CN206662097U - Steel-plate cutter with feeding device - Google Patents

Abstract

The utility model discloses a kind of steel-plate cutter with feeding device, its drip irrigation device is to include setting gradually feeding device, preliminary leveling apparatus, main leveling apparatus, buffer storage, deviation correcting device, cutter device on the ground, the clamping device that the feeding device includes transport establishment, set positioned at the transport establishment both sides and less than the transport establishment；Guide rail that the transport establishment includes being arranged side by side, the slide unit moved along guide rail, drive the Power Component that slide unit moves, the bearing table being fixed on by lifting assembly above slide unit；The clamping device is included by the mobile block plate being arranged on clamping frame toward or away from one another, by rotating shaft in clamping frame, the clamp assemblies for being connected with axis of rotation and being fixed from inside to coil of strip.The utility model solves the problems, such as that the unreeling machine of existing coil of strip can not adjust gripping width and cause application limited.

Description

Steel-plate cutter with feeding device

Technical field

Steel plate cutting apparatus is the utility model is related to, in particular, it is related to a kind of steel plate with feeding device and cut Cutting mill.

Background technology

Many parts on automobile are all to be molded by steel plate by mould punching.Steel plate needs specification is made before stamping big Small suitable flat board, common practice is first to buy roll bending from steel mill at present, then by roll bending needed for cutting equipment is cut into Size.

Authorization Notice No. is that CN205587956 utility model patent discloses a kind of steel plate leveling infeed set-up, including For broadcasting the unreeling machine of roll bending steel；The levelling machine that the position at both ends prevents steel plate from wandering off during for limiting steel plate conveying；With In the first punishment in advance machine and the second punishment in advance machine of guiding steel plate traffic direction；For relax steel plate and the regulation steel plate direction of motion The melt pit of power；Hydraulic shear for the transversely cutting of steel plate；The transport platform of steel plate has been sheared for conveying；Conveyed for accepting The lifting platform of steel plate has been sheared on platform；The conveying chassis of steel plate is stacked on lifting platform for lifting by crane；Steel plate has been sheared for putting Finished product stamps bin.The utility model can be automatically performed the smoothing and cutting of coil of strip, but have the following disadvantages, due to unreeling machine Position is fixed, and when width of steel coil changes, unreeling machine can not accordingly adjust gripping width, and the scope of application is limited.

Utility model content

In view of the deficienciess of the prior art, the purpose of this utility model is to provide a kind of steel plate with feeding device Cutting machine, gripping width can be adjusted to meet that the coil of strip of change width places feeding.

To achieve the above object, the utility model provides following technical scheme：A kind of steel plate with feeding device is cut Cutting mill, including set gradually feeding device, preliminary leveling apparatus, main leveling apparatus, buffer storage, deviation correcting device, cutting Device, the folder that the feeding device includes transport establishment, set positioned at the transport establishment both sides and less than the transport establishment Hold mechanism；The transport establishment includes the guide rail being arranged side by side, the slide unit moved along guide rail, the power packages for driving slide unit to move Part, the bearing table being fixed on by lifting assembly above slide unit；The clamping device is included by mobile with adjacent to each other or remote From clamping frame, be arranged on by rotating shaft in clamping frame block plate, be connected with axis of rotation and coil of strip fixed from inside Clamp assemblies.

By using above-mentioned technical proposal, coil of strip is hung onto on bearing table, Power Component drives slide unit along guide rail phase Clamping device moves.Then lifting assembly rises the coil of strip on bearing table highly consistent with clamp assemblies, mobile clamping frame It is adjacent to each other so that clamp assemblies extend into inside coil of strip from both sides and are now placed in coil of strip to coil of strip clamp standoff, block plate Both sides, prevent coil of strip from left and right skew occur.Bearing table is reduced and separated with coil of strip by lifting assembly, and such coil of strip is clamped mechanism Support to provide steel.According to the width of coil of strip, the distance between clamping frame of coil of strip both sides can be adjusted, to meet coil of strip Width demand.

The utility model is further arranged to：The Power Component includes being fixed on transport motor on the slide unit, solid Driving wheel and the driving wheel for being scheduled on the output shaft end of transport motor are coaxially solid by the driven pulley and driven pulley of drive connection Surely some rollers of the slide unit two bottom sides are connected to.

By using above-mentioned technical proposal, transport motor work drives driving wheel to rotate, driving wheel by power transmission give from Driving wheel causes driven pulley to rotate, and rotates with the coaxial roller of driven pulley and is moved along guide rail so that slide unit can be along guide rail Smoothly motion.

The utility model is further arranged to：The lifting assembly includes hydraulic cylinder one, and the cylinder body of the hydraulic cylinder one erects Directly it is fixed on the slide unit, the end of the piston rod of the hydraulic cylinder one is fixedly connected with the bearing table.

By using above-mentioned technical proposal, after coil of strip is placed on bearing table, piston rod stretches out when hydraulic cylinder one works, and makes Obtain bearing table to rise, so that coil of strip is clamped mechanism supports.Then piston rod, which shrinks, causes bearing table to separate and reduce with coil of strip, Reduce space-consuming.In addition, bearing table reduces, allocation and transportation are highly low when follow-up coil of strip is placed, and facilitate the placement of coil of strip.

The utility model is further arranged to：The top of the bearing table is provided with stopper slot, the stopper slot medial recess Less than bearing table top surface described in both sides.

By using above-mentioned technical proposal, after cylindrical coil of strip is placed on bearing table, coil of strip is limited the both sides of groove Stop, prevent coil of strip from being rolled on bearing table, keep the firm of coil of strip.

The utility model is further arranged to：The clamping device also includes the base positioned at the clamping bottom of the frame, The base both sides are provided with chute, and the two bottom sides of the clamping frame match somebody with somebody to merge along the chute with the chute to be moved；Institute State and be fixed with blend stop positioned at the chute end on base.

By using above-mentioned technical proposal, clamping frame moves along chute on base, to adjust two clamping devices Position and relative spacing, meet different in width coil of strip place.Blend stop can prevent that clamp frame deviates from from chute so that folder Frame is held to be limited on base.

