CN104150266A - Wide-width aluminum strip double-axis coiling and longitudinal splitting machine - Google Patents
Wide-width aluminum strip double-axis coiling and longitudinal splitting machine Download PDFInfo
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- CN104150266A CN104150266A CN201410383122.3A CN201410383122A CN104150266A CN 104150266 A CN104150266 A CN 104150266A CN 201410383122 A CN201410383122 A CN 201410383122A CN 104150266 A CN104150266 A CN 104150266A
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Abstract
The invention discloses a wide-width aluminum strip double-axis coiling and longitudinal splitting machine. The wide-width aluminum strip double-axis coiling and longitudinal splitting machine comprises an uncoiling machine, an adjustment device and a main machine. The uncoiling machine, the adjustment device and the main machine are arranged in one plane and sequentially connected according to the order. The uncoiling machine comprises an uncoiling base and an uncoiling driving device. The uncoiling driving device is arranged on the top face of the uncoiling base. The adjustment device comprises a first base, a pair of steering mechanisms, an adjustment mechanism and a centering detection device. The steering mechanisms are fixedly arranged at the two ends of the top face of the first base respectively. The adjustment structure is arranged in the position right between the steering mechanisms. The centering detection device is arranged on the side face of one of the steering mechanisms. The main machine comprises a machine frame, a pair of rocker arm devices, a guide rail supporting device, a pair of winding devices and a splitting device. The wide-width aluminum strip double-axis coiling and longitudinal splitting machine is stable in running, wide in machining range, high in universality, low in cost and high in efficiency.
Description
Technical field
The present invention relates to a kind of cutting machine, more particularly relate to a kind of wide cut aluminium strip twin shaft and batch longitudinal cutting, belong to mechanized equipment technical field.
Background technology
Cutting apparatus be aluminium processing industry finishing procedure necessary equipment, the aluminium processing industry of China has had significant progress for many years, but the working ability of many key equipments has restricted the further lifting of producing.
At present, it is narrow (generally below 1600mm that the aluminium strip twin shaft that aluminium processing industry is used batches longitudinal cutting breadth, that conventional is 1350mm), scope little (conventionally cutting the thickness of aluminium strip below 0.5mm), mode is simple, uncoiling tension adopts electromagnetic power brake, batches transmission and adopts torque motor.Particularly for the aluminium strip of wide format, wide region to cut difficulty high.
Therefore the aluminium strip twin shaft of designing wide format, wide region batches longitudinal cutting, not only can strengthen productive capacity and the competitive power of enterprise, and can drive the technological change of equipping in industry, and promote the raising of equipment, be conducive to promote the development of China's aluminium processing cause.
Summary of the invention
The object of this invention is to provide and a kind ofly batch longitudinal cutting for the wide cut aluminium strip twin shaft of cutting wide format, wide region.
The present invention is achieved by the following technical programs:
Wide cut aluminium strip twin shaft batches longitudinal cutting, comprises decoiling unit, setting device, main frame, and decoiling unit, setting device, main frame are arranged in a plane, connect successively according to said sequence;
Decoiling unit comprises uncoiling base, uncoiling actuating device, and uncoiling actuating device is arranged on the end face of uncoiling base, uncoiling base comprises two firm bankings, mobile base, a pair of linear rolling guide one, hydraulic ram, two firm bankings separate placement, each linear rolling guide one comprises guide rail one and several slide block one, on the parallel end face that is fixedly installed on two firm bankings of two guide rails one, several slide blocks one are scattered on the bottom surface that two row are fixedly installed on mobile base, mobile base is matched and is movably connected on the end face of firm banking with two guide rails one respectively by two row slide blocks one, slide block one can move on guide rail one, one end of hydraulic ram is connected with the middle part of the end face of a firm banking, the other end is fixedly connected on the bottom surface of mobile base, uncoiling actuating device comprises main uncoiling actuating device and secondary uncoiling actuating device, on the length direction that is arranged in mobile base of main uncoiling actuating device and secondary uncoiling actuating device symmetry, main uncoiling actuating device comprises main slide, uncoiling motor, axle drive shaft, a pair of linear rolling guide two, mobile device one, fixing device one, main slide is movably arranged on one end of the end face of mobile base length direction, main slide is rectangular structure part, its end face is fixedly installed bearing seat one, uncoiling motor is fixedly installed on the side of main slide, axle drive shaft is through bearing seat one, its middle part relies on the bearings of bearing seat one, one end of axle drive shaft is connected with the output shaft of uncoiling motor, the other end of axle drive shaft is fixed with fixing device one, fixing device one comprises large conehead and little conehead, the cylindrical of large conehead and little conehead is all provided with tapering, large conehead is fixedly connected with axle drive shaft, little conehead is fixedly installed on the end face of large conehead, each linear rolling guide two comprises guide rail two and several slide block two, on the parallel end face that is fixedly installed on mobile base of two guide rails two, several slide blocks two are scattered on the bottom surface that two row are fixedly installed on main slide, the flexible connection that matches with two guide rails two respectively of two row slide blocks two, slide block two can move on guide rail two, mobile device one comprises mobile motor, coupler one, screw pair one, mobile motor be arranged on mobile base end face in the heart, its position is near main slide, screw pair one comprises leading screw one, feed screw nut one, one end of leading screw one is connected with the output shaft of mobile motor by coupler one, feed screw nut one is fixedly installed on the bottom surface of main slide, feed screw nut one flexible connection that matches with leading screw one, secondary uncoiling actuating device comprises secondary slide, behaviour's side shaft, screw pair two, a pair of linear rolling guide three, fixing device two, secondary slide is consistent with the structure of main slide, and be symmetrical in main slide and be arranged on the other end of mobile base, the end face of secondary slide is fixed with bearing seat two, behaviour's side shaft is through bearing seat two, its middle part relies on the bearings of bearing seat two, behaviour's side shaft is provided with fixing device two near one end of main slide, the structure of fixing device two is consistent with the structure of fixing device one, each linear rolling guide three comprises guide rail three and several slide block three, on the end face of the parallel other end that is fixedly installed on mobile base of two guide rails three, several slide blocks three are scattered on the bottom surface that two row are fixedly installed on secondary slide, the flexible connection that matches with two guide rails three respectively of two row slide blocks three, slide block three can move on guide rail three, screw pair two comprises leading screw two, feed screw nut two, and one end of leading screw two is connected with leading screw one by coupler two, and feed screw nut two is fixedly installed on the bottom surface of secondary slide, feed screw nut two flexible connection that matches with leading screw two,
Setting device comprises base one, a pair of steering hardware, regulating mechanism, midline detect device, a pair of steering hardware is fixedly installed on respectively the two ends of the end face of base one, adjustment structure is arranged on the position of the center between a pair of steering hardware, and midline detect device is arranged on the side of a steering hardware, each steering hardware comprises slewing rollers, a pair of slewing rollers frame, and a pair of slewing rollers frame symmetry is fixedly installed on the end face of base one, and the two ends of slewing rollers are connected on the bearing in a pair of slewing rollers frame, and another steering hardware also arranges in this manner, regulating mechanism comprises dancer rools, a pair of dancer rools frame, a pair of dancer rools frame is fixedly installed on the end face of base one, dancer rools frame is framed structure parts, the end face of dancer rools frame is provided with tapped bore, the two sides that the inside of dancer rools frame is parallel to each other are respectively provided with a fixed block, the orientation that fixed block is arranged is perpendicular to the axis of dancer rools, on two fixed blocks, on relative two sides, be equipped with a boss, boss in vertical state, between two fixed blocks, be provided with a movable block, two sides of movable block are equipped with draw-in groove, two draw-in grooves are connected with two boss of fixed block respectively, the end face of movable block is in mating connection by the tapped bore of an adjusting screw(rod) and dancer rools frame, the other end of adjusting screw(rod) is also provided with a handwheel one, the two ends of dancer rools are connected with the movable block of a pair of dancer rools frame respectively, two slewing rollers are all parallel with the guide rail one of decoiling unit with a dancer rools, midline detect device comprises installs side plate and opto-electronic pickup, installation side plate is fixedly installed on the side near the slewing rollers frame of the steering hardware of decoiling unit one side, the direction that is parallel to slewing rollers at the end face that side plate is installed is provided with opto-electronic pickup, and opto-electronic pickup connects the hydraulic ram of controlling decoiling unit,
Main frame comprises frame, a pair of rocker arrangement, support for travel way, a pair of batch up gear, cutting device, frame comprises base three, two blocks of side plates, several distance rods one, two side plate symmetries are fixedly installed on the Width of base three, several distance rods one are installed perpendicular to the medial surface of two blocks of side plates, be used for connecting two side plate framed structures in aggregates, two blocks of side plates are " protruding " font structure parts, the midway location of projection is provided with installation window in the top, the guide rail one that window is parallel to decoiling unit is installed, a pair of rocker arrangement is symmetricly set on two sharp corners of two side plate upper end projections, support for travel way arranges perpendicular to the side of frame, be " T " font structure with frame, a pair of batch up gear is symmetricly set on the two ends of the end face of two blocks of side plates, cutting device is movably arranged on support for travel way, frame inside is provided with six groups of slewing rollers, six groups of slewing rollers are respectively slewing rollers two, slewing rollers three, slewing rollers four, slewing rollers five, slewing rollers A, slewing rollers B, each slewing rollers are all parallel with the guide rail one of decoiling unit, slewing rollers two, slewing rollers three, slewing rollers four, slewing rollers five are arranged on cutting device below, slewing rollers A, slewing rollers B is arranged on cutting device top, middle below partial center one side of frame is provided with slewing rollers two, in the line of centers left and right sides of frame, be provided with successively from top to bottom slewing rollers three, slewing rollers four, slewing rollers five, slewing rollers A, slewing rollers B is symmetricly set on the top of the installation window of frame, each rocker arrangement includes rocking arm framework, four groups of slewing rollers, a pair of cylinder, several distance rods two, four groups of slewing rollers comprise slewing rollers six, slewing rollers seven, slewing rollers eight, slewing rollers nine, each slewing rollers are all parallel with the guide rail one of decoiling unit, rocking arm framework connects to form rectangular frame structure by several distance rods two, the two ends of rocking arm framework are connected with slewing rollers nine by slewing rollers six, be connected with slewing rollers eight by slewing rollers seven respectively in middle part, a pair of rocker arrangement is all flexibly connected with two sharp corners of the top of two blocks of side plates by slewing rollers six separately, rocker arrangement can rotate around slewing rollers six, one end of a pair of cylinder is all movably arranged on the medial surface of two blocks of side plates, the other end is connected with two middle side parts of rocking arm framework respectively, support for travel way comprises bracing frame, V-type rail, level gauge, rail, bracing frame is cuboid framed structure, bracing frame is perpendicular to the side plate setting of frame and through the installation window of frame, its end face parallel be provided with V-type rail and level gauge, V-type rail, level gauge are all parallel with the guide rail one of decoiling unit, V-type rail and level gauge are through installation window the portion that sets within it of frame, the bottom surface of bracing frame is provided with roller one, rail is arranged on the bottom surface of bracing frame, its direction is perpendicular to the guide rail one of decoiling unit, and roller one moves on rail, each batch up gear comprises reel-motor, coupler three, spool, pair of bearing three, reel-motor is arranged on the lateral surface of side plate, one end of spool is connected with the output shaft of reel-motor by coupler three, the two ends of spool are supported by pair of bearing three, and spool is parallel with the guide rail one of decoiling unit, cutting device comprises base two, mobile cutter frame, Immovable support, cut cutter shaft, base two is rectangular flat plate, be fixed with a row sheave and a row roller two in its bottom surface, sheave contacts with level gauge with the V-type rail of support for travel way respectively with roller two, base two moves on support for travel way, mobile cutter frame and Immovable support are separately positioned on the two ends of the end face of base two, mobile cutter frame comprises base plate one, knife rest one, mobile device two, base plate one is fixedly installed on the end face of base two, be provided with two T-shaped grooves that parallel at the end face of base plate one, be provided with a groove two T-shaped groove middle parts, knife rest one is rectangular structure part, the bottom surface of knife rest one is provided with boss three, knife rest one is positioned by boss three in the groove of base plate one, knife rest one is fixedly connected with the T-shaped groove of base plate one by screw, knife rest one is positioned at the installation window of frame, be provided with tapped bore two in the middle and lower part of knife rest one, top is provided with cutter shaft along the direction of T-shaped groove window one is installed therein, mobile device two comprises leading screw three, handwheel two, bearing seat four, and the tapped bore two of one end of leading screw three and knife rest one is in mating connection, and the other end is provided with handwheel two and supports by bearing seat four, Immovable support is provided with the cutter shaft the same with mobile cutter frame window two is installed, cut cutter shaft and comprise driven cutter shaft device, driving knife shaft device, manual feed arrangement, driving knife shaft device comprises initiatively cutter shaft, bearing seat seven, bearing seat eight, several topping machanism two, bearing seat seven and bearing seat eight are fixedly installed on respectively the cutter shaft of mobile cutter frame and install in the cutter shaft installation window two of window one and Immovable support, initiatively the two ends of cutter shaft rely on respectively the bearings in bearing seat seven and bearing seat eight, initiatively cutter shaft passes bearing seat eight, is provided with successively inward belt pulley and driving gear at this end from outside, driven cutter shaft device comprises from movable arbor, bearing seat five, bearing seat six, several topping machanisms one, radial regulation device, bearing seat five and bearing seat six are separately positioned on the cutter shaft of mobile cutter frame and install in the cutter shaft installation window two of window one and Immovable support, rely on respectively the bearings in bearing seat five and bearing seat six from the two ends of movable arbor, pass bearing seat six from movable arbor, be provided with driven gear one at this end, driven gear one engages with driving gear, two sides at bearing seat five are all provided with end cap one, the two sides free-running fit of two end caps one and knife rest one, two sides at bearing seat six are all provided with end cap two, the two sides free-running fit of two end caps two and Immovable support, bearing seat five and bearing seat six are installed window one and the interior movement of cutter shaft installation window two at cutter shaft respectively, radial regulation device comprises handwheel three, regulate synchronizing shaft, a pair of worm and gear elevator, a pair of worm and gear elevator is fixedly installed on respectively the side of knife rest one and Immovable support, its worm screw is connected with bearing seat five and bearing seat six respectively, regulate the two ends of synchronizing shaft to be meshed with the worm gear of two worm and gear elevators respectively, regulate one end of synchronizing shaft to be provided with handwheel three, several topping machanisms one comprise cutterhead, distance sleeve, combination mat, cutterhead, distance sleeve, combination mat is all arranged on from the cylindrical of movable arbor, and fit together according to said sequence, several topping machanisms one are arranging from movable arbor successively, the structure of topping machanism two and topping machanism one are in full accord, part on topping machanism two is arranged on the cylindrical of active cutter shaft, each topping machanism one is corresponding a topping machanism two all, two respectively by active cutter shaft with submit the wrong paired cutterhead of arranging from movable arbor and form cutting edge, manually feed arrangement comprises handwheel four, feed shaft, driven gear two, pair of bearing nine, pair of bearing nine is separately fixed on two sides that window is installed, the two ends of feed shaft are supported by bearing seat nine, feed shaft is provided with driven gear two near one end of Immovable support, the other end is provided with handwheel four, and driven gear two engages with driving gear.
Object of the present invention can also further realize by following technical measures:
Aforesaid a kind of wide cut aluminium strip twin shaft batches longitudinal cutting, and the rotation direction of leading screw one and leading screw two is contrary.
Aforesaid a kind of wide cut aluminium strip twin shaft batches longitudinal cutting, all paired settings of the slide block one of each linear rolling guide, slide block two, slide block three.
Aforesaid a kind of wide cut aluminium strip twin shaft batches longitudinal cutting, rocker arrangement in the time of horizontality, the position of slewing rollers nine be just in time positioned at spool directly over, and the cylindrical of slewing rollers nine and the cylindrical of spool tangent.
Aforesaid a kind of wide cut aluminium strip twin shaft batches longitudinal cutting, also comprises and is provided with the second cover cutting device, and the difference of the second cover cutting device and aforesaid cutting device is only that topping machanism is different, and the structure of other parts is all the same with mounting means; Topping machanism three in the second cover cutting device comprises dish cutter, lower cutterhead, combination mat, topping machanism two on topping machanism from movable arbor one and active cutter shaft is laid down, dish cutter is fixedly installed on from movable arbor, lower cutterhead is fixedly installed on active cutter shaft, spaced apart by several combination mat between each lower cutterhead, the point of a knife of each dish cutter and lower cutterhead corresponding formation cutting edge one by one.
Aforesaid a kind of wide cut aluminium strip twin shaft batches longitudinal cutting, and the diameter of cutterhead is 250mm.
Aforesaid a kind of wide cut aluminium strip twin shaft batches longitudinal cutting, and the diameter of dish cutter is 160mm.
The present invention is by arranging main uncoiling actuating device and secondary uncoiling actuating device, adjustable distance between them, therefore can roll up wide by clamping aluminium volume: B≤1850mm, thickness: h=0.1～1.0 mm, volume is heavy: G≤15 ton, aluminium volume internal diameter: d=150-610mm, aluminium volume external diameter: D≤2000mm, range of capacity is wide, highly versatile; Uncoiling motor and reel-motor all adopt ac variable frequency speed regulation, operate steadily; Decoiling unit adopts linear guide rail device, and precision is high; The present invention is also provided with setting device, and opto-electronic pickup non-contact detecting signal is through the hydraulic ram of computing rear drive decoiling unit, and hydraulic ram drives mobile base sway to carry out centering rectification, and precision is high; Cutting device can machine external-adjuster, take two kinds of different topping machanisms of cutterhead and dish cutter to meet the requirement of cutting of thick material and thin material, cutterhead is for cutting the aluminium strip of 0.5-1.0mm thickness, dish cutter is for cutting the aluminium strip of 0.1-0.5mm thickness, applied range, and only need change topping machanism, in order to enhance productivity, also can prepare two cover cutting devices, reduce costs.
Advantage and disadvantage of the present invention, by for illustration and explanation the non-limitative illustration by preferred embodiment below, these embodiment, only provide as an example with reference to accompanying drawing.
Brief description of the drawings
Fig. 1 is assembly drawing of the present invention;
Fig. 2 is the front view of decoiling unit of the present invention;
Fig. 3 is B enlarged drawing of the present invention;
Fig. 4 is C enlarged drawing of the present invention;
Fig. 5 is the left view of decoiling unit of the present invention;
Fig. 6 is the front view of setting device of the present invention;
Fig. 7 is the birds-eye view of setting device of the present invention;
Fig. 8 is the left view of setting device of the present invention;
Fig. 9 is the birds-eye view of the dancer rools frame of setting device of the present invention;
Figure 10 is the front view of main frame of the present invention;
Figure 11 is the birds-eye view of main frame of the present invention;
Figure 12 is the left view of main frame of the present invention;
Figure 13 is the front view of support for travel way of the present invention and cutting device assembling;
Figure 14 is the birds-eye view of support for travel way of the present invention and cutting device assembling;
Figure 15 is the left view of support for travel way of the present invention and cutting device assembling;
Figure 16 is the front view of topping machanism three of the present invention
Figure 17 is D enlarged drawing of the present invention;
Figure 18 is E enlarged drawing of the present invention;
Figure 19 is the constitution diagram that batches of the present invention.
Detailed description of the invention
Below in conjunction with drawings and Examples, the invention will be further described.
As shown in Figure 1, the present invention includes decoiling unit 3, setting device 4, main frame 5, decoiling unit 3, setting device 4, main frame 5 are arranged in a plane, connect successively according to said sequence;
As shown in Fig. 2, Fig. 3, Fig. 4, Fig. 5, decoiling unit 3 comprises uncoiling base 1, uncoiling actuating device 2, and uncoiling actuating device 2 is arranged on the end face of uncoiling base 1, uncoiling base 1 comprises two firm bankings 11, mobile base 12, a pair of linear rolling guide 1, hydraulic ram 14, two firm bankings 11 separate placement, each linear rolling guide 1 comprises guide rail 1 and several slide block 1, on the parallel end face that is fixedly installed on two firm bankings 11 of two guide rails 1, several slide blocks 1 are scattered on the bottom surface that two row are fixedly installed on mobile base 12, the flexible connection that matches with two guide rails 1 respectively of two row slide blocks 1, slide block 1 can move on guide rail 1, one end of hydraulic ram 14 is connected with the middle part of the end face of a firm banking 11, the other end is fixedly connected on the bottom surface of mobile base 12, uncoiling actuating device 2 comprises main uncoiling actuating device 21 and secondary uncoiling actuating device 22, on the length direction that is arranged in mobile base 12 of main uncoiling actuating device 21 and secondary uncoiling actuating device 22 symmetries, main uncoiling actuating device 21 comprises main slide 213, uncoiling motor 211, axle drive shaft 212, a pair of linear rolling guide 2 214, mobile device 1, fixing device 1, main slide 213 is movably arranged on one end of the end face of mobile base 12 length directions, main slide 213 is rectangular structure part, its end face is fixedly installed bearing seat 1, uncoiling motor 211 is fixedly installed on the side of main slide 213, axle drive shaft 212 is through bearing seat 1, its middle part relies on the bearings of bearing seat 1, one end of axle drive shaft 212 is connected with the output shaft of uncoiling motor 211, the other end of axle drive shaft 212 is fixed with fixing device 1, fixing device 1 comprises large conehead 216 and conelet head 217, the cylindrical of large conehead 216 and conelet head 217 is all provided with tapering, large conehead 216 is fixedly connected with axle drive shaft 212, conelet head 217 is fixedly installed on the end face of large conehead 216, each linear rolling guide 2 214 comprises guide rail 2 2141 and several slide block 2 2142, on the parallel end face that is fixedly installed on mobile base 12 of two guide rails 2 2141, several slide blocks 2 2142 are scattered on the bottom surface that two row are fixedly installed on main slide 213, the flexible connection that matches with two guide rails 2 2141 respectively of two row slide blocks 2 2142, slide block 2 2142 can move on guide rail 2 2141, slide block 1, slide block 2 2142, all paired settings of slide block 3 2242, mobile device 1 comprises mobile motor 2151, coupler 1, screw pair 1, mobile motor 2151 be arranged on mobile base 12 end faces in the heart, its position is near main slide 213, screw pair 1 comprises leading screw 1, feed screw nut 1, one end of leading screw 1 is connected with the output shaft of mobile motor 2151 by coupler 1, feed screw nut 1 is fixedly installed on the bottom surface of main slide 213, feed screw nut 1 flexible connection that matches with leading screw 1, secondary uncoiling actuating device 22 comprises secondary slide 221, behaviour's side shaft 222, screw pair 2 223, a pair of linear rolling guide 3 224, fixing device 2 226, secondary slide 221 is consistent with the structure of main slide 213, and be symmetrical in main slide 213 and be arranged on the other end of mobile base 12, the end face of secondary slide 221 is fixed with bearing seat two, behaviour's side shaft 222 is through bearing seat two, its middle part relies on the bearings of bearing seat two, behaviour's side shaft 222 is provided with fixing device 2 226 near one end of main slide 213, the structure of fixing device 2 226 is consistent with the structure of fixing device 1, each linear rolling guide 3 224 comprises guide rail 3 2241 and several slide block 3 2242, on the end face of the parallel other end that is fixedly installed on mobile base 12 of two guide rails 3 2241, several slide blocks 3 2242 are scattered on the bottom surface that two row are fixedly installed on secondary slide 221, the flexible connection that matches with two guide rails 3 2241 respectively of two row slide blocks 3 2242, slide block 3 2242 can move on guide rail 3 2241, screw pair 2 223 comprises leading screw 2 2231, feed screw nut 2 2232, one end of leading screw 2 2231 is connected with leading screw 1 by coupler 2 23, the rotation direction of leading screw 1 and leading screw 2 2231 is contrary, feed screw nut 2 2232 is fixedly installed on the bottom surface of secondary slide 221, feed screw nut 2 2232 flexible connection that matches with leading screw 2 2231,
As shown in Fig. 6, Fig. 7, Fig. 8, Fig. 9, setting device 4 comprises base 1, a pair of steering hardware 42, regulating mechanism 43, midline detect device 44, a pair of steering hardware 42 is fixedly installed on respectively the two ends of the end face of base 1, adjustment structure is arranged on the position of the center between a pair of steering hardware 42, and midline detect device 44 is arranged on the right flank of steering hardware 42 on the right, each steering hardware 42 comprises slewing rollers 421, a pair of slewing rollers frame 422, a pair of slewing rollers frame 422 symmetries are fixedly installed on the end face of base 1, the two ends of slewing rollers 421 are connected on the bearing in a pair of slewing rollers frame 422, and another steering hardware 42 also arranges in this manner, regulating mechanism 43 comprises dancer rools 431, a pair of dancer rools frame 432, and a pair of dancer rools frame 432 is fixedly installed on the end face of base 1, dancer rools frame 432 is framed structure parts, the end face of dancer rools frame 432 is provided with tapped bore 435, the two sides that the inside of dancer rools frame 432 is parallel to each other are respectively provided with a fixed block 437, the orientation that fixed block 437 is arranged is perpendicular to the axis of dancer rools 431, on two fixed blocks 437, on relative two sides, be equipped with a boss 439, boss 439 in vertical state, between two fixed blocks 437, be provided with a movable block 436, two sides of movable block 436 are equipped with draw-in groove 438, two draw-in grooves 438 are connected with two boss 439 of fixed block 437 respectively, the end face of movable block 436 is in mating connection with the tapped bore of dancer rools frame 432 by an adjusting screw(rod) 434, the other end of adjusting screw(rod) 434 is also provided with a handwheel 1, the two ends of dancer rools 431 are connected with the movable block 436 of a pair of dancer rools frame 432 respectively, two slewing rollers are all parallel with the guide rail 1 of decoiling unit 3 with a dancer rools 431, midline detect device 44 comprises installs side plate 441 and opto-electronic pickup 442, installation side plate 441 is fixedly installed on the side of the slewing rollers frame 422 of the steering hardware 42 on right side, the direction that is parallel to slewing rollers 421 at the end face that side plate 441 is installed is provided with opto-electronic pickup 442, and opto-electronic pickup 442 connects the hydraulic ram 14 of controlling decoiling unit 3,
As shown in Figure 10-Figure 18, main frame comprises frame 51, a pair of rocker arrangement 52, support for travel way 53, a pair of batch up gear 54, cutting device 55, frame 51 comprises base 3 511, two blocks of side plates 512, six distance rods 1, two side plate 512 symmetries are fixedly installed on the Width of base 3 511, six distance rods 1 are installed perpendicular to the face of two blocks of side plates 512, be used for connecting two blocks of side plates 512, two blocks of side plates 512 are " protruding " font structure parts, the midway location of projection is provided with window 519 is installed in the top, the guide rail 1 that window 519 is parallel to decoiling unit 3 is installed, a pair of rocker arrangement 52 is symmetricly set on two sharp corners of two side plate 512 upper end projections, support for travel way 53 arranges perpendicular to the side of frame 51, be " T " font structure with frame 51, a pair of batch up gear 54 is symmetricly set on the two ends of the end face of two blocks of side plates 512, cutting device 55 is movably arranged on support for travel way 53, frame 51 inside are provided with six groups of slewing rollers 513, six groups of slewing rollers 513 are respectively slewing rollers 2 515, slewing rollers 3 516, slewing rollers 4 517, slewing rollers 5 518, slewing rollers A5131, slewing rollers B5132, each slewing rollers are all parallel with the guide rail 1 of decoiling unit 3, slewing rollers 2 515, slewing rollers 3 516, slewing rollers 4 517, slewing rollers 5 518 are arranged on cutting device 55 belows, slewing rollers A5131, slewing rollers B5132 is arranged on cutting device 55 tops, the lower right of frame 51 is provided with slewing rollers 2 515, in the line of centers left and right sides of frame 51, be provided with successively from top to bottom slewing rollers 3 516, slewing rollers 4 517, slewing rollers 5 518, slewing rollers A5131, slewing rollers B5132 is symmetricly set on the top of the installation window 519 of frame 51, each rocker arrangement 52 includes rocking arm framework 521, four groups of slewing rollers 522, a pair of cylinder 523, two distance rods 2 528, four groups of slewing rollers 522 comprise slewing rollers 6 524, slewing rollers 7 525, slewing rollers 8 526, slewing rollers 9 527, each slewing rollers are all parallel with the guide rail 1 of decoiling unit 3, rocking arm framework 521 connects to form rectangular frame structure by two distance rods 2 528, the two ends of rocking arm framework 521 are connected with slewing rollers 9 527 by slewing rollers 6 524, be connected with slewing rollers 8 526 by slewing rollers 7 525 respectively in middle part, a pair of rocker arrangement 52 is all flexibly connected with two sharp corners of the top of two blocks of side plates 512 by slewing rollers 6 524 separately, rocker arrangement 52 can be around slewing rollers 6 524 rotations, one end of a pair of cylinder 523 is all movably arranged on the medial surface of two blocks of side plates 512, the other end is connected with two middle side parts of rocking arm framework 521 respectively, support for travel way 53 comprises bracing frame 531, V-type rail 532, level gauge 533, rail 535, bracing frame 531 is cuboid framed structure, bracing frame 531 arranges and passes the installation window 519 of frame 51 perpendicular to the side plate 512 of frame 51, its end face parallel be provided with V-type rail 532 and level gauge 533, V-type rail 532, level gauge 533 is all parallel with the guide rail 1 of decoiling unit 3, V-type rail 532 and level gauge 533 are through installation window 519 portion that sets within it of frame 51, the bottom surface of bracing frame 531 is provided with roller 1, rail 535 is arranged on the bottom surface of bracing frame 531, its direction is perpendicular to the guide rail 1 of decoiling unit 3, roller 1 moves on rail 535, each batch up gear 54 comprises reel-motor 541, coupler 3 542, spool 543, pair of bearing 3 544, reel-motor 541 is arranged on the lateral surface of side plate 512, one end of spool 543 is connected with the output shaft of reel-motor 541 by coupler 3 542, the two ends of spool 543 are supported by pair of bearing 3 544, and spool 543 is parallel with the guide rail 1 of decoiling unit 3,
Cutting device 55 comprises base 2 56, mobile cutter frame 57, Immovable support 58, cut cutter shaft 60, base 2 56 is rectangular flat plate, be fixed with a row sheave 561 and a row roller 2 562 in its bottom surface, sheave 561 contacts with level gauge 533 with the V-type rail 532 of support for travel way 53 respectively with roller 2 562, base 2 56 moves on support for travel way 53, mobile cutter frame 57 and Immovable support 58 are separately positioned on the two ends of the end face of base 2 56, mobile cutter frame 57 comprises base plate 1, knife rest 1, mobile device 2 573, base plate 1 is fixedly installed on the end face of base 2 56, be provided with two T-shaped grooves 5711 that parallel at the end face of base plate 1, be provided with a groove 5712 two T-shaped groove 5711 middle parts, knife rest 1 is rectangular structure part, the bottom surface of knife rest 1 is provided with boss 3 5721, knife rest 1 is positioned by boss 3 5721 in the groove 5712 of base plate 1, knife rest 1 is fixedly connected with the T-shaped groove 5711 of base plate 1 by screw 574, knife rest 1 is positioned at the installation window 519 of frame 51, be provided with tapped bore 2 5722 in the middle and lower part of knife rest 1, top is provided with cutter shaft along the direction of T-shaped groove 5711 window 1 is installed therein, mobile device 2 573 comprises leading screw 3 5731, handwheel 2 5732, bearing seat 4 5733, and the tapped bore 2 5722 of one end of leading screw 3 5731 and knife rest 1 is in mating connection, and the other end is provided with handwheel 2 5732 and supports by bearing seat 4 5733, Immovable support 58 is provided with the cutter shaft the same with mobile cutter frame 57 window 2 581 is installed, cut cutter shaft 60 and comprise driven cutter shaft device 61, driving knife shaft device 62, manually feed arrangement 63, driving knife shaft device 62 comprises initiatively cutter shaft 621, bearing seat 7 622, bearing seat 8 623, several topping machanisms 2 624, bearing seat 7 622 and bearing seat 8 623 are fixedly installed on respectively the cutter shaft of mobile cutter frame 57 and install in the cutter shaft installation window 2 581 of window 1 and Immovable support 58, initiatively the two ends of cutter shaft 621 rely on respectively the bearings in bearing seat 7 622 and bearing seat 8 623, initiatively cutter shaft 621 passes bearing seat 8 623, be provided with successively inward belt pulley 626 and driving gear 625 from outside at this end, driven cutter shaft device 61 comprises from movable arbor 611, bearing seat 5 612, bearing seat 6 613, several topping machanisms 1, radial regulation device 615, bearing seat 5 612 and bearing seat 6 613 are separately positioned on the cutter shaft of mobile cutter frame 57 and install in the cutter shaft installation window 2 581 of window 1 and Immovable support 58, rely on respectively the bearings in bearing seat 5 612 and bearing seat 6 613 from the two ends of movable arbor 611, pass bearing seat 6 613 from movable arbor 611, be provided with driven gear 1 at this end, driven gear 1 engages with driving gear 625, two sides at bearing seat 5 612 are all provided with end cap 1, the two sides free-running fit of two end caps 1 and knife rest 1, two sides at bearing seat 6 613 are all provided with end cap 2 6131, the two sides free-running fit of two end caps 2 6131 and Immovable support 58, bearing seat 5 612 and bearing seat 6 613 are installed window 1 and the interior movement of cutter shaft installation window 2 581 at cutter shaft respectively, radial regulation device 615 comprises handwheel 3 6151, regulate synchronizing shaft 6152, a pair of worm and gear elevator 6153, a pair of worm and gear elevator 6153 is fixedly installed on respectively the side of knife rest 1 and Immovable support 58, its worm screw 6154 is connected with bearing seat 5 612 and bearing seat 6 613 respectively, regulate the two ends of synchronizing shaft 6152 to be meshed with the worm gear of two worm and gear elevators 6153 respectively, regulate one end of synchronizing shaft 6152 to be provided with handwheel 3 6151, several topping machanisms 1 comprise cutterhead 6141, distance sleeve 6142, combination mat 6143, cutterhead 6141, distance sleeve 6142, combination mat 6143 is all arranged on from the cylindrical of movable arbor 611, and fit together according to said sequence, several topping machanisms 1 are arranging from movable arbor 611 successively, the structure of topping machanism 2 624 and topping machanism 1 are in full accord, part on topping machanism 2 624 is arranged on the cylindrical of active cutter shaft 621, each topping machanism 1 is corresponding a topping machanism 2 624 all, two cutterhead 6141 alignment arrange, manually feed arrangement 63 comprises handwheel 4 631, feed shaft 632, driven gear 2 633, pair of bearing 9 634, pair of bearing 9 634 is separately fixed on the medial surface of two blocks of side plates 512, the two ends of feed shaft 632 are supported by bearing seat 9 634, feed shaft 632 is provided with driven gear 2 633 near one end of Immovable support 58, the other end is provided with handwheel 4 631, and driven gear 2 633 engages with driving gear 625.
The difference of the second cover cutting device and aforesaid cutting device is only that topping machanism is different, the structure of other parts is all the same with mounting means, the topping machanism 3 64 of the second cover cutting device comprises dish cutter 641, lower cutterhead 642, combination mat 6143, topping machanism 2 624 on topping machanism from movable arbor 611 1 and active cutter shaft 621 is laid down, dish cutter 641 is fixedly installed on from movable arbor 611, lower cutterhead 642 is fixedly installed on active cutter shaft 621, spaced apart by several combination mat 6143 between each lower cutterhead 642, the point of a knife of each dish cutter 641 is corresponding one by one with lower cutterhead 642.The present invention arranges two cover cutting devices, the diameter of cutterhead 6141 is 250mm, and for cutting the aluminium strip of 0.5-1.0mm thickness, the diameter of dish cutter 641 is 160mm, for cutting the aluminium strip of 0.1-0.5mm thickness, in order to enhance productivity, can prepare two cover cutting devices, one for installing cutterhead 6141, one for installing dish cutter 641, in the time of the aluminium strip of production variable thickness sample, fast changeable cutting device, also can change topping machanism by said method certainly like this.
Open mobile motor 2151, regulate the distance between main uncoiling actuating device 21 and secondary uncoiling actuating device 22, screw pair 1 drives screw pair 2 223 to rotate, drive main uncoiling actuating device 21 and secondary uncoiling actuating device 22 to move on linear rolling guide 2 214, linear rolling guide 3 224, the length that meets aluminium volume 71 when distance makes, and closes mobile motor 2151.Withstand aluminium Juan71 center with the conelet head 217 of main uncoiling actuating device 21 and secondary uncoiling actuating device 22, open uncoiling motor 211, drive axle drive shaft 212, drive the conelet head 217 of main uncoiling actuating device 21 to rotate, due to the effect of friction force, aluminium volume 71 drives the conelet head 217 of secondary uncoiling actuating device 22 to rotate.
Aluminium strip 70 on aluminium volume 71 is on the slewing rollers on the right side of setting device 4, again around to dancer rools 431, again on the slewing rollers to left side, enter again main frame 5, regulating mechanism 43 drives movable block 436 in the interior slip of fixed block 437 by adjusting screw(rod) 434, thereby realize moving up and down of dancer rools 431, for auxiliary correction aluminium strip 70, opto-electronic pickup 442 non-contact detecting signals are through the hydraulic ram 14 of computing rear drive decoiling unit 3, and hydraulic ram 14 drives mobile base 12 sway to carry out centering rectification.
Open a pair of reel-motor 541, aluminium strip 70 enters main frame 5, first walk around slewing rollers 2 515, slewing rollers 3 516, slewing rollers 4 517, slewing rollers 5 518, enter again cutting device 55, aluminium strip 70 enters from movable arbor 611 and the blade initiatively forming between cutter shaft 621, cut dividing into strips between a pair of cutterhead 6141.
Aluminium strip 70 after cutting is walked around respectively from movable arbor 611 and active cutter shaft 621, aluminium strip 70 is walked around the initiatively aluminium strip 70 of cutter shaft 621 and is continued upwards to walk around slewing rollers B, then enter the rocker arrangement 52 in left side, successively walk around slewing rollers 6 524, slewing rollers 7 525, slewing rollers 8 526, slewing rollers 9 527, finally on spool 543, because slewing rollers 9 527 are pressed on the surface of the aluminium strip 70 twisting on spool 543 under the application force of cylinder 523, along with spool 543 rotates, around the aluminium strip 70 on it, under the pressure of slewing rollers 9 527, more volume is more, can take off the aluminium strip 70 winding until meet the demands.Walk around the rocker arrangement 52 that enters right side from the aluminium strip 70 of movable arbor 611, principle is the same with the batch up gear 54 around left side.
In the time that needs are changed cutting device 55, cutting device 55 entirety are pulled out to frames 51 to bracing frame 531, first unclamp the screw 574 on mobile cutter frame 57, rotate handwheel 2 5732, mobile cutter frame 57 is toward moving left, from movable arbor 611 and initiatively the right-hand member of cutter shaft 621 respectively from bearing seat 6 613 and the interior disengagement of bearing seat 8 623, the now T-shaped groove 5711 interior movement of screw 574 in base plate 1, move to after correct position, screw screw 574, the topping machanism that needs can be changed shifts out from right side, the topping machanism more renewing.
Manually feed arrangement 63, for the production of the use of initial stage aluminium strip leader tape, rotates handwheel 4 631, and driven gear 2 633 drives driving gear 625 to rotate, and driving gear 625 drives driven gear 1 to rotate again, helps aluminium strip to arrive spool 543 through shearing edge.The lap of shearing edge also can be by regulating from the gap between movable arbor 611 and active cutter shaft 621, by rotating handwheel 3 6151, regulate synchronizing shaft 6152 to drive worm and gear elevator 6153 to rotate, worm screw 6154 axle drive shaft 212 bearings five and bearing seat 6 613 are installed window 1 and the interior movement of cutter shaft installation window 2 581 at cutter shaft respectively, drive and move from movable arbor 611, regulate from the gap between movable arbor 611 and active cutter shaft 621.
In addition to the implementation, the present invention can also have other embodiments, and all employings are equal to the technical scheme of replacement or equivalent transformation formation, all drop in the protection domain of requirement of the present invention.
Claims (7)
1. wide cut aluminium strip twin shaft batches longitudinal cutting, it is characterized in that: comprise decoiling unit, setting device, main frame, described decoiling unit, setting device, main frame are arranged in a plane, connect successively according to said sequence;
Described decoiling unit comprises uncoiling base, uncoiling actuating device, and described uncoiling actuating device is arranged on the end face of uncoiling base, described uncoiling base comprises two firm bankings, mobile base, a pair of linear rolling guide one, hydraulic ram, described two firm bankings separate placement, described each linear rolling guide one comprises guide rail one and several slide block one, on the parallel end face that is fixedly installed on two firm bankings of described two guide rails one, described several slide block one is scattered on the bottom surface that two row are fixedly installed on mobile base, described mobile base is matched and is movably connected on the end face of firm banking with two guide rails one respectively by two row slide blocks one, described slide block one can move on guide rail one, one end of described hydraulic ram is connected with the middle part of the end face of a firm banking, the other end is fixedly connected on the bottom surface of mobile base, described uncoiling actuating device comprises main uncoiling actuating device and secondary uncoiling actuating device, on the length direction that is arranged in mobile base of described main uncoiling actuating device and secondary uncoiling actuating device symmetry, described main uncoiling actuating device comprises main slide, uncoiling motor, axle drive shaft, a pair of linear rolling guide two, mobile device one, fixing device one, described main slide is movably arranged on one end of the end face of mobile base length direction, main slide is rectangular structure part, its end face is fixedly installed bearing seat one, described uncoiling motor is fixedly installed on the side of main slide, described axle drive shaft is through bearing seat one, its middle part relies on the bearings of bearing seat one, one end of described axle drive shaft is connected with the output shaft of uncoiling motor, the other end of described axle drive shaft is fixed with fixing device one, described fixing device one comprises large conehead and little conehead, the cylindrical of described large conehead and little conehead is all provided with tapering, described large conehead is fixedly connected with axle drive shaft, described little conehead is fixedly installed on the end face of large conehead, described each linear rolling guide two comprises guide rail two and several slide block two, on the parallel end face that is fixedly installed on mobile base of described two guide rails two, described several slide block two is scattered on the bottom surface that two row are fixedly installed on main slide, the flexible connection that matches with two guide rails two respectively of described two row slide blocks two, described slide block two can move on guide rail two, described mobile device one comprises mobile motor, coupler one, screw pair one, described mobile motor be arranged on mobile base end face in the heart, its position is near main slide, described screw pair one comprises leading screw one, feed screw nut one, one end of described leading screw one is connected with the output shaft of mobile motor by coupler one, described feed screw nut one is fixedly installed on the bottom surface of main slide, the flexible connection that matches with leading screw one of described feed screw nut one, described secondary uncoiling actuating device comprises secondary slide, behaviour's side shaft, screw pair two, a pair of linear rolling guide three, fixing device two, described secondary slide is consistent with the structure of main slide, and be symmetrical in main slide and be arranged on the other end of mobile base, the end face of described secondary slide is fixed with bearing seat two, described behaviour's side shaft is through bearing seat two, its middle part relies on the bearings of bearing seat two, described behaviour's side shaft is provided with fixing device two near one end of main slide, the structure of described fixing device two is consistent with the structure of fixing device one, described each linear rolling guide three comprises guide rail three and several slide block three, on the end face of the parallel other end that is fixedly installed on mobile base of described two guide rails three, described several slide block three is scattered on the bottom surface that two row are fixedly installed on secondary slide, the flexible connection that matches with two guide rails three respectively of described two row slide blocks three, described slide block three can move on guide rail three, described screw pair two comprises leading screw two, feed screw nut two, and one end of described leading screw two is connected with leading screw one by coupler two, and described feed screw nut two is fixedly installed on the bottom surface of secondary slide, the flexible connection that matches with leading screw two of described feed screw nut two,
Described setting device comprises base one, a pair of steering hardware, regulating mechanism, midline detect device, described a pair of steering hardware is fixedly installed on respectively the two ends of the end face of base one, described adjustment structure is arranged on the position of the center between a pair of steering hardware, and described midline detect device is arranged on the side of a steering hardware, described each steering hardware comprises slewing rollers, a pair of slewing rollers frame, described a pair of slewing rollers frame symmetry is fixedly installed on the end face of base one, the two ends of described slewing rollers are connected on the bearing in a pair of slewing rollers frame, and described another steering hardware also arranges in this manner, described regulating mechanism comprises dancer rools, a pair of dancer rools frame, described a pair of dancer rools frame is fixedly installed on the end face of base one, described dancer rools frame is framed structure parts, the end face of described dancer rools frame is provided with tapped bore, the two sides that the inside of described dancer rools frame is parallel to each other are respectively provided with a fixed block, the orientation that described fixed block is arranged is perpendicular to the axis of dancer rools, on described two fixed blocks, on relative two sides, be equipped with a boss, described boss in vertical state, between described two fixed blocks, be provided with a movable block, two sides of described movable block are equipped with draw-in groove, described two draw-in grooves are connected with two boss of fixed block respectively, the end face of described movable block is in mating connection by the tapped bore of an adjusting screw(rod) and dancer rools frame, the other end of adjusting screw(rod) is also provided with a handwheel one, the two ends of described dancer rools are connected with the movable block of a pair of dancer rools frame respectively, described two slewing rollers are all parallel with the guide rail one of decoiling unit with a dancer rools, described midline detect device comprises installs side plate and opto-electronic pickup, described installation side plate is fixedly installed on the side near the slewing rollers frame of the steering hardware of decoiling unit one side, the direction that is parallel to slewing rollers at the end face that side plate is installed is provided with opto-electronic pickup, and described opto-electronic pickup connects the hydraulic ram of controlling decoiling unit,
