CN209235100U - Oversleeve produces baling press - Google Patents

Abstract

A kind of oversleeve production baling press, collating unit is conveyed including nonwoven strip, board, membrane material roller, conveying roller, it is characterized in that there are two membrane material rollers for the end setting of the board, membrane material roller subsequent process position is equipped with two sets of membrane materials and elastic coupling apparatus, process position after membrane material and elastic coupling apparatus is equipped with overlapping conveying roller, it overlaps conveying roller subsequent process position and is equipped with nonwoven strip conveying collating unit, process position after nonwoven strip conveying collating unit is equipped with supersonic welding cock wheel, supersonic welding cock wheel subsequent process position is equipped with sealing portion, the sealing portion subsequent process position is equipped with packing apparatus.

Description

Oversleeve produces baling press

Technical field

The utility model relates to manufacture machinery, baling press is produced more particularly, to oversleeve.

Background technique

Disposable oversleeve has been commonly used in daily life, and oversleeve currently on the market is manufactured by oversleeve mostly Machine is completed, and after existing oversleeve manufacturing machine production finished goods oversleeve, the flattening of finished product oversleeve is folded into neat arrange by worker It is packed into inner wrapping after to certain amount, then a certain number of inner wrappings are transferred to middle packaging, is then transferred to big packaging and carries out joint sealing, Then a FCL is neat puts.Therefore, the manufacturing schedule with packaging progress of disposable oversleeve product seriously disconnect, many factories Have to recruit a large amount of worker to carry out oversleeve packaging.Hand-filling not only reduces production efficiency, and quality not can guarantee yet, Enterprise's production cost is improved simultaneously.

Utility model content

The utility model aim is to provide oversleeve production baling press, is not very closed with solving existing oversleeve manufacturing machine structure Reason disconnects with oversleeve manufacturing machine manufacturing schedule, the technical problems such as high production cost, production efficiency is low, and product quality is difficult to ensure.

In order to solve the above technical problems, the technical solution adopted in the utility model is: a kind of oversleeve production baling press, including Nonwoven strip conveys collating unit, board, membrane material roller, conveying roller, it is characterized in that there are two membrane materials for the end setting of the board Roller, membrane material roller subsequent process position are equipped with two sets of membrane materials and elastic coupling apparatus, the work after membrane material and elastic coupling apparatus Tagmeme is equipped with overlapping conveying roller, and overlapping conveying roller subsequent process position is equipped with nonwoven strip and conveys collating unit, and nonwoven strip is defeated Process position after sending collating unit is equipped with supersonic welding cock wheel, and supersonic welding cock wheel subsequent process position is equipped with sealing portion, described Sealing portion subsequent process position is equipped with packing apparatus；

The nonwoven strip conveying collating unit includes nonwoven strip stock roll, transmission mechanism, the nonwoven strip raw material Cloth guider is equipped with after roller, cloth guider rear portion is equipped with front transfer wheel, and front transfer wheel and a pressure roller are tangent, the forward pass It passs to be equipped with after wheel and cuts roller, it is tangent with bearing plate to cut roller, and described cut is provided with rear transfer wheel after roller, and rear transfer wheel is equipped with later Cloth flanging calibrator is equipped with from transfer wheel after cloth flanging calibrator, it is described after transfer wheel and cloth flanging calibrator it Between be equipped with straight guide plate, straight guide plate passes through cloth flanging calibrator wiredrawn edge, it is described after transfer wheel profile be nearby equipped with an arc-shaped guide plate, The arc-shaped guide plate acts the section of holding for being terminated at bearing plate, and the end of arc-shaped guide plate is connected to straight guide plate, in main transmitting wheel surface It is fixed with one section of arc elastic body that can be in close contact arc-shaped guide plate at circumference, transfer wheel and is wound with biography from transfer wheel after described Band is passed, which passes through cloth flanging calibrator and be tightly attached to straight guide plate.

Preferably, the axis for cutting roller is main shaft, and driving gear is fixed on its axis, then passes through center tooth Wheel transmission front transfer wheel cuts roller, the driven gear in rear transfer wheel, it is described after transfer wheel with from transfer wheel pass through transfer tape biography It is dynamic.

