CN203018484U - Lead belt winding machine - Google Patents
Lead belt winding machine Download PDFInfo
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- CN203018484U CN203018484U CN 201220699481 CN201220699481U CN203018484U CN 203018484 U CN203018484 U CN 203018484U CN 201220699481 CN201220699481 CN 201220699481 CN 201220699481 U CN201220699481 U CN 201220699481U CN 203018484 U CN203018484 U CN 203018484U
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- plumbous
- guide plate
- band
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Abstract
The utility model provides a winding machine. The winding machine comprises a rack, a first winding unit, a second winding unit and a conversion mechanism, wherein the first and second winding units are used for winding a lead belt; the conversion mechanism is used for controlling the lead belt to enter the first winding unit or the second winding unit and is arranged on the rack; when the winding machine is used, guided by the conversion mechanism, the lead belt enters the first winding unit to be wound; after the lead belt in the first winding unit is wound to a set volume, the lead belt is cut off by the conversion mechanism, and, guided by the conversion mechanism, enters the second winding unit to be wound; after the lead belt is wound to the set volume in the second winding unit, the lead belt enters the first winding unit to be wound under the action of the conversion mechanism; and the processes are repeated to continuously wind the lead belt. The winding machine has the beneficial effects that by arranging the two winding units on the winding machine, the two winding units can be alternately used to wind the lead belt during operation so that the lead belt is wound without stop; and the winding machine is especially suitable for the continuous lead belt production equipment.
Description
Technical field
The utility model relates to a kind of for the plumbous tape wrapping machine with plumbous tape wrapping rolling.
Background technology
At present, the lead that is provided with continuous casting and equipment for continuously rolling has become with production line the trend that plumbous band is produced, and because the lead band is thinner, dispatches from the factory so plumbous band normally after the lead band is rolled down to predetermined thickness, is wound into after plumbous volume packing again.Coordinate present advanced person's continuous casting and rolling lead with the production of production line so be badly in need of a kind of continual plumbous tape wrapping machine that the lead band is reeled continuously.
The utility model content
Problem for the prior art existence, the purpose of this utility model is to provide a kind of plumbous tape wrapping machine, after this lead tape wrapping machine is arranged on plumbous band rolling equipment, by at least two winder units are set, and these winder units are used alternatingly in use, supporting to realize with equipment for continuously rolling, continual the lead band is reeled.
For achieving the above object, a kind of plumbous tape wrapping machine of the utility model comprises:
Frame;
Be arranged on frame, be used for to reel the first winder unit of plumbous band, it comprises: the first reel of the plumbous band that is used for reeling, be used for driving the first drum driving apparatus that described the first reel rotates and be used for to described lead with spacing, can follow the first hold-fast body that described reel rotates;
Be arranged on described frame, and be positioned at described the first winder unit downstream, the lead band is carried out the second winder unit of continuous reeling with the described first volume around the units alternately use, it comprises: for the second reel of coiling lead band, for the second drum driving apparatus that drives described the second reel rotation with for the second hold-fast body spacing with head to described lead, that can follow described reel rotation;
Be used for controlling plumbous band and enter the first volume around the unit or the switching mechanism of the second winder unit, be arranged on described frame;
During use, plumbous band enters into described the first winder unit under the guiding of switching mechanism, and reels with described the first reel rotation under the effect of described the first hold-fast body; After the plumbous tape wrapping on described the first reel arrives the setting volume, plumbous band is cut off by described switching mechanism, and enter into the second winder unit and reel under its guiding, be wound up into the setting volume in described the second reel when the lead band after, entering into described the first winder unit under the effect of switching mechanism reels again, so repeatedly, continuously coiling is plumbous is with.
Further, described the first reel driving mechanism comprises motor and hollow spindle, and an end of described hollow spindle is connected with described motor, and the other end is connected with described the first reel, gives described the first reel with the transmission of power of described motor.
Further, described the first reel comprises:
Spool body, described spool body are hollow barrel-like structure;
Swelling leaf lobe assembly, it comprises: be arranged on some swelling leaf lobes in the described spool body outside and regulate described swelling leaf lobe and described spool body at the expansion mechanism of described spool body radial direction distance; When reeling plumbous band, some described swelling leaf lobes under the effect of described expansion mechanism away from described spool body, after coiling is completed, then drive some described swelling leaf lobes and press close to described spool body, the lead volume that is wound on described the first reel is easy to by unloading on it.
Further, described expansion mechanism comprises:
the swelling assembly, it comprises: be sleeved on the expansion sleeve that described hollow spindle is positioned at reel one end, be installed on described expansion sleeve, with some slide blocks on the pushing tow inclined-plane that extends along described hollow spindle axial direction be arranged on one to one on each described slide block, and regulate described swelling leaf lobe and described spool body to slide at some push blocks of described spool body radial direction distance on the inclined-plane of stating on slide block, one end of described push block is arranged on its corresponding described slide block, the other end passes described spool body and described swelling leaf lobe is connected,
Be used for driving cylinder or the hydraulic cylinder of swelling assembly, the stiff end of described cylinder or hydraulic cylinder is installed on described frame, and its other end is connected with described swelling assembly;
The pull rod shaft that connects described cylinder or hydraulic cylinder and described swelling assembly, an end of described pull rod shaft is connected with the movable end of cylinder or hydraulic cylinder, and the other end passes described hollow spindle and described expansion sleeve is connected; When described the first reel begins to reel, the movable end of described cylinder or hydraulic cylinder stretches out/retracts, described slide block moves with described expansion sleeve, and described push block relatively described spool body under the effect on described pushing tow inclined-plane is protruding, and the described swelling leaf of pushing tow lobe is away from described spool body; After coiling is completed, the movable end of described cylinder or hydraulic cylinder is retracted/is stretched out, described slide block moves with described expansion sleeve, and described push block relatively described spool body under the effect on described pushing tow inclined-plane is inwardly retracted, and described swelling leaf lobe is along with described push block is pressed close to described spool body.
Further, be provided with the pushing tow through hole that the described push block of some confessions passes on described spool body, and being provided with the sleeve that extends preseting length along the radial direction of described spool body on described pushing tow through hole, described push block is connected by passing in described sleeve with described swelling leaf lobe.
Further, described expansion mechanism also comprises and some described push blocks some swelling guiding mechanisms of corresponding setting one by one, and described swelling guiding mechanism comprises:
Two guide through hole, it is to be arranged on described sleeve body, and the pushing tow through hole corresponding with it is positioned on the same bus;
Be arranged on the fairlead on described two guide through hole; Described fairlead extends setpoint distance in the radial direction of described sleeve body;
Two axis of guides are connected with described swelling leaf lobe, can reciprocatingly slide in described fairlead, are the motion guide of described swelling leaf lobe.
Further, described the second reel mechanism structure is identical with above-mentioned the first drum mechanism built.
Further, described the first hold-fast body comprises:
The first framework;
Be used for being enclosed in the described reel outside, and will hold tightly at itself and the lead band between reel and make it in the described reel outside synchronize the flexible-belt of rotation with described reel;
Be used for some groups of support members of supporting flexible band, each is organized support member and can relatively open or close up, and the described reel of described flexibility forms parcel when closing up, and described some groups of support members all are arranged on described the first framework;
Be used for driving the first drive unit that some groups of support members are opened or closed up;
Be used for adjusting the governor motion of position between described framework and described the first reel, described governor motion is arranged on described frame;
Described plumbous band is after entering into described the first winder unit, described flexible-belt is wrapped in the lead band on described the first reel, make plumbous band with described the first reel synchronous rotary, be wound on described the first reel, when the lead band is being reeled setting thickness on described the first reel after, flexible-belt is opened under the driving of described the first drive unit, no longer wraps up described reel; Described governor motion drives described the first framework to moving away from described the first reel direction, and the first hold-fast body separates with described the first reel; After the first reel was completed and reeled and unload volume, described governor motion drove described the first framework and moves, and described flexible-belt closes up under the driving of the first drive unit, again described reel was wrapped up, and prepared to reel next time; And so forth.
Further, the support member of described the first hold-fast body comprises: securing supports and active supporting piece; Described securing supports is the some support bars that are fixedly installed on described the first framework; And active supporting piece, described active supporting piece comprises: be arranged on the swing arm unit on described the first framework and be arranged on support bar on swing arm unit by rocker shaft; Described swing arm unit under the driving of described the first drive unit around the rotation of described rocker shaft, relatively described the first framework and open or close up.
Further, described drive unit is hydraulic cylinder/cylinder, and the stiff end of described hydraulic cylinder/cylinder is arranged on frame, and its movable end and described active supporting piece are affixed.
Further, described governor motion comprises be used to the second drive unit that drives described the first frame movement and the first framework guiding mechanism that is used to described the first frame movement guiding; Described the first framework guiding mechanism comprises the guide that is arranged on described frame and is connected with described the first framework, and can be on described guide reciprocating guide holder.
Further, described the second hold-fast body is identical with above-mentioned the first hold-fast body structure.
further, described switching mechanism is arranged on the upstream of described the first winder unit, and it comprises guide roller mechanism, guide plate mechanism and the conversion belt cutting mechanism that sets gradually, wherein said guide roller mechanism is used for leading and making its support by described guide plate mechanism enter into described conversion belt cutting mechanism entering into described plumbous band, and enter into the first winder unit and reel under the guiding of conversion belt cutting mechanism, after lead band weight that the first winder unit is reeled reaches predetermined value, described conversion belt cutting mechanism cuts off described plumbous band, in being imported to the second winder unit, the lead band reels, after completing the coiling in the second winder unit, described conversion belt cutting mechanism cuts off described plumbous band again, and again it is imported in the first winder unit and reel, and so forth, complete continuously the coiling of plumbous band.
Further, described guide roller mechanism comprises:
The second framework is installed on described frame;
Be arranged on the described stationary roll on described the second framework, described stationary roll can rotate around himself axis;
Be used for driving the second drive unit that described stationary roll rotates;
Movable platen is arranged on above described stationary roll, and being used for coordinating with described stationary roll is described plumbous tape guide;
For the fixed rotating shaft that movable platen is arranged on described frame, described fixed rotating shaft is installed on described frame;
Be sleeved on described fixed rotating shaft and be used for described movable platen is arranged on crank cover in described rotating shaft, the bearing of described movable platen by its two ends is arranged on described crank and puts;
Be used for driving the 3rd drive unit that described crank cover rotates around described fixed rotating shaft;
Under the driving of described the second drive unit, described stationary roll rotates around himself axis, and the plumbous tape guide that bites in itself and movable platen is entered into described guide plate mechanism; Under the driving of described the 3rd drive unit, the crank cover rotates around described rotating shaft, regulates the spacing between described stationary roll and described movable platen.
Further, described conversion belt cutting mechanism comprises:
The 3rd framework;
Cutter, described cutter is arranged on the 3rd framework, and with upper and lower two blades, two blades all are parallel to the plumbous plane, place of being with, and perpendicular to the setting of described plumbous band direct of travel, the below of described lower blade is provided with the first through hole in the first winder unit for described plumbous tape input, is provided with the second through hole in described the second winder unit for plumbous tape input above upper knife edge;
Movable knife rack is arranged on described the 3rd framework, and can move back and forth perpendicular to described plumbous being with on direction described;
Be arranged on the moving cutting knife of first on described movable knife rack, described the first cutting knife is arranged on the below of cutter;
Be arranged on the moving cutting knife of second on described movable knife rack, described the second cutting knife is arranged on the top of cutter;
Be used for driving described movable knife rack motion four-drive device;
After the plumbous tape wrapping in the first winder unit is complete, movable knife rack rises under the driving of four-drive device, make the described first moving cutting knife coordinate the lead band that will be arranged in the first through hole to cut off with the lower blade of described cutter, then described movable knife rack continues to rise, the lead band is sent in described the second through hole, made it enter into the second winder unit and reel; After the second winder unit coiling was complete, under the driving of four-drive device, described movable knife rack descended, and the described second moving cutting knife coordinates with the upper knife edge of described cutter, and the band of cutting that will be arranged in the second through hole cuts off; And continue to descend, the lead band is sent in described the first through hole, it is entered again enter into the first winder unit and reel.
Further, described conversion belt cutting mechanism also comprises: the second guiding mechanism that is used to the movable knife rack guiding, be arranged on described the 3rd framework, it comprises: be used to movable knife rack motion guide the second guide and can be on described the second guide reciprocating the second guide holder, described the first cutting knife and the second cutting knife all are arranged on described the second guide holder.
Further, described the second guide is for being arranged on two gathering sills on described the 3rd framework perpendicular to described plumbous band, described the second guide holder is for dividing the guide pad that is located in two described gathering sills, and described the first cutting knife and the second cutting knife are installed on two described guide pads.
Further, described guide plate mechanism comprises: be used for supporting guide plate and the guide plate rotating shaft of plumbous band; The guide plate rotating shaft is fixedly installed on described the second framework, and is positioned at the below of described guide plate; One end of described guide plate is resisted against in described guide plate rotating shaft, the other end is fixedly installed on described movable knife rack, but the rising of described guide plate follow(er) rest and decline, turn over set angle around its rotating shaft, to coordinate the conversion belt cutting mechanism, the lead band is sent in described the first winder unit or the second winder unit.
Further, described switching mechanism also comprises:
Be used for connecting the first guide plate group of described the first through hole and described the first reel, it comprises: the first guide plate, the second guide plate and being used for regulated the guide plate adjusting device of the second guide plate position, described the first guide plate is installed on described frame, the one end is arranged on the downstream of the first through hole, be used for supporting the lead band that passes the first through hole, the other end and the second guide plate one end join; The lead band that passes described the first through hole enters into described the first winder unit and reels under the support of the first guide plate and the second guide plate and guiding.
Further, described guide plate adjusting device comprises guide groove and the guide bracket that is arranged on described frame; Guide bracket comprises the slide block that can reciprocatingly slide in guide groove, be used for fixed structure that slide block is located at described chute, and described the second guide plate is installed on slide block; By adjusting slide block in the position of described chute, and use described fixed structure that described slide block is fixed in described chute, the relative position between described the first guide plate and described the second guide plate is adjusted.
Further, described conversion belt cutting mechanism also comprises: the second guide plate group that is used for connecting the second through hole and described the second reel; The structure of described the second guide plate group is identical with the first guide plate group.
Further, described up-coiler also comprises: be used for the plumbous roll coil of strip by the first kickoff mechanism that unloads on described the first reel, it comprises: unload the volume top board and be used for driving the cylinder/hydraulic cylinder that unloads the volume top board, the stiff end of described cylinder/hydraulic cylinder is installed on described frame, and its movable end and the described volume top board that unloads are connected; When the lead band was completed coiling in the first winder unit after, the movable end of described cylinder/hydraulic cylinder stretched out, and unloaded the side of the plumbous volume of volume top board pushing tow, with it by unloading on the first reel.
Further, described the first kickoff mechanism also comprises: be used to described the 3rd guiding mechanism that unloads volume movement of roof guiding, described the 3rd guiding mechanism comprises: be disposed on and unload two guide rods on the volume top board and be arranged on described frame, pass frame for described two guide rods, and coordinate the pilot hole that unloads volume top board guiding for described with described guide rod.
Further, described up-coiler also comprise for the plumbous roll coil of strip by the second kickoff mechanism that unloads on described the second reel, described the second kickoff mechanism is identical with the structure of described the first kickoff mechanism; When the lead band was completed coiling in the second winder unit after, the movable end of described cylinder/hydraulic cylinder stretched out, and unloaded the side of the plumbous volume of volume top board pushing tow, with it by unloading on the second reel.
The utility model can be used alternatingly two winder units the lead band is reeled by two winder units are set on up-coiler when work, the coiling to the lead band is not stopped, and is particularly useful for continuously in plumbous band production equipment.
Description of drawings
Fig. 1 is the utility model up-coiler structural representation;
Fig. 2 is that the first volume is around the cellular construction schematic diagram;
Fig. 3 is the first reel mechanism structure schematic diagram;
Fig. 4 is first volume barrel structure schematic diagram;
Fig. 5 is that the first reel mechanism shaft is to cutaway view;
Fig. 6 is first volume barrel structure schematic diagram (removing spool body, drive end bearing bracket and a slice swelling leaf lobe);
Fig. 7 is the slide block structure schematic diagram;
Fig. 8 is the first hold-fast body structural representation;
Fig. 9 is the switching mechanism structural representation;
Figure 10 is for cutting the tape-transport mechanism structural representation;
Figure 11 is cutter and tool fixing frame structural representation;
Figure 12 is switching mechanism structural representation (side view);
Figure 13 is for cutting tape-transport mechanism structural representation (side view);
Figure 14 is the first guide plate group and the second guide plate group structural representation;
Figure 15 is the first kickoff mechanism structural representation.
The specific embodiment
As shown in Figure 1, plumbous tape wrapping machine comprises: frame 1, the first winder unit A, volume Two are around unit B, switching mechanism C, the first kickoff mechanism I and the second kickoff mechanism J.
As shown in Fig. 2,3, the first winder unit A comprises: plumbous the first drum mechanism built and the first hold-fast body D that is with is used for reeling.Wherein, the first drum mechanism built comprises: the first reel 2 and drive the first reel driving mechanism that the first reel rotates around himself axis.The first hold-fast body D be used for to the lead that enters into the first drum mechanism built be with spacing, can follow the first reel 2 and rotate.
As shown in Fig. 3,5, the first reel driving mechanism comprises: motor 54, reductor and hollow spindle 53.One end of hollow spindle 53 is connected with motor 54 by reductor, and the other end is inserted in the first reel 2, gives the first reel 2 with the transmission of power of motor, makes the first reel 2 around himself rotating shaft rotation; Preferably, hollow spindle 53 and the first coaxial setting of reel 2.
As shown in Fig. 3,4, the first reel 2 comprises: spool body 50, front capping 51, swelling leaf lobe assembly.Wherein spool body 50 is hollow barrel-like structure, and front capping 51 is arranged on an end of spool body 50, is used for sealing spool body 50.As shown in Fig. 3-6, swelling leaf lobe assembly comprises: some swelling leaf lobes 52 and expansion mechanism.Some swelling leaf lobes 52 are arranged in spool body 50 outsides, and the quantity of swelling leaf lobe 52 is the 3-6 sheet, and it is cylindric that some swelling leaf lobes 52 are wrapped in the outer formation of spool body 50, and preferred, and the central angle that every swelling leaf lobe is corresponding is identical.Expansion mechanism is for regulating swelling leaf lobe 52 and spool body 50 in spool body 50 radial direction distances, and it comprises: expansion sleeve 58, some slide blocks 57, some push blocks 59, pull rod shaft 55, fixed cap 60 and cylinder/hydraulic cylinder 56.The stiff end of cylinder/hydraulic cylinder 56 is fixedly installed on frame 1, and its other end is connected with an end of pull rod shaft 55.Expansion sleeve 58 is sleeved on the end that hollow spindle 53 is positioned at spool body 50, and can reciprocatingly slide along hollow spindle 53 axial directions on hollow spindle 50.Also be provided with the anti-structures of revolving such as preventing revolving key between expansion sleeve 58 and hollow spindle 53, expansion sleeve 58 can synchronously be rotated with hollow spindle 53.The other end of pull rod shaft 55 passes hollow spindle 53, is fixed together by fixed cap 60 and expansion sleeve 58 in its end, and is preferred, pull rod shaft 55 and the coaxial setting of hollow spindle 53.Be fixed with several slide blocks 57 on expansion sleeve 58, the quantity of slide block 57 is corresponding one by one with the quantity of swelling blade 52, and slide block 57 can be fixed on expansion sleeve 58 by bolt is dismountable, also can wait other modes to fix by welding.Be provided with pushing tow inclined-plane 61 on slide block 57, preferred, as shown in Figure 7, slide block 57 is that the upper end is with the hollow block of opening, pushing tow inclined-plane 61 sets within it in the chamber, and after slide block 57 is fixed on expansion sleeve 58, and the pushing tow inclined-plane 61 on it extends along the axis direction of hollow spindle 53.Being provided with one on each slide block 57 can be along the push block 59 of pushing tow inclined-plane 61 slips in it.One end of push block 59 is arranged in slide block 57, and the pushing tow through hole 62 that the other end passes on spool body 50 is fixedly connected with swelling leaf lobe 52.Push block 59 is bulk or tubular article, preferably, also be provided with on an end in it is inserted into slide block 57 and can make push block 59 be easy to the slide assemblies that slides on the pushing tow inclined-plane, slide assemblies can be two bearings being separately positioned on push block 59 both sides or roller etc.In order to make push block 59 can pass through smoothly pushing tow through hole 62, and can unstability in the process of pushing tow swelling leaf lobe 52,62 places also are provided with the sleeve 63 that extends preseting length along the radial direction of spool body 50 at the pushing tow through hole.Push block 59 is fixed together by passing in sleeve 63 with swelling blade 52.In addition, in order to guarantee in the pushing tow process, each push block 59 can move back and forth along spool body 50 radial direction, be provided with one group of swelling guiding mechanism between each swelling leaf lobe 52 and spool body 50, it comprises: be arranged on two guide through hole 64 on spool body 50, be separately positioned on fairlead 66 and two axis of guides 65 that are connected with swelling leaf lobe 52 in two guide through hole 64.Two guide through hole 64 pushing tow through hole 62 corresponding with it respectively are positioned on the same bus, and preferred, are positioned at the both sides of pushing tow through hole 62.Fairlead 66 is to extend the sleeve of setpoint distance in the radial direction of spool body 50, two axis of guide 65 1 ends are fixed on swelling leaf lobe 52, the other end is free end, the axis of guide 65 passes fairlead 66, and can reciprocatingly slide in fairlead 66, matching with fairlead 66 in the course of the work is combined into swelling leaf lobe 52 and leads in motion process.
