CN207026762U - A kind of mark process integration device for cabinet door processing - Google Patents
A kind of mark process integration device for cabinet door processing Download PDFInfo
- Publication number
- CN207026762U CN207026762U CN201720927868.5U CN201720927868U CN207026762U CN 207026762 U CN207026762 U CN 207026762U CN 201720927868 U CN201720927868 U CN 201720927868U CN 207026762 U CN207026762 U CN 207026762U
- Authority
- CN
- China
- Prior art keywords
- drive link
- motor
- sliding block
- marking machine
- drive
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Manufacture Or Reproduction Of Printing Formes (AREA)
Abstract
The utility model discloses a kind of mark process integration device for cabinet door processing, including frame, there is processing platform in the frame, the processing platform front end has feed device, tail end has drawing mechanism, and mark process integration device is fixed above the processing platform；Mark process integration device includes X to drive device, Y-direction drive device and Z-direction drive device, marking mechanism and door-plate organisation of working are fixed in Z-direction drive device, one-stop processing of the X to the realization of drive device, Y-direction drive device, Z-direction drive device, feed device, drawing mechanism, marking mechanism and door-plate organisation of working to cabinet door is controlled from central control system.The present apparatus has the characteristics that automaticity is high, functional diversity machining accuracy is high, efficiency high, overcomes the problem of wrong order existing for manpower labeling influences post-production installation and low processing operating efficiency in the prior art.
Description
Technical field
The invention belongs to machining technology field, and in particular to it is a kind of be used for process, the mark of moulding cabinet door plate adds
Work integrated apparatus.
Background technology
As the improvement of people's living standards, the aesthetic of indoor furniture is also gradually increased, equally to cabinet
Also more and more higher, this technical process precision for requiring to be related in production, process want height to appearance requirement.Existing
During shop floor production control, manage for convenience, corresponding label can be sticked to each accessory.Plate fitment, door at present
All it is to complete labeling by manually, artificial adhesive label occurs wrong viscous phenomenon, influences rear Qimen in the industries such as plate processing
The processing and installation of plate；Substantial amounts of human input is needed using artificial labelling simultaneously, production efficiency is relatively low, and postorder processing can be because
For label paste error occurrence of equipment collide, device damage, delivery when accessory mistake, with management software be not inconsistent the problems such as.
The content of the invention
Goal of the invention：Present invention aims in view of the shortcomings of the prior art, there is provided one kind is high in machining efficiency, avoids label
Occurrence of equipment collides in post-production caused by patch is wrong, device damage and accessory equipment Problem-Error is used for cabinet door processing
Mark process integration device.
Technical scheme：A kind of mark process integration device for cabinet door processing of the present invention, including frame, institute
Stating has processing platform in frame, the processing platform front end has feed device, and tail end has drawing mechanism, and the processing is put down
Fixed mark process integration device above platform；
The mark process integration device includes X to drive device, Y-direction drive device and Z-direction drive device, the Y
Ridden upon to drive device in the frame, the X rides upon the Y-direction drive device, the Z-direction driving dress to drive device
Put and ride upon the X in drive device, marking mechanism and door-plate organisation of working are fixed in the Z-direction drive device, by center
Control system control X to drive device, Y-direction drive device, Z-direction drive device, feed device, drawing mechanism, marking mechanism and
Door-plate organisation of working realizes the one-stop processing to cabinet door.
Further, the Y-direction drive device includes Y-direction motor and Y-direction drive link, is set on the Y-direction drive link
There is supporting Y-direction driving sliding block, fix Y-direction gangbar on the Y-direction driving sliding block, the both ends of the Y-direction gangbar and X are to drive
The supporting plate of dynamic device is fixedly connected, vertical columns on supporting plate, the Y-direction motor driving Y-direction drive link operation, Y-direction transmission
Bar drives Y-direction driving sliding block, and Y-direction driving sliding block drives Y-direction gangbar, and Y-direction gangbar drives supporting plates of the X to drive device, support
Strip moves column, and column drives X back and forth to be run to drive device along Y-direction.
Further, the Y-direction motor is servomotor or stepper motor；The Y-direction drive link is screw mandrel or tooth
Bar, the Y-direction drive link are fixed in the frame by the first fulcrum bearing；The Y-direction motor passes through belt component band
Dynamic Y-direction drive link operation drives Y-direction drive link to run by planetary reducer, shaft coupling or worm-gear speed reducer.
Further, the X has Y-direction guide rail sliding block to the supporting plate bottom of drive device, and there is Y-direction to lead for frame both sides
Rail, the Y-direction guide rail sliding block, which is matched somebody with somebody, to be set in the Y-direction guide rail, and is driven by Y-direction drive device and back and forth transported along Y-direction with supporting plate
OK；X is fixed at the top of the column to drive device.
Further, the Y-direction guide rail is square rail or circle rail or hard rail.
