CN209684946U - A kind of EVA adhesive film production system coiled strip pumping axis transporting equipment - Google Patents

Abstract

The utility model relates to a kind of EVA adhesive film production system coiled strips to take out axis transporting equipment.Shaft withdrawing device including mentioning volume fortune winding apparatus and positioned at mentioning on the outside of volume fortune winding apparatus；Mentioning volume fortune winding apparatus includes coiled strip transverse-moving mechanism, and lifting Ti Juan mechanism is connected with above coiled strip transverse-moving mechanism, is rotatably connected to multiple groups in the top surface of lifting Ti Juan mechanism and holds scroll wheel；Gear wound module is equipped in the outside for holding scroll wheel in end；Shaft withdrawing device includes taking out axis rack, chuck transverse-moving mechanism is equipped in the top surface for taking out axis rack, it is rotatably connected on chuck transverse-moving mechanism and grabs axis chuck, rotating electric machine is equipped on chuck transverse-moving mechanism, it is arranged with driven gear on grabbing axis chuck, key connection has the driving gear being meshed with driven gear on the output shaft of rotating electric machine；Shaft roller component is held equipped with what multiple groups can play a supporting role to air-expanding shaft on taking out axis rack.The utility model can carry out coiled strip automatically and take out axis and transport, high degree of automation and high safety.

Description

A kind of coil material pumping shaft transportation equipment for EVA film production system

technical field

The utility model belongs to the technical field of EVA film production equipment, and in particular relates to a roll material shaft-drawing transportation device for an EVA film production system.

Background technique

EVA (polyethylene-vinyl acetate resin) film is made by adding various additives such as UV absorbers, UV stabilizers, antioxidants and crosslinking agents to the EVA base material. It is a thermosetting and viscous film. The adhesive film is widely used in current components and various optical products. EVA film is generally produced by extrusion-calendering or extrusion-casting. The production process includes melt blending, extrusion, calendering, drawing and winding, etc.

After the rewinding shaft completes the film rewinding, it is generally necessary to manually unwind the reel and then manually unwind the reel, and then transport the film roll to another place. The above method makes the labor intensity of the worker's operation, wastes manpower, and the degree of automation is low. Affect work efficiency and there is certain danger.

Utility model content

The utility model provides a simple and reasonable structure, high degree of automation and strong safety EVA adhesive film production system for coil material pumping shaft transportation equipment for solving the technical problems existing in the known technology.

The technical scheme adopted by the utility model to solve the technical problems existing in the known technology is: a coil material pumping shaft transport equipment for the EVA film production system, including a roll-lifting transport device for transporting the film roll out of the winding station. The roll device and the shaft-drawing device that can pull the air expansion shaft away from the film roll are located outside the roll-up and roll-out device; An elevating and rolling mechanism that can move the film roll longitudinally is fixed above the traversing mechanism. On the top surface of the elevating and rolling mechanism, there are multiple groups of roll bearing rollers arranged side by side horizontally for supporting the film roll. The rolling surface of the roll bearing roller is arc-shaped/V-shaped concave toward the central axis; a roll stop assembly is provided on the outside of the roll bearing roller at the end to prevent the film roll from sliding along the rolling surface of the roll bearing roller; the shaft pulling device Including the shaft-drawing frame, a chuck traversing mechanism is arranged on the top surface of the shaft-drawing frame, and a shaft-grabbing chuck that can grab the inflatable shaft is connected to the chuck traversing mechanism, and the chuck traversing mechanism A rotating motor that can drive the rotation of the shaft-grabbing chuck is provided on the top, and a driven gear is set on the shaft-grabbing chuck, and a driving gear meshing with the driven gear is keyed on the output shaft of the rotating motor; The moving mechanism can drive the shaft grabbing chuck and the rotating motor to approach or depart from the roll lifting and rolling device; multiple groups of bearing roller assemblies that can support the air expansion shaft are arranged on the shaft drawing frame.

