CN205183162U - Online grading system is used in aluminite powder production - Google Patents
Online grading system is used in aluminite powder production Download PDFInfo
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- CN205183162U CN205183162U CN201520970884.3U CN201520970884U CN205183162U CN 205183162 U CN205183162 U CN 205183162U CN 201520970884 U CN201520970884 U CN 201520970884U CN 205183162 U CN205183162 U CN 205183162U
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Abstract
The utility model relates to an online grading system is used in aluminite powder production, including online feeder, feed cooler, circulating fan, feeder sleeve, storehouse top dust remover, feed bin, conveying pipeline, the hierarchical unit of turbine, collector, pulse dust collector, hierarchical fan and stepped cooling ware, the utility model provides a direct grading system who communicates with the aluminite powder production system can directly communicate the production system of aluminite powder with grading system, and the aluminite powder that the production system was produced is directly carried to grading system in grades to reduce the aluminite powder transport process of keeping in, reduce intensity of labour, processes such as the packing in the reduction aluminite powder production process, hierarchical in -process feed in raw material reduce the aluminite powder dust to fly upward, and reduce environmental pollution, reduction staff health harm and the potential safety hazard.
Description
technical field:
The utility model belongs to production of aluminum powder technical field, is specifically related to the online hierarchy system of a kind of production of aluminum powder.
background technology:
Fine Aluminum Powder is widely used in fields such as military project, space flight, chemical industry, metallurgy, building materials, market demand is very large, market prospects are also very wide, therefore increasing engineers and technicians pay close attention to the production of aluminium powder, the flouring technology of the aluminium powder developed also gets more and more, powder manufacturing apparatus is varied, and milling efficiency is also more and more higher.
In production of aluminum powder process, aluminium powder hierarchy system is absolutely necessary operation, aluminium powder hierarchy system can according to the size of aluminum particle particle diameter, aluminium powder is divided into different grades, carry out packaging respectively to store, aluminium powder is facilitated to apply in different field, existing aluminium powder hierarchy system is separated with production of aluminum powder system, namely, the aluminium powder that production system is produced first is transported to hierarchy system classification after packaging, because aluminium belongs to the metal that molecular proportion comparatively enlivens, expose and be very easily oxidized in atmosphere, the peril such as also easily to blast, therefore, must carry out under protection at inert gas in the whole production classification process of aluminium powder.But the production system of existing aluminium powder is separated with hierarchy system, packaged temporary after production of aluminum powder completes, lack the protection of inert gas in the process, easily oxidized, thus affect the purity of aluminium powder, also affect aluminium powder surface smoothness and form.In addition, after production of aluminum powder, packaging is temporary, is admitted to hierarchy system classification more afterwards, and centre adds the operations such as packaging, temporary and transport, increases production cost, increases labor strength and be degrading work situation.
utility model content:
In sum, in order to overcome the deficiency of prior art problem, the utility model provides the online hierarchy system of a kind of production of aluminum powder, and it is to provide directly and the hierarchy system of production of aluminum powder system connectivity, the aluminium powder that production system is produced directly enters hierarchy system classification, do not need middle packaging and temporary operation, thus effectively prevent aluminium powder oxidized, reduce potential safety hazard, improve working environment, reduce labour intensity, save production process, reduce production cost.
For solving the problems of the technologies described above, the technical solution adopted in the utility model is:
The online hierarchy system of a kind of production of aluminum powder, comprise online loader, feed cooler, fill cycles blower fan, feeder sleeve, top, storehouse deduster, feed bin, conveying pipeline, turbine classifier group, collector, pulse dust collector, classification blower fan and classification cooler, the aluminium powder of the inlet communication production of aluminum powder system of described online loader exports online, the gas outlet of described fill cycles blower fan is communicated with the air inlet of feed cooler, the outlet of feed cooler is communicated with the import of feed bin by feeder sleeve, the outlet feeder sleeve of online loader, feed bin top arranges top, storehouse deduster, the gas outlet of top, storehouse deduster is communicated with the air inlet of fill cycles blower fan, the gas outlet of described classification blower fan is communicated with the air inlet of classification cooler, the gas outlet of classification cooler is communicated with the charging aperture of turbine classifier group by conveying pipeline, the material outlet that described feed bin bottom is arranged is communicated with conveying pipeline, described turbine classifier group comprises multiple turbine classifiers of series connection, each turbine classifier lower end all arranges aluminium powder outlet, the upper part discharge port of last turbine classifier is communicated with collector, the lower end of collector arranges discharging opening, collector upper end sets out gas port, gas outlet is communicated with pulse dust collector air inlet, pulse dust collector gas outlet is communicated with the air inlet of classification blower fan, pulse dust collector lower end arranges aluminium powder outlet.
