CN205918011U - Modular thermal -insulated profiled steel structure ceiling - Google Patents
Modular thermal -insulated profiled steel structure ceiling Download PDFInfo
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- CN205918011U CN205918011U CN201620928765.6U CN201620928765U CN205918011U CN 205918011 U CN205918011 U CN 205918011U CN 201620928765 U CN201620928765 U CN 201620928765U CN 205918011 U CN205918011 U CN 205918011U
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- layer
- support
- conservancy diversion
- water conservancy
- rain
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Abstract
The utility model discloses a modular thermal -insulated profiled steel structure ceiling, belong to steel construction ceiling technical field, its technical essential includes that the cross -section is triangle -shaped's support, wherein it has at a distance from the rain layer to cover respectively on two inclined surface of support, separates rain layer upper end sealing connection, the rain layer top that separate on both sides is equipped with the auxiliary stand with support matched with respectively, be equipped with respectively on each auxiliary stand with the insulating layer at a distance from the mutual one's own profession in rain layer that corresponds, form heat dissipation flow guide clearance between two insulating layers, be equipped with in heat dissipation flow guide clearance with support matched with water conservancy diversion support, be equipped with the water conservancy diversion sun -resistant layer who is the splayed on the water conservancy diversion support, water conservancy diversion sun -resistant layer upper end is connected through the sealing member, water conservancy diversion sun -resistant layer is located the insulating layer top, be equipped with the bracing on the water conservancy diversion support, the terminal surface is equipped with the guide plate under the bracing, the utility model aims at providing a compact structure, radiating effect are well and the lower modular thermal -insulated profiled steel structure ceiling of energy consumption, be used for steel construction building heat insulation.
Description
Technical field
This utility model is related to a kind of ceiling, more specifically, more particularly, to a kind of combined heat-insulated formed steel construction ceiling.
Background technology
Steel construction, because its speed of application is fast, intensity is high, anti-seismic performance is excellent and the response rate is high, is widely used as heavy type at present
The load-bearing skeleton in workshop, the Factory Building etc. by dynamic load function.But in actual application, the steel construction of steel building
Ceiling haves the shortcomings that heat-insulated, radiating effect is poor, outside heat easily enter steel construction internal but be not easy to disperse so that
When ambient temperature is higher, the temperature in steel building can be higher than ambient temperature.
Utility model content
The purpose of this utility model is, for above-mentioned the deficiencies in the prior art, to provide a kind of compact conformation, radiating effect
Get well and the relatively low combined heat-insulated formed steel construction ceiling of energy consumption.
The technical solution of the utility model is achieved in that a kind of combined heat-insulated formed steel construction ceiling, including section
Support triangular in shape, two inclined surfaces of wherein said support has been covered each by, every rain layer, seal even every rain layer upper end
Connect；Be respectively equipped with, on both sides, the auxiliary stand matching with support above rain layer, each auxiliary stand is respectively equipped with
The corresponding thermal insulation layer every the mutual one's own profession of rain layer；Form radiating water conservancy diversion gap between two pieces of thermal insulation layers, in radiating water conservancy diversion gap
Inside it is provided with the guide support matching with support, guide support is provided with splay water conservancy diversion sunshade layer, water conservancy diversion sunshade layer
Upper end is connected by sealing member, and described water conservancy diversion sunshade layer is located above thermal insulation layer；Diagonal brace is provided with guide support, under diagonal brace
End face is provided with deflector, and deflector upper end is located at the top in gap between water conservancy diversion sunshade layer and thermal insulation layer, the extended surface of deflector
Positioned at corresponding thermal insulation layer and in the gap between rain layer.
In combinations of the above formula heat insulation type steel roof, in the middle part of described guide support, it is provided with sparge pipe along its length,
Sparge pipe is connected with external high pressure water supply line, has two row's atomizers, two rows on sparge pipe along its length uniformly at intervals
The gap between rain layer and thermal insulation layer is relative with both sides respectively for atomizer；Two neighboring atomizer positioned at same row
Water smoke overlay area overlapping in the gap inlet between rain layer and thermal insulation layer；Described atomizer sprays water smoke atomization grain
Spend for 80-120 μm.
In combinations of the above formula heat insulation type steel roof, in the gap between rain layer and thermal insulation layer along its length
It is provided with auxiliary sparge pipe, auxiliary sparge pipe is connected with external high pressure water supply line, is spaced along its length on auxiliary sparge pipe
It is evenly equipped with assisted atomisation nozzles, the axis of assisted atomisation nozzles is parallel to each other with every rain layer；The water of described assisted atomisation nozzles
Mist jet angle is 25-40 °, and water smoke atomized particle size is 80-120 μm.
