CN204998848U - Thin film packing machine - Google Patents
Thin film packing machine Download PDFInfo
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- CN204998848U CN204998848U CN201520651692.6U CN201520651692U CN204998848U CN 204998848 U CN204998848 U CN 204998848U CN 201520651692 U CN201520651692 U CN 201520651692U CN 204998848 U CN204998848 U CN 204998848U
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Abstract
The utility model relates to a packagine machine especially relates to a thin film packing machine, and it is used for packing the packing carton in the wrapping bag into, including pan feeding mechanism, push away a box mechanism, seal fervent mechanism, reason angle corner cut mechanism and discharge mechanism set gradually at the horizontal direction, further includes a system bag mechanism, should push away box mechanism and seal between the fervent mechanism by system bag establishment of institution mould that the membrane provides the mechanism, leads membrane mechanism, the film separating pole, draw membrane mechanism, system bag earnestly a mechanism, press from both sides film positioning mechanism and expand bag mechanism and up set gradually under from in vertical direction. The utility model provides a pair of thin film packing machine compact structure, it is rationally distributed, be favorable to improving the overall layout of production line.
Description
[technical field]
The utility model relates to a kind of wrapping machine, particularly relates to a kind of film packaging machine.
[background technology]
Commercialized society, enterprise is the product of publicity oneself, all can strive making the external packing of oneself product more aobvious top grade more attractive in appearance, usually need pack the transparent film of last layer again at the outside face of packing box.As the external packing of electronic product, food, cosmetics, medical supplies etc. all needed with a packaging bag to play protection against the tide, anti-scratch or the effect such as attractive in appearance.
Current film packaging machine generally carries bag making system, and this bag making system generally packs from horizontal direction providing package.Because bag making system itself also has more parts, so bag making system can be made to occupy the larger device space from the mode of horizontal direction providing package pack, thus cause whole film packaging machine to occupy sizable space, affect the integral layout of manufacturing line.
[utility model content]
Take up room greatly for overcoming existing film packaging machine, affect the technical matters of manufacturing line integral layout, the utility model provides a kind of compact conformation, rationally distributed film packaging machine.
The technical scheme that the utility model solves prior art problem is: provide a kind of film packaging machine, it is for loading in packaging bag by packing box, comprise feeding mechanism, push away case structure, seal fervent mechanism, reason angle chamfering mechanism and discharging mechanism set gradually in the horizontal direction, comprise a bag-making organization further, this bag-making organization is arranged on and pushes away case structure and seal between fervent mechanism, and comprising plastic film provides mechanism, film guiding mechanism, point film bar, filming-drawing mechanism, the fervent mechanism of bag, folder film detent mechanism and expansion bag mechanism to set gradually from the bottom up at vertical direction.
Preferably, described bag-making organization comprises a switching mechanism further, and this switching mechanism initial position is corresponding with expanding bag mechanism position, and the position after switching mechanism upset 90 degree is corresponding with pushing away case structure position.
Preferably, described plastic film provides mechanism to provide pair of lamina film, and film is pulled out preseting length by filming-drawing mechanism, and the bilayer film of this section of preseting length earnestly falls by the fervent mechanism of bag, makes this section of film make the packaging bag of one end open.
Preferably, described switching mechanism comprises moving guide rail and moving substrate, and moving substrate moves around along moving guide rail.
Preferably, described moving substrate arranges turning cylinder and rotating part, rotating part rotate moving axis rotate.
Preferably, described rotating part arranges positioning guide rail and travelling arm, and guide rail is vertical arranges for travelling arm and positioning, and travelling arm moves along guide rail of transposing.
Preferably, one end of described travelling arm is free arm end, arranges folder film device and point diaphragm.
Preferably, described folder film device position is corresponding between two, arranges a point diaphragm between folder film device.
Preferably, described point of diaphragm is into two pieces, coordinates make packaging bag entrance formation rule shape with folder film device.
Preferably, described reason angle chamfering mechanism comprises two manipulators, and one of them manipulator arranges rotation cylinder.
Compared with prior art, the film packaging machine that the utility model provides comprises feeding mechanism, pushes away case structure, seals fervent mechanism, reason angle chamfering mechanism and discharging mechanism set gradually in the horizontal direction, comprise a bag-making organization further, this bag-making organization is arranged on and pushes away case structure and seal between fervent mechanism, and comprising plastic film provides mechanism, film guiding mechanism, point film bar, filming-drawing mechanism, the fervent mechanism of bag, folder film detent mechanism and expansion bag mechanism to set gradually from the bottom up at vertical direction.Such position arranges relation and the equipment occupation space of this film packaging machine is significantly reduced, and is conducive to the integral layout improving manufacturing line.
