CN206106102U - Ceramic body powder homogenization production line, homogenization equipment - Google Patents
Ceramic body powder homogenization production line, homogenization equipment Download PDFInfo
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- CN206106102U CN206106102U CN201621063833.3U CN201621063833U CN206106102U CN 206106102 U CN206106102 U CN 206106102U CN 201621063833 U CN201621063833 U CN 201621063833U CN 206106102 U CN206106102 U CN 206106102U
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Abstract
The utility model relates to a dry process compounding ceramic body powder homogenization production line, homogenization equipment. This ceramic body powder homogenization production line, the feed bin with set up the well roll -over through the conveyer belt butt joint between the hopper respectively, the entry position of feed bin, well roll -over and hopper all is provided with homogenization equipment. This homogenization equipment by transition feed bin, transition feed bin bottom be oblique angle through connections the conveying pipeline, form through the motor of drive mechanism connection from the joint portion of transition feed bin and conveying pipeline rotatory thumb wheel, rotation axis, the rotation axis in the dip nozzle is connected just to the rotation axis axle head, the conveying pipeline is in the drive of motor can be rotated around the feed bin through the rotation axis down, will do and mix during good body powder carries the feed bin uniformly, and messenger's body powder evenly distributed is in the compartment of feed bin. The utility model discloses make troubled water and the troubled water dry mix after of body powder before getting into the skip unanimous, old laggard pan feeding plantago grain grading still is the optimum value through the assurance of a lot of homogenization.
Description
Technical field
The utility model is related to a kind of ceramic tile production field, more particularly to a kind of dry method batch mixing ceramic body powder homogenizing
Production line, homogenization installation.
Background technology
In existing floor tile production process, base substrate powder from bin blanking to belt conveyor after directly pass through transition hopper
In being transported to truck, press is re-fed into compressing.Wherein feed bin is divided into upper and lower two parts, and top is cylinder-like structure, bottom
For cone-shaped structure, inside is without any device.There is certain difference, institute in generally mud grain thickness after mist projection granulating
It is in natural packing state in feed bin that defect with this feed bin is base substrate powder, and most crude particle powder concentrates on bin wall
Around, and in, fine grained material then concentrated in the middle of feed bin.At present for be when avoiding the occurrence of continuous pressing blank coarse granule or in
Fine grain situation, several feed bins of typically all same material expect that belt conveyor enters back into transition hopper to reach under simultaneously
To the purpose of homogenizing.But because there are the factors of instability in powder production process, traditional homogenization process is difficult to make powder particles
Rank is fully homogenized, especially currently a popular all-body tile, and its base substrate powder mostly is and is prepared using dry method batch mixing, i.e., conventional base substrate
Powder and colorant is dry-mixed forms.Wherein pigment granules size is 10～45 μm, and conventional base substrate powder particles size is 0.5～1mm,
It is different according to the different colorant addition of the depth of base chromatic graph line, it is dry-mixed because the granular size of blank, colorant differs larger
Easily there is fine powder agglomeration during old afterwards, when continuous pressing blank, can reunite because of powder and cause base substrate to press from both sides
The defects such as layer, spot base.Therefore, prior art could be improved and develop.
Utility model content
The purpose of this utility model be to provide it is a kind of make base substrate powder into the troubled water before truck and it is dry-mixed after
Troubled water is consistent, ensures that old laggard pan feeding Chinese herbaceous peony grain composition is still optimum value through repeatedly homogenizing, can effectively remove old
The caking material produced during rotten and conveying powder and superfine powder, prevent colorant conglomeration, prevent outer supplied materials pollution powder quality, respectively
Parameter reaches ceramic body powder homogenizing production line, the homogenization installation of production requirement.
Technical solution of the present utility model is that the ceramic body powder is homogenized production line, including feed bin, hopper, pressure
Machine, distributing device and the conveyer belt for arranging each other, it is characterized in that, is respectively provided between the feed bin and the hopper
The middle roll-over of Jing conveyer belts docking, the inlet location of feed bin, middle roll-over and hopper is provided with homogenization installation.
As preferred：The homogenization installation by transition feed bin, transition feed bin bottom in oblique angle insertion connection conveying pipeline, from
Transition feed bin is connected and stretches into rotation thumb wheel, rotary shaft, rotary shaft Jing in pipe with the rotated axle shaft end in the joint portion of conveying pipeline
The motor composition of transmission mechanism connection；The conveying pipeline can be rotated by rotary shaft under the drive of the motor around feed bin,
Dry-mixed good base substrate powder is uniformly delivered in feed bin, base substrate powder is evenly distributed in the compartment of feed bin.
As preferred：Radial line is provided with polylith in the feed bin, middle roll-over and hopper and feed bin is separated into into multiple skies
Between dividing plate, the tube head of the conveying pipeline is arranged on the central part at the top of compartment.
As preferred：The cartridge compartment feed opening is provided with electric flashboard, and the electric flashboard is opened by control flashboard
Degree, and then blanking time and the blanking velocity of compartment are controlled, the aperture is 0%～100%.
As preferred：The bottom of the feed bin taper feed opening has belt feeding and claims, can the belt feeding claim root
Blanking velocity is controlled to the demand of powder according to follow-up equipment.
As preferred：The transition feed bin of the homogenization installation and belt conveyor joint are respectively arranged with dust cover, institute
Stating dust cover can draw and collect the superfine powder produced by blanking of working continuously when pressed compact is produced, it is to avoid superfine powder is reunited and caused
Spot base, superfine powder is repeatable to be recycled, and dust cover can also exclude foreign matter dust in base substrate powder.
As preferred：Conveyer belt between the hopper and press is located at the joint of press and is provided with dust cover and vibration
Sieve；The vibratory sieve can select the coarse fodder, caking material screen that produce during old；It is described be arranged on belt conveyor and
Dust cover at vibratory sieve can fully draw the superfine powder of remaining leakage, and qualified material then carries out cloth, compacting into truck.
Another technical solution of the present utility model is that the ceramic body powder is homogenized production line, including feed bin, material
Bucket, press, distributing device and the conveyer belt for arranging each other, it is characterized in that, divides between the feed bin and the hopper
Not She Zhi the docking of Jing conveyer belts middle roll-over, the inlet location of feed bin, middle roll-over and hopper is provided with homogenization installation；
The homogenization installation is by transition feed bin, conveying pipeline of the transition feed bin bottom in oblique angle insertion connection, from transition feed bin
It is connected and stretches into the rotation thumb wheel in pipe, rotary shaft, rotary shaft Jing transmission mechanism with the rotated axle shaft end in the joint portion of conveying pipeline
The motor composition of connection；The conveying pipeline can be rotated by rotary shaft under the drive of the motor around feed bin, will be dry-mixed good
Base substrate powder be uniformly delivered in feed bin, base substrate powder is evenly distributed in the compartment of feed bin；
Radial line is provided with the dividing plate that feed bin is separated into polylith multiple spaces in the feed bin, middle roll-over and hopper,
The tube head of the conveying pipeline is arranged on the central part at the top of compartment；
The cartridge compartment feed opening is provided with electric flashboard, the aperture that the electric flashboard passes through control flashboard, and then controls
The blanking time of compartment processed and blanking velocity, the aperture is 0%～100%；
The bottom of the feed bin taper feed opening is provided with belt feeding and claims, and the belt feeding claims according to follow-up equipment to powder
The demand control blanking velocity of material；
The transition feed bin of the homogenization installation and belt conveyor joint are respectively arranged with dust cover, and the dust cover can
Draw and collect the superfine powder produced by working continuously at blanking when pressed compact is produced, it is to avoid superfine powder is reunited and causes spot base, is surpassed
Fine powder is repeatable to be recycled, and dust cover can also exclude foreign matter dust in base substrate powder；
Conveyer belt between the hopper and press is located at the joint of press and is provided with dust cover and vibratory sieve；The vibration
Sieve can select the coarse fodder, caking material screen that produce during old；It is described to be arranged at belt conveyor and vibratory sieve
Dust cover can fully draw the superfine powder of remaining leakage, and qualified material then carries out cloth, compacting into truck.
Another technical solution of the present utility model is the ceramic body powder homogenization installation, and its special character exists
In the homogenization installation is by transition feed bin, conveying pipeline of the transition feed bin bottom in oblique angle insertion connection, from transition feed bin and conveying
The rotated axle shaft end in joint portion of pipe connects and stretches into the rotation thumb wheel in pipe, rotary shaft, rotary shaft Jing transmission mechanism and connects
Motor is constituted；The conveying pipeline can be rotated by rotary shaft under the drive of the motor around feed bin, by dry-mixed good base substrate
Powder is uniformly delivered in feed bin, base substrate powder is evenly distributed in the compartment of feed bin.
Compared with prior art, the beneficial effects of the utility model:
(1) the utility model increases a transition feed bin and conveying by transforming original production line in traditional feed bin internal upper part
Pipe, conveying pipeline rotates around feed bin and base substrate powder is evenly supplied in feed bin, arranges multiple inside feed bin upper cylindrical
Dividing plate, makes base substrate powder be evenly distributed in feed bin, reduces interlayer and spot base defect during powder reunion causes base substrate to suppress,
Ensure that old laggard pan feeding Chinese herbaceous peony grain composition is still optimum value through repeatedly homogenizing.
(2) the vibratory sieve for increasing newly in the utility model and dust cover, can effectively remove and be produced during old and conveying powder
Caking material and superfine powder, prevent colorant conglomeration, prevent outer supplied materials pollution powder quality, it is ensured that the excellent rate of production.
(3) feed bin dividing plate interval of the present utility model feed opening can need to arrange electric flashboard according to production, according to actual life
Product situation, the demand control dividing plate interval blanking time and speed to powder.
Description of the drawings
Fig. 1 is the structural representation of existing production line.
Fig. 2 is the production line structural representation of the utility model homogenization process
Fig. 3 is the front view of the utility model homogenization installation.
Fig. 4 is the top view of the utility model homogenization installation.
Primary clustering symbol description：
The feed bin taper feed opening 13 of 1 feed bin lid of feed bin, 11 dividing plate 12
Belt feeding claims the transition feed bin 211 of 14 15 first homogenization installation of electric flashboard 21
The motor 215 of 213 rotary shaft of the rotation thumb wheel of conveying pipeline 212 214
The hopper conveyer belt 32 of 23 first belt input tape of the 3rd homogenization installation of second homogenization installation 22 31 first
The belt input tape 36 of the 3rd 34 second hopper conveyer belt 35 of belt input tape of second belt input tape 33 the 4th
The vibratory sieve 6 of 4 hopper of roll-over 5 in 5th belt input tape 37
The dust cover 92 of 7 distributing device of press, 8 first dust cover 91 second
Specific embodiment
The utility model is described in further detail below in conjunction with accompanying drawing：
Refer to shown in Fig. 4, the ceramic body powder homogenizing production line, including the setting of feed bin 1, the inlet location of feed bin 1
First homogenization installation 21, positioned at the feed bin lid 11 that the transition feed bin porch of first order homogenization installation 21 is arranged, positioned at the dividing plate of feed bin 1
Between 12, the pottery on 14 is claimed by the belt feeding of the lower end of taper feed opening 13 that the bottom of feed bin 1 is expected under each dividing plate electric flashboard 15
Porcelain base substrate powder, Jing the first belt input tapes 31, the first hopper conveyer belt 32, the second belt input tape 33, the input of the second belt
The compartment of roll-over 4 and fallen by the conical outlet of its bottom in flowing into the second homogenization installations of ceramic body powder Jing 22 on 33
On 3rd belt input tape 34, then the second hopper conveyer belts of Jing 35, the 4th belt input tape 36, ceramic body powder is sent into into the
Three homogenization installations 23, send ceramic body powder into hopper 5, and the conical outlet of the bottom of Jing hoppers 5 falls in the input of the 5th belt
Band 37, then flow into the Jing press 7 of vibratory sieve 6 and the cloth of distributing device 8, compressing.
