CN209600029U - The dyestripping structure of the protective film of diaphragm - Google Patents

Abstract

The utility model relates to the technical fields of packaging film; disclose the dyestripping structure of the protective film of diaphragm; for the protective film on diaphragm to be torn off diaphragm; the swing arm and dyestripping collet swung up and down including relative positioning platform; film suction nozzle is turned in the outer end connection of swing arm, turns over the top that film suction nozzle is located at locating platform；It turns over after the protective film for being placed in the diaphragm on locating platform is sucked in film suction nozzle and swings upward, drive protective film to dig, dyestripping collet clamps the protective film dug, and protective film and diaphragm are torn off out；Utilize the swing of swing arm; driving is turned over film suction nozzle and is swung up and down on locating platform; utilize the protective film turned on the diaphragm that film suction nozzle is sucked on locating platform; and the swing for passing through swing arm; protective film is dug, and then the protective film dug is torn off diaphragm by dyestripping collet, realizes dyestripping operation; whole operation realizes automatic operation, and processing efficiency is also higher.

Description

The dyestripping structure of the protective film of diaphragm

Technical field

The utility model patent is related to the technical field of packaging film, in particular to the dyestripping knot of the protective film of diaphragm Structure.

Background technique

Currently, digital product in use, often use the auxiliary members such as wire rod, such as data in mobile device Line or various power supply lines etc..

Data line (data cable) connects mobile device and computer, to reach data transmitting or communication objective, Or charge for connecting mobile device.Popular point is said, exactly connects computer and mobile device is used to transmit video, bell The access tool of the files such as sound, picture, or charge etc. for connecting mobile device.

When data line is packed after manufacture production, generally requires first coiling and form coiling group, then coiling group is carried out Coating, packaging film is in collar shape, and directly by coiling group device in packaging film, thus under the limitation of packaging film, coiling group can be with Shape after keeping coiling, consequently facilitating the packaging etc. of data line.

Most of wire rod including data line when being packed after production, requires wire rod coiling becoming coiling Group, recycle packaging Membrane cover coiling group, realize the packaging of wire rod.

In the prior art, packaging film is flaky diaphragm before shaping, and diaphragm carries out forming ring after the operation such as bending The packaging film of shape.In order to protect etc. to diaphragm, protective film is covered on diaphragm, in this way, diaphragm is carrying out bending operation Between, then it needs to tear the protective film on diaphragm, and be generally used manual operation at present and tear protective film, there is production effect The too low defect of rate.

Utility model content

The purpose of this utility model is to provide the dyestripping structures of the protective film of diaphragm, it is intended to it solves in the prior art, it will Protective film on diaphragm tears operation, there is a problem of that production efficiency is too low.

The utility model is realized in this way the dyestripping structure of the protective film of diaphragm, for the protective film on diaphragm to be torn From diaphragm, film is turned in the outer end connection of the swing arm swung up and down including relative positioning platform and dyestripping collet, the swing arm Suction nozzle, the top turned over film suction nozzle and be located at locating platform；The guarantor for turning over film suction nozzle and the diaphragm being placed on locating platform being sucked It is swung upward after cuticula, protective film is driven to dig, the dyestripping collet clamps the protective film dug, and by protective film and diaphragm It tears off out.

Further, the dyestripping collet has the clamping end for clamping protective film, sets on the clamping end of the dyestripping collet There is flexible glue block.

Further, the dyestripping structure of the protective film of the diaphragm include be arranged on the outside of locating platform turn over film suction nozzle and The recovery zone for the protective film torn is recycled, the film suction nozzle that turns over draws the protective film that the dyestripping collet is torn, and will protection Film is moved to recovery zone.

Further, rotation axis, the inner end of the swing arm and the rotation axis are provided on the outside of the locating platform Connection is driven by the rotation axis and is swung, and the swing arm and the perpendicular arrangement of the rotation axis.

Further, the outer end of the swing arm is connected with mounting bar, and the mounting bar extends to the locating platform Top, the film suction nozzle that turns over are connected on the mounting bar.

Further, described to turn over film suction nozzle and the perpendicular arrangement of the mounting bar.