Preferably, the membrane material and elastic coupling apparatus is upper and lower or front and back is arranged on board.

Preferably, the membrane material and elastic coupling apparatus includes elastic locator, curler, the membrane material that is placed in both sides Crimping heat seal wheel and supporting roller, crimping heat seal wheel and supporting roller are arranged and are contacted up and down, before curler is located at crimping heat seal wheel Portion process position, elastic locator are located at curler front process position.

Preferably, heating ring is arranged at the profile of the crimping heat seal wheel, the two poles of the earth point of the heating ring heating wire Not be nested with the annular electrode on crimping heat seal wheel shaft and be electrically connected, which respectively connect with carbon brush.

Preferably, the sealing portion includes that conveying roller, sealing roller, elastic cut roller, wherein sealing roller, elastic are cut below roller Roller is cut equipped with holding, elastic is cut and is arranged with oversleeve conveyer belt in the middle part of roller；The packing apparatus includes feeding roller, folding device, described Folding device is equipped with after oversleeve conveyer belt, the folding device outer end face is provided with feeding inlet, discharge port, inserts material mouth, described Feeding inlet and slotting material mouth are respectively corresponding with plate, and the folding model being connected to feeding inlet, discharge port is equipped in the folding device Chamber, the folding device side or bottom, which are equipped with, is packaged conveyer belt, the feeding inlet of the folding device and the conveyor surface of feeding band The surface for being packaged conveyer belt is arranged in docking, the discharge port of the folding device, and the packing conveyer belt is equipped with multiple put The clip slot for folding oversleeve is set, clip slot is U-typed；Feeding roller is equipped between the oversleeve conveyer belt and feeding band, feeding roller is radial It is provided with multiple groups stirring fork, stirring fork intersects with the discharge zone on the left of feeding band.

Preferably, the feeding has two groups, two groups of feeding bands pass through from the two sides of feeding inlet respectively.

Preferably, described packing conveyer belt a side is provided with the push rod device parallel with clip slot, push rod device and gas The push rod of cylinder connects, and is packaged another side of conveyer belt and is provided with folding oversleeve packaging slot corresponding with push rod device.

Preferably, the push rod device is composed in parallel by multiple push rods.

Preferably, the top of the folding device is provided with feeding inlet, the first setting model is provided with below feeding inlet Chamber；Described first erects that model cavity side is horizontally arranged the second slotting material mouth, horizontally arranged first water in opposite side Flat model cavity；First level model cavity side vertical direction is provided with third and inserts material mouth, the setting of opposite side vertical direction There is the second setting model cavity；Second setting model cavity side is horizontally arranged the 4th slotting material mouth, and opposite side is horizontal The second horizontal model cavity is arranged in direction；The end bottom of the second horizontal model cavity is provided with discharge port, above the discharge port It is correspondingly provided with the 5th slotting material mouth, clip slot is correspondingly provided with below the discharge port, the feeding inlet, third insert material mouth, the 5th slotting material mouth Top, which is respectively perpendicular, is provided with the first plate, third plate, the 5th plate；The second slotting material mouth, the 4th slotting material mouth side point Shui Pingshezhi there are not the second plate, the 4th plate；The plate is connect with the push rod of cylinder respectively.

Therefore, the utility model has the advantages that structurally reasonable, high-efficient, reliable in action, easy to operate, flexible, especially Extensive fully-automatic production suitable for disposable plastic film oversleeve.Its disposable plastic film oversleeve quality produced can It leans on, simple solid, waterproof performance is good, and production cost is low, can satisfy people to a large amount of of disposable plastic film oversleeve Demand.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model.

Fig. 2 is the top view of the conveying collating unit of nonwoven strip shown in Fig. 1.

Fig. 3 is the side view of the conveying collating unit of nonwoven strip shown in Fig. 2.

Fig. 4 is partial enlarged view at A shown in Fig. 1.

Fig. 5 is the working state schematic representation that membrane material shown in Fig. 1 enters sealing portion.

Fig. 6 is the packing apparatus structural schematic diagram in Fig. 1 at B.

Fig. 7 is the top view of Fig. 6.

