CN207915159U - A kind of alumina ball blank sharpening machine - Google Patents
A kind of alumina ball blank sharpening machine Download PDFInfo
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- CN207915159U CN207915159U CN201820348589.8U CN201820348589U CN207915159U CN 207915159 U CN207915159 U CN 207915159U CN 201820348589 U CN201820348589 U CN 201820348589U CN 207915159 U CN207915159 U CN 207915159U
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Abstract
The utility model discloses a kind of alumina ball blank sharpening machines, belong to alumina ball blank reconditioning technical field, including rack, upper power plant, transmission device, reconditioning knife, reconditioning platform and lower power plant；It is provided with workbench in the rack, subframe is provided on workbench, the upper power plant is provided on subframe, upper power plant is connect with transmission device, transmission device is connect with reconditioning knife, the blade of reconditioning knife is located at reconditioning platform oblique upper, and reconditioning platform is located at below subframe, and reconditioning platform is connect with lower power plant.The utility model can replace artificial reconditioning alumina ball blank very well, efficient, can reach average 80/per hour, also, when the reconditioning of this sharpening machine, problem firmly unstable, ensures reconditioning effect when no one's work reconditioning.
Description
Technical field
The utility model is related to alumina ball blank reconditioning technical field, more particularly to a kind of alumina ball blank is repaiied
Grinding machine.
Background technology
Alumina ball is divided into filler porcelain ball, two kinds of grinding porcelain ball, and there are many specification and different purities.Alumina ceramics
Ball has the characteristics of high temperature high voltage resistant, water absorption rate is low, stable chemical performance, is amenable to the corrosion of acid, alkali and other organic solvents,
And it is amenable to the temperature change occurred in production process, it is widely used in the industries such as oil, chemical industry, chemical fertilizer, natural gas and environmental protection.
At present because of the shaping characteristic of alumina ball blank processing technology, after causing alumina ball blank to be molded, table
Face can carry the flash left of mold, smooth in order to make alumina ball fire rear surface, and uniform force when use extends and uses
Service life before alumina ball blank is fired after shaping, needs to carry out surface flash processing, is currently manually to utilize scraper by hair
While dispose, but artificial treatment efficiency is low, 20 average/per hour, furthermore because blank quality is more loose, worker is slightly not
Notice that firmly unevenness is possible to reconditioning not at anti-damage, reconditioning effect cannot be guaranteed.
Utility model content
Technical problem to be solved by the utility model is to provide a kind of alumina ball blank sharpening machines；The oxidation
Aluminium porcelain ball blank sharpening machine can replace artificial reconditioning alumina ball blank very well, efficient, can reach 80 average/every small
When, also, when the reconditioning of this sharpening machine, problem firmly unstable, ensures reconditioning effect when no one's work reconditioning.
In order to solve the above-mentioned technical problem, a kind of alumina ball blank sharpening machine provided by the utility model, including machine
Frame, upper power plant, transmission device, reconditioning knife, reconditioning platform and lower power plant；
It is provided with workbench in the rack, subframe is provided on workbench, the upper power plant is provided on subframe,
Upper power plant is connect with transmission device, and transmission device is connect with reconditioning knife, and the blade of reconditioning knife is located at reconditioning platform oblique upper, repaiies
Mill platform is located at below subframe, and reconditioning platform is connect with lower power plant, and upper transmission device is controlled by transmission device as previously described
Reconditioning knife approaches or leaves reconditioning platform, that is, approaches or leave the alumina ball blank to be ground on reconditioning platform, and lower power plant
The rotation and stopping of reconditioning platform are controlled, that is, control alumina ball blank the to be ground rotation on reconditioning platform and is stopped.
Further to improve, above-mentioned upper power plant includes cylinder, and the input terminal of cylinder is communicated with floor sheet controller, pedal
Controller is communicated with air accumulator, and the output shaft of cylinder passes through the through-hole at the top of subframe to be connect with transmission device；As previously shown, this is special
Profit controls the lifting of cylinder by floor sheet controller and air accumulator；
The lower power plant includes driving motor, and driving motor is arranged in workbench bottom, the output shaft of driving motor
It is connect with the reconditioning platform of setting on the table by transmission mechanism.