Further, the dyestripping structure of the protective film of the diaphragm includes longitudinally arranged fixing seat, and the rotation axis turns It is dynamic to be threaded through in the fixing seat.

Further, it is in the clamping end arranged up and down that the dyestripping collet, which includes two, when the dyestripping collet presss from both sides Go bail for cuticula when, two clamping ends are swung in opposite directions, and when the dyestripping collet unclamps protective film, two clamping ends are carried on the back From swing.

Compared with prior art, the dyestripping structure of the protective film of diaphragm provided by the utility model utilizes swing arm It swings, driving is turned over film suction nozzle and swung up and down on locating platform, and the guarantor turned on the diaphragm that film suction nozzle is sucked on locating platform is utilized Cuticula, and by the swing of swing arm, protective film is dug, and then the protective film dug is torn off diaphragm by dyestripping collet, is realized Dyestripping operation, whole operation realize automatic operation, and processing efficiency is also higher.

Detailed description of the invention

Fig. 1 is the stereoscopic schematic diagram of automatic folded film coiling encapsulation tool provided by the utility model；

Fig. 2 is the stereoscopic schematic diagram of feeding platform provided by the utility model；

Fig. 3 is the stereoscopic schematic diagram of folded film structure provided by the utility model；

Fig. 4 is the stereoscopic schematic diagram of mobile lath provided by the utility model；

Fig. 5 is the stereoscopic schematic diagram of stripping structure provided by the utility model；

Fig. 6 is the enlarged diagram at the A in Fig. 5；

Fig. 7 is the stereoscopic schematic diagram of the transmission belt of conveying and packaging film provided by the utility model；

Fig. 8 is the stereoscopic schematic diagram of winding structure provided by the utility model；

Fig. 9 is the stereoscopic schematic diagram of set membrane structure provided by the utility model；

Figure 10 is the stereoscopic schematic diagram of mantle bar provided by the utility model.

Specific embodiment

In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only used to explain The utility model is not used to limit the utility model.

The realization of the utility model is described in detail below in conjunction with specific embodiment.

The same or similar label correspond to the same or similar components in the attached drawing of the present embodiment；In retouching for the utility model In stating, it is to be understood that if the orientation or positional relationship for having the instructions such as term " on ", "lower", "left", "right" is based on attached drawing Shown in orientation or positional relationship, be merely for convenience of describing the present invention and simplifying the description, rather than indication or suggestion institute The device or element of finger must have a particular orientation, be constructed and operated in a specific orientation, therefore position pass is described in attached drawing The term of system only for illustration, should not be understood as the limitation to this patent, for those of ordinary skill in the art and Speech, can understand the concrete meaning of above-mentioned term as the case may be.

It is preferred embodiment provided by the utility model referring to Fig.1 shown in -10.

Automatic folded film coiling encapsulation tool provided in this embodiment can be used for the coiling coating operation to data line, It can be used for the coiling coating operation to various other wire rods, be not limited to data line.

Automatic folded film coiling encapsulation tool includes the diaphragm for being set with the mantle bar 200 of packaging film 400, arranging sheet It is converted into folded film structure 103, stripping structure 105, winding structure 107 and the mantle of the packaging film 400 being sleeved on mantle bar 200 Structure 108.Wherein, mantle bar 200 is in a strip shape, and the packaging film 400 after converting into can be sleeved on the mantle bar 200, and one Mantle bar 200 can be set with multiple packaging films 400；Folded film structure 103 cooperates mantle bar 200, for rolling over flaky diaphragm Synthesis is in the packaging film 400 of collar shape, and it is equivalent after packaging film 400 be directly sleeved on mantle bar 200；Stripping structure 105 For splitting away off the packaging film 400 on mantle bar 200, the packaging film 400 split away off is transferred in set membrane structure 108； Winding structure 107 is used to for the wire rod of strip being coiled into coiling group 500, and coiling group 500 is transferred in set membrane structure 108, mantle knot Coiling group 500 is then sleeved in packaging film 400 by structure 108, to complete the packaging of wire rod.

Folded film structure 103 is equipped with the locating platform for placing diaphragm to be converted into, and is formed with folding in folded film structure 103 Locating platform is run through at the top of membrane channels, the folded film channel, forms the top opening in folded film channel, puts down when diaphragm is placed on positioning After on platform, the membrane covered top opening in folded film channel.

