CN205000596U - Underground factory building cable outlet does shaft of safe fire escape simultaneously - Google Patents
Underground factory building cable outlet does shaft of safe fire escape simultaneously Download PDFInfo
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- CN205000596U CN205000596U CN201520602125.1U CN201520602125U CN205000596U CN 205000596 U CN205000596 U CN 205000596U CN 201520602125 U CN201520602125 U CN 201520602125U CN 205000596 U CN205000596 U CN 205000596U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
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Abstract
The utility model relates to an underground factory building cable outlet does shaft of safe fire escape simultaneously. The utility model aims at providing an underground factory building cable outlet does shaft of safe fire escape simultaneously to satisfy many times high tension cable, middle and low voltage cable outlet, as the requirement of the safe fire escape of secret factory building, compromise and lead to the needs of airing exhaust. The utility model provides a: an underground factory building cable outlet does shaft of safe fire escape simultaneously which characterized in that: having the section and dividing into three regions for the shaft of being qualified for the next round of competitions of rectangle radius angle pattern, the concrete wall through two stifled parallel arrangement in the shaft of being qualified for the next round of competitions, arrange pressurize air supply system's enclosed stairwell of fire elevator and tape unit tool in the region of the shaft both sides of being qualified for the next round of competitions respectively, fire elevator and enclosed stairwell hug closely shaft side mutual disposition, it is equipped with cup air supply well, stair air supply well and the cable expert well of airing exhaust in the shaft to be qualified for the next round of competitions. The utility model is suitable for a power station underground factory building belongs to the shaft structure field among the water and electricity hydraulic engineering.
Description
Technical field
The utility model relates to the double vertical shaft doing safe escape passage of a kind of underground power house cable outlet.Be applicable to underground workshop, belong to the shaft structure field in water power hydraulic engineering.
Background technology
Along with the rise of China's conventional hydropower regional development and pumped storage power plant southwester, many large hydropower stations all adopt the arrangement of underground power house.Be limited by topographic and geologic condition, project playout general layout, cable outlet needs to adopt vertical shaft outlet or vertical shaft to add the mode of adit combination outlet sometimes.
At present, for the safe escape of underground power house generator floor, traditional design generally will enter the emergency exit of outlet as straight-through outdoor ground of factory's access tunnel, using the emergency exit of double safe hole as another one main building generator floor that ventilate, and using outlet vertical shaft as cable outlet passage, enter air exhaust passage, take into account communication function.
When underground power house buried depth is very large, the factory's access tunnel that enters as underground power house two emergency exits will be longer with ventilation double safe hole length, and correspondingly the exit distance of underground power house will be longer." hydroelectric project design fire code " (GB50872-2014) 5.2.2 bar specifies, " ... factory building passes to the gallery of outdoor outlet or ventilation, vertical shaft and escape stair outlet and can be used as the emergency exit passing to outdoor ground ".Now, as outlet method adopts vertical shaft outlet, then the outlet vertical shaft utilizing hole line length shorter is one as other safe escape passage and selects preferably.
" hydroelectric project design fire code " (GB50872-2014) 5.2.9 bar regulation " ... infrequently someone non-ground auxiliary power house of stopping and closed auxiliary power house should establish enclosed stairwell ", 5.2.10 bar regulation " ... non-ground auxiliary power house and closed auxiliary power house; when from minimum one deck ground to most top layer roofing height more than 32m and when arranging elevator, each fire compartmentation should establish a fire lift "." Code for fire protection design of buildings " (GB50016-2014) 6.4.2 bar specifies, " enclosed stairwell ... 1 can not natural ventilation or natural ventilation when can not meet the demands, should arrange the mechanic pressure blow system or adopt smoke prevention stairwell ... "
Owing to there is no corresponding clause to the regulation of staircase and elevator in outlet vertical shaft in above-mentioned specification, therefore underground outlet vertical shaft is thought of as infrequently someone the non-ground auxiliary power house that stops.Because the height of underground outlet vertical shaft is generally all more than 32m, therefore when as safe escape passage, enclosed stairwell (or smoke prevention stairwell) and the fire lift of band the mechanic pressure blow system should be arranged.
