CN100437253C - Throwing mixing homogenizing device - Google Patents
Throwing mixing homogenizing device Download PDFInfo
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- CN100437253C CN100437253C CNB2005101026264A CN200510102626A CN100437253C CN 100437253 C CN100437253 C CN 100437253C CN B2005101026264 A CNB2005101026264 A CN B2005101026264A CN 200510102626 A CN200510102626 A CN 200510102626A CN 100437253 C CN100437253 C CN 100437253C
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- whipping
- pivot
- homogenizing device
- pendulum
- mixing homogenizing
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Abstract
A kind of whipping type mixture equality device includes one pivotal element, one whipping case element that is installed on the pivotal element and one driving element which is connected with the whipping case element. This whipping case element can use the pivotal element as the fulcrum and is pivotly installed to this pivotal element's side. This driving element is connected with the whipping case element's one side, and it can drive the whipping case element to use the pivotal element as the fulcrum, it will have a to-and-fro swing between the aligning position and the inclining position opposite to the pivotal element. Through the whipping case element's design, it can let the lapping plasm in the container which is handstand placed in the whipping case element to be impacted to the deposit of high viscosity lapping atom.
Description
Technical field
The present invention relates to a kind of mixing homogenizing device, particularly relate to a kind of throwing mixing homogenizing device.
Background technology
In semiconductor or LCD processing procedure, for the glass baseplate surface that makes wafer and LCD comparatively smooth, must grind wafer and glass baseplate surface mostly, and lapping mode be mostly adopt cmp (chemical machinepolishing, CMP).With the wafer is example, mainly be to grind wafer in the slurry that contains suitable abrasive particles that evenly distributes between in order to the grinding pad that grinds and wafer, and the distributing homogeneity of abrasive particles directly influences the flatness of crystal column surface.But because of slurry leaves standstill when not using, the abrasive particles that is arranged in slurry can be deposited on container bottom because of density is different, causes the abrasive particles skewness in the slurry.Therefore, must rock the container that is installed in slurry mostly before the use, the abrasive particles of deposition can evenly be distributed again.
As Fig. 1; shown in 2; for generally in order to rock the device that rocks of the container 10 that is installed in above-mentioned slurry (figure do not show); this rocks device is that two convex extension parts 12 separately are set on a pedestal 11; and wear one respectively at described convex extension part 12 and extend and a left side along a rotation 110; the rotating shaft 13 of right septum symmetry; in 13 of described rotating shafts a carrier 14 in order to take up said vesse 10 is set then; and this carrier 14 is affixed with its base, left side and rotating shaft 13; and it is affixed with its right side top margin and another rotating shaft 13; and drive rotating shaft 13 by a drive unit 15 and rotate; and interlock carrier 14 drive containers 10 serve as that axle ground pivots with described rotating shaft 13 synchronously; make this container 10 in rotating process; a left side; the mutual conversion one on the other of right two end opposite height and positions; and present as shown in Figure 2 the track that rocks, so the slurry in this container 10 can produce disturbance with abrasive particles and mix.
But this rocks rocking of device generation this kind, only can make the slurry in the container 10 produce flow-disturbing, and the disturbance power of this slurry can only be in order to break up the abrasive particles (figure does not show) of some low viscosityes, if in order to rock slurry on the glass substrate that is used in LCD etc. this type of when having the abrasive particles of high viscosity, can be quite consuming time, also be difficult to make the high thickness abrasive particles that flocks together to disperse and evenly distribution.Tracing it to its cause, is to be that this kind flow-disturbing lacks the power that the sedimentary province that is deposited on container 10 bottoms is directly impacted, and with the centrifugal force of abrasive particles band from sedimentary province.
Summary of the invention
The object of the present invention is to provide a kind of equally distributed throwing mixing homogenizing device of the abrasive particles with high viscosity that makes.