Bag-making organization comprises a switching mechanism, and this switching mechanism initial position is corresponding with expanding bag mechanism position, facilitates switching mechanism to take off from expansion bag mechanism.Position after switching mechanism upset 90 degree is corresponding with pushing away case structure position, facilitates switching mechanism packaging bag to be delivered to and pushes away case structure.Switching mechanism comprises moving guide rail and moving substrate, and moving substrate moves around along moving guide rail, and moving substrate realizes the movement of the parts on its top by the movement of self, mainly moves to and expands bag mechanism place.Moving substrate arranges turning cylinder and rotating part, rotating part rotate moving axis rotate, by rotate the position of switching mechanism can be made corresponding with the position pushing away case structure, contribute to packaging bag to deliver to push away case structure.Rotating part arranges positioning guide rail and travelling arm, and guide rail is vertical arranges for travelling arm and positioning, and travelling arm moves along guide rail of transposing, and can be adjusted the height of packaging bag entrance, to adapt to the packing box of differing heights by the movement of travelling arm.One end of travelling arm is free arm end, folder film device and point diaphragm are set, folder film device position is corresponding between two, between folder film device, a point diaphragm is set, point diaphragm can be into two pieces, the relation that arranges like this is conducive to folder film device and takes off packaging bag from expansion bag mechanism exactly, and make point diaphragm that packaging bag entrance is strutted the shape of formation rule, instant packed box enters bag.Reason angle chamfering mechanism comprises two manipulators, one of them manipulator arranges rotation cylinder, packing box can be horizontally rotated 180 degree by the manipulator being provided with rotation cylinder, the one end with fervent joint line is first advanced in pyrocondensation stove and carries out pyrocondensation, have better pyrocondensation effect.
[accompanying drawing explanation]
Fig. 1 is the modular construction schematic diagram of a kind of film packaging machine that the utility model provides, and it comprises a bag-making organization, and a reason angle chamfering mechanism.
Fig. 2 is the structural representation of the bag-making organization shown in Fig. 1, and it comprises a switching mechanism.
Fig. 3 is the structural representation of the switching mechanism shown in Fig. 2.
Fig. 4 is the structural representation of the reason angle chamfering mechanism shown in Fig. 1.
Fig. 5 is the structural representation of manipulator in the reason angle chamfering mechanism shown in Fig. 4.
The packaging process flow figure of Fig. 6 film packaging machine of the present utility model.
[detailed description of the invention]
In order to make the purpose of this utility model, technical scheme and advantage are clearly understood, below in conjunction with accompanying drawing and embodiment, are further elaborated to the utility model.Should be appreciated that specific embodiment described herein only in order to explain the utility model, and be not used in restriction the utility model.
Refer to Fig. 1, for the modular construction schematic diagram of a kind of film packaging machine 1 that the utility model provides, it comprises feeding mechanism 11, bag-making organization 12, pushes away case structure 13, garbage collection mechanism 14, seal fervent mechanism 15, reason angle chamfering mechanism 16 and discharging mechanism 17.Wherein, feeding mechanism 11, push away case structure 13, seal fervent mechanism 15, garbage collection mechanism 14, reason angle chamfering mechanism 16 and discharging mechanism 17 set gradually in the horizontal direction.Bag-making organization 12 is pushing away case structure 13 and is sealing the vertical direction setting between fervent mechanism 15.Packing box 19 (referring to Fig. 4) is put into from feeding mechanism 11, enter flow production line, the packaging bag 169 (referring to Fig. 4) made is delivered to desired location by bag-making organization 12, push away case structure 13 and packing box 19 is pushed packaging bag 169, then packaging bag 169 sealed through sealing fervent mechanism 15, the leftover bits of generation are collected via garbage collection mechanism 14 is unified.Packaged packing box 19 enters reason angle chamfering mechanism 16, and four film corner (not shown)s of reason angle chamfering mechanism 16 pairs of packaging bags 169 carry out reason angle and corner cut, are then sent by packing box 19 via discharging mechanism 17.
Feeding mechanism 11 is a belt drive system, and its inflow point is also provided with an electronic eyes (not shown), and electronic eyes is connected with bag-making organization 12, and it can detect the height of packing box 19 automatically, and this height value is sent to bag-making organization 12.
