CN210234180U - Flat-winding machine - Google Patents

Abstract

The utility model provides a flat-winding machine, including the frame and all installing the scroll positioning mechanism in the frame, the paper guide rod, the rubber coating mechanism, change the total mechanism of paper, supply tub mechanism and exit tube mechanism, change the total mechanism of paper and include paper feeding mechanism, paper cutting mechanism and press tube and change the mechanism, paper cutting mechanism includes cutter unit, drive cutter rotation and the subassembly and the power component that move about, cutter unit and the subassembly that drives cutter rotation and move about are connected, the subassembly that drives cutter rotation and move about is connected with power component, cutter unit, the subassembly that drives cutter rotation and move about and power component all set up in the frame; the flat-rolling machine can roll paper for two or more times on the basis of the original pipe, so that the value of the pipe is increased, the width of a cutting object is not limited by the paper cutting mechanism, the flat-rolling machine is easy to process, the manufacturing cost is low, and the processing period is short.

Description

Flat-winding machine

Technical Field

The utility model relates to a flat-winding machine, it includes scroll positioning mechanism, paper guide rod, rubber coating mechanism, changes paper total mechanism, confession pipe mechanism and exit tube mechanism.

Background

Almost all tubes in the existing market are tubular objects processed by paper, and most of the paper tubes are spiral paper tubes and seamless paper tubes. The existing flat-winding machine is a machine capable of parallelly winding paper into a paper tube, the product diameter of the flat-winding machine is different from several millimeters to dozens of centimeters, the flat-winding machine is widely applied and has large application amount, environmental protection and energy conservation, so that the flat-winding machine can be applied to various industries, the flat-winding machine capable of winding paper on the surface of a fiber tube is needed, and the existing flat-winding machine has the following problems: 1. the paper can not be rotated for the second time or multiple times on the basis of the original paper tube, and the paper tube can not be suitable when the wall thickness of the paper tube needs to be increased, so that the grade of the product can not be improved, and the product can only be changed into a next-grade product; 2. according to the total length of a single tube, the existing flat winding machine adopts a breaking mode for cutting paper, the processing difficulty of a cutter is high, the requirement is high, and some paper tubes needing the length of the single tube can only be replaced by spiral paper tubes.

Disclosure of Invention

To the problem that above-mentioned prior art exists, the utility model aims at providing a can change paper many times on the basis of original pipe to the unrestricted flatbed winder of single tube length.

In order to achieve the above purpose, the utility model adopts the technical proposal that:

the utility model provides a flat-winding machine, includes the frame and all installs scroll positioning mechanism, paper guide rod, rubber coating mechanism, changes the total mechanism of paper, supplies pipe mechanism and exit tube mechanism in the frame, change the total mechanism of paper and include paper feeding mechanism, paper cutting mechanism and press the pipe and change a tub mechanism, paper cutting mechanism includes cutter unit spare, drives cutter and rotates and control subassembly and the power component who removes, cutter unit spare with drive the cutter and rotate and control the subassembly connection that removes, drive the cutter rotate and control the subassembly with power component connects, cutter unit spare drive the cutter rotate and control the subassembly that removes and power component all sets up in the frame.

Preferably, the cutter assemblies are provided with two groups, each group of cutter assemblies comprises a cutter mounting support, a cutter assembly mounting seat, a cutter main transmission gear, a cutter and synchronous belt connecting plate and a cutter and synchronous belt pressing plate, the cutter mounting support is fixed on the rack, the cutter assembly mounting seat is in sliding connection with the cutter mounting support, the cutter main transmission gear, the cutter gear and the cutter and synchronous belt connecting plate are connected with the cutter assembly mounting seat, the cutter and synchronous belt pressing plate are mounted on the cutter and synchronous belt connecting plate, and the cutter gear is meshed with the cutter main transmission gear.

Preferably, the component for driving the cutter to rotate and move left and right comprises a cutter driving synchronous belt wheel, a cutter follow-up synchronous belt wheel, a cutter transmission rack, a cutter transmission synchronous belt, a cutter installation guide rail and a cutter installation guide rail seat, the cutter mounting guide rail is arranged on the cutter mounting bracket, the cutter mounting guide rail seat is connected with the cutter mounting guide rail in a sliding way, the cutter mounting guide rail seat is connected with the cutter component mounting seat, the cutter transmission rack is arranged on the cutter mounting bracket, the cutter transmission rack is meshed with the cutter main transmission gear, the cutter transmission synchronous belt is arranged on the cutter driving synchronous belt wheel and the cutter follow-up synchronous belt wheel, the cutter and synchronous belt connecting plate is meshed with the tooth form of the cutter transmission synchronous belt, and the cutter is tightly pressed with the synchronous belt pressing plate, and the cutter driving synchronous belt pulley and the cutter follow-up synchronous belt pulley are both arranged on the rack.

Preferably, the power assembly comprises a cutter motor, a cutter speed reducer, a cutter synchronous belt mounting panel, a tensioning synchronous belt pulley, a cutter synchronous belt tensioning shaft adjusting bolt, a support and a tensioning synchronous belt pulley mounting panel, the cutter synchronous belt mounting panel is mounted on one side of the frame, the cutter motor is connected with the cutter speed reducer, the cutter motor and the cutter speed reducer are mounted on the frame through a cutter motor mounting panel and are connected with a cutter driving synchronous belt pulley through a cutter coupler, the cutter driving synchronous belt pulley and the cutter follow-up synchronous belt pulley are both mounted on the cutter synchronous belt mounting panel, the cutter driving synchronous belt pulley is connected with the cutter follow-up synchronous belt pulley through a chain wheel, the cutter transmission synchronous belt is mounted on the cutter driving synchronous belt pulley, the cutter follow-up synchronous belt pulley and the tensioning synchronous belt pulley, tensioning synchronous pulley with cutter hold-in range tensioning axle adjusting bolt and support mounting are in on the tensioning synchronous pulley installation panel, tensioning synchronous pulley installation panel installs the opposite side of frame.

