CN208120222U - A kind of big plate laser marking device for labeling - Google Patents
A kind of big plate laser marking device for labeling Download PDFInfo
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- CN208120222U CN208120222U CN201820324994.6U CN201820324994U CN208120222U CN 208120222 U CN208120222 U CN 208120222U CN 201820324994 U CN201820324994 U CN 201820324994U CN 208120222 U CN208120222 U CN 208120222U
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Abstract
The utility model discloses a kind of big plate laser marking device for labeling, including lifting platform, rack, control device, X are to crossbeam, movement mechanism, material positioning device, feeding device, device for labeling and laser mark printing device；Movement mechanism moves back and forth X along Y-direction on the rack to crossbeam；Device for labeling, laser mark printing device in X on crossbeam along X to moving back and forth；Material positioning device makes plate be positioned at Working position and fixation；Feeding device lifts and puts down for plate, and moves plate along Y-direction with movement mechanism cooperation and realize the feeding and submitting of plate, so that plate is positioned at Working position with the cooperation of material positioning device；The equipment of the utility model can realize automatic charging, be automatically positioned and fix to material after the completion of feeding, process to label on material；It can select only to label according to production needs, perhaps only laser marking label or labelling, laser marking label carry out simultaneously, simplify process, improve production efficiency.
Description
Technical field
The utility model belongs to numerical controlled machinery processing technique field, is specifically related to a kind of big plate laser marking labeling dress
It sets.
Background technique
In machining production process, for convenience of circulation control or intelligent digitalized production is produced, generally require
Identification marking, such as bar code, two dimensional code, workpiece explanation and customer information O/No. etc. are done on workpiece.It is above-mentioned to be identified with
A little later period uses need to remove, and such mark usually uses device for labeling and adhesive label is attached on workpiece；Some then after
Phase using when do not need to remove, need to be retained as a long time company publicity etc., it is such mark be usually use laser print apparatus
It beats on workpiece.The prior art done on workpiece the device identified can only label or can only laser marking, producing and processing
Two equipment for being more exchanged with mark are needed in journey, to complete to process above-mentioned two classes mark on workpiece, are kept process cumbersome, are dropped
Low production efficiency.
Utility model content
The utility model overcomes the shortcomings of the prior art, and laser marking can be completed at the same time on the same device by providing
With a kind of big plate laser marking device for labeling of labeling.
Provided technical solution is the utility model to solve above-mentioned technical problem：
A kind of big plate laser marking device for labeling, including lifting platform, rack, control device, X are to crossbeam, movement mechanism, material
Expect positioning device, feeding device, device for labeling and laser mark printing device；
The control device is used for movement mechanism, lifting platform, material positioning device, feeding device, device for labeling and laser
The control of marking device and cooperative motion；
The movement mechanism connects the rack and X to crossbeam, moves back and forth X along Y-direction on the rack to crossbeam；It is described
Movement mechanism connects the X to crossbeam and device for labeling, laser mark printing device, makes the device for labeling, laser mark printing device in X
To on crossbeam along X to moving back and forth；
The material positioning device is set in the rack, for making plate be positioned at Working position and fixation；
The feeding device is set to X on crossbeam, lifting and put down for plate, and makes plate with movement mechanism cooperation
Material moves the feeding and submitting for realizing plate along Y-direction, and so that plate is positioned at Working position with the cooperation of material positioning device；
The device for labeling on plate for pasting removable label, and the laser mark printing device on plate for printing
Permanent sticker.
