CN108274241A - A kind of full automatic high efficiency guillotine of busbar - Google Patents
A kind of full automatic high efficiency guillotine of busbar Download PDFInfo
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- CN108274241A CN108274241A CN201810260492.6A CN201810260492A CN108274241A CN 108274241 A CN108274241 A CN 108274241A CN 201810260492 A CN201810260492 A CN 201810260492A CN 108274241 A CN108274241 A CN 108274241A
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- 230000007246 mechanism Effects 0.000 claims abstract description 84
- 238000005520 cutting process Methods 0.000 claims abstract description 49
- 238000007664 blowing Methods 0.000 claims abstract description 12
- 239000000463 material Substances 0.000 claims description 49
- 244000137852 Petrea volubilis Species 0.000 claims description 32
- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 claims description 19
- 238000003825 pressing Methods 0.000 claims description 18
- RYGMFSIKBFXOCR-UHFFFAOYSA-N Copper Chemical group [Cu] RYGMFSIKBFXOCR-UHFFFAOYSA-N 0.000 claims description 16
- 239000006247 magnetic powder Substances 0.000 claims description 12
- 230000008878 coupling Effects 0.000 claims description 10
- 238000010168 coupling process Methods 0.000 claims description 10
- 238000005859 coupling reaction Methods 0.000 claims description 10
- 239000007787 solid Substances 0.000 claims description 9
- 230000006835 compression Effects 0.000 claims description 8
- 238000007906 compression Methods 0.000 claims description 8
- 238000009434 installation Methods 0.000 claims description 7
- 238000005096 rolling process Methods 0.000 claims description 7
- 238000009826 distribution Methods 0.000 claims description 4
- 230000009467 reduction Effects 0.000 claims description 4
- 230000035611 feeding Effects 0.000 claims 45
- 238000004519 manufacturing process Methods 0.000 abstract description 13
- 230000000694 effects Effects 0.000 description 14
- 230000008859 change Effects 0.000 description 3
- 238000011031 large-scale manufacturing process Methods 0.000 description 3
- 230000009471 action Effects 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 2
- 238000012937 correction Methods 0.000 description 2
- 230000009977 dual effect Effects 0.000 description 2
- 235000013399 edible fruits Nutrition 0.000 description 2
- 239000010419 fine particle Substances 0.000 description 2
- 238000005498 polishing Methods 0.000 description 2
- 230000004044 response Effects 0.000 description 2
- 230000003321 amplification Effects 0.000 description 1
- 238000006243 chemical reaction Methods 0.000 description 1
- 238000004891 communication Methods 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 239000003292 glue Substances 0.000 description 1
- 230000006698 induction Effects 0.000 description 1
- 239000002184 metal Substances 0.000 description 1
- 229910052751 metal Inorganic materials 0.000 description 1
- 238000000034 method Methods 0.000 description 1
- 238000003199 nucleic acid amplification method Methods 0.000 description 1
- 230000009046 primary transport Effects 0.000 description 1
- 230000008569 process Effects 0.000 description 1
- 230000032258 transport Effects 0.000 description 1
- 238000003466 welding Methods 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23P—METAL-WORKING NOT OTHERWISE PROVIDED FOR; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
- B23P23/00—Machines or arrangements of machines for performing specified combinations of different metal-working operations not covered by a single other subclass
- B23P23/04—Machines or arrangements of machines for performing specified combinations of different metal-working operations not covered by a single other subclass for both machining and other metal-working operations
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- Optics & Photonics (AREA)
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Paper (AREA)
Abstract
A kind of full automatic high efficiency guillotine of busbar, it is characterized in that, including guillotine shell, the shell that cuts is square, the guillotine case top is provided with controller holder, controller holder one end is fixed on the guillotine case top, and other end bottom is fixed with controller, and the controller is PLC controller；The guillotine upper part of the housing is provided with operating room, is disposed with blowing component on the operating room bottom plate from left to right, burring mechanism, aligning mechanism, compresses feed mechanism, cutting mechanism and haulage gear；It avoids using labour manually, is liberated, operation is time saving and energy saving, is convenient for the needs of enterprise's mass mechanized production.
Description
Technical field
The present invention relates to a kind of full automatic high efficiency guillotines of busbar.
Background technology
Busbar, also known as laminated bus plate are a kind of power module electric connecting part of multilayer laminate, Ke Yilian
At the electric power distribution for connecing multiple circuits.With repeatable electric property, low induction reactance, anti-interference, good reliability, save space, dress
With it is succinct quick the features such as, busbar as power conversion device component, be widely used in aviation electric system, communication base station,
The fields such as military project, transportation system, the energy.
Busbar is relatively thin strip metal, and current manufacturing enterprise is when cutting busbar, Gong Renren
Work is cut, and unspecial cutting apparatus, service efficiency is low, can not adapt to the large-scale production of enterprise.And because this
A process fully relies on worker's manual operations, cuts quality disunity, it is difficult to accomplish standardized production.
Invention content
The present invention is in view of the above-mentioned problems, disclose a kind of full automatic high efficiency guillotine of busbar.
Specific technical solution is as follows：
A kind of full automatic high efficiency guillotine of busbar, which is characterized in that including guillotine shell, the shell that cuts is in side
Shape, the guillotine case top are provided with controller holder, and controller holder one end is fixed on the guillotine shell
Top, other end bottom are fixed with controller, and the controller is PLC controller；The guillotine upper part of the housing is provided with behaviour
Make room, is disposed with blowing component on the operating room bottom plate from left to right, burring mechanism, aligning mechanism, compresses feeding
Mechanism, cutting mechanism and haulage gear；
The blowing component includes material volume mounting disc, charging tray mandrel, charging tray mounting bracket, magnetic powder cluth and shaft coupling；Institute
The L-shaped structure of charging tray mounting bracket is stated, charging tray mounting bracket bottom is fixedly mounted on operating room bottom plate by bolt and nut
On；Charging tray mounting bracket front side is provided with flange shaft bearing by bolt and nut, is fixed in the flange shaft bearing
Servo axis is set；Charging tray mounting bracket front top center is fixedly installed rolling bearing units；The material volume installation branch
Frame reverse side top center is fixedly installed clutch support seat, and magnetic powder cluth is provided on the clutch support seat；
Material volume mounting disc both sides are provided with material volume baffle；The charging tray mandrel is fixedly installed on the material volume mounting disc centre bit
It sets, charging tray mandrel one end rolling bearing units are fixed with shaft coupling, and are connected with the magnetic powder cluth by shaft coupling；Institute
It is in cirque structure to state material volume baffle；Material volume is mounted in the material volume mounting disc；
The burring mechanism is located at material volume mounting disc lower position, and burring mechanism is located at the servo axis side；It is described to go
Burr mechanism includes deburring bottom plate, deburring bearing and fixed roller support plate；The deburring bottom plate passes through bolt spiral shell
Mother is fixedly connected on the operating room bottom plate；The deburring bearing is square structure, is fixedly installed on the deburring bottom
On plate, the fixed roller support plate quantity is two, and fixed roller support plate bottom is fixedly connected with deburring bottom plate；Two
The fixed roller support plate is symmetrical to be distributed in deburring bearing both sides, two fixed roller support plates with
The deburring bearing is fixedly connected；The fixed roller support plate square structure, top are provided with pressing bayonet, the pressure
The U-shaped structure of bayonet is closed, the fixed roller support plate top center position is located at；It is set in two fixed roller support plates
Fixed Burr removing roller and an adjustable Burr removing roller there are one setting；It is provided with bearing hole in the fixed roller support plate, institute
Stating fixed Burr removing roller both ends, respectively there are one band baffle ring bearings, the band baffle ring bearing to be rotatably entrenched in described for fixed setting
In the bearing hole of fixed roller support plate, the fixed Burr removing roller is rotatably fixed in the fixed roller support plate；
Copper ring is sheathed with outside the adjustable Burr removing roller both ends, the copper ring is rotatably entrenched in the pressing bayonet bottom, institute
It states copper ring both sides and is provided with circlip；Spring lock block and spring, the bullet are provided with inside the pressing bayonet from top to bottom
