CN106425810A - Polishing machine for vertical surface of neck part of stainless steel dinnerware - Google Patents
Polishing machine for vertical surface of neck part of stainless steel dinnerware Download PDFInfo
- Publication number
- CN106425810A CN106425810A CN201610931063.8A CN201610931063A CN106425810A CN 106425810 A CN106425810 A CN 106425810A CN 201610931063 A CN201610931063 A CN 201610931063A CN 106425810 A CN106425810 A CN 106425810A
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- Prior art keywords
- slide unit
- axis
- little
- main workbench
- little slide
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B24—GRINDING; POLISHING
- B24B—MACHINES, DEVICES, OR PROCESSES FOR GRINDING OR POLISHING; DRESSING OR CONDITIONING OF ABRADING SURFACES; FEEDING OF GRINDING, POLISHING, OR LAPPING AGENTS
- B24B29/00—Machines or devices for polishing surfaces on work by means of tools made of soft or flexible material with or without the application of solid or liquid polishing agents
- B24B29/02—Machines or devices for polishing surfaces on work by means of tools made of soft or flexible material with or without the application of solid or liquid polishing agents designed for particular workpieces
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B24—GRINDING; POLISHING
- B24B—MACHINES, DEVICES, OR PROCESSES FOR GRINDING OR POLISHING; DRESSING OR CONDITIONING OF ABRADING SURFACES; FEEDING OF GRINDING, POLISHING, OR LAPPING AGENTS
- B24B41/00—Component parts such as frames, beds, carriages, headstocks
- B24B41/02—Frames; Beds; Carriages
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B24—GRINDING; POLISHING
- B24B—MACHINES, DEVICES, OR PROCESSES FOR GRINDING OR POLISHING; DRESSING OR CONDITIONING OF ABRADING SURFACES; FEEDING OF GRINDING, POLISHING, OR LAPPING AGENTS
- B24B47/00—Drives or gearings; Equipment therefor
- B24B47/02—Drives or gearings; Equipment therefor for performing a reciprocating movement of carriages or work- tables
Landscapes
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Finish Polishing, Edge Sharpening, And Grinding By Specific Grinding Devices (AREA)
- Grinding And Polishing Of Tertiary Curved Surfaces And Surfaces With Complex Shapes (AREA)
Abstract
The invention relates to polishing equipment and particularly relates to a polishing machine for a vertical surface of a neck part of stainless steel dinnerware. The polishing machine comprises a pedestal, a three-axis mobile platform, a cantilever, a locking clamp, a small sliding table assembly, a main polishing motor and a polishing wheel, wherein the three-axis mobile platform is arranged on the pedestal; the cantilever is arranged horizontally, one end of the cantilever is connected with the three-axis mobile platform, and the other end of the cantilever is connected with the small sliding table assembly through the locking clamp; the locking clamp is capable of rotating about the cantilever; the main polishing motor is arranged on the small sliding table assembly, and an output shaft of the main polishing motor is connected with the polishing wheel. The polishing machine provided by the invention is stable in running, large in transmitted torque, low in noise, long in service life and low in maintenance frequency.
Description
Technical field
The present invention relates to stainless steel tableware polissoir, a kind of specifically stainless steel tableware neck portion facade grinder.
Background technology
At present, the polissoir that most of stainless steel tableware factory uses is mostly semi-automatic, and every polissoir is all by one
Workman is individually operated.With cost of labor more and more higher, as manpower-intensive's industry production cost in the present case
More and more higher, profit is more and more lower.Existing tableware polissoir inefficiency, effect is poor, and the product quality after processing can not be protected
Card uniformity.Legacy equipment is produced using semi-automatic, high labor intensive.At present, stainless steel tableware neck portion facade milling apparatus,
It is to be ground by operator's offhand, protective is poor, operational hazards, simultaneously work larger to operator's body harm
Make inefficiency it is impossible to ensure product quality uniformity.
Content of the invention
For the problems referred to above, it is an object of the invention to provide a kind of stainless steel tableware neck portion facade grinder.