Mantle bar 200 bears against diaphragm by the top opening in folded film channel and is moved in folded film channel downward, by sheet Diaphragm bending be in U-shape the bending film of shape.Folded film structure 103 includes pushing structure, and pushing structure is arranged in folded film channel Two sides, pushing structure are placed on the bending film in folded film channel and push folding, are converted into the packaging film being sleeved on mantle bar 200 400。

Stripping structure 105 includes the demoulding slip-on head moved along the length direction of mantle bar 200, the demoulding slip-on head edge Mantle bar 200 it is mobile, packaging film 400 on mantle bar 200 will be sleeved on and be moved out out mantle bar 200.

Winding structure 107 includes turntable 1071, is provided with bobbin winding head on turntable 1071, the bobbin winding head is with turntable 1071 rotations, and the wire rod of strip then can wind in the periphery of bobbin winding head, form coiling group 500.

Covering membrane structure 108 includes set membrane channels and mantle slip-on head, coiling group 500 that winding structure 107 is wound and The packaging film 400 split away off by mantle bar 200 is placed in set membrane channels, and coiling group 500 and packaging film 400 are linearly Arrangement abuts coiling group 500 towards the movement of packaging film 400 using mantle slip-on head, coiling group 500 is directly promoted packaging film In 400, set membrane operations are realized.

The automatic folded film coiling encapsulation tool of above-mentioned offer, by the cooperation of mantle bar 200 and folded film structure 103, by film Piece is first bent in bending film, re-forms the packaging film 400 being sleeved on mantle bar 200, using stripping structure 105 by mantle bar Packaging film 400 on 200 is detached from mantle bar 200, by winding structure 107 by material winds in coiling group 500, coiling group 500 And packaging film 400 is placed in the set membrane channels of set membrane structure 108, and using mantle slip-on head, coiling group 500 is sleeved on packaging 400 the inside of film, whole operation realize automation, complete the full automatic working of coiling folded film coating, high in machining efficiency.

In the present embodiment, diaphragm includes that counterdie portion, two side form portions and two upper film portions, two of them membrane portions are other The two sides in counterdie portion are docked at, two upper film portions then respectively correspond and are docked in side form portion, in this way, counterdie portion, two side form portions And two upper film portions then form arranged in strips, and side form portion is formed with folding line, upper film portion and side form with the place of docking in counterdie portion Folding line is formed at the docking in portion.

Diaphragm is in piece strip between folded film coating, and after folded film coating, counterdie portion is horizontal, two side form portions arrangements In the two sides in counterdie portion, and in opposition shape arrangement, two upper film portions are in the top for being arranged horizontally in counterdie portion, and two upper film portions Between overlap bonding, in this way, the packaging film 400 formed after folded film coating, counterdie portion, side form portion and upper film portion then surround to be formed There is coating channel, coiling group 500 is then through in the coating channel, realizes packaging film 400 to the packaging of coiling group 500.

Automatic folded film coiling encapsulation tool includes feeding platform 101, and feeding platform 101 is arranged in the side of folded film structure 103, to The flaky diaphragm of folded film, which directly overlaps, to be placed on the feeding platform 101.Feeding platform 101 is in horizontally disposed, and lower section connects Dynamical element 1072, in this way, feeding platform 101 can move up and down under the driving of dynamical element 1072.

The periphery of feeding platform 101 is provided with feeding positioning plate 1011,1011 fixed and arranged of feeding positioning plate, feeding positioning plate 1011 are enclosed the feeding region for placing diaphragm with feeding platform 101, after diaphragm is placed on feeding platform 101, with diaphragm quilt It takes out, feeding platform 101 also rises with it, the then stationary positioned of feeding positioning plate 1011.

Shifting material suction nozzle 1012 is provided between feeding platform 101 and folded film structure 103, the shifting material suction nozzle 1012 is by feeding platform Diaphragm on 101 picks up, and is transferred on the locating platform of folded film structure 103.