In combinations of the above formula heat insulation type steel roof, described guide support is by along every rain layer length direction uniformly at intervals
Some carrier units and be erected at purlin composition on each carrier unit, water conservancy diversion sunshade layer is fixed on purlin；Each support
Unit by two spaced water conservancy diversion columns and is connected to the support beam of two water conservancy diversion column upper ends and forms；Diagonal brace connects
Between two water conservancy diversion columns, deflector arranges and is fixed on each diagonal brace lower surface along the length direction every rain layer.
In combinations of the above formula heat insulation type steel roof, some installation bases, installation base are distributed with described support
Upper face is in the same plane with pedestal upper end face；Position spiral shell being provided with every rain layer bottom with each installation base correspondingly
Post, is provided with the through hole being adapted with positioning stud on installation base, sets on the installation base lower surface of positioning stud periphery
There is holding ring, be provided with brute spring in holding ring, be provided with spacing shim in holding ring peristome, spacing shim external diameter is more than and holds
Put ring external diameter, the positioning stud outside spacing shim is threaded with locking nut.
In combinations of the above formula heat insulation type steel roof, described support two ends are connected with column, outside column upper end
It is provided with horizontal seat, aqua storage tank is provided with horizontal seat, be provided with overflow pipe in aqua storage tank, overflow pipe upper end is located at aqua storage tank
Top, overflow pipe passes through in the aqua storage tank of the externally connected high-pressure water of pipeline；The described lower end every rain layer and aqua storage tank inner chamber
Relatively；It is provided with isolation deflector in aqua storage tank two end faces along its length and away from the end face of support, isolate water conservancy diversion
The upper end of plate is higher than the lower end of thermal insulation layer, and the water above thermal insulation layer is guided to aqua storage tank by isolation deflector.
In combinations of the above formula heat insulation type steel roof, described isolation deflector upper end is provided with sunshade bent plate, this sunshade
The free end of bent plate is located above thermal insulation layer；It is connected with protection network in sunshade bent plate free end, protection network free end is close to heat-insulated
Layer upper surface；The aperture of described protection network is 8-15mm.
In combinations of the above formula heat insulation type steel roof, on two inclined surfaces of support between rain layer upper end
It is formed with installation gap, the width in this installation gap is 10-15mm, being sealed by sealing structure every rain layer upper end of both sides is connected
Connect；This sealing structure is mainly made up of the upper arc seal cover board and arc lower seal cover board being oppositely arranged；Upper arc closure
Plate by upper corrosion resistant plate, along upper corrosion resistant plate length direction uniformly at intervals the stretching screw in the middle part of upper corrosion resistant plate lower surface,
It is arranged on the upper seal gasket composition of stretching screw periphery；Described arc lower seal cover board by lower corrosion resistant plate and is arranged on down not
The lower seal gasket composition of rust upper surface of steel plate, is provided with stretching screw one-to-one through hole on arc lower seal cover board,
Stretching screw is connected with nut screw connection locking after passing through corresponding through hole；It is filled with the gap between upper and lower seal gasket
Expansion glue.
After this utility model adopts said structure, using three layers of ceiling structure, under the premise of reaching basic waterproof, lead to
Cross thermal insulation layer and realize heat-insulated purpose with the cooperation of water conservancy diversion sunshade layer, thermal insulation layer top is thread hollow structure, is conducive to distributing of heat, has
Not in conventional double heat insulation structural, traditional bilayer can realize effect of heat insulation in structural theory, but in actual application,
Due to top no radiator structure, cannot disperse from top after heat is long-range, can only radiate from both sides, rate of heat dispation is slow, or even has
Radiating effect may not had makes internal temperature higher on the contrary；Water conservancy diversion sunshade layer can avoid external sunlight to pass through on thermal insulation layer
Thread hollow structure direct projection is every rain layer；Meanwhile, for improving the radiating effect to ceiling for the extraneous air, water conservancy diversion is set at water conservancy diversion sunshade layer
Plate, the air of different directions is guided and enters in the gap between rain layer and thermal insulation layer.Further, in order in high temperature and
When air circulation is poor ensure effect of heat insulation, reasonable disposition atomizer on ceiling, atomizer spray water smoke radiating when,
Also driven the flowing of air in region, the air of flowing drives water smoke in the gap between rain layer and thermal insulation layer again simultaneously
Drift about, thus effective over whole ceiling, the atomized particle size of atomizer reaches 80-120 μm, has extraordinary water saving
Effect.
