CN206455494U - The Plate grinder of hangover can be eliminated - Google Patents
The Plate grinder of hangover can be eliminated Download PDFInfo
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- CN206455494U CN206455494U CN201720149372.XU CN201720149372U CN206455494U CN 206455494 U CN206455494 U CN 206455494U CN 201720149372 U CN201720149372 U CN 201720149372U CN 206455494 U CN206455494 U CN 206455494U
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- polish
- brush
- brush wheel
- wheel
- plate
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Abstract
The utility model discloses the Plate grinder that a kind of energy eliminates hangover.The each upper polish-brush wheel and each lower polish-brush wheel of Plate grinder are respectively provided with longitudinally reciprocating motion machine, and the longitudinally reciprocating motion mechanism includes：Bearing block is equipped with the two ends of upper polish-brush wheel or lower polish-brush wheel, each bearing block is separately fixed on one piece of bearing (setting) plate, and the downside of every piece of bearing (setting) plate is fixedly linked with a slide, and each slide slides with a longitudinally disposed slide rail be connected respectively；Reciprocating motion draw-gear for providing longitudinally reciprocal tractive force for upper polish-brush wheel or lower polish-brush wheel, a wherein end of the reciprocating motion draw-gear respectively with upper polish-brush wheel or lower polish-brush wheel is connected.The application can eliminate the conditions of streaking on workpiece hole side in process, be conducive to improving polish-brush processing quality and operating efficiency, and strong adaptability, stable and reliable in work and noise is small.
Description
Technical field
The utility model is related to manufacture process equipment, and the Plate grinder of hangover can be eliminated more particularly, to a kind of.
Background technology
Need to be surface-treated the copper coin substrate for manufacturing circuit board during board production.This is accomplished by copper
Plate surface does " roughening " work, and this is accomplished by using Plate grinder (also referred to as " volcanic ash brush plate machine " or " volcanic ash Plate grinder "
Or " ground pumice Plate grinder " or " ground pumice brush plate machine " or " pumex " or " pumiflex ") operated.Plate grinder uses volcano
Grey (also known as ground pumice) is working media.Workpiece surface is flowed to by compression pump after volcanic ash is mixed with water, rotated at a high speed
The mixture of the dampening of polish-brush wheel belt and volcanic ash nuzzles up on the copper face of workpiece, copper surface is produced the coarse table of approaches uniformity
Face, so that strengthen copper surface and electrodeposited coating, the adhesion of dry film or green oil etc..
Chinese patent application CN 2014204287082 proposes a kind of Plate grinder, and it is included on casing, described casing
It is provided with lifting seat and lower lifting seat, the upper lifting seat and lower lifting seat and is provided with polish-brush mechanism, the polish-brush mechanism
Including upper polish-brush, lower polish-brush, pressure roller and spray equipment.Existing Plate grinder has the disadvantage that：
1. workpiece setting is between upper polish-brush and lower polish-brush, the engaging force between workpiece lower surface and lower polish-brush can not show a candle to work
Engaging force between part upper surface and upper polish-brush, causes workpiece lower surface to handle uneven and lower surface treatment effeciency not as above
Surface.
2. for adjusting polish-brush and the automatic whole brush device of lower polish-brush relative position, it is easy to mill after a period of operation
Damage and accurate relative position can not be kept, cause the deflection difference between polish-brush and lower polish-brush big, connect with workpiece surface
It is inadequate with joint efforts, it is difficult to maintenance and reduction functional reliability.
3. on the synchronizing wheel at polish-brush and lower polish-brush end be engaged the interior external tooth of same timing belt simultaneously, and upper polish-brush and lower mill
The distance of brush changes often, causes timing belt to be engaged with synchronizing wheel bad, produces very big noise.
4th, the upper polish-brush and lower polish-brush of rotation are when handling porose workpiece, the part mill on upper polish-brush or/and lower polish-brush
Brush filament can be extend into hole, and when polish-brush silk moves to the back edge in hole, polish-brush wheel and the contact force on hole back copper surface are unexpected
Increase and " hangover of hole side " phenomenon (the subregion color that range estimation shows as hole back is brighter, as the tail of comet) occur,
So that the workpiece surface adhesion processed is poor, processing quality is influenceed.