Positioning fixed strip 1036 is provided on locating platform, the side of locating platform is provided with coarse positioning push plate 1031, The coarse positioning push plate 1031 is in positioned opposite with fixed strip, and coarse positioning push plate 1031 and fixed strip are arranged in folded film channel Outside two sides, after diaphragm is placed on locating platform, coarse positioning push plate 1031 is connected to the side of diaphragm, pushes the another of diaphragm Side is connected to positioning fixed strip 1036, realizes coarse positioning of the diaphragm on locating platform.

In the present embodiment, protective film is covered on diaphragm, the side of protective film and the side of diaphragm are connected by adhesive sticker, And protective film is covered on diaphragm, is played a protective role to diaphragm.

It is covered with protective film above the diaphragm being placed on feeding platform 101, when diaphragm is transferred to locating platform After upper, protective film is still covered on diaphragm.Automatic folded film coiling encapsulation tool further includes dyestripping structure, which is used for The protective film being placed on the diaphragm on locating platform is torn, and dyestripping structure is located at the top of locating platform.

Dyestripping structure includes the swing arm swung up and down relative to locating platform, turns over film suction nozzle 1035 and dyestripping collet 1034, this turns over film suction nozzle 1035 and is arranged on the outer end of swing arm, and is located at the top of locating platform；Film suction nozzle 1035 is turned over to be sucked The other side of protective film, and swing upward, to the other side of protective film be separated with the other side of diaphragm, dyestripping collet 1034 The protective film dug then is clamped, and the side of protective film is separated with the side of diaphragm, that is, by protective film from diaphragm On tear it down, subsequent in folded film structure 103 at this point, the adhesive sticker on the side of diaphragm is also kept, bending film passes through adhesive sticker Bonding form packaging film 400.

Positioning sucker is formed on locating platform, after diaphragm is placed on locating platform, and after coarse positioning, positioning is inhaled Diaphragm is sucked in hole, to avoid dyestripping structure when tearing protective film, diaphragm will not be moved upwardly by therewith；When dyestripping operates After, positioning sucker then unclamps the positioning of the actuation to diaphragm.

The dyestripping structure of the protective film of the diaphragm of above-mentioned offer, utilizes the swing of swing arm, and film suction nozzle 1035 is turned in driving It is swung up and down on locating platform, using the protective film turned on the diaphragm that film suction nozzle 1035 is sucked on locating platform, and passes through pendulum The swing of swing arm, protective film is dug, and then the protective film dug is torn off diaphragm by dyestripping collet 1034, realizes dyestripping operation, Whole operation realizes automatic operation, and processing efficiency is also higher.

In addition, being detached between protective film and dyestripping clamp hand, dyestripping in order to avoid dyestripping collet 1034 is during dyestripping Collet 1034 has the clamping end for clamping protective film, and is provided with flexible glue block on the clamping end of dyestripping collet 1034, when When dyestripping collet 1034 clamps protective film, flexible glue block directly clips protective film, increases between dyestripping collet 1034 and protective film Frictional force.

It is provided on the outside of locating platform and turns over film suction nozzle 1035 and recovery zone, when dyestripping collet 1034 is by protective film It is torn from diaphragm after falling, turns over film suction nozzle 1035 and protective film is sucked, protective film is moved to recovery zone and is carried out at recycling Reason.

It is provided with rotation axis, the inner end of swing arm and rotation axis connection on the outside of locating platform, is driven and is swung by rotation axis, And swing arm and the perpendicular arrangement of rotation axis, in this way, swinging up and down convenient for driving swing arm.

The outer end of swing arm is connected with mounting bar, and mounting bar extends to the top of locating platform, turns over the connection of film suction nozzle 1035 On mounting bar.Turn over film suction nozzle 1035 and the perpendicular arrangement of the mounting bar.

In the present embodiment, the dyestripping structure of the protective film of diaphragm includes longitudinally arranged fixing seat, and rotation axis rotation is worn In fixing seat, in this way, passing through the installation and support of fixing seat, the location arrangements of rotation axis may be implemented.

It is in clamping end arranged up and down that dyestripping collet 1034, which includes two, when dyestripping collet 1034 clamps protective film, two A clamping end is swung in opposite directions, and when dyestripping collet 1034 unclamps protective film, two clamping ends are away from swing.

