CN206396054U - A kind of glass microballoon powder and pearl device - Google Patents
A kind of glass microballoon powder and pearl device Download PDFInfo
- Publication number
- CN206396054U CN206396054U CN201720088598.3U CN201720088598U CN206396054U CN 206396054 U CN206396054 U CN 206396054U CN 201720088598 U CN201720088598 U CN 201720088598U CN 206396054 U CN206396054 U CN 206396054U
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- Prior art keywords
- glass microballoon
- pearl
- collecting box
- side wall
- collecting
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P40/00—Technologies relating to the processing of minerals
- Y02P40/50—Glass production, e.g. reusing waste heat during processing or shaping
- Y02P40/57—Improving the yield, e-g- reduction of reject rates
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Abstract
The utility model belongs to glass microballoon powder processing unit (plant) technical field, specifically related to a kind of glass microballoon powder and pearl device, including simultaneously pearl case, and pearl case left side wall front portion is provided with glass microballoon burner, and pearl case front side wall right part is provided with glass microballoon delivery pipe, glass microballoon burner and glass microballoon delivery pipe are located at same level position, flame injection device is provided with above glass microballoon delivery pipe, gas supply pipe and air delivery pipe are through simultaneously pearl case front side wall, and pearl lower box part is provided with collecting box, first L-shaped dividing plate forms into the first collecting region with collecting box rear wall and collecting box right side wall in the right rear portion of collecting box, second L-shaped dividing plate constitutes the second collecting region with collecting box front side wall and collecting box left side wall in the left front portion of collecting box.The purpose is to：The glass microballoon that does not collide can also enter inside finished product caused by solving existing and pearl box structure defect, subsequently also need to screen again, the problem of complex process.
Description
Technical field
The utility model belongs to glass microballoon powder processing unit (plant) technical field, and in particular to a kind of glass microballoon powder is simultaneously
Pearl device.
Background technology
Glass microballoon is the most crucial element of reflectorized material arts, and the quality of its quality will directly affect reflectorized material
The reflex reflection effect of product, it is 38um~100um that general glass microballoon, which is applied to its particle size range requirement during reflectorized material product,.
Current glass microballoon is usually to be conveyed after the drying of water quenching glass is turned into acceptable material into broken process in the fabrication process,
Broken process is by water quenching glass processing into glass microballoon powder, and wherein particle size range is 38um~80um normal glass microballon powder
End accounts for 55%~65% or so, and particle size range is that usually said superfine powder accounts for 35%~45% or so less than 38um, and ultra-fine
Powder is not because meeting glass microballoon quality requirements, it will usually is backed within glass melting kiln and is founded again, and this
Not only utilization rate is not high for kind of way, and can influence the quality of glass microballoon formed again, and also greatly increases and be produced into
This.
Utility model patent (the patent No.：CN201520655795.X a kind of glass microballoon powder and pearl device) are disclosed,
Including simultaneously pearl case, collecting box, ventilating opening, glass microballoon burner, described collecting box is arranged at the bottom of simultaneously pearl case, described
Ventilating opening is arranged at the top of simultaneously pearl case, and described glass microballoon burner is arranged at and on pearl case, described glass microballoon combustion
Burner sprays glass microballoon powder and glass microballoon powder is burnt in the first direction, in addition to flame injection device, glass
Glass microballon delivery pipe, described flame injection device is respectively arranged at glass microballoon delivery pipe and on pearl case, described flame
Injection apparatus jet flames in a second direction, described glass microballoon delivery pipe sprays glass microballoon powder, institute along third direction
The second direction stated successively intersects with third direction, first direction.