Utility model content
To solve the drawbacks described above that existing Plate grinder is present, the utility model proposes a kind of applicability is good, working stability can
Lean on, noise is small and can eliminate the Plate grinder of hangover.
A kind of energy eliminates the Plate grinder of hangover, including：Polish-brush wheel at least one, it is arranged on below polish-brush wheel at least
One lower back pressing roller, at least one lower polish-brush wheel with lower back pressing roller spread configuration and it is arranged on above lower polish-brush wheel
Back pressure roller at least one, and each upper polish-brush wheel and each lower polish-brush wheel are respectively connected with a driving motor transmission；
Each upper polish-brush wheel and each lower polish-brush wheel are respectively provided with longitudinally reciprocating motion mechanism, the longitudinally reciprocating motion mechanism bag
Include：Bearing block is equipped with the two ends of upper polish-brush wheel or lower polish-brush wheel, each bearing block is separately fixed at one piece of bearing (setting) plate
On, the downside of every piece of bearing (setting) plate is fixedly linked with a slide, and each slide respectively with a longitudinally disposed cunning
Rail, which is slided, to be connected；Reciprocating motion draw-gear for providing longitudinally reciprocal tractive force for upper polish-brush wheel or lower polish-brush wheel, this is past
A wherein end of the motion draw-gear respectively with upper polish-brush wheel or lower polish-brush wheel is connected again.
Wherein, the power source push-rod electric machine or connecting rod of draw-gear are moved back and forth.
Wherein, moving back and forth draw-gear includes swing motor, the eccentric wheel being connected with the power transmission shaft of swing motor and company
Connect eccentric wheel waves set, and this waves set and is connected with a wherein end for upper polish-brush wheel or lower polish-brush wheel.
Wherein, wave set and pass through guide shaft and the bearing (setting) plate for the wherein end for being fixed on polish-brush wheel or lower polish-brush wheel
It is connected.
Wherein, eccentric wheel is connected by a bearing with waving set, and the inner ring of eccentric wheel and bearing coordinates, and waves set
Endoporus coordinates with the outer ring of bearing and is connected.
Wherein, the Plate grinder also includes being used to drive all upper polish-brush wheels, all lower polish-brush wheels and all respectively
The first, second, and third whole brush configuration that upper back pressure roller is lifted on demand respectively.
Wherein, the first whole brush configuration and the second whole brush configuration have identical structure, including：Respectively with one of them
Multiple first worm screws that polish-brush wheel or lower polish-brush wheel are connected by an elevating screw, two ends of each first worm screw are set respectively
There are turbine, the external screw thread of the first end of each elevating screw and screw-internal thread fit respectively with a turbine, and each lift
The second end of screw mandrel is fixedly linked with a slide rail respectively；The institute being connected with upper polish-brush wheel or lower polish-brush wheel or upper back pressure roller
Have between the first worm screw and to be connected by synchronizing wheel, and be provided with provided with first worm screw wherein and be used to drive the first worm screw to turn
Dynamic regulation controller.
Wherein, regulation controller is servomotor, and the servomotor is connected with synchronizing wheel transmission；Or, adjust controller
The second worm screw of the first worm screw is connected for an end thread, another end of second worm screw is provided with handwheel.
Wherein, elevating screw is set among lifting guide bracket, and the lifting guide bracket is fixed on the casing of Plate grinder.
Wherein, jet pipe each is equipped with above upper polish-brush wheel, is each equipped with lower jet pipe below lower polish-brush wheel.
Compared with prior art, the utility model has the advantages that：
1. the polish-brush that can carry out upper and lower surface simultaneously to workpiece is processed, and the effect of polish-brush processing is good.The application changes
The polish-brush mechanism of traditional Plate grinder, upper polish-brush will be become and draining in existing polish-brush mechanism with lower polish-brush by overlying relation
Flat to set, upper polish-brush wheel, lower polish-brush wheel are engaged with corresponding back pressure roller respectively, improve the combination between polish-brush wheel and workpiece
Power, so that consistent to the polish-brush processing effect of workpiece upper and lower surface.
