CN208744505U - A kind of cutting machine - Google Patents
A kind of cutting machine Download PDFInfo
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- CN208744505U CN208744505U CN201820967799.5U CN201820967799U CN208744505U CN 208744505 U CN208744505 U CN 208744505U CN 201820967799 U CN201820967799 U CN 201820967799U CN 208744505 U CN208744505 U CN 208744505U
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- screw tap
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- movable plate
- tap bar
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Abstract
A kind of cutting machine, including rotary chuck, bistrique, sand-wheel cutting apparatus, grinding wheel mobile device, feed device and rack, bistrique is mounted on rotary chuck, rotary chuck rotation transmission bistrique, rotary chuck is rotatably connected with rack, sand-wheel cutting apparatus is mounted in grinding wheel mobile device, grinding wheel mobile device is mounted on rack table, it is characterized by also including cut fixed device, positioning device and fixed-length block, cut fixed device and fixed-length block installation on the positioning device, fixed device is cut to be mounted on the rack, rotary chuck clamps the rotation of screw tap bar, fixed device is cut by setting screw tap bar, positioning device pushes down screw tap bar, fixed-length block withstands screw tap bar section, grinding wheel mobile device drives sand-wheel cutting apparatus to cut screw tap bar to screw tap bar radial motion, move to screw tap bar axle center cutting screw tap stick Material.
Description
Technical field
The utility model relates to screw tap manufacturing field, specifically a kind of cutting machine.
Background technique
Screw tap buying back raw material be a continuous elongated bar, process screw tap chip space and screw thread it
Before, it needs equidistantly to be cut into multiple segments according to specification to screw tap bar with abrasive wheel cutting machine.Since abrasive wheel cutting machine is radial
Screw tap bar is cut, so will receive radial force during screw tap bar is cut, in addition screw tap bar outer diameter is smaller,
Bending can be generated under the action of radial force, cause the subsequent molding screw tap bar of cutting bent, cutting accuracy cannot ensure.
And since screw tap bar is to be clamped to drive rotation by rotary chuck, the accuracy of manufacture of usual rotary chuck is not
Height, when rotation, are easy to produce bounce, the screw tap bar that abrasive wheel cutting machine goes cutting to beat, this process not only influences the steady of equipment
It is qualitative, increase risk, equally can also reduce cutting accuracy.
The Machine automated degree for cutting screw tap bar on the market at present is not generally high, and cutting efficiency is low, is unable to satisfy
Demand of the current enterprise to production high benefit.
Utility model content
The purpose of this utility model is to provide one kind can prevent screw tap bar from deforming in cutting process, reduces screw tap
The cutting machine of bar bounce, to solve the technical problem in background technique.
A kind of cutting machine, including rotary chuck, bistrique, sand-wheel cutting apparatus, grinding wheel mobile device, feed device and machine
Frame, the bistrique are mounted on rotary chuck, and the rotary chuck rotation transmission bistrique, the rotary chuck and rack can be rotated
Connection, the sand-wheel cutting apparatus are mounted in grinding wheel mobile device, and the grinding wheel mobile device is mounted on rack table,
It is characterized by also including fixed device, positioning device and fixed-length block is cut, the fixed device of the cutting and fixed-length block are mounted on
In positioning device, the positioning device is mounted on the rack, and the rotary chuck clamping screw tap bar rotation, the cutting is fixed
Device pushes down screw tap bar by setting screw tap bar, the positioning device, and the fixed-length block withstands screw tap bar section, the grinding wheel
Mobile device drives sand-wheel cutting apparatus to cut screw tap bar to screw tap bar radial motion, moves to the cutting of screw tap bar axle center
Screw tap bar.
Further, it is described cut when fixed device includes for cutting screw tap bar the support base of support screw tap bar and
Fixing seat, the support base are L-shaped, and one end is equipped with semicircle groove, the radius and screw tap bar of the circle of the semicircle groove
Radius is equal, and the support base is mounted on fixation and takes, and the fixing seat is mounted on mounting base side.
Further, the positioning device includes roll wheel assembly, presses component, mounting base, pedestal and gear motor component,
The pedestal and rack side are installed, and the mounting base and gear motor component are mounted on the base, the pressure holding component installation
In mounting base, the roll wheel assembly is sheathed in mounting base and up and down and column distribution, screw tap bar are leaned on set on roll wheel assembly
Between, the pressure holding component compresses screw tap bar, the gear motor Component driver roll wheel assembly rotation.