During work, before the first reel 2 begins to reel plumbous band, the movable end of cylinder/hydraulic cylinder 56 stretches out, pushing drawing rod axle 55 capping 51 direction motions forward, and then promotion sliding sleeve 58 moves, the slide block 57 that is arranged on expansion sleeve 58 moves thereupon, and spool body 50 is protruding relatively under the effect on pushing tow inclined-plane 61 for push block 59, and swelling leaf lobe 52 is pushed away spool body 50.Subsequently, drive the first reel 2 rotations at motor 54, plumbous band begins to reel.After the coiling of completing plumbous band, the movable end of cylinder or hydraulic cylinder 56 is retracted, and slide block 57 resets with expansion sleeve 58, push block 59 under the effect on pushing tow inclined-plane 61 relatively spool body 50 inwardly retract, swelling leaf lobe 52 is pressed close to spool body 50, with convenient plumbous the volume by unloading on the first reel 2.Certainly, in actual applications, as the setting party on pushing tow inclined-plane 61 to above-described embodiment in opposite, the movable end of cylinder or hydraulic cylinder 56 is retracted, swelling leaf lobe 52 pushed away from spool body 50; When the movable end of cylinder or hydraulic cylinder 56 stretches out, swelling leaf lobe 52 is pulled, and presses close to spool body 50.In addition, be understandable that, except be provided with the slide block 57 on pushing tow inclined-plane 61 in above-described embodiment at hollow spindle 53, and adjust outside radial distance between swelling leaf lobe 52 and spool body 50 by the mode that reciprocatingly slides of slide block 57, the end that also can pull rod shaft 55 be positioned at spool body 50 is set to diminished shaft, movable top ejection pushing block 59 with himself on its axial direction, adjust radial distance between swelling leaf lobe 52 and spool body 50 etc., suchlike structure all can be applicable to this, then this has not just exemplified one by one.
As shown in Fig. 2,8, the first hold-fast body D comprises: the first framework 4, flexible-belt 5, support member, the first drive unit and governor motion.Wherein, support member comprises securing supports and active supporting piece, securing supports is the some support bars 6 that are fixedly installed on the first framework 4, and active supporting piece comprises: be arranged on the swing arm unit 9 on the first framework 4 and be arranged on support bar 6 on swing arm unit by rocker shaft 8.Flexible-belt 5 is walked around each support bar 6 and is arranged on the first framework 4.The first drive unit is cylinder 7 or the hydraulic cylinder that is arranged on the first framework 4, and the stiff end of cylinder 7 is hingedly fixed on the first framework 4, and its movable end and swing arm unit 9 are articulated and connected.The movable end of cylinder 7 stretches out, and swing arm unit 9 and the first framework 4 close up, and 5 pairs of the first reels 2 of flexible-belt form parcel; The movable end of cylinder 7 is retracted, and swing arm unit 9 is opened with respect to the first framework 4, and flexible-belt 5 separates with the first reel 2.In addition, support member can also be made of some support units of opening and closing up, and drives opening and closing up between each support unit by actuator.
As shown in Figure 1, governor motion comprises the first framework guiding mechanism that is arranged on the second drive unit 10 on frame 1 and is used to the motion guide of the first hold-fast body D.Wherein, the second drive unit 10 is for being arranged on cylinder or the hydraulic cylinder of frame 1 bottom, and its stiff end is fixed on frame 1, and its movable end and the first framework 4 are articulated and connected.The first framework guiding mechanism comprise the guide 11 that is arranged on frame 1 and can be on guide reciprocating guide holder (not shown), the first framework 4 of the first hold-fast body D is fixedly connected with guide holder, under the driving of the second drive unit 10, move back and forth along guide 11.Shown in Fig. 1,2, guide 11 is arranged on the side of the first framework 4, in actual applications, also can be arranged on the below of the first framework 4.
During work, plumbous band, is wound on the first reel 2 with the first reel 2 synchronous rotaries under the parcel of flexible-belt 5 entering into the first winder unit A.When the lead band reeling on the first reel 2 reach set thickness after, after the situation that plumbous band can relative the first reel 2 skid, for fear of the first hold-fast body D, plumbous tape wrapping is caused obstruction, driving lower shake-changing arm unit 9 at the first drive unit is opened with respect to the first framework 4, flexible-belt 5 separates with the first reel 2, no longer wrap up the first reel 2, and move to the direction away from the first reel 2 under the guiding of guide 11 at the first framework 4 under the driving of the second driving mechanism 10, the first hold-fast body D separates fully with the first reel 2.When the first reel 2 complete once reel and unload volume after, it is close to the first reel 2 that governor motion drives the first hold-fast body D, after putting in place, under the driving of the first drive unit; swing arm unit 9 and the first framework 4 close up, flexible-belt 5 forms parcel to first volume cylinder again, prepares to reel next time; And so forth.
As shown in Figure 1, volume Two arranges on frame 1 around unit B, and is positioned at the downstream of the first winder unit A.Preferably, volume Two around the structure of unit B and the first winder unit A to, comprise: the second drum mechanism built of the plumbous band of be used for reeling, it comprises: the second reel 2' be used for driving the first drum driving apparatus 3' that described the first reel rotates and be used for to lead with spacing, can follow the second hold-fast body D' that the second reel 2' rotates.
As shown in Figure 1, 2, switching mechanism C is arranged on frame 1, and is positioned at the upstream of the first winder unit A.Switching mechanism C comprises the guide roller E of mechanism that sets gradually, guide plate mechanism, conversion belt cutting mechanism F, be used for providing support for plumbous band between conversion belt cutting mechanism F and the first winder unit A and the first guide plate group G of leading and be used for being with for lead the second guide plate group H that provides support and lead between conversion belt cutting mechanism F and the second winder unit A.
