CN203401359U - CNC time efficiency cutter grinder - Google Patents
CNC time efficiency cutter grinder Download PDFInfo
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- CN203401359U CN203401359U CN201320463582.8U CN201320463582U CN203401359U CN 203401359 U CN203401359 U CN 203401359U CN 201320463582 U CN201320463582 U CN 201320463582U CN 203401359 U CN203401359 U CN 203401359U
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Abstract
A CNC time efficiency cutter grinder comprises a machine tool, a first movable platform, a second movable platform, a lifting mechanism, a swing mechanism, a grinding main shaft machining device and a workpiece clamping and rotating device. The grinding main shaft machining device comprises a first grinding unit, a supporting base, a second grinding unit, a servo motor and a ball screw, wherein the first grinding unit is provided with a first grinding head, the second grinding unit is arranged on the supporting base and is provided with a second grinding head, the servo motor is arranged on the supporting base, and the ball screw is connected between the servo motor and the second grinding unit. The workpiece clamping and rotating device comprises a first workpiece clamping unit and a second workpiece clamping unit which are respectively arranged on the swing mechanism, the first workpiece clamping unit is provided with a first chuck, and the second workpiece clamping unit is provided with a second chuck. By means of the design, machining efficiency is improved, and productivity is increased.
Description
Technical field
The utility model relates to a kind of cutter sharpener, refers to especially a kind of CNC times of efficiency cutter sharpener.
Background technology
Consult Fig. 1, for existing a kind of five axial bit grinding machines, this five axial bit grinding machine comprises a frame 11, first travelling table 12 that energy moves around along a first direction L1, second travelling table 13 that energy moves around along a second direction L2 perpendicular to this first direction L1, one is arranged at this first travelling table 12 and can be along an elevating mechanism 14 moving around perpendicular to the third direction L3 of this first direction L1, a grinding unit 15 that is arranged at this elevating mechanism 14 and there is a grinding head 151, a slew gear 16 that is arranged at this second travelling table 13 and can rotates around this third direction L3, an and Workpiece clamping head unit 17 that is arranged at this slew gear 16 and there is a chuck 171, this grinding head 151 and this chuck 171 can rotate around self axis respectively.In start, this grinding head 151 can be by this first travelling table 12 and towards these chuck 171 displacements, and relend the respective heights that can be adjusted by this elevating mechanism 14 with this chuck 171, and this chuck 171 can produce displacement by this second travelling table 13, and relend by this slew gear 16 and can produce angle beat, above-mentioned action matches whereby, and allow, be held on a workpiece (not shown) of this chuck 171, can with various angles, be processed by this grinding head 151.
Summary of the invention
The purpose of this utility model is to provide in a kind of being applied to, large-scale cutter sharpener and can promote working (machining) efficiency, increase production capacity, structural rigidity is good and the CNC of reduction equipment and human cost times of efficiency cutter sharpener.
Another object of the present utility model be to provide a kind of be applied to small-sized cutter sharpener and can promote working (machining) efficiency, increase production capacity, structural rigidity is good and the CNC of reduction equipment and human cost times of efficiency cutter sharpener
The utility model CNC times of efficiency cutter sharpener, comprises a lathe, first mobile platform, second mobile platform, an elevating mechanism, a slew gear, a grinding spindle processing unit (plant), and a piece-holder whirligig.
This first mobile platform is arranged on this lathe and can moves along a Z-direction.
This second mobile platform is arranged on this lathe and can moves along an X-direction perpendicular to this Z-direction.
This elevating mechanism is arranged at this first mobile platform and can moves along a Y direction perpendicular to this Z-direction and this X-direction.
This slew gear is arranged at this second mobile platform and can rotates around this Y direction.
This grinding spindle processing unit (plant) comprise first grinding unit that is arranged at this elevating mechanism and there is first grinding head, one be arranged at this first mobile platform and the supporting base extending along this Y direction, one be arranged at this supporting base and can move and have the second grinding unit of second grinding head, a servo motor that is arranged at this supporting base along this Y direction, an and ball screw being connected between this servo motor and this second grinding unit.