The side of locating platform is provided with fine positioning push plate 1032, the fine positioning push plate 1032 and fixed strip are in opposite cloth It sets, and fine positioning push plate 1032 and fixed strip are arranged in outside the two sides of folded film channel, when protective film tears backwardness from diaphragm, is It avoids diaphragm from being subjected to displacement, causes positioning inaccurate, fine positioning push plate 1032 is connected to the side of diaphragm, push the another of diaphragm Side is connected to positioning fixed strip 1036, realizes fine positioning of the diaphragm on locating platform.

It is provided in folded film channel and moves lath 104 along what folded film channel moved up and down, mobile lath 104 is along folded film The length direction in channel is located at the open-topped lower section in folded film channel along arrangement, and mobile lath 104 has towards folded film The overlapping end face 1041 of the top opening arrangement in channel.

After protective film is torn, mantle bar 200 is moved to the open-topped top in folded film channel, and court moves down It is dynamic, it is docked on the overlapping end face 1041 of mobile lath 104, at this point, the counterdie portion of diaphragm is then by mobile lath 104 and mantle bar 200 clamp.After mobile lath 104 is moved with mantle bar 200 along folded film channel downward, diaphragm is in folded film channel two sides Under limitation, then the bending film of U-shape is bent to form.

Pushing structure includes the side push plate being arranged in outside the two sides of folded film channel and is arranged in outside the two sides of folded film channel Top push plate.After mobile lath 104 drives mantle bar 200 to be moved to setting position downward, two opposite directions of side push plate The two sides of mantle bar 200 are mobile, and the side form portion of diaphragm is converted into the two sides of mantle bar 200.

Top push plate is located at the top of side push plate, and is located at the top of mantle bar 200, one of top push plate direction Folded film channel is mobile, a side form portion is converted into the top of mantle bar 200, another top push plate then pushes another side Film portion is converted into the top of mantle bar 200, and arrangement is overlapped between two side form portions, using the adhesive sticker in a side form portion, Two upper film portions are overlapped into bonding, in this way, then folded film forms the packaging film 400 being sleeved on mantle bar 200 to diaphragm.

In the present embodiment, mantle bar 200 is in a strip shape, and the bottom at 200 both ends of mantle bar is respectively formed with location hole, and is moving The both ends protrusion of the overlapping end face 1041 of movable plate item 104 has the first positioning pin 1042, when mantle bar 200 is docked at mobile lath After on 104 overlapping end face 1041, the first positioning pin 1042 is directly inserted in location hole, realizes mantle bar 200 and movable plate The butt junction location of item 104.

In addition, the both ends of mantle bar 200 are respectively free end and compress end, and compressing for mantle bar 200 is formed on end There is positioning inclined-plane 2001, is provided with folded film press block 1033 on the overlapping end face 1041 of mobile lath 104, the folded film press block 1033 bottom, which has, first compresses inclined-plane, after mantle bar 200 is with moving lath 104 and docking, the of folded film press block 1033 One compresses the positioning inclined-plane 2001 that inclined-plane bears against mantle bar 200, and positioning inclined-plane 2001 compresses inclined-plane with first and is bonded arrangement, In this way, mantle bar 200 can be then stabilized on mobile lath 104.

After packaging film 400 is sleeved on mantle bar 200, the top opening in mobile lath 104 towards folded film channel is mobile, It is moved to the top of locating platform, at this point, folded film press block 1033 unclamps compressing to mantle bar 200, and mechanical by moving bar The mantle bar 200 for being set with packaging film 400 is moved in stripping structure 105 by hand.

Mantle bar 200 has the side end face for being respectively facing side arrangement, and the side end face of mantle bar 200 is formed towards sunken inside Side channel item 2003, the side channel item 2003 are disposed to extend along the length direction of mantle bar 200, in this way, being convenient for subsequent folded film process In, the side form portion of diaphragm can be closer to the side end face of mantle bar, and side channel item 2003 is conducive to the positioning of demoulding slip-on head and leads To.

Lightening hole 2004 is provided in mantle bar 200, lightening hole 2004 runs through the both sides of the face of mantle bar 200.Mantle bar 200 bottom is flat, and the top setting jagged 2005 of mantle bar 200, which is located at the upper of side channel item 2003 Side, and run through the top of mantle bar 200, notch 2005 is provided with conducive to the positioning of mantle bar 200.

