CN211418973U

CN211418973U - Full-automatic raw adhesive tape stretching, slitting and winding tape winder

Info

Publication number: CN211418973U
Application number: CN201921993029.9U
Authority: CN
Inventors: 谭振华
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-11-19
Filing date: 2019-11-19
Publication date: 2020-09-04
Anticipated expiration: 2029-11-19

Abstract

The utility model discloses a multifunctional full-automatic raw adhesive tape stretching, cutting and winding tape winder, which is characterized in that a feeding workbench is arranged at the right front end of a frame, a movable plate is arranged at the upper end of the feeding workbench, a material roll support is arranged at the upper end of the movable plate, a raw adhesive tape mother material roll is arranged on the material roll support, a high-temperature box is arranged at the upper middle part of the frame, an upper electric heating plate is arranged at the inner upper end of the high-temperature box, an upper raw adhesive tape stretching roller and a lower raw adhesive tape stretching roller are arranged at the lower end of the upper electric heating plate, the upper stretching roller and the lower stretching roller are sequentially arranged and installed in the high-temperature box, a feed inlet is arranged at the front end of the high-temperature box, a discharge outlet is arranged at the rear end of the discharge outlet, a guide roller is arranged at the upper end of the guide roller, a high-speed slitting knife is arranged, the design is ingenious, the processing production cost is low, and the production efficiency of the unit is high.

Description

Full-automatic raw adhesive tape stretching, slitting and winding tape winder

Technical Field

The utility model relates to a processing production facility of raw sticky tape, exactly a winding tape winder is cut in tensile of full-automatic raw sticky tape.

Background

The raw adhesive tape is a commonly used auxiliary article in water heating installation, is commonly known as a polytetrafluoroethylene raw material tape, is mainly used for the joint of interfaces of cold and hot water supply pipe fittings, enhances the tightness of the joint of pipelines, prevents water leakage, and increases the leakage-proof effect of the interfaces.

Disclosure of Invention

Therefore, there is a great need for a full-automatic green tape stretching and splitting machine, so far, no report about the related technology of the present invention has been found, and the present inventors have completed the present invention by successfully developing a multifunctional full-automatic green tape stretching and splitting machine through repeated research and experiments.

The utility model aims at providing a winding tape winder is cut in tensile of multi-functional full-automatic raw sticky tape to improve the drawing membrane quality of raw sticky tape, reduce the loss, reduction in production cost increases the economic benefits of enterprise.

The utility model adopts the technical scheme that the device comprises a frame, a material roll support, a tension roll, a guide roll, a stretching roll, a transmission gear, a high-temperature box, an electric heating plate, a high-speed cutting knife, an electric heating fusing knife, a reduction gearbox and a servo motor, and is structurally characterized in that a feeding workbench is arranged at the right front end of the frame, a workbench plate is arranged at the upper end of the feeding workbench, a guide rail is arranged at the upper end of the workbench plate, the guide rail is transversely installed and fixed on the workbench plate by bolts, a left slider and a right slider are arranged in the guide rail, a movable plate is arranged at the upper end of the left slider and the right slider, the left slider and the right slider are fastened at the lower end of the movable plate by a slider fixing bolt, the movable plate is installed in a track of the guide rail by a slider, a material roll support shaft is arranged at, the rear end of the movable plate is provided with a speed control wheel support, the speed control wheel support is provided with a speed limiting wheel for controlling the rotating speed of the mother material roll, the lower end of the working table plate is provided with a deviation rectifying motor, the front end of a main shaft of the deviation rectifying motor is provided with a deviation rectifying adjusting arm, the upper end of the deviation rectifying adjusting arm is connected and fixed on the movable plate, the rear upper end of the material roll support is provided with a photoelectric deviation rectifying probe, the bottom end of the deviation rectifying motor is provided with a deviation rectifying controller, and during discharging, the deviation rectifying controller can correct the position of the mother material roll at any time to rectify deviation. The upper end of the working table plate is provided with a master batch belt tensioning support, the front end of the master batch belt tensioning support is provided with a front follow-up tensioning roller, the upper end of the front follow-up tensioning roller is provided with an upper tensioning roller and a lower tensioning roller, the upper middle part of the frame is provided with a high-temperature box, a heat preservation layer is arranged in the high-temperature box, the front follow-up tensioning roller and the upper and lower tensioning rollers are respectively installed and fixed at the front end of the high-temperature box, the rear end of the high-temperature box is provided with a rear tensioning roller, the inner upper end of the high-temperature box is provided with an upper electric heating plate, the lower end of the upper electric heating plate is provided with a guide roller, the lower end of the guide roller is provided with an upper raw adhesive tape stretching roller and a lower raw adhesive tape stretching roller, the upper group stretching roller. The front end of high-temperature cabinet is equipped with the feed inlet, the rear end is equipped with the discharge gate, the rear side of discharge gate is equipped with the guide roll, the left end of guide roll is equipped with the encoder, two raw sticky tape tensioning rollers around the upper end of guide roll is equipped with, the upper end of two raw sticky tape tensioning rollers is equipped with high-speed branch cutter, high-speed branch cutter is installed in the frame of raw sticky tape tensioning roller upper end, the inner end of branch cutter is equipped with the slitting motor, be equipped with on the main shaft of slitting motor front end and divide the cutter axle, divide the epaxial branch cutter of being equipped with of cutter to separate the axle sleeve, divide the epaxial fixed mounting of cutter in proper order to have one row of branch cutter blade of cutter. The downside of the tensioning roller of the later adhesive tape is provided with a lower guide roller, the rear side of the lower guide roller is provided with an upper guide roller, the rear downside of the upper guide roller is provided with an optical fiber probe, the rear side of the optical fiber probe is provided with a water tank, the bottom side of the water tank is provided with a water pump, the upper end of the water pump is provided with a water inlet pipe, the upper side of the water inlet pipe is provided with a shunt pipe, the shunt pipe is arranged in the water tank, the upper end of the shunt pipe is provided with a row of water spray nozzles, the water spray nozzles are respectively arranged at the lower ends of the split later adhesive tapes, the rear end of the rack is provided with an electrical.

