CN206677735U - A kind of membrane equipment - Google Patents
A kind of membrane equipment Download PDFInfo
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- CN206677735U CN206677735U CN201720006496.2U CN201720006496U CN206677735U CN 206677735 U CN206677735 U CN 206677735U CN 201720006496 U CN201720006496 U CN 201720006496U CN 206677735 U CN206677735 U CN 206677735U
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Abstract
The utility model discloses a kind of membrane equipment, including, conveying mechanism, conveying mechanism conveys outside workpiece to be processed in the first direction；Charging mechanism, the charging mechanism are used to apply workpiece to be processed face to be processed film raw material；At least two groups of throwing brush assemblies, throw brush assemblies and be used to carry out throwing brush to the film raw material in workpiece to be processed face to be processed；At least two groups of throwing brush assemblies are spaced in a second direction；The second direction intersects with the first direction；First drive mechanism, first drive mechanism are used to drive at least two groups of throwing brush assemblies to move back and forth along the second direction.Membrane equipment of the present utility model, can effectively reduce and throw brush amplitude of fluctuation, and film thickness is uniform；And meet to give part speed faster, improve film efficiency.
Description
Technical field
It the utility model is related to technical field of processing equipment, more particularly to a kind of membrane equipment.
Background technology
It is general to manufacture the structural lumbers such as stone material, artificial stone and ceramic tile out, its surface can exist much compared with
Small holes or fine line, during use due to rainwater, the dip-dye of the pollutant such as the solution containing coloured solvent, can be in its surface shape
The stain not fallen into removing.And the way in current industry, especially in ceramic tile production sector, it will usually in the porcelain produced
Brick surface adds one layer of nano antifouling layer.Its production process is mainly built by the way that the mixing liquid containing functional material particle is dropped in
Build plate surface and homogenize, and after brush is thrown in multiple extruding rotation, by by granularity 5nm~1um functional material
Grain inserts plate surface pit, and evaporates moisture, and the functional material between particle occurs polymerisation and forms compact point
Subchain, also there is chemical molecular key with sheet material generation, while condensate expands to a certain extent, and the pit of plate surface
Firm " anchoring effect " is formed with micropore, finally forming functional material in plate surface is made film, completes whole nanometer and throws brush
Manufacturing procedure.
And existing membrane equipment can face following key problem, it is necessary to when realizing that large area ceramic tile surface throws brush film：
1st, when the ceramic tile to large area throw brush, production efficiency is too low：Because ceramic tile area is excessive, then mean list
The area that individual emery wheel need to throw brush accordingly also needs increase (amplitude of fluctuation of i.e. single emery wheel needs to set bigger), in other words,
Each emery wheel ensures on the basis of exporting equal throwing brush workload that single emery wheel needs more activity durations.I.e. such as need to be
Ensure film uniformly and on the premise of film quality, ceramic tile pipeline send part speed to be greatly reduced, to meet list
Individual emery wheel throws the needs of brush operation.So the key problem for making the efficiency of throwing brush operation too low can be produced.
If the 2, wishing to ensure that the efficiency of the throwing brush operation to large area ceramic tile, need guarantee ceramic tile pipeline send part speed
It is constant or faster, therefore need to throw the area of brush with other schemes increase emery wheel.
To solve the above problems, following scheme can be used separately or in combination, but effect is undesirable, is specifically shown in down：
(1) one throwing brush line of swing speed or increase of swinging crossbeam is accelerated：
Due to throwing the increase of brush finish product, to ensure to throw the efficiency of brush operation, then need to accelerate the speed of ceramic tile pipeline, so
It then must synchronously greatly improve the swing speed of swinging crossbeam.In addition, also brush line can be thrown by increasing by one on part direction is sent,
Increase by one group of emery wheel to improve more throwing brush finish products.
The problem of this scheme, is, due to throwing the increase of brush finish product, makes the amplitude of fluctuation of single emery wheel bigger, easily causes
Throwing brush is uneven, that is, the thickness being film-made is irregular, causes product quality low.For example, different emery wheels throws the position of brush to ceramic tile
It is probably overlapping or partly overlapping to put, and will so cause throwing brush uneven, because the amplitude that emery wheel is swung is bigger, so
This problem is more serious.
Brush finish product can be thrown with nominal increase even if being further added by one or more throwing brush line, but equally can not also avoid throwing
Brush the presence of the position that is overlapping and not throwing brush fully of position.
In addition, brush line is thrown in increase can also take more Active workings and bigger operating cost.
