CN201625867U - Metal plate cross-cutting production line - Google Patents
Metal plate cross-cutting production line Download PDFInfo
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- CN201625867U CN201625867U CN2010200025468U CN201020002546U CN201625867U CN 201625867 U CN201625867 U CN 201625867U CN 2010200025468 U CN2010200025468 U CN 2010200025468U CN 201020002546 U CN201020002546 U CN 201020002546U CN 201625867 U CN201625867 U CN 201625867U
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Abstract
The utility model relates to the technical field of metal plate cross-cutting production equipment, in particular to a whole set of metal plate cross-cutting production line, which comprises a roll opening unit, a flattening unit, a numerical-control length-specifying unit, a cross-cutting unit and a material piling unit. The whole set of metal plate cross-cutting production line greatly improves automation level of roll opening, flattening, length specifying, cross cutting, material piling and the like, is fast in production speed and high in efficiency, is better in flattening effect by adopting a six-stage flattening mechanism for flattening metal plates, greatly improves cutting precision by adopting numerical-control length specifying and a passive correcting mechanism for size positioning, and favors speedy packaging and transport by using the material piling unit to automatically and neatly pile up the cut metal plates. Additionally, the production line guarantees no scraping or damage on the surfaces of the metal plates during cutting process by designing a plurality of protective measures on the surfaces of the metal plates.
Description
Technical field:
The utility model belongs to sheet metal production equipment technical field, relates to a kind of sheet metal crosscut production equipment, refers in particular to a strip metal sheet material crosscut production line.
Background technology:
The prior art relevant with sheet metal crosscut production equipment as: the number of patent application of University Of Science and Technology Of Taiyuan's utility model is 200510012654.7 disclosed " the asymmetric rolling shearing machines of single shaft double eccentric ", and it is specifically related to the technological improvement of installation position of drive shafting in a kind of roller steel plate shearing machine.And for example: the number of patent application of Henan Tianfon Energy-saving Board Ltd. is 200820147624.6 disclosed " the automatic shears of section bar tinuous production ".For another example: the number of patent application of Li Yaqi is 200820076911.2 disclosed " but hydraulic pressure steel plate shearing machines of a kind of swing shearing " or the like.
According to above prior art, existing sheet metal crosscut production equipment mainly exists deficiency and defectives such as automaticity is not high, speed is low, sheet material leveling degree is poor, the shear product location is inaccurate, shearing quality difference.
The utility model content:
The purpose of this utility model is to overcome the above-mentioned weak point of prior art, and a whole set of Crosscut production line for metal sheet materials is provided.
The utility model realizes that the technical scheme that its purpose adopts is: a kind of Crosscut production line for metal sheet materials, this production line comprise unwinder unit, leveling unit, numerical control scale unit, crosscut unit and folded material unit, wherein,
Described unwinder unit has the uncoiling frame, be provided with roll device and writing that surpasses all the others device in described uncoiling frame, described roll device comprises a main shaft, outside sheathed sleeve at main shaft, peripheral several arc barrels that are provided with of this sleeve, be provided with the inclined-plane slide mechanism between each arc barrel and the described sleeve, the active inclined-plane of described inclined-plane slide mechanism is positioned at described sleeve periphery, and described sleeve is done axially-movable by the pull bar that is arranged in the main shaft by the hydraulic drive mechanism driving; Described main shaft also is provided with rotary drive mechanism and drives described sleeve and the arc barrel rotates by a long key; Described writing that surpasses all the others device comprises the rocking arm that is installed in the uncoiling upper rack, and an end of described rocking arm is connected with the oil pressure actuated bar, and the other end is equipped with the writing that surpasses all the others wheel, and described writing that surpasses all the others wheel is positioned at the top of roll device arc barrel;
Described leveling unit has the leveling frame, on described leveling frame, material-receiving device, pay-off and apparatus for leveling are set, described apparatus for leveling comprises flattening roller group, following flattening roller group and rotating driving device thereof, the described upside of going up the flattening roller group is provided with going up of last flattening roller set of contact and strengthens the roller group, the upside of last enhancing roller group is provided with the top backing up roll group, described top backing up roll group is installed on the bottom of adjusted device, and upward the flattening roller group is vertically driven by lowering or hoisting gear; The described downside of flattening roller group down is provided with the following enhancing roller group with following flattening roller set of contact, and the downside of following enhancing roller group is provided with lower support roller group, and described lower support roller group is installed on down the top of adjusting device;
Described numerical control scale unit has the scale frame, this numerical control scale unit comprises that successively side leads a mechanism, pinch mechanism, passive aligning gear and detent mechanism, wherein said pinch mechanism and detent mechanism are by servomotor, gear-box and gear train driven in synchronism, described pinch mechanism comprises bottom pinch roll and the top pinch roll that is driven simultaneously by servomotor, and described detent mechanism comprises following registration roller and the last registration roller that is driven simultaneously by servomotor; Described passive aligning gear comprises corrector roll and following corrector roll; Described top pinch roll, last registration roller and last corrector roll are connected with elevating mechanism respectively;
Described crosscut unit has the crosscut frame, and upper cutter head, following tool rest and corresponding cutter and bottom knife are installed on it, and described tool rest bottom down is connected with the cam jacking apparatus, and described cam jacking apparatus is driven by hydraulic motor; Form an angle α between wherein said cutter and the described bottom knife;
Described folded material unit has the material stacking machine frame, and its upper front end is equipped with the optoelectronic induction controller, and the front end bottom is equipped with the frequency conversion type blowing device, and the air-out direction of described frequency conversion type blowing device is inclined upwardly along the supplied materials direction; Also be provided with material receiving mechanism on the described material stacking machine frame by the control of optoelectronic induction controller, described material receiving mechanism comprises four screw rods being arranged on the material stacking machine frame, be separately positioned on slide block on the screw rod, be articulated in four four cylinders that connect material arm and drive the described arm that connects material of rectangular distribution on the described slide block, and the two screw rods that is positioned at homonymy is by drive motors and gear drive driven in synchronism; In also being provided with re-pack after regulating device and the side device that re-packs on the described material stacking machine frame.