The utility model discloses simple structure, design benefit, processing low in production cost, product quality is good, and unit production efficiency is high.

The following is further detailed with reference to the accompanying drawings.

Drawings

FIG. 1 is a front view of a slitting and winding machine;

FIG. 2 is a rear view structural schematic diagram of the slitting and tape winding machine;

FIG. 3 is a schematic view of a feed support structure;

FIG. 4 is a schematic view of a right side structure of the slitting and winding machine;

FIG. 5 is a schematic diagram of a right-side view structure of the high temperature box;

FIG. 6 is a front view of the automatic winder;

FIG. 7 is a schematic left-view structural diagram of a coiler;

FIG. 8 is a schematic top view of a coiler;

FIG. 9 is an enlarged view of the structure of the slitting knife;

FIG. 10 is a schematic view of the construction of the air shaft;

fig. 11 is a structural diagram of the right view of the air inflation shaft.

Detailed Description

A feeding workbench is arranged at the right front end of a frame 1 shown in figures 1-6 and 9, a working table plate 2 is arranged at the upper end of the feeding workbench, a guide rail 3 is arranged at the upper end of the working table plate, the guide rail is transversely installed and fixed on the working table plate through a bolt, a left slide block 5 and a right slide block 6 are arranged in the guide rail, a movable plate 7 is arranged at the upper ends of the left slide block and the right slide block, the left slide block and the right slide block are fastened at the lower end of the movable plate through slide block fixing bolts 4, the movable plate is installed in a track of the guide rail through a slide block, a material roll supporting shaft 13 is arranged at the upper end of the movable plate, a material roll supporting bracket 14 is arranged on the material roll supporting shaft, the material roll supporting shaft is installed at the upper end of the movable plate through a bearing 12, a material roll shaft 15 is arranged in the material roll bracket, the front end of the main shaft of the deviation-correcting motor is provided with a deviation-correcting adjusting arm 8, the upper end of the deviation-correcting adjusting arm is connected and fixed on the movable plate, the rear upper end of the material roll support is provided with a photoelectric deviation-correcting probe 21, and the bottom end of the deviation-correcting motor is provided with a deviation-correcting controller 11. The upper end of the working table plate is provided with a master batch belt tensioning support 19, the front end of the master batch belt tensioning support is provided with a front follow-up tensioning roller 20, the upper end of the front follow-up tensioning roller is provided with an upper tensioning roller 23, a lower tensioning roller 22, the upper middle part of the frame is provided with a high-temperature box 33, a heat insulation layer 35 is arranged in the high-temperature box, the front follow-up tensioning roller and the upper and lower tensioning rollers are respectively installed and fixed at the front end of the high-temperature box, the rear end of the high-temperature box is provided with a rear tensioning roller 30, the inner upper end of the high-temperature box is provided with an upper electric heating plate 29, the lower end of the upper electric heating plate is provided with a guide roller 34, the lower end of the guide roller is provided with an upper raw adhesive tape drawing roller group and a lower raw adhesive tape drawing roller group, the upper group drawing roller. The front end of high-temperature cabinet is equipped with feed inlet 28, the rear end is equipped with discharge gate 37, the rear side of discharge gate is equipped with guide roll 113, the left end of guide roll is equipped with encoder 54, the upper end of guide roll is equipped with proud sticky tape tensioning roller 112, proud sticky tape tensioning roller 121, the upper end of two crude sticky tape tensioning rollers is equipped with high-speed branch cutter 51, high-speed branch cutter is installed in the frame of crude sticky tape tensioning roller upper end, the inner end of branch cutter is equipped with slitting motor 53, be equipped with branch cutter axle 49 on the main shaft of slitting motor front end, be equipped with branch cutter on the branch cutter axle and separate the axle sleeve, it has one row of branch cutter blade 50 to divide cutter epaxial fixed mounting in proper order, it is installed by axle sleeve fixing bolt 52 and fastens. The downside of back raw sticky tape tensioning roller is equipped with down guide roll 114, the rear side of lower guide roll is equipped with guide roll 56, the back downside of going up the guide roll is equipped with fiber probe 57, fiber probe's rear side is equipped with basin 58, the bottom side of basin is equipped with the water pump, the upper end of water pump is equipped with inlet tube 59, the upside of inlet tube is equipped with shunt tubes 60, the shunt tubes installation sets up in the basin, the upper end of shunt tubes is equipped with one row of water spout 61, the water spout sets up the lower extreme at the raw sticky tape after cutting respectively, the rear end of frame is equipped with electrical control box 56, be equipped with PLC programming controller 55 in the electrical control box, the rear end of electrical control box is equipped with.