Stripping structure 105 includes compression bar platform 1056, and recess is provided with the end that compresses for mantle bar 200 and inserts on compression bar platform 1056 The locating slot entered is provided with demoulding press block above locating slot, when the end that compresses of mantle bar 200 is inserted in locating slot Afterwards, demoulding press block is pressed on the compressing on end of mantle bar 200, in this way, mantle bar 200 is made to be in fixed state, and covers The free end of film bar 200 then may be at vacant state, thus, demoulding slip-on head compresses end towards mantle by mantle bar 200 The free end of bar 200 is mobile, then packaging film 400 can be pushed to be detached by the free end of mantle bar 200.

In the present embodiment, the bottom protrusion of locating slot has the second positioning pin, when one end of mantle bar 200 is embedded in locating slot In after, the second positioning pin is then inserted in location hole, plays the role of positioning to mantle bar 200；Certainly, demoulding press block can also Second compress inclined-plane with setting, when demoulding press block be pressed on mantle bar 200 compress end it is upper after, second to compress inclined-plane then right for this It connects and is pressed on the positioning inclined-plane 2001 that mantle bar 200 compresses end.

Stripping structure 105 includes elevator 1057, and the elevator 1057 and compression bar platform 1056 are positioned opposite, when mantle bar 200 compress after end is embedded in locating slot, and the free end of mantle bar 200 is pressed on elevator 1057, when demoulding press block Compress mantle bar 200 compress end it is upper after, at this point, elevator 1057 then declines, and with the bottom of the free end of mantle bar 200 it Between there are gaps, thus, that is, the free end of mantle bar 200 is in hanging shape.

The top of stripping structure 105 is provided with pressing wheel, which is located at the upper end of mantle bar 200, when mantle bar After 200 fix in stripping structure 105, pressing wheel moves downward, is pressed on mantle bar 200 from top to bottom, that is, It is pressed in the upper film portion of two overlappings of packaging film 400, and is rolled along the length direction of mantle bar 200, thus will packaging It is compressed at the overlapping in the upper film portion of two of film 400, so that 400 stable structure of packaging film after molding.

Demoulding slip-on head includes two mobile items 1055 for being arranged in 200 two sides of mantle bar, two mobile items 1055 It can relatively move or be moved away from, in this way, according to the width of mantle bar 200, then it can be with relative adjustment, two mobile items 1055 It is moved along the length direction of mantle bar 200, and abuts the two sides of packaging film 400 respectively, and then realize dragging packaging film 400 move along mantle bar 200.

Mobile item 1055 is in be longitudinally arranged, and the top of mobile item 1055 is bent towards the top of mantle bar 200, forms water The bottom of the upper curved strip 1054 that plain cloth is set, mobile item 1055 is bent towards the lower section of mantle bar 200, curved under formation is horizontally disposed Item 1059, when mobile item 1055 is moved along the length direction of mantle bar 200, curved strip 1054 is then connected to packaging film on this 400 side, lower curved strip 1059 also abut the side of packaging film 400, so that entire demoulding slip-on head may be implemented to packaging The abutting of 400 4 sides of film guarantees that packaging film 400 can be moved steadily, Bu Huiqing during pushing packaging film 400 Tiltedly or block.

It is provided in the outside of stripping structure 105 and moves membrane structure and transmission belt 106, shifting membrane structure is used for will be from mantle bar The packaging film 400 that 200 free end separates is transferred in transmission belt 106.

Moving membrane structure includes rotor plate 1052, rotating bar 1053 is fixedly connected on rotor plate 1052, the rotating bar 1053 Positioned at the top of transmission belt 106, before packaging film 400 is detached from the free end of mantle bar 200, rotor plate 1052 is driven Rotating bar 1053 turns to the outside with the free end of mantle bar 200, and rotating bar 1053 at this time and mantle bar 200 are in vertical bar Shape arrangement, the top of rotating bar 1053 are lower than the top of mantle bar 200, and demoulding slip-on head pushes the packaging film on mantle bar 200 400 towards mantle bar 200 free end it is mobile, the packaging film 400 detached by the free end of mantle bar 200 is directly sleeved on In rotating bar 1053, rotor plate 1052 drives rotating bar 1053 that packaging film 400 is turned to the top of transmission belt 106, and rotates Plate 1052 drives rotating bar 1053 to bounce back relative to transmission belt 106 and moves, so that packaging film 400 is then fallen in transmission belt 106.