2. have the advantages that engaging force is good, adaptability is good.Based on above-mentioned polish-brush mechanism, it is contemplated that the thickness of workpiece of generation processing
It is inconsistent, therefore set the first whole brush configuration, the second whole brush configuration that polish-brush wheel, lower polish-brush wheel can be driven to be lifted respectively
To be adapted to the workpiece of processing different-thickness, easy to adjust and maintenance is simply.Polish-brush mechanism is further contemplated in process
In abrasion caused by deflection, therefore also set up the 3rd whole brush configuration can drive back pressure roller decline, to ensure workpiece
Upper and lower surface polish-brush dynamics is basically identical so as to which polish-brush processing effect is consistent, is conducive to improving reliability and work that polish-brush is processed
Make efficiency.
3. each upper polish-brush wheel and each lower polish-brush axle end are respectively arranged with belt pulley, each belt pulley is by each independent transmission
Motor is driven by V bands, and one upper polish-brush wheel of a motor band or a lower polish-brush wheel, and noise is smaller.
4. on polish-brush wheel, lower polish-brush wheel when can carry out longitudinal reciprocating motion (vibration-direction vertical workpiece
Direction of travel), the conditions of streaking on workpiece hole side can be eliminated in process completely.
To sum up, the Plate grinder of the application is imitated by ensuring that workpiece upper and lower surface polish-brush dynamics is basically identical so as to which polish-brush is processed
Fruit is consistent, is conducive to improving the reliability and operating efficiency of polish-brush processing, also with strong adaptability, stable and reliable in work and make an uproar
The advantages of sound is small.
Brief description of the drawings
Fig. 1 is the schematic diagram of polish-brush mechanism mounting structure in casing in Plate grinder；
Fig. 2 is the part-structure schematic diagram of Plate grinder.
Embodiment
As shown in figure 1, the utility model proposes Plate grinder include：Casing 1；Be arranged on polish-brush mechanism on casing 1, it is vertical
To reciprocating mechanism and the whole brush device of polish-brush mechanism.
The polish-brush mechanism includes：For carrying out the upper surface polishing device of polish-brush processing to workpiece surface and for work
Part lower surface carries out the lower surface polishing device of polish-brush processing；Multiple driving motors.Upper surface polishing device includes at least one
Upper polish-brush wheel 21 and at least one the lower back pressing roller 22 for being arranged on the lower section of polish-brush wheel 21, and upper polish-brush wheel 21 and lower back nip drum
There is first gap consistent with the thickness of workpiece of pending polish-brush processing between wheel 22.Lower surface polishing device includes at least one
Back pressure roller 24 on individual lower polish-brush wheel 23, at least one being arranged on above lower polish-brush wheel 23, and lower polish-brush wheel 23 and upper back pressure
There is second gap consistent with the thickness of workpiece of pending polish-brush processing between roller 24.Also, in upper surface polishing device
Both sides, the both sides of lower surface polishing device can be provided with one or more groups of conveying rollers 25.
In a preferred embodiment, upper polish-brush wheel 21 and lower polish-brush wheel 23 be at least two and it is horizontally arranged set,
To improve operating efficiency.
In a preferred embodiment, upper surface polishing device includes back pressure under polish-brush wheel 21 at least two and at least two
Roller 22, each upper polish-brush wheel 21 is by spacing parallel arranging setting, and each lower back pressing roller 22 is also set by spacing parallel arranging.Likewise,
Lower surface polishing device includes back pressure roller 24 in polish-brush wheel 23 under at least two and at least two, and lower polish-brush wheel 23 presses spacing parallel arranging
Set, and upper back pressure roller 24 is also set by spacing parallel arranging.
First gap, the second gap are the transfer position of workpiece when polish-brush processing is carried out to workpiece, therefore the first gap, the
Two gaps are in same level position.And upper polish-brush wheel 21, lower back pressure can be determined by the first gap and the second gap
The relative horizontal position of roller 22, lower polish-brush wheel 23, upper back pressure roller 24 and conveying roller 25 on casing 1.
