CN206681454U - A kind of explosion-proof cabin of high-intensity anti-cracking antiseepage with induction alarm device - Google Patents
A kind of explosion-proof cabin of high-intensity anti-cracking antiseepage with induction alarm device Download PDFInfo
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- CN206681454U CN206681454U CN201720122764.7U CN201720122764U CN206681454U CN 206681454 U CN206681454 U CN 206681454U CN 201720122764 U CN201720122764 U CN 201720122764U CN 206681454 U CN206681454 U CN 206681454U
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Abstract
A kind of explosion-proof cabin of high-intensity anti-cracking antiseepage with induction alarm device; nacelle is using square; circular or rectangle can also be used; outermost layer nacelle carries out transition in corner using circular arc, and square nacelle is respectively high-intensity anti-cracking antiseepage protective layer, heat-insulated wall layers, high tenacity anti-crack and anti-seepage damping layer, explosion-proof flame-retardant buffering steel plate layer, high-intensity anti-cracking impervious concrete layer and anti-crack and anti-seepage elastic coating from inside to outside;Described fixation is explosion-proof to cohere at four angles that wall column is separately positioned on insulated wall and high tenacity anti-crack and anti-seepage damping layer, high tenacity anti-crack and anti-seepage damping layer join with explosion-proof flame-retardant buffering steel plate, explosion-proof flame-retardant buffering steel plate with high-intensity anti-cracking impervious concrete；The utility model absorbs explosion impact energy to greatest extent, and explosion-proof effect is good, significantly reduces the disaster that blast is brought.
Description
Technical field
The utility model belongs to structural engineering field, more particularly to a kind of high-intensity anti-cracking with induction alarm device
The explosion-proof cabin of antiseepage.
Background technology
Blast is a kind of physics, chemical change very drastically of material, and big energy is released rapidly in a short time
Put or drastically change into the phenomenon of mechanical work.It realizes generally by means of the expansion of gas, is one kind of material strenuous exercise
Performance.The motion of matter drastically speedup, is promptly transformed into another state by a kind of state, and discharges within moment substantial amounts of
Energy, while very big harm is produced, the process of blast carries out quickly, and the pressure near demolition point easily drastically raises,
Larger shock wave is produced, sends either large or small explosive sound, the medium and environment for easily causing surrounding produce larger vibrations
Or neighbouring material is set to cause surrounding medium deformation, mobile and destruction by very serious destruction, even destroy, seriously
When can cause the heavy losses of personnel's property.Some chemical explosions can make flammable mixed gas burn suddenly, in infinite space
In flammable mixed gas explosion hazard be huge, especially unstable solid or liquid blast it is abnormally dangerous,
Such as blast of explosive mixture for being mixed to form of fuel gas, steam or dust and air etc..It is all kinds of inflammable easy processing
During the products such as quick-fried petroleum-type, chemical, huge casualties and economy, the great damage of property are caused due to blast often
Lose, in order to control fire and loss caused by blast to greatest extent, it is necessary to develop the good explosion-proof cabin of explosion-proof effect.
Utility model content
The purpose of this utility model provides a kind of enhancing antiknock ability, deformability and anti-crack ability, significantly reduces blast
The explosion-proof cabin of high-intensity anti-cracking antiseepage with induction alarm device of disaster.
A kind of explosion-proof cabin of high-intensity anti-cracking antiseepage with induction alarm device, mainly include high-intensity anti-cracking antiseepage coagulation
Soil, explosion-proof flame-retardant buffering steel plate, fixed explosion-proof wall column, insulated wall, high-intensity anti-cracking antiseepage protective layer, the high tenacity cracking resistance of cohering are prevented
Ooze damping layer, anti-crack and anti-seepage elastic coating, ventilation and lighting system, explosion-proof induction alarm system, rectangular vent steel plate and inside
Lightweight Energy dissipating material；The explosion-proof cabin nacelle of high-intensity anti-cracking antiseepage with induction alarm device can also use circle using square
Shape or rectangle, outermost layer nacelle carry out transition in corner using circular arc, and square nacelle is respectively that high-intensity anti-cracking is prevented from inside to outside
Ooze protective layer, insulated wall, high tenacity anti-crack and anti-seepage damping layer, explosion-proof flame-retardant buffering steel plate, high-intensity anti-cracking impervious concrete and
Anti-crack and anti-seepage elastic coating；The explosion-proof wall column that coheres of described fixation is separately positioned on insulated wall and the damping of high tenacity anti-crack and anti-seepage
Layer, high tenacity anti-crack and anti-seepage damping layer and explosion-proof flame-retardant buffering steel plate, explosion-proof flame-retardant buffering steel plate and the anti-infiltration of high-intensity anti-cracking
At four angles of solidifying soil handing-over, on the one hand strengthen the bonding depth between each layer of nacelle, make between layers cohesive force it is more firm
Gu whole nacelle is more compact, whole nacelle explosion-proof stability and intensity are on the other hand strengthened, makes whole nacelle harder
It is real, firm；Described rectangular vent steel plate includes the lightweight consumption that rectangular vent steel plate outermost layer and rectangular vent steel plate are wrapped up
Can material；Multiple rectangular vent steel plates are set in described high tenacity anti-crack and anti-seepage damping layer, and rectangular vent steel plate uniformly divides
Cloth, transverse and longitudinal is in a row, spaced set, rectangular vent steel plate while with while it is relative, the cavity of similar rectangle is formed, each similar
The cavity inside of rectangle pours internal lightweight Energy dissipating material；Described ventilation is arranged on insulated wall inside nacelle with lighting system
On；Described explosion-proof induction alarm system is separately positioned on inside nacelle in insulated wall and the anti-infiltration of high-intensity anti-cracking outside nacelle
On the bulkhead that solidifying soil is formed, and the explosion-proof induction alarm system of nacelle inside and outside is corresponding, in same horizontal line.
