CN207593508U - Intelligent multiplexing section curved surface polishing machine - Google Patents
Intelligent multiplexing section curved surface polishing machine Download PDFInfo
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- CN207593508U CN207593508U CN201720985423.2U CN201720985423U CN207593508U CN 207593508 U CN207593508 U CN 207593508U CN 201720985423 U CN201720985423 U CN 201720985423U CN 207593508 U CN207593508 U CN 207593508U
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Abstract
The utility model discloses a kind of intelligent multiplexing section curved surface polishing machine, including：Scratch diskette, the first transmission component, the second transmission component and several rotation control stop devices；First transmission component is arranged on the bottom of scratch diskette, and first transmission component drives scratch diskette around scratch diskette axis rotation；The upper surface of the scratch diskette is surrounded by several rotation components, and second transmission component passes through the second transmission component that scratch diskette is connect with rotation component, and second transmission component drives rotation component around the axis rotation of itself；Several rotation control stop devices are separately positioned on the second transmission component, are opened rotation control stop device control targe rotation component and are stopped operating.The utility model in a manner that rotation adds revolution, can realize that the multiplexing section of multistage rotation and product is processed simultaneously；The utility model can securely adsorb workpiece in work pieces process and realize in the case where not influencing the processing of other rotation components, and target rotation component control is stopped, and improve work pieces process efficiency.
Description
Technical field
The utility model is related to burnishing device field more particularly to a kind of intelligent multiplexing section curved surface polishing machines.
Background technology
Polishing refers to the method using machinery, chemistry or electricity, reduces workpiece surface roughness, with obtain it is bright,
The processing method of flat surface modifies workpiece surface using polishing tool and frosted particle or other polishing mediums
Processing method.When workpiece is placed on progress polishing operation on workbench, the curved surface polishing to ensure workpiece is uniform, generally by workbench
It is set as rotary table.
Existing burnishing device has the following disadvantages：
1st, existing burnishing device production efficiency is low, including the single workbench around Pivot Point Center rotation, can only realize
Single group workpiece polishes.However, existing polishing operation is generally ground workpiece by more than two multiple workshop sections, it is single
It can not realize that the more work(sections of workpiece operate simultaneously in the same period from the burnishing device of revolving worktable, when leading to burnishing device unit
Interior inefficiency, this causes larger limitation to the raising of the polishing efficiency of workpiece；
2nd, separately there is a kind of burnishing device that multi-group workpiece processing can be achieved at the same time, include on the workbench of burnishing device multigroup
Around the turntable of Pivot Point Center rotation, multigroup turntable is had the following disadvantages by same driving device unified driving, this driving device；
(1) turntable in the existing burnishing device that multi-group workpiece processing can be achieved at the same time is set generally about driving device
Put, the position that turntable is arranged on the table is limited, to realize that multiple workpiece are processed simultaneously, can only increase the diameter of workbench with
Increase turntable.However, limited by self structure, increased turntable limited amount on workbench, in addition, increase workbench
Diameter can occupy the land used of workshop；
(2) it is existing to can be achieved at the same time in multi-group workpiece burnishing device, due to multigroup turntable by unified driving device drive,
Turntable on workbench can only drive or stop simultaneously, when needing to the processing of single workpiece emergency stop, pickup, need multigroup turn
The same emergency stop of disk, will certainly reduce processing efficiency, influence processing effect in this way；
(3) workbench of existing burnishing device cannot rotate, and when being processed to workpiece, need before going to each turntable surface
The various operations such as pickup are carried out, cause production inconvenience, the labor intensity of the producer is increased, reduces production efficiency；
3rd, the existing burnishing device that multi-group workpiece processing can be achieved at the same time can not adsorb, consolidate workpiece to be processed, make
Into in polishing process, workpiece is also easy to produce sliding on operation console, and the polished surface of defective work piece influences production efficiency, damage
Product quality reduces product yield.
It 4th, can not be real to the single group turntable on workbench in the existing burnishing device that multi-group workpiece processing can be achieved at the same time
Now control stops, this is also that the existing burnishing device that multi-group workpiece processing can be achieved at the same time can not realize the weight stopped to single group turntable control
Want one of reason.
Therefore, the prior art is defective, needs to improve.