Bag-making organization 12 comprises plastic film to be provided mechanism 121, film guiding mechanism 126, point film bar 127, filming-drawing mechanism 122, the fervent mechanism 123 of bag, expands bag mechanism 129, folder film detent mechanism 124 and switching mechanism 125.The bilayer film 128 (referring to Fig. 2) amounted to is made the cuboid packaging bag 169 (referring to Fig. 4) becoming one end open by bag-making organization 12, the length size of this packaging bag 169 slightly larger than the length of packing box 19 so that packing box 19 loads in packaging bag 169.
The effect pushing away case structure 13 is pushed in packaging bag 169 from the opening of packaging bag 169 by packing box 19.
Garbage collection mechanism 14 is mainly used in collecting the film waste produced when sealing fervent.
Seal fervent mechanism 15 mainly earnestly to seal the opening of the packaging bag 169 after packing box 19 is housed, packaging bag 169 through earnestly sealing produces fervent joint line (not shown), now, the opening direction of packaging bag 169 is towards pan feeding direction.
Reason angle chamfering mechanism 16 comprises corner cut A station 161, corner cut B station 162, A manipulator 163 and B manipulator 164, the physical construction of corner cut A station 161, corner cut B station 162 is basically identical, and it completes respectively and carries out reason angle and corner cut to the corner of the front-end and back-end of the packaging bag 169 being contained in packing box 19.The structure of A manipulator 163 and B manipulator 164 is also basically identical, and wherein, A manipulator 163 arranges rotation cylinder 1631, can rotate 180 degree in the process of transporting packing box 19.
Discharging mechanism 17 is a load-transfer device, packing box 19 package packaging bag 169 and complete reason angle corner cut action after, packing box 19 imports in pyrocondensation stove 18 by discharging mechanism 17.Packaging bag 169 completes pyrocondensation in pyrocondensation stove 18, after contraction, packaging bag 169 is at bag-making organization 12 and seal the joint line that fervent mechanism 15 formed and be positioned at the middle part of packing box 19 both sides, the joint line of corner after is earnestly positioned on the crest line at packing box 19 two ends, joint line overlaps with packing box crest line, more difficult resolution, therefore overall appearance.
Refer to Fig. 2, for the structural representation of the bag-making organization 12 that the utility model provides, it comprises plastic film provides mechanism 121, film guiding mechanism 126, point film bar 127, filming-drawing mechanism 122, the fervent mechanism 123 of bag, expands bag mechanism 129, folder film detent mechanism 124 and switching mechanism 125 (referring to Fig. 3).Plastic film provides mechanism 121, film guiding mechanism 126, point film bar 127, the fervent mechanism 123 of bag, folder film detent mechanism 124 and expands bag mechanism 129 and sets gradually from the bottom up at vertical direction, and this bag-making organization 12 setting position is between pushing away case structure 13 and sealing between fervent mechanism 15, and bag-making organization 12 effectively can save film packaging machine 1 taking up room in horizontal cross in the device layout of vertical direction.Switching mechanism 125 position and expansion bag mechanism 129 position and to push away case structure 13 position corresponding, facilitate switching mechanism 125 to take off packaging bag 169 from expansion bag mechanism 129 and be transported to like this and push away case structure 13 front end.
Plastic film provides mechanism 121 to provide pair of lamina film 128, and this bilayer film 128 is amounted to mutually, amounts to sideline (not shown) and is connected.
Film guiding mechanism 126 comprises two cylinders (non-label), and this bilayer film 128 passes between two cylinders, to locate or to guide bilayer film 128.
Point film bar 127 is placed between bilayer film 128, after undue film bar 127 points of films, and bilayer film is separately formed " < " shape.
Filming-drawing mechanism 122 comprises a membrane bar (non-label), this membrane bar is placed between bilayer film 128, the front end of bilayer film 128 is earnestly closed by the fervent mechanism 123 of the bag in front, filming-drawing mechanism 122 holds the closed end (non-label) of this bilayer film 128 through after the fervent mechanism 123 of bag, be placed on folder film fixed mechanism 124, and the closed end of this bilayer film 128 is fixedly clamped.
The fervent mechanism of bag 123 comprises hot knife (non-label) and bed plate (non-label), and hot knife and bed plate are separately positioned between bilayer film 128, carry out earnestly bilayer film 128.Bilayer film 128 is pulled to after folder film fixed mechanism 124 is fixedly clamped by filming-drawing mechanism 122, filming-drawing mechanism 122 returns to the rear end of the fervent mechanism 123 of bag, then expands bag mechanism 127 and puts in fervent mechanism 123 and press from both sides between the bilayer film between film fixed mechanism 124.