In the described unwinder unit: described rotary drive mechanism comprises main motor, reduction box, clutch and chain wheel driving mechanism; Described writing that surpasses all the others wheel periphery is provided with rubber ring, and it also is provided with independently writing that surpasses all the others turbin generator; On the main shaft of described spool unit, also be provided with brake gear.
In the described unwinder unit: described inclined-plane slide mechanism is a dove-tail male and female fit structure.
In the described leveling unit: described adjusted device comprise be fixed on the adjusted substrate two on horizontal key bar, be provided with adjustable ramp plate on two between the horizontal key bar, the described inclined-plane of going up the adjustable ramp plate contacts with the inclined-plane that another is fixed on the last constant inclined surface plate on the last mount pad of top backing up roll group; And the last mount pad of described top backing up roll group and described adjusted substrate are provided with the spring return mechanism; In like manner described adjusting device down comprises twice horizontal key bars that are fixed on down the adjusting substrate, be provided with adjustable ramp plate between twice horizontal key bars, the inclined-plane of described down adjustable ramp plate contacts with the inclined-plane that another is fixed on the following constant inclined surface plate on the following mount pad of lower support roller group.
In the described leveling unit: described material-receiving device comprises that an end is articulated in the seat that connects material on the leveling frame, the described seat that connects material is connected with first oil hydraulic cylinder that is installed in leveling frame bottom, and on the described seat that connects material second oil hydraulic cylinder is installed also, described second oil hydraulic cylinder drives a plate that connects material that is arranged on the seat that connects material; Last feeding roller that described pay-off comprises the feeding motor, driven by the feeding motor and feeding roller are down wherein gone up and also are provided with first cylinder above the feeding roller and by the push rod of described first air cylinder driven, described push rod and last feeding roller are inconsistent.
In the described leveling unit: described rotating driving device comprises drive motors, reduction box and connects described reduction box output respectively and last flattening roller group, the following universal shaft coupling device of each flattening roller of flattening roller group.
In the described scale unit: described top pinch roll periphery is provided with rubber layer; Described side is led a mechanism and is comprised two groups of side guide wheels that are arranged on both sides, and described side guide wheel is installed in respectively on the idler plate, and wherein an idler plate is connected with an adjusting screw(rod), and the distance between promptly described two idler plate is adjustable.
In the described crosscut unit: four rib places of described cutter and bottom knife form blade respectively; The cam link that described cam jacking apparatus comprises camshaft and connects described tool rest down and camshaft.
Be positioned at two of the homonymy arm end that connects material in the described folded material unit fine strain of millet that connects material is installed, some plastic cement wheel that connects material is installed on the described fine strain of millet that connects material.
Be provided with the lifting platform that connects material in the material receiving mechanism of described folded material unit below.
After the utility model adopted said structure, a whole set of Crosscut production line for metal sheet materials significantly improved from automaticities such as uncoiling, leveling, scale, crosscut, folded material, and speed of production is fast, efficient is high; Adopt the sixfold flattening mechanism that sheet metal is flattened, the leveling better effects if; Adopt numerical control scale and passive aligning gear to carry out sizing, shear precision is improved greatly; Adopt folded material unit, good sheet metal stacks neatly automatically to make shearing, helps quickening packing and transportation.In addition, the utility model has also designed the measure that many places are protected the sheet metal surface, guarantees that sheet metal surface in cutting process is not scratched or damages.
Description of drawings:
Fig. 1 is the structural representation of a whole set of crosscut production line of the utility model;
Fig. 2～Fig. 4 is the structural representation of the utility model unwinder unit;
Fig. 5～Fig. 8 is the structural representation of the utility model leveling unit;
Fig. 9～Figure 11 is the structural representation of the utility model numerical control scale unit;
Figure 12～Figure 14 is the structural representation of the utility model crosscut unit;
Figure 15～Figure 17 is the structural representation of the folded material unit of the utility model;
Figure 18 is the connect material structural representation of platform of the utility model lifting;
The specific embodiment:
The utility model is described in further detail below in conjunction with accompanying drawing.
As shown in Figure 1, Crosscut production line for metal sheet materials described in the utility model comprises unwinder unit 1, leveling unit 2, numerical control scale unit 3, crosscut unit 4 and folded material unit 5; Unwinder unit 1 is that the sheet metal that is web-like that will be sent here by pan feeding chassis 1a launches, importing leveling unit 2 again flattens, sheet metal after the leveling enters numerical control scale unit 3 after through a buffering area 3a, automatically control the length of discharging according to the data of input by numerical control scale unit 3, entering crosscut unit 4 shears, shear good sheet metal and deliver to folded material unit 5 and the lifting platform 6 that connects material through belt conveyor 5a and carry out automatic material stacking, thereby finish whole sheet metal crosscut process.
Particularly, at first shown in Fig. 2～4, unwinder unit 1 described in the utility model has uncoiling frame A1, be provided with roll device 11 and writing that surpasses all the others device 12 in described uncoiling frame A1, described roll device 11 comprises a main shaft 111, peripheral sheathed sleeve 111a at main shaft 111, peripheral several arc barrels 112 that are provided with of this sleeve 111a, be provided with inclined-plane slide mechanism 113 between each arc barrel 112 and the described sleeve 111a, described inclined-plane slide mechanism 113 is a dove-tail male and female fit structure, it both can realize sliding, and can realize radially screens interaction again; The active inclined-plane 113a of described inclined-plane slide mechanism 113 be positioned at described sleeve 111a periphery (wherein initiatively inclined-plane 113a can with the one-body molded making of sleeve 111a, also can be to be fixed on sleeve 111a outer wall in the mode of assembling, present embodiment is to fix in the mode of assembling by fixed head and screw rod etc.), and described sleeve 111a does axially-movable by the pull bar 111b that is arranged in the main shaft 111 by hydraulic drive mechanism 114 drivings; Described main shaft 111 also is provided with rotary drive mechanism 115 and drives described sleeve 111a and arc barrel 112 rotates by a long key 111c, and the keyway length on the sleeve 111a is longer than the length of long key 111c, to realize axially-movable; Described rotary drive mechanism 115 comprises main motor 1151, reduction box 1152, clutch 1153 and chain wheel driving mechanism 1154; On the main shaft 111 of described spool unit 11, also be provided with brake gear 116.Described writing that surpasses all the others device 12 comprises the rocking arm 121 that is installed in uncoiling frame A1 top, and an end of described rocking arm 121 is connected with oil pressure actuated bar 122, and the other end is equipped with writing that surpasses all the others wheel 123, and described writing that surpasses all the others wheel 123 is positioned at the top of roll device 11 arc barrels 112; Described writing that surpasses all the others is taken turns 123 peripheries and is provided with rubber ring 1231, and this rubber ring 1231 can play a protective role to the sheet metal surface, and it also is provided with independently writing that surpasses all the others turbin generator 124.
The course of work of unwinder unit 1 is as follows: gone on the main shaft 111 arc barrel 112 outward of roll device 11 by the metal charge jacket casing that pan feeding chassis 1a sends here, move by the pull bar 111b horizontal axis in hydraulic drive mechanism 114 drive shaft 111, and then drive sleeve 111a and on active inclined-plane 113a slide, thereby promote arc barrel 112 and do radial motion, the external diameter that changes arc barrel 112 is tightened barrel and is avoided the volume that looses so that barrel 112 is close to material tube inner wall; Thereby the oil pressure actuated bar 122 of control writing that surpasses all the others device 12 makes rocking arm 121 bottoms that writing that surpasses all the others wheel 123 is pressed on the barrel surface, start the main motor 1151 and the clutch 1153 that closes then, drive shaft 111 rotations, the beginning blowing, because the elastic stress of metal barrel, under the conflict of writing that surpasses all the others wheel 123, thereby the metal charge that unclamps will be imported into next working cell along barrel is tangentially mobile, reach the purpose of uncoiling; And usually because the continuity of guide, next working cell promptly flattens unit 2 to have clamping and conveying device and can draw material automatically, but this moment loosen the clutch 1153, unwinder unit 1 enters passive blowing state, can increase the rotational resistance of main shaft 111 this moment by the brake gear 116 that is provided with on the main shaft 111, thereby increase the tension force of metal charge, prevent the volume that looses; Simultaneously also can open writing that surpasses all the others turbin generator 124, the rubber ring 1231 that utilizes writing that surpasses all the others to take turns 123 peripheries is assisted blowing with the frictional force of sheet metal.