Utility model content
The purpose of the utility model is to overcome the deficiencies in the prior art, provide a kind of intelligent multiplexing section curved surface polishing machine.
The technical solution of the utility model is as follows：A kind of intelligence multiplexing section curved surface polishing machine, including：Scratch diskette, first pass
Dynamic component, the second transmission component and several rotation control stop devices；First transmission component is arranged on the bottom of scratch diskette, described
First transmission component drives scratch diskette around scratch diskette axis rotation；The upper surface of the scratch diskette is surrounded by several rotation groups
Part, second transmission component pass through the second transmission component that scratch diskette is connect with rotation component, the second transmission component band
Dynamic rotation component is around the axis rotation of rotation component；If it is described it is several rotation control stop device be separately positioned on the second transmission component with
On the position of dry rotation component connection, open rotation control stop device control targe rotation component and stop operating.
Further, first transmission component includes：First motor and center driving axis, the one of the center driving axis
End connection scratch diskette；The center driving axis is equipped with the gear being mutually twisted with the output gear of the first motor；Described first
Motor drives center driving shaft rotation to move, and is rotated so as to drive with the scratch diskette of center driving axis connection.
Further, second transmission component includes：Second motor, center driving disk and several detachable main shafts；
Several detachable main shafts are each passed through scratch diskette and are connect with rotation component, the center driving disc spacing pressing respectively with it is detachable
Main shaft connects, and the center driving disc spacing pressing is also connected with the second motor；Second motor drives the rotation of center driving disk, drive with
Several detachable main axis of second motor connection, so as to which rotation component be driven to rotate；The rotation control stop device difference
It is arranged on detachable main shaft.
Further, the center driving axis is arranged on the center below operation panel, the lower end of center driving axis be equipped with
What the output gear of the first motor was mutually twisted horizontally rotates gear；The center driving disk is nested in center driving axis periphery；
Swivel bearing is additionally provided between the center driving disk and center driving axis, the center driving disk is in the drive of the second motor
Under, around the axle center rotation of center driving axis.
Further, the upper/lower terminal of the center driving disk is respectively equipped with the gear horizontally rotated, the center driving
Gear below disk is engaged with the output gear of the second motor, and the gear above the center driving disk separates respectively with several
Formula main shaft connects.
Further, the rotation component includes：Column type transmission gear and several disk transmission gears；The cylinder
Formula transmission gear is hollow cylindrical, and the edge of the upper end edge cylinder profile of column type transmission gear is convex equipped with neatly arranging
Tooth, several disk transmission gears are arranged in column type transmission gear, the flank of tooth of several disk transmission gear sides
It is mutually twisted, and the flank of tooth of disk transmission gear side and the double wedge of the upper end of column type transmission gear are mutually twisted, the circle
When pillar transmission gear rotates, disk transmission gear rotation is driven.
Further, the rotation component further includes vacuum cup, fixed plate and work pieces process disk, the disk driving cog
It takes turns bottom and is equipped with hollow work pieces process disk main shaft；Vacuum cup is arranged in column type transmission gear, the fixed plate setting
Above vacuum cup, the bottom of the work pieces process disk main shaft is connect across fixed plate with vacuum cup, the disk transmission
Gear is equipped with corresponding through-hole；The work pieces process disk is arranged on each disk transmission gear, on the work pieces process disk
Equipped with through-hole corresponding with disk transmission gear.
Further, if the polishing machine further includes several vacuum suction devices and dry vacuum conversion equipment；It is described several
The pump-line of vacuum suction device is connect respectively with rotation component, and the vacuum conversion equipment is separately positioned on vacuum suction dress
It puts.
Further, the vacuum suction device is separately positioned on work tray bottom, and the detachable main shaft is top
The hollow structure of vacuum cup is connected, the center driving axis is hollow structure；The vacuum suction device passes through pump-line
The hollow structure with the hollow structure of detachable main shaft and center driving axis is connect respectively.
Further, the polishing machine further includes several polish brushes being separately positioned on rotation component, the polishing
Brush includes line brush and/or round brush；The round brush includes：Round brush rack, several round brush motors being arranged in round brush rack and
Several rollers side by side being arranged below rack, round brush motor drive roller to rotate by belt；The line brush includes：Line brush
Rack, if several brushs side by side for setting main line brush motor in online brush rack and being arranged below rack, line brush electricity
The output axis connection brush of machine simultaneously drives brush to rotate.