Expand bag mechanism 129 and comprise four claws (non-label), these four claws are closure state when putting in bilayer film 128, after the fervent mechanism 123 of bag is fervent, four controlled separation of claw, strut into the packaging bag 169 of the cuboid of one end open by this section of bilayer film 128.Packaging bag 169 outside face after strutting is reversed mechanism 125 and adsorbs, and now, four claws expanding bag mechanism 129 again close and exit packaging bag 169 scope, and packaging bag 169 is delivered to switching mechanism 125 and pushed away case structure 13.There is the parameters relationship set in the height of bilayer film 128 length that filming-drawing mechanism 122 pulls out and the packing box 19 that feeding mechanism 11 inflow point electronic eyes judges, the size after the packaging bag 169 made is strutted is corresponding with packing box 19.
Referring to Fig. 3, is the structural representation of switching mechanism.Switching mechanism 125 comprises moving guide rail 1251, moving substrate 1252, rotary cylinder 1253, turning cylinder 1254 and rotating part 1255.Wherein, moving guide rail 1251 is arranged on the side expanding bag mechanism 129, and moving guide rail 1251 is arranged one piece of moving substrate 1252, moving substrate 1252 can slidably reciprocate along moving guide rail 1251.Moving substrate 1252 side connects one and drives cylinder (not shown), and this driving cylinder (not shown) provides propulsive effort to moving substrate 1252, makes it slidably reciprocate on moving guide rail 1251.This moving substrate 1252 is also arranged a rotary cylinder 1253, rotary cylinder 1253 is built-in with turning cylinder 1254, and by this turning cylinder 1254, rotary cylinder 1253 is connected with a rotating part 1255.This rotary cylinder 1253 is connected in be wholely set by the connection at turning cylinder 1254 with screw with rotating part 1255, and rotating part 1255 moving axis 1254 that can rotate rotates.
Moving guide rail 1251 is strip shape guide rails, its track alignment correspondence expands bag mechanism 129, moving guide rail 1251 is tracks of moving substrate 1252 movement, and moving substrate 1252 can realize near and depart from expanding bag mechanism 129 by the movement on moving guide rail 1251.
Moving substrate 1252 mainly plays the effect of carrying upper member, and by driving the movement of the parts on its top from the movement on moving guide rail 1251.
Rotary cylinder 1253 mainly provides rotary driving force, rotating part 1255 can be produced around turning cylinder 1254 and rotate.
Turning cylinder 1254 is built in rotary cylinder 1253, plays the effect of serial connection rotary cylinder 1253 and rotating part 1255, and rotating part 1255 can be rotated around it.
Rotating part 1255 is overall L-shaped, comprises positioning cylinder 12551, positioning guide rail 12552, travelling arm 12553, folder film device 12554 and point diaphragm 12555.Wherein, positioning cylinder is arranged on the side of rotating part 1255, and positioning guide rail 12552 is arranged on opposite side.One end of travelling arm 12553 is arranged on positioning guide rail 12551, and the other end is cantilever end, and travelling arm 12553 is vertically arranged with positioning guide rail 12552, and travelling arm 12553 can move up and down along positioning guide rail 12552.Folder film device 12554 is arranged on travelling arm 12553, and its position is corresponding between two.Divide diaphragm 12555 to be arranged on folder film device 12554 midway location, its direction is parallel to travelling arm 12553.
Positioning cylinder 12551 mainly provides propulsive effort, and travelling arm 12553 is moved in parallel along positioning guide rail 12552.
Positioning guide rail 12552 is the track that travelling arm 12553 moves in parallel, and plays the effect of adjustment position, to adapt to Different Package box 19 requirement for height.
Travelling arm 12553 mainly plays a kind of effect of carrier.The inceptive direction of travelling arm 12553 is vertical directions, its position is the corresponding position expanding bag mechanism 129 just, after folder film device 12554 takes off packaging bag 169 from expansion bag mechanism 129, rotating part 1255 rotates moving axis 1254 rotated ninety degrees, now travelling arm 12553 is in horizontal direction, and its position just corresponding push away case structure 13 push away box entry position.
Folder film device 12554 mainly takes off packaging bag 169 from expansion bag mechanism 129 and is fixed, and its position is corresponding position when expanding that in bag mechanism 129, four claw (not shown)s strut just, conveniently takes off packaging bag 169.