Further, the feeder sleeve between described feed cooler and online loader is provided with feed gas supplementing opening and feed pressure table, and feed gas supplementing opening is communicated with source nitrogen.
Further, described classification cooler outlet is provided with classification gas supplementing opening and transfer pressure table, classification gas supplementing opening is communicated with source nitrogen.
Further, the conveying pipeline between described feed bin and turbine classifier group is provided with classification loader.
Further, described feed bin bottom is provided with emergent packing device.
Further, the cone portion of described feed bin is provided with the anti-bridging device of fluidisation.
Further, described feed cooler and classification cooler outlet are provided with online oxygen analyser.
Further, described feed bin lower end arranges device for discharging; Described feed bin middle and upper part arranges level-sensing device.
Further, each turbine classifier of described turbine classifier group, respectively by the conveying pipeline between volume adjusting apparatus connection classification cooler and feed bin, volume adjusting apparatus is provided with control valve.
Further, described classification loader is provided with poidometer and anti-bridging agitator.
The beneficial effects of the utility model are:
1, the utility model is to provide directly and the hierarchy system of production of aluminum powder system connectivity, the aluminium powder that production system is produced directly enters hierarchy system classification, do not need middle packaging and keep in, thus effectively prevent aluminium powder oxidized, reduce potential safety hazard, improve working environment, reduce labour intensity, save production process, reduce production cost.
2, on the feeder sleeve between the utility model feed cooler and online loader and classification cooler outlet be provided with gas supplementing opening and Pressure gauge; gas supplementing opening is communicated with source nitrogen; when the nitrogen pressure in Pressure gauge display system is lower than setting value; in feeding system and hierarchy system, supplement nitrogen by gas supplementing opening, ensure the nitrogen pressure balance of system nitrogen protection and production system, feeding system, hierarchy system.
3, conveying pipeline between feed bin of the present utility model and clasfficiator group is provided with classification loader, when production of aluminum powder system production aluminium powder can not meet the needs of hierarchy system, by classification loader to hand stock in conveying pipeline, to meet the needs that hierarchy system continuous and stable runs, ensure aluminium powder classification efficiency, described classification loader is provided with poidometer and anti-bridging agitator, poidometer weighs the weight of the aluminium powder entering conveying pipeline from classification loader, anti-bridging agitator is that the form stirred prevents aluminium powder from classification loader, occurring bridging phenomenon.
4, feed bin bottom of the present utility model arranges emergent packing device, feed bin middle and upper part arranges level-sensing device, when aluminium powder hierarchy system efficiency is lower than production of aluminum powder system effectiveness, that is, too much aluminium powder is piled up in feed bin, now, when aluminium powder material level in feed bin is higher than level-sensing device position, open emergent packing device, by temporary for aluminium powder too much in feed bin packaging, thus ensure that the balance and stability of production system and hierarchy system runs, prevent the dangerous generations such as wharf explosion.
5, the cone portion of feed bin of the present utility model is provided with the anti-bridging device of fluidisation, the anti-bridging device of fluidisation effectively can prevent the bridging phenomenon in aluminium powder dropping process, ensure that aluminium powder falls smoothly, in the utility model, the anti-bridging device of fluidisation can adopt jet vibration pad, make vibration pad produce vibration by gases at high pressure, prevent aluminium powder from putting up a bridge by vibration.
