CN208629183U - Vertical wheel disc burnishing device based on force flow fluid - Google Patents
Vertical wheel disc burnishing device based on force flow fluid Download PDFInfo
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- CN208629183U CN208629183U CN201820779362.9U CN201820779362U CN208629183U CN 208629183 U CN208629183 U CN 208629183U CN 201820779362 U CN201820779362 U CN 201820779362U CN 208629183 U CN208629183 U CN 208629183U
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Abstract
The utility model relates to the vertical wheel disc burnishing device based on force flow fluid, including pedestal, pedestal is equipped with polishing trough, is equipped with polishing system in polishing trough；The polishing system includes hollow shaft, the revolution wheel disc rotated together in hollow shaft rotation with hollow shaft there are two being set on hollow shaft, at least one is equipped between two revolution wheel discs can be relative to revolution wheel disc rotation and when revolving wheel disc rotation with the axis of rotation of revolution wheel disc revolution, and the axis of rotation is equipped with work piece holder；The hollow shaft is driven by revoluting motor；The axis of rotation is driven by spinning motor.The utility model passes through the polishing system of the setting particular configuration in polishing trough based on the vertical wheel disc burnishing device of force flow fluid, the more axis of rotation can be set between two revolution wheel discs, it can be with the multiple workpiece of clamping on the every axis of rotation, efficient, high manufacturing accuracy can be carried out to multiple workpiece simultaneously to polish, and various face type workpiece can be polished, it is applied widely, particularly suitable for empty class workpiece in processing.
Description
Technical field
The utility model relates to precision/Ultraprecision Machinings, and in particular to the vertical wheel disc based on force flow fluid is thrown
Electro-optical device.
Background technique
With the fast development of modern science and technology, people are to the processing quality of product, machining accuracy, processing cost and add
The requirement of work efficiency rate is higher and higher, while also proposed certain requirement to environmental protection.Nowadays some advanced ultraprecises
Polishing technology, such as magnetic field assist polishing, electric field-assisted polishing, elastic emission machining, chemically mechanical polishing to have become and surpassed
The important processing method of accurate smooth surface.
Magnetic field auxiliary polishing method is to make magnetic fluid that abrasive grain be driven to apply pressure to workpiece using the power in control magnetic field, from
And obtain the polishing method of high form accuracy, great surface quality, mainly include magnetic abrasive grain processing, magnetic it is floating polishing and it is magnetorheological
Polishing.Magnetorheological Polishing have processing efficiency it is higher (processing typical material such as optical glass when material removing rate be 10 μm/
Min), the advantages that machined surface quality is high, material removal behavior is constant, machining chips remove in real time.But Magnetorheological Polishing skill
The comparison of the machining medium (magnetic abrasive grain, magnetcisuspension supernatant liquid and magnetorheological fluid) of art is complicated, higher operating costs, and processing is set
It is standby to need more complicated magnetic auxiliary device, constrain the application of this processing method.Electrobrightening and electrorheological fluid-assisted polishing are electricity
Common processing method in the auxiliary polishing of field, electrobrightening are caused greatly using electrolyte in workpiece surface boss current density
The faster principle of dissolving metal；Electrorheological fluid-assisted polishing is to be polished using ER fluid to workpiece, with additional in polishing process
The viscosity of the increase ER fluid of electric field strength increases, and abrasive grain is collected near needle electrode, forms flexible polishing tool.Mesh
Before, in the preparation of metallographic sample, the finishing of metal and metal surface quality height is required to lead with the high processing of surface roughness
Domain, electrobrightening are widely used, but this polishing method can be only applied to certain metal works, while need one
Electrolysis unit is covered, and the Cr VI in electrolyte can cause very big influence to environment.Abrasive Flow polishing is by being loaded with abrasive material
Glutinous body iterate through workpiece surface under stress and realize polishing, need complicated abrasive Flow moving system, and work
Part polishing efficiency is lower.
