CN205236261U - The sheet surface coating system membrane machine feeding device - Google Patents
The sheet surface coating system membrane machine feeding device Download PDFInfo
- Publication number
- CN205236261U CN205236261U CN201521128371.4U CN201521128371U CN205236261U CN 205236261 U CN205236261 U CN 205236261U CN 201521128371 U CN201521128371 U CN 201521128371U CN 205236261 U CN205236261 U CN 205236261U
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- nozzle
- feeding device
- plate surface
- making machine
- machine feeding
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Abstract
The utility model discloses a the sheet surface coating system membrane machine feeding device, including material feeding unit, a rotary driving mechanism, the 2nd rotary driving mechanism, the mill, divide the material piece, divide the material pipe, nozzle and polishing subassembly, divide the material pipe, the nozzle is a plurality of that quantity is the same with the polishing subassembly, divide the material piece to have an entry and a plurality of export, material feeding unit and the entry intercommunication that divides the material piece, the export that divides the material piece is through dividing material pipe and nozzle one -to -one intercommunication, each polishes the subassembly and is in the coplanar, and open at the middle part of respectively polishing the subassembly has the opening that runs through polishing subassembly bottom, the lower extreme of nozzle stretches into the opening, a rotary driving mechanism links to each other with the mill drive and is used for driving the mill rotation, and the 2nd rotary driving mechanism links to each other and is used for the drive to polish the subassembly around the rotation of nozzle axial with the drive of polishing subassembly. The utility model discloses make mixed liquid construct the sheet surface and accomplish the homogenizing from inside entering of polishing subassembly, improve and mix liquid availability and polishing subassembly work efficiency.
Description
Technical field
The utility model relates to plate surface polishing technology, relates in particular to a kind of plate surface and appliesFilm-making machine feeding device.
Background technology
The coating film-making machine charging mechanism using in the processing industry such as Ceramic Tiles, stone material at present asShown in Fig. 1, the mixing material of storage vat 1 the inside memory function material, by major ingredient tube valve2 flow into major ingredient pipes 3, then branch to and be reinforcedly in charge of 6, are in charge of subsidiary flow indication piece 4, streamControl valve door 5, mixing material drops in building board 30 surfaces, after homogenize, entersBistrique station is pushed rotation by the little polishing assembly 8 of dumping and throws brush, and the nanometer that completes single bistrique is thrownLight work completes whole nanometer after several dropping liquids that do not wait to dozens of are thrown brush process againPolishing operation.
Wherein to adopt medical infusion lines as flow indication piece 4, flow-control the most widelyValve 5, reinforced 6 the overall substitute be in charge of are used.
When its work, the little polishing assembly of dumping is thrown dataller in the extruding rotation on building board surfaceDoing, is all to complete after the reinforced homogenize of dropping liquid.
Apply film-forming method and principle as shown in Figure 2, along the order of A → E, contain function materialThe mixing material 10 of material particle 20 drops in building board 30 surface homogenizes, through repeatedlyExtruding rotation is thrown after brush, by granularity is inserted to building at the functional material particle of 5nm～1umSheet material 30 surface craters, and transpiring moisture, the functional material polymerization reaction take place between particleForm compact strand, also generate and have chemical molecular key with building board 30, simultaneouslyCondensate expands to a certain extent, and the pit on building board 30 surfaces and micropore shapeBecome firmly " anchoring effect ", finally form functional material on building board 30 surfaces and makeFilm 40, completes whole nano-polishing manufacturing procedure.
