CN205889405U - Board production line is cut out to intelligence - Google Patents
Board production line is cut out to intelligence Download PDFInfo
- Publication number
- CN205889405U CN205889405U CN201620470751.4U CN201620470751U CN205889405U CN 205889405 U CN205889405 U CN 205889405U CN 201620470751 U CN201620470751 U CN 201620470751U CN 205889405 U CN205889405 U CN 205889405U
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- Prior art keywords
- plate
- shearing machine
- frame
- plate shearing
- cutting
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Abstract
The utility model relates to a board production line is cut out to intelligence, including feed mechanism, tandem slitter and the unloading mechanism that sets gradually. The utility model has the advantages of the medium plate dash board backplate smooth finish of determining is unanimous, does not have and collapses the limit, is showing the reduction in the number of rejects, the loss is little, and the percentage of out turn is high, increases the finished product width, cuts out board ruler cun accuracy height, practice thrift the manual work, alleviate artifical intensity of labour, put forward high pressure heater work efficiency rate. It cuts out the board process to be applicable to the timber apron - - -, uses big board when cutting out the medium plate promptly.
Description
Technical field
This utility model is related to a kind of timber floor process equipment, and more particularly, to a kind of intelligence cuts out board assembly line.
Background technology
At present, cut out board device used in laminated flooring produces and be mostly common sizing saw machine.Cutting out plate process is to cut out big plate
With sanction platelet step；Cutting out big plate is that generally one cuts open two or three big plate subdivision according to the specification according to each producer.Presently, there are
Lost labor, hand labor intensity is big, the low problem of working (machining) efficiency.
Utility model content
Technical problem to be solved in the utility model is: provides a kind of intelligence to cut out board assembly line, to solve above-mentioned technology
Problem.
This utility model is by solving the problems, such as set forth above being the technical scheme is that
A kind of intelligence cuts out board assembly line, including the feed mechanism setting gradually, plate shearing machine and cutting agency；
Described feed mechanism includes feed frame 1；It is provided with conveying mechanism 3, for being located in the middle part of described feed frame 1
To be processed big plate on conveying mechanism 3 is transplanted on described plate shearing machine；Described feed frame 1 top is provided with sheet material feeder 2,
For the to be processed big plate on pallet is transplanted on described conveying mechanism 3；The both sides of described conveying mechanism 3 are provided with school
Positive mechanism 4, for correcting the position of big plate to be processed, big plate to be processed is ajusted；
Described plate shearing machine includes plate shearing machine frame 9；Two parallel platforms are horizontally fixed with described plate shearing machine frame 9 horizontal
Beam 10, one end of described platform beams 10 is feed end, and the other end is discharge end, is provided with intelligent plate shearing machine and uses at described feed end
Delivery vehicle 11, for pushing cropped area by big plate to be processed；Cutting mechanism 12, its number is multiple and along described platform beams
10 are sequentially arranged, each described cutting mechanism 12 include horizontally disposed and perpendicular with described platform beams 10 cut vertical
Beam 14, the described longeron 14 that cuts is provided with the horizontal guide rail 15 extending along its length, described horizontal guide rail 15 slides and sets
There is cutting assembly 16, the described two ends cutting longeron 14 are equipped with moulded floor precision positioner device 17；Plate shearing machine frame 9
Surface is provided with the longeron guide rail 18 paralleled with platform beams 10, and cuts longeron 14 and be slidably arranged on this longeron guide rail 18；
It is arranged on the Precision trimming locking device 13 of plate shearing machine frame 9 bottom；
Described cutting agency includes blanking frame 5；In the middle part of described blanking frame 5, conveyer belt 7 is installed；Described blanking frame
5 tops are provided with plate blanking machine 6, for the middle plate on conveyer belt 7 is transplanted on described pallet；The two of conveyer belt 7
Side is provided with blocking mechanism 8.
Described conveying mechanism 3 includes rolling frame 19, and rolling frame 19 is provided with bearing 20, one end of rolling frame 19 be into
Material end, the other end is discharge end, is provided with push cylinder 21, the piston rod of push cylinder 21 is provided with and pushes away at described feed end
Bar 22, push cylinder 21 drives push rod 22 that big plate to be processed is pushed plate shearing machine.
Described intelligent plate shearing machine delivery vehicle 11 includes pushing motor 101；Power input shaft and described push motor 101
The reductor 102 that is connected of power output shaft, described reductor 102 has two power output shafts；Front rubber wheel 103, institute
The quantity stating front rubber wheel 103 is two, and two described front rubber wheels 103 are divided with two power output shafts of reductor 102
It is not connected；Mainboard 110, reductor 102 is arranged on mainboard 110, and is arranged on plate shearing machine by mainboard 110.
A kind of intelligent plate shearing machine delivery vehicle, also includes lifting wheel support 104, bridge plate 105, lift cylinder a106, rotation
Axle 107 and rear wheel assembly, lifting wheel support 104 is arranged in the middle part of mainboard 110, and rear wheel assembly is arranged on the afterbody of bridge plate 105, bridge
The front end of plate 105 is arranged on the bottom of lifting wheel support 104 by rotary shaft 107, and one end of lift cylinder a106 is hinged on bridge
The afterbody of plate 105, the other end of lift cylinder a106 is hinged on the top of lifting wheel support 104.
A kind of intelligent plate shearing machine delivery vehicle, also includes drive sprocket 108, chain 109 and driven sprocket 111, described after
Wheel assembly includes wheel shaft 112 and lifting wheel 113, and the quantity of described lifting wheel 113 is two, and two described lifting wheels 113 are pacified
It is contained in the two ends of wheel shaft 112, drive sprocket 108 is set on the power output shaft of reductor 102, and driven sprocket 111 is set in
On wheel shaft 112, drive sprocket 108, driven sprocket 111 are wound with chain 109.
Described push motor 101 is frequency conversion motor.