Further to improve, the output shaft of above-mentioned driving motor is connected with driving wheel by transmission belt, and driving wheel is connected with
Drive shaft, drive shaft pass through the drive bearing of interlocking on the table to be connect with reconditioning platform, and foregoing power transmits
Direction be driving motor-transmission belt-driving wheel-drive shaft-reconditioning platform.
Further to improve, above-mentioned transmission device includes gear frame, detent mechanism, supporting mechanism, drive line, fixed pulley group
With the progressive mechanism of reconditioning；
The output shaft of the upper power plant passes through the through-hole at the top of subframe to be connect with gear frame, is arranged on gear frame
Detent mechanism and supporting mechanism are stated, gear frame passes through the guide sleeve rabbeted on workbench to be connect with drive line, and it is fixed that drive line passes through
Pulley blocks are connect with the progressive mechanism of reconditioning of setting on the table, and the progressive mechanism of reconditioning is connect with reconditioning knife；As previously described
Connection relation, when upper power plant transmission power is to gear frame, when gear frame moves, detent mechanism, supporting mechanism, drive line,
The progressive mechanism of reconditioning and reconditioning knife also move simultaneously therewith.
Further to improve, above-mentioned reconditioning knife is cylinder reconditioning knife, and in the prior art, alumina ball blank is no phase
The reconditioning knife matched, straight scraper is usually used and carries out reconditioning, reconditioning effect is general, so this patent aims at approximate spheres
Blank design the cylinder reconditioning knife of nearly spherical, the reconditioning blade of arc can preferably be bonded the spherome surface of blank, more
It is good avoid scratching scratch blank.
Further to improve, above-mentioned detent mechanism is arranged in gear frame inside top, and detent mechanism includes abutment sleeve, determines
Position bar and positioning buffer spring；
The positioning bearing clearance fit of the locating rod and abutment sleeve bottom, positioning buffer spring are sleeved on locating rod
On, the bottom at the top and abutment sleeve that position buffer spring offsets；By above-mentioned design, detent mechanism declines with gear frame
When, locating rod touches and waits for mill blank material on reconditioning platform, and under the blocking of blank, and locating rod can be stretched into partly in abutment sleeve,
Depending on bit buffering spring presence then be ensure locating rod bottom offset always with blank, preferably complete location tasks.
It is further to improve, it is provided with positioning buffer layer, alumina ball blank matter on the bottom end face of above-mentioned locating rod
Ground is loose, and by above-mentioned design, this patent can preferably protect blank, and blank is avoided to damage.
It is further to improve, it is provided with the shaft cavity of upper and lower opening in above-mentioned drive shaft, is arranged in the reconditioning platform
There are the reconditioning platform cavity of upper and lower opening, shaft cavity and reconditioning platform cavity to be connected to form support chamber；
The supporting mechanism is arranged in gear frame inside bottom, and supporting mechanism includes supporting rod, and supporting rod passes through from the bottom to top
Perforating branches supports chamber；By above-mentioned design, before reconditioning starts, supporting rod provides support platform for blank, after reconditioning starts, supporting rod
Decline with gear frame and decline, the blank on supporting rod is just mounted on reconditioning platform, is rotated with the rotation of reconditioning platform.
It is further to improve, it is provided with support buffer layer, alumina ball blank matter in the top end surface of above-mentioned supporting rod
Ground is loose, and by above-mentioned design, this patent can preferably protect blank, and blank is avoided to damage.
Further to improve, the above-mentioned progressive mechanism of reconditioning includes propulsive mechanism, sliding equipment and adjustment mechanism；
The power end of the propulsive mechanism is connect with drive line, and the propulsion end of propulsive mechanism is connect with sliding equipment, sliding
The adjustment mechanism is provided in mechanism, the direction that foregoing power transmits is drive line-propulsive mechanism-skate machine
Structure-adjustment mechanism.