Using the above scheme, the beneficial effects of the utility model：
1st, the utility model can be realized multistage rotation, increase workpiece on same scratch diskette in a manner that rotation adds revolution
The quantity of disk is processed, improves work pieces process efficiency.
During the utility model operation, start the first transmission component and the second transmission component, the first transmission component drives work
Coil the axle center revolution of scratch diskette.Simultaneously, the second transmission component drives the column type transmission gear in rotation component around certainly
The axle center rotation of body.Further, the pillar transmission gear rotation in rotation component drives disk transmission gear to be driven around disk
Gear axis rotation.Since the utility model is driven by the way of Multi-stage transmission, the quantity of rotation component and work pieces process is not
It is architectural limitation, it can need to increase work pieces process disk as needed.
2nd, the utility model can securely adsorb workpiece to be processed.
During the utility model operation, the air in work pieces process disk main shaft is aspirated by vacuum cup, using pressure by work
Part is firmly adsorbed on work pieces process disk, is avoided in polishing process, and workpiece is also easy to produce sliding on operation console, and defective work piece is treated
Polished surface influences production efficiency, damages product quality, reduces product yield.
3rd, the utility model can realize that the multiplexing section of product is processed simultaneously.
The utility model includes multigroup rotation component, can process multi-group workpiece simultaneously.During the utility model operation, it can coordinate
The operation simultaneously of the burnishing device of different phase.When completing a phase polish operation, the first transmission component drive scratch diskette around
Workpiece is gone to the position of next burnishing device by axle center rotation, carries out the polishing operation of next stage.
4th, the utility model can realize that the control of single group rotation component stops, and improve working efficiency.
When needing to single group rotation component pickup, the first transmission component can be started simultaneously, scratch diskette rotation is driven, by mesh
Mark rotation component is gone in face of operating personnel.Start the control stop device being mounted on target rotation component to realize to single rotation group
The control of part stops, and after closing vacuum suction device, can remove workpiece.After closing control stop device, start vacuum suction device, target
Rotation component rotates again.When to the single group target rotation component control stopping time, the work of other single group rotation components is unaffected.
Description of the drawings
It in order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment
Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only
It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor
Under, other attached drawings can also be obtained according to the structure shown in these attached drawings.
Fig. 1 is the disassembly diagram of the utility model
Fig. 2 is the front view of the utility model part-structure；
Fig. 3 is the left view of the utility model part-structure；
Fig. 4 is the disassembly diagram of detachable main shaft in the utility model；
Fig. 5 is the disassembly diagram of vacuum suction device in the utility model；
Fig. 6 is the sectional view of vacuum suction device in the utility model；
Fig. 7 is the disassembly diagram of rotation component in the utility model；
Fig. 8 uses schematic diagram for the utility model.
The embodiments will be further described with reference to the accompanying drawings for the realization, functional characteristics and advantage of the utility model aim.
Specific embodiment
Below in conjunction with the drawings and specific embodiments, the utility model is described in detail.
Referring to figs. 1 to shown in Fig. 3, the utility model provides a kind of intelligent multiplexing section curved surface polishing machine, including：Stent 1 with
And it is arranged on scratch diskette 2, the first transmission component, the second transmission component and several rotation control stop devices 71 on stent 1；Described
One transmission component is arranged on the bottom of scratch diskette 2, and after starting the first transmission component, the first transmission component drives scratch diskette 2 around work
Make 2 axis rotation of disk.The upper surface of the scratch diskette 2 is surrounded by several rotation components 21, and second transmission component passes through
The second transmission component that scratch diskette 2 is connect with rotation component 21, after starting the second transmission component, the second transmission component drives rotation
Component 21 is around the axis rotation of rotation component 21.After starting the first transmission component and the second transmission component simultaneously, described first passes
When dynamic component drives scratch diskette 2 around axis rotation, so as to drive the rotation component 21 being arranged on scratch diskette 2 around scratch diskette 2
Axis rotation, while the second transmission component drives rotation component 21 around the axis rotation of itself.
