CN201342606Y - Crystal diamond polishing auxiliary machine - Google Patents
Crystal diamond polishing auxiliary machine Download PDFInfo
- Publication number
- CN201342606Y CN201342606Y CNU200920142917XU CN200920142917U CN201342606Y CN 201342606 Y CN201342606 Y CN 201342606Y CN U200920142917X U CNU200920142917X U CN U200920142917XU CN 200920142917 U CN200920142917 U CN 200920142917U CN 201342606 Y CN201342606 Y CN 201342606Y
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Abstract
The utility model discloses a crystal diamond polishing auxiliary machine, which includes a loading and unloading machine and a switching machine in combined connection. The utility model has the benefits that the utility model can replace hand operations with machines, efficiently increase work efficiency, reasonably utilize manpower, and save cost.
Description
Technical field
The utility model relates to a kind of processing ornaments machinery, and particularly a kind of water bores processing equipment.
Background technology
Existing also have old-fashioned machine now, generally is used for the machine that process water is bored (mineral crystal diamond and synthetic quartz diamond), all is the machining of many groups, need four operating personnel's compounding practices, just can process complete finished product, cause waste of manpower like this, the cost height, machine is huge.
Summary of the invention
In order to make old-fashioned machine can strengthen efficient, at the shortcoming of above prior art, the utility model provides a kind of water to bore the rubbing down auxiliary machine.
To achieve these goals, the measure taked of the utility model:
A kind of water bores the rubbing down auxiliary machine, and this water bores polishing machine and comprises pearl machine and switching machine under the material loading, and combination is connected the pearl machine with the switching machine under the material loading;
The pearl machine comprises frame 8 under the described material loading, spindle assemblies 1, be connected with down pearl assembly 3 on the frame 8, go up pearl assembly 4, gluing assembly 5, heating component 6, spindle assemblies 1 is connected on the frame 8 by bearing block 13, nose assembly 2 is fixed on the rotating disk 12 of spindle assemblies 1, and nose assembly 2 is connected with anchor clamps 7;
Described spindle assemblies 1 comprises main shaft 11, is connected with rotating disk 12 on the main shaft 11, and the bottom of main shaft 11 is connected with belt pulley 14; Also be connected with clamping cylinder 22 on the described nose assembly 2; Described pearl assembly 3 down is connected frame 8 by elevating mechanism 33, lifting structure is provided with lift cylinder 331 for 33 li, lift cylinder 331 liftings are by guide pillar guide pin bushing 332 guiding, following pearl assembly 3 also comprises round brush assembly 31 and travel mechanism 32, round brush assembly 31 is provided with round brush motor 311, rubber powder box 312, round brush 313, sliding panel 314, round brush motor 311 drives round brush 313 by transmission and rotates; Have mobile cylinder to connect sliding panel 314 in the travel mechanism 32, by guide rail 322 slide blocks 323 guiding, guide rail 322 is arranged on the lifter plate 333, is connected with round brush assembly 31 on the slide block 323; Go to pearl assembly side that heating component is arranged, heating tube 61 is arranged in the heating component; The described pearl assembly 4 of going up is: be provided with pearl pin 44 under the described anchor clamps pin 71, last pearl pin 44 is connected on the pearl bar 43, last pearl bar 43 is connected on the pearl plate 42, last pearl plate 42 is connected with last pearl cylinder, the lifting of last pearl cylinder is by guide pillar guide pin bushing 46 guiding, last pearl assembly top also has the pearl box of going up, and last pearl plate is up and down in last pearl box; The lacquer disk(-sc) mechanism of described gluing assembly 5 is connected with elevating mechanism 52 and travel mechanism 53 for 51 times, lacquer disk(-sc) mechanism 51 comprises lacquer disk(-sc) 511, lacquer disk(-sc) 511 is connected with motor 512 by gear drive 513, lacquer disk(-sc) 511 is connected with bearing holder (housing, cover) 515 by bearing, bearing holder (housing, cover) 515 is connected on the lifter plate 516, lifter plate 516 is connected with the lift cylinder piston rod, lead by guide pillar guide pin bushing 521 during the lift cylinder lifting, guide pin bushing 521 is connected with sliding panel 523, sliding panel is connected with lift cylinder 522 and slide block 532 for 523 times, slide block 532 is slidingly fitted on the guide rail 531, and sliding panel 523 is connected on the horizontal air cylinder, also is provided with glue scraping plate 514 on the lacquer disk(-sc) 511;
Described switching machine comprises frame 11, is connected with adapter assembly 9, rubber powder assembly 10 on the frame 11, is provided with anchor clamps 7 by clamp fixing plate 923 on the adapter assembly 9;
Described adapter assembly 9 is provided with rotating mechanism 91, two groups of head section mechanisms 92 and heating arrangements 93 up and down, head section mechanism 92 and heating arrangements 93 all are positioned on the rotor plate 914, rotating mechanism 91 comprises stepper motor 911, stepper motor 911 is connected with rotating shaft 913 by gear drive 912, rotor plate 914 is fixed in the rotating shaft 913, and rotating shaft 913 is connected with support by bearing, and stepper motor 911 is fixedly on the support 915; The another side of rotor plate 914 is connected with limited block 916, head section mechanism 92 comprises: rotor plate 914 is equipped with master cylinder 921, master cylinder 921 is connected with clamp fixing plate 923, the master cylinder activity is by secondary 922 guiding of guide rail slide block, but sectional fixture 7 on the clamp fixing plate, are equipped with on the clamp fixing plate to hook cylinder 924 clamping cylinders 925 and be used for clamp; Heating arrangements 93 comprises that heating tube 931, heating tube 931 other ends connect cylinder 932, and cylinder 932 activities are by guide pillar guide pin bushing 933 guiding; Described rubber powder assembly 10 comprises glue case structure 101 and frictioning mechanism 102, and cylinder 1011 is connected with rubber powder box 1013 in the glue case structure 101, and the cylinder activity is led by the guide pillar guide pin bushing; Frictioning mechanism 102 is connected with oscillating cylinder 1021 and connects fork 1022, is equipped with on the fork 1022 and scrapes film 1023, scrapes film 1023 and is positioned within the rubber powder box 1013.
The beneficial effects of the utility model: the utility model can replace artificial manual operations wherein by machine, can effectively increase work efficiency, and rationally utilizes manpower, saves cost.
Description of drawings
Pearl machine structural representation under Fig. 1, the material loading of the present utility model.
Fig. 2, switching machine structural representation of the present utility model.
The specific embodiment
See also its embodiment of description of drawings:
A kind of water bores the rubbing down auxiliary machine, and this water bores polishing machine and comprises pearl machine and switching machine under the material loading, and combination is connected the pearl machine with the switching machine under the material loading;
The pearl machine comprises frame 8 under the described material loading, spindle assemblies 1, be connected with down pearl assembly 3 on the frame 8, go up pearl assembly 4, gluing assembly 5, heating component 6, nose assembly 2 is fixed on the rotating disk 12 of spindle assemblies 1, be connected with nose assembly 2 by anchor clamps installing plate 21 on the rotating disk 12 of spindle assemblies 1, nose assembly 2 is connected with anchor clamps 7;
Described spindle assemblies 1 comprises main shaft 11, is connected with rotating disk 12 on the main shaft 11, and the bottom of main shaft 11 is connected with belt pulley 14; Also be connected with clamping cylinder 22 on the described nose assembly 2; Be connected with anchor clamps pin 71 on the described anchor clamps 7; Described pearl assembly 3 down is connected frame 8 by elevating mechanism 33, lifting structure is provided with lift cylinder 331 for 33 li, lift cylinder 331 liftings are by guide pillar guide pin bushing 332 guiding, following pearl assembly 3 also comprises round brush assembly 31 and travel mechanism 32, round brush assembly 31 is provided with round brush motor 311, rubber powder box 312, round brush 313, sliding panel 314, round brush motor 311 drives round brush 313 by transmission and rotates; Have mobile cylinder to connect sliding panel 314 in the travel mechanism 32, by guide rail 322 slide blocks 323 guiding, guide rail 322 is arranged on the lifter plate 333, is connected with round brush assembly 31 on the slide block 323; Go to pearl assembly side that heating component is arranged, heating tube 61 is arranged in the heating component; The described pearl assembly 4 of going up is: be provided with pearl pin 44 under the described anchor clamps pin 71, last pearl pin 44 is connected on the pearl bar 43, last pearl bar 43 is connected on the pearl plate 42, last pearl plate 42 is connected with last pearl cylinder, the lifting of last pearl cylinder is by guide pillar guide pin bushing 46 guiding, last pearl assembly top also has the pearl box of going up, and last pearl plate is up and down in last pearl box; The lacquer disk(-sc) mechanism of described gluing assembly 5 is connected with elevating mechanism 52 and travel mechanism 53 for 51 times, lacquer disk(-sc) mechanism 51 comprises lacquer disk(-sc) 511, lacquer disk(-sc) 511 is connected with motor 512 by gear drive 513, lacquer disk(-sc) 511 is connected with bearing holder (housing, cover) 515 by bearing, bearing holder (housing, cover) 515 is connected on the lifter plate 516, lifter plate 516 is connected with the lift cylinder piston rod, lead by guide pillar guide pin bushing 521 during the lift cylinder lifting, guide pin bushing 521 is connected with sliding panel 523, sliding panel is connected with lift cylinder 522 and slide block 532 for 523 times, slide block 532 is slidingly fitted on the guide rail 531, and sliding panel 523 is connected on the horizontal air cylinder, also is provided with glue scraping plate 514 on the lacquer disk(-sc) 511;
Described switching machine comprises frame 11, is connected with adapter assembly 9, rubber powder assembly 10 on the frame 11, is provided with anchor clamps 7 by clamp fixing plate 923 on the adapter assembly 9;
Described adapter assembly 9 is provided with rotating mechanism 91, two groups of head section mechanisms 92 and heating arrangements 93 up and down, head section mechanism 92 and heating arrangements 93 all are positioned on the rotor plate 914, rotating mechanism 91 comprises stepper motor 911, stepper motor 911 is connected with rotating shaft 913 by gear drive 912, rotor plate 914 is fixed in the rotating shaft 913, rotating shaft 913 is connected with support by bearing, the another side of rotor plate 914 is connected with limited block 916, head section mechanism 92 comprises: rotor plate 914 is equipped with master cylinder 921, master cylinder 921 is connected with clamp fixing plate 923, the master cylinder activity is by secondary 922 guiding of guide rail slide block, but sectional fixture 7 on the clamp fixing plate, are equipped with on the clamp fixing plate to hook cylinder 924 clamping cylinders 925 and be used for clamp; Heating arrangements 93 comprises that heating tube 931, heating tube 931 other ends connect cylinder 932, and cylinder 932 activities are by guide pillar guide pin bushing 933 guiding; Described rubber powder assembly 10 comprises glue case structure 101 and frictioning mechanism 102, and cylinder 1011 is connected with rubber powder box 1013 in the glue case structure 101, and the cylinder activity is led by the guide pillar guide pin bushing; Frictioning mechanism 102 is connected with oscillating cylinder 1021 and connects fork 1022, is equipped with on the fork 1022 and scrapes film 1023, scrapes film 1023 and is positioned within the rubber powder box 1013.
The course of work of pearl machine is as follows under the material loading: put into the good anchor clamps 7 of mill, clamping cylinder 22 compressing fixtures 7, heating tube 61 heating in the heating component, gluing assembly 3 rises, and this moment, round brush motor 311 drive round brush 313 rotated, and rubber powder box 312 moves, round brush brush pearl is finished down the pearl process.Gluing assembly 3 descends then, and round brush 313 sets back, and main shaft rotates, and promptly anchor clamps rotate.Heating component heated jig pin 71, lacquer disk(-sc) mechanism 51 enters, and lacquer disk(-sc) 511 rises, and lacquer disk(-sc) 511 withdraws from behind the last rubber powder, goes up the pearl cylinder in the last pearl assembly and promotes to go up the rising of pearl plate, utilizes blank pearl on the bonding rubber powder, and last pearl is finished; Homing.Take out and gone up the pearl anchor clamps, put into and process anchor clamps, main shaft rotates, and begins next periodic duty.Two nose assemblies are worked simultaneously.Last pearl reaches down, and Zhu Chu has heating component.
The course of work of switching machine: in last nose assembly clamp fixing plate, put into and process monolateral anchor clamps, in the following nose assembly anchor clamps are arranged in advance, in these anchor clamps rubber powder is arranged, no pearl; Hook cylinder and clamping cylinder compressing fixture, master cylinder stretches out in the nose assembly up and down, promotes the clamp fixing plate activity, and last lower clamp is being at just, the heating component heating, and anchor clamps are transferred, and will go up that pearl is forwarded in the lower clamp in the anchor clamps; Nose assembly resets up and down, and the rubber powder box enters, and last nose assembly descends, rubber powder on the last anchor clamps, homing; Behind the last rubber powder, stepper motor drives main shaft by gear drive and rotates, and mainboard rotates, and drives nose assembly transposition up and down, and the lower clamp after switching this moment is upper, and the last anchor clamps of first-class rubber powder are the next; Anchor clamps in the taking-up are put into the anchor clamps that ground single face again.In like manner, carry out next circulation.
The beneficial effects of the utility model: the utility model can replace artificial hand wherein by machine Worker's operation, but the Effective Raise operating efficiency is rationally utilized manpower, saves cost.
Claims (5)
1, a kind of water bores the rubbing down auxiliary machine, it is characterized in that, this water bores polishing machine and comprises pearl machine and switching machine under the material loading, and combination is connected the pearl machine with the switching machine under the material loading.
2, a kind of water according to claim 1 bores the rubbing down auxiliary machine, it is characterized in that, the pearl machine comprises frame under the material loading, spindle assemblies, be connected with down the pearl assembly on the frame, go up pearl assembly, gluing assembly, heating component, spindle assemblies is connected on the frame by bearing block, and nose assembly is fixed on the rotating disk of spindle assemblies, and nose assembly is connected with anchor clamps.
3, a kind of water according to claim 2 bores the rubbing down auxiliary machine, it is characterized in that described spindle assemblies comprises main shaft, is connected with rotating disk on the main shaft, and the bottom of main shaft is connected with belt pulley; Also be connected with clamping cylinder on the described nose assembly; Described pearl assembly down is connected frame by elevating mechanism, be provided with lift cylinder in the lifting structure, the lift cylinder lifting is by guide pillar guide pin bushing guiding, following pearl assembly also comprises round brush assembly and travel mechanism, the round brush assembly is provided with the round brush motor, rubber powder box, round brush, sliding panel, the round brush motor drives round brush by transmission and rotates; Have mobile cylinder to connect sliding panel in the travel mechanism, by the guide rail slider guide, guide rail is arranged on the lifter plate, is connected with the round brush assembly on the slide block; Go to pearl assembly side that heating component is arranged, heating tube is arranged in the heating component; The described pearl assembly of going up is: be provided with the pearl pin under the described anchor clamps pin, last pearl pin is connected on the pearl bar, last pearl bar is connected on the pearl plate, last pearl plate is connected with last pearl cylinder, the lifting of last pearl cylinder is led by the guide pillar guide pin bushing, last pearl assembly top also has the pearl box of going up, and last pearl plate is up and down in last pearl box; Be connected with elevating mechanism and travel mechanism under the lacquer disk(-sc) mechanism of described gluing assembly, lacquer disk(-sc) mechanism comprises lacquer disk(-sc), lacquer disk(-sc) is connected with motor by gear drive, lacquer disk(-sc) is connected with bearing holder (housing, cover) by bearing, bearing holder (housing, cover) is connected on the lifter plate, lifter plate is connected with the lift cylinder piston rod, lead by the guide pillar guide pin bushing during lift cylinder lifting, guide pin bushing is connected with sliding panel, be connected with lift cylinder and slide block under the sliding panel, slide block is slidingly fitted on the guide rail, and sliding panel is connected on the horizontal air cylinder, also is provided with glue scraping plate on the lacquer disk(-sc).
4, a kind of water according to claim 1 bores the rubbing down auxiliary machine, it is characterized in that described switching machine comprises frame, is connected with adapter assembly, rubber powder assembly on the frame, is provided with anchor clamps by clamp fixing plate on the adapter assembly.
5, a kind of water according to claim 4 bores the rubbing down auxiliary machine, it is characterized in that, described adapter assembly is provided with rotating mechanism, two groups of head section mechanisms and heating arrangements up and down, head section mechanism and heating arrangements all are positioned on the rotor plate, and rotating mechanism comprises stepper motor, stepper motor is connected with rotating shaft by gear drive, rotor plate is fixed in the rotating shaft, and rotating shaft is connected with support by bearing, and stepper motor is fixedly on the support; The another side of rotor plate is connected with limited block, head section mechanism comprises: rotor plate is equipped with master cylinder, master cylinder is connected with clamp fixing plate, the master cylinder activity is by the secondary guiding of guide rail slide block, but sectional fixture on the clamp fixing plate is equipped with on the clamp fixing plate and hooks the cylinder clamping cylinder and be used for clamp; Heating arrangements comprises that heating tube, the heating tube other end connect cylinder, and the cylinder activity is led by the guide pillar guide pin bushing; Described rubber powder assembly comprises glue case structure and frictioning mechanism, and cylinder is connected with the rubber powder box in the glue case structure, and the cylinder activity is led by the guide pillar guide pin bushing; Frictioning mechanism is connected with oscillating cylinder and connects fork, is equipped with on the fork and scrapes film, scrapes film and is positioned within the rubber powder box.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU200920142917XU CN201342606Y (en) | 2009-01-19 | 2009-01-19 | Crystal diamond polishing auxiliary machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU200920142917XU CN201342606Y (en) | 2009-01-19 | 2009-01-19 | Crystal diamond polishing auxiliary machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201342606Y true CN201342606Y (en) | 2009-11-11 |
Family
ID=41274189
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU200920142917XU Expired - Fee Related CN201342606Y (en) | 2009-01-19 | 2009-01-19 | Crystal diamond polishing auxiliary machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201342606Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103752471A (en) * | 2011-12-31 | 2014-04-30 | 苏州索力旺光伏设备有限公司 | Stepping feed mechanism used for automatic sealing robot |
| CN103962950A (en) * | 2013-01-25 | 2014-08-06 | 丽水明大机械科技有限公司 | Integral workstation transfer system |
-
2009
- 2009-01-19 CN CNU200920142917XU patent/CN201342606Y/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103752471A (en) * | 2011-12-31 | 2014-04-30 | 苏州索力旺光伏设备有限公司 | Stepping feed mechanism used for automatic sealing robot |
| CN103962950A (en) * | 2013-01-25 | 2014-08-06 | 丽水明大机械科技有限公司 | Integral workstation transfer system |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20091111 Termination date: 20130119 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |