CN203806820U - Turret splitting machine - Google Patents
Turret splitting machine Download PDFInfo
- Publication number
- CN203806820U CN203806820U CN201420182995.3U CN201420182995U CN203806820U CN 203806820 U CN203806820 U CN 203806820U CN 201420182995 U CN201420182995 U CN 201420182995U CN 203806820 U CN203806820 U CN 203806820U
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- turning rack
- rolling
- traction
- belt pulley
- winding
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Abstract
The utility model discloses a turret splitting machine which comprises a base (4), an unwinding mechanism (1), a traction splitting mechanism (2) and a winding mechanism (3), wherein the unwinding mechanism (1), the traction splitting mechanism (2) and the winding mechanism (3) are sequentially arranged on the base (4) from back to front. The unwinding mechanism (1) comprises an unwinding support (101), left and right unwinding turnover frames (103), more than one guide rod (104), left and right screws (108), left and right wallboards (106) and a second unwinding motor (112) used for increasing unwinding tension. The second unwinding motor (112) is arranged on the left and right unwinding turnover frames (103), and an output shaft of the second unwinding motor is connected with an expansion clamping head (111) through a synchronous belt. The turret splitting machine has the advantages of solving the technical problems that in unwinding and winding in the prior art, paper and plastics are prone to loosening and maintenance cost is high, and being simple in structure and convenient to operate.
Description
Technical field
The utility model relates to a kind of capstan head cutting machine.
Background technology
Capstan head cutting machine is widely used in paper and cuts field, the wallboard that existing capstan head cutting machine is installed air-expanding shaft can only synchronizing moving towards both sides when handling bobbin, the amount that both move is identical all the time, so midway location that bobbin can only be in air-expanding shaft, as reality need to be difficult to bobbin secund adjust, the rotational power of bobbin derives from pulling force above on the other hand, its rotating speed can not be controlled, and is easy to cause that paper on bobbin or paper are loose falls; The 3rd, in prior art, unwinding tension adopts gas friction, and easily heating wearing and tearing, often change, and gas friction price is high, and maintenance cost is high.
Utility model content
The purpose of this utility model provides a kind of capstan head cutting machine, and solution prior art middle bobbin can only install between two parties and bobbin rotating speed can not be controlled the problem that the paper causing is loose and maintenance cost is high.
For addressing the above problem, technical solution adopted in the utility model is:
A capstan head cutting machine, comprises pedestal and is successively set on from back to front unreeling structure, traction cutting mechanism and the rolling-up mechanism on pedestal;
Described unreeling structure comprises:
Unreel support, the described support that unreels is arranged on pedestal;
Two of left and right unreel turning rack, and two described of left and right unreel turning rack and rotate to be arranged on and unreel support two ends and by being arranged on the hydraulic oil cylinder driving that unreels unreeling on support;
An above guide rod, described guide rod is arranged on and unreels between turning rack, and described guide rod middle part arranges stay bearing plate;
Left and right two rhizoid bars, described screw mandrel one end is rotated and is arranged on turning rack, and the other end rotates to be arranged on stay bearing plate and by being arranged on the motor that unreels unreeling on support and drives;
Two wallboards in left and right, described two of left and right wallboard is symmetricly set on guide rod, and described screw mandrel is through wallboard, and the screw thread matching with screw mandrel is set on wallboard, and on described wallboard, correspondence respectively arranges an inflatable dop;
Unreel motor for increasing second of unwinding tension, described second unreels motor is arranged on and unreels on turning rack, and its output shaft is connected by Timing Belt with inflatable dop.
Two air-expanding shafts of the present utility model are driven by a rhizoid bar separately, when needs bobbin secund, only need to regulate separately two rhizoid bars, and be that the wallboard that air-expanding shaft is installed regulates towards same direction, can realize above-mentioned purpose; In the utility model, two rhizoid bars are supported by same stay bearing plate away from a side that unreels motor, have reduced the space that stay bearing plate takies, and stay bearing plate both sides are supported by screw mandrel, keep again the position stability of stay bearing plate; With unreeling oil cylinder, control the upset that unreels turning rack, the precision of its upset can well regulate, the utility model arranges second and unreels motor, and its output shaft is connected with air-expanding shaft, gives one of the air-expanding shaft resistance with its switched in opposite, keep the tension force unreeling, prevent that paper from occurring because bobbin rotating speed is too fast loose, in the utility model, adopt to unreel motor maintenance unwinding tension difficult heating, without frequent replacing, maintenance cost is low.
As further improvement of the utility model, two bearings in left and right are set on described stay bearing plate, one end of described screw mandrel is arranged in bearing inner ring.
With bearing, connect stay bearing plate and screw mandrel, friction coefficient is little, heating is few, weares and teares less, precision stability is good, and suitable screw mandrel turns round under higher rotating speed has suitable screw mandrel turning round compared with under slow speed of revolution.
As further improvement of the utility model, also comprise the platform of plugging into, the both sides of the described platform of plugging into arrange probe;
On described pedestal, guide rail is set, described unreeling on support arranges guide groove, and described guide rail is arranged in guide groove.
The setting platform of plugging into can paper or paper on a bobbin unreel, and changes the splicing of paper after another bobbin or paper, and probe can't detect on the platform of plugging into when there are paper or paper in place, one end, unreels support and moves towards this direction.
As further improvement of the utility model, described rolling-up mechanism comprises:
Rolling support, described rolling support is arranged on pedestal;
Rolling turning rack, described rolling turning rack rotates and is arranged on rolling support one end and drives upset by the upset motor being arranged on rolling support;
Rolling swing arm, the other end that is arranged on rolling support is rotated in described rolling swing arm;
Turning device, described turning device rotates and is arranged in rolling swing arm, warp device comprises upset arm and briquetting, the disk of described upset arm in the middle of comprising and both sides are protruding and be with termination jaggy, described termination is about the center of circle setting in a center of symmetry of disk, and described briquetting rotates and is arranged on upset arm and by cam pair, it swung up and down in indentation, there;
The first winding inflatable shaft and the second winding inflatable shaft, the first described winding inflatable shaft and one end of the second winding inflatable shaft are all rotated and are arranged on rolling turning rack, the other end is separately positioned in two breach, and the first described winding inflatable shaft and the second winding inflatable shaft are driven by the first winding motor and the second winding motor respectively.
The utility model drives with two winding motors respectively with two winding inflatable shafts, while overturning with air-expanding shaft two, still rotating, is conducive to the maintenance of paper in rolling, can not dissipate; In turning device, by cam subcontrol briquetting, in indentation, there, swing up and down, make a briquetting block breach, be used for supporting winding inflatable shaft rewinding, another block unclamps breach, and depart from winding inflatable shaft, this end of winding inflatable shaft is unsettled, and the bobbin after being convenient to rolling and completing takes off from winding inflatable shaft.
As further improvement of the utility model, on described rolling support, swing bearing is set, described rolling turning rack is fixed on swing bearing inner ring, on the outer ring of described swing bearing, positioning cylinder is set, on described rolling turning rack, knock hole is set, the piston of described positioning cylinder can stretch in knock hole.
Swing bearing is convenient to the upset of rolling turning rack, positioning cylinder is set and when rolling and blanking, rolling turning rack is positioned, and prevents that it from overturning.
As further improvement of the utility model, rotating shaft one end and the rolling turning rack of described rolling turning rack are fixed, the other end arranges the first turning gear, on the output shaft of described upset motor, the second turning gear is set, and the first described turning gear is meshed with the second turning gear;
In described rotating shaft, by bearing, rotate the first belt pulley and the second belt pulley are set respectively, between the first described belt pulley and the second belt pulley, by the first coupling bush, be fixedly connected with, the end of the first described winding inflatable shaft arranges the 3rd belt pulley, the first described belt pulley is connected by belt with the 3rd belt pulley, and the second described belt pulley is connected with the output shaft of the first winding motor by belt;
On the first described coupling bush, by bearing, rotate the 4th belt pulley and the 5th belt pulley are set, between the 4th described belt pulley and the 5th belt pulley, by the second coupling bush, be fixedly connected with, the end of the second described winding inflatable shaft arranges the 6th belt pulley, the 4th described belt pulley is connected by belt with the 6th belt pulley, and the 5th described belt pulley is connected by belt with the output shaft of the second winding motor.
What the utility model utilized that said structure realized two winding inflatable shafts and rolling turning rack can distinguish independent rotation, can rotate again simultaneously, and no matter how rolling turning rack overturns, the belt of controlling two winding inflatable shafts can not be wound around, the phenomenon such as interference mutually.
As further improvement of the utility model, in described rotating shaft, axially have for passing into the first blind hole of gas, the end of the first blind hole has the second blind hole radially, and the second described blind hole is communicated with respectively the first winding inflatable shaft and the second winding inflatable shaft by tracheae.