If it is noted that is respectively arranged on the position that second transmission component is connect with several rotation components 21
Dry rotation control stop device 71.When the second transmission component drives rotation component 21 to open rotation around the axis rotation of rotation component 21
Control 71 control targe rotation component 21 of stop device stops operating；Several rotation control stop devices 71 are separately positioned on the second transmission
On component, open rotation control 71 control targe rotation component 21 of stop device and stop operating.
As a kind of embodiment, first transmission component includes：First motor 4 and center driving axis 3, the center pass
One end connection scratch diskette 2 of moving axis 3；The center driving axis 3 of first transmission component is arranged on the center below operation panel, in
The lower end of heart transmission shaft 3 is equipped with horizontally rotates gear with what the output gear of the first motor 4 was mutually twisted；First motor 4
Center driving axis 3 is driven to rotate, so as to which the scratch diskette 2 being connect with center driving axis 3 be driven to rotate.
Second transmission component is the transmission component for including one or more power plants：When the second transmission component includes
During multiple power plants, it can realize that the grouping to multigroup rotation component 21 is controlled by multiple power plants；When the second transmission group
When part only includes a power plant, multigroup 21 rotation operation of rotation component can be opened only by a power plant realization
Dynamic, control stops.
As a kind of embodiment, the second transmission component herein only includes a power plant, i.e. a motor.Described
Two transmission components include：Second motor 5, center driving disk 6 and several detachable main shafts 7；Several detachable main shafts 7
It is each passed through scratch diskette 2 to connect with rotation component 21, the center driving disc spacing pressing is connect respectively with detachable main shaft 7, in described
Heart driving disc spacing pressing is also connected with the second motor；Second motor 5 drives center driving disk 6 to rotate, and drive is connect with the second motor 5
Several detachable main shafts 7 rotate, so as to which rotation component 21 be driven to rotate；The rotation control stop device 71 is separately positioned on can
On separating main shaft 7.
Wherein, the center driving disk 6 is nested in 3 periphery of center driving axis；The upper/lower terminal of the center driving disk 6
The gear horizontally rotated is respectively equipped with, the gear of 6 lower end of center driving disk is engaged with the output gear of the second motor 5, institute
Face of gear of the gear of 6 upper end of center driving disk respectively with several detachable 7 sides of main shaft is stated mutually to be engaged.The center driving
Swivel bearing is additionally provided between disk 6 and center driving axis 3, the center driving disk 6 is under the drive of the second motor 5, in surrounding
The axle center rotation of heart transmission shaft 3；6 rotation of center driving disk drives detachable 7 detachable 7 rotation of main shaft of main shaft, so as to band
Dynamic 21 rotation of rotation component.
With reference to shown in Fig. 4, as a kind of embodiment, detachable main shaft 7 herein includes shaft 710, grafting gear
720th, separation block 730, opening linear bearing 740, clutch shaft bearing 750 and fixing nut, wherein, it is offered on grafting gear 720
It is driven through-hole 7210；Clutch shaft bearing 750 is fixed in shaft 710.710 bottom end of shaft is spirally connected with fixing nut, and opening is straight
Spool holds 740 and is slidably arranged in shaft 710, and between clutch shaft bearing 750 and fixing nut, and grafting gear 720 is fixed
On clutch shaft bearing 750, separation block 730 is fixed on the periphery of opening linear bearing 740；730 inner surface of separation block offer with
Be open 740 matched slot 7310 of linear bearing, and opening linear bearing 740 is located in slot 7310, right on 7310 inner wall of slot
The aperture position of linear bearing 740 of should being open offers sliding slot 7311, and 7210 phase of through-hole is provided with and be driven on separation block 730
The transmission component 7320 matched；Corresponding with sliding slot 7311 and matched driving key 7110 is provided in shaft 710.Separation block 730
It is connect by slot 7310 with opening linear bearing 740, opening linear bearing 740 is embedded by the notch of 7310 lower end of slot
Enter, abutted with the notch of 7310 upper end of slot.