6, the utility model structure is simple, easy to use, with low cost, safe and reliable, the production system of aluminium powder directly can be communicated with hierarchy system, the aluminium powder that production system is produced directly is delivered to hierarchy system classification, thus reduce the temporary process of aluminium powder carrying, reduce labour intensity; Reduce the packaging in production of aluminum powder classification process, the process such as reinforced, reduce aluminium powder dust from flying, reduce environmental pollution, reduce employee's physical impairment and potential safety hazard.
accompanying drawing illustrates:
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the schematic top plan view of the utility model Fig. 1;
Fig. 3 is the A-A cross-sectional schematic of the utility model Fig. 1;
Fig. 4 is the B-B cross-sectional schematic of the utility model Fig. 1.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is described in further detail.
As Fig. 1, Fig. 2, Fig. 3, shown in Fig. 4, the online hierarchy system of a kind of production of aluminum powder, comprise online loader 1, feed cooler 2, fill cycles blower fan 3, feeder sleeve 4, top, storehouse deduster 5, feed bin 6, conveying pipeline 7, turbine classifier group 8, collector 9, pulse dust collector 10, classification blower fan 11 and classification cooler 12, the aluminium powder of the inlet communication production of aluminum powder system of described online loader 1 exports online, the gas outlet of described fill cycles blower fan 3 is communicated with the air inlet of feed cooler 2, the outlet of feed cooler 2 is communicated with the import of feed bin 6 by feeder sleeve 4, the outlet feeder sleeve 4 of online loader 1, feeder sleeve 4 between feed cooler 2 and online loader 1 is provided with feed gas supplementing opening 13 and feed pressure table 14, feed gas supplementing opening 13 is communicated with source nitrogen.
Feed bin 6 top arranges top, storehouse deduster 5, and feed bin 6 bottom is provided with emergent packing device 24.The cone portion of feed bin 6 is provided with the anti-bridging device 25 of fluidisation.Feed bin 6 lower end arranges device for discharging 19; Feed bin 6 middle and upper part arranges level-sensing device 20.The gas outlet of top, storehouse deduster 5 is communicated with the air inlet of fill cycles blower fan 3, the gas outlet of described classification blower fan 11 is communicated with the air inlet of classification cooler 12, the gas outlet of classification cooler 12 is communicated with the charging aperture of turbine classifier group 8 by conveying pipeline 7, classification cooler 12 is provided with classification gas supplementing opening 16 and transfer pressure table 17 on exporting, classification gas supplementing opening 16 is communicated with source nitrogen, the material outlet that described feed bin 6 lower end is arranged is communicated with conveying pipeline 7, aluminium powder in feed bin 6 delivers into conveying pipeline 7 by device for discharging 19, conveying pipeline 7 between feed bin 6 and turbine classifier group 8 is provided with classification loader 15, classification loader 15 is provided with poidometer 26 and anti-bridging agitator 27.
Described turbine classifier group 8 comprises three turbine classifiers 23 of series connection, each turbine classifier 23 lower end all arranges aluminium powder outlet, the upper part discharge port of last turbine classifier 23 is communicated with collector 9, the lower end of collector 9 arranges discharging opening, collector 9 upper end sets out gas port, gas outlet is communicated with pulse dust collector 10 air inlet, and pulse dust collector 10 gas outlet is communicated with the air inlet of classification blower fan 11, and pulse dust collector 10 lower end arranges aluminium powder outlet.Three turbine classifiers 23 are communicated with the conveying pipeline 7 between classification cooler 12 and feed bin 6 respectively by volume adjusting apparatus 21, volume adjusting apparatus 21 are provided with control valve 22.Described feed cooler 2 exports with classification cooler 12 and is provided with online oxygen analyser 18.
During use, the aluminium powder that production of aluminum powder system is produced is delivered to feeder sleeve 4 through online loader 1, nitrogen is delivered to feed cooler 2 by fill cycles blower fan 3, feeder sleeve 4 is entered after feed cooler 2 cools, then the aluminium powder carrying the conveying of online loader 1 enters feed bin 6, nitrogen is again sent into feed cooler 2 through fill cycles blower fan 3 and is recycled after deduster 5 dust removal and filtration of top, storehouse, and aluminium powder enters feed bin 6.