This piece-holder whirligig comprises a first piece-holder unit and a second workpiece grip unit of arranging and be arranged at respectively this slew gear along this Y direction, this the first piece-holder unit has the first chuck that an energy rotates around self axis, and this second workpiece grip unit has the second chuck that an energy rotates around self axis.
CNC of the present utility model times of efficiency cutter sharpener, the sidewall that this supporting base has two difference separately and extends along this Y direction, an and roof that is connected in aforementioned lateral wall top, aforementioned lateral wall and this roof are installed room around defining one, this servo motor is to be arranged at this roof, and this ball screw is to be positioned at this installation room.
CNC of the present utility model times of efficiency cutter sharpener, this supporting base also has a pair of line rail that is arranged at respectively aforementioned lateral wall, and one can be arranged between aforementioned line rail and the sliding shoe wearing for this second grinding unit slidably.
CNC of the present utility model times of efficiency cutter sharpener, this first grinding head has a corase grind wheel, and a fine grinding wheel, and this second grinding head has a corase grind wheel, and a fine grinding wheel.
CNC of the present utility model times of efficiency cutter sharpener, this piece-holder whirligig also comprises a chuck driver element, this chuck driver element comprises that a collet drive motor, that is arranged at this second workpiece grip unit top along this Y direction is connected in the first transmission component between this collet drive motor and this second chuck, second transmission component that is connected in this first chuck, and a torsion stop being connected between this first transmission component and this second transmission component.
The utility model CNC times of efficiency cutter sharpener, comprises a lathe, first mobile platform, second mobile platform, an elevating mechanism, a slew gear, a grinding spindle processing unit (plant), and a piece-holder whirligig.
This first mobile platform is arranged on this lathe and can moves along a Z-direction.
This second mobile platform is arranged on this lathe and can moves along an X-direction perpendicular to this Z-direction.
This elevating mechanism is arranged at this first mobile platform and can moves along a Y direction perpendicular to this Z-direction and this X-direction.
This slew gear is arranged at this second mobile platform and can rotates around this Y direction.
This grinding spindle processing unit (plant) comprise first grinding unit that is arranged at this elevating mechanism and there is first grinding head, one be arranged at this elevating mechanism and the supporting base extending along this Y direction, one be arranged at this supporting base and can move and have the second grinding unit of second grinding head, a servo motor that is arranged at this supporting base along this Y direction, an and ball screw being connected between this servo motor and this second grinding unit.
This piece-holder whirligig comprises a first piece-holder unit and a second workpiece grip unit of arranging and be arranged at respectively this slew gear along this Y direction, this the first piece-holder unit has the first chuck that an energy rotates around self axis, and this second workpiece grip unit has the second chuck that an energy rotates around self axis.
CNC of the present utility model times of efficiency cutter sharpener, the sidewall that this supporting base has two difference separately and extends along this Y direction, an and roof that is connected in aforementioned lateral wall top, aforementioned lateral wall and this roof are installed room around defining one, this servo motor is to be arranged at this roof, and this ball screw is to be positioned at this installation room.
CNC of the present utility model times of efficiency cutter sharpener, this supporting base also has a pair of line rail that is arranged at respectively aforementioned lateral wall, and one can be arranged between aforementioned line rail and the sliding shoe wearing for this second grinding unit slidably.
CNC of the present utility model times of efficiency cutter sharpener, this first grinding head has a corase grind wheel, and a fine grinding wheel, and this second grinding head has a corase grind wheel, and a fine grinding wheel.
CNC of the present utility model times of efficiency cutter sharpener, this piece-holder whirligig also comprises a chuck driver element, this chuck driver element comprises that a collet drive motor, that is arranged at this second workpiece grip unit top along this Y direction is connected in the first transmission component between this collet drive motor and this second chuck, second transmission component that is connected in this first chuck, and a torsion stop being connected between this first transmission component and this second transmission component.