The utility model is further arranged to：The middle of the base is provided with rack, the clamping machine parallel to the chute It is provided with frame and is driven with the rack meshed gears one, the gear one by being fixed on the motor of the clamping frame inner wall It is dynamic.

By using above-mentioned technical proposal, motor-driven gear one rotates, and because gear one engages with rack, gear one exists Moved on rack, so as to which gear one drives clamping frame to be moved on base, motorized adjustment clamps the position of frame, quick side Just.

The utility model is further arranged to：The other end of the rotating shaft is provided with the electricity being fixedly connected with the clamping frame Machine two, the block plate are fixedly connected with threaded sleeve, the block plate and the clamping close to a Middle face of the clamping frame Rotating shaft between frame is provided with the external screw thread coordinated with the threaded sleeve.

By using above-mentioned technical proposal, motor two drives axis of rotation, threaded sleeve and the screw thread in rotating shaft when working Section threaded connection so that threaded sleeve drives block plate to be moved along the axial direction of rotating shaft, so as to block plate close to coil of strip both ends or Away from coil of strip both ends.

The utility model is further arranged to：The clamp assemblies include being set in the rotating shaft and being located at the block plate The bearing in outside, the fixed block being fixed on bearing, the sliding block set is slid and be bonded with the block plate along fixed block, is passed through The protective layer that connecting plate is fixedly connected with a slide block.

By using above-mentioned technical proposal, clamp assemblies each several part is detachably connected, and is conveniently replaceable maintenance parts.In addition, When block plate moves along rotating shaft to clamp assemblies, block plate promotes sliding block to be slid on fixed block so that the profile of clamp assemblies Diameter increase, so as to adjust the coil of strip for fixing different inner diameters.When protective layer can prevent that clamp assemblies from fixing coil of strip inwall Scratch coil of strip.

The utility model is further arranged to：The fixed block is wedge shaped, and the fixed block is provided with interior big outer small lead To groove, the sliding block is provided with the draw runner coordinated with the guide groove.

By using above-mentioned technical proposal, sliding block is coordinated by draw runner and guide groove, preferably slid along fixed block.Folder Hold component from coil of strip inwall fix coil of strip when, due to big outer small in guide groove, anti-non-slip nosing radially takes off from guide groove Go out so that sliding block will not depart from fixed block in radial directions.

The utility model is further arranged to：The fixed block position is corresponded on the block plate and is provided with holding tank, the appearance Receive groove cross section be less than the fixed block the maximum cross-section area.

By using above-mentioned technical proposal, block plate promotes sliding block, and when being slid on fixed block, fixed block extend into holding tank It is interior, do not interfere with the movement of block plate.Meanwhile fixed block is more than holding tank, prevent block plate from promoting sliding block to deviate from from fixed block.

In summary, the utility model has the advantages that compared to prior art：1. clamping device is from coil of strip Both ends are gripped, and clamping device can adjust clamp distance, disclosure satisfy that the coil of strip feeding of different different in width；2. hold Thing platform is highly low, facilitates the handling of coil of strip to place, and improves operating efficiency；3. the outline diameter of clamp assemblies is adjustable, meet different The coil of strip feeding of internal diameter, has a wide range of application.

Brief description of the drawings

Fig. 1 is the axonometric drawing of one each position of embodiment relative position relation on the ground；

Fig. 2 is the axonometric drawing of feeding device in embodiment one；

Fig. 3 is the axonometric drawing of the transport establishment of feeding device in embodiment one；

Fig. 4 is the axonometric drawing of the clamping device of feeding device in embodiment one；

Fig. 5 is to show the sectional view that clamping device internal structure is done in embodiment one；

Fig. 6 is the partial schematic diagram of preliminary leveling apparatus in embodiment one；

Fig. 7 is the structural representation of main leveling apparatus and underground buffer storage in embodiment one；

Fig. 8 is to show the sectional view that main leveling apparatus internal structure is done in embodiment one；

Fig. 9 is the sectional view that the internal structure of display caching device in embodiment one is done；

Figure 10 is the axonometric drawing of deviation correcting device in embodiment one；

Figure 11 is to show the sectional view that deviation correcting device internal structure is done in embodiment one；

Figure 12 is the axonometric drawing in the cache mechanism direction of cutter device in embodiment one；

Figure 13 is to show the sectional view that cutter device internal structure is done in embodiment one；

Figure 14 is the enlarged drawing in the internal structure A portions in fig. 13 for the damping that cutter device is shown in embodiment one；

Figure 15 is the axonometric drawing of each position relative position relation on the ground in embodiment two；

Figure 16 is the structural representation of the governing mechanism of tension of ground buffer storage in embodiment two；

Figure 17 is to show the sectional view that governing mechanism of tension internal structure is done in embodiment two.

