CN204450086U - The rotary work device of processing machine - Google Patents
The rotary work device of processing machine Download PDFInfo
- Publication number
- CN204450086U CN204450086U CN201520015945.0U CN201520015945U CN204450086U CN 204450086 U CN204450086 U CN 204450086U CN 201520015945 U CN201520015945 U CN 201520015945U CN 204450086 U CN204450086 U CN 204450086U
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- China
- Prior art keywords
- rotating shaft
- pedestal
- seat board
- processing machine
- work device
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- Expired - Fee Related
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Abstract
A kind of rotary work device of processing machine, it is in pedestal, place erection one rotating shaft, one end of this rotating shaft is installed with seat board, and drive this rotating shaft to do calibration rotation with power source link, one blocking mechanism is provided with press part between this pedestal and this rotating shaft, to pass this rotating shaft, and make this seat board compress this pedestal of contact, with this rotating shaft of locking and this seat board, separately be provided with release mechanism in this pedestal, it passes this seat board with air pressure on pedestal, this seat board is separated in air supporting mode with this pedestal, to remove the blocking of this rotating shaft and this seat board, and be able to this power source drive this rotating shaft do calibration rotate, thus, utilize the air supporting unlocking manner of release mechanism, dynamic equilibrium and the assembly precision of rotating shaft and seat board can be maintained, make rotating shaft and seat board can make calibration accurately to rotate, and the calibration spinning movement interfering rotating shaft and seat board can be avoided, and reach the Practical Benefit guaranteed machining accuracy and prevent power loss.
Description
Technical field
Espespecially it provides a kind of air supporting unlocking manner utilizing release mechanism to the utility model, dynamic equilibrium and the assembly precision of rotating shaft and seat board can be maintained, make rotating shaft and seat board can make calibration accurately to rotate, and the calibration spinning movement interfering rotating shaft and seat board can be avoided, and reach the rotary work device of the processing machine of the machining accuracy guaranteed machining accuracy and prevent power loss.
Background technology
Now, processing machine is by three axis machining evolution to five-axis robot, with in response to various different process requirements, refer to shown in Fig. 1, it is that TaiWan, China announces No. M456246 " the calibration rotary positioning mechanism of processing machine rotary work device " new patent case, it is provided with axis hole 101 in support 10, and be provided with stop section 102 in the rear end of this axis hole 101, a rotating shaft 11 is set up in the axis hole 101 of this support 10, and be installed with seat board 12 in the front end of this rotating shaft 11, be separately that the rotary drive structure of worm and wormwheel group 13 drives this rotating shaft 11 to do calibration rotation with one, this worm and wormwheel group 13 is installed with worm gear 131 in the outside of this rotating shaft 11, and one can drive by power source the worm screw 132 making calibration and rotate, and do calibration rotation with this this worm gear 131 of worm screw 132 engaged transmission, and then can drive shaft 11, seat board 12 is made calibration and is rotated, worm gear 131 side in this worm and wormwheel group 13 installs the spacer 14 that is the circular lamellar body of elasticity, this spacer 14 be provided with to should support 10 stop section 102 to the portion of pulling 141, another being provided with in the rear end of this support 10 pushes group 15, push group 15 be provided with the pusher shoe 151 that can drive toward this spacer 14 displacement in this, and be provided with should the compression part 152 to the portion of pulling 141 of spacer 14 in this pusher shoe 151, when the 4th axle rotary work device as processing machine, it drives this rotating shaft 11 and seat board 12 to make calibration with this worm and wormwheel group 13 to rotate, refer to shown in Fig. 2, after this rotating shaft 11 and seat board 12 rotate a predetermined angular, pusher shoe 151 displacement driving this to push group 15, and with the compression part 152 of this pusher shoe 151 push this spacer 14 to the portion of pulling 141, make this spacer 14 elastic deformation, and with the stop section 102 compressing this support 10 of contact to the portion of pulling 141 of this spacer 14, and utilize the stop section 102 of this support 10 and the compression part 152 of this pusher shoe 151 press from both sides this spacer 14 of pulling to the portion of pulling 141, this rotating shaft 11 and seat board 12 can be made to locate, but this rotary work is installed on assembling and uses and still has following scarce fraud:
1, this support 10, rotating shaft 11, and the worm gear 131 of worm and wormwheel group 13 and worm screw 132 do high-precision assembling, can rotate by calibration accurately to make this rotating shaft 11, but, after the spacer 14 installed additional on the worm gear 131 of this rotating shaft 11 outside, the dynamic equilibrium that this spacer 14 will directly affect rotating shaft 11 and rotates, and this spacer 14 and the cumulative limit that pushes the spare parts such as group 15 also can affect overall package precision, and easily cause the error of calibration rotary angle position, and then affect machining accuracy.