Glass microballoon burner can spray glass microballoon powder to be formed in the first direction and make glass microballoon powder
Glomeration is melted, glass microballoon delivery pipe is micro- for conveying glass of the undesirable superfine powder i.e. particle size range less than 38um
Pearl powder simultaneously sprays along third direction, and flame injection device is used to convey oxygen and combustion gas and to second direction jet bubble reactor
Flame, then when superfine powder is sprayed to infall with second direction along third direction, the fire that will be ejected by flame injection device
Flame is heated and melted in spherical, and is brought towards under the impact of flame the glass microballoon direction of glass microballoon burner ejection i.e. the
One direction, when the superfine powder of molten condition and the glass microballoon powder of molten condition contact with each other collision i.e. second direction and first
When direction intersects, by merging into each other two-by-two so as to form the glass microballoon of bigger particle diameter, glass microballoon is on the one hand improved
Qualification rate, be on the other hand greatly reduced the cost that superfine powder is founded again, and simplify production process.Wherein ventilating opening
Ensure that air in collecting box in real time with external world's circulation, so as to ensure that flame can fully burn, and by this ventilating opening with
Air-introduced machine is connected, and is forced air inducing to promote and nodularization finished product rapid cooling in pearl case, it is to avoid glass microballoon crystallization, is improved product product
Matter, collecting box is processed for collecting the glass microballoon of shaping, and transporting next process.
Such structure design, although the yield rate of glass microballoon can be improved to a certain extent, but do not collide
Glass microballoon can also enter inside finished product, subsequently also need to screen again, complex process.
Utility model content
The purpose of this utility model is：Aim to provide a kind of glass microballoon powder and pearl device, for solve it is existing simultaneously
The glass microballoon not collided caused by pearl box structure defect can also enter inside finished product, subsequently also need to screen again, technique is multiple
Miscellaneous the problem of.
To realize above-mentioned technical purpose, the technical solution adopted in the utility model is as follows：
A kind of glass microballoon powder and pearl device, including simultaneously pearl case, described and pearl upper box part are provided with ventilator cowling, the ventilation
Inside cover connection and pearl case, described and pearl case left side wall front portion is provided with glass microballoon burner, described and pearl case front side wall right part
Provided with glass microballoon delivery pipe, the glass microballoon burner and glass microballoon delivery pipe are located at same level position, the glass
Flame injection device is provided with above glass microballon delivery pipe, the flame injection device front end face is defeated provided with gas supply pipe and air
Pipe is sent, the gas supply pipe and air delivery pipe are through simultaneously pearl case front side wall, and described and pearl lower box part is provided with collecting box, described
The first L-shaped dividing plate and the second L-shaped dividing plate are provided with collecting box, the first L-shaped dividing plate and collecting box rear wall and collecting box are right
Side wall forms into the first collecting region, the second L-shaped dividing plate and collecting box front side wall and collecting box left side in the right rear portion of collecting box
Wall constitutes the second collecting region in the left front portion of collecting box, and the first L-shaped dividing plate and the second L-shaped dividing plate are received with collecting box composition the 3rd
Ji Qu, described and pearl lower box part is additionally provided with many supporting legs.
Using the utility model of above-mentioned technical proposal, during work, glass microballoon powder to be formed is passed through into glass microballoon
Burner is sprayed and burnt to the left, while by gas supply pipe and air delivery pipe respectively toward defeated in flame injection device
Enter combustion gas and air so that the downward jet flames of glass microballoon burner, at the same conveyed by glass microballoon delivery pipe and to
The glass microballoon powder that injection particle size range is less than 38um afterwards is superfine powder, then when flame is contacted with superfine powder, will make ultra-fine
Powder melting is in spherical and drives superfine powder to move downward, when the glass microballoon collision of the superfine powder and molten condition of molten condition
When, the glass microballoon of bigger particle diameter will be mutually fused into two-by-two, it is achieved thereby that the increase to superfine powder, meanwhile, work as molten
The superfine powder of state and the glass microballoon collision rift of molten condition, new glass microballoon will change the direction of motion, spray and fill in flame
Put in the presence of effect and the self gravitation of the flame sprayed downwards, fall in the 3rd collecting region；And do not collided with glass microballoon
Superfine powder continues to move backward, in the presence of the effect for the flame that flame injection device sprays downwards and self gravitation, falls into
In first collecting region；Similarly, the glass microballoon not collided with superfine powder continues to left movement, is sprayed downwards in flame injection device
Flame effect and self gravitation in the presence of, fall into the second collecting region；Meanwhile, it is glass by special air delivery pipe
Microballon burner provides oxygen, can reduce the manufacturing cost of oxygen, need to be in the free end connection air pump of air delivery pipe only
Can.Such structure design, mutually collision does not form qualified glass microballoon respectively in the first collecting region and the second collecting region
It is interior to collect, it is to avoid it is mixed with the glass microballoon after being collided in the 3rd collecting region, qualified glass in the 3rd collecting region of increase
Glass microballon yield rate.