Refer to shown in Fig. 2, Fig. 3, the homogenization installation (by taking the first homogenization installation as an example, other are same) by transition feed bin 211,
The bottom of transition feed bin 211 is in the conveying pipeline 212 of oblique angle insertion connection, revolves from the joint portion Jing of transition feed bin 211 and conveying pipeline 212
Rotating shaft shaft end connects and stretches into the rotation thumb wheel 213 in pipe, rotary shaft 214, the motor of the Jing transmission mechanisms of rotary shaft 214 connection
215 compositions；The conveying pipeline 212 can be rotated by rotary shaft 214 under the drive of the motor 215 around feed bin 1, will be dry-mixed
Good base substrate powder is uniformly delivered in feed bin 1, base substrate powder is evenly distributed in the compartment of feed bin 1.
In the present embodiment, in the feed bin 1 (only by taking one of feed bin as an example, other are same), middle roll-over 4 and hopper 5
Radial line is provided with the dividing plate 12 that feed bin 1 is separated into polylith multiple spaces, the tube head of the conveying pipeline 212 is arranged on compartment top
The central part in portion.
Wherein：Each dividing plate constitutes confined space in feed bin, the material in middle roll-over and hopper need not carry out it is old, thus,
Each dividing plate in middle roll-over and hopper space need not be closed.
Refer to shown in Fig. 4, the transition feed bin of the 3rd homogenization installation 23 and the joint of the 5th belt conveyor 37 are punished
The first dust cover 91 is not provided with, first dust cover 91 can be drawn and collect and be produced at blanking of working continuously when pressed compact is produced
Raw superfine powder, it is to avoid superfine powder is reunited and causes spot base, superfine powder is repeatable to be recycled, and the first dust cover 91 also can be excluded
Foreign matter dust is entered in base substrate powder.
Refer to shown in Fig. 4, the joint that the 5th conveyer belt 37 between the hopper 5 and press 7 is located at press 7 is provided with
Second dust cover 92 and vibratory sieve 6；The vibratory sieve 6 can select the coarse fodder, caking material screen that produce during old；Institute
Stating the second dust cover 92 at being arranged on the 5th belt conveyor 37 and vibratory sieve 6 can fully draw the superfine powder of remaining leakage, qualified
Material then carries out cloth, compacting into truck.
The utility model requires base substrate powder moisture control 6.2～7.6%, and grain composition is≤3%, 40 on 20 mesh
On mesh sieve≤70%, on 80 mesh sieves >=94%, under 80 mesh sieves≤6%, 0.89～0.97, pigment granules level is with control for unit weight control
System is less than 2% in 325 mesh screen residues, adds calcium stearate addition 2.5%, coupling agent addition 2% to carry out colorant and is modified, it is ensured that
The dispersiveness of colorant and mobility, and to guarantee that powder pressing will not in batches occur interlayer phenomenon into after base substrate, it is desirable to colorant adds
Enter amount proportion and account for overall proportion≤3%, colorant and conventional base substrate powder dry method batch mixing be transported to afterwards within 20 minutes feed bin 1 carry out it is old
It is rotten.