Further, the X consolidates to motor and X to crossbeam, X including X to drive device to drive link, X to crossbeam
At the top of the column, the X is erected on the X on crossbeam to drive link, and is driven from the X to motor, institute
State X and be provided with supporting X to driving sliding block to drive link, the X is to fixing Z-direction drive device on driving sliding block, and the X is to horizontal stroke
The side that Z-direction drive device is inclined on beam is provided with X direction guiding rails, and the Z-direction drive device is provided with supporting X direction guiding rail sliding blocks,
The X drives X to drive X to be driven to driving sliding block, the X to driving sliding block to drive link to drive link, the X to motor
Z-direction drive device moves reciprocatingly along X direction guiding rails.
Further, the X to motor be servomotor or stepper motor；The X is that drive link is to drive link
Screw mandrel or ratch；The X is fixed on the X on crossbeam to drive link by the second fulcrum bearing；The X passes through to motor
Belt component drives X to be run to drive link or drives X to drive link by planetary reducer, shaft coupling or worm-gear speed reducer
Operation.
Further, the X direction guiding rails are square rail or circle rail or hard rail.
Further, the belt component includes driving belt and driving pulley, and the driving pulley is fixed on institute
X is stated to one end of drive link or Y-direction drive link, rotating shaft and driving pulley of the driving belt around the motor,
Motor, which is opened, drives driving pulley, and the driving pulley drives X to drive link or Y-direction drive link.
Further, the Z-direction drive device includes Z-direction vertical beam, Z-direction motor and Z-direction drive link, and the Z-direction is stood
Beam is fixed on the X on driving sliding block, and is connected by the X direction guiding rails sliding block with the X to crossbeam, the Z-direction is driven
Bar is fixed on the Z-direction vertical beam, and is driven by Z-direction motor；The Z-direction drive link is provided with supporting Z-direction driving sliding block,
The Z-direction driving sliding block fixes marking mechanism and door-plate organisation of working；There is Z-direction guide rail, the door-plate adds in the Z-direction vertical beam
There is supporting Z-direction guide rail slide block in work mechanism, Z-direction drive link is driven by Z-direction motor, Z-direction drive link drives Z-direction driving
Sliding block, Z-direction driving sliding block drive marking mechanism and door-plate organisation of working elevating movement；
The marking mechanism includes the vertical rod of marking machine Z-direction, marking machine Z-direction motor, marking machine Z-direction drive link and laser
Generator, the mark machine Z-direction vertical rod are fixed in the Z-direction vertical beam, and the marking machine Z-direction drive link is fixed on the marking machine
In Z-direction vertical rod, and driven by marking machine Z-direction motor, the marking machine Z-direction drive link is provided with the driving of marking machine Z-direction and slided
Block, the marking machine Z-direction driving sliding block fix marking machine, and the marking machine Z-direction vertical rod has marking machine Z-direction guide rail, described to beat
There is supporting marking machine Z-direction guide rail slide block, the laser generator is fixed on the marking machine Z-direction vertical rod on mark machine；Mark
Machine Z-direction motor drives marking machine Z-direction drive link, and marking machine Z-direction drive link drives marking machine Z-direction driving sliding block, marking machine Z
Marking machine is driven to be moved along marking machine Z-direction lifting rail to driving sliding block；
The door-plate organisation of working includes the tool changing axle being fixed on Z-direction driving sliding block, and cutter is installed on the tool changing axle；
The X has tool magazine rotating disk motor to tool magazine rotating disk is connected on crossbeam on the tool magazine rotating disk, the tool magazine rotating disk drives
Motor drives the tool magazine rotating disk to rotate；There are some cutter fixtures in the tool magazine rotating disk, consolidate on the cutter fixture
Surely cutter is replaced.
Further, the door-plate organisation of working also includes the brush being arranged on around cutter.
Further, the Z-direction motor is servomotor, and the Z-direction drive link is drive lead screw, and the Z-direction is driven
Dynamic motor is connected by shaft coupling with Z-direction drive link.
Further, the feed device includes being arranged on X to the feeding guide support on crossbeam, the feeding guide branch
Feeding guide is fixed on frame, the feeding guide connects feeding sucker by feeding sliding block, and the feeding sucker is driven by the cylinder
Operation, the feeding sucker connect negative pressure system.
Further, the X is led to connecting platform dust exhaust apparatus on crossbeam, the platform dust exhaust apparatus including cleaner head
Rail, dust suction head driving apparatus and cleaner head, the cleaner head guide rail are fixed on the X on crossbeam, the cleaner head and dust suction
Head driving apparatus is connected, and dust suction head driving apparatus is connected by gangbar with cleaner head guide rail, and dust suction head driving apparatus is along dust suction
Head guide rail drives cleaner head to run up and down, and the cleaner head connects central dust extractor.