Described Precision trimming locking device 13 includes the slip saw carriage contiguous block 201 being fixed on cutting mechanism 12；Open
It is located at the first screwed hole in slip saw carriage contiguous block 201 its right end face；Connecting bolt with described first screwed hole cooperation
a204；The terminal pad 202 being passed through by described connecting bolt a204；It is fixed on the base mounting angle plate 207 in plate shearing machine frame；Open
It is located at the second screwed hole in base mounting angle plate 207 its right end face；Connecting bolt b205 with described second screwed hole cooperation；
The latch segment 206 being passed through by described connecting bolt b205, described terminal pad 202 is provided with the first hold down gag 208, and institute
The tail end stating hold down gag 208 is matched with described latch segment 206.
Described latch segment 206 is set on described connecting bolt b205, and described latch segment 206 can be in described company
Slide on connecting bolt b205.
The first described hold down gag 208 is provided with multiple, and multiple hold down gags 208 are with the center of circle of described terminal pad 202
It is uniformly distributed for center of circle circumference.
Described first hold down gag 208 is hold-down bolt, and terminal pad 202 offers the 3rd screwed hole, the described 3rd
Screwed hole is matched with described hold-down bolt.
A kind of Precision trimming locking device, also includes the left spacer 203 that passed through by described connecting bolt a204 and right spacer
210, terminal pad 202 is located between left spacer 203 and right spacer 210.
Second hold down gag 209, and the tail end of described second hold down gag 209 are provided with described latch segment 206
Match with described first hold down gag 208.
Described second hold down gag 209 is hold-down bolt, and latch segment 206 offers the 4th screwed hole, the described 4th
Screwed hole is matched with described hold-down bolt.
Described latch segment 206 is u-shaped latch segment.
Described cutting machine box assembly 16 includes casing 326；It is slidably arranged in the lifter plate 322 on described casing 326；Peace
It is contained in the cutting head 321 on lifter plate 322 top；It is arranged on the motor 325 of lifter plate 322 bottom；Lift cylinder b328, institute
The upper end stating lift cylinder b328 is fixed on casing 326, and the bottom of lift cylinder b328 is fixed on lifter plate 322；Install
Motor pulley 323 on motor 325 power output shaft, motor pulley 323 passes through belt 329 and cutting head 321
Scalp cutting belt wheel 311 power connector.
A kind of cutting machine box assembly, also includes extension spring 324, and extension spring 324 one end is fixed on casing 326, and the other end is fixed on
On lifter plate 322.
Described casing 326 top is provided with backplate 327.
It is also equipped with belt stretcher 332, for adjusting tensioning force of belt on described lifter plate 322.
A kind of cutting machine box assembly, also includes saw blade lifting micromatic setting 331, and saw blade is passed through in the bottom of lift cylinder b328
Lifting fine-turning device 331 is connected with lifter plate 322.
Described cutting head 321, including main shaft 301, bearing, saw blade mounting seat 303, front fixed clamp piece 305 and saw blade
330, saw blade mounting seat 303 is installed on main shaft 301 by bearing, and this saw blade mounting seat 303 is revolved by bearing relative main 301
Turn, saw blade mounting seat 303 is provided with front fixed clamp piece 305, and saw blade 330 is locked in saw blade mounting seat 303 and front fixed clamp
Between piece 305.
Described saw blade mounting seat 303 includes rear fixed clamp piece 309, rear fixed clamp 310 and scalp cutting belt wheel
311, rear fixed clamp piece 309, rear fixed clamp 310, scalp cutting belt wheel 311 are sequentially connected and are integrally formed.
The quantity of described bearing is two, is fore bearing 302 and rear bearing 317 respectively.
A kind of saw blade mounting structure, also includes thrust washer a306, anti-return nut 307 and thrust washer b308.
Described main shaft 301 includes ring flange 312, axle tail 313, rear axle bearing mount portion 314, anti-return nut installation portion 315
With front hold installation portion 316, ring flange 312, axle tail 313, rear axle bearing mount portion 314, anti-return nut installation portion 315, front hold installation
Portion 316 is sequentially connected and is integrally formed, and fore bearing 302 holds before being sleeved on installation portion 316, and rear bearing 317 is sleeved on rear bearing peace
In dress portion 314, anti-return nut installation portion 315 is provided with external screw thread, anti-return nut 307 and anti-return nut installation portion 315 screw thread
Connect, be provided with thrust washer a306 between fore bearing 302 and anti-return nut 307, between rear bearing 317 and anti-return nut 307
It is provided with thrust washer b308.
One end of described rear fixed clamp piece 309 inner side is provided with saw blade installation portion 318, in front fixed clamp piece 305
One end of side is provided with counterbore a319, and this counterbore a319 is coaxial with saw blade installation portion 318.
Described counterbore a319 internal diameter is slightly larger than saw blade installation portion 318 external diameter.
The end holding installation portion 316 before described is installed with plain cushion 304.
Described plain cushion 304 is fixedly connected with front holding installation portion 316 by bolt.
Described counterbore a319 is provided centrally with counterbore b320, and this counterbore a319 is coaxial with counterbore b320.
Described counterbore b320 internal diameter is slightly larger than the external diameter of plain cushion 304.
Together with described saw blade mounting seat 303 is bolted on front fixed clamp piece 305.
Described moulded floor precision positioner device 17 includes the upright guide rail 505 vertically arranging；Lifting gas
Cylinder mounting seat 506, upright guide rail 505 is arranged in lifting cylinder mounting seat 506；It is slidably arranged in many on upright guide rail 505
Blade saw positioning vibrator 504；Position vibrator 504 with multiple blade saw to be connected, and multiple blade saw positioning vibrator can be driven
504 on upright guide rail 505 movement lifting cylinder 510；Horizontally disposed horizontal guide rail 507；It is slidably arranged in water
Lifting cylinder mounting seat 506 on level gauge 507；It is fixed on the jacking block 512 in lifting cylinder mounting seat 506；With jacking block 512 even
Connect, and the locking cylinder 515 of lifting cylinder mounting seat 506 movement on horizontal guide rail 507 can be driven；By described clamping screw
The positioning pedestal 509 that 508 pass through, described positioning pedestal 509 can be slided on described clamping screw 508, and horizontal guide rail 507 is installed
In positioning pedestal 509；Threadeded with ring flange 513 in clamping screw 508 one end；It is provided with hold down gag on ring flange 513
514, and the tail end of described hold down gag 514 matched with described jacking block 512.
