CN205948967U - Take vacuum device's titanium white powder jet milling device - Google Patents
Take vacuum device's titanium white powder jet milling device Download PDFInfo
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- CN205948967U CN205948967U CN201620889629.0U CN201620889629U CN205948967U CN 205948967 U CN205948967 U CN 205948967U CN 201620889629 U CN201620889629 U CN 201620889629U CN 205948967 U CN205948967 U CN 205948967U
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- flow crushing
- negative pressure
- storehouse
- white powder
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Abstract
The utility model discloses a take vacuum device's titanium white powder jet milling device, the on -line screen storage device comprises a base, the upper end of base is equipped with blanking box, grinding box and storage case from a left side to the right side in proper order, blanking box's bottom is equipped with the slider, is equipped with the slide rail corresponding with the slider on the base, and the slider is located the slide rail, be equipped with the jet milling storehouse in the grinding box, bottom in the grinding box is equipped with drive arrangement, the jet milling position in storehouse is equipped with the drive shaft in drive arrangement's top, drive arrangement's top. The utility model discloses a vacuum device's attraction has realized the automatic of titanium white powder and has carried, has reduced the dust that produces simultaneously when carrying the titanium white powder, through the combination of gas compressor and high pressure nozzle, has carried out jet milling to the titanium white powder, has improved the crushing effect of titanium white powder, and the kibbling efficiency of titanium white powder has further been accelerateed in the use of dwang and counterattack piece simultaneously, suitable popularization.
Description
Technical field
The utility model is related to titanium dioxide crushing technology field, more particularly, to a kind of titanium dioxide air-flow powder with negative pressure device
Crushing device.
Background technology
Titanium dioxide is the important source material of chemical industry, and the quality of its processing quality has directly to the quality of production of chemical products
The impact connecing, so, the titanium dioxide Design Processing of high-quality is very crucial, the production of current titanium dioxide mainly have chloridising and
Two kinds of techniques of sulfuric acid process, in both technique, titanium dioxide primary finished powder is broken to be one of domestic titanium white production at present
Important step, the selection of its technological process and lectotype selection are also particularly important, and reasonable selection disintegrating process flow process is one
Individual very complicated problem, it must consider according to many-sides such as product variety, quality requirement and technical-economic indexes, at present
The primary finished product breaking method of industrial titanium dioxide is mainly dry grinds, but this process system is complicated, and production management is inconvenient, if
Standby area of mill site is big, and noise pollution is serious, and specific energy consumption is big, we have proposed a kind of titanium white with negative pressure device for this
Powder air flow crushing device is solving the above problems.
Utility model content
The purpose of this utility model is to solve shortcoming present in prior art, and a kind of band negative pressure device proposing
Titanium dioxide air flow crushing device.
To achieve these goals, the utility model employs following technical scheme：
A kind of titanium dioxide air flow crushing device with negative pressure device, including base, the upper end of described base from left to right according to
Secondary be provided with blanking box, pulverize casing and material storing box, the bottom of described blanking box is provided with slide block, and base is provided with corresponding with slide block
Slide rail, and slide block be located at slide rail on, be provided with air-flow crushing storehouse in described crush box body, the bottom in described crush box body sets
There are driving means, in the top of driving means, the top of driving means is provided with drive shaft to described air-flow crushing position in storehouse, and drive shaft
Run through the bottom in air-flow crushing storehouse and extend in air-flow crushing storehouse, described drive shaft away from driving means one end be connected with turn
Lever, described rotating bar is equidistantly provided with multigroup crushing vane, and the two bottom sides in described crush box body are equipped with air pressure
Contracting machine, the upper end of described air compressor has been fixedly connected with appendix, and the relative side of two appendixs is vertically etc.