Further, the processing platform has material positioner, and the material positioner includes X to positioner
With Y-direction positioner, X-direction settings of the X to positioner along the processing platform, including two groups of X are to positioning cylinder, often
Group X is separately positioned on processing platform to positioning cylinder, described two groups of X including at least two X to positioning cylinder to positioning cylinder
Both ends, X has X to locating piece to the top land of positioning cylinder；
Y-direction setting of the Y-direction positioner along the processing platform, including two groups of Y-direction positioning cylinders, every group of Y-direction
Positioning cylinder comprises at least two Y-direction positioning cylinders, and described two groups of Y-direction positioning cylinders are separately positioned on the two of processing platform
Side, the top land of the Y-direction positioning cylinder per side connect a Y-direction positioning baffle；Controlled by central control system, material by
Feed device is sent into processing platform, and the Working position of fixed material is combined from X to positioner and Y-direction positioner.
Further, the X is to also setting up one group of material-pulling device, including one group of pusher cylinder, the pusher gas on crossbeam
The top land connection scraping wings of cylinder, after material completion of processing, controls pusher cylinder to promote under scraping wings by central control system
OK, Y-direction drive device drives X to be run to crossbeam along Y-direction, and X drives discharging pushing pedal to promote material to be run along Y-direction to crossbeam, by thing
Material is released.
Further, the drawing mechanism includes being arranged at the roller group of frame aft, and the roller group includes several
The roller being parallel to each other being uniformly arranged, the roller both ends connection belt pulley after be fixed on by bearing in frame, frame
Upper resting barrel motor, by driving belt around the rotating shaft of drum drive motor and the belt pulley of roller one end, roller
Motor drives roller to rotate, and roller drives material to move ahead.
Beneficial effect：(1) device provided by the invention has the characteristics of high automaticity, functional diversity, and machinery is certainly
Dynamic realization labels work one by one, overcome in the prior art manpower labeling existing for wrong order influence post-production installation and
The work such as the problem of operating efficiency is low, one-stop completion labeling, front pose is processed, improves processing efficiency；(2) present apparatus passes through
X to drive system, Y-direction drive system, Z-direction drive system, marking mechanism and door-plate organisation of working work in combination, realize pair
The precision processing of door-plate, in process by specific feed system feeding, pass through specific material positioner essence
Standard fixes the position of door-plate to be processed, and the door-plate that will complete processing after completion of processing by discharge system exports, process stream
Freely, human input is reduced, improves machining accuracy.
Brief description of the drawings
Fig. 1 is the overall structure diagram of device in embodiment 1；
Fig. 2 is the position relationship schematic diagram of marking mechanism in embodiment 1；
Fig. 3 is the right view of device in embodiment 1；
Fig. 4 is the rearview of device in embodiment 1；
Wherein：1st, frame, 2, processing platform, 3, feed device, 31, feeding guide support, 32, feeding guide, 33, feeding
Sucker, 4, drawing mechanism, 41, roller, 5, X to drive device, 51, X to crossbeam, 52, X to servomotor, 53, X is to driving wire
Bar, the 54, second fulcrum bearing, 55, X direction guiding rails, 6, Y-direction drive device, 61, Y-direction servomotor, 62, Y-direction drive lead screw, 63,
One fulcrum bearing, 64, belt pulley, 65, Y-direction gangbar, 66, Y-direction guide rail sliding block, 67, Y-direction guide rail, 68, belt, 7, Z-direction driving dress
Put, 71, Z-direction vertical beam, 72, Z-direction servomotor, 73, Z-direction drive lead screw, the 74, the 3rd fulcrum bearing, 75, shaft coupling, 76, Z-direction leads
Rail, 8, marking mechanism, 81, marking machine Z-direction vertical rod, 82, marking machine Z-direction servomotor, 83, marking machine Z-direction drive lead screw, 84,
Marking machine, 85, mark machine controller, 86, laser generator, 9, door-plate organisation of working, 91, tool changing axle, 92, tool magazine rotating disk, 93,
Tool magazine rotating disk motor, 10, supporting plate, 11, dust exhaust apparatus, 111, dust suction head driving apparatus, 112, cleaner head, 12, material it is fixed
Position device, 121, X to positioning cylinder, 122, Y-direction positioning cylinder, 123, Y-direction positioning baffle, 13, column.
Embodiment
Technical solution of the present invention is described in detail below by accompanying drawing, but protection scope of the present invention is not limited to
The embodiment.
Embodiment 1：A kind of mark process integration device for cabinet door processing, including frame 1, have in the frame
Processing platform 2, the front end of processing platform 2 have feed device 3, and tail end has drawing mechanism 4, the top of processing platform 2
Fixed mark process integration device；
Mark process integration device includes X to drive device 5, Y-direction drive device 6 and Z-direction drive device 7, the Y-direction
Drive device 6 is ridden upon in the frame 1, and the X rides upon the Y-direction drive device 6, the Z-direction driving to drive device 5
Device 7 rides upon the X in drive device 5, and marking mechanism 8 and door-plate organisation of working 9 are fixed in the Z-direction drive device 7,
From central control system control X to drive device 5, Y-direction drive device 6, Z-direction drive device 7, feed device 3, drawing mechanism 4,
Marking mechanism 8 and door-plate organisation of working 9 realize the one-stop processing to cabinet door.