Divide diaphragm 12555 to be two pieces of rectangular tab, its length is slightly larger than the entrance length of packing box 19.After folder film device 12554 takes off packaging bag 169 from expansion bag mechanism 129, separately, distance of separation is slightly larger than the height of packing box 19 for two pieces of points of diaphragms 12555.Such packaging bag 169 just forms an entrance slightly larger than packing box 19 inlet face, and instant packed box 19 enters packaging bag 169.
Refer to Fig. 4 and Fig. 5, the structural representation of the reason angle chamfering mechanism 16 of the film packaging machine 1 provided for the utility model first embodiment and manipulator mechanism schematic diagram.Reason angle chamfering mechanism 16 comprises two stations: A station 161 and B station 162, the structure of A station 161, B station 162 is substantially identical, A station 161 completes that to carry out reason direct sum to the corner of packing box 19 front end fervent, and it is fervent that reason direct sum is carried out in the corner of B station 162 pairs of packing box 19 other ends.
Wherein the mechanism of A station 161 comprises A manipulator 163, chamfering mechanism 167, La Jiao mechanism 168 and pushes away box by bag mechanism (not shown).Chamfering mechanism 167, La Jiao mechanism 168 are successively set on the front end of packing box 19, and A manipulator 163 is clamped in the both sides of packing box 19, push away box and make it press close to chamfering mechanism 167 by bag mechanism and packing box 19 by rear driven forward packing box 19.
A manipulator 163 comprises clamping device 166 and a cylinder mechanism 165.Clamping device 166 is clamped in packing box 19 both sides, and cylinder mechanism 165 comprises two cylinders (non-label), and two cylinders are placed in packing box 19 both sides respectively, and are placed in the front end of clamping device 166.Especially, A manipulator 163 is provided with a rotation cylinder 1631, and A manipulator 163 can be rotated in horizontal surface.
Chamfering mechanism 167 comprises bed plate 1672 and hot knife 1671, and bed plate 1672 is placed in packing box 19 front end, and bed plate 1672 both sides arrange a hot knife 1671 respectively.
La Jiao mechanism 168 comprises angle arm 1682 and an angle base plate 1681, and angle base plate 1681 is placed in bed plate 1672 front end, and its both sides arrange angle arm 1682, a two angle arm 1682 respectively and are oppositely arranged respectively at angle base plate 1681 both sides.
The end face of bed plate 1672 and angle base plate 1681 both sides is smooth flat, thinks that cylinder mechanism 166 pairs of corners provide a smooth flat when carrying out roll extrusion.Packing box 19 loads through fervent sealing after packaging bag 169, and the corner at its two ends is outwards freely stretched out brokenly.
The structure of B manipulator and the structure of A manipulator basically identical.
During work, the bilayer film 128 first being provided mechanism 121 to provide to amount to mutually by plastic film, this bilayer film 128 upwards conducts by film guiding mechanism 126, and through point membrane interaction of undue film bar 129, this bilayer film 128 is in " < " shape.Filming-drawing mechanism 122 continues bilayer film 128 upwards to conduct, through the fervent mechanism 123 of bag, bilayer film 128 is through earnestly process, and upper end is earnestly sealed, bilayer film 128 continues upwards to conduct, and is fixed until upper end presss from both sides film detent mechanism 124, its lower end is earnestly processed by the fervent mechanism 123 of bag again, its lower end is also earnestly sealed, and so far, bag-making organization 12 in the vertical direction produces the packaging bag 169 of openings at one side.Packaging bag 169 is fixed by expanding bag mechanism 129 in the vertical direction, and softened formation cuboid.Switching mechanism 125 before taking off packaging bag 169 from expansion bag mechanism 129, and the travelling arm 12553 on it is parked in vertical direction, and position correspondence expands bag mechanism 129.When getting film, drive cylinder (not shown) to start, moving substrate 1252 is close to expansion bag mechanism 129 along moving guide rail 1251, until a point diaphragm 12555 enters into packaging bag 169 inside.Now, folder film device 12554 is adsorbed from packaging bag 169 outside, four claws expanding bag mechanism 129 close and exit packaging bag 169, cylinder is driven again to start, moving substrate 1252 bounces back along moving guide rail 1251, meanwhile, diaphragm 12555 is divided the opening of packaging bag 169 to be strutted the entrance formed slightly larger than packing box 19 inlet face.Finally, under the effect of rotary cylinder 1253, rotating part 1255 is around turning cylinder 1254 rotated ninety degrees, travelling arm 12553 changes horizontal direction into by original vertical direction, such packaging bag 169 also changes horizontal direction into by original vertical direction, and the pan feeding position of entry position just corresponding packing box 19, pushes away case structure 13 and namely packing box 19 is pushed in packaging bag 169.