Fig. 8 is the structural schematic diagram of folding device shown in Fig. 7.

Fig. 9 is that oversleeve shown in Fig. 8 enters the first working state schematic representation for erectting model cavity.

Figure 10 is the work side view that A-A oversleeve shown in Fig. 9 enters first level model cavity.

Figure 11 is that oversleeve shown in Figure 10 enters the second working state schematic representation for erectting model cavity.

Figure 12 is the working state schematic representation that oversleeve shown in Figure 11 enters the second horizontal model cavity.

Specific embodiment

Below with reference to the embodiments and with reference to the accompanying drawing being further described in detail to the technical solution of the utility model.

Fig. 1 is the structural schematic diagram of the utility model.As shown in Figure 1, oversleeve production baling press includes board 25, in machine Platform 25 is set there are two the membrane material roller 1,100 of supply membrane material operation, and two membrane materials operation line whole components are located on board 25, (when So, board 25 can be one, but be not limited to one), a mantle is respectively provided on the two membrane materials operation line after membrane material roller 1,100 Material and elastic coupling apparatus 8,81, membrane material and elastic coupling apparatus 8, about 81 or front and back arrangement.

Membrane material and elastic coupling apparatus 8,81 elastic locator 9, curler 7, pressing film roller including the membrane material both sides that are placed in 6, crimping heat seal wheel 5 and supporting roller 4, curler 7 are located at 5 front of crimping heat seal wheel, and elastic locator 9 is located at 7 front of curler.

Crimping heat seal wheel 5 is arranged and is contacted with about 4 supporting roller, after pressing film roller 6 is compressed on supporting roller 4, crimping heat seal wheel 5 Profile at be arranged with heating ring 3, the two poles of the earth of 3 heating wire of heating ring respectively be nested with the annular electrode on 5 axis of crimping heat seal wheel Electrical connection, the annular electrode are respectively connect with carbon brush.

It is defeated that membrane material operation line after membrane material and elastic coupling apparatus 8,81 is equipped with the overlapping that two membrane materials are laminated Send roller 13.By Fig. 4, Fig. 5 it is found that the membrane material operation line after overlapping conveying roller 13 is equipped with two sets for fixing oversleeve mouth both ends The nonwoven strip of elastic 11 conveys collating unit 16, rolls over two sets nonwoven strips and conveys collating units 16 and is placed in 12 both sides of membrane material, Nonwoven strip is equipped with supersonic welding cock wheel 18 after conveying collating unit 16, is equipped with sealing portion 22 after supersonic welding cock wheel 18.

The nonwoven strip conveying collating unit 16 includes transmission mechanism, nonwoven strip stock roll 14, the nonwoven strip It is equipped with cloth guider 82 after stock roll 14, guide roller 15 is equipped between nonwoven strip stock roll and cloth guider 85, is led It can be rotated or not rotate to roller, 82 rear portion of cloth guider is equipped with front transfer wheel 83, front transfer wheel 83 and a pressure roller 830 It is tangent, nonwoven strip can be pinched, is equipped with after the front transfer wheel 83 and cuts roller 85, cut roller 85 and bearing plate 850 is tangent, it is described It cuts roller 85 and is provided with rear transfer wheel 86 later, be equipped with cloth flanging calibrator 87, cloth flanging calibrator after rear transfer wheel 86 It is equipped with after 87 from transfer wheel 88, is equipped with straight guide plate 862, straight guide plate between transfer wheel 88 and cloth flanging calibrator after described 862 pass through 87 wiredrawn edge of cloth flanging calibrator, and 86 profile of the rear transfer wheel is nearby equipped with an arc-shaped guide plate 860, which leads Plate 860 acts the section of holding for being terminated at bearing plate 850, and the end of arc-shaped guide plate is connected to straight guide plate 862, in main transmitting wheel surface One section of arc elastic body 861 that can be in close contact arc-shaped guide plate, arc elastic body 861(rubber or elasticity modeling are fixed at circumference Material etc.), in a rotation period of rear transfer wheel 86, arc elastic body 861 can will be located at the one of 860 front end of arc-shaped guide plate Section nonwoven strip 801 scrapes interior into arc-shaped guide plate 860 and is run through arc-shaped guide plate 860.