(2) diameter of brushing wheel is thrown in increase：
For in principle, brushing wheel is thrown in increase can also increase the area of polishing really, but steady due to throwing brushing wheel operation
Property and kinetic equation loss in terms of consideration, increase throw brushing wheel diameter simultaneously it is infeasible.If brushing wheel is thrown in increase on part direction is sent,
The problem of then being brought with " brush line is thrown in increase by one " is consistent.
Utility model content
For overcome the deficiencies in the prior art, the purpose of this utility model, which is to provide effectively to reduce, throws brush amplitude of fluctuation
Degree, film thickness are uniform；And meet to give part speed faster, improve film efficiency.
The purpose of this utility model is realized using following technical scheme：
A kind of membrane equipment, including,
Conveying mechanism, conveying mechanism convey outside workpiece to be processed in the first direction；
Charging mechanism, the charging mechanism are used to apply workpiece to be processed face to be processed film raw material；
At least two groups of throwing brush assemblies, throw brush assemblies and be used to throw the film raw material in workpiece to be processed face to be processed
Brush；At least two groups of throwing brush assemblies are spaced in a second direction；The second direction intersects with the first direction；
First drive mechanism, first drive mechanism are used to drive at least two groups of throwing brush assemblies reciprocal along the second direction
Motion.
Preferably, the membrane equipment also includes being used for the swinging crossbeam for installing at least two groups throwing brush assemblies；Described
One drive mechanism is used to drive the swinging crossbeam to move back and forth along the second direction.
Preferably, first drive mechanism includes the first motor, power transmission shaft, travelling gear and driving rack,
Power transmission shaft connection synchronous with the rotary shaft of first motor；The travelling gear is fixed on the end of the power transmission shaft simultaneously
Engaged with the driving rack；The power transmission shaft is rotatably connected in the swinging crossbeam；The power transmission shaft is along described
One direction extends, and the driving rack extends along the second direction.
Preferably, the power transmission shaft includes multiple shaft parts, and adjacent two shaft part is synchronously coupled by shaft coupling；Each shaft part
Rotatably it is connected in the swinging crossbeam by bearing.
Preferably, the membrane equipment also includes being used to guide the Guiding machine that the swinging crossbeam moves along the second direction
Structure.
Preferably, guiding mechanism includes two bearings and two directive wheels, and two directive wheels are respectively and fixedly connected with installed crossbeam
Both ends；Two bearing is divided into the both ends of the swinging crossbeam, and each bearing extends along the second direction；Two directive wheels and institute
State two bearings and correspond setting, and directive wheel is used for when the swinging crossbeam moves along the second direction and the bearing
Roll and coordinate.
Preferably, the top of bearing is provided with the guide groove extended along the second direction, and the end of swinging crossbeam is additionally provided with
Sway roller, the sway roller in the guide groove, and when the swinging crossbeam moves along the second direction with
The guide groove, which rolls, to be coordinated.
Preferably, the membrane equipment also includes dust arrester；Swinging crossbeam is provided with two dust boards, two dust boards point
The both sides of swinging crossbeam in a second direction are not fixedly arranged on；The swinging crossbeam along the second direction move when, two dust boards use
In surrounding dust collecting space jointly with workpiece to be processed face to be processed；The entering-dust mouth of the dust arrester and the dust collecting space
Connection.
Preferably, brush assemblies are thrown and are used for band including multiple throwing brushing wheels and the second drive mechanism, second drive mechanism
Dynamic the multiple throwing brushing wheel rotates；Multiple tops thrown brushing wheel and be arranged at the workpiece to be processed machined surface of the workpiece, and
It is spaced along the first direction.
Preferably, charging mechanism includes storage vat, major ingredient pipe and multiple sub-feed tubes, one end of major ingredient pipe and the storing
The outlet of bucket；The other end of major ingredient pipe extends along the first direction；Multiple sub-feed tubes are arranged along the first direction interval
Cloth；And it is provided with the sub-feed tube between adjacent two throwings brushing wheels in a first direction；One end of each sub-feed tube and major ingredient pipe
Connection, the other end of each sub-feed tube extend to workpiece to be processed face to be processed.