Packing box 19 to be clamped by clamping device 166 and is carried to A station 161 by A manipulator 163, push away box by bag mechanism to packing box 19 1 forward push away box by bag action, make packing box 19 front end near bed plate 1672.Then, the cylinder mechanism 165 of A manipulator 163 toward the end face roll extrusion of bed plate 1672 and angle base plate 1681 both sides, makes the corner reason of packing box 19 front end straight along the sidewall of packing box 19.Corner is managed directly, and corner is clamped in angle base plate 1681 both sides by angle arm 1682, and then La Jiao mechanism 168 moves forward, makes corner stretching.Then the hot knife 1671 of chamfering mechanism 167 respectively tangential bed plate 1672 corner after stretching is cut away, and the sideline of cut-off part is combined.Afterwards, the corner of clamping down pulls off by La Jiao mechanism 168.After corner is pulled off, packing box 19 is carried to B station 162 by A manipulator 163.Be carried in the process of B station 162 at A manipulator 163 by packing box 19, the rotation cylinder 1631 of A manipulator 163 starts, and rotates 180 degree in the horizontal direction, and such packing box 19 also rotates 180 degree in the horizontal direction.By current rotation, make packaging bag 169 leaves the side of fervent joint line towards discharging direction when sealing fervent mechanism 15, when packing box 19 is admitted to pyrocondensation stove 18, this fervent joint line will be introduced in pyrocondensation stove 18 and carry out pyrocondensation, contribute to pyrocondensation effect like this to improve, make packaging effect more attractive in appearance.
The physical construction of B station 162 is substantially identical with A station 161, and after packing box 19 is carried to B station 162, same method step completes reason angle and the corner cut work of the corner of this packing box 19 rear end packaging bag 169.Packing box 19 after last two ends all complete reason angle, corner cut enters into discharging mechanism 17, enters next process.
In addition, this pyrocondensation stove 18 can merge into an entirety with this film packaging machine 1, can also be separated setting, buy respectively or sell with it.
Refer to Fig. 6, be the packaging process flow figure of a kind of film packaging machine that the utility model provides, it comprises the steps:
Step 101: pan feeding, packing box 19 is put into from feeding mechanism 11, enters delivery system, moves with load-transfer device.The electronic eyes of the inflow point of feeding mechanism 11 detects the height of packing box 19 automatically, and this height value is sent to bag-making organization 12.
Step 102: bag, the bilayer film 128 that plastic film provides mechanism 121 to provide by bag-making organization 12 is made into individual packaging bag 169, and this packaging bag 169 is expanded by one the cuboid that bag mechanism 129 struts into one end open, then switching mechanism 125 takes off packaging bag 169 from expansion bag mechanism 129, through 90 degree of rotations, packaging bag 169 is delivered to and pushes away case structure 13 place.
Step 103: push away box and enter bag, pushes away case structure 13 and pushes in packaging bag 169 by packing box 19, expands bag mechanism 127 and exits packaging bag 169.
Step 104: earnestly seal, seal fervent mechanism 15 and sealed up by the opening of packaging bag 169, the unnecessary corner of cutting away is collected by garbage collection mechanism 14.
Step 105: reason angle corner cut, the packing box after sealing enters reason angle chamfering mechanism 16, and reason angle chamfering mechanism carries out reason directly to the corner of packaging bag 169, then cuts off and pulls off.
Step 106: pyrocondensation, the packing box 19 after the corner cut of reason angle imports to discharging mechanism 17 from reason angle chamfering mechanism 16, and packing box 19 imports in pyrocondensation stove 18 by discharging mechanism 17, and the packaging bag 169 of packing box 19 outer envelope completes pyrocondensation in pyrocondensation stove 18.
Wherein step 102 comprises the steps: further
Step 1021: for film, plastic film provides mechanism 121 to provide a volume bilayer film 128 to carry out confession film.
Step 1022: membrane, bilayer film 128 is pulled out the length of setting and is placed in the position of folder film detent mechanism 124 by filming-drawing mechanism 122, and in the length of this setting and step 101, the height of the packing box 19 that the electronic eyes of feeding mechanism 11 inflow point detects automatically exists the parameters relationship set.