With continued reference to shown in Fig. 1 to Fig. 3, wherein, center driving disk 6 is driven with the intermeshing of grafting gear 720, by
It is inserted into the transmission through-hole 7210 of grafting gear 720 in the transmission component 7320 on separation block 730, is revolved by grafting gear 720
Separation block 730 is driven to rotate when turning.The sliding slot 7311 to disseat on 730 is clamped driving key 7110, and control separation block 730 drives shaft
710 rotate and stop its rotation.The shaft 710 of detachable main shaft 7 is connect with the bottom of rotation component 721 at this time, it can be real
Existing center driving disk 76, which rotates, drives rotation component 21 to rotate.
With reference to shown in Fig. 7, when needing to realize target rotation 21 stop of component, by applying one on separation block 730
Lower pressure makes separation block 730 simultaneously switch off the connection with grafting gear 720 and shaft 710, it is achieved thereby that grafting gear 720
When being rotated further, shaft 10 stops operating.The rotation control stop device 71 is real by controlling moving up and down for separation block 730
Show pair stop for rotation component 21 being connect with detachable main shaft 7, so as to improve working efficiency, reduce job costs.
The rotation component 21 includes：Column type transmission gear 211, several disk transmission gears 214 and work pieces process disk
214；The column type transmission gear 211 be hollow cylindrical, the edge of the upper end edge cylinder profile of column type transmission gear 211
Equipped with the double wedge neatly arranged, several disk transmission gears 214 are arranged in column type transmission gear 211, described several
The double wedge of 214 side of disk transmission gear is mutually twisted, and the double wedge of 214 side of disk transmission gear and column type transmission gear
The double wedge of 211 upper end is mutually twisted, and when the column type transmission gear 211 rotates, drives 214 rotation of disk transmission gear,
The work pieces process disk 214 is equipped with and 214 corresponding through-hole of disk transmission gear.As a kind of embodiment, the rotation group
Part 21 includes：Three 214, three, work pieces process disk, 214 main shafts of work pieces process disk of disk transmission gear 214, three.
It will be further appreciated that if the polishing machine further includes several vacuum suction devices 8 and dry vacuum conversion equipment 81；
The pump-line of several vacuum suction devices 8 is connect respectively with rotation component 21, and the vacuum conversion equipment 81 is set respectively
It puts on vacuum suction device 8.As a kind of embodiment, the vacuum suction device 8 is separately positioned on 2 bottom of scratch diskette, institute
Detachable main shaft 7 is stated as hollow structure, the center driving axis 3 is hollow structure；The vacuum suction device 8 passes through pumping
Hollow structure of the pipeline respectively with the hollow structure of detachable main shaft 7 and center driving axis 3 is connect.
The rotation component 21 further includes vacuum cup 212 and fixed plate 213, and 214 bottom of disk transmission gear is set
There is hollow work pieces process disk main shaft；Vacuum cup 212 is arranged in column type transmission gear 211, and the fixed plate 213 is set
Above vacuum cup 212, the bottom of the work pieces process disk main shaft is connect across fixed plate 213 with vacuum cup 212, described
Disk transmission gear 214 is equipped with corresponding through-hole.The vacuum cup 212 is arranged on the top of detachable main shaft 7, vacuum
The stomata of sucker 212 is connect with the hollow structure of detachable main shaft 7, so as to be connect with the aspirating hole of vacuum suction device 8.
With reference to shown in Fig. 5 to Fig. 6, the vacuum suction device 8 includes housing 810, seal assembly 820, oil sealing 830, lives
Plug assembly, the first fixing nut 840 and spring assembly 850 offer vacuum chamber 8110 and sorption channel 8120 in housing 810,
Sorption channel 8120 is connected with the middle part of vacuum chamber 8110, and sorption channel 8120 is used to connect with the adsorption hole that external vacuum is adsorbed
It is logical；Seal assembly 820 is fixedly connected on an openend of vacuum chamber 8110, and seal assembly 820 is used for the pipeline with detaching device
Connection.Oil sealing 830 is fixedly connected on another openend of vacuum chamber 8110, and oil sealing 830 is used to prevent silt, dust, aqueous vapor etc.