Nitrogen is delivered to classification cooler 12 by classification blower fan 11, classified cooler 12 enters conveying pipeline 7 after cooling, what the aluminium powder in feed bin 6 arranged device for discharging 19 by its underpart delivers into conveying pipeline 7, then carried by nitrogen in conveying pipeline 7 and enter turbine classifier group 8, through three turbine classifiers 23 of turbine classifier group 8 according to particle size classification, the aluminum particle not in turbine classifier group 8 grading range is collected by collector 9.Nitrogen in aluminium powder classification process enters pulse dust collector 10, and after pulse dust collector 10 filters, be sent back to classification blower fan 11, be again recycled, the aluminium powder that pulse dust collector 10 filters out is collected.Three turbine classifiers of turbine classifier group 8 all arrange aluminium powder outlet for 23 times, and the isolated aluminium powder of turbine classifier 23 exports packaged storage through aluminium powder.
On feeder sleeve 4 between the utility model feed cooler 2 and online loader 1 and classification cooler 12 export and be provided with gas supplementing opening 13,16 and Pressure gauge 14,17; gas supplementing opening 13,16 is communicated with source nitrogen; when the nitrogen pressure in Pressure gauge 14,17 display system is lower than setting value; supplement nitrogen by gas supplementing opening 13,16 respectively in feeding system and hierarchy system, ensure the nitrogen pressure balance of system nitrogen protection and production system, feeding system, hierarchy system.
Conveying pipeline 7 between feed bin 6 of the present utility model and turbine classifier group 8 is provided with classification loader 15, when production of aluminum powder system production aluminium powder can not meet the needs of hierarchy system, by classification loader 15 to hand stock in conveying pipeline 7, to meet the needs of hierarchy system, ensure aluminium powder classification efficiency.
Feed bin 6 bottom of the present utility model arranges emergent packing device 24, feed bin 6 middle and upper part arranges level-sensing device 20, when aluminium powder hierarchy system efficiency is lower than production of aluminum powder system effectiveness, that is, too much aluminium powder is piled up in feed bin 6, now, when aluminium powder material level in silo is higher than level-sensing device 20 position, open emergent packing device 24, by packaged for aluminium powder too much in feed bin 6 temporary, thus ensure that the balance and stability of production system and hierarchy system runs, prevent the dangerous generations such as wharf explosion.
Three turbine classifiers 23 of turbine classifier group 8 of the present utility model are communicated with the conveying pipeline 7 between classification cooler 12 and feed bin 6 respectively by volume adjusting apparatus 21, volume adjusting apparatus 21 is provided with control valve 22, according to the different-grain diameter requirement of classification, suitable air quantity adjustment can be carried out.
The cone portion of feed bin 6 of the present utility model is provided with the anti-bridging device 25 of fluidisation, the anti-bridging device 25 of fluidisation effectively can prevent the bridging phenomenon in aluminium powder dropping process, ensure that aluminium powder falls smoothly, in the utility model, the anti-bridging device of fluidisation 25 can adopt jet vibration pad, make vibration pad produce vibration by gases at high pressure, prevent aluminium powder from putting up a bridge by vibration.
Be noted that, the above embodiment is unrestricted to the explanation of technical solutions of the utility model, the equivalent replacement of art those of ordinary skill or other amendment made according to prior art, as long as do not exceed thinking and the scope of technical solutions of the utility model, all should be included within the interest field required by the utility model.