Polishing fluid and workpiece contact portion point, because of the effect by power, rheological behavior can change, and throw in contact range
The viscosity of light liquid increases, and enhances the holding power of abrasive grain, the abrasive grain in polishing fluid with polishing action generates micro-cutting to workpiece
The removal of workpiece surface micro-bulge material is realized in effect, so as to realize to the precise polished of workpiece surface.But currently,
Still lack a kind of vertical wheel disc polishing dress high in machining efficiency, applied widely, apparatus structure is simply based on force flow fluid
It sets.
In conclusion existing process equipment process is complicated, equipment cost is high, and be difficult to meet workpiece efficiently,
The polishing requirement of high quality, low cost, low pollution.
Utility model content
To overcome the above-mentioned deficiency in the presence of the prior art, the utility model provides a kind of based on force flow fluid
Vertical wheel disc burnishing device.The vertical wheel disc burnishing device based on force flow fluid of the utility model is high in machining efficiency, applicable
Range is wide, and apparatus structure is simple.
Technical solutions of the utility model: the vertical wheel disc burnishing device based on force flow fluid, including pedestal are set on pedestal
There is polishing trough, is equipped with polishing system in polishing trough；The polishing system includes hollow shaft, is set on hollow shaft there are two in hollow shaft
The revolution wheel disc rotated together when rotation with hollow shaft, be equipped between two revolution wheel discs at least one can opposite revolution wheel disc from
Turn and when revolving wheel disc rotation with the axis of rotation of revolution wheel disc revolution, the axis of rotation is equipped with work piece holder；The hollow shaft by
Revoluting motor driving；The axis of rotation is driven by spinning motor.
Compared with prior art, the utility model based on the vertical wheel disc burnishing device of force flow fluid by polishing
The polishing system of particular configuration is set in slot, the more axis of rotation can be set between two revolution wheel discs, it can on the every axis of rotation
With the multiple workpiece of clamping, efficient, high manufacturing accuracy can be carried out to multiple workpiece simultaneously and polished, and various face type works can be polished
Part, such as plane, cambered surface, spherical surface or complex-curved, it is applied widely, particularly suitable for empty class workpiece in processing.
As optimization, for convenience of dismounting, in the vertical wheel disc burnishing device above-mentioned based on force flow fluid, the rotation
Axis includes the first shaft part being disposed therein on a revolution wheel disc, and the second shaft part on another revolution wheel disc is arranged in, with
And both ends respectively with the first shaft part and the removable workpiece spindle coupled of the second shaft part；The work piece holder is mounted on workpiece spindle；Institute
It states spinning motor and the first shaft part is sequentially connected.Further, the both ends of the workpiece spindle respectively with the first shaft part and the second shaft part
It is connected by holding screw.
As optimization, in the vertical wheel disc burnishing device above-mentioned based on force flow fluid, the revoluting motor passes through public affairs
Turn retarder and the hollow shaft is sequentially connected；The spinning motor pass sequentially through rotation retarder, driving gear, integrated wheel,
Rotation driven wheel and the axis of rotation are sequentially connected；The integrated wheel and the concentric setting of the revolution wheel disc, by driven tooth
Wheel and rotation driving wheel two parts are constituted；The driving gear is meshed with the driven gear, the rotation driving wheel and institute
Rotation driven wheel 21 is stated to be meshed.The specific structure makes compact integral structure, occupies little space, and is conducive to promote, and advantageous
In control manufacturing cost.
As optimization, the vertical wheel disc burnishing device above-mentioned based on force flow fluid further includes console；The revolution
The revolving speed of motor and spinning motor is controlled by console.Console make the utility model burnishing device control it is simpler,
It is convenient.
As optimization, in the vertical wheel disc burnishing device above-mentioned based on force flow fluid, the two sides point of the polishing trough
Not She You a fluid infusion pond, polishing trough and fluid infusion pond be connected by upper and lower two polishing fluid channels, formed fluid infusion water charging system.