Compared with prior art, the beneficial effects of the utility model are：Its workpiece to be processed is by conveying mechanism along first
Direction conveys, and charging component can apply film raw material in the face to be processed of workpiece to be processed；At least two groups of throwing brush assemblies are set simultaneously,
And at least two groups of throwing brush assemblies is spaced in a second direction, at least two groups of throwing brush assemblies are made simultaneously by the first drive mechanism
Move in a second direction, realizing in a second direction has at least two groups of throwing brush assemblies simultaneously on workpiece to be processed face to be processed
Film raw material carry out throwing brush, so as to form film layer on component to be processed face to be processed, complete the throwing brush processing of workpiece to be processed.
The amplitude of fluctuation that single group throws brush assemblies can so be reduced, make throwing brushing effects more uniform, thus the film thickness formed is uniform；And nothing
The transporting velocity of workpiece to be processed in a first direction need to be reduced, ensure that and send part speed, improves and throws brush efficiency.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model；
Fig. 2 is mplifying structure schematic diagram at the A in Fig. 1；
Fig. 3 is another viewing angle constructions schematic diagram of the present utility model；
Fig. 4 is mplifying structure schematic diagram at the B in Fig. 3；
Fig. 5 is mplifying structure schematic diagram at the C in Fig. 3；
Fig. 6 is sectional view of the present utility model.
In figure：10th, brush assemblies are thrown；11st, brushing wheel is thrown；20th, the first drive mechanism；21st, power transmission shaft；211st, shaft coupling；
212nd, bearing；22nd, driving rack；23rd, travelling gear；30th, dust arrester；31st, dedusting is responsible for；32nd, dedusting is in charge of；40th, convey
Mechanism；50th, bearing；51st, guide groove；61st, storage vat；62nd, major ingredient pipe；63rd, sub-feed tube；70th, swinging crossbeam；71st, directive wheel；
72nd, sway roller；73rd, dust board；80th, workpiece to be processed；90th, dust collecting space.
Embodiment
Below, with reference to accompanying drawing and embodiment, the utility model is described further：
A kind of membrane equipment as shown in figures 1 to 6, including conveying mechanism 40, at least charging mechanism, two groups of throwing brush assemblies 10
And first drive mechanism 20, specific conveying mechanism 40 can convey outside workpiece to be processed 80 in the first direction.Charging mechanism is then
Raw material is film-made available for applying on the face to be processed of workpiece to be processed 80.At least two groups of throwing brush assemblies 10 are used to treat to described
The film raw material applied on the face to be processed of workpieces processing 80 carries out throwing brush；And at least two groups of throwing brush assemblies 10 are along the second direction of principal axis
It is spaced.And above-mentioned first drive mechanism 20 then can be used for driving at least two groups of throwing brush assemblies 10 reciprocal along the second direction
Motion.And first direction is set to intersect with second direction.
It is ceramic tile with workpiece to be processed 80 in the present embodiment, and it is nano material mixed liquor to be film-made raw material, and provided with two groups
Exemplified by throwing brush assemblies 10.Above-mentioned conveying mechanism 40, charging mechanism, two groups of drive mechanisms 20 of throwing brush assemblies 10 and first can pacify
On a pedestal.And above-mentioned first direction can be Y direction (i.e. the length direction of pedestal), second direction then can be X-axis
Direction (i.e. the width of pedestal).
On the basis of said structure, using membrane equipment of the present utility model carry out operation when, by ceramic tile to be processed by
Length direction conveying of the conveying mechanism 40 along pedestal, in course of conveying, charging mechanism can be in the to be processed of workpiece to be processed 80
Apply nano material mixed liquor on face, and move to the machining position of two groups of throwing brush assemblies 10 in the first direction, and two groups of throwing brush groups
Part 10 then can carry out throwing brush to the nano material mixed liquor on the face to be processed of ceramic tile to be processed, the nanometer material during brush is thrown
Material mixed liquor can homogenize on face to be processed, and form nanometer film on ceramic tile face to be processed.
And because two groups of throwing brush assemblies 10 can be past along the width of pedestal under the drive of above-mentioned first drive mechanism 20
Multiple motion, i other words, have two groups of throwing brush assemblies 10 in the width of the machined surface of ceramic tile to be processed while carry out throwing brush
Processing, so when the face to be processed of ceramic tile to be processed is wide, without making change single group throw brush assemblies 10 in base width side
To amplitude of fluctuation, avoid producing because single group throw brush assemblies 10 amplitude of fluctuation it is excessive the throwing brush that brings it is uneven the problem of.
Simultaneously and the transporting velocity of workpiece to be processed 80 in a first direction need not be reduced, ensure that and send part speed, so as to ensure to send part
Speed, improve and throw brush efficiency and quality.