For another example shown in Fig. 5～8, leveling described in the utility model unit 2 has leveling frame A2, on described leveling frame A2, material-receiving device 21 is set, pay-off 22 and apparatus for leveling 23, described apparatus for leveling 23 comprises flattening roller group 23a, following flattening roller group 23b and rotating driving device 23c thereof, the upside of the described flattening roller group 23a of going up is provided with going up of contacting with last flattening roller group 23a and strengthens roller group 23a1, the upside of last enhancing roller group 23a1 is provided with top backing up roll group 23a2, described top backing up roll group 23a2 is installed on the bottom of adjusted device 23a3, and upward flattening roller group 23a is vertically driven by lowering or hoisting gear 24; The described downside of flattening roller group 23b down is provided with the following enhancing roller group 23b1 that contacts with following flattening roller group 23b, and the downside of following enhancing roller group 23b1 is provided with lower support roller group 23b2, and described lower support roller group 23b2 is installed on down the top of adjusting device 23b3;
Furthermore, in the described leveling unit 2: described adjusted device 23a3 comprise be fixed on adjusted substrate 23a31 two on horizontal key bar 23a32, be provided with adjustable ramp plate 23a33 on two between the horizontal key bar 23a32, horizontal key bar 23a32 plays adjustable ramp plate 23a33 in the horizontal qualification on two, promptly goes up adjustable ramp plate 23a33 and is sliding between the horizontal key bar 23a32 on two; The described inclined-plane of going up adjustable ramp plate 23a33 contacts with the inclined-plane that another is fixed on the last constant inclined surface plate 23a34 on the last mount pad 23a21 of top backing up roll group 23a2; And the last mount pad 23a21 of described top backing up roll group 23a2 and described adjusted substrate 23a31 are provided with spring return mechanism 23a35; In like manner, described adjusting device 23b3 down comprises twice horizontal key bar 23b32 that are fixed on down adjusting substrate 23b31, be provided with adjustable ramp plate 23b33 between twice horizontal key bar 23b32, the inclined-plane of described down adjustable ramp plate 23b33 contacts with the inclined-plane that another is fixed on the following constant inclined surface plate 23b34 on the following mount pad 23b21 of lower support roller group 23b2.Can regulate the leveling pressure of evener to adapt to the sheet metal of different-thickness by regulating the adjustable ramp plate.
The number of top backing up roll group 33a2 and lower support roller group 33b2 and adjusting device thereof is respectively 3 groups in the utility model, respectively along the axial distribution that strengthens the roller group, it is little to be that the roller length of backing roll group strengthens the roller length of roller group, when guaranteeing the even application of force, reduce the manufactured materials consumption as far as possible, save cost.
In the described leveling unit 2: described material-receiving device 21 comprises that an end is articulated in the seat 211 that connects material on the leveling frame A2, the described seat 211 that connects material is connected with first oil hydraulic cylinder 212 that is installed in leveling frame A2 bottom, and on the described seat 211 that connects material second oil hydraulic cylinder 213 is installed also, described second oil hydraulic cylinder 213 drives a plate 214 that connects material that is arranged on the seat 211 that connects material; Seat 211 rotations that promote to connect material of first oil hydraulic cylinder 212 by the bottom make it roughly to be the level of state, then according to and unwinder unit 1 between distance select whether to drive second oil hydraulic cylinder 213 and drive the plate 214 that connects material, thereby supplied materials is imported evener.Described pay-off 22 comprises feeding motor 221, last feeding roller 222 and following feeding roller 223 by 221 drivings of feeding motor, wherein go up the push rod 225 that feeding roller 222 tops also are provided with first cylinder 224 and are driven by described first cylinder 224, described push rod 225 and last feeding roller 222 are inconsistent, when promptly going up feeding roller 222 by the 221 driving rotations of feeding motor, promoting push rod 225 by first cylinder 224 applies downward pressure for last feeding roller 222, thereby feeding roller 222 and following feeding roller 223 are stepped up the sheet metal supplied materials, thereby realize pinching.
In the described leveling unit 2: described rotating driving device 23c comprises drive motors 23c1, reduction box 23c2 and connects described reduction box 23c2 output respectively and last flattening roller group 23a, the following universal shaft coupling device 23c3 of each flattening roller of flattening roller group 23b.
The utility model leveling unit 2 is by last enhancing roller group 23a1, top backing up roll group 23a2, and the corresponding with it roller of enhancing down group 23b1, lower support roller group 23b2 make each flattening roller uniform force application of upper and lower flattening roller group, and can regulate control, reach the effect of sixfold leveling, sheet metal leveling effect is improved; But and the utility model automatic material connection, feeding, the unit telescopic folding that connects material helps reducing complete machine and takes up space.
For another example shown in Fig. 9～11, numerical control scale described in the utility model unit 3 has scale frame A3, this numerical control scale unit comprises that successively side leads a mechanism 31, pinch mechanism 32, passive aligning gear 33 and detent mechanism 34, wherein said pinch mechanism 32 and detent mechanism 34 are by servomotor 35, gear-box 36 (playing the reduction box effect) and gear train 37 driven in synchronism, described pinch mechanism 32 comprises bottom pinch roll 321 and the top pinch roll 322 that is driven simultaneously by servomotor 35, and described detent mechanism 34 comprises following registration roller 341 and the last registration roller 342 that is driven simultaneously by servomotor 35; Described passive aligning gear 33 comprises corrector roll 331 and following corrector roll 332; Described top pinch roll 322, last registration roller 342 and last corrector roll 331 are connected with elevating mechanism 38 respectively; The last corrector roll 331 of passive aligning gear 33 and following corrector roll 332 are to be driven by the sheet metal in advancing, therefore the length of travel of sheet metal remains with last corrector roll 331 or following corrector roll 332 corresponding rotation distances and equates, thereby can learn the travel distance of sheet metal according to the rotation distance of the passive aligning gear 33 of The real time measure, and compare with the Cutting Length that sets, draw feedback information, control servomotor 35, the distance of rotating up to passive aligning gear 33 is identical with preseting length, control servomotor 35 stops, and can obtain needed sheet metal sheared length.
In the described scale unit 3: described top pinch roll 322 peripheries are provided with rubber layer 3221, can increase the frictional force between top pinch roll 322 and the sheet metal, avoid skidding, and ensure that also sheet metal is not scratched simultaneously; Described side is led a mechanism 31 and is comprised two groups of side guide wheels 311 that are arranged on both sides, described side guide wheel 311 is installed in respectively on the idler plate 312, wherein an idler plate 312 is connected with an adjusting screw(rod) 313, be that distance between described two idler plate 312 is adjustable, therefore go for the sheet metal of different in width.
Thereby the rotational angle of feeding roller and registration roller is accurately controlled in the utility model numerical control scale unit 3 by the rotational angle of accurate control servomotor 35, and then the length of travel of control sheet metal, utilize passive aligning gear 33 to prevent that the situation of skidding from appearring in pinch mechanism 32 and detent mechanism 34 simultaneously, guarantee that position length equates with preseting length; In addition, the utility model is also led a mechanism by adjustable side and earlier sheet metal is carried out the lateral guide position, can be applicable to the sheet metal of various width, avoids being offset.
For another example shown in Figure 12～14, crosscut described in the utility model unit 4 has crosscut frame A4, upper cutter head 41, following tool rest 42 and corresponding cutter 410 and bottom knife 420 are installed on it, described tool rest 42 bottoms down are connected with cam jacking apparatus 43, and described cam jacking apparatus 43 is driven by hydraulic motor 44; Form an angle α 412 between wherein said cutter 410 and the described bottom knife 420; In the described crosscut unit 4: four rib places of described cutter 410 and bottom knife 420 form blade respectively; The cam link 432 that described cam jacking apparatus 43 comprises camshaft 431 and connects described tool rest 42 down and camshaft 431.
For another example shown in Figure 15～17, folded material unit 5 described in the utility model has material stacking machine frame A5, its upper front end is equipped with optoelectronic induction controller 51, and the front end bottom is equipped with frequency conversion type blowing device 52, and the air-out direction of described frequency conversion type blowing device 52 is inclined upwardly along the supplied materials direction; Also be provided with material receiving mechanism 53 on the described material stacking machine frame A5 by 51 controls of optoelectronic induction controller, described material receiving mechanism 53 comprises four screw rods 531 being arranged on the material stacking machine frame A5, be separately positioned on slide block 532 on the screw rod 531, be articulated in four four cylinders 534 that connect material arm 533 and drive the described arm 533 that connects material of rectangular distribution on the described slide block 532, be positioned at two of homonymy arm 533 ends that connect material the fine strain of millet 5331 that connects material is installed, some plastic cement wheel 5332 that connects material is installed on the described fine strain of millet 5331 that connects material; The two screw rods 531 that is positioned at homonymy is by drive motors 535 and gear drive 536 driven in synchronism, regulating connect material distance between the arm 533 of both sides, thereby is applicable to the sheet metal of various different in width; In also being provided with re-pack after regulating device 54 and the side device 55 that re-packs on the described material stacking machine frame A5.
Wherein, the effect of optoelectronic induction controller 51 is that induction has or not sheet metal to enter folded material unit 5 and controls material receiving mechanism 53, when sheet metal enters folded material unit 5, because sheet metal has cut off the infrared ray stroke of photoelectric sensor, thereby the cylinder 534 of the arm 533 that respectively connects material in the optoelectronic induction controller 51 maintenance material receiving mechanisms 53 is in original state, sheet metal 7 slowly deliver to plastic cement connect material the wheel 5332 on, when sheet metal 7 enters material receiving mechanism 53 fully, the infrared ray stroke of optoelectronic induction controller 51 recovers, this moment, optoelectronic induction controller 51 control cylinders 534 drove arm 533 rotations that connect material, and then drive the plastic cement wheel 5332 downward outer sideway swivels that connect material, thereby the sheet metal on it is fallen; And pass through certain time-delay or have sheet metal 7 to enter when folding material unit 5, optoelectronic induction controller 51 this control material receiving mechanism 53 again restores to the original state.
