CN202923028U - Seamless paper tube production line - Google Patents
Seamless paper tube production line Download PDFInfo
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- CN202923028U CN202923028U CN201220620724.2U CN201220620724U CN202923028U CN 202923028 U CN202923028 U CN 202923028U CN 201220620724 U CN201220620724 U CN 201220620724U CN 202923028 U CN202923028 U CN 202923028U
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Abstract
The utility model discloses a seamless paper tube production line, comprising the processes of: through providing paper processing equipment, a paper gluing device, a paper tube coating device, a paper tube waxing device and a paper tube polishing device, firstly, processing the paper by the paper processing equipment, so that edge parts of two sides of the paper become thin, so as to improve the surface smoothness and hardness of the paper; cutting the paper into proper size for use; then gluing the surface of one side of the paper by the paper gluing device; coating the glued paper at the periphery of the outer side of the paper tube by the paper tube coating device; bonding the thinned edge parts of two sides of the paper together, so as to form the seamless paper tube; waxing the seamless paper tube at the periphery of the outer side to become smooth by the paper tube waxing device, and then polishing the seamless paper tube by the paper tube polishing machine, so as to form good straightness and cylindricity. The material does not generate a drape when the seamless paper tube is used for winding thin materials such as a thin film and a copper foil. Thus, waste caused by the damage to the material is greatly reduced.
Description
Technical field
the utility model relates to a kind of seamless paper tube production line.
Background technology
traditional paper tube is generally cut and is formed by the spiral paper tube winding machine pipe crimping, can form the lines of spiral on the outside perimembranous of this class paper tube, cause the external aesthetics of paper tube poor, and while using this paper tube to reel the thinner material such as some films, Copper Foil, the winding layer of pressing close to paper tube easily forms fold, causes the larger waste of material.
Summary of the invention
the purpose of this utility model is to provide a kind of seamless paper tube production line, thereby obtain, a kind of outside perimembranous is smooth, smooth, the seamless paper tube of corrugationless, is wound the wastage of material with minimizing.
for achieving the above object, the technical solution adopted in the utility model is: a kind of seamless paper tube production line, and described seamless paper tube coats paper by the outside circumference of paper tube and forms, and described production line comprises after by forward direction successively
paper processing apparatus, described rolling of paper is on the paper stock volume, described paper processing apparatus comprises the first supporting base, be arranged on the pay-off on described the first supporting base along described paper conveyance direction after by forward direction, the paper edging device, infuser device, drying unit and cutting means, described pay-off comprises material feeding seat, can be supported on rotationally the coiled strip roller of described material feeding seat front end around the Pivot Point Center line, be arranged on rotationally the first guide roller of described material feeding seat rear end, described paper stock volume is set on described coiled strip roller vertically, described the first guide roller, the axial line of described coiled strip roller all distributes along horizontal left and right directions, described paper edging device comprises in-material seat, is separately positioned on two groups of grinding wheel components at left and right two ends on described in-material seat, every group of described grinding wheel component include the emery wheel bracket that is fixedly installed on described in-material seat, around the Pivot Point Center line can be arranged on rotationally emery wheel on described emery wheel bracket, be arranged on described emery wheel bracket for driving the motor of described emery wheel rotation, the axial line of described emery wheel extends along horizontal fore-and-aft direction, and the output shaft of described motor is in transmission connection mutually with the rotating shaft of described emery wheel, described infuser device comprises holding and remains the pallet of liquid liquid, and described pallet is arranged on described the first supporting base regularly, is provided with liquid roller at least one on described pallet, described cutting means comprises base, is fixedly installed on the lower cutter on described base, the upper cutter that can match described paper is cut with described lower cutter, and described upper cutter vertically are arranged on the top that is positioned at described lower cutter on described base up and down,
the paper sizer, comprise the second supporting base, be provided with the glue groove on described the second supporting base, be contained with viscose liquid in described glue groove, the the second guide roller that is provided with upper glue roller on described the second supporting base, is in transmission connection mutually with described upper glue roller, the axial line of described upper glue roller, described the second guide roller all distributes along horizontal left and right directions, has the part outside circumference on described upper glue roller at least vertically lower than the liquid level of described viscose liquid;
the paper tube coating unit, comprise the 3rd supporting base, can be arranged on rotationally the active guide roller on described the 3rd supporting base around axial line, can be arranged on movably the driven guide roller on described the 3rd supporting base along horizontal fore-and-aft direction, at least one compression roller that can vertically be arranged on up and down on described the 3rd supporting base, described active guide roller, driven guide roller, the axial line of compression roller all extends along horizontal left and right directions, described driven guide roller, described compression roller can be arranged on described the 3rd supporting base rotationally around its axial line respectively, also be provided with the rotary drive mechanism that can drive described active guide roller to rotate around its axial line on described the 3rd supporting base, the translational drive mechanism that can drive described driven guide roller to move along horizontal fore-and-aft direction, can drive the lift drive mechanism of vertically lifting of described compression roller,
described production line also comprises paper tube waxing attachment that the outside circumference that can coat the seamless paper tube formed to described paper tube outside circumference to described paper is waxed to be processed, can carry out to described seamless paper tube the paper tube calendering device of press polish processing.
preferably, described paper tube waxing attachment comprises the 4th supporting base, is arranged on material guide device, guide drive unit and upper wax component on described the 4th supporting base, described material guide device comprises the guide seat that is fixedly installed on the 4th supporting base, around the Pivot Point Center line, can be arranged on rotationally two the 3rd guide rollers on described guide seat, and the axial line of two described the 3rd guide rollers all distributes along horizontal left and right directions; Described guide drive unit comprises the motor cabinet that vertically is arranged on up and down on described the 4th supporting base, is arranged on the motor on described motor cabinet, be connected with swiveling wheel, the axial line along continuous straight runs of described swiveling wheel distributes and intersects with the axial line of described the 3rd guide roller the output shaft upper driving of described motor; Upper candlestick on the outside circumference that described upper wax component comprises the storage wax pan that is fixedly installed on described the 4th supporting base, can be coated to wax liquid paper tube to be waxed, described upper candlestick vertically is arranged on described the 4th supporting base up and down by least one pillar, be provided with the casting mouth on described upper candlestick, described casting mouth is connected by conduit with described storage wax pan; Described paper tube waxing attachment also comprises for adjusting the vertically height regulating mechanism of lifting position of described motor cabinet.
further preferably, described height regulating mechanism comprises mount pad, be fixedly mounted on the holder on described the 4th supporting base, be arranged on described mount pad described motor cabinet along continuous straight runs adjustable angle, offer the through hole vertically run through mutually on described holder, described height regulating mechanism also comprises the adjustment screw rod that axial line vertically distributes, one end of described adjustment screw rod can pass described through hole the handwheel that has been permanently connected rotationally around axial line, be permanently connected and pushed away seat on described mount pad, described pushing away on seat offers the screwed hole vertically distributed, be connected in described screwed hole to the other end threaded engagement of described adjustment screw rod.
further preferably, described guide drive unit has two groups, and accordingly, described swiveling wheel has two, and the axial line of described two swiveling wheels extends along same rectilinear direction, and described two swiveling wheels are separately positioned on the arranged on left and right sides of described upper candlestick.
preferably, described paper tube calendering device comprises the 5th supporting base, be arranged on the paper tube bearing on described the 5th supporting base, described paper tube supports and is arranged on described paper tube bearing, described paper tube has the central through hole run through mutually vertically, described paper tube calendering device also comprises the binder assembly, described binder assembly comprises the material base, be fixedly installed on the press polish pipe on described material base, described material base is arranged on described the 5th supporting base regularly, the press polish hole penetrated with thering is the described paper tube corresponding matching of the confession run through mutually vertically on described press polish pipe, described press polish hole, described paper tube direction along the same axis distributes, described calender also comprises can be pressed into described paper tube the laminating mechanism in described press polish hole vertically, described laminating mechanism, described binder assembly is separately positioned on the both sides that are positioned at described paper tube bearing on described the 5th supporting base.
further preferably, described laminating mechanism comprises hydraulic cylinder, described hydraulic cylinder comprises the cylinder body that is fixedly installed on described the 5th supporting base, can telescopically be arranged on vertically the expansion link on described cylinder body, the axial line in the axial line of described expansion link and described paper tube, described press polish hole distributes along same rectilinear direction, on the external part of described expansion link, being permanently connected is provided with one and described paper tube can be compressed to the pressure head in described press polish hole, and the external diameter of described pressure head, the external diameter of described expansion link all are not more than the aperture in described press polish hole.
still more preferably, described pressure head has the front end that can penetrate ordinatedly vertically the described central through hole of described paper tube, can be pressed on the outer face of described paper tube rear end, and the external part of described rear end and described expansion link is fixedly connected; Be provided with guide rail on described the 5th supporting base, described laminating mechanism also comprises that one can be arranged on the slide on described guide rail slippingly along the bearing of trend of described guide rail, and described expansion link is fixedly fastened on described slide.
preferably, described translational drive mechanism comprises the first cylinder, the first cylinder body of described the first cylinder is arranged on described the 3rd supporting base regularly, the axial line of the first expansion link of described the first cylinder distributes along horizontal fore-and-aft direction, the external part of described the first expansion link is provided with the first support regularly, described driven guide roller can be arranged on described the first support rotationally around its axial line, the two ends, left and right of described the first support are provided with guided in translation mechanism respectively and between described the 3rd supporting base, described guided in translation mechanism comprises being fixedly installed on described the 3rd supporting base and is positioned at described first a support left side, the horizontal sliding bar at right two ends, the axial line of described horizontal sliding bar parallels with the axial line of described the first expansion link, the left side of described the first support, right two ends are provided with respectively the first linear bearing regularly, offer the first through hole run through mutually vertically on described the first linear bearing, described horizontal sliding bar can be located in described the first through hole vertically slidably.
preferably, described lift drive mechanism comprises the second cylinder, the second cylinder body of described the second cylinder is arranged on described the 3rd supporting base regularly, the axial line of the second expansion link of described the second cylinder vertically distributes, the external part of described the second expansion link is provided with the second support regularly, described compression roller can be arranged on described the second support rotationally around its axial line, the left side of described the second support, right two ends are provided with lifting guide mechanism respectively and between described the 3rd supporting base, described lifting guide mechanism comprises being fixedly installed on described the 3rd supporting base and is positioned at described second a support left side, the upright sliding bar at right two ends, the axial line of described upright sliding bar parallels with the axial line of described the second expansion link, the left side of described the second support, right two ends are provided with respectively the second linear bearing regularly, offer the second through hole run through mutually along axis on described the second linear bearing, described upright sliding bar can be located in described the second through hole vertically slidably.
utilization due to technique scheme, the utility model compared with prior art has following advantages: seamless paper tube production line of the present utility model is by arranging paper processing apparatus, the paper sizer, the paper tube coating unit, the paper tube waxing attachment, and paper tube calendering device, at first through paper processing apparatus, paper is processed, make the attenuation of paper dual-side section, improve surface flatness and the hardness of paper, cut again to applicable size standby, then through the paper sizer, one side surface of paper is carried out to gluing, paper after gluing is coated on the outside circumference of paper tube through the paper tube coating unit, the limit section of the both sides wear down of paper fits, the paper gross thickness of this joint place is consistent with the thickness of paper main body, so just, formed seamless paper tube.It is smooth that seamless paper tube becomes after through the paper tube waxing attachment, its outside circumference being waxed and processing, then the paper tube calender is carried out to the press polish processing and has good linearity and cylindricity it.The seamless paper tube got by this seamless paper tube production line production has good combination property, while using it for the thinner material such as coiled film, Copper Foil, not there will be fold on material, has reduced widely the damage of material and the waste that causes.
The accompanying drawing explanation
the overall structure schematic diagram that accompanying drawing 1 is paper processing apparatus in the utility model;
accompanying drawing 2 is the structural representation of pay-off on paper processing apparatus in the utility model;
accompanying drawing 3 is the structural representation of in-material seat on paper processing apparatus in the utility model;
accompanying drawing 4 is the structural representation of grinding wheel component on paper processing apparatus in the utility model;
accompanying drawing 5 is the structural representation of infuser device on paper processing apparatus in the utility model;
accompanying drawing 6 is the structural representation of material feeding seat on paper processing apparatus in the utility model;
the upper cutter that accompanying drawing 7 is paper processing apparatus in the utility model, the scheme of installation of lower cutter;
the transmission lines figure of paper in the specific embodiment that accompanying drawing 8 is paper processing apparatus in the utility model;
the overall structure schematic diagram that accompanying drawing 9 is paper sizer in the utility model;
the overall structure schematic diagram one that accompanying drawing 10 is paper tube coating unit in the utility model;
the overall structure schematic diagram two that accompanying drawing 11 is paper tube coating unit in the utility model;
the overall structure schematic diagram that accompanying drawing 12 is paper tube waxing attachment in the utility model;
accompanying drawing 13 is the structural representation of height adjustment mechanism in the paper tube waxing attachment in the utility model;
the overall structure schematic diagram that accompanying drawing 14 is paper tube calendering device in the utility model;
accompanying drawing 15 is looked the sectional structure schematic diagram for the master of paper tube calendering device seaming chuck in the utility model.
The specific embodiment
below in conjunction with accompanying drawing and specific embodiment, the technical solution of the utility model is further elaborated.
referring to each seamless paper tube production line shown in the drawings, this seamless paper tube is formed by the outside circumference coating paper of paper tube, and paper tube has the central through hole run through mutually vertically.This production line comprises paper processing apparatus 1, paper sizer 2, paper tube coating unit 3, paper tube waxing attachment 4 after by forward direction successively, and paper tube calendering device 5.Below respectively the structure of each device is described in detail:
below about being all that front and rear direction according to paper, paper roll pan feeding, rewinding is defined in the definition of direction, the left and right directions that fore-and-aft direction all refers to the observer while observing each accompanying drawing, wherein right-hand is front, direction of visual lines when accordingly, left and right directions refers to the observer and observes each accompanying drawing.
paper processing apparatus 1:
shown in Fig. 1～8, when initial, undressed rolling of paper is on the paper stock volume, and the paper after this paper processing apparatus is processed will be for being coated on the outside perimembranous of paper tube.This paper processing apparatus 1 comprises on the first supporting base 11, the first supporting bases 11 along paper conveyance direction and is disposed with pay-off 12, paper edging device, infuser device 15, drying unit 16, cutting means 17 after by forward direction.
shown in Fig. 1, Fig. 2, pay-off 12 comprises material feeding seat 121, around the Pivot Point Center line, can be supported on rotationally the coiled strip roller 122 of material feeding seat 121 front ends, be arranged on rotationally the first guide roller 123 of material feeding seat 121 rear ends, the paper stock volume is set on coiled strip roller 122 vertically, and the axial line of the first guide roller 123, coiled strip roller 122 all distributes along horizontal left and right directions.Paper stock twists on coiled strip roller 122 and constantly discharges paper along with the rotation of coiled strip roller 122, and paper transmits rearward through the first guide roller 123.For the paper stock to being set on coiled strip roller 122 involves in the row location, make it not depart from the track that paper transmits, can be arranged with regularly two paper roll positioning sleeves 124 on coiled strip roller 122, paper roll positioning sleeve 124 lays respectively at the both sides of paper stock volume on coiled strip roller 122, and the two ends of paper stock volume are adjacent to setting mutually with the side of two paper roll positioning sleeves 124 respectively.The position of paper roll positioning sleeve 124 can be regulated according to the length of paper stock volume, like this at coiled strip roller 122 when the Pivot Point Center line rotates, the paper stock volume rotates thereupon, and not there will be the situation of relative volume material roller 122 skews in the process of rotation.Thereby the front end of material feeding seat 121 also can be provided with positioning seat 126 position of the horizontal left and right directions of coiled strip roller 122 is positioned, positioning seat 126 can be slidably arranged on material feeding seat 121 along horizontal left and right directions, offer a locating slot on positioning seat 121, be provided with regularly locating ring 125 on one end of coiled strip roller 122, locating ring 125 can be embedded around the axial line of coiled strip roller 122 in above-mentioned locating slot rotationally, also is provided with on material feeding seat 121 and can adjusts the adjustment handle 128 of positioning seat 126 along horizontal left and right directions slip locations.Can adjust the left and right position of positioning seat 126 on material feeding seat 121 by adjusting regulating handle 128, thereby reach, adjust coiled strip roller 122 purposes along horizontal left and right directions position, so that the paper of the volume of the paper stock on coiled strip roller 122 is on suitable delivering position.In the present embodiment, the front end of material feeding seat 121 is by vertically adjustable setting of cylinder 127, and its height can be rolled up the transmission of paper on 122 according to paper stock and require to be regulated.
shown in Fig. 1, Fig. 3, Fig. 4, the paper edging device comprises in-material seat 13 and is separately positioned on two groups of grinding wheel components 14 at left and right two ends on in-material seat 13, every group of grinding wheel component 14 include the emery wheel bracket 141 that is fixedly installed on in-material seat 13, around the Pivot Point Center line can be arranged on rotationally emery wheel 142 on emery wheel bracket 141, be arranged on emery wheel bracket 141 for driving the motor 143 of emery wheel 142 rotations, wherein, the axial line of emery wheel 142 extends along horizontal fore-and-aft direction, and the output shaft of motor 143 is in transmission connection mutually with the rotating shaft of emery wheel 142.While arranging, spacing on two grinding wheel components 14 between two emery wheels should be consistent with the width of pending paper, and two emery wheels 142 lay respectively at the below of paper dual-side section, like this, while being sent to grinding wheel component 14 place after paper is by forward direction, the dual-side section of paper is affixed tactilely with the top side side face of the emery wheel 142 that is positioned at both sides respectively, and the dual-side section completed during emery wheel 142 rotating operation paper carries out the edging processing.Certainly, the setting of emery wheel 142 also can adopt other modes, and while only needing to guarantee that paper transmits after by forward direction, the dual-side section of paper can be affixed with the outside circumference of emery wheel 142 emery wheel 142 while touching and it is completed to edging process and get final product.The top that is positioned at emery wheel 142 on emery wheel bracket 141 also is provided with holding pad 144, holding pad 144 vertically can be arranged on emery wheel bracket 141 up and down, also being provided with cylinder on emery wheel bracket 141 drives holding pad 144 vertically to carry out lifting, holding pad 144 can be combined in the paper pressing in transmitting on emery wheel 142, limit the spacing of paper between emery wheel 142 and holding pad 144, can prevent like this that paper and emery wheel 142 are affixed while touching fold occurs, passes the phenomenons such as inclined to one side, to guarantee the paper edging, carries out smoothly.Spacing between holding pad 144 and emery wheel 142 can be regulated according to the thickness of paper.In the present embodiment, also be provided with two horizontal adjusting seats 131 on in-material seat 13, these two horizontal adjusting seats 131 can be slidably arranged on in-material seat 13 along horizontal left and right directions, and emery wheel bracket 141 is arranged on horizontal adjusting seat 131 regularly.Like this, by adjusting the horizontal level of horizontal adjusting seat 131 on in-material seat 13, can be regulated along the spacing of horizontal left and right directions two emery wheels 142 on grinding wheel component 14, make the paper edging device meet the needs that the limit section of paper carried out to edging.
shown in Fig. 1, Fig. 5, infuser device 15 comprises pallet 151, and pallet 151 is treated upper liquid liquid for holding, and what go up that liquid liquid selects here is resin, and paper can hardening after soaking resin, facilitate follow-up wax to process make its surface can become more smooth.Pallet 151 is arranged on the first supporting base 11 regularly, is provided with liquid roller 152 at least one on pallet 151.In this embodiment, adopt liquid on immersion type on paper during liquid, therefore, has the part outer circumference surface on upper liquid roller 152 at least vertically lower than treating the liquid level of upper liquid liquid in pallet 151, going up liquid roller 52 has part to be immersed in the upper liquid liquid in pallet 151, when paper is walked around the bottom of liquid roller 152, paper just is immersed in liquid liquid and completes immersion treatment.For the ease of follow-up drying and processing, also save upper liquid liquid simultaneously, infuser device 15 also comprises two squeeze rolls 153, two squeeze rolls 153 can be arranged on the first supporting base 11 rotationally around the Pivot Point Center line respectively, the axial line of squeeze roll 153 distributes along horizontal left and right directions, have being arranged on the first supporting base 11 of a vertically lifting of squeeze roll 153 in two squeeze rolls 153 at least, thereby meet the demand of extracting after the immersion of different-thickness paper.
shown in Figure 1, after drying unit 16 is arranged on infuser device 15, for the paper to after soaking, carry out drying and processing, this drying unit 16 can adopt drying room.
shown in Fig. 1, Fig. 6, Fig. 7, Fig. 8, cutting means 17 comprises base 171, is fixedly installed on the lower cutter 172 on base 171, the upper cutter 173 that can match paper is cut with lower cutter 172, upper cutter 173 vertically are arranged on the top that is positioned at incision cutter 172 on base 171 up and down, while being sent between cutter 173 and lower cutter 172 in the position to be cut of paper, upper cutter 173 are vertically fallen with lower cutter 172 and are matched paper is cut in position to be cut.For the cutting that guarantees paper is carried out smoothly, be provided with the many groups of hold-down mechanisms that can be compressed paper on base 171, this hold-down mechanism comprises active hold-down roller 175 and the driven hold-down roller 176 be arranged on base 171, initiatively the axial line of hold-down roller 175 and driven hold-down roller 176 all extends along horizontal left and right directions, and paper can penetrate between active hold-down roller 175 and driven hold-down roller 176 ordinatedly along its direction of transfer.
shown in Fig. 1～8, this paper processing apparatus is when being processed paper, the paper stock volume is set on coiled strip roller 122 and constantly discharges paper under the rotation of coiled strip roller 122, paper is imported in-material seat 13 and is entered between two grinding wheel components 14 by guide roller 123, the dual-side section of paper is positioned between the emery wheel 142 and holding pad 144 on grinding wheel component 14, the dual-side section of paper laminating emery wheel 142 lateral surfaces by emery wheel 142 grindings after attenuation, paper is sent to infuser device 15 after edging is processed, paper immerses fully in liquid liquid in infuser device 15, and send into again in drying unit 16 and dried after squeeze roll 153 is extracted it, paper surface after oven dry is smooth and hardness is better.After cutting, cutting means 17 can obtain for being coated on the paper finished product on the paper tube outside circumference.
paper sizer 2:
shown in Figure 9, paper sizer 2 carries out the gluing processing for the paper to after processing, and on the one side of paper, is coated with and is covered with viscose glue.This paper sizer 2 comprises the second supporting base 21, be provided with glue groove 22 on the second supporting base 21, be contained with viscose liquid in glue groove 22, the the second guide roller 24 that is provided with upper glue roller 23 on the second supporting base 21, is in transmission connection mutually with upper glue roller 23, the axial line of upper glue roller 23, the second guide roller 24 all distributes along horizontal left and right directions, has the part outside circumference on upper glue roller 23 at least vertically lower than the liquid level of viscose liquid, like this, when paper transmits between upper glue roller 23, the second guide roller 24, the viscose liquid on upper glue roller 23 just has been coated on paper.
paper tube coating unit 3:
shown in Figure 10, Figure 11, the paper after paper package coating device 3 is mainly used in viscose glue is processed coats to the outside circumference of paper tube, so that the outside circumference of paper tube becomes smooth smooth.This paper tube coating unit 3 comprises the 3rd supporting base 31, active guide roller 32, driven guide roller 33, compression roller 34, driven guide roller 33 can be arranged on the 3rd supporting base 31 movably along horizontal fore-and-aft direction, compression roller 34 can vertically be arranged on the 3rd supporting base 331 movably, initiatively guide roller 32, driven guide roller 33, compression roller 34 can be arranged on around the axial line of self respectively on the 3rd supporting base 31 rotationally, and initiatively the axial line of guide roller 32, driven guide roller 33, compression roller 34 all extends along horizontal left and right directions.On the 3rd supporting base 31, also be provided with for driving the rotary drive mechanism 35 that initiatively guide roller 32 rotates around its axial line, the translational drive mechanism 36 for driving driven guide roller 33 to move along horizontal fore-and-aft direction, and for driving the lift drive mechanism 37 of vertically lifting of compression roller 34.Like this, when paper tube is coated, first by translational drive mechanism 36, drive driven guide roller 33 along continuous straight runs to move, thereby until itself and initiatively between guide roller 32, keep appropriate distance can form the support to paper tube to be covered, can make the paper tube to be covered that rotarily drives of active guide roller 32 simultaneously, the rotation of driven guide roller 33, at this moment by lift drive mechanism 37, drive compression roller 34 vertically to descend again, until the outer circumference surface of its outer circumference surface and paper tube is tangent or keep less gap, this gap should be less than for being coated on the thickness of the paper on paper tube, an end that again one side is scribbled to the paper of viscose glue is placed on active guide roller 32 or driven guide roller 33, this paper is coated on the outside perimembranous of paper tube with its rotation, when it rotates between paper tube and compression roller 34 time, 34 pairs of these parts of compression roller are pushed, make paper stick on tightly on the outside perimembranous of paper tube.Compression roller 34 can be set to one or more, in order to make paper tube coating unit 33, is applicable to the paper tube of different tube diameters is coated, and in the present embodiment, compression roller 34 is set to 1.After being covered to complete, lift drive mechanism 37 drives compression roller 34 vertically to rise, translational drive mechanism 36 drives driven guide roller 33 along continuous straight runs outwards to move relative to active guide roller 32, when gap between the two is greater than the paper tube diameter be covered to complete, the paper tube be covered to complete is from falling between the two, and paper tube is covered to complete.Adopt 33 pairs of paper tubes of this paper tube coating unit to be coated, improved the coating operating efficiency of paper tube.
shown in Figure 10～11, in the present embodiment, rotary drive mechanism 35 comprises motor 351, the output shaft of this motor 351 is connected with the transmission of rotary axis of active guide roller 32, this is in transmission connection and can adopts the band transmission, the multiple kind of drive such as gear drive, and what here adopt is gear drive.Translational drive mechanism 36 comprises the first cylinder 361, the first cylinder 361 comprises the first expansion link that the first cylinder body stretches vertically with relative the first cylinder body, the first cylinder body is fixedly installed on the 3rd supporting base 331, the axial line of the first expansion link distributes along horizontal fore-and-aft direction, the external part of the first expansion link is provided with the first support 362 regularly, driven guide roller 33 can be arranged on the first support 362 rotationally around its axial line, the left side of the first support 362, also can be provided with guided in translation mechanism between right two ends and the 3rd supporting base 331, thereby make the first expansion link drive the first support 362, driven guide roller 33 provides guiding for it while moving along horizontal fore-and-aft direction.This guided in translation mechanism comprises and is fixedly installed on the horizontal sliding bar 364 that is positioned at the first support 362 two ends, left and right on the 3rd supporting base 331, the axial line of horizontal sliding bar 364 parallels with the axial line of the first expansion link, be provided with regularly respectively the first linear bearing 363 on the two ends, left and right of the first support 362, offer the through hole run through mutually vertically on the first linear bearing 363, horizontal sliding bar 364 can be located in above-mentioned through hole vertically slidably.
referring to Figure 10, shown in Figure 11, similarly, lift drive mechanism 37 comprises the second cylinder 371, the second cylinder 371 comprises the second expansion link that the second cylinder body stretches vertically with relative the second cylinder body, the second cylinder body is fixedly installed on the 3rd supporting base 31, the axial line of the second expansion link vertically distributes, the external part of the second expansion link is provided with the second support 372 regularly, compression roller 34 can be arranged on the second support 372 rotationally around its axial line, be provided with lifting guide mechanism between the two ends, left and right of the second support 372 and the 3rd supporting base 331, so that the second expansion link drives the second support 372, provide guiding for it during vertically lifting of compression roller 34.This lifting guide mechanism comprises and is fixedly installed on the upright sliding bar 374 that is positioned at the second support 372 two ends, left and right on the 3rd supporting base 331, the axial line of upright sliding bar 374 parallels with the axial line of the second expansion link, the two ends, left and right of the second support 372 are provided with respectively the second linear bearing 374 regularly, offer the through hole run through mutually vertically on the second linear bearing 374, upright sliding bar 374 can be located in above-mentioned through hole vertically slidably.
paper tube waxing attachment 4:
shown in Figure 12, Figure 13, paper tube waxing attachment 4 is for the processing of being waxed of the outside circumference to paper tube, this paper tube waxing attachment 4 comprises the 4th supporting base 41, material guide device 42, guide drive unit 43, upper wax component 44, height regulating mechanism 45, and wherein height regulating mechanism 45 is vertically gone up lifting position for regulating guide drive unit 43.
shown in Figure 12, material guide device 42 comprises guide seat 421, is arranged on two the 3rd guide rollers 422,423 on guide seat 421, guide seat 421 is arranged on the 4th supporting base 441 regularly, and guide roller 422 and guide roller 423 can be arranged on rotationally around the axial line of self respectively the equal along continuous straight runs of the axial line of guide roller 422 and guide roller 423 on guide seat 421 and distribute and be arranged in parallel.Depend on the caliber of paper tube to be waxed during spacing between guide roller 422 and guide roller 423, be advisable so that guide roller 422 and guide roller 423 support paper tube to be waxed and can form transmission with it.Height Adjustment seat and horizontal adjusting seat can be set on guide seat 421, thereby make guide roller 422 and guide roller 423 height vertically, the spacing of along continuous straight runs on this guide seat 421 to be adjusted easily, can meet like this demand of waxing of the paper tube to be waxed of different tube diameters.
shown in Figure 12, guide drive unit 43 comprises the motor cabinet 431 vertically be arranged on up and down on the 4th supporting base 41, be arranged on the motor 432 on motor cabinet 431, be connected with swiveling wheel 433 the output shaft upper driving of motor 432, the axial line along continuous straight runs of this swiveling wheel 433 distributes, and the axial line of its axial line and guide roller 422 and guide roller 423 intersects, be about to the axial line of swiveling wheel 433, the axial line of guide roller 422, the axial line of guide roller 423 projects on same level, the axial line of swiveling wheel 433 and guide roller 422, the axial line of guide roller 423 intersects at an angle.Like this, during guide, according to the appearance and size of paper tube to be waxed, guide drive unit 43 is vertically fallen, make swiveling wheel 433 tangent and make rotatablely moving of swiveling wheel 433 be passed to paper tube with the outside circumference of paper tube to be waxed, at this moment paper tube that again will be to be waxed is from guide roller 422, one end of guide roller 423 is placed on material guide device 42, paper tube just moves ahead to the other end at leisure under the effect of swiveling wheel 433 like this, like this, the outside circumference of paper tube to be waxed is sent at leisure vertically the position of waxing and is waxed, after waxing, paper tube can spin out and facilitate rewinding from the other end of guide roller 422 and guide roller 423.In the present embodiment, guide drive unit 43 has two groups, and swiveling wheel 433 has two accordingly, and the axial line of these two swiveling wheels 433 extends along same rectilinear direction.
shown in Figure 12, in the present embodiment, upper candlestick 442 on the outside circumference that upper wax component 44 comprises the storage wax pan 441 that is fixedly installed on the 4th supporting base 41, can be coated to wax liquid paper tube to be waxed, upper candlestick 442 vertically is arranged on the 4th supporting base 441 up and down by least one pillar 443, upper candlestick 442 is fixed on an end of pillar 443, by the height of adjusting pillar 443, is that capable of regulating has been waxed the height of bar 442 in the vertical directions.Be provided with the casting mouth on upper candlestick 442, this casting mouth is connected by conduit 444 with storage wax pan 441.While arranging, storage wax pan 441 height vertically on the 4th supporting base 41 should, higher than the height of casting mouth, be convenient to wax liquid and flow in upper candlestick 442 like this.Here, upper candlestick 442 is arranged between two swiveling wheels 433, on two swiveling wheel 433 along continuous straight runs, lays respectively at the left and right sides of candlestick 442.For the wax liquid that makes upper candlestick 42 treat to apply on the outside circumference of the paper tube of waxing comparatively even, in the present embodiment, upper candlestick 442 is set to cross section and is the U font that Open Side Down, be embedded with the cavernous body (not shown) in this opening, like this, the wax liquid injected by the casting mouth cavernous body absorb and distribute uniformly with cavernous body on, then the outside circumference by cavernous body and paper tube fits and can complete waxing to paper tube.In order to reclaim wax liquid unnecessary in the process of waxing, should also be provided with for gathering the recovery plate 445 of redundant paraffin power liquid by upper wax component 44, reclaim plate 445 and be fixedly installed on the below that is positioned at the 3rd guide roller 422,423 on the 4th supporting base 41, reclaim the end inclination mutually of plate 445 along continuous straight runs, on the 4th supporting base 41, also be provided with for reclaiming the accumulator tank 446 of the wax liquid of collecting on plate 445, the notch of accumulator tank 446 is positioned at and reclaims plate 445 vertically than the below of end portion.Like this, paper tube unnecessary wax liquid in the process of waxing can drop to and reclaim plate 445, and wax liquid flows to its lower end on recovery plate 445, and falls into the accumulator tank 446 of below from this end.
shown in Figure 12, Figure 13, height regulating mechanism 45 comprises mount pad 451, is fixedly mounted on holder 452, adjustment screw rod 453 on the 4th supporting base 41, and the axial line of wherein adjusting screw rod 453 vertically distributes.Motor cabinet 431 is arranged on mount pad 451, the angle of motor cabinet 431 along continuous straight runs on mount pad 451 can be adjusted, thereby reach by adjusting the setting angle of motor cabinet 431 on mount pad 451 bearing of trend of adjusting swiveling wheel 433 axial lines, can treat the paper tube of waxing and carry out good guide driving effect.Offer the through hole vertically run through mutually on holder 452, an end of adjusting screw rod 453 can pass above-mentioned through hole rotationally around axial line, the handwheel 454 that has been permanently connected on this end passed, rotate handwheel 454 and can drive and adjust the rotation of screw rod 453 along the Pivot Point Center line.Be permanently connected on mount pad 451 and pushed away a (not shown), this pushes away on seat and offers the screwed hole vertically distributed, be connected in this screwed hole to the other end threaded engagement of adjustment screw rod 453, by rotation hand wheel 454, be that capable of regulating is adjusted screw rod 453 and the state that screws that pushes away a upper screwed hole, thereby make and push away seat and vertically move adjusting on screw rod 453, mount pad 451 carries out lifting thereupon like this, has so just driven guide drive unit 43 lifting vertically.For to mount pad 451 lifting vertically led, this height regulating mechanism 45 also comprises that an end is fixedly installed on a plurality of guide rods 455 on holder 452, the axial line of these a plurality of guide rods 455 is all along vertically putting down distribution, offer a plurality of pilot holes that vertically extend on mount pad 451, guide rod 455 can be located in pilot hole correspondingly vertically slidably.In the present embodiment, also be fixed with pedestal 459 on the 4th supporting base 41, the other end of guide rod 455 is fixed on pedestal 459, a plurality of linear bearing seats 458 have been permanently connected on mount pad 451, its central through hole forms above-mentioned pilot hole, and setting can improve the stability of vertically lifting of mount pad 451 like this.This height regulating mechanism 45 also comprises can lock the locking member of adjusting screw rod 453, this locking member comprises lock tube 456 and locking bar 457, offer centre bore on lock tube 456, be sheathed on and adjust on screw rod 453 and between handwheel 454 and holder 452 by this centre bore, offer the lockhole that at least one has internal thread on lock tube 456, lockhole runs through mutually with the centre bore of lock tube 456, the threaded one end of locking bar 457 is arranged in lockhole with connecting, by adjusting the position of locking bar 457 in lockhole, can realize locking its rotation of prevention to adjusting screw rod 453, or unclamp and make it for adjusting the height of guide drive unit.
referring to Figure 12, shown in Figure 13, this paper tube waxing attachment is when the outside circumference to paper tube is waxed, at first according to the size of paper tube to be waxed, the 3rd guide roller 422 is set, 423, make its along continuous straight runs on suitable height keep certain spacing, again by the handwheel 454 on rotation height adjustment mechanism 45, make guide drive unit 43 be positioned at suitable height, this height should be when being placed on guide roller 422 and guide roller 423 wait the paper tube of waxing the outside circumference of swiveling wheel 433 can be tangent with the outside circumference of paper tube to be waxed, and it is suitable that swiveling wheel 433 can drive paper tube to be waxed to rotate to be.At this moment adjust again upper candlestick 442 height vertically, make the bottom of candlestick 442 to fit with the outside circumference of paper tube to be waxed.Like this, paper tube to be waxed is placed in material guide device 42 from an end of guide roller 422 and guide roller 423, swiveling wheel 433 forms circumscribed and drives paper tube to be waxed to rotate guide material roller 422 with paper tube to be waxed, the other end of guide roller 423 moves, when when the paper tube of waxing moves to the below of upper candlestick 442, upper candlestick 442 by wax liquid be coated on paper tube to be waxed with its on the outside circumference of candlestick 442 bottoms laminatings, paper tube to be waxed constantly moves to the other end, its outside circumference is also little by little applied by the bottom of upper candlestick 442 liquid of waxing, after having waxed, paper tube is transferred out material guide device 42 and carries out rewinding, so far, the process of waxing finishes.
paper tube calendering device 5:
paper tube calendering device 5 shown in Figure 14, this paper tube calendering device 5 comprises the 5th supporting base 51, is arranged on the paper tube bearing (not shown) on the 5th supporting base 51, and paper tube to be calendered supports and is arranged on the paper tube bearing.This calender also comprises binder assembly 52, laminating mechanism 53, and binder assembly 52, laminating mechanism 53 are separately positioned on the both sides that are positioned at the paper tube bearing on the 5th supporting base 51.Binder assembly 52 comprises material base 521, is fixedly installed on the press polish pipe 522 on material base 521, material base 521 is arranged on the 5th supporting base 51 regularly, on press polish pipe 522, have run through mutually vertically for the paper tube through hole penetrated 523 of corresponding matching vertically, through hole 523, paper tube direction along the same axis distribute.Thereby laminating mechanism 53 is smooth, the rounding that becomes for the hole wall extruding that paper tube is pressed into vertically to through hole 523 and makes it be subject to through hole 523.Laminating mechanism 53 comprises hydraulic cylinder, this hydraulic cylinder comprises cylinder body 531, expansion link 532, cylinder body 51 is arranged on the 5th supporting base 51 regularly, expansion link 532 can telescopically be arranged on cylinder barrel 531 vertically, the axial line of the axial line of expansion link 531 and paper tube, through hole 523 distributes along same rectilinear direction, is provided with regularly one on the external part of expansion link 532 and paper tube can be compressed to the pressure head 533 in through hole 523.The external diameter of pressure head 533, expansion link 532 all can not surpass the aperture of through hole 523, vertically flexible by expansion link 532 like this, pressure head 533 is first conflicted to an end of paper tube and is promoted paper tube and slides on the paper tube bearing vertically, and little by little is extruded in the through hole 523 of press polish pipe 522 until extrude outside through hole 523.
shown in Figure 15, pressure head 533 has the rear end 5332 on the outside circumference that can penetrate ordinatedly vertically the front end in central through hole 5331 on paper tube, can be pressed on paper tube, and rear end 5332 is fixedly connected on the external part of expansion link 532.Like this, when expansion link 532 band dynamic heads 533 promote paper tube, front end 5331 first penetrates ordinatedly vertically in the central through hole of paper tube and realizes the location to paper tube, thereby while preventing that expansion link from stretching, the front end face of rear end 5332 is kept out on the outer face of paper tube rear end, like this, expansion link 532 elongation, can make the rear end of pressure head 533 promote to realize press polish in through hole 523 that paper tube enters binder pipe 522.
shown in Figure 14, affect the axial precision of himself when flexible vertically for fear of expansion link 532 because of the Action of Gravity Field of expansion link 532 self, laminating mechanism 53 also comprises a slide 534, be provided with guide rail 54 on the 5th supporting base 51, slide 534 can be arranged on guide rail 54 slippingly along guide rail 54 bearing of trends, expansion link 532 is fixedly fastened on slide 534, the bearing of trend of guide rail 54 parallels setting with the axial line bearing of trend of expansion link 532, when expansion link 532 is flexible vertically, slide 534 carries out slippage along the bearing of trend of guide rail 54 to be supported expansion link 532 all the time.In the present embodiment, the better effects if of press polish moulding when making paper tube be pressed in the through hole 523 of press polish pipe 522, on the outside circumference of press polish pipe 522, also being coated with can be to the fin (not shown) of press polish pipe 522 heating.
shown in Figure 14, while using 5 pairs of paper tubes of this paper tube calendering device to carry out the press polish processing, at first paper tube is placed on the paper tube bearing vertically, paper tube is its axial line and binder pipe 522 on the paper tube bearing, the axial line of expansion link 532 is located along the same line, expansion link 532 extends vertically, the front end 5331 of pressure head 533 penetrates in through hole 523 vertically, the front end face of the rear end 5332 of pressure head 533 is kept out on the rear end face of paper tube, continuous elongation along with expansion link 532, pressure head 533 promotes paper tube to be continued forward and penetrates in the through hole 523 of binder pipe 522, the hole wall extrusion modling of paper tube via through holes 523 in through hole 523, expansion link 532 is released it outside through hole 523 vertically, burnishing process finishes, expansion link 532 is retracted vertically.
in sum, this seamless paper tube production line is by arranging paper processing apparatus 1, paper sizer 2, paper tube coating unit 3, paper tube waxing attachment 4, and paper tube calendering device 5, at first through 1 pair of paper of paper processing apparatus, processed, make the attenuation of paper dual-side section, improve surface flatness and the hardness of paper, cut again to applicable size standby, then the side surface through 2 pairs of paper of paper sizer carries out gluing, paper after gluing is coated on the outside circumference of paper tube through paper tube coating unit 3, the limit section of the both sides wear down of paper fits, the paper gross thickness of this joint place is consistent with the thickness of paper main body, so just, formed seamless paper tube.It is smooth that seamless paper tube becomes after through paper tube waxing attachment 4, its outside circumference being waxed and processing, then paper tube calender 5 is carried out to the press polish processing and has good linearity and cylindricity it.The seamless paper tube got by this seamless paper tube production line production has good combination property, while using it for the thinner material such as coiled film, Copper Foil, not there will be fold on material, has reduced widely the damage of material and the waste that causes.
above-described embodiment is only explanation technical conceive of the present utility model and characteristics, and its purpose is to allow the person skilled in the art can understand content of the present utility model and implement according to this, can not limit protection domain of the present utility model with this.All equivalences of doing according to the utility model Spirit Essence change or modify, within all should being encompassed in protection domain of the present utility model.
Claims (9)
1. a seamless paper tube production line, described seamless paper tube coats paper by the outside circumference of paper tube and forms, and it is characterized in that: described production line comprises after by forward direction successively
Paper processing apparatus, described rolling of paper is on the paper stock volume, described paper processing apparatus comprises the first supporting base, be arranged on the pay-off on described the first supporting base along described paper conveyance direction after by forward direction, the paper edging device, infuser device, drying unit and cutting means, described pay-off comprises material feeding seat, can be supported on rotationally the coiled strip roller of described material feeding seat front end around the Pivot Point Center line, be arranged on rotationally the first guide roller of described material feeding seat rear end, described paper stock volume is set on described coiled strip roller vertically, described the first guide roller, the axial line of described coiled strip roller all distributes along horizontal left and right directions, described paper edging device comprises in-material seat, is separately positioned on two groups of grinding wheel components at left and right two ends on described in-material seat, every group of described grinding wheel component include the emery wheel bracket that is fixedly installed on described in-material seat, around the Pivot Point Center line can be arranged on rotationally emery wheel on described emery wheel bracket, be arranged on described emery wheel bracket for driving the motor of described emery wheel rotation, the axial line of described emery wheel extends along horizontal fore-and-aft direction, and the output shaft of described motor is in transmission connection mutually with the rotating shaft of described emery wheel, described infuser device comprises holding and remains the pallet of liquid liquid, and described pallet is arranged on described the first supporting base regularly, is provided with liquid roller at least one on described pallet, described cutting means comprises base, is fixedly installed on the lower cutter on described base, the upper cutter that can match described paper is cut with described lower cutter, and described upper cutter vertically are arranged on the top that is positioned at described lower cutter on described base up and down,
The paper sizer, comprise the second supporting base, be provided with the glue groove on described the second supporting base, be contained with viscose liquid in described glue groove, the the second guide roller that is provided with upper glue roller on described the second supporting base, is in transmission connection mutually with described upper glue roller, the axial line of described upper glue roller, described the second guide roller all distributes along horizontal left and right directions, has the part outside circumference on described upper glue roller at least vertically lower than the liquid level of described viscose liquid;
The paper tube coating unit, comprise the 3rd supporting base, can be arranged on rotationally the active guide roller on described the 3rd supporting base around axial line, can be arranged on movably the driven guide roller on described the 3rd supporting base along horizontal fore-and-aft direction, at least one compression roller that can vertically be arranged on up and down on described the 3rd supporting base, described active guide roller, driven guide roller, the axial line of compression roller all extends along horizontal left and right directions, described driven guide roller, described compression roller can be arranged on described the 3rd supporting base rotationally around its axial line respectively, also be provided with the rotary drive mechanism that can drive described active guide roller to rotate around its axial line on described the 3rd supporting base, the translational drive mechanism that can drive described driven guide roller to move along horizontal fore-and-aft direction, can drive the lift drive mechanism of vertically lifting of described compression roller,
Described production line also comprises paper tube waxing attachment that the outside circumference that can coat the seamless paper tube formed to described paper tube outside circumference to described paper is waxed to be processed, can carry out to described seamless paper tube the paper tube calendering device of press polish processing.
2. a kind of seamless paper tube production line according to claim 1, it is characterized in that: described paper tube waxing attachment comprises the 4th supporting base, is arranged on material guide device, guide drive unit and upper wax component on described the 4th supporting base, described material guide device comprises the guide seat that is fixedly installed on the 4th supporting base, around the Pivot Point Center line, can be arranged on rotationally two the 3rd guide rollers on described guide seat, and the axial line of two described the 3rd guide rollers all distributes along horizontal left and right directions; Described guide drive unit comprises the motor cabinet that vertically is arranged on up and down on described the 4th supporting base, is arranged on the motor on described motor cabinet, be connected with swiveling wheel, the axial line along continuous straight runs of described swiveling wheel distributes and intersects with the axial line of described the 3rd guide roller the output shaft upper driving of described motor; Upper candlestick on the outside circumference that described upper wax component comprises the storage wax pan that is fixedly installed on described the 4th supporting base, can be coated to wax liquid paper tube to be waxed, described upper candlestick vertically is arranged on described the 4th supporting base up and down by least one pillar, be provided with the casting mouth on described upper candlestick, described casting mouth is connected by conduit with described storage wax pan; Described paper tube waxing attachment also comprises for adjusting the vertically height regulating mechanism of lifting position of described motor cabinet.
3. a kind of seamless paper tube production line according to claim 2, it is characterized in that: described height regulating mechanism comprises mount pad, be fixedly mounted on the holder on described the 4th supporting base, be arranged on described mount pad described motor cabinet along continuous straight runs adjustable angle, offer the through hole vertically run through mutually on described holder, described height regulating mechanism also comprises the adjustment screw rod that axial line vertically distributes, one end of described adjustment screw rod can pass described through hole the handwheel that has been permanently connected rotationally around axial line, be permanently connected and pushed away seat on described mount pad, described pushing away on seat offers the screwed hole vertically distributed, be connected in described screwed hole to the other end threaded engagement of described adjustment screw rod.
4. a kind of seamless paper tube production line according to claim 2, it is characterized in that: described guide drive unit has two groups, accordingly, described swiveling wheel has two, the axial line of described two swiveling wheels extends along same rectilinear direction, and described two swiveling wheels are separately positioned on the arranged on left and right sides of described upper candlestick.
5. a kind of seamless paper tube production line according to claim 1, it is characterized in that: described paper tube calendering device comprises the 5th supporting base, be arranged on the paper tube bearing on described the 5th supporting base, described paper tube supports and is arranged on described paper tube bearing, described paper tube has the central through hole run through mutually vertically, described paper tube calendering device also comprises the binder assembly, described binder assembly comprises the material base, be fixedly installed on the press polish pipe on described material base, described material base is arranged on described the 5th supporting base regularly, the press polish hole penetrated with thering is the described paper tube corresponding matching of the confession run through mutually vertically on described press polish pipe, described press polish hole, described paper tube direction along the same axis distributes, described calender also comprises can be pressed into described paper tube the laminating mechanism in described press polish hole vertically, described laminating mechanism, described binder assembly is separately positioned on the both sides that are positioned at described paper tube bearing on described the 5th supporting base.
6. a kind of seamless paper tube production line according to claim 5, it is characterized in that: described laminating mechanism comprises hydraulic cylinder, described hydraulic cylinder comprises the cylinder body be fixedly installed on described the 5th supporting base, can telescopically be arranged on vertically the expansion link on described cylinder body, the axial line of described expansion link and described paper tube, the axial line in described press polish hole distributes along same rectilinear direction, be permanently connected on the external part of described expansion link and be provided with one and described paper tube can be compressed to the pressure head in described press polish hole, the external diameter of described pressure head, the external diameter of described expansion link all is not more than the aperture in described press polish hole.
7. a kind of seamless paper tube production line according to claim 6, it is characterized in that: described pressure head has the front end that can penetrate ordinatedly vertically the described central through hole of described paper tube, can be pressed on the outer face of described paper tube rear end, and the external part of described rear end and described expansion link is fixedly connected; Be provided with guide rail on described the 5th supporting base, described laminating mechanism also comprises that one can be arranged on the slide on described guide rail slippingly along the bearing of trend of described guide rail, and described expansion link is fixedly fastened on described slide.
8. a kind of seamless paper tube production line according to claim 1, it is characterized in that: described translational drive mechanism comprises the first cylinder, the first cylinder body of described the first cylinder is arranged on described the 3rd supporting base regularly, the axial line of the first expansion link of described the first cylinder distributes along horizontal fore-and-aft direction, the external part of described the first expansion link is provided with the first support regularly, described driven guide roller can be arranged on described the first support rotationally around its axial line, the two ends, left and right of described the first support are provided with guided in translation mechanism respectively and between described the 3rd supporting base, described guided in translation mechanism comprises being fixedly installed on described the 3rd supporting base and is positioned at described first a support left side, the horizontal sliding bar at right two ends, the axial line of described horizontal sliding bar parallels with the axial line of described the first expansion link, the left side of described the first support, right two ends are provided with respectively the first linear bearing regularly, offer the first through hole run through mutually vertically on described the first linear bearing, described horizontal sliding bar can be located in described the first through hole vertically slidably.
9. a kind of seamless paper tube production line according to claim 1, it is characterized in that: described lift drive mechanism comprises the second cylinder, the second cylinder body of described the second cylinder is arranged on described the 3rd supporting base regularly, the axial line of the second expansion link of described the second cylinder vertically distributes, the external part of described the second expansion link is provided with the second support regularly, described compression roller can be arranged on described the second support rotationally around its axial line, the left side of described the second support, right two ends are provided with lifting guide mechanism respectively and between described the 3rd supporting base, described lifting guide mechanism comprises being fixedly installed on described the 3rd supporting base and is positioned at described second a support left side, the upright sliding bar at right two ends, the axial line of described upright sliding bar parallels with the axial line of described the second expansion link, the left side of described the second support, right two ends are provided with respectively the second linear bearing regularly, offer the second through hole run through mutually along axis on described the second linear bearing, described upright sliding bar can be located in described the second through hole vertically slidably.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201220620724.2U CN202923028U (en) | 2012-11-21 | 2012-11-21 | Seamless paper tube production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201220620724.2U CN202923028U (en) | 2012-11-21 | 2012-11-21 | Seamless paper tube production line |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202923028U true CN202923028U (en) | 2013-05-08 |
Family
ID=48213022
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201220620724.2U Withdrawn - After Issue CN202923028U (en) | 2012-11-21 | 2012-11-21 | Seamless paper tube production line |
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| Country | Link |
|---|---|
| CN (1) | CN202923028U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102950818A (en) * | 2012-11-21 | 2013-03-06 | 吴江市美晟机械设备有限公司 | Seamless paper pipe production line |
| CN106239981A (en) * | 2016-08-17 | 2016-12-21 | 上海允成纸业有限公司 | Screw seamless paper tube produces extruder and seamless paper tube production technology |
| CN107344428A (en) * | 2017-07-14 | 2017-11-14 | 芜湖德丰汽车零部件有限公司 | One kind cutting bonding all-in-one |
-
2012
- 2012-11-21 CN CN201220620724.2U patent/CN202923028U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102950818A (en) * | 2012-11-21 | 2013-03-06 | 吴江市美晟机械设备有限公司 | Seamless paper pipe production line |
| CN106239981A (en) * | 2016-08-17 | 2016-12-21 | 上海允成纸业有限公司 | Screw seamless paper tube produces extruder and seamless paper tube production technology |
| CN107344428A (en) * | 2017-07-14 | 2017-11-14 | 芜湖德丰汽车零部件有限公司 | One kind cutting bonding all-in-one |
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