Because two winding inflatable shafts are simultaneously around rotating shaft upset, so two winding inflatable shafts are fixed with the relative position of rotating shaft, can there is not because of the upset of winding inflatable shaft the phenomenon of tracheae tangled up and knotted in above-mentioned tracheae, and maintenance winding inflatable shaft air feed is unobstructed.
As further improvement of the utility model, also comprise and hold out against cylinder, described hold out against cylinder be arranged on turning device on rolling support at one end.
Hold out against cylinder and withstand its end when winding inflatable shaft rolling, prevent that winding inflatable shaft is because the Action of Gravity Field of material occurs bending and deformation, extend the service life of winding inflatable shaft.
As further improvement of the utility model, also comprise auxiliary pressure roller, described auxiliary pressure roller comprises that rotating the connecting arm and the rotation that are arranged on rolling support is arranged on the free-ended touch roll of connecting arm, and described touch roll can contact with the first winding inflatable shaft and the second winding inflatable shaft.
Auxiliary pressure roller is set, pushes down bobbin after rolling completes, blanking again after the end of paper is pasted, prevents that the material for making clothes after rolling completes from dissipating.
As of the present utility model, further improve, described traction cutting mechanism comprises:
Towing bracket, described towing bracket is arranged on pedestal;
Traction turning rack, described traction turning rack bottom is rotated and is arranged on towing bracket, and the top of traction turning rack is connected with the piston that is arranged on the drawing oil cylinder on towing bracket;
Nip rolls, described nip rolls rotate and are arranged on traction turning rack rear lower and are driven by the traction electric machine being arranged on traction turning rack;
Pressure roller, described pressure roller two ends are all rotated and are provided with roller seat, and described roller seat rotates and is arranged on traction turning rack both sides, and the middle part of described roller seat is connected with the piston that is arranged on the first pressure roller cylinder on traction turning rack;
Rotation is arranged on the first roller and the second roller on traction turning rack, and the first described roller is rotated the middle part that is arranged on traction turning rack, and the second described roller is rotated the middle and upper part that is arranged on traction turning rack;
Pneumatic cutter, described pneumatic cutter rotate be arranged on traction turning rack and be positioned at the second roller directly over;
Pressing film roller, the front bottom of described traction turning rack is rotated pressing film roller stay bearing plate is set, and described pressing film roller is arranged on pressing film roller stay bearing plate top, and the middle part of described pressing film roller stay bearing plate is connected with the piston that is arranged on the second pressure roller cylinder on traction turning rack;
Automatic cutter, the top of described traction turning rack is rotated automatic cutter support is set, and the lower end of automatic cutter support arranges automatic cutter, and the middle part of automatic cutter support is connected with the piston that is arranged on the automatic cutter cylinder on traction turning rack;
Be arranged on the slitter edge suction inlet on traction turning rack, described slitter edge suction inlet is positioned at the back lower place at pressing film roller two ends.
Nip rolls are set, the power that provides paper to advance, pneumatic cutting knife cuts along paper working direction, distance between pneumatic cutting knife can be set according to different demands, wider paper is cut into the narrower paper of required width, automatic cutter cuts off along the vertical direction of paper working direction, bobbin rolling on winding inflatable shaft to after certain thickness to its cut-out, again bobbin empty after overturning is carried out to rolling, slitter edge suction inlet is processed the slitter edge of both sides excision, and process the position that is drawn to regulation again; In the utility model, pneumatic cutting knife is short apart from winding inflatable shaft, and the paper after cutting can not drift about.
In sum, the beneficial effects of the utility model are: solved in prior art, unreel with rolling in the easy high technical matters of loose, maintenance cost of paper, and the utility model is simple in structure, easy to operate.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the structural representation of unreeling structure in reflection the utility model.
Fig. 3 is the A-A cutaway view of Fig. 2.
Fig. 4 is overturn in the utility model structural representation of arm of reflection.
Fig. 5 is the structural representation of briquetting in reflection the utility model.
Fig. 6 is the structural representation of rolling-up mechanism in reflection the utility model.
Fig. 7 is the B-B cutaway view of Fig. 6.
The specific embodiment
Below in conjunction with accompanying drawing, the specific embodiment of the present utility model is described further.
Capstan head cutting machine as shown in Figure 1, comprises pedestal 4 and is successively set on from back to front the unreeling structure 1 on pedestal 4, the platform 5 of plugging into, traction cutting mechanism 2 and rolling-up mechanism 3.