Because upper polish-brush wheel 21 carries out polish-brush working process to the upper surface of workpiece, and lower polish-brush wheel 23 is to the following table of workpiece
Face carries out polish-brush working process, and upper polish-brush wheel 21, lower polish-brush wheel 23 pass through lower back pressing roller 22 below or top respectively
Upper back pressure roller 24 withstands workpiece, so as to improve workpiece surface adhesive force, improves polish-brush processing quality.
In addition, the upper jet pipe 26 for being used for spraying polish-brush powder and water is provided with the top of upper polish-brush wheel 21, in lower polish-brush wheel
23 lower section is provided with the lower jet pipe 27 for being used for spraying polish-brush powder and water.In order to prevent polish-brush powder or water from the top of casing 1
Spill, therefore water deflector cover 12 is provided with the top of upper surface polishing device and lower surface polishing device.
With reference to shown in Fig. 2 (Fig. 2 is only to draw one of them lower polish-brush wheel 23 and back pressure roller 24 on one of them, wherein
100 be the workpiece for carrying out polish-brush processing).In order to prevent that polish-brush powder is leaked from the side plate of casing in the course of work, therefore
The lower section of polish-brush mechanism is provided with ash accepting box 18.Also, because two ends of each lower back pressing roller 22, upper back pressure roller 24 connect
(such as by bearing etc.) is connect on the biside plate of casing 1, thus lower back pressing roller 22, on back pressure roller 24 two ends and machine
Seal gasket 28 is arranged between the side plate inwall of shell 1, prevents the polish-brush powder (such as volcanic ash) inside casing 1 by lower back
Gap leakage between pressing roller 22, two ends of upper back pressure roller 24 and casing 1；Meanwhile, it is provided with the biside plate inwall of casing 1
Baffle plate 14 is sprayed water on baffle plate 14 with blocking seal gasket 28 provided with lateral jet pipe 13 to seal gasket 28, to prevent lower back pressure
Occurs dry friction between roller 22, upper back pressure roller 24 and seal gasket 28.Due to two ends of upper polish-brush wheel 21, lower polish-brush wheel 23
The side plate also through the both sides of casing 1 is held, therefore is also set between upper polish-brush wheel 21, two ends of lower polish-brush wheel 23 and the side plate of casing 1
There is seal gasket, to prevent polish-brush powder from revealing, and the water that lateral jet pipe 13 sprays can be flowed downwardly on seal gasket, so as to prevent
Occurs dry friction between upper polish-brush wheel 21, two ends of lower polish-brush wheel 23 and seal gasket.Therefore, water deflector cover 12, sealing are passed through
Rubber cushion 28 and the grade Multiple Protective Structure of baffle plate 14, can play preferably sealing effectiveness, and polish-brush powder and water can not leak out machine
Shell 1.
A wherein end for each upper polish-brush wheel 21 and each lower polish-brush wheel 23 is respectively equipped with belt pulley 31, the belt pulley 31
It is connected respectively by a transmission belt 32 with the transmission of one of driving motor, belt is driven by transmission belt 32 by driving motor
Wheel 31, so as to drive polish-brush wheel 21 or each lower polish-brush wheel 23 on each to rotate.Due to each upper polish-brush wheel 21 and it is each under
Polish-brush wheel 23 respectively has respective driving motor to drive, i.e., one one, driving motor band is gone up to be ground under polish-brush wheel 21 or one
Brush wheel 23, being engaged between belt pulley 31 and upper polish-brush wheel 21 or lower polish-brush wheel 23 is very good, the noise produced in the course of work
It is very small.