Spacing is provided with multiple high pressure nozzles, and high pressure nozzle all runs through the side wall in air-flow crushing storehouse, and the top of described pulverizing casing is provided with
Conveying pipeline is connected with negative pressure device, and negative pressure device, and conveying pipeline runs through the top of material storing box away from one end of negative pressure device
And extending to bottom in material storing box, the lower end of described negative pressure device is provided with connecting tube, and one end of described connecting tube sequentially passes through
Pulverize the top of casing and air-flow crushing bin, the lower end of described connecting tube is connected on air-flow crushing storehouse, described material storing box upper
End is provided with feeding mouth, is provided with closure, the top side of described pulverizing casing is provided with discharge nozzle, and discharge nozzle at described feeding mouth
One end run through pulverize casing and and air-flow crushing bin top connection, described discharge nozzle is provided with electrically operated valve and gas outlet,
Described gas outlet is provided with the filter stopping titanium dioxide, and described discharge nozzle is just being located at blanking box away from the one end in air-flow crushing storehouse
Top.
Preferably, described driving means are motor.
Preferably, multiple counterattack blocks are equidistantly distributed with described crushing vane, described counterattack block is arc counterattack block.
Preferably, the top of described rotating bar is provided with circular cone.
In the utility model, titanium white powder raw material is sent in material storing box by feeding mouth, by negative pressure device and conveying pipeline
By titanium white powder raw material in material storing box suction airflow crushing bin, the gas compressing apparatus of crush box bottom are into air-flow crushing storehouse
Spray high pressure draught, simultaneously drive device to drive the crushing vane in rotating bar and rotating bar to rotate, titanium white powder raw material is in height
Counterattack block in the presence of pressure gas stream and on crushing vane carries out impact comminution, and the little particle after pulverizing is discharged by discharge nozzle,
Fall in blanking box, oarse-grained titanium white powder raw material continues to pulverize in air-flow crushing orlop portion, be little particle until pulverizing, blanking
Case collect full after, by the slide block of bottom, blanking box can be extracted out, the utility model is by the attraction of negative pressure device it is achieved that titanium
The automatic transport of white powder, decreases the dust producing during conveying titanium dioxide, by the knot of gas compressor and high pressure nozzle simultaneously
Close, air-flow crushing has been carried out to titanium dioxide, has improve the crushing effect of titanium dioxide, the use of rotating bar and counterattack block, enters simultaneously
One step accelerates the efficiency of titanium dioxide pulverizing, suitable popularization.
Brief description
Fig. 1 be the utility model proposes a kind of titanium dioxide air flow crushing device with negative pressure device structural representation；
Fig. 2 be the utility model proposes a kind of titanium dioxide air flow crushing device with negative pressure device crushing vane structure
Schematic diagram.
In figure：1 slide block, 2 slide rails, 3 drive shafts, 4 driving means, 5 rotating bars, 6 air compressors, 7 appendixs, 8 storings
Case, 9 bases, 10 feeding mouths, 11 conveying pipelines, 12 high pressure nozzles, 13 air-flow crushing storehouses, 14 negative pressure devices, 15 electrically operated valves, 16 go out
Expects pipe, 17 gas outlets, 18 crushing vanes, 19 blanking box.
Specific embodiment
Below in conjunction with the accompanying drawing in the utility model embodiment, the technical scheme in the utility model embodiment is carried out
Clearly and completely description is it is clear that described embodiment is only a part of embodiment of the utility model rather than whole
Embodiment.