As Fig. 1, Fig. 2, shown in Fig. 3 Fig. 4 and Fig. 5, described unreeling structure 1 comprises and unreels support 101, two of left and right unreel turning rack 103, two guide rods 104, left and right two rhizoid bars 108, left and right two wallboards 106 and unreel motor 112 for increasing second of unwinding tension, the described support 101 that unreels is arranged on pedestal 4, on described pedestal 4, guide rail 401 is set, described unreeling arranges guide groove 110 on support 101, described guide rail 401 is arranged in guide groove 110, two described of left and right unreel turning rack 103 and rotate to be arranged on and unreel support 101 two ends and drive by being arranged on the oil cylinder 102 that unreels unreeling on support 101, described guide rod 104 is arranged on and unreels between turning rack 103, described guide rod 104 middle parts arrange stay bearing plate 105, two bearings 109 in left and right are set on described stay bearing plate 105, described screw mandrel 108 one end are rotated and are arranged on turning rack 108, the other end rotates and is arranged in bearing 109 inner rings on stay bearing plate 105, and screw mandrel 108 unreels first on support 101 and unreels motor 107 and drive by being arranged on, described two of left and right wallboard 106 is symmetricly set on guide rod 104, described screw mandrel 108 is through wallboard 106, and the screw thread matching with screw mandrel is set on wallboard 106, corresponding on described wallboard 106 an inflatable dop 111 is respectively set, described second unreels motor 112 is arranged on and unreels on turning rack 103, its output shaft is connected by Timing Belt with inflatable dop 111.
As shown in Figure 1, the plug into both sides of platform 5 arrange probe 501, the platform 5 of plugging into is the existing and published products of applicant unit, will not describe in detail, whether the probe 501 on the platform 5 of plugging into has paper for detection of 5 both sides of plugging into herein, if when the probe of one end 501 can't detect paper, unreeling support 101 can be towards this direction motion, until this probe 501 detects paper, concrete control program is prior art, does not also describe in detail herein.
As shown in Fig. 1, Fig. 6 and Fig. 7, rolling-up mechanism 3 comprises: rolling support 301, rolling turning rack 302, rolling swing arm 312, turning device, the first winding inflatable shaft 305 and the second winding inflatable shaft 306, and described rolling support 301 is arranged on the above rolling turning rack 302 of pedestal 4 and rotates and be arranged on rolling support 301 one end and drive upset by the upset motor 303 being arranged on rolling support 301, the other end that is arranged on rolling support 310 is rotated in described rolling swing arm 312, described turning device rotates and is arranged in rolling swing arm 312, warp device comprises upset arm 304 and briquetting 311, the disk 307 of described upset arm 304 in the middle of comprising and both sides are protruding and with jagged 308 termination 309, described termination 309 is about the center of circle setting in a center of symmetry of disk 307, described briquetting 311 rotates and is arranged on upset arm 304 and by cam pair, it is swung up and down at breach 308 places, be specially briquetting 311 L-shaped, its corner is round and smooth excessively, one end is rotated and is arranged on upset arm 304 by S. A., its corner is arranged in the waist shaped hole on upset arm 304 and is coordinated with cam by S. A., described cam is rotationally connected with upset arm 304, being fixed in rolling swing arm 312 of cam, the first described winding inflatable shaft 305 and one end of the second winding inflatable shaft 306 are all rotated and are arranged on rolling turning rack 302, the other end is separately positioned in two breach 308, and the first described winding inflatable shaft 305 and the second winding inflatable shaft 306 are driven by the first winding motor 313 and the second winding motor 314 respectively.
The setting of rolling turning rack 302 is such: on described rolling support 301, swing bearing 315 is set, described rolling turning rack 302 is fixed on swing bearing 315 inner rings, on the outer ring of described swing bearing 315, positioning cylinder 316 is set, on described rolling turning rack 302, knock hole 317 is set, the piston of described positioning cylinder 316 can be interior flexible at knock hole 317.