Spring bottom is fixedly installed positioning screw, and corresponding positioning screw is provided with screw hole, the positioning screw and institute at the top of the copper ring
State the screw hole mutual cooperation connection on copper ring；The spring lock block is located at the spring top；Two fixed roll supports
It is fixedly installed spring bearer plate at the top of plate, is symmetrical arranged on the spring bearer plate there are two tapped through hole, in the tapped through hole
It is provided with adjusting screw, spring bearer plate is run through in the adjusting screw bottom, and is fixedly connected with the spring lock block；The fixation
Roll support plate side is provided with sand paper fixed plate, and the sand paper fixed plate quantity is two, and in distribution up and down, the sand paper is solid
Sand paper fixed seat is provided on fixed board, the sand paper fixed seat quantity is two, L-shaped plate body structure, and two sand paper are solid
Reservation is fitted between two sand paper fixed seats in being symmetrical arranged up and down and is provided with two layers of sand paper；The adjusting screw setting
There is hex nut；The deburring bottom plate is achieved a fixed connection with deburring bearing by screw；
The aligning mechanism is located at burring mechanism side；The aligning mechanism includes being straightened mounting plate and alignment mounting base,
The alignment mounting plate is square plate body structure, in being vertically arranged；The alignment mounting base is square structure, fixed setting and institute
Alignment mounting plate bottom side is stated, the alignment mounting base is fixed on by bolt and nut on the operating room bottom plate；The school
The first alignment roller and the second alignment roller are provided on straight mounting plate；The first alignment roller quantity is four, first alignment
Roller one end is fixedly connected by bolt and nut with the alignment mounting plate, and the first alignment roller is in the alignment mounting plate
Between position be uniformly distributed in "-" type；The second alignment roller quantity is three, and the second alignment roller is located at first school
Straight roller top position, there are two positioning shaft sleeves for second alignment roller side setting；On the alignment mounting plate there are three settings
Waist-shaped hole, three waist-shaped holes are uniformly located between four the first alignment rollers, and second alignment roller side passes through waist
Type hole, second two positioning shaft sleeves being straightened on roller are located at the waist-shaped hole both sides；Setting at the top of the waist-shaped hole
There is adjusting through-hole, adjusting screw rod is provided in the adjusting through-hole, the adjusting screw rod is in be vertically arranged, the adjusting screw rod bottom
Portion is stretched to through through-hole is adjusted in waist-shaped hole, is fixedly connected with the second alignment roller；Adjusting spiral shell is provided on the adjusting screw rod
Mother, the adjusting nut are located above the adjusting through-hole；
The compression feed mechanism is located at aligning mechanism side, and the compression feed mechanism includes feeding bottom plate, feeding cylinder, send
Expect Cylinder mount bracket, the linear guide, feeding workbench, buffer, buffer mounting bracket；The feeding bottom plate is square plate
Body structure, the feeding bottom plate are fixedly connected on by bolt and nut on the operating room bottom plate；The linear guide, feeding gas
Cylinder mounting bracket and buffer mounting bracket are fixedly installed on the feeding bottom plate, and the linear guide quantity is two
It is a, it is set in parallel on the feeding bottom plate；The feeding cylinder mounting bracket and buffer mounting bracket be respectively provided with
Between two the linear guides, the feeding cylinder mounting bracket is located at described feeding bottom plate one end, the buffer mounting bracket
Positioned at the feeding bottom plate other end；The L-shaped structure of feeding cylinder mounting bracket, the feeding cylinder pass through bolt and nut
It is fixed in the feeding cylinder mounting bracket；The L-shaped structure of buffer mounting bracket, the buffer pass through bolt spiral shell
Mother is fixed at the top of the buffer mounting bracket；The feeding workbench is square structure, and the feeding workbench bottom is solid
Surely it is provided with feeding sliding block mounting plate, the feeding sliding block mounting plate is in " n " shape structure, the feeding sliding block mounting plate bottom two
Hold each fixed setting there are one feeding sliding block, fluted, the groove shapes, size, position is arranged in the feeding slider bottom
Corresponding with the linear guide, the linear guide is entrenched in the groove；Both ends are each at the top of the feeding workbench
If there are one guiding axis, press cylinder mounting blocks, the press cylinder mounting blocks are fixedly installed at the top of two guiding axis
Be square structure, and the press cylinder mounting blocks top center is fixedly installed press cylinder, and the press cylinder is fixed
It is provided with press cylinder connecting shaft, the press cylinder connecting shaft runs through press cylinder mounting blocks, and bottom stretches to press cylinder
Mounting blocks bottom, and it is fixedly connected with feeding part guide pad, feeding part guide pad both sides are provided with guide through hole, institute
Feeding part guide pad is stated to be linked on guiding axis by guide through hole, the feeding part guide pad top center be position with
Press cylinder connecting shaft bottom is fixedly connected；Feeding part guide pad bottom is fixedly installed compact heap, the pressure
Tight block is square structure, and the compact heap is located at the bottom centre position of the feeding part guide pad；The compact heap is located at
The feeding workbench position directly above；The feeding sliding block mounting plate side is fixedly installed feeding cylinder link block, described
Feeding cylinder is located at the feeding sliding block mounting plate another time, and feeding cylinder connecting rod is provided on the feeding cylinder, described
Feeding cylinder connecting rod one end is fixedly connected with feeding cylinder, and the other end is fixedly connected with feeding cylinder link block, the feeding
Cylinder connecting rod is located at the feeding sliding block mounting plate lower position；The rounded through-hole of guide through hole；The press cylinder
Connecting shaft is in be vertically arranged；The press cylinder is in be vertically arranged；The guiding axis is in be vertically arranged；
The cutting mechanism is set to the pressing conveyer side, and the cutting mechanism includes cutting pedestal；It is described to cut
Pedestal is square structure, it is described cut pedestal pass through bolt and nut fix on the operating room bottom plate；It is described to cut on pedestal
It is fixedly installed lower cutter mounting base, the lower cutter mounting base is square structure, is provided with down in the lower cutter mounting base
Cutter mounting groove, is provided with lower cutter in the lower cutter mounting groove, and described lower cutter one end is square structure, and the other end is in oblique
Face structure, once there are two positioning bolt holes for setting for the lower cutter mounting groove, and rectangular one end of the lower cutter is fixedly connected
Two positioning bolts, positioning bolt one end and lower cutter, the other end run through lower cutter mounting base side wall, are worn from positioning bolt hole
It crosses, lower cutter spring is sheathed on the positioning bolt, the lower cutter spring is located at the lower cutter mounting base and lower cutter
Between；The pedestal both sides that cut respectively are fixedly installed there are one guiding axis is cut, and the guiding axis that cuts is in be vertically arranged；It is described
It cuts guiding axis and cuts symmetrical setting on pedestal described；It is described cut to be fixed at the top of guiding axis cut cylinder installation
Block；The cylinder mounting block that cuts is square structure, it is described cut cylinder mounting block top center and be fixedly installed cut
Cylinder；Described cut is sheathed with upper cutter mounting blocks on guiding axis, upper cutter mounting blocks cut upper downslide on guiding axis described
Dynamic connection；The upper cutter mounting blocks top center, which is connected with, cuts cylinder connecting shaft, described to cut cylinder connecting shaft bottom
Portion is fixedly connected with upper cutter mounting blocks, and top is fixedly connected with the cylinder bottom that cuts through cutting cylinder mounting block；Institute
It states upper cutter mounting blocks bottom and is fixedly installed precompressed guiding axis, it is two that the precompressed, which is oriented to the number of axle, is pacified in institute's upper cutter
Fill the symmetrical setting in bottom of block, the precompressed guiding axis in being vertically arranged, precompressed guiding axis bottom with it is described under
Cutting knife mounting seat is fixedly connected, and top is fixedly connected with the upper cutter mounting blocks；Fitting is provided on the precompressed guiding axis
Preloading block, the preloading block are square structure, and both ends are each provided with a lifting column, the lifting column bottom at the top of the preloading block