The gear motor component includes gear wheel, gear motor and gear motor mounting base, the gear motor with subtract
Speed motor mounting base is fixedly connected, and the gear motor mounting base is mounted on the base, and the gear wheel is sheathed on gear motor
Drive shaft on, the roll wheel assembly includes connecting rod, and described connecting rod one end is arranged idler wheel, and the other end is arranged pinion gear.
Further, the pressure holding component includes idler wheel, rocker arm, rocker arm bracket, oscillating bearing and cylinder, the one end
With idler wheel pin connection, the other end and oscillating bearing pin connection, the rocker arm crooked position and rocker arm bracket pin connection, institute
It states oscillating bearing to be mounted on cylinder piston rod, the cylinder driving rocker arm drives idler wheel to do arching trajectory movement.
Further, arc groove is equipped on rear side of the mounting base, the arc groove is axial axially same with screw tap bar
The heart, the fixed-length block two sides are equipped with long hole, arc convex are equipped among the fixed-length block, and fixed-length block is mounted on where arc groove
On face, the arc convex and arc groove cooperate, and arc convex two sides shaft core position is equipped with conical socket, the cone
Connected in star is axial axially concentric with bar.
Further, the sand-wheel cutting apparatus includes motor, grinding wheel transmission shaft and grinding wheel, the grinding wheel transmission shaft one
End cap sets grinding wheel, and the other end is arranged synchronous pulley one, and the motor drive shaft is arranged synchronous pulley two, the synchronous pulley
One is set side by side with the synchronous band connection of synchronous pulley two, the motor and grinding wheel transmission shaft, the motor driving synchronous belt rotation
Turn the rotation of drive grinding wheel transmission shaft driven grinding wheel.
Further, grinding wheel mobile device includes that X is led to linear guide, X to movable plate, X to driving device, Y-direction straight line
Rail, Y-direction movable plate and Y-direction driving device, X are mounted on the rear of rack table to linear guide, X to movable plate be mounted on X to
In linear guide, Y-direction linear guide is mounted on X on movable plate, and Z-direction movable plate is mounted in Z-line linear guide, emery wheel cuts
Device is mounted on Z-direction movable plate, and X is mounted on rack table to driving device and X can be driven to move to movable plate along X-axis, Y
X is mounted on on movable plate to driving device and Y-direction movable plate can be driven to move along Y-axis, and X is filled to driving device and Y-direction driving
Combination driving is set, realizes that sand-wheel cutting apparatus is moved in X-axis and Y-axis.
Further, the X includes X to sliding block and X to track to linear guide, and the X is to track installation in rack platform
On the rear in face, the X is arranged in X on track to sliding block, and the X is mounted on X on sliding block to movable plate, and the Y-direction is straight
Line guide rail includes Y-direction sliding block and Y-direction track, and in X on movable plate, the Y-direction sliding block is arranged in Y-direction the Y-direction track installation
On track, the Y-direction movable plate is mounted on Y-direction sliding block.
Further, the X to driving device include X to servo motor, X to motor base, X to lead screw and X to lead screw spiral shell
Mother, the X are fixedly connected with X to motor base to servo motor, and the X is mounted on rack table to motor base, and the X is to silk
Thick stick nut is set in X on lead screw, and the X is mounted on X on movable plate to feed screw nut, and X is to servo motor driven X to lead screw
Rotation drives X to move in X direction to feed screw nut, and the Y-direction driving device includes Y-direction servo motor, Y-direction motor base, Y-direction silk
Thick stick and Y-direction feed screw nut, the Y-direction servo motor are fixedly connected with Y-direction motor base, and the Y-direction motor base is mounted on X to movement
On plate, the Y-direction feed screw nut is set on Y-direction lead screw, and the Y-direction feed screw nut is mounted on Y-direction movable plate, Y-direction servo
Motor driving Y-direction lead screw rotation drives Y-direction feed screw nut to move along Y-direction.
The utility model has the beneficial effects that
In cutting process, cutting radial force of the screw tap bar by sand-wheel cutting apparatus cuts fixed device supporting wire
Bar is bored, provide and cuts radial force opposite effect power, plays the role of offsetting cutting radial force, to avoid screw tap bar
There is a situation where bendings to deform；Positioning device, which pushes down screw tap bar, is locked screw tap bar in radial directions, effectively drops
Circular runout in low screw tap bar rotary course, while positioning device rotation, revolving speed and the clamped screw tap for driving rotation
The revolving speed of bar is the same, achievees the effect that reduce the frictional resistance that clamping screw tap bar is formed, ensures the suitable of screw tap bar rotation
Smooth degree, improves cutting accuracy.And the utility model high degree of automation, with grinding wheel mobile device can complete automatic cutting and
The production requirement of enterprise's high benefit is realized in the movement of automatically grinding grinding wheel.