Winding inflatable shaft and rolling turning rack 302 rotate and upset is such: rotating shaft 320 one end of described rolling turning rack 302 and rolling turning rack 302 are fixing, the other end arranges the first turning gear 318, the second turning gear 319 is set on the output shaft of described upset motor 303, and the first described turning gear 318 is meshed with the second turning gear 319; In described rotating shaft 320, by bearing, rotate the first belt pulley 321 and the second belt pulley 322 are set respectively, between the first described belt pulley 321 and the second belt pulley 322, by the first coupling bush 324, be fixedly connected with, the end of the first described winding inflatable shaft 305 arranges the 3rd belt pulley 323, the first described belt pulley 321 is connected by belt with the 3rd belt pulley 323, and the second described belt pulley 322 is connected with the output shaft of the first winding motor 313 by belt; On the first described coupling bush 324, by bearing, rotate the 4th belt pulley 325 and the 5th belt pulley 326 are set, between the 4th described belt pulley 325 and the 5th belt pulley 326, by the second coupling bush 327, be fixedly connected with, the end of the second described winding inflatable shaft 306 arranges the 6th belt pulley 328, the 4th described belt pulley 325 is connected by belt with the 6th belt pulley 328, and the 5th described belt pulley 326 is connected by belt with the output shaft of the second winding motor 314.Upset motor 303 rotates, by the second turning gear 319 and the first turning gear 318 being meshed, moment of torsion is passed to rotating shaft 320, thereby drive the upset of rolling turning rack 302, because rolling turning rack 302 is arranged in the inner ring of swing bearing 315, the outer ring of swing bearing 315 is fixed on rolling support 301, so upset is easy to realize, the first winding motor 313 drives the second belt pulley 322 to rotate, the second belt pulley 322 rotates and drives the first belt pulley 321 and the first coupling bush 324 to rotate, because the first belt pulley 321 and the second belt pulley 322 are all arranged in rotating shaft 320 by bearing, so the first belt pulley 321, the second belt pulley 322 rotates together with the first coupling bush 324, and it rotates the impact that not rotated by rotating shaft 320, the first belt pulley 321 rotates by belt and drives the first winding inflatable shaft 305 to rotate, the second winding motor 314 drives the 5th belt pulley 326 to rotate, the 5th belt pulley 326 rotates and drives the 4th belt pulley 325 to rotate together with the second coupling bush 327, because the 5th belt pulley 326 and the 4th belt pulley 325 are rotated and are arranged on the first coupling bush 324 by bearing, so the 5th belt pulley 326, the 4th belt pulley 325 and the second coupling bush 327 together relative the first coupling bush 324 independent rotation, and the impact that not rotated by the first coupling bush 324 and rotating shaft 320, the 4th belt pulley 325 rotates and drives the 6th belt pulley 328 to rotate, thereby the second winding inflatable shaft 306 is rotated.
The gas passage of winding inflatable shaft is: in described rotating shaft 320, axially have for passing into the first blind hole 329 of gas, the end of the first blind hole 329 has the second blind hole 330 radially, and the second described blind hole 330 is communicated with respectively the first winding inflatable shaft 305 and the second winding inflatable shaft 306 by tracheae.Gas is successively by the first blind hole 329 in rotating shaft 320 and the second blind hole 330 and lead to respectively the first winding inflatable shaft 305 and the second winding inflatable shaft 306 by tracheae (not shown).
In the utility model, rolling-up mechanism 3 also comprises and holds out against cylinder 331 and auxiliary pressure roller 332, described hold out against cylinder 331 be arranged on turning device on rolling support 301 at one end, in wrapup procedure, hold out against cylinder 331 and withstand winding inflatable shaft end, the two ends of winding inflatable shaft are better supported like this, prevent winding inflatable shaft distortion, described auxiliary pressure roller 332 comprises that rotating the connecting arm 333 and the rotation that are arranged on rolling support 301 is arranged on the free-ended touch roll 334 of connecting arm 333, described touch roll 334 can contact with the first winding inflatable shaft 305 and the second winding inflatable shaft 306.