In the present embodiment, Y-direction drive device 6 includes Y-direction servomotor 61 and Y-direction drive lead screw 62, Y-direction servomotor 61
Y-direction drive lead screw 62 is driven to rotate by belt component；Y-direction servomotor 61 is fixed in frame 1, and Y-direction drive lead screw 62 is logical
Cross the first fulcrum bearing 63 to be fixed in frame 1, one end fast pulley of Y-direction drive lead screw 62, driving belt 68 is watched around Y-direction
Rotating shaft and the driving pulley 64 of motor 61 are taken, Y-direction servomotor 61, which is opened, drives belt pulley 64, and belt pulley 64 drives Y-direction
Drive lead screw rotates 62；Y-direction drive lead screw 62 is provided with supporting Y-direction driving sliding block, and Y-direction linkage is fixed on Y-direction driving sliding block
Bar 6, the both ends of Y-direction gangbar 65 are fixedly connected with X to the supporting plate 10 of drive device, and Y-direction servomotor 6 drives Y-direction driving wire
Bar 62 is run, and Y-direction drive lead screw 62 drives Y-direction driving sliding block, and Y-direction driving sliding block drives Y-direction gangbar 65, Y-direction gangbar 65
Supporting plates 10 of the X to drive device is driven, vertical columns 13 on supporting plate 10, supporting plate 10 drives column 13, and column 13 drives X to driving
Device 5 is back and forth run along Y-direction.
X has Y-direction guide rail sliding block 66 to the bottom of supporting plate 10 of drive device 5, and the both sides of frame 1 have Y-direction guide rail 67, Y-direction
Guide rail slide block 66, which is matched somebody with somebody, to be set in Y-direction guide rail 67, and is driven by Y-direction drive device 6 and back and forth run along Y-direction with supporting plate 10；Column
X is fixed to drive device 5 in 13 tops；Y-direction guide rail 67 is square rail.
X includes X to crossbeam 51, X to servomotor 52 and X to drive lead screw 53 to drive device 5, and X is to servomotor 52
X is driven to be rotated to drive lead screw 53 by belt component；X is fixed on the top of column 13 to crossbeam 1, and X fixes to servomotor 52
In X on crossbeam 51, X is fixed on X on crossbeam 51 to drive lead screw 53 by the second fulcrum bearing 54；X is to drive lead screw 53
One end fast pulley, belt bypass rotating shafts and belt pulley of the X to servomotor 52, and X opens to servomotor 52 drives X to biography
Dynamic screw mandrel 53 rotates；X to drive lead screw 53 be provided with supporting X to driving sliding block, X to driving sliding block on fix Z-direction driving dress
Put 7, X and be provided with X direction guiding rails 55 to the side that Z-direction drive device is inclined on crossbeam 51, Z-direction drive device provided with supporting X to
Guide rail slide block, X drive X to drive lead screw 53 to servomotor 52, and X drives X to driving sliding block to drive lead screw 53, and X is to driving
Sliding block drives Z-direction drive device 7 to be moved reciprocatingly along X direction guiding rails 55；X direction guiding rails 55 are circle rail.
Z-direction drive device 7 includes Z-direction vertical beam 71, Z-direction servomotor 72 and Z-direction drive lead screw 73, the Z-direction vertical beam 71
The X is fixed on on driving sliding block, and is connected by the X direction guiding rails sliding block with the X to crossbeam, the Z-direction driving wire
Bar 73 is fixed in Z-direction vertical beam 71 by the 3rd fulcrum bearing 74, and the rotating shaft of Z-direction servomotor 72 is passed by shaft coupling 75 and Z-direction
Dynamic screw mandrel 73 is connected, and Z-direction drive lead screw 73 is driven by Z-direction servomotor 72；The Z-direction drive lead screw 73 is provided with supporting Z
To driving sliding block, the Z-direction driving sliding block fixes marking mechanism 8 and door-plate organisation of working 9；There is Z-direction in the Z-direction vertical beam 71
Guide rail 76, there is supporting Z-direction guide rail slide block on door-plate organisation of working, Z-direction drive link, Z-direction transmission are driven by Z-direction motor
Bar drives Z-direction driving sliding block, and Z-direction driving sliding block drives marking mechanism and door-plate organisation of working elevating movement；
Marking mechanism 8 includes marking machine Z-direction vertical rod 81, marking machine Z-direction servomotor 82, marking machine Z-direction drive lead screw 83
With laser generator 86, mark machine Z-direction vertical rod 81 is fixed in Z-direction vertical beam 71, and marking machine Z-direction drive lead screw 83 is fixed on marking machine
In Z-direction vertical rod 81, the rotating shaft of marking machine Z-direction servomotor 82 is connected by shaft coupling with marking machine Z-direction drive lead screw, marking machine
Z-direction drive lead screw 83 is driven by marking machine Z-direction servomotor 82, and marking machine Z-direction drive lead screw is provided with the driving of marking machine Z-direction and slided
Block, marking machine Z-direction driving sliding block fix marking machine 84, and marking machine Z-direction vertical rod has marking machine Z-direction guide rail, had on marking machine
Supporting marking machine Z-direction guide rail slide block, laser generator are fixed in marking machine Z-direction vertical rod；Marking machine Z-direction servomotor drives
Marking machine Z-direction drive lead screw, marking machine Z-direction drive lead screw drive marking machine Z-direction driving sliding block, marking machine Z-direction driving sliding block band
Dynamic marking machine moves along marking machine Z-direction lifting rail；Marking machine 84 connects mark machine controller 85, and mark machine controller 85 is fixed
In X on crossbeam.