Throwing mixing homogenizing device of the present invention comprises a pivot unit, one and is assembled in whipping box unit on the pivot unit, and driver element with this whipping box unit winding.This pivot unit comprises a pivotal axis, this whipping box unit comprises that one is the whipping case that swing fulcrum is assembled in this pivotal axis side pivotally with this pivotal axis, this driver element is to be connected in whipping case one side, and this driver element comprises a transfer component, and beat mechanism that is assembled on the transfer component, this transfer component has a main part, and autonomous body outward level protrude out and can be turned axial region by what main part turned, and it is parallel with pivotal axis that this turns the axial region axis, this beat mechanism is assembled in to turn on the axial region, and can be turned that axial region drives and carry out circumgyration pivot pendulum around turning the axial region axis, and interlock to order about the whipping case be that whipping is put in positive position and a pivot that inclines between the pendulum position back and forth in the fulcrum unit that is pivoted relative to each other with the pivotal axis.
Throwing mixing homogenizing device of the present invention, wherein, this pivot unit more comprises two bearing seats that are provided with at interval, this pivotal axis is to be hubbed between described bearing seat.
Throwing mixing homogenizing device of the present invention, wherein, this whipping box unit is based in the upright rail plate that this whipping case is connected with the beat mechanism of driver element outward before and after more comprising a slice with extending.
Throwing mixing homogenizing device of the present invention, wherein, the microscler rail hole of extending before and after this rail plate has one and being connected with driver element, and when driver element along rail hole length direction when the polyslip, this whipping case of meeting interlock, making this whipping case is that fulcrum is pivoted relative to each other the unit in this time positive position and this reciprocal pivot pendulum whipping between the pendulum position that inclines with the pivot unit.
Throwing mixing homogenizing device of the present invention, wherein, this beat mechanism is that the mode of carrying out circumgyration pivot pendulum being driven by transfer component is hubbed in this rail hole, and when beat mechanism is driven and carries out circumgyration pivot when pendulum, this beat mechanism can be along this rail hole length direction toward polyslip, and this whipping case and this beat mechanism put between the position reciprocal pivot and put whipping so that to be fulcrum in this time positive position and this incline in the pivot unit toward the polyslip interlock.
Throwing mixing homogenizing device of the present invention, wherein, this beat mechanism has a swing arm and an excentric shaft, and this swing arm is fixedly arranged on with vertically turning axial region and turns on the axial region, and can be turned the axial region driving and the pivot pendulum; This excentric shaft from this swing arm terminal part outward level protrude out, and can be plugged in slippingly in the rail hole along rail hole length direction.
Throwing mixing homogenizing device of the present invention, wherein, this beat mechanism comprises that also two are arranged on the excentric shaft respectively and lay respectively at this rail plate left and right sides and make excentric shaft be limited in limiting plate in the rail hole.
Throwing mixing homogenizing device of the present invention, wherein, this throwing mixing homogenizing device also comprises a hollow shell block, and this pivot unit, whipping box unit and driver element are to be assembled in respectively in this shell block.
Throwing mixing homogenizing device of the present invention, wherein, this shell block comprises a hollow frame, reaches a substrate that is horizontally placed on the desired height position place in this framework, this pivot unit is to be arranged at this substrate top surface, but this driver element is to be arranged at this whipping case below and this whipping case of interlock is put whipping at this time positive position and this pivot that inclines between the pendulum position.
Throwing mixing homogenizing device of the present invention, generally rock the abrasive particles deposition that device is difficult for breaing up high viscosity except can obviously improving, and rock outside the shortcomings such as the process of breaing up is consuming time, and the abrasive particles of having been broken up is uniformly distributed in the slurry at once, and breaing up and homogenising the high viscosity abrasive particles apace.
Description of drawings
Fig. 1 is the general stereographic map that rocks device;
Fig. 2 is one and is assembled in the synoptic diagram that waves that this rocks a container in the device;
Fig. 3 is the stereographic map of an embodiment of throwing mixing homogenizing device of the present invention;
Fig. 4 is the driving rotation mechanism of this embodiment and the sectional perspective enlarged drawing of rail plate winding;
Fig. 5 is the side view of the whipping case of this embodiment when being positioned at a positive position;
Fig. 6 is that the whipping case of this embodiment is positioned at the side view when inclining the pendulum position.
Embodiment
Below in conjunction with drawings and Examples throwing mixing homogenizing device of the present invention is elaborated.