Step 1023: folder film, after bilayer film 128 is pulled to folder film detent mechanism 124 by filming-drawing mechanism 122, this bilayer film 128 clamps and fixes by folder film detent mechanism 124.The expansion bag mechanism 129 of closure state enters between bilayer film 128 simultaneously.Then, filming-drawing mechanism 122 returns original position.
Step 1024: earnestly, this section of bilayer film 128 cuts off by the fervent mechanism 123 of bag, and the sideline of cut-off part is sewed up, and namely this section of bilayer film 128 after cut-out form the packaging bag 169 of an opening.
Step 1025: expand bag, expands bag mechanism 129 and launches, and packaging bag 169 is strutted the cuboid of formation one opening.
Step 1024: bag is sent in upset, then this packaging bag 169 strutted is reversed the folder film device 12554 of mechanism 125 from outside absorption, is sent to and pushes away case structure 13 place, carry out next process after 90 degree rotate.
Compared with prior art, the film packaging machine 1 that the utility model provides comprises feeding mechanism 11, pushes away case structure 13, seals fervent mechanism 15, reason angle chamfering mechanism 16 and discharging mechanism 17 set gradually in the horizontal direction, comprise a bag-making organization 12 further, this bag-making organization 21 is arranged on and pushes away case structure 13 and seal between fervent mechanism 15, and comprising plastic film provides mechanism 121, film guiding mechanism 126, point film bar 127, filming-drawing mechanism 122, the fervent mechanism 123 of bag, folder film detent mechanism 124 and expansion bag mechanism 129 to set gradually from the bottom up at vertical direction.Such position arranges relation and the equipment occupation space of this film packaging machine 1 is significantly reduced, and is conducive to the integral layout improving manufacturing line.
Bag-making organization 12 comprises a switching mechanism 125, and this switching mechanism 125 initial position is corresponding with expanding bag mechanism 129 position, facilitates switching mechanism 125 to take off from expansion bag mechanism 129.Position after switching mechanism 125 overturns 90 degree is corresponding with pushing away case structure 13 position, facilitates switching mechanism 125 packaging bag 169 to be delivered to and pushes away case structure 13.Switching mechanism 125 comprises moving guide rail 1251 and moving substrate 1252, and moving substrate 1252 moves around along moving guide rail 1251, and moving substrate 1252 realizes the movement of the parts on its top by the movement of self, mainly moves to and expands bag mechanism 129 place.Moving substrate 1252 arranges turning cylinder 1254 and rotating part 1255, and rotating part 1255 moving axis 1254 that rotates rotates, and the position of switching mechanism 125 can be made corresponding with the position pushing away case structure 13, contributing to packaging bag 169 to deliver to push away case structure 13 by rotating.Rotating part 1255 arranges positioning guide rail 12552 and travelling arm 12553, guide rail 12552 is vertical arranges for travelling arm 12553 and positioning, travelling arm 12553 moves along positioning guide rail 12552, the height of packaging bag 169 entrance can be adjusted, to adapt to the packing box 19 of differing heights by the movement of travelling arm 12553.One end of travelling arm 12553 is free arm end, folder film device 12554 and point diaphragm 12555 are set, folder film device 12554 position is corresponding between two, between folder film device 12554, a point diaphragm 12555 is set, point diaphragm 12555 can be into two pieces, the relation that arranges like this is conducive to folder film device 12554 and takes off packaging bag 169 from expansion bag mechanism 129 exactly, and make point diaphragm 12555 that packaging bag 169 entrance is strutted the shape of formation rule, instant packed box 19 enters bag.Reason angle chamfering mechanism 16 comprises two manipulators, one of them manipulator arranges rotation cylinder, packing box 19 can be horizontally rotated 180 degree by the manipulator being provided with rotation cylinder, the one end with fervent joint line is first advanced in pyrocondensation stove 18 and carries out pyrocondensation, have better pyrocondensation effect.
The foregoing is only preferred embodiment of the present utility model, not in order to limit the utility model, all any amendments done within principle of the present utility model, equivalent replacement and improvement etc. all should comprise within protection domain of the present utility model.
Claims (10)
1. a film packaging machine, it is for loading in packaging bag by packing box, comprise feeding mechanism, push away case structure, seal fervent mechanism, reason angle chamfering mechanism and discharging mechanism set gradually in the horizontal direction, it is characterized in that: comprise a bag-making organization further, this bag-making organization is arranged on and pushes away case structure and seal between fervent mechanism, and comprising plastic film provides mechanism, film guiding mechanism, point film bar, filming-drawing mechanism, the fervent mechanism of bag, folder film detent mechanism and expansion bag mechanism to set gradually from the bottom up at vertical direction.
2. film packaging machine as claimed in claim 1, it is characterized in that: described bag-making organization comprises a switching mechanism further, this switching mechanism initial position is corresponding with expanding bag mechanism position, and the position after switching mechanism upset 90 degree is corresponding with pushing away case structure position.
3. film packaging machine as claimed in claim 1, it is characterized in that: described plastic film provides mechanism to provide pair of lamina film, film is pulled out preseting length by filming-drawing mechanism, and the bilayer film of this section of preseting length earnestly falls by the fervent mechanism of bag, makes this section of film make the packaging bag of one end open.
4. film packaging machine as claimed in claim 2, is characterized in that: described switching mechanism comprises moving guide rail and moving substrate, and moving substrate moves around along moving guide rail.
5. film packaging machine as claimed in claim 4, is characterized in that: described moving substrate arranges turning cylinder and rotating part, and the rotating part moving axis that rotates rotates.
6. film packaging machine as claimed in claim 5, is characterized in that: described rotating part arranges positioning guide rail and travelling arm, and guide rail is vertical arranges for travelling arm and positioning, and travelling arm moves along guide rail of transposing.
7. film packaging machine as claimed in claim 6, is characterized in that: one end of described travelling arm is free arm end, arranges folder film device and point diaphragm.
8. film packaging machine as claimed in claim 7, is characterized in that: described folder film device position is corresponding between two, arranges a point diaphragm between folder film device.
9. film packaging machine as claimed in claim 8, is characterized in that: described point of diaphragm is into two pieces, coordinates make packaging bag entrance formation rule shape with folder film device.
10. film packaging machine as claimed in claim 1, is characterized in that: described reason angle chamfering mechanism comprises two manipulators, and one of them manipulator arranges rotation cylinder.
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| CN201520651692.6U CN204998848U (en) | 2015-08-27 | 2015-08-27 | Thin film packing machine |
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| CN201520651692.6U CN204998848U (en) | 2015-08-27 | 2015-08-27 | Thin film packing machine |
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| CN204998848U true CN204998848U (en) | 2016-01-27 |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107458644A (en) * | 2017-08-16 | 2017-12-12 | 深圳市卓翼科技股份有限公司 | Bag film packing device |
| CN108945636A (en) * | 2018-04-20 | 2018-12-07 | 深圳市卓翼科技股份有限公司 | Sealing machine and mouth-sealing method |
| CN109018544A (en) * | 2018-09-18 | 2018-12-18 | 昆山威典电子有限公司 | One Artenkreis shape piece packaging machine |
| CN109927970A (en) * | 2019-04-16 | 2019-06-25 | 彭文丽 | A kind of film packaging machine and a kind of film packaging technique |
| CN110877760A (en) * | 2019-12-16 | 2020-03-13 | 深圳市富云帝科技有限公司 | Film packaging machine |
-
2015
- 2015-08-27 CN CN201520651692.6U patent/CN204998848U/en active Active
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107458644A (en) * | 2017-08-16 | 2017-12-12 | 深圳市卓翼科技股份有限公司 | Bag film packing device |
| CN108945636A (en) * | 2018-04-20 | 2018-12-07 | 深圳市卓翼科技股份有限公司 | Sealing machine and mouth-sealing method |
| CN108945636B (en) * | 2018-04-20 | 2024-05-17 | 深圳市卓翼科技股份有限公司 | Sealing machine and sealing method |
| CN109018544A (en) * | 2018-09-18 | 2018-12-18 | 昆山威典电子有限公司 | One Artenkreis shape piece packaging machine |
| CN109018544B (en) * | 2018-09-18 | 2023-11-24 | 昆山威典电子有限公司 | Ring-shaped part packaging machine |
| CN109927970A (en) * | 2019-04-16 | 2019-06-25 | 彭文丽 | A kind of film packaging machine and a kind of film packaging technique |
| CN109927970B (en) * | 2019-04-16 | 2023-09-12 | 彭文丽 | Film packaging machine and film packaging process |
| CN110877760A (en) * | 2019-12-16 | 2020-03-13 | 深圳市富云帝科技有限公司 | Film packaging machine |
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