CN208987864U - A kind of shear of sticking machine - Google Patents

Abstract

The utility model discloses a kind of shear of sticking machine, main points are: the second driving assembly of cutter drives the side-to-side movement of the first mounting plate of cutter；Cutting knife mounting seat is fixed in the lower right side of the first mounting plate of cutter；The cutter first of the first driving assembly of cutter drives cylinder to be fixed on the right side rear portion of the first mounting plate of cutter by its cylinder body by corresponding connecting base plate；Slitter shaft is rotatably arranged in cutting knife mounting seat；One end of slitter shaft linking arm is sequentially connected on the rear end of slitter shaft, and the other end of slitter shaft linking arm is hingedly connected to cutter first and drives on the piston rod of cylinder；Dynamic cutter is along the radially fixed front end that slitter shaft is arranged in of slitter shaft, and cutter is along left and right on the front for being fixed at cutting knife mounting seat；To which cutter first drives cylinder to drive slitter shaft rotation by slitter shaft linking arm, cutter and cutter is made to form cutting mechanism.

Description

A kind of shear of sticking machine

Technical field

The utility model relates to a kind of clothes processing equipment fields, and in particular to a kind of that hot melt adhesive film is attached to garment material On sticking machine shear.

Background technique

Clothes are the product for being through at human body and playing protection and decorative effect sewed with fabric, also known as clothes.Most start to occur Clothes turned to practicability by the development of time mainly for the purpose of hushing up a scandal, while also more focusing on the aesthetics of clothes. Influence the quality because being known as fabric, color, floral designs, shape keeping property, drapability, elasticity, the wrinkle resistance, clothes of aesthetics Style etc..

Sewing with long stitches line is the stitch being fixed on filler and lining in face.The line of sewing with long stitches of traditional down jackets can be broken to fabric generation Bad (having pin hole), tiny natural feather is possible to leak out from the pin hole for sew with long stitches line, to influence the aesthetics and quality of clothes.Clothes Seamless rubberizing technology is exactly to paste lining and face with hot melt adhesive film item to replace traditional line of sewing with long stitches, the clothes worked it out in this way from Relatively beautiful, the generous while tiny eiderdown quilt of outer viewing is well fixed between lining and face.These techniques are big at present Majority carries out rubberizing by hand, and efficiency is too low.

Utility model content

The purpose of the utility model is to provide the shears that a kind of structure is simply to hot melt adhesive film item patch machine.

Realizing the basic technical scheme of the utility model aim is: a kind of shear of sticking machine is structurally characterized in that: Including dynamic cutter, cutter, the first driving assembly of cutter, the second driving assembly of cutter, the first mounting plate of cutter and cutter installation Seat；The second driving assembly of cutter uses band guide rod cylinder, is fixed at assistant ejector pin component by its cylinder body with guide rod cylinder On the rear side of tip-lever support, piston rod is stretched out along left and right to setting, and to the right；The first mounting plate of cutter is fixedly connected on band guide rod On the piston rod of cylinder；Cutting knife mounting seat is fixed in the lower right side of the first mounting plate of cutter；The first driving group of cutter Part includes that cutter first drives cylinder, slitter shaft and slitter shaft linking arm；It is corresponding that cutter first drives cylinder to be passed through by its cylinder body Connecting base plate be fixed on the right side rear portion of the first mounting plate of cutter；Slitter shaft is rotatably arranged in cutting knife mounting seat； One end of slitter shaft linking arm is sequentially connected on the rear end of slitter shaft, and the other end of slitter shaft linking arm is hingedly connected to cutter On the piston rod of first driving cylinder；Dynamic cutter is along the radially fixed front end that slitter shaft is arranged in of slitter shaft, and cutter is along left Dextrad is fixed on the front of cutting knife mounting seat；To which cutter first drives cylinder to drive cutter by slitter shaft linking arm Axis rotation makes cutter and cutter form cutting mechanism.

Technical solution based on above-mentioned basic technical scheme is: the first driving assembly of cutter further includes holding out against spring； Spring pocket is held out against on slitter shaft, is in compressive state, the corresponding site of cutting knife mounting seat is withstood in the one end for holding out against spring, another The C-shaped retainer ring being arranged on slitter shaft is withstood at end, holds out against spring for slitter shaft to sinciput.

Technical solution based on above-mentioned corresponding technical solution is: shear further includes assistant ejector pin component；Auxiliary Push rod component includes mandril, pressure head, tip-lever support, top rod driving cylinder and mandril linear guide；Mandril linear guide has 2,2 Mandril linear guide is from its respective guide rail vertically to being successively fixed on corresponding sticking machine from front to back；Mandril Seat is fixed on the sliding block of 2 mandril linear guides, can be moved up and down along guide rail；Mandril is fixed at mandril vertically On seat；Pressure head is detachably fixed on the lower end that mandril is arranged in, and pressure head, which screws, to be fixed on the lower end of mandril；Top rod driving Cylinder is fixed on corresponding sticking machine by corresponding mounting base, and piston rod extends downwardly, the lower end hinge of piston rod It connects and is connected on tip-lever support, moved up and down by top rod driving cylinder driving tip-lever support along mandril linear guide.

The utility model have it is below the utility model has the advantages that the shear of the sticking machine of (1) the utility model slitter shaft It is rotatably arranged in cutting knife mounting seat, holds out against spring pocket on slitter shaft, be in compressive state, the one end for holding out against spring, which is withstood, cuts The corresponding site of knife mounting base, the other end withstand the C-shaped retainer ring being arranged on slitter shaft, hold out against spring for slitter shaft to sinciput, Cutter and cutter can be made to keep good contact condition, so that shearing is more smooth, guarantee shear effect.

(2) shear of the sticking machine of the utility model is equipped with assistant ejector pin component, the pressure head of assistant ejector pin component to It is lower that the adhesive film corresponding site of hot melt adhesive film item is pressed in template, when shearing, make the position of the adhesive film of hot melt adhesive film item Keep good tensioning state to the corresponding site between pressure head between lower clamp plate and upper clamp plate, be conducive to shear by its Cutting.

(3) the discharge plate component of the feed device of the sticking machine of the utility model is equipped with the first adjustable damping shaft coupling, puts Charging tray bottom plate is passive rotation, makes its rotation by the frictional force of hot melt adhesive film item, by adjusting the first adjustable damping shaft coupling, Discharge plate bottom plate is continued to rotate due to inertia after capable of effectively avoiding hot melt adhesive film item from stopping conveying, so that discharge plate bottom plate be made to arrive Hot melt adhesive film item between active-feeding component keeps good tensioning state.

(4) the active-feeding component of the feed device of the sticking machine of the utility model is equipped with feeding and adjusts screw, can adjust Gap size between feeding upper pressure wheel and feeding bottom roller adapts to the hot melt adhesive film item of different-thickness.By lifting pinch roller bar energy Feeding upper pressure wheel is lifted, hot melt adhesive film item is easily installed.Holddown spring heat feeding upper pressure wheel will accordingly from the top down Glue film item is clamped on feeding bottom roller, guarantees that hot melt adhesive film tension stability when feeding, joint strip are smooth wrinkle resistant.Active-feeding Component is equipped with the first guide holder of discharging, can guarantee that position is accurate when hot melt adhesive film item enters material folding component.

(5) the material folding component of the feed device of the sticking machine of the utility model is equipped with material folding material-guiding wheel and guide seat, effectively Guarantee that position is accurate when hot melt adhesive film joint strip.

(6) feed device of the sticking machine of the utility model when moving from back to front, the adhesive film position of hot melt adhesive film item Above cloth, when moving in front of cloth, then by the pressure head of assistant ejector pin component by the adhesive film of hot melt adhesive film item Front compresses be pasted onto template downwards, so that it is attached to the adhesive film of entire hot melt adhesive film item on cloth, cloth in whole process Material will not wrinkle, to guarantee that cloth is smooth after joint strip, quality is greatly promoted.

(7) rewinding motor of the rewinding driving assembly of the waste material rewinding component of the feed device of the sticking machine of the utility model It is in rotary state always during joint strip, is driven using transmission round belt, by adjusting the second adjustable damping shaft coupling Change rewinding try to get to the heart of a matter plate rotation when resistance, when needing that separator paper layer is stripped down and stored, transmission round belt drive Rewinding is tried to get to the heart of a matter plate normal rotation rewinding；When feed device move backward feeding and move right change joint strip position when, due to folder The lower clamp plate and upper clamp plate hot melt adhesive film item for expecting component are clamped, and when being not required to strip down separator paper layer, transmission round belt, which is in, to be beaten Sliding state, can make separator paper layer keep tensioning state without being pulled off.

(8) the material folding component of the feed device of the sticking machine of the utility model is equipped with blowing material tracheae, can be by hot melt adhesive film item Adhesive film rear end blow afloat backward, the lower front that adhesive film rear end is located at presser feet can be effectively ensured, it is ensured that presser feet can be by glue film Layer downwardly against.

Detailed description of the invention

Fig. 1 is the structural schematic diagram using the sticking machine of the shear of the utility model；

Fig. 2 is the left view schematic diagram of Fig. 1；

Fig. 3 is the right side view of Fig. 1；

Fig. 4 is the schematic top plan view of Fig. 1；

Fig. 5 is the schematic rear view of Fig. 1；

Schematic diagram when Fig. 6 is from the front upper right of Fig. 1；

Schematic diagram when Fig. 7 is from the left anterior-superior part of Fig. 1；

Schematic diagram when Fig. 8 is from the left back top of Fig. 1；

The structural schematic diagram of workbench and X-axis mould group when Fig. 9 is from the left anterior-superior part of Fig. 1；

The structural schematic diagram of workbench and X-axis mould group when Figure 10 is from the left back top of Fig. 1；

After Y-axis mould group removes the first installation seat plate of the first profile of Y-axis and Y-axis when Figure 11 is from the front upper right of Fig. 1 Enlarged diagram；

The enlarged diagram of pressing device and Y-axis mould group corresponding component when Figure 12 is from the front upper right of Fig. 1；

The enlarged diagram of shear and Y-axis mould group corresponding component when Figure 13 is from the front upper right of Fig. 1；

Figure 14 is the enlarged diagram of the feed device in Fig. 3；

Figure 15 is the right side view of Figure 14；

Schematic diagram when Figure 16 is from the front upper right of Figure 14；

Schematic diagram when Figure 17 is from the left back top of Figure 14；

The enlarged diagram of active-feeding component when Figure 18 is from the front upper right of Figure 14；

The enlarged diagram of active-feeding component when Figure 19 is from the left anterior-superior part of Figure 14；

The enlarged diagram of feeding detection components when Figure 20 is from the left anterior-superior part of Figure 14；

The enlarged diagram of material folding group when Figure 21 is from the front upper right of Figure 14；

The enlarged diagram of waste material rewinding component when Figure 22 is from the left back top of Figure 14.

Label in attached drawing are as follows:

Workbench 1, main frame body 11, platen component 12, working plate 12-1, working panel 12-2,

X-axis mould group 21, driving motor 21-1, X-axis driving wheel 21-2, X-axis driven shaft 21-3, X-axis driven wheel 21-4, X-axis First synchronous belt 21-5, X-axis front side transmission component 21-6, preceding X-axis profile 21-6-1, X-axis fromer rail 21-6-2, X-axis front wheel Sliding block 21-6-3, X-axis front side transmission shaft 21-6-4, the first synchronous pulley 21-6-5 of X-axis front side, the second synchronous pulley of X-axis front side 21-6-6, X-axis preamble band 21-6-7, X-axis rear side transmission component 21-7, rear X-axis profile 21-7-1, X-axis rear rail 21-7-2, X-axis rear roller sliding block 21-7-3, X-axis rear side transmission shaft 21-7-4, X-axis the first synchronous pulley 21-7-5 of rear side, X-axis rear side second Synchronous pulley 21-7-6, synchronous belt 21-7-7 after X-axis,

Y-axis mould group 22, Y-axis the first profile 22-1, the first driving motor of Y-axis 22-2, speed reducer 22-3, the first guide rail of Y-axis 22-4, Y-axis the first idler wheel sliding block 22-5, Y-axis the second idler wheel sliding block 22-6, Y-axis the first transmission shaft 22-7, the first synchronous belt of Y-axis 22-8, Y-axis the second synchronous pulley 22-9, Y-axis the first synchronous belt 22-10, Y-axis the first installation seat plate 22-11 are taken turns,

Feed device 3, discharge plate component 31, discharge plate support shaft 31-1, discharge plate bottom plate 31-2, baffle pan portion 31-21, Left backgauge disk 31-3, right backgauge disk 31-4, the first adjustable damping shaft coupling 31-5, discharge plate mounting base 31-6, the first limit dress 31-7 is set, anchor ear 31-71, anchor ear limited post 31-72 are limited,

Active-feeding component 32, feeding driving motor 32-1, active-feeding the first synchronous pulley 32-2, active-feeding are synchronous Band 32-3, active-feeding the second synchronous pulley 32-4, active-feeding mounting base 32-5, material feeding pressing wheel axis 32-6, material feeding pressing wheel connect Bar 32-7, connecting hole 32-7-1, feeding upper pressure wheel 32-8, feeding bottom roller 32-9, feeding spring(-supported) mount 32-10, feeding adjust spiral shell 32-11 is followed closely, pinch roller bar 32-12 is lifted, discharge the first guide holder 32-13,

Feeding detection components 33, feeding detect shaft 33-1, detect shaft mounting base 33-2, detect directive wheel 33-3, inspection Axis shelves seat 33-4, left detection axis shelves seat 33-4a, right detection axis shelves seat 33-4b, detection spring hook seat 33-5 are surveyed, detection limit is solid Determine bumping post 33-6, detect spacing lever 33-7, detect plate washer 33-8, detect connecting rod 33-9, detect pitman shaft 33-10, detection connects Pole spacing feed ring 33-11, detection adjust collet 33-12, the first carbine column 33-13,

Material folding component 34, material folding drive upside down cylinder 34-1, material folding folder driving cylinder 34-2, material folding linear guide 34-3, Guide rail 34-3a, sliding block 34-3b, material folding mounting base 34-4, lower clamp plate 34-5, lower back end grip portion 34-5a, upper clamp plate 34-6, on Back end grip portion 34-6a, guide seat 34-7, material folding material-guiding wheel 34-8,

Guide wheel assemblies 35, the first directive wheel 35-1, the second directive wheel 35-2, waste material rewinding component 36, the support of rewinding disk Axis 36-1, rewinding are tried to get to the heart of a matter plate 36-2, and baffle pan portion 36-21, the left backgauge disk 36-3 of rewinding, the right backgauge disk 36-4 of rewinding, second can Adjust damping spring coupling 36-5, rewinding disk mounting base 36-6, rewinding driving assembly 36-7, rewinding motor 36-71, main pulley 36- 72, driven pulley 36-73 are driven round belt 36-74,

Pressing device 4 compresses Y-axis mould group 41, compresses driving motor 41-1, clamping motor mounting base 41-2, the first tensioner Seat 41-3, compresses the first synchronous pulley 41-4, compresses the second synchronous pulley 41-5, compresses synchronous belt 41-6, linear guide 41-7, Guide rail 41-7a, front-slider 41-71, middle sliding block 41-72, rear slider 41-73, compress mounting base 42, presser feet 43, and presser feet drives gas Cylinder 44, presser feet installation axle 45, presser feet actuating arm 46,

Shear 5, dynamic cutter 51, cutter 52, the first driving assembly of cutter 53, cutter first drive cylinder 53-1, Slitter shaft 53-2, slitter shaft linking arm 53-3, hold out against spring 53-4, the second driving assembly of cutter 54, the first mounting plate of cutter 55, Cutting knife mounting seat 56, assistant ejector pin component 57, mandril 57-1, pressure head 57-2, tip-lever support 57-3, top rod driving cylinder 57-4, top Bar linear guide 57-5,

Positioning device 6, positioning drive upside down cylinder 6-1, piston rod 6-1a, positioning pressuring plate 6-2, blowing component 7, barrel frame 71, barrel 72, protective frame 8, positioning component 9, X-axis detection components 91, the left U-shaped optoelectronic switch 91-1a of X-axis, the right U-shaped photoelectricity of X-axis Switch 91-1b, X-axis detect baffle 91-2, Y-axis detection components 92, U-shaped optoelectronic switch 92-1 before Y-axis, and Y-axis first detects baffle 92-2, pressing device detection components 93, first compresses U-shaped optoelectronic switch 93-1, and first compresses detection baffle 93-2, and second compresses U-shaped optoelectronic switch 93-3, second compresses detection baffle 93-4, hot melt adhesive film detection light eye 94.

Specific embodiment

In order to make the content of the utility model be easier to be clearly understood, below according to specific embodiment and combine attached Figure, is described in further detail the utility model.The description in the orientation of the utility model according to orientation shown in FIG. 1 into Direction up and down capable namely shown in FIG. 1 is the direction up and down described, and a side of court, Fig. 1 institute is front, away from figure 1 side is rear.The left and right directions of Fig. 1 is X-direction, and the front-rear direction of Fig. 1 is Y direction.It is to be appreciated that term The indicating positions such as "upper", "lower", "inner", "outside" or positional relationship are merely for convenience of based on positional relationship described in attached drawing It describes the utility model or simplifies description, rather than the specific orientation that instruction must have.

(embodiment 1)

Fig. 1 is seen to Fig. 7 and Figure 13, and shear 5 includes dynamic cutter 51, cutter 52, the first driving assembly of cutter 53, cuts The second driving assembly of knife 54, the first mounting plate of cutter 55, cutting knife mounting seat 56 and assistant ejector pin component 57.Assistant ejector pin component 57 Including mandril 57-1, pressure head 57-2, tip-lever support 57-3, top rod driving cylinder 57-4 and mandril linear guide 57-5.Mandril straight line Guide rail 57-5 has 2, and 2 mandril linear guide 57-5 are from its respective guide rail vertically to being successively fixedly installed from front to back On corresponding sticking machine.Tip-lever support 57-3 is fixed on the sliding block of 2 mandril linear guide 57-5, can be along guide rail Lower movement.Mandril 57-1 is fixed at vertically on tip-lever support 57-3.Pressure head 57-2, which is detachably fixed, is arranged in mandril 57-1's On lower end, the pressure head of the present embodiment is made of nylon material, and pressure head 57-2, which is screwed, to be fixed on the lower end of mandril 57-1. Top rod driving cylinder 57-4 is fixed on corresponding sticking machine, and piston rod extends downwardly, and the lower end of piston rod hingedly connects It connects on tip-lever support 57-3, is moved up and down by top rod driving cylinder 57-4 driving tip-lever support 57-3 along mandril linear guide 57-5, To make pressure head 57-2 be raised above or downwards be pressed abd fixed on hot melt adhesive film corresponding site the working panel 12- of sticking machine On 2.The second driving assembly of cutter 54 is fixed at assistant ejector pin component by its cylinder body using band guide rod cylinder, band guide rod cylinder On the rear side of 57 tip-lever support 57-3, piston rod is stretched out along left and right to setting, and to the right；The first mounting plate of cutter 55 is fixed to be connected It connects on the piston rod with guide rod cylinder.Cutting knife mounting seat 56 is fixed in the lower right side of the first mounting plate of cutter 55.

The first driving assembly of cutter 53 includes that cutter first drives cylinder 53-1, slitter shaft 53-2, slitter shaft linking arm 53- 3 and hold out against spring 53-4.Cutter first drives cylinder 53-1 solid by corresponding connecting base plate (being not drawn into figure) by its cylinder body It is arranged on the right side rear portion of the first mounting plate of cutter 55 calmly.Slitter shaft 53-2 is rotatably arranged in cutting knife mounting seat 56, is held out against Spring 53-4 covers on slitter shaft 53-2, is in compressive state, the phase of cutting knife mounting seat 56 is withstood in the one end for holding out against spring 53-4 Position is answered, the other end withstands the C-shaped retainer ring being arranged on slitter shaft 53-2, holds out against spring 53-4 for slitter shaft 53-2 to sinciput. One end of slitter shaft linking arm 53-3 is sequentially connected on the rear end of slitter shaft 53-2, and the other end of slitter shaft linking arm 53-3 is cut with scissors It connects and is connected on the piston rod of the driving of cutter first cylinder 53-1.Dynamic cutter 51 is along the radially fixed setting of slitter shaft in slitter shaft On the front end of 53-2, cutter 52 is along left and right to being fixed on the front of cutting knife mounting seat 56.To which cutter first drives Cylinder 53-1 drives slitter shaft 53-2 rotation by slitter shaft linking arm 53-3, and cutter 51 and cutter 52 is made to form cutter Structure holds out against spring 53-4 always by slitter shaft 53-2 to sinciput in shear history, to make cutter 51 and the formation of cutter 52 Good contact is conducive to improve shear effect, and notch is smooth.

(application examples 1)

See that Fig. 1 to Figure 22, the sticking machine of the application example include workbench 1, X-axis mould group 21, Y-axis mould group 22, feed device 3, pressing device 4, shear, positioning device 6, blowing component 7, protective frame 8 and positioning component 9.Shear is using implementation Shear 5 described in example 1.

See that Fig. 1 to Figure 10, workbench 1 include main frame body 11 and the platen component 12 being arranged on main frame body 11.Platen group Part 12 includes working plate 12-1 and working panel 12-2.Working panel 12-2 has two pieces, and two pieces of working panel 12-2 are along left and right To on working plate 12-1 arranged side by side.Two pieces of working panel 12-2 are all made of stainless steel plate.

See Fig. 1 to Figure 10, positioning device 6 there are 2 groups, and the structure of 2 groups of positioning devices 6 is identical, includes that 2 positioning are driven up and down Take offence cylinder 6-1 and positioning pressuring plate 6-2.2 groups of positioning devices 6 are set gradually from left to right on rear portion at the upper part of the worktable.Positioning 2 of device 6 positioning drive upside down cylinder 6-1 by its respective cylinder body fixed setting on the table 1, are located at working plate The downside of 12-1.2 positioning of positioning device 6 drive upside down cylinder 6-1 and set gradually from left to right.2 positioning drive upside down The piston rod 6-1a of cylinder 6-1 stretches upwards, passes through working plate 12-1, and positioning pressuring plate 6-2 is fixed to being fixed at 2 along left and right Position drives upside down on the piston rod 6-1a of cylinder, drives upside down cylinder 6-1 driving positioning pressuring plate 6-2 by positioning and moves up and down.

See Fig. 1 to Figure 10, X-axis mould group 21 includes the first driving motor 21-1, X-axis driving wheel 21-2, X-axis driven shaft 21- 3, transmission component 21-7 on rear side of X-axis driven wheel 21-4, the first synchronous belt of X-axis 21-5, X-axis front side transmission component 21-6 and X-axis.The One driving motor 21-1 is fixed on the left part top of main frame body 11, and motor shaft is along front and back to horizontally disposed and to extending back Out.X-axis driving wheel 21-2 transmission is arranged on the motor shaft of driving motor 21-1.X-axis driven shaft 21-3 passes through corresponding 2 tune Heart ball bearing is rotatably arranged on the left part top of main frame body 11, the axis of X-axis driven shaft 21-3 and the first driving motor 21-1 Motor shaft axis it is arranged in parallel.X-axis driven wheel 21-4 transmission is arranged on X-axis driven shaft 21-3.X-axis first is synchronous Band 21-5 is arranged around X-axis driving wheel 21-2 and X-axis driven wheel 21-4.Transmission component 21-6 includes preceding X-axis profile on front side of X-axis 21-6-1, X-axis fromer rail 21-6-2, X-axis front wheel sliding block 21-6-3, X-axis front side transmission shaft 21-6-4, X-axis front side first are same Walk belt wheel 21-6-5, X-axis the second synchronous pulley 21-6-6 of front side and X-axis preamble band 21-6-7.

Preceding X-axis profile 21-6-1, to being horizontally set in the front upper portion of main frame body 11, is located at working plate 12- along left and right 1 lower front.The edge X-axis fromer rail 21-6-2 left and right is to before being fixed in X-axis profile 21-6-1.X-axis front wheel sliding block 21-6-3 is slidably arranged on X-axis fromer rail 21-6-2.Transmission shaft 21-6-4 is along front and back to being rotatably arranged on preceding X-axis on front side of X-axis On the left part of profile 21-6-1, its rear end is sequentially connected by the front end of corresponding shaft coupling and X-axis driven shaft 21-3.Before X-axis The first synchronous pulley 21-6-5 transmission setting in side is on front side of the X-axis on transmission shaft 21-6-4, positioned at the left end of preceding X-axis profile 21-6-1 In.Before the second synchronous pulley 21-6-6 is rotatably arranged on front side of X-axis in the right part of X-axis profile 21-6-1.X-axis preamble band 21- 6-7 the second synchronous pulley 21-6-6 setting on front side of the first synchronous pulley 21-6-5 on front side of X-axis and X-axis.X-axis front wheel sliding block 21-6-3 is fixedly connected by corresponding synchronous belt fixture block with X-axis preamble band 21-6-7.

Transmission component 21-7 includes rear X-axis profile 21-7-1, X-axis rear rail 21-7-2, X-axis rear roller sliding block on rear side of X-axis Transmission shaft 21-7-4, the first synchronous pulley 21-7-5 of X-axis rear side, the second synchronous pulley 21-7- of X-axis rear side on rear side of 21-7-3, X-axis 6 and X-axis after synchronous belt 21-7-7.The edge X-axis profile 21-7-1 left and right is on the rear portion top for being horizontally set on main frame body 11 afterwards, position In the back lower of working plate 12-1.X-axis rear rail 21-7-2 is along left and right to being fixed in rear X-axis profile 21-7-1.X Axis rear roller sliding block 21-7-3 is slidably arranged on X-axis rear rail 21-7-2.Transmission shaft 21-7-4 is along front and back to rotation on rear side of X-axis It is arranged on the left part of rear X-axis profile 21-7-1, the rear-end transmission that front end passes through corresponding shaft coupling and X-axis driven shaft 21-3 Connection.First synchronous pulley 21-7-5 transmission setting is located at rear X-axis profile on rear side of the X-axis on transmission shaft 21-7-4 on rear side of X-axis In the left end of 21-7-1.The second synchronous pulley 21-7-6 is rotatably arranged in the right part of rear X-axis profile 21-7-1 on rear side of X-axis.X-axis Synchronous belt 21-7-7 the second synchronous pulley 21-7-6 setting on rear side of the first synchronous pulley 21-7-5 on rear side of X-axis and X-axis afterwards.X Axis rear roller sliding block 21-7-3 is fixedly connected by corresponding synchronous belt fixture block with synchronous belt 21-7-7 after X-axis.

See Fig. 1 to Figure 13, Y-axis mould group 22 includes the first profile of Y-axis 22-1, the first driving motor of Y-axis 22-2, speed reducer 22-3, the first guide rail of Y-axis 22-4, Y-axis the first idler wheel sliding block 22-5, Y-axis the second idler wheel sliding block 22-6, the first transmission shaft of Y-axis 22- 7, the first synchronous pulley of Y-axis 22-8, the second synchronous pulley of Y-axis 22-9, the first installation seat plate of Y-axis the first synchronous belt 22-10 and Y-axis 22-11.The first driving motor of Y-axis 22-2 along left and right to being fixed on speed reducer 22-3, motor shaft stretch out to the left and with The input terminal of speed reducer 22-3 is sequentially connected.2 mandril linear guide 57-5 of shear 5 are by its respective guide rail along upper It is lower to being successively fixed on the right side rear portion of the first installation seat plate of Y-axis 22-11 from front to back.Top rod driving cylinder 57-4 is logical Corresponding mounting base is crossed to be fixed on the rear portion of the first installation seat plate of Y-axis 22-11.

Y-axis the first profile 22-1 along front and back to across be arranged above workbench 1.The front end Y-axis the first profile 22-1 passes through Corresponding attachment base is fixedly connected with the X-axis front wheel sliding block 21-6-3 of transmission component 21-6 on front side of X-axis.The first profile of Y-axis 22- 1 rear end is fixedly connected by corresponding attachment base with the X-axis rear roller sliding block 21-7-3 of transmission component 21-7 on rear side of X-axis.To 22 side-to-side movement above workbench 1 of Y-axis mould group is driven by X-axis mould group 21.Y-axis the first guide rail 22-4 is along front and back to horizontally disposed In the first profile of Y-axis 22-1.Y-axis the first idler wheel sliding block 22-5 and Y-axis the second idler wheel sliding block 22-6 are successively slided from front to back It is arranged on the first guide rail of Y-axis 22-4.Y-axis the first transmission shaft 22-7 is rotatably arranged on Y-axis by corresponding deep groove ball bearing In the rear end of one profile 22-1, left end is stretched out outside the first profile of Y-axis 22-1.Speed reducer 22-3 is fixed by corresponding mounting base It is arranged on the left back of the first profile of Y-axis 22-1, the left end of the first transmission shaft of Y-axis 22-7 passes through corresponding shaft joint and subtracts The output shaft of fast machine 22-3 is sequentially connected, which is located in the mounting base of above-mentioned installation speed reducer 22-3.Y-axis first is synchronous Belt wheel 22-8 transmission is arranged on the first transmission shaft of Y-axis 22-7.The second synchronous pulley of Y-axis 22-9 is rotatably arranged on the first type of Y-axis In the front end of material 22-1.Y-axis the first synchronous belt 22-10 surrounds Y-axis the first synchronous pulley 22-8 and the second synchronous pulley of Y-axis 22-9 Setting.The lower part of the first installation seat plate of Y-axis 22-11 is fixedly connected with Y-axis the first idler wheel sliding block 22-5.

Fig. 1 to Fig. 8 and Figure 14 are seen to Figure 22, and feed device 3 includes discharge plate component 31, active-feeding component 32, feeding Detection components 33, material folding component 34, guide wheel assemblies 35 and waste material rewinding component 36.Discharge plate component 31 is supported including discharge plate Axis 31-1, discharge plate bottom plate 31-2, left backgauge disk 31-3, right backgauge disk 31-4, the first adjustable damping shaft coupling 31-5, discharge plate Mounting base 31-6 and the first limiting device 31-7.Discharge plate mounting base 31-6 is fixed at the first installation seat plate of Y-axis 22-11's On the top of middle part.Discharge plate support shaft 31-1 is installed along left and right to discharge plate is rotatably arranged on by corresponding bearing and bearing block On the top of seat 31-6.Baffle pan portion 31-21 is equipped in the middle part of discharge plate bottom plate 31-2.Left backgauge disk 31-3 and right backgauge disk 31-4 It is fixed on discharge plate bottom plate 31-2, and is located at the left and right two of the baffle pan portion 31-21 of discharge plate bottom plate 31-2 Side.The locking wheel of first adjustable damping shaft coupling 31-5 is fixed on discharge plate support shaft 31-1, with discharge plate support shaft 31-1 transmission connection.

First limiting device 31-7 includes limit anchor ear 31-71 and anchor ear limited post 31-72.Anchor ear 31-71 is limited to clamp It is fixed in the damping regulating wheel of the first adjustable damping shaft coupling 31-5.The lower part anchor ear 31-71 is limited to be equipped with through its left and right The limiting slot that Open Side Down.The edge anchor ear limited post 31-72 is controlled to the left upper portion for being fixed at discharge plate mounting base 31-6 On, corresponding site is located in the limiting slot of limit anchor ear 31-71, carries out the limit in circumferential direction to limit anchor ear 31-71, prevents it Rotation.

Active-feeding component 32 includes feeding driving motor 32-1, the first synchronous pulley of active-feeding 32-2, active-feeding Synchronous belt 32-3, the second synchronous pulley of active-feeding 32-4, active-feeding mounting base 32-5, material feeding pressing wheel axis 32-6, feeding pressure Take turns connecting rod 32-7, feeding upper pressure wheel 32-8, feeding bottom roller 32-9, feeding spring(-supported) mount 32-10, feeding adjusting screw 32-11, lift Pinch roller bar 32-12, the first guide holder 32-13 of discharging and holddown spring.

Feeding driving motor 32-1 is fixed on the middle part top of the first installation seat plate of Y-axis 22-11 by its motor casing, Positioned at the rear of discharge plate mounting base 31-6.The motor shaft of feeding driving motor 32-1 is along left and right to horizontally disposed and stretch to the right Out.Active-feeding the first synchronous pulley 32-2 transmission connection is arranged on the motor shaft of feeding driving motor 32-1.Active-feeding Mounting base 32-5 is fixed in the right side central of the first installation seat plate of Y-axis 22-11.The rear end of material feeding pressing wheel connecting rod 32-7 turns Dynamic to be arranged on the rear portion of active-feeding mounting base 32-5, rotation axis edge is controlled to horizontally disposed.Material feeding pressing wheel axis 32-6 passes through Corresponding bearing is along left and right to being rotatably arranged on the front end of material feeding pressing wheel connecting rod 32-7.The front end of material feeding pressing wheel connecting rod 32-7 is set There is connecting hole 32-7-1.Active-feeding the second synchronous pulley 32-4 is sequentially connected on the left end of material feeding pressing wheel axis 32-6.Actively Feeding synchronous belt 32-3 is arranged around active-feeding the first synchronous pulley 32-2 and active-feeding the second synchronous pulley 32-4.Feeding Upper pressure wheel 32-8 is sequentially connected on the right end of material feeding pressing wheel axis 32-6.Feeding spring(-supported) mount 32-10, which is screwed, is fixed on active-feeding On the lower lateral front of mounting base 32-5.Feeding bottom roller 32-9 rotation is located on active-feeding mounting base 32-5, is located in feeding The lower section of pinch roller 32-8.Holddown spring one end is connected on feeding spring(-supported) mount 32-10, and the other end is connected to material feeding pressing wheel connecting rod In the connecting hole 32-7-1 of 32-7, it is in elongation state.Holddown spring makes feeding upper pressure wheel 32-8 from the top down will corresponding heat Melten gel film item is clamped on feeding bottom roller 32-9.Feeding adjusts screw 32-11 and is screwed from bottom to top in active-feeding mounting base On 32-5, after being upward through active-feeding mounting base 32-5, the front lower portion corresponding positions of material feeding pressing wheel connecting rod 32-7 are withstood upwards It sets, for adjusting the gap size between feeding upper pressure wheel 32-8 and feeding bottom roller 32-9.Lift the edge pinch roller bar 32-12 and feeding The direction that the rotation axis of pinch roller connecting rod 32-7 is vertical is fixed on the rear end of material feeding pressing wheel connecting rod 32-7, is used for feeding Pinch roller 32-8 installs hot melt adhesive film item after lifting.Discharge the first guide holder 32-13 vertically to be fixed at active-feeding peace On the rear portion right part for filling seat 32-5, positioned at the rear of feeding bottom roller 32-9.

Feeding detection components 33 include feeding detection shaft 33-1, detection shaft mounting base 33-2, detection directive wheel 33-3, Detection axis shelves seat 33-4, detection spring hook seat 33-5, detection limit fixed bumping post 33-6, detection spacing lever 33-7, detection shelves Plate 33-8, detection connecting rod 33-9, detection pitman shaft 33-10, detection connecting rod collet 33-11, detection adjust collet 33-12, First carbine column 33-13 and detection reset spring.

Detection shaft mounting base 33-2 is fixed at the right side of the first installation seat plate of Y-axis 22-11 by corresponding connecting plate On side lower part.For feeding detection shaft 33-1 along left and right to being rotatably arranged on detection shaft mounting base 33-2, left and right ends are equal It stretches out outside detection shaft mounting base 33-2.There are two detection axis shelves seat 33-4, and two detection axis shelves seat 33-4 press the left side locating for it The difference of right position is divided into left detection axis shelves seat 33-4a and right detection axis shelves seat 33-4b.Left detection axis shelves seat 33-4a fixation is set It sets on the left end of feeding detection shaft 33-1, with feeding detection shaft 33-1 transmission connection.Detection directive wheel 33-3 passes through phase The bearing answered is rotatably arranged on the right part of feeding detection shaft 33-1, and right detection axis shelves seat 33-4b is fixed at feeding inspection It surveys on the right end of shaft 33-1, is sequentially connected with feeding detection shaft 33-1, and detection directive wheel 33-3 is carried out in the axial direction Limit.Left detection axis shelves seat 33-4a and right detection axis shelves seat 33-4b is in the axial direction detecting feeding detection shaft 33-1 limit On shaft mounting base 33-2.Detection spring hook seat 33-5 detects the radially fixed setting of shaft 33-1 in left detection axis shelves along feeding On the front side seat 33-4a.First carbine column 33-13 is along left and right to being fixed under the right side of the first installation seat plate of Y-axis 22-11 In portion, positioned at the front of detection spring hook seat 33-5.Detection reset spring one end is connected on detection spring hook seat 33-5, another End is connected on the first carbine column 33-13, is in elongation state, for keeping feeding detection shaft 33-1 forward downward rotation multiple Position.

It detects spacing lever 33-7 and detects the radially fixed setting of shaft 33-1 after left detection axis shelves seat 33-4a along feeding On side.Detection limits fixed bumping post 33-6 along left and right to being fixed in the lower right side of the first installation seat plate of Y-axis 22-11, Positioned at the back lower place of feeding detection shaft 33-1, detection spacing lever 33-7 is limited from top.Detect the edge plate washer 33-8 The radial transmission of feeding detection shaft 33-1 is arranged on the left end of feeding detection shaft 33-1.

The right end of feeding detection shaft 33-1 is arranged in along the radial transmission of feeding detection shaft 33-1 by detection connecting rod 33-9 On.Detection pitman shaft 33-10 along left and right to being arranged on the front end of detection connecting rod 33-9, fix with detection connecting rod 33-9 by right end Connection.Detection connecting rod collet 33-11 is fixed on the left end of detection pitman shaft 33-10.Detection adjusts collet 33-12 It is adjustable to be fixed on detection pitman shaft 33-10, it is adjustable its distance between with detection connecting rod collet 33-11, It is allowed to corresponding with the width of corresponding hot melt adhesive film item.

Material folding component 34 includes that material folding drives upside down cylinder 34-1, material folding folder driving cylinder 34-2, material folding linear guide 34- 3, material folding mounting base 34-4, lower clamp plate 34-5, upper clamp plate 34-6, guide seat 34-7, material folding material-guiding wheel 34-8 and blowing material tracheae.Folder Material drives upside down cylinder 34-1 and is rotatably connected in the right side central of the first installation seat plate of Y-axis 22-11 by its cylinder body, is located at actively The rear of feeding material component 32.Material folding drives upside down cylinder 34-1 vertically to setting, and piston rod extends downwardly.Material folding linear guide 34-3, vertically to being fixed in the right side central of the first installation seat plate of Y-axis 22-11, is located at material folding from its guide rail 34-3a Drive upside down the lower section of cylinder 34-1.Material folding mounting base 34-4 is fixed on the sliding block 34-3b of material folding linear guide 34-3. Material folding drives upside down the piston rod of cylinder 34-1 and material folding mounting base 34-4 is articulated and connected.Cylinder 34-2 is by its cylinder for material folding folder driving Body is rotatably connected on the right side of material folding mounting base 34-4.Lower clamp plate 34-5 is fixed under the right side of material folding mounting base 34-4 In portion.Upper clamp plate 34-6 is rotatably connected on the right side of material mounting base 34-4 by its middle part, positioned at the top of lower clamp plate 34-5.On The front end of clamping plate 34-6 is hingedly connected on the piston rod of material folding folder driving cylinder 34-2.Driving cylinder 34-2 driving is pressed from both sides by material folding Upper clamp plate 34-6 rotation, makes the lower back end grip portion 34-5a of the upper back end grip portion 34-6a and lower clamp plate 34-5 of upper clamp plate 34-6 Formation can clamp structure.Guide seat 34-7 along front and back to being fixed in the lower right side of material folding mounting base 34-4, under being located at The front of the lower back end grip portion 34-5a of clamping plate 34-5.Material folding material-guiding wheel 34-8 is rotatably arranged on the right side of material folding mounting base 34-4 On side lower part front, positioned at the front of guide seat 34-7.Blowing material tracheae (being not drawn into figure) is fixed at guide seat 34-7's On right side, gas outlet is located at the downside right part of the lower back end grip portion 34-5a of lower clamp plate 34-5, and the gas outlet of blowing material tracheae is backward It blows.

Guide wheel assemblies 35 include the first directive wheel 35-1 and the second directive wheel 35-2.First directive wheel 35-1 rotation setting On the first installation seat plate of Y-axis 22-11, pivot center edge is controlled to horizontally disposed.First directive wheel 35-1 is located at discharge plate Between component 31 and active-feeding component 32.Second directive wheel 35-2 is rotatably arranged on the first installation seat plate of Y-axis 22-11, Pivot center edge is controlled to horizontally disposed.Second directive wheel 35-2 be located at feeding detection components 33 and waste material rewinding component 36 it Between.

Waste material rewinding component 36 include rewinding disk support shaft 36-1, rewinding try to get to the heart of a matter plate 36-2, the left backgauge disk 36-3 of rewinding, receive Expect right backgauge disk 36-4, the second adjustable damping shaft coupling 36-5, rewinding disk mounting base 36-6 and rewinding driving assembly 36-7.Rewinding Disk mounting base 36-6 is fixed on the front of the first installation seat plate of Y-axis 22-11.

Rewinding disk support shaft 36-1 is by corresponding bearing and bearing block along left and right to being rotatably arranged on rewinding disk mounting base On the lower part of 36-6.Rewinding tries to get to the heart of a matter plate 36-2 right part equipped with baffle pan portion 36-21.The left backgauge disk 36-3 of rewinding is fixed at receipts On charging tray bottom plate 36-2, try to get to the heart of a matter the left side of the baffle pan portion 36-21 of plate 36-2 positioned at rewinding.The right backgauge disk 36-4 of rewinding is detachable It is fixed on the right part of rewinding disk support shaft 36-1, tries to get to the heart of a matter the right side of the baffle pan portion 36-21 of plate 36-2 positioned at rewinding, with Rewinding disk support shaft 36-1 transmission connection.The locking wheel of second adjustable damping shaft coupling 36-5 is fixed at rewinding disk support shaft On 36-1, it is sequentially connected with rewinding disk support shaft 36-1.Rewinding driving assembly 36-7 includes rewinding motor 36-71, main pulley 36-72, driven pulley 36-73 and transmission round belt 36-74.Rewinding motor 36-71 is controlled from its motor casing edge to fixed setting On rewinding disk mounting base 36-6, motor shaft stretches out to the right.Main pulley 36-72 transmission is arranged in rewinding motor 36-71 Motor shaft on.Driven pulley 36-73 transmission is arranged in the damping regulating wheel of the second adjustable damping shaft coupling 36-5.Transmission Round belt 36-74 is arranged around main pulley 36-72 and driven pulley 36-73.

Pressing device 4 includes compressing Y-axis mould group 41, compressing mounting base 42, presser feet 43, presser feet driving cylinder 44, presser feet peace Fill axis 45 and presser feet actuating arm 46.Compressing Y-axis mould group 41 includes compressing driving motor 41-1, clamping motor mounting base 41-2, the One tension base 41-3, the first synchronous pulley 41-4 is compressed, the second synchronous pulley 41-5 is compressed and compresses synchronous belt 41-6 and straight line Guide rail 41-7.Clamping motor mounting base 41-2 is fixed on the upside rear portion of the first profile of Y-axis 22-1 of Y-axis mould group 22. It compresses driving motor 41-1 to be fixed on the left side of clamping motor mounting base 41-2 along left and right Xiang Youqi motor casing, motor Axis is rotatably arranged on clamping motor mounting base 41-2, and corresponding portion is located in clamping motor mounting base 41-2.It is same to compress first Step belt wheel 41-4 transmission is arranged on the motor shaft for compressing driving motor 41-1, is located in clamping motor mounting base 41-2.First On the upper forequarter for the first profile of Y-axis 22-1 that tension base 41-3 is fixed at.The second synchronous pulley 41-5 rotation is compressed to set It sets in the first tension base 41-3.Synchronous belt 41-6 is compressed around the first synchronous pulley 41-4 of compression and compresses the second synchronous pulley 41-5 setting.The guide rail 41-7a of linear guide 41-7 is along front and back to being fixed on the upside of the first profile of Y-axis 22-1.Directly Three sliding blocks are successively arranged on the guide rail of line guide rail 41-7 from front to back, three sliding blocks press the front-rear position locating for it from difference point For front-slider 41-71, middle sliding block 41-72 and rear slider 41-73.It compresses 42 top of mounting base and is fixed at linear guide 41-7 Rear slider 41-73 on.The top left part of mounting base 42 is compressed by corresponding synchronous belt clamping plate and compresses synchronous belt 41-6 biography Dynamic connection.The middle part lower part for compressing mounting base 42 is fixedly connected with Y-axis the second idler wheel sliding block 22-6 of Y-axis mould group 22.Y-axis mould group The top of 22 the first installation seat plate of Y-axis 22-11 is fixedly connected with front-slider 41-71 and middle sliding block 41-72.

Presser feet installation axle 45 is rotatably arranged on the right part lower part for compressing mounting base 42 by its middle part, the transmission setting of presser feet 43 On the right end of presser feet installation axle 45, the transmission of presser feet actuating arm 46 is arranged on the left end of presser feet installation axle 45.Presser feet actuating arm 46 rear end is equipped with the kidney ellipsoid connecting hole being arranged along the front-back direction through its left and right.Presser feet drives cylinder 44 by its cylinder body along upper Lower to being fixed in compression mounting base 42, piston rod is extended downwardly, and the lower end of piston rod is hingedly connected to presser feet driving In the kidney ellipsoid connecting hole of arm 46.To drive presser feet 43 to rotate by presser feet driving cylinder 44, lift the front end of presser feet 43 upwards It rises or hot melt adhesive film item is pressed abd fixed on working panel 12-2 downwards.

See that Fig. 1 to Fig. 8, blowing component 7 include barrel frame 71 and barrel 72.Barrel frame 71 is fixed at X-axis mould group 21 X-axis on front side of transmission component 21-6 X-axis front wheel sliding block 21-6-3 on.Barrel 72, which is detachably fixed, to be arranged in barrel frame 71 On.

See Fig. 1 to Fig. 8, protective frame 8 is fixed on the upper back of workbench 1, and the rear portion of Y-axis mould group 22 is corresponding Travel region enclosing, prevent someone to be strayed into the region and cause by Y-axis mould group 22 move when wound.

Fig. 1 is seen to Figure 10, Figure 12, Figure 13, Figure 16 and Figure 17, and positioning component 9 includes X-axis detection components 91, Y-axis detection group Part 92, pressing device detection components 93, hot melt adhesive film detection light eye 94 and rewinding tensioner detect U-shaped optoelectronic switch.

X-axis detection components 91 include the left U-shaped optoelectronic switch 91-1a of X-axis, the right U-shaped optoelectronic switch 91-1b of X-axis and X-axis detection Baffle 91-2.The left U-shaped optoelectronic switch 91-1a of X-axis is fixed on the rear side left end of rear X-axis profile 21-7-1, and opening is backward And along left and right to setting.The right U-shaped optoelectronic switch 91-1b of X-axis is fixed on the rear side right end of rear X-axis profile 21-7-1, is opened Mouth is backward and along left and right to setting, with the left U-shaped optoelectronic switch 91-1a of X-axis in same level.It is solid that X-axis detects baffle 91-2 The company of the X-axis rear roller sliding block 21-7-3 of transmission component 21-7 on rear side of the connection Y-axis rear end the first profile 22-1 and X-axis is set calmly On joint chair, for blocking the left U-shaped optoelectronic switch 91-1a of the X-axis or right U-shaped optoelectronic switch 91-1b of X-axis, whether Y-axis mould group 22 is judged In left part initial position or right part end position.

Y-axis detection components 92 include the U-shaped optoelectronic switch 92-1 and detection of Y-axis first baffle 92-2 before Y-axis.U-shaped light before Y-axis Electric switch 92-1 fixation is located on the right front of the first profile of Y-axis 22-1, is open to the right and is arranged along the front-back direction.Y-axis first Detection baffle 92-2 is fixed on the front of the first installation seat plate of Y-axis 22-11, for blocking U-shaped optoelectronic switch before Y-axis 92-1 judges whether the Y-direction in front end returns to zero position to feed device 3.

Pressing device detection components 93 include first compressing U-shaped optoelectronic switch 93-1, first compressing detection baffle 93-2, the Two, which compress U-shaped optoelectronic switch 93-3 and second, compresses detection baffle 93-4.It compresses U-shaped optoelectronic switch 93-1 and is fixed at Y-axis On the upside rear portion of first profile 22-1, opening upwards are simultaneously arranged along the front-back direction.It compresses detection baffle 93-2 and is fixed at pressure On the rear side of tight mounting base 42, U-shaped optoelectronic switch 93-1 is compressed for blocking, judges whether pressing device 4 is in rearmost end Pressing device returns to zero position.

Second, which compresses U-shaped optoelectronic switch 93-3, is fixed on the rear portion of the first installation seat plate of Y-axis 22-11, be open to Afterwards and vertically to setting.Second, which compresses detection baffle 93-4, is fixed on the front for compressing mounting base 42, for hiding Gear second compresses U-shaped optoelectronic switch 93-3, and the Y-direction for judging that whether pressing device 4 is in front end together with feed device 3 is returned Zero position.

Hot melt adhesive film detection light eye 94 is fixed on the front of discharge plate mounting base 31-6, for detecting whether having Hot melt adhesive film item enters between the left backgauge disk 31-3 of discharge plate component 31 and right backgauge disk 31-4.

Rewinding tensioning detects U-shaped optoelectronic switch and is fixed in the lower right side of the first installation seat plate of Y-axis 22-11, position On path when detecting plate washer 33-8 rotation, detect whether pitman shaft 33-10 is lifted up in tensioner state for judging.