The effect that frequency conversion type blowing device 52 is set is: because the thickness of sheet metal is different, for thin sheet metal, because its deflection is not enough, do not have at the middle part under the effect of support force, also arrive the wheel 5332 o'clock of connecting material fully at sheet metal, front end so just can't be realized folded material just because of the self gravitation landing.And after frequency conversion type blowing device 52 has been arranged, it can provide enough support forces for the sheet metal middle part obliquely from the below, guarantee sheet metal enter fully and remain on connect material the wheel 5332 on, when the arm 533 of waiting to connect material begins to swing, the wind-force of frequency conversion type blowing device 52 reduces, and can make sheet metal fall into assigned address.
After re-pack device 54 can be according to the length adjustment position of sheet metal, side re-packs device 55 by air cylinder driven, in folded material process or folded material when finishing, by after device 54 and the side device 55 that re-packs that re-packs the sheet metal promotion of fold is made it neat.
Again in conjunction with Fig. 1, shown in Figure 180, be provided with the lifting platform 6 that connects material in material receiving mechanism 53 belows of described folded material unit 5, the described lifting power set 63 that platform 6 comprises platform 61, is installed in the intersection supporter 62 of platform 61 downsides and drives supporter 62 motions that connect material, power set 63 also are oil hydraulic cylinder, its effect is: when beginning folded material, the connect material platform 61 of platform 6 of lifting moves to from the nearer below of material receiving mechanism 53, make from the sheet metal distance of fall of the arm 533 that connects material shortly as far as possible, prevent that impulsive force is excessive and damage sheet material; In the folded material process, lifting connects material platform 6 along with the increase of folded material quantity slowly descends, with folded more material, platform 6 integral body that after folded material is finished lifting connected material are removed, put into the standby lifting platform that connects material again and can continue folded material, therefore help raising the efficiency, also help the transportation of the sheet metal folded and packing etc. simultaneously.
Claims (10)
1. Crosscut production line for metal sheet materials is characterized in that: this production line comprises unwinder unit (1), leveling unit (2), numerical control scale unit (3), crosscut unit (4) and folded material unit (5), wherein,
Described unwinder unit (1) has uncoiling frame (A1), be provided with roll device (11) and writing that surpasses all the others device (12) in described uncoiling frame (A1), described roll device (11) comprises a main shaft (111), outside sheathed sleeve (111a) at main shaft (111), peripheral several arc barrels (112) that are provided with of this sleeve (111a), be provided with inclined-plane slide mechanism (113) between each arc barrel (112) and the described sleeve (111a), the active inclined-plane (113a) of described inclined-plane slide mechanism (113) is positioned at described sleeve (111a) periphery, and described sleeve (111a) is done axially-movable by the pull bar (111b) that is arranged in the main shaft (111) by hydraulic drive mechanism (114) driving; Described main shaft (111) also is provided with rotary drive mechanism (115) and drives described sleeve (111a) and arc barrel (112) rotates by a long key (111c); Described writing that surpasses all the others device (12) comprises the rocking arm (121) that is installed in uncoiling frame (A1) top, one end of described rocking arm (121) is connected with oil pressure actuated bar (122), the other end is equipped with writing that surpasses all the others wheel (123), and described writing that surpasses all the others wheel (123) is positioned at the top of roll device (11) arc barrel (112);
Described leveling unit (2) has leveling frame (A2), material-receiving device (21) is set on described leveling frame (A2), pay-off (22) and apparatus for leveling (23), described apparatus for leveling (23) comprises flattening roller group (23a), following flattening roller group (23b) and rotating driving device (23c) thereof, the described upside of going up flattening roller group (23a) is provided with going up of contacting with last flattening roller group (23a) and strengthens roller group (23a1), the upside of last enhancing roller group (23a1) is provided with top backing up roll group (23a2), described top backing up roll group (23a2) is installed on the bottom of adjusted device (23a3), and goes up flattening roller group (23a) by vertically driving of lowering or hoisting gear (24); The described downside of flattening roller group (23b) down is provided with the following enhancing roller group (23b1) that contacts with following flattening roller group (23b), the downside that strengthens roller group (23b1) down is provided with lower support roller group (23b2), and described lower support roller group (23b2) is installed on down the top of adjusting device (23b3);
Described numerical control scale unit (3) has scale frame (A3), this numerical control scale unit comprises that successively side leads a mechanism (31), pinch mechanism (32), passive aligning gear (33) and detent mechanism (34), wherein said pinch mechanism (32) and detent mechanism (34) are by servomotor (35), gear-box (36) and gear train (37) driven in synchronism, described pinch mechanism (32) comprises bottom pinch roll (321) and the top pinch roll (322) that is driven simultaneously by servomotor (35), and described detent mechanism (34) comprises following registration roller (341) and the last registration roller (342) that is driven simultaneously by servomotor (35); Described passive aligning gear (33) comprises corrector roll (331) and following corrector roll (332); Described top pinch roll (322), last registration roller (342) and last corrector roll (331) are connected with elevating mechanism (38) respectively;