Powder in the transition feed bin 211 that feed bin lid 11 enters into the first homogenization installation 21, and with conveying pipeline 212
Each dividing plate that feed bin 1 is uniformly assigned in rotation is interval.Wherein conveying pipeline 212 is rotated around rotary shaft 214, rotary shaft 214 by
Motor 215 drives, and speed is 10 circles/minute, and 4～8 dividing plates are arranged in feed bin 1, and feed bin 1 is evenly dividing as 4～8
Region, i.e., an original feed bin 1 is equivalent to 4～8 feed bins.The first homogenization installation 21 herein is arranged on the internal upper part of feed bin 1,
Feed bin 1 is provided with feed bin lid 11, during dry method batch mixing, opens feed bin lid 11, and it is old that mixed base substrate powder enters into feed bin 1, mixes
After material terminates, feed bin lid 11 is covered, it is to avoid impurity enters into the pollution powder of feed bin 1, causes unqualified in powder quality.
When needing to produce pressed compact, base substrate powder is entered on the first belt conveyor 31 by the feed opening of feed bin 1, same a kind of
Powder is still the blanking of three to five feed bins 1, is then the equal of 12 to 40 small feed bin blankings after increasing dividing plate 12, lower powder
Material completes one-level homogenizing in the transport of the first hopper conveyer belt 32 and the first belt conveyor 32, through the powder of one-level homogenizing
In being sent into by the second belt conveyor 33 in the transition feed bin of second homogenization installation 22 on the top of roll-over 4, then by the conveying for rotating
Each dividing plate 12 that pipe uniformly assigns to the column part of middle roll-over 4 is interval (middle roll-over is not provided with lid), then.This is in second
The transition feed bin of homogenization installation 22 and the joint of the second belt conveyor 33 are provided with the first dust cover 91, can draw and collect pressure
The superfine powder that base is worked continuously produced by blanking when producing, it is to avoid superfine powder is reunited and causes spot base, superfine powder to repeat back
Receive and utilize, the first dust cover 91 can also exclude foreign matter dust in base substrate powder.Through three-level homogenizing powder by the
Five belt conveyors 37 are transported to vibratory sieve 6 and are screened, vibratory sieve incline 20 degree, mesh number be 20 mesh, vibratory sieve 6 can
The coarse fodder produced during old, the material screen that lumps are selected, and are arranged on herein 93 at the 5th belt conveyor 37 and vibratory sieve
Second dust cover 92 can fully draw the superfine powder of remaining leakage, and qualified material then carries out cloth, compacting into truck.Removing through twice
Superfine powder with together with except meal operation, the powder particles level into truck fits on 20 mesh≤2.5%, on 40 mesh sieves≤
68%, on 80 mesh sieves >=95%, under 80 mesh sieves≤5%, it is the best particle size gradation of normal pressed compact in production.
Refer to shown in accompanying drawing, the homogenization process of ceramic body powder, including following operation：
(1) powder is in the transition feed bin 211 that feed bin lid 11 enters into the first homogenization installation 21, and with conveying pipeline 212
Rotation uniformly assign to each compartment of feed bin 1；
(2) base substrate powder is entered on the first belt input tape 31 by the feed opening of feed bin 1, and the powder is defeated in the first bucket type
Send with 32 and first belt conveyor 32 transport in complete one-level homogenizing, through one-level homogenizing powder by the second Belt Conveying
During 33 with the transition feed bin of second homogenization installation 22 on the top of roll-over 4 in sending into, then in uniformly being assigned to by the conveying pipeline for rotating
Each compartment of roll-over 4；
(3) the feed opening of roll-over 4 enters into the 3rd belt conveyor 34 and completes secondary homogenizing in Jing, the powder Jing after two homogenizing
The transition feed bin of hopper 5 entered into before truck by the 4th belt conveyor 36, the second hopper conveyer belt 35, it is uniform by conveying pipeline
Each compartment of hopper 5 is assigned to, then expects that the 5th belt conveyor completes three-level homogenizing under the feed opening by hopper 5；
(4) the powder through three-level homogenizing is transported to vibratory sieve 6 and is screened by the 5th belt conveyor 37,6, vibratory sieve
The coarse fodder produced during old, the material screen that lumps are selected, and the first dust cover 91 of the 5th belt conveyor 37 and vibratory sieve 6
The superfine powder of remaining leakage then can be fully drawn, qualified material then carries out cloth, compacting into truck.
