CN207930090U - A kind of gear hobbing lathe of sustainable processing - Google Patents
A kind of gear hobbing lathe of sustainable processing Download PDFInfo
- Publication number
- CN207930090U CN207930090U CN201820205272.9U CN201820205272U CN207930090U CN 207930090 U CN207930090 U CN 207930090U CN 201820205272 U CN201820205272 U CN 201820205272U CN 207930090 U CN207930090 U CN 207930090U
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- China
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- bar shaped
- sliding rail
- wall surface
- movable pulley
- shaped sliding
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Abstract
The utility model is related to gear-hobbing machine technical fields,More particularly to a kind of gear hobbing lathe of sustainable processing,Including rectangular susceptor,The rectangular susceptor upper wall surface welds rectangular slab,The rectangular slab front face welds stripe board,The stripe board two side walls are provided with identical first strip groove of structure,It is embedded in the first bar shaped sliding rail in identical first strip groove of each structure,First movement wheel is assembled on each first bar shaped sliding rail,Each first movement wheel upper wall surface welds the first support base,A pair of first support base upper wall surface welds n shape framves jointly,The rectangular slab front face and the first drive installation seat of welding above stripe board,The utility model improves the using effect of gear-hobbing machine,Improve work pieces process speed,Reduce the workpiece replacing time,Improve work processing efficiency,The workpiece of processing will not be allowed the phenomenon that supply falls short of demand occur.
Description
Technical field
The utility model is related to gear-hobbing machine technical field, more particularly to a kind of gear hobbing lathe of sustainable processing.
Background technology
Nowadays, industrial development is quick, and industrially many workpiece are using relatively broad, and majority uses when work pieces process
Artificial, artificial workpiece efficiency is slower, the quantity of nowadays market for workpiece demand is cannot be satisfied, so needing to use
Industrialized production, the especially processing in workpiece indentation, simple artificial cannot be satisfied demand, so using gear-hobbing machine, pass
The gear-hobbing machine of system is reduced work pieces process efficiency, reduces the using effect of gear-hobbing machine in this way in use, the workpiece replacing time is longer.
Utility model content
The purpose of this utility model is that it is in view of the drawbacks of the prior art and insufficient, a kind of gear hobbing of sustainable processing is provided
Lathe.
To achieve the above object, the technical solution adopted in the utility model is：
A kind of gear hobbing lathe of sustainable processing described in the utility model, including rectangular susceptor, on the rectangular susceptor
Wall surface welds rectangular slab, and the rectangular slab front face welds stripe board, and it is identical that the stripe board two side walls are provided with structure
First strip groove, is embedded in the first bar shaped sliding rail in identical first strip groove of each structure, and each described first
First movement wheel is assembled on bar shaped sliding rail, each first movement wheel upper wall surface welds the first support base, described in a pair
First support base upper wall surface welds n shape framves, the rectangular slab front face and the first driving of welding peace above stripe board jointly
Seat is filled, the first drive installation seat lower wall surface welds the first electric pushrod, the first electric pushrod end face installation first
Holder, the first support end face are connected with n shape frame crossbeam upper wall surfaces, and bar shaped branch is welded in n shapes frame beam side wall face
Plate, the bar shaped support plate are provided with the second strip groove, the second bar shaped sliding rail, the Article 2 are installed in second strip groove
The second movable pulley is assembled on shape sliding rail, second movable pulley is embedded in the second support base of welding, is installed on second support base
Second drive installation seat installs the first electric rotating machine, the first electric rotating machine driving end peace in second drive installation seat
Filling the first strut, set gear knife on first strut, the rectangular susceptor upper wall surface is provided with third strip groove, and described
It is embedded in Article 3 shape sliding rail in three strip grooves, third movable pulley, the third movable pulley are assembled on the third bar shaped sliding rail
Upper welding third support base, the third support base upper wall surface weld bar shaped loading plate, and the bar shaped loading plate upper wall surface is provided with
Article 4 connected in star is embedded in Article 4 shape sliding rail in the Article 4 connected in star, multiple knots is assembled on the Article 4 shape sliding rail
Identical 4th movable pulley of structure, the identical 4th movable pulley upper wall surface of each structure weld four-supporting, Mei Gesuo
State four-supporting upper wall surface and be respectively mounted the second electric rotating machine, each second electric rotating machine driving end on be respectively mounted second
Strut is each respectively mounted carrier bar on second strut, folding shape bar is welded at the bar shaped loading plate side wall surface center, described
It rolls over shape bar upper end lower wall surface and welds third drive installation seat, the third drive installation seat lower wall surface installs second hydraulic cylinder, institute
Second hydraulic cylinder driving installation rectangular block is stated, the rectangular block lower wall surface is provided with the groove to match with carrier bar.
