A kind of side seal mechanism of soft paper extraction wrapping machine
Technical field
What the present invention relates to is a kind of improvement invention of soft paper extraction wrapping machine, particularly be a kind of side seal mechanism of soft paper extraction wrapping machine.
Background technology
Soft paper extraction is to adopt packaging film that paper handkerchief is packed, the side seal mechanism of existing soft paper extraction wrapping machine is will paper handkerchief be pushed in the packaging film, respectively the left and right two ends of packaging film are coated paper handkerchief by left and right push pedal then, and adopting heat sealing plate to carry out side seal, this kind side seal mechanism structure is loaded down with trivial details, production efficiency is lower.
Summary of the invention
In view of the technical matters that background technology exists, the technical problem to be solved in the present invention provides a kind of compact conformation, the side seal mechanism of the soft paper extraction wrapping machine that production efficiency is high.
In order to solve the problems of the technologies described above, the present invention adopts following technical scheme to realize: the side seal mechanism of the soft paper extraction wrapping machine of this kind, include frame, it is characterized in that described side seal mechanism also includes rotating disk, described rotating disk is connected with propulsion source, circumferencial direction along rotating disk is provided with multiple package position, heat-sealing station and discharging station, along the circumferential direction be evenly equipped with anchor clamps on the described rotating disk, described multiple package position, heat-sealing station and discharging station are corresponding with the anchor clamps on the rotating disk respectively, the above and below of described multiple package position is respectively equipped with inserts film device and following slotting film device, the place ahead of described multiple package position is provided with pay-off, described heat-sealing station is provided with heat sealing plate, described heat sealing plate is installed on the Lift Part one, and described discharging station is provided with material-pulling device.
The described film device of go up inserting includes and inserts lamina membranacea, upward slotting film seat and arc-shaped guide rail, the described lamina membranacea of upward inserting is installed on the slotting film seat, the described film seat of upward inserting slides along arc-shaped guide rail, and described slotting lamina membranacea is circular arc, and described rear end of slotting lamina membranacea is provided with the jack that the heat supply shrouding interts.
Described slotting film device down includes down slotting lamina membranacea and Lift Part two, and described slotting template down is installed on the Lift Part two, and the described upper surface of slotting lamina membranacea down is provided with pore, and described pore is connected with source of the gas.
Described slotting film device down also includes down slotting film seat, and described slotting film seat down is provided with chute, and the described two ends of slotting lamina membranacea down place in the chute, and described slotting lamina membranacea down moves along chute.
Described pay-off includes film load-transfer device and paper handkerchief supporting plate, described film load-transfer device vertically arranges, and described film load-transfer device is provided with inhales the hole, described paper handkerchief supporting plate horizontally set, and described film load-transfer device is arranged on the rear of paper handkerchief supporting plate, described paper handkerchief supporting plate is provided with first push pedal, and described first push pedal is connected with propulsion source.
The top of described paper handkerchief supporting plate is provided with pressing plate, and described pressing plate is connected with propulsion source.
Described material-pulling device includes feeding seat and line slideway, and described line slideway is arranged on the side of discharging station, and described feeding seat is mobile at line slideway, and described feeding seat is provided with plate and second push pedal.
Described anchor clamps include first clamping plate, second clamping plate and slide rail, and described second clamping plate are installed on the slide rail by the clamping plate seat, and described clamping plate seat can move along slide rail.
Dial rotation of the present invention, anchor clamps on the rotating disk are through multiple package position, heat-sealing station and discharging station, make soft paper extraction realize side seal, the present invention packs paper handkerchief with following slotting film device by inserting film device when multiple package position, enter the heat-sealing station after the packing and carry out side seal, then by the material-pulling device of discharging station paper handkerchief is sent into next procedure, each station of the present invention carries out simultaneously, production efficiency, and each station circumferential arrangement centered by rotating disk, structure is very compact, and therefore, the present invention compared with prior art has substantive distinguishing features and progress.
Description of drawings
Further describe principle of work of the present invention and relevant details thereof below in conjunction with accompanying drawing.
Fig. 1 is structural representation of the present invention.
Fig. 2 is the structural representation of rotating disk of the present invention.
Fig. 3 is the enlarged drawing at Figure 1A of the present invention place.
The specific embodiment
With reference to accompanying drawing, the side seal mechanism of the soft paper extraction wrapping machine of this kind includes frame 24 and rotating disk 32, and described rotating disk 32 is connected with propulsion source, and propulsion source can adopt cylinder or motor, drives rotating disk 32 rotations; Circumferencial direction along rotating disk 32 is provided with multiple package position 25, heat-sealing station 26 and discharging station 27 successively, along the circumferential direction is evenly equipped with anchor clamps 23 on the described rotating disk 32, and anchor clamps described in the present embodiment 23 are fourth officer, are divided into upper and lower, left and right; Described multiple package position 25, heat-sealing station 26 and discharging station 27 are corresponding with the anchor clamps 23 on the rotating disk respectively, described anchor clamps 23 include first clamping plate 28, second clamping plate 29 and slide rail 31, described second clamping plate 29 are installed on the slide rail by clamping plate seat 30, described clamping plate seat 30 moves along slide rail 31, namely mobile clamping plate seat 30 just can be adjusted the spacing between first clamping plate 28 and second clamping plate 29, so can adapt to the paper handkerchief of all thickness by the spacing of adjusting anchor clamps; The above and below of described multiple package position 25 is respectively equipped with inserts film device 18 and following slotting film device 17, the place ahead of described multiple package position 25 is provided with pay-off 16, described heat-sealing station 26 is provided with heat sealing plate 11, described heat sealing plate 11 is installed on the Lift Part one, Lift Part one drives heat sealing plate 11 liftings, described Lift Part one can be cylinder or cam drive, realize heat sealing plate 11 liftings, described discharging station 27 is provided with material-pulling device, and the paper handkerchief that material-pulling device will be finished side seal pushes to next procedure.
Described pay-off 16 includes film load-transfer device 6 and paper handkerchief supporting plate 2, described film load-transfer device 6 vertically arranges, and described film load-transfer device 6 is provided with inhales hole 5, described paper handkerchief supporting plate 2 horizontally sets, described film load-transfer device 6 is arranged on the rear of paper handkerchief supporting plate 2, described paper handkerchief supporting plate 2 is provided with first push pedal 3, the top of described paper handkerchief supporting plate 2 is provided with pressing plate 4, described first push pedal 3 is connected with propulsion source respectively with pressing plate 4, described propulsion source also can adopt cylinder, and when feeding, propulsion source drives pressing plate 4 and presses down paper handkerchief, paper handkerchief is piled up neatly, and first push pedal 3 then promotes paper handkerchiefs and packaging film is pushed in the anchor clamps 23 simultaneously to pack, heat-sealing; The described film device 18 of go up inserting includes and inserts lamina membranacea 7, upward slotting film seat 8 and arc-shaped guide rail 9, the described lamina membranacea 7 of upward inserting is installed on the slotting film seat 8, described going up inserted film seat 8 along arc-shaped guide rail 9 slips, described slotting lamina membranacea 7 is circular arc, and the described rear end of inserting lamina membranacea 7 of going up is provided with the jack 10 that the heat supply shrouding interts; Described slotting film device 17 down includes down slotting lamina membranacea 19, following slotting film seat 20 and Lift Part two, described slotting lamina membranacea 19 down is installed on the Lift Part two, described slotting film seat 20 down is provided with chute 21, the described two ends of slotting lamina membranacea down place in the chute 21, described slotting lamina membranacea 19 down moves along chute, guarantee slotting lamina membranacea 19 stable elevation down like this, the described upper surface of slotting lamina membranacea 19 down is provided with pore 22, described pore 22 is connected with source of the gas, described pore 22 is upwards blown, packaging film is upwards blown afloat, be convenient to slotting lamina membranacea 19 flangings down like this, described Lift Part two drives down slotting lamina membranacea 19 risings and promotes packaging film, makes packaging film upward folded, equally, described Lift Part two can be cylinder or mechanical drive; Described material-pulling device includes feeding seat 12 and line slideway 15, described line slideway 15 is arranged on the side of discharging station, described feeding seat 12 is provided with plate 13 and second push pedal 14, described feeding seat 12 is mobile at line slideway 15, the paper handkerchief that side seal is finished in second push pedal 14 pushes next procedure, and plate carries out flanging to the base of packaging film simultaneously.
During the work of this machine, the cropped one-tenth required size of packaging film is carried by film load-transfer device 6, film load-transfer device 6 is perpendicular to paper handkerchief supporting plate 2, inhaling hole 5 makes packaging film be close to film load-transfer device 6, paper handkerchief 1 is sent on the paper handkerchief supporting plate 2, packaging film vertically places the rear of paper handkerchief 1, pressing plate 4 presses down to be put in order paper handkerchief, first push pedal 3 then promotes paper handkerchief and moves to rotating disk 32 directions, and the drive packaging film breaks away from film load-transfer device 6, paper handkerchief 1 enters in the anchor clamps 23 on the rotating disk simultaneously together with packaging film, packaging film is wrapped in outside the paper handkerchief, this pore 22 of inserting at present on the lamina membranacea 19 is blown, the edge of the lower surface of packaging film is upwards blown afloat, slotting lamina membranacea 19 moves up under the drive of Lift Part two down, make upwards folding of packaging film, slotting lamina membranacea 19 resets under behind the flanging, and pore continues to blow, make packaging film keep the flanging effect, then going up slotting film seat 8 moves down along arc-shaped guide rail 9, going up slotting lamina membranacea 7 inserts downwards, the edge of the upper surface of packaging film is rolled over downwards, after finishing flanging, rotating disk 32 rotates, there is the paper handkerchief of finishing side edgefold to go to heat-sealing station 26 places clamping, the path of motion of paper handkerchief is circular arc in the anchor clamps 23, the going up of this and circular arc inserted lamina membranacea 7 and matched, thereby rotating disk 32 is finished the packaging film of side edgefold and is close to slotting lamina membranacea 7 when paper handkerchief is delivered to heat-sealing station 26, so packaging film just can not be loose, go up slotting lamina membranacea 7 simultaneously and move along arc-shaped guide rail 9, during heat-sealing, heat sealing plate 11 presses down, just pass 10 pairs of packaging films of jack of inserting on the template and carry out side seal, therefore paper handkerchief is close to when sealing always and is inserted lamina membranacea 7 finishing side edgefold, can not cause packaging film loose, packs effective; After finishing side seal, rotating disk is rotated further, paper handkerchief is delivered to discharging station 27, feeding seat 12 moves along line slideway 15, and the paper handkerchief that side seal is finished in second push pedal 14 pushes next procedure, and flanging is carried out on 13 bases to packaging film of plate on the feeding seat 12 simultaneously, therefore when entering next procedure, packaging film has been finished the base flanging, has accelerated packing speed, has improved production efficiency.