CN107322740A - A kind of cabinet door plate moulding automatic production process and device - Google Patents
A kind of cabinet door plate moulding automatic production process and device Download PDFInfo
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- CN107322740A CN107322740A CN201710628731.4A CN201710628731A CN107322740A CN 107322740 A CN107322740 A CN 107322740A CN 201710628731 A CN201710628731 A CN 201710628731A CN 107322740 A CN107322740 A CN 107322740A
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- drive device
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B27—WORKING OR PRESERVING WOOD OR SIMILAR MATERIAL; NAILING OR STAPLING MACHINES IN GENERAL
- B27M—WORKING OF WOOD NOT PROVIDED FOR IN SUBCLASSES B27B - B27L; MANUFACTURE OF SPECIFIC WOODEN ARTICLES
- B27M3/00—Manufacture or reconditioning of specific semi-finished or finished articles
- B27M3/18—Manufacture or reconditioning of specific semi-finished or finished articles of furniture or of doors
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07C—POSTAL SORTING; SORTING INDIVIDUAL ARTICLES, OR BULK MATERIAL FIT TO BE SORTED PIECE-MEAL, e.g. BY PICKING
- B07C7/00—Sorting by hand only e.g. of mail
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23K—SOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
- B23K26/00—Working by laser beam, e.g. welding, cutting or boring
- B23K26/36—Removing material
- B23K26/361—Removing material for deburring or mechanical trimming
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B27—WORKING OR PRESERVING WOOD OR SIMILAR MATERIAL; NAILING OR STAPLING MACHINES IN GENERAL
- B27C—PLANING, DRILLING, MILLING, TURNING OR UNIVERSAL MACHINES FOR WOOD OR SIMILAR MATERIAL
- B27C9/00—Multi-purpose machines; Universal machines; Equipment therefor
- B27C9/02—Multi-purpose machines; Universal machines; Equipment therefor with a single working spindle
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G13/00—Roller-ways
- B65G13/02—Roller-ways having driven rollers
- B65G13/06—Roller driving means
- B65G13/07—Roller driving means having endless driving elements
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G2201/00—Indexing codes relating to handling devices, e.g. conveyors, characterised by the type of product or load being conveyed or handled
- B65G2201/02—Articles
- B65G2201/0282—Wooden articles, e.g. logs, trunks or planks
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- Engineering & Computer Science (AREA)
- Life Sciences & Earth Sciences (AREA)
- Mechanical Engineering (AREA)
- Wood Science & Technology (AREA)
- Forests & Forestry (AREA)
- Manufacturing & Machinery (AREA)
- Physics & Mathematics (AREA)
- Optics & Photonics (AREA)
- Plasma & Fusion (AREA)
- Punching Or Piercing (AREA)
Abstract
The present invention discloses a kind of cabinet door plate moulding automatic production process, the technique has used the connection system with following structure, including big plate feeding system, big back system of processing, plate turnover system, door-plate induction system, several door-plates sorting system of processing and finished product sorting system；The technique for carrying out door-plate processing using said system comprises the following steps：Big plate to be processed is sent into big back system of processing mark, punching by big plate feeding system；Big plate is pushed out to plate turnover system, upset to front；By the sorting of big plate, positive system of processing, independent door-plate is cut into；Categorised collection door-plate.This process system automaticity is high, is converted into machine automatic labeling by artificial labeling, reduces the input of manpower, improves operating efficiency；With correcting device, the precision of processing is improved；It can realize in an equipment while automating and process different shaping door-plate, improve utilization rate of equipment and installations, improve production efficiency.
Description
Technical field
The invention belongs to numerical control tool processing technique field, and in particular to it is a kind of be used for process, moulding cabinet door plate it is automatic
Production technology and device.
Background technology
As the improvement of people's living standards, being also gradually increased to the aesthetic of indoor furniture, equally to cabinet
Appearance requirement also more and more higher, this requires that the technical process precision being related in production, process will height.Existing
In processing technology, mainly include the following steps that：(1) it is artificial to obtain production inventory from data center；(2) inventory is input to software
In be converted into program code required for machining center, and the cabinet door quantity printing that can be processed according to big plate to be processed is corresponding
Label；(3) program code converted is stored, and it is to be used；(4) it is artificial that procedure is selected according to editing objective, it is right
Door-plate moulding simultaneously cuts into independent door-plate, finds each door-plate for completing cutting and is attached to the label of printing in step (2)
The door-plate back side, collects the finished product on processing table top after posting；(5) door-plate for needing to do reverse side processing is selected, lower road work is run to
Sequence is processed；(6) the door-plate concentration of all completion of processing is run into dozen angle to connect on hole operation platform, completes subsequent job.For upper
Stating processing technology, there are the following problems：It is identical without two pieces of door-plates that cabinet door plate output is very big, most door-plate moulding
All the same or close, size even only poor 1MM, very important person's work point does not find out corresponding label and sticks that workload is big, error rate is high,
Multiple working procedure turnover needs substantial amounts of manpower, place, beats angle and connects Kong Quan and is manually performed low precision；And door-plate punching has multiple
Size, easily error.
