CN209552568U - A kind of tiltedly volume machine - Google Patents
A kind of tiltedly volume machine Download PDFInfo
- Publication number
- CN209552568U CN209552568U CN201822228806.2U CN201822228806U CN209552568U CN 209552568 U CN209552568 U CN 209552568U CN 201822228806 U CN201822228806 U CN 201822228806U CN 209552568 U CN209552568 U CN 209552568U
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- China
- Prior art keywords
- pipe
- roll paper
- tube
- ejector sleeve
- limit mechanism
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Abstract
The utility model provides a kind of oblique volume machine, including rack, paper supplying system, roll paper system, disengaging guard system and Pipe Cutting system, roll paper system, disengaging guard system and Pipe Cutting system are respectively provided on the rack, roll paper system includes tube main shaft, roll paper rotating-barrel mechanism and roll paper ejector sleeve mechanism, roll paper rotating-barrel mechanism is connect with tube main shaft, for driving tube main axis, roll paper ejector sleeve mechanism is connect with roll paper rotating-barrel mechanism, for driving roll paper rotating-barrel mechanism with respect to machine frame movement；The oblique volume machine passes through the collective effect of roll paper rotating-barrel mechanism and roll paper ejector sleeve mechanism, can carry out spiral roll paper, stable and reliable operation, and high degree of automation to fiber pipe surface.
Description
Technical field
The utility model relates to a kind of tiltedly volume machines comprising rack, roll paper system, passes in and out guard system and cuts paper supplying system
Guard system.
Background technique
Pipe on existing market, virtually all be with sheet processing at tubulose object, most paper tube be spiral paper
Pipe and seamless paper tube.Existing spiral paper roll machine tiltedly rolls up machine, is a kind of machine that paper can be coiled into paper tube, product is straight
Diameter centimetre specification from several millimeters to tens is different, and it is big to be widely used application amount, environmental protection and energy saving, to put into the application of a variety of industries
In, now need a kind of oblique volume machine that spiral roll paper can be carried out to finished product pipe surface.
Summary of the invention
For the problems of above-mentioned prior art, the purpose of the utility model is to provide one kind can be to production tube table
The oblique volume machine of face progress spiral roll paper.
In order to achieve the above objectives, the technical scheme adopted by the utility model is
A kind of tiltedly volume machine, including rack, paper supplying system, roll paper system, disengaging guard system and Pipe Cutting system, the roll paper system
System, the disengaging guard system and the Pipe Cutting system are arranged in the rack, and the roll paper system includes tube main shaft, volume
Paper rotating-barrel mechanism and roll paper ejector sleeve mechanism, the roll paper rotating-barrel mechanism is connect with the tube main shaft, for driving the tube
Main axis, the roll paper ejector sleeve mechanism are connect with the roll paper rotating-barrel mechanism, for driving the roll paper rotating-barrel mechanism opposite
The machine frame movement.
Preferably, the roll paper rotating-barrel mechanism includes rotating-barrel mechanism installation mainboard and tube transmission device, the tube
Transmission device includes the tube motor of tube driving wheel, tube driven wheel, tube synchronous belt and the driving tube driving wheel, institute
It states tube driving wheel and the tube driven wheel and passes through the tube toothed belt transmission, the tube driven wheel and the tube master
Axis connection, for the tube main shaft support on rotating-barrel mechanism installation mainboard, the tube motor is mounted on the pipe rotating machine
Structure is installed on mainboard, and the rotating-barrel mechanism installs the relatively described housing slide of mainboard.
Preferably, the roll paper rotating-barrel mechanism further includes tube main shaft collet, set on the rotating-barrel mechanism installation mainboard
It sets there are two tube main shaft fixed plate, the tube main shaft collet covers on the tube main shaft, and the tube main shaft passes through institute
It states tube main shaft collet to be fixed in the tube main shaft fixed plate, and tube main shaft installation collet and the tube main shaft
Rolling bearing is provided between fixed plate, the driven wheel case of tube is on tube main shaft installation folder set.
Preferably, the roll paper ejector sleeve mechanism includes roll paper ejector sleeve motor, roll paper ejector sleeve screw rod and roll paper ejector sleeve nut,
The roll paper ejector sleeve motor and the roll paper ejector sleeve screw rod are installed in the rack, the roll paper ejector sleeve screw rod and the volume
The connection of paper ejector sleeve motor, the roll paper ejector sleeve nut are fixed on rotating-barrel mechanism installation mainboard bottom, the roll paper ejector sleeve spiral shell
Mother set cooperates with the roll paper ejector sleeve screw rod and is driven on the roll paper ejector sleeve screw rod.
Preferably, the roll paper system further includes tube body, the tube body includes pipe perforating frame mainboard and poling
Transmission device, the poling transmission device include poling motor, poling transmission gear and poling driving rack, the poling motor
It is fixed on the pipe perforating frame mainboard, the poling motor is connect with the poling transmission gear, the poling driving rack peace
In the rack, and cooperates with the poling transmission gear and be driven, the relatively described pipe perforating frame master of the roll paper rotating-barrel mechanism
Plate sliding.
Preferably, the roll paper system further includes roll paper tube extruding machine structure, the roll paper tube extruding machine structure includes pipe jam-packed gas
Cylinder and pipe jam-packed push plate, the pipe jam-packed cylinder are mounted on the roll paper rotating-barrel mechanism, and are connect with the pipe jam-packed push plate,
The pipe jam-packed push plate covers on the tube main shaft.
Preferably, the roll paper system further includes roll paper pressure pipe structure, the roll paper pressure pipe structure includes roll paper pressure pipe
Bracket, roll paper pressure pipe cylinder, axis, roll paper pressure pipe lower axle and roll paper pressure pipe lower axle adjust symmetrical screw rod, the volume in roll paper pressure pipe
Letterweight pipe holder is mounted on the rack, under the roll paper pressure pipe cylinder, the roll paper pressure pipe lower axle and the roll paper pressure pipe
Axis adjusts symmetrical screw rod and is installed on the roll paper pressure pipe bracket, and axis and the roll paper pressure pipe lower axle are equal in the roll paper pressure pipe
Be arranged side by side have two, axis is connect with the roll paper pressure pipe cylinder in the roll paper pressure pipe, the roll paper pressure pipe lower axle with it is described
Roll paper pressure pipe lower axle adjusts symmetrical screw rod and is slidably connected, and one end that the roll paper pressure pipe lower axle adjusts symmetrical screw rod is provided with roll paper
Pressure pipe lower axle regulation handle.
Preferably, the roll paper system further includes paper tube rolling position-limit mechanism, the paper tube rolling position-limit mechanism includes roll paper
Pipe positioning pipe, position-limit mechanism mounting base, position-limit mechanism clamping cylinder, the left clamping frame of position-limit mechanism, the right clamping frame of position-limit mechanism and limit
Mechanism rod device, the position-limit mechanism mounting base are mounted on the rack, and the paper tube rolling positioning pipe is supported on the limit
In position mechanism mounting base, the position-limit mechanism clamping cylinder and the position-limit mechanism linkage are installed in the position-limit mechanism
In mounting base, the position-limit mechanism clamping cylinder is connect with the left clamping frame of the position-limit mechanism or the right clamping frame of the position-limit mechanism, institute
It states the left clamping frame of position-limit mechanism and is connected with the right clamping frame of the position-limit mechanism by the position-limit mechanism linkage, and the relatively described limit
Position mechanism mounting base sliding.