Transfer wheel 86 and transfer tape 865 is wound with from transfer wheel 88 after described, which passes through the sizing of cloth flanging Device 87 is simultaneously tightly attached to straight guide plate 862.

Transfer wheel 83,86 rotates in same direction, and the interval for cutting the rotation of roller 85 utilizes blade by nonwoven strip 82 on bearing plate 850 Cutting；The both sides of cloth flanging calibrator 87 are set to, from transfer wheel 88 and straight guide plate 862 so as to the nonwoven strip 82 that will be cut Pinch membrane edge edge.

In transmission mechanism, the axis 805 for cutting roller 85 is set to main shaft, and fix driving gear on its axis 805 89, then by intermediate gear 891 be driven other axis on driven gear, thus allow front transfer wheel, cut roller, rear transfer wheel, from Transfer wheel rotates in same direction.Afterwards transfer wheel, from transfer wheel be by transmit V belt translation, belong to belt transmission, naturally it is also possible to again Intermediate gear is set, directlys adopt gear drive from transfer wheel.

Roller 23 is mainly cut including conveying roller 19, dance roller 20, sealing roller 21, elastic by sealing portion 22, wherein sealing roller 21, elastic, which is cut to be equipped with to hold below roller 23, cuts roller 211,231, and sealing roller 21 and elastic cut used gear drive between roller 23, make two Person can synchronize and rotate in same direction.Fig. 4 is partial enlarged view at A shown in Fig. 1, in conjunction with Fig. 4 it is found that elastic cuts 23 outer surface of roller is enclosed with Rubber sleeve 38,37 blade of elastic cutter that rubber cuts roller 23 submerge 38 surface of rubber sleeve or maintain an equal level with 38 surface of rubber sleeve, elastic It cuts and is arranged with oversleeve conveyer belt 51 in the middle part of roller 23.

By Fig. 7, Fig. 8 it is found that being equipped with feeding roller 521 between oversleeve conveyer belt 51 and feeding band 59, feeding roller 521 is radial to be set It is equipped with multiple groups stirring fork 522, stirring fork 522 and the discharge zone in 59 left side of feeding band intersect.Be provided with outside folding device 53 into Material mouth 551, discharge port 575, folding device 53 is interior to be equipped with the folding model chamber being connected to feeding inlet 551, discharge port 575, folds 53 side of device or bottom, which are equipped with, is packaged conveyer belt 54.

The first setting model cavity 571 is provided with below the feeding inlet 551 of folding device outer end face, first erects model cavity 571 sides are horizontally arranged the second slotting material mouth 561, the horizontally arranged first level model cavity 572 in opposite side；First Horizontal 572 side vertical direction of model cavity is provided with third and inserts material mouth 553, and opposite side vertical direction is provided with the second setting mould Type chamber 573；Second setting 573 side of model cavity is horizontally arranged a 4th slotting material mouth 563, the other side horizontally arranged the Two horizontal model cavities 574；The end bottom of second horizontal model cavity 574 is provided with discharge port 575, and 575 top of discharge port is right The 5th slotting material mouth 555 should be equipped with.

Feeding inlet 551, third insert material mouth 553, the 5th slotting 555 upper vertical of material mouth is provided with the first plate 552, third is inserted Plate 554, the 5th plate 556；Second slotting material mouth 561, the 4th slotting 563 side of material mouth are arranged in parallel with the second plate the 562, the 4th and insert Plate 564, each plate are connect with the push rod of cylinder 57 respectively.

The feeding inlet 551 of the conveyor surface folding device 53 of feeding band 9 is docked, and the discharge port 575 of folding device 53, which is located at, to be beaten The surface of packet conveyer belt 54 is packaged conveyer belt 54 and is equipped with multiple clip slots 541 placed and fold oversleeve, and clip slot 541 is " U " Type.

541 side axial of clip slot is provided with piston push rod device 55, and push rod device 55 is composed in parallel by multiple push rods 582. It being packaged 54 a side of conveyer belt and is provided with the push rod device 55 parallel with clip slot 541, push rod device 55 is connect with the push rod of cylinder, It is packaged another side of conveyer belt 54 and is provided with folding folding oversleeve packaging slot 58 corresponding with push rod device 55.