Described hold down gag 514 is provided with multiple, and multiple hold down gags 514 are with the center of circle of described ring flange 513 as circle
Heart circumference is uniformly distributed.
Described hold down gag 514 is hold-down bolt.
Described hold down gag 514 includes length not the first hold-down bolt of grade, the second hold-down bolt, the 3rd compression spiral shell
Bolt, the 4th hold-down bolt, the 5th hold-down bolt and the 6th hold-down bolt.
A kind of moulded floor precision positioner device, also includes the contiguous block 518 being fixed on ring flange 513, locking screw
Threadeded with contiguous block 518 in bolt 508 one end.
A kind of moulded floor precision positioner device, also includes gripper shoe 516 and the connecting plate 517 being mutually connected vertically,
Locking cylinder 515 is arranged in gripper shoe 516, and positioning pedestal 509 is arranged on connecting plate 517.
Described multiple blade saw positioning vibrator 504 includes shell body 502, is provided with shaker arm in described shell body 502
519th, swing arm 520 and eccentric 529, the upper end of swing arm 520 connects a position block 530, with respect to fixed on shell body 502
The position of position block 530 is provided with and holds out against cylinder 511, holds out against movable end and the position block 530 of cylinder 511 in positioning states
Mutually touching holds out against, and eccentric 529 is fixed on the power output shaft of vibration motor 501；
The upper end of shaker arm 519 is provided with the amplitude adjustable plate 521 of ring type, and described shaker arm 519 passes through loopback portion bearing pin
533 sides being rotatably connected on described shell body 502, on shell body 502, the position with respect to described amplitude adjustable plate 521 is arranged
There is the regulating bolt 522 in gap between adjustment shell body 502 and shaker arm 519, described regulating bolt 522 passes through shell body 502
It is fixedly connected with described amplitude adjustable plate 521, to improve the bulk strength of shaker arm 519；
As needed adjust regulating bolt 522 so that shaker arm 519 rotates around described loopback portion bearing pin 533, with expand or
Reduce the gap between shaker arm 519 and shell body 502, thus reaching the amplitude size adjusting shaker arm 519, described gap is
It is adjusted to well 50, to improve the frequency of vibration of shaker arm 519；
The lower right corner of shell body 502 opens up a breach 532, and described vibrating mass 523 is arranged at this breach 532, so that fixed
Position pawl 503 flexible vibratory positioning on floor board；
The lower end of shaker arm 519 is provided with vibrating mass 523, adopts dovetail configuration between described vibrating mass 523 and locating detent 503
It is fixedly connected；Unclamp trip bolt, described locating detent 503 moves forward and backward along the dovetail groove 524 on vibrating mass 523, be easy to position
The location and installation of pawl 503；
The lower end of swing arm 520 by rotating shaft 525 to be fixed on by way of horizontally rotating on shell body 502, swing arm 520
Lower end be also connected with vibrating wheels 526, described vibrating wheels 526 are held out against with described vibrating mass 523 and are connected, the upper end of swing arm 520
It is fixedly connected with drive 528 by bearing pin 527, described drive 528 is mutually held out against with eccentric 529 and with eccentric 529
Rotate around described rotating shaft 525 reciprocally swinging, the vibrating wheels 526 described in vibrational state promote vibrating mass 523 in described gap
In the range of swing so that locating detent 503 on floor board flexible vibratory positioning.
Described multiple blade saw positioning vibrator 504 also includes a plc controller, described plc controller respectively with hold out against
Cylinder 511 and setting hold out against the time relay on cylinder 511 and connect, and the described time relay holds out against cylinder 511 with described
Control end electrical connection；The time of vibration of shaker arm 519 is set by the time relay, and described time of vibration it is preferably provided as
2s；When reaching setting time, the movable end 531 holding out against cylinder 511 advances and holds out against to described position block 530, thus pressing down
Make the swing of described swing arm 520 so that shell body 502 internal part will not occur mutually to collide.
The described cylinder 511 that holds out against is fixed on shell body 502.
Described vibration motor 501 is fixed on shell body 502.
Described blocking mechanism 8 includes detection means 607, stopper 608 and plc609；Described detection means 607 He
Stopper 608 is connected with described plc609 respectively；Detection means 607 is used for detecting passing through of sheet material；Stopper 608 is used
Pass through in cut-off sheet material；Described stopper 608 receives beginning action after the signal of described detection means 607.
Described detection means 607 is arranged on described stopper 608 side.
Described detection means 607 is proximity switch.
Described detection means 607 is photoelectric detection switch.
Described detection means 607 switchs for infrared detection.
Described stopper 608 includes ending plate 601, installing plate 602 and cut-off cylinder 603, the cylinder of cut-off cylinder 603
Body is hinged on the left side of installing plate 602, and the bottom of cut-off plate 601 is hinged on the right side of installing plate 602, the work of cut-off cylinder 603
Stopper rod is hinged on the top of cut-off plate 601, and described cut-off cylinder 603 drives described cut-off plate 601 to move, described cut-off plate 601
Cut-off sheet material passes through.
Described plc609 connects electromagnetic valve 610, and electromagnetic valve 610 connects cut-off cylinder 603.
The top of described cut-off plate 601 is provided with unfilled corner.
Described cut-off plate 601 offers strip bolt hole, and the belt that cut-off plate 601 is arranged on plate shearing machine by bolt is defeated
Send on device, detection means 607 is arranged on the belt conveyor of plate shearing machine by sensor stand 606.
The cylinder body of described cut-off cylinder 603 is hinged on installing plate 602 by support shaft 604, the outer end of support shaft 604
It is threaded with self-locking nut 605.
The both sides of described platform beams 10 are provided with side positioner 23, for correcting the position of workpiece to be processed, will
Middle plate is ajusted.
