CN209478419U - A kind of plate fitment intelligent flexible manufacturing line - Google Patents
A kind of plate fitment intelligent flexible manufacturing line Download PDFInfo
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- CN209478419U CN209478419U CN201821889614.XU CN201821889614U CN209478419U CN 209478419 U CN209478419 U CN 209478419U CN 201821889614 U CN201821889614 U CN 201821889614U CN 209478419 U CN209478419 U CN 209478419U
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- 230000005540 biological transmission Effects 0.000 claims description 34
- 238000007789 sealing Methods 0.000 claims description 31
- 238000003825 pressing Methods 0.000 claims description 22
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- Finish Polishing, Edge Sharpening, And Grinding By Specific Grinding Devices (AREA)
Abstract
The utility model discloses a kind of plate fitment intelligent flexible manufacturing line, the plate fitment intelligent flexible manufacturing line includes cutter device, grinding device, edge banding apparatus and lagging device, it is equipped with conveying device between the cutter device and grinding device, between grinding device and edge banding apparatus and between edge banding apparatus and lagging device, to form the production line worked continuously.Compared with prior art, the utility model solve staff during wood furniture is produced and is formed will logrolling back and forth between devices, cause the problem that worker workload is big and production efficiency is low.
Description
Technical field
The utility model relates to plate fitment manufacturing fields, and in particular to be a kind of manufacture of plate fitment intelligent flexible
Production line.
Background technique
Since the furniture such as existing wooden table, to the molding of entire furniture, need to fill by multiple equipment from wood raw material
The processing set also wants staff that the timber processed is moved to down processing work together after being processed by an equipment to timber
Sequence is then carried out the processing of subsequent processing by next equipment to timber.And since the manufacturing procedure of timber is more, it needs every
Next equipment is transferred to by staff after one procedure, so as to cause inefficiency, staff's amount of labour increases, and
And in existing cutting equipment before cutting timber, need that timber is fixed, avoids timber race in cutting
Cut quality is influenced partially, but after cutting completion, it is also necessary to timber is disassembled, it is cumbersome, greatly reduce furniture
The shaping efficiency of finished product.
In view of this, the applicant furthers investigate regarding to the issue above, there is this case generation then.
Utility model content
The main purpose of the utility model is to provide a kind of plate fitment intelligent flexible manufacturing line, which solve
Staff will logrolling back and forth between devices, cause that worker workload is big and production efficiency be low
Problem.
In order to achieve the above objectives, the solution of the utility model is:
A kind of plate fitment intelligent flexible manufacturing line, wherein the plate fitment intelligent flexible manufacture production
Line includes cutter device, grinding device, edge banding apparatus and lagging device, the cutter device, grinding device, edge banding apparatus with
And lagging device is set gradually according to processing sequence, between the cutter device and grinding device, grinding device and edge banding apparatus
Between and edge banding apparatus and lagging device between be equipped with conveying device, to form the production line worked continuously；
The cutter device includes cutting rack, conveyer belt is provided on the cutting rack, and cutting rack and cutting chamber are welded
Connection, the conveyer belt and feeder motor belt are sequentially connected, and the cutting chamber top end surface bolt is fixed with cutting motor, and
Cutting chamber interior walls are flexibly connected with the both ends rolling bearing of first rotating shaft and the second shaft, and cutting motor and first rotating shaft skin
V belt translation connects, and is welded with cutting sheet in the first rotating shaft, and passes through driving belt between first rotating shaft and the second shaft and pass
It is dynamic to connect, it is welded with transmission gear in second shaft, and transmission gear is located in the transmission frame of rectangular frame-shaped, the biography
Two end surfaces of dynamic frame extend to form drive rod horizontally outward, and drive rod and driver plate are welded to connect, the driver plate and pressure
Tight plate is welded to connect, and through there is sliding bar on driver plate, the both ends of the sliding bar are welded on the inner wall of cutting chamber, described
It is provided with pressing roller on pressure plate, and is welded with ratchet on the inner wall of pressure plate two sides, the both ends of the pressing roller and pressure plate two
It is flexibly connected between sidewall bodies for rolling bearing, and the both ends of pressing roller are welded with cutting fixed plate in the form of annular discs, and cut
The ratchet being meshed with ratchet is connected in fixed plate.
Further, the section of the cutting chamber and pressure plate is the structure of falling " Kan " shape, and the pressing roller on pressure plate is in
Equidistantly distributed, and pressing roller is rubber material；The transmission gear is semi-circle gear, and transmission gear and transmission frame are longer
Two sides inner wall be in contact, and be driven the longer two sides inner wall of frame in rack shape and being meshed with transmission gear；The transmission
Bar is mutually perpendicular to driver plate, and driver plate is mutually perpendicular to pressure plate, and pressure plate is parallel to each other with feed surface.
Further, the grinding device include polishing pedestal, the polishing pedestal two sides be respectively welded starting stave with
Second riser, and bolt is fixed with vacuum pump on pedestal of polishing, bolt is fixed with respectively on the starting stave and the second riser
First polishing motor and vacuum chuck, and support plate and cable tube are vertically welded on starting stave, the first polishing motor
It is connected with the first spill spin block, and the first spill spin block is run through by swingle one end, and the other end of swingle is welded with company
Joint chair, is cased with the first elastic spring on the swingle between the attachment base and the first spill spin block, and attachment base and rotary shaft
One end is welded to connect, and the other end of rotary shaft is flexibly connected with the second spill spin block rolling bearing, in second spill spin block
Portion, which is run through, sliding vertical member, and the top of sliding vertical member and quill are welded to connect, and bolt is fixed on the second spill spin block
There is the second polishing motor, polishing roller is welded on the second polishing motor, running through inside the quill has sliding cross bar,
And the both ends for sliding cross bar are welded in support plate, the vacuum pump is connected by connecting tube with vacuum chuck, the cable
Running through inside pipe has power supply line, and fixed ring is welded in the inner wall of cable tube, and fixed ring passes through the second elastic spring and connects
It is connected to movable plate, the power supply line is connect with the second polishing motor wire, and power supply line is passed through from fixed ring and movable plate.
Further, the vacuum chuck is in distributed rectangular, and the maximum area of vacuum chuck distribution is less than the rotation of polishing roller
Transition mark；The fixed ring is annular in shape, and interior circular diameter is greater than the diameter of power supply line, and between fixed ring and cable end surfaces
Power supply line be in continuous bending；The movable plate is in the form of annular discs, and its diameter is less than the internal diameter of cable tube, and movable plate
It is fixed bonding between power supply line.
