CN207843951U - Large-scale fluidization storehouse equipped with dislocation type V-arrangement burden-guiding cone - Google Patents
Large-scale fluidization storehouse equipped with dislocation type V-arrangement burden-guiding cone Download PDFInfo
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- CN207843951U CN207843951U CN201820028204.XU CN201820028204U CN207843951U CN 207843951 U CN207843951 U CN 207843951U CN 201820028204 U CN201820028204 U CN 201820028204U CN 207843951 U CN207843951 U CN 207843951U
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Abstract
The utility model discloses a kind of large-scale fluidization storehouse equipped with dislocation type V-arrangement burden-guiding cone, including Ku Ding, library wall and bottom storehouse, V-arrangement burden-guiding cone is arranged in bottom storehouse surface, fluidized bar is arranged in the ramped surfaces of V-arrangement burden-guiding cone both sides, fluidized bar, which is matched, is arranged with supply air line, feeding device is arranged in the bottom of V-arrangement burden-guiding cone, feeding device is connected with supply air line, feeding device is extended to across the bottoms Ku Bi outside library along V-arrangement burden-guiding cone, it is characterized in that the V-arrangement burden-guiding cone at least partially along the radial parallel setting of bottom storehouse is divided into several sections, the V-arrangement burden-guiding cone between adjacent sections misses one another setting.The not only advantage with conventional solution, it also solves conventional solution and is susceptible to help in reclaiming process and blow pressure-air by returning the gas leakage short circuit problem in library on blanking port, effectively reduce discharging energy consumption, the entirety for substantially increasing material in library goes out sky rate, cost performance is outstanding, is particularly suitable for the storage of the granular materials such as flyash, cement.
Description
Technical field
The utility model is related to storage facilities field more particularly to it is a kind of for store granular material be equipped with dislocation type V
The large-scale fluidization storehouse of shape burden-guiding cone.
Background technology
Currently, the large-scale fluidization storehouse of console mode is broadly divided into two kinds of concrete library and steel plate library, the library is cylinder,
Have the characteristics that amount of storage is big, stability is good, is widely used in the storage of the granular materials such as cement, flyash.Existing large size
Fluidization storehouse relies primarily on the discharge port discharging being arranged in bottom storehouse, and corresponding bottom storehouse setting discharging gallery leads to outside library, to accommodate
Material transfer equipment simultaneously provides repair and maintenance space.In order to ensure the outbound rate of material, multiple discharge ports, bottom storehouse are usually set
Complicated, fill slope amount is big, and multiple discharge ports are distributed across the different location of bottom storehouse, and each discharge port is correspondingly provided with
Lead to the discharging gallery outside library, do not only take up a large amount of space, reduces the space of storage material, high, structure that there is also costs
The shortcomings of complexity, long construction period.In addition, in order to control the discharging of discharge port, it is additionally provided with volume control device at discharge port, flows
Amount control device not only acts as the effect of control discharge port load, also acts as the effect for being turned on and off discharge port.But it is existing
The discharge port of large-scale fluidization storehouse is arranged in discharging gallery, is not easy to check, once volume control device damages, material in library
A large amount of outflows would become hard to block, and is easy discharging gallery to block and bury material transfer equipment, causes heavy economic losses, especially
It is when having personnel in discharging gallery, it is also possible to which cause casualties accident, therefore there are some potential safety problemss.On solving
Problem is stated, has technical staff to develop a kind of large floor formula fluidisation storage of the bottom storehouse with V-shaped groove (also referred to as V-arrangement burden-guiding cone)
Library, such as the Chinese invention patent that patent authorization number is ZL20131023450.6 disclose such a large floor formula stream
Change storage cavern, feeding device be set in V-arrangement burden-guiding cone bottom, be arranged in feeding device it is several with blanking port that is being connected in library, it is logical
The horizontal outbound of powder in library can be realized by crossing feeding device, discharge port and discharging gallery need not be arranged in bottom storehouse, such
Large-scale fluidization storehouse is truly realized bottom storehouse landing, has that simple in structure, the small, large storage capacity of investment, construction period be short, difficulty of construction
It is low, matter homogenizing is good, easy care takes up an area less, the advantages such as safety is good, has become the master of the newly-built large-scale fluidization storehouse of industry
Flow Technique.But found in practice, current such large-scale fluidization storehouse, the library diameter reaches 50-60 meters easily, if not
Intermediate gallery is done, the pipeline of feeding device can be very long, and blanking port quantity is also more, the feeding dress in the middle part of bottom storehouse
It sets, pipeline has been even more than the library diameter, when from library feeding from inside to outside, the material movement resistance mistake in feeding device pipeline
Greatly, it needs to help and blows pressure-air and realize feeding outbound, when local material is less in library or goes out sky, high pressure that pipeline wife blows
Air is easy for returning in library on the blanking port by the position, and the entirety for not only influencing material in material conveying and library goes out sky rate,
And also cause energy consumption increase；If doing intermediate gallery, it will Kucheng's sheet is built in increase, while occupying space in more libraries.