Preferably, the paper feeding mechanism comprises a paper feeding mechanism mounting frame, a paper clamping assembly and a paper feeding transmission assembly, the paper feeding mechanism mounting frame is mounted on the frame, the paper clamping assembly comprises a paper clamping assembly mounting support, a paper pressing cylinder, a paper pressing shaft, a paper pressing fixed shaft, a paper clamping shaft mounting panel and a paper clamping shaft lifting guide device, the paper clamping shaft mounting panel is mounted on the paper clamping assembly mounting support, the paper pressing fixed shaft and the paper clamping shaft lifting guide device are mounted on the paper clamping shaft mounting panel, two ends of the paper pressing shaft are connected with the paper clamping shaft lifting guide device, the paper pressing cylinder is mounted on the paper clamping shaft mounting panel through the paper clamping cylinder mounting support, the paper pressing cylinder is connected with the paper pressing shaft, the paper feeding transmission assembly comprises a paper feeding motor, a paper feeding screw rod, a paper feeding nut, a first paper feeding guide device and a second paper feeding guide device, the paper feeding motor and the paper feeding screw rod are both installed on the paper feeding mechanism installing frame, the paper feeding nut is fixed to the bottom of the paper clamping component installing support and sleeved on the paper feeding screw rod, the paper feeding motor is in chain wheel transmission with the paper feeding screw rod, and the first paper feeding guide device and the second paper feeding guide device are respectively connected with the paper clamping component installing support and the paper feeding mechanism installing frame.

Preferably, the paper roll positioning mechanism comprises a paper rotating frame support, a pressing support, a rotating shaft following rotating baffle ring and a paper roll locking device, wherein the paper rotating frame support, the pressing support, the rotating shaft following rotating baffle ring and the paper roll locking device are arranged on the rack, one end of the pressing support is hinged to the paper rotating frame support, the rotating shaft is arranged on the paper rotating frame support, the rotating shaft following rotating baffle ring is arranged on the paper rotating frame support through a bearing, and the locking device is sleeved on the rotating shaft.

As preferred, the rubber coating mechanism is including putting gluey dish, main glue spreader erection support, rubber coating drive arrangement, main glue spreader and glue coating volume and adjusting the pressure rod, put gluey dish with main glue spreader erection support all fixes in the frame, main glue spreader with rubber coating drive arrangement all installs on the main glue spreader erection support, main glue spreader is located put in the gluey dish, and is located the glue coating volume is adjusted and is pressed the rod below, the glue coating volume is adjusted and is pressed the adjustable installation of rod on the main glue spreader erection support.

Preferably, the pipe pressing and transferring mechanism comprises a pipe pressing assembly and a pipe transferring assembly, the pipe pressing assembly comprises a pipe pressing cylinder, a pipe pressing shaft and a pipe pressing guide rail support, the pipe pressing cylinder is mounted on the rack, the pipe pressing cylinder is connected with the pipe pressing shaft, the pipe pressing shaft is connected with the pipe pressing guide rail support, the pipe pressing guide rail support is mounted on the rack, the pipe transferring assembly comprises a pipe transferring shaft assembly, a power assembly and a pipe transferring belt tensioning assembly, and the power assembly and the pipe transferring belt tensioning assembly are respectively connected with the pipe transferring shaft assembly.

As preferred, supply a tub mechanism including all setting up put tub panel in the frame, keep off a tub cylinder, keep off No. two cylinders of pipe, lift a tub device, horizontal clamping device, ejector sleeve device and trusteeship device, it fixes to put the slope of tub panel in the frame, keep off a tub cylinder with keep off No. two cylinders of pipe and all be located put the top of tub panel low department, keep off a tub cylinder with keep off and all be provided with the detection electric eye on No. two cylinders of pipe, keep off a tub cylinder with keep off a tub position of interval between No. two cylinders of pipe, keep off No. two cylinders of pipe and be close to lift a tub device, it is less than under initial condition to lift tub device put tub panel.

Preferably, the pipe outlet mechanism comprises a pipe connecting device and a pipe discharging cylinder, and the pipe connecting device and the pipe discharging cylinder are both fixed on the rack through a support.

The utility model has the advantages that:

one, the utility model discloses a paper cutting mechanism includes cutter unit spare, drives the cutter and rotates and control the subassembly and the power component that remove, and this paper cutting mechanism is unrestricted to the width of cutting object, and processing is easy moreover, low in manufacturing cost, processing cycle are short.

Two, the utility model discloses a paper feeding mechanism has adopted the marching mode of form advancing, including paper feeding mechanism installation frame, press from both sides paper subassembly and the transmission assembly that form advances, the breadth width restriction of form advancing is little, form advancing efficiently and form advancing effectually, and paper feeding mechanism is very little with the area of contact of paper surface glue moreover, and the maintenance of equipment is easy, can also be to the distance controllable of form advancing.

Thirdly, the utility model discloses can carry out the flat stock form of second time or many times to the surface of original pipe on the basis of original paper pipe or other pipes, reach the further promotion to original pipe quality, increase the value of pipe.

The present invention will be further described with reference to the accompanying drawings and examples.

Drawings

In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the drawings needed to be used in the description of the embodiments will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art to obtain other drawings without creative efforts.

Fig. 1 is a schematic structural view of a flat winding machine according to an embodiment of the present invention.

Figure 2 is a top view of a roll positioning mechanism of a flat winding machine in an embodiment of the present invention.

Figure 3 is a side view of a roll positioning mechanism of a flat winding machine in an embodiment of the present invention.

Figure 4 is a front view of a roll positioning mechanism of a flat winding machine in an embodiment of the present invention.

Fig. 5 is a view showing a state of use of a roll locking device of a roll positioning mechanism of a flatbed winding machine according to an embodiment of the present invention.

Fig. 6 is a schematic structural diagram of an expanding pressure head of a paper roll positioning mechanism of a flat winding machine according to an embodiment of the present invention.

Fig. 7 is a cross-sectional view of the expansion head of the roll positioning mechanism of a flat winding machine according to an embodiment of the present invention.

Fig. 8 is a schematic structural diagram of a glue applying structure of a flat winding machine according to an embodiment of the present invention.

Fig. 9 is a schematic structural diagram of a paper feeding mechanism of a flat winding machine according to an embodiment of the present invention.

Fig. 10 is a schematic structural diagram of a paper cutting mechanism of a flat winding machine according to an embodiment of the present invention.

Fig. 11 is a side view of a cutting mechanism of a flat-winding machine in an embodiment of the invention.

Fig. 12 is a schematic structural diagram of a pipe pressing and pipe rotating mechanism of a flat winding machine according to an embodiment of the present invention.

Fig. 13 is a schematic structural diagram of a pipe supplying mechanism of a flat winding machine according to an embodiment of the present invention.

Fig. 14 is a schematic structural diagram of a pipe outlet mechanism of a flat winding machine according to an embodiment of the present invention.