Detailed description of the invention
A kind of Fig. 1: schematic diagram of cutting machine
A kind of Fig. 2: one schematic diagram of component of cutting machine
A kind of Fig. 3: one schematic diagram of component of cutting machine
A kind of Fig. 4: two schematic diagram of component of cutting machine
A kind of Fig. 5: pressure holding status diagram of cutting machine
A kind of Fig. 6: cut state schematic diagram of cutting machine
A kind of Fig. 7: fixed-length block schematic diagram of cutting machine
A kind of Fig. 8: support base schematic diagram of cutting machine
Enlarged diagram at Fig. 9: a kind of A of cutting machine
Specific embodiment
The utility model is further described below in conjunction with attached drawing:
Please refer to a kind of cutting machine of Fig. 1 to Fig. 8, including the movement of rotary chuck 1, abrasive wheel 2, sand-wheel cutting apparatus 3, grinding wheel
Device 4, feed device and rack 5, abrasive wheel 2 are mounted on rotary chuck 1, the rotation transmission abrasive wheel 2 of rotary chuck 1, rotation
Collet 1 is rotatably connected with rack 5, and sand-wheel cutting apparatus 3 is mounted in grinding wheel mobile device 4, and grinding wheel mobile device 4 is mounted on
On rack table 51, it is characterized by also including fixed device 6, positioning device 7 and fixed-length block 8 is cut, fixed device is cut
6 and fixed-length block 8 be mounted in positioning device 7, positioning device 7 is mounted in rack 5, rotary chuck 1 clamp screw tap bar 9 revolve
Turn, cuts fixed device 6 by setting screw tap bar 9, positioning device 7 and push down screw tap bar 9, fixed-length block 8 withstands 9 end of screw tap bar
Face, grinding wheel mobile device 4 drive sand-wheel cutting apparatus 3 to cut screw tap bar 9 to 9 radial motion of screw tap bar, move to screw tap
9 axle center of bar cuts off screw tap bar 9.
Further, the support base 61 that screw tap bar 9 is supported when fixed device 6 includes for cutting screw tap bar 9 is cut
With fixing seat 62, support base 61 is L-shaped, and one end is equipped with semicircle groove, the radius and screw tap bar 9 half of the circle of semicircle groove
Diameter is equal, and support base 61 is mounted on fixation and takes, and fixing seat 62 is mounted on 73 side of mounting base.Semicircle groove and screw tap bar 9
Cooperation.
Further, positioning device 7 includes roll wheel assembly 71, pressure holding component 72, mounting base 73, pedestal 74 and gear motor
752 components 75, pedestal 74 and 5 side of rack are installed, and mounting base 73 and 752 component 75 of gear motor are mounted on pedestal 74, are pressed
It holds component 72 to be mounted in mounting base 73, roll wheel assembly 71 is sheathed in mounting base 73 and up and down and column distribution, screw tap bar 9
By being set between roll wheel assembly 71, pressure holding component 72 compresses screw tap bar 9, and 752 component 75 of gear motor drives roll wheel assembly 71
Rotation.
Further, 752 component 75 of gear motor includes 31 mounting base of gear wheel 751, gear motor 752 and gear motor
753, gear motor 752 is fixedly connected with 31 mounting base 753 of gear motor, and 31 mounting base 753 of gear motor is mounted on pedestal 74
On, gear wheel 751 is sheathed in the drive shaft of gear motor 752, and roll wheel assembly 71 includes connecting rod 711, and 711 one end of connecting rod is arranged
Idler wheel 712, the other end are arranged pinion gear 713.
Further, pressure holding component 72 includes idler wheel 712, rocker arm 721, rocker arm bracket 722, oscillating bearing 723 and cylinder
724,721 one end of rocker arm and the pin connection of idler wheel 712, the other end and the pin connection of oscillating bearing 723,721 bending section of rocker arm
Position and the pin connection of rocker arm bracket 722, oscillating bearing 723 are mounted on cylinder piston rod, and cylinder 724 drives rocker arm 721 to drive rolling
Wheel 712 does arching trajectory movement.Cylinder 724 drives piston rod to stretch out, and rocker arm 721 drives idler wheel 712 to compress screw tap bar 9.