Further to improve, above-mentioned propulsive mechanism includes fixed station, axle sleeve, cardan shaft and promotes buffer spring；
The fixed station is fixedly connected with axle sleeve, axle sleeve and cardan shaft clearance fit, the power end and drive line of cardan shaft
Connection, the propulsion end of cardan shaft are connect with sliding equipment, and the side on cardan shaft close to propulsion end is set with the propulsion buffering
Spring promotes buffer spring to offset with axle sleeve, and by above-mentioned design, when gear frame declines, drive line loosens therewith, slow promoting
It rushes under the elastic force effect of spring, cardan shaft travels forward, and then pushes sliding equipment forward slip, repairing on adjustment mechanism
It whets a knife and is able to wait for mill blank material on contact reconditioning platform, promote buffer spring also to play the role of buffering, reconditioning knife hardness is avoided to connect
Blank is touched, blank surface is damaged.
Further to improve, above-mentioned sliding equipment includes sliding rail and coulisse；
On the table, sliding rail is slidably connected with coulisse, and coulisse is connect with propulsive mechanism, sliding slot for the sliding rail setting
The adjustment mechanism is provided on plate.
Further to improve, above-mentioned adjustment mechanism includes height regulating mechanism and angle-adjusting mechanism；
On the sliding mechanism, height regulating mechanism includes height bar and height adjusting block for height regulating mechanism setting,
Height bar is connect with the height chamber in height adjusting block, and height fastening channel is provided on height chamber, and height fastens channel connection
There are height fastening bolt, height adjusting block to be connect with angle-adjusting mechanism；When adjusting height, unscrews height fastening bolt, make height
Degree fastening routing restoration is loose, height adjusting block is adjusted to suitable height, then height fastening bolt is tightened again, in turn
Fastening height fastening channel；
The angle-adjusting mechanism includes angle adjustment block and angle cross bar, is provided in angle adjustment block with angled tight
Gu the angle chamber in channel, angle intracavitary is provided with the angle cross bar, and angle cross bar is connect with reconditioning knife, and angle fastens channel and connects
It is connected to angle fastening bolt, when adjusting angle, unscrews angle fastening bolt, keeps angle fastening routing restoration loose, by angle cross
Bar is adjusted to suitable angle, then angle fastening bolt is tightened again, and then tightening angle fastens channel.
The application method of alumina ball blank sharpening machine, includes the following steps:
（1）The adjustment for the size that repairs a die：The height regulating mechanism of sharpening machine adjustment mechanism is adjusted using spanner and angle adjusts
Mechanism, by sharpening machine repair a die size adjusting to suitable repaiied alumina ball blank size；
（2）Open the lower power plant of sharpening machine：Lower power plant driving motor is opened, reconditioning platform is enabled to rotate；
（3）It is put into alumina ball blank：Alumina ball blank is placed on to the end face of the support bar top of supporting mechanism
On；
（4）Open the upper power plant of sharpening machine：Power plant cylinder in unlatching provides power for transmission device, enables and passing
Moving frame declines, while so that the detent mechanism on gear frame is declined and being contacted at the top of alumina ball blank, while making on gear frame
Supporting mechanism decline enable alumina ball blank be placed on reconditioning platform, make alumina ball blank follow reconditioning platform rotate, together
When make the drive line being connected with gear frame loosen to cause the progressive mechanism of reconditioning to promote to reconditioning platform, and then make in the progressive mechanism of reconditioning
Reconditioning knife is contacted with alumina ball blank, and reconditioning starts；
（5）Reconditioning finishes：The upper power plant for closing sharpening machine, enables gear frame reset, and then makes detent mechanism, branch simultaneously
Support mechanism and the progressive reset of reconditioning, i.e., so that make alumina ball blank that reconditioning finishes and detent mechanism, reconditioning platform and
Reconditioning knife is detached from, on the end face for the support bar top that the alumina ball blank that reconditioning finishes comes back to supporting mechanism；It removes
The alumina ball blank that reconditioning finishes closes lower power plant, using spanner by the height regulating mechanism of adjustment mechanism and angle
Adjustment mechanism is spent to reset, by above method reconditioning blank, reachable averagely 80 of grinding efficiency/per hour, operation is very skilled
When even up to 100 or more/per hour.
Compared with prior art, the utility model has the advantages that：
The utility model utilizes the machines such as rack, upper power plant, transmission device, reconditioning knife, reconditioning platform and lower power plant
Structure forms sharpening machine, instead of artificial reconditioning alumina ball blank, grinding efficiency be it is artificial incomparable, up to it is 80 average/
Per hour, operate it is very skilled when even up to 100 or more/per hour, and use sharpening machine reconditioning alumina ball
Blank can avoid artificial force's unstable the problem of causing blank reconditioning not at anti-damage, ensure reconditioning effect.