When work, mould material 12 is respectively fed in membrane material and elastic coupling apparatus 8,81 by membrane material roller 1,100.Due to membrane material and Elastic coupling apparatus 8,81 structures are identical, its process: membrane material and elastic is now illustrated by taking membrane material and elastic coupling apparatus 8 as an example Mould material 12 is sent in curler 7 in coupling apparatus 8, while the elastic 11 on elastic roller 10 is fixed by elastic locator 9 Behind position, enter curler 7 immediately, under the action of curler 7, elastic 11 crimping and is wrapped in by 12 both sides of membrane material immediately Wherein.After the mould material 12 for wrapping up elastic 11 comes out out of curler 7, at this moment the press mold in 7 exit of curler is set Roller 6 will be adjusted mould material 12, and mould material 12 is allowed to be more snugly fitted to together with elastic 11.Then, elastic 11 is wrapped up Mould material 12 under the drive of supporting roller 4, between supporting roller 4 and crimping heat seal wheel 5, crimping heat seal is set at this time It takes turns the heating ring 3 at 5 profiles and generates certain high temperature, by crimping soldering in membrane material 12, while the sealing of elastic 11 being rolled up In side.

After 8,81 pairs of membrane materials 12 of membrane material and elastic coupling apparatus and elastic 11 are combined, the conveying of this two covering device Out and rolling up has the mould material 12 of elastic 11 to be fed to overlapping conveying roller 13 simultaneously, to turn overlapping conveying roller 13 by two films After material 12 carries out overlapping arrangement, it is sent into the process position of nonwoven strip conveying collating unit 16.

In nonwoven strip conveying collating unit 16, the nonwoven strip 800 in nonwoven strip stock roll 80 is led by cloth The membrane material 12 to device 82, be sent between front transfer wheel 83 and its pressure roller 830, while arranged by overlapping is also uploaded in main conveyor line It is sent near cloth guider 82, and is moved synchronously together with nonwoven strip to a direction.

During exercise, the blade for cutting roller 85 cuts off nonwoven strip 800 to nonwoven strip 800 on bearing plate 850, forms nothing Woven fabric item segmentation 801, then rear transfer wheel 86 cooperates with arc-shaped guide plate, and the nonwoven strip segmentation 801 after cutting pinches, and After transfer tape is further pressed, and under the action of transfer tape, it is sent between transfer wheel 88 and straight guide plate 862, from Transfer wheel 88, transfer tape and the cooperation of straight guide plate 862 continue to pinch and by cloth flanging calibrator to nonwoven strip segmentation 801 87, the pre-large post-small wiredrawn edge design of cloth flanging calibrator 87 at this time allows nonwoven strip to be segmented 801 doublings, the non-woven fabrics after doubling Item segmentation 801 is wrapped in the edge of two layers of membrane material 12, and as membrane material moves on, nonwoven strip segmentation 801 enters non-woven fabrics and welds In cock wheel 9 together with membrane material soldering.

Cloth flanging calibrator is the conventional components of existing shoe cover monufacturing machine, and structure is: inside cloth flanging calibrator It is equipped with a passageway (i.e. wiredrawn edge) by the side of plastic foil, the wiredrawn edge entrance is big, exports narrow, can allow a Duan Wufang by its wiredrawn edge 801 generation doublings of cloth segmentation and encase the elastic side of membrane material.

