CN208437242U - A kind of reflectorized material glass bead sieving device - Google Patents
A kind of reflectorized material glass bead sieving device Download PDFInfo
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- CN208437242U CN208437242U CN201820537007.0U CN201820537007U CN208437242U CN 208437242 U CN208437242 U CN 208437242U CN 201820537007 U CN201820537007 U CN 201820537007U CN 208437242 U CN208437242 U CN 208437242U
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- pearl
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- reflectorized material
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Abstract
The utility model discloses a kind of reflectorized material glass bead sieving devices, comprising: lower pearl device, the device for that will convey by the downward metering-type of the glass microballoon sieved after flame nodularization；Centrifugation divides pearl device, for the device by glass bead sieving at several different-grain diameter sections；The centrifugation divides pearl device to include driving device and centrifugal device, the centrifugal device setting realizes centrifugal rotation on the drive means and by driving device driving, the lower pearl device be arranged above centrifugal device and be connected to inside centrifugal device, if the centrifugal device bottom, which is provided with, is done the hole of bead；Pearl disk is connect, the device that the glass microballoon of the different-grain diameter section for dividing pearl device to sieve centrifugation is collected respectively；Described connects pearl disk inner loop equipped with several points of pearl slots；The centrifugation divides pearl device that the positive middle part connect inside pearl disk is arranged in and is higher than the notch for dividing pearl slot.The screening plant structure is simple, at low cost, and automatically, screening efficiency is high, and precision is good.
Description
Technical field
The utility model relates to glass microballoon production fields, and in particular to a kind of glass micro-bead screening apparatus, more specifically
Say it is screening plant in a kind of improved glass micro-bead screening apparatus.
Background technique
The reflective medium of reflectorized material is mainly the transparent glass microballon that refractive index is 1.90~2.2.Glass microballoon
Production technology are as follows: melting → water quenching of glass is crushed → Mechanical Crushing → flame nodularization → screening → proportion.
Since the performance that glass microballoon different-grain diameter segment table reveals has differences, especially it is embodied in optical property.It is full
The optical performance requirements of the defined of the reflectorized material of sufficient national standard GB20653-2006 or Europe superscript EN ISO471:2013, are used
The glass microballoon of high refractive index must carry out a certain proportion of proportion by different-grain diameter section.
Usual microballon production will be sieved into several partial size sections by screening after flame nodularization, such as 10~26 μm, 26
~36 μm, 36~50 μm, 50~55 μm, 55~62 μm, 62~72 μm, 82~91 μm, 91~100 μm, 100 μm or more.
Chinese patent literature CN202097137U discloses a kind of title " glass bead sieving device ", including motor, electricity
Machine is connect by transmission belt with offset assembly, and offset assembly top is successively arranged in parallel with the first sieve, the second sieve, third sieve
Net, the first sieve, the second sieve, third sieve are provided with screen frame outside, and the first sieve, the second sieve, third sieve bottom surface are all provided with
It is equipped with hairbrush；Hairbrush is connect by hairbrush shaft with speed reducer and offset assembly.
The shortcoming of above-mentioned technical proposal: screening efficiency is low, low precision and wants frequent maintenance, in practical applications
There is a problem of very big.
Utility model content
The problem of that purpose of the utility model is to solve traditional screening efficiencies is low, low precision, and a kind of screening is provided
It is high-efficient, the screening plant of the good centrifugal drying disc type of precision.
The utility model realizes that technical solution used by its technical purpose is: a kind of reflectorized material glass bead sieving
Device, comprising:
Lower pearl device, the device for that will be conveyed by the downward metering-type of the glass microballoon sieved after flame nodularization；
Centrifugation divides pearl device, for the device by glass bead sieving at several different-grain diameter sections；The centrifugation divides pearl
Device includes driving device and centrifugal device, and the centrifugal device setting drives real on the drive means and by driving device
Existing centrifugal rotation, the lower pearl device be arranged above centrifugal device and be connected to inside centrifugal device, it is described from
If center device bottom, which is provided with, does the hole of bead；
Pearl disk is connect, the device that the glass microballoon of the different-grain diameter section for dividing pearl device to sieve centrifugation is collected respectively；Institute
That states connects pearl disk inner loop equipped with several points of pearl slots；The centrifugation divide pearl device be arranged in connect inside pearl disk it is positive middle part and
Higher than the notch for dividing pearl slot.