Description of the drawings
Fig. 1 is the utility model structure diagram 1.
Fig. 2 is the portions the utility model X enlarged diagram.
Fig. 3 is the utility model structure diagram 2.
Fig. 4 is the utility model gear frame, reconditioning platform schematic cross-sectional view.
Fig. 5 is the utility model reconditioning platform rotary principle schematic diagram.
Fig. 6 is that the utility model gear frame declines process schematic.
Fig. 7 is that the utility model waits for mill blank material rotary principle schematic diagram.
Fig. 8 is the progressive mechanism principle of propeller schematic diagram of the utility model reconditioning.
Fig. 9 is the utility model reconditioning knife structural schematic diagram.
As shown in the figure：1- racks；2- workbench；3- subframes；4- cylinders；The output shaft of the upper power plants of 401-；5- reconditionings
Knife；6- reconditioning platforms；7- driving motors；8- floor sheet controllers；9- air accumulators；10- transmission belts；11- driving wheels；12- drive shafts；
13- drive bearings；14- gear frames；15- detent mechanisms；16- supporting rods；17- drive lines；18- fixed pulley groups；19- guide sleeves；
20- abutment sleeves；The positioning bearing of 201- abutment sleeves bottom；21- locating rods；211- locating rod stoppers；22- positioning bufferings
Spring；23- positions buffer layer；24- shaft cavitys；25- reconditioning platform cavitys；26- fixed stations；27- axle sleeves；28- cardan shafts；29-
Promote buffer spring；30- sliding rails；31- coulisses；32- height bars；33- height adjusting blocks；34- height fastens channel；35- high
Spend fastening bolt；36- angle adjustment blocks；37- angle cross bars；38- angles fasten channel；100- alumina ball blanks to be ground；
200- blank flashes.
Specific implementation mode
It is new to this practicality below in conjunction with attached drawing to keep the purpose of this utility model, technical solution and advantage clearer
Type is described in further detail.
As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4 and Fig. 9, a kind of alumina ball blank sharpening machine, including rack 1, upper power
Device, transmission device, reconditioning knife 5, reconditioning platform 6 and lower power plant；Workbench 2 is provided in the rack 1, on workbench 2
Be provided with subframe 3, the upper power plant be provided on subframe 3, upper power plant is connect with transmission device, transmission device with repair
The blade of 5 connection of sharpening, reconditioning knife 5 is located at 6 oblique upper of reconditioning platform, and reconditioning platform 6 is located at 3 lower section of subframe, reconditioning platform 6 and lower power
Device connects.
The upper power plant includes cylinder 4, and the input terminal of cylinder 4 is communicated with floor sheet controller 8, and floor sheet controller 8 connects
It is connected with air accumulator 9, the output shaft of cylinder 4 passes through the through-hole at 3 top of subframe to be connect with transmission device；The lower power plant includes
Driving motor 7, the setting of driving motor 7 by transmission mechanism and are arranged in work in 2 bottom of workbench, the output shaft of driving motor 7
The reconditioning platform 6 made on platform 2 connects；Preferably, the output shaft of the driving motor 7 is connected with driving wheel 11 by transmission belt 10,
Driving wheel 11 is connected with drive shaft 12, and drive shaft 12 passes through drive bearing 13 of the interlocking on workbench 2 to connect with reconditioning platform 6
It connects.
The transmission device includes gear frame 14, detent mechanism 15, supporting mechanism, drive line 17, fixed pulley group 18 and repaiies
Grind progressive mechanism；The output shaft 401 of the upper power plant passes through the through-hole at 3 top of subframe to be connect with gear frame 14, gear frame
The detent mechanism 15 and supporting mechanism are provided on 14, gear frame 14 passes through the guide sleeve 19 rabbeted on workbench 2 and transmission
Line 17 connects, and drive line 17 is connect by fixed pulley group 18 with the progressive mechanism of the reconditioning being arranged on workbench 2, the progressive machine of reconditioning
Structure is connect with reconditioning knife 5；Preferably, the reconditioning knife 5 is cylinder reconditioning knife.