Operation principle of the present utility model: the both sides with carrying fork truck to feed frame for the pallet of big plate will be piled, described
Feed frame top is provided with sheet material feeder, for the to be processed big plate on pallet is transplanted on described conveying mechanism
On；It is provided with conveying mechanism in the middle part of described feed frame, described for being transplanted on the to be processed big plate on conveying mechanism
On plate shearing machine；The both sides of conveying mechanism are provided with aligning gear, for correcting the position of big plate to be processed, big plate to be processed are put
Just；Big plate is cut into middle plate by plate shearing machine, and blanking central rack is provided with conveyer belt；Described blanking upper rack is provided with sheet material
Blanking machine, for being transplanted on the empty pallet of described blanking frame both sides by the middle plate on conveyer belt.
The beneficial effects of the utility model are: the middle plate dash board backboard fineness determined is consistent, and no chipping significantly reduces
Percent defective；Loss is little, and volume recovery is high, increases finished width, cuts out board size degree of accuracy high；Save artificial, mitigate hand labor strong
Degree, improves working (machining) efficiency.Cut out plate operation be applied to timber floor to use during plate from big plate sanction.
Brief description
Fig. 1 is front view of the present utility model；
Fig. 2 is top view of the present utility model；
Fig. 3 is the front view of intelligent plate shearing machine delivery vehicle；
Fig. 4 is the top view of intelligent plate shearing machine delivery vehicle；
Fig. 5 is the structure enlarged diagram of Precision trimming locking device；
Fig. 6 is the mplifying structure schematic diagram of cutting machine box assembly；
Fig. 7 is the schematic view of the mounting position of saw blade lifting micromatic setting；
Fig. 8 is the structure enlarged diagram of cutting head；
Fig. 9 is the structure enlarged diagram of main shaft；
Figure 10 is the structure enlarged diagram of moulded floor precision positioner device；
Figure 11 is the schematic view of the mounting position of clamping screw；
Figure 12 is the structural representation that multiple blade saw positions vibrator；
Figure 13 is the structure enlarged diagram of blocking mechanism；
Figure 14 is the schematic view of the mounting position of support shaft.
Wherein, 1- feed frame, 2- sheet material feeder, 3- conveying mechanism, 4- aligning gear, 5- blanking frame, 6- sheet material
Blanking machine, 7- conveyer belt, 8- blocking mechanism, 9- plate shearing machine frame, 10- platform beams, 11- intelligence plate shearing machine delivery vehicle, 12-
Cutting mechanism, 13- Precision trimming locking device, 14- cuts longeron, 15- horizontal guide rail, 16- cutting assembly, 17- moulded floor
Precision positioner device, 18- longeron guide rail, 19- rolling frame, 20- bearing, 21- push cylinder, 22- push rod, 23- side positioning dress
Put,
101- pushes motor, 102- reductor, rubber wheel before 103-, and 104- lifts wheel support, 105- bridge plate, 106- liter
Sending down the abnormal ascending QI cylinder a, 107- rotary shaft, 108- drive sprocket, 109- chain, 110- mainboard, 111- driven sprocket, 112- wheel shaft, 113-
Lifting wheel,
201- slip saw carriage contiguous block, 202- terminal pad, the left spacer of 203-, 204- connecting bolt a, 205- connecting bolt b,
206- latch segment, 207- base mounting angle plate, 208- first hold down gag, 209- second hold down gag, the right spacer of 210-,
301- main shaft, 302- fore bearing, 303- saw blade mounting seat, 304- plain cushion, fixed clamp piece before 305-, 306- thrust
Packing ring a, 307- anti-return nut, 308- thrust washer b, fixed clamp piece after 309-, 310- shaft sleeve, 311- cutting head belt
Wheel, 312- ring flange, 313- axle tail, axle bearing mount portion after 314-, 315- anti-return nut installation portion, hold installation portion before 316-,
Bearing after 317-, 318- saw blade installation portion, 319- counterbore a, 320- counterbore b, 321- cutting head, 322- lifter plate, 323- motor
Belt pulley, 324- extension spring, 325- motor, 326- casing, 327- backplate, 328- lift cylinder b, 329- belt, 330- saws
Piece, 331- saw blade lifting micromatic setting, 332- belt stretcher,
501- vibration motor, 502- shell body, 503- locating detent, 504- multiple blade saw positioning vibrator, 505- vertically leads
Rail, 506- lifting cylinder mounting seat, 507- horizontal guide rail, 508- clamping screw, 509- positioning pedestal, 510- lifting cylinder,
511- holds out against cylinder, 512- jacking block, 513- ring flange, 514- hold down gag, 515- locking cylinder, 516- gripper shoe, and 517- is even
Fishplate bar, 518- contiguous block, 519- shaker arm, 520- swing arm, 521- amplitude adjustable plate, 522- regulating bolt, 523- vibrating mass,
524- dovetail groove, 525- rotating shaft, 526- vibrating wheels, 527- bearing pin, 528- drive, 529- eccentric, 530- position block,
531- movable end, 532- breach, 533- loopback portion bearing pin,
601- ends plate, 602- installing plate, and 603- ends cylinder, 604- support shaft, 605- self-locking nut, 606- sensor
Support, 607- detection means, 608- stopper, 609-plc, 610- electromagnetic valve.
Specific embodiment
Further illustrate embodiment of the present utility model below in conjunction with the accompanying drawings.
Reference picture 1-14, a kind of intelligence described in this specific embodiment cuts out board assembly line, including the feeding setting gradually
Mechanism, plate shearing machine and cutting agency.
Described feed mechanism includes feed frame 1；Described feed frame 1 top is provided with sheet material feeder 2, for inciting somebody to action
It is transplanted on described conveying mechanism 3 positioned at the to be processed big plate on pallet；It is provided with conveying mechanism 3 in the middle part of described feed frame 1,
For the to be processed big plate on conveying mechanism 3 is transplanted on described plate shearing machine；The both sides of conveying mechanism 3 are provided with correction
Mechanism 4, for correcting the position of big plate to be processed, big plate to be processed is ajusted.