Further, the second strip groove interior sidewall surface installs the second electric pushrod, second electric pushrod one
Second support is installed in end face, and the second support is connected with the second movable pulley.
Further, the third strip groove interior sidewall surface installs third electric pushrod, the third electric pushrod one
Third holder is installed in end face, and the third holder is connected with third movable pulley.
Further, each 4th movable pulley two side walls weld support plate, and the is provided on each support plate
One screw thread mouth is each embedded in the first screw, is provided with and the first screw in the Article 4 connected in star in first screw thread mouth
The thread groove to match.
Further, each first movement wheel is mutually clamped with the first bar shaped sliding rail, second movable pulley and second
Bar shaped sliding rail is mutually clamped, and the third movable pulley is mutually clamped with third bar shaped sliding rail, and multiple 4th movable pulleys are with the 4th
Bar shaped sliding rail is mutually clamped.
Further, the quantity of multiple 4th movable pulleys is 3-6.
With the above structure, the utility model has the beneficial effect that：A kind of sustainable processing described in the utility model
Gear hobbing lathe improves the using effect of gear-hobbing machine, improves work pieces process speed, reduces the workpiece replacing time, improves work processing
Efficiency will not allow the workpiece of processing the phenomenon that supply falls short of demand occur.
Description of the drawings
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the bar shaped support plate vertical view of the utility model；
Fig. 3 is the 4th movable pulley vertical view of the utility model；
Fig. 4 is the n shape frame vertical views of the utility model；
Reference sign：
In figure, 1- rectangular susceptors；2- rectangular slabs；3- stripe boards；4- first movement wheels；The first support bases of 5-；6-n shape framves；
The first drive installation seats of 7-；The first electric pushrods of 8-；9- first supports；10- bar shaped support plates；11- the second bar shaped sliding rails；12-
Two movable pulleys；The second support bases of 13-；The second drive installation seats of 14-；The first electric rotating machines of 15-；The first struts of 16-；17- gears
Knife；18- third bar shaped sliding rails；19- third movable pulleys；20- third support bases；21- bar shaped loading plates；22- Article 4 shape sliding rails；
The 4th movable pulleys of 23-；24- four-supportings；The second electric rotating machines of 25-；The second struts of 26-；27- carrier bars；28- rolls over shape bar；
29- third drive installation seats；30- second hydraulic cylinders；31- rectangular blocks；The second electric pushrods of 32-；33- second supports；34- thirds
Electric pushrod；35- third holders；36- support plates；37- the first bar shaped sliding rails.
Specific implementation mode
The utility model will be further described below with reference to the accompanying drawings.
As shown in Figs 1-4, the gear hobbing lathe of a kind of sustainable processing described in the utility model, including rectangular susceptor 1, institute
1 upper wall surface of rectangular susceptor welding rectangular slab 2 is stated, 2 front face of the rectangular slab welds stripe board 3,3 two side walls of the stripe board
It is provided with identical first strip groove of structure, being embedded in the first bar shaped in identical first strip groove of each structure slides
Rail 37 each assembles first movement wheel 4 on the first bar shaped sliding rail 37, and each 4 upper wall surface of first movement wheel welds
Connect the first support base 5, a pair of first support base, 5 upper wall surface welds n shapes frame 6 jointly, 2 front face of the rectangular slab and is located at
The first drive installation seat 7 is welded in 3 top of stripe board, and 7 lower wall surface of the first drive installation seat welds the first electric pushrod 8, institute
8 end face of the first electric pushrod installation first support 9 is stated, 9 end face of the first support is connected with 6 crossbeam upper wall surface of n shapes frame
It connecing, the 6 beam side wall face of n shapes frame welding bar shaped support plate 10, the bar shaped support plate 10 is provided with the second strip groove, and described second
Second bar shaped sliding rail 11 is installed in strip groove, the second movable pulley 12 is assembled on the second bar shaped sliding rail 11, described second moves
Driving wheel 12 is embedded in the second support base 13 of welding, and the second drive installation seat 14 is installed on second support base 13, and described second drives
First electric rotating machine 15 is installed in dynamic mounting base 14, first electric rotating machine 15 drives end to install the first strut 16, and described the
Set gear knife 17 on one strut 16,1 upper wall surface of the rectangular susceptor are provided with third strip groove, in the third strip groove
It is embedded in third bar shaped sliding rail 18, third movable pulley 19 is assembled on the third bar shaped sliding rail 18, is welded on the third movable pulley 19
Connect third support base 20,20 upper wall surface of the third support base welding bar shaped loading plate 21,21 upper wall surface of bar shaped loading plate
It is provided with Article 4 connected in star, Article 4 shape sliding rail 22 is embedded in the Article 4 connected in star, is filled on the Article 4 shape sliding rail 22
With identical 4th movable pulley 23 of multiple structures, identical 4th movable pulley, 23 upper wall surface of each structure welds the 4th
Seat 24 is supportted, each 24 upper wall surface of four-supporting is respectively mounted the second electric rotating machine 25, each second electric rotating machine 25
Driving end on be respectively mounted the second strut 26, be respectively mounted carrier bar 27, the bar shaped loading plate on each second strut 26
Welding folding shape bar 28 at 21 side wall surface centers, 28 upper end lower wall surface of the folding shape bar weld third drive installation seat 29, and described the
Three drive installation seats, 29 lower wall surface installs second hydraulic cylinder 30, the driving installation rectangular block 31 of the second hydraulic cylinder 30, the square
31 lower wall surface of shape block is provided with the groove to match with carrier bar 27；First movement wheel 4 moves on the first bar shaped sliding rail 37, is convenient for
Adjust gear knife 17 uses height, the second movable pulley 12 front and back position on the second bar shaped sliding rail 11, convenient for reaching adjustment tooth
Front and back position when flywheel knife 17 uses, passes through 9 end face of first support and 6 crossbeam upper wall surface phase of n shapes frame on the first electric pushrod 8
Convenient for pushing n shapes frame 6 to move up and down, first is allowed to reach convenient for by the flexible adjustment length of the first electric pushrod 8 for connection
Movable pulley 4 is moved up and down in the first bar shaped sliding rail 37, and the work of the first electric rotating machine 15 drives the first strut 16 that driving is installed
Rotation is rotated to reach gear knife 17, is used convenient for gear knife 17, and third movable pulley 19 is moved up in the second bar shaped sliding rail 18
It is dynamic, position is used on adjustment workpiece installation carrier bar 27, is driven under end on general who has surrendered's rectangular block 31 by second hydraulic cylinder 30
Groove is overlapped with 27 upper end of carrier bar, and the distance generated when being rotated convenient for limitation carrier bar 27 is shaken, while the second electric rotating machine
25 driving end rotations drive the carrier bar 27 on the second strut 26 to rotate, convenient for being revolved by carrier bar 27 rotates when work pieces process
The whole Working position of modulation.
As a kind of preferred embodiment of the utility model, the second strip groove interior sidewall surface installs the second electric pushrod
32,32 end face of the second electric pushrod installs second support 33, and the second support 33 is connected with the second movable pulley 12；
It is connected with the second movable pulley 12 by the second support 33 on the second electric pushrod 32, is stretched convenient for passing through the second electric pushrod 32
Contracting pushes the movement of the second movable pulley 12.
As a kind of preferred embodiment of the utility model, the third strip groove interior sidewall surface installs third electric pushrod
34,34 end face of the third electric pushrod installation third holder 35, the third holder 35 is connected with third movable pulley 19；
It is connected with third movable pulley 19 by the third holder 35 on third electric pushrod 34, is stretched convenient for passing through third electric pushrod 34
Contracting pushes the movement of third movement 19.