As shown in Figure 9, the guide roller E of mechanism comprises: the second framework 12, stationary roll 20, movable platen 14, the second drive unit 15, fixed rotating shaft 16, crank cover and the 3rd drive unit.Wherein, the second framework 12 is fixedly installed on frame 1, and stationary roll 13 is arranged on the second framework 12 by its rotating shaft, be connected with the second drive unit 15 by its rotating shaft simultaneously, and can be around himself axis rotation under the driving of the second drive unit 15.The second drive unit 15 is made of motor and decelerator usually.The 3rd drive unit is cylinder 17 or hydraulic cylinder, and its stiff end is arranged on the second framework 12 or frame 1, and its movable end and crank cover are hinged.Fixed rotating shaft 16 is fixedly installed on the second framework 12.The crank cover comprises: be used for being sleeved on the axle sleeve 44 on fixed rotating shaft 16, be disposed on two fixed heads 18 on axle sleeve 44 and be fixed on fixed rotating shaft 16 for the connector 19 hinged with cylinder 17 movable ends.Preferably, connector 19 relative fixed rotating shafts 16 stretches out perpendicular direction in the direction of stretching out of fixed head 18 relative fixed rotating shafts 16.The two ends of movable platen 14 are fixedly installed on respectively on two fixed heads 18, and can rotate around himself rotating shaft.The movable end of cylinder 17 stretches out propeller shaft sleeve 44 and rotates counterclockwise around fixed rotating shaft 16, and the roll gap between movable platen 14 and stationary roll 13 reduces; The movable end of cylinder 17 is retracted, and axle sleeve 44 clockwise rotates around fixed rotating shaft 16, and the roll gap between movable platen 14 and stationary roll 13 increases.During work, under the driving of the second drive unit 15, stationary roll 20 rotates around himself axis, and the lead band that bites between itself and movable platen 14 is drawn and leads, and makes it enter into guide plate 13.In addition, under the driving of cylinder 17, the crank cover is regulated the spacing between stationary roll 20 and movable platen 14, to adapt to the lead band of different-thickness around fixed rotating shaft 16 rotations.
As shown in Fig. 2,9,12, guide plate mechanism comprises guide plate 13 and the guide plate rotating shaft 13a that is inclined on the second framework 12, and guide plate 13 is dull and stereotyped, and preferred, at it along being provided with the outer that raises up on two sides of lead with direct of travel.The effect of this outer is the lead band sideslip that prevents motion on guide plate 13.Guide plate rotating shaft 13a is fixedly installed on the second framework 12, is positioned at the below of guide plate 13, is close to the guide roller E of mechanism position.One end of guide plate 13 is resisted against on guide plate rotating shaft 13a, the other end is fixedly installed on movable knife rack 23, but rising and the decline of guide plate 13 follow(er) rests 23,13a turns over set angle around the guide plate rotating shaft, to coordinate conversion belt cutting mechanism F, the lead band is sent into described the first winder unit A or volume Two in unit B.
As shown in Fig. 2,10,13, conversion belt cutting mechanism F comprises: the 3rd framework, cutter 22, the moving cutting knife 24 of movable knife rack 23, the first, the second moving cutting knife 25, four-drive device and the second guiding mechanism.Wherein, the 3rd framework comprises: L-type fixed mount 21 and be used for the fixedly tool fixing frame 26 of cutter 22; Side of the fixed head of L-type is used for frame 1 fixing, and another side is used for fixedly tool fixing frame 26.Tool fixing frame 26 can be shown in Figure 10, with the flat board of square through hole; Also can be two two root posts that are disposed on L-type fixed mount 21.Cutter 22 is with upper and lower two blades, cutter usually is fixed on by its two ends and is arranged in square through hole, and cutter 22 is divided into two parts with square through hole: be arranged in lower blade the below the plumbous tape input of confession to the first through hole 27 of the first winder unit A and be arranged in the upper knife edge top, for plumbous tape input to second through hole 28 of volume Two around unit B.The bearing of trend of upper and lower two blades of cutter and plumbous band place plane parallel, and perpendicular to the direction of motion of lead band.Preferably, cutter 22 is fixed on the central authorities of square through hole.
As shown in Figure 10,12,13, the first moving cutting knife 24 and the second moving cutting knife 25 are disposed on movable knife rack 23, and both blades are oppositely arranged, and the distance between two blades is greater than the thickness of cutter 22; The bearing of trend of the blade of the first moving cutting knife 24 and the second moving cutting knife 25 all is parallel to two blades of cutter 22.Four-drive device is cylinder 29/ or hydraulic cylinder; The stiff end of cylinder 29 is arranged on L-type fixed mount 21, and its movable end is fixedly connected with movable knife rack 23.Movable end by cylinder 29 stretches out and retraction, drives movable knife rack 23 and moves along the direction that is parallel to tool fixing frame 26 planes, place.For the direction of motion that guarantees movable knife rack 23 is parallel to tool fixing frame 26 planes, place all the time, also be provided with the second guiding mechanism that is used to movable knife rack 23 motion guides on tool fixing frame 26, the second guiding mechanism comprises: the guide holder that is arranged on two gathering sills 30 on tool fixing frame 26 and can reciprocatingly slides along gathering sill 30, in the present embodiment, guide holder is movable knife rack 23, two sides of movable knife rack 23 are processed into the shape that matches with gathering sill, and can back and forth slide gathering sill 30 is interior.In addition, guide holder also can be minute be located in two gathering sills 30, and can be at the interior reciprocating guide pad of gathering sill 30.Certainly, in actual applications, the second guide frame also can be taked other forms, for example, is arranged on two guide posts on L-type fixed mount 21 and the slide block on it etc., and other can all can be applicable to this for the guide frame of linear movement guide.In addition, and the version of guide holder is also varied, is not limited to two guide block structure that exemplify above.
In Figure 13 shown be the first moving cutting knife 24 for the mated condition of the lower blade of cutter 22, at this moment, the first moving cutting knife 24 coordinates the lead band cut-out that will be arranged in the first through hole 27 with cutter 22; When movable knife rack 23 moves down under the driving of cylinder 29, the second moving cutting knife 25 coordinates with the upper knife edge of cutter 22 and gets final product the lead band cut-out that will be positioned at the second through hole 28.
As shown in Fig. 1,2,14, the first guide plate group G be used for to connect the first through hole 27(and sees Figure 13) with the first reel 2, comprising: the first guide plate 32, the second guide plate 33 that joins with the first guide plate and being used for regulated the guide plate adjusting device of the second guide plate 33 positions.The first guide plate 32 is installed on frame 1, the one end is arranged on the downstream of the first through hole 28, be used for connecting the first through hole 27, and support the lead band that passes the first through hole 28, its other end joins with an end that is arranged on the second guide plate 33 on frame 1 by the guide plate adjusting device.The guide plate adjusting device comprises: guide groove 34 and guide bracket, guide groove 34 are fixedly installed on frame 1, and guide bracket comprises the slide block 35 that can reciprocatingly slide and the fixed structure 36 that slide block 35 can be fixed in guide groove 34 in guide groove 34.The second guide plate 33 is fixed on slide block 35.Fixed structure 36 is for being fixedly installed on slide block 35 bolt in guide groove 34 etc.During use, adjust the second guide plate 33 with respect to the relative position between the first guide plate 32 and the first cylinder 2 by adjusting the position of slide block 35 in guide groove 34, adjust complete after, by fixed structure 36, slide block 35 is fixed in chute, fixed simultaneously the locus of the second guide plate 34, made it can the coiling of the first reel 2 not to be exerted an influence.The lead band that passes the first through hole 27 enters into the first winder unit A and reels under the support of the first guide plate 32 and the second guide plate 33 and guiding.
As shown in Fig. 2,14, the second through hole 28(sees Figure 13) and the second reel 2a between also be provided with the second guide plate group H; The structure of the second guide plate group H and the first guide plate group G are basic identical, comprising: the 3rd guide plate 37 and the 4th guide plate 38 that joins with the 3rd guide plate 37.If the distance of volume Two between unit B and switching mechanism C is longer, also can between the 3rd guide plate 37 and the 4th guide plate 38, extension plate 40 be set.