In figure：1st, feeding device；11st, transport establishment；111st, guide rail；112nd, roller；113rd, slide unit；114th, motor is transported； 115th, sprocket wheel one；116th, chain one；117th, hydraulic cylinder one；118th, bearing table；1181st, stopper slot；12nd, clamping device；121st, bottom Seat；1211st, chute；1212nd, blend stop；1213rd, rack；122nd, frame is clamped；1221st, it is open；1222nd, inner chamber；123rd, block plate； 1231st, holding tank；1232nd, threaded sleeve；124th, clamp assemblies；1241st, protective layer；1242nd, connecting plate；1243rd, sliding block； 1244th, fixed block；1245th, bearing；125th, gear one；126th, motor is clamped；127th, rotating shaft；2nd, preliminary leveling apparatus；21st, prop up Frame；211st, support bar；2111st, wire casing；212nd, supporting plate；2121st, hanger；22nd, traction component；221st, traction electric machine；222nd, it is main Movable sprocket one；223rd, chain two；224th, roll shaft；225th, driven sprocket one；226th, pressure roller；23rd, elevating mechanism；231st, lifting electricity Machine；232nd, winding wheel；233rd, lifting rope；3rd, main leveling apparatus；31st, frame is smoothed；311st, supporting table；32nd, haulage gear one； 321st, feeder motor is smoothed；322nd, active roll tube one；323rd, driven roller one；324th, lifting piece one；325th, prypole one；326、 Handwheel one；33rd, steel plate camber governor motion；321st, hydraulic cylinder two；322nd, adjustable plate；34th, straightening mechanism；341st, hydraulic cylinder three； 342nd, riser；343rd, increase weight plate；344th, secondary pressure roller；345th, main pressure roller；35th, steel plate passage；4th, underground buffer storage；41st, steel Plate governor motion one；411st, side plate；412nd, hydraulic cylinder four；413rd, supporting plate one；42nd, lifting body；421st, motor is jacked；422nd, silk Thick stick；423rd, nut；43rd, steel plate governor motion two；431st, supporting plate two；432nd, support base；433rd, rotary shaft；434th, connecting rod；44th, drive Motivation structure；441st, motor；442nd, driving pulley one；443rd, belt one；444th, driven pulley one；445th, driven roller；5th, entangle Deflection device；51st, steering frames；511st, installing plate；52nd, deviation correction mechanism；521st, movable block one；5211st, roller one；522nd, filament Thick stick；523rd, guide rod；524th, movable block two；5241st, roller two；525th, crin pipe；526th, big handwheel；527th, small handwheel；53rd, lead Draw mechanism two；531st, correction feeder motor；532nd, active roll tube two；533rd, driven roller two；534th, lifting piece two；535th, lifting Bar two；536th, handwheel two；54th, secondary straightening mechanism；541st, upper strata roller；542nd, lower floor's roller；543rd, lifting piece three；544th, prypole Three；545th, handwheel three；6th, cutter device；61st, cutting frame；611st, projection；62nd, cache mechanism；621st, fix bar；622nd, freely Roller；63rd, manual adjustment means；631st, handwheel four；632nd, connecting shaft；633rd, gear two；634th, sector gear；635th, drive link； 64th, damping；641st, vertical tube；642nd, bolster；643rd, push rod；644th, catch；65th, cutting mechanism；651st, hydraulic cylinder five； 652nd, cutting knife；653rd, knife plate；66th, transmission channel；67th, scratch resistant layer；7th, ground；71st, feeding is cheated；72nd, mounting groove；73rd, caching hole； 731st, hanging deck；8th, ground buffer storage；81st, governing mechanism of tension；811st, lifting assembly；812nd, bearing；8121st, support side plate； 813rd, preceding supporting plate；8131st, connecting portion one；8132nd, otic placode；814th, rear supporting plate；8141st, connecting portion two；815th, rotating roller；816th, bullet Property part；817th, Power Component；8171st, power motor；8172nd, driving pulley two；8173rd, belt two；8174th, driven pulley two.

Embodiment

The utility model is described in further detail below in conjunction with the accompanying drawings.

Embodiment one：

Steel plate cutting equipment with buffer storage, as shown in figure 1, being included in the feeding device set gradually on ground 7 1st, preliminary leveling apparatus 2, main leveling apparatus 3, underground buffer storage 4, deviation correcting device 5, cutter device 6, coil of strip is placed on Expect on device 1, the termination of coil of strip sequentially passes through preliminary leveling apparatus 2 and main leveling apparatus 3 and is leveled, then deviation correcting device 5 The transmission route of coil of strip is adjusted, the coil of strip device to be cut 6 of leveling is cut into the flat board of required specification.

With reference to figure 1 and Fig. 2, feeding device 1 includes transport establishment 11 and clamping device 12.On ground 7 to have feeding Hole 71, feeding hole 7 are provided with mounting groove 72 close to the side roof part of one end two of preliminary leveling apparatus 2, and transport establishment 11 is located at feeding hole In 71, clamping device 12 is arranged on mounting groove 72.

With reference to Fig. 2 and Fig. 3, transport establishment 11 includes cheating 71 bottoms positioned at feeding and what is be arranged side by side along its length lead Rail 111, the slide unit 113 moved by roller 112 along guide rail 111 and the co-axially fixed driven sprocket one of roller 112（In figure not Display）, the fortune that rotates of the drive sprocket 1, the driving drive sprocket 1 that are connected by chain 1 with driven sprocket one Transmission of electricity machine 114, cylinder body are vertically fixed on some hydraulic cylinders 1 on slide unit 113, and are supported and fixed on hydraulic cylinder 1 Piston rod end bearing table 118.

Transport establishment 11 is made using stainless steel, has higher intensity and rust resistance, service life length.Guide rail 111 It is bolted on feeding and cheats 71 bottoms, or the one-piece casting in the 71 progress concreting of feeding hole of guide rail 111 is fixed. The circumferentially intermediate recess of roller 112, so that roller 112 is stuck on guide rail 111, prevents roller 112 from being offset with guide rail 111.

Slide unit 113 is in cuboid, and roller 112 amounts to four and is located at the corner of slide unit 113 respectively, to keep slide unit 113 It is steady.Transport motor 114 is bolted on slide unit 113, and transport motor 114 is clockwise and anticlockwise motor, such as mikey 6RK300GU-CF type monopole asynchronous motors.Motor 114 is transported between slide unit 113 and bearing table 118, transports motor 114 Height be less than hydraulic cylinder 1 height of cylinder, avoid influence bearing table 118 lifting.Transport motor 114 drives when working Drive sprocket 1 rotates, and is rotated with drive sprocket 1 by the chaindriven driven sprocket one of chain 1, with driven chain Take turns a co-axially fixed roller 112 to rotate along guide rail 111, so that slide unit 113 moves along guide rail 111.

Bearing table 118 makes for cast iron, is provided with stopper slot 1181 thereon, stopper slot 1181 is V-shaped, to prevent coil of strip from putting When or so roll.

With reference to Fig. 2 and Fig. 4, clamping device 12 include be fixed on mounting groove 72 base 121, be bolted on bottom Seat 121 on clamping frame 122, installed in clamping frame 122 on and close to feeding hole 71 one side setting block plates 123, be located at The clamp assemblies 124 of the center of block plate 123 installation.Base 121 is rectangle steel plate, U-shaped profile.Set in the both sides of base 121 There is chute 1211, the two bottom sides of clamping frame 122 can slide along chute 1211.The middle part of base 121 is parallel to chute 1211 Direction is provided with rack 1213, and rack 1213 is welded and fixed with base 121.Blend stop 1212, blend stop are provided with the end of rack 1213 1212 be the square steel of strip, and both ends and the base 121 of blend stop 1212 are welded and fixed.

