CN204954552U - Diamond grinding and polishing machine - Google Patents
Diamond grinding and polishing machine Download PDFInfo
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- CN204954552U CN204954552U CN201520754873.1U CN201520754873U CN204954552U CN 204954552 U CN204954552 U CN 204954552U CN 201520754873 U CN201520754873 U CN 201520754873U CN 204954552 U CN204954552 U CN 204954552U
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- driving head
- line rail
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Abstract
The utility model relates to a diamond grinding and polishing machine, include the frame and set up the cylinder device on the frame and feed the mount pad, it is provided with anchor clamps feeding device and anchor clamps transmission interfacing apparatus on the mount pad to feed, anchor clamps transmission interfacing apparatus is including support, first motor, transmitting gear and drive assembly, and drive assembly is including transfer line, transmission cover and driving head, and wherein the transfer line passes through the bearing setting on the support, and transmitting gear sets up on one side of transfer line, and the opposite side of transfer line sets up the transmission and overlaps and driving head, transmission sleeve center is provided with the through -hole, driving head axle center is provided with the passageway, driving head one side be provided with with atress groove or atress boss complex atress boss or atress groove, driving head's the other end is provided with the draw -in groove, the utility model overcomes the deficiencies in the prior art, a convenience is dismantled, the transmission is effectual is provided, hookup location's neotype diamond grinding and polishing machine can finely tune.
Description
Technical field
The utility model relates to a kind of diamond abrading and polishing machine.
Background technology
Diamond abrading and polishing machine Main Function is polished to glass marble, make it the various shapes becoming people's needs, existing diamond abrading and polishing machine is all fully automatic working, so how good fixture is docked and transmission very crucial, the several condition of its demand fulfillment: 1, fixture wants easy disassembly, 2, the stable transmission of fixture, 3, fixture can vernier angle; Present installation structure for clamp is complicated, transmission is unstable, so make polishing glass drill irregularity out, percent defective is higher.
Summary of the invention
For the deficiency that prior art exists, the purpose of this utility model be to provide a kind of for convenience detach, transmission is effective, can finely tune the diamond abrading and polishing machine of link position.
For achieving the above object, the utility model provides following technical scheme, a kind of diamond abrading and polishing machine, the drum apparatus comprising support and be arranged on support and feeding mount pad, described feeding mount pad is provided with fixture feed arrangement and fixture transmission docking facilities, described fixture transmission docking facilities includes support, first motor, transmitting gear and transmission component, wherein transmitting gear is rotated by the first driven by motor, transmitting gear and transmission component are arranged on support, described transmission component includes drive link, drive sleeve and driving head, wherein drive link is arranged on support by bearing, transmitting gear is arranged on the side of drive link, the opposite side of drive link arranges drive sleeve and driving head, described transmission sleeve center is provided with through hole, the both sides of drive sleeve are respectively arranged with stressed groove or stressed boss, stressed groove or the stressed boss of both sides become right-angled intersection to arrange, described driving head axle center is provided with passage, driving head side is provided with the stressed boss or stressed groove that coordinate with stressed groove or stressed boss, the other end of driving head is provided with draw-in groove, the side that described drive link supplies drive sleeve to be connected with driving head is provided with the stressed convex tendon or stressed elongated slot that coordinate with stressed groove or stressed boss, after drive sleeve and driving head are set on drive link, the stressed groove of stressed convex tendon or stressed elongated slot and drive sleeve side or stressed boss are joined and are realized rotating transmission and coordinate, the stressed groove of described drive sleeve opposite side or stressed boss realize rotating transmission with the stressed boss on driving head or stressed slot fit and coordinate.
By adopting technique scheme, make this fixture transmission docking mechanism structure simple, can fine position be carried out time wherein driving head docks with fixture, like this required precision of parts be reduced, said mechanism can at X to all adjustable with Y-direction in addition, very simply.
The utility model is set to further: be provided with step in the passage of described driving head, one end of the sheathed driving head of described drive link is provided with spring and bolt, bolt is screwed on the top of drive link, spring housing is located on drive link, spring one end is conflicted on the step of driving head passage, the spring other end is conflicted on bolt, spring impels driving head to arrange near drive sleeve, also include cylinder, the telescopic shaft of described cylinder is connected on support, described first motor is fixedly installed on support, support is provided with slippage guide rail, the telescopic shaft of cylinder is flexible drives support slippage to arrange.
By adopting technique scheme, this structure is run more firm, reasonable.
The utility model is set to further: described drum apparatus comprises cylinder, travelling line rail chair, roller seat, the axial actuating mechanism of the circumferential driving mechanism that head roll circumference is rotated and the axial movement of head roll, described travelling line rail chair is arranged on support, described drum shaft to radial location, circumference is rotatably arranged on described roller seat, two side positions of the corresponding described cylinder of described travelling line rail chair are provided with guide rail respectively, the axis of described guide rail and cylinder is set in parallel, mobile guide block is provided with in described guide rail, described mobile guide block is fixedly connected with described roller seat.
By adopting technique scheme, during diamond abrading and polishing, cylinder moves axially along the guide rail of its both sides, thus substantially increases the bearing capacity of cylinder, and then when making grinding and polishing, cylinder not easily vibrates.
The utility model is set to further: described roller seat both sides are provided with the side plate covering described guide rail, and described mobile guide block is fixedly connected with the side plate of described roller seat.
By adopting technique scheme, prevent the dust of grinding and polishing from entering the clamping stagnation caused in guide rail.
The utility model is set to further: described axial actuating mechanism comprises the second motor, decelerator, bent axle, connecting rod and Connection Block, described decelerator links with motor and bent axle respectively and arranges, described connecting rod is connected with described bent axle and Connection Block respectively, described Connection Block is fixedly connected with described travelling line rail chair, and described second motor, decelerator are fixedly connected with support respectively.
By adopting technique scheme, carrying out that can be stable when making cylinder move axially.
The utility model is set to further: described circumferential driving mechanism comprises the 3rd motor, driven pulley and installing rack, described driven pulley links with the 3rd motor and cylinder respectively and arranges, and described 3rd motor is fixedly installed on described travelling line rail chair by installing rack.
By adopting technique scheme, further increase the bearing capacity of cylinder, and then when making grinding and polishing further, cylinder not easily vibrates.
The utility model is set to further: described drum apparatus also comprises bracing frame, the travelling line rail chair of mill is arranged on bracing frame, bracing frame is arranged on support, wherein mill is travelling is provided with Y-direction level(l)ing mechanism between line rail chair and bracing frame, Y-direction level(l)ing mechanism makes the mill line rail chair that moves about realize Y-direction Level tune at bracing frame upper surface, be provided with axial regulating mechanism between described support and bracing frame, axial regulating mechanism makes bracing frame realize up-down adjustment in the axial direction.
By adopting technique scheme, make the syndeton of this support and support very reasonable, can conveniently realize in addition grinding the Y-direction Level tune of travelling line rail chair and axial up-down adjustment, such adjustment finally realizes the adjustment of cylinder, very convenient, extend the service life of cylinder in addition.
The utility model is set to further: described Y-direction level(l)ing mechanism includes and to be arranged on drawing ejection device and being arranged on the positioner ground in the middle part of move about line rail chair and bracing frame of the travelling line rail chair of mill and bracing frame side, ejection device is wherein drawn to be provided with two groups, often group draws ejection device to include fixed head, bolt and adjusting bolt, fixed head is bolted and is arranged on bracing frame, fixed head top is placed in the side of the travelling line rail chair of mill, described adjusting bolt screw thread is screwed on fixed head, the front end of adjusting bolt is rotated and is arranged on the travelling line rail chair of mill, adjusting bolt is rotated with the travelling line rail chair circumference of mill, axial restraint coordinates, rotation adjusting bolt can realize grinding travelling line rail chair and move horizontally in the Y-direction of bracing frame upper surface, described positioner includes location-plate and positioning screw tightening latch, projection is provided with in the middle part of described location-plate, described mill moves about and line rail chair is provided with the shrinkage pool of figure projection adaptation, support frame as described above is provided with one group of mounting hole, positioning screw tightening latch realizes location-plate being fixedly connected with on bracing frame through coordinating with location-plate upper screwed hole from mounting hole.Described axial regulating mechanism is at least provided with two groups, lay respectively at the two ends of bracing frame, axial regulating mechanism includes adjusting rod and nut sleeve, wherein adjusting rod is at least provided with screw thread at middle part, the screwed hole of this screw thread and nut sleeve is adaptive, and described nut sleeve is fixedly installed on support, and described adjusting rod to be located in nut sleeve and to become threaded engagement, conflict on bracing frame in the upper end of adjusting rod, rotary regulating lever can realize the axial up-down adjustment of bracing frame; Separately strengthening mechanism is provided with between support frame as described above and support, strengthening mechanism includes the first fixed edge being arranged on bracing frame both sides, the second fixed edge being arranged on support both sides and standing screw, first fixed edge is provided with ellipse hole, described second fixed edge is provided with manhole, and the reinforcing that set bolt is realized bracing frame and support by nut through two ends after corresponding ellipse hole and manhole is arranged.
By adopting technique scheme, being the further optimization to said structure, wherein being strengthened greatly in property easy to adjust and steadiness.
Below in conjunction with accompanying drawing, the utility model is further described.
Accompanying drawing explanation
Fig. 1 is the utility model example structure figure;
Fig. 2 is fixture transmission docking mechanism embodiment stereogram of the present utility model;
Fig. 3 is fixture transmission docking mechanism embodiment sectional view of the present utility model;
Fig. 4 is the transmission component embodiment explosive view of fixture transmission docking mechanism of the present utility model;
Fig. 5 is the driving head of fixture transmission docking mechanism and the stereogram of drive sleeve mating surface of the utility model embodiment;
Fig. 6 is the drive link of fixture transmission docking mechanism and the stereogram of drive sleeve mating surface of the utility model embodiment;
Fig. 7 is the drum apparatus structure chart of the utility model embodiment;
Fig. 8 is the drum apparatus explosive view of the utility model embodiment;
Fig. 9 is the local structural graph of the utility model embodiment;
Figure 10 is the A portion enlarged drawing in Fig. 9;
Figure 11 is the sectional view of the utility model embodiment reflection strengthening mechanism;
Figure 12 is the sectional view of the utility model embodiment axial regulating mechanism;
The explosive view that Figure 13 is the support of the utility model embodiment, bracing frame and mill move about between line rail chair;
Figure 14 be the utility model embodiment support bottom reflect the stereogram of positioner;
Figure 15 is the sectional view of the utility model embodiment positioner.
Detailed description of the invention
See accompanying drawing 1 to accompanying drawing 15, diamond abrading and polishing machine disclosed in the utility model, the drum apparatus 2 comprising support 1 and be arranged on support 1 and feeding mount pad 3, described feeding mount pad 3 is provided with fixture feed arrangement 4 and fixture transmission docking facilities 5, described fixture transmission docking facilities 5 includes support 51, first motor 52, transmitting gear 53 and transmission component 54, wherein transmitting gear 53 drives rotation by the first motor 52, transmitting gear 53 and transmission component 54 are arranged on support 51, in the utility model embodiment, described transmission component 54 includes drive link 541, drive sleeve 542 and driving head 543, wherein drive link 541 is arranged on support 51 by bearing, transmitting gear 53 is arranged on the side of drive link 541, the opposite side of drive link 541 arranges drive sleeve 542 and driving head 543, described drive sleeve 542 axle center is provided with through hole 5421, the both sides of drive sleeve 542 are respectively arranged with stressed groove or stressed boss 5422, the stressed groove of both sides or stressed boss 5422 one-tenth right-angled intersection are arranged, described driving head 543 axle center is provided with passage 5431, driving head 543 side is provided with the stressed boss or stressed groove 5432 that coordinate with stressed groove or stressed boss 5422, the other end of driving head 543 is provided with draw-in groove 5433, the side that described drive link 541 supplies drive sleeve 542 to be connected with driving head 543 is provided with the stressed convex tendon or stressed elongated slot 5411 that coordinate with stressed groove or stressed boss 5422, after drive sleeve 542 and driving head 543 are set on drive link 541, the stressed groove of stressed convex tendon or stressed elongated slot 5411 and drive sleeve 542 side or stressed boss 5422 are joined and are realized rotating transmission and coordinate, the stressed groove of described drive sleeve 542 opposite side or stressed boss 5422 coordinate with the stressed boss on driving head 543 or stressed groove 5432 and realize rotating transmission and coordinate.By adopting such scheme, make this fixture transmission docking mechanism structure simple, can fine position be carried out time wherein driving head 543 docks with fixture, like this required precision of parts be reduced, said mechanism can at X to all adjustable with Y-direction in addition, very simply.
In the utility model embodiment, step 54311 is provided with in the passage 5431 of described driving head 543, one end of the sheathed driving head 543 of described drive link 541 is provided with spring 54312 and bolt 54313, bolt 54313 is screwed on the top of drive link 541, spring 54312 is set on drive link 541, conflict on the step 54311 of driving head 543 passage 5431 in spring 54312 one end, spring 54312 other end is conflicted on bolt 54313, spring 54312 impels driving head 543 to arrange near drive sleeve 542, in the present embodiment, this device also includes cylinder 55, the telescopic shaft of described cylinder 55 is connected on support 51, described first motor 52 is fixedly installed on support 51, prop up on 5 framves 1 and be provided with slippage guide rail, the telescopic shaft of cylinder 55 is flexible drives support 51 slippage to arrange.
In the utility model embodiment, described 2 drum apparatus comprise cylinder 22, travelling line rail chair 23, roller seat 24, the circumferential driving mechanism that head roll 22 circumference is rotated and the axial actuating mechanism that head roll 22 moves axially, described travelling line rail chair 23 is arranged on support 1, described cylinder 22 axis and radial location, circumference is rotatably arranged on described roller seat 24, two side positions of the corresponding described cylinder 22 of described travelling line rail chair 23 are provided with guide rail 2301 respectively, described guide rail 2301 is set in parallel with the axis of cylinder 22, mobile guide block 2302 is provided with in described guide rail 2301, described mobile guide block 2302 is fixedly connected with described roller seat 24.By adopting technique scheme, during diamond abrading and polishing, cylinder 22 moves axially along the guide rail 2301 of its both sides, thus substantially increases the bearing capacity of cylinder, and then when making grinding and polishing, cylinder not easily vibrates.It should be noted that, the guide rail 2301 of technical solutions of the utility model can be wholely set with travelling line rail chair 23 herein, and the present embodiment is preferred, and guide rail 2301 is set to travelling lower oil box.
The present embodiment is set to further: described roller seat 24 both sides are provided with the side plate 2401 covering described guide rail 2301, and described mobile guide block 2302 is fixedly connected with the side plate 2401 of described roller seat 24.By adopting technique scheme, prevent the dust of grinding and polishing from entering the clamping stagnation caused in guide rail 2301.
The present embodiment is set to further: described axial actuating mechanism comprises the second motor 25, decelerator 26, bent axle 27, connecting rod 28 and Connection Block 29, described decelerator 26 links with motor 25 and bent axle 27 respectively and arranges, described connecting rod 28 is connected with described bent axle 27 and Connection Block 29 respectively, described Connection Block 29 is fixedly connected with described travelling line rail chair 23, and described second motor 25, decelerator 26 are fixedly connected with support 1 respectively.By adopting technique scheme, carrying out that can be stable when making cylinder 2 move axially.
The present embodiment is set to further: described circumferential driving mechanism comprises the 3rd motor 210, driven pulley 211 and installing rack 212, described driven pulley 211 links with the 3rd motor 210 and cylinder 22 respectively and arranges, and described 3rd motor 210 is fixedly installed on described travelling line rail chair 23 by installing rack 212.By adopting technique scheme, further increase the bearing capacity of cylinder 22, and then when making grinding and polishing further, cylinder 22 not easily vibrates.
In the utility model embodiment, described drum apparatus 2 also includes bracing frame 222, the travelling line rail chair 23 of mill is arranged on bracing frame 222, bracing frame 222 is arranged on support 1, wherein mill is travelling is provided with Y-direction level(l)ing mechanism between line rail chair 23 and bracing frame 222, Y-direction level(l)ing mechanism makes the mill line rail chair 23 that moves about realize Y-direction Level tune at bracing frame 222 upper surface, be provided with axial regulating mechanism 224 between institute's support of telling 1 and bracing frame 222, axial regulating mechanism 224 makes bracing frame 222 realize up-down adjustment in the axial direction.By adopting such scheme, make this support 1 very reasonable with the syndeton of support, can conveniently realize in addition grinding the Y-direction Level tune of travelling line rail chair 21 and axial up-down adjustment, such adjustment finally realizes the adjustment of cylinder 22, very convenient, extend the service life of cylinder 22 in addition.
In the utility model embodiment, described Y-direction level(l)ing mechanism includes and is arranged on drawing ejection device 231 and being arranged on the positioner 232 grind in the middle part of travelling line rail chair 23 and bracing frame 222 of the travelling line rail chair 23 of mill and bracing frame 222 both sides, ejection device 231 is wherein drawn to be provided with two groups, often group draws ejection device 231 to include fixed head 2311, bolt 2312 and adjusting bolt 2313, fixed head 2311 is fixedly installed on bracing frame 222 by bolt 2312, fixed head 2311 top is placed in the side of the travelling line rail chair 221 of mill, described adjusting bolt 2313 screw thread is screwed on fixed head 2311, the front end of adjusting bolt 2313 is rotated and is arranged on the travelling line rail chair 21 of mill, adjusting bolt 2313 is rotated with travelling line rail chair 23 circumference of mill, axial restraint coordinates, rotation adjusting bolt 2313 can realize grinding travelling line rail chair 23 and move horizontally in the Y-direction of bracing frame 222 upper surface, described positioner 232 includes location-plate 2321 and positioning screw tightening latch 2322, projection 23211 is provided with in the middle part of described location-plate 2321, described mill moves about on line rail chair 23 and is provided with the shrinkage pool 22211 with projection 23211 adaptation, support frame as described above 222 is provided with one group of mounting hole 2222, positioning screw tightening latch 2322 realizes location-plate 2321 being fixedly connected with on bracing frame 222 through coordinating with location-plate 2321 upper screwed hole from mounting hole 2222, first positioning screw tightening latch 2322 is unclamped when needs regulate the travelling line rail chair 223 of mill, such mill line rail chair 223 that moves about just can Y-direction move horizontally, and can well ensure to grind travelling line rail chair 223 X to position fix.
In the utility model embodiment, described axial regulating mechanism 224 is at least provided with two groups, lay respectively at the two ends of bracing frame 222, axial regulating mechanism 224 includes adjusting rod 241 and nut sleeve 242, wherein adjusting rod 241 is at least provided with screw thread at middle part, the screwed hole of this screw thread and nut sleeve 242 is adaptive, described nut sleeve 242 is fixedly installed on support 1, described adjusting rod 241 to be located in nut sleeve 242 and to become threaded engagement, conflict on bracing frame 222 in the upper end of adjusting rod 241, rotary regulating lever 241 can realize the axial up-down adjustment of bracing frame 222, strengthening mechanism 225 is separately provided with between support frame as described above 222 and support 1, strengthening mechanism 225 includes the first fixed edge 2221 being arranged on bracing frame 222 both sides, be arranged on the second fixed edge 2211 and the standing screw 251 of support 1 both sides, first fixed edge 2221 is provided with ellipse hole 22211, described second fixed edge 2211 is provided with manhole 2111, the reinforcing that set bolt 251 is realized bracing frame 222 and support 1 by nut through two ends after corresponding ellipse hole 22211 and manhole 2111 is arranged, nut can be unclamped when needs regulate.
Claims (10)
1. a diamond abrading and polishing machine, the drum apparatus comprising support and be arranged on support and feeding mount pad, described feeding mount pad is provided with fixture feed arrangement and fixture transmission docking facilities, described fixture transmission docking facilities includes support, first motor, transmitting gear and transmission component, wherein transmitting gear is rotated by the first driven by motor, transmitting gear and transmission component are arranged on support, it is characterized in that: described transmission component includes drive link, drive sleeve and driving head, wherein drive link is arranged on support by bearing, transmitting gear is arranged on the side of drive link, the opposite side of drive link arranges drive sleeve and driving head, described transmission sleeve center is provided with through hole, the both sides of drive sleeve are respectively arranged with stressed groove or stressed boss, stressed groove or the stressed boss of both sides become right-angled intersection to arrange, described driving head axle center is provided with passage, driving head side is provided with the stressed boss or stressed groove that coordinate with stressed groove or stressed boss, the other end of driving head is provided with draw-in groove, the side that described drive link supplies drive sleeve to be connected with driving head is provided with the stressed convex tendon or stressed elongated slot that coordinate with stressed groove or stressed boss, after drive sleeve and driving head are set on drive link, the stressed groove of stressed convex tendon or stressed elongated slot and drive sleeve side or stressed boss are joined and are realized rotating transmission and coordinate, the stressed groove of described drive sleeve opposite side or stressed boss realize rotating transmission with the stressed boss on driving head or stressed slot fit and coordinate.
2. diamond abrading and polishing machine according to claim 1, it is characterized in that: in the passage of described driving head, be provided with step, one end of the sheathed driving head of described drive link is provided with spring and bolt, bolt is screwed on the top of drive link, spring housing is located on drive link, spring one end is conflicted on the step of driving head passage, and the spring other end is conflicted on bolt, and spring impels driving head to arrange near drive sleeve.
3. diamond abrading and polishing machine according to claim 1 and 2, it is characterized in that: also include cylinder, the telescopic shaft of described cylinder is connected on support, and described first motor is fixedly installed on support, support is provided with slippage guide rail, the telescopic shaft of cylinder is flexible drives support slippage to arrange.
4. diamond abrading and polishing machine according to claim 1, it is characterized in that: described drum apparatus comprises cylinder, travelling line rail chair, roller seat, the axial actuating mechanism of the circumferential driving mechanism that head roll circumference is rotated and the axial movement of head roll, described travelling line rail chair is arranged on support, described drum shaft to radial location, circumference is rotatably arranged on described roller seat, two side positions of the corresponding described cylinder of described travelling line rail chair are provided with guide rail respectively, the axis of described guide rail and cylinder is set in parallel, mobile guide block is provided with in described guide rail, described mobile guide block is fixedly connected with described roller seat.
5. diamond abrading and polishing machine according to claim 4, is characterized in that: described roller seat both sides are provided with the side plate covering described guide rail, and described mobile guide block is fixedly connected with the side plate of described roller seat.
6. the diamond abrading and polishing machine according to claim 4 or 5, it is characterized in that: described axial actuating mechanism comprises the second motor, decelerator, bent axle, connecting rod and Connection Block, described decelerator links with motor and bent axle respectively and arranges, described connecting rod is connected with described bent axle and Connection Block respectively, described Connection Block is fixedly connected with described travelling line rail chair, and described second motor, decelerator are fixedly connected with support respectively.
7. the diamond abrading and polishing machine according to claim 4 or 5, it is characterized in that: described circumferential driving mechanism comprises the 3rd motor, driven pulley and installing rack, described driven pulley links with the 3rd motor and cylinder respectively and arranges, and described 3rd motor is fixedly installed on described travelling line rail chair by installing rack.
8. diamond abrading and polishing machine according to claim 4, it is characterized in that: described drum apparatus also comprises bracing frame, the travelling line rail chair of mill is arranged on bracing frame, bracing frame is arranged on support, wherein mill is travelling is provided with Y-direction level(l)ing mechanism between line rail chair and bracing frame, Y-direction level(l)ing mechanism makes the mill line rail chair that moves about realize Y-direction Level tune at bracing frame upper surface, be provided with axial regulating mechanism between described support and bracing frame, axial regulating mechanism makes bracing frame realize up-down adjustment in the axial direction.
9. diamond abrading and polishing machine according to claim 8, it is characterized in that: described Y-direction level(l)ing mechanism includes and is arranged on drawing ejection device and being arranged on the positioner ground in the middle part of move about line rail chair and bracing frame of the travelling line rail chair of mill and bracing frame both sides, ejection device is wherein drawn to be provided with two groups, often group draws ejection device to include fixed head, bolt and adjusting bolt, fixed head is bolted and is arranged on bracing frame, fixed head top is placed in the side of the travelling line rail chair of mill, described adjusting bolt screw thread is screwed on fixed head, the front end of adjusting bolt is rotated and is arranged on the travelling line rail chair of mill, adjusting bolt is rotated with the travelling line rail chair circumference of mill, axial restraint coordinates, rotation adjusting bolt can realize grinding travelling line rail chair and move horizontally in the Y-direction of bracing frame upper surface, described positioner includes location-plate and positioning screw tightening latch, projection is provided with in the middle part of described location-plate, described mill moves about and line rail chair is provided with the shrinkage pool of figure projection adaptation, support frame as described above is provided with one group of mounting hole, positioning screw tightening latch realizes location-plate being fixedly connected with on bracing frame through coordinating with location-plate upper screwed hole from mounting hole.
10. diamond abrading and polishing machine according to claim 8 or claim 9, it is characterized in that: described axial regulating mechanism is at least provided with two groups, lay respectively at the two ends of bracing frame, axial regulating mechanism includes adjusting rod and nut sleeve, wherein adjusting rod is at least provided with screw thread at middle part, the screwed hole of this screw thread and nut sleeve is adaptive, described nut sleeve is fixedly installed on support, described adjusting rod to be located in nut sleeve and to become threaded engagement, conflict on bracing frame in the upper end of adjusting rod, rotary regulating lever can realize the axial up-down adjustment of bracing frame; Separately strengthening mechanism is provided with between support frame as described above and support, strengthening mechanism includes the first fixed edge being arranged on bracing frame both sides, the second fixed edge being arranged on support both sides and standing screw, first fixed edge is provided with ellipse hole, described second fixed edge is provided with manhole, and the reinforcing that set bolt is realized bracing frame and support by nut through two ends after corresponding ellipse hole and manhole is arranged.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520754873.1U CN204954552U (en) | 2015-09-25 | 2015-09-25 | Diamond grinding and polishing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520754873.1U CN204954552U (en) | 2015-09-25 | 2015-09-25 | Diamond grinding and polishing machine |
Publications (1)
| Publication Number | Publication Date |
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| CN204954552U true CN204954552U (en) | 2016-01-13 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520754873.1U Active CN204954552U (en) | 2015-09-25 | 2015-09-25 | Diamond grinding and polishing machine |
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| CN (1) | CN204954552U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105234777A (en) * | 2015-09-25 | 2016-01-13 | 温州市永耀水晶设备制造有限公司 | Diamond grinding and polishing machine |
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2015
- 2015-09-25 CN CN201520754873.1U patent/CN204954552U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105234777A (en) * | 2015-09-25 | 2016-01-13 | 温州市永耀水晶设备制造有限公司 | Diamond grinding and polishing machine |
| CN105234777B (en) * | 2015-09-25 | 2017-11-17 | 浙江永耀机械科技有限公司 | A kind of diamond abrading and polishing machine |
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Address after: 325000, Zhejiang, Ouhai Province, Wenzhou District, Pan Bridge Street, Ao Ao village, Ding Ao Road, No. 254 Patentee after: Zhejiang yeongyaw Machinery Technology Co. Ltd. Address before: 325000, Zhejiang, Ouhai Province, Wenzhou District, Pan Bridge Street, Ao Ao village, Ding Ao Road, No. 254 Patentee before: WENZHOU YONGYAO CRYSTAL EQUIPMENT MANUFACTURING CO., LTD. |