As shown in Figure 1, described traction cutting mechanism 2 comprises towing bracket 201, traction turning rack 202, nip rolls 203, pressure roller 205, rotation is arranged on the first roller 208 and the second roller 209 on traction turning rack 202, pneumatic cutter 210, pressing film roller 212, automatic cutter 215 and the slitter edge suction inlet 218 being arranged on traction turning rack 202, described towing bracket 201 is arranged on pedestal 4, described traction turning rack 202 bottoms are rotated and are arranged on towing bracket 201, the top of traction turning rack 202 is connected with the piston that is arranged on the drawing oil cylinder 211 on towing bracket 201, described nip rolls 203 rotate and are arranged on traction turning rack 202 rear lowers and are driven by the traction electric machine 204 being arranged on traction turning rack 202, described pressure roller 205 two ends are all rotated and are provided with roller seat 206, described roller seat 206 rotates and is arranged on traction turning rack 202 both sides, the middle part of described roller seat 206 is connected with the piston that is arranged on the first pressure roller cylinder 207 on traction turning rack 202, the first described roller 208 is rotated the middle part that is arranged on traction turning rack 202, the second described roller 209 is rotated the middle and upper part that is arranged on traction turning rack 202, described pneumatic cutter 210 rotate be arranged on traction turning rack 202 and be positioned at the second roller 209 directly over, the front bottom of described traction turning rack 202 is rotated pressing film roller stay bearing plate 213 is set, described pressing film roller 212 is arranged on pressing film roller stay bearing plate 213 tops, the middle part of described pressing film roller stay bearing plate 213 is connected with the piston that is arranged on the second pressure roller cylinder 214 on traction turning rack 202, the top of described traction turning rack 202 is rotated automatic cutter support 216 is set, the lower end of automatic cutter support 216 arranges automatic cutter 215, the middle part of automatic cutter support 216 is connected with the piston that is arranged on the automatic cutter cylinder 217 on traction turning rack 202, described slitter edge suction inlet 218 is positioned at the back lower place at pressing film roller 212 two ends.
In the utility model, plug into and be also provided with a dancer rools 6 between platform 5 and traction cutting mechanism 2.
While using the utility model, on the first winding inflatable shaft 305 of rolling-up mechanism 3 and the second winding inflatable shaft 306, empty bobbin is set, bobbin two ends with moulding paper are stuck between two inflatable dops 111 of unreeling structure 1, paper is walked around the platform 5 of plugging into successively, reconcile roller 6, nip rolls 203 on traction cutting mechanism 2, pressure roller 205, the first roller 208, the second roller 209, pressing film roller 212 is to empty bobbin place, the first winding motor 313 and the second winding motor 314 are started working, the first winding inflatable shaft 305 near traction cutting mechanism 2 starts rolling, pneumatic cutter 210 is divided into required width along its sense of motion by paper by paper, slitter edge suction inlet 218 siphons away dual-side along the slitter edge that goes out to cut away, after the thickness that arrives regulation until the bobbin rolling on the first winding inflatable shaft 305, automatic cutter 215 cuts off paper along the direction vertical with its throughput direction, now, upset motor 303 drives 302 upsets of rolling turning rack, the first winding inflatable shaft 305 and the second winding inflatable shaft 306 transpositions, bare bobbin on the second winding inflatable shaft 306 is carried out to rolling.After the first winding inflatable shaft 305 upsets, under the effect of cam pair, briquetting 311 is decontroled breach 308, rolling swing arm 312 drives upset arm 304 to rotate around the second winding inflatable shaft 306, that the first winding inflatable shaft 305 is separated with upset arm 304, now, first winding inflatable shaft 305 one end are not supported, and the bobbin that can be gone up after rolling takes off from this end.After the second winding inflatable shaft 306 rollings complete, upset motor 303 drives 302 upsets of rolling turning rack, the first winding inflatable shaft 305 and the second winding inflatable shaft 306 be transposition again, now the briquetting 311 at the second winding inflatable shaft 306 places is decontroled breach 308, then blowing, and the briquetting 311 at the first winding inflatable shaft 305 places blocks breach 308, the first winding inflatable shaft 305 is stuck in and in breach 308, carries out rolling.In the process of rolling, pressing film roller 212 is pressing the just bobbin on the winding inflatable shaft of rolling all the time.
In the utility model, special version is prior art or can realizes by prior art, and described in the utility model, concrete case study on implementation is only better case study on implementation of the present utility model, is not used for limiting practical range of the present utility model.Be that all equivalences of doing according to the content of the utility model claim change and modify, all should be as technology category of the present utility model.