Shown in Fig. 3～5, the embodiment of throwing mixing homogenizing device of the present invention comprises: a hollow shell block 3, and be assembled in a pivot unit 4 in the shell block 3, whipping box unit 5, and driver element 6 respectively.
This shell block 3 comprise a rectangular-shaped seat body 31 of hollow that assembles by many frame bars 311, multi-disc can open ground respectively assembling be covered in around the seat body 31 with the door-plate 32 of top side, and a slice level be assembled in substrate 33 in the seat body 31.
This pivot unit 4 comprises that two left and right compartment of terrains are arranged at the bearing seat 41 at the front-end edge place of these substrate 33 end faces, reach a pivotal axis 42 that is hubbed at 41 of described bearing seats rotationally.
This whipping box unit 5 is to be that pivot pendulum fulcrum is connected with this pivot unit 4 and is assembled in this pivot unit 4 sides with this unit 4 that pivots, and comprise one pivotally be assembled in whipping case 51 on this pivotal axis 42, and the extension of a slice front and back be based in the upright rail plate 52 of this whipping case 51 towards bottom surface.This whipping case 51 has an opening and extends from these casing 511 bottoms with up casing 511, a slice forward backward and be fixed in interlock plate 512 on this pivotal axis 42, and be assembled on the casing 511 respectively and can cover a slice front door 513 and a slice upper cover plate 514 of the opening of casing 511 respectively with opening.This rail plate 52 is uprightly to be based in casing 511 bottom surfaces, and extends and run through the rail hole 520 of its left and right two opposition side faces before and after having one.
This driver element 6 is to be positioned at this whipping case 51 belows, but and comprise one be assembled in transfer component 61 in this seat body 31, and these whipping box unit 5 whippings of interlock be assembled in the beat mechanism 62 of 52 of transfer component 61 and rail plates.In the present embodiment, this transfer component 61 is power motors, and have a main part 611, and one turn right and stretch out main part 611 and can be driven by main part 611 and turn axial region 612 along what self axis rotated.This beat mechanism 62 has one and is fixedly arranged on this and turns terminal and vertical this of axial region 612 and turn the swing arm that down extends on axial region 612 axis ground 621, one from the turn right excentric shaft 622 in the rail hole 520 that extends through this rail plate 52 of this swing arm 621, reaches two limiting plates 623 that are sheathed on this excentric shaft 622 respectively and lay respectively at the left and right side of this rail plate 52.The external diameter of described limiting plate 623 is the height greater than this rail hole 520, therefore can be by the setting of described limiting plate 623, make this excentric shaft 622 spacing being plugged in the rail hole 520, and can be along the bearing of trend slippage in this rail hole 520, when transfer component 61 turns this beat mechanism 62 and when carrying out the motion of circumgyration beat, just interlock make these whipping case 51 relative these pivots 4 in a vertical return positive position and one skewed incline put displacement between the position.
Shown in Fig. 3,5,6, in the time will breaing up and be uniformly distributed in the slurry 202 with the high viscosity abrasive particles 201 that mixing homogenizing device of the present invention will be deposited on container 20 bottoms, be in the case body 511 that standing upside down of this container 20 is positioned over this whipping case 51 bottom-uply, but should be noted that, slurry in the container 20 is not preferably filled, leave local space 203 in the container 20 and make, then described door-plate 513,514 cuts out, then just can start the transfer component 61 of driver element 6.In the present embodiment, be to be arranged on this shell block 3 outer control modules 7 by one to control and drive this driver element 6 actions, but when implementing not as limit.
Following elder generation describes at the action relationships between each member of this mixing homogenizing device, illustrates then how this mixing homogenizing device makes the abrasive particles 201 in the container 20 be able to be broken up and mix again.
After transfer component 61 started, main part 611 can drive this and turn axial region 612 and rotate along self axis, and the swing arm 621 interlock excentric shafts 622 that drive this beat mechanism 62 serve as that axle ground is put towards counterclockwise carrying out circumgyration ground pivot to turn axial region 612 synchronously.When this swing arm 621 pivots pendulum, it be that fulcrum carries out synchronous pivot pendulum with this pivotal axis 42 that these excentric shaft 622 meetings drive this this whipping case 51 of rail plate 52 interlocks, and this excentric shaft 622 can past polyslip in rail hole 520 simultaneously.