China Patent Publication No. CN103362290A, October 23 2013 publication date, denomination of invention " a kind of underground power house cable outlet is combined the vertical shaft arranged with exhaust system ", this application case discloses kind of underground power house cable outlet and is combined the vertical shaft scheme of arranging with exhaust system, underground power house cable shaft and exhaust air shaft are merged into a large well by the program, large well has cable outlet and air draft simultaneously, communication function, multiple functional space is separated into: elevator shaft and elevator cup in well, staircase, high voltage cable well, mesolow cable shaft, forced draft well, cable fault smoke evacuation well etc.This vertical shaft scheme only has a high voltage cable well, if more than one time of high-voltage terminal loop, and electric pressure is not less than 110kV, in vertical shaft, fixed fire-extinguishing unit is not set, according to " hydroelectric project design fire code " the 2nd section of (GB50872-2014) 9.0.7 article, do not meet fire protection requirement between high voltage cable.And the elevator of the program is not fire lift, obviously can not use as safe escape passage.
Summary of the invention
The technical problems to be solved in the utility model is: for above-mentioned Problems existing, there is provided a kind of underground power house cable outlet the double vertical shaft doing safe escape passage, to meet many times high voltage cables, mesolow cable outlet, requirement as the safe escape passage of underground power house, take into account the needs of open air exhaust.
The technical scheme that the utility model adopts is: the double vertical shaft doing safe escape passage of a kind of underground power house cable outlet, it is characterized in that: there is the outlet vertical shaft that section is rectangle rounding pattern, three pieces of regions are divided into by the two stifled concrete wall be arranged in parallel in outlet vertical shaft, arrange the enclosed stairwell of fire lift and band the mechanic pressure blow system in the region of outlet vertical shaft both sides respectively, it is positioned opposite that fire lift and enclosed stairwell are close to vertical shaft side;
The two ends of outlet vertical shaft zone line and the two ends of fire lift region are separated to form cable shaft through fire stop, cable shaft is communicated with high voltage cable gallery, described cable shaft is divided into high pressure and mesolow cable shaft, be communicated with by the enter hole opened on concrete wall between adjacent two cable shafts, inspection platform is provided with in cable shaft, described cable shaft is communicated with cup by the cushion space be separated to form by fire stop successively with between fire lift and enclosed stairwell, cushion space and be equipped with labeled door between cable shaft and cup;
Cup blowing shaft, stair blowing shaft and cable open air exhaust well is provided with in described outlet vertical shaft.
Described cable open air exhaust well is described cable shaft, and the inspection platform in this cable shaft adopts steel grating to lay.
Described cup is arranged between fire lift and enclosed stairwell.
The corresponding high pressure of described cable open air exhaust well and mesolow cable shaft are arranged separately, and the inspection platform in described cable shaft adopts fire barrier to lay.
Described cup is arranged between fire lift and enclosed stairwell and enclosed stairwell one end.
The double vertical shaft doing safe escape passage of a kind of underground power house cable outlet, it is characterized in that: there is the outlet vertical shaft that section is rectangle rounding pattern, three pieces of regions are divided into by the two stifled concrete wall be arranged in parallel in outlet vertical shaft, arrange the enclosed stairwell of fire lift and band the mechanic pressure blow system in the region of outlet vertical shaft both sides respectively, it is positioned opposite that fire lift and enclosed stairwell are close to vertical shaft side;
The fire stop of two pieces, fire lift region connection vertical shaft side and concrete wall is separated, and this region is followed successively by high voltage cable well, cup blowing shaft, fire lift, cushion space and high voltage cable well from left to right;
Outlet vertical shaft zone line is separated through the fire stop that two pieces connect two concrete wall, has been separated into high voltage cable well, cup and mesolow cable shaft from left to right;
The fire stop of two pieces, enclosed stairwell region connection vertical shaft side and concrete wall is separated, and is followed successively by cushion space, enclosed stairwell and stair blowing shaft from left to right;
Wherein two high voltage cable wells in left side are communicated with by the enter hole opened on concrete wall, and the high voltage cable well in zone line is communicated with cup by the cushion space of enclosed stairwell side; The high pressure on right side is communicated with by the enter hole opened on concrete wall with mesolow cable shaft, and high voltage cable well is communicated with cup by the cushion space of fire lift side; Described cushion space and be equipped with labeled door between cable shaft and cup;
Be equipped with inspection platform in high voltage cable well and mesolow cable shaft, this inspection platform adopts steel grating to lay and forms.