Idler wheel 712 from the circular runout of three directions limitation screw tap bar 9, gear wheel 751 simultaneously with two pinion gears 713
Engagement, 752 drive gear wheel 751 of gear motor drive the idler wheel 712 on 713 kinematic link 711 of pinion gear, gear motor 752
Revolving speed it is identical as the revolving speed of rotary chuck 1, realize idler wheel 712 it is identical with the revolving speed of bar, setting revolving speed it is identical act on be
The frictional resistance generated because of three clampings of idler wheel 712 is reduced, the smooth degree of the rotation of cone bar is improved.
Further, arc groove is equipped on rear side of mounting base 73, arc groove is axial axial concentric with screw tap bar 9, fixed
8 two sides of long block are equipped with long hole, and arc convex is equipped among fixed-length block 8, and fixed-length block 8 is mounted on arc groove institute on the whole, arc
Protrusion cooperates with arc groove, and arc convex side shaft core position is equipped with conical socket, and conical socket is axial axially same with bar
The heart.The effect of arc groove is to provide evacuation position to the arc convex of fixed-length block 8, can be with the position of long hole adjustment fixed-length block 8
It realizes the screw tap that screw tap bar 9 is cut into different length, meets the needs of enterprise produces different screw taps.Since abrasive machine is cut
Device is the axle center for cutting to screw tap bar 9, after cutting, is left 9 head of screw tap bar to be cut and forms tip, conical socket
Effect be the tip for cooperating screw tap bar 9, the tip that conical socket silk withstands cone bar may also function as fixed and guide tap
Bar 9, and reduce the effect of 9 rotary jumping of screw tap bar.
Further, sand-wheel cutting apparatus 3 includes motor 31, grinding wheel transmission shaft 32 and grinding wheel 33, grinding wheel transmission shaft 32
One end is arranged grinding wheel 33, and the other end is arranged synchronous pulley 1, and 31 drive shaft of motor is arranged the wheel of synchronous belt 36 2 35, synchronous
Belt wheel 1 and the wheel of synchronous belt 36 2 35 are connected with synchronous belt 36, and motor 31 and grinding wheel transmission shaft 32 are set side by side, and motor 31 drives
The dynamic rotation of synchronous belt 36 drives grinding wheel transmission shaft 32 to be driven grinding wheel rotation.
Further, grinding wheel mobile device 4 includes X to linear guide 41, X to movable plate 42, X to driving device 43, Y-direction
Linear guide 44, Y-direction movable plate 45 and Y-direction driving device 46, X are mounted on the rear of rack table 51 to linear guide 41, X to
Movable plate 42 is mounted on X in linear guide 41, and Y-direction linear guide 44 is installed
In X on movable plate 42, Z-direction movable plate is mounted in Z-line linear guide, and sand-wheel cutting apparatus 3 is mounted on Z-direction shifting
On movable plate, X is mounted on rack table 51 to driving device 43 and X can be driven to move to movable plate 42 along X-axis, Y-direction driving dress
It sets 46 to be mounted on X on movable plate 42 and Y-direction movable plate 45 can be driven to move along Y-axis, X is filled to driving device 43 and Y-direction driving
46 combinations driving is set, realizes that sand-wheel cutting apparatus 3 is moved in X-axis and Y-axis.
Further, X includes X to sliding block 411 and X to track 412 to linear guide 41, and X is mounted on rack to track 412
On the rear of table top 51, X is arranged in X on track 412 to sliding block 411, and X is mounted on X on sliding block 411 to movable plate 42, Y-direction
Linear guide 44 includes Y-direction sliding block 441 and Y-direction track 442, and Y-direction track 442 is mounted on X on movable plate 42, Y-direction sliding block 441
It is arranged on Y-direction track 442, Y-direction movable plate 45 is mounted on Y-direction sliding block 441.
Further, X to driving device 43 include X to servo motor 31, X to motor base 434, X to lead screw 432 and X to
Feed screw nut 433, X are fixedly connected with X to motor base 434 to servo motor 31, and X is mounted on rack table 51 to motor base 434
On, X is set in X on lead screw 432 to feed screw nut 433, and X is mounted on X on movable plate 42 to feed screw nut 433, and X is to servo
Motor 31 drives X to rotate drive X to lead screw 432 and moves in X direction to feed screw nut 433, and Y-direction driving device 46 is watched including Y-direction
Take motor 461, Y-direction motor base 464, Y-direction lead screw 462 and Y-direction feed screw nut 463, Y-direction servo motor 461 and Y-direction motor base
464 are fixedly connected, and Y-direction motor base 464 is mounted on X on movable plate 42, and Y-direction feed screw nut 463 is set on Y-direction lead screw 462,
Y-direction feed screw nut 463 is mounted on Y-direction movable plate 45, and Y-direction servo motor 461 drives the rotation of Y-direction lead screw 462 to drive Y-direction lead screw
Nut 463 is moved along Y-direction.