Brief description
The utility model is described in further detail for embodiment in below in conjunction with the accompanying drawings, but does not constitute to this reality
With new any restriction.
Fig. 1 is structural representation of the present utility model；
Fig. 2 is the close-up schematic view at a in Fig. 1；
Fig. 3 is the close-up schematic view at b in Fig. 2；
Fig. 4 is the close-up schematic view at c in Fig. 1；
Fig. 5 is the close-up schematic view at d in Fig. 1.
In figure: support 1, installation base 1a, holding ring 1b, brute spring 1c, spacing shim 1d, every rain layer 2, positioning stud
2a, locking nut 2b, thermal column 2c, auxiliary stand 3, thermal insulation layer 4, radiating water conservancy diversion gap 5, guide support 6, diagonal brace 6a, water conservancy diversion
Plate 6b, water conservancy diversion column 6c, support beam 6d, water conservancy diversion sunshade layer 7, sealing member 7a, sparge pipe 8, atomizer 8a, auxiliary sparge pipe 9,
Assisted atomisation nozzles 9a, column 10, horizontal seat 11, aqua storage tank 12, overflow pipe 12a, isolation deflector 12b, sunshade bent plate
12c, protection network 13, installation gap 14, upper arc seal cover board 15, upper corrosion resistant plate 15a, stretching screw 15b, upper seal gasket
15c, arc lower seal cover board 16, lower corrosion resistant plate 16a, lower seal gasket 16b, expansion glue 17.
Specific embodiment
Refering to shown in Fig. 1 to Fig. 5, a kind of combined heat-insulated formed steel construction ceiling of the present utility model, is in three including section
Angular support 1, two inclined surfaces of described support 1 has been covered each by every rain layer 2, in the present embodiment, every rain layer 2 has been
Stainless steel, is 5-10mm every rain thickness degree.Specifically, some installation base 1a, installation base 1a are distributed with support 1
Upper face is in the same plane with support 1 upper surface；Fixed correspondingly with each installation base 1a being provided with every rain layer 2 bottom
Position stud 2a, is provided with the through hole being adapted with positioning stud 2a on installation base 1a, convex in the installation of positioning stud 2a periphery
Platform 1a lower surface is provided with holding ring 1b, is provided with brute spring 1c in holding ring 1b, is provided with spacing in holding ring 1b peristome
Pad 1d, spacing shim 1d external diameter is more than holding ring 1b external diameter, threaded on the positioning stud 2a outside spacing shim 1d
There is locking nut 2b.Using this structure, brute spring provides thrust to spacing shim all the time, can effectively prevent locking nut
Loosen.
It is tightly connected every rain layer 2 upper end.Specifically it is considered to the convenience that connects every rain layer of both sides and stability, in this reality
Apply in example, being formed between rain layer 2 upper end on 1 two inclined surfaces of support installs gap 14, this installation gap 14
Width be 10-15mm, being tightly connected by sealing structure every rain layer 2 upper end of both sides；This sealing structure is mainly by relatively setting
The upper arc seal cover board 15 put and arc lower seal cover board 16 form；Upper arc seal cover board 15 is by upper corrosion resistant plate 15a, edge
Upper corrosion resistant plate 15a length direction uniformly at intervals the stretching screw 15b in the middle part of upper corrosion resistant plate 15a lower surface, be arranged on and draw
The upper seal gasket 15c composition of tight screw rod 15b periphery；Described arc lower seal cover board 16 by lower corrosion resistant plate 16a and is arranged on
The lower seal gasket 16b composition of lower corrosion resistant plate 16a upper surface, is provided with and stretching screw 15b on arc lower seal cover board 16
One-to-one through hole, stretching screw 15b is connected with nut screw connection locking after passing through corresponding through hole；In upper and lower seal gasket
It is filled with expansion glue 17 in gap between 15c, 16b.During installation, place arc seal cover board, stamp expansion glue, then connect
Connect arc lower seal cover board locking nut, during locking, the arcuate structure of upper and lower arc seal cover board can be nut
There is provided a kind of tensile force, thus preventing nut loosening, and, after installing, expansion glue expands and can effectively seal respectively
Tiny holes, effectively play sealing function.
It is respectively equipped with, on both sides, the auxiliary stand 3 matching with support 1 above rain layer 2, each auxiliary stand 3 divides
It is not provided with and the corresponding thermal insulation layer 4 every the mutual one's own profession of rain layer 2；Form radiating water conservancy diversion gap 5 between two pieces of thermal insulation layers 4,
Radiating is provided with, in water conservancy diversion gap 5, the guide support 6 matching with support 1, and guide support 6 is by along every rain layer 2 length direction interval
Uniform some carrier units and the purlin being erected on each carrier unit form, and are provided with splay water conservancy diversion on purlin
Sunshade layer 7, water conservancy diversion sunshade layer 7 upper end is connected by sealing member 7a, and described water conservancy diversion sunshade layer 7 is located above thermal insulation layer 4.
In the present embodiment, water conservancy diversion sunshade layer 7 is fixed on purlin；Each carrier unit is stood by two spaced water conservancy diversion
Post 6c and the support beam 6d composition being connected to two water conservancy diversion column 6c upper ends；It is provided with diagonal brace between two water conservancy diversion column 6c
6a, is provided with deflector 6b in diagonal brace 6a lower surface, and deflector 6b is arranged along the length direction every rain layer 2 and connected by each diagonal brace
Fixing.Deflector, while water conservancy diversion, also has the effect reinforcing guide support.Deflector 6b upper end is located at water conservancy diversion sunshade layer 7
The top in gap and thermal insulation layer 4 between, the extended surface of deflector 6b is located at corresponding thermal insulation layer 4 and the gap between rain layer 2
Interior.So, thermal insulation layer 4 can be efficiently entering and in the gap between rain layer 2 by the air-flow of deflector.
Preferably, it is provided with sparge pipe 8, sparge pipe 8 and external high pressure water supply line in the middle part of guide support 6 along its length
Connect, two row atomizer 8a are had uniformly at intervals along its length on sparge pipe 8, two row atomizer 8a respectively with both sides
Gap between rain layer 2 and thermal insulation layer 4 is relatively；Water smoke overlay area positioned at the two neighboring atomizer 8a of same row exists
Gap inlet between rain layer 2 and thermal insulation layer 4 is overlapping；It is 80-120 μ that described atomizer 8a sprays water smoke atomized particle size
m.Further, for ensureing radiating effect, it is provided with auxiliary spray in the gap between rain layer 2 and thermal insulation layer 4 along its length
Water pipe 9, auxiliary sparge pipe 9 is connected with external high pressure water supply line, has auxiliary on auxiliary sparge pipe 9 along its length uniformly at intervals
Help atomizer 9a, the axis of assisted atomisation nozzles 9a is parallel to each other with every rain layer 2；The water smoke of described assisted atomisation nozzles 9a
Spray angle is 25-40 °, and water smoke atomized particle size is 80-120 μm.By arranging sparge pipe and atomizer, spraying water smoke
Meanwhile, air effective flowing can be made, the air of flowing drives water smoke in drift in the gap between rain layer and thermal insulation layer again,
Forming water smoke layer between rain layer and thermal insulation layer, thus effective over whole ceiling, the atomized particle size of atomizer reaches
80-120 μm, there is extraordinary water-saving result.
Meanwhile, it is connected with column 10 at support 1 two ends, be provided with horizontal seat 11 outside column 10 upper end, prop up in level
Seat 11 is provided with aqua storage tank 12, is provided with overflow pipe 12a in aqua storage tank 12, and overflow pipe 12a upper end is located at aqua storage tank 12 top,
So that can store a certain amount of water in aqua storage tank, in high temperature environments, water can also be to the sky in region for the setting of overflow pipe
Gas is lowered the temperature, and water vapour can also play certain cooling effect.Overflow pipe 12a passes through the externally connected high-pressure water of pipeline
Aqua storage tank 12 in, recirculated water in aqua storage tank forms high-pressure water through high-pressure pump again after filtering and sprays from atomizer；
The described lower end every rain layer 2 is relative with aqua storage tank 12 inner chamber；Aqua storage tank 12 two end faces along its length and away from
The end face of frame 1 is provided with isolation deflector 12b, and the upper end of isolation deflector 12b is higher than the lower end of thermal insulation layer 4, above thermal insulation layer 4
Water guided to aqua storage tank 12 by isolation deflector 12b.Preferably, it is provided with sunshade bent plate in isolation deflector 12b upper end
The free end of 12c, this sunshade bent plate 12c is located above thermal insulation layer 4；It is connected with protection network 13 in sunshade bent plate 12c free end, prevent
Protecting wire net 13 free end is close to thermal insulation layer upper surface；The aperture of described protection network 13 is 8-15mm.
In installation process, if support is also to be made up of individual dry section unit frame triangular in shape；Auxiliary stand, water conservancy diversion prop up
Frame is all corresponded with each unit frame, auxiliary stand and guide support so can be made to have preferable intensity, improve stability.Peace
During dress, take the mode successively installed, this is the common knowledge of this area, will not be described here.
Embodiment provided above is better embodiment of the present utility model, is only used for convenient explanation this utility model, and
Non- this utility model is made with any pro forma restriction, any those of ordinary skill in the art, if without departing from
In the range of the carried technical characteristic of this utility model, using locally changing done by this utility model disclosed technology content or repair
The Equivalent embodiments of decorations, and without departing from technical characteristic content of the present utility model, all still fall within this utility model technical characteristic
In the range of.
Claims (8)
1. a kind of combined heat-insulated formed steel construction ceiling, including section support triangular in shape (1) it is characterised in that described
It has been covered each by two inclined surfaces of frame (1) every rain layer (2), be tightly connected every rain layer (2) upper end；On both sides every rain layer
(2) be respectively equipped with the auxiliary stand (3) matching with support (1) above, each auxiliary stand (3) is respectively equipped with corresponding
Thermal insulation layer (4) every rain layer (2) mutually one's own profession；Form radiating water conservancy diversion gap (5) between two pieces of thermal insulation layers (4), lead in radiating
It is provided with the guide support (6) matching with support (1) in ebb interval (5), guide support (6) is provided with splay water conservancy diversion
Sunshade layer (7), water conservancy diversion sunshade layer (7) upper end is passed through sealing member (7a) and is connected, and described water conservancy diversion sunshade layer (7) is located at thermal insulation layer (4)
Top；Diagonal brace (6a) is provided with guide support (6), is provided with deflector (6b) in diagonal brace (6a) lower surface, on deflector (6b)
End is located at the top in gap between water conservancy diversion sunshade layer (7) and thermal insulation layer (4), and the extended surface of deflector (6b) is positioned at corresponding heat-insulated
Layer (4) and in the gap between rain layer (2).
2. combined heat-insulated formed steel construction ceiling according to claim 1 is it is characterised in that in described guide support (6)
Portion is provided with sparge pipe (8) along its length, and sparge pipe (8) is connected with external high pressure water supply line, along length on sparge pipe (8)
Direction has two row's atomizers (8a) uniformly at intervals, two row's atomizers (8a) respectively with both sides every rain layer (2) and thermal insulation layer
(4) gap between is relatively；Positioned at same row two neighboring atomizer (8a) water smoke overlay area every rain layer (2) and
Gap inlet between thermal insulation layer (4) is overlapping；Described atomizer (8a) sprays water smoke atomized particle size and is 80-120 μm.
3. combined heat-insulated formed steel construction ceiling according to claim 1 is it is characterised in that every rain layer (2) and heat-insulated
It is provided with auxiliary sparge pipe (9), auxiliary sparge pipe (9) and external high pressure water supply line along its length in gap between layer (4)
Connect, auxiliary sparge pipe (9) has assisted atomisation nozzles (9a) along its length uniformly at intervals, assisted atomisation nozzles (9a)
Axis is parallel to each other with every rain layer (2)；The atomized water spray angle of described assisted atomisation nozzles (9a) is 25-40 °, and water smoke is atomized
Granularity is 80-120 μm.
4. combined heat-insulated formed steel construction ceiling according to claim 1 it is characterised in that described guide support (6) by
Along every rain layer (2) length direction some carrier units uniformly at intervals and be erected at purlin composition on each carrier unit, lead
Stream sunshade layer (7) is fixed on purlin；Each carrier unit by two spaced water conservancy diversion columns (6c) and is connected to two
Support beam (6d) composition of water conservancy diversion column (6c) upper end；Diagonal brace (6a) is connected between two water conservancy diversion columns (6c), deflector
(6b) arrange and be fixed on each diagonal brace (6a) lower surface along the length direction every rain layer (2).
5. combined heat-insulated formed steel construction ceiling according to claim 1 is it is characterised in that described support (1) is above distributed
There are some installation bases (1a), installation base (1a) upper face is in the same plane with support (1) upper surface；Every rain layer
(2) bottom is provided with the one-to-one positioning stud (2a) with each installation base (1a), is provided with and positions on installation base (1a)
The adaptable through hole of stud (2a), is provided with holding ring (1b) on installation base (1a) lower surface of positioning stud (2a) periphery,
It is provided with brute spring (1c) in holding ring (1b), be provided with spacing shim (1d), spacing shim in holding ring (1b) peristome
(1d) external diameter is more than holding ring (1b) external diameter, is threaded with locking on the positioning stud (2a) outside spacing shim (1d)
Nut (2b).