Completing of nano-polishing manufacturing procedure, rely on functional material particle 20 filling effect andEfficiency, existing technical process, is all to adopt the mixing material that contains functional material particle 2010 drop in building board 30 surface homogenizes, then throw after brush through extruding rotation repeatedly, willGranularity is inserted plate surface pit and micropore at the functional material particle 20 of 5nm～1um, lastForm functional material on building board 30 surfaces and make film 40. Little throwing on existing bistrique millDish assembly, when work except rotation rotating speed is all about the 1430r/min, also around mill centerMain shaft is done the revolution of 160r/min left and right, and the whole course of work is to be all close to building board 30 surfacesCarry out, and be a process of always exerting pressure to building board 30 surfaces, owing to containingThe mixing material 10 of functional material particle 20 is to drop in building board 30 surfaces, is easy toUnder the centrifugal action of the High Rotation Speed of the little assembly of dumping, scatter and splash, can only lean on and be thrown on sheetGroove is involved in little mixing material 10 in dumping and completes filling process, causes functional materialWaste and charging efficiency are low; The particularly relatively smooth plate surface on surface is to ensureThe availability of material has to adopt relatively low little the dumping from rotating speed and revolution speedAssembly bistrique carries out work, even can only adopt the mode of smearing at a slow speed to carry out work.
Utility model content
In order to overcome the deficiencies in the prior art, the purpose of this utility model is to provide a kind of sheet materialSurface applies film-making machine feeding device, makes mixing material enter building board from polishing assembly insideSurface also completes homogenize, improves mixing material effective rate of utilization and polishing assembly operating efficiency.
The purpose of this utility model realizes by the following technical solutions:
A kind of plate surface applies film-making machine feeding device, comprises for sending sending of mixing materialMaterials device, the first rotary drive mechanism, the second rotary drive mechanism, mill, distribution block, pointMaterial pipe, nozzle and polishing assembly, sub-feed tube, nozzle and polishing assembly are identical some of quantityIndividual, distribution block has an entrance and some outlets, and pay-off is communicated with the entrance of distribution block,The outlet of distribution block is through sub-feed tube and nozzle corresponding connection one by one, and each polishing assembly is in same flatFace, and the middle part of each polishing assembly has the port that runs through polishing assembly bottom, the lower end of nozzleStretch into port; The first rotary drive mechanism drives and is connected for driving mill rotation with mill, theTwo rotary drive mechanisms and polishing assembly drive and are connected and for driving polishing assembly around nozzle shaftTo rotation.
Preferably, also comprise and be installed on mill if this plate surface applies film-making machine feeding deviceDry planetary gears, the planetary gear of planetary gears is circumference array and distributes on mill;Nozzle is fixed in the planetary gear of planetary gears circumferential around the sun gear of planetary gearsRevolution.
Preferably, this plate surface coating film-making machine feeding device also comprises that the first rotatory sealing connectsHead, sub-feed tube docks with the upper end of nozzle by the first rotation seal joint, and nozzle is with detachablyMode be fixed on the first rotation seal joint.
Preferably, this plate surface coating film-making machine feeding device also comprises hollow rotating shaft and props upFrame, this hollow rotating bearing retainer is also articulated in support, the output of the first rotary drive mechanism withHollow rotating shaft docking, the two ends of this hollow rotating shaft respectively with the entering of pay-off and distribution blockMouth is docked and connected.
Preferably, upper end one second rotation seal joint and the pay-off pair of hollow rotating shaftLogical in succession.
Preferably, pay-off comprises pneumatic diaphragm pump, reinforced is in charge of, stock pipe and gas-distributing pipe,Pneumatic diaphragm pump is installed on support, the reinforced feeding mouth that is connected to pneumatic diaphragm pump of being in charge of, point gasPipe is connected to the air inlet of pneumatic diaphragm pump, and one end of stock pipe is connected to going out of pneumatic diaphragm pumpMaterial mouthful, the other end of stock pipe is connected to the second rotation seal joint.
Preferably, polishing assembly comprises from the bottom to top stacked throwing sheet, cushion pad and dumps, sprayThe lower end of mouth wears to be fixed on and dumps, and described port runs through throws sheet and cushion pad.
Compared to existing technology, the beneficial effects of the utility model are:
The utility model can pass through pay-off, by the mixing material that contains functional material particle fromIn distribution block, be distributed to respectively each nozzle, the mixing material of nozzle ejection will be in polishing assemblyEntreat the ejection of inner port, and enter building board surface through polishing assembly and complete homogenize, makeLiquid entering between polishing assembly and building board from inside to outside, and completed crowded by polishing assemblyPress rotation to throw dataller and do, improve material effective rate of utilization and polishing assembly operating efficiency.