Described crosscut unit (4) has crosscut frame (A4), upper cutter head (41), following tool rest (42) and corresponding cutter (410) and bottom knife (420) are installed on it, described tool rest (42) bottom down is connected with cam jacking apparatus (43), and described cam jacking apparatus (43) is driven by hydraulic motor (44); Form an angle α (412) between wherein said cutter (410) and the described bottom knife (420);
Described folded material unit (5) has material stacking machine frame (A5), and its upper front end is equipped with optoelectronic induction controller (51), and the front end bottom is equipped with frequency conversion type blowing device (52), and the air-out direction of described frequency conversion type blowing device (52) is inclined upwardly along the supplied materials direction; Also be provided with material receiving mechanism (53) on the described material stacking machine frame (A5) by optoelectronic induction controller (51) control, described material receiving mechanism (53) comprises four screw rods (531) of being arranged on the material stacking machine frame (A5), be separately positioned on slide block (532) on the screw rod (531), be articulated in described slide block (532) goes up four arms that connect material (533) of rectangular distribution and four cylinders (534) that drive the described arm that connects material (533), and the two screw rods (531) that is positioned at homonymy is by drive motors (535) and gear drive (536) driven in synchronism; In also being provided with re-pack after regulating device (54) and the side device (55) that re-packs on the described material stacking machine frame (A5).
2. Crosscut production line for metal sheet materials according to claim 1 is characterized in that: in the described unwinder unit (1): described rotary drive mechanism (115) comprises main motor (1151), reduction box (1152), clutch (1153) and chain wheel driving mechanism (1154); Described writing that surpasses all the others wheel (123) periphery is provided with rubber ring (1231), and it also is provided with independently writing that surpasses all the others turbin generator (124); On the main shaft (111) of described spool unit (11), also be provided with brake gear (116).
3. Crosscut production line for metal sheet materials according to claim 2 is characterized in that: in the described unwinder unit (1): described inclined-plane slide mechanism (113) is a dove-tail male and female fit structure.
4. Crosscut production line for metal sheet materials according to claim 1, it is characterized in that: in the described leveling unit (2): described adjusted device (23a3) comprise be fixed on adjusted substrate (23a31) two on horizontal key bar (23a32), be provided with adjustable ramp plate (23a33) on two between the horizontal key bar (23a32), the described inclined-plane of going up adjustable ramp plate (23a33) contacts with the inclined-plane that another is fixed on the last constant inclined surface plate (23a34) on the last mount pad (23a21) of top backing up roll group (23a2); And the last mount pad (23a21) of described top backing up roll group (23a2) is provided with spring return mechanism (23a35) with described adjusted substrate (23a31); Described adjusting device (23b3) down comprises twice the horizontal key bars (23b32) that are fixed on down adjusting substrate (23b31), be provided with adjustable ramp plate (23b33) between twice horizontal key bars (23b32), the inclined-plane of described down adjustable ramp plate (23b33) contacts with the inclined-plane that another is fixed on the following constant inclined surface plate (23b34) on the following mount pad (23b21) of lower support roller group (23b2).
5. Crosscut production line for metal sheet materials according to claim 1, it is characterized in that: in the described leveling unit (2): described material-receiving device (21) comprises that an end is articulated in the seat (211) that connects material on the leveling frame (A2), the described seat (211) that connects material is connected with first oil hydraulic cylinder (212) that is installed in leveling frame (A2) bottom, and on the described seat (211) that connects material second oil hydraulic cylinder (213) is installed also, described second oil hydraulic cylinder (213) drives a plate that connects material (214) that is arranged on the seat (211) that connects material; Last feeding roller (222) and time feeding roller (223) that described pay-off (22) comprises feeding motor (221), driven by feeding motor (221), wherein go up the push rod (225) that feeding roller (222) top also is provided with first cylinder (224) and is driven by described first cylinder (224), described push rod (225) is inconsistent with last feeding roller (222).
6. Crosscut production line for metal sheet materials according to claim 1 is characterized in that: in the described leveling unit (2): described rotating driving device (23c) comprises drive motors (23c1), reduction box (23c2) and connects described reduction box (23c2) output respectively and last flattening roller group (23a), the following universal shaft coupling device (23c3) of each flattening roller of flattening roller group (23b).
7. Crosscut production line for metal sheet materials according to claim 1 is characterized in that: in the described scale unit (3): described top pinch roll (322) periphery is provided with rubber layer (3221); Described side is led a mechanism (31) and is comprised the two groups of side guide wheels (311) that are arranged on both sides, described side guide wheel (311) is installed in respectively on the idler plate (312), wherein an idler plate (312) is connected with an adjusting screw(rod) (313), and the distance between promptly described two idler plate (312) is adjustable.