The foregoing is only preferred embodiment of the present utility model, it is all according to the utility model right done it is equal
Deng change and modification, should all belong to the covering scope of the utility model claim.
Claims (9)
1. a kind of ceramic body powder is homogenized production line, including feed bin, hopper, press, distributing device and arrange each other it is defeated
Send band, it is characterised in that the middle roll-over of Jing conveyer belts docking, feed bin, transfer are respectively provided between the feed bin and the hopper
The inlet location of storehouse and hopper is provided with homogenization installation.
2. according to claim 1 ceramic body powder is homogenized production line, it is characterised in that the homogenization installation is by Transition Materials
Storehouse, transition feed bin bottom in oblique angle insertion connection conveying pipeline, from the rotated axle shaft end in joint portion of transition feed bin and conveying pipeline
Connect and stretch into rotation thumb wheel, rotary shaft, the motor composition of rotary shaft Jing transmission mechanism connection in pipe；The conveying pipeline is in institute
State and can be rotated around feed bin by rotary shaft under the drive of motor, dry-mixed good base substrate powder is uniformly delivered in feed bin,
Base substrate powder is set to be evenly distributed in the compartment of feed bin.
3. ceramic body powder according to claim 1 or claim 2 is homogenized production line, it is characterised in that the feed bin, middle roll-over and
Radial line is provided with the dividing plate that feed bin is separated into polylith multiple spaces in hopper, the tube head of the conveying pipeline is arranged on compartment
The central part at top.
4. according to claim 2 ceramic body powder is homogenized production line, it is characterised in that the cartridge compartment feed opening sets
There are electric flashboard, the aperture that the electric flashboard passes through control flashboard, and then control blanking time and the blanking velocity of compartment, institute
Aperture is stated for 0%～100%.
5. according to claim 4 ceramic body powder is homogenized production line, it is characterised in that the feed bin taper feed opening
Bottom is provided with belt feeding and claims, and the belt feeding claims to control blanking velocity to the demand of powder according to follow-up equipment.
6. according to claim 2 ceramic body powder is homogenized production line, it is characterised in that the Transition Materials of the homogenization installation
Storehouse and belt conveyor joint are respectively arranged with dust cover, and the dust cover can be drawn and collect when pressed compact is produced and work continuously
Superfine powder produced by blanking, it is to avoid superfine powder is reunited and causes spot base, superfine powder is repeatable to be recycled, and dust cover also may be used
Exclude foreign matter dust to enter in base substrate powder.
7. according to claim 6 ceramic body powder is homogenized production line, it is characterised in that between the hopper and press
Conveyer belt is located at the joint of press and is provided with dust cover and vibratory sieve；The vibratory sieve can be thick what is produced during old
Material, caking material screen are selected；It is described be arranged on belt conveyor and vibratory sieve at dust cover can fully draw the superfine powder of remaining leakage,
Qualified material then carries out cloth, compacting into truck.
