CN211542613U - Full-automatic multilayer paper tube manufacturing equipment - Google Patents

Full-automatic multilayer paper tube manufacturing equipment Download PDF

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Publication number
CN211542613U
CN211542613U CN201921245955.8U CN201921245955U CN211542613U CN 211542613 U CN211542613 U CN 211542613U CN 201921245955 U CN201921245955 U CN 201921245955U CN 211542613 U CN211542613 U CN 211542613U
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China
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roller
paper
storage
paper tape
support
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CN201921245955.8U
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Chinese (zh)
Inventor
李飚
康忠凯
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Guangdong Magnolia Packing Machinery Co ltd
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Guangdong Magnolia Packing Machinery Co ltd
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Abstract

The utility model relates to a paper tape straw manufacture equipment technical field especially relates to full-automatic multilayer paper tube manufacture equipment, include: the paper tape cutting device comprises a paper tape conveying assembly, a paper tape gluing assembly, a paper tape coil assembly and a paper tube cutting assembly, wherein at least one group of paper tape conveying assemblies conveys paper tapes to the paper tape gluing assembly, the paper tape coil assembly and the paper tube cutting assembly in sequence. The utility model has the advantages that: the paper tube manufacturing equipment controls the mechanical assemblies to complete the manufacturing of the paper straws by the controller, improves the automation degree of the equipment and the production efficiency of products, reduces the accident rate of the equipment, and ensures that the equipment can be quickly operated for a long time.

Description

Full-automatic multilayer paper tube manufacturing equipment
Technical Field
The invention relates to the technical field of paper tape suction pipe manufacturing equipment, in particular to full-automatic multilayer paper pipe manufacturing equipment.
Background
Due to the improvement of living standard of the material, the drinking straws are extremely popular whether packaged or taken by hands on the spot, so that the number of the drinking straws consumed by the global population every day is huge. At present, most of straws are mainly plastic straws, although the volume of each plastic straw is not large, the quantity of straws accumulated and used every day is quite remarkable, and because the volume of the plastic straws is not large, even if the recycling rate and the value after recycling are not high, the straws are not easy to process, the straws can generate huge quantities of straw wastes every day, even hundreds of millions of straws, and the plastic wastes can cause harm to the environment and organisms, can also cause a large amount of marine garbage and consume a large amount of processing cost, and in addition, the straws made of plastic also have the problem that plasticizer is remained or plasticizer for sucking hot drinks is separated out, so that the straws are harmful to the health of human bodies.
In order to solve the problem of the traditional plastic suction pipe, the degradable paper suction pipe is available on the market, has low cost, is convenient to carry, gradually increases in popularity, has commercial economic advantages, and can replace the traditional plastic suction pipe.
The prior paper straw manufacturing equipment is not perfect and cannot meet the requirements of daily life, and in the prior art, most factories adopt semi-automatic equipment for manufacturing, so that the paper straw manufacturing equipment has the following defects: 1. the automation degree is low, the production efficiency is low, and the labor cost is high; 2. cause some artificial quality accidents; 3. the existing equipment cannot accurately cut the paper tube into small sections.
The applicant has seen the shortcomings of the conventional paper tube manufacturing device, inherits the spirit of research innovation and lean refinement, combines production practice, and provides a practical solution by using a professional scientific method, thereby providing the application of the scheme.
Disclosure of Invention
The invention aims to provide full-automatic multilayer paper tube manufacturing equipment aiming at the existing technical current situation, multiple mechanical parts are adopted to roll multilayer paper tapes into paper straws, the production process is fully automatic, and the production efficiency of the paper straws is improved.
Full-automatic multilayer paper tube manufacture equipment includes: the paper tape cutting device comprises a paper tape conveying assembly, a paper tape gluing assembly, a paper tape coil assembly and a paper tube cutting assembly, wherein at least one group of the paper tape conveying assembly conveys paper tapes to the paper tape gluing assembly, the paper tape coil assembly and the paper tube cutting assembly in sequence; the first discharging roller and the second discharging roller of the paper tape transmission assembly are arranged on the discharging support, the two storage traction plates are respectively arranged at the upper end and the lower end of the storage support, at least one storage roller is arranged on each storage traction plate, the two storage traction plates move up and down along the limiting rod, the two storage traction plates are mutually connected through a straight tooth tape, a traction motor is arranged between the second discharging roller and the storage roller, and the traction motor is connected to the traction rollers and drives the traction rollers to rotate; a glue conveying roller and a glue smearing roller are arranged between gluing supports of the paper tape gluing assembly, a glue tank is arranged at the bottom of the glue conveying roller, a gluing motor is mounted on the gluing supports and drives the glue conveying roller and the glue smearing roller to rotate, the two glue smearing paper tape rollers are respectively arranged in the front and the back of the glue smearing roller, the two glue smearing paper tape rollers are mounted on a swinging support of the swinging assembly, and a swinging cylinder drives the swinging support to swing; the paper tape coiling assembly comprises a paper tape coiling assembly, a rolling pipe base, a belt rotary table, a rotary table motor, a paper tape coiling motor, a support round bar, a paper tape coiling seat, a paper tape coiling motor and a rotary table motor, wherein the adjusting base of the paper tape coiling assembly is arranged on the rolling pipe base; the knife tackle installing support of the paper tube cutting assembly is installed on a tube cutting slide rail on the tube cutting base, the driving motor drives the knife tackle installing support to move along the tube cutting slide rail, the knife tackle components are arranged on the knife tackle installing support, the knife tackle motor drives the blades to rotate through the knife tackle gears, the knife tackle cylinder drives the pushing blades to move up and down, a paper tube supporting bar is arranged below the knife tackle components, and an ejection of compact sliding plate is arranged on one side of the paper tube supporting bar and installed on the knife tackle installing support.
Specifically, first blowing roller and second blowing roller from top to bottom staggered arrangement on the blowing support, second blowing roller top is equipped with first transition roller set, second transition roller set sets up one side on the storage support and is located the traction motor top, the storage traction plate divide into storage traction plate and lower storage traction plate, go up storage traction plate and lower storage traction plate back connection in the straight-tooth belt, and the straight-tooth belt walks around running gear, running gear and the gear intermeshing of ann potentiometre, lower storage traction plate on be equipped with the heavy object, storage traction plate weight ratio goes up the storage traction plate and is heavy down.
The storage traction plate and the lower storage traction plate are respectively provided with five storage rollers, the storage rollers of the upper storage traction plate and the storage rollers of the lower storage traction plate are transversely arranged in a staggered mode, the storage traction plate is provided with an arc groove position, the arc groove position is located between the two storage rollers, the arc groove position of the upper storage traction plate and the storage roller position of the lower storage traction plate correspond to each other, the upper end and the lower end of each limiting rod are fixed on the storage support, the back of the upper storage traction plate and the back of the lower storage traction plate are both displaced along the limiting rods through sliders, the two limiting rods are respectively located on the left side and the right side of the straight-tooth belt, a clamping ring is arranged between the two limiting rods, the other side of the storage support is provided with a discharge roller set, the discharge roller set is divided into an upper discharge roller and a lower discharge roller, and the upper discharge roller and the lower discharge roller are arranged.
Specifically, the rubber coating roller is mutually laminated with the rubber transmission roller, the top of the rubber coating support is provided with an excessive paper tape roller support, the front end and the rear end of the excessive paper tape roller support are at least provided with an excessive paper tape roller set, the left side and the right side of the rubber coating roller are installed on the adjusting plate, one end of the adjusting plate is installed on the rubber coating support through a rotating shaft, the outer side of the other end of the adjusting plate is connected to the rubber coating support through a retraction cylinder, and the top of.
Specifically, the swing subassembly mainly constitute by swing support, swing cylinder, swing pivot and swing arm, swing cylinder fixes at the rubber coating support inboard, two swing arm one end are connected in the swing pivot, the swing support of two swing arm other ends connection in the L type, swing arm that swing cylinder's push rod is connected in the upper end and drives the swing arm swing, swing arm one end install at the rubber coating support inboard through the swing pivot, swing cylinder drives the swing arm and uses the swing pivot to swing as the centre of a circle, two swing arms are parallel to each other, pass the rubber roll front end and be equipped with the frictioning board, both ends are installed at the rubber coating support inboard through the slide rail and along the slide rail displacement about the frictioning board, frictioning adjusting bolt withstands both ends about the frictioning board, the glue groove is equipped with the glue storage dish with the frictioning board below.
The adjusting base at least is provided with two transition paper tape rollers, the transition paper tape rollers are arranged on the left side and the right side of the support round bar in a staggered mode, the transition paper tape rollers are located between the two belt turntables, one end of the support round bar penetrates between the two belt turntables, the other end of the support round bar penetrates through the support round bar seat and extends to the compensation base, the bottom of the compensation base is displaced along the sliding rail through a sliding block, a compensation push rod is arranged on the compensation base, the other end of the compensation push rod is connected with a driving motor, a compensation spring is arranged between the support round bar and the compensation base, the compensation spring sleeve is arranged on the outer side of the support round bar, one end of the compensation spring is clamped on the support round bar.
Specifically, the adjusting base is divided into an angle adjusting rotary table and a transverse adjusting seat, the angle adjusting rotary table is arranged on the pipe coiling machine base, the transverse adjusting seat is arranged on the angle adjusting rotary table, the belt rotary table and a rotary table motor are arranged on the transverse adjusting seat, the angle adjusting rotary table mainly comprises a rotary disc, an angle push rod and an angle handle, the angle handle pushes the angle push rod to displace through a lead screw bearing, one end of the angle push rod is connected with the transverse adjusting seat, the bottom of the transverse adjusting seat is arranged on the rotary disc and rotates by taking the rotary disc as a circle center, the transverse handle of the transverse adjusting seat pushes the belt rotary table base to displace along a left slide rail and a right slide rail through the lead screw bearing, a pipe coiling shaping assembly is arranged on the pipe coiling machine base, the pipe shaping assembly comprises a shaping cylinder, a shaping roller and a shaping plate, the two shaping cylinders are vertically and symmetrically, the shaping roller is connected to the shaping cylinder, and the supporting round bar penetrates through the three shaping rollers.
The cutter holder assembly mainly comprises a cutter group gear, a blade and a cutter group cylinder, the cutter group assembly is equidistantly installed on a cutter group installation support, the cutter group gear is installed on a cutter group fixing plate, the blade is installed on the cutter group gear and drives the blade to rotate through the cutter group gear, a push rod at one end of the cutter group cylinder is connected onto the cutter group fixing plate, the other end of the cutter group cylinder is fixed on the cutter group installation support, the cutter group gear comprises a blade gear, a transmission gear and a spindle gear, the spindle gear is sleeved on a cutter holder rotating shaft, a cutter group motor drives the spindle gear to rotate through the cutter holder rotating shaft, the spindle gear is meshed with the transmission gear, and the transmission gear is meshed with the blade gear.