With reference to Fig. 1-2, a kind of titanium dioxide air flow crushing device with negative pressure device, including base 9, the upper end of base 9 from
Left-to-right is sequentially provided with blanking box 19, pulverizes casing and material storing box 8, and the bottom of blanking box 19 is provided with slide block 1, and base 9 is provided with
The slide rail 2 corresponding with slide block 1, and slide block 1 be located at slide rail 2 on, slide block 1 can move on slide rail 2, thus driving blanking box 19
Skid off, in crush box body, be provided with air-flow crushing storehouse 13, titanium dioxide can be pulverized in air-flow crushing storehouse 13, in crush box body
Bottom is provided with driving means 4, and driving means 4 provide power, and air-flow crushing storehouse 13 is located at the top of driving means 4, driving means 4
Top be provided with drive shaft 3, and drive shaft 3 runs through the bottom in air-flow crushing storehouse 13 and extends in air-flow crushing storehouse 13, drives
Axle 3 is connected with rotating bar 5 away from one end of driving means 4, and rotating bar 5 is equidistantly provided with multigroup crushing vane 18, crushed leaves
Piece 18 is provided with multigroup arc counterattack block, titanium white powder particles can be carried out clashing into and pulverize, the two bottom sides in crush box body are all provided with
There is air compressor 6, air compressor 6 provides gases at high pressure, the upper end of air compressor 6 has been fixedly connected with appendix 7, high
Body of calming the anger is entered in appendix 7 by air compressor 6, and two relative sides of appendix 7 are vertically equidistantly provided with
Multiple high pressure nozzles 12, the gases at high pressure that air compressor 6 produces are sprayed by high pressure nozzle 12, and high pressure nozzle 12 all runs through gas
The side wall of stream crushing bin 13, the top pulverizing casing is provided with negative pressure device 14, and negative pressure device 14 can be by conveying pipeline 11 by storing
In titanium dioxide suction airflow crushing bin 13 in case 8, and conveying pipeline 11 is connected with negative pressure device 14, conveying pipeline 11 is used for conveying
Titanium white powder raw material, and conveying pipeline 11 runs through the top of material storing box 8 and extends in material storing box 8 away from one end of negative pressure device 14
Bottom, the lower end of negative pressure device 14 is provided with connecting tube, and one end of connecting tube sequentially passes through pulverizes casing and air-flow crushing bin 13
Top, the lower end of connecting tube is connected on air-flow crushing storehouse 13, and the upper end of material storing box 8 is provided with feeding mouth 10, and titanium white powder raw material can
Entered in material storing box 8 by feeding mouth 10, be provided with closure at feeding mouth 10, by the closing of closure, material storing box 8 sealed
Closing, the top side pulverizing casing is provided with discharge nozzle 16, and the titanium white powder particles after pulverizing can be discharged by discharge nozzle 16, and goes out
One end of expects pipe 16 run through pulverize casing and and air-flow crushing bin 13 top connection, discharge nozzle 16 is provided with electrically operated valve 15 He
Gas outlet 17, discharge nozzle 16 can be closed by electrically operated valve 15 by controlling, and the gases at high pressure producing can be discharged by gas outlet 17, goes out
Gas port 17 is provided with the filter stopping titanium dioxide, and filter can prevent titanium dioxide from spraying, and discharge nozzle 16 is away from air-flow crushing storehouse 13
One end is located at the surface of blanking box 19, is easy to spray into titanium dioxide in blanking box 19.
In the utility model, driving means 4 are motor, and first-class of crushing vane 18 is distributed with multiple counterattack blocks, counterattack block
For arc counterattack block, titanium dioxide not only can be improved and pulverize dynamics, still prevent titanium dioxide and be bonded on crushing vane 18, rotating bar
5 top is provided with circular cone, is easy to titanium white powder raw material and smoothly falls, and then carries out collision impact with counterattack block.
In the utility model, titanium white powder raw material is sent in material storing box 8 by feeding mouth 10, by negative pressure device 14 and defeated
Titanium white powder raw material is sucked in pulverizing chamber 13 from material storing box 8 by expects pipe 11, and the gas compressing apparatus 6 of crush box bottom are to pulverizing chamber 13
Interior ejection high pressure draught, simultaneously drives device 4 to drive the crushing vane 18 in rotating bar 5 and rotating bar 5 to rotate, titanium dioxide is former
Counterattack block in the presence of high pressure draught and on crushing vane 18 for the material carries out impact comminution, and the little particle after pulverizing passes through discharging
Pipe 16 is discharged, and falls in blanking box 19, and oarse-grained titanium white powder raw material continues to pulverize in pulverizing chamber 13 bottom, is little until pulverizing
Blanking box 19, after blanking box 19 is collected completely, can be extracted out by particle by the slide block 1 of bottom.