Claims (10)
1. the online hierarchy system of production of aluminum powder, it is characterized in that: comprise online loader (1), feed cooler (2), fill cycles blower fan (3), feeder sleeve (4), top deduster, storehouse (5), feed bin (6), conveying pipeline (7), turbine classifier group (8), collector (9), pulse dust collector (10), classification blower fan (11) and classification cooler (12), the aluminium powder of the inlet communication production of aluminum powder system of described online loader (1) exports online, the gas outlet of described fill cycles blower fan (3) is communicated with the air inlet of feed cooler (2), the outlet of feed cooler (2) is communicated with the import of feed bin (6) by feeder sleeve (4), the outlet feeder sleeve (4) of online loader (1), feed bin (6) top arranges top deduster, storehouse (5), the gas outlet in top deduster, storehouse (5) is communicated with the air inlet of fill cycles blower fan (3), the gas outlet of described classification blower fan (11) is communicated with the air inlet of classification cooler (12), the gas outlet of classification cooler (12) is communicated with the charging aperture of turbine classifier group (8) by conveying pipeline (7), the material outlet that described feed bin (6) bottom is arranged is communicated with conveying pipeline (7), described turbine classifier group (8) comprises multiple turbine classifiers (23) of series connection, each turbine classifier (23) lower end all arranges aluminium powder outlet, the upper part discharge port of last turbine classifier (23) is communicated with collector (9), the lower end of collector (9) arranges discharging opening, collector (9) upper end sets out gas port, gas outlet is communicated with pulse dust collector (10) air inlet, pulse dust collector (10) gas outlet is communicated with the air inlet of classification blower fan (11), pulse dust collector (10) lower end arranges aluminium powder outlet.
2. the online hierarchy system of production of aluminum powder according to claim 1, it is characterized in that: the feeder sleeve (4) between described feed cooler (2) and online loader (1) is provided with feed gas supplementing opening (13) and feed pressure table (14), feed gas supplementing opening (13) is communicated with source nitrogen.
3. the online hierarchy system of production of aluminum powder according to claim 1, is characterized in that: described classification cooler (12) outlet is provided with classification gas supplementing opening (16) and transfer pressure table (17), and classification gas supplementing opening (16) is communicated with source nitrogen.
4. the online hierarchy system of production of aluminum powder according to claim 1, is characterized in that: the conveying pipeline (7) between described feed bin (6) and turbine classifier group (8) is provided with classification loader (15).
5. the online hierarchy system of production of aluminum powder according to claim 1, is characterized in that: described feed bin (6) bottom is provided with emergent packing device (24).
6. the online hierarchy system of production of aluminum powder according to claim 1, is characterized in that: described feed bin (6) cone portion is provided with the anti-bridging device of fluidisation (25).
7. the online hierarchy system of production of aluminum powder according to claim 1, is characterized in that: described feed cooler (2) and classification cooler (12) export and be provided with online oxygen analyser (18).
8. the online hierarchy system of production of aluminum powder according to claim 1, is characterized in that: described feed bin (6) lower end arranges device for discharging (19); Described feed bin (6) middle and upper part arranges level-sensing device (20).
9. the online hierarchy system of production of aluminum powder according to claim 1, it is characterized in that: each turbine classifier (23) of described turbine classifier group (8), respectively by the conveying pipeline (7) between volume adjusting apparatus (21) connection classification cooler (12) and feed bin (6), volume adjusting apparatus (21) is provided with control valve (22).
10. the online hierarchy system of production of aluminum powder according to claim 4, is characterized in that: described classification loader (15) is provided with poidometer (26) and anti-bridging agitator (27).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520970884.3U CN205183162U (en) | 2015-11-30 | 2015-11-30 | Online grading system is used in aluminite powder production |
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| CN201520970884.3U CN205183162U (en) | 2015-11-30 | 2015-11-30 | Online grading system is used in aluminite powder production |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105327859A (en) * | 2015-11-30 | 2016-02-17 | 河南省远洋粉体科技股份有限公司 | On-line classification system for aluminum powder production |
| CN106435092A (en) * | 2016-11-02 | 2017-02-22 | 四川六合锻造股份有限公司 | Aluminum powder adding method for electroslag remelting process |
-
2015
- 2015-11-30 CN CN201520970884.3U patent/CN205183162U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105327859A (en) * | 2015-11-30 | 2016-02-17 | 河南省远洋粉体科技股份有限公司 | On-line classification system for aluminum powder production |
| CN105327859B (en) * | 2015-11-30 | 2017-12-15 | 河南省远洋粉体科技股份有限公司 | The online hierarchy system of production of aluminum powder |
| CN106435092A (en) * | 2016-11-02 | 2017-02-22 | 四川六合锻造股份有限公司 | Aluminum powder adding method for electroslag remelting process |
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