Preferably, the Pipe Cutting system includes pipe installation, Pipe Cutting pipe support mechanism and Pipe Cutting frame hunting gear, it is described to cut
Pipe support hunting gear is mounted on the rack, and is connect respectively with the pipe installation and Pipe Cutting pipe support mechanism, is used for
Drive the relatively described housing slide of the pipe installation and Pipe Cutting pipe support mechanism.
Preferably, the disengaging guard system, the disengaging guard system includes tube intake system and outlet pipe mechanism, the inlet pipe
Mechanism includes for tube assembly, inlet pipe scraper component, ejector sleeve component, inlet pipe pipe carrier, the relatively described machine of inlet pipe scraper component
Frame sliding, for scraping pipe to the inlet pipe pipe carrier, the ejector sleeve component is mounted on the rack, for sending pipe to pre-
Positioning is set, and the outlet pipe mechanism includes the export supporting plate being mounted on the rack.
The beneficial effects of the utility model are:
One, the roll paper system of the utility model includes tube main shaft, roll paper rotating-barrel mechanism and roll paper ejector sleeve mechanism, passes through volume
The collective effect of paper rotating-barrel mechanism and roll paper ejector sleeve mechanism, can to fiber pipe surface carry out spiral roll paper, stable and reliable operation,
And high degree of automation.
Two, the roll paper system of the utility model includes roll paper tube body, carries out automatic tube-penetrating by roll paper tube body,
It realizes poling automation, improves working efficiency.
Three, the roll paper system of the utility model includes roll paper tube extruding machine structure, by roll paper tube extruding machine structure by fibre pipe with it is upper
The jam-packed of one root fibre pipe is convenient for subsequent progress roll paper movement.
Four, the roll paper system of the utility model includes roll paper position-limit mechanism, the left clamping frame of the position-limit mechanism of roll paper position-limit mechanism
Connected with the right clamping frame of position-limit mechanism by position-limit mechanism linkage, can symmetrical clamped fibers pipe, fibre pipe is limited, is added
Clamp force degree is adjustable, and fibre pipe is made to rotate just in roll paper position-limit mechanism and move in a predetermined direction.
The utility model is described in further detail with reference to the accompanying drawings and examples.
Detailed description of the invention
It, below will be to required in embodiment description in order to illustrate more clearly of the technical scheme in the embodiment of the utility model
Attached drawing to be used is briefly described, it should be apparent that, the accompanying drawings in the following description is only some realities of the utility model
Example is applied, it for those of ordinary skill in the art, without creative efforts, can also be according to these attached drawings
Obtain other attached drawings.
Fig. 1 is a kind of structural schematic diagram of tiltedly volume machine in the embodiments of the present invention.
Fig. 2 is a kind of structural schematic diagram of the paper roll export agency of tiltedly volume machine in the embodiments of the present invention.
Fig. 3 is a kind of structural schematic diagram of the rubber-coated mechanism of tiltedly volume machine in the embodiments of the present invention.
Fig. 4 is a kind of structural schematic diagram of the disengaging guard system of tiltedly volume machine in the embodiments of the present invention.
Fig. 5 is a kind of structural schematic diagram of the ejector sleeve clamp component of tiltedly volume machine in the embodiments of the present invention.
Fig. 6 is a kind of structural schematic diagram of the roll paper system of tiltedly volume machine in the embodiments of the present invention.
Fig. 7 is a kind of perspective view of the roll paper system of tiltedly volume machine in the embodiments of the present invention.
Fig. 8 is a kind of structural schematic diagram of the roll paper tube body of tiltedly volume machine in the embodiments of the present invention.
Fig. 9 is a kind of structural schematic diagram of the roll paper tube extruding machine structure of tiltedly volume machine in the embodiments of the present invention.
Figure 10 is a kind of structural schematic diagram of the roll paper rotating-barrel mechanism of tiltedly volume machine in the embodiments of the present invention.
Figure 11 is a kind of structural schematic diagram of the roll paper ejector sleeve mechanism of tiltedly volume machine in the embodiments of the present invention.
Figure 12 is a kind of structural schematic diagram of the roll paper pressure pipe structure of tiltedly volume machine in the embodiments of the present invention.
Figure 13 is a kind of structural schematic diagram of the paper tube rolling position-limit mechanism of tiltedly volume machine in the embodiments of the present invention.
Figure 14 is a kind of structural schematic diagram of the left clamping frame of position-limit mechanism of tiltedly volume machine in the embodiments of the present invention.
Figure 15 is a kind of structural schematic diagram of the right clamping frame of position-limit mechanism of tiltedly volume machine in the embodiments of the present invention.
Figure 16 is a kind of structural schematic diagram of the position-limit mechanism linkage of tiltedly volume machine in the embodiments of the present invention.
Figure 17 is a kind of structural schematic diagram of the Pipe Cutting system of tiltedly volume machine in the embodiments of the present invention.
Appended drawing reference:
Rack 1；
Paper supplying system 2；Paper roll export agency 21；Paper roll rack 211；Paper roll swivel mount 2111；First paper-finding frame 2112；
Paper guiding roll 2113；Rubber-coated mechanism 22；Gluing frame 221；Second paper-finding frame 2211；Put lacquer disk(-sc) 2212；Face tissue glue spreading device 2213；It applies
Lacquer disk(-sc) 2214；Glue-spread adjusting bracket 2215；Glue-spread adjusts bolt 2216；Glue circulations pump 2217；Glue pipeline 2218；Paper roll
Introducing mechanism 23；Rotate paper-finding frame 231；Paper-finding frame rotating arm 232；Paper-finding frame firm banking 233；
Pass in and out guard system 3；Tube intake system 31；Tube intake system body frame 3111；Inlet pipe supporting plate 3112；Keep off pipe No.1 cylinder
3113；Keep off No. two cylinders 3114 of pipe；Inlet pipe scraper plate mounting bracket 3121；Inlet pipe scraper plate track base 3122；Inlet pipe scraper plate 3123；Into
Pipe pipe carrier 3124；Inlet pipe baffle 3125；Inlet pipe scraper plate moving guide rail 3126；Inlet pipe motor 3127；Inlet pipe scraper plate driving rack
3128；Inlet pipe scraper plate transmission gear 3129；Inlet pipe ejector sleeve cylinder 3131；Inlet pipe ejector sleeve cylinder fixed support 3132；Inlet pipe ejector sleeve
Lifting cylinder 3133；Inlet pipe ejector sleeve mainboard 3134；Inlet pipe clamp unit installing board 3135；Ejector sleeve clamp cylinder 3136；Ejector sleeve folder
Plumber block 3137；Ejector sleeve clamp baffle 3138；Inlet pipe ejector sleeve mainboard sliding block 3139；Outlet pipe mechanism 32；Export supporting plate 321；
Roll paper system 4；Tube main shaft 41；Tube main shaft installs collet 411；Roll paper tube body 42；Pipe perforating frame guide rail
421；Pipe perforating frame mainboard 422；Roll paper tube guide rail 423；Tube main shaft support cylinder 424；Pipe perforating frame sliding block 425；Poling motor
426；Poling motor reducer 427；Poling transmission gear 428；Poling driving rack 429；Roll paper tube extruding machine structure 43；Pipe jam-packed gas
Cylinder 431；Pipe jam-packed mainboard 432；Pipe jam-packed push plate 433；Roll paper rotating-barrel mechanism 44；Rotating-barrel mechanism installs mainboard 441；Tube main shaft
Fixed plate 442；Tube motor 443；Tube speed reducer 444；Tube driving wheel 445；Tube driven wheel 446；Tube synchronous belt
447；Tube belt tension frame and tensioning bolt 448；Roll paper ejector sleeve mechanism 45；Roll paper ejector sleeve motor 451；Roll paper ejector sleeve speed reducer
452；Roll paper ejector sleeve screw rod 453；Roll paper ejector sleeve nut 454；Roll paper tube sliding shoe 455；Roll paper pressure pipe structure 46；Roll paper pressure pipe
Bracket 461；Roll paper pressure pipe cylinder 462；Axis 463 in roll paper pressure pipe；Roll paper pressure pipe lower axle 464；Roll paper pressure pipe lower axle adjusts symmetrical
Screw rod 465；Roll paper pressure pipe lower axle regulation handle 466；Paper tube rolling position-limit mechanism 47；Paper tube rolling positioning pipe 471；Paper tube rolling positioning pipe
Bracket 472；Position-limit mechanism pedestal 473；Position-limit mechanism mainboard 474；Roll paper position-limit mechanism support guide 4741；Position-limit mechanism clamps
Cylinder 475；The left clamping frame 476 of position-limit mechanism；Left clamping frame bottom plate 4761；Left clamping axle installing plate 4762；Left clamp shaft 4763；Zuo Jia
Frame sliding block 4764；The right clamping frame 477 of position-limit mechanism；Right clamping frame bottom plate 4771；Right clamping axle installing plate 4772；Right clamp shaft 4773；
Position-limit mechanism linkage 478；Left clamping frame connecting rod 4781, roll paper position-limit mechanism connecting rod 4782 and right clamping frame connecting rod 4783；Roll paper
System fixed frame 48；
Pipe Cutting system 5；Pipe Cutting system mounting plate 51；Pipe Cutting system mounting plate sliding block 511；Pipe Cutting is servo-actuated guide rail 512；Pipe Cutting
Catheter plate 52；Pipe Cutting pipe support mechanism's installing plate 531；Pipe Cutting pipe support axis 532；Pipe Cutting pipe support adjusts symmetrical screw rod 533；Pipe Cutting is servo-actuated
Device mounting plate 541；Pipe Cutting is servo-actuated screw rod 542；Pipe Cutting cutter following nut 543；Pipe Cutting follow-up motor 544；Pipe Cutting is servo-actuated to be subtracted
Fast machine 545；Pipe Cutting erection support 551；Pipe Cutting motor mounting plate 552；Pipe Cutting rotation axis 553；Pipe Cutting motor 554；Pipe Cutting cutter
Beam barrel 555 is installed；Pipe Cutting slitter shaft 556；Pipe Cutting cutter 557；Pipe Cutting cutter, which pushes, adjusts mounting bracket 558；Under Pipe Cutting cutter
Press adjusting nut 5581；Pipe Cutting lower air cylinder 559.
Specific embodiment
To keep the purpose of this utility model, technical solution and advantage clearer, elaborated below with specific embodiment
The more technical details of the utility model.
As shown in Figure 1, the oblique volume machine of the present embodiment, spiral roll paper can be carried out to fiber pipe surface, stable and reliable operation,
And high degree of automation comprising rack 1, paper supplying system 2, disengaging guard system 3, roll paper system 4 and Pipe Cutting system 5, wherein
As shown in Figure 1-3, paper supplying system 2 includes paper roll export agency 21, rubber-coated mechanism 22 and paper roll introducing mechanism 23, paper
Rolling up export agency 21 includes paper roll rack 211, and paper roll swivel mount 2111 is provided on paper roll rack 211, first leads paper
Frame 2112 and paper guiding roll 2113, paper roll are fixed on paper roll swivel mount 2111, and the quantity of paper roll is arranged according to actual needs.Gluing
Mechanism 22 includes gluing frame 221, and the second paper-finding frame 2211 is provided on gluing frame 221 and puts lacquer disk(-sc) 2212, the second paper-finding frame
2211 tops are provided with face tissue glue spreading device 2213, for the single spreading water to overlay paper, put and are provided with above lacquer disk(-sc) 2212
Lacquer disk(-sc) 2214, glue-spread adjusting bracket 2215 are applied, lacquer disk(-sc) 2214 is applied and has been stacked multiple, be fixed by the bracket and putting lacquer disk(-sc) 2212
On, glue-spread adjusting bracket fixes 2215 on putting lacquer disk(-sc) 2212, is provided with glue-spread and adjusts bolt 2216, is applied by adjusting
Glue amount adjusts bolt 2216 to adjust the glue-spread of roll paper, puts and is provided with glue circulations pump 2217 and tube of glue below lacquer disk(-sc) 2212
Road 2218, glue circulations pump 2217 are fixed on gluing frame 221, and glue pipeline 2218 is connect with glue circulations pump 2217, glue
2218 one end of pipeline is communicated with lacquer disk(-sc) 2212 is put, and the other end, which extends to, to be applied above lacquer disk(-sc) 2214, is set on each painting lacquer disk(-sc) 2214
It is equipped with through-hole, glue flows into gluing disk 2214 by the circulation of glue pipeline 2218, flows into from painting lacquer disk(-sc) 2214 and puts lacquer disk(-sc) 2212 again
Glue circulations water pump 2217 is returned to, is recycled always.Paper roll introducing mechanism 23 is arranged in rack 1, including rotation paper-finding frame 231,
Paper-finding frame rotating arm 232 and paper-finding frame firm banking 233, swivel mount firm banking 233 are fixed in rack 1, paper-finding frame rotation
Arm 232 is mounted in the rotary shaft of paper-finding frame firm banking 233, and rotation paper-finding frame 231 is mounted on paper-finding frame rotating arm 232,
The rotation adjustable angle of paper roll introducing mechanism 23, roll paper from paper roll export agency 21 export to rubber-coated mechanism 22 carry out gluing after by
Paper roll introducing mechanism 23 imports.