The beneficial effects of the utility model are: by this piece-holder whirligig, be to include this first piece-holder unit and this second workpiece grip unit, and this grinding spindle processing unit (plant) is the design that includes this first grinding unit and this second grinding unit, allow the utility model can on same board, process the processing operation of two workpiece simultaneously, thus, can effectively promote working (machining) efficiency to increase production capacity.On the other hand, because can reduce board quantity, thus reduce greatly equipment cost, and the personnel costs of operation board.Again on the other hand, adding this supporting base can be to be arranged at this first mobile platform or the mode of this elevating mechanism, allow the utility model can be on demand and in being applied to, large-scale cutter sharpener or small-sized cutter sharpener.
Accompanying drawing explanation
Fig. 1 is a stereogram of existing a kind of five axial bit grinding machines;
Fig. 2 is the stereogram of first preferred embodiment of the utility model CNC times of efficiency cutter sharpener;
Fig. 3 is a front view of this first preferred embodiment;
Fig. 4 is a side view of this first preferred embodiment;
Fig. 5 is a cutaway view that is taken from Fig. 3 line V-V, and a chuck driver element of a piece-holder whirligig is described;
Fig. 6 is the stereogram of second preferred embodiment of the utility model CNC times of efficiency cutter sharpener;
Fig. 7 is a front view of this second preferred embodiment;
Fig. 8 is a side view of this second preferred embodiment.
The specific embodiment
Below in conjunction with drawings and Examples, the utility model is elaborated.
Consult Fig. 2, Fig. 3, and Fig. 4, first preferred embodiment of the utility model CNC times of efficiency cutter sharpener comprises a lathe 2, one the first mobile platform 3, one the second mobile platform 4, elevating mechanism 5, slew gear 6, a grinding spindle processing unit (plant) 7, and a piece-holder whirligig 8.
This lathe 2 has good structural rigidity, can carry high load and indeformable.
This first mobile platform 3 is arranged on this lathe 2 and can moves along a Z-direction.
This second mobile platform 4 is arranged on this lathe 2 and can moves along an X-direction perpendicular to this Z-direction.
This elevating mechanism 5 is arranged at this first mobile platform 3 and can moves along a Y direction perpendicular to this Z-direction and this X-direction.
This slew gear 6 is arranged at this second mobile platform 4 and can rotates around this Y direction.
Wherein, this lathe 2, this first mobile platform 3, this second mobile platform 4, this elevating mechanism 5, and all non-the utility model technical characteristics of this slew gear 6, and in this technical field and have and conventionally know the known technology of the knowledgeable, therefore do not repeat in detail at this.
This grinding spindle processing unit (plant) 7 comprise first grinding unit 71 that is arranged at this elevating mechanism 5, supporting base that is arranged at this first mobile platform 3 and extends along this Y direction 72, one be arranged at this supporting base 72 and second grinding unit 73 that can move along this Y direction, a servo motor 74 that is arranged at this supporting base 72, an and ball screw 75 that is connected in 73 of this servo motor 74 and this second grinding units.Because this supporting base 72 is to be directly arranged on this first mobile platform 3, there is good structural rigidity, therefore in can being applied to, the aspect of large-scale cutter sharpener.
This first grinding unit 71 has first grinding head 711, and one be connected in this first grinding head 711 and drive that this first grinding head 711 rotates around self axis S1 first grind CD-ROM drive motor 712.Wherein, this first grinding head 711 has one for carrying out the corase grind wheel 7111 of the larger processing amount of feeding, and one for carrying out the fine grinding wheel 7112 of the less processing amount of feeding.Certainly, this first grinding head 711 can be also the configuration aspect that only has a corase grind wheel 7111 or only have a fine grinding wheel 7112, and ought to take, this first was restriction compared with the disclosed content of embodiment.
This supporting base 72 has two respectively separately and be arranged at this first mobile platform 3 and the sidewall 721 that extends along this Y direction, one are connected in aforementioned lateral wall 721 tops the roof 722 arranging for this servo motor 74, a pair of line rail 723 that is arranged at respectively this sidewall 721 and extends along this Y direction, and a sliding shoe 724 that can be arranged at slidably 723, aforementioned line rail and wear for this second grinding unit 73, aforementioned lateral wall 721 is installed accommodating installation room 725 with this roof 722 around defining this ball screw 75 of a confession.