Brief description of the drawings
Fig. 1 is the connection diagram of existing charging mechanism;
Fig. 2 is the schematic diagram of existing coating film-forming method;
Fig. 3 is the cross-sectional schematic that the utility model plate surface applies film-making machine feeding device;
Fig. 4 is the three-dimensional structure diagram that the utility model plate surface applies film-making machine feeding device.
In figure: 10, mixing material; 30, building board; 100, pay-off; 101, gasMoving membrane pump; 102, reinforced being in charge of; 103, stock pipe; 104, gas-distributing pipe; 200, mill;300, distribution block; 400, sub-feed tube; 500, nozzle; 600, polishing assembly; 601, throwSheet; 602, cushion pad; 603, dump; 700, port; 800, planetary gears; 900,The first rotation seal joint; 1000, hollow rotating shaft; 1100, support; 1200, second revolvesTurn seal nipple.
Detailed description of the invention
Below, by reference to the accompanying drawings and detailed description of the invention, the utility model is described further:
A kind of plate surface as shown in Figure 3-4 applies film-making machine feeding device, comprises for sendingThe pay-off 100, the first rotary drive mechanism, second that go out mixing material 10 rotarily actuateMechanism, mill 200, distribution block 300, sub-feed tube 400, nozzle 500 and polishing assembly 600,Sub-feed tube 400, nozzle 500 and polishing assembly 600 are identical several of quantity, distribution block300 have an entrance and some outlets, and pay-off 100 is communicated with the entrance of distribution block 300,The outlet of distribution block 300 is through sub-feed tube 400 and nozzle 500 corresponding connection one by one, each polishing groupPart 600 is in same plane, and the middle part of each polishing assembly 600 has and runs through polishing assemblyThe port 700 of 600 bottoms, port 700 is stretched in the lower end of nozzle 500; First rotarilys actuateMechanism drives and is connected for driving mill 200 to rotate with mill 200, the second rotary drive mechanismWith polishing assembly 600 drive be connected and for drive polishing assembly 600 around nozzle 500 axially oneselfTurn.
The mill 200 that the first rotary drive mechanism drives rotates, and the second rotary drive mechanism drivesEach polishing assembly 600 is around the axial rotation of nozzle 500, so that polishing assembly 600 can travel through throwingLight building board 30 surfaces. The first rotary drive mechanism and the second rotary drive mechanism all can be adoptedRealizing rotary power by the mode of driven by motor transmission mechanism exports. Nozzle 500 can be set toCircular Pipe. Pay-off 100 is delivered to mixing material 10 to be fixed on rotating grinding board 200Distribution block 300 pumps into respectively each sub-feed tube 400 after some outlets of distribution block 300 distribute,Again through nozzle 500 by mixing material 10 splashes to building board 30, due to through port 700Homogenize, so, granularity the functional material particle of 5nm～1um can be effectively, save groundInsert building board 30 surface craters, avoid splashing, and after transpiring moisture, at building panelMaterial 30 surfaces form functional material and make film, complete whole nano-polishing manufacturing procedure.
Alternatively, this plate surface applies film-making machine feeding device and also comprises and be installed on mill 200Some planetary gears 800, the planetary gear of planetary gears 800 is on mill 200Being circumference array distributes; Nozzle 500 is fixed in the planetary gear of planetary gears 800 and detoursThe sun gear of star gear mechanism 800 circumferentially revolves round the sun. By the setting of planetary gears 800,Make the traversal of polishing assembly 600 wider, building board 30 surfaces also can polishedly obtainMore even.
For strengthening sealing property, this plate surface applies film-making machine feeding device and also comprises that first revolvesTurn seal nipple 900, sub-feed tube 400 is by the first rotation seal joint 900 and nozzle 500Upper end docking, nozzle 500 is fixed on the first rotation seal joint 900 removably,The detachable fixed form of nozzle 500 is also beneficial to the mounting or dismounting of polishing assembly 600.