In process, fluid infusion pond can carry out supplement polishing fluid to polishing trough in real time, and the polishing fluid moisture loss in fluid infusion pond arrives
When to a certain degree, the polishing fluid in fluid infusion and polishing trough can be made to be maintained at optimum state toward fluid infusion Chi Jiashui, guarantee polishing effect
Rate and quality.The top in the fluid infusion pond is equipped with water supply pipe；When needing moisturizing, moisturizing is carried out to fluid infusion pond using water supply pipe,
It is simple, convenient.
As optimization, in the vertical wheel disc burnishing device above-mentioned based on force flow fluid, the polishing trough and fluid infusion pond
Bottom be in arc-shaped.To make polishing fluid be fully used, while preventing not the flowing to cause polishing fluid of polishing fluid
The precipitating of middle abrasive grain.
As optimization, in the vertical wheel disc burnishing device above-mentioned based on force flow fluid, the fluid infusion pond and the throwing
The polishing fluid temperature sensor and polishing fluid moisture transducer connecting with the console are equipped in light slot；The water supply pipe
Movement is controlled by the console.Polishing fluid temperature sensor and polishing fluid moisture transducer are in real time the temperature of polishing fluid and water
Divide and feed back to console, the rotational velocity and revolution speed of the workpiece is controlled by console, while console controls water supply pipe
12 carry out corresponding operating.
As optimization, the vertical wheel disc burnishing device above-mentioned based on force flow fluid further includes spray system；The spray
Leaching system includes drip tray, guide rail, water conduction hose and guide rail motor；The top of the polishing trough is furnished with work top, described
Guide rail is arranged on the work top；The guide rail motor is connect with the guide rail, for driving guide rail；The drip tray is set
It sets on the guide rail；The bottom of the drip tray is connected by water conduction hose with water tank；It is set above the drip tray
There is spray waterpipe；The spray waterpipe and the guide rail motor are controlled by the console.Spray system in polishing for terminating
Afterwards, workpiece spindle and workpiece are sprayed, the polishing fluid for remaining in above is rinsed out.
As optimization, in the vertical wheel disc burnishing device above-mentioned based on force flow fluid, the polishing trough is equipped with top
Lid, for preventing in polishing process, polishing fluid sputters to be come top cover.Hydraulic stem is equipped between the polishing trough and the top cover,
So that switch top cover is very convenient, laborsaving.The top of the top cover is arc-shaped.
As optimization, in the vertical wheel disc burnishing device above-mentioned based on force flow fluid, the both ends point of the hollow shaft
The polishing torque sensor and polishing force snesor that She You not be connect with console.Polish torque sensor and polishing force snesor
To in polishing process torque and power carry out Real-time Feedback, recorded signal passes to console, by console control workpiece
The change of revolution speed and rotational velocity guarantees polishing efficiency and quality.
As optimization, in the vertical wheel disc burnishing device above-mentioned based on force flow fluid, the pedestal is equipped with mechanical arm,
Mechanical arm is connect with console.Mechanical arm makes the dismounting of workpiece spindle more convenient, laborsaving.
As optimization, in the vertical wheel disc burnishing device above-mentioned based on force flow fluid, the fluid infusion pond and the throwing
The lower sidewall of light slot is equipped with polishing fluid discharge interface.Polishing fluid is discharged quickly, and is rinsed with clear water
Fluid infusion pond and polishing trough.
As optimization, in the vertical wheel disc burnishing device above-mentioned based on force flow fluid, the axis two of the workpiece spindle
Side is machined with plane, and compatible sleeve is equipped on workpiece spindle, and the both ends of sleeve connect firmly a work piece holder respectively.Sleeve and
The radial positioning to workpiece is realized in plane cooperation on workpiece spindle, and it is fixed to the axial direction of workpiece that work piece holder and sleeve connect firmly realization
Position, structure is simple, reliability and durability, and convenient for mounting and clamping.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model burnishing device；
Fig. 2 is the structural schematic diagram of the polishing system of the utility model burnishing device；
Fig. 3 is the structural schematic diagram of the spray system of the utility model burnishing device；
Fig. 4 is the structural schematic diagram of the fluid infusion water charging system of the utility model burnishing device；
Fig. 5 is the integrated wheel structural schematic diagram of the utility model burnishing device.