2, its be the compression part 152 pushing the pusher shoe 151 of group 15 with this push this spacer 14 to the portion of pulling 141, make this spacer 14 to the portion of pulling 141 elastic deformation, and compress the stop section 102 of this support 10 of contact, to locate this rotating shaft 11 and seat board 12, but, after Long-Time Service, this spacer 14 very easily produces elastic fatigue phenomenon, after this pusher shoe 151 pushing group 15 departs from this spacer 14, this spacer 14 cannot reinstatement, when this spacer 14 rotates along with rotating shaft 11, the stop section 102 of the support 10 that will rub to the portion of pulling 141 of this spacer 14, and interfere the spinning movement of rotating shaft 11, and then cause the loss of rotary power.
3, when spacer 14 behind the portion of pulling 141 with the stop section 102 phase mutual friction of support 10, the stop section 102 to the portion of pulling 141 and support 10 of this spacer 14 will produce the situation of wearing and tearing, and in press from both sides pull this spacer 14 to the portion 141 of pulling time, very easily cause the deviation that rotary angle position is located, and affect machining accuracy.
The problem produced is used in order to improve aforementioned reality, the present inventor is engaged in research and development and the making experience of relevant industries then for many years with it, for the problems faced further investigation of current institute, through long-term endeavour research with study, eventually grind the rotary work device creating a kind of processing machine, and the scarce fraud of prior art is improved with this, this is design aim of the present utility model.
Background technology: 10-support; 101-axis hole; 102-stop section; 11-rotating shaft; 12-seat board; 13-worm and wormwheel group; 131-worm gear; 132-worm screw; 14-spacer; 141-is to the portion of pulling; 15-pushes group; 151-pusher shoe; 152-compression part;
The utility model: 20-pedestal; 201-holding part; 202-first tank; 203-second tank; 204-the 3rd tank; 205-the 4th tank; 206-passage; 207-first interval trough; 208-second interval trough; 209-gas exhaust piping; 21-rotating shaft; 211-clutch shaft bearing; 212-second bearing; 213-sensing member; 214-read head; 22-seat board; 23-adopting direct drive motor; 231-stator; 232-rotor; 24-press part; 25-ring; 26-is for compression ring; 261-pore.
Utility model content
The purpose of this utility model one, be to provide a kind of rotary work device of processing machine, utilize the air supporting unlocking manner of release mechanism, and other spare parts need not be installed additional in rotating shaft and seat board, to maintain dynamic equilibrium and the assembly precision of rotating shaft and seat board, make rotating shaft and seat board can make calibration accurately to rotate, and reach the practical purpose guaranteeing machining accuracy.
The purpose of this utility model two, be to provide a kind of rotary work device of processing machine, it utilizes the air supporting unlocking manner of release mechanism, this seat board is separated in air supporting mode with this pedestal, to remove the blocking of this rotating shaft and this seat board, and other spare parts need not be installed additional in rotating shaft and seat board, to avoid spare part to interfere with the calibration spinning movement of rotating shaft because of distortion that Long-Time Service produces, and reach the practical purpose preventing power loss.