Invention content
The purpose of the utility model is to overcome drawbacks described above, provide a kind of simple in structure, space availability ratio height, Ke Yiyou
Effect, which avoids helping, blows pressure-air and is equipped with dislocation by returning Ku Nei on blanking port to greatly promote that material in library integrally goes out sky rate
The large-scale fluidization storehouse of Formula V shape burden-guiding cone.
The large-scale fluidization storehouse that the utility model is equipped with dislocation type V-arrangement burden-guiding cone is achieved in that including Ku Ding, Ku Bi
And V-arrangement burden-guiding cone is arranged in bottom storehouse, bottom storehouse surface, fluidized bar is arranged in the ramped surfaces of V-arrangement burden-guiding cone both sides, and fluidized bar, which is matched, to be arranged with
Feeding device is arranged in the bottom of supply air line, V-arrangement burden-guiding cone, and feeding device is connected with supply air line, and feeding device is along V-arrangement guide
Cone is extended to across the bottoms Ku Bi outside library, wherein is divided into several areas at least partially along the V-arrangement burden-guiding cone of the radial parallel setting of bottom storehouse
Section, the V-arrangement burden-guiding cone between adjacent sections miss one another setting.
The concrete structure that the utility model is equipped with the large-scale fluidization storehouse of dislocation type V-arrangement burden-guiding cone can be varied, example
Such as, for the V-arrangement burden-guiding cone of bottom storehouse surface setting all along the radial parallel setting of bottom storehouse, V-arrangement burden-guiding cone is divided into two sections, two areas
V-arrangement burden-guiding cone between section misses one another arrangement；Alternatively, the V-arrangement burden-guiding cone of bottom storehouse surface setting is radial parallel all along bottom storehouse
Setting, V-arrangement burden-guiding cone are divided into four sections, and the V-arrangement burden-guiding cone between adjacent sections misses one another arrangement etc..Certainly, according to
Requirement of engineering, the V-arrangement burden-guiding cone can also be set as three sections, five even more sections of section.Further, it is also possible to will
Bottom storehouse surface setting V-arrangement burden-guiding cone is divided into longitudinal burden-guiding cone and lateral burden-guiding cone, and longitudinal burden-guiding cone is with lateral burden-guiding cone in bottom storehouse
Surface is mutually orthogonal to one another arrangement；The longitudinal direction burden-guiding cone is arranged all along bottom storehouse is radial parallel in the middle part of bottom storehouse, longitudinal guide
Cone is divided into several sections, and longitudinal burden-guiding cone between adjacent sections misses one another setting；Correspondence is set the transverse direction burden-guiding cone respectively
It sets and is set parallel to each other between longitudinal burden-guiding cone both sides, lateral burden-guiding cone.Specifically, can longitudinal burden-guiding cone be divided into two
A section, longitudinal burden-guiding cone between two sections miss one another arrangement；Or longitudinal burden-guiding cone is divided into four sections,
Longitudinal burden-guiding cone between adjacent sections miss one another arrangement etc..If it is, of course, also possible to which the lateral burden-guiding cone is also divided into
A section is done, the lateral burden-guiding cone between adjacent sections, which misses one another, to be set.Based on above-mentioned technical principle, according to the practical need of engineering
It wants, the longitudinal direction burden-guiding cone or lateral burden-guiding cone can also be set as three sections, five even more sections of section.
In addition, for the ease of laying supply air line and feeding device, the V-arrangement burden-guiding cone of frame structure, example can also be used
Such as, V-arrangement burden-guiding cone is assembled by steel frame and steel plate, and steel plate laying is fixed on steel frame surface, and fluidized bar is arranged in steel plate
Supply air line is arranged below steel frame or supply air line and feeding device is arranged simultaneously below steel frame, supplies for surface
Pipeline is connected locally through steel plate with fluidized bar.
Compared with prior art, large-scale fluidization storehouse of the utility model equipped with dislocation type V-arrangement burden-guiding cone passes through in the same direction
V-arrangement burden-guiding cone miss one another arrangement, the pipeline of feeding device may be implemented at the shortening of multiple, when substantially reducing materiel warehouse-out
The resistance of motion of material in pipeline, it is only necessary to which the helping of smaller pressure blows air and the smooth outbound of material can be thus achieved, and is conducive to drop
Low materiel warehouse-out energy consumption, while effectively avoiding helping and blowing pressure-air sky rate is integrally gone out to material in library by being returned on blanking port in library
Caused by adversely affect.Especially when V-arrangement burden-guiding cone in the same direction is divided into compared with Multi sectional, the length of feeding device pipeline significantly contracts
Short, the blanking port quantity being arranged on pipeline also greatly reduces, and helps and blows pressure-air by returning the short circuit of the gas leakage in library on blanking port
Phenomenon even can be eliminated thoroughly, and material integrally goes out sky rate and will be greatly enhanced in library.Further, since the utility model is only right
The arrangement of V-arrangement burden-guiding cone is optimized, and not only has the whole of traditional large-scale fluidization storehouse of setting V-arrangement burden-guiding cone
Advantage, and construction cost need not be increased substantially.
It in summary it can be seen, the large-scale fluidization storehouse that the utility model is equipped with dislocation type V-arrangement burden-guiding cone not only has tradition
It is simple in structure possessed by technical solution, investment is small, large storage capacity, the construction period is short, difficulty of construction is low, easy care, take up an area less, peace
The advantages such as good perfection, and solve conventional solution and be susceptible to help in reclaiming process and blow pressure-air and pass through blanking port
On return gas leakage short circuit problem in library, effectively reduce discharging energy consumption, the entirety for substantially increasing material in library goes out sky rate, sexual valence
It is outstanding than more, it is particularly suitable for the storage of the granular materials such as flyash, cement.
Description of the drawings
Fig. 1 is one of the structural schematic diagram of large-scale fluidization storehouse that the utility model is equipped with dislocation type V-arrangement burden-guiding cone.
Fig. 2 is one of the arrangement schematic diagram of bottom storehouse surface V-arrangement burden-guiding cone in the utility model.
Fig. 3 is two of the arrangement schematic diagram of bottom storehouse surface V-arrangement burden-guiding cone in the utility model.
Fig. 4 is three of the arrangement schematic diagram of bottom storehouse surface V-arrangement burden-guiding cone in the utility model.
Fig. 5 is four of the arrangement schematic diagram of bottom storehouse surface V-arrangement burden-guiding cone in the utility model.
Fig. 6 is the second structural representation for the large-scale fluidization storehouse that the utility model is equipped with dislocation type V-arrangement burden-guiding cone.
Attached drawing identifies：1, Ku Ding；2, Ku Bi；3, bottom storehouse；4, V-arrangement burden-guiding cone；5, fluidized bar；6, supply air line；7, feeding
Device；8, soil；9, lateral burden-guiding cone；10, longitudinal burden-guiding cone.
Specific implementation mode
Embodiment one
Large-scale fluidization storehouse of the utility model equipped with dislocation type V-arrangement burden-guiding cone as depicted in figs. 1 and 2, including library top 1,
Library wall 2 and bottom storehouse 3, bottom storehouse 3 are embedded in soil 8, and 3 surface of bottom storehouse is filled with multiple V-arrangement burden-guiding cones 4,4 liang of V-arrangement burden-guiding cone
Fluidized bar 5 is arranged in the ramped surfaces of side, and feeding device is arranged with supply air line 6, the bottom of V-arrangement burden-guiding cone 4 is arranged in fluidized bar 5
7, feeding device 7 is connected with supply air line 6, and feeding device 7 is extended to across 2 bottom of library wall outside library along V-arrangement burden-guiding cone 4, wherein
All along 3 radial parallel setting of bottom storehouse, V-arrangement burden-guiding cone 4 is divided into the V-arrangement burden-guiding cone 4 of 3 surface of bottom storehouse setting with a diameter of boundary of the library
Two sections, the V-arrangement burden-guiding cone between two sections miss one another arrangement, it is specific as shown in Fig. 2, each section V-arrangement guide
Feeding device 7 is respectively set in cone bottom.
In this example, since V-arrangement burden-guiding cone uses the mode of sectional dislocation arrangement, the pipeline of single feeding device 7 is long
Degree has obtained effective control, and longest duct length is substantially suitable with the radius of the library.Compared with prior art, the utility model
Large-scale fluidization storehouse equipped with dislocation type V-arrangement burden-guiding cone may be implemented to take by missing one another arrangement to V-arrangement burden-guiding cone in the same direction
The material length that installs pipes substantially is reduced to the library radius length by the library diameter length, on the pipeline of corresponding single feeding device
The blanking port quantity of setting is also reduced at double, when substantially reducing materiel warehouse-out in pipeline material the resistance of motion, it is only necessary to it is smaller
The helping of pressure blows air and the smooth outbound of material can be thus achieved, and advantageously reduces materiel warehouse-out energy consumption, while effectively avoiding helping and blow
Pressure-air is by returning in library the adverse effect caused by material in library integrally goes out sky rate on blanking port.Further, since this practicality
It is novel that only the arrangement of V-arrangement burden-guiding cone is optimized, not only have the large-scale fluidisation storage of tradition of setting V-arrangement burden-guiding cone
The all advantages in library, and construction cost need not be increased substantially.
It in summary it can be seen, the large-scale fluidization storehouse that the utility model is equipped with dislocation type V-arrangement burden-guiding cone not only has tradition
It is simple in structure possessed by technical solution, investment is small, large storage capacity, the construction period is short, difficulty of construction is low, easy care, take up an area less, peace
The advantages such as good perfection, and solve conventional solution and be susceptible to help in reclaiming process and blow pressure-air and pass through blanking port
On return gas leakage short circuit problem in library, effectively reduce discharging energy consumption, the entirety for substantially increasing material in library goes out sky rate, sexual valence
It is outstanding than more, it is particularly suitable for the storage of the granular materials such as flyash, cement.
Embodiment two
The utility model as shown in Figure 3 is equipped with the large-scale fluidization storehouse of dislocation type V-arrangement burden-guiding cone, the difference with embodiment one
It is, all along 3 radial parallel setting of bottom storehouse, V-arrangement burden-guiding cone 4 divides for four sections the V-arrangement burden-guiding cone 4 of 3 surface of bottom storehouse setting,
V-arrangement burden-guiding cone 4 between adjacent sections misses one another arrangement.
Compared with embodiment one, in technical solution described in this example, since V-arrangement burden-guiding cone 4 divides for four sections, each section
The length of 7 pipeline of middle feeding device significantly shortens, substantially suitable with the half of the library radius, the blanking port quantity being arranged on pipeline
Also greatly reduce, the resistance of motion of material further decreases in pipeline when materiel warehouse-out, and helping for smaller pressure is only needed to blow air just
The smooth outbound of material may be implemented, thus help blow pressure-air even can be with by returning the gas leakage short circuit phenomenon in library on blanking port
It thoroughly eliminates, material, which integrally goes out sky rate, in library to be greatly enhanced.
It should be pointed out that embodiment one and embodiment two are directed to V-arrangement burden-guiding cone shown in Fig. 2 and Fig. 3 respectively is divided into two
Section and four sections are described, based on the technical principle recorded, V-arrangement burden-guiding cone can also be arranged to three sections,
Five even more sections of section, can be selected and designed according to the size of the library size in practical applications.But
Be considered as in design setting section it is excessive when will appear that feeding device interferes, base structure is complex and air supply pipe
The complicated problem of road arrangement, therefore, the section setting quantity of V-arrangement burden-guiding cone should not be arranged excessively, these are all based on this practicality
The simple change of new technique principle, all within the protection domain of the requires of the utility model.
Embodiment three
The utility model as shown in Figure 4 is equipped with the large-scale fluidization storehouse of dislocation type V-arrangement burden-guiding cone, the difference with embodiment one
It is, 3 surface of bottom storehouse setting V-arrangement burden-guiding cone is divided into longitudinal burden-guiding cone 10 and lateral burden-guiding cone 9, and longitudinal burden-guiding cone 10 is led with lateral
Material cone 9 is mutually orthogonal to one another arrangement on 3 surface of bottom storehouse；The longitudinal direction burden-guiding cone 10 is arranged all along bottom storehouse 3 is radial parallel in library
In the middle part of bottom, longitudinal burden-guiding cone 10 divides for two sections, and longitudinal burden-guiding cone 10 between two sections misses one another arrangement；The cross
It is correspondingly arranged at 10 both sides of longitudinal burden-guiding cone respectively to burden-guiding cone 9, is set parallel to each other between lateral burden-guiding cone 9.
Compared with embodiment one, technical solution described in this example not only ensure that the duct length to feeding device 7 has
Effect control, and discharge port more disperses, and materiel warehouse-out operation is carried out convenient for starting multiple feeding devices simultaneously.
Example IV
The utility model as shown in Figure 5 is equipped with the large-scale fluidization storehouse of dislocation type V-arrangement burden-guiding cone, the difference with embodiment three
It is, the longitudinal direction burden-guiding cone 10 divides for four sections, and longitudinal burden-guiding cone 10 between adjacent sections misses one another arrangement.
Since longitudinal burden-guiding cone 10 divides for four sections, the length of 7 pipeline of feeding device significantly shortens in each section, greatly
Cause suitable with the half of the library radius, the blanking port quantity being arranged on pipeline also greatly reduces, material in pipeline when materiel warehouse-out
The resistance of motion further decrease, only need helping for smaller pressure to blow air and can realize the smooth outbound of material, therefore help and blow height
It is whole to be conducive to improve material in library by returning the gas leakage short circuit phenomenon in library on blanking port or even can thoroughly eliminate for pressure air
Go out sky rate.Certainly, be based on this technical principle, when necessary, lateral burden-guiding cone can also sectional setting, it is only necessary to will mutually lead
Lateral burden-guiding cone between section misses one another arrangement, is only described herein with word, not still further attached drawing, also at this
Among the protection domain that utility model requires.
Embodiment five
The utility model as shown in Figure 6 is equipped with the large-scale fluidization storehouse of dislocation type V-arrangement burden-guiding cone, the difference with embodiment one
It is, V-arrangement burden-guiding cone 4 is assembled by steel frame and steel plate, and steel plate laying is fixed on steel frame surface, and the setting of fluidized bar 5 exists
Surface of steel plate, is arranged supply air line 6 below steel frame, and supply air line 6 is connected locally through steel plate with fluidized bar 5.
Compared with embodiment one, in technical solution described in this example, V-arrangement burden-guiding cone is assembled by steel frame and steel plate, is supplied
Air pipe can be arranged below steel frame, and pipeline sets up and safeguard more convenient.
It should be noted that the technical principle based on this example can be in steel when more sections are arranged in V-arrangement burden-guiding cone
Supply air line and feeding device are set simultaneously below frame, it is very convenient.The technical solution is equally applicable to embodiment two, implements
The technical solution that example three and example IV are recorded can realize identical technique effect.It is only described herein with word, no
An another description of the drawings, all within the protection domain of the requires of the utility model.
The embodiments of the present invention only more preferably illustrate the technical solution of the utility model, should not be considered as to this reality
With novel limitation, the technical characteristic in many of which embodiment can also cross-reference.Based on the utility model technical principle,
Combination can also be re-started to technical solution described in above-described embodiment or letter is carried out to some of which element using similar technique
It is single to replace, as long as the technical principle based on the utility model, all in the protection domain of the requires of the utility model.