This second grinding unit 73 has second grinding head 731, and one be connected in this second grinding head 731 and drive that this second grinding head 731 rotates around self axis S2 second grind CD-ROM drive motor 732.Same, this second grinding head 731 has one for carrying out the corase grind wheel 7311 of the larger processing amount of feeding, and one for carrying out the fine grinding wheel 7312 of the less processing amount of feeding.Certainly, this second grinding head 731 can be also the configuration aspect that only has a corase grind wheel 7311 or only have a fine grinding wheel 7312.
Consult Fig. 2, Fig. 3, and Fig. 5, this piece-holder whirligig 8 comprises respectively along this Y direction arranges and is arranged at a first piece-holder unit 81 of this slew gear 6, a second workpiece grip unit 82, and a chuck driver element 83.Wherein, in this first preferred embodiment, this second workpiece grip unit 82 is to be arranged at this 81 tops, the first piece-holder unit along this Y direction.
This first piece-holder unit 81 has first chuck 811 that can clamp first workpiece 100 and can rotate around self axis C1.
This second workpiece grip unit 82 has second chuck 821 that can clamp a second workpiece 200 and can rotate around self axis C2.
This chuck driver element 83 comprises that a collet drive motor 831, that is arranged at these second workpiece grip unit 82 tops along this Y direction is connected in the first transmission component 832 of 821 of this collet drive motor 831 and this second chucks, second transmission component 833 that is connected in this first chuck 811, and a torsion stop 834 that is connected in 833 of this first transmission component 832 and this second transmission components.Wherein, this first transmission component 832 has a worm screw 8321 that driven by this collet drive motor 831, and a worm gear 8322 that is sheathed on this second chuck 821 and is meshed with this worm screw 8321.Same, this second transmission component 833 has a worm screw 8331 that is connected in this torsion stop 834, and a worm gear 8332 that is sheathed on this first chuck 811 and is meshed with this worm screw 8331.Whereby, allow this collet drive motor 831 can drive this first chuck 811 to synchronize rotation with this second chuck 821 simultaneously.
In start, by this first mobile platform 3, allow this grinding spindle processing unit (plant) 7 can be towards these piece-holder whirligig 8 displacements, and the design by this elevating mechanism 5 with this servo motor 74, allow this first grinding head 711 can move adjustment along this Y direction respectively with this second grinding head 731, and go respectively to process with this second workpiece 200 corresponding to this first workpiece 100, and, this second mobile platform 4 of simultaneously arranging in pairs or groups again can move and this slew gear 6 can drive this piece-holder whirligig 8 to rotate along this X-direction, so that can being synchronizeed, this first grinding head 711 and this second grinding head 731 respectively this first workpiece 100 is processed with this second workpiece 200, and allow this first workpiece 100 and this second workpiece 200 can processed identical aspect.
In addition, what deserves to be explained is, because organ is in the process of running, have the generation of heat dedendum modification, thus, can cause having micro-difference in this first workpiece 100 and the processed size out of this second workpiece 200, the compensation control system (not shown) of can arranging in pairs or groups comes this first workpiece 100 of immediately monitoring adding the diameter dimension difference in man-hour with this second workpiece 200, and immediately allow this compensation control system drive this servo motor 74 to drive this second grinding head 731 and carry out microdisplacement, with revisal, because of heat dedendum modification, cause adding the difference on the diameter dimension in man-hour, thus, consistent with the machining accuracy of this second workpiece 200 to guarantee this first workpiece 100.
Consult Fig. 6, Fig. 7, and Fig. 8, second preferred embodiment of the utility model CNC times of efficiency cutter sharpener, its content is roughly identical with this first preferred embodiment, and its different place is:
This supporting base 72 is to be arranged at this elevating mechanism 5.Thus, allow this elevating mechanism 5 move along this Y direction with this second grinding unit 73 by this first grinding unit 71 of simultaneous linkage, can be applied to the aspect of small-sized cutter sharpener.