For the setting of the detent mechanism 15 in 14 inside top of gear frame, detent mechanism 15 includes abutment sleeve 20, locating rod
21 and positioning buffer spring 22；201 clearance fit of positioning bearing of the locating rod 21 and 20 bottom of abutment sleeve, positioning buffering
Spring 22 is sleeved in locating rod 21, and the top and the bottom of abutment sleeve 20 for positioning buffer spring 22 offset；Preferably, described
It is provided with positioning buffer layer 23 on the bottom end face of locating rod 21, is arranged on 21 end of locating rod inside abutment sleeve 20
There are stopper 211, blocking locating rod 21 to be detached from abutment sleeve 20.
It is provided with the shaft cavity 24 of upper and lower opening in the drive shaft 12, is provided in the reconditioning platform 6 and opens up and down
The reconditioning platform cavity 25 of mouth, shaft cavity 24 and reconditioning platform cavity 25 are connected to form support chamber；The supporting mechanism setting is passing
14 inside bottom of moving frame, supporting mechanism include supporting rod 16, and supporting rod 16 runs through support chamber from the bottom to top；Preferably, the branch
Support buffer layer is provided in the top end surface of strut 16.
The progressive mechanism of reconditioning includes propulsive mechanism, sliding equipment and adjustment mechanism；The power end of the propulsive mechanism
It is connect with drive line 17, the propulsion end of propulsive mechanism is connect with sliding equipment, and the adjustment mechanism is provided on sliding equipment.
The propulsive mechanism includes fixed station 26, axle sleeve 27, cardan shaft 28 and promotes buffer spring 29；The fixed station 26
It is fixedly connected with axle sleeve 27, axle sleeve 27 and 28 clearance fit of cardan shaft, the power end of cardan shaft 28 are connect with drive line 17, are promoted
The propulsion end of axis 28 is connect with sliding equipment, and the side on cardan shaft 28 close to propulsion end is set with the propulsion buffer spring
29, promote buffer spring 29 to offset with axle sleeve 27.
The sliding equipment includes sliding rail 30 and coulisse 31；The sliding rail 30 is arranged on workbench 2, sliding rail 30 and cunning
Frid 31 is slidably connected, and coulisse 31 is connect with propulsive mechanism, and the adjustment mechanism is provided on coulisse 31.
The adjustment mechanism includes height regulating mechanism and angle-adjusting mechanism；The height regulating mechanism setting is being slided
In mechanism, height regulating mechanism includes height bar 32 and height adjusting block 33, the height on height bar 32 and height adjusting block 33
Chamber connects, and height fastening channel 34 is provided on height chamber, and height fastens channel 34 and is connected with height fastening bolt 35, and height is adjusted
Monoblock 33 is connect with angle-adjusting mechanism；The angle-adjusting mechanism includes angle adjustment block 36 and angle cross bar 37, angle tune
The angle chamber with angled fastening channel 38 is provided in monoblock 36, angle intracavitary is provided with the angle cross bar 37, and angle is horizontal
Bar 37 is connect with reconditioning knife 5, and angle fastening channel 38 connects angled fastening bolt.
The application method of alumina ball blank sharpening machine, includes the following steps:
（1）The adjustment for the size that repairs a die：The height regulating mechanism of sharpening machine adjustment mechanism is adjusted using spanner and angle adjusts
Mechanism, by sharpening machine repair a die size adjusting to suitable repaiied alumina ball blank size；
（2）Open the lower power plant of sharpening machine：Lower power plant driving motor is opened, reconditioning platform is enabled to rotate；
（3）It is put into alumina ball blank：Alumina ball blank is placed on to the end face of the support bar top of supporting mechanism
On；
（4）Open the upper power plant of sharpening machine：Power plant cylinder in unlatching provides power for transmission device, enables and passing
Moving frame declines, while so that the detent mechanism on gear frame is declined and being contacted at the top of alumina ball blank, while making on gear frame
Supporting mechanism decline enable alumina ball blank be placed on reconditioning platform, make alumina ball blank follow reconditioning platform rotate, together
When make the drive line being connected with gear frame loosen to cause the progressive mechanism of reconditioning to promote to reconditioning platform, and then make in the progressive mechanism of reconditioning
Reconditioning knife is contacted with alumina ball blank, and reconditioning starts；
（5）Reconditioning finishes：The upper power plant for closing sharpening machine, enables gear frame reset, and then makes detent mechanism, branch simultaneously
Support mechanism and the progressive reset of reconditioning, i.e., so that make alumina ball blank that reconditioning finishes and detent mechanism, reconditioning platform and
Reconditioning knife is detached from, on the end face for the support bar top that the alumina ball blank that reconditioning finishes comes back to supporting mechanism；It removes
The alumina ball blank that reconditioning finishes closes lower power plant, using spanner by the height regulating mechanism of adjustment mechanism and angle
It spends adjustment mechanism to reset, and utilizes cleaning brush by the transmission device of sharpening machine, reconditioning knife and reconditioning platform first-class existing dust, powder
The particles such as dirt are cleaned out.