The advantages and positive effects of the utility model are: the utility model provides a roll-drawing shaft transportation device for the production system of EVA film, and the setting of multiple groups of roll bearing rollers and the lifting and lifting mechanism can make the finished roll-up of the film The roll is lifted, and the setting of the roll material traversing mechanism can automatically move the film roll to the shaft-drawing station, avoiding the process of manual handling; the setting of the roll-stop component can prevent the film roll from moving or pulling the shaft. The operator is injured by sliding along the rolling surface of the roll-bearing roller; the inflatable shaft is grasped by setting the gripping chuck, and the gripping chuck is moved laterally by setting the chuck lateral movement mechanism, so that the gripping chuck is close to or Away from the film roll, by setting the rotating motor, the meshing driven gear and the driving gear, the shaft grabbing chuck can drive the air shaft to rotate, preventing the air shaft from colliding with the inner wall of the film roll during the shaft pulling process. friction. The utility model has a high degree of automation, avoids the procedures of manual coil taking and shaft pulling, reduces the labor intensity of workers, and improves the safety of the operation process.

Preferably: the coil material traversing mechanism includes two ground rails laid side by side on the ground in a horizontal direction; a traversing mounting seat is provided above the ground rails, and two groups are connected with two groups of described The driven traveling wheels corresponding to the ground rails are rotatably connected to two groups of active traveling wheels respectively corresponding to the two groups of said ground rails at the other end of the traversing mount; The shaft device is coaxially connected with a rotating shaft, and also includes a traverse motor that can drive the rotating shaft to rotate.

Preferably: the lifting and coiling mechanism includes a lifting base affixed to the top surface of the traversing mounting base, a roller lifting platform is provided above the lifting base, and a scissor frame is provided between the lifting base and the roller lifting platform; the scissors The frame includes two sets of oppositely arranged scissor arms and multiple sets of horizontally arranged connecting rods connecting the two sets of scissor arms; the scissor arm at one end of the bottom of the scissor frame is hinged with the lifting base through a hinge shaft, and the scissor arm at the other end The arm is rotatably connected with a scissor roller and the scissor roller is horizontally slidingly connected with the lifting base; the scissor arm at one end of the top of the scissor frame is hinged with the roller lifting platform through a hinge shaft, and the scissor arm at the other end is rotatably connected with a scissor The fork roller and the scissor roller are horizontally slidingly connected with the roller lifting platform; on the lifting base, a horizontally arranged screw is rotated through a rotating bearing. The axial direction of the screw is perpendicular to the axial direction of the connecting rod of the scissor frame. A screw nut is threadedly connected, and the moving end at the bottom of the scissor frame is fixedly connected to the screw nut through a connecting rod; a screw driving motor for driving the screw to rotate is also included.

Preferably: two sets of scissor guide grooves correspondingly arranged at upper and lower positions are fixedly connected to the top surface of the lifting base and the bottom surface of the roller lifting platform; the scissor guide grooves extend along the axial direction of the lead screw and are on the same horizontal plane The opening side of the guide groove is set opposite; the scissor roller is located in the scissor guide groove corresponding to its position and can slide along the scissor guide groove; The guide grooves are hinged, and the scissor arm at one end of the bottom of the scissor frame is hinged with the scissors guide groove on the corresponding side through the hinge shaft.

Preferably: the top surface of the scissors guide groove is fixed with a longitudinally arranged limiting post.

Preferably: the roll blocking assembly includes two sets of first material baffles arranged longitudinally side by side fixedly connected to one end of the top surface of the roller lifting platform, and there is a hinged joint between the two groups of first material baffles that is hinged to the roller lifting platform. And the second baffle plate that can be turned 90 degrees; on the top surface of the second baffle plate in the upright state, there is a gap for the air expansion shaft to pass through; on the top surface of the first baffle plate, there is a pin shaft A pin hole is provided on the top surface of the second baffle plate in an upright state; the positions of the pin holes of the two groups are corresponding, and a U-shaped bolt is inserted in the pin hole.

Preferably: the chuck traversing mechanism includes two laterally arranged traversing guide rails fixed on the shaft drawing frame, the extension direction of the traversing guide rails is perpendicular to the running direction of the coil material traversing mechanism, and passes on the traversing guide rails The slide block is slidably connected with the chuck traversing seat; it also includes a chuck traversing driving assembly for driving the chuck traversing seat to move laterally along the traversing guide rail.

Preferably: the chuck traversing drive assembly includes a rack fixed on the rack of the pumping shaft and parallel to the traversing guide rail, and a traversing motor with the output end facing down is fixed on the chuck traversing seat. The output shaft of the moving motor is key-connected with a gear meshed with the rack.

Preferably: a roller mounting plate is fixedly connected to the shaft drawing frame, a T-shaped chute is opened on the roller mounting plate, and the extension direction of the T-shaped chute is perpendicular to the running direction of the coil material traversing mechanism; the bearing roller assembly It is connected with the roller mounting plate and arranged along the axial direction of the shaft grabbing chuck.

Preferably: the bearing roller assembly includes a roller seat connected to the roller mounting plate, and the bearing roller is rotatably connected to the roller seat, and the rolling surface of the bearing roller is an arc/V shape sunken toward the central axis; in the roller seat An open slot corresponding to the position of the T-shaped chute is opened on the top, and a locking piece that can fix the position of the roller seat is penetrated in the open slot and the T-shaped chute.

Description of drawings

Fig. 1 is the top view structural representation of the utility model;

Fig. 2 is a side view partial cross-sectional structural schematic diagram of the lifting and rolling mechanism in the utility model;

Fig. 3 is a side view structural schematic diagram of the bearing roller assembly in the utility model.

In the figure: 1. Coil lifting and transporting device; 1-1, Coil lateral movement mechanism; 1-1-1, Ground rail; 1-1-2, Driven walking wheel; 1-1-3, Transverse installation Seat; 1-1-4, the first traversing motor; 1-1-5, rotating shaft; 1-1-6, active walking wheel; 1-2, lifting and lifting mechanism; 1-2-1, lifting base; 1-2-2, screw nut; 1-2-3, lead screw; 1-2-4, lead screw drive motor; 1-2-5, scissor guide groove; 1-2-6, scissor roller; 1-2-7, scissor frame; 1-2-8, limit column; 1-2-9, roller lifting platform; 1-3, rolling roller; 1-4, first stop plate; 1- 5. The second baffle plate; 1-6, U-shaped pin; 2. The shaft-drawing device; 2-1, the shaft-drawing frame; 2-2. The chuck traverse mechanism; 2-2-1, the rack; 2-2-2, traverse guide rail; 2-2-3, chuck traverse seat; 2-2-4, second traverse motor; 2-3, roller mounting plate; 2-3-1, T-type Chute; 2-4, bearing roller assembly; 2-4-1, roller seat; 2-4-2, bearing roller; 2-5, locking piece; 2-6, driven gear; 2-7 , Shaft grabbing chuck; 2-8, driving gear; 2-9, rotating motor.

Detailed ways

In order to further understand the content of the invention, features and effects of the present utility model, the following examples are given in detail as follows:

Please refer to Fig. 1, the EVA film production system of the present utility model is used for coil material drawing shaft transportation equipment, comprises the roll-up and roll-up device 1 that can transport the film roll out of the winding station and is located at the outside of the roll-up roll-up device 1 The shaft-drawing device 2 that can extract the air expansion shaft from the film roll.

The coil lifting and transporting device 1 includes a coil material traversing mechanism 1-1 that can be moved below the winding station, and the coil material traversing mechanism 1-1 includes two horizontal rails 1-1-1 laid side by side on the ground ; A traversing mount 1-1-3 is provided above the ground rail 1-1-1, and one end of the traversing mount 1-1-3 is rotatably connected with two groups of ground rails 1-1-1 respectively. The corresponding driven traveling wheels 1-1-2 are connected with two groups of active traveling wheels 1-1-1 respectively corresponding to the two groups of ground rails 1-1-1 in rotation at the other end of the traversing mount 1-1-3. 1-6: A rotating shaft 1-1-5 is coaxially connected between the two groups of driving wheels 1-1-6 through a coupling, and also includes a first traverse motor 1-1-4 that can drive the rotating shaft to rotate.

Above the roll material traversing mechanism 1-1, there is fixedly connected a lifting and lifting mechanism 1-2 that can longitudinally move the film roll. As shown in Figures 1 and 2, the lifting and rolling mechanism 1-2 includes a lifting base 1-2-1 affixed to the top surface of the traversing mounting base 1-1-3, and the lifting base 1-2-1 Roller lifting platform 1-2-9 is provided above, and scissor frame 1-2-7 is provided between lifting base 1-2-1 and roller lifting platform 1-2-9; Scissor frame 1-2-7 It includes two sets of scissor arms arranged oppositely and multiple sets of connecting rods arranged transversely connecting the two sets of scissor arms.