With reference to Fig. 4 and Fig. 5, the bottom of clamping frame 122 corresponds to the position of rack 1213 and is provided with opening 1221, so as to rack 1213 pass through.Inner chamber 1222 is internally formed in clamping frame 122, is provided with and the meshed gears one of rack 1213 in inner chamber 1222 125, gear 1 by be fixed on clamping frame 122 on motor drive so that clamping frame 122 by gear 1 with Rack 1213 is engaged on base 121 and moved.

It is located in clamping frame 122 on the opposite of block plate 123 and has been bolted clamping motor 126, in clamping motor 126 Output shaft on be fixed with rotating shaft 127, rotating shaft 127 is rotatablely connected through clamping frame 122 and with clamping frame 122.

The position of clamp assemblies 124 is corresponded on block plate 123 and is provided with holding tank 1231, block plate 123 is close to clamp the one of frame 122 Face is provided with threaded sleeve 1232, and threaded sleeve 1232 is welded and fixed with block plate 123.Rotating shaft 127 is in clamping frame 122 and clamping group One section between part 124 is provided with external screw thread, and this position is threadedly coupled with threaded sleeve 1232 so that clamping motor 126 works When driving the rotation of rotating shaft 127, threaded sleeve 1232 moves along rotating shaft 127 towards the direction of block plate 123, and threaded sleeve 1232 drives Block plate 123 moves to clamp assemblies 124.

Clamp assemblies 124 include being set in rotating shaft 127 and are located at the bearing 1245 in the outside of block plate 123, are weldingly fixed on Fixed block 1244 on bearing 1245, the sliding block 1243 set is slid and be bonded with block plate 123 along fixed block 1244, passes through company The protective layer 1241 that fishplate bar 1242 is fixedly connected with sliding block 1243, protective layer 1241 are bolted with connecting plate 1242.Gu Determine that block 1244 is wedge shaped, the one side being bonded on fixed block 1244 with sliding block 1243 is provided with the chute of swallow-tail form, avoids sliding block 1244 Radially depart from fixed block 1244.The form fit of draw runner, draw runner and chute is correspondingly provided with sliding block 1243, so as to sliding block 1243 slide along chute on fixed block 1244.The section of holding tank 1231 is less than the maximum cross-section of fixed block 1244, prevents Block plate 123, which releases sliding block 1243, departs from fixed block 1244.Protective layer 1241 is rubber blanket so that clamp assemblies 124 are from coil of strip When inwall contacts with coil of strip, coil of strip is prevented plowing to play a protective role.In addition, the frictional force of rubber and coil of strip be more than metal with The frictional force of coil of strip, avoid coil of strip that skidding occurs on clamp assemblies 124.

With reference to figure 6 and Fig. 7, the other end of coil of strip passes through preliminary leveling apparatus 2 and main leveling apparatus 3 successively.Preliminary school Leveling device 2 includes being bolted on support 21 on the ground 7 of the main front end of leveling apparatus 3, installed in the top of support 21 The traction component 22 of side, the elevating mechanism 23 installed in the top of support 21.Support 21 is that stainless steel tube is welded into cuboid frame Frame, the plan vertical of support 21 are welded with the support bar 211 being vertically arranged, and the top of support bar 211 is provided with the wire casing of arc 2111；There is a supporting plate 212 close to the support 21 of support bar 211 is side walls hinged, one end away from support bar 211 in supporting plate 212 Middle part is provided with hanger 2121 upward.

Traction component 22 includes being bolted on the traction electric machine 221 of the side of supporting plate 212, is fixed on traction electric machine The drive sprocket 2 222 of 221 output shaft ends, the driven sprocket 2 225 being connected by chain 2 223 with drive sprocket 2 222, The pressure roller 226 being fixedly and coaxially connected with driven sprocket 2 225 by roll shaft 224, both ends and the supporting plate 212 of roll shaft 224 rotate Connection, the diameter of driven sprocket 2 225 are less than the diameter of pressure roller 226.

Elevating mechanism 23 includes being bolted on the lifting motor 231 on the side of support bar 211, is fixed on lifting motor The winding wheel 232 of 231 output shaft ends, one end are fixed on winding wheel 232 and the other end is fixed on the lifting rope on hanger 2121 233.Lifting motor 231 is clockwise and anticlockwise motor, such as mikey 6RK300GU-CF type monopole asynchronous motors.Winding wheel 232 and support The wire casing 2111 and hanger 2121 at the top of bar 211 in one plane, so that lifting rope 2333 will not left and right skew.Winding wheel 232 Diameter it is relatively small, so that kinking speed is relatively slowly steady.When lifting motor 231 works, winding wheel 232 rotates forward simultaneously Lifting rope 233 is wound, lifting rope 233 is shunk and lifts supporting plate 212, and supporting plate 212 is rotated up around pin joint；Winding wheel 232 is anti- To rotating and loosening lifting rope 233, supporting plate 212 under gravity tenses the other end of lifting rope 233 so that lifting rope 233 is protected Tensioned state is held, with the continuous elongation of lifting rope 233, supporting plate 212 rotates down around pin joint.

With reference to figure 7 and Fig. 8, main leveling apparatus 3 includes being fixed on smoothing frame 31 on ground 7, installed in levelling machine The haulage gear 1 of the end of frame 31, close to the front end of haulage gear 1 set steel plate camber governor motion 33, installed in school The straightening mechanism 34 exported in flat frame 31 positioned at haulage gear 1.Smooth the gray cast iron of the generally rectangular parallelepiped structure of frame 31 Part, intensity is high and has certain damping effect.Smooth to correspond in the side wall of frame 31 and be welded with haulage gear 1 Supporting table 311, supporting table 311 are stainless steel plate, have higher intensity.

Haulage gear 1 includes the smoothing feeder motor 321 being bolted in supporting table 311 and smoothing conveys The active roll tube 1 that the output shaft of motor 321 is fixedly and coaxially connected and the driven roller that active roll tube 1 presses mutually One 323, it is arranged on the lifting piece 1 at the driven both ends of roller 1, is connected by prypole 1 with lifting piece 1 Handwheel 1, wherein, both ends and the lifting piece 1 of driven roller 1 are rotatablely connected, and smoothing frame 31 is provided with rising The consistent elongate holes of the shape of pouring weight 1, so that lifting piece 1 moves along elongate holes.Prypole 1 is silk Thick stick, the one end of prypole 1 are rotatablely connected with lifting piece 1, and the other end is threadedly coupled with smoothing frame 31.By rotating hand Take turns one 326 drive prypoles 1 to rotate, the relative smoothing frame 31 of prypole 1 rises or falls, and drives lifting piece one 324 rise or fall so that driven roller 1 closer or far from active roll tube 1, adjust therebetween away from From to adapt to the steel plate of different-thickness.

Steel plate camber governor motion 33 includes one end adjustable plate 332 be hinged with smoothing frame 31, under adjustable plate 332 The hydraulic cylinder 2 331 just set, the hinged end of adjustable plate 332 is with the height of active roll tube 1 in same level.Hydraulic pressure The piston-rod end of cylinder 2 331 is be hinged with adjustable plate 332, and cylinder body one end and smoothing frame 31 bottom of hydraulic cylinder 2 331 are hinged, So that adjustable plate 332 is rotated around its jointed shaft.With reference to Fig. 6 and Fig. 8, when pressure roller 226 and adjustable plate 332 are adjacent to each other by steel When plate compresses, pressure roller 226 rotates and drives steel plate to advance by frictional force, to provide preliminary tractive force.Simultaneously pressure roller 226 to Lower pressing steel plate so that steel plate has preliminary deformation, and a destressing is carried out to steel plate.It is high by the end of lift adjustment plate 332 Degree can control the degree of steel plate deformed.

With reference to figure 7 and Fig. 8, straightening mechanism 34 includes the hydraulic pressure that cylinder body is perpendicularly fixed at smoothing frame 31 both sides by bolt Cylinder 3 341, the riser 342 for being fixed on the end of hydraulic cylinder 3 341, the weightening plate 343 being connected with riser 342, installed in increasing On weight plate 343 and be rotatablely connected some secondary pressure rollers 344 being arranged side by side, with pressure roller 344 several times roll the main pressure roller connected 345, the main pressure roller 345 and time pressure roller 344 being correspondingly provided with frame 31 staggeredly are smoothed, is formed between the main pressure roller 345 of two rows Corrugated steel plate passage 35.Secondary pressure roller 344 can keep the rigidity of main pressure roller 345.The piston rod of hydraulic cylinder 3 341 stretches out will Riser 342 jacks up, and riser 342 drives weightening plate 343 to rise, main pressure roller 345 and levelling machine on weightening plate 343 The spacing of main pressure roller 345 increase on frame 31；Conversely, the main pressure roller 345 on weightening plate 343 and the master in smoothing frame 31 The spacing of pressure roller 345 reduces, to meet the steel plate leveling of different-thickness.Smoothing principle is：Metal material is curved in larger elastoplasticity Under the conditions of song, no matter its original curved degree has much differences, the degree of crook difference remained after spring-go can be substantially reduced, It can even reach unanimity；It can level off to null value as the residual after reductions its spring-go of the degree of press-bending is bent and reach smoothing mesh 's.

With reference to figure 7 and Fig. 9, the caching hole 73 provided with cuboid below ground 7, caching is cheated to be passed through in 73 middle part of sliding channel Bolt is fixed with horizontally disposed hanging deck 731, and underground buffer storage 4 is in caching hole 73.Underground buffer storage 4 includes being located at Cache the steel plate governor motion 1 for cheating 73 both ends, the lifting body 42 on 73 middle part bottom surfaces of caching hole, positioned at jacking The steel plate governor motion 2 43 of the top of mechanism 42, the drive mechanism 44 that power is provided is conveyed for steel plate.Steel plate governor motion 1 Including the supporting plate one for being fixed on ground 7 and being hinged with side plate 411, side both ends and the side plate 411 that 73 both sides of caching hole are alignd 413rd, one end is hinged on the hydraulic cylinder 4 412 that in 73 side walls of caching hole and the other end is hinged with supporting plate 1, and side plate 411 is in fan Shape, backing roll is provided with along radian direction on side plate 411, so that longer steel plate avoids steel slowly on supporting plate 1 Plate is hanging.Flexible by the piston rod of hydraulic cylinder 412 controls the height of supporting plate 1 so that the steel plate supported thereon Length changes, so as to control the buffer memory of unnecessary steel plate.

Lifting body 42 includes being bolted on the jacking motor 421 of 73 bottoms of caching hole, is coaxially fixed on jacking The leading screw 422 of the output shaft end of motor 421, the nut 423 being threadedly coupled with leading screw 422, jacking motor 421 are rotating electricity Machine, such as mikey 6RK300GU-CF type monopole asynchronous motors, the top and bottom of leading screw 422 are respectively smooth section, prevent nut 423 is locked with leading screw 422 when departing from and move downward with leading screw 422 when moving upwards.

Steel plate governor motion 2 43 has two pairs and is symmetrically distributed in the both sides of drive mechanism 44, and steel plate governor motion 2 43 includes Rotation is fixed on positioned at the support base 432 of 73 both sides of caching hole, the rotary shaft 433 at both ends and the rotation connection of support base 432, side The connecting rod 434 that supporting plate 2 431, one end and nut 423 on axle 433 are hinged and the other end is hinged with supporting plate 2 431.Work as nut 423 along leading screw 422 move upwards when, connecting rod 434 by supporting plate 2 431 upwards jack up；When nut 423 is downward along leading screw 422 During motion, connecting rod 434 drives supporting plate 2 431 to move down, and supporting plate 2 431 coordinates the steel plate length of the regulation caching of supporting plate 1 With the bending degree of steel plate.