Described main frame comprises frame, a pair of rocker arrangement, support for travel way, a pair of batch up gear, cutting device, described frame comprises base three, two blocks of side plates, several distance rods one, described two side plate symmetries are fixedly installed on the Width of base three, several distance rods one are installed perpendicular to the medial surface of two blocks of side plates, be used for connecting two side plate framed structures in aggregates, described two blocks of side plates are " protruding " font structure parts, the midway location of projection is provided with installation window in the top, described installation window is parallel to the guide rail one of decoiling unit, described a pair of rocker arrangement is symmetricly set on two sharp corners of two side plate upper end projections, described support for travel way arranges perpendicular to the side of frame, be " T " font structure with frame, described a pair of batch up gear is symmetricly set on the two ends of the end face of two blocks of side plates, described cutting device is movably arranged on support for travel way, described frame inside is provided with six groups of slewing rollers, described six groups of slewing rollers are respectively slewing rollers two, slewing rollers three, slewing rollers four, slewing rollers five, slewing rollers A, slewing rollers B, described each slewing rollers are all parallel with the guide rail one of decoiling unit, described slewing rollers two, slewing rollers three, slewing rollers four, slewing rollers five are arranged on cutting device below, described slewing rollers A, slewing rollers B is arranged on cutting device top, middle below partial center one side of frame is provided with slewing rollers two, in the line of centers left and right sides of frame, be provided with successively from top to bottom slewing rollers three, slewing rollers four, slewing rollers five, described slewing rollers A, slewing rollers B is symmetricly set on the top of the installation window of frame, described each rocker arrangement includes rocking arm framework, four groups of slewing rollers, a pair of cylinder, several distance rods two, described four groups of slewing rollers comprise slewing rollers six, slewing rollers seven, slewing rollers eight, slewing rollers nine, described each slewing rollers are all parallel with the guide rail one of decoiling unit, described rocking arm framework connects to form rectangular frame structure by several distance rods two, the two ends of described rocking arm framework are connected with slewing rollers nine by slewing rollers six, be connected with slewing rollers eight by slewing rollers seven respectively in middle part, described a pair of rocker arrangement is all flexibly connected with two sharp corners of the top of two blocks of side plates by slewing rollers six separately, rocker arrangement can rotate around slewing rollers six, one end of described a pair of cylinder is all movably arranged on the medial surface of two blocks of side plates, the other end is connected with two middle side parts of rocking arm framework respectively, described support for travel way comprises bracing frame, V-type rail, level gauge, rail, support frame as described above is cuboid framed structure, support frame as described above is perpendicular to the side plate setting of frame and through the installation window of frame, its end face parallel be provided with V-type rail and level gauge, described V-type rail, level gauge is all parallel with the guide rail one of decoiling unit, described V-type rail and level gauge are through installation window the portion that sets within it of frame, the bottom surface of support frame as described above is provided with roller one, described rail is arranged on the bottom surface of bracing frame, its direction is perpendicular to the guide rail one of decoiling unit, described roller one moves on rail, described each batch up gear comprises reel-motor, coupler three, spool, pair of bearing three, described reel-motor is arranged on the lateral surface of side plate, one end of described spool is connected with the output shaft of reel-motor by coupler three, the two ends of described spool are supported by pair of bearing three, and described spool is parallel with the guide rail one of decoiling unit, described cutting device comprises base two, mobile cutter frame, Immovable support, cut cutter shaft, described base two is rectangular flat plate, be fixed with a row sheave and a row roller two in its bottom surface, described sheave contacts with level gauge with the V-type rail of support for travel way respectively with roller two, described base two moves on support for travel way, described mobile cutter frame and Immovable support are separately positioned on the two ends of the end face of base two, described mobile cutter frame comprises base plate one, knife rest one, mobile device two, described base plate one is fixedly installed on the end face of base two, be provided with two T-shaped grooves that parallel at the end face of base plate one, be provided with a groove two T-shaped groove middle parts, described knife rest one is rectangular structure part, the bottom surface of described knife rest one is provided with boss three, knife rest one is positioned by boss three in the groove of base plate one, described knife rest one is fixedly connected with the T-shaped groove of base plate one by screw, knife rest one is positioned at the installation window of frame, be provided with tapped bore two in the middle and lower part of knife rest one, top is provided with cutter shaft along the direction of T-shaped groove window one is installed therein, described mobile device two comprises leading screw three, handwheel two, bearing seat four, and the tapped bore two of one end of described leading screw three and knife rest one is in mating connection, and the other end is provided with handwheel two and supports by bearing seat four, described Immovable support is provided with the cutter shaft the same with mobile cutter frame window two is installed, the described cutter shaft of cutting comprises driven cutter shaft device, driving knife shaft device, manual feed arrangement, described driving knife shaft device comprises initiatively cutter shaft, bearing seat seven, bearing seat eight, several topping machanism two, described bearing seat seven and bearing seat eight are fixedly installed on respectively the cutter shaft of mobile cutter frame and install in the cutter shaft installation window two of window one and Immovable support, the two ends of described active cutter shaft rely on respectively the bearings in bearing seat seven and bearing seat eight, described active cutter shaft passes bearing seat eight, is provided with successively inward belt pulley and driving gear at this end from outside, described driven cutter shaft device comprises from movable arbor, bearing seat five, bearing seat six, several topping machanisms one, radial regulation device, described bearing seat five and bearing seat six are separately positioned on the cutter shaft of mobile cutter frame and install in the cutter shaft installation window two of window one and Immovable support, the described two ends from movable arbor rely on respectively the bearings in bearing seat five and bearing seat six, describedly pass bearing seat six from movable arbor, be provided with driven gear one at this end, described driven gear one engages with driving gear, two sides at bearing seat five are all provided with end cap one, the two sides free-running fit of two end caps one and knife rest one, two sides at bearing seat six are all provided with end cap two, the two sides free-running fit of two end caps two and Immovable support, described bearing seat five and bearing seat six are installed window one and the interior movement of cutter shaft installation window two at cutter shaft respectively, described radial regulation device comprises handwheel three, regulate synchronizing shaft, a pair of worm and gear elevator, described a pair of worm and gear elevator is fixedly installed on respectively the side of knife rest one and Immovable support, its worm screw is connected with bearing seat five and bearing seat six respectively, the two ends of described adjusting synchronizing shaft are meshed with the worm gear of two worm and gear elevators respectively, one end of described adjusting synchronizing shaft is provided with handwheel three, described several topping machanism one comprises cutterhead, distance sleeve, combination mat, described cutterhead, distance sleeve, combination mat is all arranged on from the cylindrical of movable arbor, and fit together according to said sequence, described several topping machanism one is arranging from movable arbor successively, the structure of described topping machanism two and topping machanism one are in full accord, part on described topping machanism two is arranged on the cylindrical of active cutter shaft, described each topping machanism one is corresponding a topping machanism two all, two respectively by active cutter shaft with submit the wrong paired cutterhead of arranging from movable arbor and form cutting edge, described manual feed arrangement comprises handwheel four, feed shaft, driven gear two, pair of bearing nine, described pair of bearing nine is separately fixed on two sides that window is installed, the two ends of described feed shaft are supported by bearing seat nine, described feed shaft is provided with driven gear two near one end of Immovable support, the other end is provided with handwheel four, and described driven gear two engages with driving gear.