In the present embodiment, collapser 1051 is connected on rotor plate 1052, the collapser 1051 parallel arrangement, and can be with Move back and forth relative to rotating bar 1053, when rotating bar 1053 and 200 alignment of mantle bar, collapser 1051 and rotating bar There is set intermembrane space, after 400 sets of packaging film in rotating bar 1053, collapser 1051 is moved relative to rotating bar 1053 between 1053 It is dynamic, so that the packaging film 400 being sleeved in rotating bar 1053 is clamped, in this way, when rotor plate 1052 drives rotating bar 1053 turning When dynamic, packaging film 400 is avoided to separate from rotating bar 1053；When rotating bar 1053 turns to the upper of transmission belt 106 Fang Shi, collapser 1051 is mobile away from rotating bar 1053, in this way, after the retraction of rotating bar 1053 moves, packaging film 400 then can be with It falls in transmission belt 106.

The side of transmission belt 106 is provided with baffle 1061, when rotating bar 1053 bounces back movement, is sleeved on rotating bar Packaging film 400 on 1053 then abuts baffle 1061, and limitation packaging film 400 bounces back with rotating bar 1053, so that packet Dress film 400 can accurately be fallen in transmission belt 106.

The packaging film 400 being placed in transmission belt 106 is transferred to the set membrane channels of set membrane structure 108 by shifting film manipulator In.

The bobbin winding head of winding structure 107 includes two longitudinally arranged wire winding poles 1073, two parallel cloth of wire winding pole 1073 It sets on turntable 1071, is rotated with the rotation of turntable 1071, and two wire winding poles 1073 can relatively move, reduced Distance between the two increases distance between the two alternatively, two wire winding poles 1073 are moved away from.

When needing wire rod carrying out coiling, one end of wire rod is placed between two wire winding poles 1073,1071 turns of turntable It is dynamic, so that wire rod is wound on the periphery of two wire winding poles 1073, form coiling group 500.

Certainly, in order to enable coiling group 500 is in more neat arrangement, driving turntable 1071 is connected under turntable 1071 The dynamical element 1072 moved up and down, while turntable 1071 rotates coiling, the driving of dynamical element 1072 rotates him gradually It moves or is gradually moved upwardly by downward, so that coiling group 500 is successively arranged in short transverse.

For the ease of coiling, and convenient for coiling group 500 there are two being detached on wire winding pole 1073, along side from bottom to top To two wire winding poles 1073 are arranged in opposite tilt shape, in this way, the distance between two wire winding poles 1073, then be gradually reduced.

It is wound on the coiling group 500 of two wire winding poles 1073, under being detached from from wire winding pole 1073 by shifting line manipulator 1070 Come, and is transferred in set membrane channels.

In the outside of coiling group 500, it is disposed with winding displacement platform 100, which is used to place the line of pending coiling Material.Winding displacement platform 100 is arranged in vertical bar plate, convenient for the placement of wire rod, and convenient for operating wire rod via winding structure 107.In Be provided with safety switch on winding displacement platform 100, when encounter it is urgent or other it is various need when, can be stopped in time by safety switch The only running of entire automatic folded film coiling encapsulation tool.

Mantle slip-on head is aligned linearly arrangement with set membrane channels, by pushing mantle slip-on head to enter set membrane channels, And coiling group 500 is pushed to enter in packaging film 400.

Covering membrane structure 108 includes set line platform and mantle platform, covers to be provided on line platform and holds line passage 1081, sets on mantle platform It is equipped with and holds membrane channels 1084, set line platform is adjacently positioned with mantle platform, and the set line platform is relative to mantle platform activity arrangement, can be with It is mobile towards mantle platform, so that docked between set line platform and mantle platform, thus, hold line passage 1081 and is docked with membrane channels 1084 are held Perforation；When cover line platform it is mobile away from mantle platform after, cover and there is interval between line platform and mantle platform, in this way, hold line passage 1081 with Hold membrane channels 1084 not dock directly then.

The appearance line passage 1081 of set line platform is aligned with the appearance membrane channels 1084 of mantle platform to be connected to, and linearly arrangement, and Hold line passage 1081 and set membrane channels form above-mentioned set membrane channels, with the interval variation between set line platform and mantle platform, set The length of membrane channels also changes.

When original state, covering has interval between line platform and mantle platform, in this way, clipping coiling group when moving line manipulator 1070 After 500 come, line passage 1081 can be held so that coiling group 500 is placed on directly in the interval by moving line manipulator 1070 It is interior, it then moves line manipulator 1070 and leaves；When needing to carry out mantle to coiling group 500, set line platform is then moved relative to mantle platform It is dynamic, and be docking together, at this point, mantle slip-on head then pushes coiling group 500 mobile towards membrane channels 1084 are held, so that coiling Group 500 is placed in packaging film 400.

In the present embodiment, the set line plate 1082 of two parallel arrangements on line platform is covered, it can phase between two set line plates 1082 It to movement or is moved away from, forms above-mentioned appearance line passage 1081 between two set line plates 1082, hold the width of line passage 1081 Degree can be covered by two depending on the spacing between line plate 1082.

The set diaphragm plate 1083 of two parallel arrangements on mantle platform, can move towards or carry on the back between two set diaphragm plates 1083 From movement, above-mentioned appearance membrane channels 1084 are formed between two set diaphragm plates 1083, the width for holding membrane channels 1084 can be by two Depending on spacing between set diaphragm plate 1083.

The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this Made any modifications, equivalent replacements, and improvements etc., should be included in the utility model within the spirit and principle of utility model Protection scope within.

Claims (8)

1. the dyestripping structure of the protective film of diaphragm, which is characterized in that for the protective film on diaphragm to be torn off diaphragm, including it is opposite The swing arm and dyestripping collet that locating platform is swung up and down, film suction nozzle is turned in the outer end connection of the swing arm, described to turn over film suction Head is located at the top of locating platform；Described turn over after the protective film for being placed in the diaphragm on locating platform is sucked in film suction nozzle swings upward, Protective film is driven to dig, the dyestripping collet clamps the protective film dug, and protective film and diaphragm are torn off out.

2. the dyestripping structure of the protective film of diaphragm as described in claim 1, which is characterized in that the dyestripping collet, which has, to be clamped The clamping end at the clamping end of protective film, the dyestripping collet is equipped with flexible glue block.

3. the dyestripping structure of the protective film of diaphragm as described in claim 1, which is characterized in that the protective film of the diaphragm is torn Membrane structure includes the recovery zone turned over film suction nozzle and recycle the protective film torn being arranged on the outside of locating platform, described to turn over film suction Head draws the protective film that the dyestripping collet is torn, and protective film is moved to recovery zone.

4. the dyestripping structure of the protective film of diaphragm as described in any one of claims 1 to 3, which is characterized in that the positioning is flat It is provided with rotation axis, the inner end of the swing arm and the rotation axis connection on the outside of platform, is driven and is swung by the rotation axis, and The swing arm and the perpendicular arrangement of the rotation axis.

5. the dyestripping structure of the protective film of diaphragm as claimed in claim 4, which is characterized in that the outer end of the swing arm connects There is mounting bar, the mounting bar extends to the top of the locating platform, and the film suction nozzle that turns over is connected on the mounting bar.

6. the dyestripping structure of the protective film of diaphragm as claimed in claim 5, which is characterized in that described to turn over film suction nozzle and the peace Fill the perpendicular arrangement of item.

7. the dyestripping structure of the protective film of diaphragm as claimed in claim 4, which is characterized in that the protective film of the diaphragm is torn Membrane structure includes longitudinally arranged fixing seat, and the rotation axis rotation is threaded through in the fixing seat.

8. the dyestripping structure of the protective film of diaphragm as claimed in claim 2, which is characterized in that the dyestripping collet includes two In the clamping end arranged up and down, when the dyestripping collet clamps protective film, two clamping ends are swung in opposite directions, work as institute When stating dyestripping collet release protective film, two clamping ends are away from swing.