Described high-intensity anti-cracking antiseepage protective layer uses carbamide paint.
Described ventilation and lighting system and explosion-proof induction alarm system, inner side is even surface, and surface applies and increased by force
Spend anti-crack and anti-seepage protective layer.
Described insulated wall uses composite thermal insulation wall, and its material mainly includes machine heat preserving and insulating material and inorganic
Heat preserving and insulating material, wherein organic heat-insulating heat-barrier material are mainly using polystyrene foam plate EPS, polyurethane material PU, extrusion molding
Polystyrene foam plate XPS, inorganic heat preserving and heat insulation material mainly have foam glass, foam concrete, rock wool and inorganic heat preservation sand
Slurry.
Described high tenacity anti-crack and anti-seepage damping layer uses C30 using the concrete that toughness is high, damping is high, concrete grade
~C50；Per cubic meter of concrete, addition IR fiber 1kg ~ 5kg, IR fiber 1.5 ~ 3.5mm of diameter, length are 15 ~ 40mm, rubber
Glue fiber is processed into using waste tire；Damping material is preferentially using polyvinyl alcohol, poly- acrylic emulsion, butadiene-styrene latex or silicon ash
One or more, its volume ratio are 2 ~ 8%.
Described internal lightweight Energy dissipating material uses light foaming concrete.
Described explosion-proof flame-retardant buffering steel plate is using resistance combustion polyurethane foam, rock wool, mineral wool, flexible flame retardant rubber, soft
Property flame retardant plastics and explosion-proof fiber, explosion-proof fiber selects explosion-proof steel fibre, anti-explosion polypropylene fiber or explosion-proof carbon fibre material
Be blended, and steel plate using closing steel plate, and uniformly, equidistantly distributed.
Described high-intensity anti-cracking impervious concrete is added into lightweight concrete using fibre reinforced materials, and fiber content is
1 ~ 5%, fiber prioritizing selection steel fibre, polypropylene fibre or carbon fiber.
Described fixation explosion-proof cohere is provided with common special cement for ready-mixed mortar in wall column, common premixing mortar dedicated water
Mud is the novel concrete developed on the basis of premixing mortar and masonry cement, can substantially reduce premixing mortar energy consumption and into
This, strengthens the bond strength between cement and each layer materials for wall, make between layers cohesive force it is more firm, whole nacelle is more
It is compact, whole nacelle explosion-proof stability and intensity are strengthened, makes whole nacelle more solid, firm, fixation is explosion-proof to cohere wall
Post is made up of wall core, shear thickening materials layer and protection outer layer, and protection outer layer covers are outside wall core, shear thickening materials
Layer is between wall core and protection outer layer.
Described anti-crack and anti-seepage elastic coating uses high polymer coating, and high polymer coating uses styrene-acrylic emulsion, styrene-acrylic emulsion
Content is 40 ~ 60%.
The beneficial effects of the utility model are that the stability in strong, the explosion-proof cabin of cracking resistance explosion-proof capabilities is big, seepage capability is high, weight
Gently, the cohesive force between each layer is big, and is provided with cushion, can absorb explosion impact energy to greatest extent, and explosion-proof effect is good,
And there is provided explosion-proof induction alarm system to be forecast, can significantly control blast caused by disaster, effectively act as alarm,
Cracking resistance, antiseepage and explosion-proof effect.