Appended drawing reference: 1- revoluting motor；2- revolution decelerator；3- rotation retarder；4- spinning motor；5- top cover；6- liquid
Compression bar；7- spray waterpipe；8- drip tray；9- guide rail；10- water conduction hose；11- guide rail motor；12- water supply pipe；13- console；
14- mechanical arm；15- fluid infusion pond；16- water tank；17- pedestal；18- polishing trough；19- hollow shaft；20- integrated wheel, 201- are driven
Gear, 202- rotation driving wheel；21- rotation driven wheel；The 22- axis of rotation, the first shaft part of 221-, the second shaft part of 222-, 223- work
Part axis；23- revolution wheel disc；24- work piece holder；25- driving gear；26- work top；27- polishing fluid temperature sensor；28-
Polishing fluid moisture transducer；29- polishes torque sensor；30- polishing force snesor, 31- polishing fluid discharge interface, 32- workpiece,
33- sleeve.
Specific embodiment
(embodiment) is further described the utility model with reference to the accompanying drawings and detailed description, this place is retouched
The specific embodiment stated is only used to explain the utility model, but is not intended as the foundation limited the utility model.
Referring to Fig. 1 and Fig. 2, the vertical wheel disc burnishing device based on force flow fluid of the utility model, including pedestal 17,
Pedestal 17 is equipped with polishing trough 18, is equipped with polishing system in polishing trough 18；The polishing system includes hollow shaft 19, hollow shaft 19
On set there are two the revolution wheel disc 23 that is rotated together with hollow shaft 19 when hollow shaft 19 is rotated, between two revolution wheel discs 23
It can be relative to revolution 23 rotation of wheel disc and the axis of rotation to revolve when the wheel disc 23 that revolves is rotated with revolution wheel disc 23 equipped at least one
22, the axis of rotation 22 is equipped with work piece holder 24；The hollow shaft 19 is driven by revoluting motor 1；The axis of rotation 22 is by rotation electricity
Machine 4 drives.
When polishing, revoluting motor 1 drives hollow shaft 19 to rotate, and drive revolution wheel disc 23 rotates, and revolution wheel disc 23 drives certainly
Shaft 22 revolves around hollow shaft 19；Meanwhile (opposite revolution wheel disc 23 does dead axle and turns for the driving of spinning motor 4 22 rotation of the axis of rotation
It is dynamic), drive 32 rotation of workpiece.
Referring to fig. 2, as a kind of specific embodiment: the axis of rotation 22 includes being disposed therein a revolution wheel disc 23
On the first shaft part 221, be arranged in another revolution wheel disc 23 on the second shaft part 222 and both ends respectively with the first shaft part
221 with the workpiece spindle 223 (can be connected by holding screw) of the removable connection of the second shaft part 222；The work piece holder 24 is installed
On workpiece spindle 223；The spinning motor 4 and the first shaft part 221 are sequentially connected.After the completion of polishing, first removes and be loaded with workpiece 32
Workpiece spindle 223, then load onto the new workpiece spindle 223 for being loaded with workpiece 32, then carry out next round polishing, the process, letter
Singly, conveniently, it is suitble to industrialization production.
Referring to fig. 2 and Fig. 5, as a kind of specific embodiment: the revoluting motor 1 by revolution decelerator 2 with it is described
Hollow shaft 19 is sequentially connected；The spinning motor 4 pass sequentially through rotation retarder 3, driving gear 25, integrated wheel 20, rotation from
Driving wheel 21 and the axis of rotation 22 are sequentially connected；The integrated wheel 20 and the concentric setting of the revolution wheel disc 23, by driven
Gear 201 and 202 two parts of rotation driving wheel are constituted；The driving gear 25 is meshed with the driven gear 201, it is described from
Turn driving wheel 202 to be meshed with the rotation driven wheel 21.