8. Crosscut production line for metal sheet materials according to claim 1 is characterized in that: in the described crosscut unit (4): four rib places of described cutter (410) and bottom knife (420) form blade respectively; The cam link (432) that described cam jacking apparatus (43) comprises camshaft (431) and connects described tool rest (42) down and camshaft (431).
9. Crosscut production line for metal sheet materials according to claim 1, it is characterized in that: be positioned at two of homonymy arm (533) end that connects material in the described folded material unit (5) fine strain of millet (5331) that connects material is installed, the described fine strain of millet that connects material (5331) goes up installs some plastic cement wheel (5332) that connects material.
10. Crosscut production line for metal sheet materials according to claim 1 is characterized in that: be provided with the lifting platform (6) that connects material in the material receiving mechanism (53) of described folded material unit (5) below.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010200025468U CN201625867U (en) | 2010-01-22 | 2010-01-22 | Metal plate cross-cutting production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010200025468U CN201625867U (en) | 2010-01-22 | 2010-01-22 | Metal plate cross-cutting production line |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201625867U true CN201625867U (en) | 2010-11-10 |
Family
ID=43057252
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010200025468U Expired - Lifetime CN201625867U (en) | 2010-01-22 | 2010-01-22 | Metal plate cross-cutting production line |
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| Country | Link |
|---|---|
| CN (1) | CN201625867U (en) |
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102152955A (en) * | 2010-12-31 | 2011-08-17 | 无锡市光彩机械制造有限公司 | Auxiliary feeder |
| CN102179430A (en) * | 2011-03-16 | 2011-09-14 | 百安力钢结构应用科技有限公司 | Metal roof board forming device |
| CN101774127B (en) * | 2010-01-22 | 2012-02-15 | 东莞市金铮自动冲压设备有限公司 | Crosscut production line for metal sheet materials |
| CN102744331A (en) * | 2012-07-11 | 2012-10-24 | 重庆宝钢汽车钢材部件有限公司 | Workpiece guide device of steel plate blanking unit |
| CN104148987A (en) * | 2014-01-03 | 2014-11-19 | 高德安 | Numerical display sizing instrument of cutting machine |
| CN105312963A (en) * | 2014-06-26 | 2016-02-10 | 宝山钢铁股份有限公司 | Steel-plate shearing-to-length positioning method |
| CN106077109A (en) * | 2016-06-20 | 2016-11-09 | 新昌县七星街道明盛模具厂 | A kind of five tandem rolling magnetic tape trailer turn-down rigs |
| CN109530777A (en) * | 2018-12-17 | 2019-03-29 | 南通恒金复合材料有限公司 | A kind of aluminium plate cross cut shears |
| CN110103032A (en) * | 2019-04-22 | 2019-08-09 | 佛山市南海区华韩机械设备有限公司 | A kind of flying shear production line |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101774127B (en) * | 2010-01-22 | 2012-02-15 | 东莞市金铮自动冲压设备有限公司 | Crosscut production line for metal sheet materials |
| CN102152955A (en) * | 2010-12-31 | 2011-08-17 | 无锡市光彩机械制造有限公司 | Auxiliary feeder |
| CN102179430A (en) * | 2011-03-16 | 2011-09-14 | 百安力钢结构应用科技有限公司 | Metal roof board forming device |
| CN102179430B (en) * | 2011-03-16 | 2012-08-08 | 百安力钢结构应用科技有限公司 | Metal roof board forming device |
| CN102744331B (en) * | 2012-07-11 | 2015-04-15 | 重庆宝钢汽车钢材部件有限公司 | Workpiece guide device of steel plate blanking unit |
| CN102744331A (en) * | 2012-07-11 | 2012-10-24 | 重庆宝钢汽车钢材部件有限公司 | Workpiece guide device of steel plate blanking unit |
| CN104148987A (en) * | 2014-01-03 | 2014-11-19 | 高德安 | Numerical display sizing instrument of cutting machine |
| CN105312963A (en) * | 2014-06-26 | 2016-02-10 | 宝山钢铁股份有限公司 | Steel-plate shearing-to-length positioning method |
| CN106077109A (en) * | 2016-06-20 | 2016-11-09 | 新昌县七星街道明盛模具厂 | A kind of five tandem rolling magnetic tape trailer turn-down rigs |
| CN109530777A (en) * | 2018-12-17 | 2019-03-29 | 南通恒金复合材料有限公司 | A kind of aluminium plate cross cut shears |
| CN109530777B (en) * | 2018-12-17 | 2023-12-05 | 南通恒金复合材料有限公司 | Aluminum plate transverse shearing machine |
| CN110103032A (en) * | 2019-04-22 | 2019-08-09 | 佛山市南海区华韩机械设备有限公司 | A kind of flying shear production line |
| CN110103032B (en) * | 2019-04-22 | 2021-07-30 | 佛山市南海区华韩机械设备有限公司 | Flying shear production line |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20101110 Effective date of abandoning: 20100122 |