The above, only the utility model preferably specific embodiment, but protection domain of the present utility model is not
Be confined to this, any those familiar with the art in the technical scope that the utility model discloses, according to this practicality
New technical scheme and its utility model design in addition equivalent or change, all should cover in protection model of the present utility model
Within enclosing.
Claims (4)
1. a kind of titanium dioxide air flow crushing device with negative pressure device, including base (9) it is characterised in that described base (9)
Upper end is sequentially provided with blanking box (19) from left to right, pulverizes casing and material storing box (8), and the bottom of described blanking box (19) is provided with cunning
Block (1), base (9) is provided with the slide rail (2) corresponding with slide block (1), and slide block (1) is located on slide rail (2), described crush box
It is provided with air-flow crushing storehouse (13) in vivo, the bottom in described crush box body is provided with driving means (4), described air-flow crushing storehouse (13)
Positioned at the top of driving means (4), the top of driving means (4) is provided with drive shaft (3), and drive shaft (3) runs through air-flow crushing
The bottom in storehouse (13) simultaneously extends in air-flow crushing storehouse (13), and described drive shaft (3) is connected with away from one end of driving means (4)
Rotating bar (5), described rotating bar (5) is equidistantly provided with multigroup crushing vane (18), the two bottom sides in described crush box body
It is equipped with air compressor (6), the upper end of described air compressor (6) has been fixedly connected with appendix (7), two appendixs
(7) relative side is vertically equidistantly provided with multiple high pressure nozzles (12), and high pressure nozzle (12) all runs through air-flow powder
The side wall of broken storehouse (13), the top of described pulverizing casing is provided with negative pressure device (14), and is connected with conveying on negative pressure device (14)
Manage (11), and conveying pipeline (11) runs through the top of material storing box (8) and extends to material storing box (8) away from one end of negative pressure device (14)
Interior bottom, the lower end of described negative pressure device (14) is provided with connecting tube, one end of described connecting tube sequentially pass through pulverizing casing and
The top in air-flow crushing storehouse (13), the lower end of described connecting tube is connected on air-flow crushing storehouse (13), described material storing box (8) upper
End is provided with feeding mouth, and described feeding mouth (10) place is provided with closure, and the top side of described pulverizing casing is provided with discharge nozzle (16),
And one end of discharge nozzle (16) run through pulverize casing and and air-flow crushing bin (13) top connection, described discharge nozzle (16) sets
There are electrically operated valve (15) and gas outlet (17), described gas outlet (17) is provided with the filter stopping titanium dioxide, described discharge nozzle
(16) one end away from air-flow crushing storehouse (13) is located at the surface of blanking box (19).
2. a kind of titanium dioxide air flow crushing device with negative pressure device according to claim 1 is it is characterised in that described drive
Dynamic device (4) is motor.
3. a kind of titanium dioxide air flow crushing device with negative pressure device according to claim 1 is it is characterised in that described powder
Multiple counterattack blocks are equidistantly distributed with, described counterattack block is arc counterattack block on broken blade (18).
4. a kind of titanium dioxide air flow crushing device with negative pressure device according to claim 1 is it is characterised in that described turn
The top of lever (5) is provided with circular cone.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620889629.0U CN205948967U (en) | 2016-08-16 | 2016-08-16 | Take vacuum device's titanium white powder jet milling device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620889629.0U CN205948967U (en) | 2016-08-16 | 2016-08-16 | Take vacuum device's titanium white powder jet milling device |
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| Publication Number | Publication Date |
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| CN205948967U true CN205948967U (en) | 2017-02-15 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201620889629.0U Active CN205948967U (en) | 2016-08-16 | 2016-08-16 | Take vacuum device's titanium white powder jet milling device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108579933A (en) * | 2018-04-09 | 2018-09-28 | 广州市昊鑫机械设备有限公司 | Printer carbon powder manufacturing machine |
-
2016
- 2016-08-16 CN CN201620889629.0U patent/CN205948967U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108579933A (en) * | 2018-04-09 | 2018-09-28 | 广州市昊鑫机械设备有限公司 | Printer carbon powder manufacturing machine |
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