The double vertical shaft doing safe escape passage of a kind of underground power house cable outlet, it is characterized in that: there is the outlet vertical shaft that section is rectangle rounding pattern, three pieces of regions are divided into by the two stifled concrete wall be arranged in parallel in outlet vertical shaft, arrange the enclosed stairwell of fire lift and band the mechanic pressure blow system in the region of outlet vertical shaft both sides respectively, it is positioned opposite that fire lift and enclosed stairwell are close to vertical shaft side;
The fire stop of three pieces, fire lift region connection vertical shaft side and concrete wall is separated, and this region is followed successively by high voltage cable well, cable open air exhaust well, cup blowing shaft, fire lift, cable open air exhaust well and high voltage cable well from left to right.
The fire stop connecting two concrete wall through 4 pieces in outlet vertical shaft zone line is separated, and be followed successively by high voltage cable well, cushion space, cup, cushion space and mesolow cable shaft from left to right, wherein cup is between fire lift and enclosed stairwell.
The fire stop of 4 pieces, enclosed stairwell region connection vertical shaft side and concrete wall is separated, and is followed successively by cable open air exhaust well, enclosed stairwell, cup, stair blowing shaft and cable open air exhaust well from left to right.
Wherein two high voltage cable wells in left side are communicated with by the enter hole opened on concrete wall, and the high voltage cable well in zone line is communicated with the cup in zone line by adjacent cushion space; The high pressure on right side is communicated with by the enter hole opened on concrete wall with mesolow cable shaft, and mesolow cable shaft is by the cup of the cup in adjacent cushion space connection zone line and enclosed stairwell side; Described cushion space and be equipped with labeled door between cable shaft and cup;
Be equipped with inspection platform in high voltage cable well and mesolow cable shaft, this inspection platform adopts fire barrier to lay and forms.
The beneficial effects of the utility model are: (1) vertical shaft possesses the functions such as many times high voltage cable outlets, mesolow cable outlet, safe escape passage and open air exhaust, by reasonable Arrangement, takes full advantage of vertical shaft section area, reduces construction costs; (2) vertical shaft is as safe escape passage, effectively shortens exit distance, ensures the safety of maintainer when accident occurs, meets the safe escape requirement that underground power house is increasingly strict; (3) be provided with Lift & Stairs in vertical shaft, make traffic between floor switches station and underground power house more convenient, be convenient to engineering management and maintenance; (4) many times high voltage cables and mesolow cable are arranged in a vertical shaft simultaneously, decrease underground chamber quantity, be conducive to hole group's adjoining rock stability.
Accompanying drawing explanation
Fig. 1 is the cross-sectional figure (vertical shaft bottom) of embodiment 1.
Fig. 2 is the cross-sectional figure at inspection platform place in embodiment 1.
Fig. 3 is the cross-sectional figure (vertical shaft bottom) of embodiment 2.
Fig. 4 is the cross-sectional figure at inspection platform place in embodiment 2.
Detailed description of the invention
The utility model provides two kinds of outlet vertical shaft arrangements, can meet many times high voltage cables, mesolow cable outlet, requirement as the safe escape passage of underground power house, take into account the needs of open air exhaust.Embodiment 1 is considered to be provided with the fixed fire-fighting equipment such as water spray, water mists in outlet vertical shaft, is suitable for when embodiment 2 is not provided with the fixed fire-fighting equipment such as water spray, water mists in outlet vertical shaft.
For achieving the above object, the utility model is for three times high voltage cable outlets, and cable voltage class is greater than 110kV, and the technical scheme adopted is described below respectively.
Embodiment 1 (having fixed fire-fighting equipment):
As shown in Figure 1 and Figure 2, the present embodiment has outlet vertical shaft 1, outlet shaft section area is rectangle rounding pattern, three pieces of regions are divided into by the two stifled concrete wall 2 be arranged in parallel in outlet vertical shaft 1, in the region of vertical shaft both sides, wherein arrange the enclosed stairwell 4 of fire lift 3 and band the mechanic pressure blow system respectively, it is positioned opposite that fire lift 3 and enclosed stairwell 4 are close to vertical shaft side.
The fire stop 5 connecting two concrete wall 2 by two pieces between fire lift 3 and enclosed stairwell 4 is separated into cup 11, thus the zone line of outlet vertical shaft 1 has been separated into high voltage cable well 7, cup 11 and mesolow cable shaft 8 from left to right.The fire stop 5 of two pieces, fire lift 3 region connection vertical shaft side and concrete wall 2 is separated, and this region is followed successively by high voltage cable well 7, cup blowing shaft 13, fire lift 3, cushion space 10 and high voltage cable well 7 from left to right.The fire stop 5 of two pieces, enclosed stairwell 4 region connection vertical shaft side and concrete wall 2 is separated, and is followed successively by cushion space 10, enclosed stairwell 4 and stair blowing shaft 14 from left to right.High voltage cable well 7 is communicated with high voltage cable gallery 6 with mesolow cable shaft 8.