From in outer intrusion vacuum chamber 8110, and further strengthen sealing performance.Piston component includes piston head 8610 and piston rod 8620,
Piston head 8610 is set in vacuum chamber 8110, and 8620 one end of piston rod is connect, and piston across oil sealing 830 with piston head 8610
An inlet channel 8621 is offered on bar 8620；First fixing nut 840 is threadingly attached to piston rod 8620 far from piston
First 8610 one end；Spring assembly 850 is sheathed on piston rod 8620, and positioned at 830 and first fixing nut 840 of oil sealing it
Between.Wherein, inlet channel 8621 is located at 8620 middle part of piston rod, and wherein one opening of inlet channel 8621 is located at piston rod 8620
Close to the top of 840 one end of the first fixing nut, another opening is located on the side wall of 8610 one end of piston head, such air inlet
The air-flow of channel 8621 is separated in vacuum chamber 8110 by piston head 8610.The vacuum conversion equipment 81 is by controlling piston head
8610 control the open close of 8 gas circuits of vacuum suction device, so as to fulfill the gas of rotation component 21 being connect with vacuum conversion equipment 81
The section on road is led to.
The polishing machine further includes several polish brushes 9 being separately positioned on rotation component, the polish brush 9 include but
It is not limited to line brush and/or round brush.Each polish brush 9 is correspondingly placed at the top of a rotation component 21, corresponding to complete a work
The polishing process of position, the utility model can the different types of polish brush 9 of simultaneous selection as needed, so as to fulfill the same time
Section, the rotation component 21 of different station complete different polishing processes.
As a kind of embodiment, the round brush includes：Round brush rack, several round brush motors being arranged in round brush rack,
And several rollers side by side below rack are arranged on, round brush motor drives roller to rotate by belt；The line brush includes：
Line brush rack, if several brushs side by side for setting main line brush motor in online brush rack and being arranged below rack, line
The output axis connection brush of brush motor simultaneously drives brush to rotate.
As a kind of embodiment, there are five the rotation components 21 on the scratch diskette 2, is respectively uniformly distributed in scratch diskette 2
The surrounding of upper surface；Correspondingly, the second transmission component detachable main shaft 7 containing there are five, is correspondingly arranged at five rotations respectively
The lower section of component 21.There are five the vacuum suction devices 8, respectively with five detachable 7 one-to-one connections of main shaft.The rolling
Brush contains 2 groups containing one group and line brush, is separately positioned on the top of 3 21 stations of rotation component.
With reference to shown in Fig. 8, utility model works principle：
During utility model works, first start the second transmission component, drive rotation component 21 around Pivot Point Center rotation, rotation
Column type transmission gear 211 drives disk transmission gear 214 around the 214 Pivot Point Center rotation of disk transmission gear in component 21.Work
When part is processed, first workpiece is individually positioned in each work pieces process disk 214, workpiece is interior with disk in work pieces process disk 214
Transmission gear 214 is around Pivot Point Center rotation.Start vacuum suction device 8, added absorption of workpieces in workpiece by vacuum cup 212
In work disk 214.At this point, burnishing device can be coordinated to be processed workpiece.It is noted that different rotation components 21 can match
It closes different types of burnishing device to be polished workpiece, realizes more work(sections processing to product.
When needing to single group rotation 21 pickup of component, the first transmission component can be started simultaneously, scratch diskette 2 is driven to rotate,
Target rotation component 21 is gone in face of operating personnel.Start the control stop device being mounted on target rotation component 21 to realize to list
The control of a rotation component 21 stops, and after closing vacuum suction device 8, can remove workpiece.After closing control stop device, start vacuum and take out
Device of air 8, target rotation component 21 rotate again.
The beneficial effects of the utility model：
1st, the utility model can be realized multistage rotation, increase workpiece on same scratch diskette 2 in a manner that rotation adds revolution
The quantity of disk 214 is processed, improves work pieces process efficiency.
During the utility model operation, start the first transmission component and the second transmission component, the first transmission component drives work
Disk 2 revolves round the sun around the axle center of scratch diskette 2.Simultaneously, the second transmission component drives the column type transmission gear in rotation component 21
211 around the axle center rotation of itself.Further, the pillar transmission gear rotation in rotation component 21 drives disk transmission gear
214 around the 214 axle center rotation of disk transmission gear.Since the utility model is driven by the way of Multi-stage transmission, rotation component 21
It is without architectural limitation with the quantity of work pieces process, it can need to increase work pieces process disk 214 as needed.