The purpose of this utility model three, be to provide a kind of rotary work device of processing machine, this blocking mechanism passes this rotating shaft with press part, this seat board is made to compress this pedestal of contact, with this rotating shaft of locking and this seat board, and utilize this seat board and pedestal directly to compress the closedown mode contacted, the deviation causing rotary angle position to locate because of spare part wearing and tearing can be avoided, locate the calibration rotary angle position of this rotating shaft and this seat board with locking accurately, and reach the practical purpose guaranteeing machining accuracy.
For reaching above-mentioned purpose, the utility model provides a kind of rotary work device of processing machine, and it includes:
Pedestal;
Rotating shaft, places and is set up in this pedestal;
Seat board, is fixedly arranged on one end of this rotating shaft;
Power source, links and drives this rotating shaft to do calibration rotation;
Blocking mechanism, is provided with at least one press part between this pedestal and this rotating shaft, to pass this rotating shaft, and makes this seat board compress this pedestal of contact, with this rotating shaft of locking and this seat board;
Release mechanism, is provided with the gas-supplying structure exporting gas, and passes this seat board with gas, this seat board and this pedestal are separated in pneumatically supported mode in this pedestal, and is made this power source drive this rotating shaft to do calibration rotation.
The rotary work device of described processing machine, wherein, the outside, one end of this rotating shaft is provided with clutch shaft bearing, then there is the second bearing this rotating shaft other end outside, be provided with holding part in this pedestal, and be provided with the first tank in one end of this holding part, with the clutch shaft bearing of this rotating shaft accommodating, the other end of this holding part is then provided with the second tank, with the second bearing of this rotating shaft accommodating.
The rotary work device of described processing machine, wherein, the second tank side of this pedestal is provided with the 3rd tank, and this blocking mechanism is then equiped with multiple press part in the 3rd tank inner ring cloth of this pedestal.
The rotary work device of described processing machine, wherein, this blocking mechanism is provided with a ring between the second bearing of this press part and this rotating shaft.
The rotary work device of described processing machine, wherein, the press part of this blocking mechanism is spring.
The rotary work device of described processing machine, wherein, this power source is an adopting direct drive motor, this adopting direct drive motor is provided with stator in this pedestal, the outer ring surface of this rotating shaft is then equipped with to should the rotor of stator, and the driving rotating speed carrying out controlling this adopting direct drive motor with a control structure and the angle position driving this rotating shaft to make calibration to rotate.
The rotary work device of described processing machine, wherein, the control structure of this power source sets firmly in the other end of this rotating shaft the sensing member that has outer shroud tooth, and be provided with a read head in the side place of this sensing member, Signal transmissions to encoder that this read head will read.
The rotary work device of described processing machine, wherein, the gas-supplying structure of this release mechanism offers the 4th tank on the end face of this pedestal one end, for the confession compression ring of the multiple pore of installing one tool, and be provided with passage in this pedestal, one end of this passage is communicated with the 4th tank, and the other end then connects a pneumatic supply.
The rotary work device of described processing machine, wherein, this release mechanism place inside the 4th tank of this pedestal is provided with the first interval trough, and it is outside to be communicated with this pedestal in this first interval trough with a gas exhaust piping, enter this gas exhaust piping to guide the gas exported by the pore of this confession compression ring, and discharge this pedestal outside by this gas exhaust piping.
The rotary work device of described processing machine, wherein, this release mechanism is provided with in the 4th tank outside of this pedestal the second interval trough be communicated with this gas exhaust piping, discharges this pedestal outside with pilot gas by this gas exhaust piping.