Above-mentioned throwing brush assemblies 10 are not limited only to above-mentioned two groups, can specifically be set according to the developed width of ceramic tile to be processed.
And above-mentioned first direction is also not limited to the both direction that above-mentioned Y direction and X-direction so intersect vertically with second direction.
First direction and second direction can also tilt intersecting both direction simultaneously.And first direction and second direction also can be not bent
The intersecting both direction of line.In addition, it is necessary to explanation, the processing that two groups of throwing brush assemblies 10 are formed on the width of pedestal
Mask body can be more than the face to be processed of ceramic tile width, so be able to ensure that porcelain when two groups of throwing brush assemblies 10 move back and forth
The face to be processed of brick width can be processed completion.
In addition, in the present embodiment, conveying mechanism 40 may include the second motor and belt conveyor, specifically second
Under the drive that motor drives, the belt conveyor can move in the first direction, that is, drive the workpiece to be processed along the
One direction conveys.Certainly, conveying mechanism 40 also can be selected multiple roller conveyor structures 40 or chain conveying mechanism 40 etc. other be defeated
Send mechanism 40.
Preferably, the membrane equipment may also include swinging crossbeam 70, and the swinging crossbeam 70 is mountable in said base, tool
The above-mentioned two groups of throwing brush assemblies 10 of body can be arranged on the swinging crossbeam 70, and the first drive mechanism 20 can drive the swinging crossbeam 70
Moved along the width of said base, be so easy to the synchronous hunting of two groups of throwing brush assemblies 10, throw brush better quality.
Preferably, referring to Fig. 4, in the present embodiment, above-mentioned first drive mechanism 20 may include the first motor, transmission
Axle 21, travelling gear 23 and driving rack 22.Specifically make power transmission shaft 21 synchronous with the rotary shaft of first motor
Connect.And travelling gear 23 can then be fixed on the end of power transmission shaft 21, and the travelling gear 23 engages with driving rack 22.It is specific to pass
Moving axis 21 is rotatably connected in the swinging crossbeam 70, and length direction extension of the power transmission shaft 21 along said base, described
Width direction of principal axis extension of the driving rack 22 along said base., can be by starting the first motor on the architecture basics, can
Power transmission shaft 21 is driven to rotate, during power transmission shaft 21 rotates, the travelling gear 23 for being fixed in the end of power transmission shaft 21 can therewith
Rotate, and because travelling gear 23 engages with driving rack 22, therefore swing horizontal stroke can be driven during travelling gear 23 rotates
Bearing of trend (i.e. the width of pedestal) motion of the beam 70 along driving rack.
Further, above-mentioned power transmission shaft 21 specifically may include multiple shaft parts, and adjacent two shaft part is synchronous by shaft coupling 211
Connection, can so be easy to the dismounting work when power transmission shaft 21 is long.And in order that power transmission shaft 21 is swung in swinging crossbeam 70
More smooth steady, above-mentioned each shaft part can be articulated in swinging crossbeam 70 by bearing 212.
Certainly, above-mentioned first drive mechanism 20 is not limited only to above-mentioned embodiment, and also can be selected can directly export straight line
Reciprocating mechanism realizes, such as drive cylinder, spindle gear.
Preferably, referring to Fig. 4, in order that the operation of above-mentioned swinging crossbeam 70 is more stablized smooth, the membrane equipment may be used also
Including guiding mechanism, the guiding mechanism specifically may be guided width of the swinging crossbeam 70 along the pedestal and move.
In the present embodiment, guiding mechanism may include two directive wheels 71 of bearing 50 and two being arranged on pedestal, specifically
Two directive wheels 71 are respectively and fixedly connected with the both ends of installed crossbeam；Accordingly, two bearings 50 are divided into the two of the swinging crossbeam 70
End, and each bearing 50 is extended along the width of pedestal.Two directive wheels 71 and two bearings 50 are made to correspond and set, such as
This, when swinging crossbeam 70 moves along the length direction of pedestal, directive wheel 71 can roll with the bearing 50 to be coordinated, and makes swing horizontal
The smooth stabilization of operation of beam 70.
Further, the guide groove 51 extended along the width of pedestal can be also provided with the top of bearing 50, accordingly
Sway roller 72 is additionally provided with the end of swinging crossbeam 70, the sway roller 72 is in guide groove 51, and sway roller 72
Roll and coordinate with guide groove 51, so when the swinging crossbeam 70 moves along the width of pedestal, pass through sway roller 72
Rolling with guide groove 51 coordinates, and can further improve the kinetic stability and smoothness of swinging crossbeam 70.