When work, feed device pushes screw tap bar 9 to enter working region from rotary chuck 1, and screw tap bar 9 is pushed into
Fixed-length block 8 is withstood, cylinder 724 drives rocker arm 721 that idler wheel 712 is driven to compress screw tap bar 9, and rotary chuck 1 clamps screw tap bar 9
Rotation, X drive grinding wheel 33 to reach the cleavage set to servo motor 31, and motor 31 drives grinding wheel 33 to rotate, Y-direction servo
Motor driven grinding wheel 33 feeds cutting quantity, and support base 61 supports bar, and the feeding of grinding wheel 33 is cut to 9 axle center of screw tap bar,
Screw tap bar 9 is cut off, grinding wheel 33 persistently rotates, and Y-direction servo motor drives grinding wheel 33 far from cutting position, and X is to servo horse
The polishing grinding wheel 33 of abrasive wheel 2 is moved to up to 31 driving grinding wheels 33, X is to servo motor 31 and Y-direction servo motor 461 according to original
Come path and returns to cleavage repetition cutting.
The above is not limit the technical scope of the present invention, all according to the utility model technical spirit
To any modification, equivalent variations and modification made by above embodiment, the model of the technical solution of the utility model is still fallen within
In enclosing.
Claims (10)
1. a kind of cutting machine, including rotary chuck, bistrique, sand-wheel cutting apparatus, grinding wheel mobile device, feed device and rack,
The bistrique is mounted on rotary chuck, and the rotary chuck rotation transmission bistrique, the rotary chuck rotatably connects with rack
It connects, the sand-wheel cutting apparatus is mounted in grinding wheel mobile device, and the grinding wheel mobile device is mounted on rack table, at it
It is characterized in that: further including cutting fixed device, positioning device and fixed-length block, the fixed device of the cutting and fixed-length block are mounted on and determine
On the device of position, the positioning device is mounted on the rack, the rotary chuck clamping screw tap bar rotation, the fixed dress of the cutting
It rests against and sets screw tap bar, the positioning device pushes down screw tap bar, and the fixed-length block withstands screw tap bar section, and the grinding wheel moves
Dynamic device drives sand-wheel cutting apparatus to cut screw tap bar to screw tap bar radial motion, moves to screw tap bar axle center cutting silk
Bore bar.
2. a kind of cutting machine according to claim 1, it is characterised in that: the fixed device of the cutting includes being used for cutting wire
The support base and fixing seat of screw tap bar are supported when boring bar, the support base is L-shaped, and one end is equipped with semicircle groove, institute
The radius for stating the circle of semicircle groove is equal with screw tap bar radius, and the support base is mounted on fixation and takes, the fixing seat peace
Mounted in mounting base side.
3. a kind of cutting machine according to claim 1, it is characterised in that: the positioning device includes roll wheel assembly, pressure holding
Component, mounting base, pedestal and gear motor component, the pedestal and rack side are installed, the mounting base and gear motor group
Part is mounted on the base, and the pressure holding component is mounted in mounting base, and the roll wheel assembly is sheathed in mounting base and upper and lower
And column distribution, for screw tap bar by being set between roll wheel assembly, the pressure holding component compresses screw tap bar, the gear motor component
Drive roll wheel assembly rotation.
4. a kind of cutting machine according to claim 3, it is characterised in that: the gear motor component includes gear wheel, subtracts
Speed motor and gear motor mounting base, the gear motor are fixedly connected with gear motor mounting base, the gear motor installation
Seat is mounted on the base, and the gear wheel is sheathed in the drive shaft of gear motor, and the roll wheel assembly includes connecting rod, the company
Bar one end is arranged idler wheel, and the other end is arranged pinion gear.
5. a kind of cutting machine according to claim 3, it is characterised in that: the pressure holding component includes idler wheel, rocker arm, rocker arm
Seat, oscillating bearing and cylinder, the one end and idler wheel pin connection, the other end and oscillating bearing pin connection, it is described
Rocker arm crooked position and rocker arm bracket pin connection, the oscillating bearing are mounted on cylinder piston rod, and the cylinder drives rocker arm
Idler wheel is driven to do arching trajectory movement.