Reflectorized material glass bead sieving device, according to particle size of glass microspheres feature, for the glass of different material diameters
It is different that microballon leads to pick-up point due to the difference of gravity under the action of the centrifugal force, so that the screening plant is set, it will be in flame
After nodularization will by screening glass microballoon be arranged inside lower pearl device, and by lower pearl device by glass microballoon according to metering
It is required that carrying out blanking, glass microballoon is divided inside pearl device by addition to the centrifugation of lower pearl device continuous metering, in driving device
Lower centrifugal device high speed rotation is driven, so that glass microballoon is thrown to outside by the hole of bead that goes out of centrifugal device bottom, due to not
With the difference of the gravity of partial size section microballon, pearl is bigger to be got rid of remoter, and the pearl being thrown out of, which is fallen within, connects pearl disk, by drawing in advance
Determine the different material diameters of region setting and divide pearl slot, collects the microballon of corresponding partial size section.Reflectorized material glass bead sieving device,
Structure is simple, and setup cost is low, full automatic working, and screening efficiency is high, and precision is good.
Preferably, the lower pearl device includes containing pearl device, meter and lower pearl pipe, the lower pearl pipe to be plugged in
Inside centrifugal device.It is for holding the glass microballoon needed by screening that lower pearl device, which is provided with and contains pearl device, and meter is
In order to guarantee that glass microballoon there can be quantitative decentralization, guarantee the precision of screening, glass microballoon can be sealed and is transported to by lower pearl pipe
Sub-sieve is carried out inside centrifugal device.
Preferably, the driving device includes high-speed motor, motor radiating pipe, motor dust cover and motor radiating wind
Fan, the motor dust cover are fixed on the center connect inside pearl disk, and the high-speed motor is fixed on motor dust cover
Inside, inside described motor radiating pipe one end connection motor dust cover, the other end, which is pierced by, to be connect the bottom setting of pearl disk and is connecing pearl
Below disk, the motor radiating fan corresponds to high-speed motor setting and is connecing on the outside of pearl pan bottom.The above structure of driving device
It can guarantee that centrifugal device generates great centrifugal force under the state of running at high speed, the glass microballoon of different-grain diameter is thrown away into centrifugation
Device is sieved, and the setting of motor radiating pipe and motor radiating fan is protected to effectively be radiated to high-speed motor
The service life of motor is demonstrate,proved, so that screening efficiency is improved, and the setting of motor dust cover is to guarantee in motor operation course
In do not influenced by glass microballoon dust, and then guarantee motor service life.
Preferably, the centrifugal device includes centrifugal pan and the seal closure that is located on centrifugal pan, described goes out the hole of bead
Centrifugal pan is uniformly looped around on the side wall of bottom.Centrifugal device is provided with centrifugal pan and seal closure, and centrifugal pan is in high speed electricity
It is rotated under the drive of machine, so that its internal glass microballoon be thrown away by the hole of bead that goes out being looped around in centrifugal pan bottom interior wall
Different divides pearl slot to carry out screening collection.
Preferably, the aperture for going out the hole of bead is 0.15mm.In order to reduce phase interference, the hole of bead is preferred out
0.15mm, being conducive to glass microballoon in this way can smoothly be thrown away.
Be respectively arranged with block bead plate and lower pearl slideway preferably, each dividing inside pearl slot, the block bead plate perpendicular to
Divide the cell wall setting of pearl slot, the lower pearl slideway is docked at dividing inside pearl slot below block bead plate.For different partial size sections
Setting divides pearl slot, while block bead plate and lower pearl slideway being arranged inside pearl slot dividing, and can guarantee that the glass microballoon being thrown out of can
Dividing inside pearl slot for differentiation is effectively fallen into, realizes high efficiency screening.
Preferably, the bottom for connecing pearl disk, which corresponds to each point of pearl slot, is provided with pearl pipe under finished product pearl.Pearl under finished product pearl is set
Pipe is in order to which the glass microballoon for the different-grain diameter section that will be screened out is collected.
Preferably, the revolving speed of driving device is 1~20,000 rpm.The revolving speed setting of driving device is to guarantee centrifugal pan
Revolving speed is controlled in 1~20,000 rpm.