Described conveying mechanism 3 includes rolling frame 19, and rolling frame 19 is provided with bearing 20, one end of rolling frame 19 be into
Material end, the other end is discharge end, is provided with push cylinder 21, the piston rod of push cylinder 21 is provided with and pushes away at described feed end
Bar 22, push cylinder 21 drives push rod 22 that big plate to be processed is pushed plate shearing machine.
Described plate shearing machine includes plate shearing machine frame 9；Two parallel platforms are horizontally fixed with described plate shearing machine frame 9
Crossbeam 10, one end of described platform beams 10 is feed end, and the other end is discharge end, is provided with for will be to be added at described feed end
The big plate of work pushes the intelligent plate shearing machine delivery vehicle 11 of described cropped area；Cutting mechanism 12, its number is multiple and along described
Platform beams 10 are sequentially arranged, and each described cutting mechanism 12 includes horizontally disposed and perpendicular with described platform beams 10
Cut longeron 14, the described longeron 14 that cuts is provided with the horizontal guide rail 15 extending along its length, described horizontal guide rail 15
Upper slip is provided with cutting assembly 16, and the described two ends cutting longeron 14 are equipped with moulded floor precision positioner device 17；Cut out plate
The surface of machine frame 9 is provided with the longeron guide rail 18 paralleled with platform beams 10, and cuts longeron 14 and be slidably arranged in this longeron
On guide rail 18；It is arranged on the Precision trimming locking device 13 of plate shearing machine frame 9 bottom.
Described intelligent plate shearing machine delivery vehicle 11 includes pushing motor 101；Power input shaft and described push motor 101
The reductor 102 that is connected of power output shaft, described reductor 102 has two power output shafts；Front rubber wheel 103, institute
The quantity stating front rubber wheel 103 is two, and two described front rubber wheels 103 are divided with two power output shafts of reductor 102
It is not connected；Mainboard 110, reductor 102 is arranged on mainboard 110, and is arranged on plate shearing machine by mainboard 110.
A kind of intelligent plate shearing machine delivery vehicle, also includes lifting wheel support 104, bridge plate 105, lift cylinder a106, rotation
Axle 107 and rear wheel assembly, lifting wheel support 104 is arranged in the middle part of mainboard 110, and rear wheel assembly is arranged on the afterbody of bridge plate 105, bridge
The front end of plate 105 is arranged on the bottom of lifting wheel support 104 by rotary shaft 107, and one end of lift cylinder a106 is hinged on bridge
The afterbody of plate 105, the other end of lift cylinder a106 is hinged on the top of lifting wheel support 104.
A kind of intelligent plate shearing machine delivery vehicle, also includes drive sprocket 108, chain 109 and driven sprocket 111, described after
Wheel assembly includes wheel shaft 112 and lifting wheel 113, and the quantity of described lifting wheel 113 is two, and two described lifting wheels 113 are pacified
It is contained in the two ends of wheel shaft 112, drive sprocket 108 is set on the power output shaft of reductor 102, and driven sprocket 111 is set in
On wheel shaft 112, drive sprocket 108, driven sprocket 111 are wound with chain 109.
Described push motor 101 is frequency conversion motor.
Described Precision trimming locking device 13 includes the slip saw carriage contiguous block 201 being fixed on cutting mechanism 12；Open
It is located at the first screwed hole in slip saw carriage contiguous block 201 its right end face；Connecting bolt with described first screwed hole cooperation
a204；The terminal pad 202 being passed through by described connecting bolt a204；It is fixed on the base mounting angle plate 207 in plate shearing machine frame；Open
It is located at the second screwed hole in base mounting angle plate 207 its right end face；Connecting bolt b205 with described second screwed hole cooperation；
The latch segment 206 being passed through by described connecting bolt b205, described terminal pad 202 is provided with the first hold down gag 208, and institute
The tail end stating hold down gag 208 is matched with described latch segment 206.
Described latch segment 206 is set on described connecting bolt b205, and described latch segment 206 can be in described company
Slide on connecting bolt b205.
The first described hold down gag 208 is provided with multiple, and multiple hold down gags 208 are with the center of circle of described terminal pad 202
It is uniformly distributed for center of circle circumference.
Described first hold down gag 208 is hold-down bolt, and terminal pad 202 offers the 3rd screwed hole, the described 3rd
Screwed hole is matched with described hold-down bolt.
A kind of Precision trimming locking device, also includes the left spacer 203 that passed through by described connecting bolt a204 and right spacer
210, terminal pad 202 is located between left spacer 203 and right spacer 210.
Second hold down gag 209, and the tail end of described second hold down gag 209 are provided with described latch segment 206
Match with described first hold down gag 208.
Described second hold down gag 209 is hold-down bolt, and latch segment 206 offers the 4th screwed hole, the described 4th
Screwed hole is matched with described hold-down bolt.
Described latch segment 206 is u-shaped latch segment.
Described cutting machine box assembly 16 includes casing 326；It is slidably arranged in the lifter plate 322 on described casing 326；Peace
It is contained in the cutting head 321 on lifter plate 322 top；It is arranged on the motor 325 of lifter plate 322 bottom；Lift cylinder b328, institute
The upper end stating lift cylinder b328 is fixed on casing 326, and the bottom of lift cylinder b328 is fixed on lifter plate 322；Install
Motor pulley 323 on motor 325 power output shaft, motor pulley 323 passes through belt 329 and cutting head 321
Scalp cutting belt wheel 311 power connector.
A kind of cutting machine box assembly, also includes extension spring 324, and extension spring 324 one end is fixed on casing 326, and the other end is fixed on
On lifter plate 322.
Described casing 326 top is provided with backplate 327.
It is also equipped with belt stretcher 332, for adjusting tensioning force of belt on described lifter plate 322.
A kind of cutting machine box assembly, also includes saw blade lifting micromatic setting 331, and saw blade is passed through in the bottom of lift cylinder b328
Lifting fine-turning device 331 is connected with lifter plate 322.