Further, the movement mechanism include Y-direction guide rail, Y-direction sliding block, Y-direction driving device, X direction guiding rail, X to sliding block,
X labels gusset piece to driving device, X to driving gusset piece and mark, and the Y direction guiding rail is set to the right side in rack, described
Y-direction sliding block is fixedly installed on the X to the bottom of crossbeam right end, is closely slidably matched between the Y-direction sliding block and Y-direction guide rail,
The Y-direction driving device can drive Y-direction sliding block to slidably reciprocate in Y-direction guide rail, move back X always along Y guide rail to crossbeam
It is dynamic；X direction guiding rail is arranged on the leading flank of crossbeam by the X, and the X labels gusset piece to the setting mark of the front side of crossbeam, described
The X direction guiding rail setting X correspond on the trailing flank of mark labeling gusset piece to sliding block, the X is to sliding block and guide X
Rail is closely slidably matched, the X connected on crossbeam the X to driving device and by X driven to driving device and mobile X to
Drive gusset piece, the X connects the mark to driving gusset piece and labels gusset piece, the X to driving device by the X to
Driving gusset piece drives mark labeling gusset piece to move back and forth along X direction guiding rail；The device for labeling and the laser mark printing device
It is installed on the leading flank of the mark labeling gusset piece；
The material positioning device includes vacuum absorbing platform, vacuum suction pipeline connection port, rib idler wheel and material inspection
Switch is surveyed, is set on the left side of the Y-direction guide rail setting vacuum absorbing platform, the vacuum absorbing platform in the rack
Multiple vacuum suction pipeline connection ports being controlled to a vacuum pump are set, gear side rolling is installed on the right of the vacuum absorbing platform
Wheel, gear side idler wheel connect the material tests switch；
The feeding device includes loading guide seat, loading guide, feeding sliding block, located lateral driving device, laterally determines
Position driving device mounting base, lifting drive, lifting drive gusset piece and sucker；The loading guide seat is installed on institute
X is stated on the trailing flank of crossbeam, on the loading guide seat be arranged along X to the loading guide；The lifting drive
The lifting drive is installed in the side of gusset piece, and the feeding sliding block being slidably matched with the loading guide is arranged in the other side,
The lower end connecting sucker of the lifting drive, the lifting drive drive the lifting of the sucker, on the sucker
It is provided with and vacuumizes connector；It is laterally fixed that one end of the loading guide seat is equipped with by located lateral driving device mounting base
Position driving device, the located lateral driving device connect the lifting drive gusset piece, the located lateral driving dress
The driving lifting drive is set to move back and forth along loading guide；
The lifting platform corresponds to the rear side that the vacuum absorbing platform is set to the rack；
The Y-direction driving device, X are filled to driving device, material tests switch, located lateral driving device, lifting driving
It sets, device for labeling, laser mark printing device are electrically connected the control device.
Further, the Y-direction driving device includes Y-direction rack gear, Y-direction gear, Y-direction retarder and Y-direction driving motor；
The Y-direction rack gear is set in the rack, and the Y-direction rack gear is connect with the Y-direction gear mesh, the Y-direction gear and institute
The connection of Y-direction retarder is stated, the Y-direction retarder is connect with the Y to driving motor, and the Y-direction driving motor is installed on described
X is on crossbeam；Y-direction driving motor driving Y-direction retarder drives the rotation of Y-direction gear, when Y-direction gear rotates by with Y-direction
Rack gear occlusion drives X to move back and forth to crossbeam along Y-direction guide rail.
Further, the X to driving device include X to rack gear, X to gear, X to retarder and X to driving electricity
Machine；The X is set to the X on the upper side of crossbeam to rack gear, and the X is connect with the X to gear mesh to rack gear, institute
It states X and is connect to driving gusset piece with the X to retarder to gear by X, the X connects the X to driving electricity to retarder
Machine, the X are used to support the X to retarder and X to driving motor to driving gusset piece, and connect the mark labeling connection
Plate；The X drives X to drive X to rotate to gear to retarder to driving motor, by being engaged with X to rack gear when X is rotated to gear
Mark labeling gusset piece is driven to move back and forth along the X direction guiding rail.
Further, the located lateral driving device is Pneumatic cylinder device or hydraulic cylinder device；The lifting is driven
Dynamic device is Pneumatic cylinder device or hydraulic cylinder device.
Further, the Y-direction guide rail is set as at least 1, the corresponding Y-direction sliding block and the Y-direction guide rail one
One is corresponding.
Further, the X direction guiding rail is set as at least 1, and the corresponding X is to sliding block and the X direction guiding rail one
One is corresponding.
Further, the loading guide is set as at least 1, the corresponding feeding sliding block and the loading guide
It corresponds.
Further, the control device is set to the X on crossbeam.
The beneficial effects of the utility model：Automatic charging may be implemented in the equipment of the utility model, and feeding is after the completion to material
Material automatic positioning is fixed, and is processed to label on material；It can select only to label according to production needs, or only laser marking
Label, or labelling, laser marking label carry out simultaneously；Simplify process, improves production efficiency.
Detailed description of the invention
Fig. 1 is a kind of schematic perspective view of big plate laser marking device for labeling involved in the utility model；
Fig. 2 is a kind of structural schematic diagram of big plate laser marking device for labeling involved in the utility model.
Fig. 3 is the rearview of Fig. 1；
Fig. 4 is the left view of Fig. 1；
Fig. 5 is the structural schematic diagram of feeding device；
It is respectively labeled as in figure：1-1 mark labels gusset piece, 1-2Y direction guiding rail, and 1-3Y is to sliding block, and 1-4Y is to rack gear, 1-5Y
To gear, 1-6Y is to retarder, and 1-7Y is to driving motor, 1-8X direction guiding rail, 1-9X to sliding block, 1-10X to rack gear, 1-11X to
Gear, 1-12X is to retarder, and 1-13X is to driving motor, and 1-14X is to driving gusset piece, 2-1 vacuum absorbing platform, 2-2 vacuum
Adsorb pipeline connection port, 2-3 rib idler wheel, 2-4 detection switch, 3 device for labeling, 4 laser mark printing devices, 5 control devices, on 6
Expect device, 6-1 loading guide seat, 6-2 loading guide, 6-3 feeding sliding block, 6-4 located lateral driving device mounting base, 6-5
The pneumatic cylinder of located lateral, 6-6 lifting drive gusset piece, the pneumatic cylinder of 6-7 lifting driving, 6-8 vacuumize connector, 6-
9 sucker connection seats, 6-10 sucker, 7 racks, 8 lifting platforms, 9X is to crossbeam.
Specific embodiment
With reference to embodiment and attached drawing, the utility model is furtherd elucidate.In the description of the present invention,
It is to be appreciated that the side of the instructions such as term " on ", "lower", "front", "rear", "left", "right", "top", "bottom", "inner", "outside"
Position or positional relationship are to be based on the orientation or positional relationship shown in the drawings, and it is novel and simple to be merely for convenience of description the utility model
Change description, rather than the device or element of indication or suggestion meaning must have a particular orientation, with specific orientation construct and
Operation, therefore should not be understood as the limitation novel to the utility model.
Embodiment
A kind of big plate laser marking device for labeling, including lifting platform 8, rack 7, control device 5, X are to crossbeam 9, fitness machine
Structure, material positioning device, feeding device 6, device for labeling 3 and laser mark printing device 4；The control device 5 is set to X to crossbeam
Control on 9, for movement mechanism, lifting platform 8, material positioning device, feeding device 6, device for labeling 3 and laser mark printing device 4
System and cooperative motion；The movement mechanism connects the rack 7 and X to crossbeam 9, make X to crossbeam 9 in rack 7 along Y-direction back and forth
It is mobile；The movement mechanism connects the X to crossbeam 9 and device for labeling 3, laser mark printing device 4, make the device for labeling 3,
Laser mark printing device 4 in X on crossbeam 9 along X to moving back and forth；The material positioning device is set in the rack 7, is used for
Plate is set to be positioned at Working position and fixation；The feeding device 6 is set to X on crossbeam 9, lifting and put for plate
Under, and cooperating with movement mechanism makes plate move the feeding and submitting for realizing plate along Y-direction, and makes with the cooperation of material positioning device
Plate is positioned at Working position；The device for labeling 3 is used for pasting removable label, the laser mark printing device 4 on plate
In printing permanent sticker on plate.
Specifically as shown in Figs 1-4, the movement mechanism include Y-direction guide rail 1-2, Y-direction sliding block 1-3, Y to driving device,
X direction guiding rail 1-8, X labels gusset piece 1-1, the Y to driving device, X to driving gusset piece 1-14 and mark to sliding block 1-9, X
Direction guiding rail 1-2 is set to the right side in rack 7, and the Y-direction sliding block 1-3 is fixedly installed on the X to the bottom of 9 right end of crossbeam,
It is closely slidably matched between the Y-direction sliding block 1-3 and Y-direction guide rail 1-2, the Y-direction driving device can drive Y-direction sliding block 1-3
Slidably reciprocate on Y-direction guide rail 1-2, make X to crossbeam 9 along Y guide rail 1-2 to moving back and forth；The X is on the leading flank of crossbeam 9
X direction guiding rail 1-8 is set, and the X labels gusset piece 1-1 to the setting mark of the front side of crossbeam 9, and the mark labels gusset piece 1-1
Trailing flank on correspond to the X direction guiding rail 1-8 X be set to sliding block 1-9, the X is to sliding block 1-9 and the X direction guiding rail 1-8
Closely be slidably matched, the X connected on crossbeam 9 X to driving device and by X driven to driving device and mobile X to
Gusset piece 1-14, the X is driven to label gusset piece 1-1 to the driving gusset piece 1-14 connection mark, the X is filled to driving
It sets and drives mark labeling gusset piece 1-1 to move back and forth along X direction guiding rail 1-8 to driving gusset piece 1-14 by the X；The patch
Device for mark 3 and the laser mark printing device 4 are installed on the leading flank of the mark labeling gusset piece 1-1；
The material positioning device includes vacuum absorbing platform 2-1, vacuum suction pipeline connection port 2-2, rib idler wheel 2-3
With material tests switch 2-4, the vacuum absorbing platform 2-1, institute are set in the left side of the Y-direction guide rail 1-2 in the rack 7
It states and multiple vacuum suction pipeline connection port 2-2 being controlled to a vacuum pump is set on vacuum absorbing platform 2-1, the vacuum suction is flat
One gear side idler wheel 2-3, the gear side idler wheel 2-3 connection material tests switch 2-4 are installed on the right of platform 2-1.
As shown in figure 5, the feeding device 6 includes loading guide seat 6-1, loading guide 6-2, feeding sliding block 6-3, transverse direction
Positioning drive unit, horizontal positioning device connection seat 6-4, lifting drive, lifting drive gusset piece 6-6 and sucker 6-
10；The loading guide seat 6-1 is installed on the X on the trailing flank of crossbeam 9, on the loading guide seat 6-1 setting along X to
The loading guide 6-2；The side of the lifting drive gusset piece 6-6 is installed by the lifting drive, the other side
The feeding sliding block 6-3, the lower end connecting sucker 6- of the lifting drive being slidably matched with the loading guide 6-2 are set
10, the lifting drive drives the lifting of the sucker 6-10, is provided on the sucker 6-10 and vacuumizes connector 6-
8；One end of the loading guide seat 6-1 is equipped with located lateral driving device by located lateral driving device mounting base 6-4,
The located lateral driving device connects the lifting drive gusset piece 6-6, and the located lateral driving device drives institute
Lifting drive is stated to move back and forth along loading guide 6-2.Specifically, the located lateral driving device is pneumatic cylinder；It is described
Lifting drive is pneumatic cylinder, as shown in figure 5, the pneumatic cylinder 6-7 of lifting driving is mounted on lifting drive gusset piece 6-6
Side, go up and down the gas bar lower end of the pneumatic cylinder 6-7 of driving by sucker connection seat 6-9 and couple sucker 6-10, it is described to vacuumize
Connector 6-8 is opened on the sucker connection seat 6-9；The pneumatic cylinder 6-5 of the located lateral is driven by located lateral and is filled
It sets mounting base 6-4 to be mounted on the loading guide seat 6-1, the end connection of the gas bar of the pneumatic cylinder 6-5 of the located lateral
The lifting drive gusset piece 6-6.
The corresponding vacuum absorbing platform 2-1 of the lifting platform 8 is set to the rear side of the rack 7；
The Y-direction driving device, X are filled to driving device, material tests switch, located lateral driving device, lifting driving
It sets, device for labeling 3 and laser mark printing device 4 are electrically connected the control device.
Specifically, the Y-direction driving device includes that Y-direction rack gear 1-4, Y-direction gear 1-5, Y-direction retarder 1-6 and Y-direction are driven
Dynamic motor 1-7；The Y-direction rack gear 1-4 is set in the rack 7, and the Y-direction rack gear 1-4 and the Y-direction gear 1-5 are ratcheting
Connection, the Y-direction gear 1-5 are connect with the Y-direction retarder 1-6, the Y-direction retarder 1-6 and the Y-direction driving motor
1-7 connection, the Y-direction driving motor 1-7 are installed on the X on crossbeam 9；The Y-direction driving motor 1-7 driving Y-direction is slowed down
Device 1-6 drives Y-direction gear 1-5 rotation, drives X to crossbeam 9 along Y by being engaged with Y-direction rack gear 1-4 when Y-direction gear 1-5 is rotated
Direction guiding rail 1-2 moves back and forth.