Reference numerals:

a frame 1;

a paper turning frame support 21; a hold-down bracket 22; a rotating shaft pressing bolt 221; a rotating shaft 23; the rotation axis following shift ring 24; expanding the ram 251; a spring front guide ring 2511; a ram body 2512; a recess 25121; a spring slot 25122; a ram inner sleeve 2513; a spring plate back guide ring 2514; a spring plate 2515; a spring 2516; a helical compression ring 252; a helical compression ring retaining ring 253; a ram stop ring 254;

a paper guide roller 3;

a glue placing plate 41; a main glue roll mounting support 42; a glue coating amount adjusting roller is provided with a support guide rail 421; a compression block 422; a hold-down screw 423; a main glue roller motor 431; a speed reducer 432; a main glue spreader motor mounting plate 433; a main glue roll 44; a glue coating amount adjusting press roller 45; the rail base 451;

a paper feeding mechanism mounting frame 51; a paper pressing cylinder 522; a paper pressing shaft 523; a platen fixed shaft 524; a paper clamping shaft mounting panel 525; a paper feed shaft guide shaft 52; a paper feed motor 532; a paper feed screw 533; a paper feed nut 534; a paper feeding rack guide rail support 5351; a paper feeding rack guide 5352; a paper feed guide shaft mounting block 5361; a paper feed guide shaft 5362; a paper feed guide slider 5363;

a cutter mounting bracket 611; a cutter 612; a cutter assembly mount 613; a cutter primary drive gear 614; a cutter gear 615; cutter and timing belt connection plate 616; a cutter and synchronous belt press plate 617; a cutter driving synchronous pulley 621; cutter follow-up timing pulley 622; a cutter driving rack 623; the cutter drives a synchronous belt 624; a cutter mounting guide rail 625; a cutter mounting rail seat 626; a cutter motor 631; a cutter reducer 632; a cutter synchronous belt mounting panel 633; a tension timing pulley 634; the cutter synchronous belt tensioning shaft adjusting bolt and the bracket 635; tensioning the synchronous pulley mounting panel 636;

a pipe pressing cylinder 711; a crimp cylinder mounting bracket 712; a spool shaft 713; a pressure pipe rail mount 714; a pressure pipe shaft and cylinder connection 715; a transfer mechanism belt 721; a spindle power shaft 722; a swivel shaft 723; a transfer belt guide shaft 724; a rotating tube belt tensioning shaft 725; a rotating tube belt wrapping angle shaft 726; a tube rotating motor 727; a pipe transfer reducer 728; a rotating pipe belt tensioning guide shaft 7291; a rotating tube belt-tensioning shaft spring 7292; a rotating pipe belt tensioner shaft mounting block 7293; a rotating pipe belt tension adjusting bolt 7294; a main board connecting shaft 730 of the paper rotating machine;

a tube placing panel 81; a damper first cylinder 82; a cylinder 83 with a second baffle pipe; a pipe lifting cylinder 841; a tube lifting panel 842; a horizontal clamping cylinder 851; a clamping block 852; a push tube cylinder 861; a push plate 862; a tube supporting cylinder 871; a support rod 872;

an arc-shaped pipe connector 91; a take-over cylinder 92; a pipe placing cylinder 93;

the main board 10 of the paper turning machine.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention clearer, more technical details of the present invention are described in detail with specific embodiments below.

As shown in fig. 1, the flat winding machine of this embodiment is used for winding paper on the surface of a fiber tube, and can perform a second or multiple times of flat winding on the surface of the original tube based on the original paper tube or other tubes, so as to further improve the quality of the original tube and increase the value of the tube, and comprises a frame 1, and a paper roll positioning mechanism, a paper guide roller 3, a glue coating mechanism 4, a paper transferring mechanism, a tube supplying mechanism 8 and a tube discharging mechanism 9 which are all mounted on the frame 1, wherein the paper transferring mechanism comprises a paper feeding mechanism 5, a paper cutting mechanism 6, a tube pressing and rotating mechanism 7 and a paper transferring main board 10,

as shown in fig. 2-7, the paper roll positioning mechanism 2 is used for fixing a paper roll on a frame 1, and includes a paper turning frame support 21, a pressing support 22, a rotating shaft 23, a rotating shaft following turning ring 24 and a paper roll locking device arranged on the frame 1, the pressing support 22 is designed into an L shape, one end of the short side is hinged with the paper turning frame support 21, a gap is left between the long side and the paper turning frame support 21, a rotating shaft pressing bolt 221 is inserted in one end of the long side, the rotating shaft 23 is arranged on the paper turning frame support 21 and is positioned between the paper turning frame support 21 and the pressing support 22, the rotating shaft following turning ring 24 is arranged on the paper turning frame support 21 through a bearing, the paper roll locking device includes an expanding pressure head 251, a spiral extruding ring 252, a spiral extruding ring retainer ring 253 and a pressure head retainer ring 254, two expanding pressure heads 251 are arranged, which are named as an expanding pressure head a and an expanding pressure head B, each expanding pressure head 251 includes a front guiding ring, The pressing head comprises a pressing head main body 2512, a pressing head inner sleeve 2513, a spring piece rear guide ring 2514, a spring piece 2515 and a spring 2516, wherein the pressing head inner sleeve 2513 is sleeved on the inner wall of the pressing head main body 2512, the pressing head inner sleeve 2513 is sleeved on a rotating shaft 23, the pressing head main body 2512 is provided with a groove 25121 and a spring groove 25122, the spring groove 25122 is positioned behind the groove 25121, the spring piece front guide ring 2511 is welded with the front end of the pressing head main body 2512, the spring piece rear guide ring 2514 is sleeved on the outer wall of the pressing head main body 2512 and is in bolt connection with the pressing head main body 2512, the pressing head inner sleeve 2513 and the spring piece rear guide ring 2514 are in bolt connection, the spring piece 2515 is movably arranged in the groove 25121 on the pressing head main body 2512, the rear end leans against the pressing head main body 2512, the spring piece 2515 and the pressing head inner sleeve 2513 are designed to, the function of expanding the inner shaft of the paper roll is achieved, the spring 2516 is placed in the spring groove 25122, the spiral squeezing ring retaining ring 253 and the pressure head retaining ring 254 are both fixed on the rotating shaft 23 through fixing bolts, and the spiral squeezing ring 252 is sleeved on the spiral squeezing ring retaining ring 253. When the paper roll is installed, the A expansion pressure head is fixed at one end of the rotating shaft 23, the pressure head retaining ring 254 at the end is fixed on the rotating shaft 23 through a fixing bolt after the fixing is completed, the A expansion pressure head is attached tightly, the rotating shaft pressing bolt 221 is loosened, the pressing bracket 22 is rotated, the paper roll penetrates into the rotating shaft 23, one end of the inner shaft of the paper roll is attached to the elastic sheet 2515, the B expansion pressure head is inserted into the other end of the rotating shaft 23, the elastic sheet of the B expansion pressure head is attached to the inner shaft end of the paper roll, the spiral extrusion ring retaining ring 253 which is provided with the spiral extrusion ring 252 in advance is fixed on the rotating shaft 23 through the fixing bolt, the B expansion pressure head is attached tightly, the spiral extrusion ring 252 is rotated, the B expansion pressure head moves according to the arrow direction of the figure 5, because the A expansion pressure head is fixed, the inner shaft of the paper roll moves the elastic sheet 2515 of the expansion pressure head along the, the elastic sheets 2515 are made to bounce outwards to expand the inner shaft of the paper roll and fix the paper roll, and after the elastic sheets 2515 of the expansion pressing heads bounce, the expansion pressing head B is fixed. Because the spiral squeezing ring 252 and the spiral squeezing ring retainer ring 253 adopt a threaded connection mode, when the spiral squeezing ring 252 rotates, the spiral squeezing ring 252 can move along the direction of the rotating axis, and only the elastic sheet 2515 is in contact with the fracture of the inner shaft of the paper roll and the inner shaft of the paper roll after the tightening pressure head 251 is tightened.