As shown by the arrows in Figure 5, driving motor is opened, and is connected by transmission belt, driving wheel, drive shaft and driving motor
Reconditioning platform, also rotated with the rotation of driving motor, as shown in arrow in Fig. 6 and Fig. 7, cylinder drive gear frame decline, if
Set the detent mechanism on gear frame, supporting mechanism declines therewith, wait for that mill blank material declines and mounts reconditioning therewith on supporting rod
It rotates with the rotation of reconditioning platform on platform, as shown by the arrows in Figure 8, is repaiied by what drive line and fixed pulley group were connect with gear frame
Grind progressive mechanism, also advanced with the decline of gear frame, so that reconditioning knife is approached and contact rotation wait for mill blank material start into
Row reconditioning works.
It should be understood by those skilled in the art that the present utility model is not limited to the above embodiments, above-described embodiment and
Only illustrate the principles of the present invention described in specification, on the premise of not departing from the spirit and scope of the utility model,
The utility model also has various changes and improvements, these changes and improvements both fall within claimed the scope of the utility model
It is interior.
Claims (13)
1. a kind of alumina ball blank sharpening machine, it is characterised in that：Including rack, upper power plant, transmission device, reconditioning
Knife, reconditioning platform and lower power plant；
It is provided with workbench in the rack, subframe is provided on workbench, the upper power plant is provided on subframe, it is upper dynamic
Power apparatus is connect with transmission device, and transmission device is connect with reconditioning knife, and the blade of reconditioning knife is located at reconditioning platform oblique upper, reconditioning platform
Below subframe, reconditioning platform is connect with lower power plant.
2. alumina ball blank sharpening machine according to claim 1, it is characterised in that：The upper power plant includes gas
The input terminal of cylinder, cylinder is communicated with floor sheet controller, and floor sheet controller is communicated with air accumulator, and the output shaft of cylinder passes through subframe top
The through-hole in portion is connect with transmission device；
The lower power plant includes driving motor, and driving motor is arranged in workbench bottom, and the output shaft of driving motor passes through
Transmission mechanism is connect with the reconditioning platform of setting on the table.
3. alumina ball blank sharpening machine according to claim 2, it is characterised in that：The output shaft of the driving motor
It is connected with driving wheel by transmission belt, driving wheel is connected with drive shaft, and drive shaft passes through the transmission of interlocking on the table
Bearing is connect with reconditioning platform.
4. alumina ball blank sharpening machine according to claim 3, it is characterised in that：The transmission device includes transmission
Frame, detent mechanism, supporting mechanism, drive line, fixed pulley group and the progressive mechanism of reconditioning；
The output shaft of the upper power plant passes through the through-hole at the top of subframe to be connect with gear frame, and it is described fixed to be provided on gear frame
Position mechanism and supporting mechanism, gear frame pass through the guide sleeve rabbeted on workbench to be connect with drive line, and drive line passes through fixed pulley
Group is connect with the progressive mechanism of reconditioning of setting on the table, and the progressive mechanism of reconditioning is connect with reconditioning knife.
5. alumina ball blank sharpening machine according to claim 4, it is characterised in that：The reconditioning knife is cylinder reconditioning
Knife.
6. alumina ball blank sharpening machine according to claim 4, it is characterised in that：The detent mechanism setting is passing
Moving frame inside top, detent mechanism include abutment sleeve, locating rod and positioning buffer spring；
The positioning bearing clearance fit of the locating rod and abutment sleeve bottom, positioning buffer spring suit are on the securing lever, fixed
The top of bit buffering spring and the bottom of abutment sleeve offset.