The front bottom end of the rear side of the frame shown in fig. 1-2 is provided with a master batch belt conveying motor 80, the front end of the master batch belt conveying motor is provided with a gear box 45, the front end of the gear box is provided with a driving sprocket 44, the upper end of the driving sprocket is provided with a middle driving sprocket shaft 99, the middle driving sprocket shaft is provided with an inner driving sprocket, an outer driving sprocket and a middle driving sprocket, the right upper end of the outer driving sprocket is provided with a driving sprocket shaft 120 for driving a guide roller 34, the guide roller driving sprocket shaft is provided with a guide roller driving sprocket, the guide roller driving sprocket is connected on the outer driving sprocket by a chain, the left upper end of the inner driving sprocket is provided with a driving sprocket shaft for driving a lower tension roller, the lower tension roller driving sprocket shaft is provided with a lower tension roller driving sprocket 119 and a lower driving gear 25 in sequence, the upper end of the lower tension roller driving sprocket shaft is provided with an upper tension roller sprocket driving shaft, the upper tension, the upper transmission gear 26 is meshed with the lower driving gear 25, the rear end of the high-temperature box is provided with a rear tensioning roller transmission shaft, the outer end of the rear tensioning roller transmission shaft is provided with a rear tensioning roller transmission chain wheel 39, a driving chain 43 is arranged on a driving chain wheel 44 at the front end of the gear box, the upper end of the driving chain 43 is installed and connected on a middle transmission chain wheel shaft, the upper tensioning roller driving chain wheel is provided with an upper transmission chain 40, the rear end of the upper transmission chain is connected and installed on the rear tensioning roller transmission chain wheel 39, the rear lower end of the rack is provided with a tensioning roller driving motor 89, the front end of the tensioning roller driving motor is provided with a reduction box 48, the front end of the reduction box is provided with a tensioning roller driving chain wheel 47, the tensioning roller driving chain wheel is provided with a tensioning driving chain 46, the upper middle part of the rack is provided with a lower group of tensioning roller driving shafts 116, the inner, the inner end of the lower group of driving chain wheels 24 is sequentially provided with a left speed reducing small chain wheel 131, a guiding roller driving chain wheel 130, the right side of the guiding roller driving chain wheel is provided with a guiding roller driving chain wheel 128, the inner end of the guiding roller driving chain wheel is provided with a lower drawing roller driving gear 184, the interior of the drawing rollers of the lower group of drawing roller group 31 is respectively provided with a lower group of drawing roller shafts 9, the outer end of the lower group of drawing roller shafts is sequentially provided with a lower group of drawing roller small speed reducing chain wheels 41, a large speed reducing chain wheel 42, the large speed reducing chain wheel and the small speed reducing chain wheel are provided with lower group of drawing roller driving chains 132, the lower group of drawing roller driving chains are respectively and sequentially arranged and connected on the large speed reducing chain wheel and the small speed reducing chain wheel, the upper end of the lower drawing roller driving shaft 116 is provided with an upper drawing roller driving shaft 115, the right rear side of the upper drawing roller driving shaft is provided with a rear, the inner end of the upper drawing roller driving shaft is provided with a nascent adhesive tape tensioning roller 112, the outer end of the upper drawing roller driving shaft is provided with an upper drawing roller driving sprocket 124, the inner end of the upper drawing roller driving sprocket is provided with an upper drawing roller small speed reduction sprocket 129, the inner side of the small speed reduction sprocket is provided with an upper drawing roller transmission gear 38, the upper drawing roller transmission gear 38 is meshed with a lower drawing roller driving gear 184, the drawing rollers of the upper drawing roller group 111 are respectively provided with an upper group of drawing roller shafts, the outer ends of the upper group of drawing roller shafts are sequentially provided with an inner small speed reduction driving sprocket 117, an outer big speed reduction sprocket 118, the big speed reduction sprocket and the small speed reduction sprocket are sequentially provided with an upper group of drawing transmission chains 133, the upper group of drawing transmission chains are respectively and, on the drive sprocket of the upper stretching roller and the drive sprocket of the tensioning roller of the after-growth adhesive tape, the front upper end of the high-temperature box is provided with an oil-containing gas discharge pipe 27, and the front side of the oil-containing gas discharge pipe is provided with a kerosene recycling machine 36.