2nd, the utility model can securely adsorb workpiece to be processed.
During the utility model operation, the air in 214 main shaft of work pieces process disk is aspirated by vacuum cup 212, utilizes pressure
Good general's workpiece is firmly adsorbed on work pieces process disk 214, is avoided in polishing process, and workpiece is also easy to produce sliding on operation console, damage
The polished surface of bad workpiece influences production efficiency, damages product quality, reduces product yield.
3rd, the utility model can realize that the multiplexing section of product is processed simultaneously.
The utility model includes multigroup rotation component 21, can process multi-group workpiece simultaneously.During the utility model operation, it can match
Close the operation simultaneously of polish brush 9 of different phase.When completing a phase polish operation, the first transmission component drives scratch diskette 2
Around axle center rotation, workpiece is gone to the position of next polish brush 9, carries out the polishing operation of next stage.In embodiment, round brush
The top of scratch diskette 2 is arranged on flat brush, and is simultaneously operable, after the completion of the polishing operation in a stage, rotation work disk 2
Convert the station of rotation component.
4th, the utility model can realize that the control of single group rotation component 21 stops, and improve working efficiency.
When needing to single group rotation 21 pickup of component, the first transmission component can be started simultaneously, scratch diskette 2 is driven to rotate,
Target rotation component 21 is gone in face of operating personnel.Start the control stop device being mounted on target rotation component 21 to realize to list
The control of a rotation component 21 stops, and after closing vacuum suction device 8, can remove workpiece.After closing control stop device, start vacuum and take out
Device of air 8, target rotation component 21 rotate again.When to the control stopping time of single group target rotation component 21, other single group rotation components
21 work is unaffected.
The above is only the preferred embodiments of the present utility model only, is not intended to limit the utility model, all in this practicality
All any modification, equivalent and improvement made within novel spirit and principle etc., should be included in the guarantor of the utility model
Within the scope of shield.
Claims (10)
1. a kind of intelligence multiplexing section curved surface polishing machine, which is characterized in that including：Scratch diskette, the first transmission component, the second transmission group
Part and several rotation control stop devices；First transmission component is arranged on the bottom of scratch diskette, and first transmission component drives
Scratch diskette is around scratch diskette axis rotation；The upper surface of the scratch diskette is surrounded by several rotation components, second transmission group
Part passes through the second transmission component that scratch diskette is connect with rotation component, and second transmission component drives rotation component around rotation group
The axis rotation of part；Several rotation control stop devices are separately positioned on the position that the second transmission component is connect with several rotation components
It puts, opens rotation control stop device control targe rotation component and stop operating.
2. intelligence multiplexing section curved surface polishing machine according to claim 1, which is characterized in that the first transmission component packet
It includes：First motor and center driving axis, one end connection scratch diskette of the center driving axis；The center driving axis be equipped with
The gear that the output gear of first motor is mutually twisted；First motor drives center driving shaft rotation to move, so as to drive in
The scratch diskette rotation of heart transmission axis connection.
3. intelligence multiplexing section curved surface polishing machine according to claim 1, which is characterized in that the second transmission component packet
It includes：Second motor, center driving disk and several detachable main shafts；Several detachable main shafts be each passed through scratch diskette with
Rotation component connects, and the center driving disc spacing pressing connect respectively with detachable main shaft, the center driving disc spacing pressing also with the second motor
Connection；Second motor drives the rotation of center driving disk, drives several detachable main axis being connect with the second motor,
So as to which rotation component be driven to rotate；The rotation control stop device is separately positioned on detachable main shaft.
4. the intelligent multiplexing section curved surface polishing machine according to Claims 2 or 3, which is characterized in that the center driving axis is set
The center below operation panel is put, the lower end of center driving axis is equipped with the level being mutually twisted with the output gear of the first motor and turns
Moving gear；The center driving disk is nested in center driving axis periphery；It is also set between the center driving disk and center driving axis
There is swivel bearing, the center driving disk is under the drive of the second motor, around the axle center rotation of center driving axis.