Further limit, disposable box, the receipts are equipped with first collecting region, the second collecting region and the 3rd collecting region
Collect box identical with corresponding first collecting region, the second collecting region and the 3rd collecting region shape size, the disposable box is placed on pair
In the collecting region answered.Such structure design, product is collected using disposable box, more convenient product can be taken out of inbox
Go out.
Further limit, multiple baffle plates are provided with the flame injection device, the baffle plate is horizontally disposed with, the multiple gear
Plate left and right ends are alternately provided with breach.Such structure design, air and combustion gas are in flame injection device by repeatedly folding
Buffering, makes the oxygen in air obtain more uniform with combustion gas mixing, combustion gas is more fully utilized.
Further limit, described and pearl box outer wall is provided with thermal insulation layer.Such structure design, can be prevented and the heat in pearl case
Amount is a large amount of to be dispersed into and in the air around pearl case, causes environment temperature too high, decline the comfortableness of operating personnel.
Further limit, the ventilator cowling port of export is connected with pipeline.Such structure design, can be burning in simultaneously pearl case
Waste gas, be discharged to farther place, it is to avoid influence and pearl case around environment.
Brief description of the drawings
The nonlimiting examples that the utility model can be provided by accompanying drawing are further illustrated；
Fig. 1 is a kind of glass microballoon powder of the utility model and the structural representation of pearl device embodiment；
Fig. 2 is the overall structure diagram of a kind of glass microballoon powder of the utility model and pearl device embodiment；
Fig. 3 is the structural representation of a kind of glass microballoon powder of the utility model and pearl device embodiment Flame injection apparatus
Figure；
Main element symbol description is as follows：
And pearl case 1, ventilator cowling 2, glass microballoon burner 3, glass microballoon delivery pipe 4, flame injection device 5, combustion gas are defeated
Send pipe 51, air delivery pipe 52, collecting box 6, the first L-shaped dividing plate 61, the second L-shaped dividing plate 62, supporting leg 7, the first collecting region 71,
Two collecting regions 72, the 3rd collecting region 73, baffle plate 81, breach 82.
Embodiment
In order that the utility model may be better understood in those skilled in the art, it is right with reference to the accompanying drawings and examples
Technical solutions of the utility model are further illustrated.
As shown in Figure 1, Figure 2 and Figure 3, a kind of glass microballoon powder of the present utility model and pearl device, including simultaneously pearl case 1,
And the top of pearl case 1 is provided with inside ventilator cowling 2, the connection of ventilator cowling 2 and pearl case 1, and the left side wall of pearl case 1 front portion is provided with glass microballoon combustion
Burner 3, and the front side wall right part of pearl case 1 is provided with glass microballoon delivery pipe 4, glass microballoon burner 3 and glass microballoon delivery pipe 4
Positioned at same level position, the top of glass microballoon delivery pipe 4 is provided with flame injection device 5, and the front end face of flame injection device 5 is provided with
Gas supply pipe 51 and air delivery pipe 52, gas supply pipe 51 and air delivery pipe 52 are through the simultaneously front side wall of pearl case 1, and pearl case
1 bottom, which is provided with collecting box 6, collecting box 6, is provided with the first L-shaped dividing plate 61 and the second L-shaped dividing plate 62, and the first L-shaped dividing plate 61 is with receiving
The rear wall of header 6 and the right side wall of collecting box 6 form into the first collecting region 71 in the right rear portion of collecting box 6, the 2nd L shapes dividing plate 62 with
The front side wall of collecting box 6 and the left side wall of collecting box 6 constitute the second collecting region 72, the He of the first L shapes dividing plate 61 in the left front portion of collecting box 6
Second L-shaped dividing plate 62 constitutes the 3rd collecting region 73 with collecting box 6, and the bottom of pearl case 1 is additionally provided with many supporting legs 7.