As shown in fig. 4-5, disengaging guard system 3 includes tube intake system 31 and outlet pipe mechanism 32, and tube intake system 31 includes supplying
Tube assembly, inlet pipe scraper component and ejector sleeve component include tube intake system body frame 3111, inlet pipe supporting plate 3112, gear pipe for tube assembly
No.1 cylinder 3113 and gear No. two cylinders 3114 of pipe, tube intake system body frame 3111 are fixed in rack 1, and inlet pipe supporting plate 3112 tilts
It is arranged on tube intake system body frame 3111, end is provided with baffle, and 3112 end of inlet pipe supporting plate is provided with detection electric eye, uses
To detect whether fibre pipe slides on 3112 end of inlet pipe supporting plate, it is ensured that fibre pipe can be scraped by inlet pipe scraper plate 3123, gear pipe
No.1 cylinder 3113 and gear No. two cylinders 3114 of pipe are fixed on above inlet pipe supporting plate 3112 by tube intake system body frame 3111, gear pipe
It is provided with detection electric eye on No. two cylinders 3114, when this electric eye detects fibre pipe, presses start button, tube intake system 31 is
It will start, keep off one pipe position of spacing between pipe No.1 cylinder 3113 and gear No. two cylinders 3114 of pipe, gear No. two cylinders 3114 of pipe lean on
Nearly 3112 end of inlet pipe supporting plate, inlet pipe scraper component include inlet pipe scraper plate mounting bracket 3121, inlet pipe scraper plate track base 3122, into
Pipe scraper plate 3123, inlet pipe scraper plate transmission device, inlet pipe pipe carrier 3124 and inlet pipe baffle 3125, inlet pipe scraper plate mounting bracket 3121
It is fixed in rack 1, inlet pipe scraper plate moving guide rail 3126 is provided in inlet pipe scraper plate mounting bracket 3121, installed in inlet pipe scraper plate
It is provided with detection electric eye on the initial position of the corresponding inlet pipe scraper plate 3123 of bracket 3121, for detecting the position of inlet pipe scraper plate 3123
It sets, at the beginning, masks the signal of this electric eye, after being pushed by inlet pipe motor 3,127 3123 first time of inlet pipe scraper plate, according to
Pre-set programs after moving forwards a distance, return again to this position, stopping letter when this electric eye is returned as inlet pipe scraper plate 3123
Number and origin, inlet pipe scraper plate track base 3122 be slidably connected with inlet pipe scraper plate moving guide rail 3126, inlet pipe scraper plate transmission device packet
Include inlet pipe motor 3127, inlet pipe scraper plate driving rack 3128 and inlet pipe scraper plate transmission gear 3129, inlet pipe motor 3127 by into
Pipe motor mounting plate is connect with inlet pipe scraper plate track base 3122, and inlet pipe scraper plate 3123 is fixed on inlet pipe motor mounting plate, inlet pipe
The output axis connection of scraper plate transmission gear 3129 and inlet pipe motor 3127, inlet pipe scraper plate driving rack 3128 are fixed on tube intake system
On body frame 3111, cooperate with inlet pipe scraper plate transmission gear 3129 and be driven, inlet pipe baffle 3125 is solid by inlet pipe baffle mounting bracket
It is scheduled in rack 1, inlet pipe baffle 3125 and inlet pipe pipe carrier 3124 in the same direction, play gear pipe, inlet pipe pipe carrier
3124 is arc-shaped, equal with the lower of inlet pipe supporting plate 3112 or slightly below inlet pipe supporting plate 3112 lower, inlet pipe pipe carrier
Detection electric eye is provided on 3124, for detecting whether fibre pipe by inlet pipe scraper plate 3123 scrapes predetermined position, inlet pipe pipe carrier
3124 bottoms are connected with inlet pipe pipe carrier lifting cylinder, and inlet pipe pipe carrier lifting cylinder is fixed in inlet pipe baffle mounting bracket,
It is provided with detection electric eye on inlet pipe pipe carrier lifting cylinder, is in lifting position, still for detecting inlet pipe pipe carrier 3124
Down position, ejector sleeve component include inlet pipe ejector sleeve cylinder 3131, inlet pipe ejector sleeve cylinder fixed support 3132, inlet pipe ejector sleeve lifting air
Cylinder 3133 and ejector sleeve clamp component, inlet pipe ejector sleeve cylinder fixed support 3132 are fixed in rack 1, the fixed branch of inlet pipe ejector sleeve cylinder
Planar base is provided with inlet pipe ejector sleeve guide rail on frame 3132, and inlet pipe ejector sleeve cylinder 3131 is fixed on inlet pipe ejector sleeve cylinder fixed support
On 3132, there are two electric eye is detected, one is arranged in poling position, for examining for setting in inlet pipe ejector sleeve cylinder fixed support 3132
Ejector sleeve component is surveyed whether in poling position, at poling position, starts poling motor 426, another setting is former in inlet pipe ejector sleeve
Whether point position, have returned to initial origin position for detecting ejector sleeve component, only this component, could simultaneously in origin position
Start roll paper rotating-barrel mechanism 44 and roll paper ejector sleeve mechanism 45, starts roll paper, in order to avoid the two mechanical interferences, ejector sleeve clamp component packet
It includes inlet pipe ejector sleeve mainboard 3134, inlet pipe clamp unit installing board 3135, ejector sleeve clamp cylinder 3136, ejector sleeve clamp block 3137 and pushes away
Pipe clamp pipe baffle 3138 is provided with detection electric eye on inlet pipe ejector sleeve mainboard 3134, because ejector sleeve clamp component clamps fibre pipe,
After tube main shaft 41 penetrates the inner hole of fibre pipe, needs to remove ejector sleeve clamp component, only opens ejector sleeve clamp block 3137,
And it is lifted up ejector sleeve clamp component, this ejector sleeve clamp component can be just removed, this electric eye is used to whether detect ejector sleeve clamp component
It has been increased that, after only increasing, could have been removed, inlet pipe ejector sleeve mainboard 3134 is connect with inlet pipe ejector sleeve cylinder 3136, is set thereon
It is equipped with inlet pipe ejector sleeve mainboard sliding block 3139, inlet pipe ejector sleeve mainboard sliding block 3139 is slidably connected with inlet pipe ejector sleeve guide rail, inlet pipe ejector sleeve
Lifting cylinder 3133 is fixed on inlet pipe ejector sleeve mainboard 3134, inlet pipe ejector sleeve lifting cylinder 3133 and inlet pipe clamp unit installing board
3135 by inlet pipe ejector sleeve lifting guiding axis connection, ejector sleeve clamp cylinder 3136 by ejector sleeve clamp air cylinder fixed plate be fixed on into
3135 bottom of pipe clamp tube assembly mounting plate, ejector sleeve clamp cylinder 3136 pass through ejector sleeve clamp block guiding axis and ejector sleeve clamp block 3137
Connection, ejector sleeve clamp baffle 3138 is fixed on 3135 bottom of inlet pipe clamp unit installing board, and is arranged in ejector sleeve clamp cylinder
In 3136 direction of motion.Outlet pipe mechanism 32 includes the export supporting plate 321 being fixed in rack 1 by exporting pallet stand.
As shown in Fig. 6-Figure 16, roll paper system 4 include tube main shaft 41, roll paper tube body 42, roll paper tube extruding machine structure 43,
Roll paper rotating-barrel mechanism 44, roll paper ejector sleeve mechanism 45, roll paper pressure pipe structure 46, paper tube rolling position-limit mechanism 47 and roll paper system fixed frame
48, tube main shaft 41 is provided with Pneumatic rotary connector using air-expanding shaft on the market, and roll paper tube body 42 includes poling
Frame mainboard 422 and poling transmission device, roll paper system fixed frame 48 are fixed in rack 1, are arranged on roll paper system fixed frame 48
There is pipe perforating frame guide rail 421, roll paper tube guide rail 423, tube main shaft support cylinder 424, poling are provided on pipe perforating frame mainboard 422
Frame sliding block 425, tube main shaft support cylinder 424 are connected with tube spindle support shaft, are used to support tube main shaft 41, and pipe perforating frame is sliding
Block 425 is slidably connected with the pipe perforating frame guide rail 421 on roll paper system fixed frame 48, poling transmission device include poling motor 426,
Poling motor reducer 427, poling transmission gear 428 and poling driving rack 429, poling motor 426 are fixed on pipe perforating frame master
On plate 422, poling motor 426 is connect with poling motor reducer 427, poling motor reducer 427 and poling transmission gear 428
Connection, poling driving rack 429 is fixed on roll paper system fixed frame 48, and with 428 engaged transmission of poling transmission gear.Roll paper
Tube extruding machine structure 43 includes pipe jam-packed cylinder 431, pipe jam-packed mainboard 432 and pipe jam-packed push plate 433, and pipe jam-packed cylinder 431 is fixed on
On pipe jam-packed mainboard 432, and it is connect by pipe jam-packed push plate guiding axis with pipe jam-packed push plate 433.Roll paper rotating-barrel mechanism 44 includes
Rotating-barrel mechanism installs mainboard 441 and tube transmission device, and setting is fixed there are two tube main shaft on rotating-barrel mechanism installation mainboard 441
Plate 442, pipe jam-packed mainboard 432 are fixed in tube main shaft fixed plate 442 inwardly, and tube main shaft peace is cased on tube main shaft 41
Mounting clip sleeve 411 is installed collet 411 by tube main shaft and is fixed in tube main shaft fixed plate 442, and tube main shaft installs collet
Rolling bearing is provided between 411 and tube main shaft fixed plate 422, tube transmission device includes tube motor 443, tube deceleration
Machine 444, tube driving wheel 445, tube driven wheel 446, tube synchronous belt 447 and tube belt tension frame and tensioning bolt 448,
Tube motor 443 is mounted on rotating-barrel mechanism by tube motor mounting plate and installs on mainboard 441, and tube motor 443 and tube subtract
Fast machine 444 connects, and tube speed reducer 444 is connect with tube driving wheel 445, for driving tube driving wheel 445, tube driven wheel
446 sets are installed on collet 411 in tube main shaft, and tube driving wheel 445 and tube driven wheel 446 pass through tube synchronous belt 447 and pass
Dynamic, tube belt tension frame and tensioning bolt 448 are fixed on rotating-barrel mechanism installation mainboard 441, and are connect with tube synchronous belt 447
Touching, for adjusting the tensile force of tube synchronous belt 447.Roll paper ejector sleeve mechanism 45 subtracts including roll paper ejector sleeve motor 451, roll paper ejector sleeve
Fast machine 452, roll paper ejector sleeve screw rod 453 and roll paper ejector sleeve nut 454, roll paper ejector sleeve motor 451 are installed by roll paper ejector sleeve motor
Block is mounted on pipe perforating frame mainboard 422, and roll paper ejector sleeve speed reducer 452 is connect with roll paper ejector sleeve motor 451, roll paper ejector sleeve screw rod
453 are mounted on pipe perforating frame mainboard 422 by roll paper ejector sleeve screw rod mounting blocks, and are connect with roll paper ejector sleeve speed reducer 452, roll paper
Ejector sleeve nut 454 is fixed on rotating-barrel mechanism installation 441 bottom of mainboard, and covers on roll paper ejector sleeve screw rod 453, with roll paper ejector sleeve silk
The cooperation transmission of bar 453, rotating-barrel mechanism installation 441 bottom of mainboard are provided with roll paper tube sliding shoe 455, roll paper tube sliding shoe
455 are slidably connected with the roll paper tube guide rail 423 on pipe perforating frame mainboard 422.Roll paper pressure pipe structure 46 includes roll paper pressure pipe bracket
461, roll paper pressure pipe cylinder 462, axis 463, roll paper pressure pipe lower axle 464 and roll paper pressure pipe lower axle adjust symmetrical screw rod in roll paper pressure pipe
465, roll paper pressure pipe bracket 461 is fixed on roll paper system fixed frame 48, and roll paper pressure pipe cylinder 462 is fixed on roll paper pressure pipe bracket
Axis 463, which is arranged side by side, on 461, in roll paper pressure pipe two, and axis 463 is spaced apart in two roll paper pressure pipes, axis 463 in roll paper pressure pipe
It is connect with roll paper pressure pipe cylinder 462, roll paper pressure pipe lower axle 464, which is arranged side by side, two, and two roll paper pressure pipe lower axles 464 are spaced
It opens, roll paper pressure pipe lower axle 464 is mounted on roll paper pressure pipe bracket 461 by roll paper pressure pipe mounting plate, and roll paper pressure pipe lower axle
464, which adjust symmetrical screw rod 465 with roll paper pressure pipe lower axle, is slidably connected, and roll paper pressure pipe lower axle adjusts symmetrical screw rod 465 and passes through roll paper
Pressure pipe lower axle adjusts symmetrical screw rod mounting blocks and is mounted on roll paper pressure pipe bracket 461, and roll paper pressure pipe lower axle adjusts symmetrical screw rod
465 one end is provided with roll paper pressure pipe lower axle regulation handle 466, adjusts volume by adjusting roll paper pressure pipe lower axle regulation handle 466
The position of letterweight pipe lower axle 464.Paper tube rolling position-limit mechanism 47 include paper tube rolling positioning pipe 471, paper tube rolling positioning pipe holder 472,
The left clamping frame 476 of position-limit mechanism pedestal 473, position-limit mechanism mainboard 474, position-limit mechanism clamping cylinder 475, position-limit mechanism, position restrainer
The right clamping frame 477 of structure and position-limit mechanism linkage 478, position-limit mechanism pedestal 473 are fixed on roll paper system fixed frame 48, limit
Mechanism mainboard 474 is fixed on position-limit mechanism pedestal 473, and roll paper position-limit mechanism bracket is provided on position-limit mechanism mainboard 474 and is led
Rail 4741, paper tube rolling positioning pipe holder 472 is fixed on position-limit mechanism mainboard 474, for supporting paper tube rolling positioning pipe 471, limit
The position left clamping frame 476 of mechanism includes left clamping frame bottom plate 4761, left clamping axle installing plate 4762 and left clamp shaft 4763, left clamping frame bottom plate
4761 bottoms are provided with left clamping frame sliding block 4764, and left clamping frame connecting rod installation axle is provided on left clamping frame bottom plate 4761, and left clamping frame is sliding
Block 4764 is slidably connected with roll paper position-limit mechanism support guide 4741, and left clamping axle installing plate 4762 is fixed on left clamping frame bottom plate
On 4761, left clamp shaft 4763 is mounted in left clamping axle installing plate 4762 by mounting blocks, and left clamp shaft 4763 is set side by side
There are two, two left clamp shafts 4763 are spaced apart, and the right clamping frame 477 of position-limit mechanism includes right clamping frame bottom plate 4771, right clamp shaft peace
Loading board 4772 and right clamp shaft 4773, right 4771 bottom of clamping frame bottom plate are provided with right clamping frame sliding block 4774, right clamping frame bottom plate 4771
On be provided with right clamping frame connecting rod installation axle, right clamping frame sliding block 4774 is slidably connected with roll paper position-limit mechanism support guide 4741, right
4773 mounting plate of clamp shaft is fixed on right clamping frame bottom plate 4771, and right clamp shaft 4773, which is mounted on right clamp shaft by mounting blocks, pacifies
In loading board 4772, right clamp shaft 4773 is set side by side with two, and two right clamp shafts 4773 are spaced apart, left clamp shaft 4763 and the right side
The structure of clamp shaft 4773 is the same, includes shaft end, bearing spacer, bearing and clamping beam barrel, by left clamp shaft 4763 and right folder
Mandrel 4773 is set as roll rotational, reduces frictional force when roll paper, and linkage 478 includes left clamping frame connecting rod 4781, roll paper
Position-limit mechanism connecting rod 4782 and right clamping frame connecting rod 4783, roll paper position-limit mechanism connecting rod 4782 are mounted on limit by connecting rod installation axle
On mechanism mainboard 474, roll paper position-limit mechanism connecting rod 4782 respectively with one end of left clamping frame connecting rod 4781 and right clamping frame connecting rod 4782
One end connected by bearing, left 4781 other end of clamping frame connecting rod is mounted in left clamping frame connecting rod installation axle by bearing, right folder
4783 other end of frame connecting rod is mounted in right clamping frame connecting rod installation axle by bearing, and position-limit mechanism clamping cylinder 475 passes through installation
Block is fixed on position-limit mechanism mainboard 474, and is connect with left 4762 or right clamping axle installing plate 4772 of clamping axle installing plate.Roll paper
There are three electric eye is detected, one is arranged in the stop position of pipe jam-packed push plate 433 for setting on system fixed frame 48, for detecting volume
Pipe jam-packed push plate 433 in paper tube extruding machine structure 43, stopping electric eye of this electric eye as roll paper system 4, because of pipe jam-packed push plate 433
It fits with fibre pipe, it is a fixed position that detection electric eye, which is mounted on roll paper system fixed frame 48, detects electric eye by this
The end of each fibre pipe can be made all to be parked in a fixed position, one is arranged in the stopping of roll paper tube body 42
Position is used as stop signal and the furthest travel position of roll paper tube body 42, and one is arranged in roll paper tube body 42
Origin position, first time run when, shield this electric eye, later this electric eye as roll paper tube body 42 operation after, return
Stop signal and origin when returning, the oblique volume machine of the present embodiment is in roll paper tube body 42, roll paper tube extruding machine structure 43, roll paper tube
Under mechanism 44, roll paper ejector sleeve mechanism 45, the collective effect of roll paper pressure pipe structure 46 and paper tube rolling position-limit mechanism 47, realize that roll paper is dynamic
Make, after fibre pipe is pushed into poling position by tube intake system 31, fibre pipe is first penetrated by tube main shaft 41 by roll paper tube body 42
In, then by roll paper tube extruding machine structure 43 by fibre pipe and a upper fibre pipe jam-packed, tube main shaft 41 is again by fibre pipe swelling, most
It drives tube main shaft 41 and fibre pipe to spin movement by roll paper rotating-barrel mechanism 44 and roll paper ejector sleeve mechanism 45 afterwards, completes entirely to roll up
Paper movement.