5. intelligence multiplexing section curved surface polishing machine according to claim 4, which is characterized in that the center driving disk it is upper,
Lower both ends are respectively equipped with the gear horizontally rotated, and the output gear of gear and the second motor below the center driving disk is stung
It closes, the gear above the center driving disk is connect respectively with several detachable main shafts.
6. intelligence multiplexing section curved surface polishing machine according to claim 1, which is characterized in that the rotation component includes：Circle
Pillar transmission gear and several disk transmission gears；The column type transmission gear be hollow cylindrical, column type driving cog
The edge of the upper end edge cylinder profile of wheel is equipped with the double wedge neatly arranged, and several disk transmission gears are arranged on column type biography
In moving gear, the flank of tooth of several disk transmission gear sides is mutually twisted, and the flank of tooth and circle of disk transmission gear side
The double wedge of the upper end of pillar transmission gear is mutually twisted, and when the column type transmission gear rotates, drives disk transmission gear certainly
Turn.
7. intelligence multiplexing section curved surface polishing machine according to claim 6, which is characterized in that the rotation component further includes very
Suction disk, fixed plate and work pieces process disk, the disk transmission gear bottom are equipped with hollow work pieces process disk main shaft；Vacuum is inhaled
Disk is arranged in column type transmission gear, and the fixed plate is arranged on above vacuum cup, the bottom of the work pieces process disk main shaft
Portion is connect across fixed plate with vacuum cup, and the disk transmission gear is equipped with corresponding through-hole；The work pieces process disk is set
It puts on each disk transmission gear, the work pieces process disk is equipped with through-hole corresponding with disk transmission gear.
8. intelligence multiplexing section curved surface polishing machine according to claim 5, which is characterized in that the polishing machine further includes several
If vacuum suction device and dry vacuum conversion equipment；The pump-line of several vacuum suction devices connects respectively with rotation component
It connects, the vacuum conversion equipment is separately positioned on vacuum suction device.
9. intelligence multiplexing section curved surface polishing machine according to claim 8, which is characterized in that the vacuum suction device difference
Work tray bottom is arranged on, the detachable main shaft connects the hollow structure of vacuum cup, the center driving axis for top
For hollow structure；The vacuum suction device is passed by pump-line with the hollow structure of detachable main shaft and center respectively
The hollow structure connection of moving axis.
10. intelligence multiplexing section curved surface polishing machine according to claim 1, which is characterized in that the polishing machine further includes point
Several polish brushes not being arranged on rotation component, the polish brush include line brush and/or round brush；The round brush includes：Rolling
Brush rack, several round brush motors being arranged in round brush rack and several rollers side by side being arranged below rack, round brush
Motor drives roller to rotate by belt；The line brush includes：Line brush rack, if setting the main line brush electricity in online brush rack
Machine and several brushs side by side being arranged below rack, the output axis connection brush of line brush motor simultaneously drive brush to rotate.
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| CN201720985423.2U CN207593508U (en) | 2017-08-08 | 2017-08-08 | Intelligent multiplexing section curved surface polishing machine |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201720985423.2U CN207593508U (en) | 2017-08-08 | 2017-08-08 | Intelligent multiplexing section curved surface polishing machine |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109571221A (en) * | 2018-12-11 | 2019-04-05 | 苏州威驰电子有限公司 | A kind of automatic polishing machine |
| CN110239121A (en) * | 2019-06-30 | 2019-09-17 | 温州艾特科智能科技有限公司 | A kind of eyeglass injection molding cutting equipment |
| CN110480960A (en) * | 2019-08-19 | 2019-11-22 | 广东益佳光学科技有限公司 | A kind of rotary clamp and the eyeglass mouth of a river device for excising with rotary clamp |
-
2017
- 2017-08-08 CN CN201720985423.2U patent/CN207593508U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109571221A (en) * | 2018-12-11 | 2019-04-05 | 苏州威驰电子有限公司 | A kind of automatic polishing machine |
| CN110239121A (en) * | 2019-06-30 | 2019-09-17 | 温州艾特科智能科技有限公司 | A kind of eyeglass injection molding cutting equipment |
| CN110480960A (en) * | 2019-08-19 | 2019-11-22 | 广东益佳光学科技有限公司 | A kind of rotary clamp and the eyeglass mouth of a river device for excising with rotary clamp |
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