For simplified structure, and mixing material 10 can more equably, side by side be entered respectivelyThe nozzle 500 of individual polishing assembly 600, this plate surface applies film-making machine feeding device and also comprisesHollow rotating shaft 1000 and support 1100, these hollow rotating shaft 1000 supports are also articulated inThe output of frame 1100, the first rotary drive mechanisms docks with hollow rotating shaft 1000, in thisDock with the entrance of pay-off 100 and distribution block 300 respectively at the two ends of empty rotating shaft 1000Be communicated with. So, mixed liquor is exported to periphery being divergent shape from the middle part of mill 200, evenlyBetter effects if.
The sealing of docking with liquid feeding device for strengthening above-mentioned hollow rotating shaft, hollow rotating shaft1000 upper end one second rotation seal joint 1200 is docked and connected with pay-off 100.
Exemplarily, this routine pay-off 100 comprises pneumatic diaphragm pump 101, reinforced being in charge of102, stock pipe 103 and gas-distributing pipe 104, pneumatic diaphragm pump 101 is installed on support 1100,Reinforced 102 feeding mouths that are connected to pneumatic diaphragm pump 101 of being in charge of, gas-distributing pipe 104 is connected to gasThe air inlet of moving membrane pump 101, one end of stock pipe 103 is connected to pneumatic diaphragm pump 101Discharging opening, the other end of stock pipe 103 is connected to the second rotation seal joint 1200. MixLiquid 10 is first in charge of 102 through reinforced, and under the air pressure control of gas-distributing pipe 104, formsValve gear, controls and enters pneumatic diaphragm pump 101, is then pumped to stock pipe 103, through theTwo seal swivel joints enter hollow rotating shaft 1000. So, carrying of mixing material 10Accurately to control, and transmitting power abundance, continuous. Be understandable that, on support 1100Can be provided for the container of splendid attire mixing material 10, be in charge of 102 so that reinforced and enter fast gasMoving membrane pump 101.
Exemplarily, this routine polishing assembly 600 comprise from the bottom to top stacked throwing sheet 601,Cushion pad 602 and dump 603, the lower end of nozzle 500 wears to be fixed on dumps 603, described inPort 700 runs through throws sheet 601 and cushion pad 602. Mixing material 10 is close by the first rotationSealing joint 900 enters planetary gears 800, and by dismountable nozzle 500, successivelyThrough dumping 603, cushion pad 602 encloses and throws the port 700 in the middle of sheet 601, and splash is to buildingBuild the surface of sheet material 30, throw groove homogenize and the extruding rotation of sheet 601 bottoms through hollow and throwBrush.
Due to the 603 interior formation charging mechanisms of dumping, and adopt stock mode of movement, ensured mixedThe mobility of closing liquid 10 is avoided stopping up, and can overcome due to mill 200 rotations produce fromMental and physical efforts, pump into the 603 middle ports 700 of dumping smoothly, and complete under the splash of nozzle 500Become liquid homogenize, and by the groove rotary squeezing throwing from inside to outside brush of throwing sheet 601 inside, protectDemonstrate,prove the availability of material, improved and make membrane efficiency simultaneously. If nanometer is thrown to sheet 601Replace with water mill sheet, change mixing material 10 into water, can improve abrasive disc chip removal efficiency, subtractThe waste of few water resource. Due to can be easily in gas-distributing pipe 104 and reinforced being in charge of on 102The valves such as access flow control, by adjusting subtly pneumatic diaphragm pump 101 pressure and stockAmount, makes this charging mechanism go for nearly all plane 603 formula polishings mills of dumpingHead.
To one skilled in the art, can be according to technical scheme described above and structureThink, make other various corresponding changes and deformation, and all these changes and deformationWithin all should belonging to the protection domain of the utility model claim.
Claims (7)
1. plate surface applies a film-making machine feeding device, it is characterized in that, comprise forSend mixing material pay-off, the first rotary drive mechanism, the second rotary drive mechanism,Mill, distribution block, sub-feed tube, nozzle and polishing assembly, sub-feed tube, nozzle and polishing assemblyFor identical several of quantity, distribution block has an entrance and some outlets, pay-off with pointThe entrance of material piece is communicated with, and the outlet of distribution block, through sub-feed tube and nozzle corresponding connection one by one, is respectively thrownOptical assembly is in same plane, and the middle part of each polishing assembly has and runs through polishing assembly bottomPort, port is stretched in the lower end of nozzle; The first rotary drive mechanism and mill drive be connected forDriving mill rotation, the second rotary drive mechanism and polishing assembly drive and are connected and for driving throwingOptical assembly around nozzle shaft to rotation.
2. plate surface according to claim 1 applies film-making machine feeding device, its spyLevy and be, this plate surface applies film-making machine feeding device and also comprises the several rows that are installed on millStar gear mechanism, the planetary gear of planetary gears is circumference array and distributes on mill; NozzleBe fixed in the planetary gear of planetary gears and circumferentially revolve round the sun around the sun gear of planetary gears.
3. plate surface according to claim 2 applies film-making machine feeding device, its spyLevy and be, this plate surface applies film-making machine feeding device and also comprises the first rotation seal joint,Sub-feed tube docks with the upper end of nozzle by the first rotation seal joint, and nozzle is with dismountable sideFormula is fixed on the first rotation seal joint.
4. plate surface according to claim 1 applies film-making machine feeding device, its spyLevy and be, this plate surface applies film-making machine feeding device and also comprises hollow rotating shaft and support,This hollow rotating bearing retainer is also articulated in support, the output of the first rotary drive mechanism and hollowRotating shaft docking, the two ends of this hollow rotating shaft respectively with the entrance pair of pay-off and distribution blockLogical in succession.
5. plate surface according to claim 4 applies film-making machine feeding device, its spyLevy and be, upper end one second rotation seal joint of hollow rotating shaft and pay-off are in successionLogical.
6. plate surface according to claim 5 applies film-making machine feeding device, its spyLevy and be, pay-off comprises pneumatic diaphragm pump, reinforced is in charge of, stock pipe and gas-distributing pipe, gasMoving membrane pump is installed on support, the reinforced feeding mouth that is connected to pneumatic diaphragm pump, the gas-distributing pipe be in charge ofBe connected to the air inlet of pneumatic diaphragm pump, one end of stock pipe is connected to the discharging of pneumatic diaphragm pumpMouthful, the other end of stock pipe is connected to the second rotation seal joint.
7. apply the reinforced dress of film-making machine according to the plate surface described in claim 1-6 any onePut, it is characterized in that, polishing assembly comprises from the bottom to top stacked throwing sheet, cushion pad and dumps,The lower end of nozzle wears to be fixed on and dumps, and described port runs through throws sheet and cushion pad.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521128371.4U CN205236261U (en) | 2015-12-28 | 2015-12-28 | The sheet surface coating system membrane machine feeding device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521128371.4U CN205236261U (en) | 2015-12-28 | 2015-12-28 | The sheet surface coating system membrane machine feeding device |
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| Publication Number | Publication Date |
|---|---|
| CN205236261U true CN205236261U (en) | 2016-05-18 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521128371.4U Expired - Fee Related CN205236261U (en) | 2015-12-28 | 2015-12-28 | The sheet surface coating system membrane machine feeding device |
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| CN (1) | CN205236261U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105478273A (en) * | 2015-12-28 | 2016-04-13 | 广东一鼎科技有限公司 | Feeding device of plate surface coating membrane making machine |
-
2015
- 2015-12-28 CN CN201521128371.4U patent/CN205236261U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105478273A (en) * | 2015-12-28 | 2016-04-13 | 广东一鼎科技有限公司 | Feeding device of plate surface coating membrane making machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160518 Termination date: 20211228 |
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| CF01 | Termination of patent right due to non-payment of annual fee |