Conditions of streaking is produced to the hole side of workpiece 100 in order to eliminate in polish-brush process, therefore in the scrubber of the application
Each upper polish-brush wheel 21 and each lower polish-brush wheel 23 is respectively provided with longitudinally reciprocating motion machine.Longitudinally reciprocating motion machine includes：Each
The two ends of upper polish-brush wheel 21 or each lower polish-brush wheel 23 are equipped with bearing block 51, and each bearing block 51 is separately fixed at one piece of bearing
In fixed plate 52, the downside of every piece of bearing (setting) plate 52 is fixedly linked with a slide 53, and each slide 53 respectively with
The slide rail 54 that one longitudinal direction (direction of advance of workpiece 100 is laterally) is set, which is slided, to be connected；And under each going up polish-brush wheel 21 or being each
The bearing (setting) plate 52 of the wherein end of polish-brush wheel 23 is provided with connected reciprocating motion draw-gear.In polish-brush process
In, each upper polish-brush wheel 21 and each lower polish-brush wheel 23 are moved in a circle with respective rotary shaft axle center, while by back and forth transporting
Dynamic draw-gear, which is provided, moves back and forth tractive force, and the slide 53 being connected with bearing (setting) plate 52 is relatively longitudinal under tractive force effect
The slide rail 54 of setting does longitudinally reciprocating motion, so as to drive the upper polish-brush wheel 21 being attached thereto or the lower opposite piece of polish-brush wheel 23
100 directions of advance do longitudinally reciprocating motion, avoid upper polish-brush wheel 21 or lower polish-brush wheel 23 processed in polish-brush by moving back and forth
In journey conditions of streaking is produced on the hole side of workpiece 100.
Wherein, moving back and forth draw-gear has a variety of implementations.Such as, it is push-rod electric machine to move back and forth draw-gear
Or connecting rod etc., drive bearing (setting) plate 52 to do polish-brush wheel 21 or lower mill in longitudinally reciprocating motion, drive by push-rod electric machine or connecting rod
Brush wheel 23 does longitudinally reciprocating motion in polish-brush process.
In one embodiment, moving back and forth draw-gear includes：Pass through guide shaft 74 and shaking that bearing (setting) plate 52 is connected
Swing set 73, with wave eccentric wheels 72 that set 73 is connected (eccentric wheel 72 by a bearing and is waved to cover and 73 is connected, eccentric wheel 72 and
The inner ring of bearing coordinates, and the outer ring of the endoporus and bearing that wave set 73 coordinates), the power transmission shaft of the eccentric wheel 72 and swing motor 71
It is connected.Rotated by swing motor 71 with movable eccentric wheel 72, drive bearing (setting) plate 52 to realize longitudinally reciprocal fortune by waving set 73
It is dynamic.
Further, since when carrying out polish-brush process operation to workpiece, such as workpiece enters and defeated from left to right from reference position
Send, the upper contact of polish-brush wheel 21 workpiece surface can produce certain deformation and be allowed to have certain frictional force with workpiece surface, under
The contact workpiece lower surface of polish-brush wheel 23 can also produce certain deformation and be allowed to have certain frictional force with workpiece lower surface.Therefore,
Work after a period of time, the diameter of upper polish-brush wheel 21 and lower polish-brush wheel 23 can slowly diminish because of abrasion, in addition different workpieces
100 thickness is variant, accordingly, it would be desirable to adjust polish-brush mechanism by whole brush device.
In one embodiment, whole brush device is can not to adjust to protect with the lower back pressing roller 22 in the polishing device of upper surface
Fixed position is held, the position of upper polish-brush wheel 21, lower polish-brush wheel 23 and upper back pressure roller 24 is then adjusted on demand, so that polish-brush mechanism
Adapt to the workpiece 100 of different-thickness and keep preferable frictional force with the upper and lower surface of workpiece 100.It is of course also possible to solid
Surely the position of polish-brush wheel 21, lower back pressing roller 22 and lower polish-brush wheel 23 in upper back pressure roller 24, adjustment.
Specifically, whole brush device includes：Upper polish-brush wheel 21 lifting all in the polishing device of upper surface for driving
First whole brush configuration；Second whole brush configuration of lower polish-brush wheel 23 lifting all in lower surface polishing device for driving, and
3rd whole brush configuration of upper back pressure roller 24 lifting all in lower surface polishing device for driving.And lower back pressing roller 22 is solid
It is scheduled on casing 1 without regulation.