As a kind of preferred embodiment of the utility model, each 4th movable pulley, 23 two side walls weld support plate
36, the first screw thread mouth is provided on each support plate 36, is embedded in the first screw in each first screw thread mouth, described the
The thread groove to match with the first screw is provided in four strip grooves；By the first screw, convenient for fixing the 4th movable pulley 23
Use position.
As a kind of preferred embodiment of the utility model, each first movement wheel 4 and 37 phase card of the first bar shaped sliding rail
It connects, second movable pulley 12 is clamped with 11 phase of the second bar shaped sliding rail, the third movable pulley 19 and 18 phase of third bar shaped sliding rail
Clamping, multiple 4th movable pulleys 23 are clamped with 22 phase of Article 4 shape sliding rail；Prevent first movement wheel 4 from being slided in the first bar shaped
It is fallen when being moved on rail 37, prevents the second movable pulley 12 from being fallen when being moved on the second bar shaped sliding rail 11, prevent third movable pulley
19 fall when being moved on third bar shaped sliding rail 18, prevent the 4th movable pulley 23 from being fallen when being moved on Article 4 shape sliding rail 22.
As a kind of preferred embodiment of the utility model, the quantity of multiple 4th movable pulleys 23 is 3-6；For limiting
Make the usage quantity of the 4th movable pulley 23.
When the utility model is used, at the present apparatus free time, the matched driver of all electrical parts is disposed, and
And by those skilled in the art, will all actuators among the above, refer to the power supply of dynamical element, electrical part and adaptation by leading
Line is attached, specific connection means, should be referred in following operation principles, priority job order is completed electrical between each electrical part
Connection, detailed connection means are known in the art technology, following mainly to introduce operation principle and process, not to electrical
Control explains：Stripe board 3 is played a supporting role, the first movement wheel 4 being used to support on the first bar shaped sliding rail 37, first movement
Wheel 4 can be moved up and down in the first bar shaped sliding rail 37, pass through the n shapes frame 6 supported on the first electric pushrod 8 and first movement wheel 4
Overlap joint, convenient for pushing first movement wheel 4 on the first bar shaped sliding rail 37 by the flexible adjustment length of the first about 8 electric pushrod
Lower mobile adjustment height, to reach adjustment gear knife 17 using height, while the second movable pulley 12 is in the second bar shaped sliding rail 11
Upper movement, and the second movable pulley 12 is connect with the second electric pushrod 32, convenient for passing through the flexible adjustment length of the second electric pushrod 32
Degree, to push the second movable pulley 12 front and back position on the second bar shaped sliding rail 11, before reaching when adjustment gear knife 17 uses
Position afterwards, gear knife 17 drive the first strut 16 on end to support by the first electric rotating machine 15, convenient for passing through the first electric rotating machine
15 driving end work, drive the rotation of the first strut 16 to be rotated to reach gear knife 17, are convenient for 17 circumgyration incision of gear knife, gear
After the adjustment of 17 position of knife, third electric pushrod 34 works, and pushes third movable pulley 19 to be moved on third bar shaped sliding rail 18, just
In 27 left and right position of carrier bar for adjusting the second strut 26 support on the second electric rotating machine 25 driving end, it is sleeved on convenient for working as workpiece
After on carrier bar 27, is stretched, the workpiece on carrier bar 27 is pushed to 17 direction of gear knife, together by third electric pushrod 34
When 23 quantity of the 4th movable pulley it is more, so need carry out reasonably adjust between spacing, reach adjustment workpiece be mounted on carrying
Spacing on bar 27, it would be desirable to the 4th movable pulley 23 that the workpiece of processing is supported is moved to 22 center of Article 4 shape sliding rail, it
The first screw and the first thread groove overlap afterwards, the 4th movable pulley 23 of workpieces processing are needed convenient for fixed support, later the second liquid
Cylinder pressure 30 drives end stretching, extension, the groove on rectangular block 31 is docked with carrier bar 27, carrier bar 27 easy to support is easily carried bar
When 27 rotation, carrier bar 27 has to be limited by rectangular block 31, and 27 upper end of carrier bar is produced due to inertia when being not in rotation
It is raw acutely to shake, while carrier bar 27 can rotate in groove, and carrier bar 27 will not be hindered to rotate, backgear knife 17 pass through
Second electric pushrod 32 work the second movable pulley of adjustment, 12 position, allows gear knife 17, to corresponding, to be convenient for gear knife with workpiece
Work piece cut is formed when 17 rotation, after 17 designated position cutting processing of gear knife, third electric pushrod 34 tightens, and drives
Third movable pulley 19 moves, and allows between workpiece and gear knife 17 and generates gap, and the second electric rotating machine 25 rotates later, and all the
Two electric rotating machines 25 rotate, and processing is allowed all to be rotated with unprocessed workpiece, and state is when checking work rotation convenient for technology people
No unification prevents error, drives the rotation of the second strut 26 to allow the workpiece on carrier bar 27 to rotate, is conveniently adjusted processing
Position, later third electric pushrod 34 stretch again, push third movable pulley 19, after allowing workpiece to adjust Working position, allow not plus
The position of work is docked with gear knife 17, and gear knife 17 is allowed to be processed later, and so on, in workpiece, need before adjusting workpiece
Position afterwards, convenient for corresponding with gear knife 17, if work pieces process is completed later, second hydraulic cylinder 30 is lifted later, groove and carrying
Bar 27 separates, and third electric pushrod 34 tightens later, allows workpiece far from gear knife 17, later by the first screw and the first thread groove
It separates, it is artificial to push the 4th movable pulley 23, convenient for unprocessed workpiece to be carried out to the connection of the first screw and the first thread groove, subtract
Few workpiece replacing time, the work of second hydraulic cylinder 30, groove and carrier bar 27 is overlapped, later 34 work of third electric pushrod later
Make, push third movable pulley 19, allow workpiece to be overlapped with gear knife 17, be processed, later unload the workpiece of completion, the 4th moves
Driving wheel 23 can move back and forth on Article 4 shape sliding rail 22, be conveniently adjusted the position of workpieces processing.
The above description is only a preferred embodiment of the present invention, therefore all according to described in the utility model patent application range
The equivalent change or modification done of structure, feature and principle, be included in the scope of the utility model patent application.
Claims (6)
1. a kind of gear hobbing lathe of sustainable processing, including rectangular susceptor（1）, which is characterized in that the rectangular susceptor（1）Upper wall
Weld rectangular slab in face（2）, the rectangular slab（2）Front face welds stripe board（3）, the stripe board（3）Two side walls are provided with
Identical first strip groove of structure is embedded in the first bar shaped sliding rail in identical first strip groove of each structure
（37）, each first bar shaped sliding rail（37）On assemble first movement wheel（4）, each first movement wheel（4）Upper wall
Weld the first support base in face（5）, a pair of first support base（5）Upper wall surface welds n shape framves jointly（6）, the rectangular slab
（2）Front face and be located at stripe board（3）Weld the first drive installation seat in top（7）, first drive installation seat（7）Lower wall surface
Weld the first electric pushrod（8）, first electric pushrod（8）End face installs first support（9）, the first support（9）
End face and n shape framves（6）Crossbeam upper wall surface is connected, the n shapes frame（6）Weld bar shaped support plate in beam side wall face（10）, described
Bar shaped support plate（10）It is provided with the second strip groove, the second bar shaped sliding rail is installed in second strip groove（11）, described second
Bar shaped sliding rail（11）The second movable pulley of upper assembly（12）, second movable pulley（12）It is embedded in the second support base of welding（13）, institute
State the second support base（13）The second drive installation seat of upper installation（14）, second drive installation seat（14）The first rotation of upper installation
Motor（15）, first electric rotating machine（15）Drive end that the first strut is installed（16）, first strut（16）Above cover toothing
Flywheel knife（17）, the rectangular susceptor（1）Upper wall surface is provided with third strip groove, the embedded dress third bar shaped of the third strip groove
Sliding rail（18）, the third bar shaped sliding rail（18）Upper assembly third movable pulley（19）, the third movable pulley（19）Upper welding the
Three support bases（20）, the third support base（20）Upper wall surface welds bar shaped loading plate（21）, the bar shaped loading plate（21）On
Wall surface is provided with Article 4 connected in star, and Article 4 shape sliding rail is embedded in the Article 4 connected in star（22）, the Article 4 shape sliding rail
（22）It is upper to assemble identical 4th movable pulley of multiple structures（23）, identical 4th movable pulley of each structure（23）Upper wall surface
Weld four-supporting（24）, each four-supporting（24）Upper wall surface is respectively mounted the second electric rotating machine（25）, each
Second electric rotating machine（25）Driving end on be respectively mounted the second strut（26）, each second strut（26）On be respectively mounted
Carrier bar（27）, the bar shaped loading plate（21）Welding folding shape bar at side wall surface center（28）, the folding shape bar（28）Under upper end
Wall surface welds third drive installation seat（29）, the third drive installation seat（29）Lower wall surface installs second hydraulic cylinder（30）, institute
State second hydraulic cylinder（30）Driving installation rectangular block（31）, the rectangular block（31）Lower wall surface is provided with and carrier bar（27）Match
Groove.
2. a kind of gear hobbing lathe of sustainable processing according to claim 1, which is characterized in that second strip groove
Interior sidewall surface installs the second electric pushrod（32）, second electric pushrod（32）End face installs second support（33）, described
Second support（33）With the second movable pulley（12）It is connected.
3. a kind of gear hobbing lathe of sustainable processing according to claim 1, which is characterized in that the third strip groove
Interior sidewall surface installs third electric pushrod（34）, the third electric pushrod（34）End face installs third holder（35）, described
Third holder（35）With third movable pulley（19）It is connected.
4. a kind of gear hobbing lathe of sustainable processing according to claim 1, which is characterized in that each 4th movement
Wheel（23）Two side walls weld support plate（36）, each support plate（36）On be provided with the first screw thread mouth, each described first
It is embedded in the first screw in screw thread mouth, the thread groove to match with the first screw is provided in the Article 4 connected in star.
5. a kind of gear hobbing lathe of sustainable processing according to claim 1, which is characterized in that each first movement
Wheel（4）With the first bar shaped sliding rail（37）It is mutually clamped, second movable pulley（12）With the second bar shaped sliding rail（11）Mutually it is clamped, it is described
Third movable pulley（19）With third bar shaped sliding rail（18）It is mutually clamped, multiple 4th movable pulleys（23）With Article 4 shape sliding rail
（22）Mutually it is clamped.
6. a kind of gear hobbing lathe of sustainable processing according to claim 1, which is characterized in that multiple 4th movements
Wheel（23）Quantity be 3-6.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820205272.9U CN207930090U (en) | 2018-02-06 | 2018-02-06 | A kind of gear hobbing lathe of sustainable processing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820205272.9U CN207930090U (en) | 2018-02-06 | 2018-02-06 | A kind of gear hobbing lathe of sustainable processing |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207930090U true CN207930090U (en) | 2018-10-02 |
Family
ID=63651712
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820205272.9U Active CN207930090U (en) | 2018-02-06 | 2018-02-06 | A kind of gear hobbing lathe of sustainable processing |
Country Status (1)
| Country | Link |
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| CN (1) | CN207930090U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109822309A (en) * | 2019-02-02 | 2019-05-31 | 衢州职业技术学院 | Automatic production line based on Intelligent assembly mechanism |
| CN113385747A (en) * | 2021-06-08 | 2021-09-14 | 江苏马步崎电机制造有限公司 | Clamping device of numerical control gear hobbing machine and using method thereof |
-
2018
- 2018-02-06 CN CN201820205272.9U patent/CN207930090U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109822309A (en) * | 2019-02-02 | 2019-05-31 | 衢州职业技术学院 | Automatic production line based on Intelligent assembly mechanism |
| CN113385747A (en) * | 2021-06-08 | 2021-09-14 | 江苏马步崎电机制造有限公司 | Clamping device of numerical control gear hobbing machine and using method thereof |
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