In the present embodiment, two high voltage cable wells 7 in left side are communicated with by opening the enter hole 201 do not closed on concrete wall 2, and the high voltage cable well 7 in its zone line is communicated with cup 11 by the cushion space 10 of enclosed stairwell 4 side; The high pressure on right side is communicated with by opening the enter hole 201 do not closed on concrete wall 2 equally with mesolow cable shaft 7,8, and its medium and high voltage cable well 7 is communicated with cup 11 by the cushion space 10 of fire lift 3 side.Cushion space 10 and be equipped with labeled door 12 between cable shaft and cup 11 in this example.
This example is equipped with inspection platform 9 in high voltage cable well 7 and mesolow cable shaft 8, this inspection platform adopts steel grating to lay and forms, be conducive to utilizing " chimney " effect of vertical shaft to carry out open air exhaust, simultaneously need not to high, mesolow cable shaft arranges independently to enter, air draft well, saves space.
Due to as safe escape cup, directly can not communicate, even if adopt labeled door to close with the disaster hidden-trouble space such as cable shaft.Therefore respectively cushion space 10 is set in staircase termination and elevator shaft side.Because stair and elevator share a cup 11, be required to meet common antechamber area and be not less than 10m
2requirement.In addition, consider the space requirements such as cable installation, maintenance, fire-fighting evacuation, this arrangement vertical shaft net section is of a size of 8.9mx8.5m.
Embodiment 2 (without fixed fire-fighting equipment):
As shown in Figure 3, Figure 4, the present embodiment has outlet vertical shaft 1, outlet shaft section area is rectangle rounding pattern, three pieces of regions are divided into by the two stifled concrete wall 2 be arranged in parallel in outlet vertical shaft 1, in the region of vertical shaft both sides, wherein arrange the enclosed stairwell 4 of fire lift 3 and band the mechanic pressure blow system respectively, it is positioned opposite that fire lift 3 and enclosed stairwell 4 are close to vertical shaft side.
The fire stop 5 of three pieces, fire lift 3 region connection vertical shaft side and concrete wall 2 is separated, and this region is followed successively by high voltage cable well 7, cable open air exhaust well 15, cup blowing shaft 13, fire lift 3, cable open air exhaust well 15 and high voltage cable well 7 from left to right.Outlet vertical shaft 1 zone line is separated through the fire stop 5 that 4 pieces connect two concrete wall 2, be followed successively by high voltage cable well 7, cushion space 10, cup 11, cushion space 10 and mesolow cable shaft 8 from left to right, wherein cup 11 is between fire lift 3 and enclosed stairwell 4.The fire stop 5 of 4 pieces, enclosed stairwell 4 region connection vertical shaft side and concrete wall 2 is separated, and is followed successively by cable open air exhaust well 15, enclosed stairwell 4, cup 11, stair blowing shaft 14 and cable open air exhaust well 15 from left to right.High voltage cable well 7 is communicated with high voltage cable gallery 6 with mesolow cable shaft 8.
In the present embodiment, two high voltage cable wells 7 in left side are communicated with by opening the enter hole 201 do not closed on concrete wall 2, and the high voltage cable well 7 in its zone line is communicated with the cup 11 in zone line by adjacent cushion space 10; High pressure and the mesolow cable shaft 7,8 on right side are communicated with by opening the enter hole 201 do not closed on concrete wall 2 equally, and wherein mesolow cable shaft 8 is communicated with the cup 11 of cup 11 in zone line and enclosed stairwell 4 side by adjacent cushion space 10.In this example, cable open air exhaust well 15 is as adjacent high pressure, independently the entering of mesolow cable shaft 7,8, air draft well.Cushion space 10 and be equipped with labeled door 12 between cable shaft and cup 11.
This example is equipped with inspection platform 9 in high voltage cable well 7 and mesolow cable shaft 8, and this inspection platform adopts fire barrier to lay and forms, and plays fireproof blocking effect.
Due to as safe escape cup, directly can not communicate with the disaster hidden-trouble space such as cable shaft, even if adopt labeled door to close, therefore respectively cushion space 10 is set in cup 11 both sides.Because stair and elevator have separately independently cup 11, wherein require that elevator cup area is not less than 6m
2.In addition, consider the space requirements such as cable installation, maintenance, fire-fighting evacuation, this arrangement vertical shaft net section is of a size of 10mx8.5m.
With or without fixed fire-fighting equipment, the outlet vertical shaft meeting safe escape requirement is arranged that impact is very large.Embodiment 1 requires there is fixed fire-fighting equipment in vertical shaft, then according to " hydroelectric project design fire code " the 3rd section of (GB50872-2014) 9.0.7 article regulation, the upper/lower terminal of vertical shaft, the turnover aperture place of cable and each floor place of vertical shaft can not carry out fireproof blocking.Therefore cable shaft inspection platform adopts steel grating to lay by embodiment 1, is conducive to utilizing " chimney " effect of vertical shaft to carry out open air exhaust, simultaneously need not to high, mesolow cable shaft arranges independently to enter, air draft well, saves space.And without fixed fire-fighting equipment in the vertical shaft of embodiment 2, according to " hydroelectric project design fire code " (GB50872-2014) 9.0.7 article the 1st and 2 sections of regulations, " 1 should at the upper/lower terminal of vertical shaft, and the turnover aperture place of cable and each floor place of vertical shaft carry out fireproof blocking; 2 vertical shafts laying 110kV and above cable, when laying 2 loops and above cable in same hoistway, apply fire barrier and separate between different circuit ".Therefore embodiment 2 to high, mesolow cable shaft is provided with independently to enter, air draft well, between different circuit, arrange concrete wall carries out fire separation simultaneously.
Claims (7)
1. the double vertical shaft doing safe escape passage of underground power house cable outlet, it is characterized in that: there is the outlet vertical shaft (1) that section is rectangle rounding pattern, three pieces of regions are divided into by the two stifled concrete wall (2) be arranged in parallel in outlet vertical shaft (1), arrange the enclosed stairwell (4) of fire lift (3) and band the mechanic pressure blow system in the region of outlet vertical shaft both sides respectively, it is positioned opposite that fire lift (3) and enclosed stairwell (4) are close to vertical shaft side;
The two ends of outlet vertical shaft (1) zone line and the two ends of fire lift (3) region are separated to form cable shaft through fire stop (5), described cable shaft is divided into high pressure and mesolow cable shaft (7, 8), be communicated with by the enter hole (201) opened on concrete wall (2) between adjacent two cable shafts, inspection platform (9) is provided with in cable shaft, described cable shaft is communicated with cup (11) by the cushion space (10) be separated to form by fire stop (5) successively with between fire lift (3) and enclosed stairwell (4), cushion space (10) and be equipped with labeled door (12) between cable shaft and cup (11),
Cup blowing shaft (13), stair blowing shaft (14) and cable open air exhaust well is provided with in described outlet vertical shaft (1).
2. the double vertical shaft doing safe escape passage of underground power house cable outlet according to claim 1, is characterized in that: described cable open air exhaust well is described cable shaft, and the inspection platform (9) in this cable shaft adopts steel grating to lay.
3. the double vertical shaft doing safe escape passage of underground power house cable outlet according to claim 2, is characterized in that: described cup (11) is arranged between fire lift (3) and enclosed stairwell (4).
4. the double vertical shaft doing safe escape passage of underground power house cable outlet according to claim 1, it is characterized in that: the corresponding high pressure of described cable open air exhaust well and mesolow cable shaft (7,8) arrange separately, the inspection platform (9) in described cable shaft adopts fire barrier to lay.
5. the double vertical shaft doing safe escape passage of underground power house cable outlet according to claim 4, is characterized in that: described cup (11) is arranged between fire lift (3) and enclosed stairwell (4) and enclosed stairwell (4) one end.