As shown in Figure 1, up-coiler also comprises for lead being rolled up the first kickoff mechanism I that is unloaded by the first reel 2 and the second kickoff mechanism J that the lead volume is unloaded by the second reel 2.The first kickoff mechanism is identical with the structure of the second kickoff mechanism, as shown in figure 15, includes: the 3rd guiding mechanism that unloads volume top board 41, be used for to drive cylinder/hydraulic cylinder 42 of unloading the plumbous volume of volume top board 41 pushing tows and lead for the motion of unloading volume top board 41.The stiff end of hydraulic cylinder 42 is fixedly installed on frame 1, and preferred, is positioned at the opposite side of frame 1 with respect to the first spool unit A or the second reel unit B.The movable end of hydraulic cylinder 42 pass frame 1 with unload the volume top board 41 be fixedly connected with.Unload volume top board 41 and be generally dull and stereotyped, and preferred, it is lower to being circular arc type, and this circular arc should match with the excircle of the first reel 2 or the second reel 2', make its contact area with the lead volume that will be wound on the first reel 2 or the second reel 2' reach maximum, make the unit are of plumbous volume stressed drop to minimum.The 3rd guiding mechanism is to be disposed on the length of unloading 43, two guide rods 43 of two guide rods on volume top board 41 should roll up the move distance of top board 41 when unloading volume greater than unloading.Preferably, greater than the maximum extension elongation of hydraulic cylinder 42 movable ends.Also be provided with in the corresponding position of frame 1 for two two pilot holes that guide rod 43 passes, two pilot holes coordinate with guide rod 43, complete unloading the guiding of volume top board 41.When the lead band was completed coiling in the first winder unit A after, the movable end of cylinder/hydraulic cylinder 42 stretched out, and unloaded the side of the volume top board 41 plumbous volumes of pushing tows, with it by unloading on the first reel 2.Identical with it, volume Two was completed coiling in unit B after, the movable end of described cylinder/hydraulic cylinder 42 stretched out when the lead band, unloaded the side of the volume top board 41 plumbous volumes of pushing tows, with it by unloading on the second reel 2'.In actual applications, each winder unit configurable a plurality of tops volume mechanism makes plumbous volume stressed more even, unloads volume more convenient.
During work, plumbous band enters in up-coiler after upstream equipment processing and reels, and at first, should according to the roll gap distance between stationary roll 20 and movable platen 14 in the thickness adjustment guide roller E of mechanism of lead band, make it to be complementary with plumbous tape thickness.Plumbous band is under the traction guiding of stationary roll 20 and movable platen 14, enter into conversion belt cutting mechanism F by guide plate mechanism, and pass the first through hole 27 and enter into the first winder unit A and reel, swelling leaf lobe 52 on the first reel 2 under the effect of expansion mechanism away from spool body 50, the lead band that the first hold-fast body D will just enter into the first winder unit A is wrapped in outside the first reel 2, can follow the first reel 2 synchronous rotaries, be wound on the first reel 2.Reel on the first reel 2 when the lead band and set thickness, after no longer relative the first reel 2 skids, under the driving of the first drive unit; swing arm unit 9 is opened; and under the effect of governor motion; the first hold-fast body D moves to the direction away from the first reel 2, to avoid hindering the coiling of the first reel 2.After the volume of the lead on the first reel 2 coiling is completed, four-drive device drives on movable knife rack 23 and moves, the first moving cutting knife 24 coordinates with the lower blade of cutter 22, the lead band that passes the first through hole 27 is cut off, then movable knife rack 23 moves on continuing, the lead band is sent to the second through hole 28 that is arranged in cutter 22 tops, plumbous band passes the second through hole 28 and enters into volume Two and reel around unit B under the traction guiding of the guide roller E of mechanism and guide plate mechanism.In this simultaneously, swelling leaf lobe 52 is pressed close to spool body 50 under the effect of expansion mechanism, and the movable end of the hydraulic cylinder 42 in the first kickoff mechanism I stretches out, and unloads volume top board 41 and will be arranged on lead volume on the first reel 2 and eject the first reel 2 and complete and unload volume.After unloading volume, the first hold-fast body D resets, and continues the first reel 2 is wrapped up, and prepares to carry out to reel next time.Plumbous band at volume Two the winding process in unit B substantially with the first winder unit A in identical, and after completing coiling, four-drive device drives movable knife rack 23 and moves down, the second moving cutting knife 25 coordinates with the upper knife edge of cutter 22, the lead band that passes the second through hole 28 is cut off, after cutting off plumbous band, tool fixing frame continues to move down, and plumbous band is reeled again the lead band is sent to the first winder unit A under the traction guiding of the guide roller E of mechanism and guide plate mechanism in.Be wound on to complete under the effect that lead on the second reel 2' twists in the second kickoff mechanism J and unload volume.And so forth, the lead band is carried out continuous reeling.
The utility model is realized the continuous reeling of plumbous band by the alternation of the first winder unit and the second winder unit.In addition, being used in two winder units being provided with on plumbous the first reel be with of direct winfing and the second reel can be with respect to spool body distending and the swelling that tightens leaf lobe, and swelling leaf lobe is with respect to the spool body distending when reeling.After coiling was completed, when unloading volume, swelling leaf lobe tightened, and is close to spool body, making the first/the second reel and plumbous the volume between innermost layer have certain space, was easy to plumbous volume by unloading on the first/the second reel.
Up-coiler in the utility model above-described embodiment comprises two winder units, but also can increase the quantity of winder unit and switching mechanism to adapt to different coiling demands in up-coiler according to the actual conditions of producing in practical application.
Claims (24)
1. a up-coiler, is characterized in that, described up-coiler comprises:
Frame;
Be arranged on frame, plumbous the first winder unit of being with is used for reeling, it comprises: the first drum mechanism built and the first hold-fast body, described the first drum mechanism built comprises for the first reel of the plumbous band of reeling and is used for driving the first drum driving apparatus that described the first reel rotates, described the first hold-fast body be used for to described lead be with spacing, can follow described reel and rotate;
Be arranged on described frame, and be positioned at described the first winder unit downstream, use the second winder unit that the lead band is carried out continuous reeling around units alternately with the described first volume, it comprises: the second drum mechanism built and the second hold-fast body, described the second drum mechanism built comprises for reeling plumbous with the second reel with for the second drum driving apparatus that drives described the second reel rotation, described the second hold-fast body be used for to described lead with spacing, can follow the second hold-fast body that described reel rotates;
Be used for controlling plumbous band and enter the first volume around the unit or the switching mechanism of the second winder unit, be arranged on described frame;
During use, plumbous band enters into described the first winder unit under the guiding of switching mechanism, and reels with described the first reel rotation under the effect of described the first hold-fast body; After the plumbous tape wrapping on described the first reel arrives the setting volume, plumbous band is cut off by described switching mechanism, and enter into the second winder unit and reel under its guiding, be wound up into the setting volume in described the second reel when the lead band after, entering into described the first winder unit under the effect of switching mechanism reels again, so repeatedly, continuously coiling is plumbous is with.
2. up-coiler according to claim 1, it is characterized in that, described the first reel driving mechanism comprises motor and hollow spindle, and an end of described hollow spindle is connected with described motor, the other end is connected with described the first reel, gives described the first reel with the transmission of power of described motor.
3. up-coiler according to claim 2, is characterized in that, described the first reel comprises:
Spool body, described spool body are hollow barrel-like structure;
Swelling leaf lobe assembly, it comprises: be arranged on some swelling leaf lobes in the described spool body outside and regulate described swelling leaf lobe and described spool body at the expansion mechanism of described spool body radial direction distance; When reeling plumbous band, some described swelling leaf lobes under the effect of described expansion mechanism away from described spool body, after coiling was completed, described expansion mechanism drove some described swelling leaf lobes and presses close to described spool body, and the lead volume that is wound on described the first reel is easy to by unloading on it.
4. up-coiler according to claim 2, is characterized in that, described expansion mechanism comprises:
the swelling assembly, it comprises: be sleeved on described hollow spindle and be positioned at expansion sleeve on reel one end, be installed on described expansion sleeve, with some slide blocks on the pushing tow inclined-plane that extends along described hollow spindle axial direction be arranged on one to one on each described slide block, and regulate described swelling leaf lobe and described spool body to slide at some push blocks of described spool body radial direction distance on the inclined-plane of stating on slide block, one end of described push block is arranged on its corresponding described slide block, the other end passes described spool body and described swelling leaf lobe is connected,
Be used for driving cylinder or the hydraulic cylinder of swelling assembly, the stiff end of described cylinder or hydraulic cylinder is installed on described frame, and its other end is connected with described swelling assembly;
The pull rod shaft that connects described cylinder or hydraulic cylinder and described swelling assembly, an end of described pull rod shaft is connected with the movable end of cylinder or hydraulic cylinder, and the other end passes described hollow spindle and described expansion sleeve is connected;
When described the first reel begins to reel, the movable end of described cylinder or hydraulic cylinder stretches out/retracts, described slide block moves with described expansion sleeve, and described push block relatively described spool body under the effect on described pushing tow inclined-plane is protruding, and the described swelling leaf of pushing tow lobe is away from described spool body; After coiling is completed, the movable end of described cylinder or hydraulic cylinder is retracted/is stretched out, described slide block moves with described expansion sleeve, and described push block relatively described spool body under the effect on described pushing tow inclined-plane is inwardly retracted, and described swelling leaf lobe is along with described push block is pressed close to described spool body.
5. up-coiler according to claim 4, it is characterized in that, be provided with the pushing tow through hole that the described push block of some confessions passes on described spool body, and being provided with the sleeve that extends preseting length along the radial direction of described spool body on described pushing tow through hole, described push block is connected by passing in described sleeve with described swelling leaf lobe.
6. up-coiler according to claim 5, is characterized in that, described expansion mechanism also comprises and some described push blocks some swelling guiding mechanisms of corresponding setting one by one, and described swelling guiding mechanism comprises:
Two guide through hole, it is to be arranged on described sleeve body, and the pushing tow through hole corresponding with it is positioned on the same bus;
Be arranged on the fairlead on described two guide through hole; Described fairlead extends setpoint distance in the radial direction of described sleeve body;
Two axis of guides are connected with described swelling leaf lobe, can reciprocatingly slide in described fairlead, are the motion guide of described swelling leaf lobe.
7. according to claim 2-6 described up-coilers of arbitrary claim, is characterized in that, described the second reel mechanism structure is identical with the first drum mechanism built.
8. up-coiler according to claim 1, is characterized in that, described the first hold-fast body comprises:
The first framework;
Be used for being enclosed in the described reel outside, and will hold tightly at itself and the lead band between reel and make it in the described reel outside synchronize the flexible-belt of rotation with described reel;
Be used for some groups of support members of supporting flexible band, each is organized support member and can relatively open or close up, and the described reel of described flexibility forms parcel when closing up, and described some groups of support members all are arranged on described the first framework;
Be used for driving the first drive unit that some groups of support members are opened or closed up;
Be used for adjusting the governor motion of position between described framework and described the first reel, described governor motion is arranged on described frame;
Described plumbous band is after entering into described the first winder unit, described flexible-belt is wrapped in the lead band on described the first reel, make plumbous band with described the first reel synchronous rotary, be wound on described the first reel, when the lead band is being reeled setting thickness on described the first reel after, flexible-belt is opened under the driving of described the first drive unit, no longer wraps up described reel; Described governor motion drives described the first framework to moving away from described the first reel direction, and the first hold-fast body separates with described the first reel; After the first reel was completed and reeled and unload volume, described governor motion drove described the first framework and moves, and described flexible-belt closes up under the driving of the first drive unit, again described reel was wrapped up, and prepared to reel next time; And so forth.
9. up-coiler according to claim 8, is characterized in that, the support member of described the first hold-fast body comprises: securing supports and active supporting piece; Described securing supports is the some support bars that are fixedly installed on described the first framework; And active supporting piece, described active supporting piece comprises: be arranged on the swing arm unit on described the first framework and be arranged on support bar on swing arm unit by rocker shaft; Described swing arm unit under the driving of described the first drive unit around the rotation of described rocker shaft, relatively described the first framework and open or close up.
10. up-coiler according to claim 8, is characterized in that, described the first drive unit is hydraulic cylinder/cylinder, and the stiff end of described hydraulic cylinder/cylinder is arranged on frame, and its movable end and described active supporting piece are affixed.
11. up-coiler, is characterized in that according to claim 8, described governor motion comprises be used to the second drive unit that drives described the first frame movement and the first framework guiding mechanism that is used to described the first frame movement guiding; Described the first framework guiding mechanism comprises the guide that is arranged on described frame and is connected with described the first framework, and can be on described guide reciprocating guide holder.
12. according to claim 8-11, the described up-coiler of arbitrary claim, is characterized in that, described the second hold-fast body is identical with above-mentioned the first hold-fast body structure.
13. up-coiler, is characterized in that according to claim 1, described switching mechanism is arranged on the upstream of described the first winder unit, and it comprises guide roller mechanism, guide plate mechanism and the conversion belt cutting mechanism that sets gradually, wherein said guide roller mechanism is used for leading and making its support by described guide plate mechanism enter into described conversion belt cutting mechanism entering into described plumbous band, and enter into the first winder unit and reel under the guiding of conversion belt cutting mechanism, after lead band weight that the first winder unit is reeled reaches predetermined value, described conversion belt cutting mechanism cuts off described plumbous band, in being imported to the second winder unit, the lead band reels, after completing the coiling in the second winder unit, described conversion belt cutting mechanism cuts off described plumbous band again, and again it is imported in the first winder unit and reel, and so forth, complete continuously the coiling of plumbous band.
14. described up-coiler, is characterized in that according to claim 13, described guide roller mechanism comprises:
The second framework is installed on described frame;
Be arranged on the described stationary roll on described the second framework, described stationary roll can rotate around himself axis;
Be used for driving the second drive unit that described stationary roll rotates;
Movable platen is arranged on above described stationary roll, and being used for coordinating with described stationary roll is described plumbous tape guide;
For the fixed rotating shaft that movable platen is arranged on described frame, described fixed rotating shaft is installed on described frame;
Be sleeved on described fixed rotating shaft and be used for described movable platen is arranged on crank cover in described rotating shaft, the bearing of described movable platen by its two ends is arranged on described crank and puts;
Be used for driving the 3rd drive unit that described crank cover rotates around described fixed rotating shaft;
Under the driving of described the second drive unit, described stationary roll rotates around himself axis, and the plumbous tape guide that bites in itself and movable platen is entered into described guide plate mechanism; Under the driving of described the 3rd drive unit, the crank cover rotates around described rotating shaft, regulates the spacing between described stationary roll and described movable platen.