The beneficial effects of the utility model are: reflectorized material glass bead sieving device, glass microballoon pass through lower pearl
The addition centrifugal pan of pipe continuous metering, by going out the hole of bead, is got rid of since centrifugal force effect glass microballoon is thrown toward centrifugal pan inner wall
Outside is arrived out, and due to the difference of the gravity of different-grain diameter section microballon, pearl is bigger to be got rid of remoter, and the pearl being thrown out of, which is fallen within, to be connect
That delimited in advance inside pearl disk divide inside pearl slot, the microballon of corresponding partial size section can be collected with high efficiency screening, and the screening fills
It sets, structure is simple, at low cost, full automatic working, and screening efficiency is high, and precision is good.
Detailed description of the invention:
Fig. 1 is a kind of structural schematic diagram of the utility model reflectorized material glass bead sieving device；
Fig. 2 is the enlarged drawing in Fig. 1 at A；
Fig. 3 is the enlarged drawing in Fig. 2 at B；
Fig. 4 is a kind of bottom view of the utility model reflectorized material glass bead sieving device；
In figure: 1, lower pearl device, 2, centrifugation divide pearl device, 3, driving device, 4, centrifugal device, 5, go out the hole of bead, 6, connect pearl
Disk, 7, divide pearl slot, 8, contain pearl device, 9, meter, 10, lower pearl pipe, 11, high-speed motor, 12, motor radiating pipe, 13, motor for preventing
Dust hood, 14, motor radiating fan, 15, centrifugal pan, 16, seal closure, 17, block bead plate, 18, lower pearl slideway, 19, pearl under finished product pearl
Pipe, 7-1,10~26 μm of partial sizes divide pearl slot, and 7-2,26~36 μm of partial sizes divide pearl slot, and 7-3,36~50 μm of partial sizes divide pearl slot, 7-4,
50~55 μm of partial sizes divide pearl slot, and 7-5,55~62 μm of partial sizes divide pearl slot, and 7-6,62~72 μm of partial sizes divide pearl slot, 7-7,82~91 μm
Partial size divides pearl slot, and 7-8,91~100 μm of partial sizes divide pearl slot, and 7-9,100 μm or more partial sizes divide pearl slot.
Specific embodiment:
The technical solution of the utility model is described in further detail below by specific embodiment and in conjunction with attached drawing.
Embodiment 1:
In Fig. 1, Fig. 2, embodiment shown in Fig. 4, a kind of reflectorized material glass bead sieving device, comprising:
Lower pearl device 1, the device for that will be conveyed by the downward metering-type of the glass microballoon sieved after flame nodularization；
Centrifugation divides pearl device 2, for the device by glass bead sieving at several different-grain diameter sections；Centrifugation divides pearl device 2
Including driving device 3 and centrifugal device 4, centrifugal device 4 be arranged in driving device 3 and by the driving of driving device 3 realize from
Core type rotation, lower pearl device 1 be arranged above centrifugal device 4 and be connected to inside centrifugal device 4,4 bottom of centrifugal device is set
The hole of bead 5 is done if being equipped with；
Pearl disk 6 is connect, the device that the glass microballoon of the different-grain diameter section for dividing pearl device 2 to sieve centrifugation is collected respectively；
6 inner loop of pearl disk is connect equipped with several points of pearl slots 7；Centrifugation divides pearl device 2 that the positive middle part connect inside pearl disk 6 is arranged in and is higher than and divides
The notch of pearl slot 7.In the present embodiment, pearl slot is divided to be disposed with dividing for following particle size of glass microspheres section outward from pearl disk inside is connect
Pearl slot: 10~26 μm of partial sizes divide pearl slot 7-1,26~36 μm of partial sizes divide pearl slot 7-2,36~50 μm of partial sizes divide pearl slot 7-3,50~
55 μm of partial sizes divide pearl slot 7-4,55~62 μm of partial sizes that pearl slot 7-5,62~72 μm of partial sizes is divided to divide pearl slot 7-6,82~91 μm of partial sizes point
Pearl slot 7-7,91~100 μm of partial sizes divide pearl slot 7-8,100 μm or more partial sizes to divide pearl slot 7-9.