As shown in figure 17, Pipe Cutting system 5 include Pipe Cutting system mounting plate 51, Pipe Cutting pipe support mechanism, Pipe Cutting frame hunting gear,
Pipe installation and Pipe Cutting catheter plate 52,51 bottom of Pipe Cutting system mounting plate are provided with Pipe Cutting system mounting plate sliding block 511, Pipe Cutting system
System mounting plate sliding block 511 slidably connects Pipe Cutting and is servo-actuated guide rail 512, and Pipe Cutting is servo-actuated guide rail 512 and is arranged in roll paper system fixed frame
On 48, Pipe Cutting pipe support mechanism includes Pipe Cutting pipe support mechanism's installing plate 531, Pipe Cutting pipe support axis 532, the symmetrical screw rod of Pipe Cutting pipe support adjusting
533, Pipe Cutting pipe support mechanism's installing plate 531 is fixed on Pipe Cutting system mounting plate 51, and Pipe Cutting pipe support axis 532 passes through Pipe Cutting pipe support axis
Mounting blocks are mounted in Pipe Cutting pipe support mechanism's installing plate 531, and Pipe Cutting pipe support axis 532, which is arranged side by side, two, two Pipe Cutting pipe supports
Axis 532 is spaced apart, the left clamp shaft 4763 and right clamp shaft 4773 of the structure of Pipe Cutting pipe support axis 532 and paper tube rolling position-limit mechanism 47
Structure it is the same, including shaft end, bearing spacer, bearing and clamp beam barrel, axial plane is free to rotate, and Pipe Cutting pipe support adjusts symmetrical silk
Bar 533 is threadedly coupled with Pipe Cutting pipe support axis mounting blocks, and is mounted in Pipe Cutting pipe support mechanism's installing plate 531 by mounting blocks, is cut
One end that pipe pipe support adjusts symmetrical screw rod 533 is provided with Pipe Cutting pipe support mechanism regulation handle, for adjusting Pipe Cutting pipe support axis 532
Position, to reach fibre pipe in the underface of Pipe Cutting cutter 557, steady cutting.Pipe Cutting frame hunting gear includes that Pipe Cutting is servo-actuated
Device mounting plate 541, Pipe Cutting, which are servo-actuated screw rod 542, Pipe Cutting cutter following nut 543, Pipe Cutting follow-up motor 544 and Pipe Cutting and are servo-actuated, to be subtracted
Fast machine 545, Pipe Cutting hunting gear mounting plate 541 are fixed on roll paper system fixed frame 48, and Pipe Cutting is servo-actuated screw rod 542 and passes through Pipe Cutting
Servo-actuated screw rod mounting blocks are fixed on Pipe Cutting hunting gear mounting plate 541, and 543 sets of Pipe Cutting cutter following nut servo-actuated in upper Pipe Cutting
Screw rod 542 is servo-actuated the cooperation of screw rod 542 with Pipe Cutting and is driven, and is fixed on 541 bottom of Pipe Cutting system mounting plate, Pipe Cutting follow-up motor
544 are fixed on Pipe Cutting hunting gear mounting plate 541 by Pipe Cutting follow-up motor mounting plate, Pipe Cutting follow-up motor 544 and Pipe Cutting
Servo-actuated speed reducer 545 connects, and Pipe Cutting is servo-actuated speed reducer 545 and connect with the servo-actuated screw rod 542 of Pipe Cutting, passes through Pipe Cutting follow-up motor 544
And Pipe Cutting is servo-actuated speed reducer 545 and Pipe Cutting is driven to be servo-actuated the rotation of screw rod 542, to control the movement of pipe installation.Pipe installation includes
Pipe Cutting erection support 551, Pipe Cutting cutter, which push, adjusts component, Pipe Cutting motor mounting plate 552, Pipe Cutting rotation axis 553, Pipe Cutting motor
554 and Pipe Cutting cutter assembly, Pipe Cutting erection support 551 be mounted on Pipe Cutting system mounting plate 51, set on Pipe Cutting erection support 551
It is equipped with Pipe Cutting shaft cushion block, Pipe Cutting rotation axis 553 is installed bearing spider by Pipe Cutting shaft and is mounted on Pipe Cutting rotation axis cushion block,
Pipe Cutting motor mounting plate 554 is mounted in Pipe Cutting rotation axis 553 by Pipe Cutting motor mounting plate fixed block, and material is thus formed one
A turning joint, Pipe Cutting motor 554 are fixed on Pipe Cutting motor mounting plate 552, and Pipe Cutting cutter assembly includes the installation of Pipe Cutting cutter
Beam barrel 555, Pipe Cutting slitter shaft 556 and Pipe Cutting cutter 557, Pipe Cutting cutter are installed beam barrel 555 and are installed by Pipe Cutting cutter mounting blocks
In 552 bottom of Pipe Cutting motor mounting plate, Pipe Cutting slitter shaft 556 is mounted on Pipe Cutting cutter installation beam barrel 555, Pipe Cutting cutter 557
It is mounted on Pipe Cutting slitter shaft 556, Pipe Cutting motor 554 and Pipe Cutting slitter shaft 556 are driven by sprocket wheel, and Pipe Cutting cutter, which pushes, to be adjusted
Component includes that Pipe Cutting cutter pushes adjusting mounting bracket 558, Pipe Cutting lower air cylinder 559 and Pipe Cutting cutter pushing adjusting nut
5581, Pipe Cutting cutter pushes adjusting mounting bracket 558 and is mounted on Pipe Cutting system mounting plate 51, and 559 1 sections of Pipe Cutting lower air cylinder
It is connect by upper hinge with Pipe Cutting motor mounting plate 552, the other end is connect by lower hinge with Pipe Cutting system mounting plate 51, Pipe Cutting
Cutter pushes adjusting nut 5581 and is mounted in Pipe Cutting cutter pushing adjusting mounting bracket 558, and is located at Pipe Cutting motor mounting plate
552 tops, Pipe Cutting cutter, which pushes, is provided with Pipe Cutting cutter pushing adjusting regulation handle on adjusting nut 5581, passes through Pipe Cutting cutter
It pushes and adjusts regulation handle to adjust Pipe Cutting cutter and push adjusting nut 5581 to adjust the height of Pipe Cutting motor mounting plate 552
Position, to adjust the distance of the pushing of Pipe Cutting cutter 557.Pipe Cutting guide plate 52 is mounted on Pipe Cutting system by Pipe Cutting guide plate mounting bracket
It unites on mounting plate 51, Pipe Cutting guide plate 52 is obliquely installed, and highest point is lower than Pipe Cutting pipe support mechanism height, for exporting fibre pipe extremely
The export supporting plate 321 of outlet pipe mechanism 32.
The flat rolling machine of the present embodiment is controlled using PLC, realizes whole-course automation, the specific process steps are as follows:
1, fibre pipe is placed on inlet pipe supporting plate 3112, original state is kept off pipe No.1 cylinder 3113 and opened, and No. two gas of pipe are kept off
Cylinder 3114 is closed.
2, it presses and keeps off pipe No.1 cylinder 3113 after starting switch and close, No. two cylinders 3114 of gear pipe are opened, and fibre pipe is by edge
Inlet pipe supporting plate 3112 slide into 3112 end of inlet pipe supporting plate, blocked by the baffle of end.
3, after the detection electric eye of 3112 end of inlet pipe supporting plate to be installed detects fibre pipe, after delay 2 seconds, inlet pipe motor
3127 startings drive inlet pipe scraper plate under the transmission of inlet pipe scraper plate driving rack 3128 and inlet pipe scraper plate transmission gear 3129
Fibre pipe is scraped inlet pipe along 3126 direction of inlet pipe scraper plate moving guide rail for being mounted on inlet pipe scraper plate mounting bracket 3121 by 3123
On pipe carrier 3124.
4, after the detection electric eye of 3124 poling position of inlet pipe pipe carrier detects fibre pipe, ejector sleeve clamp cylinder 3136 is closed
It closes, fibre pipe is clamped, (while the starting of inlet pipe motor 3127 drives inlet pipe scraper plate 3123 to retract inlet pipe origin, to inlet pipe scraper plate
After detection electric eye in mounting bracket 3121 detects that inlet pipe motor 3127 is retracted into origin, this signal as fibre pipe slide into
3112 end of conduit saddle plate, gear pipe No.1 cylinder 3113 and the action signal for keeping off No. two cylinders 3114 of pipe) after delay 1 second, inlet pipe pipe
The decline of bracket lifting cylinder, inlet pipe ejector sleeve cylinder 3131 are opened, and fibre pipe is pushed poling position.
5, detect that roll paper ejector sleeve mechanism 45 reaches poling to the detection electric eye in inlet pipe ejector sleeve cylinder fixed support 3132
Behind position, the starting of poling motor 426 by the poling transmission gear 428 being mounted on roll paper tube body 42 and is mounted on volume
Poling driving rack 429 on paper system fixed frame 48 is driven, and is driven tube main shaft 41 mobile to roll paper direction, is penetrated fibre
In the inner hole for tieing up pipe.
6, when roll paper tube body 42 is moved to roll paper tube body 42 and limits electric eye position, which is setting
In the detection electric eye of 42 stop position of roll paper tube body of roll paper system fixed frame 48, roll paper tube body 42 stops, roll paper
Pipe jam-packed cylinder 431 in tube extruding machine structure 43 is opened, and fibre pipe is pushed to the end of previous fibre pipe, and be fitted in one therewith
It rises and (before roll paper starts, first by the fibre pipe of non-roll paper, is placed in paper tube rolling position-limit mechanism 47, and opens position-limit mechanism clamping
Fibre pipe is clipped between the left clamping frame 476 of position-limit mechanism and the right clamping frame 477 of position-limit mechanism, passes through regulation position limiting mechanism by cylinder 475
The admission pressure size of clamping cylinder 475, to control the size of clamping force, and by the roll paper pressure pipe gas in roll paper pressure pipe structure 46
Cylinder 462 is opened, and fibre pipe is pressed in roll paper pressure pipe structure 46).
7, after being bonded, solenoid valve is opened, is inflated to tube main shaft 41, so that its expanding block pops up, out of fibre pipe
Hole anchoring fiber pipe after fibre pipe swelling, closes 462 cylinder of roll paper pressure pipe cylinder, the fibre pipe being held down before opening.
8, ejector sleeve clamp cylinder 3136 is closed, ejector sleeve clamp component is opened, inlet pipe ejector sleeve lifting cylinder is closed after opening
3133, ejector sleeve clamp component is increased, after the detection electric eye on inlet pipe ejector sleeve mainboard 3134 detects, turns off inlet pipe ejector sleeve
Cylinder 3131, make inlet pipe ejector sleeve component be retracted into ejector sleeve position origin (retract origin to inlet pipe ejector sleeve position, after electric eye detects, this
Signal opens rising signals as inlet pipe motor 3127 and inlet pipe pipe carrier lifting cylinder, and next fibre pipe is scraped to inlet pipe pipe
In bracket 3124 and the servo-actuated dress of enabling signal and Pipe Cutting frame that roll paper rotating-barrel mechanism 44 and roll paper ejector sleeve mechanism 45 start simultaneously
Set enabling signal).
9, after the detection electric eye of 3124 inlet pipe ejector sleeve origin position of inlet pipe pipe carrier detects that inlet pipe ejector sleeve component is retracted, together
Shi Qidong roll paper rotating-barrel mechanism 44 and roll paper ejector sleeve mechanism 45 (preset in advance roll paper rotating-barrel mechanism 44 and roll paper ejector sleeve mechanism 45
Revolving speed so that in the case that web widths must, the paper of fiber pipe surface, can be smooth fit together, it is no overlap joint with
Seam).At the same time, start Pipe Cutting frame hunting gear and pipe installation, so that pipe installation, it can be with roll paper ejector sleeve mechanism 45
Synchronizing moving, thus can be in the state that fibre pipe spins movement by fibre pipe surface layer fitting paper cutting.
10, it during roll paper rotating-barrel mechanism 44 and roll paper ejector sleeve mechanism 45 are run simultaneously, will be worn from paper supplying system 2
The paper for coating glue crossed (first by facial tissue when wearing paper, i.e., only applies one according to must sequentially penetrate in paper tube rolling position-limit mechanism 47
The paper of face glue penetrates in paper tube rolling position-limit mechanism 47, and the paper penetrated later is all penetrated from the back side of its facial tissue, every paper interval
20-30 millimeters).
11, electric eye is limited by it in pipe jam-packed push plate 433 of the operation of roll paper ejector sleeve mechanism 45 into roll paper tube extruding machine structure 43
After detecting, which is the detection electric eye that 433 stop position of pipe jam-packed push plate of roll paper system fixed frame 48 is arranged in,
Roll paper rotating-barrel mechanism 44 is simultaneously stopped with roll paper ejector sleeve mechanism 45.
12, after stopping, the roll paper pressure pipe cylinder 462 in roll paper pressure pipe structure 46 is opened, and fibre pipe is pressed in roll paper pressure pipe
In mechanism 46.
13, it closes tube main shaft 41 and inflates solenoid valve, after delay 3 seconds, after the gas in tube main shaft 41 is released, swelling
Block is taken in tube main shaft 41, and roll paper ejector sleeve mechanism 45 and roll paper tube body 42 are retracted into ejector sleeve origin and poling original simultaneously
Point.Pipe Cutting frame hunting gear drives pipe installation to retract origin simultaneously.(after roll paper tube body 42 retracts origin, by roll paper
The detection electric eye of 42 origin position of roll paper tube body of system fixed frame 48, after detecting that it is retracted, using this signal as under
The ejector sleeve signal of inlet pipe ejector sleeve component, after after poling position, electric eye detects that inlet pipe ejector sleeve component reaches poling position, then
One-shot roll paper tube body 42, repeat next time act) complete next fibre pipe surface roll paper.
Although the utility model is to be described with reference to specific embodiments, this description is not meant to the utility model
It is construed as limiting.Referring to the description of the utility model, other variations of the disclosed embodiments are all for those skilled in the art
It is anticipated that, such variation should belong in appended claims limited range.