Integrated wheel 20 and the revolution concentric setting of wheel disc 23, ensure that compact integral structure, small and exquisite, and number of parts is few,
Be conducive to control manufacturing cost.
Referring to Fig. 1, as a kind of specific embodiment: the vertical wheel disc based on force flow fluid of the utility model is thrown
Electro-optical device can also include console 13；The revolving speed of the revoluting motor 1 and spinning motor 4 is controlled by console 13.
Referring to Fig. 1 and Fig. 4, as a kind of specific embodiment: the two sides of the polishing trough 18 are respectively equipped with a fluid infusion
Pond 15, polishing trough 18 and fluid infusion pond 15 are connected by upper and lower two polishing fluid channels, form fluid infusion water charging system.The fluid infusion
The top in pond 15 is equipped with water supply pipe 12.The bottom in the polishing trough 18 and fluid infusion pond 15 is in arc-shaped.15 He of fluid infusion pond
The polishing fluid temperature sensor 27 and polishing fluid moisture transducer connecting with the console 13 are equipped in the polishing trough 18
28；The movement of the water supply pipe 12 is controlled by the console 13.
During the polishing process, the polishing fluid in fluid infusion pond 15 can supplement polishing fluid to the polishing trough 18 in real time, guarantee to throw
Light is normally carried out.Water supply pipe 12 is connected with fluid infusion pond 15, when the polishing fluid moisture loss in fluid infusion pond 15 to a certain extent when,
Water supply pipe 12 carries out moisturizing to fluid infusion pond 15, so that the polishing fluid in fluid infusion pond 15 and polishing trough 18 is maintained at optimum state.It throws
The bottom in light slot 18 and fluid infusion pond 15 be it is arc-shaped, so that polishing fluid is fully used, while preventing not flowing for polishing fluid
To cause the precipitating of abrasive grain in polishing fluid.When polishing, polishing fluid temperature sensor 27 and polishing fluid moisture transducer 28 handle in real time
The temperature and moisture of polishing fluid feed back to console 13, the rotational velocity and revolution speed of workpiece 32 are controlled by console 13, together
When console 13 control water supply pipe 12 carry out corresponding operating.
Referring to Fig. 1 and Fig. 3, as a kind of specific embodiment: the utility model based on the vertical of force flow fluid
Wheel disc burnishing device can also include spray system；The spray system includes drip tray 8, guide rail 9, water conduction hose 10 and leads
Rail motor 11；The top of the polishing trough 18 is furnished with work top 26, and the guide rail 9 is arranged on the work top 26；Institute
It states guide rail motor 11 to connect with the guide rail 9, for driving guide rail 9；The drip tray 8 is arranged on the guide rail 9；It is described
The bottom of drip tray 8 is connected by water conduction hose 10 with water tank 16；The top of the drip tray 8 is equipped with spray waterpipe 7.Institute
Stating spray waterpipe 7 and the guide rail motor 11 can be controlled by the console 13.
It after polishing, needs to spray the workpiece spindle 223 and workpiece 32, be rushed polishing fluid above is remained in
It washes off.Specific steps are as follows: the workpiece spindle 223 is turned to set position by (1)；(2) drip tray 8 is in guide rail
Pass through the lower section that guide rail 9 moves on to workpiece spindle 223 under the drive of motor 11；(3) mechanical arm 14 is moved to corresponding position；(4) it sprays
Water pipe 7 is rinsed workpiece spindle 223 and the workpiece 32, and the water and polishing fluid after flushing are fallen in drip tray 8, passes through water receiving
The water conduction hose 10 of 8 lower part of disk flows into reservoir 16；(5) it after workpiece spindle 223 is rinsed well, removes workpiece spindle 223 and is put into phase
Position is answered, the new workpiece spindle 223 equipped with workpiece 32 is then loaded onto；(6) drip tray 8 retreats certain distance；(7) guide rail motor 11
It drives revolution wheel disc 23 to rotate, next workpiece spindle 223 to be rinsed is made to be moved to setting position；(8) drip tray 8 advances centainly
Distance, again moves into the lower section of workpiece spindle 223, repeats above step, until workpiece spindle 223 is all by new replacement, then
Carry out a new buff polishing.