8. a kind of ceramic body powder is homogenized production line, including feed bin, hopper, press, distributing device and arrange each other it is defeated
Send band, it is characterised in that the middle roll-over of Jing conveyer belts docking, feed bin, transfer are respectively provided between the feed bin and the hopper
The inlet location of storehouse and hopper is provided with homogenization installation；
The homogenization installation by transition feed bin, transition feed bin bottom in oblique angle insertion connection conveying pipeline, from transition feed bin with it is defeated
The rotated axle shaft end in joint portion of expects pipe connects and stretches into the rotation thumb wheel in pipe, rotary shaft, the connection of rotary shaft Jing transmission mechanism
Motor composition；The conveying pipeline can be rotated by rotary shaft under the drive of the motor around feed bin, by dry-mixed good base
Body powder is uniformly delivered in feed bin, base substrate powder is evenly distributed in the compartment of feed bin；
Radial line is provided with the dividing plate that feed bin is separated into polylith multiple spaces in the feed bin, middle roll-over and hopper, it is described
The tube head of conveying pipeline is arranged on the central part at the top of compartment；
The cartridge compartment feed opening is provided with electric flashboard, the aperture that the electric flashboard passes through control flashboard, so control every
Between the blanking time and blanking velocity, the aperture be 0%～100%；
The bottom of the feed bin taper feed opening is provided with belt feeding and claims, and the belt feeding claims according to follow-up equipment to powder
Demand controls blanking velocity；
The transition feed bin of the homogenization installation and belt conveyor joint are respectively arranged with dust cover, and the dust cover can be drawn
And the superfine powder produced by blanking of working continuously when collecting pressed compact production, it is to avoid superfine powder is reunited and causes spot base, superfine powder
Repeatable to recycle, dust cover can also exclude foreign matter dust in base substrate powder；
Conveyer belt between the hopper and press is located at the joint of press and is provided with dust cover and vibratory sieve；The vibratory sieve can
So that the coarse fodder, caking material screen that produce during old are selected；It is described be arranged at belt conveyor and vibratory sieve it is dust-proof
Cover can fully draw the superfine powder of remaining leakage, and qualified material then carries out cloth, compacting into truck.
9. a kind of ceramic body powder homogenization installation, it is characterised in that the homogenization installation is by transition feed bin, transition feed bin bottom
Conveying pipeline in oblique angle insertion connection, from the rotated axle shaft end in transition feed bin and the joint portion of conveying pipeline it is connected and stretches in pipe
Rotation thumb wheel, rotary shaft, the motor composition of rotary shaft Jing transmission mechanism connection；The conveying pipeline leads under the drive of the motor
Crossing rotary shaft can rotate around feed bin, and dry-mixed good base substrate powder is uniformly delivered in feed bin, base substrate powder is uniformly divided
Cloth is in the compartment of feed bin.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621063833.3U CN206106102U (en) | 2016-09-20 | 2016-09-20 | Ceramic body powder homogenization production line, homogenization equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621063833.3U CN206106102U (en) | 2016-09-20 | 2016-09-20 | Ceramic body powder homogenization production line, homogenization equipment |
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| CN206106102U true CN206106102U (en) | 2017-04-19 |
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ID=58519167
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| CN201621063833.3U Active CN206106102U (en) | 2016-09-20 | 2016-09-20 | Ceramic body powder homogenization production line, homogenization equipment |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107621302A (en) * | 2017-11-07 | 2018-01-23 | 深圳华意隆电气股份有限公司 | High-precision rapid weighing device and the method weighed |
| CN108189212A (en) * | 2018-03-01 | 2018-06-22 | 浙江威玛逊建材科技有限公司 | A kind of automatic production line of light partition board |
| CN111391100A (en) * | 2020-03-22 | 2020-07-10 | 河北金汇陶瓷有限公司 | Press feeding device for ceramic dry-process powder making process |
-
2016
- 2016-09-20 CN CN201621063833.3U patent/CN206106102U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107621302A (en) * | 2017-11-07 | 2018-01-23 | 深圳华意隆电气股份有限公司 | High-precision rapid weighing device and the method weighed |
| CN108189212A (en) * | 2018-03-01 | 2018-06-22 | 浙江威玛逊建材科技有限公司 | A kind of automatic production line of light partition board |
| CN111391100A (en) * | 2020-03-22 | 2020-07-10 | 河北金汇陶瓷有限公司 | Press feeding device for ceramic dry-process powder making process |
| CN111391100B (en) * | 2020-03-22 | 2021-12-14 | 河北金汇陶瓷有限公司 | Press feeding device for ceramic dry-process powder making process |
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