Claims (10)
1. a capstan head cutting machine, is characterized in that: comprise pedestal (4) and be successively set on from back to front unreeling structure (1), traction cutting mechanism (2) and the rolling-up mechanism (3) on pedestal (4);
Described unreeling structure (1) comprising:
Unreel support (101), the described support (101) that unreels is arranged on pedestal (4);
Two of left and right unreel turning rack (103), and two described of left and right unreel turning rack (103) and rotate to be arranged on and unreel support (101) two ends and drive by being arranged on the oil cylinder (102) that unreels unreeling on support (101);
An above guide rod (104), described guide rod (104) is arranged on and unreels between turning rack (103), and described guide rod (104) middle part arranges stay bearing plate (105);
Left and right two rhizoid bars (108), described screw mandrel (108) one end is rotated and to be arranged on that to unreel turning rack (103) upper, and the other end rotates that to be arranged on stay bearing plate (105) upper and unreel first on support (101) and unreel motor (107) and drive by being arranged on;
Left and right two wallboards (106), described two wallboards in left and right (106) are symmetricly set on guide rod (104), described screw mandrel (108) is through wallboard (106), and the upper screw thread matching with screw mandrel that arranges of wallboard (106), the upper correspondence of described wallboard (106) an inflatable dop (111) is respectively set;
Unreel motor (112) for increasing second of unwinding tension, described second unreels motor (112) is arranged on that to unreel turning rack (103) upper, and its output shaft is connected by Timing Belt with inflatable dop (111).
2. capstan head cutting machine according to claim 1, is characterized in that: left and right two bearings (109) are set on described stay bearing plate (105), and one end of described screw mandrel (108) is arranged in bearing (109) inner ring.
3. capstan head cutting machine according to claim 1, is characterized in that: also comprise the platform of plugging into (5), the both sides of the described platform of plugging into (5) arrange probe (501);
Guide rail (401) is set on described pedestal (4), and described unreeling on support (101) arranges guide groove (110), and described guide rail (401) is arranged in guide groove (110).
4. capstan head cutting machine according to claim 1, is characterized in that: described rolling-up mechanism (3) comprising:
Rolling support (301), described rolling support (301) is arranged on pedestal (4);
Rolling turning rack (302), described rolling turning rack (302) rotates and is arranged on rolling support (301) one end and drives upset by the upset motor (303) being arranged on rolling support (301);
Rolling swing arm (312), the other end that is arranged on rolling support (310) is rotated in described rolling swing arm (312);
Turning device, described turning device rotates and is arranged in rolling swing arm (312), warp device comprises upset arm (304) and briquetting (311), the disk (307) of described upset arm (304) in the middle of comprising and both sides are protruding and with the termination (309) of jagged (308), described termination (309) is about the center of circle setting in a center of symmetry of disk (307), and described briquetting (311) rotates and is arranged on upset arm (304) above and makes it at breach (308), locate to swing up and down by cam pair;
The first winding inflatable shaft (305) and the second winding inflatable shaft (306), described the first winding inflatable shaft (305) and one end of the second winding inflatable shaft (306) are all rotated and are arranged on rolling turning rack (302), the other end is separately positioned in two breach (308), and described the first winding inflatable shaft (305) and the second winding inflatable shaft (306) are driven by the first winding motor (313) and the second winding motor (314) respectively.
5. capstan head cutting machine according to claim 4, it is characterized in that: on described rolling support (301), swing bearing (315) is set, described rolling turning rack (302) is fixed on swing bearing (315) inner ring, positioning cylinder (316) is set on the outer ring of described swing bearing (315), on described rolling turning rack (302), knock hole (317) is set, the piston of described positioning cylinder (316) can stretch in knock hole (317).
6. capstan head cutting machine according to claim 5, it is characterized in that: rotating shaft (320) one end of described rolling turning rack (302) and rolling turning rack (302) are fixing, the other end arranges the first turning gear (318), on the output shaft of described upset motor (303), the second turning gear (319) is set, described the first turning gear (318) is meshed with the second turning gear (319);
Described rotating shaft (320) is upper is rotated the first belt pulley (321) and the second belt pulley (322) is set respectively by bearing, between described the first belt pulley (321) and the second belt pulley (322), by the first coupling bush (324), be fixedly connected with, the end of described the first winding inflatable shaft (305) arranges the 3rd belt pulley (323), described the first belt pulley (321) is connected by belt with the 3rd belt pulley (323), and described the second belt pulley (322) is connected with the output shaft of the first winding motor (313) by belt;
Described the first coupling bush (324) is upper to be rotated the 4th belt pulley (325) and the 5th belt pulley (326) is set by bearing, between the 4th described belt pulley (325) and the 5th belt pulley (326), by the second coupling bush (327), be fixedly connected with, the end of described the second winding inflatable shaft (306) arranges the 6th belt pulley (328), the 4th described belt pulley (325) is connected by belt with the 6th belt pulley (328), and the 5th described belt pulley (326) is connected by belt with the output shaft of the second winding motor (314).