Door-plate organisation of working 9 includes the tool changing axle 91 being fixed on Z-direction driving sliding block, and cutter, door are installed on tool changing axle 91
Brush is set around cutter in the frame of board processing machine structure, caused chip in process is cleaned in time；X is to crossbeam
It is upper to connect tool magazine rotating disk 92, there is tool magazine rotating disk motor 93, tool magazine rotating disk motor 93 drives knife on tool magazine rotating disk 92
Storehouse rotating disk 92 rotates；There are some cutter fixtures in tool magazine rotating disk 92, fixed on cutter fixture and replace cutter.
Feed device 3 includes being arranged on X to the feeding guide support 31 on crossbeam 51, on feeding guide support 31 fixation give
Expect guide rail 32, feeding guide 32 connects feeding sucker 33 by feeding sliding block, and feeding sucker 33 is driven by the cylinder operation, and feeding is inhaled
Disk connects negative pressure system.
X is to connecting platform dust exhaust apparatus 11 on crossbeam 51, and platform dust exhaust apparatus 11 includes cleaner head guide rail, cleaner head drives
Device 111 and cleaner head 112, the guide rail of cleaner head 112 are fixed on X on crossbeam 51, cleaner head 112 and dust suction head driving apparatus
111 connections, dust suction head driving apparatus 111 are connected by gangbar with cleaner head guide rail, and dust suction head driving apparatus is led along cleaner head
Rail drives cleaner head to run up and down, and the cleaner head connects central dust extractor, and dust suction head driving apparatus 111 is drive cylinder.
Processing platform 2 has material positioner 12, and material positioner 12 includes X to positioner and Y-direction positioning dress
Put, X-direction settings of the X to positioner along processing platform, including two groups of X are to positioning cylinder 121, every group of X to positioning cylinder extremely
Include two X less to positioning cylinder, two groups of X are separately positioned on the both ends of processing platform 2 to positioning cylinder, and X is to positioning cylinder
Top land has X to locating piece；
Y-direction setting of the Y-direction positioner along processing platform, including two groups of Y-direction positioning cylinders 122, every group of Y-direction position gas
Cylinder comprises at least two Y-direction positioning cylinders, and two groups of Y-direction positioning cylinders 122 are separately positioned on the both sides of processing platform 2, per side
Y-direction positioning cylinder top land connect a Y-direction positioning baffle 123；Controlled by central control system, material is filled by feeding
Feeding processing platform is put, the Working position of fixed material is combined from X to positioner and Y-direction positioner.
X is to also setting up one group of material-pulling device, including one group of pusher cylinder, the top land connection of pusher cylinder on crossbeam 51
Scraping wings, after material completion of processing, pusher cylinder is controlled to promote scraping wings descending by central control system, Y-direction drive device band
Dynamic X is run to crossbeam along Y-direction, and X drives discharging pushing pedal to promote material to be run along Y-direction to crossbeam, and material is released.
Drawing mechanism 4 includes being arranged at the roller group of the afterbody of frame 1, and roller group is uniformly arranged mutually flat including several
Capable roller 41, roller 41 both ends connection belt pulley after be fixed on by bearing in frame 1, in frame resting barrel driving electricity
Machine, driving belt is driven into roller around the rotating shaft of drum drive motor and the belt pulley of roller one end, drum drive motor
Rotate, roller drives material to move ahead.