Drive mechanism 44 includes being bolted on motor 441 on hanging deck 731, defeated with motor 441 Driving pulley 1 that shaft is fixedly connected, the driven pulley 1 being connected with driving pulley 1 by belt 1, The driven roller 445 being fixedly and coaxially connected with driven pulley 1.The output shaft of motor 441 is through support base 432 and therewith Rotation connection, the both ends of driven roller 445 are rotatably supported on support base 432.The top of driven roller 445 and the top of side plate 411 Concordantly.

Steel plate is W-shaped on underground buffer storage 4, to increase the buffer memory of steel plate.The work of motor 441 drives actively Belt wheel 1 rotates, and driving pulley 1 drives driven pulley 1 to rotate by belt 1, the band of driven pulley 1 Dynamic driven roller 445 rotates, and driven roller 445 drives steel plate to advance by the frictional force between steel plate, is provided for the steel plate of lower Power simultaneously is allowed to climb over driven roller 445.

With reference to figure 10 and Figure 11, steel plate enters deviation correcting device 5, and deviation correcting device 5 includes the steering frames being fixed on ground 7 51st, the deviation correction mechanism 52 installed in the entrance one end of steering frames 51, exported on steering frames 51 positioned at deviation correction mechanism 52 Haulage gear 2 53, be arranged on the secondary straightening mechanism 54 of the outlet port of haulage gear 2 53.Steering frames 51 are ironcasting, Installing plate 511 is welded with its side wall, installing plate 511 is stainless steel plate.

Deviation correction mechanism 52 includes filament thick stick 522 and crin pipe 525, the position for being rotatablely connected and being coaxially disposed with steering frames 51 In the both sides of crin pipe 525 and the guide rod 523, the movable block one that is arranged on filament thick stick 522 and guide rod 523 that be arranged in parallel 521st, be arranged in movable block 2 524 on crin pipe 525 and guide rod 523, positioned at the outside of steering frames 51 and with crin pipe 525 The big handwheel 526 being fixedly connected, the small handwheel 527 for being coaxially disposed with big handwheel 526 and being fixedly connected with filament thick stick 522.Crin Pipe 515 is that surface carry externally threaded stainless steel tube, and filament thick stick 511 passes through crin pipe 515 and rotationally connected by bearing, Movable block 1 is threadedly coupled with filament thick stick 522, and movable block 2 524 is threadedly coupled with crin pipe 525.

When rotating big handwheel 527, big handwheel 527 drives crin pipe 525 to rotate, and movable block 2 524 is along crin pipe 525 Motion is with remote or close movable block 1；When rotating small handwheel 526, small handwheel 626 drives filament thick stick 522 to rotate, mobile Block 1 is moved with remote or close movable block 2 524 along filament thick stick 522.If vertically it is rotatably connected on movable block 1 Dry milling post 1, some rollers 2 5241 is vertically rotatably connected on movable block 2 524, by adjusting the He of movable block 1 Movable block 2 524 adjusts position and the distance between roller 1 and roller 2 5241, so as to meeting different in width steel plate Transmission and guiding.

Haulage gear 2 53 includes correction feeder motor 531, the both ends rotation branch being bolted on installing plate 511 The active roll tube 2 532 and active roll tube for supportting on steering frames 51 and being fixedly connected with the output shaft for feeder motor 531 of rectifying a deviation The 2 532 driven rollers 2 533 pressed mutually, the lifting piece 2 534 for being arranged on the driven both ends of roller 2 533, pass through prypole 2 535 handwheels 2 536 being connected with lifting piece 2 534, wherein, the both ends of driven roller 2 533 rotate with lifting piece 2 534 to be connected Connect, steering frames 51 are provided with the elongate holes consistent with the shape of lifting piece 2 534, so that lifting piece 2 534 is along strip Move in hole.Prypole 2 535 is leading screw, and the one end of prypole 2 535 is rotatablely connected with lifting piece 2 534, the other end and rectification machine Frame 51 is threadedly coupled.Prypole 2 535 is driven to rotate by rotating handwheel 2 536, prypole 2 535 is with respect on steering frames 51 Rise or decline, drive lifting piece 2 534 to rise or fall, so that driven roller 2 533 is closer or far from active roll tube two 532, distance therebetween is adjusted, to adapt to the steel plate of different-thickness.

Secondary straightening mechanism 54 includes some upper strata rollers 541, some lower floor's rollers 542 on steering frames 51, consolidated It is scheduled on lifting piece 3 543, the handwheel 3 545 being connected with lifting piece 3 543 by prypole 3 544 at the both ends of upper strata roller 541.Its In, some upper strata rollers 541 and some lower floor's rollers 542 are interwoven, and prypole 3 544 is leading screw, the one end of prypole 3 544 It is rotatablely connected with lifting piece 3 543, the other end is threadedly coupled with steering frames 51.Prypole is driven by rotating handwheel 3 545 3 544 rotate, and prypole 3 544 rises or falls with respect to steering frames 51, drive lifting piece 3 543 to rise or fall, so as to The distance between upper strata roller 541 and lower floor's roller 542 are adjusted, meets the destressing smoothing of different-thickness steel plate.

With reference to figure 12 and Figure 13, cutter device 6 includes cutting frame 61, the caching machine installed in the arrival end of cutting frame 61 Structure 62, the manual adjustment means 63 being connected with cache mechanism 62, the damping 64 installed in the bottom of cutting frame 61, it is arranged on The cutting mechanism 65 of the port of export of cutting frame 61.Cutting frame 61 is ironcasting, has higher intensity.The one of cutting frame 61 End is welded with projection 611.

Cache mechanism 62 is some including being arranged side by side between the fix bar 621 be hinged with projection 611, two fix bars 621 Free roll 622, both ends and the fix bar 621 of some free rolls 622 are rotatablely connected.