The content of the invention
Goal of the invention：Present invention aims at there is provided a kind of automaticity height and processing in view of the shortcomings of the prior art
Precision high cabinet door plate moulding automatic production process and device.
Technical scheme：A kind of cabinet door plate moulding automatic production process of the present invention, the technique has been used with such as
The connection system of lower structure, the system includes big plate feeding system, big back system of processing, plate turnover system, door-plate delivery system
System, several door-plates sorting system of processing and finished product sorting system；Described big plate feeding system, big back processing system
System, plate turnover system, door-plate sorting system of processing and finished product sorting system connect integral by door-plate induction system, if described
Dry door-plate sorting system of processing is connected in door-plate induction system in parallel to each other, and the big back system of processing includes beating
Mark, Milling Machining, punching, integrated apparatus；The big plate feeding system, big back system of processing, plate turnover system, door-plate conveying
System, several door-plates sorting system of processing and finished product sorting system are connected with central control system, and control is by center
System control operation；The technique for carrying out door-plate processing using said system comprises the following steps：
(1) by central control system control, big plate to be processed is sent into big back system of processing by big plate feeding system,
The door-plate quantity to be processed according to big plate and position unique mark successively, enter after mark to big plate in big back system of processing
Row Milling Machining, punching；
(2) the big plate after patch, Milling Machining, mark punching is pushed out to plate turnover system, big plate is overturn to front by reverse side；
(3) the big plate of turnover panel will be completed by door-plate induction system feeding door-plate sorting system of processing, central control system control
Panel is monitored in fact when carrying out, and is sent into corresponding big plate front pose processing unit (plant), completes the overall processing to big plate, greatly
Carry out cutting into independent door-plate after the completion of processing of plate front；
(4) processing will be completed, the independent door-plate of cutting sends into finished product sorting system, by manually selecting door according to front pose
Plate and categorised collection.
Further, the big plate feeding system includes feed hoistable platform and big Board position correcting device, the lifting
Platform is driven by hydraulic power system, material is sent into big back system of processing, and adjusted by the first big Board position correcting device
Whole big Board position；
The first big Board position correcting device X1 is to drive device and Y1 to drive device, and the Y1 is solid to drive device
Due in frame, the X1 rides upon the Y1 in drive device to drive device, and the X1 installs in drive device
One sucker, the sucker connects negative pressure system.
Further, the mark, Milling Machining, punching integrated apparatus include X2 to drive device, Y2 to drive device
With Z-direction drive device, the Y2 is ridden upon in the frame to drive device, the X2 to drive device ride upon the Y2 to
Drive device, the Z-direction drive device rides upon the X2 in drive device, and marking machine is fixed in the Z-direction drive device
Structure and punching, Milling Machining mechanism, from central control system control X2 to drive device, Y2 to drive device, Z-direction drive device,
Marking mechanism and punching, Milling Machining mechanism realize to cabinet door mark, Milling Machining, punch one-stop processing.
Further, the Y2 includes Y2 to motor and Y2 to drive link to drive device, and the Y2 is to drive link
Provided with supporting Y2 to driving sliding block, the Y2 is to fixing Y2 to gangbar on driving sliding block, and the Y2 is to the two of gangbar
End is fixedly connected with X2 to the supporting plate of drive device, vertical columns on supporting plate, and the Y2 drives Y2 to drive link to motor
Operation, Y2 drives Y2 to driving sliding block to drive link, and Y2 drives Y2 to gangbar to driving sliding block, Y2 to gangbar drive X2 to
The supporting plate of drive device, supporting plate drives column, and column drives X2 to be run to drive device along Y2 to reciprocal；
The X2 has Y2 direction guiding rail sliding blocks to the supporting plate bottom of drive device, and frame both sides have Y2 direction guiding rails, described
Y2 direction guiding rails sliding block, which is matched somebody with somebody, to be set on the Y2 direction guiding rails, and is run from Y2 to drive device drive with supporting plate along Y2 to reciprocal；
X2 is fixed at the top of the column to drive device；
The X includes X2 to crossbeam, X2 to motor and X2 to drive link to drive device, and X2 is fixed on institute to crossbeam
State at the top of column, the X2 is erected on the X2 on crossbeam to drive link, and is driven from the X2 to motor, the X2
To drive link provided with supporting X2 to driving sliding block, the X2 is to fixing Z-direction drive device on driving sliding block, and the X2 is to horizontal stroke
The side that Z-direction drive device is inclined on beam is provided with X2 direction guiding rails, and the Z-direction drive device is slided provided with supporting X2 direction guiding rails
Block, the X2 drives X2 to drive link to motor, and the X2 drives X2 to driving sliding block to drive link, and the X2 is to driving
Sliding block drives Z-direction drive device to be moved reciprocatingly along X2 direction guiding rails；
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 institute
X2 is stated on driving sliding block, and is connected by the X2 direction guiding rails sliding block with the X2 to crossbeam, the Z-direction drive link is fixed on
The Z-direction vertical beam, and driven by Z-direction motor；The Z-direction drive link is provided with supporting Z-direction driving sliding block, the Z-direction
Sliding block is driven to fix marking mechanism and perforation processing mechanism；There is Z-direction guide rail, the perforation processing mechanism in the Z-direction vertical beam
It is upper that there is supporting Z-direction guide rail slide block, Z-direction drive link is driven by Z-direction motor, Z-direction drive link drives Z-direction driving sliding block, Z
Marking mechanism and punching, the elevating movement of Milling Machining mechanism are driven to driving sliding block；
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 is 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 drives provided with marking machine Z-direction and slided
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, 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 punching, Milling Machining mechanism include installing knife on the tool changing axle being fixed on Z-direction driving sliding block, the tool changing axle
Tool；The X2 has tool magazine rotating disk motor, the tool magazine rotating disk to connecting on crossbeam on tool magazine rotating disk, the tool magazine rotating disk
Motor drives the tool magazine rotating disk to rotate；There are some cutter fixtures, the cutter fixture in the tool magazine rotating disk
Upper fixed replacement cutter.
Further, the plate turnover system includes turnover panel frame and turnover panel drive device, the drive of the turnover panel drive device
Dynamic rotating shaft is fixed on the overturning frame, and described under one group of upset chassis, off working state turn over is fixed in the drive shaft
Turn chassis integrally to ride upon in turnover panel frame, several second suckers, the second sucker connection are fixed on the upset chassis
Negative pressure system；Big plate is pushed to upset chassis, and central control system control turnover panel drive device starts, turnover panel drive device
Drive shaft is driven to rotate, drive shaft drives the sucker on the upset of upset chassis, upset chassis to suck big plate, and big plate is with upset
Chassis is overturn to front, and is turned in door-plate induction system.
Further, the door-plate induction system includes conveying frame, and uniform parallel is horizontal some in the conveying frame
Roller, the two ends connection drum drive of the roller.
Further, the drum drive includes drum drive motor and driving belt, and the roller two ends are installed
Belt pulley, the driving belt bypasses the rotating shaft of drum drive motor and the belt pulley at roller two ends, and drum drive motor is rotated
Driving belt is driven to rotate, driving belt drives roller to rotate, the door-plate that roller drives big plate or cutting to complete realizes transmission.
Further, the door-plate sorting system of processing includes sorting scanning means, processing buffer platform, front pose processing
Platform and door-plate pigeonholes, the processing buffer platform are connected with door-plate induction system, and processing buffer platform connects with front pose machine table
Connect, front pose machine table is connected with door-plate pigeonholes, there is roller conveying apparatus, the front is made on the processing buffer platform
There is pusher, second largest Board position correcting device, big plate moulding processing unit (plant) and cutter device in type machine table；From processing
The big plate that buffer table conveying comes carries out moulding processing after being fixed through big board fixer by big plate moulding processing unit (plant), after processing
Independent door-plate is cut into by cutter device, independent door-plate then is pushed into door-plate pigeonholes by pusher is carried out manually
Sorting.
Further, the second largest Board position correcting device includes X to correcting device and Y-direction correcting device, the X to
X-direction setting of the correcting device along the moulding machine table, including two groups of X, to amendment cylinder, every group of X is at least wrapped to amendment cylinder
Two X are included to amendment cylinder, described two groups of X are separately positioned on the two ends of processing platform to amendment cylinder, X is to amendment cylinder
Top land has X to correction block；
Y-direction setting of the Y-direction correcting device along the processing platform, including two groups of Y-direction amendment cylinders, every group of Y-direction
Correcting cylinder at least includes two Y-direction amendment cylinders, and two groups of described Y-direction amendment cylinders are separately positioned on the two of processing platform
Side, the top land of the Y-direction amendment cylinder per side connects a Y-direction modifying mask；By central control system control, material by
Feed device sends into processing platform, and the Working position of fixed material is combined from X to correcting device and Y-direction correcting device.
Beneficial effect：(1) process system that the present invention is provided can realize that first back is processed on the door, then passes through upset
System overturns to front and carries out positive processing again, and back side processing includes the back side uniquely labeling and back side drilling operation, the operation
Form automaticity is high, is converted into machine automatic labeling by artificial labeling, on the one hand reduces the input of manpower, on the other hand
Avoid the patch of label present in manpower poster process wrong, cause the problem of following process, installation can not be carried out, it is ensured that door-plate
Processing operation is quick, smoothly carry out, and improves operating efficiency；(2) there is the first big Board position in the device that the present invention is provided
Correcting device and second largest Board position correcting device, then big plate are modified, extremely to big Board position first into when processing table top
Be adapted to the optimum position of machining, improve the precision of processing, it is to avoid because big Board position not just caused by waste of material
Problem；(3) in apparatus of the present invention, by X2 to drive device, Y2 to drive device and Z-direction drive device flexible modulation marking machine
And the position of perforating mechanism, processing precision is further increased, door-plate processing quality is improved；(4) in apparatus of the present invention, door
Several door-plates sorting system of processing is connected in plate induction system, can be realized in an equipment while automating processing difference
Moulding door-plate, improves utilization rate of equipment and installations, improves production efficiency.
Brief description of the drawings
Fig. 1 is the overall structure diagram of apparatus of the present invention；
Fig. 2 is the overall structure diagram of mark punching integrated apparatus in apparatus of the present invention；
Fig. 3 be mark punch integrated apparatus in structural representation from Y2 to drive device；
Wherein：1st, big plate feeding system, 2, big back system of processing, 3, plate turnover system, 4, door-plate induction system, 5, door
Plate sorts system of processing, and 51, processing buffer platform, 52, front pose machine table, 53, door-plate pigeonholes, 6, finished product sorting system,
7th, mark, Milling Machining, punching integrated apparatus, 71, X2 to drive device, 711, X2 to crossbeam, 712, X2 to motor,
713rd, X2 is to drive link, 72, X2 to drive device, 721, Y2 to motor, 722, Y2 to drive link, 723, Y2 is to linkage
Bar, 724, supporting plate, 725, column, 726, Y2 direction guiding rails, 73, Z-direction drive device, 74, marking mechanism, 75, perforation processing mechanism,
751st, tool magazine rotating disk, 752, tool magazine rotating disk motor, 8, frame.
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 cabinet door plate moulding automatic production process, the technique has used the connection system with following structure
System, the system includes big plate feeding system 1, big back system of processing 2, plate turnover system 3, door-plate induction system 4, several doors
Plate sorts system of processing 5 and finished product sorting system 6；Described big plate feeding system 1, big back system of processing 2, turnover panel system
System 3, door-plate sorting system of processing 5 and finished product sorting system 6 connect integral by door-plate induction system 4, described several
Door-plate sorting system of processing 6 is connected in door-plate induction system in parallel to each other, can realize equipment while processing different shaping
Door-plate；The big back system of processing 2 includes mark, Milling Machining, punching integrated apparatus 7；The big plate feeding system
1st, big back system of processing 2, plate turnover system 3, door-plate induction system 4, several door-plates sorting system of processing 5 and finished product point
Pick system 6 to electrically connect with central control system, and operation is controlled by central control system；Door-plate processing is carried out using said system
Technique comprise the following steps：
(1) by central control system control, big plate to be processed is sent into big back system of processing by big plate feeding system 1
2, the door-plate quantity to be processed according to big plate and position unique mark successively in big back system of processing 2, to big after mark
Plate carries out Milling Machining, punching；
(2) the big plate labelled after punching is pushed out to plate turnover system 3, big plate is overturn to front by reverse side；
(3) the big plate of turnover panel will be completed by door-plate induction system feeding door-plate sorting system of processing, central control system control
Panel is monitored in fact when carrying out, and is sent into corresponding big plate front pose processing unit (plant), completes the overall processing to big plate, greatly
Carry out cutting into independent door-plate after the completion of processing of plate front；
(4) processing will be completed, the independent door-plate of cutting sends into finished product sorting system 6, by manually being selected according to front pose
Door-plate and categorised collection.
The big plate feeding system 1 includes feed hoistable platform and big Board position correcting device, and the hoistable platform is by liquid
Pressure power system drive, sends material into big back system of processing, and adjust big plate position by the first big Board position correcting device
Put；
The first big Board position correcting device X1 is to drive device and Y1 to drive device, and the Y1 is solid to drive device
Due in frame, the X1 rides upon the Y1 in drive device to drive device, and the X1 installs in drive device
One sucker, the sucker connects negative pressure system.
The mark, Milling Machining, punching integrated apparatus 7 include X2 to drive device 71, Y2 to drive device 72 and Z-direction
Drive device 73, the Y2 is ridden upon in the frame 8 to drive device 72, and the X2 rides upon the Y2 to drive device 71
To in drive device 72, the Z-direction drive device 73 rides upon the X2 in drive device 71, the Z-direction drive device 73
Upper fixed marking mechanism 74 and punching, Milling Machining mechanism 75, X2 is controlled to drive device 71, Y2 to driving from central control system
Device 72, Z-direction driving fill 73 put, marking mechanism 74 and punching, Milling Machining mechanism 75 are realized to cabinet door mark, Milling Machining punching one
Standing posture is processed.
The Y2 includes Y2 to motor 721 and Y2 to drive link 722 to drive device 72, and the Y2 is to drive link
722 provided with supporting Y2 to driving sliding block, the Y2 is to fixing Y2 to gangbar 723 on driving sliding block, and the Y2 is to linkage
The two ends of bar 723 are fixedly connected with X2 to the supporting plate 724 of drive device, vertical columns 725 on supporting plate, and the Y2 is to motor
721 driving Y2 are run to drive link 722, and Y2 drives Y2 to driving sliding block to drive link 722, and Y2 drives Y2 to connection to driving sliding block
Lever 723, Y2 drives supporting plates of the X2 to drive device to gangbar, and supporting plate drives column, and column drives X2 to drive device edge
Y2 is run to reciprocal；
The X2 has Y2 direction guiding rail sliding blocks to the bottom of supporting plate 725 of drive device, and frame both sides have Y2 direction guiding rails
726, the Y2 direction guiding rails sliding block is driven with supporting plate along Y2 with being set on the Y2 direction guiding rails 726, and from Y2 to drive device
To reciprocal operation；X2 is fixed at the top of the column to drive device；
The X includes X2 to crossbeam 711, X2 to motor 712 and X2 to drive link 713 to drive device 71, X2 to
Crossbeam 711 is fixed on the top of the column 725, and the X2 is erected on the X2 on crossbeam 711 to drive link 713, and by institute
X2 is stated to drive to motor 712, the X2 to drive link 713 provided with supporting X2 to driving sliding block, the X2 is to driving
Z-direction drive device is fixed on sliding block, the X2 is provided with X2 direction guiding rails, the Z-direction to the side of deviation Z-direction drive device on crossbeam
Drive device is provided with supporting X2 direction guiding rail sliding blocks, and the X2 drives X2 to drive link to motor, and the X2 is to transmission
Bar drives X2 to driving sliding block, and the X2 drives Z-direction drive device to be moved reciprocatingly along X2 direction guiding rails to driving sliding block；
The Z-direction drive device 73 includes Z-direction vertical beam, Z-direction motor and Z-direction drive link, and the Z-direction vertical beam is fixed on
The X2 and is connected, the Z-direction drive link is fixed by the X2 direction guiding rails sliding block on driving sliding block with the X2 to crossbeam
Driven in the Z-direction vertical beam, and by Z-direction motor；The Z-direction drive link is provided with supporting Z-direction driving sliding block, the Z
Marking mechanism and perforation processing mechanism are fixed to driving sliding block；There is Z-direction guide rail, the perforation processing machine in the Z-direction vertical beam
There is supporting Z-direction guide rail slide block on structure, Z-direction drive link is driven by Z-direction motor, Z-direction drive link drives Z-direction driving to slide
Block, Z-direction driving sliding block drives marking mechanism 74 and punching, the elevating movement of Milling Machining mechanism 75；
The marking mechanism 74 includes the vertical rod of marking machine Z-direction, marking machine Z-direction motor, marking machine Z-direction drive link and swashed
Optical generator, the mark machine Z-direction vertical rod is fixed in the Z-direction vertical beam, and the marking machine Z-direction drive link is fixed on the mark
In machine Z-direction vertical rod, and driven by marking machine Z-direction motor, the marking machine Z-direction drive link drives provided with marking machine Z-direction
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, described
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 marking machine；Beat
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, mark
Machine Z-direction driving sliding block drives marking machine to be moved along marking machine Z-direction lifting rail；
The punching, Milling Machining mechanism 75 include installing on the tool changing axle being fixed on Z-direction driving sliding block, the tool changing axle
Cutter；The X2 is described to having tool magazine rotating disk motor 752 on connection tool magazine rotating disk 751, the tool magazine rotating disk on crossbeam
Tool magazine rotating disk motor drives the tool magazine rotating disk to rotate；There are some cutter fixtures, the knife in the tool magazine rotating disk
Has fixed replacement cutter on fixture.
The plate turnover system includes turnover panel frame and turnover panel drive device, and the drive shaft of the turnover panel drive device is fixed
On the overturning frame, the upset chassis under one group of upset chassis, off working state is fixed in the drive shaft overall
Ride upon in turnover panel frame, several second suckers are fixed on the upset chassis, second sucker connects negative pressure system；Greatly
Plate is pushed to upset chassis, and central control system control turnover panel drive device starts, and turnover panel drive device drives driving to turn
Axle is rotated, and drive shaft drives the sucker on the upset of upset chassis, upset chassis to suck big plate, big plate with upset chassis overturn to
Front, and be turned in door-plate induction system.
The door-plate induction system includes conveying frame, if the horizontal dry drum of uniform parallel in the conveying frame, described
The two ends connection drum drive of roller；Drum drive includes drum drive motor and driving belt, the roller two
Belt pulley is installed at end, and the driving belt bypasses the rotating shaft of drum drive motor and the belt pulley at roller two ends, drum driven electricity
Machine, which is rotated, drives driving belt to rotate, and driving belt drives roller to rotate, and the door-plate that roller drives big plate or cutting to complete is realized
Transmission.
The door-plate sorting system of processing 5 includes sorting scanning means, processing buffer platform 51, the and of front pose machine table 52
Door-plate pigeonholes 53, the processing buffer platform 51 is connected with door-plate induction system, processing buffer platform 51 and front pose machine table
52 connections, front pose machine table 52 is connected with door-plate pigeonholes 53, has roller conveying apparatus, institute on the processing buffer platform
Stating in front pose machine table has pusher, second largest Board position correcting device, big plate moulding processing unit (plant) and cutting dress
Put；The big plate come is conveyed from processing buffer platform after the fixation of big board fixer by the progress moulding of big plate moulding processing unit (plant) to be added
Work, is cut into independent door-plate by cutter device after processing, independent door-plate then is pushed into door-plate sorting by pusher
Platform carries out manual sorting.
The second largest Board position correcting device includes X to correcting device and Y-direction correcting device, and the X is to correcting device
Set along the X-direction of the moulding machine table, including two groups of X, to amendment cylinder, every group of X at least includes two X to amendment cylinder
To amendment cylinder, described two groups of X are separately positioned on the two ends of processing platform to amendment cylinder, piston top from X to amendment cylinder
Portion has X to correction block；
Y-direction setting of the Y-direction correcting device along the processing platform, including two groups of Y-direction amendment cylinders, every group of Y-direction
Correcting cylinder at least includes two Y-direction amendment cylinders, and two groups of described Y-direction amendment cylinders are separately positioned on the two of processing platform
Side, the top land of the Y-direction amendment cylinder per side connects a Y-direction modifying mask；By central control system control, material by
Feed device sends into processing platform, and the Working position of fixed material is combined from X to correcting device and Y-direction correcting device.
Present apparatus automaticity is higher, can realize first end of door plate rear marking, perforation processing, then overturn progress again just
Face is processed, it is to avoid is processed the problem of interrupting caused by the wrong mark of patch, is improved machining accuracy and processing efficiency.
As described above, although the present invention has been represented and described with reference to specific preferred embodiment, 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 are defined are not departed from
Various changes can be made in the form and details for it.
Claims (9)
1. a kind of cabinet door plate moulding automatic production process, it is characterised in that：The technique has used the connection with following structure
System, the system includes big plate feeding system, big back system of processing, plate turnover system, door-plate induction system, several door-plates
The positive system of processing of sorting and finished product sorting system；Described big plate feeding system, big back system of processing, turnover panel system
System, door-plate sorting system of processing and finished product sorting system are connected several integral, described door-plates by door-plate induction system
Sorting system of processing is connected in door-plate induction system in parallel to each other, and the big back system of processing includes mark, milling and added
Work, punching integrated apparatus；If the big plate feeding system, big back system of processing, plate turnover system, door-plate induction system,
Dry door-plate sorting system of processing and finished product sorting system are electrically connected with central control system, and by central control system control
Operation；The technique for carrying out door-plate processing using said system comprises the following steps：
(1) by central control system control, big plate to be processed is sent into big back system of processing by big plate feeding system, big
The door-plate quantity to be processed according to big plate and position unique mark successively in back system of processing, milling is carried out after mark to big plate
Processing, punching；
(2) the big plate after labeling, Milling Machining, punching is pushed out to plate turnover system, big plate is overturn to front by reverse side；
(3) the big plate of turnover panel will be completed by door-plate induction system feeding door-plate sorting system of processing, central control system control panel
Material is monitored in fact when carrying out, and is sent into corresponding big plate front pose processing unit (plant), completes the overall processing to big plate, big plate is just
Carry out cutting into independent door-plate after the completion of processing of face；
(4) processing will be completed, the independent door-plate of cutting sends into finished product sorting system, by manually selecting door-plate simultaneously according to front pose
Categorised collection.
2. cabinet door plate moulding automatic production process according to claim 1, it is characterised in that：The big plate feeding system
Including feed hoistable platform and big Board position correcting device, the hoistable platform is driven by hydraulic power system, material is sent into
Big back system of processing, and big Board position is adjusted by the first big Board position correcting device；
The first big Board position correcting device X1 is to drive device and Y1 to drive device, and the Y1 is fixed on to drive device
In frame, the X1 rides upon the Y1 in drive device to drive device, and the X1 is inhaled to installing first in drive device
Disk, the sucker connects negative pressure system.
3. cabinet door plate moulding automatic production process according to claim 1, it is characterised in that：The mark, Milling Machining,
Punching integrated apparatus includes X2 to drive device, Y2 to drive device and Z-direction drive device, and the Y2 is set up to drive device
In the frame, the X2 rides upon the Y2 to drive device to drive device, and the Z-direction drive device rides upon described
X2 fixes marking mechanism and punching, Milling Machining mechanism, by central control system in drive device in the Z-direction drive device
X2 is controlled to be realized to drive device, Y2 to drive device, Z-direction drive device, marking mechanism and punching, Milling Machining mechanism to cabinet door
Mark, Milling Machining, the one-stop processing of punching.
4. cabinet door plate moulding automatic production process according to claim 3, it is characterised in that：The Y2 is to drive device
Including Y2 to motor and Y2 to drive link, the Y2 to drive link provided with supporting Y2 to driving sliding block, the Y2 to
Y2 is fixed to gangbar on driving sliding block, the Y2 is fixedly connected to the two ends of gangbar with X2 to the supporting plate of drive device, support
Vertical columns on plate, the Y2 is run to motor driving Y2 to drive link, and Y2 drives Y2 to driving sliding block, Y2 to drive link
Drive Y2 to gangbar to driving sliding block, Y2 drives supporting plates of the X2 to drive device to gangbar, and supporting plate drives column, column band
Dynamic X2 is run to drive device along Y2 to reciprocal；
The X2 has a Y2 direction guiding rail sliding blocks to the supporting plate bottom of drive device, and frame both sides have a Y2 direction guiding rails, the Y2 to
Guide rail slide block, which is matched somebody with somebody, to be set on the Y2 direction guiding rails, and is run from Y2 to drive device drive with supporting plate along Y2 to reciprocal；It is described
X2 is fixed at the top of column to drive device；
The X includes X2 to crossbeam, X2 to motor and X2 to drive link to drive device, and X2 is fixed on described vertical to crossbeam
Column top, the X2 is erected on the X2 on crossbeam to drive link, and is driven from the X2 to motor, and the X2 is to biography
Lever is provided with supporting X2 to driving sliding block, and the X2 is to fixing Z-direction drive device on driving sliding block, and the X2 is on crossbeam
The side for being inclined to Z-direction drive device is provided with X2 direction guiding rails, and the Z-direction drive device is provided with supporting X2 direction guiding rail sliding blocks, institute
State X2 to motor drive X2 to drive link, the X2 to drive link drive X2 to driving sliding block, the X2 to driving sliding block
Z-direction drive device is driven to be moved reciprocatingly along X2 direction guiding rails；
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 X2
To on driving sliding block, and it is connected by the X2 direction guiding rails sliding block with the X2 to crossbeam, the Z-direction drive link is fixed on described
Z-direction vertical beam, and 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 perforation processing mechanism；Have in the Z-direction vertical beam in Z-direction guide rail, the perforation processing mechanism and have
There is supporting Z-direction guide rail slide block, Z-direction drive link is driven by Z-direction motor, Z-direction drive link drives Z-direction driving sliding block, and Z-direction is driven
Movable slider drives marking mechanism and punching, the elevating movement of Milling Machining mechanism；
The marking mechanism, which includes the vertical rod of marking machine Z-direction, marking machine Z-direction motor, marking machine Z-direction drive link and laser, to be occurred
Device, the mark machine Z-direction vertical rod is 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 driven by marking machine Z-direction motor, the marking machine Z-direction drive link drives sliding block provided with marking machine Z-direction,
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 punching, Milling Machining mechanism include installing cutter on the tool changing axle being fixed on Z-direction driving sliding block, the tool changing axle；
The X2 is to having tool magazine rotating disk motor on connection tool magazine rotating disk, the tool magazine rotating disk on crossbeam, the tool magazine rotating disk drives
Dynamic motor drives the tool magazine rotating disk to rotate；Have in the tool magazine rotating disk on some cutter fixtures, the cutter fixture
It is fixed to replace cutter.
5. cabinet door plate moulding automatic production process according to claim 1, it is characterised in that：The plate turnover system includes
Turnover panel frame and turnover panel drive device, the drive shaft of the turnover panel drive device are fixed on the overturning frame, described to drive
The upset chassis under one group of upset chassis, off working state is fixed in dynamic rotating shaft integrally to ride upon in turnover panel frame, it is described to turn over
Turn to fix several the second suckers on chassis, second sucker connects negative pressure system；Big plate is pushed to upset chassis, in
Control system control turnover panel drive device is entreated to start, turnover panel drive device drives drive shaft to rotate, and drive shaft drives upset
Chassis is overturn, and the sucker on upset chassis sucks big plate, and big plate is overturn to front with upset chassis, and is turned to door-plate delivery system
On system.
6. cabinet door plate moulding automatic production process according to claim 1, it is characterised in that：The door-plate induction system
Including conveying frame, if the horizontal dry drum of uniform parallel in the conveying frame, the two ends connection drum driven dress of the roller
Put.
7. cabinet door plate moulding automatic production process according to claim 6, it is characterised in that：The drum drive
Including drum drive motor and driving belt, belt pulley is installed at the roller two ends, and the driving belt bypasses drum driven electricity
The rotating shaft of machine and the belt pulley at roller two ends, drum drive motor, which is rotated, drives driving belt to rotate, and driving belt drives roller
Rotate, the door-plate that roller drives big plate or cutting to complete realizes transmission.
8. cabinet door plate moulding automatic production process according to claim 1, it is characterised in that：The door-plate sorting processing
System includes sorting scanning means, processing buffer platform, front pose machine table and door-plate pigeonholes, the processing buffer platform and door
Plate induction system is connected, and processing buffer platform is connected with front pose machine table, and front pose machine table is connected with door-plate pigeonholes,
Having on the processing buffer platform in roller conveying apparatus, the front pose machine table has pusher, second largest plate position
Put correcting device, big plate moulding processing unit (plant) and cutter device；The big plate come is conveyed from processing buffer platform and fixes dress through big plate
Put after fixing by the progress moulding processing of big plate moulding processing unit (plant), cut into independent door-plate after processing by cutter device, then
Independent door-plate is pushed into door-plate pigeonholes by pusher and carries out manual sorting.
9. cabinet door plate moulding automatic production process according to claim 8, it is characterised in that：The second largest Board position
Correcting device includes X to correcting device and Y-direction correcting device, and the X is set to X-direction of the correcting device along the moulding machine table
Fixed, including two groups of X are to amendment cylinder, every group of X at least includes two X to amendment cylinder to amendment cylinder, and described two groups of X are to repairing
Positive cylinder is separately positioned on the two ends of processing platform, and the top land of X to amendment cylinder has X to correction block；
Y-direction setting of the Y-direction correcting device along the processing platform, including two groups of Y-direction amendment cylinders, every group of Y-direction amendment
Cylinder at least includes two Y-direction amendment cylinders, and two groups of described Y-direction amendment cylinders are separately positioned on the both sides of processing platform, often
The top land of the Y-direction amendment cylinder of side connects a Y-direction modifying mask；By central control system control, material is by feeding
Device sends into processing platform, and the Working position of fixed material is combined from X to correcting device and Y-direction correcting device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710628731.4A CN107322740A (en) | 2017-07-27 | 2017-07-27 | A kind of cabinet door plate moulding automatic production process and device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710628731.4A CN107322740A (en) | 2017-07-27 | 2017-07-27 | A kind of cabinet door plate moulding automatic production process and device |
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| CN107322740A true CN107322740A (en) | 2017-11-07 |
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| CN201710628731.4A Pending CN107322740A (en) | 2017-07-27 | 2017-07-27 | A kind of cabinet door plate moulding automatic production process and device |
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| CN108466352A (en) * | 2018-04-10 | 2018-08-31 | 佛山市顺德区伟志成机械有限公司 | A kind of plate fitment flexible production line |
| CN109129797A (en) * | 2018-09-30 | 2019-01-04 | 南京我乐定制家具有限公司 | The online sawing sheet production system of electronic saw and its production method |
| CN109227853A (en) * | 2018-09-26 | 2019-01-18 | 南京我乐定制家具有限公司 | One drags three-line machine system of processing and its processing method |
| CN109333737A (en) * | 2018-11-14 | 2019-02-15 | 山东信桥智能科技有限公司 | A kind of plate fitment intelligent machining production line and its production method |
| CN112025902A (en) * | 2020-09-11 | 2020-12-04 | 上海速居科技集团有限公司 | Manufacturing method of wood carving film pressing door plate |
| CN112454589A (en) * | 2020-12-23 | 2021-03-09 | 南兴装备股份有限公司 | Flexible numerical control production line for plate-type furniture and processing method |
| CN112644184A (en) * | 2020-11-26 | 2021-04-13 | 河北简工科技有限公司 | Intelligent code pasting system for door and window numerical control machine tool |
| CN113245627A (en) * | 2021-05-13 | 2021-08-13 | 李方玉 | Casting finish machining all-in-one machine with burr cleaning function |
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| CN108466352A (en) * | 2018-04-10 | 2018-08-31 | 佛山市顺德区伟志成机械有限公司 | A kind of plate fitment flexible production line |
| CN109227853A (en) * | 2018-09-26 | 2019-01-18 | 南京我乐定制家具有限公司 | One drags three-line machine system of processing and its processing method |
| CN109129797A (en) * | 2018-09-30 | 2019-01-04 | 南京我乐定制家具有限公司 | The online sawing sheet production system of electronic saw and its production method |
| CN109333737A (en) * | 2018-11-14 | 2019-02-15 | 山东信桥智能科技有限公司 | A kind of plate fitment intelligent machining production line and its production method |
| CN112025902A (en) * | 2020-09-11 | 2020-12-04 | 上海速居科技集团有限公司 | Manufacturing method of wood carving film pressing door plate |
| CN112644184A (en) * | 2020-11-26 | 2021-04-13 | 河北简工科技有限公司 | Intelligent code pasting system for door and window numerical control machine tool |
| CN112454589A (en) * | 2020-12-23 | 2021-03-09 | 南兴装备股份有限公司 | Flexible numerical control production line for plate-type furniture and processing method |
| CN113245627A (en) * | 2021-05-13 | 2021-08-13 | 李方玉 | Casting finish machining all-in-one machine with burr cleaning function |
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