2. wide cut aluminium strip twin shaft as claimed in claim 1 batches longitudinal cutting, it is characterized in that: the rotation direction of described leading screw one and leading screw two is contrary.
3. wide cut aluminium strip twin shaft as claimed in claim 1 batches longitudinal cutting, it is characterized in that: all paired settings of the slide block one of described each linear rolling guide, slide block two, slide block three.
4. wide cut aluminium strip twin shaft as claimed in claim 1 batches longitudinal cutting, it is characterized in that: described rocker arrangement in the time of horizontality, the position of slewing rollers nine be just in time positioned at spool directly over, and the cylindrical of slewing rollers nine and the cylindrical of spool tangent.
5. wide cut aluminium strip twin shaft as claimed in claim 1 batches longitudinal cutting, it is characterized in that: also comprise and be provided with the second cover cutting device, the difference of described the second cover cutting device and cutting device claimed in claim 1 is only that topping machanism is different, and the structure of other parts is all the same with mounting means; Topping machanism three in described the second cover cutting device comprises dish cutter, lower cutterhead, combination mat, topping machanism two on topping machanism from movable arbor one and active cutter shaft is laid down, described dish cutter is fixedly installed on from movable arbor, described lower cutterhead is fixedly installed on active cutter shaft, spaced apart by several combination mat between described each lower cutterhead, the point of a knife of each dish cutter and lower cutterhead corresponding formation cutting edge one by one.
6. wide cut aluminium strip twin shaft as claimed in claim 1 batches longitudinal cutting, it is characterized in that: the diameter of described cutterhead is 250mm.
7. wide cut aluminium strip twin shaft as claimed in claim 5 batches longitudinal cutting, it is characterized in that: the diameter of described dish cutter is 160mm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410383122.3A CN104150266B (en) | 2014-08-06 | 2014-08-06 | Wide-width aluminum strip double-axis coiling and longitudinal splitting machine |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410383122.3A CN104150266B (en) | 2014-08-06 | 2014-08-06 | Wide-width aluminum strip double-axis coiling and longitudinal splitting machine |
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| CN104150266A true CN104150266A (en) | 2014-11-19 |
| CN104150266B CN104150266B (en) | 2017-01-11 |
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| CN109335777A (en) * | 2018-11-14 | 2019-02-15 | 广州市高浦特光电科技有限公司 | A kind of Scissoring device for the diaphragm that adds lustre to |
| CN109850655A (en) * | 2019-03-21 | 2019-06-07 | 深圳市佳得设备科技有限公司 | A kind of vertical diaphragm cutting machine |
| CN110540095A (en) * | 2019-10-02 | 2019-12-06 | 刘怀文 | Cutting machine is used in disposal bag production with automatically regulated function |
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| CN115231368A (en) * | 2022-07-20 | 2022-10-25 | 江苏雅布伦环保科技有限公司 | Coiling mechanism is used in production of antistatic corrosion-resistant filter material |
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| CN104400108A (en) * | 2014-11-25 | 2015-03-11 | 河南万达铝业有限公司 | Middle-dividing and cutting unit for 2150-width aluminum plate strip and foil |
| CN105035824A (en) * | 2015-05-28 | 2015-11-11 | 欣龙控股（集团）股份有限公司 | Movable unwinding-tension control system with slitting breadth of 3.5m for slitting machine |
| CN105035824B (en) * | 2015-05-28 | 2017-06-06 | 欣龙控股（集团）股份有限公司 | A kind of 3.5 meters of cutting machine reeling-off tension control systems of movable type |
| CN105173865A (en) * | 2015-08-28 | 2015-12-23 | 加宝复合材料（武汉）有限公司 | Drawing mechanism used for drawing non-woven fabric and cutting and rolling device |
| CN105173865B (en) * | 2015-08-28 | 2017-06-16 | 加宝复合材料（武汉）有限公司 | A kind of haulage gear and cutting wrap-up for drawing non-woven fabrics |
| CN106946085A (en) * | 2016-01-06 | 2017-07-14 | 上海网讯新材料科技股份有限公司 | A kind of high-performance automates cutting machine |
| CN106946085B (en) * | 2016-01-06 | 2019-03-15 | 上海网讯新材料科技股份有限公司 | A kind of high-performance automation cutting machine |
| CN105565049A (en) * | 2016-02-05 | 2016-05-11 | 江阴中达软塑新材料股份有限公司 | Automatic efficient film splitter |
| CN108726221A (en) * | 2017-04-18 | 2018-11-02 | 天津宝盈电脑机械有限公司 | Full-automatic bilateral seam sewing machine material collecting device |
| CN106956959B (en) * | 2017-05-03 | 2018-06-05 | 遂昌县睿鼎科技服务有限公司 | A kind of use for synthetic leather decorative pattern transfer paper rewind slitting device |
| CN106956959A (en) * | 2017-05-03 | 2017-07-18 | 遂昌县睿鼎科技服务有限公司 | A kind of use for synthetic leather decorative pattern transfer paper rewind slitting device |
| CN107352303A (en) * | 2017-06-30 | 2017-11-17 | 中山壵鑫自动化设备有限公司 | Roll of material depiler |
| CN109335777A (en) * | 2018-11-14 | 2019-02-15 | 广州市高浦特光电科技有限公司 | A kind of Scissoring device for the diaphragm that adds lustre to |
| CN109850655A (en) * | 2019-03-21 | 2019-06-07 | 深圳市佳得设备科技有限公司 | A kind of vertical diaphragm cutting machine |
| CN110540095A (en) * | 2019-10-02 | 2019-12-06 | 刘怀文 | Cutting machine is used in disposal bag production with automatically regulated function |
| CN110912373A (en) * | 2019-12-05 | 2020-03-24 | 歌尔股份有限公司 | Linear motor |
| WO2021109293A1 (en) * | 2019-12-05 | 2021-06-10 | 歌尔股份有限公司 | Linear electric motor |
| CN112061840A (en) * | 2020-10-10 | 2020-12-11 | 南京工程学院 | Automatic collection device for micro-tension rolling flexible diaphragm |
| CN112061840B (en) * | 2020-10-10 | 2022-03-04 | 南京工程学院 | Automatic collection device for micro-tension rolling flexible diaphragm |
| CN115231368A (en) * | 2022-07-20 | 2022-10-25 | 江苏雅布伦环保科技有限公司 | Coiling mechanism is used in production of antistatic corrosion-resistant filter material |
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