Preferably, referring to Fig. 1 and Fig. 6, because during throwing brush is carried out, whole process is all open type, because
And more harmful dust occurs.Therefore dust arrester 30 is may also include in membrane equipment in the present embodiment.Specifically putting
Dynamic crossbeam 70 is provided with two dust boards 73, two dust boards 73 is fixedly arranged on two of swinging crossbeam 70 in a second direction respectively
Side, so when the swinging crossbeam 70 moves along the second direction, two dust boards 73 can be treated with the workpiece to be processed 80
Machined surface surrounds dust collecting space 90 jointly, therefore during throwing brush assemblies 10 and swinging throwing brush, dust is concentrated in integrated space
It is interior, the entering-dust mouth of dust arrester 30 is connected with the dust collecting space 90, can be by the dust arrester 30 by dust suction.
The specific dust arrester 30 can select dust removal machine of the prior art, and the entering-dust mouth of the dust removal machine can be communicated in one
Dedusting supervisor 31, while connect multiple dedustings on dedusting supervisor 31 and be in charge of 32,32 segmentations are in charge of by the plurality of dedusting and accessed
Dust collecting space 90, dust removing effects more preferably, and do not interfere with the throwing dataller work of each throwing brush assemblies.
Referring to Fig. 6, in the present embodiment, above-mentioned each group throws brush assemblies 10 and may each comprise multiple throwing brushing wheels 11 and second
Drive mechanism, second drive mechanism are used to drive the multiple throwing brushing wheel 11 to rotate.And multiple throwing brushing wheels 11 are arranged at
Above the machined surface of the workpiece to be processed 80 of the workpiece, and it is spaced along the length direction of pedestal, is so driven second
Under the drive of motivation structure, by the rotation of multiple throwing brushing wheels 11, take rotary squeezing nano material mixed liquor, realize and throw brush.And
Multiple throwing brushing wheels 11 that single group throws brush assemblies 10 can be processed along the conveying direction of ceramic tile, and two groups of throwing brush assemblies 10 can be same
When be processed in the width of ceramic tile, throw brush efficiency and to throw brush quality higher.
Certainly, on the basis of said structure, multiple throwing brushing wheels can be specifically located between two dust boards 73.
Preferably, referring to Fig. 3 and Fig. 5 on, stating charging mechanism may include storage vat 61, major ingredient pipe 62 and multiple sub-materials
Pipe 63, makes one end of major ingredient pipe 62 and the outlet of the storage vat 61, and the other end of major ingredient pipe 62 is along the first direction
Extension.Above-mentioned multiple sub-feed tubes 63 are intervally arranged along the first direction simultaneously；And adjacent two throw brushings in a first direction
The sub-feed tube 63 is provided between wheel 11；One end of each sub-feed tube 63 connects with major ingredient pipe 62, each sub-feed tube 63 it is another
End extends to 80 face to be processed of workpiece to be processed.On the basis of said structure, first nano material mixed liquor can be pre-stored in
In storage vat 61, applied by major ingredient pipe 62 through multiple sub-feed tubes 63 to the face to be processed of ceramic tile, it is more uniform so to apply material.And
Sub-feed tube 63 is located between two throwing brushing wheels 11 adjacent on first direction, i.e., sub-feed tube 63 is the conveying along conveying mechanism 40
Material is applied in direction, and ceramic tile is that the lower section that throwing brushing wheel 11 is entered back into after material is applied carries out throwing brush in face to be processed, is so avoided
Throw brushing wheel 11 and throw the part for brushing and not applying material, film is better.
In addition, a control valve can be set between major ingredient pipe 62 and storage vat 61, while it is all provided with each sub-feed tube 63
Flow controller is put, so can preferably control and apply doses.
It will be apparent to those skilled in the art that technical scheme that can be as described above and design, make other various
Corresponding change and deformation, and all these changes and deformation should all belong to the protection of the utility model claims
Within the scope of.
Claims (10)
- A kind of 1. membrane equipment, it is characterised in that including,Conveying mechanism, conveying mechanism convey outside workpiece to be processed in the first direction；Charging mechanism, the charging mechanism are used to apply workpiece to be processed face to be processed film raw material；At least two groups of throwing brush assemblies, throw brush assemblies and be used to carry out throwing brush to the film raw material in workpiece to be processed face to be processed； At least two groups of throwing brush assemblies are spaced in a second direction；The second direction intersects with the first direction；First drive mechanism, first drive mechanism are used to drive at least two groups of throwing brush assemblies back and forth to transport along the second direction It is dynamic.