The utility model discloses a paper tube support bar, including a cutter set mounting bracket, a cutter set up the two cutter set mounting bracket outsides at two paper set mounting bracket, and a.
The invention has the beneficial effects that:
1. the paper tape conveying assembly stores paper tapes by utilizing the upper and lower groups of storage rollers, and regulates and controls the paper tapes by utilizing the two storage traction plates, the two storage traction plates are driven to be close to each other by utilizing the traction force at the other end of the paper tapes, the action of continuous discharging is completed, and the component resetting is realized by utilizing the difference of gravity between the two storage traction plates. The controller is matched with the potentiometer to control the rotating speed of the traction motor, and the paper tape roll is very convenient and fast to replace;
2. the multi-layer paper tape gluing assembly is used for coating glue on a paper tape through a glue conveying roller and a glue coating roller, a paper tape limiting roller is additionally arranged on the transition paper tape roller and the glue coating paper tape roller, and the gluing action of the multi-layer paper tape is completed simultaneously, so that the subsequent paper tape reeling step is facilitated; the swinging cylinder controls the position of the glue coating tape roller, when the equipment is stopped, the glue coating tape roller is enabled to move upwards, and glue is prevented from being continuously coated at the same position of the paper tape
3. The multilayer paper tape coiling component controls the paper tape coiling belt through the paper tape coiling belt, the paper tape coiling belt is wound on the supporting round bar, the paper tape coiling belt coils the paper tape on the supporting round bar in a homeotropic manner, the paper tape is compressed and shaped through the paper tape coiling shaping component, the belt turntable is adjusted through adjusting the base, and therefore the angle and the distance of the paper tape coiling pipe are well controlled
4. The paper tube short tube cutting assembly drives the cutter set rotating shaft to rotate through the cutter set motor, the cutter set rotating shaft is matched with the cutter set gear to rotate, synchronous rotation of the blades is achieved, the cutter set cylinder is used for pushing the blades to press downwards, a paper tube supporting the outer surface of the round bar is cut off, the paper tube supporting is used for driving the paper tube to rotate along the outer surface of the supporting round bar, and the paper tube cutting is completed through matching with the blades;
5. the driving motor is through the lead screw knife tackle installing support and is the back and forth movement, and knife tackle installing support one end pulls the paper tape reelpipe device through the compensation push rod, and the paper tape can continuously be transported forward at the reelpipe in-process, in order to realize the cutting of not shutting down, needs the blade holder subassembly when the downward cutting, keeps the same transport speed displacement with the reelpipe to guarantee that the cutting of reelpipe is enough neat.
Description of the drawings:
FIG. 1 is a perspective view of a paper tape transport assembly of the present invention;
FIG. 2 is a front view of the paper tape transport assembly of the present invention;
FIG. 3 is a perspective view of the paper tape gluing assembly of the present invention;
FIG. 4 is a perspective view of the paper tape gluing assembly of the present invention;
FIG. 5 is a perspective view of the paper tape spool assembly of the present invention;
FIG. 6 is a perspective view of the paper tape spool assembly of the present invention;
FIG. 7 is a perspective view of the paper tube cutting assembly of the present invention;
FIG. 8 is a front view of the paper tube cutting assembly of the present invention;
FIG. 9 is a perspective view of a blade holder assembly of the present invention;
FIG. 10 is a schematic structural view of a paper tape transport assembly according to the present invention;
FIG. 11 is a schematic view of the structure of the tape gluing assembly of the present invention;
FIG. 12 is a schematic view of the construction of the paper tape spool assembly of the present invention;
FIG. 13 is a perspective view of the paper tape spool assembly and paper tube cutting assembly of the present invention.