Manual adjustment means 63 include close to projection 611 and pass through the connecting shaft 632 of the setting of cutting frame 61, positioned at cutting The outside of frame 61 and be fixedly connected with connecting shaft 632 handwheel 4 631, be fixed on the both ends of connecting shaft 632 gear 2 633, hinge The sector gear 634 that is connected on the inwall of cutting frame 61 and is engaged with gear 2 633, it is fixedly connected with sector gear 634 and fix bar 621 drive link 635.Steel plate transport to cutting mechanism 65 be cut when, in order to not influence the transmission of steel plate, unnecessary steel plate quilt It is supported on cache mechanism 62, by rotating handwheel 4 631, handwheel 4 631 drives connecting shaft 632 to rotate, in connecting shaft 632 The concomitant rotation of gear 2 633, the sector gear 634 engaged with gear 2 633 rotate, the transmission being fixed on sector gear 634 The end of bar 635 rises or falls, and drive link 635 drives cache mechanism 62 to rotate, and adjusts the buffer memory of steel plate.

Cutting mechanism 65 includes being bolted on the hydraulic cylinder 5 651 at the top of cutting frame 61, is fixed on hydraulic cylinder The cutting knife 652 of 5 651 piston-rod end, the knife plate 653 being horizontally arranged on cutting frame 61.The piston of hydraulic cylinder 5 651 Bar is set downwards, and cutting knife 652 and knife plate 653 all produce for hard alloy such as Zhuzhou Diamond Cutter Co., Ltd. YBC252 materials make, there is higher intensity, hardness and wearability, to increase the service life.The blade and knife of cutting knife 652 The end face of plate 653 is concordant so that steel plate is cut off under the extruding of cutting knife 652 and knife plate 653.

With reference to Figure 13 and Figure 14, transmission channel 66 is formed between knife plate 653 and cutting frame 61, transmission channel 66 is away from knife The one side of plate 653 is fixed with scratch resistant layer 67, and scratch resistant layer 67 is sponge, to prevent the top surface of steel plate is cut frame 61 from scratching.

Damping 64 including being weldingly fixed on the vertical tube 641 of the bottom of cutting frame 61 vertically, one end extend into vertical tube 641 The interior and other end be screwed with knife plate 653 push rod 643 being connected, be set on push rod 643 and delaying inside the vertical tube 641 Stamping 642, the catch 644 being fixed on push rod 643.Vertical tube 641 is stainless steel tube, and push rod 643 is round steel, and bolster 642 is Steel spring.When cutting knife 652 moves downward simultaneously cutting steel plate, steel plate is delivered to knife plate 653 by impulsive force and by impulsive force On, knife plate 653 has the trend moved downward under effect of inertia, and bolster 642 absorbs impact energy by compression；When steel plate is cut Afterwards, knife plate 653 loses external force suddenly the trend of resilience, and bolster 642 limits knife plate 653 and recovered suddenly, so as to improve knife plate 653 impact resistance, extend the service life of knife plate 653.

This has the working method of the steel plate cutting equipment of buffer storage as follows：

Steel coil handling is placed on the bearing table 118 of transport establishment 11, control transport motor 114 works, the edge of slide unit 113 Guide rail 111 to move so that the coil of strip in transport establishment 11 is between two clamping frameworks 12.Then hydraulic cylinder 1 is controlled Coil of strip is risen so that coil of strip internal diameter and the co-axially align of clamp assemblies 124.According to the width of coil of strip, the clamping framework 12 of control two It is adjacent to each other so that clamp assemblies 124 extend into coil of strip inwall and fixation.

By the termination artificial traction of coil of strip to haulage gear 1, the position of regulation pressure roller 226 and adjustable plate 322 and by steel Entrainment is tight.Start haulage gear 1 and traction component 22, coil of strip transmit in the presence of frictional force to straightening mechanism 34, steel plate Bent repeatedly after corrugated steel plate passage, with the residual stress inside elimination, while steel plate is leveled.

Adjust supporting plate 1 and supporting plate 2 431 aligns so that steel plate is transported under the support of supporting plate 1 and supporting plate 2 431 Defeated to arrive deviation correcting device 5, the termination of steel plate is by the traction of haulage gear 2 53 and onwards transmission.As needed, the He of supporting plate 1 is adjusted The angle of inclination of supporting plate 2 431, control the buffer memory of steel plate.According to the width of steel plate and default transmission path, regulation is rotated Big handwheel 526 and small handwheel 527, the actual transmission paths of adjustment control steel plate meet setting.Steel plate enters secondary levelling machine Destressing and the leveling again of structure 54.

Steel plate enters cutter device 6 after being come out from secondary straightening mechanism 54, and steel plate is transported to cutting from transmission channel 66 Mechanism 65, then it is cut mechanism 65 and cuts into appropriate size size.

Embodiment two：

Steel-plate cutter with buffer storage, as shown in Figure 15 and Figure 16, it is to use with the difference of embodiment one Ground buffer storage 8 instead of underground buffer storage 4, and ground buffer storage 8 includes governing mechanism of tension 81.With reference to Figure 16 and figure 17, governing mechanism of tension 81 includes lifting assembly 811, the bearing 812 being connected with lifting assembly 811, both ends rotation connection Supporting plate before rotating roller 815 on bearing 812, the preceding supporting plate 813 for being hinged on the both sides of rotating roller 815 and rear supporting plate 814, connection 813 and rear supporting plate 814 some elastic components 816 and driving rotating roller 815 rotate Power Component 817.

Lifting assembly 811 includes some hydraulic cylinders, and hydraulic cylinder is connected with peripheral control unit, and some hydraulic cylinders are consolidated by bolt It is scheduled on ground 7, some hydraulic cylinders are evenly distributed on the lower section of bearing 812, so that bearing 812 lifts steadily.The piston of hydraulic cylinder Bar is welded and fixed with the bottom of bearing 812.Bearing 812 makes for stainless steel plate, and there is higher intensity to be unlikely to deform.Bearing 812 Both ends be welded with support side plate 8121 vertically, both ends and the support side plate 8121 of rotating roller 815 are rotatablely connected by bearing.Before Supporting plate 813 and rear supporting plate 814 are respectively equipped with connecting portion 1 and connecting portion 2 8141 close to the side both ends of rotating roller 815, Connecting portion 1 and connecting portion 2 8141 are respectively hinged at the both ends of rotating roller 815 so that preceding supporting plate 813 and rear supporting plate 814 can To rotate and will not interfere around rotating roller 815.Elastic component 816 can be spring, have certain intensity and elasticity.Forestock The bottom of plate 813 and rear supporting plate 814 is provided with otic placode 8132, and the both ends of elastic component 816 are separately fixed on otic placode 8132 so that preceding Supporting plate 813 and rear supporting plate 814 can be away from each other or close under the effect of elastic component 816.