Portion is fixedly connected with the preloading block, and upper cutter mounting blocks are run through at the top of the lifting column, spiral shell is provided at the top of the lifting column
The top nut of mother, the lifting column are located above the upper cutter mounting blocks；The upper cutter mounting blocks and the lifting column
It is slidably connected；It is provided with pre-compressed spring between the upper cutter mounting blocks and preloading block, fixes and sets on the upper cutter mounting blocks
It is equipped with upper cutter；Upper cutter mounting blocks both ends are respectively provided with a through-hole, and the guiding axis that cuts passes through upper cutter mounting blocks
On through-hole, realize upper cutter mounting blocks connection is slided up and down on guiding axis in described cut；The preloading block both ends are respectively arranged
There are one through-hole, two precompressed guiding axis pass through the through-hole in preloading block, realize preloading block on the precompressed guiding axis
Slide up and down connection；The cylinder connecting shaft that cuts is in be vertically arranged；The trapezoidal structure in lower cutter side；The positioning spiral shell
The rounded through-hole structure of keyhole；The lower cutter mounting groove is square structure；
The haulage gear is located at the cutting mechanism side, and the haulage gear includes straight line module, traction slide unit, traction branch
Support, traction briquetting, traction cylinder, traction cylinder mounting plate, traction air cylinder pressure plate, drag chain, drag chain mounting plate, drag chain bottom plate,
Magazine, magazine place bottom plate；The straight line module and the magazine place the elongated structure of bottom plate, the straight line module with
The magazine places bottom plate and is set in parallel, and the straight line module is placed bottom plate with the magazine and is fixed on by bolt and nut
On the operating room bottom plate；The magazine is rectangle setting, and the magazine is positioned over the magazine and places on bottom plate；It is described to lead
Draw slide unit bottom to be fixed on straight line module, the traction slide unit realizes linear sliding motion by straight line module；The traction
Slide unit side is fixedly connected with drag chain mounting plate, and the traction supporting rack includes traction riser and traction cross bar, the traction
Cross bar quantity is that two one end bottom is fixedly connected with the traction slider top, and it is perpendicular that the traction is fixedly connected at the top of the other end
Plate bottom side, the traction riser are located at the magazine top position；Pacify with the traction cylinder described traction riser one end
Loading board is fixedly connected, and for the traction cylinder connecting plate in being vertically arranged, the traction cylinder is fixed at the traction cylinder
On connecting plate, the traction cylinder bottom is provided with traction air cylinder pressure plate；Traction cylinder connecting plate bottom side, which is fixed, to be connected
Traction briquetting is connect, the traction briquetting is located at the traction cylinder lower position；The traction briquetting is located at lower cutter peace
Fill seat side；The drag chain is set to straight line module side, and the drag chain is set in parallel with the straight line module, described
Drag chain end is installed on the drag chain mounting plate；Servo motor is provided on the straight line module, the servo motor is located at
Straight line module one end；
The feeding cylinder, press cylinder, cut cylinder, straight line module, traction cylinder be connected with controller by electric wire.
Further, it is provided with reduction box on the servo motor.
Further, two feeding sliding blocks are in the symmetrical setting in the feeding sliding block mounting plate bottom.
Further, the first alignment roller is interspersed with the second alignment roller.
Further, the adjusting screw rod is achieved a fixed connection with the second alignment roller by screw hole, nut cooperation.
Further, the pre-compressed spring is linked in precompressed guiding axis or is linked in lifting column one or two kinds of.
Beneficial effects of the present invention are：
Blowing component uses special designing material volume mounting disc, the design material volume baffle of both sides to be sent out when effectively material volume can be avoided to draw
It is raw to skid or deviate；In addition unique setting servo axis, while capable of accomplishing effectively to draw to material volume, moreover it is possible to play preliminary corrections
The effect of busbar ensures effective cutting when cutting, improves cutting effect.Speed governing is carried out to material volume using magnetic powder cluth,
Fast response time, it is simple in structure, pollution-free, noiseless, without impact vibration, can be good to material volume movement accomplish adjust make
With.
Burring mechanism compresses downwards adjustable Burr removing roller using spring, may make between two Burr removing rollers
Spacing it is adjustable, it is different for the thickness degree of different busbars, can adapt to a variety of busbars.Periodically adjusting screw is carried out
Fine tuning calibration, gap is reasonable between ensureing two Burr removing rollers.Using Burr removing roller and the dual deburring structure of sand paper, busbar
First pass through the pressing of two Burr removing rollers so that bulky grain burr is driven plain, and then by polishing between two layers of sand paper, is had
Effect polishes fine particle, can improve the efficiency of deburring, and significantly improve using effect.
When in use, the first alignment roller is located at below busbar aligning mechanism, and the second alignment roller is located above busbar, leads to
Cross multiple alignment roller cooperations so that busbar can ensure not deviate, not tilt when transporting, and ensure busbar cuts effect
Fruit.And different make is met, it can be achieved that the busbar to different-thickness is finely adjusted by adjusting screw rod cooperation the second alignment roller
With demand, expand use scope.
Compressing feed mechanism realizes mechanization production, avoids artificial manual operations, efficient, effect is good.It can be continuous
Change large-scale production, greatly improves enterprise scale production efficiency.It is cooperated using two cylinders, is quickly sent after realizing pressing
Busbar repeatedly back and forth quickly can be sent to cutting mechanism by material, and accuracy is high, and rate is high.
Cutting mechanism carries out precompressed using preloading block so that in formal cut, busbar will not shift, and ensure to cut out
Specification is cut, promotion cuts effect.Upper lower cutter cooperation, using the lower cutter of beveled edge, under the lower cutter cooperation of special setting
Cutter spring, in cutting, cutter is with resilience at present, and the cutter head blade in cutting action will not occur upper cutter with lower cutter
Collision, the case where avoiding that cutter is caused to damage.The present invention uses mechanization production, and cutting efficiency is high, and cut form is unified,
Adapt to the large-scale standardized production of enterprise.
Haulage gear is arranged in uniqueness, realizes blanking mechanicalization operation, avoids using artificial, liberation labour, operation is time saving
It is laborsaving, it is convenient for the needs of enterprise's mass mechanized production.
Description of the drawings
Fig. 1 is front view of the present invention.
Fig. 2 is A-A of the present invention to diagrammatic cross-section.
Fig. 3 is blowing component front view of the present invention.
Fig. 4 is blowing component left view of the present invention.
Fig. 5 is burring mechanism front view of the present invention.
Fig. 6 is burring mechanism left view of the present invention.
Fig. 7 is burring mechanism stereogram of the present invention.
Fig. 8 is aligning mechanism stereogram of the present invention.
Fig. 9 is aligning mechanism rearview of the present invention.
Figure 10 is aligning mechanism side view of the present invention.
Figure 11 is that the present invention compresses feed mechanism front view.
Figure 12 is that the present invention compresses feed mechanism left view.
Figure 13 is that the present invention compresses feed mechanism stereogram.
Figure 14 is cutting mechanism front view of the present invention.
Figure 15 is cutting mechanism isometric front view of the present invention.
Figure 16 is cutting mechanism rear isometric view of the present invention.
Figure 17 is the vertical view of haulage gear of the present invention.
Figure 18 is present invention traction slide unit stereo amplification figure.
Specific implementation mode
Clear to make technical scheme of the present invention be more clear, the present invention is described further below in conjunction with the accompanying drawings,
Any technical characteristic to technical solution of the present invention carries out the scheme that equivalencing is obtained with conventional reasoning and each falls within guarantor of the present invention
Protect range.Being fixedly connected mentioned in the present invention, fixed setting are the general connection mode in machinery field, welding, glue
Viscous, bolt and nut connection and screw connection.
Reference sign
Guillotine shell 1, operating room 11, operating room bottom plate 111, controller holder 2, controller 3；
Blowing component 4, material volume 41, charging tray mounting bracket 42, servo axis 43, material volume mounting disc 44, material volume baffle 45, charging tray mandrel
46, magnetic powder cluth 47, clutch support seat 48, shaft coupling 49, flange shaft bearing 410, rolling bearing units 411；
Burring mechanism 5, deburring bottom plate 51, deburring bearing 52, fixed roller support plate 53, pressing bayonet 531, fixation are gone
Burr roller 54, band baffle ring bearing 541, adjustable Burr removing roller 55, copper ring 551, circlip 552, spring lock block 56, spring
57, positioning screw 571, spring bearer plate 58, adjusting screw 59, sand paper fixed plate 510, sand paper fixed seat 511, sand paper 512, hexagonal
Nut 513；
Aligning mechanism 6, alignment mounting plate 61, alignment mounting base 62, first are straightened roller 63, second and are straightened roller 64, positioning shaft sleeve
641, waist-shaped hole 65, adjusting through-hole 66, adjusting screw rod 67, adjusting nut 68；
Compress feed mechanism 7, the linear guide 71, feeding sliding block 72, press cylinder 73, press cylinder connecting shaft 74, feeding bottom plate
75, feeding sliding block mounting plate 76, feeding cylinder link block 77, feeding cylinder mounting bracket 78, feeding workbench 79, feeding part
Guide pad 710, guiding axis 711, press cylinder mounting blocks 712, buffer mounting bracket 713, compact heap 714, feeding cylinder
715, buffer 716, groove 717, guide through hole 718, feeding cylinder connecting rod 719；
Cutting mechanism 8 cuts pedestal 81, lower cutter mounting base 82, preloading block 83, cuts cylinder 84, upper cutter mounting blocks 85, cuts out
It cuts cylinder mounting block 86, cut guiding axis 87, precompressed guiding axis 88, lifting column 89, pre-compressed spring 810, lower cutter mounting groove
811, lower cutter 812, upper cutter 813, lower cutter spring 814, positioning bolt 815, cut cylinder connecting shaft 816；
Haulage gear 9, straight line module 91, traction slide unit 92, traction supporting rack 93, traction riser 931, traction cross bar 932, traction
Briquetting 94, traction cylinder 95, traction cylinder mounting plate 96, traction air cylinder pressure plate 97, drag chain 98, drag chain mounting plate 99, drag chain bottom
Plate 910, magazine 911, magazine place bottom plate 912, servo motor 913, reduction box 914, busbar 915.
A kind of full automatic high efficiency guillotine of busbar, which is characterized in that including guillotine shell, the shell that cuts is in
Rectangular, the guillotine case top is provided with controller holder, and controller holder one end, which is fixed on, described cuts casing
At the top of body, other end bottom is fixed with controller, and the controller is PLC controller；The guillotine upper part of the housing is provided with
Operating room is disposed with blowing component, burring mechanism, aligning mechanism, compression on the operating room bottom plate and send from left to right
Expect mechanism, cutting mechanism and haulage gear；
The blowing component includes material volume mounting disc, charging tray mandrel, charging tray mounting bracket, magnetic powder cluth and shaft coupling；Institute
The L-shaped structure of charging tray mounting bracket is stated, charging tray mounting bracket bottom is fixedly mounted on operating room bottom plate by bolt and nut
On；Charging tray mounting bracket front side is provided with flange shaft bearing by bolt and nut, is fixed in the flange shaft bearing
Servo axis is set；Charging tray mounting bracket front top center is fixedly installed rolling bearing units；The material volume installation branch
Frame reverse side top center is fixedly installed clutch support seat, and magnetic powder cluth is provided on the clutch support seat；
Material volume mounting disc both sides are provided with material volume baffle；The charging tray mandrel is fixedly installed on the material volume mounting disc centre bit
It sets, charging tray mandrel one end rolling bearing units are fixed with shaft coupling, and are connected with the magnetic powder cluth by shaft coupling；Institute
It is in cirque structure to state material volume baffle；Material volume is mounted in the material volume mounting disc；
The burring mechanism is located at material volume mounting disc lower position, and burring mechanism is located at the servo axis side；It is described to go
Burr mechanism includes deburring bottom plate, deburring bearing and fixed roller support plate；The deburring bottom plate passes through bolt spiral shell
Mother is fixedly connected on the operating room bottom plate；The deburring bearing is square structure, is fixedly installed on the deburring bottom
On plate, the fixed roller support plate quantity is two, and fixed roller support plate bottom is fixedly connected with deburring bottom plate；Two
The fixed roller support plate is symmetrical to be distributed in deburring bearing both sides, two fixed roller support plates with
The deburring bearing is fixedly connected；The fixed roller support plate square structure, top are provided with pressing bayonet, the pressure
The U-shaped structure of bayonet is closed, the fixed roller support plate top center position is located at；It is set in two fixed roller support plates
Fixed Burr removing roller and an adjustable Burr removing roller there are one setting；It is provided with bearing hole in the fixed roller support plate, institute
Stating fixed Burr removing roller both ends, respectively there are one band baffle ring bearings, the band baffle ring bearing to be rotatably entrenched in described for fixed setting
In the bearing hole of fixed roller support plate, the fixed Burr removing roller is rotatably fixed in the fixed roller support plate；
Copper ring is sheathed with outside the adjustable Burr removing roller both ends, the copper ring is rotatably entrenched in the pressing bayonet bottom, institute
It states copper ring both sides and is provided with circlip；Spring lock block and spring, the bullet are provided with inside the pressing bayonet from top to bottom
Spring bottom is fixedly installed positioning screw, and corresponding positioning screw is provided with screw hole, the positioning screw and institute at the top of the copper ring
State the screw hole mutual cooperation connection on copper ring；The spring lock block is located at the spring top；Two fixed roll supports
It is fixedly installed spring bearer plate at the top of plate, is symmetrical arranged on the spring bearer plate there are two tapped through hole, in the tapped through hole
It is provided with adjusting screw, spring bearer plate is run through in the adjusting screw bottom, and is fixedly connected with the spring lock block；The fixation
Roll support plate side is provided with sand paper fixed plate, and the sand paper fixed plate quantity is two, and in distribution up and down, the sand paper is solid
Sand paper fixed seat is provided on fixed board, the sand paper fixed seat quantity is two, L-shaped plate body structure, and two sand paper are solid
Reservation is fitted between two sand paper fixed seats in being symmetrical arranged up and down and is provided with two layers of sand paper；The adjusting screw setting
There is hex nut；The deburring bottom plate is achieved a fixed connection with deburring bearing by screw；
The aligning mechanism is located at burring mechanism side；The aligning mechanism includes being straightened mounting plate and alignment mounting base,
The alignment mounting plate is square plate body structure, in being vertically arranged；The alignment mounting base is square structure, fixed setting and institute
Alignment mounting plate bottom side is stated, the alignment mounting base is fixed on by bolt and nut on the operating room bottom plate；The school
The first alignment roller and the second alignment roller are provided on straight mounting plate；The first alignment roller quantity is four, first alignment
Roller one end is fixedly connected by bolt and nut with the alignment mounting plate, and the first alignment roller is in the alignment mounting plate
Between position be uniformly distributed in "-" type；The second alignment roller quantity is three, and the second alignment roller is located at first school
Straight roller top position, there are two positioning shaft sleeves for second alignment roller side setting；On the alignment mounting plate there are three settings
Waist-shaped hole, three waist-shaped holes are uniformly located between four the first alignment rollers, and second alignment roller side passes through waist
Type hole, second two positioning shaft sleeves being straightened on roller are located at the waist-shaped hole both sides；Setting at the top of the waist-shaped hole
There is adjusting through-hole, adjusting screw rod is provided in the adjusting through-hole, the adjusting screw rod is in be vertically arranged, the adjusting screw rod bottom
Portion is stretched to through through-hole is adjusted in waist-shaped hole, is fixedly connected with the second alignment roller；Adjusting spiral shell is provided on the adjusting screw rod
Mother, the adjusting nut are located above the adjusting through-hole；
The compression feed mechanism is located at aligning mechanism side, and the compression feed mechanism includes feeding bottom plate, feeding cylinder, send
Expect Cylinder mount bracket, the linear guide, feeding workbench, buffer, buffer mounting bracket；The feeding bottom plate is square plate
Body structure, the feeding bottom plate are fixedly connected on by bolt and nut on the operating room bottom plate；The linear guide, feeding gas
Cylinder mounting bracket and buffer mounting bracket are fixedly installed on the feeding bottom plate, and the linear guide quantity is two
It is a, it is set in parallel on the feeding bottom plate；The feeding cylinder mounting bracket and buffer mounting bracket be respectively provided with
Between two the linear guides, the feeding cylinder mounting bracket is located at described feeding bottom plate one end, the buffer mounting bracket
Positioned at the feeding bottom plate other end；The L-shaped structure of feeding cylinder mounting bracket, the feeding cylinder pass through bolt and nut
It is fixed in the feeding cylinder mounting bracket；The L-shaped structure of buffer mounting bracket, the buffer pass through bolt spiral shell
Mother is fixed at the top of the buffer mounting bracket；The feeding workbench is square structure, and the feeding workbench bottom is solid
Surely it is provided with feeding sliding block mounting plate, the feeding sliding block mounting plate is in " n " shape structure, the feeding sliding block mounting plate bottom two
Hold each fixed setting there are one feeding sliding block, fluted, the groove shapes, size, position is arranged in the feeding slider bottom
Corresponding with the linear guide, the linear guide is entrenched in the groove；Both ends are each at the top of the feeding workbench
If there are one guiding axis, press cylinder mounting blocks, the press cylinder mounting blocks are fixedly installed at the top of two guiding axis
Be square structure, and the press cylinder mounting blocks top center is fixedly installed press cylinder, and the press cylinder is fixed
It is provided with press cylinder connecting shaft, the press cylinder connecting shaft runs through press cylinder mounting blocks, and bottom stretches to press cylinder
Mounting blocks bottom, and it is fixedly connected with feeding part guide pad, feeding part guide pad both sides are provided with guide through hole, institute
Feeding part guide pad is stated to be linked on guiding axis by guide through hole, the feeding part guide pad top center be position with
Press cylinder connecting shaft bottom is fixedly connected；Feeding part guide pad bottom is fixedly installed compact heap, the pressure
Tight block is square structure, and the compact heap is located at the bottom centre position of the feeding part guide pad；The compact heap is located at
The feeding workbench position directly above；The feeding sliding block mounting plate side is fixedly installed feeding cylinder link block, described
Feeding cylinder is located at the feeding sliding block mounting plate another time, and feeding cylinder connecting rod is provided on the feeding cylinder, described
Feeding cylinder connecting rod one end is fixedly connected with feeding cylinder, and the other end is fixedly connected with feeding cylinder link block, the feeding
Cylinder connecting rod is located at the feeding sliding block mounting plate lower position；The rounded through-hole of guide through hole；The press cylinder
Connecting shaft is in be vertically arranged；The press cylinder is in be vertically arranged；The guiding axis is in be vertically arranged；
The cutting mechanism is set to the pressing conveyer side, and the cutting mechanism includes cutting pedestal；It is described to cut
Pedestal is square structure, it is described cut pedestal pass through bolt and nut fix on the operating room bottom plate；It is described to cut on pedestal
It is fixedly installed lower cutter mounting base, the lower cutter mounting base is square structure, is provided with down in the lower cutter mounting base
Cutter mounting groove, is provided with lower cutter in the lower cutter mounting groove, and described lower cutter one end is square structure, and the other end is in oblique
Face structure, once there are two positioning bolt holes for setting for the lower cutter mounting groove, and rectangular one end of the lower cutter is fixedly connected
Two positioning bolts, positioning bolt one end and lower cutter, the other end run through lower cutter mounting base side wall, are worn from positioning bolt hole
It crosses, lower cutter spring is sheathed on the positioning bolt, the lower cutter spring is located at the lower cutter mounting base and lower cutter
Between；The pedestal both sides that cut respectively are fixedly installed there are one guiding axis is cut, and the guiding axis that cuts is in be vertically arranged；It is described
It cuts guiding axis and cuts symmetrical setting on pedestal described；It is described cut to be fixed at the top of guiding axis cut cylinder installation
Block；The cylinder mounting block that cuts is square structure, it is described cut cylinder mounting block top center and be fixedly installed cut
Cylinder；Described cut is sheathed with upper cutter mounting blocks on guiding axis, upper cutter mounting blocks cut upper downslide on guiding axis described
Dynamic connection；The upper cutter mounting blocks top center, which is connected with, cuts cylinder connecting shaft, described to cut cylinder connecting shaft bottom
Portion is fixedly connected with upper cutter mounting blocks, and top is fixedly connected with the cylinder bottom that cuts through cutting cylinder mounting block；Institute
It states upper cutter mounting blocks bottom and is fixedly installed precompressed guiding axis, it is two that the precompressed, which is oriented to the number of axle, is pacified in institute's upper cutter
Fill the symmetrical setting in bottom of block, the precompressed guiding axis in being vertically arranged, precompressed guiding axis bottom with it is described under
Cutting knife mounting seat is fixedly connected, and top is fixedly connected with the upper cutter mounting blocks；Fitting is provided on the precompressed guiding axis
Preloading block, the preloading block are square structure, and both ends are each provided with a lifting column, the lifting column bottom at the top of the preloading block
Portion is fixedly connected with the preloading block, and upper cutter mounting blocks are run through at the top of the lifting column, spiral shell is provided at the top of the lifting column
The top nut of mother, the lifting column are located above the upper cutter mounting blocks；The upper cutter mounting blocks and the lifting column
It is slidably connected；It is provided with pre-compressed spring between the upper cutter mounting blocks and preloading block, fixes and sets on the upper cutter mounting blocks
It is equipped with upper cutter；Upper cutter mounting blocks both ends are respectively provided with a through-hole, and the guiding axis that cuts passes through upper cutter mounting blocks
On through-hole, realize upper cutter mounting blocks connection is slided up and down on guiding axis in described cut；The preloading block both ends are respectively arranged
There are one through-hole, two precompressed guiding axis pass through the through-hole in preloading block, realize preloading block on the precompressed guiding axis
Slide up and down connection；The cylinder connecting shaft that cuts is in be vertically arranged；The trapezoidal structure in lower cutter side；The positioning spiral shell
The rounded through-hole structure of keyhole；The lower cutter mounting groove is square structure；
The haulage gear is located at the cutting mechanism side, and the haulage gear includes straight line module, traction slide unit, traction branch
Support, traction briquetting, traction cylinder, traction cylinder mounting plate, traction air cylinder pressure plate, drag chain, drag chain mounting plate, drag chain bottom plate,
Magazine, magazine place bottom plate；The straight line module and the magazine place the elongated structure of bottom plate, the straight line module with
The magazine places bottom plate and is set in parallel, and the straight line module is placed bottom plate with the magazine and is fixed on by bolt and nut
On the operating room bottom plate；The magazine is rectangle setting, and the magazine is positioned over the magazine and places on bottom plate；It is described to lead
Draw slide unit bottom to be fixed on straight line module, the traction slide unit realizes linear sliding motion by straight line module；The traction
Slide unit side is fixedly connected with drag chain mounting plate, and the traction supporting rack includes traction riser and traction cross bar, the traction
Cross bar quantity is that two one end bottom is fixedly connected with the traction slider top, and it is perpendicular that the traction is fixedly connected at the top of the other end
Plate bottom side, the traction riser are located at the magazine top position；Pacify with the traction cylinder described traction riser one end
Loading board is fixedly connected, and for the traction cylinder connecting plate in being vertically arranged, the traction cylinder is fixed at the traction cylinder
On connecting plate, the traction cylinder bottom is provided with traction air cylinder pressure plate；Traction cylinder connecting plate bottom side, which is fixed, to be connected
Traction briquetting is connect, the traction briquetting is located at the traction cylinder lower position；The traction briquetting is located at lower cutter peace
Fill seat side；The drag chain is set to straight line module side, and the drag chain is set in parallel with the straight line module, described
Drag chain end is installed on the drag chain mounting plate；Servo motor is provided on the straight line module, the servo motor is located at
Straight line module one end；
The feeding cylinder, press cylinder, cut cylinder, straight line module, traction cylinder be connected with controller by electric wire.
Further, it is provided with reduction box on the servo motor.
Further, two feeding sliding blocks are in the symmetrical setting in the feeding sliding block mounting plate bottom.
Further, the first alignment roller is interspersed with the second alignment roller.
Further, the adjusting screw rod is achieved a fixed connection with the second alignment roller by screw hole, nut cooperation.
Further, the pre-compressed spring is linked in precompressed guiding axis or is linked in lifting column one or two kinds of.
Workflow：
In use, material volume is mounted in the material volume mounting disc, busbar is drawn between material volume baffle, and fitting is by servo-actuated
It is introduced into burring mechanism after axis；Busbar first passes through Burr removing roller pressing on burring mechanism, polishes using sand paper；
Subsequent busbar is straightened between introducing alignment roller, busbar draws from material volume, into deburring, into aligning mechanism
Power both is from compacting feeder.
When in use, busbar is positioned on feeding workbench compacting feeder, and controller controls press cylinder and opens,
Press cylinder connecting rod material strip moves feeding part guide pad and moves downward, and busbar is pressed on feeding workbench by compact heap,
After compression, controller controls feeding cylinder and opens, and feeding cylinder drives feeding workbench to push forward, until feeding cylinder connects
Block touches buffer, feeding cylinder stop motion, and the press cylinder of controller control at this time resets, and busbar is released, and is converged
Feeding cylinder is reset to initial position after item unclamps, and realizes primary transport, and press cylinder is repeatedly back and forth realized with feeding cylinder converges
Flow the continuous transport of item.
Busbar is sent to cutting mechanism by compacting feeder, and busbar introduces in lower cutter mounting base；Controller control
Cylinder startup is cut in sanction, is cut cylinder drive and is cut cylinder connecting shaft and move downward, upper cutter mounting blocks and preloading block are downward
Movement, preloading block are pressed together in lower cutter mounting base, and upper cutter mounting blocks continue to move downward, until upper cutter is matched with lower cutter
Busbar is cut off in conjunction；After cut-out, controller control cuts cylinder drive and cuts cylinder connecting shaft and move upwards, upper cutter installation
Block moves upwards, and after upper cutter mounting blocks rise to certain position, preloading block is driven to move upwards, until returning back to initial bit
It sets.
By the busbar of well cutting after cutting mechanism is cut, as inclined lower cutter glides, it is snapped down under being located at
On the traction briquetting of cutter side, controller control starts traction cylinder and starts downwards, draws air cylinder pressure plate by the remittance of well cutting
Stream item is pressed together on traction briquetting, realizes that busbar is fixed, and controller control at this time starts the movement of straight line module, and busbar is moved
It moves to above magazine, traction cylinder is restarted in controller control, and traction cylinder moves upwards, and traction cylinder moves upwards, and converges
Item is released, and into magazine, controller control is again started up the movement of straight line module, and traction briquetting returns back to cutting mechanism outlet
Place.
Beneficial effects of the present invention are：
Blowing component uses special designing material volume mounting disc, the design material volume baffle of both sides to be sent out when effectively material volume can be avoided to draw
It is raw to skid or deviate；In addition unique setting servo axis, while capable of accomplishing effectively to draw to material volume, moreover it is possible to play preliminary corrections
The effect of busbar ensures effective cutting when cutting, improves cutting effect.Speed governing is carried out to material volume using magnetic powder cluth,
Fast response time, it is simple in structure, pollution-free, noiseless, without impact vibration, can be good to material volume movement accomplish adjust make
With.
Burring mechanism compresses downwards adjustable Burr removing roller using spring, may make between two Burr removing rollers
Spacing it is adjustable, it is different for the thickness degree of different busbars, can adapt to a variety of busbars.Periodically adjusting screw is carried out
Fine tuning calibration, gap is reasonable between ensureing two Burr removing rollers.Using Burr removing roller and the dual deburring structure of sand paper, busbar
First pass through the pressing of two Burr removing rollers so that bulky grain burr is driven plain, and then by polishing between two layers of sand paper, is had
Effect polishes fine particle, can improve the efficiency of deburring, and significantly improve using effect.
When in use, the first alignment roller is located at below busbar aligning mechanism, and the second alignment roller is located above busbar, leads to
Cross multiple alignment roller cooperations so that busbar can ensure not deviate, not tilt when transporting, and ensure busbar cuts effect
Fruit.And different make is met, it can be achieved that the busbar to different-thickness is finely adjusted by adjusting screw rod cooperation the second alignment roller
With demand, expand use scope.
Compressing feed mechanism realizes mechanization production, avoids artificial manual operations, efficient, effect is good.It can be continuous
Change large-scale production, greatly improves enterprise scale production efficiency.It is cooperated using two cylinders, is quickly sent after realizing pressing
Busbar repeatedly back and forth quickly can be sent to cutting mechanism by material, and accuracy is high, and rate is high.
Cutting mechanism carries out precompressed using preloading block so that in formal cut, busbar will not shift, and ensure to cut out
Specification is cut, promotion cuts effect.Upper lower cutter cooperation, using the lower cutter of beveled edge, under the lower cutter cooperation of special setting
Cutter spring, in cutting, cutter is with resilience at present, and the cutter head blade in cutting action will not occur upper cutter with lower cutter
Collision, the case where avoiding that cutter is caused to damage.The present invention uses mechanization production, and cutting efficiency is high, and cut form is unified,
Adapt to the large-scale standardized production of enterprise.
Haulage gear is arranged in uniqueness, realizes blanking mechanicalization operation, avoids using artificial, liberation labour, operation is time saving
It is laborsaving, it is convenient for the needs of enterprise's mass mechanized production.
The foregoing is only a preferred embodiment of the present invention, but scope of protection of the present invention is not limited thereto,
Any one skilled in the art in the technical scope disclosed by the present invention, the change or replacement that can be readily occurred in,
Should all it cover within the scope of the present invention.Therefore, protection scope of the present invention should be with the protection domain of claims
Subject to.
Claims (6)
1. a kind of full automatic high efficiency guillotine of busbar, which is characterized in that including guillotine shell, the shell that cuts is in side
Shape, the guillotine case top are provided with controller holder, and controller holder one end is fixed on the guillotine shell
Top, other end bottom are fixed with controller, and the controller is PLC controller；The guillotine upper part of the housing is provided with behaviour
Make room, is disposed with blowing component on the operating room bottom plate from left to right, burring mechanism, aligning mechanism, compresses feeding
Mechanism, cutting mechanism and haulage gear；
The blowing component includes material volume mounting disc, charging tray mandrel, charging tray mounting bracket, magnetic powder cluth and shaft coupling；Institute
The L-shaped structure of charging tray mounting bracket is stated, charging tray mounting bracket bottom is fixedly mounted on operating room bottom plate by bolt and nut
On；Charging tray mounting bracket front side is provided with flange shaft bearing by bolt and nut, is fixed in the flange shaft bearing
Servo axis is set；Charging tray mounting bracket front top center is fixedly installed rolling bearing units；The material volume installation branch
Frame reverse side top center is fixedly installed clutch support seat, and magnetic powder cluth is provided on the clutch support seat；
Material volume mounting disc both sides are provided with material volume baffle；The charging tray mandrel is fixedly installed on the material volume mounting disc centre bit
It sets, charging tray mandrel one end rolling bearing units are fixed with shaft coupling, and are connected with the magnetic powder cluth by shaft coupling；Institute
It is in cirque structure to state material volume baffle；Material volume is mounted in the material volume mounting disc；
The burring mechanism is located at material volume mounting disc lower position, and burring mechanism is located at the servo axis side；It is described to go
Burr mechanism includes deburring bottom plate, deburring bearing and fixed roller support plate；The deburring bottom plate passes through bolt spiral shell
Mother is fixedly connected on the operating room bottom plate；The deburring bearing is square structure, is fixedly installed on the deburring bottom
On plate, the fixed roller support plate quantity is two, and fixed roller support plate bottom is fixedly connected with deburring bottom plate；Two
The fixed roller support plate is symmetrical to be distributed in deburring bearing both sides, two fixed roller support plates with
The deburring bearing is fixedly connected；The fixed roller support plate square structure, top are provided with pressing bayonet, the pressure
The U-shaped structure of bayonet is closed, the fixed roller support plate top center position is located at；It is set in two fixed roller support plates
Fixed Burr removing roller and an adjustable Burr removing roller there are one setting；It is provided with bearing hole in the fixed roller support plate, institute
Stating fixed Burr removing roller both ends, respectively there are one band baffle ring bearings, the band baffle ring bearing to be rotatably entrenched in described for fixed setting
In the bearing hole of fixed roller support plate, the fixed Burr removing roller is rotatably fixed in the fixed roller support plate；
Copper ring is sheathed with outside the adjustable Burr removing roller both ends, the copper ring is rotatably entrenched in the pressing bayonet bottom, institute
It states copper ring both sides and is provided with circlip；Spring lock block and spring, the bullet are provided with inside the pressing bayonet from top to bottom
Spring bottom is fixedly installed positioning screw, and corresponding positioning screw is provided with screw hole, the positioning screw and institute at the top of the copper ring
State the screw hole mutual cooperation connection on copper ring；The spring lock block is located at the spring top；Two fixed roll supports
It is fixedly installed spring bearer plate at the top of plate, is symmetrical arranged on the spring bearer plate there are two tapped through hole, in the tapped through hole
It is provided with adjusting screw, spring bearer plate is run through in the adjusting screw bottom, and is fixedly connected with the spring lock block；The fixation
Roll support plate side is provided with sand paper fixed plate, and the sand paper fixed plate quantity is two, and in distribution up and down, the sand paper is solid
Sand paper fixed seat is provided on fixed board, the sand paper fixed seat quantity is two, L-shaped plate body structure, and two sand paper are solid
Reservation is fitted between two sand paper fixed seats in being symmetrical arranged up and down and is provided with two layers of sand paper；The adjusting screw setting
There is hex nut；The deburring bottom plate is achieved a fixed connection with deburring bearing by screw；
The aligning mechanism is located at burring mechanism side；The aligning mechanism includes being straightened mounting plate and alignment mounting base,
The alignment mounting plate is square plate body structure, in being vertically arranged；The alignment mounting base is square structure, fixed setting and institute
Alignment mounting plate bottom side is stated, the alignment mounting base is fixed on by bolt and nut on the operating room bottom plate；The school
The first alignment roller and the second alignment roller are provided on straight mounting plate；The first alignment roller quantity is four, first alignment
Roller one end is fixedly connected by bolt and nut with the alignment mounting plate, and the first alignment roller is in the alignment mounting plate
Between position be uniformly distributed in "-" type；The second alignment roller quantity is three, and the second alignment roller is located at first school
Straight roller top position, there are two positioning shaft sleeves for second alignment roller side setting；On the alignment mounting plate there are three settings
Waist-shaped hole, three waist-shaped holes are uniformly located between four the first alignment rollers, and second alignment roller side passes through waist
Type hole, second two positioning shaft sleeves being straightened on roller are located at the waist-shaped hole both sides；Setting at the top of the waist-shaped hole
There is adjusting through-hole, adjusting screw rod is provided in the adjusting through-hole, the adjusting screw rod is in be vertically arranged, the adjusting screw rod bottom
Portion is stretched to through through-hole is adjusted in waist-shaped hole, is fixedly connected with the second alignment roller；Adjusting spiral shell is provided on the adjusting screw rod
Mother, the adjusting nut are located above the adjusting through-hole；
The compression feed mechanism is located at aligning mechanism side, and the compression feed mechanism includes feeding bottom plate, feeding cylinder, send
Expect Cylinder mount bracket, the linear guide, feeding workbench, buffer, buffer mounting bracket；The feeding bottom plate is square plate
Body structure, the feeding bottom plate are fixedly connected on by bolt and nut on the operating room bottom plate；The linear guide, feeding gas
Cylinder mounting bracket and buffer mounting bracket are fixedly installed on the feeding bottom plate, and the linear guide quantity is two
It is a, it is set in parallel on the feeding bottom plate；The feeding cylinder mounting bracket and buffer mounting bracket be respectively provided with
Between two the linear guides, the feeding cylinder mounting bracket is located at described feeding bottom plate one end, the buffer mounting bracket
Positioned at the feeding bottom plate other end；The L-shaped structure of feeding cylinder mounting bracket, the feeding cylinder pass through bolt and nut
It is fixed in the feeding cylinder mounting bracket；The L-shaped structure of buffer mounting bracket, the buffer pass through bolt spiral shell
Mother is fixed at the top of the buffer mounting bracket；The feeding workbench is square structure, and the feeding workbench bottom is solid
Surely it is provided with feeding sliding block mounting plate, the feeding sliding block mounting plate is in " n " shape structure, the feeding sliding block mounting plate bottom two
Hold each fixed setting there are one feeding sliding block, fluted, the groove shapes, size, position is arranged in the feeding slider bottom
Corresponding with the linear guide, the linear guide is entrenched in the groove；Both ends are each at the top of the feeding workbench
If there are one guiding axis, press cylinder mounting blocks, the press cylinder mounting blocks are fixedly installed at the top of two guiding axis
Be square structure, and the press cylinder mounting blocks top center is fixedly installed press cylinder, and the press cylinder is fixed
It is provided with press cylinder connecting shaft, the press cylinder connecting shaft runs through press cylinder mounting blocks, and bottom stretches to press cylinder
Mounting blocks bottom, and it is fixedly connected with feeding part guide pad, feeding part guide pad both sides are provided with guide through hole, institute
Feeding part guide pad is stated to be linked on guiding axis by guide through hole, the feeding part guide pad top center be position with
Press cylinder connecting shaft bottom is fixedly connected；Feeding part guide pad bottom is fixedly installed compact heap, the pressure
Tight block is square structure, and the compact heap is located at the bottom centre position of the feeding part guide pad；The compact heap is located at
The feeding workbench position directly above；The feeding sliding block mounting plate side is fixedly installed feeding cylinder link block, described
Feeding cylinder is located at the feeding sliding block mounting plate another time, and feeding cylinder connecting rod is provided on the feeding cylinder, described
Feeding cylinder connecting rod one end is fixedly connected with feeding cylinder, and the other end is fixedly connected with feeding cylinder link block, the feeding
Cylinder connecting rod is located at the feeding sliding block mounting plate lower position；The rounded through-hole of guide through hole；The press cylinder
Connecting shaft is in be vertically arranged；The press cylinder is in be vertically arranged；The guiding axis is in be vertically arranged；
The cutting mechanism is set to the pressing conveyer side, and the cutting mechanism includes cutting pedestal；It is described to cut
Pedestal is square structure, it is described cut pedestal pass through bolt and nut fix on the operating room bottom plate；It is described to cut on pedestal
It is fixedly installed lower cutter mounting base, the lower cutter mounting base is square structure, is provided with down in the lower cutter mounting base
Cutter mounting groove, is provided with lower cutter in the lower cutter mounting groove, and described lower cutter one end is square structure, and the other end is in oblique
Face structure, once there are two positioning bolt holes for setting for the lower cutter mounting groove, and rectangular one end of the lower cutter is fixedly connected
Two positioning bolts, positioning bolt one end and lower cutter, the other end run through lower cutter mounting base side wall, are worn from positioning bolt hole
It crosses, lower cutter spring is sheathed on the positioning bolt, the lower cutter spring is located at the lower cutter mounting base and lower cutter
Between；The pedestal both sides that cut respectively are fixedly installed there are one guiding axis is cut, and the guiding axis that cuts is in be vertically arranged；It is described
It cuts guiding axis and cuts symmetrical setting on pedestal described；It is described cut to be fixed at the top of guiding axis cut cylinder installation
Block；The cylinder mounting block that cuts is square structure, it is described cut cylinder mounting block top center and be fixedly installed cut
Cylinder；Described cut is sheathed with upper cutter mounting blocks on guiding axis, upper cutter mounting blocks cut upper downslide on guiding axis described
Dynamic connection；The upper cutter mounting blocks top center, which is connected with, cuts cylinder connecting shaft, described to cut cylinder connecting shaft bottom
Portion is fixedly connected with upper cutter mounting blocks, and top is fixedly connected with the cylinder bottom that cuts through cutting cylinder mounting block；Institute
It states upper cutter mounting blocks bottom and is fixedly installed precompressed guiding axis, it is two that the precompressed, which is oriented to the number of axle, is pacified in institute's upper cutter
Fill the symmetrical setting in bottom of block, the precompressed guiding axis in being vertically arranged, precompressed guiding axis bottom with it is described under
Cutting knife mounting seat is fixedly connected, and top is fixedly connected with the upper cutter mounting blocks；Fitting is provided on the precompressed guiding axis
Preloading block, the preloading block are square structure, and both ends are each provided with a lifting column, the lifting column bottom at the top of the preloading block
Portion is fixedly connected with the preloading block, and upper cutter mounting blocks are run through at the top of the lifting column, spiral shell is provided at the top of the lifting column
The top nut of mother, the lifting column are located above the upper cutter mounting blocks；The upper cutter mounting blocks and the lifting column
It is slidably connected；It is provided with pre-compressed spring between the upper cutter mounting blocks and preloading block, fixes and sets on the upper cutter mounting blocks
It is equipped with upper cutter；Upper cutter mounting blocks both ends are respectively provided with a through-hole, and the guiding axis that cuts passes through upper cutter mounting blocks
On through-hole, realize upper cutter mounting blocks connection is slided up and down on guiding axis in described cut；The preloading block both ends are respectively arranged
There are one through-hole, two precompressed guiding axis pass through the through-hole in preloading block, realize preloading block on the precompressed guiding axis
Slide up and down connection；The cylinder connecting shaft that cuts is in be vertically arranged；The trapezoidal structure in lower cutter side；The positioning spiral shell
The rounded through-hole structure of keyhole；The lower cutter mounting groove is square structure；
The haulage gear is located at the cutting mechanism side, and the haulage gear includes straight line module, traction slide unit, traction branch
Support, traction briquetting, traction cylinder, traction cylinder mounting plate, traction air cylinder pressure plate, drag chain, drag chain mounting plate, drag chain bottom plate,
Magazine, magazine place bottom plate；The straight line module and the magazine place the elongated structure of bottom plate, the straight line module with
The magazine places bottom plate and is set in parallel, and the straight line module is placed bottom plate with the magazine and is fixed on by bolt and nut
On the operating room bottom plate；The magazine is rectangle setting, and the magazine is positioned over the magazine and places on bottom plate；It is described to lead
Draw slide unit bottom to be fixed on straight line module, the traction slide unit realizes linear sliding motion by straight line module；The traction
Slide unit side is fixedly connected with drag chain mounting plate, and the traction supporting rack includes traction riser and traction cross bar, the traction
Cross bar quantity is that two one end bottom is fixedly connected with the traction slider top, and it is perpendicular that the traction is fixedly connected at the top of the other end
Plate bottom side, the traction riser are located at the magazine top position；Pacify with the traction cylinder described traction riser one end
Loading board is fixedly connected, and for the traction cylinder connecting plate in being vertically arranged, the traction cylinder is fixed at the traction cylinder
On connecting plate, the traction cylinder bottom is provided with traction air cylinder pressure plate；Traction cylinder connecting plate bottom side, which is fixed, to be connected
Traction briquetting is connect, the traction briquetting is located at the traction cylinder lower position；The traction briquetting is located at lower cutter peace
Fill seat side；The drag chain is set to straight line module side, and the drag chain is set in parallel with the straight line module, described
Drag chain end is installed on the drag chain mounting plate；Servo motor is provided on the straight line module, the servo motor is located at
Straight line module one end；
The feeding cylinder, press cylinder, cut cylinder, straight line module, traction cylinder be connected with controller by electric wire.
2. a kind of full automatic high efficiency guillotine of busbar as described in claim 1, which is characterized in that on the servo motor
It is provided with reduction box.
3. a kind of full automatic high efficiency guillotine of busbar as described in claim 1, which is characterized in that two feedings are slided
Block is in the symmetrical setting in the feeding sliding block mounting plate bottom.
4. a kind of full automatic high efficiency guillotine of busbar as described in claim 1, which is characterized in that the first alignment roller
It is interspersed with the second alignment roller.
5. a kind of full automatic high efficiency guillotine of busbar as described in claim 1, which is characterized in that the adjusting screw rod with
Second alignment roller is achieved a fixed connection by screw hole, nut cooperation.
6. a kind of full automatic high efficiency guillotine of busbar as described in claim 1, which is characterized in that the pre-compressed spring set
It closes in precompressed guiding axis or is linked in lifting column one or two kinds of.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810260492.6A CN108274241A (en) | 2018-03-27 | 2018-03-27 | A kind of full automatic high efficiency guillotine of busbar |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810260492.6A CN108274241A (en) | 2018-03-27 | 2018-03-27 | A kind of full automatic high efficiency guillotine of busbar |
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| Publication Number | Publication Date |
|---|---|
| CN108274241A true CN108274241A (en) | 2018-07-13 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810260492.6A Pending CN108274241A (en) | 2018-03-27 | 2018-03-27 | A kind of full automatic high efficiency guillotine of busbar |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109483251A (en) * | 2018-12-27 | 2019-03-19 | 四维尔丸井(广州)汽车零部件有限公司 | The copper bar producing device of Electropolating hangers |
| CN110434245A (en) * | 2019-08-23 | 2019-11-12 | 浙江祥博散热系统有限公司 | A kind of new-energy automobile heat radiator fin automatic moulding production line |
| CN111496533A (en) * | 2020-04-29 | 2020-08-07 | 威海新光电碳制品有限公司 | Carbon brush double-penetrating-tube spot welding method and device |
| CN113241572A (en) * | 2021-05-10 | 2021-08-10 | 东莞市新波特电气有限公司 | Wire harness assembling equipment |
| CN114104829A (en) * | 2021-11-30 | 2022-03-01 | 西安瑟福能源科技有限公司 | High-viscosity composite gummed paper cutting machine and method |
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| CN203031025U (en) * | 2012-11-01 | 2013-07-03 | 天津力神电池股份有限公司 | High-efficiency pole lug cutting machine |
| CN103433747A (en) * | 2013-08-20 | 2013-12-11 | 上海冈茨电磁线圈有限公司 | Head scraping material cutting machine |
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Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109483251A (en) * | 2018-12-27 | 2019-03-19 | 四维尔丸井(广州)汽车零部件有限公司 | The copper bar producing device of Electropolating hangers |
| CN110434245A (en) * | 2019-08-23 | 2019-11-12 | 浙江祥博散热系统有限公司 | A kind of new-energy automobile heat radiator fin automatic moulding production line |
| CN111496533A (en) * | 2020-04-29 | 2020-08-07 | 威海新光电碳制品有限公司 | Carbon brush double-penetrating-tube spot welding method and device |
| CN111496533B (en) * | 2020-04-29 | 2021-09-14 | 威海新光电碳制品有限公司 | Carbon brush double-penetrating-tube spot welding method and device |
| CN113241572A (en) * | 2021-05-10 | 2021-08-10 | 东莞市新波特电气有限公司 | Wire harness assembling equipment |
| CN113241572B (en) * | 2021-05-10 | 2022-06-24 | 东莞市新波特电气有限公司 | Wire harness assembling equipment |
| CN114104829A (en) * | 2021-11-30 | 2022-03-01 | 西安瑟福能源科技有限公司 | High-viscosity composite gummed paper cutting machine and method |
| CN114104829B (en) * | 2021-11-30 | 2023-08-08 | 西安瑟福能源科技有限公司 | High-viscosity composite gummed paper cutting machine and method |
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Effective date of registration: 20210610 Address after: 215000 building C, No.6 Weixin Road, Suzhou Industrial Park, Jiangsu Province Applicant after: Suzhou Zhongchenhao Technology Co.,Ltd. Address before: No.108, changxiangdong Avenue, Dantu District, Zhenjiang City, Jiangsu Province, 212000 Applicant before: ZHENJIANG CHUANGFU DONGRI TECHNOLOGY Co.,Ltd. |
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