Described cutting head 321, including main shaft 301, bearing, saw blade mounting seat 303, front fixed clamp piece 305 and saw blade
330, saw blade mounting seat 303 is installed on main shaft 301 by bearing, and this saw blade mounting seat 303 is revolved by bearing relative main 301
Turn, saw blade mounting seat 303 is provided with front fixed clamp piece 305, and saw blade 330 is locked in saw blade mounting seat 303 and front fixed clamp
Between piece 305.
Described saw blade mounting seat 303 includes rear fixed clamp piece 309, rear fixed clamp 310 and scalp cutting belt wheel
311, rear fixed clamp piece 309, rear fixed clamp 310, scalp cutting belt wheel 311 are sequentially connected and are integrally formed.
The quantity of described bearing is two, is fore bearing 302 and rear bearing 317 respectively.
A kind of saw blade mounting structure, also includes thrust washer a306, anti-return nut 307 and thrust washer b308.
Described main shaft 301 includes ring flange 312, axle tail 313, rear axle bearing mount portion 314, anti-return nut installation portion 315
With front hold installation portion 316, ring flange 312, axle tail 313, rear axle bearing mount portion 314, anti-return nut installation portion 315, front hold installation
Portion 316 is sequentially connected and is integrally formed, and fore bearing 302 holds before being sleeved on installation portion 316, and rear bearing 317 is sleeved on rear bearing peace
In dress portion 314, anti-return nut installation portion 315 is provided with external screw thread, anti-return nut 307 and anti-return nut installation portion 315 screw thread
Connect, be provided with thrust washer a306 between fore bearing 302 and anti-return nut 307, between rear bearing 317 and anti-return nut 307
It is provided with thrust washer b308.
One end of described rear fixed clamp piece 309 inner side is provided with saw blade installation portion 318, in front fixed clamp piece 305
One end of side is provided with counterbore a319, and this counterbore a319 is coaxial with saw blade installation portion 318.
Described counterbore a319 internal diameter is slightly larger than saw blade installation portion 318 external diameter.
The end holding installation portion 316 before described is installed with plain cushion 304.
Described plain cushion 304 is fixedly connected with front holding installation portion 316 by bolt.
Described counterbore a319 is provided centrally with counterbore b320, and this counterbore a319 is coaxial with counterbore b320.
Described counterbore b320 internal diameter is slightly larger than the external diameter of plain cushion 304.
Together with described saw blade mounting seat 303 is bolted on front fixed clamp piece 305.
Described moulded floor precision positioner device 17 includes the upright guide rail 505 vertically arranging；Lifting gas
Cylinder mounting seat 506, upright guide rail 505 is arranged in lifting cylinder mounting seat 506；It is slidably arranged in many on upright guide rail 505
Blade saw positioning vibrator 504；Position vibrator 504 with multiple blade saw to be connected, and multiple blade saw positioning vibrator can be driven
504 on upright guide rail 505 movement lifting cylinder 510；Horizontally disposed horizontal guide rail 507；It is slidably arranged in water
Lifting cylinder mounting seat 506 on level gauge 507；It is fixed on the jacking block 512 in lifting cylinder mounting seat 506；With jacking block 512 even
Connect, and the locking cylinder 515 of lifting cylinder mounting seat 506 movement on horizontal guide rail 507 can be driven；By described clamping screw
The positioning pedestal 509 that 508 pass through, described positioning pedestal 509 can be slided on described clamping screw 508, and horizontal guide rail 507 is installed
In positioning pedestal 509；Threadeded with ring flange 513 in clamping screw 508 one end；It is provided with hold down gag on ring flange 513
514, and the tail end of described hold down gag 514 matched with described jacking block 512.
Described hold down gag 514 is provided with multiple, and multiple hold down gags 514 are with the center of circle of described ring flange 513 as circle
Heart circumference is uniformly distributed.
Described hold down gag 514 is hold-down bolt.
Described hold down gag 514 includes length not the first hold-down bolt of grade, the second hold-down bolt, the 3rd compression spiral shell
Bolt, the 4th hold-down bolt, the 5th hold-down bolt and the 6th hold-down bolt.
A kind of moulded floor precision positioner device, also includes the contiguous block 518 being fixed on ring flange 513, locking screw
Threadeded with contiguous block 518 in bolt 508 one end.
A kind of moulded floor precision positioner device, also includes gripper shoe 516 and the connecting plate 517 being mutually connected vertically,
Locking cylinder 515 is arranged in gripper shoe 516, and positioning pedestal 509 is arranged on connecting plate 517.
Described multiple blade saw positioning vibrator 504 includes shell body 502, is provided with shaker arm in described shell body 502
519th, swing arm 520 and eccentric 529, the upper end of swing arm 520 connects a position block 530, with respect to fixed on shell body 502
The position of position block 530 is provided with and holds out against cylinder 511, holds out against movable end and the position block 530 of cylinder 511 in positioning states
Mutually touching holds out against, and eccentric 529 is fixed on the power output shaft of vibration motor 501；
The upper end of shaker arm 519 is provided with the amplitude adjustable plate 521 of ring type, and described shaker arm 519 passes through loopback portion bearing pin
533 sides being rotatably connected on described shell body 502, on shell body 502, the position with respect to described amplitude adjustable plate 521 is arranged
There is the regulating bolt 522 in gap between adjustment shell body 502 and shaker arm 519, described regulating bolt 522 passes through shell body 502
It is fixedly connected with described amplitude adjustable plate 521, to improve the bulk strength of shaker arm 519；
As needed adjust regulating bolt 522 so that shaker arm 519 rotates around described loopback portion bearing pin 533, with expand or
Reduce the gap between shaker arm 519 and shell body 502, thus reaching the amplitude size adjusting shaker arm 519, described gap is
It is adjusted to well 50, to improve the frequency of vibration of shaker arm 519；
The lower right corner of shell body 502 opens up a breach 532, and described vibrating mass 523 is arranged at this breach 532, so that fixed
Position pawl 503 flexible vibratory positioning on floor board；
The lower end of shaker arm 519 is provided with vibrating mass 523, adopts dovetail configuration between described vibrating mass 523 and locating detent 503
It is fixedly connected；Unclamp trip bolt, described locating detent 503 moves forward and backward along the dovetail groove 524 on vibrating mass 523, be easy to position
The location and installation of pawl 503；
The lower end of swing arm 520 by rotating shaft 525 to be fixed on by way of horizontally rotating on shell body 502, swing arm 520
Lower end be also connected with vibrating wheels 526, described vibrating wheels 526 are held out against with described vibrating mass 523 and are connected, the upper end of swing arm 520
It is fixedly connected with drive 528 by bearing pin 527, described drive 528 is mutually held out against with eccentric 529 and with eccentric 529
Rotate around described rotating shaft 525 reciprocally swinging, the vibrating wheels 526 described in vibrational state promote vibrating mass 523 in described gap
In the range of swing so that locating detent 503 on floor board flexible vibratory positioning.