Referring to Fig. 1, a kind of specific embodiment as the utility model: the polishing trough 18 is equipped with top cover 5；Institute
It states and is equipped with hydraulic stem 6 between polishing trough 18 and the top cover 5；The top of the top cover 5 is arc-shaped.
Referring to Fig. 1 and Fig. 2, as a kind of specific embodiment of the utility model: the both ends difference of the hollow shaft 19
Equipped with the polishing torque sensor 29 and polishing force snesor 30 being connect with console 13.Polish torque sensor 30 and polishing force
Sensor 31 is to torque and power progress Real-time Feedback in polishing process, and recorded signal passes to console 13, by console
The change of the revolution speed and rotational velocity of the 13 control workpiece 32.
Referring to Fig. 1, a kind of specific embodiment as the utility model: the pedestal 17 is equipped with mechanical arm 14, mechanical
Arm 14 is connect with console 13.After the completion of polishing, console 13 controls mechanical arm 14 and reaches designated position, by mechanical arm 14
Manipulator 141, which is removed, to be loaded with the workpiece spindle 223 of workpiece 32 and is put into corresponding position, then the new workpiece for being loaded with workpiece 32 of crawl
Axis 223 is moved to the installation site of workpiece spindle 223, after fixing workpiece spindle 223, carries out next round polishing.
Referring to Fig. 1 and Fig. 4, a kind of specific embodiment as the utility model: the fluid infusion pond 15 and the polishing
The lower sidewall of slot 18 is equipped with polishing fluid discharge interface 31.At the end of polishing, polishing fluid is discharged quickly, and is rushed with clear water
Wash fluid infusion pond 15 and polishing trough 18.
In the utility model, the more axis of rotation 22 can be installed between two revolution wheel discs 23, it can on the every axis of rotation 22
With the multiple workpiece 32 of clamping, polishing is carried out so as to multiple workpiece 32 simultaneously.Referring to fig. 2, it is embodied as one
Example, the quantity of the axis of rotation 22 are 2；The axis two sides of workpiece spindle 223 are machined with plane (can obtain by milling), workpiece spindle
Compatible sleeve 33 is installed, the both ends of sleeve 33 connect firmly a work piece holder 24 (on every workpiece spindle 223 respectively on 223
There are two workpiece 32 for dress).When processing is in the workpiece 32 of hollow form, polishing fluid is inside workpiece 32, relative motion, and force flow occurs
Change effect carries out efficient, high-precision polishing to the inner wall of workpiece 32.
The above-mentioned generality to utility model involved in the application is described and is not answered the description of its specific embodiment
It is not understood as the limitation constituted to the utility model technical solution.Those skilled in the art, can according to disclosure herein
With under the premise of without prejudice to related utility model constituent element, to above-mentioned general description or/and specific embodiment
Increased, reduced or combined including the public technology feature in embodiment, forms its belonged within the application protection scope
Its technical solution.
Claims (12)
1. the vertical wheel disc burnishing device based on force flow fluid, it is characterised in that: including pedestal (17), pedestal (17) is equipped with
Polishing trough (18), polishing trough (18) is interior to be equipped with polishing system；
The polishing system includes hollow shaft (19), set on hollow shaft (19) there are two hollow shaft (19) rotate when with hollow shaft
(19) the revolution wheel disc (23) rotated together, at least one is equipped between two revolution wheel discs (23) can opposite revolution wheel disc (23)
Rotation and the axis of rotation (22) to revolve when revolving wheel disc (23) rotation with revolution wheel disc (23), the axis of rotation (22) is equipped with workpiece
Fixture (24)；
The hollow shaft (19) is driven by revoluting motor (1)；The axis of rotation (22) is driven by spinning motor (4).