The specific implementation mode is as follows:
in order to make the examination committee more aware of the objects, features and functions of the present invention, the following preferred embodiments are described in detail with reference to the drawings:
referring to fig. 1 to 9, which are schematic structural views of the present invention, a fully automatic multi-layer paper tube manufacturing apparatus includes: the paper tape cutting machine comprises a paper tape conveying assembly 1, a paper tape gluing assembly 2, a paper tape roll pipe assembly 3 and a paper pipe cutting assembly 4, wherein at least one group of paper tape conveying assemblies 1 convey paper tapes to the paper tape gluing assembly 2, the paper tape roll pipe assembly 3 and the paper pipe cutting assembly 4 in sequence; the first discharging roller 12 and the second discharging roller 13 of the paper tape transmission assembly 1 are arranged on the discharging support 11, the two storage traction plates 15 are respectively arranged at the upper end and the lower end of the storage support 14, at least one storage roller 153 is arranged on each storage traction plate 15, the two storage traction plates 15 move up and down along a limiting rod 156, the two storage traction plates 15 are connected with each other through a straight toothed belt 154, the traction motor 16 is arranged between the second discharging roller 13 and the storage rollers 153, and the traction motor 16 is connected to the traction roller 161 and drives the traction roller 161 to rotate; a glue transfer roller 23 and a glue smearing roller 24 are arranged between the gluing supports 21 of the paper tape gluing assembly 2, a glue tank 25 is arranged at the bottom of the glue transfer roller 23, a gluing motor 22 is mounted on the gluing supports 21 and drives the glue transfer roller 23 and the glue smearing roller 24 to rotate, two glue smearing paper tape rollers 271 are respectively arranged in the front and the rear of the glue smearing roller 24, the two glue smearing paper tape rollers 271 are mounted on a swing support 261 of a swing assembly 26, and a swing cylinder 262 drives the swing support 261 to swing; an adjusting base 35 of the paper tape coil assembly 3 is arranged on the coil pipe base 31, the belt turntables 32 are arranged on the adjusting base 35, the turntable motor 321 is connected to the belt turntables 32 and drives the two belt turntables 32 to rotate, a paper tape 322 is sleeved between the two belt turntables 32, two ends of the paper tape 322 are sleeved on the belt turntables 32 and are wound on the supporting round bars 33 in a crossed manner in the middle, the feeding paper tape roller 34 is arranged on the coil pipe base 31, the supporting round bars 33 are arranged on the coil pipe base 31 through the supporting round bar bases 331, and the supporting round bars 33 pass between the two belt turntables 32; the knife tackle installing support 42 of the paper tube cutting assembly 4 is installed on the tube cutting slide rail 411 on the tube cutting base 41, and the driving motor 412 drives the knife tackle installing support 42 to move along the tube cutting slide rail 411, a plurality of knife tackle components 43 are arranged on the knife tackle installing support 42, the knife tackle motor 45 drives the blade 432 to rotate through the knife tackle gear 431, the knife tackle cylinder 433 drives the pushing blade 432 to move up and down, the knife tackle component 43 below is provided with a paper tube supporting strip 421, one side of the paper tube supporting strip 421 is provided with an ejection of compact sliding plate 422 and is installed on the knife tackle installing support 42.
Above-mentioned scheme, first blowing roller 12 and second blowing roller 13 dislocation arrangement from top to bottom on blowing support 11, second blowing roller 13 top is equipped with first transition roller group 19, second transition roller group 191 sets up one side on storage support 14 and is located traction motor 16 top, storage hitch plate 15 divide into storage hitch plate 151 and lower storage hitch plate 152, go up storage hitch plate 151 and lower storage hitch plate 152 back and connect in spur belt 154, and spur belt 154 walks around driving gear 155, driving gear 155 and the gear intermeshing of ampere potential ware 18, lower storage hitch plate 152 on be equipped with the heavy object, lower storage hitch plate 152 weight ratio goes up storage hitch plate 151 weight. The storage traction plate 151 and the lower storage traction plate 152 are respectively provided with five storage rollers 153, the storage rollers 153 of the upper storage traction plate 151 and the storage rollers 153 of the lower storage traction plate 152 are transversely arranged in a staggered manner, the storing traction plate 15 is provided with an arc groove position 159, the arc groove position 159 is positioned between the two storing rollers 153, the arc groove position 159 of the upper storing traction plate 151 corresponds to the storing roller 153 of the lower storing traction plate 152, the upper end and the lower end of the limiting rod 156 are fixed on the material storage bracket 14, the back parts of the upper material storage traction plate 151 and the lower material storage traction plate 152 are displaced up and down along the limiting rod 156 through a slide block 157, the two limiting rods 156 are respectively positioned at the left side and the right side of the straight toothed belt 154, a clamping ring 158 is arranged between the two limiting rods 156, the other side of the storage rack 14 is provided with a discharging roller group 110, the discharging roller group 110 is divided into an upper discharging roller 1101 and a lower discharging roller 1102, and the upper discharging roller 1101 and the lower discharging roller 1102 are mutually and vertically arranged on the storage rack 14.
The staff can place two paper tape coils on first blowing roller 12 and second blowing roller 13 in advance, again with the paper tape of one of them roll of drawing to first transition roller set 19, carry over pinch rolls 161, second transition roller set 191 and storage roller 153 group in proper order to carry the paper tape to next station from last discharge roller 1101 and lower discharge roller 1102, storage roller 153 group adopts the traction mode of one on the other, thereby increases the stock capacity of paper tape.
In the scheme, the glue smearing roller 24 and the glue transfer roller 23 are mutually attached, the top of the glue coating support 21 is provided with the excessive paper tape roller support 272, the front end and the rear end of the excessive paper tape roller support 272 are at least provided with the excessive paper tape roller 27, the left side and the right side of the glue smearing roller 24 are arranged on the adjusting plate 241, one end of the adjusting plate 241 is arranged on the glue coating support 21 through a rotating shaft, the outer side of the other end of the adjusting plate 241 is connected to the glue coating support 21 through the retraction air cylinder 242, and the top of the. The swing assembly 26 mainly comprises a swing support 261, a swing cylinder 262, a swing rotating shaft 263 and a swing arm 264, the swing cylinder 262 is fixed inside the gluing support 21, one end of each of the two swing arms 264 is connected to the swing rotating shaft 263, the other end of each of the two swing arms 264 is connected to the L-shaped swing support 261, a push rod of the swing cylinder 262 is connected to the upper end of the swing arm 264 and drives the swing arm 264 to swing, one end of the swing arm 264 is installed on the inner side of the gluing support 21 through a swing rotating shaft 263, the swing cylinder 262 drives the swing arm 264 to swing by taking the swing rotating shaft 263 as a circle center, the two swing arms 264 are parallel to each other, a glue scraping plate 28 is arranged at the front end of the glue transmission roller 23, the left end and the right end of the glue scraping plate 28 are installed on the inner side of the gluing support 21 through slide rails and move along the slide rails, glue scraping adjusting bolts prop against the left end and the right end of the glue scraping plate 28, a glue storage disc 281 is arranged below the glue groove 25 and the glue scraping plate 28, and at least one paper tape limiting roller 273 is sleeved on.