Claims (10)
1. a kind of tiltedly volume machine, including rack, paper supplying system, roll paper system, disengaging guard system and Pipe Cutting system, the roll paper system
System, the disengaging guard system and the Pipe Cutting system are arranged in the rack, which is characterized in that the roll paper system includes
Tube main shaft, roll paper rotating-barrel mechanism and roll paper ejector sleeve mechanism, the roll paper rotating-barrel mechanism is connect with the tube main shaft, for driving
The tube main axis is moved, the roll paper ejector sleeve mechanism is connect with the roll paper rotating-barrel mechanism, for driving the roll paper to turn
The relatively described machine frame movement of pipe mechanism.
2. oblique volume machine according to claim 1, which is characterized in that the roll paper rotating-barrel mechanism includes rotating-barrel mechanism installation master
Plate and tube transmission device, the tube transmission device include tube driving wheel, tube driven wheel, tube synchronous belt and driving institute
The tube motor of tube driving wheel is stated, the tube driving wheel and the tube driven wheel pass through the tube toothed belt transmission,
The tube driven wheel is connect with the tube main shaft, and the tube main shaft support is on rotating-barrel mechanism installation mainboard, institute
It states tube motor to be mounted on the rotating-barrel mechanism installation mainboard, the rotating-barrel mechanism installs the relatively described housing slide of mainboard.
3. oblique volume machine according to claim 2, which is characterized in that the roll paper rotating-barrel mechanism further includes tube main shaft folder
Set, the rotating-barrel mechanism installs setting on mainboard, and there are two tube main shaft fixed plates, the tube main shaft collet to cover at described turn
On pipe main shaft, the tube main shaft is fixed in the tube main shaft fixed plate by the tube main shaft collet, and described turn
Rolling bearing is provided between pipe main shaft collet and the tube main shaft fixed plate, the driven wheel case of tube is in the tube master
On shaft jacket.
4. oblique volume machine according to claim 2, which is characterized in that the roll paper ejector sleeve mechanism include roll paper ejector sleeve motor,
Roll paper ejector sleeve screw rod and roll paper ejector sleeve nut, the roll paper ejector sleeve motor and the roll paper ejector sleeve screw rod are installed in the rack
On, the roll paper ejector sleeve screw rod is connect with the roll paper ejector sleeve motor, and the roll paper ejector sleeve nut is fixed on the rotating-barrel mechanism
Mainboard bottom is installed, the roll paper ejector sleeve nut covers on the roll paper ejector sleeve screw rod, cooperates with the roll paper ejector sleeve screw rod and passes
It is dynamic.
5. oblique volume machine according to claim 1, which is characterized in that the roll paper system further includes tube body, described to wear
Pipe mechanism includes pipe perforating frame mainboard and poling transmission device, and the poling transmission device includes poling motor, poling transmission gear
With poling driving rack, the poling motor is fixed on the pipe perforating frame mainboard, and the poling motor and the poling are driven
Gear connection, the poling driving rack are mounted on the rack, and are cooperated with the poling transmission gear and be driven, the volume
The relatively described pipe perforating frame mainboard sliding of paper rotating-barrel mechanism.
6. oblique volume machine according to claim 5, which is characterized in that the roll paper system further includes roll paper tube extruding machine structure, institute
Stating roll paper tube extruding machine structure includes pipe jam-packed cylinder and pipe jam-packed push plate, and the pipe jam-packed cylinder is mounted on the roll paper rotating-barrel mechanism
On, and connect with the pipe jam-packed push plate, the pipe jam-packed push plate covers on the tube main shaft.
7. oblique volume machine according to claim 1, which is characterized in that the roll paper system further includes roll paper pressure pipe structure, institute
Stating roll paper pressure pipe structure includes roll paper pressure pipe bracket, roll paper pressure pipe cylinder, axis, roll paper pressure pipe lower axle and roll paper pressure in roll paper pressure pipe
Pipe lower axle adjusts symmetrical screw rod, and the roll paper pressure pipe bracket is mounted on the rack, the roll paper pressure pipe cylinder, the roll paper
Pressure pipe lower axle and the roll paper pressure pipe lower axle adjust symmetrical screw rod and are installed on the roll paper pressure pipe bracket, the roll paper pressure pipe
Upper axis and the roll paper pressure pipe lower axle, which are arranged side by side, two, and axis and the roll paper pressure pipe cylinder connect in the roll paper pressure pipe
It connects, the roll paper pressure pipe lower axle adjusts symmetrical screw rod with the roll paper pressure pipe lower axle and is slidably connected, the roll paper pressure pipe lower axle tune
The one end for saving symmetrical screw rod is provided with roll paper pressure pipe lower axle regulation handle.
8. oblique volume machine according to claim 1, which is characterized in that the roll paper system further includes paper tube rolling position-limit mechanism,
The paper tube rolling position-limit mechanism includes paper tube rolling positioning pipe, position-limit mechanism mounting base, position-limit mechanism clamping cylinder, a position-limit mechanism left side
The right clamping frame of clamping frame, position-limit mechanism and position-limit mechanism linkage, the position-limit mechanism mounting base is mounted on the rack, described
Paper tube rolling positioning pipe is supported in the position-limit mechanism mounting base, the position-limit mechanism clamping cylinder and the position-limit mechanism connecting rod
Device is installed in the position-limit mechanism mounting base, the position-limit mechanism clamping cylinder and the left clamping frame of the position-limit mechanism or institute
The right clamping frame connection of position-limit mechanism is stated, the left clamping frame of position-limit mechanism and the right clamping frame of the position-limit mechanism are connected by the position-limit mechanism
Lever apparatus connection, and the relatively described position-limit mechanism mounting base sliding.
9. oblique volume machine according to claim 1, which is characterized in that the Pipe Cutting system includes pipe installation, Pipe Cutting pipe support
Mechanism and Pipe Cutting frame hunting gear, the Pipe Cutting frame hunting gear are mounted on the rack, and respectively with the pipe installation
Mechanism connects with the Pipe Cutting pipe support, for driving the relatively described rack of the pipe installation and Pipe Cutting pipe support mechanism sliding
It is dynamic.
10. oblique volume machine according to claim 1, which is characterized in that the disengaging guard system, the disengaging guard system include
Tube intake system and outlet pipe mechanism, the tube intake system include for tube assembly, inlet pipe scraper component, ejector sleeve component, inlet pipe pipe carrier,
The relatively described housing slide of inlet pipe scraper component, for scraping pipe to the inlet pipe pipe carrier, the ejector sleeve component installation
In the rack, for sending pipe to predetermined position, the outlet pipe mechanism includes the export supporting plate being mounted on the rack.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822228806.2U CN209552568U (en) | 2018-12-27 | 2018-12-27 | A kind of tiltedly volume machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822228806.2U CN209552568U (en) | 2018-12-27 | 2018-12-27 | A kind of tiltedly volume machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209552568U true CN209552568U (en) | 2019-10-29 |
Family
ID=68305019
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| CN201822228806.2U Expired - Fee Related CN209552568U (en) | 2018-12-27 | 2018-12-27 | A kind of tiltedly volume machine |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109677012A (en) * | 2018-12-27 | 2019-04-26 | 广州至简通用设备制造有限公司 | A kind of tiltedly volume machine |
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2018
- 2018-12-27 CN CN201822228806.2U patent/CN209552568U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109677012A (en) * | 2018-12-27 | 2019-04-26 | 广州至简通用设备制造有限公司 | A kind of tiltedly volume machine |
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Granted publication date: 20191029 Termination date: 20211227 |