The beneficial effects of the utility model are: the air supporting unlocking manner utilizing release mechanism, and other spare parts need not be installed additional in rotating shaft and seat board, to maintain dynamic equilibrium and the assembly precision of rotating shaft and seat board, make rotating shaft and seat board can make calibration accurately to rotate, and reach the practical purpose guaranteeing machining accuracy; Utilize the air supporting unlocking manner of release mechanism, this seat board is separated in air supporting mode with this pedestal, to remove the blocking of this rotating shaft and this seat board, and other spare parts need not be installed additional in rotating shaft and seat board, to avoid spare part to interfere with the calibration spinning movement of rotating shaft because of distortion that Long-Time Service produces, and reach the practical purpose preventing power loss; This blocking mechanism passes this rotating shaft with press part, this seat board is made to compress this pedestal of contact, with this rotating shaft of locking and this seat board, and utilize this seat board and pedestal directly to compress the closedown mode contacted, the deviation causing rotary angle position to locate because of spare part wearing and tearing can be avoided, locate the calibration rotary angle position of this rotating shaft and this seat board with locking accurately, and reach the practical purpose guaranteeing machining accuracy.
Accompanying drawing explanation
Fig. 1: TaiWan, China announces the action schematic diagram () of No. M456246;
Fig. 2: TaiWan, China announces the action schematic diagram (two) of No. M456246;
Fig. 3: structural representation of the present utility model;
The A part enlarged diagram of Fig. 4: Fig. 3;
The B part enlarged diagram of Fig. 5: Fig. 3;
Fig. 6: the utility model is in driving the action schematic diagram () done when calibration rotates;
The C part enlarged diagram of Fig. 7: Fig. 6;
Fig. 8: the utility model is in driving the action schematic diagram (two) done when calibration rotates;
Fig. 9: the action schematic diagram of the utility model in time locating calibration rotary angle position;
The D part enlarged diagram of Figure 10: Fig. 9.
Description of reference numerals:
Detailed description of the invention
Refer to shown in Fig. 3, Fig. 4, Fig. 5, rotary work device of the present utility model is provided with holding part 201 in a pedestal 20, places erection one rotating shaft 21, and set firmly a seat board 22 in one end of this rotating shaft 21 in the holding part 201 of this pedestal 20, in the present embodiment, the outside, one end of this rotating shaft 21 is provided with clutch shaft bearing 211, then there is the second bearing 212 other end outside, the first tank 202 is provided with in holding part 201 one end of this pedestal 20, with the clutch shaft bearing 211 of this rotating shaft 21 accommodating, holding part 201 other end of this pedestal 20 is then provided with the second tank 203, with the second bearing 212 of this rotating shaft 21 accommodating, and this rotating shaft 21 is placed be set up in the holding part 201 of this pedestal 20, link a power source in this rotating shaft 21, make calibration to drive this rotating shaft 21 and rotate, in the present embodiment, this power source is an adopting direct drive motor 23, this adopting direct drive motor 23 is provided with stator 231 in the holding part 201 of this pedestal 20, the outer ring surface of this rotating shaft 21 is then equipped with to should the rotor 232 of stator 231, and the driving rotating speed carrying out controlling this adopting direct drive motor 23 with a control structure and the angle position driving this rotating shaft 21 to make calibration to rotate, wherein, this control structure is the sensing member 213 setting firmly a tool outer shroud tooth in the other end of this rotating shaft 21, and be provided with a read head 214 in the side place of this sensing member 213, this read head 214 and will read Signal transmissions to encoder (not showing in graphic), and control the driving rotating speed of this adopting direct drive motor 23 with this encoder and drive this rotating shaft 21 to do the angle position of calibration rotation, one blocking mechanism is provided with at least one press part between this pedestal 20 and this rotating shaft 21, to pass this rotating shaft 21, and makes this seat board 22 compress one end of this pedestal 20 of contact, with this rotating shaft 21 of locking and this seat board 22, in the present embodiment, second tank 203 side of this pedestal 20 is provided with the 3rd tank 204, this blocking mechanism is then equiped with multiple press part 24 that can be spring in the 3rd tank 204 inner ring cloth of this pedestal 20, and a ring 25 is provided with between the second bearing 212 of each press part 24 and this rotating shaft 21, and push against this ring 25 with the elastic force of each press part 24, the second bearing 212 of this rotating shaft 21 is passed again with this ring 25, this rotating shaft 21 is moved down, and drives the inner side end of this seat board 22 to compress the end face of this pedestal 20 one end of contact, separately be provided with release mechanism in this pedestal 20, this release mechanism is provided with the gas-supplying structure exporting gas in this pedestal 20, and pass this seat board 22 with air pressure, this seat board 22 is separated in air supporting mode with one end of this pedestal 20, to remove the blocking of this rotating shaft 21 and this seat board 22, and be able to this power source drive this rotating shaft 21 do calibration rotate, when separately making air pressure stop passing this seat board 22, then push against this ring 25 with each press part 24 of this blocking mechanism, and pass this rotating shaft 21 with this ring 25, the inner side end of this seat board 22 is made to compress the end face of this pedestal 20 one end of contact, with this rotating shaft 21 of locking and this seat board 22, and then locate the calibration rotary angle position of this rotating shaft 21 and this seat board 22, in the present embodiment, the gas-supplying structure of this release mechanism offers the 4th tank 205 on the end face of this pedestal 20 one end, there is for installing one the confession compression ring 26 of multiple pore 261, and be provided with passage 206 in this pedestal 20, one end of this passage 206 is communicated with the 4th tank 205, the other end then connects a pneumatic supply (not showing in graphic), gases at high pressure are inputted with the passage 206 in this pedestal 20, and be circulated in the 4th tank 205, pore 261 output high-pressure gas of compression ring 26 is supplied again via this, and make to be greater than by the pressure of pore 261 output high-pressure gas of this confession compression ring 26 strength that each press part 24 passes this rotating shaft 21, and pass on this seat board 22 with the gases at high pressure that the pore 261 of this confession compression ring 26 exports and move, the inner side end of this seat board 22 is separated in air supporting mode with the end face of this pedestal 20, to remove the blocking of this rotating shaft 21 and this seat board 22, and make this power source that this rotating shaft 21 can be driven to do calibration rotation, inside 4th tank 205 of this pedestal 20 another, place is provided with the first interval trough 207, and it is outside to be communicated with pedestal 20 in this first interval trough 207 with a gas exhaust piping 209, this gas exhaust piping 209 is entered to guide the gases at high pressure exported by the pore 261 of this confession compression ring 26, and discharge pedestal 20 outside by this gas exhaust piping 209, spray in the holding part 201 of this pedestal 20 to prevent gas, be provided with again in the 4th tank 205 outside of this pedestal 20 the second interval trough 208 be communicated with this gas exhaust piping 209, discharge pedestal 20 outside with pilot gas by this gas exhaust piping 209.
Refer to shown in Fig. 6, Fig. 7, the utility model can be arranged in pairs or groups on processing machine, using as the 4th axle of processing machine or the rotary work device of the 5th axle, and the calibration utilizing the seat board 22 of rotating shaft 21 one end to drive workpiece to do various angle position rotates, with in response to various different process requirements, when drive shaft 21 and seat board 22 do calibration rotation, it is that the passage 206 coming from this pedestal 20 with air pressure inputs gases at high pressure, and be circulated in the 4th tank 205, pore 261 output high-pressure gas of compression ring 26 is supplied again via this, and pass on this seat board 22 with the gases at high pressure that the pore 261 of this confession compression ring 26 exports and move about 30 ~ 50 μm, the inner side end of this seat board 22 is separated in air supporting mode with the end face of this pedestal 20, and the blocking of this rotating shaft 21 and this seat board 22 can be removed, another passing on this seat board 22 when air pressure is moved simultaneously, this seat board 22 drives this rotating shaft 21 displacement, the second bearing 212 of this rotating shaft 21 is made to pass this ring 25, and compress each press part 24, refer to shown in Fig. 8, after the inner side end of this seat board 22 is separated in air supporting mode with the end face of this pedestal 20 one end, namely can this rotating shaft 22 and this seat board 22 be driven to do the calibration rotation start of predetermined angular position by this adopting direct drive motor 23, by this, the utility model utilizes the air supporting unlocking manner of this release mechanism, the inner side end of this seat board 22 is separated in air supporting mode with this pedestal 20, to remove the blocking of this rotating shaft 21 and this seat board 22, and be able to this power source drive this rotating shaft 21 do calibration rotate, due to other spare parts need not be installed additional in the rotating shaft 21 doing calibration rotation and seat board 22, and only on fixing pedestal 20, set up gas-supplying structure, and dynamic equilibrium and the assembly precision of this rotating shaft 21 and this seat board 22 can be maintained, make this rotating shaft 21 and this seat board 22 can make calibration accurately to rotate, and spare part can be avoided to interfere with the calibration spinning movement of rotating shaft 21 because of distortion that Long-Time Service produces, and reach the practical purpose guaranteed machining accuracy and prevent power loss.
Refer to shown in Fig. 9, Figure 10, after this adopting direct drive motor 23 drives this rotating shaft 22 and this seat board 22 to do calibration rotation, this pneumatic supply is made to stop output high-pressure gas, and stop passing this seat board 22, namely this ring 25 is pushed against with each press part 24 of this blocking mechanism, the second bearing 212 of this rotating shaft 21 is passed again with this ring 25, this rotating shaft 21 is moved down, and drive the inner side end of this seat board 22 to compress the end face of this pedestal 20 of contact, with this rotating shaft 21 of locking and this seat board 22, and then locate the calibration rotary angle position of this rotating shaft 21 and this seat board 22; Thus, utilize the pushing and pressing ring 25 that each press part 24 of this blocking mechanism is stable, this rotating shaft 21 is passed again with this ring 25, the inner side end of this seat board 22 is made to compress the end face of this pedestal 20 of contact, and utilize this seat board 22 and pedestal 20 directly to compress the closedown mode contacted, the deviation causing rotary angle position to locate because of spare part wearing and tearing can be avoided, locate the calibration rotary angle position of this rotating shaft 21 and this seat board 22 with locking accurately, and reach the practical purpose guaranteeing machining accuracy.
In sum, the utility model is dark tool practicality and a creationary design in fact, but discloses there are no identical product and publication, thus permits symbol utility application important document, therefore files an application in accordance with the law.
Claims (10)
1. a rotary work device for processing machine, is characterized in that, include:
Pedestal;
Rotating shaft, places and is set up in this pedestal;
Seat board, is fixedly arranged on one end of this rotating shaft;
Power source, links and drives this rotating shaft to do calibration rotation;
Blocking mechanism, is provided with at least one press part between this pedestal and this rotating shaft, to pass this rotating shaft, and makes this seat board compress this pedestal of contact, with this rotating shaft of locking and this seat board;
Release mechanism, is provided with the gas-supplying structure exporting gas, and passes this seat board with gas, this seat board and this pedestal are separated in pneumatically supported mode in this pedestal, and is made this power source drive this rotating shaft to do calibration rotation.
2. the rotary work device of processing machine according to claim 1, it is characterized in that, the outside, one end of this rotating shaft is provided with clutch shaft bearing, then there is the second bearing this rotating shaft other end outside, be provided with holding part in this pedestal, and be provided with the first tank in one end of this holding part, with the clutch shaft bearing of this rotating shaft accommodating, the other end of this holding part is then provided with the second tank, with the second bearing of this rotating shaft accommodating.
3. the rotary work device of processing machine according to claim 2, is characterized in that, the second tank side of this pedestal is provided with the 3rd tank, and this blocking mechanism is then equiped with multiple press part in the 3rd tank inner ring cloth of this pedestal.