The paper guide roller 3 is fixed on the frame 1.

As shown in fig. 8, the glue spreading mechanism 4 is used for uniformly and controllably spreading glue on a single side of paper, and comprises a glue placing disc 41, a main glue spreader mounting support 42, a glue spreading driving device, a main glue spreader 44 and a glue amount adjusting press roller 45, wherein the glue placing disc 41, a main glue spreader motor 431 and the main glue spreader mounting support 42 are all fixed on the frame 1, the glue spreading driving device comprises a main glue spreader motor 431, a speed reducer 432 and a main glue spreader motor mounting plate 433, the main glue spreader motor 431 and the speed reducer 432 are all mounted on the main glue spreader motor mounting plate 433 and connected with the main glue spreader mounting support 42 through a glue spreading motor mounting plate positioning pin 434, the main glue spreader motor 431 and the speed reducer 432 transmit power with the main glue spreader 44 through a coupler, the main glue spreader 44 is mounted on the side of the main glue spreader mounting support 42 and is at a fixed position, the main glue spreader 44 is located in the glue placing disc 41 and below the glue amount adjusting, there is the clearance between the two, be provided with glue spreader adjusting roller erection support guide rail 421 and compact heap 422 above the main glue spreader erection support 42, sliding connection has guide rail seat 451 on glue spreader adjusting roller erection support guide rail 421, glue spreader is adjusted and is pressed rod 45 to install on guide rail seat 451, it has housing screw 423 to alternate on the compact heap 422 for adjust the position that the glue spreader was adjusted and is pressed rod 45, thereby adjust main glue spreader 44 and glue spreader and adjust the size of the clearance between the pressure rod 45 and adjust the glue spreader. The whole glue coating mechanism is positioned by a positioning pin through the main glue coating roller mounting support 42 and the frame 1. When the glue spreading device is used, paper tube glue is guided into the glue spreading disc 41 until the glue surface exceeds the main glue spreading roller 44, then the paper passes through a gap between the glue spreading amount adjusting pressing roller 45 and the main glue spreading roller 42, the compression screw 423 is adjusted, and the glue is spread on the surface of the paper under the rotation of the main glue spreading roller 44.

As shown in fig. 9, the paper feeding mechanism 5 is used for feeding the paper that has been coated with glue to a predetermined position, and during the paper feeding process, since one side of the paper is coated with glue, the conventional paper feeding method is to push the paper forward by two transmission shafts, and the glue is in contact with the transmission shafts for a long time, firstly, the transmission shafts are corroded by the glue, which most affects the paper feeding efficiency and the paper feeding effect; secondly, the glue is contacted with the transmission shaft, the transmission shaft is polluted by the glue, the cleaning is difficult, and the equipment maintenance is difficult; thirdly, the paper coated with the glue is easy to adhere to the transmission shaft, a paper scraping plate is required to be arranged to separate the paper from the transmission shaft, and the purpose of paper feeding is achieved; fourth, the width of the paper feeding web is also greatly limited, and the wider the paper web, the more difficult the paper feeding. The paper feeding mechanism of the embodiment adopts a stepping paper feeding mode, and the problems are well solved. The paper feeding mechanism of the embodiment comprises a paper feeding mechanism mounting frame 51, a paper clamping assembly and a paper feeding transmission assembly, wherein the paper feeding mechanism mounting frame 51 is mounted on a paper rotating machine mainboard 10 through a paper feeding mounting bracket mounting block, the paper rotating machine mainboard 10 is mounted on a frame 1, the paper clamping assembly comprises a paper clamping assembly mounting bracket 521, a paper pressing cylinder 522, a paper pressing shaft 523, a paper pressing fixed shaft 524, a paper clamping shaft mounting panel 525 and a paper clamping shaft lifting guide device, the paper clamping shaft mounting panel 525 is mounted on the paper clamping assembly mounting bracket 521, the paper pressing fixed shaft 524 is mounted on the paper clamping shaft mounting panel 525, the surface of the paper pressing fixed shaft is coated with a U-shaped adhesive to enable paper to be pressed more easily, the paper clamping shaft lifting guide device comprises a paper clamping shaft guide shaft 5261, a guide block 5262, a paper clamping shaft positioning block 5263 and a paper clamping shaft return spring 5264, the paper clamping shaft positioning block 5263 is fixed on the paper clamping shaft mounting panel, the paper clamping shaft guide shaft 5261 is mounted on the paper clamping shaft positioning block, and is connected with the guide block 5262 through a bearing, the paper clamping shaft return spring 5264 is sleeved on the paper clamping shaft guide shaft 5261, both ends of the paper pressing shaft 523 are connected with the guide block 5262, the paper pressing cylinder 522 is installed on the paper clamping shaft installation panel 525 through a paper clamping cylinder installation bracket, the paper pressing cylinder head is installed on the paper pressing cylinder 522, the paper pressing cylinder 522 is connected with the paper pressing shaft 523 through the paper pressing cylinder head, the paper feeding transmission component comprises a paper feeding support plate 531, a paper feeding motor 532, a paper feeding screw 533, a paper feeding nut 534, a first paper feeding guide device and a second paper feeding guide device, the paper feeding support plate 531 is fixed at one side of the paper feeding installation bracket 51 close to the paper cutting mechanism, the paper feeding motor 532 is installed at the bottom of the paper feeding mechanism installation bracket 51 through a paper feeding motor installation plate, the paper feeding screw 533 is installed on the paper feeding mechanism installation bracket 51 through a screw installation, and is fitted on the paper feed screw 533, the paper feed screw 533 cooperates with the paper feed nut 534 to use, the paper feed motor 532 and the paper feed screw 533 are in sprocket drive, the paper feed guiding device includes a paper feed frame guide rail support 5351 and a paper feed frame guide rail 5352, the paper feed frame guide rail support 5351 is fixed on the paper feed mechanism mounting frame 51, the paper feed frame guide rail 5352 is fixed at the bottom of the paper clamping assembly mounting frame 521 and is connected with the paper feed frame guide rail support 5351 in a sliding manner, the paper feed guiding device includes a paper feed guiding shaft mounting block 5361, a paper feed guiding shaft 5362 and a paper feed guiding slider 5363, the paper feed guiding shaft mounting block 5361 is fixed on the paper feed mechanism mounting frame 51, the paper feed guiding shaft 5361 is mounted on the paper feed guiding shaft mounting block 5361, the paper feed guiding slider 5363 is fixed at the bottom of the paper clamping assembly mounting frame 521 and is connected with the paper feed guiding shaft 5362 in a sliding manner, paper is pressed on the, the paper feeding motor 532 transmits power to the paper feeding screw 533, when the air cylinder is closed, the air cylinder pressure head of the paper pressing air cylinder 522 presses the paper pressing shaft 523 downwards to press the paper tightly, the paper feeding motor 532 is started to rotate positively to drive the paper feeding nut 534 to move forwards, and the paper is fed forwards; when the paper pressing cylinder 522 is opened, the paper pressing shaft 523 is sprung up by the paper clamping shaft return spring 5264 to release the paper, the paper feeding motor 532 rotates reversely to drive the paper feeding nut 534 to move backwards, and the paper is fed forwards by repeating the action.

As shown in fig. 10-11, the paper cutting mechanism 6 is used for cutting paper, and includes two cutter assemblies, an assembly for driving the cutter to rotate and move left and right, and a power assembly, the cutter assemblies are provided in two groups, each group of cutter assemblies includes a cutter mounting bracket 611, a cutter 612, a cutter assembly mounting base 613, a cutter main transmission gear 614, a cutter gear 615, a cutter and synchronous belt connecting plate 616, and a cutter and synchronous belt pressing plate 617, the cutter mounting bracket 611 is mounted on the paper turning machine main board 10, the cutter assembly mounting base 613 includes a left mounting block and a cutter assembly right mounting block, the cutter assembly left mounting block and the cutter assembly right mounting block are connected by bolts, the cutter main transmission gear 614 is mounted on the cutter assembly mounting base 613 through a cutter main transmission gear shaft, the cutter gear 615 is mounted on the cutter assembly mounting base 613 through a cutter gear shaft, the cutter gear 615 is meshed with the cutter main transmission gear 614, the cutter is installed on the cutter gear shaft through the cutter installation block, the cutter 612 and the synchronous belt pressing plate 617 are installed on the cutter component installation seat 613, the components driving the cutter to rotate and move left and right comprise a cutter driving synchronous belt pulley 621, a cutter follow-up synchronous belt pulley 622, a cutter transmission rack 623, a cutter transmission synchronous belt 624, a cutter installation guide rail 625 and a cutter installation guide rail seat 626, the cutter installation guide rail 626 is arranged on the cutter installation support 611, the cutter installation guide rail seat 626 is in sliding connection with the cutter installation guide rail 625, the cutter installation guide rail seat 626, the cutter and synchronous belt connecting plate 616 and the cutter component installation seat 613 are connected together through bolts, the cutter transmission rack 626 is installed on the cutter installation support 611 through the cutter transmission rack cushion block, the cutter transmission rack 626 is meshed with the cutter main transmission gear 614, the power component comprises a cutter motor 631, a cutter, A cutter synchronous belt mounting panel 633, a tensioning synchronous pulley 634, a cutter synchronous belt tensioning shaft adjusting bolt, a bracket 635 and a tensioning synchronous pulley mounting panel 636, wherein the cutter synchronous belt mounting panel 636 is mounted on the paper rotating machine main board 10 on one side, a cutter motor 631 is connected with a cutter speed reducer 632, the cutter synchronous belt mounting panel is mounted on the paper rotating machine main board 10 through a cutter motor mounting plate and is connected with a cutter driving synchronous pulley 621 through a cutter coupling, the cutter driving synchronous pulley 621 is mounted on the cutter synchronous belt mounting panel 633 through a cutter main transmission shaft, the cutter follow-up synchronous pulley 622 is mounted on the cutter synchronous belt mounting panel 633 through a cutter follow-up shaft, the cutter driving synchronous pulley 621 is connected with the cutter follow-up synchronous pulley 622 through a sprocket, the cutter transmission synchronous belt 624 is mounted on the cutter driving synchronous pulley 621, the cutter follow-up synchronous pulley, the cutter and synchronous belt connecting plate 616 is meshed with the tooth form of the cutter transmission synchronous belt 624 and is tightly pressed by the cutter and synchronous belt pressing plate 617, the cutter and synchronous belt pressing plate 617 is installed on the cutter and synchronous belt connecting plate 616, the tensioning synchronous belt 634 is installed on the tensioning synchronous belt wheel installing panel 636 through a cutter synchronous belt transmission tensioning shaft, a cutter synchronous belt tensioning shaft adjusting bolt and a support 635 are installed on the tensioning synchronous belt wheel installing panel 636 and are used for adjusting the tensioning state of the whole cutter transmission synchronous belt 624, the tensioning synchronous belt wheel installing panel 636 is installed on the paper rotating machine main board 10 at the other side, a cutter assembly installing seat 613 is arranged on a cutter installing guide rail 625 in a synchronous belt transmission mode, the upper and lower cutter assemblies are driven to move left and right through the cutter transmission synchronous belt 624, and the cutters 612 of the upper and lower cutter assemblies are driven to rotate through a cutter main transmission gear 614, the cutter motor 631 is used for controlling the distance between the left and right movement of the cutters 612 of the upper and lower cutter assemblies, and the paper is cut off in a manner that the cutters 612 of the upper and lower cutter assemblies rotate oppositely and move in one direction.

As shown in fig. 12, the pressing pipe and rotating pipe mechanism 7 is used for rotating the fiber pipe to roll up the fiber pipe, and includes a pressing pipe assembly and a rotating pipe assembly, the pressing pipe assembly includes a pressing pipe cylinder 711, a pressing pipe cylinder mounting bracket 712, a pressing pipe shaft 713, a pressing pipe guide rail support 714, a pressing pipe shaft and cylinder connecting member 715, the pressing pipe cylinder mounting bracket 712 and the pressing pipe guide rail support 714 are both mounted on the main board 10 of the paper rotating machine, the pressing pipe shaft 713 is slidably connected with the pressing pipe guide rail support 714 through a pressing pipe shaft mounting block, the pressing pipe shaft and cylinder connecting member 715 are mounted on the pressing pipe shaft mounting block, a detection electric eye is arranged on the pressing pipe cylinder 711, the pressing pipe cylinder 711 is mounted on the pressing pipe cylinder mounting bracket 712, the pressing pipe cylinder 711 is connected with the pressing pipe shaft and cylinder connecting member 715 through a cylinder connection floating joint, and thus is connected with the pressing pipe shaft 713, and the, the pipe pressing action is completed, the pipe pressing component comprises a pipe pressing mechanism belt 721, a rotating shaft power shaft 722, a pipe rotating shaft 723, a pipe rotating belt guide shaft 724, a pipe rotating belt tensioning shaft 725, a pipe rotating belt wrap angle shaft 726, a pipe rotating motor 727, a pipe rotating speed reducer 728, a pipe rotating belt tensioning device and a paper rotating machine mainboard connecting shaft 730, the pipe rotating mechanism belt 721 is arranged on the rotating shaft power shaft 722, the pipe rotating shaft 723, the pipe rotating belt guide shaft 724 and the pipe rotating belt tensioning shaft 725, the paper rotating machine mainboard connecting shaft 730, the rotating shaft power shaft 722, the pipe rotating shaft 723, the pipe rotating belt guide shaft 724, the pipe rotating belt tensioning shaft 725 and the pipe rotating belt wrap angle shaft 726 are respectively arranged in a pipe rotating shaft mounting bearing seat on the paper rotating machine mainboard 10, the pipe rotating belt tensioning shaft 725 comprises a pipe rotating belt tensioning shaft cylinder, a rotating belt tensioning shaft bearing spacer, a rotating pipe belt tensioning shaft end bearing and a pipe rotating belt shaft 726 which are sequentially arranged, the rotary pipe belt tensioning shaft 725 can rotate, the rotary pipe motor 727 is connected with a rotary pipe speed reducer 728, the rotary pipe belt tensioning device is installed on a rotary paper machine main board 10 through a rotary pipe motor installation plate and is connected with a rotary shaft power shaft 722 through a coupler, the rotary pipe belt tensioning device is fixed on the rotary paper machine main board 10 through a rotary pipe belt tensioning shaft fixing support, the rotary pipe belt tensioning device comprises a rotary pipe belt tensioning guide shaft 7291, a rotary pipe belt tensioning shaft spring 7292, a rotary pipe belt tensioning shaft installation block 7293 and a rotary pipe belt tensioning force adjusting bolt 7294, the rotary pipe belt tensioning shaft spring 7292 is sleeved on the rotary pipe belt tensioning guide shaft 7291, one end of the rotary pipe belt tensioning guide shaft 7291 is installed on the rotary pipe belt shaft fixing support, the other end of the rotary pipe belt tensioning shaft installation block 7293 is connected with the rotary pipe belt tensioning force adjusting bolt 7294 through the rotary pipe belt tensioning shaft installation block 7293, in order to enable paper to be smoothly attached, a pipe-rotating mechanism belt 721 is arranged on a shaft of a rotating pipe, so that the paper and the pipe are in a flexible and continuous composite process when being attached, a pipe-pressing assembly is used for pressing the fiber pipe between a rotating shaft power shaft 722 and a rotating pipe shaft 723, the fiber pipe can rotate through a pipe-rotating motor 727, the paper is conveyed to the fiber pipe by a paper feeding mechanism 5 while the fiber pipe rotates, and the paper-rotating action is completed under the rotation of the fiber pipe and the compression of the pipe-pressing assembly.

As shown in fig. 13, the pipe feeding mechanism 8 includes a pipe placing panel 81, a first pipe blocking cylinder 82, a second pipe blocking cylinder 83, a pipe lifting device, a horizontal clamping device, a pipe pushing device and a pipe supporting device, the pipe placing panel 81 is obliquely fixed on the frame 1, the lower part of the pipe placing panel is close to the pipe rotating mechanism, the first pipe blocking cylinder 82 and the second pipe blocking cylinder 83 are both fixed on the frame 1 and are both located above the lower part of the pipe placing panel 81, the first pipe blocking cylinder 82 and the second pipe blocking cylinder 83 are both provided with detection electric eyes, a pipe position is arranged between the first pipe blocking cylinder 82 and the second pipe blocking cylinder 83, the second pipe blocking cylinder 83 is close to the pipe lifting device, the pipe lifting device includes a pipe lifting cylinder 841 arranged on the frame 1, a pipe lifting panel 842 connected with the pipe lifting cylinder 841 and a detection electric eye arranged on the pipe lifting cylinder 841, the pipe lifting panel 842 is close to but lower than the pipe placing panel 81 in an initial state, the gap between the tube lifting position and the tube rotating position is not more than half of the tube position, the tube lifting position B and the tube pushing position C are on the same vertical line, the tube pushing position B and the tube rotating position A are on the same straight line in the length direction, the horizontal clamping device comprises a horizontal clamping cylinder 851 fixed on the frame 1 through a support and a clamping block 852 connected with the horizontal clamping cylinder 851, the tube pushing device comprises a tube pushing cylinder 861 fixed on the frame 1 through a support and a push plate 862 connected with the tube pushing cylinder 861, a detection electric eye is arranged on the tube pushing cylinder 861, and the tube supporting device comprises a tube supporting cylinder 871 fixed on the frame 1 through a support and a supporting rod 872 connected with the tube supporting cylinder 871. The tube is placed on the tube placing panel 81, the fiber tube is blocked by the first cylinder 82 of the blocking tube in the initial state, when the tube placing panel is started, the detection electric eye on the first cylinder 82 of the blocking tube detects the fiber tube, the first cylinder 82 of the blocking tube is opened, the fiber tube slides to the position of the second cylinder 83 of the blocking tube under the action of gravity, then the first cylinder 82 of the blocking tube is closed again, the second cylinder 83 of the blocking tube is opened, the fiber tube slides to the tube lifting panel 842 under the action of gravity, after the detection electric eye on the tube lifting cylinder 841 detects the fiber tube, the tube lifting cylinder 841 is started to lift the fiber tube to the tube pushing position C, then the horizontal clamping cylinder 851 is started to enable the clamping block 852 to clamp two end surfaces of the fiber tube, after the time delay, the tube lifting cylinder 841 retracts, the tube supporting cylinder 871 is started to a preset position, when no fiber tube exists at the tube rotating position, the tube pushing cylinder 861 is opened, then the fiber tube is pushed to the tube rotating position, after the detection electric eye on the, the pipe pushing cylinder 861 retreats after time delay to complete one pipe supplying action.

As shown in fig. 14, the pipe discharging mechanism 9 includes an arc pipe connecting device 91, a pipe connecting cylinder 92 and a pipe discharging cylinder 93, the pipe connecting cylinder 92 and the pipe discharging cylinder 93 are both fixed on the frame 1 through a bracket, the arc pipe connecting device 91 is connected with the pipe connecting cylinder 92, and the pipe connecting cylinder 92 is provided with a detection electric eye. After the pipe rotating sticker works, the fiber pipes slide to the arc pipe connecting device 91 under the action of gravity, after the detection of the detection electric eye on the pipe connecting cylinder 92 is detected, the pipe connecting cylinder 92 descends to the pipe outlet position, then the pipe releasing cylinder 93 pushes the arc pipe connecting device 91 to an inclined angle, and under the action of gravity, the fiber pipes automatically slide to the outlet position to complete pipe outlet.

The flat winder of the embodiment adopts PLC control to realize full automation, and the specific process steps are as follows:

1. the paper roll is fixed on the rotating shaft 23, the paper sequentially bypasses the paper guide roller 3, glue is poured into the glue placing disc 41 until the glue surface exceeds the main glue coating roller 44, then the paper passes through the main glue coating roller 44, the hold-down screw 423 is adjusted, the motor 431 of the main glue coating roller is manually opened, the glue is coated on the surface of the paper under the rotation of the main glue coating roller 44, and the paper is pressed in the paper pressing shaft 523 of the paper feeding mechanism 5.

2. The paper cutter 6 is manually opened to cut the paper, and the initial position of the paper is determined.

3. The fiber tube is placed on the tube placing panel 81, and the fiber tube is blocked by the first cylinder 82 for blocking the tube in the initial state.

4. When the device is started, the detection electric eye on the first air cylinder 82 of the blocking pipe detects the fiber pipe, the first air cylinder 82 of the blocking pipe is opened, the fiber pipe slides to the position of the second air cylinder 83 of the blocking pipe under the action of gravity, then the cylinder 82 for the first tube is closed again, the cylinder 83 for the second tube is opened, the fiber tube slides down to the tube lifting panel 842 under the action of gravity, after the detection electric eye on the tube lifting cylinder 841 detects the fiber tube, the tube lifting cylinder 841 is started to lift the fiber tube to the tube pushing position C, the horizontal clamping cylinder 851 is started to enable the clamping blocks 852 to clamp two end faces of the fiber tube, the tube lifting cylinder 841 retracts after time delay, the tube supporting cylinder 871 is started to a preset position, when no fiber tube exists at the tube rotating position, the pipe pushing cylinder 861 is opened, the fiber pipe is pushed to the pipe rotating position, after the detection electric eye on the pipe pressing cylinder 711 detects the fiber pipe, the pipe pressing cylinder 711 is pressed down, and the pipe pushing cylinder 861 retracts after time delay to finish one pipe supplying action.

5. After a fiber tube is detected by a detection electric eye on a tube pressing cylinder 711, the tube pressing cylinder 711 is pressed downwards, a paper feeding motor 532 is started, a tube rotating motor 727 is started, a tube pushing cylinder 861 returns to the original point of the tube pushing cylinder, the detection electric eye on the tube pushing cylinder 861 is shielded through a program during the first tube pushing action, when the tube pushing cylinder 861 returns to the original point of the tube pushing cylinder for the first time, a signal is started to serve as a starting signal for the next tube pushing position C, paper is sent to a tube rotating position A and is rotated to the surface of the fiber tube, a paper pressing cylinder 711 is opened, and a paper feeding mechanism 5 returns to the original point of paper feeding to wait for the next paper feeding.

6. The tube rotating motor 727 rotates for a fixed number of turns under a preset program to complete the first paper rotating on the surface of the fiber tube.

7. After the tube rotating motor 727 stops, the paper pressing cylinder 51 compresses again, the paper cutting motor 631 starts, and the cutter transmission synchronous belt 633 drives the upper cutter 61 and the lower cutter 62 to move to cut paper.

8. After the paper cutting is finished, the tube rotating motor 727 is started again to finish the second time of paper rotating and pressing on the surface of the fiber tube

9. After the tube rotating motor 727 stops, the tube pressing cylinder 711 is opened, and the fiber tube slides into the tube discharging mechanism 9 under the action of gravity.

10. After the detection electric eye on the pipe connection cylinder 92 detects the fiber pipe, the pipe connection cylinder 92 descends to the pipe outlet position, then the pipe releasing cylinder 93 pushes the arc-shaped pipe connector 91 to an inclined angle, and the fiber pipe automatically slides to the outlet position under the action of gravity, so that the pipe outlet is completed.

Although the present invention has been described with reference to particular embodiments, such description is not intended to be construed in a limiting sense. Other variations of the disclosed embodiments, as would be appreciated by those skilled in the art, are contemplated by reference to the description of the invention and are intended to be within the scope of the following claims.

Claims (10)

1. The utility model provides a flat-winding machine, its characterized in that includes the frame and all installs scroll positioning mechanism, paper guide rod, rubber coating mechanism, change the total mechanism of paper, supply a tub mechanism and exit tube mechanism in the frame, change the total mechanism of paper and include paper feeding mechanism, paper cutting mechanism and press the pipe and change a tub mechanism, paper cutting mechanism includes cutter unit spare, drives cutter rotation and controls subassembly and the power component who removes, cutter unit spare with drive the cutter rotation and control the subassembly connection that removes, drive the cutter rotation and control the subassembly that removes with power component connects, cutter unit spare drive the cutter rotation and control the subassembly that removes and power component all sets up in the frame.

2. The flat-winding machine according to claim 1, characterized in that the cutter assemblies are provided in two sets, each set of cutter assemblies comprises a cutter mounting bracket, a cutter assembly mounting seat, a cutter main transmission gear, a cutter and synchronous belt connecting plate and a cutter and synchronous belt pressing plate, the cutter mounting bracket is fixed on the machine frame, the cutter assembly mounting seat is slidably connected with the cutter mounting bracket, the cutter main transmission gear, the cutter gear and the cutter and synchronous belt connecting plate are all connected with the cutter assembly mounting seat, the cutter and synchronous belt pressing plate is mounted on the cutter and synchronous belt connecting plate, and the cutter gear is meshed with the cutter main transmission gear.