Described multiple blade saw positioning vibrator 504 also includes a plc controller, described plc controller respectively with hold out against
Cylinder 511 and setting hold out against the time relay on cylinder 511 and connect, and the described time relay holds out against cylinder 511 with described
Control end electrical connection；The time of vibration of shaker arm 519 is set by the time relay, and described time of vibration it is preferably provided as
2s；When reaching setting time, the movable end 531 holding out against cylinder 511 advances and holds out against to described position block 530, thus pressing down
Make the swing of described swing arm 520 so that shell body 502 internal part will not occur mutually to collide.
The described cylinder 511 that holds out against is fixed on shell body 502.
Described vibration motor 501 is fixed on shell body 502.
Described cutting agency includes blanking frame 5；In the middle part of described blanking frame 5, conveyer belt 7 is installed；Described blanking machine
Frame 5 top is provided with plate blanking machine 6, for the middle plate on conveyer belt 7 is transplanted on described pallet；Conveyer belt 7
Both sides are provided with blocking mechanism 8.
Described blocking mechanism 8 includes detection means 607, stopper 608 and plc609；Described detection means 607 He
Stopper 608 is connected with described plc609 respectively；Detection means 607 is used for detecting passing through of sheet material；Stopper 608 is used
Pass through in cut-off sheet material；Described stopper 608 receives beginning action after the signal of described detection means 607.
Described detection means 607 is arranged on described stopper 608 side.
Described detection means 607 is proximity switch.
Described detection means 607 is photoelectric detection switch.
Described detection means 607 switchs for infrared detection.
Described stopper 608 includes ending plate 601, installing plate 602 and cut-off cylinder 603, the cylinder of cut-off cylinder 603
Body is hinged on the left side of installing plate 602, and the bottom of cut-off plate 601 is hinged on the right side of installing plate 602, the work of cut-off cylinder 603
Stopper rod is hinged on the top of cut-off plate 601, and described cut-off cylinder 603 drives described cut-off plate 601 to move, described cut-off plate 601
Cut-off sheet material passes through.
Described plc609 connects electromagnetic valve 610, and electromagnetic valve 610 connects cut-off cylinder 603.
The top of described cut-off plate 601 is provided with unfilled corner.
Described cut-off plate 601 offers strip bolt hole, and the belt that cut-off plate 601 is arranged on plate shearing machine by bolt is defeated
Send on device, detection means 607 is arranged on the belt conveyor of plate shearing machine by sensor stand 606.
The cylinder body of described cut-off cylinder 603 is hinged on installing plate 602 by support shaft 604, the outer end of support shaft 604
It is threaded with self-locking nut 605.
The both sides of described platform beams 10 are provided with side positioner 23, for correcting the position of workpiece to be processed, will
Middle plate is ajusted.
The operation principle of this specific embodiment: the both sides with carrying fork truck to feed frame for the pallet of big plate will be piled,
Described feed frame top is provided with sheet material feeder, for the to be processed big plate on pallet is transplanted on described conveyer
On structure；It is provided with conveying mechanism, for the to be processed big plate on conveying mechanism is transplanted on institute in the middle part of described feed frame
State on plate shearing machine；The both sides of conveying mechanism are provided with aligning gear, for correcting the position of big plate to be processed, by big plate to be processed
Ajust；Big plate is cut into middle plate by plate shearing machine, and blanking central rack is provided with conveyer belt；Described blanking upper rack is provided with plate
Material blanking machine, for being transplanted on the empty pallet of described blanking frame both sides by the middle plate on conveyer belt.
The having the beneficial effects that of this specific embodiment: the middle plate dash board backboard fineness determined is consistent, no chipping, significantly
Reduce the number of rejects and seconds rate；Loss is little, and volume recovery is high, increases finished width, cuts out board size degree of accuracy high；Save artificial, mitigate artificial labor
Fatigue resistance, improves working (machining) efficiency.Cut out plate operation be applied to timber floor to use during plate from big plate sanction.
Specific embodiment of the utility model does not constitute to restriction of the present utility model, every using phase of the present utility model
Like structure and change, all in protection domain of the present utility model.