Wherein, there is identical structure (only to draw and be ground under wherein one in Fig. 2 for the first whole brush configuration and the second whole brush configuration
The whole brush configuration of brush wheel 23 corresponding second).The first, second whole brush configuration includes respectively：Respectively with polish-brush wheel on one of them
By elevating screw 55, (elevating screw 55 is set among lifting guide bracket 56 21 or lower polish-brush wheels 23, and is lifted guide bracket 56 and consolidated
It is scheduled on casing, to ensure the linear motion of elevating screw 55) connected multiple first worm screws 41, the two of each first worm screw 41
End is respectively equipped with turbine 58, the external screw thread of the first end of each elevating screw 55 and internal thread respectively with a turbine 58
Coordinate, and the second end of each elevating screw 55 is fixedly linked with a slide rail 54 respectively；Set on each first worm screw 41
It is connected between synchronizing wheel 62, two neighboring synchronizing wheel 62 using timing belt 63, so that multiple first worm screws 41 are connected into synchronization
And the entirety rotate in same direction；First worm screw 41 is provided with regulation controller wherein, and the is driven by the regulation controller
One worm screw 41 rotate so as to control all lower polish-brush wheels 23 it is synchronous rise or fall motion.
Regulation controller has a variety of implementations.In one embodiment, regulation controller is included by a synchronization
With 63 servomotors 61 being connected with one of synchronizing wheel 62, servomotor 61 drives synchronizing wheel 62 to move, so as to drive institute
There is the first worm screw 41 to rotate；Because each first worm screw 41 is respectively that screw thread is connected between wherein one elevating screw 55, therefore
Each synchronous axial system of elevating screw 55, polish-brush wheel 23 rises or falls motion under driving accordingly respectively, so as to reach same step
Save the purpose of each lower lifting of polish-brush wheel 23.
In another embodiment, regulation controller includes coordinating be connected second with one of them screw thread of the first worm screw 41
Worm screw 42, the end of second worm screw is provided with the first handwheel 43.When rotating the first handwheel 43, each first worm screw 41 is in synchronization
Wheel 62 coordinates lower synchronous axial system, and then makes each synchronous axial system of elevating screw 55, drives corresponding lower polish-brush wheel 23 to rise respectively
Or descending motion, so as to reach the purpose for being adjusted in synchronism each lower lifting of polish-brush wheel 23.
3rd whole brush configuration has all structures of first, second whole brush configuration, and the 3rd whole brush configuration also includes：On each
Two ends of back pressure roller 24 are respectively equipped with bearing block, are connected by the bearing block with the second end of elevating screw 55.I.e.：The
First, in the second whole brush configuration, the second end of each elevating screw 55 is respectively by one of slide rail 54 and one of them
One of end of polish-brush wheel 21 or lower polish-brush wheel 23 is connected；And in the 3rd whole brush configuration, each upper back pressure roller 24
Two ends are connected by a bearing block with the second end of elevating screw 55.
In use, when the thinner thickness of workpiece, drive upper polish-brush wheel 21 to decline by the first whole brush configuration, lead to
Crossing the second whole brush configuration drives lower polish-brush wheel 23 to rise.Also, by the 3rd whole brush configuration upper back pressure can also be driven to roll
Wheel 24 suitably declines to offset the deflection caused by abrasion, makes polish-brush wheel 21, lower polish-brush wheel 23 can be with workpiece table
Face keeps good engaging force, so that it is guaranteed that the quality of polish-brush processing, improves the operating efficiency of polish-brush processing.
Preferred embodiment of the present utility model is the foregoing is only, it is all at this not to limit the utility model
Any modifications, equivalent substitutions and improvements made within the spirit and principle of utility model etc., should be included in the utility model
Protection domain within.
Claims (10)
1. a kind of can eliminate the Plate grinder of hangover, it is characterised in that the Plate grinder includes：
Polish-brush wheel at least one, at least one the lower back pressing roller being arranged on below polish-brush wheel, at least one and lower back pressure
Lower polish-brush wheel that roller array is set and at least one the upper back pressure roller being arranged on above lower polish-brush wheel, and each go up polish-brush
Wheel and each lower polish-brush wheel are respectively driven with a driving motor to be connected；
Each upper polish-brush wheel and each lower polish-brush wheel are respectively provided with longitudinally reciprocating motion mechanism, and the longitudinally reciprocating motion mechanism includes：
Bearing block is equipped with the two ends of upper polish-brush wheel or lower polish-brush wheel, each bearing block is separately fixed on one piece of bearing (setting) plate,
The downside of every piece of bearing (setting) plate is fixedly linked with a slide, and each slide is slided with a longitudinally disposed slide rail respectively
It is dynamic to be connected；Reciprocating motion draw-gear for providing longitudinally reciprocal tractive force for upper polish-brush wheel or lower polish-brush wheel, the reciprocal fortune
A wherein end of the dynamic draw-gear respectively with upper polish-brush wheel or lower polish-brush wheel is connected.