To achieve these goals, the present invention employs the following technical solutions：
A kind of stainless steel tableware neck portion facade grinder, including base, three axle mobile platforms, cantilever, locking clip, little cunning
Platform assembly, main polishing motor and polishing wheel, wherein three axle mobile platforms are arranged on base, the setting of described cantilever level and
Its one end is connected with described three axle mobile platforms, and the other end is passed through locking clip and is connected with described little slide unit assembly, described locking
Clip can rotate around cantilever, and described main polishing motor is arranged on described little slide unit assembly and output shaft and described polishing wheel
Connect.
Described three axle mobile platforms include main workbench longitudinal mobile platform, the main workbench horizontal stroke being sequentially connected from bottom to up
To mobile platform and Z axis mobile platform, wherein main workbench longitudinal mobile platform is arranged on base, described Z axis mobile platform
It is connected with described cantilever.
Described main workbench longitudinal mobile platform includes main workbench longitudinal direction line slide rail, main workbench length feed cylinder
And main workbench longitudinal slide, wherein main workbench longitudinal direction line slide rail and main workbench length feed cylinder may be contained within base
Go up and the outbound course of main workbench length feed cylinder is parallel with main workbench longitudinal direction line slide rail, described main workbench
Longitudinal slide and main workbench longitudinal direction line slide rail is slidably connected, the output end of described main workbench length feed cylinder with described
Main workbench longitudinal slide connects, and described main workbench Lateral mobile platform is arranged on main workbench longitudinal slide.
Described main workbench longitudinal mobile platform further includes to be connected with the output end of main workbench length feed cylinder
Main workbench length feed damped cylinder, the output shaft of described main workbench length feed damped cylinder pass through cylinder coupling assembly with
Described main workbench longitudinal slide connects.
Described main workbench Lateral mobile platform includes the horizontal line slide rail of main workbench, main workbench cross slide, master
Table traverse screw mandrel and the laterally driven reducing motor of main workbench, the laterally driven reducing motor of wherein main workbench, master
The horizontal line slide rail of workbench and main table traverse screw mandrel may be contained within described main workbench longitudinal mobile platform, institute
State main table traverse screw mandrel parallel with the horizontal line slide rail of main workbench and laterally driven with main workbench slow down electricity
The output end of machine connects, described main workbench cross slide be connected by screw thread pair with main table traverse screw mandrel and
Horizontal line slide rail is slidably connected with main workbench, and described Z axis mobile platform is arranged on main workbench cross slide.
Described Z axis mobile platform includes column, Z axis line slide rail, Z axis screw mandrel, Z axis driving reducing motor and cantilever beam and slides
Plate, its central post is arranged in described main workbench Lateral mobile platform, and described Z axis line slide rail, Z axis screw mandrel and Z axis drive
Reducing motor may be contained within column and Z axis drive the output end of reducing motor to be connected with Z axis screw mandrel, and described cantilever beam is slided
Plate is connected with Z axis screw mandrel by screw thread pair and is slidably connected with Z axis line slide rail, and described cantilever is connected with cantilever beam slide plate.
Little slide unit bearing that described little slide unit assembly includes being sequentially connected, little slide unit Z-direction guiding mechanism, little slide unit Z-direction are entered
To mechanism and little slide unit Lateral mobile platform, its medium and small slide unit bearing is connected with locking clip, and described main polishing motor is arranged at
In described little slide unit Lateral mobile platform.
Described little slide unit Z-direction guiding mechanism includes little slide unit Z axis reducing motor, sliding beam, little slide unit Z axis adjustment screw mandrel
And little slide unit Z axis line slide rail, its medium and small slide unit Z axis reducing motor, little slide unit Z axis adjustment screw mandrel and little slide unit Z axis straight line are slided
Rail may be contained within described little slide unit bearing and the output shaft of little slide unit Z axis reducing motor is connected with little slide unit Z axis adjustment screw mandrel
Connect, described sliding beam pass through screw thread pair and little slide unit Z axis adjustment screw mandrel be connected and with described little slide unit Z axis line slide rail
It is slidably connected, described little slide unit Z-direction feed mechanism is arranged on sliding beam.
Described little slide unit Z-direction feed mechanism includes little slide unit Z axis feeding cylinder and little slide unit Z axis slide plate, its medium and small slide unit Z
Axle feeding cylinder is arranged on sliding beam and output shaft is connected with little slide unit Z axis slide plate, described little slide unit Z axis slide plate and
Little slide unit Z axis line slide rail is slidably connected, and described little slide unit Lateral mobile platform is arranged on little slide unit Z axis slide plate.
It is horizontal that described little slide unit Lateral mobile platform includes little slide unit cross slide, little slide unit laterally driven cylinder and little slide unit
To swinging line slide rail, its medium and small slide unit laterally driven cylinder and little slide unit teeter line slide rail are arranged at described little slide unit
On Z-direction feed mechanism and the outbound course of little slide unit laterally driven cylinder is parallel with little slide unit teeter line slide rail, institute
State little slide unit cross slide to be slidably connected and defeated with little slide unit laterally driven cylinder with little slide unit teeter line slide rail
Shaft connects, and described main polishing motor is arranged on little slide unit cross slide.
Advantages of the present invention and beneficial effect are：
1. present configuration is simple, compact, small volume, easy to operate, can precise control, improve operating efficiency.
2. the present invention reduces operator's labour intensity, reduces recruitment cost.
3. smooth running of the present invention, transmitting torque is big, noise is low, long service life, frequency of maintenance are low.
4. in the present invention, polishing wheel realizes coarse positioning by three axle mobile platforms, and adjusting range is wide；By little slide unit assembly
Realize accurately adjusting, accurate positioning.
Brief description
Fig. 1 is the structural representation of the present invention；
Fig. 2 is the right view of Fig. 1；
Fig. 3 is the left view of Fig. 1；
Fig. 4 is the structural representation of little slide unit assembly in the present invention.
Wherein：1 is base, workbench longitudinal direction line slide rail based on 2, and workbench transverse axis support base based on 3, based on 4
The horizontal line slide rail of workbench, workbench length feed cylinder based on 5, workbench length feed damped cylinder based on 6, work based on 7
Station longitudinal slide, 8 is column, and 9 is Z axis line slide rail, and 10 is Z axis screw mandrel, and 11 drive reducing motor for Z axis, and 12 is cantilever,
13 is locking clip, and 14 is little slide unit Z axis reducing motor, and 15 is sliding beam, and 16 is that little slide unit Z axis feed cylinder, and 17 is little
Slide unit bearing, 18 is little slide unit Z axis slide plate, and 19 is little slide unit cross slide, polishing motor based on 20, and 21 is cantilever beam slide plate,
22 is little slide unit laterally driven cylinder, and 23 is polishing wheel, and 24 is little slide unit teeter line slide rail, and based on 25, machine worktable is horizontal
To feed screw, the laterally driven reducing motor of workbench based on 26,27 is that little slide unit Z axis adjust screw mandrel, and 28 is that little slide unit Z axis are straight
Line slide rail, 29 is cylinder coupling assembly, and 30 is gas control reversing arrangement, and 31 is cross slide.
Specific embodiment
In order that the object, technical solutions and advantages of the present invention are clearer, below in conjunction with the accompanying drawings with specific embodiment pair
The present invention is described in detail.
As Figure 1-3, a kind of stainless steel tableware neck portion facade grinder that the present invention provides, moves including base 1, three axles
Moving platform, cantilever 12, locking clip 13, little slide unit assembly, main polishing motor 20 and polishing wheel 23, wherein three axle mobile platforms set
It is placed on base 1, described cantilever 12 is horizontally disposed with and its one end is connected with described three axle mobile platforms, the other end passes through lock
Grip son 13 to be connected with described little slide unit assembly, described locking clip 13 can rotate around cantilever 12, and described main polishing motor 20 sets
It is placed on described little slide unit assembly and output shaft is connected with described polishing wheel 23.
Described three axle mobile platforms include main workbench longitudinal mobile platform, the main workbench horizontal stroke being sequentially connected from bottom to up
To mobile platform and Z axis mobile platform, wherein main workbench longitudinal mobile platform is arranged on base 1, described Z axis mobile platform
It is connected with described cantilever 12.
Described main workbench longitudinal mobile platform includes main workbench longitudinal direction line slide rail 2, main workbench length feed gas
Cylinder 5 and main workbench longitudinal slide 7, wherein main workbench longitudinal direction line slide rail 2 and main workbench length feed cylinder 5 are respectively provided with
On base 1 and the outbound course of main workbench length feed cylinder 5 and main workbench longitudinal direction line slide rail 2 is parallel, described
Main workbench longitudinal slide 7 is slidably connected with main workbench longitudinal direction line slide rail 2, described main workbench length feed cylinder 5
Output end is connected with described main workbench longitudinal slide 7, and described main workbench Lateral mobile platform is arranged at main workbench longitudinally
On slide plate 7.
Described main workbench longitudinal mobile platform further includes to be connected with the output end of main workbench length feed cylinder 5
Main workbench length feed damped cylinder 6, the output shaft of described main workbench length feed damped cylinder 6 passes through cylinder coupling assembly
29 are connected with described main workbench longitudinal slide 7.In the present embodiment, main workbench length feed damped cylinder 6 is damping oil cylinder.
Main workbench length feed passes through main workbench length feed cylinder 5 and drives damping oil cylinder to realize moving back and forth, its
The operation principle power that is because during the feeding of main workbench length feed cylinder 5 being hampered occurs creeping phenomenon, to work quality of finish
Have an impact, main workbench length feed speed is controlled by the import and export flow that damping oil cylinder adjusts oil cylinder, solves and be moved through
Crawling problemses in journey, make motion more steady, quality of finish is guaranteed.
Described main workbench Lateral mobile platform include the horizontal line slide rail of main workbench 4, main workbench cross slide 31,
Main table traverse screw mandrel 25 and the laterally driven reducing motor of main workbench 26, the laterally driven electricity that slows down of wherein main workbench
Machine 26, the horizontal line slide rail of main workbench 4 and main table traverse screw mandrel 25 may be contained within described main workbench and longitudinally move
On the main workbench longitudinal slide 7 of moving platform, described main table traverse screw mandrel 25 horizontal line slide rail 4 with main workbench
Parallel and reducing motor 26 laterally driven with main workbench output end is connected, described main workbench cross slide 31 with main
Table traverse screw mandrel 25 is connected by screw thread pair and horizontal line slide rail 4 is slidably connected with main workbench, described Z
Axle mobile platform is arranged on main workbench cross slide 31.
Described Z axis mobile platform includes column 8, Z axis line slide rail 9, Z axis screw mandrel 10, Z axis driving reducing motor 11 and hangs
Arm beam slide plate 21, its central post 8 is arranged on the main workbench cross slide 31 of described main workbench Lateral mobile platform, described
Z axis line slide rail 9, Z axis screw mandrel 10 and Z axis drive reducing motor 11 to may be contained within column 8 and Z axis drive reducing motor
11 output end is connected with Z axis screw mandrel 10, and described cantilever beam slide plate 21 is connected with Z axis screw mandrel 10 and and Z axis by screw thread pair
Line slide rail 9 is slidably connected, and described cantilever 12 is connected with cantilever beam slide plate 21.
The operation principle of described three axle mobile platforms is：
Described main workbench length feed cylinder 5 drives main workbench longitudinal slide 7 along main workbench longitudinal direction line slide rail 2
Slide.The laterally driven reducing motor 26 of described main workbench drives main table traverse screw mandrel 25 to rotate, because of main workbench
Cross slide 31 is connected by screw thread pair with main table traverse screw mandrel 25, so main workbench cross slide 31 is along main work
The horizontal line slide rail of station 4 slides.Described Z axis drive reducing motor 11 to drive Z axis screw mandrel 10 to rotate, because cantilever beam slide plate 21 leads to
Cross screw thread pair to be connected with Z axis screw mandrel 10, so cantilever beam slide plate 21 slides along Z axis line slide rail 9.In sum, described three axles
Mobile platform passes through horizontal and Z-direction motion, realizes the coarse positioning of polishing wheel 23.
Little slide unit bearing 17 that described little slide unit assembly includes being sequentially connected, little slide unit Z-direction guiding mechanism, little slide unit Z-direction
Feed mechanism and little slide unit Lateral mobile platform, its medium and small slide unit bearing 17 is connected with locking clip 13, described main polishing motor
20 are arranged in described little slide unit Lateral mobile platform.
Described little slide unit Z-direction guiding mechanism includes little slide unit Z axis reducing motor 14, sliding beam 15, the adjustment of little slide unit Z axis
Screw mandrel 27 and little slide unit Z axis line slide rail 28, its medium and small slide unit Z axis reducing motor 14, little slide unit Z axis adjustment screw mandrel 27 and little cunning
Platform Z axis line slide rail 28 may be contained within described little slide unit bearing 17 and the output shaft of little slide unit Z axis reducing motor 14 with little
Slide unit Z axis adjustment screw mandrel 27 connects, described sliding beam 15 pass through screw thread pair and little slide unit Z axis adjustment screw mandrel 27 be connected and
It is slidably connected with described little slide unit Z axis line slide rail 28, described little slide unit Z-direction feed mechanism is arranged on sliding beam 15, such as
Shown in Fig. 4.
Described little slide unit Z-direction feed mechanism includes little slide unit Z axis feeding cylinder 16 and little slide unit Z axis slide plate 18, and it is medium and small
Slide unit Z axis feeding cylinder 16 is arranged on sliding beam 15 and output shaft is connected with little slide unit Z axis slide plate 18, described little cunning
Platform Z axis slide plate 18 is slidably connected with little slide unit Z axis line slide rail 28, and described little slide unit Lateral mobile platform is arranged at little slide unit Z
On axle slide plate 18.
Described little slide unit Lateral mobile platform includes little slide unit cross slide 19, little slide unit laterally driven cylinder 22 and little cunning
Platform teeter line slide rail 24, its medium and small slide unit laterally driven cylinder 22 and little slide unit teeter line slide rail 24 are arranged at
On the little slide unit Z axis slide plate 18 of described little slide unit Z-direction feed mechanism and the outbound course of little slide unit laterally driven cylinder 22 with
Little slide unit teeter line slide rail 24 is parallel, and described little slide unit cross slide 19 is sliding with little slide unit teeter line slide rail 24
It is dynamically connected and is connected with the output shaft of little slide unit laterally driven cylinder 22, it is horizontal that described main polishing motor 20 is arranged at little slide unit
To on slide plate 19.
Described little slide unit Z axis reducing motor 14 drives little slide unit Z axis adjustment screw mandrel 27 to rotate, because sliding beam 15 passes through spiral shell
Line is secondary and little slide unit Z axis adjustment screw mandrel 27 is connected, and described sliding beam 15 slides along little slide unit Z axis line slide rail 28, realizes Z side
To adjustment.Described little slide unit Z axis feeding cylinder 16 drives little slide unit Z axis slide plate 18 to slide along little slide unit Z axis line slide rail 28,
Realize the feeding of Z-direction.Described little slide unit laterally driven cylinder 22 drives little slide unit cross slide 19 along little slide unit teeter
Line slide rail 24 teeter.
The operation principle of the present invention is：
In the presence of the present invention is by main workbench length feed cylinder 5 and main workbench length feed damped cylinder 6, put down
Steady longitudinally reciprocating motion.The horizontal line slide rail 4 of main workbench is arranged on main workbench transverse axis support base 3 and even
Connect column 8, drive host work platform traverse feed screw mandrel 25 to rotate in the laterally driven reducing motor of main workbench 26, realize column
8 slide laterally, the polishing lateral attitude of adjustment polishing wheel 23.
Z axis line slide rail 9 is arranged on column 8 and is slidably connected with cantilever beam slide plate 21, cantilever beam slide plate 21 with outstanding
Arm 12 connects, and cantilever is installed little slide unit assembly.Z axis drive reducing motor to be driven cantilever beam slide plate 21, hanged by Z axis screw mandrel 10
Arm 12 and little slide unit assembly move up and down, the natural height of adjustment polishing wheel 23.Adjustment locking clip 13 can be by little slide unit assembly
Form pitching corner, to adapt to the polishing of different angles.
Little slide unit Z axis reducing motor 14 is arranged on little slide unit bearing 17, and little slide unit Z axis reducing motor 14 passes through little slide unit
Z axis adjustment screw mandrel 27 pull sliding beam 15 move up and down, thus drive little slide unit Z axis slide plate 18, little slide unit cross slide 19,
Main polishing motor 20 slides up and down, the feed distance of adjustment polishing wheel 23.
Little slide unit Z axis feeding cylinder 16 is arranged on sliding beam 15, and is connected with little slide unit Z axis slide plate 18, little slide unit Z
Axle feeding cylinder 16 drives little slide unit Z axis slide plate 18, little slide unit cross slide 19 and main throwing by little slide unit Z axis line slide rail 28
Photoelectricity machine 20 etc. realizes bottom and top feed.Main polishing motor 20 is arranged on little slide unit Z axis slide plate 18, by being arranged on little slide unit Z axis
Little slide unit laterally driven cylinder 22 on slide plate 18 passes through gas control reversing arrangement 30 and little slide unit teeter line slide rail 24 is real
Now main polishing wheel 23 laterally swings polishing.
In sum, operationally, after polishing wheel 23 reaches precalculated position, by main workbench length feed cylinder 5 He
Under the driving of little slide unit laterally driven cylinder 22, realize longitudinally reciprocating motion and the teeter of polishing wheel 23, it is right to be finally reached
The curved surface polishing of stainless steel tableware.
The foregoing is only embodiments of the present invention, be not intended to limit protection scope of the present invention.All in the present invention
Spirit and principle within made any modification, equivalent substitution and improvement, extension etc., be all contained in protection scope of the present invention
Interior.
Claims (10)
1. a kind of stainless steel tableware neck portion facade grinder it is characterised in that：Including base (1), three axle mobile platforms, cantilever
(12), locking clip (13), little slide unit assembly, main polishing motor (20) and polishing wheel (23), wherein three axle mobile platform settings
On base (1), described cantilever (12) is horizontally disposed with and its one end is connected with described three axle mobile platforms, and the other end passes through
Locking clip (13) is connected with described little slide unit assembly, and described locking clip (13) can rotate around cantilever (12), described main polishing
Motor (20) is arranged on described little slide unit assembly and output shaft is connected with described polishing wheel (23).
2. stainless steel tableware neck portion facade grinder according to claim 1 it is characterised in that：Described three axle mobile platforms
Including the main workbench longitudinal mobile platform being sequentially connected from bottom to up, main workbench Lateral mobile platform and Z axis mobile platform,
Wherein main workbench longitudinal mobile platform is arranged on base (1), and described Z axis mobile platform is connected with described cantilever (12).
3. stainless steel tableware neck portion facade grinder according to claim 2 it is characterised in that：Described main workbench is longitudinally
Mobile platform includes main workbench longitudinal direction line slide rail (2), main workbench length feed cylinder (5) and main workbench longitudinal slide
(7), wherein main workbench longitudinal direction line slide rail (2) and main workbench length feed cylinder (5) may be contained within base (1) go up and
And the outbound course of main workbench length feed cylinder (5) is parallel with main workbench longitudinal direction line slide rail (2), described main workbench
Longitudinal slide (7) and main workbench longitudinal direction line slide rail (2) are slidably connected, described main workbench length feed cylinder (5) defeated
Go out end to be connected with described main workbench longitudinal slide (7), described main workbench Lateral mobile platform is arranged at main workbench longitudinally
On slide plate (7).
4. stainless steel tableware neck portion facade grinder according to claim 3 it is characterised in that：Described main workbench is longitudinally
Mobile platform further includes the main workbench length feed damping being connected with the output end of main workbench length feed cylinder (5)
Cylinder (6), the output shaft of described main workbench length feed damped cylinder (6) passes through cylinder coupling assembly (29) and described main workbench
Longitudinal slide (7) connects.
5. stainless steel tableware neck portion facade grinder according to claim 2 it is characterised in that：Described main workbench is horizontal
Mobile platform includes the horizontal line slide rail of main workbench (4), main workbench cross slide (31), main table traverse screw mandrel
(25) and the laterally driven reducing motor of main workbench (26), the laterally driven reducing motor (26) of wherein main workbench, main workbench
Laterally line slide rail (4) and main table traverse screw mandrel (25) may be contained within described main workbench longitudinal mobile platform,
Described main table traverse screw mandrel (25) line slide rail (4) horizontal with main workbench is parallel and horizontal with main workbench
Drive output end connection, described main workbench cross slide (31) and the main table traverse screw mandrel of reducing motor (26)
(25) connected by screw thread pair and horizontal line slide rail (4) is slidably connected with main workbench, described Z axis mobile platform setting
On main workbench cross slide (31).
6. stainless steel tableware neck portion facade grinder according to claim 2 it is characterised in that：Described Z axis mobile platform
Drive reducing motor (11) and cantilever beam slide plate (21) including column (8), Z axis line slide rail (9), Z axis screw mandrel (10), Z axis, its
Central post (8) is arranged in described main workbench Lateral mobile platform, described Z axis line slide rail (9), Z axis screw mandrel (10) and Z axis
Driving reducing motor (11) may be contained within column (8) above and Z axis drive output end and the Z axis screw mandrel of reducing motor (11)
(10) connect, described cantilever beam slide plate (21) is connected with Z axis screw mandrel (10) by screw thread pair and sliding with Z axis line slide rail (9)
It is dynamically connected, described cantilever (12) is connected with cantilever beam slide plate (21).
7. stainless steel tableware neck portion facade grinder according to claim 1 it is characterised in that：Described little slide unit assembly bag
Include the little slide unit bearing (17) being sequentially connected, little slide unit Z-direction guiding mechanism, little slide unit Z-direction feed mechanism and little slide unit laterally to move
Moving platform, its medium and small slide unit bearing (17) is connected with locking clip (13), and described main polishing motor (20) is arranged at described little cunning
In platform Lateral mobile platform.
8. stainless steel tableware neck portion facade grinder according to claim 7 it is characterised in that：Described little slide unit Z-direction is adjusted
Whole mechanism includes little slide unit Z axis reducing motor (14), sliding beam (15), little slide unit Z axis adjustment screw mandrel (27) and little slide unit Z axis
Line slide rail (28), its medium and small slide unit Z axis reducing motor (14), little slide unit Z axis adjustment screw mandrel (27) and little slide unit Z axis straight line are slided
Rail (28) may be contained within described little slide unit bearing (17) and the output shaft of little slide unit Z axis reducing motor (14) and little slide unit Z
Axial adjustment screw mandrel (27) connects, described sliding beam (15) pass through screw thread pair and little slide unit Z axis adjustment screw mandrel (27) be connected and
It is slidably connected with described little slide unit Z axis line slide rail (28), described little slide unit Z-direction feed mechanism is arranged at sliding beam (15)
On.
9. stainless steel tableware neck portion facade grinder according to claim 8 it is characterised in that：Described little slide unit Z-direction is entered
Include little slide unit Z axis feeding cylinder (16) and little slide unit Z axis slide plate (18) to mechanism, its medium and small slide unit Z axis feeding cylinder (16)
It is arranged at sliding beam (15) above and output shaft is connected with little slide unit Z axis slide plate (18), described little slide unit Z axis slide plate (18)
It is slidably connected with little slide unit Z axis line slide rail (28), described little slide unit Lateral mobile platform is arranged at little slide unit Z axis slide plate (18)
On.
10. stainless steel tableware neck portion facade grinder according to claim 7 it is characterised in that：Described little slide unit is horizontal
Mobile platform includes little slide unit cross slide (19), little slide unit laterally driven cylinder (22) and little slide unit teeter line slide rail
(24), its medium and small slide unit laterally driven cylinder (22) and little slide unit teeter line slide rail (24) are arranged at described little slide unit Z
To on feed mechanism and the outbound course of little slide unit laterally driven cylinder (22) and little slide unit teeter line slide rail (24)
Parallel, described little slide unit cross slide (19) and little slide unit teeter line slide rail (24) be slidably connected and with little slide unit
The output shaft of laterally driven cylinder (22) connects, and described main polishing motor (20) is arranged on little slide unit cross slide (19).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610931063.8A CN106425810B (en) | 2016-10-31 | 2016-10-31 | A kind of stainless steel tableware neck portion facade grinder |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610931063.8A CN106425810B (en) | 2016-10-31 | 2016-10-31 | A kind of stainless steel tableware neck portion facade grinder |
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| Publication Number | Publication Date |
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| CN106425810A true CN106425810A (en) | 2017-02-22 |
| CN106425810B CN106425810B (en) | 2019-04-23 |
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| CN106425810B (en) | 2019-04-23 |
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