4. the rotary work device of processing machine according to claim 2, is characterized in that, this blocking mechanism is provided with a ring between the second bearing of this press part and this rotating shaft.
5. the rotary work device of processing machine according to claim 1, is characterized in that, the press part of this blocking mechanism is spring.
6. the rotary work device of processing machine according to claim 1, it is characterized in that, this power source is an adopting direct drive motor, this adopting direct drive motor is provided with stator in this pedestal, the outer ring surface of this rotating shaft is then equipped with to should the rotor of stator, and the driving rotating speed carrying out controlling this adopting direct drive motor with a control structure and the angle position driving this rotating shaft to make calibration to rotate.
7. the rotary work device of processing machine according to claim 6, it is characterized in that, the control structure of this power source sets firmly in the other end of this rotating shaft the sensing member that has outer shroud tooth, and be provided with a read head in the side place of this sensing member, Signal transmissions to encoder that this read head will read.
8. the rotary work device of processing machine according to claim 1, it is characterized in that, the gas-supplying structure of this release mechanism offers the 4th tank on the end face of this pedestal one end, for the confession compression ring of the multiple pore of installing one tool, and be provided with passage in this pedestal, one end of this passage is communicated with the 4th tank, and the other end then connects a pneumatic supply.
9. the rotary work device of processing machine according to claim 8, it is characterized in that, this release mechanism place inside the 4th tank of this pedestal is provided with the first interval trough, and it is outside to be communicated with this pedestal in this first interval trough with a gas exhaust piping, enter this gas exhaust piping to guide the gas exported by the pore of this confession compression ring, and discharge this pedestal outside by this gas exhaust piping.
10. the rotary work device of processing machine according to claim 9, is characterized in that, this release mechanism is provided with in the 4th tank outside of this pedestal the second interval trough be communicated with this gas exhaust piping, discharges this pedestal outside with pilot gas by this gas exhaust piping.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520015945.0U CN204450086U (en) | 2015-01-09 | 2015-01-09 | The rotary work device of processing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520015945.0U CN204450086U (en) | 2015-01-09 | 2015-01-09 | The rotary work device of processing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204450086U true CN204450086U (en) | 2015-07-08 |
Family
ID=53657031
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520015945.0U Expired - Fee Related CN204450086U (en) | 2015-01-09 | 2015-01-09 | The rotary work device of processing machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204450086U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105382558A (en) * | 2015-12-24 | 2016-03-09 | 浙江博雷重型机床制造有限公司 | Integrated high-accuracy servo revolving platform |
| CN105414996A (en) * | 2015-12-24 | 2016-03-23 | 浙江博雷重型机床制造有限公司 | Vertical lathe |
| TWI599437B (en) * | 2016-05-06 | 2017-09-21 | Pu-Xuan Qiu | Processing machine indexing rotary device |
| CN107350897A (en) * | 2016-05-09 | 2017-11-17 | 邱菩宣 | The indexing rotating device of processing machine |
| CN111421412A (en) * | 2020-05-20 | 2020-07-17 | 清华大学 | Grinding workbench and wafer thinning equipment |
-
2015
- 2015-01-09 CN CN201520015945.0U patent/CN204450086U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105382558A (en) * | 2015-12-24 | 2016-03-09 | 浙江博雷重型机床制造有限公司 | Integrated high-accuracy servo revolving platform |
| CN105414996A (en) * | 2015-12-24 | 2016-03-23 | 浙江博雷重型机床制造有限公司 | Vertical lathe |
| TWI599437B (en) * | 2016-05-06 | 2017-09-21 | Pu-Xuan Qiu | Processing machine indexing rotary device |
| CN107350897A (en) * | 2016-05-09 | 2017-11-17 | 邱菩宣 | The indexing rotating device of processing machine |
| CN111421412A (en) * | 2020-05-20 | 2020-07-17 | 清华大学 | Grinding workbench and wafer thinning equipment |
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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 | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150708 Termination date: 20180109 |