Further, the edge banding apparatus includes support frame, and workbench, and bolt on support frame are welded on support frame as described above
It is fixed with the first edge sealing motor and the second edge sealing motor, the bench top end surfaces are welded to connect by support column and transverse slat,
And sliding groove is offered on workbench, and workbench bottom end surface is welded with lateral cutting plate and longitudinal cutting plate, first envelope
Side motor is connected with wind-up roll, and is flexibly connected between the bottom end of wind-up roll and let off roll and workbench for rolling bearing, institute
It states and is provided with idler roller, lateral stripping and slicing and longitudinal stripping and slicing between transverse slat and workbench, and the both ends of idler roller and transverse slat and work
It is that rolling bearing is flexibly connected between platform, is successively welded with first gear from top to bottom on the main shaft of the second edge sealing motor
And second gear, the bottom end surface of the lateral stripping and slicing and longitudinal stripping and slicing extend to form fixed vertical bar vertically downward, and fixed
Vertical bar is passed through out of sliding groove, and fixed vertical bar and fixed transverse rod are welded to connect, the work at the cell wall of the sliding groove both ends
Sliding bar is welded between platform, and sliding bar is passed through from fixed vertical bar.
Further, the transverse slat entirety rectangular frame-shaped, and transverse slat is parallel to each other with workbench；The transverse direction stripping and slicing is indulged
Be two to stripping and slicing, lateral cutting plate and longitudinal cutting plate number, and between lateral stripping and slicing and longitudinal stripping and slicing and lateral cutting plate and
It is in distributed rectangular structure between longitudinal cutting plate, and laterally stripping and slicing and longitudinal stripping and slicing are square body structure；The transverse direction is cut
Fixed transverse rod on block is laterally distributed, and the corresponding one side of fixed transverse rod in two lateral strippings and slicings is in rack shape, and two
Fixed transverse rod in a transverse direction stripping and slicing is meshed with the second gear；It is described longitudinal direction stripping and slicing on fixed transverse rod be in genesis analysis, two
The corresponding one side of fixed transverse rod in a longitudinal direction stripping and slicing is in rack shape, and the fixed transverse rod and first in two longitudinal strippings and slicings
Gear is meshed；The inside casing of lateral cutting plate and lateral stripping and slicing horizontal alignment, and the inside casing shape size of lateral cutting plate is cut with lateral
The longitudinal sectional shape of block is in the same size, the inside casing of longitudinal cutting plate and longitudinal stripping and slicing horizontal alignment, and the inside casing shape of longitudinal cutting plate
Shape size and the longitudinal sectional shape of longitudinal stripping and slicing are in the same size.
Further, the lagging device includes body, offers operating cavity and sliding cavity respectively in the body wall body, and
Operating cavity is internally provided with the second fixing seat and lagging fixed plate, and sliding cavity is internally provided with the first fixing seat, and described
Between the both ends and body wall body of one fixing seat for be welded to connect, and the first fixing seat top and bottom end and with the first fixing seat top
The body inner wall that end and bottom end are parallel to each other is welded with lagging riser, and the first fixing seat and lagging fixed plate are welded to connect
Side top and the equal bolt of bottom end surface be fixed with cutter, the first rotating roller, and first are provided between the lagging riser
It is flexibly connected between the both ends of rotating roller and lagging riser for rolling bearing, is welded with lagging riser in second fixing seat,
And rolling bearing is connected with the second rotating roller between lagging riser thereon, and the second fixing seat and the first slide bar weld
Connection, first slide bar are passed through from body and are welded to connect with lifter plate, and between lifter plate and the piston rod of hydraulic cylinder
To be welded to connect, and hydraulic cylinder bolt is fixed on body, and running through in the lagging fixed plate has the second slide bar, and lagging is solid
Threaded rod is threaded on fixed board, second slide bar and clamping plate are welded to connect, the threaded rod and the clamping plate axis of rolling
Hold flexible connection.
Further, cylindrical locating rod, and the section of locating rod and the second fixing seat table are welded on the body
Face overlapping；The length of the cutter and the first fixing seat equivalent width, and the height of cutter is consistent with the height of lagging riser；Institute
The surface for stating the second rotation roller surface and the first rotating roller on body in the second fixing seat is in the same plane；Described
It is that linear bearing is flexibly connected between one slide bar and body and between the second slide bar and lagging fixed plate；The lagging is fixed
The L-shaped structure of plate, and clamping plate thereon is parallel to each other with the first fixing seat, and clamps board width greater than the first fixing seat
The sum of the height of thickness and two cutters thereon.
After adopting the above structure, the utility model relates to a kind of plate fitment intelligent flexible manufacturing line, lead to
The production line that the molding equipment of the plate fitments such as wooden table is connected by conveying device and to form continuous operations is crossed, is realized
The flexibility intelligent manufacturing between timber appliance arrangement is processed, the production efficiency of product is improved.Also, pass through cutter device
Structure design is realized to timber without fixed and disassembly operation.Compared with prior art, the utility model substantially increases
The working efficiency of staff, reduces human cost, be conducive to promote the use of and it is practical.
Detailed description of the invention
Fig. 1 is the processing sequence schematic diagram of the production line in the utility model.
Fig. 2 is the front view of cutter device in the utility model.
Fig. 3 is the side view of cutter device in the utility model.
Fig. 4 is A-A schematic cross-sectional view in Fig. 2.
Fig. 5 is the cutting chamber inside side structure schematic view in the cutter device of the utility model.
Fig. 6 is the cutting chamber inside top structural schematic diagram in the cutter device of the utility model.
Fig. 7 is the pressure plate and pressing roller front view in the cutter device of the utility model.
Fig. 8 is B-B schematic cross-sectional view in Fig. 7.
Fig. 9 is the schematic perspective view of conveying device in the utility model.
Figure 10 is the side view of conveying device in the utility model.
Figure 11 is the top view of conveying device in the utility model.
Figure 12 is the overlooking structure diagram of grinding device in the utility model.
Figure 13 is the side structure schematic view of grinding device in the utility model.
Figure 14 is the second spill spin block, sliding cross bar, quill and sliding vertical member in the grinding device of the utility model
Schematic perspective view.
Figure 15 is the schematic diagram of internal structure of the cable tube of grinding device in the utility model.
Figure 16 is the front view of edge banding apparatus in the utility model.
Figure 17 is edge banding apparatus top view in the utility model.
Figure 18 is the workbench top view in the edge banding apparatus of the utility model.
Figure 19 is the workbench schematic perspective view in the edge banding apparatus of the utility model.
Figure 20 is the lateral cutting plate of edge banding apparatus and longitudinal cutting plate solid positive structure diagram in the utility model.
Figure 21 is the second motor of edge banding apparatus in the utility model, first gear and the signal of second gear stereochemical structure
Figure.
Figure 22 is that the lagging device of the utility model faces vertical profile structural schematic diagram.
Figure 23 is the body schematic perspective view in the lagging device of the utility model.
Figure 24 is C-C schematic cross-sectional view in Figure 22.
Figure 25 is the first fixing seat and cutter overlooking structure diagram in the lagging device of the utility model.