2. the vertical wheel disc burnishing device according to claim 1 based on force flow fluid, it is characterised in that: the rotation
Axis (22) includes the first shaft part (221) being disposed therein on a revolution wheel disc (23), and setting is in another wheel disc that revolves
(23) the second shaft part (222) and both ends on respectively with the first shaft part (221) and the removable work coupled of the second shaft part (222)
Part axis (223)；The work piece holder (24) is mounted on workpiece spindle (223)；The spinning motor (4) and the first shaft part (221)
Transmission connection.
3. the vertical wheel disc burnishing device according to claim 2 based on force flow fluid, it is characterised in that: the workpiece
The both ends of axis (223) are connect with the first shaft part (221) and the second shaft part (222) by holding screw respectively.
4. the vertical wheel disc burnishing device according to claim 1 based on force flow fluid, it is characterised in that: the revolution
Motor (1) is sequentially connected by revolution decelerator (2) and the hollow shaft (19)；The spinning motor (4) passes sequentially through rotation
Retarder (3), driving gear (25), integrated wheel (20), rotation driven wheel (21) and the axis of rotation (22) are sequentially connected；It is described
Integrated wheel (20) and the concentric setting of the revolution wheel disc (23), by driven gear (201) and rotation driving wheel (202) two
Divide and constitutes；The driving gear (25) is meshed with the driven gear (201), the rotation driving wheel (202) and it is described from
Turn driven wheel (21) to be meshed.
5. according to claim 1 to described in 4 any claims based on the vertical wheel disc burnishing device of force flow fluid, it is special
Sign is: further including console (13)；The revolving speed of the revoluting motor (1) and spinning motor (4) is controlled by console (13).
6. the vertical wheel disc burnishing device according to claim 5 based on force flow fluid, it is characterised in that: the polishing
The two sides of slot (18) are respectively equipped with a fluid infusion pond (15), and polishing trough (18) and fluid infusion pond (15) are logical by upper and lower two polishing fluids
Road is connected, and forms fluid infusion water charging system；The top of the fluid infusion pond (15) is equipped with water supply pipe (12)；The polishing trough (18) and
The bottom in fluid infusion pond (15) is in arc-shaped；It is equipped with and the console in the fluid infusion pond (15) and the polishing trough (18)
(13) the polishing fluid temperature sensor (27) and polishing fluid moisture transducer (28) connected；The movement of the water supply pipe (12) is by institute
State console (13) control.
7. the vertical wheel disc burnishing device according to claim 5 based on force flow fluid, it is characterised in that: further include spray
Leaching system；The spray system includes drip tray (8), guide rail (9), water conduction hose (10) and guide rail motor (11)；The throwing
The top of light slot (18) is furnished with work top (26), and the guide rail (9) is arranged on the work top (26)；The guide rail electricity
Machine (11) is connect with the guide rail (9), for driving guide rail (9)；The drip tray (8) is arranged on the guide rail (9)；It is described
The bottom of drip tray (8) is connected by water conduction hose (10) with water tank (16)；The top of the drip tray (8) is equipped with spray
Water pipe (7)；The spray waterpipe (7) and the guide rail motor (11) are controlled by the console (13).
8. the vertical wheel disc burnishing device according to claim 5 based on force flow fluid, it is characterised in that: the polishing
Slot (18) is equipped with top cover (5)；Hydraulic stem (6) are equipped between the polishing trough (18) and the top cover (5)；The top cover (5)
Top be arc-shaped.
9. the vertical wheel disc burnishing device according to claim 5 based on force flow fluid, it is characterised in that: the revolution
The both ends of axis (19) are respectively equipped with the polishing torque sensor (29) connecting with console (13) and polishing force snesor (30).
10. the vertical wheel disc burnishing device according to claim 5 based on force flow fluid, it is characterised in that: the bottom
Seat (17) is equipped with mechanical arm (14), and mechanical arm (14) is connect with console (13).
11. the vertical wheel disc burnishing device according to claim 6 based on force flow fluid, it is characterised in that: the benefit
The lower sidewall of liquid pool (15) and the polishing trough (18) is equipped with polishing fluid discharge interface (31).