In actual moving process, open machine, open central control system, central control system first sends instruction by sending
Material system performs feeding operation, the position that the feeding sucker in feed system is come downwards to where material, and inspiration material, before dragging
Row is to processing platform, and after material reaches processing platform, central control system first sends instruction and performed by material positioner to material
The positioning operation of material, two groups of X open to positioning cylinder, and the X at both ends is against the both ends of material to be processed to locating piece, to adjust to
Y-direction positioning cylinder is opened after target position, and the Y-direction positioning baffle of both sides is against the both sides of material to be processed, to adjusting to target
After position, X is closed to positioning cylinder, and X playbacks to locating piece, and then Y-direction positioning cylinder is closed, and Y-direction positioning baffle is classified as, and is completed
Material positioning operation；Then central control system sends print label instruction, and X drives to drive device, Y-direction drive device, Z-direction
Device and marking mechanism integration of operation, realize plate material mark one by one on the door；After the completion of mark, central controller sends front and added
Work moulding is instructed, and X is realized on the door to drive device, Y-direction drive device, Z-direction drive device and door-plate organisation of working integration of operation
The moulding processing of plate, in process with tool changing axle and tool magazine rotating disk, realize and move process tool certainly；Completion of processing
Afterwards, central control system sends dust suction and pusher instruction, and while dust suction, pusher cylinder promotes scraping wings descending, and Y-direction is driven
Dynamic device drives X to be run to crossbeam along Y-direction, and X drives discharging pushing pedal to promote material to be run along Y-direction to crossbeam, and material is released；Thing
Material is pushed out to drawing mechanism, and central control system sends discharging instruction, and drum drive motor drives roller to rotate, and roller drives door
Plate is delivered to target location, completes the processing to cabinet door.
Marking machine in the present apparatus is optical fiber marking machine or CO 2 laser marking machine or not bar glue marking machine or ink-jet
Marking machine etc..Combine in X to drive system, Y-direction drive system, Z-direction drive system, marking mechanism and door-plate organisation of working and transport
Make, realize the precision processing of end of door plate, one-stop processing, improve processing efficiency.
Embodiment 2：With essentially identical in embodiment 1, its difference is the present embodiment structure：Y-direction motor is stepping
Motor, Y-direction drive link are ratch, and Y-direction motor drives Y-direction to be driven ratch and run by worm-gear speed reducer.
X is stepper motor to motor, and X is ratch to drive link, and X drives X to motor by planetary reducer
To transmission ratch operation.
As described above, although the present invention has been represented and described with reference to specific preferred embodiment, but it must not be explained
For to the limitation of itself of the invention., can be right under the premise of the spirit and scope of the present invention that appended claims define are not departed from
Various changes can be made in the form and details for it.
Claims (16)
- A kind of 1. mark process integration device for cabinet door processing, it is characterised in that：Including frame, have in the frame Processing platform, the processing platform front end have feed device, and tail end has drawing mechanism, and processing platform top fixation is beaten Mark process integration device；The mark process integration device includes X and driven to drive device, Y-direction drive device and Z-direction drive device, the Y-direction Dynamic device is ridden upon in the frame, and the X rides upon the Y-direction drive device to drive device, and the Z-direction drive device is taken The X is located in drive device, marking mechanism and door-plate organisation of working are fixed in the Z-direction drive device, is controlled by center System controls X to drive device, Y-direction drive device, Z-direction drive device, feed device, drawing mechanism, marking mechanism and door-plate Organisation of working realizes the one-stop processing to cabinet door.
- 2. the mark process integration device according to claim 1 for cabinet door processing, it is characterised in that：The Y-direction Drive device includes Y-direction motor and Y-direction drive link, and the Y-direction drive link is provided with supporting Y-direction driving sliding block, the Y Y-direction gangbar is fixed on to driving sliding block, the both ends of the Y-direction gangbar are fixedly connected with X to the supporting plate of drive device, supporting plate Upper vertical columns, the Y-direction motor driving Y-direction drive link operation, Y-direction drive link drive Y-direction driving sliding block, Y-direction driving Sliding block drives Y-direction gangbar, and Y-direction gangbar drives supporting plates of the X to drive device, and supporting plate drives column, and column drives X to driving Device is back and forth run along Y-direction.
- 3. the mark process integration device according to claim 2 for cabinet door processing, it is characterised in that：The Y-direction Motor is servomotor or stepper motor；The Y-direction drive link is screw mandrel or ratch, and the Y-direction drive link passes through first Fulcrum bearing is fixed in the frame；The Y-direction motor drives the operation of Y-direction drive link by belt component or passes through planet Reductor, shaft coupling or worm-gear speed reducer drive the operation of Y-direction drive link.
- 4. the mark process integration device according to claim 2 for cabinet door processing, it is characterised in that：The X to The supporting plate bottom of drive device has Y-direction guide rail sliding block, and frame both sides have Y-direction guide rail, and the Y-direction guide rail sliding block, which is matched somebody with somebody, to be set in In the Y-direction guide rail, and driven by Y-direction drive device and back and forth run along Y-direction with supporting plate；X is fixed at the top of the column to driving Device.
- 5. the mark process integration device according to claim 4 for cabinet door processing, it is characterised in that：The Y-direction Guide rail is square rail or circle rail or hard rail.
- 6. the mark process integration device according to claim 3 for cabinet door processing, it is characterised in that：The X to Drive device includes X and is fixed on to crossbeam, X to motor and X to drive link, X to crossbeam at the top of the column, the X to Drive link is erected on the X on crossbeam, and is driven from the X to motor, and the X is provided with supporting X to drive link To driving sliding block, the X is to fixing Z-direction drive device on driving sliding block, and the X is to being inclined to the one of Z-direction drive device on crossbeam Side is provided with X direction guiding rails, and the Z-direction drive device is provided with supporting X direction guiding rail sliding blocks, and the X drives X to biography to motor Lever, the X drive X to be done to driving sliding block drive Z-direction drive device along X direction guiding rails past to driving sliding block, the X to drive link Multiple motion.