7. alumina ball blank sharpening machine according to claim 6, it is characterised in that：The bottom end face of the locating rod
On be provided with positioning buffer layer.
8. alumina ball blank sharpening machine according to claim 4, it is characterised in that：It is provided in the drive shaft
The shaft cavity of upper and lower opening, the reconditioning platform cavity of upper and lower opening is provided in the reconditioning platform, and shaft cavity and reconditioning platform are empty
Chamber is connected to form support chamber；
The supporting mechanism is arranged in gear frame inside bottom, and supporting mechanism includes supporting rod, and supporting rod runs through branch from the bottom to top
Support chamber.
9. alumina ball blank sharpening machine according to claim 8, it is characterised in that：The top end surface of the supporting rod
On be provided with support buffer layer.
10. alumina ball blank sharpening machine according to claim 4, it is characterised in that：The progressive mechanism packet of reconditioning
Include propulsive mechanism, sliding equipment and adjustment mechanism；
The power end of the propulsive mechanism is connect with drive line, and the propulsion end of propulsive mechanism is connect with sliding equipment, sliding equipment
On be provided with the adjustment mechanism.
11. alumina ball blank sharpening machine according to claim 10, it is characterised in that：The propulsive mechanism includes solid
Determine platform, axle sleeve, cardan shaft and promotes buffer spring；
The fixed station is fixedly connected with axle sleeve, and axle sleeve and cardan shaft clearance fit, the power end of cardan shaft are connect with drive line,
The propulsion end of cardan shaft is connect with sliding equipment, and the side on cardan shaft close to propulsion end is set with the propulsion buffer spring,
Buffer spring is promoted to offset with axle sleeve.
12. alumina ball blank sharpening machine according to claim 10, it is characterised in that：The sliding equipment includes sliding
Rail and coulisse；
On the table, sliding rail is slidably connected with coulisse, and coulisse is connect with propulsive mechanism, on coulisse for the sliding rail setting
It is provided with the adjustment mechanism.
13. alumina ball blank sharpening machine according to claim 10, it is characterised in that：The adjustment mechanism includes height
Spend adjustment mechanism and angle-adjusting mechanism；
On the sliding mechanism, height regulating mechanism includes height bar and height adjusting block, height for the height regulating mechanism setting
Bar is connect with the height chamber in height adjusting block, and height fastening channel is provided on height chamber, and height fastens channel and is connected with height
Fastening bolt is spent, height adjusting block is connect with angle-adjusting mechanism；
The angle-adjusting mechanism includes angle adjustment block and angle cross bar, is provided in angle adjustment block logical with angled fastening
The angle chamber in road, angle intracavitary are provided with the angle cross bar, and angle cross bar is connect with reconditioning knife, and angle fastening channel is connected with
Angle fastening bolt.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820348589.8U CN207915159U (en) | 2018-03-14 | 2018-03-14 | A kind of alumina ball blank sharpening machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820348589.8U CN207915159U (en) | 2018-03-14 | 2018-03-14 | A kind of alumina ball blank sharpening machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207915159U true CN207915159U (en) | 2018-09-28 |
Family
ID=63599336
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820348589.8U Active CN207915159U (en) | 2018-03-14 | 2018-03-14 | A kind of alumina ball blank sharpening machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207915159U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108436664A (en) * | 2018-03-14 | 2018-08-24 | 邹平鑫利机械设备有限公司 | A kind of alumina ball blank sharpening machine and grinding method |
-
2018
- 2018-03-14 CN CN201820348589.8U patent/CN207915159U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108436664A (en) * | 2018-03-14 | 2018-08-24 | 邹平鑫利机械设备有限公司 | A kind of alumina ball blank sharpening machine and grinding method |
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Address after: 256200 Yangzhai village, Huangshan sub district office, Zouping County, Binzhou City, Shandong Province Patentee after: Shandong Xinli mechanical equipment Co.,Ltd. Address before: 256200 Yangzhai village, Huangshan sub district office, Zouping County, Binzhou City, Shandong Province Patentee before: ZOUPING XINLI MACHINERY EQUIPMENT Co.,Ltd. |