Figure 26 is the fixed plate and clamping plate overlooking structure diagram in the lagging device of the utility model.
In figure:
Cutter device -1；Rack -11；Conveyer belt -12；Cutting motor -13；Cutting chamber -14；
Cutting sheet -15；First rotating shaft -16；Second shaft -17；Driving belt -18；
Transmission gear -19；It is driven frame -110；Drive rod -111；Driver plate -112；
Sliding bar -113；Pressure plate -114；Pressing roller -115；Ratchet -116；
Fixed plate -117；Ratchet -118；Feeder motor -119；
Conveying device -2；Adapter -21；Switching idler wheel -211；
Annular disk -22；Coupling Shaft -23；Rolling frame -24；
Scroll wheel -241；First side plate -242；Second side plate -243；
Connecting plate -244；The axis of rolling -245；Roller -246；Rotating handrail -25；
Grinding device -3；Polishing pedestal -31；Starting stave -32；Second riser -33；
First polishing motor -34；First spill spin block -35；Swingle -36；Attachment base -37；
Second spill spin block -38；Slide cross bar -39；Support plate -310；
Second polishing motor -311；Polishing roller -312；First elastic spring -313；
Vacuum pump -314；Connecting tube -315；Vacuum chuck -316；Cable tube -317；
Power supply line -318；Fixed ring -319；Movable plate -320；Second elastic spring -321；
Rotary shaft -322；Quill -323；Sliding vertical member -324；
Edge banding apparatus -4；Support frame -41；Workbench -42；First edge sealing motor -43；
Wind-up roll -44；Let off roll -45；Transverse slat -46；Support column -47；Idler roller -48；
Second edge sealing motor -49；Lateral stripping and slicing -410；Longitudinal stripping and slicing -411；Lateral cutting plate -412；
Longitudinal cutting plate -413；Sliding groove -414；Sliding bar -415；Fixed vertical bar -416；
Fixed transverse rod -417；First gear -418；Second gear -419；
Lagging device -5；Body -51；Operating cavity -52；Sliding cavity -53；First fixing seat -54；
Lagging riser -55；First rotating roller -56；Cutter -57；Second fixing seat -58；
Second rotating roller -59；First slide bar -510；Lifter plate -511；Hydraulic cylinder -512；
Locating rod -513；Lagging fixed plate -514；Clamping plate -515；Threaded rod -516；
Second slide bar -517.
Specific embodiment
In order to which the technical solution of the utility model is explained further, below by specific embodiment come to the utility model into
Row elaborates.
As shown in Figs 1-4, a kind of plate fitment intelligent flexible manufacturing line, wherein the plate fitment is intelligent
Flexible manufacturing production line includes cutter device 1, grinding device 3, edge banding apparatus 4 and lagging device 5, and the cutter device 1 is beaten
Mill apparatus 3, edge banding apparatus 4 and lagging device 5 are set gradually according to processing sequence, the cutter device 1 and grinding device 3 it
Between, be equipped with conveying device 2 between grinding device 3 and edge banding apparatus 4 and between edge banding apparatus 4 and lagging device 5, thus shape
At the production line worked continuously；
The conveying device 2 has several, each conveying device 2 include adapter 21, annular disk 22, Coupling Shaft 23,
Rolling frame 24 and rotating handrail 25, the adapter 21 are set on the ground, and the annular disk 22 is located on adapter 21, described
Rolling frame 24 is equipped with scroll wheel 241, and the rolling frame 24 is abutted by scroll wheel 241 with annular disk 22, the Coupling Shaft 23
The upper surface for being located on adapter 21 and one end of the Coupling Shaft 23 and adapter 21 vertically is rotatablely connected, the Coupling Shaft 23
The other end and the lower surface of rolling frame 24 be rotatablely connected, the rotating handrail 25 is located on rolling frame 24.
Preferably, switching idler wheel 211 is additionally provided on the adapter 21, there are four the switching idler wheels 211, four switchings
Idler wheel 211 is symmetrically distributed in the movement on adapter 21 and being used for adapter 21 two-by-two.Entirely to turn by idler wheel 211 of transferring
Joint chair 21 can easily be moved to the position for needing to place, strong flexibility.And it can also be into according to the distance between two equipment
Row is appropriate to be increased or decreased, to ensure that the complete foundation of production line, and is operated in assembly line.
Preferably, the rolling frame 24 include the first side plate 242, the second side plate 243, connecting plate 244, the axis of rolling 245 with
And roller 246, first side plate 242 and the second side plate 243 are symmetrical arranged, the connecting plate 244 connects 242 He of the first side plate
The lower surface of second side plate 243 and connecting plate 244 and Coupling Shaft 23 are rotatablely connected, and the axis of rolling 245 has several, several
Level is located between the first side plate 242 and the second side plate 243 axis of rolling 245 at equal intervals, and the roller 246 has several, several
A correspondence of roller 246 is set on several axis of rolling 245.
Connect cutter device 1, grinding device 3, edge banding apparatus 4 and lagging device 5 by conveying device 2, timber by
It after cutter device 1 is cut, is pushed to the rolling frame 24 of conveying device 2, timber is carried out by the roller 246 on rolling frame 24
Conveying, and be delivered in next grinding device 3, it is polished by grinding device 3 timber.Then it, then by conveying device 2 will beat
The timber of milled is delivered to locking device, after edge sealing, then by conveying device 2 timber is delivered to lagging device 5, completes patch
Skin operation.Moreover, when each process equipment cannot linearly be put, the conveying device 2 will also even if smaller in factory floor
By horizontally rotating rotating handrail 25, to drive horizontally rotating for rolling frame 24, the steering of timber during transportation is realized.
Therefore, while substantially increasing processing efficiency, do not have to putting for the position for being confined to each process equipment also, greatly improve
The flexibility of the entire production line is manufactured more convenient.
Preferably, as shown in Figure 11-Figure 5, the cutter device 1 includes rack 11, is provided with conveyer belt 12 in rack 11, and
Rack 11 and cutting chamber 14 are welded to connect, and conveyer belt 12 and 119 belt of feeder motor are sequentially connected, 14 top end surface spiral shell of cutting chamber
Bolt is fixed with cutting motor 13, and the both ends rolling bearing activity of 14 inner wall of cutting chamber and first rotating shaft 16 and the second shaft 17 connects
It connects, and feeder motor 119 and 16 belt of first rotating shaft are sequentially connected, and are welded with cutting sheet 15, and first in first rotating shaft 16
It is sequentially connected between shaft 16 and the second shaft 17 by driving belt 18, transmission gear 19 is welded in the second shaft 17, and
Transmission gear 19 is located in the transmission frame 110 of rectangular frame-shaped, and two end surfaces of transmission frame 110 extend to form transmission horizontally outward
Bar 111, and drive rod 111 and driver plate 112 are welded to connect, driver plate 112 and pressure plate 114 are welded to connect, and driver plate 112
Above through there is sliding bar 113, the both ends of sliding bar 113 are welded on the inner wall of cutting chamber 14, and compression is provided on pressure plate 114
Roller 115, and ratchet 116 is welded on 114 two sides inner wall of pressure plate, between the 114 two sides wall body of both ends and pressure plate of pressing roller 115
It is flexibly connected for rolling bearing, and the both ends of pressing roller 115 are welded with fixed plate 117 in the form of annular discs, and in fixed plate 117
It is connected with the ratchet 118 being meshed with ratchet 116.