The scissor arm at one end of the bottom of the scissor frame 1-2-7 is hinged with the lifting base 1-2-1 through a hinge shaft, and the scissor arm at the other end is rotatably connected with a scissor roller 1-2-6 and the scissors Roller 1-2-6 is horizontally slidingly connected with lifting base 1-2-1; the scissor arm at one end of the top of scissor frame 1-2-7 is hinged with roller lifting platform 1-2-9 through a hinge shaft, and the other end The scissors arm is rotatably connected with scissors rollers 1-2-6 and the scissors rollers 1-2-6 are laterally slidably connected with the roller lifting platform 1-2-9.

On the lifting base 1-2-1, the leading screw 1-2-3 arranged horizontally is rotated by the rotating bearing, and the axial direction of the leading screw 1-2-3 is perpendicular to the axis of the connecting rod of the scissor frame 1-2-7 direction, screw nut 1-2-2 is threadedly connected on the lead screw 1-2-3, and the moving end at the bottom of the scissor frame 1-2-7 is affixed to the nut 1-2-2 through the connecting rod; It also includes a lead screw drive motor 1-2-4 that drives the lead screw 1-2-3 to rotate.

The top surface of the lifting base 1-2-1 and the bottom surface of the roller lifting platform 1-2-9 are fixedly connected with two sets of scissor guide grooves 1-2-5 corresponding to the upper and lower positions; the scissor guide groove 1-2 -5 The opening side of the scissors guide groove 1-2-5 extending along the axial direction of the lead screw 1-2-3 and on the same horizontal plane is arranged oppositely; the scissors roller 1-2-6 is located on the scissors corresponding to its position In the guide slot 1-2-5 and can slide along the scissor guide slot 1-2-5; the scissor arm at the top end of the scissor frame 1-2-7 connects with the scissor guide slot 1 on the corresponding side through the hinge shaft -2-5 are hinged, and the scissor arm at the bottom end of the scissor frame 1-2-7 is hinged with the scissor guide groove 1-2-5 on the corresponding side through the hinge shaft. The top surface of the scissors guide groove 1-2-5 is fixedly connected with a longitudinally arranged spacer post 1-2-8.

On the top surface of the lifting and rolling mechanism 1-2, there are multiple groups of roll bearing rollers 1-3 arranged side by side for supporting the film roll, and the rolling surface of the roll bearing rollers 1-3 is sunken toward the central axis. Arc/V shape.

The outer side of the rolling roller 1-3 at the end is provided with a stop roll assembly that blocks the film roll from sliding along the rolling surface of the rolling roller 1-3. The roll blocking assembly includes two sets of first material blocking plates 1-4 fixedly connected to one end of the top surface of the roller lifting platform 1-2-9, and two sets of first material blocking plates 1-4 arranged side by side vertically. The second baffle plate 1-5 that is hinged with the roller lifting platform 1-2-9 and can be turned 90 degrees; on the top surface of the second baffle plate 1-5 in the upright state, there is a hole for the air shaft to pass through. The gap that has been passed; a pin hole is opened on the top surface of the first baffle plate 1-4, and a pin hole is opened on the top surface of the second baffle plate 1-5 in an upright state; the positions of the two groups of pin holes Correspondingly, a U-shaped bolt 1-6 is inserted in the shaft hole.

The shaft extraction device 2 includes a shaft extraction frame 2-1, and a chuck traverse mechanism 2-2 is provided on the top surface of the shaft extraction frame 2-1, and the chuck traverse mechanism 2-2 is included in the shaft extraction frame 2. Two horizontally arranged traversing guide rails 2-2-2 fixed on -1, the extension direction of traversing guide rail 2-2-2 is perpendicular to the running direction of coil material traversing mechanism 1-1, and the traversing guide rail 2 -2-2 is slidably connected with a chuck traverse seat 2-2-3 through a slider; it also includes a chuck traverse that drives the chuck traverse seat 2-2-3 to move laterally along the traverse guide rail 2-2-2. Move drive components.