2. the Plate grinder of hangover can be eliminated according to claim 1, it is characterised in that move back and forth draw-gear power to push away
Bar motor or connecting rod.
3. the Plate grinder of hangover can be eliminated according to claim 1, it is characterised in that moving back and forth draw-gear includes waving
Motor, the eccentric wheel being connected with the power transmission shaft of swing motor and connecting eccentric wheel wave set, this wave set and upper polish-brush wheel or
A wherein end for lower polish-brush wheel is connected.
4. the Plate grinder of hangover can be eliminated according to claim 3, it is characterised in that waved set by guide shaft and be fixed on
The bearing (setting) plate of a wherein end for polish-brush wheel or lower polish-brush wheel is connected.
5. the Plate grinder of hangover can be eliminated according to claim 3, it is characterised in that eccentric wheel is by bearing with waving set phase
Even, the inner ring of eccentric wheel and bearing coordinates, and waves the endoporus of set and is connected with the outer ring cooperation of bearing.
6. the Plate grinder of hangover can be eliminated according to claim 1, it is characterised in that the Plate grinder also includes being used for band respectively
Move all upper polish-brush wheel, all lower polish-brush wheels and all upper back pressure rollers are lifted on demand respectively first, second and the
Three whole brush configurations.
7. the Plate grinder of hangover can be eliminated according to claim 6, it is characterised in that the first whole brush configuration and the second whole brush
Structure has identical structure, including：It is connected respectively with polish-brush wheel on one of them or lower polish-brush wheel by an elevating screw
Multiple first worm screws, two ends of each first worm screw are respectively equipped with turbine, the outer spiral shell of the first end of each elevating screw
Line and screw-internal thread fit respectively with a turbine, and the second end of each elevating screw respectively with a slide rail stationary phase
Even；It is connected between all first worm screws being connected with upper polish-brush wheel or lower polish-brush wheel or upper back pressure roller by synchronizing wheel, and is set
Have wherein first worm screw be provided with the regulation controller for being used for driving the first worm screw to rotate.
8. the Plate grinder of hangover can be eliminated according to claim 7, it is characterised in that regulation controller is servomotor, should
Servomotor is connected with synchronizing wheel transmission；Or, regulation controller is the second worm screw that an end thread connects the first worm screw, should
Another end of second worm screw is provided with handwheel.
9. the Plate grinder of hangover can be eliminated according to claim 7, it is characterised in that elevating screw be set in lifting guide bracket it
In, the lifting guide bracket is fixed on the casing of Plate grinder.
10. the Plate grinder of hangover can be eliminated according to claim 1-9 any one, it is characterised in that each upper polish-brush wheel
Top be equipped with jet pipe, be each equipped with lower jet pipe below lower polish-brush wheel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720149372.XU CN206455494U (en) | 2017-02-19 | 2017-02-19 | The Plate grinder of hangover can be eliminated |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720149372.XU CN206455494U (en) | 2017-02-19 | 2017-02-19 | The Plate grinder of hangover can be eliminated |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206455494U true CN206455494U (en) | 2017-09-01 |
Family
ID=59691354
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720149372.XU Withdrawn - After Issue CN206455494U (en) | 2017-02-19 | 2017-02-19 | The Plate grinder of hangover can be eliminated |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206455494U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106625068A (en) * | 2017-02-19 | 2017-05-10 | 熊菊莲 | Plate polisher capable of eliminating trailing |
-
2017
- 2017-02-19 CN CN201720149372.XU patent/CN206455494U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106625068A (en) * | 2017-02-19 | 2017-05-10 | 熊菊莲 | Plate polisher capable of eliminating trailing |
| CN106625068B (en) * | 2017-02-19 | 2019-06-11 | 吴朝晖 | The Plate grinder of hangover can be eliminated |
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