12. the vertical wheel disc burnishing device according to claim 2 or 3 based on force flow fluid, it is characterised in that: described
The axis two sides of workpiece spindle (223) are machined with plane, and compatible sleeve (33), sleeve (33) are equipped on workpiece spindle (223)
Both ends connect firmly a work piece holder (24) respectively.
Priority Applications (4)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820779362.9U CN208629183U (en) | 2018-05-24 | 2018-05-24 | Vertical wheel disc burnishing device based on force flow fluid |
| CN201821530514.8U CN208681294U (en) | 2018-05-24 | 2018-05-24 | The moisturizing fluid infusion system of vertical wheel disc burnishing device based on force flow fluid |
| CN201821530532.6U CN208697114U (en) | 2018-05-24 | 2018-05-24 | The polishing system of vertical wheel disc burnishing device based on force flow fluid |
| CN201821528942.7U CN208681293U (en) | 2018-05-24 | 2018-05-24 | The spray system of vertical wheel disc burnishing device based on force flow fluid |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820779362.9U CN208629183U (en) | 2018-05-24 | 2018-05-24 | Vertical wheel disc burnishing device based on force flow fluid |
Related Child Applications (3)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821528942.7U Division CN208681293U (en) | 2018-05-24 | 2018-05-24 | The spray system of vertical wheel disc burnishing device based on force flow fluid |
| CN201821530514.8U Division CN208681294U (en) | 2018-05-24 | 2018-05-24 | The moisturizing fluid infusion system of vertical wheel disc burnishing device based on force flow fluid |
| CN201821530532.6U Division CN208697114U (en) | 2018-05-24 | 2018-05-24 | The polishing system of vertical wheel disc burnishing device based on force flow fluid |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208629183U true CN208629183U (en) | 2019-03-22 |
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ID=65732241
Family Applications (4)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821528942.7U Active CN208681293U (en) | 2018-05-24 | 2018-05-24 | The spray system of vertical wheel disc burnishing device based on force flow fluid |
| CN201821530514.8U Active CN208681294U (en) | 2018-05-24 | 2018-05-24 | The moisturizing fluid infusion system of vertical wheel disc burnishing device based on force flow fluid |
| CN201821530532.6U Active CN208697114U (en) | 2018-05-24 | 2018-05-24 | The polishing system of vertical wheel disc burnishing device based on force flow fluid |
| CN201820779362.9U Active CN208629183U (en) | 2018-05-24 | 2018-05-24 | Vertical wheel disc burnishing device based on force flow fluid |
Family Applications Before (3)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821528942.7U Active CN208681293U (en) | 2018-05-24 | 2018-05-24 | The spray system of vertical wheel disc burnishing device based on force flow fluid |
| CN201821530514.8U Active CN208681294U (en) | 2018-05-24 | 2018-05-24 | The moisturizing fluid infusion system of vertical wheel disc burnishing device based on force flow fluid |
| CN201821530532.6U Active CN208697114U (en) | 2018-05-24 | 2018-05-24 | The polishing system of vertical wheel disc burnishing device based on force flow fluid |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108481173A (en) * | 2018-05-24 | 2018-09-04 | 杭州智谷精工有限公司 | Vertical wheel disc burnishing device based on force flow fluid |
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| CN112975585B (en) * | 2021-03-04 | 2022-12-27 | 上海理工大学 | Fluid-supplementing type magnetic composite fluid polishing device |
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2018
- 2018-05-24 CN CN201821528942.7U patent/CN208681293U/en active Active
- 2018-05-24 CN CN201821530514.8U patent/CN208681294U/en active Active
- 2018-05-24 CN CN201821530532.6U patent/CN208697114U/en active Active
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108481173A (en) * | 2018-05-24 | 2018-09-04 | 杭州智谷精工有限公司 | Vertical wheel disc burnishing device based on force flow fluid |
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| Publication number | Publication date |
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| CN208681294U (en) | 2019-04-02 |
| CN208681293U (en) | 2019-04-02 |
| CN208697114U (en) | 2019-04-05 |
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