- 2. membrane equipment according to claim 1, it is characterised in that the membrane equipment also include being used for installing it is described at least The swinging crossbeam of two groups of throwing brush assemblies；First drive mechanism is used to drive the swinging crossbeam reciprocal along the second direction Motion.
- 3. membrane equipment as claimed in claim 2, it is characterised in that first drive mechanism include the first motor, Power transmission shaft, travelling gear and driving rack, power transmission shaft connection synchronous with the rotary shaft of first motor；The transmission Gear is fixed on the end of the power transmission shaft and engaged with the driving rack；The power transmission shaft is rotatably connected to the pendulum In dynamic crossbeam；The power transmission shaft extends along the first direction, and the driving rack extends along the second direction.
- 4. membrane equipment as claimed in claim 3, it is characterised in that the power transmission shaft includes multiple shaft parts, adjacent two axle Section is synchronously coupled by shaft coupling；Each shaft part is rotatably connected in the swinging crossbeam by bearing.
- 5. membrane equipment as claimed in claim 2, it is characterised in that the membrane equipment also includes being used to guide the swing horizontal The guiding mechanism that beam moves along the second direction.
- 6. membrane equipment as claimed in claim 5, it is characterised in that guiding mechanism includes two bearings and two directive wheels, and two Directive wheel is respectively and fixedly connected with the both ends of installed crossbeam；Two bearing is divided into the both ends of the swinging crossbeam, each equal edge of bearing The second direction extension；Two directive wheels are corresponded with two bearing and set, and directive wheel is used in the swinging crossbeam Roll and coordinate with the bearing when being moved along the second direction.
- 7. membrane equipment as claimed in claim 6, it is characterised in that the top of bearing is provided with along second direction extension Guide groove, the end of swinging crossbeam are additionally provided with sway roller, and the sway roller is flush-mounted in the guide groove, and in the swing Crossbeam rolls when being moved along the second direction with the guide groove to be coordinated.
- 8. membrane equipment as claimed in claim 2, it is characterised in that the membrane equipment also includes dust arrester；Swinging crossbeam Two dust boards are provided with, two dust boards are fixedly arranged on the both sides of swinging crossbeam in a second direction respectively；The swinging crossbeam edge During the second direction motion, two dust boards are used to surround dust collecting space jointly with workpiece to be processed face to be processed；It is described The entering-dust mouth of dust arrester connects with the dust collecting space.
- 9. the membrane equipment as described in any one of claim 1 or 8, it is characterised in that throwing brush assemblies includes multiple throwing brushing wheels And second drive mechanism, second drive mechanism are used to drive the multiple throwing brushing wheel to rotate；Multiple throwing brushing wheels are set It is spaced in the top of the workpiece to be processed machined surface of the workpiece, and along the first direction.
- 10. membrane equipment as claimed in claim 9, it is characterised in that charging mechanism includes storage vat, major ingredient pipe and multiple Sub-feed tube, one end of major ingredient pipe and the outlet of the storage vat；The other end of major ingredient pipe extends along the first direction；It is more Individual sub-feed tube is intervally arranged along the first direction；And it is provided with the sub-material between adjacent two throwings brushing wheels in a first direction Pipe；One end of each sub-feed tube connects with major ingredient pipe, and it is to be processed that the other end of each sub-feed tube extends to the workpiece to be processed Face.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720006496.2U CN206677735U (en) | 2017-01-04 | 2017-01-04 | A kind of membrane equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720006496.2U CN206677735U (en) | 2017-01-04 | 2017-01-04 | A kind of membrane equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206677735U true CN206677735U (en) | 2017-11-28 |
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ID=60394979
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720006496.2U Expired - Fee Related CN206677735U (en) | 2017-01-04 | 2017-01-04 | A kind of membrane equipment |
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| Country | Link |
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| CN (1) | CN206677735U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106541325A (en) * | 2017-01-04 | 2017-03-29 | 广东鼎科技有限公司 | A kind of membrane equipment |
-
2017
- 2017-01-04 CN CN201720006496.2U patent/CN206677735U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106541325A (en) * | 2017-01-04 | 2017-03-29 | 广东鼎科技有限公司 | A kind of membrane equipment |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20171128 Termination date: 20190104 |
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| CF01 | Termination of patent right due to non-payment of annual fee |