Claims (3)
1. a kind of intelligence cut out board assembly line it is characterised in that: include feed mechanism, plate shearing machine and the cutting agency setting gradually；
Described feed mechanism includes feed frame (1)；It is provided with conveying mechanism (3), for by position in the middle part of described feed frame (1)
To be processed big plate on conveying mechanism (3) is transplanted on described plate shearing machine；Described feed frame (1) top is provided with sheet material
Material machine (2), for being transplanted on described conveying mechanism (3) by the to be processed big plate on pallet；Described conveying mechanism (3)
Both sides are provided with aligning gear (4), for correcting the position of big plate to be processed, big plate to be processed are ajusted；
Described plate shearing machine includes plate shearing machine frame (9)；Two parallel platforms are horizontally fixed with described plate shearing machine frame (9) horizontal
Beam (10), one end of described platform beams (10) is feed end, and the other end is discharge end, is provided with intelligence and cuts out plate at described feed end
Machine with delivery vehicle (11), for big plate to be processed is pushed cropped area；Cutting mechanism (12), its number is multiple and along described
Platform beams (10) are sequentially arranged, each described cutting mechanism (12) include horizontally disposed, and with described platform beams (10)
Perpendicular cuts longeron (14), and the described longeron (14) that cuts is provided with the horizontal guide rail (15) extending along its length, institute
State the upper slip of horizontal guide rail (15) and be provided with cutting assembly (16), it is accurate that the described two ends cutting longeron (14) are equipped with moulded floor
Positioner device (17)；The surface of plate shearing machine frame (9) is provided with the longeron guide rail (18) paralleled with platform beams (10), and cuts out
Cut longeron (14) to be slidably arranged on this longeron guide rail (18)；It is arranged on the Precision trimming locking dress of plate shearing machine frame (9) bottom
Put (13)；
Described cutting agency includes blanking frame (5)；In the middle part of described blanking frame (5), conveyer belt (7) is installed；Described blanking machine
Frame (5) top is provided with plate blanking machine (6), for the middle plate on conveyer belt (7) is transplanted on described pallet；Conveying
The both sides of band (7) are provided with blocking mechanism (8).
2. a kind of intelligence as claimed in claim 1 cut out board assembly line it is characterised in that: described conveying mechanism (3) includes rolling
Moving frame (19), rolling frame (19) is provided with bearing (20), one end of rolling frame (19) is feed end, and the other end is discharge end,
It is provided with push cylinder (21) at described feed end, the piston rod of push cylinder (21) is provided with push rod (22), push cylinder
(21) drive push rod (22) that big plate to be processed is pushed plate shearing machine.
3. a kind of intelligence as claimed in claim 2 cut out board assembly line it is characterised in that: described intelligent plate shearing machine delivery vehicle
(11) include pushing motor (101)；The reductor that power input shaft is connected with the described power output shaft pushing motor (101)
(102), described reductor (102) has two power output shafts；Front rubber wheel (103), the quantity of described front rubber wheel (103)
For two, and two described front rubber wheels (103) are respectively connected with two power output shafts of reductor (102)；Mainboard
(110), reductor (102) is arranged on mainboard (110), and is arranged on plate shearing machine by mainboard (110).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620470751.4U CN205889405U (en) | 2016-05-23 | 2016-05-23 | Board production line is cut out to intelligence |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620470751.4U CN205889405U (en) | 2016-05-23 | 2016-05-23 | Board production line is cut out to intelligence |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205889405U true CN205889405U (en) | 2017-01-18 |
Family
ID=57765743
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620470751.4U Expired - Fee Related CN205889405U (en) | 2016-05-23 | 2016-05-23 | Board production line is cut out to intelligence |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205889405U (en) |
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105818217A (en) * | 2016-05-23 | 2016-08-03 | 山东众信机械有限公司 | Intelligent wood floor cutting production line |
| CN108032360A (en) * | 2017-12-14 | 2018-05-15 | 郭弘 | A kind of bakelite plate semi-automatic cutting apparatus |
| CN108068159A (en) * | 2017-12-14 | 2018-05-25 | 郭弘 | A kind of method of work of bakelite plate semi-automatic cutting apparatus |
| CN108422492A (en) * | 2018-05-14 | 2018-08-21 | 湖州博立科技股份有限公司 | A kind of multi-functional material feeding roller height regulator for woodworking planing |
| CN108437076A (en) * | 2018-05-14 | 2018-08-24 | 湖州博立科技股份有限公司 | A kind of material feeding roller height regulator for woodworking planing in anti-scratching river bottom protection face |
| CN108481459A (en) * | 2018-03-12 | 2018-09-04 | 青岛市首胜实业有限公司 | A kind of plate shearing machine of automatic loading/unloading |
| CN109605490A (en) * | 2018-12-11 | 2019-04-12 | 苏州百平机械有限公司 | A kind of automatic blanking formula timber four directions sawing machine |
-
2016
- 2016-05-23 CN CN201620470751.4U patent/CN205889405U/en not_active Expired - Fee Related
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105818217A (en) * | 2016-05-23 | 2016-08-03 | 山东众信机械有限公司 | Intelligent wood floor cutting production line |
| CN105818217B (en) * | 2016-05-23 | 2019-06-28 | 山东力脉智能科技股份有限公司 | Intelligence cuts out board assembly line |
| CN108032360A (en) * | 2017-12-14 | 2018-05-15 | 郭弘 | A kind of bakelite plate semi-automatic cutting apparatus |
| CN108068159A (en) * | 2017-12-14 | 2018-05-25 | 郭弘 | A kind of method of work of bakelite plate semi-automatic cutting apparatus |
| CN108481459A (en) * | 2018-03-12 | 2018-09-04 | 青岛市首胜实业有限公司 | A kind of plate shearing machine of automatic loading/unloading |
| CN108422492A (en) * | 2018-05-14 | 2018-08-21 | 湖州博立科技股份有限公司 | A kind of multi-functional material feeding roller height regulator for woodworking planing |
| CN108437076A (en) * | 2018-05-14 | 2018-08-24 | 湖州博立科技股份有限公司 | A kind of material feeding roller height regulator for woodworking planing in anti-scratching river bottom protection face |
| CN109605490A (en) * | 2018-12-11 | 2019-04-12 | 苏州百平机械有限公司 | A kind of automatic blanking formula timber four directions sawing machine |
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CP01 | Change in the name or title of a patent holder | ||
| CP01 | Change in the name or title of a patent holder |
Address after: 272000 Zhuzhang Village, Xinyi Town, Yanzhou District, Jining City, Shandong Province Patentee after: SHANDONG LIMAI INTELLIGENT TECHNOLOGY Co.,Ltd. Address before: 272000 Zhuzhang Village, Xinyi Town, Yanzhou District, Jining City, Shandong Province Patentee before: SHANDONG ZHONGXIN MACHINERY Co.,Ltd. |
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170118 |