Brief description of the drawings
The explosion-proof cabin of the high-intensity anti-cracking antiseepage with induction alarm device in the utility model is made below in conjunction with the accompanying drawings
Further illustrate：
Fig. 1 is a kind of explosion-proof cabin schematic cross-sectional view of high-intensity anti-cracking antiseepage with induction alarm device；
Fig. 2 is Figure 1A-A diagrammatic cross-sections；
Fig. 3 is rectangular vent steel plate side schematic view；
In figure：1 is high-intensity anti-cracking impervious concrete；2 be that explosion-proof flame-retardant buffers steel plate；3 cohere wall column for fixation is explosion-proof；
4 be insulated wall；5 be high-intensity anti-cracking antiseepage protective layer；6 be high tenacity anti-crack and anti-seepage damping layer；7 be that anti-crack and anti-seepage elasticity applies
Layer；8 be ventilation and lighting system；9 be explosion-proof induction alarm system；10 be rectangular vent steel plate；10-1 is rectangular vent steel plate
The lightweight Energy dissipating material that outermost layer, 10-2 are wrapped up by rectangular vent steel plate；11 be internal lightweight Energy dissipating material.
Embodiment
In order to further illustrate the utility model, below in conjunction with the accompanying drawings and embodiment is retouched in detail to the utility model
State, but they can not be interpreted as to the restriction to scope of protection of the utility model.
A kind of explosion-proof cabin of high-intensity anti-cracking antiseepage with induction alarm device, as shown in Fig. 1 ~ Fig. 3, with induction alarm
The explosion-proof cabin nacelle of high-intensity anti-cracking antiseepage of device can also use circular or rectangle, outermost layer nacelle is in corner using square
Transition is carried out using circular arc, respectively high-intensity anti-cracking antiseepage protective layer 5, insulated wall 4, high tenacity resist square nacelle from inside to outside
Split antiseepage damping layer 6, explosion-proof flame-retardant buffering steel plate 2, high-intensity anti-cracking impervious concrete 1 and anti-crack and anti-seepage elastic coating 7；It is fixed
It is explosion-proof cohere wall column 3 be separately positioned on insulated wall 4 and high tenacity anti-crack and anti-seepage damping layer 6, high tenacity anti-crack and anti-seepage damping layer 6 with
A side at four angles that explosion-proof flame-retardant buffering steel plate 2, explosion-proof flame-retardant buffering steel plate 2 join with high-intensity anti-cracking impervious concrete 1
Face strengthen nacelle each layer between bonding depth, make between layers cohesive force it is more firm, whole nacelle is more compact, another
Aspect strengthens the explosion-proof stability and intensity of whole nacelle, makes whole nacelle more solid, firm;Rectangular vent steel plate 10 wraps
Include the lightweight Energy dissipating material 10-2 that rectangular vent steel plate outermost layer 10-1 and rectangular vent steel plate are wrapped up；Described high tenacity resists
Split and multiple rectangular vent steel plates 10 are set in antiseepage damping layer 6 and rectangular vent steel plate 10 is uniformly distributed, transverse and longitudinal is in a row, equidistantly
Set, rectangular vent steel plate 10 while with while it is relative, formed similar to rectangle cavity, poured in the cavity inside of each similar rectangle
Build internal lightweight Energy dissipating material 11；Ventilation is arranged on inside nacelle in insulated wall 4 with lighting system 8；Explosion-proof induction alarm system 9
It is separately positioned on inside nacelle in insulated wall 4 and on the bulkhead that high-intensity anti-cracking impervious concrete 1 is formed outside nacelle, and nacelle
The explosion-proof induction alarm system 9 of inside and outside is corresponding, in same horizontal line;High-intensity anti-cracking antiseepage protective layer 5 is using poly-
Urea coating;Ventilation and lighting system 8 and explosion-proof induction alarm system 9, inner side are even surface, and surface applies plus high-intensity anti-cracking
Antiseepage protective layer 5;Insulated wall 4 uses composite thermal insulation wall, and its material mainly includes machine heat preserving and insulating material and inorganic
Heat preserving and insulating material, wherein organic heat-insulating heat-barrier material are mainly using polystyrene foam plate EPS, polyurethane material PU, extrusion molding
Polystyrene foam plate XPS, inorganic heat preserving and heat insulation material mainly have foam glass, foam concrete, rock wool and inorganic heat preservation sand
Slurry;High tenacity anti-crack and anti-seepage damping layer 6 uses C30 ~ C50 using the concrete that toughness is high, damping is high, concrete grade；Often stand
Square rice concrete adds IR fiber 1kg ~ 5kg, and IR fiber 1.5 ~ 3.5mm of diameter, length is 15 ~ 40mm, and IR fiber is adopted
It is processed into waste tire；Damping material is preferentially using one kind or more of polyvinyl alcohol, poly- acrylic emulsion, butadiene-styrene latex or silicon ash
Kind, its volume ratio is 2 ~ 8%;Internal lightweight Energy dissipating material 11 uses light foaming concrete;Explosion-proof flame-retardant buffering steel plate 2 uses
Resistance combustion polyurethane foam, rock wool, mineral wool, flexible flame retardant rubber, flexible flame retardant plastics and explosion-proof fiber, explosion-proof fiber selection
Explosion-proof steel fibre, anti-explosion polypropylene fiber or explosion-proof carbon fibre material are blended, and steel plate uses and closes steel plate, and uniformly,
Equidistantly distributed;High-intensity anti-cracking impervious concrete 1 is added into lightweight concrete using fibre reinforced materials, and fiber content is 1 ~
5%, fiber prioritizing selection steel fibre, polypropylene fibre or carbon fiber;Fixed explosion-proof cohere is provided with common pre- sand cutting in wall column 3
Cement special is starched, common special cement for ready-mixed mortar is the novel concrete developed on the basis of premixing mortar and masonry cement, energy
The obvious energy consumption and cost for reducing premixing mortar, strengthens the bond strength between cement and each layer materials for wall, make layer with
Cohesive force is more firm between layer, and whole nacelle is more compact, strengthens whole nacelle explosion-proof stability and intensity, makes whole cabin
Body is more solid, firm, and the fixed explosion-proof wall column 3 that coheres is made up of wall core, shear thickening materials layer and protection outer layer, and protection is outer
Layer is wrapped in outside wall core, and shear thickening materials layer is located between wall core and protection outer layer;Anti-crack and anti-seepage elastic coating 7 is adopted
With high polymer coating, high polymer coating uses styrene-acrylic emulsion, and styrene-acrylic emulsion content is 40 ~ 60%.
Described above is only preferred embodiment of the present utility model, it is noted that for the common skill of the art
For art personnel, on the premise of the utility model principle is not departed from, some improvements and modifications can also be made, these improve and
Retouching also should be regarded as the scope of protection of the utility model.
Claims (9)
1. a kind of explosion-proof cabin of high-intensity anti-cracking antiseepage with induction alarm device, mainly include high-intensity anti-cracking impervious concrete
(1), explosion-proof flame-retardant buffering steel plate (2), fixed explosion-proof cohere wall column (3), insulated wall (4), high-intensity anti-cracking antiseepage protective layer
(5), high tenacity anti-crack and anti-seepage damping layer (6), anti-crack and anti-seepage elastic coating (7), ventilation and lighting system (8), explosion-proof sensing are reported
Alert system (9), rectangular vent steel plate (10) and internal lightweight Energy dissipating material (11)；It is characterized in that：With induction alarm device
The explosion-proof cabin nacelle of high-intensity anti-cracking antiseepage using square, circular or rectangle can also be used, outermost layer nacelle uses in corner
Circular arc carries out transition, and square nacelle is respectively high-intensity anti-cracking antiseepage protective layer (5), insulated wall (4) layer, high tenacity from inside to outside
Anti-crack and anti-seepage damping layer (6), explosion-proof flame-retardant buffering steel plate (2) layer, high-intensity anti-cracking impervious concrete (1) layer and anti-crack and anti-seepage bullet
Property coating (7)；The explosion-proof wall column (3) that coheres of described fixation is separately positioned on insulated wall (4) and high tenacity anti-crack and anti-seepage damping layer
(6), high tenacity anti-crack and anti-seepage damping layer (6) and explosion-proof flame-retardant buffering steel plate (2), explosion-proof flame-retardant buffering steel plate (2) and high intensity
At four angles of anti-cracking and waterproofing concrete (1) handing-over；Described rectangular vent steel plate (10) includes rectangular vent steel plate outermost layer
The lightweight Energy dissipating material (10-2) that (10-1) and rectangular vent steel plate are wrapped up；Described high tenacity anti-crack and anti-seepage damping layer (6)
It is middle that multiple rectangular vent steel plates (10) are set, and rectangular vent steel plate (10) is uniformly distributed, transverse and longitudinal is in a row, spaced set, square
The explosion-proof steel plate of shape (10) while with while it is relative, form the cavity of similar rectangle, poured in the cavity inside of each similar rectangle interior
Portion's lightweight Energy dissipating material (11)；Described ventilation and lighting system（8）It is arranged on inside nacelle in insulated wall (4)；Described is anti-
Quick-fried induction alarm system（9）It is separately positioned on inside nacelle in insulated wall (4) and high-intensity anti-cracking impervious concrete outside nacelle
(1) on the bulkhead formed, and the explosion-proof induction alarm system of nacelle inside and outside（9）It is corresponding, in same horizontal line.
2. a kind of explosion-proof cabin of high-intensity anti-cracking antiseepage with induction alarm device according to claim 1, its feature exist
In：Described high-intensity anti-cracking antiseepage protective layer (5) uses carbamide paint.
3. a kind of explosion-proof cabin of high-intensity anti-cracking antiseepage with induction alarm device according to claim 1, its feature exist
In：Described ventilation and lighting system（8）With explosion-proof induction alarm system（9）, inner side is even surface, and surface applies and increased by force
Spend anti-crack and anti-seepage protective layer (5).
4. a kind of explosion-proof cabin of high-intensity anti-cracking antiseepage with induction alarm device according to claim 1, its feature exist
In：Described insulated wall (4) uses composite thermal insulation wall, and its material mainly includes machine heat preserving and insulating material and inorganic guarantor
Warm heat-barrier material, wherein organic heat-insulating heat-barrier material are mainly gathered using polystyrene foam plate EPS, polyurethane material PU, extrusion molding
Styrenic foams plate XPS, inorganic heat preserving and heat insulation material mainly have foam glass, foam concrete, rock wool and inorganic heat insulation mortar.
5. a kind of explosion-proof cabin of high-intensity anti-cracking antiseepage with induction alarm device according to claim 1, its feature exist
In：Described high tenacity anti-crack and anti-seepage damping layer (6) using the concrete that toughness is high, damping is high, concrete grade using C30 ~
C50；Per cubic meter of concrete, addition IR fiber 1kg ~ 5kg, IR fiber 1.5 ~ 3.5mm of diameter, length are 15 ~ 40mm, rubber
Glue fiber is processed into using waste tire.
6. a kind of explosion-proof cabin of high-intensity anti-cracking antiseepage with induction alarm device according to claim 1, its feature exist
In：Described internal lightweight Energy dissipating material (11）Using light foaming concrete.
7. a kind of explosion-proof cabin of high-intensity anti-cracking antiseepage with induction alarm device according to claim 1, its feature exist
In：Described high-intensity anti-cracking impervious concrete (1) is added into lightweight concrete using fibre reinforced materials, and fiber content is 1 ~
5%, fiber prioritizing selection steel fibre, polypropylene fibre or carbon fiber.
8. a kind of explosion-proof cabin of high-intensity anti-cracking antiseepage with induction alarm device according to claim 1, its feature exist
In：Described fixation explosion-proof cohere is provided with common special cement for ready-mixed mortar in wall column (3), fixation is explosion-proof to cohere wall column (3)
It is made up of wall core, shear thickening materials layer and protection outer layer, protection outer layer covers are outside wall core, shear thickening materials layer
Between wall core and protection outer layer.
9. a kind of explosion-proof cabin of high-intensity anti-cracking antiseepage with induction alarm device according to claim 1, its feature exist
In：Described anti-crack and anti-seepage elastic coating (7) uses high polymer coating, and high polymer coating uses styrene-acrylic emulsion, and styrene-acrylic emulsion contains
Measure as 40 ~ 60%.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720122764.7U CN206681454U (en) | 2017-02-10 | 2017-02-10 | A kind of explosion-proof cabin of high-intensity anti-cracking antiseepage with induction alarm device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720122764.7U CN206681454U (en) | 2017-02-10 | 2017-02-10 | A kind of explosion-proof cabin of high-intensity anti-cracking antiseepage with induction alarm device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206681454U true CN206681454U (en) | 2017-11-28 |
Family
ID=60394785
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720122764.7U Expired - Fee Related CN206681454U (en) | 2017-02-10 | 2017-02-10 | A kind of explosion-proof cabin of high-intensity anti-cracking antiseepage with induction alarm device |
Country Status (1)
| Country | Link |
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| CN (1) | CN206681454U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113547813A (en) * | 2019-07-25 | 2021-10-26 | 蒋晶磊 | Laminated panel and applications |
-
2017
- 2017-02-10 CN CN201720122764.7U patent/CN206681454U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113547813A (en) * | 2019-07-25 | 2021-10-26 | 蒋晶磊 | Laminated panel and applications |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20171128 Termination date: 20220210 |
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| CF01 | Termination of patent right due to non-payment of annual fee |