The inner, outer, large and small speed reducing chain wheels are sequentially and alternately installed in a matched mode to form a stretching power device, the number of teeth of the small speed reducing chain wheel is 20 teeth and used for driving a chain, the large speed reducing chain wheel is 30 teeth and used as a transmission chain wheel, the large speed reducing chain wheel and the small speed reducing chain wheel generate a differential speed ratio by utilizing the difference of the number of teeth among the chain wheels, and the female belt is sequentially and gradually stretched and leveled to the set thickness.

The rear cabinet shown in fig. 1, 2, 6-9 is arranged at the left rear end of the frame, the rear cabinet is composed of a left steel plate support 82 and a right steel plate support 125, a middle steel plate support 81 is arranged in the middle of the left and right steel plate supports, the cabinet is divided into a left box body and a right box body by the middle steel plate support 81, a servo motor 83 is arranged in the left box body, the servo motor is fixedly arranged at the left lower end in the left box body by bolts, a driving belt pulley 93 is arranged on a main shaft of the servo motor, a dividing disc 87 is arranged at the middle lower end in the right cabinet body, a central shaft 88 is arranged in the middle of the dividing disc, the central shaft is respectively arranged on the box bodies in the middle of the left and right cabinet bodies by bearings, a driving belt pulley 90 is arranged at the left outer end of the central shaft, the driving belt pulley is connected and arranged on the driving belt pulley 93 by a driving belt 91, three inflatable shafts, the index plate is controlled by a PLC (programmable logic controller), and is divided into three stations of a front dead center, a top dead center and a rear dead center according to a designed program for timing, positioning and rotating, wherein the air expansion shaft is an upper empty box station when the front dead center is located, a tape coiling station when the top dead center is located, and a material returning station when the rear dead center is located. The left ends of the air expansion shafts are respectively provided with a specially-made air expansion shaft transmission gear 84, a rewinding servo motor 85 is arranged in a left box body positioned at the upper end of the central shaft, a rewinding specially-made driving gear 127 is arranged on a main shaft of the rewinding servo motor, the rewinding specially-made driving gear is arranged at the upper end of the air expansion shaft positioned at the upper stop point and is meshed with the specially-made air expansion shaft transmission gear positioned at the upper stop point, the left lower end of the left box body is provided with a closing-up motor 126, the right end of the closing-up motor is provided with a closing-up motor gear box, the right end of the closing-up motor gear box is provided with a closing-up. The special gear for the air expansion shaft, the special gear for the rewinding motor to drive and the special gear for the closing-up are innovative gears of the product, the tooth shapes from tooth roots to tooth tips are sharp, no radian exists in the middle, the gears can be conveniently meshed and separated, and teeth cannot be formed during meshing. An empty belt box receiving hopper 62 is arranged at the right end of a front dead point of an air expansion shaft, a feeding cylinder 66 is arranged at the right side of the empty belt box receiving hopper, a feeding push rod 67 is arranged at the left end of the feeding cylinder, a material returning cylinder 98 is arranged in a box body at the left side of the rear dead point of the air expansion shaft, a material returning push rod 96 is arranged at the right side of the material returning cylinder, a hot-melting knife bracket 107 is arranged on a machine body at the upper end of the rear dead point of the air expansion shaft, an electric hot-melting knife 108 is arranged on the hot-melting knife bracket, a rotary cylinder 102 is arranged at the left side of the hot-melting knife bracket, the rotary cylinder is fixedly arranged on a box body at the rear side of the right box body through bolts, a rotating shaft is arranged at the right end of the rotary cylinder, the hot-melting knife bracket 107 is fixedly connected on the rotating shaft of the rotary cylinder, a press belt bracket 105 is arranged at the rear side of the rear dead point, the rear upper side of the empty tape box receiving hopper is provided with an empty tape box conveying rail 64, the rear end of the empty tape box conveying rail is provided with an automatic feeding vibration disc 110, a raw tape empty tape box is arranged in the automatic feeding vibration disc, a discharging cylinder 63 is arranged on a discharging port of the empty tape box conveying rail, the rear end of the rack is provided with an air compressor 122, the left sides of the front dead point air expansion shaft and the rear dead point air expansion shaft are respectively provided with an inflation cylinder 100, the right end of the inflation cylinder is provided with an inflation and deflation nozzle 101, and the various cylinders and motors are controlled by a PLC (programmable logic controller) to control electromagnetic valves and control various actions and operations according to set programs.