Lower pearl device 1 includes containing pearl device 8, meter 9 and lower pearl pipe 10, lower pearl pipe 10 to be plugged in inside centrifugal device 4.
Driving device 3 includes high-speed motor 11, motor radiating pipe 12, motor dust cover 13 and motor radiating fan 14, electricity
Machine dust cover 13 is fixed on the center connect inside pearl disk 6, and high-speed motor 11 is fixed on inside motor dust cover 13, and motor dissipates
12 one end of heat pipe be connected to motor dust cover 13 inside, the other end be pierced by connect pearl disk 6 bottom setting connecing below pearl disk 6, motor
The corresponding setting of high-speed motor 11 of radiator fan 14 is connecing 6 bottom outside of pearl disk.
Centrifugal device 4 includes centrifugal pan 15 and the seal closure 16 being located on centrifugal pan 15, and the hole of bead 5 is uniformly looped around centrifugation out
The (see figure 3) on the side wall of bottom of disk 6.The aperture in the hole of bead 5 is 0.15mm out.The revolving speed of driving device 3 is 1~20,000 rpm.
Each divide inside pearl slot 7 and be respectively arranged with block bead plate 17 and lower pearl slideway 18, block bead plate 17 is perpendicular to dividing pearl slot 17
Cell wall setting, lower pearl slideway 18 is docked at the dividing inside pearl slot 7 of the lower section of block bead plate 17.
The bottom for connecing pearl disk 6 corresponds to each point of pearl slot 7 and is provided with pearl pipe 19 under finished product pearl.
Reflectorized material glass bead sieving device, according to particle size of glass microspheres feature, for the glass of different material diameters
It is different that microballon leads to pick-up point due to the difference of gravity under the action of the centrifugal force, so that the screening plant is set, it will be in flame
After nodularization will the glass microballoon by screening be arranged inside lower pearl device 1, and by lower pearl pipe 10 by glass microballoon according to meter
It measures and requires to carry out blanking, inside addition to centrifugal pan 15 of the glass microballoon by lower 1 continuous metering of pearl device, in high-speed motor 11
Drive under 15 high speed rotation of centrifugal pan so that glass microballoon by 15 bottom of centrifugal pan go out the hole of bead 5 be thrown to outside, due to
The difference of the gravity of different-grain diameter section microballon, pearl is bigger to be got rid of remoter, and the pearl being thrown out of, which is fallen within, connects pearl disk 6, by pre-
First defined area is arranged different material diameters and divides pearl slot 7, collects the microballon of corresponding partial size section.
Reflectorized material glass bead sieving device, driving device 3 include high-speed motor 11, motor radiating pipe 12, electricity
Machine dust cover 13 and motor radiating fan 14.Centrifugal device 4 includes centrifugal pan 15 and the seal closure 16 being located on centrifugal pan 15, out
The hole of bead 5 is uniformly looped around centrifugal pan 6 on the side wall of bottom.Glass microballoon is centrifuged by the addition of lower pearl pipe continuous metering
Disk, by going out the hole of bead, is thrown out of to outside, due to different grains since centrifugal force effect glass microballoon is thrown toward centrifugal pan inner wall
The difference of the gravity of diameter section microballon, pearl is bigger to be got rid of remoter, and the pearl being thrown out of, which is fallen within, connects pearl disk, by delimiting area in advance
Domain collects the microballon of corresponding partial size section.In order to reduce phase interference, pore size selects φ 0.15mm, centrifugation disk rotating speed control
In 1~20,000 rpm.Use the device, it is contemplated that the production capacity of single machine can reach 0.25T/h, i.e. it is micro- can to produce 2t by a shift 8h
Pearl, efficiency greatly improve.
Reflectorized material glass bead sieving device, structure is simple, and setup cost is low, full automatic working, screening efficiency
Height, precision are good.
Claims (8)
1. a kind of reflectorized material glass bead sieving device, characterized by comprising:
Lower pearl device, the device for that will be conveyed by the downward metering-type of the glass microballoon sieved after flame nodularization；
Centrifugation divides pearl device, for the device by glass bead sieving at several different-grain diameter sections；The centrifugation divides pearl device
Including driving device and centrifugal device, the described centrifugal device setting on the drive means and by driving device driving realization from
Core type rotation, the lower pearl device be arranged above centrifugal device and be connected to inside centrifugal device, the centrifugation dress
If bottom set portion, which is provided with, does the hole of bead；
Pearl disk is connect, the device that the glass microballoon of the different-grain diameter section for dividing pearl device to sieve centrifugation is collected respectively；Described
Pearl disk inner loop is connect equipped with several points of pearl slots；The centrifugation divides pearl device that the positive middle part connect inside pearl disk is arranged in and is higher than
Divide the notch of pearl slot.
2. a kind of reflectorized material glass bead sieving device according to claim 1, it is characterised in that: the lower pearl
Device includes containing pearl device, meter and lower pearl pipe, the lower pearl pipe to be plugged in inside centrifugal device.
3. a kind of reflectorized material glass bead sieving device according to claim 1, it is characterised in that: the driving
Device includes high-speed motor, motor radiating pipe, motor dust cover and motor radiating fan, and the motor dust cover, which is fixed on, to be connect
Center inside pearl disk, the high-speed motor are fixed on inside motor dust cover, and described motor radiating pipe one end connects
Inside three-way motor dust cover, the other end be pierced by connect pearl disk bottom setting connecing below pearl disk, the motor radiating fan pair
High-speed motor setting is answered to connect on the outside of pearl pan bottom.
4. a kind of reflectorized material glass bead sieving device according to claim 1, it is characterised in that: the centrifugation
Device includes centrifugal pan and the seal closure that is located on centrifugal pan, and the hole of bead that goes out uniformly is looped around centrifugal pan close to the side of bottom
On wall.
5. a kind of reflectorized material glass bead sieving device according to claim 1, it is characterised in that: described goes out pearl
The aperture in hole is 0.15mm.
6. a kind of reflectorized material glass bead sieving device according to claim 1, it is characterised in that: each divide pearl slot
Inside is respectively arranged with block bead plate and lower pearl slideway, and the block bead plate is perpendicular to dividing the cell wall of pearl slot to be arranged, the lower pearl
Slideway is docked at dividing inside pearl slot below block bead plate.
7. existing according to claim 1 to a kind of reflectorized material glass bead sieving device, feature described in 6 any one
In: the bottom for connecing pearl disk corresponds to each point of pearl slot and is provided with pearl pipe under finished product pearl.
8. existing according to claim 1 to a kind of reflectorized material glass bead sieving device, feature described in 6 any one
In: the revolving speed of driving device is 1~20,000 rpm.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820537007.0U CN208437242U (en) | 2018-04-16 | 2018-04-16 | A kind of reflectorized material glass bead sieving device |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201820537007.0U CN208437242U (en) | 2018-04-16 | 2018-04-16 | A kind of reflectorized material glass bead sieving device |
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| CN208437242U true CN208437242U (en) | 2019-01-29 |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110090796A (en) * | 2019-05-28 | 2019-08-06 | 云南焠金时代科技有限公司 | A kind of fine ore dressing host of differentiation |
| CN110090795A (en) * | 2019-05-28 | 2019-08-06 | 云南焠金时代科技有限公司 | A kind of stock grading sleeve of the fine ore dressing host of differentiation |
| CN110302964A (en) * | 2019-08-08 | 2019-10-08 | 彭广雷 | A kind of centrifugal walnut sorting machine |
| CN110479597A (en) * | 2019-05-28 | 2019-11-22 | 云南焠金时代科技有限公司 | A kind of Emanator device of the fine ore dressing host of differentiation |
-
2018
- 2018-04-16 CN CN201820537007.0U patent/CN208437242U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110090796A (en) * | 2019-05-28 | 2019-08-06 | 云南焠金时代科技有限公司 | A kind of fine ore dressing host of differentiation |
| CN110090795A (en) * | 2019-05-28 | 2019-08-06 | 云南焠金时代科技有限公司 | A kind of stock grading sleeve of the fine ore dressing host of differentiation |
| CN110479597A (en) * | 2019-05-28 | 2019-11-22 | 云南焠金时代科技有限公司 | A kind of Emanator device of the fine ore dressing host of differentiation |
| CN110302964A (en) * | 2019-08-08 | 2019-10-08 | 彭广雷 | A kind of centrifugal walnut sorting machine |
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