In the present embodiment, during work, glass microballoon powder to be formed is sprayed to the left by glass microballoon burner 3
Penetrate and burn, at the same by gas supply pipe 51 and air delivery pipe 52 respectively toward input combustion gas in flame injection device 5 and
Air so that the downward jet flames of glass microballoon burner 5, while being conveyed by glass microballoon delivery pipe 4 and spraying grain backward
The glass microballoon powder that footpath scope is less than 38um is superfine powder, then when flame is contacted with superfine powder, will melt superfine powder and be in
It is spherical and drive superfine powder to move downward, will two-by-two when the superfine powder of molten condition and the glass microballoon of molten condition are collided
The glass microballoon of bigger particle diameter is mutually fused into, it is achieved thereby that the increase to superfine powder, meanwhile, when the superfine powder of molten condition
With the glass microballoon collision rift of molten condition, new glass microballoon will change the direction of motion, be sprayed downwards in flame injection device 5
Flame effect and self gravitation in the presence of, fall in the 3rd collecting region 73；And with glass microballoon collide superfine powder after
It is continuous to move backward, in the presence of the effect for the flame that flame injection device 5 sprays downwards and self gravitation, fall into the first collection
In area 71；Similarly, the glass microballoon not collided with superfine powder continues to left movement, the fire sprayed downwards in flame injection device 5
In the presence of the effect of flame and self gravitation, the second collecting region 72 is fallen into；Meanwhile, it is glass by special air delivery pipe 52
Microballon burner 5 provides oxygen, can reduce the manufacturing cost of oxygen, only need to connect air in the free end of air delivery pipe 52
Pump.Such structure design, mutually collision does not form qualified glass microballoon respectively in the first collecting region 71 and second
Collected in collecting region 72, it is to avoid it is mixed with the glass microballoon after being collided in the 3rd collecting region 73, increase by the 3rd collecting region
Qualified glass microballoon yield rate in 73.
It is preferred that, be equipped with disposable box in the first collecting region 71, the second collecting region 72 and the 3rd collecting region 73, disposable box with it is right
The first collecting region 71, the second collecting region 72 answered are identical with the shape size of the 3rd collecting region 73, and disposable box is placed on corresponding receipts
Collect in area.Such structure design, product is collected using disposable box, more convenient product can be taken out out of inbox 6.It is real
, also can be according to actual conditions on border, it is considered to other structure designs that product can easily be taken out out of inbox 6.
It is preferred that, multiple baffle plates 81 are provided with flame injection device 5, baffle plate 81 is horizontally disposed with, multiple left and right ends of baffle plate 81
Alternately it is provided with breach 82.Multiple folding buffered is passed through in such structure design, air and combustion gas in flame injection device 5, makes
Oxygen in air obtains more uniform with combustion gas mixing, combustion gas is more fully utilized.In fact, also can be according to reality
Situation, it is considered to which other can make the structure design that combustion gas is fully used.
It is preferred that, and the outer wall of pearl case 1 is provided with thermal insulation layer.Such structure design, can be prevented and the heat in pearl case 1 largely dissipates
It is dealt into and in the air around pearl case 1, causes environment temperature too high, decline the comfortableness of operating personnel.In fact, also can root
It is specific to consider according to actual conditions.