6. combined heat-insulated formed steel construction ceiling according to claim 1 is it is characterised in that described support (1) two ends connect
It is connected to column (10), is provided with horizontal seat (11) outside column (10) upper end, horizontal seat (11) is provided with aqua storage tank
(12) in aqua storage tank (12), it is provided with overflow pipe (12a), overflow pipe (12a) upper end is located at aqua storage tank (12) top, overflow pipe
(12a) pass through in the aqua storage tank (12) of the externally connected high-pressure water of pipeline；The described lower end every rain layer (2) and aqua storage tank (12)
Inner chamber is relatively；Aqua storage tank (12) two end faces along its length and the end face away from support (1) are provided with isolation water conservancy diversion
Plate (12b), the upper end of isolation deflector (12b) is higher than the lower end of thermal insulation layer (4), and thermal insulation layer (4) water above is led by isolation
Stream plate (12b) guides to aqua storage tank (12).
7. combined heat-insulated formed steel construction ceiling according to claim 6 is it is characterised in that described isolation deflector
(12b) upper end is provided with sunshade bent plate (12c), and the free end of this sunshade bent plate (12c) is located above thermal insulation layer (4)；Curved in sunshade
Plate (12c) free end is connected with protection network (13), and protection network (13) free end is close to thermal insulation layer upper surface；Described protection network (13)
Aperture be 8-15mm.
8. combined heat-insulated formed steel construction ceiling according to claim 1 is it is characterised in that incline positioned at (1) two, support
Being formed between rain layer (2) upper end on skewed surface installs gap (14), and the width in this installation gap (14) is 10-15mm,
Being tightly connected by sealing structure every rain layer (2) upper end of both sides；This sealing structure is mainly by the upper arc sealing being oppositely arranged
Cover plate (15) and arc lower seal cover board (16) composition；Upper arc seal cover board (15) is by upper corrosion resistant plate (15a), along upper stainless
Steel plate (15a) length direction uniformly at intervals the stretching screw (15b) in the middle part of upper corrosion resistant plate (15a) lower surface, be arranged on and draw
Upper seal gasket (15c) composition of tight screw rod (15b) periphery；Described arc lower seal cover board (16) is by lower corrosion resistant plate (16a)
Form with the lower seal gasket (16b) being arranged on lower corrosion resistant plate (16a) upper surface, arc lower seal cover board (16) is provided with
The one-to-one through hole with stretching screw (15b), stretching screw (15b) is locked even with nut screw connection after passing through corresponding through hole
Connect；It is filled with expansion glue (17) in the gap between upper and lower seal gasket (15c, 16b).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620928765.6U CN205918011U (en) | 2016-08-23 | 2016-08-23 | Modular thermal -insulated profiled steel structure ceiling |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620928765.6U CN205918011U (en) | 2016-08-23 | 2016-08-23 | Modular thermal -insulated profiled steel structure ceiling |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205918011U true CN205918011U (en) | 2017-02-01 |
Family
ID=57871874
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620928765.6U Withdrawn - After Issue CN205918011U (en) | 2016-08-23 | 2016-08-23 | Modular thermal -insulated profiled steel structure ceiling |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205918011U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106193475A (en) * | 2016-08-23 | 2016-12-07 | 广东正华钢构股份有限公司 | Combined heat-insulated formed steel construction ceiling |
| CN110469026A (en) * | 2019-07-29 | 2019-11-19 | 中国一冶集团有限公司 | A kind of architectural engineering waterproof construction and installation method |
-
2016
- 2016-08-23 CN CN201620928765.6U patent/CN205918011U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106193475A (en) * | 2016-08-23 | 2016-12-07 | 广东正华钢构股份有限公司 | Combined heat-insulated formed steel construction ceiling |
| CN110469026A (en) * | 2019-07-29 | 2019-11-19 | 中国一冶集团有限公司 | A kind of architectural engineering waterproof construction and installation method |
| CN110469026B (en) * | 2019-07-29 | 2020-10-23 | 中国一冶集团有限公司 | Waterproof structure for constructional engineering and installation method |
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| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170201 Effective date of abandoning: 20180911 |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20170201 Effective date of abandoning: 20180911 |
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| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |