CN203806433U - Big bin structure capable of discharging in two directions and being arranged symmetrically - Google Patents
Big bin structure capable of discharging in two directions and being arranged symmetrically Download PDFInfo
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- CN203806433U CN203806433U CN201420120498.0U CN201420120498U CN203806433U CN 203806433 U CN203806433 U CN 203806433U CN 201420120498 U CN201420120498 U CN 201420120498U CN 203806433 U CN203806433 U CN 203806433U
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- discharging
- pipe
- center
- storehouse
- arranged symmetrically
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Abstract
The utility model discloses a big bin structure capable of discharging in two directions and being arranged symmetrically, which is characterized by comprising a gallery, door plates, a center bin, a material transmitter, a discharging flood pipe, a live material device and a control valve, and is arranged on the tapered sealed center bin which is arranged on the bottom portion of the center position in the material bin, the door plates are symmetrically arranged in two directions, and are provided with the material transmitter, the discharging flood pipe and the control valve, materials entering the center bin is stirred through the live material device, and live materials are sent to different directions through the control valve, and are collected and jetted through the material transmitter to enter the discharging flood pipe. The big bin structure capable of discharging in two directions and being arranged symmetrically has the beneficial effects that the big bin structure capable of discharging in two directions and being arranged symmetrically is simple in structure, reasonable in mode and convenient to operate, prevents phenomena of large resistance, more dust and more fault points and the like from happening, is beneficial to smoothly discharge, and is energy-saving and environmentally friendly.
Description
Technical field
The utility model relates to large-scale filler bin technical field, and particularly relating to a kind of being arranged symmetrically with can the two large-sized silo structure to discharging.
Background technology
When large floor powder Storage Silo adopts concentrated discharge method, can use strength to carry material in storehouse is carried out to discharging.At the bottom of feed bin, center has a taper blocked center storehouse, at storehouse, center internal configurations material activating device, at the side plate configuration material transmitter of the direction in storehouse, center.In feed bin, material is after charge tube enters storehouse, center, and the strength stirring through activating apparatus, will have good flowing power.Active material, through the gathering materials of transmitter, jet action, enters to carry and gushes in pipe, completes the discharging process of feed bin.
Above-mentioned feed bin structure can only a direction discharging, in actual production, some project need to be by the material delivering from godown the workshop for both direction, and this both direction is planar 180 ° of layouts.Now there are following technical measures to be used: 1, to use and gush pipe and be connected directly to another direction, two-way valve is installed, then through arranging that a plurality of elbows are connected to materials point at gallery mouth place.This kind of measure is because of the longer on-way resistance increase of pipeline, and the larger local resistance of elbow increases, and two-way valve increases extra friction resistance, expends a large amount of pressurized airs, and easily causes pipe choking, and cleaning up cost and overhead charges all will increase.2, use in Bulk Truck and go to materials point, Bulk Truck, after bulk system charged, is then transported to another direction.This kind of measure be because having increased Bulk Truck transportation mode, requires on-the-spotly should have enough drivings, turns around, the space such as turning, large to site requirements, and need technician to be engaged in related work in bulk, waste of manpower.3, use the mechanical systems such as belt feeder, spiral reamer to carry, use that a plurality of mechanicals device are angled to be interconnected, progressively material is connected to materials point.This kind of measure, because mechanical equipment is more, automatically controlled, operation is more complicated, can cause trouble point to increase, and owing to being that mechanical equipment is connected mutually, airborne dust point increases, and during equipment operation, can increase plant area's dedusting load pressure.Limitation in view of above-mentioned technology, in the urgent need to occur a kind of simple in structure, form is reasonable, easy to operate, avoid occurring the phenomenons such as resistance is large, airborne dust is more and trouble point is many, be beneficial to smooth and easy discharging, a kind of large floor powder Storage Silo structure that realizes both direction discharging of energy-conserving and environment-protective.
Utility model content
In order to overcome above-mentioned the deficiencies in the prior art, the utility model provides a kind of being arranged symmetrically with can the two large-sized silo structures to discharging.
The technical scheme that the utility model adopts is: a kind of being arranged symmetrically with can the two large-sized silo structures to discharging, comprises that pipe is gushed in gallery, door-plate, storehouse, center, material transmitter, discharging, live materials device, by-pass valve control.Be arranged on the storehouse, center of the sealing of the taper bottom center in feed bin, symmetrical both direction configuration door-plate, material transmitter, discharging are installed on door-plate and are gushed pipe and by-pass valve control, entering storehouse, center material stirs through the strength of the materials device of making a living, by by-pass valve control, active material is sent into different directions, through the gathering materials of material transmitter, jet action, enter discharging and gush in pipe.
As preferably, described storehouse, center is the enclosed construction that direct tube section and conical section form, and by steel plate and shaped steel welding, is formed, and is arranged on storage hopper center position, and outer wall directly contacts with material in storehouse; Bottom, storehouse, center arranges a plurality of charging holes, forms feeding-passage.
As preferably, described gallery is the enclosed construction that straight section and dome form, and by reinforced concrete, is built up, and house bottom plate bottom is set, and is connected to place, outer-ring beam basis, storehouse from storehouse, center, is horizontal arrangement.Described gallery, centered by storehouse, center, is arranged symmetrically with two, leads to respectively both direction, between two gallerys, keeps at a certain distance away.Discharging is set in described gallery and gushes pipe, steam line.
As preferably, the shutoff steel plate of described door-plate for being welded by plain plate, is arranged at one end that described gallery stretches into storehouse, described center, and manhole, access opening, material transmitter, steam line and instrument are installed on described door-plate.
As preferably, described materials device alive is arranged on bottom, storehouse, center, further comprise fluidized bar, pipe collar, air feed steel pipe, pipe cap, support and valve, described fluidized bar is further provided with barred body, breathable cloth and wire net, described barred body is round steel pipe, on described barred body, be further provided with a plurality of breather holes, the described breathable cloth of the outside winding of described barred body, the coated described wire net in outside of described breathable cloth, the two ends of described fluidized bar are provided with the silk head for connecting, described fluidized bar one terminal filament head is connected with described air feed steel pipe by described pipe collar, for air feed, the other end is connected with described pipe cap, for shutoff sealing.
As preferably, described material transmitter, is the square chest structure of an end opening, and nozzle, fluidized bar, reducing pipe and flange etc. are further set.Described nozzle, is an assembly set, straight tube, elbow and the large osculum of band silk, consists of, and can carry out nozzle length adjusting, for compressed-air actuated main winding-up by the large osculum of rotating band silk.Material transmitter other end welding reducing pipe, gushes pipe and by-pass valve control for connecting described discharging.
Compared with prior art, the beneficial effects of the utility model are: by gallery being set respectively on two different directions, realize easily the discharging operation of both direction.Can not gush pipe and be directly connected to another materials point because adopting, because of pipeline compared with length, elbow is more and increase the additional resistance that valve etc. produces, and has avoided pipe choking.Moreover, can not go to materials point because adopting in Bulk Truck.Because of the enough drivings of needs, turn around, site requirements that the space such as turning etc. produces is large and the problem such as waste of manpower.The 3rd, can be because using the mechanical systems such as belt feeder, spiral reamer to carry, because mechanical equipment is more, automatically controlled, operation is more complicated, and cause trouble point to increase and the problem such as airborne dust point increase.Therefore, the utility model be a kind of simple in structure, form is reasonable, easy to operate, be beneficial to smooth and easy discharging, energy-conserving and environment-protective be more suitable for the structure in large floor powder Storage Silo two to discharging.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical solution of the utility model, below the accompanying drawing of required use during embodiment is described is briefly described, apparently, accompanying drawing in the following describes is only embodiment more of the present utility model, for those of ordinary skills, do not paying under the prerequisite of creative work, can also obtain according to these accompanying drawings other accompanying drawing.
Fig. 1 is that the utility model is arranged on the side-looking organigram in feed bin;
Fig. 2 is that the utility model is arranged on and overlooks part organigram in feed bin.
In figure:
1, gallery 2, storehouse, center 3, door-plate
4, live materials device 5, material transmitter 6, by-pass valve control
7, pipe 8, feed bin base plate 9, foundation of circular beam are gushed in discharging
10, manhole 11, access opening 12, nozzle
13, reducing pipe 14, flange 15, fluidized bar
16, pipe collar 17, pipe cap 18, valve
19, support 20, air feed steel pipe
The specific embodiment
In order more clearly to understand the technical solution of the utility model, below in conjunction with accompanying drawing, the utility model is further illustrated.
The utility model is as shown in Figure 1 to Figure 2 arranged symmetrically with can two feed bin structures to discharging, comprise that pipe 7 is gushed in gallery 1, door-plate 3, storehouse, center 2, material transmitter 5, discharging, live materials device 4, by-pass valve control 6 etc.In feed bin, on the taper blocked center storehouse 2 of center, symmetrical both direction configures door-plate 3, and pipe 7 and by-pass valve control 6 etc. are gushed in installation material transmitter 5, discharging.Enter storehouse, center 2 materials and stir through the strength of the materials device 4 of making a living, will there is good flowing power.Operation by by-pass valve control 6 is sent active material into different directions, through the gathering materials of transmitter 5, jet action, enters to carry and gushes in pipe 7, completes the discharging process of feed bin.
Storehouse, described center 2, is the enclosed construction of direct tube section and conical section composition, by steel plate and shaped steel welding, is formed, and is arranged on storage hopper center position, and outer wall directly contacts with material in storehouse; Bottom, storehouse, center arranges a plurality of charging holes, forms feeding-passage; Storehouse, center is for material decompression, inflation activation and be connected the effects such as gallery.
Described gallery 1, the enclosed construction for straight section and dome composition, is built up by reinforced concrete, and house bottom plate 8 bottoms are set, and is connected to 9 places, outer-ring beam basis, storehouse from storehouse, center 2, is horizontal arrangement.Described gallery 1, centered by storehouse, center 2, is arranged symmetrically with two, leads to respectively both direction, between two gallerys, keeps at a certain distance away.Discharging is set in described gallery and gushes pipe 7, steam line 20 etc., for pipeline installation and inspection operation etc.
Described door-plate 3, is the shutoff steel plate being welded by plain plate, is arranged at one end that described gallery 1 stretches into storehouse, described center 2.Manhole 10, access opening 11, material transmitter 5, steam line 20 and instrument etc. are installed on described door-plate 1.
Described materials device alive 4, is arranged on 2 bottoms, storehouse, center, further comprises fluidized bar 15, pipe collar 16, air feed steel pipe 20, pipe cap 17, support 19 and valve 18 etc.Described fluidized bar 15 is further provided with barred body, breathable cloth and wire net.Described barred body is round steel pipe, is further provided with a plurality of breather holes on described barred body, the described breathable cloth of the outside winding of described barred body, and the coated described wire net in outside of described breathable cloth, the two ends of described fluidized bar 15 are provided with the silk head for connecting.Described fluidized bar 15 1 terminal filament heads are connected with described air feed steel pipe 20 by described pipe collar 16, and for air feed, the other end is connected with described pipe cap 17, for shutoff, seals.
Described material transmitter 5, is the square chest structure of an end opening, and nozzle 12, fluidized bar 15, reducing pipe 13 and flange 14 etc. are further set.Described nozzle 12, is an assembly set, straight tube, elbow and the large osculum of band silk, consists of, and can carry out nozzle length adjusting, for compressed-air actuated main winding-up by the large osculum of rotating band silk.Material transmitter 5 other end welding reducing pipes 13, gush pipe 7 and by-pass valve control 6 for connecting described discharging.
By gallery being set respectively on two different directions, realize easily the discharging operation of both direction.Can not gush pipe and be directly connected to another materials point because adopting, because of pipeline compared with length, elbow is more and increase the additional resistance that valve etc. produces, and has avoided pipe choking.Moreover, can not go to materials point because adopting in Bulk Truck.Because of the enough drivings of needs, turn around, site requirements that the space such as turning etc. produces is large and the problem such as waste of manpower.The 3rd, can be because using the mechanical systems such as belt feeder, spiral reamer to carry, because mechanical equipment is more, automatically controlled, operation is more complicated, and cause trouble point to increase and the problem such as airborne dust point increase.Therefore, the utility model be a kind of simple in structure, form is reasonable, easy to operate, be beneficial to smooth and easy discharging, energy-conserving and environment-protective be more suitable for the structure in large floor powder Storage Silo two to discharging.