The adjusting bolt 243 props against the gluing support 21, the distance between the gluing roller 24 and the glue transfer roller 23 is controlled by rotating the adjusting bolt 243, the retraction cylinder 242 keeps a retraction state under the action of the air pump, and due to the fact that the viscosity of glue is high, a downward acting force needs to be applied to the adjusting plate 241, a certain gap is kept between the gluing roller 4 and the glue transfer roller 3, and the situation that the glue is too thick or too thin in a coating mode is avoided.
The glue scraping adjusting bolt also adjusts the distance between the glue scraping plate 28 and the glue transfer roller 23 through rotation, scrapes off glue attached to the outer surface of the glue transfer roller 23, scrapes off redundant glue into the glue groove 25, and prevents the glue from splashing on the ground in the process of high-speed operation of the equipment, so that a glue storage tray 281 with a large area is additionally arranged below the glue groove 25.
In the scheme, the adjusting base 35 is at least provided with two transition paper tape rollers 353, the transition paper tape rollers 353 are arranged on the left side and the right side of the supporting round bar 33 in a staggered mode, the transition paper tape rollers 353 are located between the two belt rotating discs 32, one end of the supporting round bar 33 penetrates through the two belt rotating discs 32, the other end of the supporting round bar 33 penetrates through the supporting round bar seat 331 and extends to the compensating base 332, the bottom of the compensating base 332 is displaced along the sliding rail through the sliding block, the compensating push rod 333 is arranged on the compensating base 332, the other end of the compensating push rod 333 is connected with the driving motor, a compensating spring 334 is arranged between the supporting round bar 33 and the compensating base 332, the compensating spring 334 is sleeved on the outer side of the supporting round bar 33, one end of the compensating spring 334 clamps the supporting round bar 33. The adjusting base 35 is divided into an angle adjusting rotary disc 351 and a transverse adjusting base 352, the angle adjusting rotary disc 351 is arranged on the reel pipe base 31, the transverse adjusting base 352 is arranged on the angle adjusting rotary disc 351, the belt rotary disc 32 and the rotary disc motor 321 are arranged on the transverse adjusting base 352, the angle adjusting rotary disc 351 mainly comprises a rotary disc 3511, an angle push rod 3512 and an angle handle 3513, the angle handle 3513 pushes the angle push rod 3512 to move through a screw bearing, one end of the angle push rod 3512 is connected with the transverse adjusting base 352, the bottom of the transverse adjusting base 352 is arranged on the rotary disc 3511 and rotates by taking the rotary disc 3511 as a circle center, the transverse handle 3521 of the transverse adjusting base 352 pushes the belt rotary disc 3522 to move along a left sliding rail and a right sliding rail through a screw bearing, a reel pipe shaping assembly 36 is arranged on the reel pipe base 31, the reel pipe shaping assembly 36 comprises a shaping cylinder 361, a shaping roller and a shaping plate 363, the two shaping cylinders 361 are symmetrically arranged on the shaping plate 363 up and down, the shaping rollers 362 are connected to the shaping cylinders 361, and the supporting round bars 33 pass through the three shaping rollers 362.
In the above scheme, the knife rest assembly 43 mainly comprises a knife gear 431, a knife 432 and a knife cylinder 433, the knife rest assemblies 43 are equidistantly mounted on the knife mounting bracket 42, the knife gear 431 is mounted on the knife fixing plate 434, the knife 432 is mounted on the knife gear 431 and drives the knife 432 to rotate through the knife gear 431, a push rod at one end of the knife cylinder 433 is connected to the knife fixing plate 434, the other end of the knife cylinder 433 is fixed on the knife mounting bracket 42, the knife gear 431 is divided into a knife gear, a transmission gear and a spindle gear, the spindle gear is sleeved on the knife seat rotating shaft 451, the knife motor 45 drives the spindle gear to rotate through the knife seat rotating shaft 451, the spindle gear is meshed with the transmission gear, and the transmission gear is meshed with the knife gear. The top of the tube cutting base 41 is provided with a screw rod 44, a driving motor 412 drives the screw rod 44 to rotate through a belt, the bottom of one side of a cutter group mounting support 42 is sleeved on the screw rod 44 through a bearing, two sides of the bottom of the cutter group mounting support 42 are both arranged on a tube cutting slide rail 411 through a slide block, a paper tube support strip 421 is arranged on the cutter group mounting support 42 and is positioned under a cutter holder assembly 43, two cutter group limiting rods 423 are arranged on the cutter group mounting support 42, the cutter group limiting rods 423 are positioned at the front end and the rear end of the paper tube support strip 421, a discharging slide plate 422 with an inclined surface is arranged at the rear end of the paper tube support strip 421, one end of the paper tube support strip 421 is provided with a gear, the cutter group motor 45 drives the two paper tube support strips 421 to rotate through the gear, the bottom of the paper tube support strip 421 is at least provided with a group of supporting rotary wheels 424, the, and the supporting roller 424 is tangent to the paper tube supporting bar 421.