Claims (8)
1. a kind of large-scale fluidization storehouse equipped with dislocation type V-arrangement burden-guiding cone, including Ku Ding, library wall and bottom storehouse, V is arranged in bottom storehouse surface
Fluidized bar is arranged in the ramped surfaces of shape burden-guiding cone, V-arrangement burden-guiding cone both sides, and fluidized bar, which is matched, is arranged with supply air line, V-arrangement burden-guiding cone
Feeding device is arranged in bottom, and feeding device is connected with supply air line, and feeding device is extended to along V-arrangement burden-guiding cone across the bottoms Ku Bi
Outside library, it is characterised in that be divided into several sections at least partially along the V-arrangement burden-guiding cone of the radial parallel setting of bottom storehouse, between adjacent sections
V-arrangement burden-guiding cone miss one another setting.
2. the large-scale fluidization storehouse according to claim 1 equipped with dislocation type V-arrangement burden-guiding cone, it is characterised in that bottom storehouse surface
For the V-arrangement burden-guiding cone of setting all along the radial parallel setting of bottom storehouse, V-arrangement burden-guiding cone is divided into two sections, the V-arrangement between two sections
Burden-guiding cone misses one another arrangement.
3. the large-scale fluidization storehouse according to claim 1 equipped with dislocation type V-arrangement burden-guiding cone, it is characterised in that bottom storehouse surface
For the V-arrangement burden-guiding cone of setting all along the radial parallel setting of bottom storehouse, V-arrangement burden-guiding cone is divided into four sections, the V-arrangement between adjacent sections
Burden-guiding cone misses one another arrangement.
4. the large-scale fluidization storehouse according to claim 1 equipped with dislocation type V-arrangement burden-guiding cone, it is characterised in that bottom storehouse surface
Setting V-arrangement burden-guiding cone is divided into longitudinal burden-guiding cone and lateral burden-guiding cone, longitudinal burden-guiding cone and lateral burden-guiding cone bottom storehouse surface each other
It is mutually perpendicular to arrange；The longitudinal direction burden-guiding cone is arranged all along bottom storehouse is radial parallel in the middle part of bottom storehouse, if longitudinal burden-guiding cone is divided into
Dry section, longitudinal burden-guiding cone between adjacent sections miss one another setting；The transverse direction burden-guiding cone is correspondingly arranged at longitudinal direction respectively
Burden-guiding cone both sides are set parallel to each other between lateral burden-guiding cone.
5. the large-scale fluidization storehouse according to claim 4 equipped with dislocation type V-arrangement burden-guiding cone, it is characterised in that the longitudinal direction
Burden-guiding cone is divided into two sections, and longitudinal burden-guiding cone between two sections misses one another arrangement.
6. the large-scale fluidization storehouse according to claim 4 equipped with dislocation type V-arrangement burden-guiding cone, it is characterised in that the longitudinal direction
Burden-guiding cone is divided into four sections, and longitudinal burden-guiding cone between adjacent sections misses one another arrangement.
7. the large-scale fluidization storehouse according to claim 4 equipped with dislocation type V-arrangement burden-guiding cone, it is characterised in that the transverse direction
Burden-guiding cone is divided into several sections, and the lateral burden-guiding cone between adjacent sections, which misses one another, to be set.
8. the large-scale fluidization storehouse equipped with dislocation type V-arrangement burden-guiding cone according to any claim in claim 1-7,
It is characterized in that V-arrangement burden-guiding cone is assembled by steel frame and steel plate, steel plate laying is fixed on steel frame surface, and fluidized bar setting exists
Supply air line is arranged below steel frame or supply air line and feeding device is arranged simultaneously below steel frame for surface of steel plate,
Supply air line is connected locally through steel plate with fluidized bar.
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111348342A (en) * | 2020-04-24 | 2020-06-30 | 合肥工业大学 | Improved fluidized bed and powder tanker using same |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111348342A (en) * | 2020-04-24 | 2020-06-30 | 合肥工业大学 | Improved fluidized bed and powder tanker using same |
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