The chuck traversing drive assembly includes a toothed rack 2-2-1 fixedly connected to the traversing guide rail 2-2-2 on the pumping shaft frame 2-1, and a rack 2-2-1 arranged in parallel with the traversing guide rail 2-2-2, and the chuck traversing seat 2-2-3 The second traverse motor 2-2-4 with the output end facing down is fixedly connected to the top, and the output shaft of the second traverse motor 2-2-4 is key-connected with a gear meshed with the rack 2-2-1 .

Rotate on the chuck lateral movement mechanism 2-2 and be connected with grabbing shaft chuck 2-7 that can grab the air expansion shaft, be provided with on the chuck lateral movement mechanism 2-2 that can drive and grab the shaft chuck 2-7 to rotate The rotary motor 2-9 is set with a driven gear 2-6 on the shaft chuck 2-7, and the output shaft of the rotary motor 2-9 is key-connected with a driving gear that is meshed with the driven gear 2-6. The gear 2-8; the chuck traverse mechanism 2-2 can drive the gripping shaft chuck 2-7 and the rotating motor 2-9 to approach or depart from the coil lifting device 1.

A plurality of sets of bearing roller assemblies 2-4 which can support the air shaft are arranged on the shaft drawing frame 2-1. A roller mounting plate 2-3 is fixedly connected to the shaft-drawing frame 2-1, a T-shaped chute 2-3-1 is provided on the roller mounting plate 2-3, and the extension of the T-shaped chute 2-3-1 The direction is perpendicular to the running direction of the coil material traversing mechanism 1-1; the bearing roller assembly 2-4 is connected with the roller mounting plate 2-3 and is arranged along the axial direction of the gripping shaft chuck 2-7.

As shown in Figure 3, the bearing roller assembly 2-4 includes a roller seat 2-4-1 connected to the roller mounting plate 2-3, and a bearing roller 2-4 is connected to the roller seat 2-4-1 in rotation. -2, the rolling surface of the bearing roller 2-4-2 is an arc/V shape sunken toward the central axis; Corresponding to the open slot, a locking member 2-5 that can fix the position of the roller seat 2-4-1 is perforated in the open slot and the T-shaped chute 2-3-1.

In the utility model, an in-position sensor can be set on the shaft-drawing frame 2-1 so as to control the coil material traversing mechanism 1-1 to drive the film roll to move laterally to the shaft-drawing station and stop the lateral movement.

Working principle: multiple sets of roll bearing rollers 1-3 and lifting and lifting mechanism 1-2 can lift the film roll that has been rewound so that the film roll can be separated from the winding station, and the roll material traversing mechanism 1-1 The setting can automatically move the film roll to the shaft-drawing station; the setting of the roll-stop component can prevent the film roll from sliding along the rolling surface of the rolling roller 1-3 during the moving or pulling-out process and hurting the operator; by setting The shaft grabbing chuck 2-7 grabs the air expansion shaft, and the shaft grabbing chuck 2-7 is moved laterally by setting the chuck lateral movement mechanism 2-2, so that the shaft grabbing chuck 2-7 approaches or departs from the film Roll, by arranging rotating motor 2-9, driven gear 2-6 and driving gear 2-8 meshing, can make the paper cylinder of grab shaft chuck 2-7 drive air expansion shaft to rotate film roll.

Claims (10)

1. a kind of EVA adhesive film production system takes out axis transporting equipment with coiled strip, it is characterized in that: including that can roll up glue film to transport winding work Position proposes volume fortune winding apparatus (1) and positioned at the shaft withdrawing device that air-expanding shaft can be detached to glue film volume mentioned on the outside of volume fortune winding apparatus (1) (2)；

Proposing volume fortune winding apparatus (1) includes the coiled strip transverse-moving mechanism (1-1) being movable to below winding station, in coiled strip transverse-moving mechanism The lifting Ti Juan mechanism (1-2) vertically moved can be rolled up to glue film by being connected with above (1-1), in lifting Ti Juan mechanism (1-2) Top surface be rotatably connected to that multiple groups are laterally set side by side hold scroll wheel (1-3) for support glue film volume, hold scroll wheel (1-3) Rolling face be the arc/V-shaped being recessed to central axis；It is equipped in the outside for holding scroll wheel (1-3) in end and stops glue film Gear wound module of the volume along the rolling face sliding for holding scroll wheel (1-3)；