The knife rest assembly 43 is equidistantly fixed on the knife rest mounting bracket 42, a slot strip is arranged on the outer surface of the knife rest rotating shaft 451 and is meshed with a slot on the inner side of the main shaft gear, the knife rest rotating shaft 451 drives each main shaft gear to synchronously rotate, the blade gear and the transmission gear drive the blade 432 to rotate, and the knife rest cylinder 433 pushes the blade 432 to move downwards, so that the blade 432 is in contact with the outer surface of the paper tube and the paper tube rotates to cut the paper tube. In order to meet the requirement of a customer for cutting paper tubes with different diameters, the length of the push rod of the knife group cylinder 433 can be adjusted, and the paper tube cutting device is suitable for cutting paper tubes with different diameters.
The emptying step is shown as the attached figure 10: one end of the paper tape is drawn out from the first discharging roller 12, the traction motor 16 is stopped to rotate, under the action of the traction force of the other end of the paper tape, the upper storage traction plate 151 and the lower storage traction plate 152 are drawn towards the middle along the limiting rod 156, at the moment, a worker pulls the paper bag roll on the second discharging roller 13 to the tail end of the previous paper tape, and the traction motor 16 is started again to rotate, under the action of the controller 17 matched with the potentiometer 18, the rotating speed of the traction motor 16 is adjusted, the discharging speed of the paper tape is increased, the lower storage traction plate 152 is heavier than the upper storage traction plate 151, the lower storage traction plate 152 is under the action of gravity, the lower storage traction plate 152 gradually slides downwards along the limiting rod 156, the upper storage traction plate 151 is pulled upwards by the straight tooth belt 54, the reset of the upper storage traction plate 151 is completed, and the.
The step of applying glue as shown in figure 11: when the whole equipment operates, the controller starts the gluing motor 22 to drive the gluing roller 24 to rotate, glue in the glue tank 25 is smeared on the outer surface, the glue is smeared on the glue transmission roller 23, and the rotating directions of the gluing roller 24 and the glue transmission roller 23 are opposite. At this time, the swing cylinder 262 is pulled downwards, so that the two swing arms 264 swing downwards around the swing rotating shaft 263 as a center, the swing bracket 261 is pulled to move downwards, the glue coating tape roller 271 moves downwards to the left and right of the glue transfer roller 23 twice, the bottom of the glue coating tape roller 271 is lower than the highest point of the glue transfer roller 23, so that the paper tape is tightly attached to the outer surface of the glue transfer roller 23, and glue is coated on one surface of the paper tape.
The step of winding the paper tube as shown in the attached figure 12: when the angle of the belt turnplate 32 needs to be adjusted, the angle push rod 3512 can be controlled to move forwards or backwards through the rotation angle handle 3513, the front end and the rear end of the angle push rod 3512 are connected through the rod end knuckle bearing, and an acting force is applied to the transverse adjusting seat 352 in the forward displacement process of the angle push rod 3512, so that the transverse adjusting seat 352 rotates by taking the rotating disc 3511 as the center of a circle, and the adjustment of the angle of the belt turnplate 32 is realized; belt carousel seat 3522 is installed on the slide rail, horizontal handle 3521 passes through lead screw bearing promotion belt carousel seat 3522 and along slide rail displacement about the slide rail to make it support the round bar 33 and pass from the belt carousel 32 centre, support the round bar 33 and can block on two paper tape roller 353 excessively, paper tape roller 353 excessively can carry on spacingly to supporting the round bar 33, avoid supporting the round bar 33 and excessively rock at the reelpipe in-process, lead to paper tape pipe hardness not enough or the clearance between the paper tape too big.
The paper tube cutting step shown in fig. 13: the driving motor 412 drives the knife group mounting bracket 42 to move along the tube cutting slide rail 411 through the screw rod 44 and the bearing sleeve, at this time, the paper tube moves forwards to the two paper tube supporting bars 421 at the same speed, at this time, the knife group air cylinder 433 is started to push the knife group fixing plate 434 to move downwards, the knife group motor 45 drives the blades 432 to rotate rapidly through the knife group gear 431, the blades 432 simultaneously contact the surface of the paper tube and cut the paper tube, and the paper tube rotates and is conveyed forwards continuously with the supporting round bar as the center of a circle in the paper rolling step, so that the knife group mounting bracket 42 moves forwards at the same speed in the paper tube cutting process of the blades 432, the linear displacement speed of the two is the same in the transverse direction, and the cut surface of the paper tube is guaranteed to be the most flat.
It should be understood that the above-mentioned drawings are merely illustrative of the preferred embodiments of the present invention, and that the scope of the invention is not limited thereto.

Claims (9)

1. Full-automatic multilayer paper tube manufacture equipment includes: paper tape transmission subassembly (1), paper tape rubber coating subassembly (2), paper tape coil subassembly (3) and paper pipe cutting assembly (4), its characterized in that: the paper tape conveying assembly (1) conveys paper tapes to the paper tape gluing assembly (2), the paper tape coil assembly (3) and the paper pipe cutting assembly (4) in sequence;
a first discharging roller (12) and a second discharging roller (13) of the paper tape transmission assembly (1) are arranged on a discharging support (11), two storage traction plates (15) are respectively arranged at the upper end and the lower end of a storage support (14), at least one storage roller (153) is arranged on each storage traction plate (15), the two storage traction plates (15) move up and down along a limiting rod (156), the two storage traction plates (15) are connected with each other through a straight toothed belt (154), a traction motor (16) is arranged between the second discharging roller (13) and the storage roller (153), and the traction motor (16) is connected to a traction roller (161) and drives the traction roller (161) to rotate;
a glue transfer roller (23) and a glue applying roller (24) are arranged between glue coating supports (21) of the paper tape glue coating assembly (2), a glue tank (25) is arranged at the bottom of the glue transfer roller (23), a glue coating motor (22) is arranged on the glue coating supports (21) and drives the glue transfer roller (23) and the glue applying roller (24) to rotate, two glue coating paper tape rollers (271) are respectively arranged at the front and rear parts of the glue applying roller (24), the two glue coating paper tape rollers (271) are arranged on a swinging support (261) of the swinging assembly (26), and a swinging cylinder (262) drives the swinging support (261) to swing;
an adjusting base (35) of the paper tape coil assembly (3) is arranged on a coil pipe machine base (31), belt turntables (32) are arranged on the adjusting base (35), a turntable motor (321) is connected to the belt turntables (32) and drives the two belt turntables (32) to rotate, a coil paper belt (322) is sleeved between the two belt turntables (32), two ends of the coil paper belt (322) are sleeved on the belt turntables (32) and the middle of the coil paper belt is wound on a supporting round bar (33) in a crossed mode, a feeding paper tape roller (34) is arranged on the coil pipe machine base (31), the supporting round bar (33) is arranged on the coil pipe machine base (31) through a supporting round bar base (331), and the supporting round bar (33) passes between the two belt turntables (32);
the knife tackle installing support (42) of paper tube cutting subassembly (4) is installed on pipe cutting slide rail (411) on pipe cutting base (41), and driving motor (412) drive knife tackle installing support (42) along pipe cutting slide rail (411) displacement, a plurality of blade holder subassemblies (43) set up on knife tackle installing support (42), knife tackle motor (45) drive blade (432) through knife tackle gear (431) and rotate, knife tackle cylinder (433) drive promotion blade (432) displacement from top to bottom, blade holder subassembly (43) below is equipped with paper tube support bar (421), paper tube support bar (421) one side is equipped with ejection of compact slide (422) and installs on knife tackle installing support (42).
2. The fully automated multi-layer paper tube making apparatus according to claim 1, wherein: first blowing roller (12) and second blowing roller (13) dislocation arrangement from top to bottom on blowing support (11), second blowing roller (13) top is equipped with first transition roller set (19), second transition roller set (191) set up on storage support (14) one side and are located traction motor (16) top, storage traction plate (15) divide into storage traction plate (151) and lower storage traction plate (152), go up storage traction plate (151) and lower storage traction plate (152) back connection in straight toothed belt (154), and straight toothed belt (154) have walked around running gear (155), running gear (155) and the gear intermeshing of ann potentiometre (18), lower storage traction plate (152) on be equipped with the heavy object, storage traction plate (152) weight ratio is gone up storage traction plate (151) and is heavy down.
3. The fully automated multi-layer paper tube making apparatus according to claim 2, wherein: the upper storage traction plate (151) and the lower storage traction plate (152) are respectively provided with five storage rollers (153), the storage rollers (153) of the upper storage traction plate (151) and the storage rollers (153) of the lower storage traction plate (152) are transversely arranged in a staggered manner, the storage traction plate (15) is provided with an arc groove position (159), the arc groove position (159) is positioned between the two storage rollers (153), the arc groove position (159) of the upper storage traction plate (151) and the storage roller (153) of the lower storage traction plate (152) are mutually corresponding, the upper end and the lower end of a limiting rod (156) are fixed on a storage bracket (14), the back part of the upper storage traction plate (151) and the back part of the lower storage traction plate (152) are vertically displaced along the limiting rod (156) through a sliding block (157), the two limiting rods (156) are respectively positioned at the left side and the right side of a straight toothed belt (154), and a clamping ring (158) is arranged between the two limiting rods (156), the other side of the storage rack (14) is provided with a discharging roller group (110), the discharging roller group (110) is divided into an upper discharging roller (1101) and a lower discharging roller (1102), and the upper discharging roller (1101) and the lower discharging roller (1102) are perpendicular to each other and arranged on the storage rack (14).
4. The fully automated multi-layer paper tube making apparatus according to claim 1, wherein: rendering roll (24) with pass rubber roll (23) and laminate each other, rubber coating support (21) top is equipped with excessive paper tape roller support (272), excessive paper tape roller support (272) front and back end is equipped with one at least and excessively takes roller set (27), install on regulating plate (241) the left and right sides rendering roll (24), install on rubber coating support (21) through the pivot regulating plate (241) one end, regulating plate (241) other end outside is connected in rubber coating support (21) through retracting cylinder (242), regulating plate (241) other end top is equipped with adjusting bolt (243).
5. The fully automated multi-layer paper tube making apparatus according to claim 4, wherein: the swing assembly (26) mainly comprises a swing support (261), a swing cylinder (262), a swing rotating shaft (263) and swing arms (264), wherein the swing cylinder (262) is fixed on the inner side of the gluing support (21), one ends of the two swing arms (264) are connected to the swing rotating shaft (263), the other ends of the two swing arms (264) are connected to the L-shaped swing support (261), a push rod of the swing cylinder (262) is connected to the swing arm (264) at the upper end and drives the swing arm (264) to swing, one end of the swing arm (264) is installed on the inner side of the gluing support (21) through the swing rotating shaft (263), the swing cylinder (262) drives the swing arm (264) to swing by taking the swing rotating shaft (263) as a circle center, the two swing arms (264) are parallel to each other, a glue scraping plate (28) is arranged at the front end of the glue transfer roller (23), and the left end and, the glue scraping adjusting bolts are propped against the left end and the right end of the glue scraping plate (28), a glue storage disc (281) is arranged below the glue groove (25) and the glue scraping plate (28), and at least one paper tape limiting roller (273) is sleeved on the excessive paper tape roller set (27) and the glue coating paper tape roller (271).
6. The fully automated multi-layer paper tube making apparatus according to claim 4, wherein: the adjusting base (35) is at least provided with two transition paper tape rollers (353), the transition paper tape rollers (353) are arranged on the left side and the right side of the supporting round bar (33) in a staggered mode, the transition paper tape rollers (353) are located between the two belt turntables (32), one end of the supporting round bar (33) penetrates through the two belt turntables (32), the other end of the supporting round bar (33) penetrates through the supporting round bar seat (331) and extends to the compensating base (332), the bottom of the compensating base (332) is displaced along the sliding rail through a sliding block, the compensating base (332) is provided with a compensating push rod (333), the other end of the compensating push rod (333) is connected with a driving motor, support circle strip (33) and compensation base (332) between be equipped with compensation spring (334), compensation spring (334) cover is in supporting the circle strip (33) outside, compensation spring (334) one end is blocked and is supported circle strip (33), compensation spring (334) other end withstands compensation base (332).
7. The fully automated multi-layer paper tube making apparatus according to claim 6, wherein: the adjusting base (35) is divided into an angle adjusting turntable (351) and a transverse adjusting base (352), the angle adjusting turntable (351) is arranged on the pipe coiling machine base (31), the transverse adjusting base (352) is arranged on the angle adjusting turntable (351), a belt turntable (32) and a turntable motor (321) are arranged on the transverse adjusting base (352), the angle adjusting turntable (351) mainly comprises a rotating disc (3511), an angle push rod (3512) and an angle handle (3513), the angle handle (3513) pushes the angle push rod (3512) to move through a screw rod bearing, one end of the angle push rod (3512) is connected to the transverse adjusting base (352), the bottom of the transverse adjusting base (352) is arranged on the rotating disc (3511) and rotates by taking the rotating disc (3511) as a circle center, the transverse handle (3521) of the transverse adjusting base (352) pushes the belt turntable base (3522) to move along the left and right through a screw rod bearing, be equipped with reelpipe design subassembly (36) on reelpipe frame (31), reelpipe design subassembly (36) comprises design cylinder (361), design gyro wheel (362) and design board (363), and two design cylinders (361) are upper and lower symmetrical arrangement on design board (363), and design gyro wheel (362) are connected in design cylinder (361), support circle strip (33) and pass between three design gyro wheels (362).
8. The fully automatic multi-layer paper tube manufacturing apparatus according to claim 6 or 7, characterized in that: the knife rest components (43) mainly comprise knife group gears (431), blades (432) and knife group cylinders (433), the knife rest components (43) are equidistantly arranged on the knife group mounting bracket (42), the knife group gears (431) are arranged on the knife group fixing plate (434), the blades (432) are arranged on the knife group gears (431) and drive the blades (432) to rotate through the knife group gears (431), a push rod at one end of the knife group cylinders (433) is connected to the knife group fixing plate (434), the other end of the knife group cylinders (433) is fixed on the knife group mounting bracket (42), the cutter set gear (431) is divided into a blade gear, a transmission gear and a main shaft gear, the main shaft gear is sleeved on the cutter holder rotating shaft (451), the cutter set motor (45) drives the main shaft gear to rotate through the cutter holder rotating shaft (451), the main shaft gear is meshed with the transmission gear, and the transmission gear is meshed with the blade gear.
9. The fully automated multi-layer paper tube making apparatus according to claim 8, wherein: the cutting tube base (41) top be equipped with lead screw (44), driving motor (412) come drive lead screw (44) to rotate through the belt, knife tackle installing support (42) one side bottom is through the bearing housing on lead screw (44), knife tackle installing support (42) bottom both sides all set up on cutting tube slide rail (411) through the slider, paper tube support bar (421) set up on knife tackle installing support (42) and lie in under blade holder subassembly (43), knife tackle installing support (42) are equipped with two gag lever posts (423), two gag lever posts (423) lie in paper tube support bar (421) front and back both ends, the ejection of compact slide (422) that have an inclined plane are installed to paper tube support bar (421) rear end, paper tube support bar (421) one end is equipped with the gear, knife tackle motor (45) drive two paper tube support bars (421) through the gear and rotate, paper tube support bar (421) bottom is equipped with a set of supporting wheel (424) at least, the group of supporting rotating wheels (424) consists of two supporting rotating wheels (424), the two supporting rotating wheels (424) are respectively arranged on the outer sides of the two paper tube supporting bars (421), and the supporting rotating wheels (424) are tangent to the paper tube supporting bars (421).
CN201921245955.8U 2019-08-03 2019-08-03 Full-automatic multilayer paper tube manufacturing equipment Active CN211542613U (en)

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Application Number Priority Date Filing Date Title
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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN114130573A (en) * 2021-12-03 2022-03-04 张正钦 High-strength gnawing-bite-resistant waterproof coated paper straw and manufacturing device thereof

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN114130573A (en) * 2021-12-03 2022-03-04 张正钦 High-strength gnawing-bite-resistant waterproof coated paper straw and manufacturing device thereof

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