3. The flat-winding machine according to claim 2, characterized in that the components for driving the cutter to rotate and move left and right comprise a cutter driving synchronous pulley, a cutter follow-up synchronous pulley, a cutter driving rack, a cutter driving synchronous belt, a cutter mounting guide rail and a cutter mounting guide rail seat, wherein the cutter mounting guide rail is arranged on the cutter mounting bracket, the cutter mounting guide rail seat is connected with the cutter mounting guide rail in a sliding manner, the cutter mounting guide rail seat is connected with the cutter component mounting seat, the cutter driving rack is arranged on the cutter mounting bracket, the cutter driving rack is meshed with the cutter driving gear, the cutter driving synchronous belt is arranged on the cutter driving synchronous pulley and the cutter follow-up synchronous pulley, the cutter is meshed with the synchronous belt connecting plate and the cutter driving synchronous belt, and the cutter is tightly pressed with the synchronous belt pressing plate, and the cutter driving synchronous belt pulley and the cutter follow-up synchronous belt pulley are both arranged on the rack.

4. The flat-winding machine according to claim 3, characterized in that the power assembly comprises a cutter motor, a cutter speed reducer, a cutter synchronous belt mounting panel, a tensioning synchronous pulley, a cutter synchronous belt tensioning shaft adjusting bolt, a bracket and a tensioning synchronous pulley mounting panel, the cutter synchronous belt mounting panel is mounted on one side of the frame, the cutter motor is connected with the cutter speed reducer, the cutter motor and the cutter speed reducer are mounted on the frame through a cutter motor mounting plate and connected with the cutter driving synchronous pulley through a cutter coupler, the cutter driving synchronous pulley and the cutter follow-up synchronous pulley are both mounted on the cutter synchronous belt mounting panel, the cutter driving synchronous pulley is connected with the cutter follow-up synchronous pulley through a sprocket, the cutter transmission synchronous belt is mounted on the cutter driving synchronous pulley, the cutter synchronous pulley and the cutter synchronous pulley, The cutter follow-up synchronous pulley with on the tensioning synchronous pulley, the tensioning synchronous pulley with cutter hold-in range tensioning axle adjusting bolt and support mounting are in on the tensioning synchronous pulley installation panel, tensioning synchronous pulley installation panel is installed the opposite side of frame.

5. The flatbed winder according to claim 1, wherein the paper feeding mechanism comprises a paper feeding mechanism mounting frame, a paper clamping assembly and a paper feeding transmission assembly, the paper feeding mechanism mounting frame is mounted on the frame, the paper clamping assembly comprises a paper clamping assembly mounting bracket, a paper pressing cylinder, a paper pressing shaft, a paper pressing fixed shaft, a paper clamping shaft mounting panel and a paper clamping shaft lifting guide device, the paper clamping shaft mounting panel is mounted on the paper clamping assembly mounting bracket, the paper pressing fixed shaft and the paper clamping shaft lifting guide device are mounted on the paper clamping shaft mounting panel, two ends of the paper pressing shaft are connected with the paper clamping shaft lifting guide device, the paper feeding cylinder is mounted on the paper clamping shaft mounting panel through the paper clamping cylinder mounting bracket, the paper pressing cylinder is connected with the paper pressing shaft, the transmission assembly comprises a motor, a lead screw and a paper feeding transmission assembly, The paper feeding motor and the paper feeding lead screw are mounted on the paper feeding mechanism mounting frame, the paper feeding nut is fixed at the bottom of the paper clamping component mounting support and sleeved on the paper feeding lead screw, the paper feeding motor is in chain wheel transmission with the paper feeding lead screw, and the paper feeding guide device I and the paper feeding guide device II are respectively connected with the paper clamping component mounting support and the paper feeding mechanism mounting frame.

6. The flat winding machine according to claim 1, characterized in that the paper roll positioning mechanism comprises a paper turning frame support, a pressing support, a rotating shaft following turning ring and a paper roll locking device, wherein the paper turning frame support, the pressing support, the rotating shaft following turning ring and the paper roll locking device are arranged on the frame, one end of the pressing support is hinged with the paper turning frame support, the rotating shaft is arranged on the paper turning frame support, the rotating shaft following turning ring is arranged on the paper turning frame support through a bearing, and the locking device is sleeved on the rotating shaft.

7. The flatting machine of claim 1, characterized in that, rubber coating mechanism is including putting gluey dish, main glue spreader erection support, rubber coating drive arrangement, main glue spreader and glue yield regulation pressure roller, put gluey dish with main glue spreader erection support all fixes in the frame, main glue spreader with rubber coating drive arrangement all installs on main glue spreader erection support, main glue spreader is located put in the gluey dish to be located glue yield regulation pressure roller below, glue yield regulation pressure roller is adjustable to be installed on main glue spreader erection support.

8. The flat winding machine according to claim 1, wherein the pipe pressing and transferring mechanism comprises a pipe pressing assembly and a pipe transferring assembly, the pipe pressing assembly comprises a pipe pressing cylinder, a pipe pressing shaft and a pipe pressing guide support, the pipe pressing cylinder is mounted on the rack, the pipe pressing cylinder is connected with the pipe pressing shaft, the pipe pressing shaft is connected with the pipe pressing guide support, the pipe pressing guide support is mounted on the rack, the pipe transferring assembly comprises a pipe transferring shaft assembly, a power assembly and a pipe transferring belt tensioning assembly, and the power assembly and the pipe transferring belt tensioning assembly are respectively connected with the pipe transferring shaft assembly.

9. The flat winding machine according to claim 1, wherein the pipe feeding mechanism comprises a pipe placing panel, a first pipe blocking cylinder, a second pipe blocking cylinder, a pipe lifting device, a horizontal clamping device, a pipe pushing device and a pipe supporting device which are all arranged on the rack, the pipe placing panel is obliquely fixed on the rack, the first pipe blocking cylinder and the second pipe blocking cylinder are both positioned above the lower part of the pipe placing panel, detection electric eyes are arranged on the first pipe blocking cylinder and the second pipe blocking cylinder, a pipe position is arranged between the first pipe blocking cylinder and the second pipe blocking cylinder at a distance, the second pipe blocking cylinder is close to the pipe lifting device, and the pipe lifting device is lower than the pipe placing panel in an initial state.

10. The flat winding machine according to claim 1, wherein the pipe outlet mechanism comprises a pipe connecting device and a pipe discharging cylinder, and the pipe connecting device and the pipe discharging cylinder are fixed on the rack through a support.

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