15. described up-coiler, is characterized in that according to claim 13, described conversion belt cutting mechanism comprises:
The 3rd framework;
Cutter, described cutter is arranged on the 3rd framework, and with upper and lower two blades, two blades all are parallel to the plumbous plane, place of being with, and perpendicular to the setting of described plumbous band direct of travel, the below of described lower blade is provided with the first through hole in the first winder unit for described plumbous tape input, is provided with the second through hole in described the second winder unit for plumbous tape input above upper knife edge;
Movable knife rack is arranged on described the 3rd framework, and can move back and forth perpendicular to described plumbous being with on direction described;
Be arranged on the moving cutting knife of first on described movable knife rack, described the first cutting knife is arranged on the below of cutter;
Be arranged on the moving cutting knife of second on described movable knife rack, described the second cutting knife is arranged on the top of cutter;
Be used for driving described movable knife rack motion four-drive device;
After the plumbous tape wrapping in the first winder unit is complete, movable knife rack rises under the driving of four-drive device, make the described first moving cutting knife coordinate the lead band that will be arranged in the first through hole to cut off with the lower blade of described cutter, then described movable knife rack continues to rise, the lead band is sent in described the second through hole, made it enter into the second winder unit and reel; After the second winder unit coiling was complete, under the driving of four-drive device, described movable knife rack descended, and the described second moving cutting knife coordinates with the upper knife edge of described cutter, and the band of cutting that will be arranged in the second through hole cuts off; And continue to descend, the lead band is sent in described the first through hole, it is entered again enter into the first winder unit and reel.
16. described up-coiler according to claim 15, it is characterized in that, described conversion belt cutting mechanism also comprises: the second guiding mechanism that is used to the movable knife rack guiding, be arranged on described the 3rd framework, it comprises: be used to movable knife rack motion guide the second guide and can be on described the second guide reciprocating the second guide holder, described the first cutting knife and the second cutting knife all are arranged on described the second guide holder.
17. described up-coiler according to claim 16, it is characterized in that, described the second guide is for being arranged on two gathering sills on described the 3rd framework perpendicular to described plumbous band, described the second guide holder is for dividing the guide pad that is located in two described gathering sills, and described the first cutting knife and the second cutting knife are installed on two described guide pads.
18. described up-coiler, is characterized in that according to claim 13, described guide plate mechanism comprises: be used for supporting guide plate and the guide plate rotating shaft of plumbous band; The guide plate rotating shaft is fixedly installed on described the second framework, and is positioned at the below of described guide plate; One end of described guide plate is resisted against in described guide plate rotating shaft, the other end is fixedly installed on described movable knife rack, but the rising of described guide plate follow(er) rest and decline, turn over set angle around its rotating shaft, to coordinate the conversion belt cutting mechanism, the lead band is sent in described the first winder unit or the second winder unit.
19. described up-coiler according to claim 13, it is characterized in that, described switching mechanism also comprises: the first guide plate group that is used for connecting described the first through hole and described the first reel, it comprises: the first guide plate, the second guide plate and being used for regulated the guide plate adjusting device of the second guide plate position, described the first guide plate is installed on described frame, the one end is arranged on the downstream of the first through hole, is used for supporting the lead band that passes the first through hole, and the other end and the second guide plate one end join; The lead band that passes described the first through hole enters into described the first winder unit and reels under the support of the first guide plate and the second guide plate and guiding.
20. described up-coiler, is characterized in that according to claim 19, described guide plate adjusting device comprises guide groove and the guide bracket that is arranged on described frame; Guide bracket comprises the slide block that can reciprocatingly slide in guide groove, be used for fixed structure that slide block is located at described chute, and described the second guide plate is installed on slide block; By adjusting slide block in the position of described chute, and use described fixed structure that described slide block is fixed in described chute, the relative position between described the first guide plate and described the second guide plate is adjusted.
21. described up-coiler, is characterized in that according to claim 19, described conversion belt cutting mechanism also comprises: the second guide plate group that is used for connecting the second through hole and described the second reel; The structure of described the second guide plate group is identical with the first guide plate group.
22. up-coiler according to claim 1, it is characterized in that, described up-coiler also comprises: be used for the plumbous roll coil of strip by the first kickoff mechanism that unloads on described the first reel, it comprises: unload the volume top board and be used for driving the cylinder/hydraulic cylinder that unloads the volume top board, the stiff end of described cylinder/hydraulic cylinder is installed on described frame, and its movable end and the described volume top board that unloads are connected; When the lead band was completed coiling in the first winder unit after, the movable end of described cylinder/hydraulic cylinder stretched out, and unloaded the side of the plumbous volume of volume top board pushing tow, with it by unloading on the first reel.
23. described up-coiler according to claim 22, it is characterized in that, described the first kickoff mechanism also comprises: be used to described the 3rd guiding mechanism that unloads volume movement of roof guiding, described the 3rd guiding mechanism comprises: be disposed on and unload two guide rods on the volume top board and be arranged on described frame, pass frame for described two guide rods, and coordinate the pilot hole that unloads volume top board guiding for described with described guide rod.
24. described up-coiler, is characterized in that according to claim 22, described up-coiler also comprise for the plumbous roll coil of strip by the second kickoff mechanism that unloads on described the second reel, described the second kickoff mechanism is identical with the structure of described the first kickoff mechanism; When the lead band was completed coiling in the second winder unit after, the movable end of described cylinder/hydraulic cylinder stretched out, and unloaded the side of the plumbous volume of volume top board pushing tow, with it by unloading on the second reel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220699481 CN203018484U (en) | 2012-12-18 | 2012-12-18 | Lead belt winding machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220699481 CN203018484U (en) | 2012-12-18 | 2012-12-18 | Lead belt winding machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203018484U true CN203018484U (en) | 2013-06-26 |
Family
ID=48642499
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220699481 Expired - Fee Related CN203018484U (en) | 2012-12-18 | 2012-12-18 | Lead belt winding machine |
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| Country | Link |
|---|---|
| CN (1) | CN203018484U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102989833A (en) * | 2012-12-18 | 2013-03-27 | 江苏三环实业股份有限公司 | Lead strip winding machine |
| CN102989832A (en) * | 2012-12-18 | 2013-03-27 | 江苏三环实业股份有限公司 | Lead strip winding machine |
-
2012
- 2012-12-18 CN CN 201220699481 patent/CN203018484U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102989833A (en) * | 2012-12-18 | 2013-03-27 | 江苏三环实业股份有限公司 | Lead strip winding machine |
| CN102989832A (en) * | 2012-12-18 | 2013-03-27 | 江苏三环实业股份有限公司 | Lead strip winding machine |
| CN102989833B (en) * | 2012-12-18 | 2015-08-19 | 江苏三环实业股份有限公司 | A kind of Lead belt winder |
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