Preferably, the section of cutting chamber 14 and pressure plate 114 is the structure of falling " Kan " shape, and the compression on pressure plate 114
Roller 115 is equally distributed, and pressing roller 115 is rubber material, and such timber can be passed through and be cut from cutting chamber 14
It cuts, structurally reasonable, the material design of pressing roller 115 is big with the frictional force of wood surface when so that it stopping operating, and cooperates it
The structure being equally distributed, further increases frictional force, so that pressing roller 115 can drive timber synchronous when stopping rotating
It is mobile.
Preferably, transmission gear 19 is semi-circle gear, and transmission gear 19 connects with the transmission longer two sides inner wall of frame 110
Touching, and be driven the longer two sides inner wall of frame 110 in rack shape and be meshed with transmission gear 19, on such transmission gear 19
Tooth only has half-turn, and when transmission gear 19 rotates, what tooth point thereon was spaced is in contact simultaneously with the transmission longer two sides inner wall of frame 110
Engagement can thus drive the transmission reciprocating motion in the horizontal direction of frame 110.
Preferably, drive rod 111 is mutually perpendicular to driver plate 112, and driver plate 112 is mutually perpendicular to pressure plate 114, and
And pressure plate 114 is parallel to each other with 12 surface of conveyer belt, and when being driven 110 reciprocating motion in the horizontal direction of frame, biography thereon
Lever 111 also can horizontal direction reciprocating motion, and then drive rod 111 drive 112 horizontal direction of driver plate reciprocating motion, most
Driver plate 112 drives pressure plate 114 in the reciprocating motion of 12 surface horizontal direction of conveyer belt afterwards, can not only be pressed on timber
It on conveyer belt 12, while can also assist that timber is driven to move ahead.
The working principle of the cutter device 1, timber to be cut is placed on conveyer belt 12, and conveyer belt 12 is defeated
It is moved under the driving of power transmission machine 119 into cutting chamber 14, the cutting motor 13 in cutting chamber 14 drives cutting in first rotating shaft 16
15 high-speed rotation of pitch cutting when first rotating shaft 16 rotates, can drive the second shaft 17 to rotate synchronously by driving belt 18, and second turn
Transmission gear 19 on axis 17 can drive transmission 110 horizontal reciprocating movement of frame, and transmission frame 110 is driven by drive rod 111 and passed
The horizontal reciprocating movement on sliding bar 113 of movable plate 112, last driver plate 112 drive 114 horizontal reciprocating movement of pressure plate, work as pressure
When tightly plate 114 is opposite with timber moving direction, the ratchet 118 on pressing roller 115 is slipped over from the tooth socket on ratchet 116 thereon,
Pressing roller 115 can rotate on pressure plate 114, and such pressing roller 115 will not influence timber while compressing to timber
Mobile, when pressure plate 114 is identical as timber moving direction, the ratchet 118 on pressing roller 115 is inserted on ratchet 116 thereon
Tooth socket in, such pressing roller 115 would not rotate on pressure plate 114, and then can move with 114 level of synchronization of pressure plate
It is dynamic, and can assist driving timber to movement at cutting sheet 15, cutting sheet 15 thus is avoided that when cutting to timber, and timber cannot
Lasting moves ahead continuously to be cut, and after timber is cut, can be delivered to next process, and nothing by conveyer belt 12
It needs manually to carry out any operation to it, simplifies operating procedure, improve work efficiency.
Preferably, since cutter device is after cutting timber, four sides of timber can generate burr, at this moment need to burr
Polish, existing grinding device can only polishing on one side to timber, after having polished on one side, rotation timber carrying out
The polishing on lower one side, it is cumbersome, working efficiency is greatly reduced, it is not very practical, it is not able to satisfy the use demand of people.In
It is, in order to solve this problem, as shown in figs. 12-15.The grinding device 3 includes polishing pedestal 31,31 two sides of pedestal of polishing
It is respectively welded starting stave 32 and the second riser 33, and bolt is fixed with vacuum pump 314, starting stave 32 on pedestal 31 of polishing
With bolt is fixed with the first polishing motor 34 and vacuum chuck 316, and vertical welding on starting stave 32 respectively on the second riser 33
It is connected to support plate 310 and cable tube 317, the first polishing motor 34 is connected with the first spill spin block 35, and 35 quilt of the first spill spin block
36 one end of swingle is run through, and the other end of swingle 36 is welded with attachment base 37, attachment base 37 and the first spill spin block 35
Between swingle 36 on be cased with the first elastic spring 313, and one end of attachment base 37 and rotary shaft 322 is welded to connect, and
The other end of rotary shaft 322 is flexibly connected with 38 rolling bearing of the second spill spin block, and running through inside the second spill spin block 38 has sliding perpendicular
Bar 324, and the top of sliding vertical member 324 and quill 323 are welded to connect.
And bolt is fixed with the second polishing motor 311 on the second spill spin block 38, is welded with and beats on the second polishing motor 311
Grinding roller 312, through there is sliding cross bar 39 inside quill 323, and the both ends for sliding cross bar 39 are welded in support plate 310,
Vacuum pump 314 is connected by connecting tube 315 with vacuum chuck 316, and running through inside cable tube 317 has power supply line 318, and cable
Fixed ring 319 is welded in the inner wall of pipe 317, and fixed ring 319 is connected with movable plate 320 by the second elastic spring 321,
Power supply line 318 is connect with the second polishing 311 electric wire of motor, and power supply line 318 is passed through from fixed ring 319 and movable plate 320, the
One spill spin block 35 and swingle 36, quill 323 and sliding cross bar 39 and the second spill spin block 38 and 324 3 groups of sliding vertical member
Between be not fixed to each other, only contact with each other, can carry out it is opposite slide, and then swingle 36 can be in the first spill spin block 35
Upper reciprocating motion, quill 323 can move back and forth on sliding cross bar 39, and the second spill spin block 38 can be in sliding vertical member
It is moved back and forth on 324.
Preferably, vacuum chuck 316 is in distributed rectangular, and the maximum area that vacuum chuck 316 is distributed is less than polishing roller 312
Rotational trajectory, before fixed to timber, by the consistent timber of rotational trajectory shape size and vacuum chuck with polishing roller 312
316 fittings, so that vacuum pump 314 accesses extraneous power supply and brings into operation under electric current driving, vacuum pump 314 passes through vacuum pump
314 start to vacuumize in vacuum chuck 316, make to generate negative pressure in vacuum chuck 316, to timber be sucked, rectangle point
The vacuum chuck 316 of cloth, can be improved the fixed effect of timber, prevent the disengaging in polishing.
Preferably, fixed ring 319 is annular in shape, interior circular diameter be greater than power supply line 318 diameter, and fixed ring 319 with
Power supply line 318 between 317 end face of cable tube is in continuous bending, and such power supply line 318 is in 317 internal reservation of cable tube
One segment length allows to freely stretch and shrink, while cable tube 317 can be penetrated freely in fixed ring 319.Movable plate
320 is in the form of annular discs, and its diameter is less than the internal diameter of cable tube 317, and is fixed viscous between movable plate 320 and power supply line 318
It connects, when the second polishing motor 311 is mobile, will drive the movement of power supply line 318, movable plate 320 is driven when power supply line 318 is mobile
Mobile, and then movable plate 320 can stretch the second elastic spring 321 in fixed ring 319, the second elastic spring 321 can be with
The position change of second polishing motor 311, and change its own state, and then movable plate 320 and the second polishing electricity can be kept
Power supply line 318 between machine 311 is in tensioning state, prevents the too long winding of power supply line 318 from causing equipment operation failure.
The working principle of the grinding device 3: before use, 31 fixed placement of pedestal that will polish is good, the timber that will need to be polished
It is fixed on the second riser 33 by vacuum chuck 316, power supply line 318 is accessed into extraneous power supply, the second polishing motor 311 is in electricity
It brings into operation under stream driving, when the first polishing motor 34 operates under driven by external power, the first spill spin block 35 can be driven to do
Circular motion, the first spill spin block 35 drive attachment base 37 to move in a circle by swingle 36, and attachment base 37 passes through rotary shaft 322
The second spill spin block 38 is driven to move, the second spill spin block 38 drives quill 323 on sliding cross bar 39 by sliding vertical member 324
It moves horizontally, since sliding vertical member 324 and sliding cross bar 39 are mutually perpendicular to, such second spill spin block 38 can only pass through sliding vertical member
324 carry out horizontal vertical movement with sliding cross bar 39, and then by circular motion, are changed into parallelogram motion, Jin Er
Two spill spin blocks 38 drive the polishing roller 312 on the second polishing motor 311 to do parallelogram motion, polishing high-speed rotating in this way
Roller 312 can continuously polish to four sides of timber.
Preferably, since traditional edge sealing equipment is individually to carry out edge sealing to each side of timber, each side will
Once-through operation is carried out, working efficiency is low.Therefore, in order to improve working efficiency, as shown in figs. 16-21, the edge banding apparatus 4 is wrapped
Support frame 41 is included, workbench 42 is welded on support frame 41, and bolt is fixed with the first edge sealing motor 43 and on support frame 41
Two edge sealing motors 49,42 top end surface of workbench is welded to connect by support column 47 and transverse slat 46, and is offered on workbench 42
Sliding groove 414, and 42 bottom end surface of workbench is welded with lateral cutting plate 412 and longitudinal cutting plate 413, the first edge sealing motor 43 with
Wind-up roll 44 is connected, and is flexibly connected between the bottom end of wind-up roll 44 and let off roll 45 and workbench 42 for rolling bearing, horizontal
Be provided with idler roller 48, lateral stripping and slicing 410 and longitudinal stripping and slicing 411 between plate 46 and workbench 42, and the both ends of idler roller 48 with
It is that rolling bearing is flexibly connected between transverse slat 46 and workbench 42.
First gear 418 and second gear 419 are successively welded on the main shaft of second edge sealing motor 49 from top to bottom, laterally
The bottom end surface of stripping and slicing 410 and longitudinal stripping and slicing 411 extends to form fixed vertical bar 416 vertically downward, and fixes vertical bar 416 from cunning
It is passed through in dynamic slot 414, and fixed vertical bar 416 is welded to connect with fixed transverse rod 417, the work at 414 both ends cell wall of sliding groove
Sliding bar 415 is welded between platform 42, and sliding bar 415 is passed through from fixed vertical bar 416, fixed vertical bar 416 and fixed transverse rod
417 are mutually perpendicular to, and through there is sliding bar 415 in fixed vertical bar 416, fixed vertical bar 416 and sliding bar 415 contact with each other, but
And be not fixed, and then can carry out sliding relatively, that is, fixed vertical bar 416 can move horizontally on sliding bar 415, it is fixed
When cross bar 417 moves horizontally, so that it may drive lateral stripping and slicing 410 and longitudinal stripping and slicing 411 to move horizontally by fixed vertical bar 416,
Will not deflection, ensure that lateral stripping and slicing 410 and longitudinal stripping and slicing 411 can be smoothly from lateral cutting plates 412 and longitudinal cutting plate 413
It passes through.
Preferably, the whole rectangular frame-shaped of transverse slat 46, and transverse slat 46 is parallel to each other with workbench 42, can will need in this way
The timber of edge sealing is put by the inside casing of transverse slat 46 to workbench 42, and then carries out edge sealing, structure convenient for four sides to timber
Rationally.Lateral stripping and slicing 410, longitudinal stripping and slicing 411, lateral cutting plate 412 and longitudinal 413 numbers of cutting plate are two, and lateral stripping and slicing
It is in distributed rectangular structure between 410 and longitudinal stripping and slicing 411 and between lateral cutting plate 412 and longitudinal cutting plate 413, and laterally
Stripping and slicing 410 and longitudinal stripping and slicing 411 are square body structure, when timber is placed on workbench 42, four sides respectively with transverse direction
Stripping and slicing 410 and longitudinal stripping and slicing 411 are opposite, as long as the side length of timber is consistent with lateral stripping and slicing 410 and longitudinal 411 length of stripping and slicing respectively
When, so that it may edge sealing disposably is carried out to four sides of timber, work efficiency is high.
Preferably, the fixed transverse rod 417 in lateral stripping and slicing 410 is laterally distributed, fixed horizontal in two lateral strippings and slicings 410
The corresponding one side of bar 417 is in rack shape, and the fixed transverse rod 417 in two lateral strippings and slicings 410 is nibbled with 419 phase of second gear
It closes, when second gear 419 rotates, two fixed transverse rods 417 engaged thereon can be driven to be separated from each other or mutually draw close
Move horizontally, two such fixed transverse rod 417 when being moved, lateral stripping and slicing 410 thereon can also be separated from each other or
Mutually draw close.Fixed transverse rod 417 in longitudinal stripping and slicing 411 is in genesis analysis, the fixed transverse rod 417 in two longitudinal strippings and slicings 411
Corresponding one side is in rack shape, and the fixed transverse rod 417 in two longitudinal strippings and slicings 411 is meshed with first gear 418, when
When first gear 418 rotates, level that two fixed transverse rods 417 engaged thereon can be driven to be separated from each other or mutually draw close
Mobile, when being moved, longitudinal stripping and slicing 411 thereon can also be separated from each other or mutually lean on two such fixed transverse rod 417
Hold together.