It is had follow steps when the sticking machine work of the application example:

One, hot melt adhesive film item described in the application example has adhesive film and separator paper layer, the side of the viscose glue of adhesive film It is bonded on separator paper layer.The Y-direction that feed device 3 and pressing device 4 are in front end together returns to zero position.It will be in barrel 72 Hot melt adhesive film item from barrel lid on discharge hole 72-1 in pull out, by corresponding S-shaped be oriented to after make hot melt adhesive film item Separation layer is located in downside and then smooth entrance feed device 3.Hot melt adhesive film item is first set to pass through putting for feed device 3 from front Rear side of the upside of the baffle pan portion 31-21 of charging tray bottom plate 31-2 around the baffle pan portion 31-21 of discharge plate bottom plate 31-2；Further around It crosses behind the front and lower part of the first directive wheel 35-1 and passes through the feeding upper pressure wheel 32-8 and feeding bottom roller of active-feeding component 32 Enter in the first guide holder 32-13 of discharging between 32-9；Then before the detection directive wheel 33-3 for bypassing feeding detection components 33 Behind portion and lower part, further around cross material folding material-guiding wheel 34-8 front and lower part after enter guide seat 34-7 in；Go out from guide seat 34-7 Lower clamp plate 34-5 and upper clamp plate 34-6 is passed through after coming, then separates adhesive film and separator paper layer, and downside will be located at after separating Separator paper layer bypasses to be pulled back below lower clamp plate 34-5；It bypasses separator paper layer and is located at detection connecting rod collet 33-11 and inspection It surveys behind the downside for adjusting the pitman shaft 33-10 of the detection between collet 33-12 further around crossing the rear portion of the second directive wheel 35-2 and upper Portion, be then attached to rewinding try to get to the heart of a matter plate 36-2 baffle pan portion 36-21 on.It will strip down just now positioned at lower clamp plate 34-5's The adhesive film at rear cuts off extra part, retains a bit of 2 to 4 centimetres out.Then the gas outlet of blowing material tracheae is blown backward For the adhesive film rear end of hot melt adhesive film item to be blown afloat backward.

Two, first the corresponding template for putting cloth is placed on the working panel 12-2 in left side, it then will be wait paste The cloth of hot melt adhesive film item is put on the template.Template corresponding site is fixedly clamped by the positioning pressuring plate 6-2 of positioning device 6 On working panel 12-2.

Three, position is returned to zero by the pressing device that compression Y-axis mould group 41 drives presser feet 43 to move to rearmost end backward；It presss from both sides simultaneously Material component 34 lower clamp plate 34-5 and upper clamp plate 34-6 clamps hot melt adhesive film item, drives feed device 3 to transport backward by Y-axis mould group 22 It moves to starting joint strip position namely pressing device and returns to zero position.It is blown backward by hot melt adhesive film item the gas outlet of blowing material tracheae Adhesive film rear end is blown afloat backward to 43 lower front of presser feet of pressing device 4, and then 43 front end of presser feet is downwards by hot melt adhesive film item Adhesive film rear end be pressed in template, while the viscose glue of the adhesive film of hot melt adhesive film item is adhesively fixed in template.Material folding group Part 34 lower clamp plate 34-5 and upper clamp plate 34-6 unclamps hot melt adhesive film item, then drives feed device 3 to transport forward by Y-axis mould group 22 Dynamic, in motion process, the adhesive film corresponding portion of hot melt adhesive film item is across cloth, and the separator paper layer of hot melt adhesive film item is from glue film It removes and is wound on layer and be accommodated in the rewinding of waste material rewinding component 36 and try to get to the heart of a matter on plate 36-2.

Four, the pressure head 57-2 of the assistant ejector pin component 57 of shear 5 is downwards by the corresponding portion of the adhesive film of hot melt adhesive film item Position is pressed in template, so that whole hot melt adhesive film item is pasted on cloth from the top down.

Five, material folding component 34 lower clamp plate 34-5 and upper clamp plate 34-6 clamps hot melt adhesive film item again；The cutter of shear 5 Second driving assembly 54 drives dynamic cutter 51 and cutter 52 to move downward, and make the adhesive film of hot melt adhesive film item is located at lower clamp plate It is located between dynamic cutter 51 and cutter 52 between 34-5 and upper clamp plate 34-6 to the corresponding site between pressure head 57-2, then by cutting The first driving assembly of knife 53 drives dynamic cutter 51 to rotate, and jointly cuts the adhesive film of hot melt adhesive film item with cutter 52, completes One joint strip operation.The dynamic cutter 51 of shear 5 and cutter 52 reset to the right after having pasted, and pressure head 57-2 is lifted up multiple Position.

Six, it drives Y-axis mould group 22 to move right by X-axis mould group 21, carries out the operation of Article 2 joint strip.

Seven, while carrying out cloth joint strip operation again, second block of cloth and template can be placed in and is located at the right side On the working panel 12-2 of side.

Particular embodiments described above and application examples, to the purpose of this utility model, technical scheme and beneficial effects into It has gone further description, it should be understood that the foregoing is merely specific embodiment of the utility model, and has not had to In limitation the utility model, within the spirit and principle of the utility model, any modification, equivalent substitution and improvement done Deng should be included within the scope of protection of this utility model.

Claims (3)

1. a kind of shear of sticking machine, it is characterised in that: including moving cutter, cutter, the first driving assembly of cutter, cutter Second driving assembly, the first mounting plate of cutter and cutting knife mounting seat；The second driving assembly of cutter uses band guide rod cylinder, band guide rod Cylinder is fixed on the rear side of the tip-lever support of assistant ejector pin component by its cylinder body, and piston rod edge is controlled to setting, and to Right stretching；The first mounting plate of cutter is fixedly connected on the piston rod with guide rod cylinder；Cutting knife mounting seat is fixed at cutter In the lower right side of first mounting plate；The first driving assembly of cutter includes that cutter first drives cylinder, slitter shaft and slitter shaft to connect Connect arm；The driving cylinder of cutter first is fixed at the right side of the first mounting plate of cutter by its cylinder body by corresponding connecting base plate On rear portion；Slitter shaft is rotatably arranged in cutting knife mounting seat；One end of slitter shaft linking arm is sequentially connected in the rear end of slitter shaft On, the other end of slitter shaft linking arm is hingedly connected to cutter first and drives on the piston rod of cylinder；Cutter is moved along the cutter diameter of axle To on the front end for being fixed at slitter shaft, cutter is along left and right on the front for being fixed at cutting knife mounting seat；To cut Knife first drives cylinder to drive slitter shaft rotation by slitter shaft linking arm, and cutter and cutter is made to form cutting mechanism.

2. the shear of sticking machine according to claim 1, it is characterised in that: the first driving assembly of cutter further includes top Tight spring；Spring pocket is held out against on slitter shaft, is in compressive state, the corresponding portion of cutting knife mounting seat is withstood in the one end for holding out against spring Position, the other end withstands the C-shaped retainer ring being arranged on slitter shaft, holds out against spring for slitter shaft to sinciput.

3. the shear of sticking machine according to claim 1 or 2, it is characterised in that: shear further includes auxiliary top Bar assembly；Assistant ejector pin component includes mandril, pressure head, tip-lever support, top rod driving cylinder and mandril linear guide；Mandril straight line is led Rail has 2, and 2 mandril linear guides are from its respective guide rail vertically to being successively fixed at corresponding patch from front to back On machine；Tip-lever support is fixed on the sliding block of 2 mandril linear guides, can be moved up and down along guide rail；Mandril is solid vertically It is fixed to be arranged on tip-lever support；Pressure head is detachably fixed on the lower end that mandril is arranged in, and pressure head, which screws, to be fixed under mandril On end；Top rod driving cylinder is fixed on corresponding sticking machine by corresponding mounting base, and piston rod extends downwardly, living The lower end of stopper rod is hingedly connected on tip-lever support, is moved up and down by top rod driving cylinder driving tip-lever support along mandril linear guide.