The inflatable shaft 76 shown in fig. 10-11 is a hollow tubular shaft, the wall of the tubular shaft is provided with four symmetrical long key slots, namely, an upper long key strip 78, a lower long key strip 77, a long inflatable air bag 77, a left end of the inflatable shaft is provided with an inflation inlet 75, an inflation nozzle is arranged in the inflation inlet, a special transmission gear 79 is arranged at the left end of the inflatable shaft, the key strips 78 are controlled by the air bag, the key strips extend outwards during inflation, and the key strips shrink during deflation. When the adhesive tape box is assembled and disassembled, the inflation cylinder closes the air inlet valve, the inflation head opens the inflation nozzle to deflate, and the key strips contract inwards, so that the assembly and the disassembly are convenient. When the rewinding servo motor drives the air inflation shaft to rotate to take up the tape, the air inflation cylinder opens the air inlet valve, the air inflation head opens the air inflation nozzle to inflate the air bag, and the long key strips extend outwards to fix the tape box so as to take up the tape.

When the device works, a power supply is started, the heat insulation box is heated firstly, when the temperature reaches the stretching temperature of 280 ℃, an air source switch is opened, a motor is started, a raw rubber belt mother material belt roll on a material roll support is corrected by a correction motor, the mother material belt enters a high-temperature box through a tension roller and a guide roller, after the mother material belt is pulled to a set thickness through a differential ratio generated by an upper stretching roller group and a lower stretching roller group, the mother material belt is sent to front and rear raw rubber belt tension rollers through a discharge port guide roller, after the length is measured by an encoder, the raw rubber belt tension rollers are cut into the width of a raw rubber belt small empty box through a dividing cutter at the upper end of the raw rubber belt tension roller, the raw rubber belt small empty box is sent to the upper end of a water tank through the guide roller, three air shafts arranged on an index plate are separated by 120 degrees according to a program set by a PLC (programmable logic controller), and divided into a, when the air expansion shaft rotates to a front stop point, the feeding cylinder sequentially pushes the empty tape boxes from the feeding vibration disc into the air expansion shaft positioned at the front stop point station according to a set program, after the empty tape boxes are filled by the air expansion shaft at the front stop point position, the indexing disc rotates by 120 degrees, the air expansion shaft completing the feeding box is moved to the upper stop point to start a tape coiling process, when the tape coiling process is about to be completed, the water spray nozzles arranged in the water tank spray water to the bottom surface of the raw tape to be cut according to the program of the PLC, so that the head of the raw tape after the hot-melt cutter is dissolved is adhered to the empty tape boxes to wind the tape. After the tape is wound, the air expansion shaft rotates 120 degrees according to a designed program and moves to a rear dead point station, the rotary cylinder arranged at the left end of the rear dead point rotates clockwise according to the program programmed by the programming controller to drive the hot melting cutter support to rotate to melt the raw tape, the closing motor drives the air expansion shaft to rotate for several circles again to rewind the melted tape head, the soft tape pressing head is pushed forward by the tape pressing cylinder according to the program designed by the programming controller to tightly press and paste the raw tape head on the raw tape box, and the material returning cylinder pushes the material returning push rod to discharge the tape box according to the program set by the programming controller. Meanwhile, the air expansion shaft which runs to the front stop station fills the empty tape box according to the program of the programming controller, the empty tape box is transferred from the front stop to the top stop to just bear the dissolved adhesive tape head, the freshly dissolved adhesive tape head is easily adhered to the empty tape box as the adhesive tape head is wetted by the water nozzle, the rewinding servo motor drives the rewinding driving special gear to drive the top stop air expansion shaft to rotate according to the program set by the programming controller to fully wind the adhesive tape box, the empty tape box is transferred to the back stop according to the set program to unload the adhesive tape box, and the operation is repeated in sequence.

The utility model discloses compact structure, reasonable in design, its beneficial effect is: firstly, the raw adhesive tapes are measured by an encoder according to the quantity set by a PLC (programmable logic controller) and are subjected to meter-based control production; the fiber probe arranged below each raw rubber belt can monitor belt breakage at any time, and when the raw rubber belt above the probe is broken, the alarm is given immediately and the machine is stopped; thirdly, the master batch tape roll is formed by a drawing roll group with a differential ratio function, the adhesive tape can be smoothly drawn to a set thickness in a high-temperature box, and the thickness is uniform; fourthly, the high-speed slitting knife is arranged, the thinned adhesive tape can be slit into raw adhesive tape strips with equal width in high-speed operation, the high-speed slitting knife can smoothly perform slitting action in high-speed production, and the defect that the existing old machine cannot perform high-speed production in slitting operation is overcome; dividing the three inflatable shafts into three stations of a front dead center, a top dead center and a rear dead center by the dividing plate according to 120 degrees, automatically completing the procedures of an upper empty box, coiling and discharging, and normally operating at high speed in a timed and quantitative manner; sixthly, spraying water to bond the tape, wherein a water spray nozzle above the water tank sprays the wet tape at the position of the raw tape head to be cut off, so that the cut tape head is conveniently adhered to the empty tape box, and the smooth tape winding is ensured; seventhly, an air bag is arranged in the air inflation shaft, the air inflation control is utilized to control the shrinkage of a key strip in the air inflation shaft, when the winding tape runs, the key strip extends outwards to fix the raw adhesive tape box and the air inflation shaft, and when the upper empty box and the discharging are carried out, the air bag is deflated to separate the raw adhesive tape box from the air inflation shaft, so that the assembly and disassembly are convenient; and eighthly, the special gear is applied to a servo tape coiling motor, a closing motor and an air expansion shaft, so that the gear can be conveniently meshed and separated, and the gear beating phenomenon cannot occur.

Claims

1. The utility model provides a tensile winding rolling band machine of cutting of full-automatic raw rubber belt, includes frame, material book support, tensioning roller, guide roll, stretching roller, drive gear, high temperature case, electrical heating board, high-speed branch cutter, electric heat fusing sword, reducing gear box and servo motor, its characterized in that: a feeding workbench is arranged at the right front end of the rack (1), a working table plate (2) is arranged at the upper end of the feeding workbench, a guide rail (3) is arranged at the upper end of the working table plate, the guide rail is transversely installed and fixed on the working table plate through bolts, a left slider (5) and a right slider (6) are arranged in the guide rail, a movable plate (7) is arranged at the upper ends of the left slider and the right slider, the left slider and the right slider are fastened at the lower end of the movable plate through slider fixing bolts (4), the movable plate is installed in a track of the guide rail through sliders, a material roll supporting shaft (13) is arranged at the upper end of the movable plate, a material roll supporting bracket (14) is arranged on the material roll supporting shaft, the material roll supporting shaft is installed at the upper end of the movable plate through a bearing (12), a material roll shaft (15) is installed in the material roll, the lower end of the working table plate is provided with a deviation rectifying motor (10), the front end of a main shaft of the deviation rectifying motor is provided with a deviation rectifying adjusting arm (8), the upper end of the deviation rectifying adjusting arm is connected and fixed on the movable plate, the rear upper end of the material roll support is provided with a photoelectric deviation rectifying probe (21), the bottom end of the deviation rectifying motor is provided with a deviation rectifying controller (11), the upper end of the working table plate is provided with a master material belt tensioning support (19), the front end of the master material belt tensioning support is provided with a front follow-up tensioning roller (20), the upper end of the front follow-up tensioning roller is provided with an upper tensioning roller (23), the lower tensioning roller (22), the upper middle part of the frame is provided with a high temperature box (33), a heat insulation layer (35) is arranged in the high temperature box body, the front follow-up tensioning roller and the upper tensioning roller are respectively installed and fixed at the front end of the high temperature box, two sets of raw sticky tape stretching rollers about the lower extreme of guide roll is equipped with, and last group's stretching roller (111) and lower group's stretching roller set (31) are arranged in proper order and are installed in the high-temperature box, and the bottom of high-temperature box is equipped with down electric heating pipe (32), and lower electric heating pipe installs the bottom at lower group's stretching roller set, and the front end of high-temperature box is equipped with feed inlet (28), and the rear end is equipped with discharge gate (37).

2. The full-automatic tape drawing, slitting, winding and winding machine of claim 1, characterized in that: the rear side of the discharge port is provided with a guide roller (113), the left end of the guide roller is provided with an encoder (54), the upper end of the guide roller is provided with a nascent adhesive tape tensioning roller (112) and a nascent adhesive tape tensioning roller (121), the upper ends of the two nascent adhesive tape tensioning rollers are provided with a high-speed slitting knife (51), the high-speed slitting knife is arranged on a rack at the upper end of the nascent adhesive tape tensioning roller, the inner end of the slitting knife is provided with a slitting motor (53), a slitting knife shaft (49) is arranged on a main shaft at the front end of the slitting motor, a slitting knife separating shaft sleeve is arranged on the slitting knife shaft, a row of slitting knife blades (50) are fixedly arranged on the slitting knife shaft in sequence, the separating shaft sleeve is fixedly arranged on the main shaft of the slitting knife motor by a shaft sleeve fixing bolt (52), the lower side of the nascent adhesive tape tensioning roller is provided with a lower guide roller (114), the rear side, the rear side of fiber probe is equipped with basin (58), and the bottom side of basin is equipped with the water pump, and the upper end of water pump is equipped with inlet tube (59), and the upside of inlet tube is equipped with shunt tubes (60), and the shunt tubes installation sets up in the basin, and the upper end of shunt tubes is equipped with one row of water spray nozzle (61), and the water spray nozzle sets up the lower extreme at the crude sticky tape after cutting respectively, and the rear end of frame is equipped with electrical control box (183), is equipped with PLC programming controller (55) in the electrical control box, and the rear end of electrical control box is equipped with.

3. The full-automatic tape drawing, slitting, winding and winding machine of claim 1, characterized in that: the front bottom of the rear side of the rack is provided with a mother material belt conveying motor (80), the front end of the mother material belt conveying motor is provided with a gear box (45), the front end of the gear box is provided with a driving chain wheel (44), the upper end of the driving chain wheel is provided with a middle driving chain wheel shaft (99), the middle driving chain wheel shaft is provided with an inner driving chain wheel, an outer driving chain wheel and a middle driving chain wheel, the right upper end of the outer driving chain wheel is provided with a driving chain wheel shaft (120) for driving a guide roller (34), the guide roller driving chain wheel shaft is provided with a guide roller driving chain wheel, the guide roller driving chain wheel is connected onto the outer driving chain wheel through a chain, the left upper end of the inner driving chain wheel is provided with a driving chain wheel shaft for driving a lower tensioning roller, the lower tensioning roller driving chain wheel (119) and a lower driving gear (25) are sequentially arranged on the lower tensioning roller driving chain wheel shaft, the upper tensioning roller driving chain wheel shaft is provided with an upper, go up drive gear (26) and lower drive gear (25) meshing, the rear end of high-temperature cabinet is equipped with back tensioning roller transmission shaft, the outer end of back tensioning roller transmission shaft is equipped with back tensioning roller drive sprocket (39), drive chain (43) are equipped with on drive sprocket (44) of gear box front end, the upper end erection joint of drive chain (43) is on the epaxial middle drive sprocket of middle drive sprocket, it goes up drive chain (40) to be equipped with on the drive sprocket of last tensioning roller, the rear end connection of going up drive chain installs on back tensioning roller drive sprocket (39).

4. The full-automatic tape drawing, slitting, winding and winding machine of claim 1, characterized in that: a stretching roller driving motor (89) is arranged at the rear lower end of the rack, a reduction gearbox (48) is arranged at the front end of the stretching roller driving motor, a stretching roller driving chain wheel (47) is arranged at the front end of the reduction gearbox, a stretching driving chain (46) is arranged on the stretching roller driving chain wheel, a lower group of stretching roller driving shaft (116) is arranged at the upper middle part of the rack, a guide roller (113) is arranged at the inner end of the lower group of stretching roller driving shaft, a lower group of transmission chain wheels (24) is arranged at the outer end of the lower group of stretching roller driving shaft, a left speed reduction small chain wheel (131) and a guide roller driving chain wheel (130) are sequentially arranged at the inner end of the lower group of transmission chain wheels (24), a guide roller transmission chain wheel (182) is arranged at the right side of the guide roller driving chain wheel, a lower group of stretching roller driving gear (184) is arranged at the inner end of the guide roller driving chain wheel, lower group of stretching, big reduction sprocket (42), big reduction sprocket is equipped with down tensile roller drive chain (132) of group, and lower tensile roller drive chain installs the connection in proper order respectively on big reduction sprocket, and the upper end of lower group's tensile roller drive shaft (116) is equipped with tensile roller drive shaft (115).

5. The full-automatic tape drawing, slitting, winding and winding machine of claim 4, characterized in that: a rear adhesive tape tensioning roller shaft is arranged on the right rear side of the upper drawing roller driving shaft, a rear adhesive tape tensioning roller (121) is arranged at the inner end of the rear adhesive tape tensioning roller shaft, a rear adhesive tape tensioning roller driving chain wheel (123) is arranged at the outer end of the rear adhesive tape tensioning roller, a front adhesive tape tensioning roller (112) is arranged at the inner end of the upper drawing roller driving shaft, an upper drawing roller driving chain wheel (124) is arranged at the outer end of the upper drawing roller driving chain wheel, an upper drawing roller small speed reducing chain wheel (129) is arranged at the inner end of the upper drawing roller driving chain wheel, an upper drawing roller transmission gear (38) is arranged at the inner side of the small speed reducing chain wheel, the upper drawing roller transmission gear (38) is meshed with a lower drawing roller driving gear (184), upper group drawing roller shafts are respectively arranged in the drawing rollers of the upper group drawing rollers (111), inner small speed reducing driving chain wheels (117) and outer large speed reducing, the big and small speed reducing chain wheels are sequentially provided with an upper group of tensile transmission chains (133), the upper group of tensile transmission chains are respectively and sequentially arranged and connected on the big and small speed reducing chain wheels, the upper tensile roller driving chain wheels and the belt tensioning roller transmission chain wheels inside and outside the upper group, and the front upper end of the high-temperature box is provided with an oil-containing gas discharge pipe (27).

6. The full-automatic tape-drawing, slitting, winding and winding machine of claim 2, characterized in that: the rear cabinet is arranged at the left rear end of the frame and consists of a left steel plate support (82) and a right steel plate support (125), a middle steel plate support (81) is arranged in the middle of the left steel plate support and the right steel plate support, the cabinet is divided into a left box body and a right box body by the middle steel plate support (81), a servo motor (83) is arranged in the left box body and is fixedly arranged at the left lower end in the left box body by bolts, a driving belt pulley (93) is arranged on a main shaft of the servo motor, a dividing disc (87) is arranged at the middle lower end in the right cabinet body, a central shaft (88) is arranged in the middle of the dividing disc and is respectively arranged on the box bodies in the middle of the left cabinet body and the right cabinet body by bearings, a driving belt pulley (90) is arranged at the left outer end of the central shaft, the driving belt pulley is connected and arranged on, the three air inflation shafts are respectively and uniformly fixedly arranged on the dividing plate at intervals of 120 degrees in sequence.

7. The full-automatic tape drawing, slitting, winding and winding machine of claim 6, characterized in that: the index plate is controlled by a PLC (programmable logic controller), and is divided into a front dead center, a top dead center and a rear dead center according to a designed program to perform positioning rotation at regular time, an air expanding shaft is an upper hollow belt box station when the front dead center is positioned, a belt coiling station when the top dead center is positioned, a material returning box station when the rear dead center is positioned, special transmission gears (84) for the air expanding shaft are respectively arranged at the left end of the air expanding shaft, a rewinding servo motor (85) is arranged in a left box body at the upper end of the central shaft, a rewinding special driving gear (127) is arranged on a main shaft of the rewinding servo motor, the special driving gear for rewinding is arranged at the upper end of, the left lower end of the left box body is provided with a closing-in motor (126), the right end of the closing-in motor is provided with a closing-in motor gear box, the right end of the closing-in motor gear box is provided with a closing-in special gear (128), and the closing-in special gear is meshed with a special gear of the inflatable shaft on the rear stop station.

8. The full-automatic green tape stretching, slitting, winding and winding tape winder as claimed in claim 7, characterized in that: the special gear for the air expansion shaft, the special gear for the rewinding motor to drive and the special gear for the closing-up are innovative gears of the product, the tooth shapes from tooth roots to tooth tips are sharp, no radian exists in the middle, the gears can be conveniently meshed and separated, and teeth cannot be formed during meshing.

9. The full-automatic tape drawing, slitting, winding and winding machine of claim 6, characterized in that: an empty belt box receiving hopper (62) is arranged at the right end of a front dead point of the inflatable shaft, a feeding cylinder (66) is arranged on the right side of the empty belt box receiving hopper, a feeding push rod (67) is arranged at the left end of the feeding cylinder, a material returning cylinder (98) is arranged in a box body positioned on the left side of a rear dead point of the inflatable shaft, a material returning push rod (96) is arranged on the right side of the material returning cylinder, a hot-melt knife bracket (107) is arranged on a machine body at the upper end of the rear dead point of the inflatable shaft, an electric hot-melt knife (108) is arranged on the hot-melt knife bracket, a rotary cylinder (102) is arranged on the left side of the hot-melt knife bracket, the rotary cylinder is fixedly installed on the box body on the rear side of the right box body through bolts, a rotary shaft is arranged at the right end of the rotary cylinder, the hot-melt knife bracket (107) is fixedly connected to the rotary shaft of the rotary cylinder, the front end of a push rod of the belt pressing is provided with a soft belt pressing head (106), the rear upper side of a material receiving hopper of the empty belt box is provided with a material conveying track (64) of the empty belt box, the rear end of the material conveying track of the empty belt box is provided with an automatic feeding vibration disc (110), a raw rubber belt empty belt box is arranged in the automatic feeding vibration disc, a discharge hole of the conveying track of the empty belt box is provided with a discharge air cylinder (63), the rear end of the rack is provided with an air compressor (122), the left sides of a front stop air-swelling shaft and a rear stop air-swelling shaft station are respectively provided with an air inflation cylinder (100), and the right.

10. The full-automatic green tape stretching, slitting, winding and taping machine of claim 9, wherein: the inflatable shaft (76) is a hollow tubular shaft, four symmetrical strip-shaped key grooves which are up, down, left and right are formed in the wall of the tubular shaft, a strip-shaped inflatable air bag (77) is arranged in the hollow part of the tubular shaft, an inflation opening (75) is formed in the left end of the inflatable shaft, an inflation and deflation nozzle is arranged in the inflation opening, a special transmission gear (79) is arranged at the left end of the inflatable shaft, and the key grooves (78) are controlled by the air bag.