Preferably, lateral cutting plate 412 and the equal rectangular frame-shaped of longitudinal cutting plate 413, the inside casing and cross of the transverse direction cutting plate 412
To 410 horizontal alignment of stripping and slicing, and the longitudinal sectional shape size of the inside casing shape size of lateral cutting plate 412 and lateral stripping and slicing 410
Unanimously, 411 horizontal alignment of the inside casing of longitudinal cutting plate 413 and longitudinal stripping and slicing, and the inside casing shape size of longitudinal cutting plate 413 and longitudinal direction
The longitudinal sectional shape of stripping and slicing 411 is in the same size, and lateral stripping and slicing 410 and longitudinal stripping and slicing 411, can be respectively from cross when moving horizontally
It passes through, will not collide into cutting plate 412 and longitudinal cutting plate 413, and one section of edge sealing adhesive band can be sheared one piece and got off
And four sides of timber being pasted onto, and then complete to operate the edge sealing of timber, compact overall structure, operation is reasonable.
The working principle of the edge banding apparatus 4: edge sealing adhesive band is placed on let off roll 45, and by its from idler roller 48 around
It crosses, so that edge sealing adhesive band is in tensioning state and finally winding is fixed on wind-up roll 44, the timber of edge sealing will be needed to pass through cross
Plate 46 is placed on workbench 42, and when needing edge sealing, the second edge sealing motor 49 is accessed extraneous power supply, under the driving of electric current,
Second edge sealing motor 49 rotates forward, and first gear 418 and second gear 419 on its main shaft is driven to rotate, and first gear 418 is logical
Crossing longitudinal fixed transverse rod 417 drives longitudinal stripping and slicing 411 to move horizontally, and second gear 419 passes through lateral 417 band of fixed transverse rod
Dynamic transverse direction stripping and slicing 410 moves horizontally, and then lateral stripping and slicing 410 and longitudinal stripping and slicing 411 are respectively to lateral cutting plate 412 and longitudinal cutting plate
It draws close and cooperates at 413, it can be by lateral stripping and slicing 410 and lateral stripping and slicing 410 and longitudinal stripping and slicing 411 and longitudinal cutting plate
One section of edge sealing adhesive band between 413 cuts four sides that a part is pasted on timber, and then completes edge sealing operation, later the second edge sealing
Motor 49 inverts, and lateral stripping and slicing 410 and longitudinal stripping and slicing 411 are withdrawn, can after the first edge sealing motor 43 accesses extraneous power supply operation
Edge sealing adhesive band winding with the wind-up roll 44 turned, and then after cutting, edge sealing adhesive band new on let off roll 45 is moved again
It moves between lateral stripping and slicing 410, longitudinal stripping and slicing 411 and lateral cutting plate 412, longitudinal cutting plate 413, can be carried out so next time
Edge sealing.
Preferably, existing lagging equipment is set around wood skin on lagging roller mostly, when the rotation of lagging roller, then
Wood skin is pasted on to the surface of timber, but such there is also there is deficiency, wood skin has toughness, is easy to be broken bullet during lagging
Out, there are security risk, decrease in yield.Therefore, in order to solve the problems, such as wood skin frangibility during lagging, to subtract
Few scrappage, reduces production cost.Then, as shown in Figure 22-26, the lagging device 5 includes body 51, the wall body of body 51
Operating cavity 52 and sliding cavity 53 are inside offered respectively, and operating cavity 52 is internally provided with the second fixing seat 58 and lagging fixed plate
514, and sliding cavity 53 is internally provided with the first fixing seat 54, is welding between 51 wall body of both ends and body of the first fixing seat 54
Connection, and 54 top of the first fixing seat and bottom end and 51 inner wall of body being parallel to each other with 54 top of the first fixing seat and bottom end
It is welded with lagging riser 55, and side top and bottom end table of first fixing seat 54 with the welded connecting of lagging fixed plate 514
The equal bolt in face is fixed with cutter 57, is provided with the first rotating roller 56 between lagging riser 55, and the both ends of the first rotating roller 56 with
It is flexibly connected between lagging riser 55 for rolling bearing.
It is welded with lagging riser 55 in second fixing seat 58, and rolling bearing is flexibly connected between lagging riser 55 thereon
There is the second rotating roller 59, and the second fixing seat 58 and the first slide bar 510 are welded to connect, the first slide bar 510 is worn from body 51
It crosses and is welded to connect with lifter plate 511, and to be welded to connect between lifter plate 511 and the piston rod of hydraulic cylinder 512, and is hydraulic
512 bolt of cylinder is fixed on body 51, and running through in lagging fixed plate 514 has the second slide bar 517, and spiral shell in lagging fixed plate 514
Line is connected with threaded rod 516, and the second slide bar 517 is welded to connect with clamping plate 515, threaded rod 516 and 515 rolling bearing of clamping plate
It is flexibly connected.
Preferably, cylindrical locating rod 513 is welded on body 51, and the section of locating rod 513 and second is fixed
The overlapping of 58 surfaces of seat, locating rod 513 defines the moving range of the second fixing seat 58, when the second fixing seat 58 is moved to and positions
After bar 513 contacts, batten will not collide when moving horizontally with the second fixing seat 58, compact overall structure, and operation is closed
Reason.The length of cutter 57 and 54 equivalent width of the first fixing seat, and the height of cutter 57 is consistent with the height of lagging riser 55, cuts
The Design of length of knife 57 can cut off batten, and batten is when moving, will not contact with cutter 57, keep batten level
Movement will not hinder.
Preferably, the surface on 59 surface of the second rotating roller in the second fixing seat 58 and the first rotating roller 56 on body 51
It is in the same plane, when batten moves between the first rotating roller 56, can be moved horizontally at the second fixing seat 58, and
It is contacted with the second rotating roller 59 in the second fixing seat 58.Between first slide bar 510 and body 51 and the second slide bar 517 and patch
It is that linear bearing is flexibly connected between skin fixed plate 514, the first slide bar 510 can be vertically moved smoothly on body 51,
So that the second fixing seat 58 is more smooth when going up and down, the second slide bar 517 can be with smooth horizontal shifting equally in lagging fixed plate 514
It is dynamic, it is mobile steady rapid to have kept clamping plate 515.