- 7. the mark process integration device according to claim 6 for cabinet door processing, it is characterised in that：The X to Motor is servomotor or stepper motor；The X is that drive link is screw mandrel or ratch to drive link；The X is to drive link The X is fixed on on crossbeam by the second fulcrum bearing；The X drives X to be transported to drive link to motor by belt component Row drives X to be run to drive link by planetary reducer, shaft coupling or worm-gear speed reducer.
- 8. the mark process integration device according to claim 6 for cabinet door processing, it is characterised in that：The X to Guide rail is square rail or circle rail or hard rail.
- 9. the mark process integration device for being used for cabinet door processing according to claim 3 or 7, it is characterised in that：It is described Belt component includes driving belt and driving pulley, and the driving pulley is fixed on the X to drive link or Y-direction drive link One end, the driving belt around the motor rotating shaft and driving pulley, motor open drive transmission skin Belt wheel, the driving pulley drive X to drive link or Y-direction drive link.
- 10. the mark process integration device according to claim 6 for cabinet door processing, it is characterised in that：The Z-direction Drive device includes Z-direction vertical beam, Z-direction motor and Z-direction drive link, and the Z-direction vertical beam is fixed on the X to driving sliding block On, and it is connected by the X direction guiding rails sliding block with the X to crossbeam, the Z-direction drive link is fixed on the Z-direction vertical beam, and by Z-direction motor drives；The Z-direction drive link is provided with supporting Z-direction driving sliding block, and the Z-direction driving sliding block fixes mark Mechanism and door-plate organisation of working；There is Z-direction guide rail in the Z-direction vertical beam, on the door-plate organisation of working there is supporting Z-direction to lead Rail sliding block, Z-direction drive link is driven by Z-direction motor, Z-direction drive link drives Z-direction driving sliding block, and Z-direction driving sliding block, which drives, to be beaten Mark mechanism and door-plate organisation of working elevating movement；The marking mechanism includes the vertical rod of marking machine Z-direction, marking machine Z-direction motor, marking machine Z-direction drive link and laser and occurred Device, the mark machine Z-direction vertical rod are fixed in the Z-direction vertical beam, and the marking machine Z-direction drive link is fixed on the marking machine Z-direction In vertical rod, and being driven by marking machine Z-direction motor, the marking machine Z-direction drive link is provided with marking machine Z-direction driving sliding block, The marking machine Z-direction driving sliding block fixes marking machine, and the marking machine Z-direction vertical rod has marking machine Z-direction guide rail, the marking machine Upper to have supporting marking machine Z-direction guide rail slide block, the laser generator is fixed on the marking machine Z-direction vertical rod；Marking machine Z-direction Motor drives marking machine Z-direction drive link, and marking machine Z-direction drive link drives marking machine Z-direction driving sliding block, and marking machine Z-direction is driven Movable slider drives marking machine to be moved along marking machine Z-direction lifting rail；The door-plate organisation of working includes the tool changing axle being fixed on Z-direction driving sliding block, and cutter is installed on the tool changing axle；It is described X has tool magazine rotating disk motor, the tool magazine rotating disk motor to tool magazine rotating disk is connected on crossbeam on the tool magazine rotating disk The tool magazine rotating disk is driven to rotate；There are some cutter fixtures in the tool magazine rotating disk, fix and replace on the cutter fixture Tool changing has.
- 11. the mark process integration device according to claim 9 for cabinet door processing, it is characterised in that：The Z-direction Motor is servomotor, and the Z-direction drive link is drive lead screw, and the Z-direction motor is driven by shaft coupling and Z-direction Bar is connected.
- 12. the mark process integration device according to claim 6 for cabinet door processing, it is characterised in that：It is described to send Expect that device includes being arranged on X to the feeding guide support on crossbeam, feeding guide is fixed on the feeding guide support, it is described to send Expect that guide rail connects feeding sucker by feeding sliding block, the feeding sucker is driven by the cylinder operation, and the feeding sucker connection is negative Pressure system.
- 13. the mark process integration device according to claim 6 for cabinet door processing, it is characterised in that：The X to Connecting platform dust exhaust apparatus on crossbeam, the platform dust exhaust apparatus include cleaner head guide rail, dust suction head driving apparatus and cleaner head, The cleaner head guide rail is fixed on the X on crossbeam, and the cleaner head is connected with dust suction head driving apparatus, cleaner head driving dress Put and be connected by gangbar with cleaner head guide rail, dust suction head driving apparatus drives cleaner head to run up and down along cleaner head guide rail, institute State cleaner head connection central dust extractor.