6. the double vertical shaft doing safe escape passage of underground power house cable outlet, it is characterized in that: there is the outlet vertical shaft (1) that section is rectangle rounding pattern, three pieces of regions are divided into by the two stifled concrete wall (2) be arranged in parallel in outlet vertical shaft (1), arrange the enclosed stairwell (4) of fire lift (3) and band the mechanic pressure blow system in the region of outlet vertical shaft both sides respectively, it is positioned opposite that fire lift (3) and enclosed stairwell (4) are close to vertical shaft side;
The fire stop (5) of two pieces, fire lift (3) region connection vertical shaft side and concrete wall (2) is separated, and this region is followed successively by high voltage cable well (7), cup blowing shaft (13), fire lift (3), cushion space (10) and high voltage cable well (7) from left to right;
Outlet vertical shaft (1) zone line is separated through the fire stop (5) that two pieces connect two concrete wall (2), has been separated into high voltage cable well (7), cup (11) and mesolow cable shaft (8) from left to right;
The fire stop (5) of two pieces, enclosed stairwell (4) region connection vertical shaft side and concrete wall (2) is separated, and is followed successively by cushion space (10), enclosed stairwell (4) and stair blowing shaft (14) from left to right;
Wherein two high voltage cable wells (7) in left side are communicated with by the enter hole (201) opened on concrete wall (2), and the high voltage cable well (7) in zone line is communicated with cup (11) by the cushion space (10) of enclosed stairwell (4) side; The high pressure on right side is communicated with by the enter hole (201) opened on concrete wall (2) with mesolow cable shaft (7,8), and high voltage cable well (7) is communicated with cup (11) by the cushion space (10) of fire lift (3) side; Described cushion space (10) and be equipped with labeled door (12) between cable shaft and cup (11);
Be equipped with inspection platform (9) in high voltage cable well (7) and low-voltage cable well (8), this inspection platform adopts steel grating to lay and forms.
7. the double vertical shaft doing safe escape passage of underground power house cable outlet, it is characterized in that: there is the outlet vertical shaft (1) that section is rectangle rounding pattern, three pieces of regions are divided into by the two stifled concrete wall (2) be arranged in parallel in outlet vertical shaft (1), arrange the enclosed stairwell (4) of fire lift (3) and band the mechanic pressure blow system in the region of outlet vertical shaft both sides respectively, it is positioned opposite that fire lift (3) and enclosed stairwell (4) are close to vertical shaft side;
The fire stop (5) of three pieces, fire lift (3) region connection vertical shaft side and concrete wall (2) is separated, and this region is followed successively by high voltage cable well (7), cable open air exhaust well (15), cup blowing shaft (13), fire lift (3), cable open air exhaust well (15) and high voltage cable well (7) from left to right;
In the middle of outlet vertical shaft (1), inner region is separated through the fire stop (5) that 4 pieces connect two concrete wall (2), be followed successively by high voltage cable well (7), cushion space (10), cup (11), cushion space (10) and mesolow cable shaft (8) from left to right, wherein cup (11) is positioned between fire lift (3) and enclosed stairwell (4);
The fire stop (5) of 4 pieces, enclosed stairwell (4) region connection vertical shaft side and concrete wall (2) is separated, and is followed successively by cable open air exhaust well (15), enclosed stairwell (4), cup (11), stair blowing shaft (14) and cable open air exhaust well (15) from left to right;
Wherein two high voltage cable wells (7) in left side are communicated with by the enter hole (201) opened on concrete wall (2), and the high voltage cable well (7) in zone line is communicated with the cup (11) in zone line by adjacent cushion space (10); The high pressure on right side is communicated with by the enter hole (201) opened on concrete wall (2) with mesolow cable shaft (7,8), and mesolow cable shaft (8) is by the cup (11) in adjacent cushion space (10) connection zone line and the cup (11) of enclosed stairwell (4) side; Described cushion space (10) and be equipped with labeled door (12) between cable shaft and cup (11);
Be equipped with inspection platform (9) in high voltage cable well (7) and low-voltage cable well (8), this inspection platform adopts fire barrier to lay and forms.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520602125.1U CN205000596U (en) | 2015-08-11 | 2015-08-11 | Underground factory building cable outlet does shaft of safe fire escape simultaneously |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520602125.1U CN205000596U (en) | 2015-08-11 | 2015-08-11 | Underground factory building cable outlet does shaft of safe fire escape simultaneously |
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| Publication Number | Publication Date |
|---|---|
| CN205000596U true CN205000596U (en) | 2016-01-27 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520602125.1U Withdrawn - After Issue CN205000596U (en) | 2015-08-11 | 2015-08-11 | Underground factory building cable outlet does shaft of safe fire escape simultaneously |
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| Country | Link |
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| CN (1) | CN205000596U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105178565A (en) * | 2015-08-11 | 2015-12-23 | 中国电建集团华东勘测设计研究院有限公司 | Vertical shaft with cable output feeders doubling as safe evacuation passages in underground powerhouse |
-
2015
- 2015-08-11 CN CN201520602125.1U patent/CN205000596U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105178565A (en) * | 2015-08-11 | 2015-12-23 | 中国电建集团华东勘测设计研究院有限公司 | Vertical shaft with cable output feeders doubling as safe evacuation passages in underground powerhouse |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160127 Effective date of abandoning: 20180102 |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20160127 Effective date of abandoning: 20180102 |