When swing arm 621 counterclockwise pivots are put 180 °, this excentric shaft 622 is to slide onto rail hole 520 front ends forward from these 520 nearly middle places, rail hole earlier, and then, back slide onto 520 nearly middle places, rail hole again, and interlock makes whipping case 51 from the positive position of returning shown in Figure 5, put the position toward arrow 701 direction whipping pivots pendulum to being skewed backward inclining, and as shown in Figure 6.When these swing arm 621 continuation are put 180 ° by the interlock pivot, this excentric shaft 622 can slide onto earlier this rail hole 520 rear end backward, and then travelling backwards is forward located 520 nearly centres to the rail hole, and this rail plate of interlock 52 drives 51 moments of whipping casees and is back to back positive position from the pendulum position of inclining toward arrow 702 direction pivots pendulum, and same moment ground put toward the pendulum position of inclining again and go.
Driven by transfer component 61 and constantly when the counter clockwise direction pivot is put by swing arm 621, interlock makes the front and back of this excentric shaft 622 in this rail hole 520 toward polyslip, and the pendulum whipping back and forth inclines with the front and back of inclining between the pendulum position in returning positive position regularly and can drive this whipping case 51.
Therefore, when whipping case 51 when returning positive position toward arrow 701 direction pivots pendulum whipping, can drive container 20 be installed in container 20 abrasive particles 201 and slurry 202 synchronously and displacement in the same way.And change from the pendulum position of inclining toward the time in contrast to the arrow 702 direction whipping Huis positive position of arrow 701 when 51 moments of whipping case, because being precipitation, the abrasive particles 201 of high viscosity is gathered in container 20 inner bottom parts, and flowable slurry 202 and underfill container 20, therefore glutinous poly-abrasive particles 201 can be subjected to the direct impact of slurry 202, and moment changes toward 702 direction whippings together with container 20 is driven synchronously.Just, liquid slurry 202 can be because of the centrifugal action that is produced toward arrow 701 direction whippings by container 20 originally, continue toward arrow 701 direction displacements, and then cause the displacement and impacting mutually in opposite directions of abrasive particles 201 and slurry 202, and impact the mode of patting the abrasive particles 201 that flocks together by this slurry 202, can gradually the abrasive particles 201 of assembling be broken up, and abrasive particles 201 bands that ongoing subsequently centrifugal action is easy to be impacted are from sedimentary province.
In addition, when whipping case 51 once more moment with container 20 from return positive position toward arrow 701 direction whippings when inclining the pendulum position, container 20 can drive the abrasive particles past arrow 701 direction displacements of 201 moments that still flock together, slurry 202 is understood moment relatively towards arrow 702 direction displacements, make slurry 202 in container 20, produce powerful flow-disturbing effect, to be impacted the part abrasive particles 201 of breaing up by slurry 202 simultaneously and be with, and abrasive particles 201 is uniformly distributed in the slurry 202 apace by above-mentioned flow-disturbing from container 20 bottoms.
Therefore, drive and put the design of shift reciprocately between the position in this time positive position with inclining constantly by this whipping case 51 driven-mechanisms 6, but interlock makes this container 20 change the moment of past arrow 702 direction whippings from arrow 701, but make the powerful impact of slurry 202 moments generation accumulate in the impulsive force of the abrasive particles 201 of container 20 bottoms, and can apace the high viscosity abrasive particles 201 that flocks together be broken up, and this container 20 is changed when the arrow 701 direction whippings from arrow 702 directions by moment, the powerful flow-disturbing that slurry 202 can produce in container 20, and will be by dash from abrasive particles 201 bands from and be uniformly distributed in the slurry 202.