Specifically, the X to driving device include X to rack gear 1-10, X to gear 1-11, X to retarder 1-12 and X to
Driving motor 1-13；The X is set to the X on the upper side of crossbeam 9 to rack gear 1-10, and the X is to rack gear 1-10 and institute
X is stated to the ratcheting connection of gear 1-11, the X is to gear 1-11 by X to the driving gusset piece 1-14 and X to retarder 1-
12 connections, the X is to the retarder 1-12 connection X to driving motor 1-13, and the X is to driving gusset piece 1-14 for branch
The X is supportted to retarder 1-12 and X to driving motor 1-13, and connects the mark labeling gusset piece 1-1；The X is to driving
Motor 1-13 drives X to drive X to rotate to gear 1-11 to retarder 1-12, when X is rotated to gear 1-11 by with X to rack gear 1-
10 occlusions drive mark labeling gusset piece 1-1 to move back and forth along the X direction guiding rail 1-8.
In order to guarantee the mobile stationarity of movement mechanism, Y-direction guide rail 1-2 described in this equipment is set as two, corresponding institute
It states Y-direction sliding block 1-3 and is also configured as two；The X direction guiding rail 1-8 is set as two, and the corresponding X is also provided with to sliding block 1-9
It is two.
For the purposes of guaranteeing mobile stationarity, the loading guide 6-2 is set as two, the corresponding feeding sliding block
6-3 is set as two.
During actual job, lifting platform, control device, the vacuum pump being connect with vacuum suction pipe joint and suction
The vacuum pump that connector connection is vacuumized on disk is controlled by central control system, places what multiple needs were processed on lifting platform
Plate, central control system control lifting platform are raised to the height of setting, and control Y-direction driving device driving X is to crossbeam along Y-direction guide rail
It is moved to the top of lifting platform, the pneumatic cylinder for going up and down driving is released, and so that sucker is dropped to plate, is taken out by vacuumizing interface
Sucker is sucked plate in vacuum, and the pneumatic cylinder withdrawal for going up and down driving lifts plate；X is moved backward to crossbeam along Y-direction guide rail
Right above to vacuum absorbing platform, the pneumatic cylinder release for going up and down driving drops to plate on vacuum absorbing platform, located lateral
Pneumatic cylinder moves against plate on rib idler wheel along loading guide, and the direction that plate is switched to material tests is mobile, material inspection
It surveys X when switch detects plate to stop moving to crossbeam, closes suction disc vacuum pumping, the pneumatic cylinder for going up and down driving is withdrawn, laterally fixed
The pneumatic cylinder of position is released, and is vacuumized by vacuum suction pipe joint and plate is fixed on vacuum absorbing platform, completes plate
Positioning.Control system is automatically selected laser marking label by formula or is labelled using device for labeling, laser mark printing device and patch
Device for mark labels gusset piece along X to moving back and forth with mark, adjusts the mark on plate or labeling position.Mark or patch
After the completion of mark, center of the X to cross beam movement to plate is controlled, closing vacuumizing for vacuum absorbing platform makes to be fixed on vacuum suction
Plate on platform unclamps, and the pneumatic cylinder for going up and down driving makes sucker drop to plate, and opening, which vacuumizes, allows sucker that plate is sucked, and rises
The pneumatic cylinder of drop driving makes sucker rising lift plate, and X (on front side of vacuum absorbing platform or is returned to cross beam movement to discharge position
To lifting platform) top, the pneumatic cylinder for going up and down driving makes plate drop to discharge position, and closing suction disc vacuum pumping unclamps sucker
Plate, the pneumatic cylinder for going up and down driving are withdrawn, and X is to cross beam movement to standby position.It is carried out after plate is taken away from discharge position next
Open the tag processes of plate.
Located lateral driving device, lifting device in the utility model can also be using except Pneumatic cylinder device and hydraulic cylinders
Other outside device meet the driving method of the utility model operation process.
In short, automatic charging may be implemented in the equipment of the utility model, material is automatically positioned after the completion of feeding and is fixed, it is right
Label is processed on material；It can select only to label according to production needs, perhaps only laser marking label or labelling, laser
It labels while carrying out；The equipment of the utility model can greatly simplify process, improve production efficiency.
The above is only the preferred embodiment of the utility model, it should be pointed out that：For the common skill of the art
For art personnel, without departing from the principle of this utility model, several improvements and modifications can also be made, these improve and
Retouching also should be regarded as the protection scope of the utility model.
Claims (9)
1. a kind of big plate laser marking device for labeling, which is characterized in that including lifting platform, rack, control device, X to crossbeam, fortune
Motivation structure, material positioning device, feeding device, device for labeling and laser mark printing device；
The control device is used for movement mechanism, lifting platform, material positioning device, feeding device, device for labeling and laser marking
The control of device and cooperative motion；
The movement mechanism connects the rack and X to crossbeam, moves back and forth X along Y-direction on the rack to crossbeam；The movement
Mechanism connects the X to crossbeam and device for labeling, laser mark printing device, makes the device for labeling, laser mark printing device in X to cross
Along X to moving back and forth on beam；
The material positioning device is set in the rack, for making plate be positioned at Working position and fixation；
The feeding device is set to X on crossbeam, lifting and put down for plate, and makes plate edge with movement mechanism cooperation
The mobile feeding and submitting for realizing plate of Y-direction, and so that plate is positioned at Working position with the cooperation of material positioning device；
The device for labeling is used to print on plate permanent for pasting removable label, the laser mark printing device on plate
Label.
2. big plate laser marking device for labeling as described in claim 1, which is characterized in that the movement mechanism includes that Y-direction is led
Rail, Y-direction sliding block, Y-direction driving device, X direction guiding rail, X join to sliding block, X to driving device, X to driving gusset piece and mark labeling
Fishplate bar, the Y-direction guide rail are set to the right side in rack, and the Y-direction sliding block is fixedly installed on the X to the bottom of crossbeam right end
Portion is closely slidably matched between the Y-direction sliding block and Y-direction guide rail, and the Y-direction driving device can drive Y-direction sliding block to lead in Y-direction
Slidably reciprocate on rail, make X to crossbeam along Y guide rail to moving back and forth；X direction guiding rail is arranged on the leading flank of crossbeam by the X, described
X labels gusset piece to the setting mark of the front side of crossbeam, corresponds to the X direction guiding rail on the trailing flank of the mark labeling gusset piece and sets
The X is set to sliding block, the X is closely slidably matched to sliding block and the X direction guiding rail, and the X connects the X on crossbeam to drive
Dynamic device and by X to driving device drive and mobile X to driving gusset piece, the X connects the mark to driving gusset piece
Label gusset piece, the X to driving device by the X to driving gusset piece drive mark label gusset piece along X direction guiding rail come
Return is dynamic；The device for labeling and the laser mark printing device are installed on the leading flank of the mark labeling gusset piece；
The material positioning device includes vacuum absorbing platform, and vacuum suction pipeline connection port, rib idler wheel and material tests are opened
It closes, the vacuum absorbing platform is set in the left side of the Y-direction guide rail in the rack, setting is more on the vacuum absorbing platform
A vacuum suction pipeline connection port being controlled to a vacuum pump is equipped with a gear side idler wheel on the right of the vacuum absorbing platform,
One gear side idler wheel connects the material tests switch；
The feeding device includes loading guide seat, loading guide, feeding sliding block, located lateral driving device, located lateral drive
Dynamic device mounting seat, lifting drive, lifting drive gusset piece and sucker；The loading guide seat is installed on the X
To on the trailing flank of crossbeam, on the loading guide seat be arranged along X to the loading guide；The lifting drive connection
The lifting drive is installed in the side of plate, and the feeding sliding block that other side setting is slidably matched with the loading guide is described
The lower end connecting sucker of lifting drive, the lifting drive drive the lifting of the sucker, are arranged on the sucker
Vacuumize connector；One end of the loading guide seat is equipped with located lateral by located lateral driving device mounting base and drives
Dynamic device, the located lateral driving device connect the lifting drive gusset piece, and the located lateral driving device is driven
The lifting drive is moved to move back and forth along loading guide；
The lifting platform corresponds to the rear side that the vacuum absorbing platform is set to the rack；
The Y-direction driving device, X are to driving device, material tests switch, located lateral driving device, lifting drive, patch
Device for mark, laser mark printing device are electrically connected the control device.
3. big plate laser marking device for labeling as claimed in claim 2, which is characterized in that the Y-direction driving device includes Y-direction
Rack gear, Y-direction gear, Y-direction retarder and Y-direction driving motor；The Y-direction rack gear is set in the rack, the Y-direction rack gear with
The Y-direction gear mesh connection, the Y-direction gear are connect with the Y-direction retarder, and the Y-direction retarder and the Y-direction drive
Motor connection, the Y-direction driving motor are installed on the X on crossbeam；The Y-direction driving motor driving Y-direction retarder drives Y
It is rotated to gear, drives X to move back and forth to crossbeam along Y-direction guide rail by being engaged with Y-direction rack gear when Y-direction gear rotates.
4. plate laser marking device for labeling as claimed in claim 2 big, which is characterized in that the X to driving device include X to
Rack gear, X are to gear, X to retarder and X to driving motor；The X is set to the X on the upper side of crossbeam to rack gear, institute
It states X and is connect to rack gear with the X to gear mesh, the X is connected by X to driving gusset piece and the X to retarder to gear
It connects, the X connects the X to driving motor to retarder, and the X is used to support the X to retarder and X to driving gusset piece
To driving motor, and connect the mark labeling gusset piece；The X drives X to drive X to turn to gear to retarder to driving motor
It is dynamic, drive mark labeling gusset piece to move back and forth along the X direction guiding rail by being engaged with X to rack gear when X is rotated to gear.
5. plate laser marking device for labeling as claimed in claim 2 big, which is characterized in that the located lateral driving device is
Pneumatic cylinder device or hydraulic cylinder device；The lifting drive is Pneumatic cylinder device or hydraulic cylinder device.
6. big plate laser marking device for labeling as claimed in claim 2, which is characterized in that the Y-direction guide rail is set as at least 1
Root, the corresponding Y-direction sliding block and the Y-direction guide rail correspond.
7. big plate laser marking device for labeling as claimed in claim 2, which is characterized in that the X direction guiding rail is set as at least 1
Root, the corresponding X are corresponded to sliding block and the X direction guiding rail.
8. big plate laser marking device for labeling as claimed in claim 2, which is characterized in that the loading guide is set as at least
1, the corresponding feeding sliding block and the loading guide correspond.
9. big plate laser marking device for labeling as described in claim 1, which is characterized in that the control device is set to described
X is on crossbeam.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820324994.6U CN208120222U (en) | 2018-03-09 | 2018-03-09 | A kind of big plate laser marking device for labeling |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820324994.6U CN208120222U (en) | 2018-03-09 | 2018-03-09 | A kind of big plate laser marking device for labeling |
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| Publication Number | Publication Date |
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| CN208120222U true CN208120222U (en) | 2018-11-20 |
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| CN201820324994.6U Active CN208120222U (en) | 2018-03-09 | 2018-03-09 | A kind of big plate laser marking device for labeling |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108313727A (en) * | 2018-03-09 | 2018-07-24 | 南京帝鼎数控科技有限公司 | A kind of big plate laser marking device for labeling |
| CN114535798A (en) * | 2021-12-31 | 2022-05-27 | 佛山市艾乐博机器人科技有限公司 | Heating base positioning piece welding equipment |
| CN116442343A (en) * | 2023-04-19 | 2023-07-18 | 中品智能机械有限公司 | Plate-type furniture labeling, punching and cutting integrated machine |
-
2018
- 2018-03-09 CN CN201820324994.6U patent/CN208120222U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108313727A (en) * | 2018-03-09 | 2018-07-24 | 南京帝鼎数控科技有限公司 | A kind of big plate laser marking device for labeling |
| CN114535798A (en) * | 2021-12-31 | 2022-05-27 | 佛山市艾乐博机器人科技有限公司 | Heating base positioning piece welding equipment |
| CN114535798B (en) * | 2021-12-31 | 2024-06-04 | 佛山市艾乐博机器人股份有限公司 | Heating base locating part welding equipment |
| CN116442343A (en) * | 2023-04-19 | 2023-07-18 | 中品智能机械有限公司 | Plate-type furniture labeling, punching and cutting integrated machine |
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