Shaft withdrawing device (2) includes taking out axis rack (2-1), is equipped with chuck transverse-moving mechanism (2-2) in the top surface for taking out axis rack (2-1), Be rotatably connected on chuck transverse-moving mechanism (2-2) can grab air-expanding shaft grab axis chuck (2-7), in chuck transverse-moving mechanism (2- 2) rotating electric machine (2-9) for grabbing axis chuck (2-7) rotation can be driven by being equipped with, and be arranged with driven tooth on grabbing axis chuck (2-7) It takes turns (2-6), key connection has the driving gear (2- being meshed with driven gear (2-6) on the output shaft of rotating electric machine (2-9) 8)；Chuck transverse-moving mechanism (2-2), which can drive, grabs axis chuck (2-7) and rotating electric machine (2-9) and mentions volume fortune volume close to or away from described Device (1)；Shaft roller component (2-4) is held equipped with what multiple groups can play a supporting role to air-expanding shaft on taking out axis rack (2-1).

2. EVA adhesive film production system as described in claim 1 takes out axis transporting equipment with coiled strip, it is characterized in that: coiled strip cross sliding machine Structure (1-1) includes that two transverse directions are laid with track (1-1-1) on the ground side by side；Traversing peace is equipped with above track (1-1-1) Fill seat (1-1-3), one end of traversing mounting base (1-1-3) be rotatably connected to two groups respectively with track (1-1-1) described in two groups Corresponding driven traveling wheel (1-1-2), the other end of traversing mounting base (1-1-3) be rotatably connected to two groups respectively with two groups The corresponding positive transport wheel (1-1-6) of the track (1-1-1)；Pass through between the positive transport wheel (1-1-6) described in two groups Shaft coupling coaxial line is connected with shaft (1-1-5), further include can drive shaft rotation the first traversing motor (1-1-4).

3. EVA adhesive film production system as claimed in claim 2 takes out axis transporting equipment with coiled strip, it is characterized in that: lifting mentions volume machine Structure (1-2) is included in the affixed lifting pedestal (1-2-1) in top surface of traversing mounting base (1-1-3), in lifting pedestal (1-2-1) Top is equipped with idler wheel lifting platform (1-2-9), and fork-shearing frame is equipped between lifting pedestal (1-2-1) and idler wheel lifting platform (1-2-9) (1-2-7)；Fork-shearing frame (1-2-7) includes that the multiple groups of two groups of scissor arms of two groups of scissor arms being oppositely arranged and connection are laterally arranged Connecting rod；The scissor arms of the bottom end of fork-shearing frame (1-2-7) are hinged with lifting pedestal (1-2-1) by articulated shaft, are another It is rotatably connected to scissor idler wheel (1-2-6) in the scissor arms at end and scissor idler wheel (1-2-6) and lifting pedestal (1-2-1) are laterally sliding Dynamic connection；The scissor arms of top one end of fork-shearing frame (1-2-7) are hinged, separately by articulated shaft and idler wheel lifting platform (1-2-9) It is rotatably connected to scissor idler wheel (1-2-6) in the scissor arms of one end and scissor idler wheel (1-2-6) and idler wheel lifting platform (1-2-9) are horizontal To being slidably connected；There are the lead screw being laterally arranged (1-2-3), lead screw (1- by rolling bearing rotation on lifting pedestal (1-2-1) The axial direction of the connecting rod for being axially perpendicular to fork-shearing frame (1-2-7) 2-3), is threaded with screw (1- on lead screw (1-2-3) 2-2), the mobile terminal of the bottom of fork-shearing frame (1-2-7) passes through connecting rod and screw (1-2-2) Joint；It further include driving lead screw The lead screw driving motor (1-2-4) of (1-2-3) rotation.