It is preferred that, the port of export of ventilator cowling 2 is connected with pipeline.Such structure design, can and pearl case 1 in burning waste gas,
It is discharged to farther place, it is to avoid influence and the environment around pearl case 1.In fact, also can be specific to consider according to actual conditions.
A kind of glass microballoon powder and pearl device provided above the utility model is described in detail.Specific implementation
The explanation of example is only intended to help and understands method of the present utility model and its core concept.It should be pointed out that for the art
Those of ordinary skill for, on the premise of the utility model principle is not departed from, can also to the utility model carry out it is some
Improve and modify, these are improved and modification is also fallen into the utility model scope of the claims.
Claims (5)
1. a kind of glass microballoon powder and pearl device, it is characterised in that：Including simultaneously pearl case (1), described and pearl case (1) top is provided with
Ventilator cowling (2), ventilator cowling (2) connection and pearl case (1) inside, described and pearl case (1) left side wall front portion is provided with glass microballoon
Burner (3), described and pearl case (1) front side wall right part is provided with glass microballoon delivery pipe (4), the glass microballoon burner (3)
It is located at glass microballoon delivery pipe (4) above same level position, the glass microballoon delivery pipe (4) and is provided with flame injection device
(5), flame injection device (5) front end face is provided with gas supply pipe (51) and air delivery pipe (52), the fuel gas transmission
(51) and air delivery pipe (52) are managed through simultaneously pearl case (1) front side wall, described and pearl case (1) bottom is provided with collecting box (6), described
The first L-shaped dividing plate (61) and the second L-shaped dividing plate (62), the first L-shaped dividing plate (61) and collecting box are provided with collecting box (6)
(6) rear wall and collecting box (6) right side wall form into the first collecting region (71) in collecting box (6) right rear portion, second L-shaped every
Plate (62) constitutes the second collecting region (72) with collecting box (6) front side wall and collecting box (6) left side wall in the left front portion of collecting box (6),
The first L-shaped dividing plate (61) and the second L-shaped dividing plate (62) constitute the 3rd collecting region (73), described and pearl case with collecting box (6)
(1) bottom is additionally provided with many supporting legs (7).
2. a kind of glass microballoon powder according to claim 1 and pearl device, it is characterised in that：First collecting region
(71) disposable box, is equipped with the second collecting region (72) and the 3rd collecting region (73), the disposable box is collected with corresponding first
Area (71), the second collecting region (72) are identical with the 3rd collecting region (73) shape size, and the disposable box is placed on corresponding collection
In area.
3. a kind of glass microballoon powder according to claim 2 and pearl device, it is characterised in that：The flame injection device
(5) multiple baffle plates (81) are provided with, the baffle plate (81) is horizontally disposed with, the multiple baffle plate (81) left and right ends, which are alternately provided with, to be lacked
Mouth (82).
4. a kind of glass microballoon powder according to claim 3 and pearl device, it is characterised in that：Described and pearl case (1) is outside
Wall is provided with thermal insulation layer.
5. a kind of glass microballoon powder according to claim 4 and pearl device, it is characterised in that：The ventilator cowling (2) goes out
Mouth end is connected with pipeline.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720088598.3U CN206396054U (en) | 2017-01-20 | 2017-01-20 | A kind of glass microballoon powder and pearl device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720088598.3U CN206396054U (en) | 2017-01-20 | 2017-01-20 | A kind of glass microballoon powder and pearl device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206396054U true CN206396054U (en) | 2017-08-11 |
Family
ID=59515354
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720088598.3U Active CN206396054U (en) | 2017-01-20 | 2017-01-20 | A kind of glass microballoon powder and pearl device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206396054U (en) |
-
2017
- 2017-01-20 CN CN201720088598.3U patent/CN206396054U/en active Active
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