The above is only better embodiment of the present utility model, and the equivalence of doing according to structure, feature and principle described in the utility model patent claim therefore all changes or modifies, and is included in the utility model patent claim.
Claims (6)
- One kind be arranged symmetrically with can the two large-sized silo structures to discharging, it is characterized in that: comprise gallery, door-plate, storehouse, center, material transmitter, pipe is gushed in discharging, materials device alive, by-pass valve control, be arranged on the storehouse, center of the sealing of the taper bottom center in feed bin, symmetrical both direction configuration door-plate, material transmitter is installed on door-plate, pipe and by-pass valve control are gushed in discharging, entering storehouse, center material stirs through the strength of the materials device of making a living, by by-pass valve control, active material is sent into different directions, through gathering materials of material transmitter, jet action, entering discharging gushes in pipe.
- 2. a kind of being arranged symmetrically with according to claim 1 can the two large-sized silo structures to discharging, it is characterized in that: described storehouse, center is the enclosed construction that direct tube section and conical section form, by steel plate and shaped steel welding, formed, be arranged on storage hopper center position, outer wall directly contacts with material in storehouse; Bottom, storehouse, center arranges a plurality of charging holes, forms feeding-passage.
- 3. a kind of being arranged symmetrically with according to claim 1 can the two large-sized silo structures to discharging, it is characterized in that: described gallery is the enclosed construction that straight section and dome form, by reinforced concrete, built up, house bottom plate bottom is set, from storehouse, center, be connected to place, outer-ring beam basis, storehouse, be horizontal arrangement, described gallery, centered by storehouse, center, is arranged symmetrically with two, leads to respectively both direction, between two gallerys, keep at a certain distance away, discharging is set in described gallery and gushes pipe, steam line.
- 4. a kind of being arranged symmetrically with according to claim 1 can the two large-sized silo structures to discharging, it is characterized in that: the shutoff steel plate of described door-plate for being welded by plain plate, be arranged at one end that described gallery stretches into storehouse, described center, manhole, access opening, material transmitter, steam line and instrument are installed on described door-plate.
- 5. a kind of being arranged symmetrically with according to claim 1 can the two large-sized silo structures to discharging, it is characterized in that: described materials device alive is arranged on bottom, storehouse, center, further comprise fluidized bar, pipe collar, air feed steel pipe, pipe cap, support and valve, described fluidized bar is further provided with barred body, breathable cloth and wire net, described barred body is round steel pipe, on described barred body, be further provided with a plurality of breather holes, the described breathable cloth of the outside winding of described barred body, the coated described wire net in outside of described breathable cloth, the two ends of described fluidized bar are provided with the silk head for connecting, described fluidized bar one terminal filament head is connected with described air feed steel pipe by described pipe collar, for air feed, the other end is connected with described pipe cap, for shutoff sealing.
- 6. a kind of being arranged symmetrically with according to claim 1 can the two large-sized silo structures to discharging, it is characterized in that: described material transmitter, it is the square chest structure of an end opening, nozzle, fluidized bar, reducing pipe and flange are further set, described nozzle, it is an assembly set, by straight tube, elbow and the large osculum of band silk, formed, by the large osculum of rotating band silk, can carry out nozzle length adjusting, for compressed-air actuated main winding-up, material transmitter other end welding reducing pipe, gushes pipe and by-pass valve control for connecting described discharging.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420120498.0U CN203806433U (en) | 2014-03-14 | 2014-03-14 | Big bin structure capable of discharging in two directions and being arranged symmetrically |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420120498.0U CN203806433U (en) | 2014-03-14 | 2014-03-14 | Big bin structure capable of discharging in two directions and being arranged symmetrically |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203806433U true CN203806433U (en) | 2014-09-03 |
Family
ID=51445225
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420120498.0U Expired - Fee Related CN203806433U (en) | 2014-03-14 | 2014-03-14 | Big bin structure capable of discharging in two directions and being arranged symmetrically |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203806433U (en) |
-
2014
- 2014-03-14 CN CN201420120498.0U patent/CN203806433U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140903 Termination date: 20150314 |
|
| EXPY | Termination of patent right or utility model |