7. capstan head cutting machine according to claim 6, it is characterized in that: in described rotating shaft (320), axially have for passing into first blind hole (329) of gas, the end of the first blind hole (329) has the second blind hole (330) radially, and described the second blind hole (330) is communicated with respectively the first winding inflatable shaft (305) and the second winding inflatable shaft (306) by tracheae.
8. capstan head cutting machine according to claim 7, is characterized in that: also comprise and hold out against cylinder (331), described hold out against cylinder (331) be arranged on turning device on rolling support (301) at one end.
9. capstan head cutting machine according to claim 8, it is characterized in that: also comprise auxiliary pressure roller (332), described auxiliary pressure roller (332) comprises that rotating the connecting arm (333) and the rotation that are arranged on rolling support (301) is arranged on the free-ended touch roll of connecting arm (333) (334), and described touch roll (334) can contact with the first winding inflatable shaft (305) and the second winding inflatable shaft (306).
10. capstan head cutting machine according to claim 1, is characterized in that: described traction cutting mechanism (2) comprising:
Towing bracket (201), described towing bracket (201) is arranged on pedestal (4);
Traction turning rack (202), described traction turning rack (202) bottom is rotated and is arranged on towing bracket (201) above, and the top of traction turning rack (202) is connected with the piston that is arranged on the drawing oil cylinder (211) on towing bracket (201);
Nip rolls (203), described nip rolls (203) rotate and are arranged on traction turning rack (202) rear lower and are driven by the traction electric machine (204) being arranged on traction turning rack (202);
Pressure roller (205), described pressure roller (205) two ends are all rotated and are provided with roller seat (206), described roller seat (206) rotates and is arranged on traction turning rack (202) both sides, and the middle part of described roller seat (206) is connected with the piston that is arranged on the first pressure roller cylinder (207) on traction turning rack (202);
Rotation is arranged on the first roller (208) and the second roller (209) on traction turning rack (202), described the first roller (208) is rotated the middle part that is arranged on traction turning rack (202), and described the second roller (209) is rotated the middle and upper part that is arranged on traction turning rack (202);
Pneumatic cutter (210), described pneumatic cutter (210) rotate be arranged on traction turning rack (202) upper and be positioned at the second roller (209) directly over;
Pressing film roller (212), the front bottom of described traction turning rack (202) is rotated pressing film roller stay bearing plate (213) is set, described pressing film roller (212) is arranged on pressing film roller stay bearing plate (213) top, and the middle part of described pressing film roller stay bearing plate (213) is connected with the piston that is arranged on the second pressure roller cylinder (214) on traction turning rack (202);
Automatic cutter (215), the top of described traction turning rack (202) is rotated automatic cutter support (216) is set, the lower end of automatic cutter support (216) arranges automatic cutter (215), and the middle part of automatic cutter support (216) is connected with the piston that is arranged on the automatic cutter cylinder (217) on traction turning rack (202);
Be arranged on the slitter edge suction inlet (218) on traction turning rack (202), described slitter edge suction inlet (218) is positioned at the back lower place at pressing film roller (212) two ends.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420182995.3U CN203806820U (en) | 2014-04-15 | 2014-04-15 | Turret splitting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420182995.3U CN203806820U (en) | 2014-04-15 | 2014-04-15 | Turret splitting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203806820U true CN203806820U (en) | 2014-09-03 |
Family
ID=51445608
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420182995.3U Withdrawn - After Issue CN203806820U (en) | 2014-04-15 | 2014-04-15 | Turret splitting machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203806820U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103950779A (en) * | 2014-04-15 | 2014-07-30 | 南京嘉旭机械制造有限公司 | Rotary tower slitter |
| CN106829614A (en) * | 2017-03-28 | 2017-06-13 | 东莞市曼罗兰精密机械有限公司 | A kind of multilayer mantle laminating automatic cutting equipment |
-
2014
- 2014-04-15 CN CN201420182995.3U patent/CN203806820U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103950779A (en) * | 2014-04-15 | 2014-07-30 | 南京嘉旭机械制造有限公司 | Rotary tower slitter |
| CN106829614A (en) * | 2017-03-28 | 2017-06-13 | 东莞市曼罗兰精密机械有限公司 | A kind of multilayer mantle laminating automatic cutting equipment |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20140903 Effective date of abandoning: 20151230 |
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| C25 | Abandonment of patent right or utility model to avoid double patenting |