In sum, the utility model CNC times of efficiency cutter sharpener has following advantages and effect:
One, by this piece-holder whirligig 8, be to include this first piece-holder unit 81 and this second workpiece grip unit 82, and this grinding spindle processing unit (plant) 7 is the designs that include this first grinding unit 71 and this second grinding unit 73, allow the utility model can on same board, process the processing operation of two workpiece simultaneously, thus, can effectively be promoted to double working (machining) efficiency, and then greatly increase production capacity.
Two, use the utility model can effectively promote production capacity, thus board quantity can be reduced, thus, can reduce greatly equipment cost expenditure, and the personnel costs expenditure of operation board, more on the other hand, also can effectively save factory building land used space.
Claims (10)
1. a CNC times of efficiency cutter sharpener, comprises a lathe, first mobile platform, second mobile platform, an elevating mechanism, a slew gear, a grinding spindle processing unit (plant), and a piece-holder whirligig, it is characterized in that:
This first mobile platform is arranged on this lathe and can moves along a Z-direction;
This second mobile platform is arranged on this lathe and can moves along an X-direction perpendicular to this Z-direction;
This elevating mechanism is arranged at this first mobile platform and can moves along a Y direction perpendicular to this Z-direction and this X-direction;
This slew gear is arranged at this second mobile platform and can rotates around this Y direction;
This grinding spindle processing unit (plant) comprise first grinding unit that is arranged at this elevating mechanism and there is first grinding head, one be arranged at this first mobile platform and the supporting base extending along this Y direction, one be arranged at this supporting base and can move and have the second grinding unit of second grinding head, a servo motor that is arranged at this supporting base along this Y direction, an and ball screw being connected between this servo motor and this second grinding unit;
This piece-holder whirligig comprises a first piece-holder unit and a second workpiece grip unit of arranging and be arranged at respectively this slew gear along this Y direction, this the first piece-holder unit has the first chuck that an energy rotates around self axis, and this second workpiece grip unit has the second chuck that an energy rotates around self axis.
2. CNC as claimed in claim 1 times of efficiency cutter sharpener, it is characterized in that: the sidewall that this supporting base has two difference separately and extends along this Y direction, an and roof that is connected in this sidewall top, aforementioned lateral wall and this roof are installed room around defining one, this servo motor is to be arranged at this roof, and this ball screw is to be positioned at this installation room.
3. CNC as claimed in claim 2 times of efficiency cutter sharpener, is characterized in that: this supporting base also has a pair of line rail that is arranged at respectively aforementioned lateral wall, and one can be arranged between aforementioned line rail and the sliding shoe wearing for this second grinding unit slidably.
4. CNC as claimed in claim 1 times of efficiency cutter sharpener, is characterized in that: this first grinding head has a corase grind wheel, and a fine grinding wheel, and this second grinding head has a corase grind wheel, and a fine grinding wheel.
5. CNC as claimed in claim 1 times of efficiency cutter sharpener, it is characterized in that: this piece-holder whirligig also comprises a chuck driver element, this chuck driver element comprises that a collet drive motor, that is arranged at this second workpiece grip unit top along this Y direction is connected in the first transmission component between this collet drive motor and this second chuck, second transmission component that is connected in this first chuck, and a torsion stop being connected between this first transmission component and this second transmission component.
6. a CNC times of efficiency cutter sharpener, comprises a lathe, first mobile platform, second mobile platform, an elevating mechanism, a slew gear, a grinding spindle processing unit (plant), and a piece-holder whirligig, it is characterized in that:
This first mobile platform is arranged on this lathe and can moves along a Z-direction;
This second mobile platform is arranged on this lathe and can moves along an X-direction perpendicular to this Z-direction;
This elevating mechanism is arranged at this first mobile platform and can moves along a Y direction perpendicular to this Z-direction and this X-direction;
This slew gear is arranged at this second mobile platform and can rotates around this Y direction;
This grinding spindle processing unit (plant) comprise first grinding unit that is arranged at this elevating mechanism and there is first grinding head, one be arranged at this elevating mechanism and the supporting base extending along this Y direction, one be arranged at this supporting base and can move and have the second grinding unit of second grinding head, a servo motor that is arranged at this supporting base along this Y direction, an and ball screw being connected between this servo motor and this second grinding unit;
This piece-holder whirligig comprises a first piece-holder unit and a second workpiece grip unit of arranging and be arranged at respectively this slew gear along this Y direction, this the first piece-holder unit has the first chuck that an energy rotates around self axis, and this second workpiece grip unit has the second chuck that an energy rotates around self axis.
7. CNC as claimed in claim 6 times of efficiency cutter sharpener, it is characterized in that: the sidewall that this supporting base has two difference separately and extends along this Y direction, an and roof that is connected in this sidewall top, aforementioned lateral wall and this roof are installed room around defining one, this servo motor is to be arranged at this roof, and this ball screw is to be positioned at this installation room.
8. CNC as claimed in claim 7 times of efficiency cutter sharpener, is characterized in that: this supporting base also has a pair of line rail that is arranged at respectively aforementioned lateral wall, and one can be arranged between aforementioned line rail and the sliding shoe wearing for this second grinding unit slidably.
9. CNC as claimed in claim 6 times of efficiency cutter sharpener, is characterized in that: this first grinding head has a corase grind wheel, and a fine grinding wheel, and this second grinding head has a corase grind wheel, and a fine grinding wheel.
10. CNC as claimed in claim 6 times of efficiency cutter sharpener, it is characterized in that: this piece-holder whirligig also comprises a chuck driver element, this chuck driver element comprises that a collet drive motor, that is arranged at this second workpiece grip unit top along this Y direction is connected in the first transmission component between this collet drive motor and this second chuck, second transmission component that is connected in this first chuck, and a torsion stop being connected between this first transmission component and this second transmission component.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320463582.8U CN203401359U (en) | 2013-07-31 | 2013-07-31 | CNC time efficiency cutter grinder |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320463582.8U CN203401359U (en) | 2013-07-31 | 2013-07-31 | CNC time efficiency cutter grinder |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203401359U true CN203401359U (en) | 2014-01-22 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320463582.8U Expired - Fee Related CN203401359U (en) | 2013-07-31 | 2013-07-31 | CNC time efficiency cutter grinder |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203401359U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104924160A (en) * | 2015-06-16 | 2015-09-23 | 山东豪迈机械科技股份有限公司 | Intelligent machining device of automatic cutter grinding machine |
| CN108857698A (en) * | 2018-07-02 | 2018-11-23 | 程敏 | A kind of crystal product grinding device |
| CN110125691A (en) * | 2019-05-30 | 2019-08-16 | 福建泉州超晟数控机械有限公司 | A kind of vertical numerical control carving machine and engraving member exchange method |
| CN112247686A (en) * | 2020-09-28 | 2021-01-22 | 广东研基精密五金有限公司 | Vertical numerical control forming grinder |
-
2013
- 2013-07-31 CN CN201320463582.8U patent/CN203401359U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104924160A (en) * | 2015-06-16 | 2015-09-23 | 山东豪迈机械科技股份有限公司 | Intelligent machining device of automatic cutter grinding machine |
| CN108857698A (en) * | 2018-07-02 | 2018-11-23 | 程敏 | A kind of crystal product grinding device |
| CN110125691A (en) * | 2019-05-30 | 2019-08-16 | 福建泉州超晟数控机械有限公司 | A kind of vertical numerical control carving machine and engraving member exchange method |
| CN110125691B (en) * | 2019-05-30 | 2023-12-26 | 福建泉州超晟数控机械有限公司 | Vertical numerical control engraving machine and engraving head exchanging method |
| CN112247686A (en) * | 2020-09-28 | 2021-01-22 | 广东研基精密五金有限公司 | Vertical numerical control forming grinder |
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| 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: 20140122 Termination date: 20140731 |
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| EXPY | Termination of patent right or utility model |