Supersonic welding cock wheel 18 immediately by the elastic 11 at 801 package of nonwoven strip firmly soldering in membrane material 12 On, it is formed elastic fixed area 39 (referring to Fig. 5).Then soldering has the membrane material 12 of nonwoven strip 141 to be sent into sealing portion 22 Process position.After the nonwoven strip 141 of membrane material 12 is run under sealing roller 21, the hot knife on sealing roller 21 is immediately to rubber The membrane material 12 in 39 middle position of muscle fixed area is sealed and is cut off, and the sealing side 40 of oversleeve 24 is formed.At this point, rubber Muscle cuts roller 23 and holding below cuts rod 231 and continue to pinch elastic 11, when elastic nip roll is by the intermediate point of elastic fixed area 39 When pushing down, since (referring to fig. 4) is shunk in elastic nip roll glue surface compression at this time, the blade positioned at elastic cutter 37 herein is taken advantage of a situation Expose 38 surface of rubber sleeve, then elastic 11 is cut off, finally dishes out and becomes finished product oversleeve 24.Finished product oversleeve 24 passes through sleeve Set conveyer belt 51 is sent on feeding band 59 by stirring fork 522, and when finished product oversleeve 24 is added to certain amount, feeding band 59 is opened Beginning work.

By Fig. 9, Figure 10, Figure 11, Figure 12 it is found that finished product oversleeve 24 is by pan feeding rectangular in 53 top panel of folding device When at mouth 51, the first plate 552 is erect in model cavity 571 by 24 center of finished product oversleeve insertion first；Finished product oversleeve 24 is squeezed Backfin is stacked in U-shaped first and erects in model cavity 571.The second slotting material mouth is provided at first setting 571 side center of model cavity 561, another side is provided with first level model cavity 572, and the second plate 562 is by the second slotting material mouth 561 by 24 water of finished product oversleeve Plug flat enters in first level model cavity 572, completes the secondary folding to finished product oversleeve 24.

The top of first level model cavity 572 is provided with third and inserts material mouth 553, is provided with the second setting model cavity below 573, third plate 554 inserts material mouth 553 by third and erects the oversleeve insertion second of secondary folding in model cavity 573.Second is perpendicular Vertical 573 side of model cavity is provided with the 4th slotting material mouth 563, and opposite side is provided with the second horizontal model cavity 574, the 4th plate 564 laterally inserted 4th slotting material mouths 563, the oversleeve that four times are folded are inserted into the second horizontal model cavity 574.Second horizontal model cavity 574 ends bottom are provided with discharge port 575, and when 541 center of U-typed clip slot is by the 5th slotting 555 center of material mouth, the 5th is inserted Oversleeve is brought into U-typed clip slot 541 by the 5th slotting material mouth 555 and carries out the 5th folding and the final shaping by plate 556；Fold oversleeve It packs and is equipped with packaging bag in slot 58, finally fold stereotyped finished product oversleeve 24 by the axial push-in of push rod 582 of push rod device 55 In the packaging bag for folding oversleeve packaging slot 58.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.

Claims (9)

1. a kind of oversleeve production baling press, including nonwoven strip conveying collating unit, board, membrane material roller, conveying roller, it is characterized in that The end setting of the board is equipped with two sets of membrane materials there are two membrane material roller, membrane material roller subsequent process position and elastic combines dress It sets, the process position after membrane material and elastic coupling apparatus is equipped with overlapping conveying roller, and overlapping conveying roller subsequent process position is equipped with nothing Woven fabric item conveys collating unit, and the process position after nonwoven strip conveying collating unit is equipped with supersonic welding cock wheel, ultrasonic bonding It takes turns subsequent process position and is equipped with sealing portion, the sealing portion subsequent process position is equipped with packing apparatus；The nonwoven strip conveying Collating unit includes nonwoven strip stock roll, transmission mechanism, and cloth guider, cloth are equipped with after the nonwoven strip stock roll Guider rear portion is equipped with front transfer wheel, and front transfer wheel and a pressure roller are tangent, is equipped with after the front transfer wheel and cuts roller, cuts roller and hold Pressing plate is tangent, and the roller of cutting is provided with rear transfer wheel later, cloth flanging calibrator is equipped with after rear transfer wheel, cloth flanging is fixed It is equipped with after type device from transfer wheel, is equipped with straight guide plate after described between transfer wheel and cloth flanging calibrator, straight guide plate passes through cloth Flanging calibrator wiredrawn edge, it is described after transfer wheel profile be nearby equipped with an arc-shaped guide plate, rising for the arc-shaped guide plate is terminated at pressure-bearing Plate holds section, and the end of arc-shaped guide plate is connected to straight guide plate, and being fixed with one section at the circumference of main transmitting wheel surface can closely connect The arc elastic body of arc-shaped guide plate is touched, transfer wheel and is wound with transfer tape from transfer wheel after described, which passes through cloth folding Side calibrator is simultaneously tightly attached to straight guide plate.

2. a kind of oversleeve according to claim 1 produces baling press, it is characterized in that the axis for cutting roller is main shaft, and Driving gear is fixed on its axis, and front transfer wheel is then driven by intermediate gear, cuts roller, the driven gear in rear transfer wheel, Transfer wheel passes through transmitting V belt translation with from transfer wheel after described.

3. oversleeve according to claim 1 produces baling press, it is characterized in that the membrane material and elastic coupling apparatus includes Elastic locator, curler, the membrane material that is placed in both sides crimping heat seal wheel and supporting roller, crimping heat seal wheel and supporting roller cloth up and down It sets and contacts, curler is located at crimping heat seal wheel front process position, and elastic locator is located at curler front process position.

4. oversleeve according to claim 3 produces baling press, it is characterized in that being arranged at the profile of the crimping heat seal wheel Heating ring, the two poles of the earth of the heating ring heating wire respectively be nested with the annular electrode on crimping heat seal wheel shaft and be electrically connected, the annular Electrode is respectively connect with carbon brush.

5. baling press is produced according to oversleeve described in claim 1, it is characterized in that the sealing portion includes conveying roller, tension adjustment Roller, sealing roller, elastic cut roller, and wherein sealing roller, elastic, which are cut to be equipped with to hold below roller, cuts roller, and elastic, which is cut, is arranged with oversleeve biography in the middle part of roller Send band；The packing apparatus includes feeding roller, folding device, and folding device, the folding are equipped with after the oversleeve conveyer belt Device outer end face is provided with feeding inlet, discharge port, inserts material mouth, and the feeding inlet and slotting material mouth are respectively corresponding with plate, the folding The folding model chamber being connected to feeding inlet, discharge port is equipped in stacking device, the folding device side or bottom are equipped with to be packaged and pass Band is sent, the feeding inlet of the folding device is docked with the conveyor surface of feeding band, and the discharge port setting of the folding device is being packaged The surface of conveyer belt, the conveyer belt that is packaged are equipped with multiple clip slots placed and fold oversleeve, and clip slot is U-typed；The sleeve It covers and is equipped with feeding roller between conveyer belt and feeding band, feeding roller has been arranged radially multiple groups stirring and has pitched, on the left of stirring fork and feeding band Discharge zone intersect.

6. oversleeve according to claim 5 produces baling press, it is characterized in that the feeding has two groups, two groups of feeding bands point Do not pass through from the two sides of feeding inlet.

7. oversleeve according to claim 5 produces baling press, it is characterized in that described packings conveyer belt a side be provided with and The push rod of the parallel push rod device of clip slot, push rod device and cylinder connects, and is packaged another side of conveyer belt and is provided with and push rod dress Set corresponding folding oversleeve packaging slot.

8. oversleeve according to claim 7 produces baling press, it is characterized in that the push rod device is by multiple push rod parallel connection groups At.

9. oversleeve according to claim 5 produces baling press, it is characterized in that the top of the folding device is provided with pan feeding Mouthful, the first setting model cavity is provided with below feeding inlet；First setting model cavity side is horizontally arranged to have second to insert Material mouth, the horizontally arranged first level model cavity in opposite side；First level model cavity side vertical direction is provided with Third inserts material mouth, and opposite side vertical direction is provided with the second setting model cavity；Described second erects model cavity side level side To being provided with the 4th slotting material mouth, the horizontal model cavity in opposite side horizontally arranged second；The end of the second horizontal model cavity End bottom is provided with discharge port, is correspondingly provided with the 5th slotting material mouth above the discharge port, is correspondingly provided with clip slot below the discharge port, institute State feeding inlet, third inserts material mouth, the 5th slotting material mouth top is respectively perpendicular and is provided with the first plate, third plate, the 5th plate；Institute Stating the second slotting material mouth, the 4th slotting material mouth side and being horizontally disposed with respectively has the second plate, the 4th plate；The plate respectively with cylinder Push rod connection.