During enforcement, this shell block 3 is also inessential, can be directly with should pivot unit 4, whipping box unit 5 is arranged at a suitable place with driver element 6, puts displacement between the position and this whipping case 51 can and be inclined in this time positive position.In addition, the mode of the whipping pivot of this whipping case 51 pendulum except can from return positive position backward whipping to the pendulum position of inclining, also can be plugged in original position in this rail hole 520 by changing this excentric shaft 622, for example when this whipping case 51 is positioned at back positive position, this excentric shaft 622 is to be designed to be positioned at this 520 front end places, rail hole, and then makes the whipping case 51 can be from this time positive position whipping pendulum that inclines forward.
Take a broad view of above-mentioned, by the rail hole 520 of this rail plate 52 and the winding design of this beat mechanism 62, make that this whipping case 51 can be at positive position and a reciprocally swinging between the pendulum position that inclines, and then drive is installed in the synchronously reciprocal whipping of container 20 quilts in whipping case 51, make in the container 20 slurry 202 and abrasive particles 201 container 20 by the process of whipping in, slurry 202 can produce the brute force impact power of impacting off and on and breaing up the high viscosity abrasive particles 201 that accumulates in container 20 bottoms, and can produce powerful flow-disturbing and the abrasive particles 201 of having been broken up is dispersed evenly in the slurry 202 in each back of impacting.Therefore, generally rock abrasive particles 201 depositions that device is difficult for breaing up high viscosity except can obviously improving, and rock outside the shortcomings such as the process of breaing up is consuming time, and the abrasive particles 201 of having been broken up is uniformly distributed in the slurry 202 at once, and breaing up and homogenising high viscosity abrasive particles 201 apace.
Claims (9)
1. throwing mixing homogenizing device, it is characterized in that: comprise a pivot unit, a whipping box unit that is assembled on the pivot unit, and driver element with this whipping box unit winding, this pivot unit comprises a pivotal axis, this whipping box unit comprises that one is the whipping case that swing fulcrum is assembled in this pivotal axis side pivotally with this pivotal axis, this driver element is to be connected in whipping case one side, and this driver element comprises a transfer component, and beat mechanism that is assembled on the transfer component, this transfer component has a main part, and autonomous body outward level protrude out and can be turned axial region by what main part turned, and it is parallel with pivotal axis that this turns the axial region axis, this beat mechanism is assembled in to turn on the axial region, and can be turned that axial region drives and carry out circumgyration pivot pendulum around turning the axial region axis, and interlock to order about the whipping case be that whipping is put in positive position and a pivot that inclines between the pendulum position back and forth in the fulcrum unit that is pivoted relative to each other with the pivotal axis.
2. throwing mixing homogenizing device according to claim 1 is characterized in that: this pivot unit more comprises two bearing seats that are provided with at interval, and this pivotal axis is to be hubbed between described bearing seat.
3. throwing mixing homogenizing device according to claim 1 is characterized in that: this whipping box unit is based in the upright rail plate that this whipping case is connected with the beat mechanism of driver element outward before and after more comprising a slice with extending.
4. throwing mixing homogenizing device according to claim 3, it is characterized in that: this rail plate has the microscler rail hole of extending before and after and being connected with driver element, and when driver element along rail hole length direction when the polyslip, this whipping case of meeting interlock, making this whipping case is that fulcrum is pivoted relative to each other the unit in this time positive position and this reciprocal pivot pendulum whipping between the pendulum position that inclines with the pivot unit.
5. throwing mixing homogenizing device according to claim 4, it is characterized in that: this beat mechanism is that the mode of carrying out circumgyration pivot pendulum being driven by transfer component is hubbed in this rail hole, and when beat mechanism is driven and carries out circumgyration pivot when pendulum, this beat mechanism can be along this rail hole length direction toward polyslip, and this whipping case and this beat mechanism put between the position reciprocal pivot and put whipping so that to be fulcrum in this time positive position and this incline in the pivot unit toward the polyslip interlock.
6. throwing mixing homogenizing device according to claim 5 is characterized in that: this beat mechanism has a swing arm and an excentric shaft, and this swing arm turns on the axial region perpendicular to turning axial region and being fixedly arranged on, and can be turned the axial region driving and the pivot pendulum; This excentric shaft from this swing arm terminal part outward level protrude out, and can be plugged in slippingly in the rail hole along rail hole length direction.