4. EVA adhesive film production system as claimed in claim 3 takes out axis transporting equipment with coiled strip, it is characterized in that: in lifting pedestal The top surface of (1-2-1) and the bottom surface of idler wheel lifting platform (1-2-9) are connected with the scissor guide groove that two groups of upper and lower positions are correspondingly arranged (1-2-5)；Scissor guide groove (1-2-5) is along the axially extending of lead screw (1-2-3) and the scissor guide groove (1- in same level Open side 2-5) is oppositely arranged；Scissor idler wheel (1-2-6) is located in scissor guide groove (1-2-5) corresponding with its position and can edge Scissor guide groove (1-2-5) sliding；The scissor arms of top one end of fork-shearing frame (1-2-7) are led by the scissor of articulated shaft and respective side Slot (1-2-5) is hinged, and the scissor arms of the bottom end of fork-shearing frame (1-2-7) pass through the scissor guide groove of articulated shaft and respective side (1-2-5) is hinged.

5. EVA adhesive film production system as claimed in claim 4 takes out axis transporting equipment with coiled strip, it is characterized in that: in scissor guide groove The top surface of (1-2-5) is connected with longitudinally disposed limited post (1-2-8).

6. EVA adhesive film production system as claimed in claim 3 takes out axis transporting equipment with coiled strip, it is characterized in that: gear wound module packet Two group first striker plates (1-4) that are longitudinally set side by side affixed in top surface one end of idler wheel lifting platform (1-2-9) are included, at two groups Between first striker plate (1-4) be equipped be hinged with idler wheel lifting platform (1-2-9) and can 90 degree overturn the second striker plates (1-5)；The notch passed through for air-expanding shaft is offered in the top surface of the second striker plate (1-5) in upright state；First The top surface of striker plate (1-4) offers pin shaft hole, offers pin shaft in the top surface of the second striker plate (1-5) in upright state Hole；Pin shaft hole site described in two groups is corresponding, and U-shaped bolt (1-6) is inserted in pin shaft hole.

7. EVA adhesive film production system as described in claim 1 takes out axis transporting equipment with coiled strip, it is characterized in that: chuck cross sliding machine Structure (2-2) includes to take out two traversing guide rails (2-2-2) being laterally arranged affixed on axis rack (2-1), traversing guide rail (2-2- 2) the traffic direction for extending perpendicularly to coiled strip transverse-moving mechanism (1-1) is slided on traversing guide rail (2-2-2) by sliding block It is connected with the traversing seat of chuck (2-2-3)；It further include the driving traversing seat of chuck (2-2-3) along traversing guide rail (2-2-2) transverse shifting The traversing driving assembly of chuck.

8. EVA adhesive film production system as claimed in claim 7 takes out axis transporting equipment with coiled strip, it is characterized in that: the traversing drive of chuck Dynamic component include take out it is affixed with traversing guide rail (2-2-2) rack gear disposed in parallel (2-2-1) on axis rack (2-1), in card The traversing motor (2-2-4) of output end directed downwardly second is connected on the traversing seat of disk (2-2-3), in the second traversing motor (2-2-4) Output shaft on key connection have the gear being meshed with rack gear (2-2-1).

9. EVA adhesive film production system as described in claim 1 takes out axis transporting equipment with coiled strip, it is characterized in that: taking out axis rack It is connected with roller mounting plate (2-3) on (2-1), T-type sliding slot (2-3-1), T-type sliding slot are offered on roller mounting plate (2-3) The traffic direction for extending perpendicularly to coiled strip transverse-moving mechanism (1-1) of (2-3-1)；It holds shaft roller component (2-4) and idler wheel is pacified Loading board (2-3) is connected and along the axial alignment for grabbing axis chuck (2-7).

10. EVA adhesive film production system as claimed in claim 9 takes out axis transporting equipment with coiled strip, it is characterized in that: holding shaft roller group Part (2-4) includes the roller mount (2-4-1) being connected with roller mounting plate (2-3), is rotatably connected on roller mount (2-4-1) Shaft roller (2-4-2) is held, the rolling face for holding shaft roller (2-4-2) is the arc/V-shaped being recessed to central axis；In roller mount (2-4- 1) open slot corresponding with the position of T-type sliding slot (2-3-1) is offered on, is worn in open slot and T-type sliding slot (2-3-1) There is locking member (2-5) that can be fixed by the position of roller mount (2-4-1).