Power Component 817 include be bolted on ground 7 power motor 8171, be fixed on power motor 8171 The driving pulley 2 8172 of output shaft end, the driven pulley two being connected with driving pulley 2 8172 by belt 2 8173 8174, driven pulley 2 8174 is fixedly connected with the end of rotating roller 815.

When lifting assembly 811 jacks up bearing 812, rotating roller 815 jacks up steel plate thereon, and the middle part of steel plate is compared Both sides are raised so that steel plate is W-shaped, the buffer memory increase of steel plate.With the rise of rotating roller 815, the increase of steel plate weight, forestock Plate 813 and rear supporting plate 814 compression elastic piece 816 and adjacent to each other under steel plate Action of Gravity Field；When lifting assembly 811 reduces, The buffer memory of steel plate is reduced, steel plate weight reduction, and preceding supporting plate 813 and rear supporting plate 814 are opened under the elastic reaction of elastic component 816 Open.In order to increase the transporting of steel plate, the work of power motor 8171 drives driving pulley 2 8172 to rotate, driving pulley 2 8172 Transfer power to driven pulley 2 8173 and rotate driven pulley 2 8173, driven pulley 2 8173 drives rotating roller 8174 Rotate, rotating roller 8173 drives steel plate to travel forward by frictional force.

With reference to Fig. 9 and Figure 17, compared with embodiment one, the caching hole 73 set on ground 7 is eliminated, avoids Field Force The caching that drops cheats 73, improves personal safety.

Described above is only preferred embodiment of the present utility model, and the scope of protection of the utility model is not limited merely to Above-described embodiment, all technical schemes belonged under the utility model thinking belong to the scope of protection of the utility model.It should refer to Go out, for those skilled in the art, some improvement under the premise of the utility model principle is not departed from and Retouching, these improvements and modifications also should be regarded as the scope of protection of the utility model.

Claims (10)

1. a kind of steel-plate cutter with feeding device, including set gradually feeding device (1), preliminary leveling apparatus (2), Main leveling apparatus (3), buffer storage, deviation correcting device (5), cutter device (6), it is characterised in that：Feeding device (1) bag The clamping device for including transport establishment (11), being set positioned at the transport establishment (11) both sides and less than the transport establishment (11) (12)；The transport establishment (11) includes the guide rail (111), the slide unit (113) along guide rail (111) movement, drive being arranged side by side The mobile Power Component (817) of slide unit (113), the bearing table above slide unit (113) is fixed on by lifting assembly (811) (118)；The clamping device (12) is included by moving with clamping frame (122) toward or away from one another, passing through rotating shaft (127) what the block plate (123) being arranged in clamping frame (122) and rotating shaft (127) were rotatablely connected and coil of strip are fixed from inside Clamp assemblies (124).

2. the steel-plate cutter according to claim 1 with feeding device, it is characterised in that：The Power Component (817) the transport motor being fixed on the slide unit (113) is included（114）, be fixed on transport motor（114）Output shaft end Driving wheel, be fixedly and coaxially connected by the driven pulley of drive connection, with driven pulley in the slide unit (113) bottom with driving wheel Some rollers (112) of both sides.

3. the steel-plate cutter according to claim 1 with feeding device, it is characterised in that：The lifting assembly (811) hydraulic cylinder one (117) is included, the cylinder body of the hydraulic cylinder one (117) is fixed on the slide unit (113) vertically, described The end of the piston rod of hydraulic cylinder one (117) is fixedly connected with the bearing table (118).

4. the steel-plate cutter according to claim 1 with feeding device, it is characterised in that：The bearing table (118) Top be provided with stopper slot (1181), stopper slot (1181) medial recess is less than bearing table (118) top surface described in both sides.

5. the steel-plate cutter according to claim 1 with feeding device, it is characterised in that：The clamping device (12) Also include the base (121) positioned at described clamping frame (122) bottom, base (121) both sides are provided with chute (1211), institute The two bottom sides for stating clamping frame (122) are mobile along the chute (1211) with merging with the chute (1211)；The base (121) blend stop (1212) is fixed with positioned at the chute (1211) end.

6. the steel-plate cutter according to claim 5 with feeding device, it is characterised in that：In the base (121) Portion is provided with rack (1213) parallel to the chute (1211), is provided with and the rack (1213) in the clamping frame (122) Meshed gears one (125), the gear one (125) are driven by being fixed on the motor of described clamping frame (122) inwall.

7. the steel-plate cutter according to claim 1 with feeding device, it is characterised in that：The rotating shaft (127) The other end is provided with the motor two being fixedly connected with the clamping frame (122), and the block plate (123) is close to the clamping frame (122) a Middle face is fixedly connected with threaded sleeve (1232), between the block plate (123) and the clamping frame (122) Rotating shaft (127) be provided with the threaded sleeve (1232) coordinate external screw thread.

8. the steel-plate cutter according to claim 7 with feeding device, it is characterised in that：The clamp assemblies (124) include being set in the bearing (1245) in the rotating shaft (127) and on the outside of the block plate (123), be fixed on bearing (1245) fixed block (1244) on, slid along fixed block (1244) and be bonded the sliding block of setting with the block plate (123) (1243), the protective layer (1241) being fixedly connected by connecting plate (1242) with sliding block (1243).

9. the steel-plate cutter according to claim 8 with feeding device, it is characterised in that：The fixed block (1244) Wedge shaped, the fixed block (1244) is provided with interior big outer small guide groove, and the sliding block (1243) is provided with and the guiding The draw runner that groove coordinates.

10. the steel-plate cutter according to claim 9 with feeding device, it is characterised in that：On the block plate (123) Corresponding fixed block (1244) position is provided with holding tank (1231), and the cross section of the holding tank (1231) is less than the fixation The maximum cross-section area of block (1244).