7. throwing mixing homogenizing device according to claim 6 is characterized in that: this beat mechanism comprises that also two are arranged on the excentric shaft respectively and lay respectively at this rail plate left and right sides and make excentric shaft be limited in limiting plate in the rail hole.
8. throwing mixing homogenizing device according to claim 1 is characterized in that: this throwing mixing homogenizing device also comprises a hollow shell block, and this pivot unit, whipping box unit and driver element are to be assembled in respectively in this shell block.
9. throwing mixing homogenizing device according to claim 8, it is characterized in that: this shell block comprises a hollow frame, reaches a substrate that is horizontally placed on the desired height position place in this framework, this pivot unit is to be arranged at this substrate top surface, but this driver element is to be arranged at this whipping case below and this whipping case of interlock is put whipping at this time positive position and this pivot that inclines between the pendulum position.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2005101026264A CN100437253C (en) | 2005-09-12 | 2005-09-12 | Throwing mixing homogenizing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2005101026264A CN100437253C (en) | 2005-09-12 | 2005-09-12 | Throwing mixing homogenizing device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1932596A CN1932596A (en) | 2007-03-21 |
| CN100437253C true CN100437253C (en) | 2008-11-26 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2005101026264A Expired - Fee Related CN100437253C (en) | 2005-09-12 | 2005-09-12 | Throwing mixing homogenizing device |
Country Status (1)
| Country | Link |
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| CN (1) | CN100437253C (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113062174A (en) * | 2021-03-02 | 2021-07-02 | 重庆望高工程项目管理有限公司 | Pitch agitating unit for construction |
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|---|---|---|---|---|
| US4497581A (en) * | 1979-11-15 | 1985-02-05 | Miller Paint Equipment, Inc. | Paint shaker |
| US5891493A (en) * | 1997-11-25 | 1999-04-06 | Santillo, Jr.; Humbart D. | Predigested seed food composition |
| CN2331326Y (en) * | 1998-05-07 | 1999-08-04 | 王文豪 | Mixer for impression material |
| CN2334485Y (en) * | 1998-05-01 | 1999-08-25 | 邱志祥 | Rotary swing type mixing machine |
| CN1386571A (en) * | 2001-04-05 | 2002-12-25 | 梅田工业株式会社 | Stirring mixer |
| US20040218467A1 (en) * | 2001-11-13 | 2004-11-04 | Kopkie Harold D. | Paint shaker and motor therefor |
| CN2705463Y (en) * | 2004-01-18 | 2005-06-22 | 石家庄三环阀门股份有限公司 | Two lever four hanging points synchronously driven blast furnace top chute distributing device |
| CN1217729C (en) * | 2000-08-28 | 2005-09-07 | S·T·M工程株式会社 | Mixing device |
-
2005
- 2005-09-12 CN CNB2005101026264A patent/CN100437253C/en not_active Expired - Fee Related
Patent Citations (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4497581A (en) * | 1979-11-15 | 1985-02-05 | Miller Paint Equipment, Inc. | Paint shaker |
| US5891493A (en) * | 1997-11-25 | 1999-04-06 | Santillo, Jr.; Humbart D. | Predigested seed food composition |
| CN2334485Y (en) * | 1998-05-01 | 1999-08-25 | 邱志祥 | Rotary swing type mixing machine |
| CN2331326Y (en) * | 1998-05-07 | 1999-08-04 | 王文豪 | Mixer for impression material |
| CN1217729C (en) * | 2000-08-28 | 2005-09-07 | S·T·M工程株式会社 | Mixing device |
| CN1386571A (en) * | 2001-04-05 | 2002-12-25 | 梅田工业株式会社 | Stirring mixer |
| US20040218467A1 (en) * | 2001-11-13 | 2004-11-04 | Kopkie Harold D. | Paint shaker and motor therefor |
| CN2705463Y (en) * | 2004-01-18 | 2005-06-22 | 石家庄三环阀门股份有限公司 | Two lever four hanging points synchronously driven blast furnace top chute distributing device |
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| Publication number | Publication date |
|---|---|
| CN1932596A (en) | 2007-03-21 |
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Granted publication date: 20081126 Termination date: 20110912 |