Preferably, the L-shaped structure of the lagging fixed plate 514, and clamping plate 515 thereon and 54 phase of the first fixing seat
It is mutually parallel, and 515 width of clamping plate is greater than the sum of the height of 54 thickness of the first fixing seat with 2 cutters 57 thereon, lagging
The structure of fixed plate 514 designs, and convenient for snap-gauge to be stuck in lagging fixed plate 514, when people need fixed timber, passes through operation
Target is inserted into lagging fixed plate 514 by chamber 52, so that timber is bonded with the first fixing seat 54 with lagging fixed plate 514, this
When rotate threaded rod 516, under the action of the second slide bar 517, clamping plate 515 can be moved horizontally and be contacted with timber, in this way
Clamping plate 515, lagging fixed plate 514 and the first fixing seat 54 are combined into " Contraband " shape structure for timber fixation.
The working principle of the lagging device 5: in use, wood skin is inserted between the first fixing seat 54 and body 51
In sliding cavity 53, wood skin is contacted with the first rotating roller 56, and the first rotating roller 56 can roll on lagging riser 55, such wood skin
It can be moved horizontally by the first rotating roller 56 under external force promotion, at this point it is possible to which two sides is fixed brushed with the timber of glue
In in lagging fixed plate 514 and clamping plate 515, when timber, which is moved to, to be contacted with clamping plate 515, hydraulic cylinder 512 is in extraneous electricity
It is run under power drive, drives the first slide bar 510 to vertically move in body 51 by lifter plate 511, the first slide bar 510 drives second
Fixing seat 58 vertically moves, and after the second rotating roller 59 in the second fixing seat 58 is contacted with horizontal wood skin, will drive wood skin
It vertically moves, wood skin can be contacted when vertically moving with cutter 57, and be cut off by cutter 57, and the wood skin after cutting is with second
Rotating roller 59 vertically moves and two face contacts with timber, is finally adhered on timber, completes the lagging work of timber.
Therefore, 5 are filled by cutter device 1, grinding device 3, edge banding apparatus 4, lagging to set and the phase interworking of conveying device 2
Under conjunction, to realize intelligence, flexibility and the streamlined of production plate fitment, and then the manufacture production of high production efficiency is formed
Line improves the production efficiency of product.
The product form and style of above-described embodiment and schema and non-limiting the utility model, any technical field
The appropriate changes or modifications that those of ordinary skill does it all should be regarded as the patent category for not departing from the utility model.
Claims (8)
1. a kind of plate fitment intelligent flexible manufacturing line, which is characterized in that the plate fitment intelligent flexible manufacture
Production line includes cutter device, grinding device, edge banding apparatus and lagging device, the cutter device, grinding device, edge sealing dress
It sets and lagging device is set gradually according to processing sequence, between the cutter device and grinding device, grinding device and edge sealing
It is equipped with conveying device between device and between edge banding apparatus and lagging device, to form the production line worked continuously；
The cutter device includes cutting rack, conveyer belt is provided on the cutting rack, and cutting rack and cutting chamber are welded to connect,
The conveyer belt and feeder motor belt are sequentially connected, and the cutting chamber top end surface bolt is fixed with cutting motor, and cuts
Chamber interior walls are flexibly connected with the both ends rolling bearing of first rotating shaft and the second shaft, and cutting motor and first rotating shaft belt pass
It is dynamic to connect, it is welded with cutting sheet in the first rotating shaft, and pass through driving belt between first rotating shaft and the second shaft and be driven company
It connects, transmission gear is welded in second shaft, and transmission gear is located in the transmission frame of rectangular frame-shaped, the transmission frame
Two end surfaces extend to form drive rod horizontally outward, and drive rod and driver plate are welded to connect, the driver plate and pressure plate
It is welded to connect, and through there is sliding bar on driver plate, the both ends of the sliding bar are welded on the inner wall of cutting chamber, the compression
It is provided with pressing roller on plate, and is welded with ratchet on the inner wall of pressure plate two sides, the both ends and pressure plate two sidewalls of the pressing roller
It is flexibly connected between body for rolling bearing, and the both ends of pressing roller are welded with cutting fixed plate in the form of annular discs, and cut fixation
The ratchet being meshed with ratchet is connected on plate.
2. a kind of plate fitment intelligent flexible manufacturing line as described in claim 1, which is characterized in that the cutting chamber
Section with pressure plate is the structure of falling " Kan " shape, and the pressing roller on pressure plate is equally distributed, and pressing roller is rubber
Glue material matter；The transmission gear is semi-circle gear, and transmission gear is in contact with the transmission longer two sides inner wall of frame, and is driven
The longer two sides inner wall of frame is meshed in rack shape and with transmission gear；The drive rod is mutually perpendicular to driver plate, and is driven
Plate is mutually perpendicular to pressure plate, and pressure plate is parallel to each other with feed surface.
3. a kind of plate fitment intelligent flexible manufacturing line as claimed in claim 2, which is characterized in that the polishing dress
It sets including pedestal of polishing, the polishing pedestal two sides are respectively welded starting stave and the second riser, and bolt on pedestal of polishing
It is fixed with vacuum pump, bolt is fixed with the first polishing motor and vacuum chuck respectively on the starting stave and the second riser, and
Support plate and cable tube are vertically welded on starting stave, the first polishing motor is connected with the first spill spin block, and first
Spill spin block is run through by swingle one end, and the other end of swingle is welded with attachment base, the attachment base and the first rotation
The first elastic spring is cased on swingle between block, and one end of attachment base and rotary shaft is welded to connect, and rotary shaft
The other end is flexibly connected with the second spill spin block rolling bearing, and running through inside second spill spin block has sliding vertical member, and is slided perpendicular
The top of bar and quill are welded to connect, and bolt is fixed with the second polishing motor on the second spill spin block, and described second dozen
Polishing roller is welded on electric mill machine, running through inside the quill has sliding cross bar, and the both ends for sliding cross bar are welded in branch
On fagging, the vacuum pump is connected by connecting tube with vacuum chuck, and running through inside the cable tube has power supply line, and cable
Fixed ring is welded in the inner wall of pipe, and fixed ring is connected with movable plate, the power supply line and by the second elastic spring
Two polishing motor wire connections, and power supply line is passed through from fixed ring and movable plate.
4. a kind of plate fitment intelligent flexible manufacturing line as claimed in claim 3, which is characterized in that the vacuum is inhaled
Disk is in distributed rectangular, and the maximum area of vacuum chuck distribution is less than the rotational trajectory of polishing roller；The fixed ring is annular in shape,
Its interior circular diameter is greater than the diameter of power supply line, and the power supply line between fixed ring and cable end surfaces is in continuous bending；Institute
It states that movable plate is in the form of annular discs, and its diameter is less than the internal diameter of cable tube, and is fixed bonding between movable plate and power supply line.