- 14. the mark process integration device according to claim 1 for cabinet door processing, it is characterised in that：It is described to add Work platform has material positioner, and the material positioner includes X to positioner and Y-direction positioner, and the X is to calmly X-direction setting of the position device along the processing platform, including two groups of X comprise at least two to positioning cylinder, every group of X to positioning cylinder For individual X to positioning cylinder, described two groups of X are separately positioned on the both ends of processing platform, pistons of the X to positioning cylinder to positioning cylinder Top has X to locating piece；Y-direction setting of the Y-direction positioner along the processing platform, including two groups of Y-direction positioning cylinders, every group of Y-direction positioning Cylinder comprises at least two Y-direction positioning cylinders, and described two groups of Y-direction positioning cylinders are separately positioned on the both sides of processing platform, often The top land of the Y-direction positioning cylinder of side connects a Y-direction positioning baffle；Controlled by central control system, material is by feeding Device is sent into processing platform, and the Working position of fixed material is combined from X to positioner and Y-direction positioner.
- 15. the mark process integration device according to claim 6 for cabinet door processing, it is characterised in that：The X to One group of material-pulling device, including one group of pusher cylinder, the top land connection scraping wings of the pusher cylinder, material are also set up on crossbeam After expecting completion of processing, pusher cylinder is controlled to promote scraping wings descending by central control system, Y-direction drive device drives X to crossbeam Run along Y-direction, X drives discharging pushing pedal to promote material to be run along Y-direction to crossbeam, and material is released.
- 16. the mark process integration device according to claim 1 for cabinet door processing, it is characterised in that：It is described go out Material device includes being arranged at the roller group of frame aft, and the roller group includes several rollings being parallel to each other being uniformly arranged Tin, it is fixed in frame, resting barrel motor in frame, will be passed by bearing after the both ends connection belt pulley of the roller Dynamic belt drives roller to rotate around the rotating shaft of drum drive motor and the belt pulley of roller one end, drum drive motor, rolling Cylinder drives material to move ahead.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720927868.5U CN207026762U (en) | 2017-07-27 | 2017-07-27 | A kind of mark process integration device for cabinet door processing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720927868.5U CN207026762U (en) | 2017-07-27 | 2017-07-27 | A kind of mark process integration device for cabinet door processing |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207026762U true CN207026762U (en) | 2018-02-23 |
Family
ID=61463000
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720927868.5U Active CN207026762U (en) | 2017-07-27 | 2017-07-27 | A kind of mark process integration device for cabinet door processing |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207026762U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107363410A (en) * | 2017-07-27 | 2017-11-21 | 南京帝鼎数控科技有限公司 | A kind of mark process integration device for cabinet door processing |
-
2017
- 2017-07-27 CN CN201720927868.5U patent/CN207026762U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107363410A (en) * | 2017-07-27 | 2017-11-21 | 南京帝鼎数控科技有限公司 | A kind of mark process integration device for cabinet door processing |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN107363410A (en) | A kind of mark process integration device for cabinet door processing | |
| CN203917699U (en) | The full-automatic charging & discharging machine of a kind of punch press | |
| CN206413361U (en) | Automatism card machine | |
| CN104828282A (en) | Multi-station film sticking machine | |
| CN206156299U (en) | Wheel hub throws ball automatic feeding device | |
| CN107322740A (en) | A kind of cabinet door plate moulding automatic production process and device | |
| CN109018586A (en) | A kind of nigh velocity bedy mechanism | |
| CN110394541B (en) | Automatic welding system and traffic sign welding system | |
| CN204726716U (en) | A kind of multistation laminator | |
| CN109453954A (en) | Bushing outer tube automatically in glue production line and production technology | |
| CN105459139A (en) | PCB splitting machine provided with device capable of adjusting distance between every two adjacent suction nozzles among plurality of suction nozzles | |
| CN110614866A (en) | Automatic pen making device | |
| CN207578501U (en) | A kind of insulating paper tube processing pipe cutting machine | |
| CN206263544U (en) | A kind of nozzle assembling machine structure | |
| CN207026762U (en) | A kind of mark process integration device for cabinet door processing | |
| CN110394540B (en) | Automatic welding system | |
| CN207027800U (en) | A kind of cabinet door plate moulding Automatic Production System | |
| CN209240757U (en) | A kind of plate automation machining production line | |
| CN108176967A (en) | A kind of motor gear press-loading device | |
| CN206806452U (en) | The glue spreading apparatus of the complete automatic double surface gluer of new-energy automobile assembled battery | |
| CN112678294A (en) | Integrated device for cutting and labeling plate | |
| CN208440012U (en) | A kind of printing machine that corrugated board is stood up feed device for improving production efficiency | |
| CN209532428U (en) | Workpiece gripper device for workpiece laser stamp automatic assembly line | |
| CN104691093A (en) | Automatic taking-out device of plane screen printing machine | |
| CN209394814U (en) | A kind of wooden boards cutter device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |