding gutter (10) and piping lane side leak monitoring guiding gutter (11), the piping lane top surface leak monitoring guiding gutter (10) and piping lane side Level sensor (12) and control valve (13), the piping lane top surface leak monitoring are equipped with face leak monitoring guiding gutter (11) Guiding gutter (10) is arranged at piping lane Building block block (1) internal side wall, the first internal side wall (7) and the second internal side wall (8) Top, piping lane side leak monitoring guiding gutter (11) is arranged at piping lane Building block block (1) internal side wall bottom, described It is equipped with piping lane Building block block (1) internal side wall, the first internal side wall (7) and the second internal side wall (8) and the row that catchments The drain header (14) that water cavity (6) is connected, the piping lane top surface leak monitoring guiding gutter (10) and piping lane side leak monitoring The branch drain (15) being connected with drain header (14), the level sensor (12) and control are equipped with guiding gutter (11) Valve (13) is connected with remote computer based system (2) signal.
It is 2. a kind of based on architecture information underground pipe gallery monitoring waterproof construction according to claim 1, it is characterised in that:It is described Is provided with power pipeline support (16) in power pipe line chamber (3), in the oil-gas pipeline chamber (4) provided with gas pipeline support (17) and Oil-gas pipeline bearing (18), the integrated pipe line chamber (5) is interior to be provided with composite duct bearing (19) and composite duct support (20).
It is 3. a kind of based on architecture information underground pipe gallery monitoring waterproof construction according to claim 2, it is characterised in that:It is described Leakage warning device (21), the leakage warning device (21) and remote computer based system are provided with oil-gas pipeline chamber (4) (2) signal connects.
It is 4. a kind of based on architecture information underground pipe gallery monitoring waterproof construction according to claim 1, it is characterised in that:It is described Piping lane top surface leak monitoring guiding gutter (10) and piping lane side leak monitoring guiding gutter (11) bottom are equipped with stillpot (22), institute State piping lane top surface leak monitoring guiding gutter (10) and piping lane side leak monitoring guiding gutter (11) and piping lane Building block block (1) Side wall contact position is provided with impurity filtering net (23).
It is 5. a kind of based on architecture information underground pipe gallery monitoring waterproof construction according to claim 1, it is characterised in that:It is described Branch drain (15) is less than close to one end of control valve (13) close to one end of drain header (14).
It is 6. a kind of based on architecture information underground pipe gallery monitoring waterproof construction according to claim 3, it is characterised in that:It is described Piping lane top surface leak monitoring guiding gutter (10) includes electric power chamber top surface leak monitoring guiding gutter (24), oil gas chamber top surface leak monitoring Guiding gutter (25) and comprehensive chamber top surface leak monitoring guiding gutter (26), piping lane side leak monitoring guiding gutter (11) include electricity Power chamber side leak monitoring guiding gutter (27) and comprehensive chamber side leak monitoring guiding gutter (28).
It is 7. a kind of based on architecture information underground pipe gallery monitoring waterproof construction according to claim 6, it is characterised in that:Two Support frame (29) is provided between the oil gas chamber top surface leak monitoring guiding gutter (25), support frame as described above (29) center is provided with Protective cover (30), the leakage warning device (21) are arranged in protective cover (30).
It is 8. a kind of based on architecture information underground pipe gallery monitoring waterproof construction according to claim 1, it is characterised in that:It is described Power pipe line chamber (3), oil-gas pipeline chamber (4) and integrated pipe line chamber (5) end face center position are provided with link (31), the water conservancy diversion Pipe (9) one end is fixedly connected with link (31), mozzle (9) other end and piping lane top surface leak monitoring guiding gutter (10) It is adapted.
CN201720330690.6U 2017-03-30 2017-03-30 One kind is based on architecture information underground pipe gallery monitoring waterproof construction Expired - Fee Related CN206646546U (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106836285A (en) * 2017-03-30 2017-06-13 江苏建筑职业技术学院 One kind guards waterproof construction based on architecture information underground pipe gallery
CN109750759A (en) * 2019-03-18 2019-05-14 中国水利水电第七工程局有限公司 It is a kind of for monitoring the water-tight device and its construction method of vertical built-in pipe

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106836285A (en) * 2017-03-30 2017-06-13 江苏建筑职业技术学院 One kind guards waterproof construction based on architecture information underground pipe gallery
CN109750759A (en) * 2019-03-18 2019-05-14 中国水利水电第七工程局有限公司 It is a kind of for monitoring the water-tight device and its construction method of vertical built-in pipe
CN109750759B (en) * 2019-03-18 2023-12-15 中国水利水电第七工程局有限公司 Waterproof device for monitoring vertical embedded pipe and construction method thereof

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