5. a kind of plate fitment intelligent flexible manufacturing line as claimed in claim 4, which is characterized in that the edge sealing dress
It sets including support frame, is welded with workbench on support frame as described above, and bolt is fixed with the first edge sealing motor and second on support frame
Edge sealing motor, the bench top end surfaces are welded to connect by support column and transverse slat, and sliding groove is offered on workbench, and
And workbench bottom end surface is welded with lateral cutting plate and longitudinal cutting plate, the first edge sealing motor is connected with wind-up roll, and receives
It is flexibly connected between the bottom end of winding up roller and let off roll and workbench for rolling bearing, is provided with and opens between the transverse slat and workbench
Tight roller, lateral stripping and slicing and longitudinal stripping and slicing, and the both ends of idler roller be that rolling bearing is flexibly connected between transverse slat and workbench,
Successively it is welded with first gear and second gear on the main shaft of the second edge sealing motor from top to bottom, the transverse direction stripping and slicing and vertical
Fixed vertical bar is extended to form vertically downward to the bottom end surface of stripping and slicing, and fixed vertical bar is passed through out of sliding groove, and fixed
Vertical bar and fixed transverse rod are welded to connect, and are welded with sliding bar, and sliding bar between the workbench at the cell wall of the sliding groove both ends
It is passed through from fixed vertical bar.
6. a kind of plate fitment intelligent flexible manufacturing line as claimed in claim 5, which is characterized in that the transverse slat is whole
Body rectangular frame-shaped, and transverse slat is parallel to each other with workbench；The transverse direction stripping and slicing, longitudinal stripping and slicing, lateral cutting plate and longitudinal cutting plate
Number is two, and is in distributed rectangular knot between lateral stripping and slicing and longitudinal stripping and slicing and between lateral cutting plate and longitudinal cutting plate
Structure, and laterally stripping and slicing and longitudinal stripping and slicing are square body structure；Fixed transverse rod in the transverse direction stripping and slicing is laterally distributed, and two
The corresponding one side of fixed transverse rod in a transverse direction stripping and slicing is in rack shape, and the fixed transverse rod and second in two lateral strippings and slicings
Gear is meshed；Fixed transverse rod in the longitudinal direction stripping and slicing is in genesis analysis, and the fixed transverse rod in two longitudinal strippings and slicings is corresponding
One side be in rack shape, and the fixed transverse rod in two longitudinal strippings and slicings is meshed with first gear；The inside casing of lateral cutting plate with
Lateral stripping and slicing horizontal alignment, and the inside casing shape size of lateral cutting plate and the longitudinal sectional shape of lateral stripping and slicing are in the same size, indulge
To the inside casing and longitudinal stripping and slicing horizontal alignment of cutting plate, and the longitudinal profile shape of the inside casing shape size of longitudinal cutting plate and longitudinal stripping and slicing
Shape is in the same size.
7. a kind of plate fitment intelligent flexible manufacturing line as claimed in claim 6, which is characterized in that the lagging dress
It sets including body, offers operating cavity and sliding cavity in the body wall body respectively, and operating cavity is internally provided with second and fixes
Seat and lagging fixed plate, and sliding cavity is internally provided with the first fixing seat, the both ends of first fixing seat and body wall body
Between to be welded to connect, and in the first fixing seat top and bottom end and the body being parallel to each other with the first fixing seat top and bottom end
Wall is welded with lagging riser, and the side top and the equal spiral shell of bottom end surface of the first fixing seat and lagging fixed plate welded connecting
Bolt is fixed with cutter, is provided with the first rotating roller between the lagging riser, and the both ends of the first rotating roller and lagging riser it
Between be flexibly connected for rolling bearing, be welded with lagging riser in second fixing seat, and roll between lagging riser thereon
Bearing is connected with the second rotating roller, and the second fixing seat and the first lagging sliding bar are welded to connect, first lagging
Sliding bar is passed through from body and is welded to connect with lifter plate, and to be welded to connect between lifter plate and the piston rod of hydraulic cylinder,
And hydraulic cylinder bolt is fixed on body, and running through in the lagging fixed plate has the second sliding bar, and spiral shell in lagging fixed plate
Line is connected with threaded rod, and second sliding bar and clamping plate are welded to connect, the threaded rod and the activity of clamping plate rolling bearing
Connection.
8. a kind of plate fitment intelligent flexible manufacturing line as claimed in claim 7, which is characterized in that on the body
It is welded with cylindrical locating rod, and the section of locating rod is Chong Die with the second fixed seating face；The length of the cutter and the
One fixing seat equivalent width, and the height of cutter is consistent with the height of lagging riser；The second rotation in second fixing seat
The surface of roller surface and the first rotating roller on body is in the same plane；Between the first lagging sliding bar and body with
And second be that linear bearing is flexibly connected between sliding bar and lagging fixed plate；The L-shaped structure of lagging fixed plate, and
Clamping plate thereon is parallel to each other with the first fixing seat, and clamps board width greater than the first fixing seat thickness and two thereon
The sum of height of cutter.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821889614.XU CN209478419U (en) | 2018-11-16 | 2018-11-16 | A kind of plate fitment intelligent flexible manufacturing line |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821889614.XU CN209478419U (en) | 2018-11-16 | 2018-11-16 | A kind of plate fitment intelligent flexible manufacturing line |
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| CN209478419U true CN209478419U (en) | 2019-10-11 |
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| CN201821889614.XU Expired - Fee Related CN209478419U (en) | 2018-11-16 | 2018-11-16 | A kind of plate fitment intelligent flexible manufacturing line |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110732430A (en) * | 2019-10-31 | 2020-01-31 | 重庆市佳禾家具制造有限公司 | Furniture painting leveling production process |
| CN111347308A (en) * | 2020-03-31 | 2020-06-30 | 重庆双驰门窗有限公司 | Automatic woodworking production line |
| CN113103393A (en) * | 2021-05-12 | 2021-07-13 | 东莞市众金家具有限公司 | Bending forming process for V-shaped groove wood veneer |
| CN115302589A (en) * | 2022-07-08 | 2022-11-08 | 哈尔滨职业技术学院 | Raw material cutting device for manufacturing plate-type furniture and using method |
-
2018
- 2018-11-16 CN CN201821889614.XU patent/CN209478419U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110732430A (en) * | 2019-10-31 | 2020-01-31 | 重庆市佳禾家具制造有限公司 | Furniture painting leveling production process |
| CN110732430B (en) * | 2019-10-31 | 2021-03-19 | 重庆市佳禾家具制造有限公司 | Furniture painting leveling production process |
| CN111347308A (en) * | 2020-03-31 | 2020-06-30 | 重庆双驰门窗有限公司 | Automatic woodworking production line |
| CN113103393A (en) * | 2021-05-12 | 2021-07-13 | 东莞市众金家具有限公司 | Bending forming process for V-shaped groove wood veneer |
| CN113103393B (en) * | 2021-05-12 | 2022-08-30 | 东莞市众金家具有限公司 | Bending forming process for V-shaped groove wood veneer |
| CN115302589A (en) * | 2022-07-08 | 2022-11-08 | 哈尔滨职业技术学院 | Raw material cutting device for manufacturing plate-type furniture and using method |
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| CF01 | Termination of patent right due to non-payment of annual fee |
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