6. a kind of cutting machine according to claim 3, it is characterised in that: be equipped with arc groove, institute on rear side of the mounting base
It is axial axially concentric with screw tap bar to state arc groove, the fixed-length block two sides are equipped with long hole, are equipped with arc among the fixed-length block
Shape protrusion, fixed-length block are mounted on arc groove institute on the whole, and the arc convex and arc groove cooperate, the arc convex two
Side shaft core position is equipped with conical socket, and the conical socket is axial axially concentric with bar.
7. a kind of cutting machine according to claim 1, it is characterised in that: the sand-wheel cutting apparatus includes motor, grinding wheel
Transmission shaft and grinding wheel, grinding wheel transmission shaft one end are arranged grinding wheel, and the other end is arranged synchronous pulley one, and the motor drives
Moving axis is arranged synchronous pulley two, the synchronous pulley one and the synchronous band connection of synchronous pulley two, the motor and grinding wheel transmission
Axis is set side by side, and the motor driving synchronous belt rotation drives the rotation of grinding wheel transmission shaft driven grinding wheel.
8. a kind of cutting machine according to claim 1, it is characterised in that: grinding wheel mobile device includes X to linear guide, X
Rack is mounted on to linear guide to movable plate, X to driving device, Y-direction linear guide, Y-direction movable plate and Y-direction driving device, X
The rear of table top, X are mounted on X in linear guide to movable plate, and Y-direction linear guide is mounted on X on movable plate, and Z-direction is mobile
Plate is mounted in Z-line linear guide, and sand-wheel cutting apparatus is mounted on Z-direction movable plate, and X is mounted on rack table to driving device
Above and X can be driven to move to movable plate along X-axis, Y-direction driving device is mounted on X on movable plate and Y-direction movable plate can be driven along Y
Axis movement, X drive to driving device and Y-direction combination of drive means, realize that sand-wheel cutting apparatus is moved in X-axis and Y-axis.
9. a kind of cutting machine according to claim 8, it is characterised in that: the X to linear guide include X to sliding block and X
To track, the X is to track installation on the rear of rack table, and the X is arranged in X on track to sliding block, and the X is to shifting
Movable plate is mounted on X on sliding block, and the Y-direction linear guide includes Y-direction sliding block and Y-direction track, the Y-direction track installation X to
On movable plate, the Y-direction sliding block is arranged on Y-direction track, and the Y-direction movable plate is mounted on Y-direction sliding block.
10. a kind of cutting machine according to claim 8, it is characterised in that: the X to driving device include X to servo horse
Reach, X is to motor base, X to lead screw and X to feed screw nut, the X is fixedly connected with X to motor base to servo motor, the X to
Motor base is mounted on rack table, and the X is set in X on lead screw to feed screw nut, and the X is mounted on X to feed screw nut
To on movable plate, X is rotated to servo motor driven X to lead screw drives X to move in X direction to feed screw nut, the Y-direction driving dress
It sets including Y-direction servo motor, Y-direction motor base, Y-direction lead screw and Y-direction feed screw nut, the Y-direction servo motor and Y-direction motor base are solid
Fixed connection, the Y-direction motor base are mounted on X on movable plate, and the Y-direction feed screw nut is set on Y-direction lead screw, the Y-direction
Feed screw nut is mounted on Y-direction movable plate, and the rotation of Y-direction servo motor driven Y-direction lead screw drives Y-direction feed screw nut to transport along Y-direction
It is dynamic.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820967799.5U CN208744505U (en) | 2018-06-21 | 2018-06-21 | A kind of cutting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820967799.5U CN208744505U (en) | 2018-06-21 | 2018-06-21 | A kind of cutting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208744505U true CN208744505U (en) | 2019-04-16 |
Family
ID=66054108
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820967799.5U Active CN208744505U (en) | 2018-06-21 | 2018-06-21 | A kind of cutting machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208744505U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108500808A (en) * | 2018-06-21 | 2018-09-07 | 东莞市赛力特切削工具有限公司 | A kind of cutting machine |
-
2018
- 2018-06-21 CN CN201820967799.5U patent/CN208744505U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108500808A (en) * | 2018-06-21 | 2018-09-07 | 东莞市赛力特切削工具有限公司 | A kind of cutting machine |
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